typedef signed char _sc; typedef unsigned char _uc; typedef signed short int _ssi; typedef unsigned short int _usi; typedef signed int _si; typedef unsigned int _ui; typedef signed long int _sli; typedef unsigned long int _uli; _uc *_m; _ui _s, _t; void _i() { static _uc __m[271639] = "\x75\x5f\xb0\x8e\xd8\x35\x50\x25\xc7\x8e\xc0\x40\xa7\x22\xfd\xb8\x09\x56" "\x78\xf2\xb1\x28\x37\x31\x3a\x5d\x72\xf6\xb4\x14\x69\x54\x46\x50\x73\x75" "\xcf\x4c\x7b\x70\xa2\x81\x7d\xae\xe0\x00\xc9\xeb\x26\x4a\x9b\xc3\xed\x88" "\x0c\xb2\xd8\x88\x4e\xea\x41\x95\x4f\x03\x59\x40\x81\xd9\x2a\xea\x4a\x98" "\x05\x53\xea\x74\x04\xe3\x10\x73\x6f\xcb\x19\x17\x00\x0c\xbd\xed\x30\x81" "\xd3\xee\xb7\x9c\x70\xfd\x08\x8b\x21\x3c\x4c\x8a\xcd\x52\x64\xb4\x2b\x67" "\x9f\xb4\x00\x68\x59\xcc\x14\x13\x9c\xfa\x77\xc7\x8c\x48\xee\xd3\x58\x29" "\xe1\xb7\xe1\x49\x7e\xa4\x49\xc9\x38\x0b\xc7\xad\x04\xf6\x87\xc9\x73\x4f" "\xf8\x5f\xc2\x57\xa7\x1c\xe4\xb2\xa5\x61\xb0\xc8\x7c\xbd\x34\xb2\x1f\xf8" "\xaa\x04\xa0\x36\x91\x45\xb2\x54\x63\x48\xab\x10\x9d\x05\x9c\xfd\x9d\x25" "\x00\x53\xe5\x6e\xe2\xf9\x2a\x5e\x19\xec\x3e\xa2\x0d\x41\x21\x70\x4d\xea" "\x5c\x82\x66\xc1\x93\x0d\x31\x79\x20\x7c\x55\x50\x88\xe1\xee\x71\x3b\x11" "\xf3\x32\x10\x79\xed\xcc\x81\xa3\xea\x3e\xaf\x9a\x58\x0d\xed\xad\xc0\x9b" "\xf7\x13\xa4\xe2\x13\xdf\xc5\x6f\xa4\xe0\xc7\x58\xe6\x79\x89\x82\xe2\x0d" "\xb7\x94\x78\xea\x9a\xba\x60\x81\xa7\x88\x1b\x6e\xff\x77\x1a\xd2\x84\xae" "\x88\x1c\xfd\x43\xe0\x8c\x3b\x23\x53\xef\xde\x5b\x5b\x4a\xcd\x19\xe4\x83" "\x1c\xa2\x35\x76\x34\xda\x75\xcd\xd6\xfa\xb3\xaf\xf3\x9a\xd5\x90\x1c\x6a" "\x66\xe3\xf4\xd1\x2c\x4f\xf8\xe0\xab\x30\x89\xdc\xd1\x99\x19\xc0\x50\x15" "\x35\x2e\x3c\xe4\x2c\xea\x0f\x0c\xd1\x46\xf5\x9d\x7d\xf0\x34\xac\x31\xc1" "\x7a\x9d\x60\x6f\x5b\xe4\x0a\xe3\x85\xc4\x96\xfe\x81\xd6\x41\xe8\xe2\xf1" "\xfa\x00\x11\x68\x16\x22\xe2\x26\x56\xeb\xa1\x48\xa1\x2d\xca\x09\x95\x4b" "\x71\x19\x47\x8f\xa5\x7c\xed\x10\x27\x6d\x01\x66\x55\xc5\x4d\xff\x4f\xed" "\x86\x8f\x7d\xbe\x7d\x33\xca\x9c\xbe\xdf\x3b\xa3\xa4\xed\x5e\xac\xab\xae" "\xac\x24\x0e\x37\x6b\x98\x48\x7f\xd1\x5b\x57\x3b\x0a\x90\x2e\x51\x77\xb1" "\x53\x88\xc2\xea\x1f\x3c\x7a\xc6\x70\xf5\xb0\x63\xf3\x5f\xbd\x71\xae\x02" "\xb1\xd4\xdb\xa2\x0c\x7d\x9c\x9e\x16\x38\x4b\x5b\x3f\x76\x5a\x1d\x92\xa3" "\x6a\x27\x96\xe0\x81\xfd\x94\x6c\xcd\xb2\xac\xb4\x9a\xcc\xf1\x1c\xde\xb3" "\xde\xab\x30\x09\x45\x95\xdf\x72\x1a\xd8\xd4\x75\xc5\x14\xb0\x4e\x89\xd5" "\xdc\x40\x58\x76\xb4\x13\x85\xa6\x33\x1d\x10\xd9\xf6\x0e\xff\x02\x6e\x5b" "\x39\xfc\x60\xa2\x16\xa5\x1f\xc4\xb1\x4a\x65\x71\x1d\xb0\xd1\x96\x83\xc7" "\x43\x82\xd6\x0f\x15\x17\x17\xa8\xee\x60\xec\x43\x34\x79\x2f\x90\xe1\xa8" "\x81\x74\x44\x51\x80\xaa\xc4\x95\xe1\x6f\x68\x68\xb1\x82\x93\x4a\x66\xc6" "\x23\xb4\x87\x34\xb2\xdb\x95\xca\x20\xce\x7a\xf8\xea\x1e\x4c\x9f\x54\x69" "\xc2\xa8\x3f\x49\xb9\x8d\xea\x83\x4d\x76\x8f\x7a\x10\xa6\x78\x4d\x4d\xc5" "\x26\x24\x90\xae\x42\xb0\xbb\x41\xc0\xb3\x9c\x29\xb4\x2b\x5e\x62\xa1\x70" "\xde\x86\x37\xb1\x16\x2c\xb2\x3e\x37\xf9\x99\xa0\xb9\x7b\x86\xf5\x69\x4a" "\xca\x19\xdc\xdf\x1d\xe3\xca\x32\x94\x67\x00\xc9\xbb\xea\xe2\xcc\x3c\x12" "\x06\x14\x57\x16\x84\x38\xe0\x70\x58\xd2\x9e\xaa\xc6\xbd\x9b\x24\x78\xed" "\x54\x3f\xeb\x72\xdd\xec\x92\x8d\x9a\x7c\xd5\xe5\x41\xcd\x85\x8b\x5d\xc7" "\xe3\x04\x56\x31\x7c\xb7\xe4\x38\xca\x4b\xc3\x18\xe7\x09\x4c\xa4\xf9\x4e" "\x4e\xbc\x0b\xbf\xaa\xf4\x4c\x44\x4a\x26\xae\x82\x9b\x68\x5d\xe8\x0b\xa2" "\x14\xfd\x58\x14\xa6\x01\x0f\x97\x9b\xed\xbb\xc5\x4f\xac\x5a\xc4\xdd\xff" "\xec\x63\xca\xc1\xe7\x5c\x43\xe7\xa3\x83\x04\x5b\xdb\xbb\xe8\x1e\x7d\x70" "\xd8\xf9\xfe\xd5\x36\x9c\x3a\x1f\xe5\x02\x6b\x71\xf9\x7e\xd9\xd1\xb8\xa7" "\x26\x31\x99\x72\x45\x24\x5b\xc1\xd8\x72\x7a\x79\x5d\x9e\x0b\xe8\x96\x70" "\x56\x33\x10\xbb\x4c\x9f\x35\x93\xed\xe2\xe4\x80\xe3\x4c\x9e\xb9\x2b\x45" "\xe5\x58\xff\xac\xe7\xba\x7d\x7d\xc9\x5d\x38\x9c\xd9\x68\x0e\xb9\xcc\x6d" "\x9f\xf4\xaf\xe8\x75\x16\xa3\xaa\x0a\x04\x23\x01\xee\xc8\xc9\xb1\x4c\xac" "\x14\x93\x4d\xef\x75\x4c\xe3\x15\x5b\xe5\xc5\x69\xa1\x85\x09\x9c\x5d\x97" "\xf8\xc4\x4a\x7b\xba\x49\xb1\xb8\x87\x16\xd6\xbc\xc6\xd6\x39\x4a\x3b\x11" "\x96\x18\x40\xf4\xa5\x9c\x36\x64\xc3\xa8\xda\x29\xd4\xd3\x28\x69\x4a\xf3" "\x63\xe5\xd5\x54\x8a\xe7\x6b\x44\x6b\xf4\xbd\x21\xc4\xcd\x44\x66\x0b\xf0" "\x14\x4d\x51\xe4\x8d\x7c\x5c\x3e\x33\xfd\x8d\xde\x3f\x56\x6f\x33\xf6\x71" "\x8e\xa4\xe4\xf2\x54\x16\x7d\xa4\x12\x0e\xbc\xdd\x83\x51\xff\xf0\xe0\x3f" "\x86\x09\x5a\x7a\x47\xed\x86\x75\x37\xb4\xca\x6b\x61\xfb\x9f\x74\xda\xcb" "\xba\x4f\x11\x0f\x98\xc4\x8a\x71\xd0\xa8\xc1\x1f\xad\x9d\x11\x77\xc9\x28" "\x47\x86\x55\x0f\x11\xd3\x98\x3e\x1b\xc2\x38\x08\x6e\xd4\x88\x0a\xcb\xae" "\xa8\xa9\xee\x29\x7d\x05\x59\x22\x31\x59\x0b\xae\xcd\x83\x3a\x72\x1d\x3b" "\x06\xae\x8f\x42\x07\x4b\x30\x9f\x2e\xbf\xb6\x28\x87\xd0\x8b\x0d\xa6\xaa" "\x2c\x26\xb7\x0b\x11\x96\xc2\xf5\x37\x28\x70\xd1\xca\x66\x6d\xe0\xb6\x9e" "\x8f\xb6\x5d\x2b\x87\x00\x2f\xf9\x3b\x4c\x0b\x20\x51\xa2\x34\xd9\x8a\x0c" "\x08\xb9\x1a\x55\xc5\xf0\xed\xb8\xc7\xfb\x79\x6d\xb4\x58\xa0\xdd\x0a\xd4" "\x55\x8a\x44\x17\x15\x5e\x1e\xa9\x5b\x61\x3c\x57\xa0\x0d\x13\x04\x80\x7e" "\xc8\xd3\xb6\xe4\x33\x13\xd1\xb7\xd1\x0e\x95\x55\xfd\xee\xfb\x25\xdc\x18" "\xdf\x2f\x05\xc0\x0b\xee\x66\xaa\x5e\x42\xe0\xa3\x57\x99\xf5\x47\xd3\xa4" "\x59\xd2\xbe\xc1\xaf\xad\x6e\x03\x92\xe5\x14\x15\xc9\xe7\x4f\x01\xa2\x9c" "\xc9\xd6\x5c\xe3\xc0\x71\xfd\xc0\x3a\x6d\x90\x10\xcf\xce\x95\x20\xa1\xef" "\x93\x6f\xc9\x87\x59\xd0\x81\xca\xc9\x1c\x22\x41\xe1\x3f\xb8\x9c\x43\xdc" "\xd0\x7e\x24\xe2\x47\xd4\xa2\x19\x0a\x87\xe3\xf0\x2a\x00\xd8\x67\x97\x87" "\x68\x11\x65\x4c\x26\xcd\x34\x07\x6f\x39\xf9\xb0\xc7\x39\x58\xf8\x58\xfc" "\x6a\xff\xe4\xb5\x72\x06\xb9\x69\x01\x48\x9f\x6f\x95\x45\xf1\x53\x55\x33" "\x6f\x87\xe3\x7d\x74\xc7\xbc\x5f\xda\xb7\xf1\x18\x37\x56\xe2\x71\x9d\x79" "\xbb\xb8\xaf\xbf\x42\x71\xd7\x19\x99\x1b\xbc\x6f\x9e\x73\xf1\x75\xcc\xfc" "\x24\x83\xd6\x14\xa4\x4a\x5d\x2e\xd7\x99\x1e\x9a\x4a\x45\x7a\xa0\x49\x3d" "\x57\x64\x56\x74\x60\x88\x83\xcd\xe2\x3b\x49\x47\x98\x99\xb4\x36\xae\x77" "\xad\x08\x73\xfc\xc4\xf0\x1f\x0b\x16\xad\x07\xb9\x7a\x26\xd6\xd9\x14\x3c" "\xde\x79\x60\x63\x6d\x66\xdd\x3c\x72\xe5\xaf\xff\xf3\xb8\x7b\x1a\x89\xd3" "\x8f\xa9\x74\x6c\x68\x7a\xae\x28\x8c\x26\x51\xc4\x8e\x53\x12\xd7\xed\x63" "\x50\x30\x05\x5b\xfd\x61\x6e\x37\xfa\xa8\x35\xe9\xcb\xaf\x6c\x82\x0e\x34" "\x67\xa0\xff\x99\x9b\x06\x6c\x02\x8b\xa5\x91\x2c\x5b\x39\x30\xbe\x29\xb9" "\xd9\xc9\x63\x39\x5a\x66\x0e\x00\x66\x25\x9d\x5a\x90\xb4\x06\x8e\xa4\xfb" "\x9b\xfd\xcc\x09\x07\xdd\xdd\x85\x81\x19\xa6\x2a\xad\xbf\x5a\x3b\x80\xa1" "\x5b\x70\x8e\x09\x76\x76\x9e\x2d\x1a\xb1\x16\xd8\x17\xbc\xa4\x59\x4c\x87" "\x90\x07\x5f\x28\xd1\x13\x0e\xc5\x93\x58\x7f\x60\x61\x83\xab\xc2\xa6\xa9" "\x28\xf6\x33\x93\xb7\x14\xeb\x5e\x7f\xfc\x50\xe5\xfe\xfa\xb0\x69\x0a\x06" "\x08\xa8\x2c\x81\xde\x6d\x94\x69\xd6\xab\x2f\xf4\x46\x2e\x25\x31\x99\xc6" "\x86\x8d\x01\x7b\xb6\xc8\x8b\x4b\x2e\x6d\x80\x31\x4f\xf3\xeb\x01\xb3\x86" "\x29\xc9\xd6\x86\x8a\xd4\xe8\x98\x78\x55\x22\x57\xd9\x1c\x09\x38\x5d\x08" "\x1b\x2a\xa2\x15\x4f\x78\x2a\xc7\xf4\x15\x28\x7d\xf1\x61\xb0\x6b\x37\x54" "\xf9\x02\xa3\x7e\x0f\x38\xe0\x8a\x07\x4a\x37\x8d\x83\x26\x7c\x3e\xb8\x7a" "\x0d\x98\x56\x00\xa9\x4a\xd9\x7e\x34\x48\x66\x2a\x5f\x3b\xfe\x79\xf5\x91" "\x81\xf4\x46\x77\x9b\x4b\xb2\x29\x0a\xb0\x75\xb8\x91\x09\x27\x74\xb4\xa1" "\xc7\xb7\xeb\xa9\xfd\x51\xaf\xa6\x60\x5f\xa7\xe4\x5d\xdc\x74\xff\x46\xd9" "\xaf\xdb\x84\x71\x8d\x4c\x4e\xfe\x9b\xeb\x4b\x3f\x47\x13\xcd\x7c\xce\xd9" "\x2a\xdc\x47\x90\xdc\xba\x89\x04\x46\xd7\x33\x2b\x71\x4d\x78\x69\xdb\xf3" "\xdb\x6a\xb2\x8c\x1c\xa9\x59\x9b\x88\x71\xde\xed\x9d\x86\x20\xa5\x81\x1c" "\x92\x43\x8f\xee\x43\x30\x8d\x9b\xf5\x9d\x96\x44\x57\xd0\xc9\x6e\xde\x2a" "\x81\x2c\xd2\xd2\x9b\x95\x5c\xe2\x87\xc1\x7e\x7a\xcf\x6a\xea\xfc\x03\x5e" "\x49\x00\xc9\x0e\xdc\x03\xb8\x8a\x5c\x1e\xb2\x40\x84\x1e\x08\xd0\x5e\xe1" "\xc7\x7f\xd1\x9b\xb6\x41\xb4\xc2\x50\x8e\x77\xcf\x11\x28\xe6\x6d\xe0\x16" 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"\xc8\x66\x8d\xe0\x54\x8a\xf1\x33\x1b\x83\x70\x28\xa7\x24\x5b\x16\xbd\x1a" "\x24\xe5\x2f\x66\xe5\xe1\x7d\xbb\x7d\x3b\x51\x7b\x84\x01\xa9\xd6\x4d\xf9" "\xd0\x14\x2a\xc9\x24\x58\x35\x10\x46\x7f\x23\xf5\x94\x32\xa3\x62\xf3\x6c" "\xca\xe8\x35\x4b\x79\x6d\x68\xc8\x73\x88\xc5\xdd\x22\x22\x47\x28\x54\x7a" "\x26\x2d\xb3\x34\xa2\x15\x42\xc2\x70\xb6\xe2\x6f\x7f\x14\x9a\x4d\x8f\xd5" "\xe9\x8d\x40\x9c\x26\x1d\x55\x88\xf7\x24\xa6\x8c\xc9\x6e\x2a\x09\xb5\xbd" "\xfd\x56\xbf\xfa\x25\x89\x50\x00\xeb\x3e\x21\xd9\xe7\xc9\x56\xb6\x46\xf7" "\x5c\xbd\x77\xa3\xb9\xe8\x4f\x16\x4d\x9c\xf0\x62\xa0\xc4\x45\x20\x20\x6e" "\xc7\x94\xe2\x84\x9c\xd2\xd3\xc0\x5b\xae\xc8\x3a\x34\xe1\x0c\x23\xba\x30" "\xbb\x6e\xf0\x21\x11\x67\x9c\xff\x2d\x66\xcf\x1b\xb3\x55\xf1\x0e\x9d\xa6" "\x20\x23\x5d\x4c\x38\x09\x46\x40\x4e\x3d\x8b\x12\x5d\xa8\xb8\xb2\x7d\x95" "\x0a\xb7\xbc\x11\x47\xd7\x2e\xd6\x10\x9d\xf1\x1d\x64\x70\x1c\x8a\xa8\x1b" "\x9a\x5e\x84\x29\xe2\xd0\xea\xc4\x51\xf5\xf0\xcc\x8a\x69\x87\xf1\xc7\x78" "\x63\xc8\x3e\xe1\xcc\x24\x84\x46\xad\xc2\xf6\xb3\xf7\x09\x01\xe7\x97\xb2" "\x6d\x52\x4b\xac\x6c\x80\xc3\x1b\xcd\x4f\x4f\x12\xac\xa7\x22\x79\xfa\x70" "\x2e\xf2\x61\x41\x5a\x81\x56\xb1\x52\x8a\x8c\xc5\xa8\x67\xb9\x08\x99\x8a" "\x9b\xaa\x33\x1e\xe4\x2e\x2f\xb7\xf0\x93\x80\xd8\xa5\xe7\xe6\x1a\xb4\x03" "\xd7\x4c\x77\xf3\x81\x70\xe7\xc0\x35\xdd\x0c\x42\x63\x83\xd1\xf5\x4c\x44" "\x88\x9f\xf1\x66\x77\x8f\xa4\x0a\x41\x8e\x3a\x7f\xba\x51\x99\x2f\xa9\xd9" "\x59\x00\x2d\x06\x69\x29\xe2\x9d\xc6\xae\xd7\x15\x7b\xb2\xb5\xf3\x82\x94" "\x17\x6e\x23\x74\xfd\x09\xd9\x8a\x04\x05\xe7\x5b\xe1\x25\x9d\x48\xca\xeb" "\xd9\xdc\x83\x35\xc2\x6e\xec\x20\x3c\xa1\xdb\xab\x9f\xe8\xab\x1a\xd3\x38" "\xe8\xb9\x2f\xf8\x64\x1a\x45\x32\x34\xb4\x7e\xf7\x5e\x92\xe2\x30\x07\x87" "\x8f\x6f\xe7\x61\x86\x56\x6b\xf2\xe5\x1c\xea\xa1\x8f\xe0\x71\x40\x7a\x58" "\x64\x10\x5f\x5e\xc3\xdd\x4b\xf1\xb4\xb0\xa3\x8a\x19\xa3\xa7\x1d\xfa\x7a" "\x30\x8f\x90\x9b\x16\xe0\xc6\x4b\xad\x55\x1e\xd8\x29\xf7\x34\x88\x3c\xb5" "\x37\x78\x39\x72\x13\x80\x90\x5d\x24\x78\x89\x41\xe9\x2a\x00\x47\x28\xe5" "\x23\x9d\x04\xf5\xc6\xe3\x72\x4f\x09\xa7\x84\xef\xbd\x73\x89\x4e\xf1\x37" "\x9a\xa3\x63\x59\x74\x8f\x44\x4d\x60\x20\x99\xf3\xb2\xba\x63\x05\x4f\xd0" "\x9b\xc0\x70\x96\xfc\x6f\x81\x30\xca\x7c\xbd\x36\xaa\x01\xce\x81\x08\xb8" "\x0d\x25\x45\xf3\xe3\xd7\x2d\x31\x21\x4b\x00\x83\xdb\x10\xf7\x35\x4b\xb3" "\x4b\x97\x48\x60\xf8\x9b\xac\xed\xb0\x2a\x77\x7f\x54\xe6\x33\x12\x28\xab" "\x38\xbd\xd4\x7c\xcc\x22\x94\x77\x61\x13\x0c\xe4\xe1\xff\x15\x1e\xc5\x19" "\x93\xc2\x46\x88\x27\xfc\xc0\x98\x8f\xe5\xb5\x64\x3e\xc3\x33\x11\xda\xd3" "\xb5\x48\x73\xbb\xee\xf7\xf4\x64\x53\xcd\xbd\x4a\x56\x01\x9f\xc4\x44\x88" "\xfe\xa3\xf3\x0b\x77\xca\xc2\x91\x06\xa9\x78\xb0\x26\xd0\xcc\x50\xda\xb9" "\x8c\x1b\xa7\x4d\x03\x41\x8f\x6e\x0d\x1f\x57\xb9\x01\x28\xfe\xd1\x37\x54" "\x50\x00\xc4\xfa\x2b\x67\x57\x45\x48\xb3\x93\x7e\xea\x88\x68\x6c\x15\x5f" "\x40\xc4\x89\xf5\x26\xf0\xda\xdf\x33\xef\x2f\x62\x73\xbd\x18\x4c\x6d\x73" "\xbf\x46\xbf\x00\xc1\x68\x66\xee\xf2\xb8\xda\xf8\xd3\x67\x0c\x17\x8a\xf4" "\x46\x44\xfc\x7e\x89\xe7\x90\x62\x9e\xb1\x15\x5d\xf4\x44\x14\xae\x45\x06" "\x5b\x28\xed\x06\xe6\x95\xef\xff\x0a\x39\xf5\x4b\x99\xcc\x24\x7d\xa6\xe6" "\xe8\x54\x53\xbe\xdf\xdf\xbf\xb0\xeb\xa0\xf9\x07\x52\xf7\x76\x8c\x0b\xdf" "\x25\x09\x53\xd3\x54\x78\xda\xbf\xca\xc3\x76\xfd\x07\xca\x65\x61\x2e\xb0" "\x76\xee\xb8\x3d\x51\xa6\x96\x42\xfe\x69\x98\xf2\x07\x88\x56\xf0\xe1\xd4" "\x0f\x26\xa2\xb2\x19\xc6\x13\xe8\x0a\x48\xc8\xc6\xc2\x46\xe1\x9e\x8a\x4d" "\x68\xc1\x02\x9c\x0a\x89\xe7\x6b\x4d\x1e\xe7\xed\xc8\x87\xd0\x82\x38\xbb" "\xac\x55\xed\xf8\x43\x12\x54\x17\x22\xf6\xc7\x08\x93\x7e\x9a\xd7\x75\x46" "\x7f\x6a\xcb\x78\x27\xec\x98\x23\x8f\xc9\x98\x08\x7b\x3d\xac\x81\x74\xb0" "\x53\xbd\xcf\xb9\x14\xed\x50\x40\x3c\x31\xa9\x50\xe5\xe9\xc5\xc1\x9c\x48" "\xa2\x1f\x6c\xc5\x46\x90\x2d\xc5\x03\xc8\x3c\x2b\x9c\x8e\xa6\xd8\x0c\x54" "\xe4\x3a\x40\xf2\xf2\x41\xde\x96\xe6\xc7\x38\xc4\xb2\x5a\xe9\x16\x0f\x73" "\x64\x2c\xd0\x0f\x43\x63\x73\x26\x8d\x83\x22\xda\x57\xaa\xf8\x87\x46\x62" "\xe4\x7f\x59\x1f\xca\xba\x0d\x23\x10\x86\xc9\xc3\xfd\xbc\xe7\x8c\x4a\x30" "\x84\x24\xdd\xeb\x28\xfd\x02\x87\xd4\x00\xab\x58\x7e\xa4\x87\x83\x1b\x5f" "\x89\xd3\x5b\xd4\x2c\x48\xf1\x38\xa9\x92\xb7\x0d\x69\x63\x47\x38\xb5\x4e" "\x42\xc8\x80\x40\x85\x63\x0e\x20\x5b\x3b\xd2\xb4\x7d\xf1\x63\xf0\x82\x3a" "\xe7\xf3\xcc\x0a\x30\x8e\x44\x65\x97\x81\x5e\x21\x0c\xf4\x65\xc0\xaf\xd9" "\xb9\x3e\x54\xf2\x10\xdf\x4c\x74\x50\x51\x50\x17\x46\x1c\x16\x97\x9e\x31" "\xd1\x41\xe0\xb3\xdd\x00\x85\x52\x41\x78\x34\x5c\xa1\x6b\x3a\xbf\xda\x32" "\xe2\xab\x6f\x88\x6e\xa9\xbd\x0b\x4e\xd9\x7d\xb3\xd1\xa1\xf8\x91\x07\x6a" "\xf7\x78\xde\xd3\x0c\x82\xb4\x76\x6f\xd0\x23\x30\x9a\x45\x04\xd5\x50\x3f" "\x49\xb3\xa5\x49\x1c\x68\x6b\xb3\x36\xf8\x3b\x2c\x9d\x20\xca\x3f\x6b\x1f" "\x5a\x88\x8b\xca\x6a\x45\x7d\x55\x7d\x73\x4d\x6f\xd6\x9f\x6f\x3d\xca\x6b" "\x49\x90\xf4\x2d\xd2\x65\xf1\xd1\xc2\xfd\x71\xaf\x10\x0b\xf4\x27\x0b\x12" "\x7a\xf9\x0f\x0e\x88\xe7\xaa\xda\x31\xd1\xd5\xbc\xee\x6d\x1a\x26\x2e\x07" "\xe7\x5f\x8c\xc3\x8b\xe1\xf3\x89\x71\x8a\x94\x9e\xec\xc0\x82\x8a\x06\x44" "\x76"; _m = __m; } void egbc(_uli *rzcj, _uli *ffum); void nqre(_uli *igmo, _uli *tibt); void xryz(_uli *htqa, _uli *ywuc, _uli *zrvt); void todl(_si lsyy, _uli *qmbr); void ssbv(_uli *uvta); _si kxoe(_uli *nnvj); void ogez(_si hdr, _uli *gkuk); void ausz(_uli *okzz, _si ozjx); void vhv(_uli *upry, _uli *cgpo); void qmpo(_uli *ucbw, _si vcgl); _uc *awzo(); void xbij(_uli *rpih, _si wtha); void vetn(_uli *nhxp, _uli *arit); void yolv(_uli *jlx, _uli *fzqn, _uli *xya); void tzbe(_uli *edgk, _si azyv); void bdmh(_uli *hulr); void cfrv(_si amwm, _uli *ayba); void ynmt(_uli *etgr); _uc *nply(); _si sguu(_uli *eqyz); _uc *zgaf(); _si xvhz(_uli *lzlw); void crg(_uli *kunm); void vhkv(_uli *acwd); void pjra(_uli *tbwz, _uli *aqxq, _uli *selm, _uli *uyba, _uli *hwel); void sbsl(_uli *nlbg, _si wwlk); _si rrdw(_uli *szei); void twjn(_uli *xrwx, _uli *bdro, _uli *wdlw); void mkpb(_uli *scwh, _uli *nsmu, _uli *bury); void lxqd(_uc *qixk); void shtn(_uli *thkc); void gpd(_uli *tusv, _uli *mpil, _uli *rxgk); void ntwn(_uli *gtbo); void ceda(_uli *cnwh, _uli *rdba, _uli *xazx); void zkbl(_uli *jwfd, _uli *woco, _uli *ryhp); void iqbz(_si bfuf, _uli *naot, _uli *hzau, _uli *dzkk, _uli *ieyg); void mxfd(_uli *znfx, _uli *nxwz, _uli *scpn); void srhq(_uli *wvw, _uc *gknn); void yuan(_uli *njil, _uli *gbw, _uli *plkp); void yror(_uli *hwwa); void idwq(_si cxcr, _uli *vge, _uli *wkib, _uli *ugsr, _uli *hgaf); void qbck(_uc *seoq, _uc *pyz, _si taxi); void sibs(_uli *cpur); void uqma(_uli *jttl, _uli *kmhe, _uli *ibln, _uli *sunc); void dmkq(_uc *uxkj, _si ymq); void mjnj(_uli *aiky, _uli *kkpw, _uli *qyw); void ymue(_uli *bou); void bswj(_uli *vbrq); void pwcq(_si ivss, _uli *ssra, _uli *ftpn, _uli *pfjk, _uli *fcul); _uc *qnx(); void anzj(_uli *sgbo, _uli *zafz); void ozcz(_uc *pyrm, _uc *dkac, _si kpmc); void bewy(_si aepz, _uli *okyb, _uli *tnxq, _uli *hcjz, _uli *hvkp, _uli *ryqr, _uli *cfns); void dewe(_uc *sse); void tjex(_uli *lick, _uli *bpdb, _uli *rfbh); void dwxe(_uli *ezrg); _uli *flsx(); void vpfq(_si xauv, _uli *ymhi, _uli *brmm, _uli *mflg, _uli *yfcx, _uli *olzd); _uli *tatg(); void wwvk(_uli *mvaq); void kcek(_ui *dss, _si myn, _si qazb, _si etg, _si haj); void hcqc(_uli *zznv, _uli *dcm); void ttiu(_uli *qbpd, _uli *ehti); void wrwa(_uli *lckz, _uli *yech, _uli *tdsh); void rquc(_uli *sxgs, _uli *cecr); void qzds(_uli *ictb, _uli *xtgu); void qsye(_uli *mjvm); void dakd(_uli *iaio, _uli *nsvp, _uli *udjo); void zyur(_uli *tjgo); void ywwe(_uc *xoe, _uc *mavz, _uc *nkd, _si bsfi); _si uiyw(_uli *vzhf); void bvpr(_si plgo, _uli *sajs, _uli *oqdv, _uli *pxnd, _uli *yakv, _uli *wcmk); void clxn(_uli *kode); void icub(_si boqu, _uli *hknc); void ckta(_uc *yull); void ktew(_uc *jcmc, _uc *rwuh, _si zviy); void vpnk(_uli *zryu, _uli *xhzr); void qkhc(_uc *yugq, _uc *bac, _uc *smjw, _si zrz); void cdgz(_uli *tukj); _si cmsg(_uli *lesn); void vnh(_uli *ntg); _uli *kbpj(); void eddb(_uli *ghrf); void ueo(_uli *nxhk); void dtiw(_uc *pjaj); void yqxv(_uli *gagp, _uli *ijoo); void eqw(_uli *bbo, _si hqvc); _si qjdd(_uli *yfws); void sjuh(_si asrz, _uli *ctpy, _uli *rxbe, _uli *ecne, _uli *nnir); void nish(_uli *qwjy); void vrt(_uli *arz); void moso(_uli *pvwg, _uli *hgix); void thby(_uli *tcgi, _uli *mnou, _uli *yvoq); _uc *stl(); _uc *ewai(); _uli *oind(); void qlbi(_uli *mgoy, _uli *wil); void nfbp(_uli *ebpc, _uli *sswk, _uli *jdsi, _uli *lpdl); _si nyoh(_uli *hgqu); void lilk(_uli *brur); void bfdi(_uli *krfv, _si qgaf); void ovng(_uli *lfph, _uli *vhme, _uli *lhkf, _uli *dcjo); void opvp(_si vinw, _uli *lcit); void bqpc(_uli *fpuy); void tdnj(_uli *bclx, _si gjel); void zfxv(_uc *ades, _uc *hhia); void flzb(_si gbug, _uli *gfnh, _uli *qyle, _uli *ljhs, _uli *lwpw, _uli *zhvm); _uc *pjyz(); void rttb(_uli *wnx, _uli *zzdp); void xdql(_ui *zcgd, _si dogt, _si fcdt, _si rcrm, _si wqhf); void julq(_uli *vukp); _uc *bvfy(); void rnoe(_uc *yjw, _uc *lroy, _uc *czoe, _si ctg); void nyqj(_si ryoi, _uli *rfll); void wgs(_uli *pnih, _uli *kbu, _uli *uiqt); void fuhd(_uli *jyep, _uli *ggpp, _uli *dzip); void eoqq(_si mjk, _uli *dkn, _uli *dok, _uli *wnry, _uli *ksqf); void cvgt(_uli *agit, _uli *oczs, _uli *jhai); void ppzy(_uli *mvgt, _uli *lukc, _uli *aztd); void gjiu(_si dxut, _uli *mivk, _uli *rqff, _uli *ksqo, _uli *ymuf); _uli *shhs(); void klaz(_uli *ysa, _uli *gkli, _uli *nmnd); void pgrd(_si jihh, _uli *juoi, _uli *ivw, _uli *grjx, _uli *zajq, _uli *ezlw, _uli *ksy); _si lyrg(_uli *ncde); void xyho(_uc *xvtz, _uc *yiqo, _uc *dvie, _uc *gugy, _uc *vafi, _uc *zwzy, _uc *veqs, _uc *wceg, _uc *tula, _uli *qfuk, _uc *ubuf, _uc *oumm, _uc *qpzs, _uc *ajvb, _uc *anfi); void goin(_uc *ciuc); void pwez(_uc *qeuy); void xtdy(_uli *ijbj); void gzv(_uli *uoos, _si mjj); void bzo(_uli *ghi); void upmj(_uli *qmwz, _uli *mmmr, _uli *wkzw, _uli *zofr); void fqaj(_uli *dhyx, _uli *xafm); void khqo(_uli *guyl); void prfa(_uli *vbim); void xuzw(_uli *ilus); void bllc(_uli *qidf); void nhn(_uli *gypq); void pbqp(_uli *pyj, _uli *opne, _uli *jwqn); void huzs(_uli *vck, _uli *mhv); void tysq(_uli *egzc, _uli *smdl); void upew(_uli *bxta, _si kulk); void gstv(_uli *uelq, _uli *nrcu); _uli *gztg(); void wxmz(_uli *zzb, _uli *hkld, _uli *klnk); void gzai(_uli *ikoh); void ewnk(_si eogx, _uli *ctae); void iske(_uli *nskd, _uli *uhbv); void pycl(_uli *joke, _si nsz); void awhd(_uc *bpde); void afjo(_uli *qfvb, _uli *wcaj, _uli *cqht); void uvzq(_uc *lfuj); _si jufg(_uli *xaco, _uli *yzud); void debg(_uli *qibu, _uli *eugu, _uli *brj, _uli *sqwi); void brjp(_uli *twuy); _si svro(_uli *ppec); void sxwb(_si aiff, _uli *pgqm, _uli *jzfe, _uli *vqev, _uli *szxe, _uli *onir); void ivjz(_uc *xovk, _uc *ccsp, _uc *obor, _si zwqr); void uwet(_uc *tibj, _uc *mndb, _si yqov); void qdoj(_uli *bchl, _uli *bwiy, _uli *ifsl); void pobo(_uli *wvha); void klld(_uc *ajq, _uc *gqqk, _si jflj); void zjqr(_uli *fwnj); void pmxt(_uli *vxoo, _uli *tog, _uli *zujv); void ozxn(_uli *vxsw); void llgy(_uli *nbfi, _uli *hbf); void qowa(_uli *blcq); void qlsc(_uc *uxa, _uc *uhqa, _si xbew); void qgxc(_uli *ieep, _uli *oakk); _uli *oacu(); void kopb(_si olko, _uli *cglc); void gcpb(_uli *gxkr, _si vfm); void tojl(_uli *okjo, _si atdj); _uc *sxvv(); void leip(_uli *lafc); void ncrs(_uc *nljh); void hmmi(_uli *iusq); void ewiw(_uli *rxbs); _uc *begl(); _uc *syum(); void jfcz(_uli *zsbc, _si fsji); _uli *ebux(); void bvdd(_uli *vvpt); void eohi(_uli *rwlo, _si vohm); void yqjv(_uli *gfz, _uli *zwvx, _uli *arm); void tosr(_uli *cihj, _si obxm); void rcpk(_uli *oinz); void xxko(_uli *kiod); void dwyg(_uli *svsl, _uli *keba); void szhg(_uli *wxis, _si ueiy); _uli *yzdu(); void lmkz(_uli *qnur, _uli *cmqt, _uli *qjnm); void foz(_uli *vxpk, _uli *pdkd, _uli *djsh); void auzr(_uli *dscl, _uli *daju, _uli *bjp); void kgcx(_si zqlg, _uli *awzk, _uli *civh, _uli *qwez, _uli *irry, _uli *ozsx, _uli *fziy, _uli *lzfl, _uli *ukfe, _uli *csmn, _uli *ckhf, _uli *zmkc); _uli *etis(); void fohu(_uli *qlpf); void sabu(_uli *slcb, _uli *vteh); void kzpz(_uc *jmln, _uc *nxfm, _si hpjk); void ceqi(_uli *kykx); void xczy(_uli *cnxz, _uli *xirp, _uli *lxte); void wrez(_si tnjk, _uli *domh, _uli *ijoj, _uli *wjda, _uli *ppju); void myyz(_uli *qrsu); void dzz(_si kjbu, _uli *yajr, _uli *seoy, _uli *nyo, _uli *hsvb); void zyqa(_uli *soph); _si eia(_uli *dzzm); void toqt(_uli *unwg, _uli *rmvq); void znoj(_uli *mawo, _uli *hded, _uli *teqh); void ecih(_uli *sxc, _uli *dkwh, _uli *mult); void adah(_uli *xdeg, _uli *pisk, _uli *enod); void ajhp(_si iqny, _uli *hxju); void yck(_uc *jdsh, _uc *yiv, _si rhka); _si jpjb(_uli *rzcn); void xxct(_si zzre, _uli *wkiz, _uli *rmhy, _uli *nctw, _uli *aypl, _uli *fkgt); _uli *uobz(); void csoa(_uli *jvkc); void varf(_uli *rjrd, _uc *wqpj); _uc *bjv(); void aejy(_uli *vwvc, _uli *ulbf, _uli *iqjk); void nppo(_si upbo, _uli *yizp); void pfwy(_uli *cahl); void rmkf(_uli *kwio, _uli *gjte, _uli *tgzo); void cnls(_uc *ucts, _uc *cyvq, _si xpum); void okaj(_uc *clul, _uc *mjhu, _uc *elcn, _si ukxa); void sucm(_si rnsj, _uli *csdp, _uli *ieam, _uli *rltd, _uli *kfcl); _uc *pwyo(); void zseq(_uli *nfrp); _uc *ljwc(); void qvpx(_uli *mga, _si skeh); void inc(_uc *odvb, _uc *myht, _uc *hvzz, _si veag); void mvtr(_uli *shyu); void lefm(_uli *frpp); void fwhq(_uli *pjhx, _uli *ynja, _uli *lazn, _uli *njyn); void hvrw(_uli *qgww); void sgep(_uli *rvdd, _uli *husc); _uc *orwa(); void uwj(_uc *ekf, _uc *rpc, _uc *aiy, _uc *kwxa, _uc *pyzj, _uc *bxpy, _uc *yna, _uc *lry, _uc *hedl, _uli *gob, _uc *qtky, _uc *kias, _uc *ede, _uc *owlg, _uc *gxwu); void zbuh(_si hxfu, _uli *oliy, _uli *xpdd, _uli *crjv, _uli *lhew); _si qcie(_uli *apgm); void uact(_si sseh, _uli *onoq, _uli *drfe, _uli *zokh, _uli *nxns); _uli *ixda(); void tfmq(_uli *gzzo, _uli *oacv, _uli *zjyl); void efvv(_uli *noov); void uzvp(_uli *msie); void sdgx(_uc *dgqb, _uc *yeoo); void uuwg(_uli *znni); void avgm(_uli *exco); void lwks(_uli *vvrv, _uli *kexj, _uli *peoe); void hnqg(_ui *bfj, _si vwn, _si mma, _si zlgx, _si rxw); void fxte(_uli *prjr, _uli *ifpk, _uli *buqc); void xigt(_uli *xnlj); _uli *niei(); _uli *gdxm(); void wtsu(_uli *wkpt, _si bdno); void zvdx(_si qtab, _uli *ybbi, _uli *rkmo, _uli *kymg, _uli *gyzy); _uli *pang(); _uc *qygc(); void vib(_uc *uvn, _uc *gnft, _si liif); void egoc(_uc *pdft); void jvpp(_uli *doba, _uli *nlej, _uli *xuo); _uc *xypj(); void qnoq(_uli *qdzq, _uli *ijrr); _uli *dukr(); void fbut(_uli *chhu); void dxua(_uc *ehmu, _uc *pgfb, _uc *wjsd, _si vzp); void cvck(_uli *hbnt); void nixk(_uli *dieo, _uli *fbou); void lbnk(_uli *cnct); void emzx(_uli *heyq, _si ypuq); void cwz(_uli *rbnf); _si vyrq(_uli *cwau); void ucep(_si aqog, _uli *gofi, _uli *utfw, _uli *burn, _uli *mrtm, _uli *lifj); void bdmt(_uli *mnpi); void nldk(_uli *yitx, _uli *vnth); _si nffr(_uli *zdun); _uli *ctgm(); void foxd(_uli *ecmq); _uli *ijfe(); void imem(_uc *jyox, _uc *kor, _si err); void nryg(_uc *eojg); void ouyn(_si lckm, _uli *shdh, _uli *ymho, _uli *ppnk, _uli *rmhq); void iodh(_uli *zsnz); void hksw(_uli *whnc, _uli *czjz, _uli *pbhi); void smqz(_uli *zvzn, _si fcxp); void dntd(_si zprm, _uli *vahs, _uli *rymj, _uli *kwgp, _uli *cqbm, _uli *ylol); void exrj(_si czcm, _uli *mwdg); _uc *ql(); void lphi(_uli *iuhy, _si sgwx); void nnh(_uli *kucu, _si otyv); void gmdv(_uc *sjgz, _uc *zyt, _si pco); void unsm(_uli *suet); void abdy(_uc *odt, _uc *kit, _si ydft); void uyov(_uc *ilyu); void kixu(_uc *jeam, _uc *axzs, _si yrkt); void wbum(_uli *mdkw, _si phef); void dslu(_uli *gwfd, _uli *xhgw, _uli *yych); void ospr(_uli *wftz, _si yhkx); void qoqy(_uli *btix, _uli *gyup); void nvxa(_uli *clhl, _uli *pjli, _uli *mugf); void ifwu(_uli *gfyr, _uli *wusx, _uli *oljw, _uli *jztz); void bpzl(_si prxd, _uli *talu); void vnuf(_uli *txxt, _uli *vful); void cejb(_uli *ywdc, _uli *ilhn, _uli *hsjt); void khtx(_si wlhh, _uli *aprx, _uli *lxdr, _uli *qbaf, _uli *zbub, _uli *wckv); void gryz(_uli *jjju); _uli *ztjr(); void momq(_uli *vadl, _si hzmt); void gxri(_si lbfm, _uli *jcrg, _uli *cobv, _uli *nclv, _uli *fhor); void qcig(_uli *qgko); void eihz(_uli *zjzu, _uli *dhpe, _uli *lcoq); void ejq(_uc *kvpi, _uc *ztb, _si xdgo); void qpiw(_uli *vdpe, _uli *ohec, _uli *fuft); void mrsm(_uc *ooau); _si iwey(_uli *ddvk); _si tesy(_uli *tcbq); void zwtn(_uli *pmte, _uli *ogpg, _uli *euly); void uzmf(_uli *cnph, _uli *zkzk); _uc *qwh(); void exgm(_uli *rvps, _uli *qepc, _uli *rcrv); void qcsv(_uc *nqph, _uc *fybd, _si vndx); void xwsk(_uli *xooz); _uli *pcgh(); void fabk(_uli *fpkr, _uli *gmlf); void skfx(_uc *dzrl, _uc *sgmz, _uc *aur, _si hgid); void tiad(_si wsrp, _uli *mxlo, _uli *lapz, _uli *gpqq, _uli *rafb); void mkrv(_uli *jjuh); void lyxt(_uli *rsua, _si lfwm); void hbhz(_uc *cdmw, _uc *euqu, _si vonj); void lvpd(_uli *affq); _si pksf(_uli *hfwt); void rmll(_uli *ojhn); _uli *bkjh(); void khav(_uli *nbb, _si ormr); void nvij(_uc *lvrb, _uc *rhzb, _si gsfm); void sbxb(_uli *tmat, _uli *waef, _uli *zsll); void gtqi(_si fieo, _uli *uaqe, _uli *pchz, _uli *sonu, _uli *pikk); void axjc(_uli *jzpn, _uli *dchw); void vfve(_uli *dyfy, _uli *rtir); void gox(_ui *tcyb, _si pnoj, _si gl, _si wrj, _si qqs); void ehpg(_si ksxs, _uli *viec); void sjfw(_uli *aiqm); void hxqs(_uli *yweo); _uc *nail(); void uzhl(_uc *crau, _uc *gug, _uc *wjid, _uc *yxyn, _uc *txur, _uc *vlee, _uc *odci, _uc *kxu, _uc *olcx, _uli *knty, _uc *emz, _uc *qlbv, _uc *dygp, _uc *gsrj, _uc *fijq); void gto(_uli *wgcz, _uli *awjw); void pyfp(_uli *lwad, _uli *akf, _uli *hspj); void sjqe(_uli *wlbg); _uli *ypfg(); void tufu(_uli *opmx); void azt(_uc *ztur); void wbr(_uli *qvzz, _uli *irbn, _uli *tuvi); void ojze(_uli *avis, _si npmi); void hrjj(_uli *ymxv, _uli *ssxl, _uli *uyz); void ryek(_uc *cgm, _uc *oy, _uc *foqm, _si yjol); void wedk(_uli *jwbz, _uli *wtlf, _uli *ixjg); void ynzx(_uc *lqq, _uc *nvn, _si ribz); void psky(_uli *mmvx); void ehe(_uc *pju, _uc *wzz, _si ejzz); void ycsm(_si rwcm, _uli *lqji, _uli *fepx, _uli *ubde, _uli *newt); void bsoy(_uc *uuon, _uc *apkm, _si hqai); void eetn(_uc *tqnw, _uc *ndyc, _si gbuu); void txli(_uc *ermx, _uc *leix, _uc *dukj, _si qfau); _si tqv(_uli *mfgj); void jyrf(_si pihy, _uli *mhwp); void ayso(_uli *efxm, _uli *vspc); void xneh(_uc *jmoh, _uc *uxmh, _si nilz); void guzi(_uli *thsn, _si jbvk); void uobp(_uli *gphh); void lcn(_uc *uqv); void cuur(_uli *mddc, _uli *fauh, _uli *hydh); void ibfh(_uli *uyzj, _uli *ongb, _uli *xhsw); void jsnr(_uc *vvnr, _uc *oajl, _si sbtu); void mhje(_uli *dfxb); void wrwe(_uli *ajnh); _uli *canr(); void fbrq(_uli *ffaz); void hhvi(_uli *xhji); void lzgw(_uli *xzin); void zjl(_uc *bof, _uc *xzzh, _si rmjx); _si slvr(_uli *oxco); void andm(_uli *bkvy); _si zvvt(_uli *nqrq); void oukz(_uc *rgtd, _uc *ywrg, _uc *qtmu, _si xwxk); void jmds(_uli *aqah); void tvqe(_uli *axyx, _uli *nngr, _uli *sgiw); void wrgg(_uc *mxwp); void wkgo(_uli *bkli, _uli *ajzl); void oeuy(_uli *fdua); void impz(_uc *tqei, _uc *ebdj, _si ywm); void zvrn(_si hobm, _uli *ufsz, _uli *bdt, _uli *yteb, _uli *jbxi); void vpra(_uli *hnli); void lezc(_si zxma, _uli *cvmy); void adbm(_uc *qmrt); void zjya(_uli *fmfm, _uli *jeip); void iwzy(_uli *ozwp, _uli *hyts, _uli *wesw); void kdpp(_uc *wtk); void pbcc(_uli *ehir); void ygbw(_uc *gyzc, _uc *lnnd, _si hyxz); void kyda(_uli *yuwm); void aowm(_uli *hnpb, _uli *jqqr, _si zvok); void mcoe(_uli *ooyu); void uxvt(_uli *vclr); void uuvt(_uc *bqve); void ahbe(_uli *wnwt, _uli *cfmh, _uli *dcpl, _uli *jymh); void xzbk(_uc *moyw); _si icja(_uli *njyi); void mgki(_uli *ntfp, _uli *fczb, _uli *jdoc); void ywut(_uli *lnjh, _uli *qdhk, _uli *jwzr); void gai(_uli *vtv); _si tfeo(_uli *acsy); void wkox(_si wshl, _uli *qrxb); void nksu(_uli *lwkn, _uli *nadm); _si lneg(_uli *eaok); void iqbr(_uli *ounr, _uli *ybd); void ibbw(_uli *lmok, _si obfn); void jbbi(_uli *ofvj); void ftgw(_uli *dnah, _uli *bre); _si euty(_uli *rcjq); void epjw(_si yulm, _uli *dkxl); _uc *tajz(); void salg(_si pepq, _uli *zpcq, _uli *batz, _uli *xftn, _uli *ghdu, _uli *hliv); void rmhs(_uli *iqpi, _si oduu); void citr(_uli *oxgg); void dyvk(_si mcjc, _uli *sog, _uli *gtx, _uli *eth, _uli *uzzg, _uli *gwi); void bhhy(_uli *bjmq, _uli *cgwi); void itnl(_uli *dcvh); void nriq(_uli *jmqp, _uli *hggh, _uli *awrg); void mrpv(_uli *posa); void hket(_uli *ixqi, _si uvrz); void rbuo(_uli *vggn); void gbxp(_uli *tnkn); _si clda(_uli *kjln, _uli *ofsl); _si iwnw(_uli *pfwt); void ydls(_uc *qpjl, _uc *iztr, _si hiby); void kvbf(_uli *wsvh); _uli *ygbj(); void vutx(_uli *zcza); void bapu(_uc *mpt, _uc *ktxe, _uc *luwf, _si wg); void amn(_uc *wgc); void oypk(_uc *viir, _uc *ixlx, _uc *jdiq, _si msdy); void kino(_uli *yvqd, _uli *ybxf, _uli *wyfr); void tbug(_uli *rznb, _uli *hcvb); void mvd(_uc *zxpe); void zcel(_uc *adux, _uc *nbwu, _uc *biot, _si gzjg); void zocb(_uli *veef, _uli *yocv, _uli *artf, _uli *rwiw); void zyzr(_uli *kzjn, _uli *dhza); void vre(_uc *zqla, _uc *zojw); void jgtw(_uli *slzm); void uiyy(_uli *lwkw, _si vqjg); void wjyp(_uli *qwxv, _uli *trcr, _uli *uduo, _uli *nipb); void lgva(_si ckvi, _uli *wjyo, _uli *xrqx, _uli *dcoc, _uli *djle); void kzoy(_uli *scou); void ioao(_uli *rpxr); void gfkg(_uc *axt, _uc *kwbn, _si mycn); void zfkh(_si oudi, _uli *azyc, _uli *xeap, _uli *ilgi, _uli *unoo); void sauh(_uli *yqs); void rzfx(_uli *jauo, _uli *covt); void sjin(_ui *efq, _si woan, _si pcw, _si cizv, _si rlk); void basg(_ui *qvwf, _si vgbw, _si chzd, _si mixe, _si hxhk); void qzqy(_uli *wqf); void puob(_uc *sdyr, _uc *qyrp, _si qypd); void ayjh(_si ikld, _uli *quhi, _uli *qaqd, _uli *ybfs, _uli *xlhz); void etqo(_uli *sjgi, _uli *ltyd); void knvr(_uli *rllr, _uli *iaof, _uli *jevp, _uli *gbfo); void rqqn(_uc *tdcv, _uc *efrh, _uc *acjc, _uc *uodz, _uc *urda, _uc *jemy, _uc *cfgp, _uc *zxuc, _uc *fwhk, _uli *ovcq, _uc *taon, _uc *unuw, _uc *mqmr, _uc *leal, _uc *vlem); void dny(_uli *xsjz); void ojsb(_uc *lusd, _uc *gxua, _si qjgu); void wejw(_uli *lqzp, _si taja); void cggy(_uli *zxim, _uli *nuwd, _uli *djit); void orjr(_uli *jfef, _uli *fgop, _uli *oxiz); void zglt(_uli *dqfd); void pdzi(_uli *ccna, _uli *jnzi); void cfmy(_uli *rozv); _si rwcs(_uli *wsnx); void ajda(_uli *mfmc); void gpi(_uli *jgp); _uc *pfpp(); void nnzy(_uli *zgdl, _uli *dxtk, _uli *dbaq); void qtgi(_uli *bcwc, _uli *vyjy); _uc *fpeu(); void vaij(_uli *mrlz); void pdro(_uli *hsbr, _si hsis); void slyr(_uli *mniz); _uli *sisr(); void zjda(_uli *denp); void ggiw(_uli *tqvr, _uli *xpy, _uli *wcln); void fmg(_uli *qimz, _uli *qlf); void vmdn(_uli *qukm); void qqee(_uli *qiug); _si gups(_uli *rgpg); void ncpr(_uli *plqr, _uli *qcbw, _uli *ujbl, _uli *oieo); void mttj(_uc *yknr); void clpb(_uli *hfxy, _uli *xqpz, _uli *vyuy, _uli *qcjx, _uli *zlgr); void gqly(_uli *cvco); void anwz(_si ydcj, _uli *lias, _uli *hulu, _uli *quvg, _uli *jhen, _uli *sjzf); void hudv(_uli *znhp, _uli *qsgn); _si ocnc(_uli *cwmh, _uli *rxzm); _si waec(_uli *lokz); void avk(_uli *zxb, _uli *wrtp, _uli *uyqh); void ugsn(_uli *xoai, _uli *qgju, _uli *aztw); void xuhx(_uli *xymy, _uli *jfxs); void ljez(_uli *dhbc); void fvnd(_uli *lzdn); _si tvww(_uli *brcr); _uc *gfgx(); void hhn(_uli *qvr, _si csat); void utmh(_uli *uohx); void kfuk(_uli *kzzt, _si auzi); void bvzh(_uc *nrsj); void cmyv(_uli *xazc, _uli *dxmt, _uli *hbvo); void dcwz(_uli *tbiz, _si epiw); void bciy(_uli *yjox); void hczh(_si hkms, _uli *cxlq); void uidn(_uli *jasb); void lrff(_uli *ayby, _si xhln); void bxlu(_uc *awuk, _uc *hdjc, _si jauk); void ajwm(_uli *vntz); void utpi(_uli *uemn); void haaq(_uli *cflo, _uli *tkbf, _uli *ggol, _uli *yfhc); void vzpb(_si swce, _uli *uvcx); void igru(_uli *ppes); void xpwa(_uli *dijq); void wtkh(_uli *wcva, _uli *suq); void bnat(_uli *zbmh, _uli *criz, _uli *spgo); void neyu(_uli *qtdb, _si lupo); _uc *drsk(); void xosj(_si afoz, _uli *vra); void azqk(_uli *evjx, _uli *tpfd, _uli *epkn, _uli *pids); void vzh(_uli *bngs); _si cizc(_uli *qyzn); _uc *t(); void silq(_uli *ytjz, _uli *mss, _uli *sigd); void dbuy(_uli *piso); void zblx(_si qzjy, _uli *jees, _uli *xwau, _uli *zvko, _uli *ojbu); void whyx(_uli *iivf); void xxfi(_uli *brqb); void zdns(_uli *csby, _uli *kgmn, _uli *bvfv); _uc *xnpx(); void jkiu(_uli *wesi, _uli *pwjf); void joga(_uli *xjvc); void eprf(_si wcay, _uli *elmg); _uli *vhrl(); void eysj(_si cwlj, _uli *jivx, _uli *tydd, _uli *zvnw, _uli *okef); void yyxx(_uli *jovi, _si deyb); void dfow(_uc *mnfi, _uc *jkae); void efhy(_uc *zegm, _uc *wwgw, _uc *kffd, _si hcbz); void zccf(_uli *akmj, _uli *rwfk, _uli *mvqz, _uli *turf); void yzbw(_uli *qelh, _uli *aima, _uli *svuo); void yuvu(_uc *xegl); _si gbmq(_uli *kvtv); void eyjp(_uli *bhwg); void eeio(_uli *ghwi); void bifg(_uc *npcv, _uc *rnxk, _si yndf); void gesb(_si smvx, _uli *bspx, _uli *bily, _uli *vivo, _uli *unou); void xmfh(_uli *idgz); void hpc(_uc *evdu, _uc *zlr, _si josa); void epxx(_uli *hsqp, _uli *foud, _uli *jezi, _uli *fngl, _uli *yuyq); void ozzz(_uli *ztif); void fhgt(_uli *cuyg, _uli *azec, _uli *lhyf); void qira(_uc *ltvj); void armz(_uli *ysmz); void ikeu(_si epl, _uli *tiei); _uli *fspc(); void hxre(_ui *svbc, _si libs, _si gddt, _si pfcw, _si zvaj); void mzay(_uli *baii, _uli *nbew); void onv(_uli *uae, _uc *gxm); void dfvi(_uli *nzwy, _uli *sidj); void ezze(_si vczf, _uli *absr); void clxk(_uli *sskt); void dxav(_si pagb, _uli *rpaa); void nov(_uli *uda, _si exy); void blza(_uli *lysw); void azzc(_uli *xgxz, _uli *lhcg, _uli *aagu); void pyuv(_uli *qjwd, _si dcmw); void ydea(_uli *king); void roop(_si lnot, _uli *ecap); void slkn(_uli *xczh); void iocv(_uli *eqhh, _uli *wjxs, _uli *sapr, _uli *wmai); void oqkf(_uli *wpha, _si yjne); _si utzy(_uli *ckiu); void wdrl(_uli *liek, _uli *txjd, _uli *gpfm); void bkjx(_si ewaa, _uli *iblr); void vxvr(_uc *vybh, _uc *jao, _si abfw); _si lyri(_uli *wlmo); void sfx(_uc *stad); void ctwi(_uli *zmqg); void ckxa(_uli *dsod); void vzvz(_uli *dorr, _uli *jtke, _uli *nulb); void qdbl(_uli *mcjk, _uli *geto); void obeo(_uli *ukeb, _uli *ttfn, _uli *woqr, _uli *tyf); void mpgz(_uli *sbva); void vfuw(_uli *iixb); void uqml(_uc *qhzu, _uc *vlv, _uc *hcn, _si jevy); _uli *hrjg(); void rreg(_uli *cfsu); void lbhg(_uli *yelc); void znkm(_uli *dedi, _uli *qvyn, _uli *aqex); void wgyy(_uli *tzgn); void pvat(_uli *fxmf, _uli *yfpq); void ndt(_ui *dfpm, _si hvuu, _si oag, _si anti, _si vhgq); _si hgz(_uli *hvd); void sjkr(_uli *gnzz); void jkep(_uli *pmkj, _uli *duns, _uli *yxvq); void ufmg(_uli *qaiy, _uli *ikcu, _uli *yowx); void tkdm(_uli *fqnp, _si evqf); void sapl(_uli *tbrd, _uli *afye, _uli *lbre); void fldf(_si ztfm, _uli *dlok); _si urru(_uli *nceg); void pesk(_uc *nmyf, _uc *yewk, _uc *dwhn, _si oktg); _uli *gysu(); void tdcg(_uli *ebgk); void xagy(_uli *hayr); void ukfc(_si vaoe, _uli *tezy, _uli *mwaa, _uli *dmwr, _uli *fjgt, _uli *geji); _uli *lcnh(); void tlho(_uli *ylzh); void scvl(_uli *jneo, _uli *xtbn, _uli *duda); void xuen(_si xcrz, _uli *fwbl); void nhjq(_uli *yxfx); _uc *urpe(); void xafp(_uc *qydy, _uc *qrvx, _uc *hubr, _si cqit); _si hjmj(_uli *awwu); void gfhn(_uli *xkps); void tfzg(_uli *maym, _si kfjl); void iau(_uli *sbtc); void vnwg(_uli *ooub, _si pyih); void cqr(_uli *hfq, _uli *albf, _uli *ymlt); void fwvi(_uli *fogc); void eljq(_si dzzr, _uli *yjfi); void plbk(_uli *whbp); void jrnu(_si ygaw, _uli *hhbj, _uli *yqgp, _uli *cbvj, _uli *wzza); void cxeg(_uc *wwde, _uc *pihc); void spqk(_uc *bbhd); void gpuf(_si lrub, _uli *szsi); _si tflc(_uli *ozsb); void zfqe(_uli *zxf); void ojdc(_uli *mbee); void jmk(_uc *kvic, _uc *vrtp, _si oev); void birw(_uli *vzt); _si gsfk(_uli *bbgy); void zgva(_uli *xtlp, _si wmgp); void xnya(_uli *dzsa, _uli *dmft); void ecpt(_uli *txgy); void ici(_uc *xdit, _uc *yksb, _si qxvd); void idfl(_si qbdf, _uli *dyoo, _uli *ewjy, _uli *gxol, _uli *ovtd); void pjkt(_uc *lnk); _uli *cxfp(); void vjzc(_uc *olfq); void bajr(_uli *vavs, _si qkra); void vcix(_si zcsu, _uli *emdw, _uli *uqpy, _uli *vnks, _uli *htru); void exjj(_uc *fhl); _uli *jckb(); void kkdo(_si nljy, _uli *akds); void bfd(_uli *jpfl); void jyhu(_uli *ioib, _uli *qgcr); void tqrf(_uli *jzhk, _uli *kqpq, _uli *eiz); void guwc(_uc *mdyh, _uc *xzyy, _si qwvt); void zpbp(_uli *jrp, _uli *cbuw, _uli *txol); void kxns(_si zti, _uli *unbs); void nga(_si vzek, _uli *uolu, _uli *lruu, _uli *uwow, _uli *cicf); void efgt(_uli *yfcc, _si qrie); _uli *bnt(); void oidg(_uli *prbn, _uli *kyst, _uli *tzqh); _si emys(_uli *afeh); void gbvj(_uli *fgbi, _si aztq); _si ugpb(_uli *njrz); void bcmm(_si vmgl, _uli *slgj); _uli *tjbz(); void czef(_uc *vdgh, _uc *tffr, _uc *hpwj, _uc *dtoi, _uc *rwpi, _uc *mbws, _uc *nemr, _uc *kjw, _uc *nxt, _uc *wim, _uli *cvgl, _uli *ywye, _uli *juoa, _uc *oydy, _uc *mttn, _uc *binb, _uc *qerb); void zhnj(_uli *jeqm, _uli *bebx); void aicj(_uli *xzqn, _uli *cqhc); void gxgf(_uli *sbmv); void qnor(_uc *cbgy, _uc *woxt, _uc *abce, _si tffp); void gvjz(_uli *amht, _uli *ylsa, _uli *xfu); void uuyp(_si hegi, _uli *arvs); void qxmn(_uli *yudw); void fsth(_uli *huoj, _si enau); void xyoa(_uli *lwuq, _uli *mioa, _uli *utza, _uli *verc); _uli *udvd(); void emuw(_uli *dhhx); void pmhz(_uli *flhw, _uli *nijc, _uli *bszn); void xmig(_uli *gllb, _uli *iwjo, _uli *lwyv); void npka(_uli *jzls); void zrub(_uli *qnii, _uli *rrlr, _uli *jdhr); _uc *tegj(); void xmtl(_uc *fevq); void wtfi(_ui *gpyj, _si zeso, _si fjeb, _si dejb, _si ezrp); void thrx(_uli *ifpy, _uli *kps); void vjgu(_uli *nkoj); void wsah(_uli *psyr, _uli *zrxf); void vlmy(_uc *wnme, _uc *ehdl, _si gbet); void encf(_si uwbc, _uli *auia); void vkze(_uli *hhgt, _si qdxe); _uli *yiuc(); void xdmx(_uli *vdzh, _uli *sxyb, _uli *nfwz); void enve(_uli *luyx, _si mxuq); void qsqk(_uc *rnja, _uc *gmiv, _uc *ybdu, _si ysjq); void rxxs(_uli *dqld, _uli *hdgd, _uli *nmpd); void flrs(_uli *webh, _si bvpg); void exfe(_uli *nsmt, _uli *lhmt, _uli *tvot); void dlaa(_uli *iyme, _uli *igra); void bpwe(_uli *qgps, _uli *aica, _uli *sqc); _si gzr(_uli *hlmd); void bzrp(_uc *oxyj, _uc *duhf, _si sdrp); void whqs(_uli *yllc); void rjfv(_uli *jhfu); void towp(_uli *zgpn); _si yfbs(_uli *ujwv); void hwrv(_uc *svj); void trh(_uli *ctsv); _si jmix(_uli *jypr); void mqzy(_uli *xfvl, _si mbaw); _si yqws(_uli *ozzi); void zcgk(_uli *youi, _si vhjx); void wwox(_uli *fhio, _uli *zwa); _uc *ymrg(); _si oigx(_uli *nxcs); _uc *nwou(); _uc *ndc(); void zcgr(_uc *euvh); void ibra(_si srsz, _uli *xpok, _uli *fzpr, _uli *indh, _uli *meqh); void zoeh(_si vyin, _uli *cmhq, _uli *zfvd, _uli *ilgn, _uli *cecu); void cfvr(_uli *rmpw, _si qmxx); _uc *wjt(); void kpfv(_uli *xhwf, _si kvpg); void seip(_si wyvw, _uli *qheq, _uli *lsiw, _uli *zmjy, _uli *plrn); void zguy(_uc *elfr, _uc *cdua, _uc *oplb, _si jbpj); void onwo(_uli *wspq, _si bqmf); void urah(_uli *ftly, _si busz); void qrfc(_uli *fbzp); void aoig(_uc *vdan, _uc *eufy); void ohsz(_uli *tzij, _si ydvy); void bgux(_uli *tamn, _uli *efum); void pmvu(_uli *ghhc, _uli *oxnt); _uli *owme(); void hwia(_si yaei, _uli *xrgd, _uli *zfcl, _uli *qwhq, _uli *vuhq); void xndl(_uli *mla); void wpjl(_si vsof, _uli *ndib, _uli *zgdd, _uli *dzlc, _uli *ncmg); void kutb(_uli *sps); void cmjl(_uli *ylgg, _uli *ttpq); void lbbn(_uli *mhke, _uli *wasj); void oqki(_si btdt, _uli *kbvj, _uli *dowu, _uli *xswt, _uli *gufz); void ywej(_si gdpy, _uli *zrgj, _uli *vhdn, _uli *udpi, _uli *ebwd); void umff(_uli *fvwy, _uli *gsmr); _uli *thlc(); void nveg(_uli *iiwv); void pwlb(_uli *devj, _uli *feez); void xjlj(_uli *abyf); void osmn(_uli *eicc); void uqtb(_uc *hbrp, _uc *baaf); void zwex(_uli *chqz); void suik(_uli *zvf, _si twso); void jlrl(_uc *uzao, _uc *pzwo, _si hwbn); void vnso(_uli *ewdq); void yzrn(_uli *rawv); void xhst(_uli *efi); void fcjw(_uli *fjoe, _si hbsg); void jtwj(_uc *wowz); _si jnfc(_uli *iaog); void wuer(_uli *spxs, _uli *znkc); void ibew(_uli *alij); void ryrc(_uli *gism); void kfhb(_uli *vyej, _uli *rzwu); _uli *jozk(); void vfez(_uli *wvqp); void mcag(_uli *quoc, _uli *fmfc, _uli *hnuu); void takz(_uli *tryo, _uli *httj, _uli *fmdo); void ov(_uc *vh, _uc *b, _uc *xks, _si vl); void kicg(_uli *ckgx, _uli *zgrw); void qzy(_uc *xkp, _uc *lga, _si srim); void pqdp(_uc *bygg, _uc *ffze, _si dhwt); void mqgq(_uli *ldcr); void ichj(_si qgnv, _uli *xpbz, _uli *vsrz, _uli *bwfp, _uli *zgmq); void kaxt(_uli *spwi); void rxei(_uli *nesa, _uli *xzfi, _uli *yows); void rmqr(_si qfpg, _uli *fkiy); _uc *rthl(); void gop(_uc *uuxy, _uc *yktg, _si ospo); void afmc(_si sfol, _uli *maeu, _uli *avic, _uli *oesz, _uli *uwoc); void xgdi(_uc *lmgf, _uc *sgca, _uc *fzwg, _si hubc); _si weas(_uli *tlrr); void nsfl(_uli *fuzw, _uli *mqdo); _uli *lpmr(); void cwg(_uc *ccoa, _uc *oat, _si oog); void ohmn(_uli *fmjo, _uli *jcte); void idhq(_uli *uqvr); void qtlb(_uli *xgde); void mxui(_uli *iqkd, _uli *kouw); void xmfz(_uli *faqt, _uli *gsji, _uli *tlyx); void dcbv(_uli *kfdt, _si goqa); void pfwc(_si npfy, _uli *pzdf, _uli *jsvq, _uli *uebf, _uli *lkpw); _uc *lire(); void nuvp(_uli *ziqy, _uli *yoyb, _uli *xpeu); void jwq(_uc *udr, _uc *bgxh, _si erd); void alko(_uli *ezqk); void wjti(_uli *dgur); _uli *kvuo(); _uli *mexn(); void wteb(_uli *fppi); void chue(_uc *vcuh); _uli *upff(); _si uhar(_uli *lnde); _uc *ynb(); void kzcd(_uli *enww); _uli *wgqo(); _uli *iaks(); void ckox(_uc *zvxd, _uc *okhf, _uc *cil, _si nakj); _uli *vqxh(); void hyrz(_si nwpe, _uli *afrd); void yuoi(_uc *nsmx); void ecpl(_uli *mykr, _uli *mgnz, _uli *jsyg); void ugm(_uc *zweo, _uc *tbht, _si kedu); void mxcy(_uli *yljx, _uli *gjsg); void cwgz(_uli *ntvq, _uli *uxom); void ppu(_uli *mxho); void wqxx(_uli *pbaz, _uli *nvpt); void dcdx(_uli *xdtv, _uli *dueu); void zkrd(_uli *yzgs); void aix(_uc *pbel, _uc *ggy, _si lsd); void xbpp(_uli *uche); void kwoz(_uli *bdzq, _uli *oany, _uli *ahcu); void knts(_uc *szzc); void vapv(_uli *uzvh, _uli *dotn); _si oes(_uli *qru); void wkpq(_uli *hvrg, _uli *uebg, _uli *wnnd); void gdou(_uli *oqnk); void xsub(_uc *csoj, _uc *wtml); void ruvk(_uli *tjvo); void gkbm(_uli *srhh, _uli *fyot, _uli *vpgb); _si bzxg(_uli *pmyc); void fhmo(_uli *kuid, _uli *lvzl); void mho(_uli *emog); void dyj(_uli *xlcr, _uli *xzzr, _uli *fdtg); void bob(_uc *cmv, _uc *gnqv, _uc *mkg, _uc *dblo, _uc *ifer, _uc *wywm, _uc *jnga, _uc *jtw, _uc *og, _uc *kocx, _uli *hgf, _uli *sgbx, _uli *mio, _uc *qsq, _uc *op, _uc *zjj, _uc *skip); void apun(_si ewkv, _uli *udor, _uli *aldm, _uli *djua, _uli *xwwn); void bjsm(_uc *yzq); void gboz(_uc *hqus); void ezlj(_uli *tghy, _uli *bswr); void rise(_uli *bpby); void xdyy(_uli *eevf); void wjxu(_uc *llgp); void cgk(_uc *yfhj); void bvcp(_uc *dfir, _uc *noes, _si eoii); void ipjc(_uli *rljn, _uli *ggqg, _uli *ixsd); void mgjo(_uli *hiwj, _uli *omvd); _si psec(_uli *ccgq); void vefg(_uli *ddgb); void okwe(_uli *qbwx); void xzjc(_uli *wqbt, _uli *tuvd); void ngbv(_uli *lepw, _si tifo); void ebpj(_si ksia, _uli *lgyu, _uli *iljw, _uli *oemh); void aapr(_uc *llss, _uc *mooh, _si tusn); void uwef(_uli *qds); void obpk(_uc *caf, _uc *mymj); void exnc(_uli *futg); void hzww(_uli *jmji, _uli *ucnm); void zrbt(_uli *azwv); void wxyn(_uli *exzc, _uli *uvht, _uli *qqlb, _uli *dulz); _si vukv(_uli *wmgw); void cytl(_uli *hklc, _uli *qkco); void qmkk(_ui *frqo, _si dutf, _si drfj, _si ksys, _si qabj); void nlnp(_uc *hpgd); void jcjk(_uc *gvnv); void fmpd(_uli *fguk); void ked(_uli *qoo); void xwuo(_uli *vdhj, _si djdt); _si mbgj(_uli *lfcy); void pyod(_uli *bvdc, _si lolg); void szcy(_uli *drov, _uli *ufqa, _uli *rstx); void pqlc(_uli *vszz, _si tjlx); _uc *yrtn(); void vuej(_uli *sydt, _uli *dgoe, _uli *tsbu); void cytg(_uc *griy, _uc *mwuc, _si pzi); void rqky(_uli *doxd, _si fous); void klyg(_uc *kjmr, _uc *qmto); void wclm(_ui *yjed, _si tnei, _si bhsr, _si lhmj, _si rmvo); void zbzw(_uli *hfrj); void ltzn(_uli *jcjx, _uli *sfcg, _uli *nlup); void iacq(_uc *xgnz, _uc *zvhj, _uc *xvpl, _si lwms); _uli *opcr(); void upmp(_uli *spqo, _uli *bqbi, _uli *avyf); void zcld(_uli *owsp, _uli *xtyo, _uli *llzf, _uli *acoa); void ekeo(_uc *lhyt); void rhat(_uli *ryjz, _uli *gbbv); void uqxp(_uli *amwr); void uzcq(_uc *urxd, _uc *emi, _si udja); void qrkg(_uc *oghe, _uc *vws, _si lol); void bieu(_si htpf, _uli *qaol); void blrr(_si qjmx, _uli *nrjy, _uli *pcqu, _uli *vqrh, _uli *jtih); void plo(_uli *puae); void sebi(_uli *ivpv, _si ostr); void naxe(_uli *ztwh); void dgcn(_uc *zgj, _uc *ipms, _si pym); _uc *ccgx(); void gtce(_uc *jje, _uc *ase); void dyaf(_uli *ivmt, _uli *fmxj, _uli *gwum); void gmqg(_uli *lvdd); void eqyr(_uli *eode, _uli *leew); void ttw(_uli *ophf, _si sulo); void wae(_uc *smhl, _uli *zubm); void jjqh(_si evpp, _uli *iuep); void qjag(_uli *jwyw, _uli *pmqs, _uli *apsx); void kjfn(_uli *baut); void fxyy(_uli *vcoh, _si vlh); _si pfxb(_uli *lsyd); _si sotz(_uli *wimo); void zrjh(_uc *szzp, _uc *aime, _uc *cquj, _si cqpu); void evgc(_uli *fecl, _uli *pgwn, _uli *oaod); void upeg(_uli *nrdp, _uli *zwhx, _uli *gyvl); void djyh(_uli *jbik, _uli *nblb, _uli *vspx); void eaiy(_uli *ghcl); void crev(_uli *tesx); _si avzg(_uli *hnv); _si lekv(_uli *psfz); void pwu(_uc *yoix, _uc *mhwd, _si bdj); void atax(_uli *qxog); void xdrv(_uli *nbhg, _uli *qnkd, _uli *tcqj, _uli *tugc); void bzky(_si hxf, _uli *tqe); void ztja(_uli *pcvw); void zdr(_uli *lyl, _uli *jos, _uli *ppit); _uli *vjwg(); void yaok(_si gzxs, _uli *onki, _uli *fmrh, _uli *xcho, _uli *jonz); void swcc(_uc *lvyh); void gmee(_uli *repz); void mfrt(_uli *sckt); _si xqm(_uli *vdyk); void zlzd(_si rmuu, _uli *otqv); void mmen(_uli *xoyu, _uli *mifn, _uli *afev); void ymll(_si zqjs, _uli *zsdk); void vygz(_uli *guwi); void lxok(_ui *piwj, _si cbs, _si dpnc, _si smx, _si ilff); _uli *zmwl(); _si gsfn(_uli *azfi, _uli *dxxa); _uli *tmup(); void ttka(_uli *jlir, _uli *mbsv, _uli *qhgq); void aedv(_uli *qyu, _uli *gqfe, _uli *ifyi); void qscd(_uli *idzm, _uli *oqit); void heel(_uli *wqsu, _uli *fmdm); void uvrt(_uc *rfrh); void moee(_uli *ylzx); void vev(_uli *eja); void sbnz(_si ciuf, _uli *ohex, _uli *eomn, _uli *czwm, _uli *vydo); void ptkb(_ui *ateq, _si dtjd, _si fdhq, _si ygqq, _si imen); void ta(_ui *ajb, _si vu, _si lfc, _si gez, _si pv); void rpss(_uc *tkut, _uc *vsxs, _uc *eoae, _si tele); void oxqz(_uc *vpal, _uc *nlth, _uc *jyxw, _si cbtd); _uc *mezn(); void mbau(_uli *xlwn, _uli *uflb, _uli *zsd); void ixdm(_uli *ezmv, _uli *etvm, _uli *zzik); void tlcm(_uli *pmjs); void onaw(_uli *dhbd, _uli *uora, _uli *avjj); void kkrf(_si qraj, _uli *exdk, _uli *ragr, _uli *mjkp, _uli *kcho); void jpnp(_uli *rdjh); void iqu(_ui *vlsh, _si fbcp, _si ien, _si xsgc, _si nvv); _si uorc(_uli *yijk); void gqsr(_uli *khxs, _uli *fdvs); void ctpw(_uc *nelm, _uc *dccw, _si nzer); void bdal(_si otiq, _uli *tbqa, _uli *qysx, _uli *jaxc, _uli *jssn); void rken(_uc *bgwa, _uc *woql, _si tgoa); void jkvs(_uli *axih); void rnnx(_uli *umrh); void pfqk(_uli *hmqi, _uli *yahl, _uli *jiiw); void xcji(_uli *mlln, _si mwus); void wvwa(_uli *noaz, _uli *ptdo, _uli *diwj); void newo(_uli *wqyo, _uli *zmfm, _uli *aftx); void zdtv(_uli *uky); void tjfm(_uc *juq, _uc *tybo, _si lpiv); _si oexm(_uli *gdqr); void qgwi(_uli *jyno); void xwed(_uc *sfui, _uc *amxs); void fqob(_uli *kvu); void mwwy(_uc *vof); void fhta(_uc *knii, _uc *kjvr, _si vjiu); void hwof(_uli *krqm, _si cnbo); _si apks(_uli *ivkn); _uc *ltyo(); _uli *oarz(); void tpsq(_uc *juvq, _uc *geid); _si zkfa(_uli *body); void soyf(_uli *kwiy); _uc *nzaz(); void rdcz(_uc *zgno, _uc *nhtv); void mkfh(_uli *qnp); void uhzm(_uc *tccc, _uc *anck, _uc *zmkf, _si qpf); void lpt(_ui *tgoe, _si yztx, _si gawe, _si zif, _si btr); void ibry(_si zspq, _uli *adzm); void xklm(_si bcxj, _uli *cimp, _uli *jfii, _uli *eofo, _uli *vjt); void bxyn(_uc *rhrx, _uc *vpux); void zyor(_uli *qbrl); _si etdz(_uli *youy, _uli *qyrj); void hosm(_uli *kjra); void pprn(_uli *boyv); void fzjd(_uli *ukij, _uli *aznx, _uli *nerf); void cgh(_uli *pvuj, _si ibif); _uli *ypsa(); void cjjg(_uli *laon); void kytu(_uli *byas, _uc *lgso); void olzt(_uli *erzl, _uli *ahpt, _uli *ckcz); void epnk(_uli *zhwp, _uli *mefu, _uli *yqhk); void fgon(_uli *nwuj, _uli *ccwm); void esun(_uli *ugwu); _uli *nyjk(); void ogcx(_si lfqs, _uli *okzn, _uli *nywv, _uli *bnmj, _uli *epyy); void yppr(_si voav, _uli *wvfh); void tqiw(_uli *pzh); void rrrg(_uli *krsq); _si bhyu(_uli *lysb); void nggh(_uli *wwen); void uorb(_uli *omlo, _uli *bxjz, _uli *xodw, _uli *uvfp); void trnk(_uli *dbfi); void dwtm(_uli *abzz); _si uzno(_uli *sofq); void kfud(_uli *xbeo, _uli *snu, _uli *zoys, _uli *cejw); void vsul(_uli *eacb); _si hate(_uli *leky); void ewjs(_uli *krgi, _uli *frdz, _uli *kzlu); void kgra(_uli *wfki, _uli *eukp, _uli *scms); void kek(_ui *ezy, _si pjtu, _si nzpy, _si ff, _si udz); _uli *kndz(); void xmwo(_uc *cncl, _uc *rfhs, _si dqgo); _uc *tuew(); _si munv(_uli *zfil); void jau(_uc *kmya, _uc *ikox, _si bjoi); void amxv(_uli *vewb); void jtbq(_si ljyf, _uli *zmqn, _uli *rznl, _uli *epip, _uli *jfqr); void rusx(_uli *jkws, _uli *nivj, _uli *whkr, _uli *tlje); void iekc(_uc *apsb, _uc *ewyb, _uc *yye, _si geix); void bxab(_si ijiz, _uli *ojxc); void moxj(_uli *gcpq, _uli *hmrz); void wvzm(_si pdkq, _uli *uuw); void vwvm(_uli *lmjs, _uli *natd, _uli *urrn); void gyja(_si dvvx, _uli *plrb, _uli *ljr, _uli *edfj, _uli *rdkm); _uli *evlo(); void aooo(_uli *aafy, _uli *usur, _uli *ryby); void fahz(_uc *ghx); void weqz(_uli *wbpd, _si nwuv); void hjti(_uli *yduk); void hikf(_si ykxd, _uli *tcnj); void ldpx(_uli *ljsx, _uli *mwkg, _uli *djld); void nwsi(_uli *pdoa); void kmjo(_uli *dyoz); void kwmo(_uc *xlez); _uli *fons(); void gjce(_uli *vmyh, _si iwgv); void nczx(_uli *xigo, _uli *ixex, _uli *laxm); void xwmy(_uc *utgv, _uc *qeic, _si ycro); void yxhl(_uli *isve, _si hexh); void nwit(_si xzha, _uli *ubmm, _uli *xnng, _uli *tczy, _uli *yycw); void zmos(_uli *hdzq, _uli *zubq, _uli *tftk); _si iojm(_uli *yhgt); void fzik(_uli *txpg, _uli *ajj, _uli *utbo); void nvee(_uli *mbce); void gfqq(_uli *yykf, _uli *pksz, _uli *eseo); void ojor(_uli *bzoi, _uli *nnaw); void amxq(_uc *egec, _uc *gghi, _si goun); void vowh(_si likg, _uli *qlzm); void crjm(_uli *kiej, _uli *qhfb); void gkwe(_uli *mqan, _si xbtc); void kqwk(_uli *nvth); void aqhv(_uc *emgw, _uc *lcic); void kqtt(_uli *pxzx, _uli *yveg, _uli *zrgl, _uli *kayb, _uli *nmms, _uli *ylnx); void oryn(_uc *zxfo, _uc *ygn); void ijif(_uc *edhy, _uc *dquc, _uc *frpx, _si pzbu); void ayar(_uli *jnhk, _uli *uoi); void yuwt(_uli *pfwi, _si nlrf); void dtry(_uli *rlby, _uli *gxjw, _uli *sgar); void uplk(_uli *wuyg); void gusy(_uli *dxql, _uli *jpt); void nych(_uli *ohjg, _uli *yjau, _uli *bgqh, _uli *nggz); void lqvi(_uli *rxyv); void ebhj(_uli *zxpi, _uli *dipk); void vlhd(_uli *shry, _si bjxr); _si mwqb(_uli *ejc); void jqpb(_si drct, _uli *ihlo, _uli *vbgy, _uli *cywp, _uli *zbqr); _uc *xskw(); void kdft(_uc *hdba, _uc *jybl, _uc *bqxv, _si ibsu); void ivds(_uc *lymy); void daqw(_uli *uotc, _uli *vjqx); void ebx(_si fyhu, _uli *xsab, _uli *gvoz, _uli *besw, _uli *nyqn, _uli *khsw); void gqrj(_si nazm, _uli *rlws, _uli *dalk, _uli *gedv, _uli *bblg); void pzio(_uli *ljdq); void jwqv(_uli *mtyu, _uli *stuj, _uli *glcx); void dszx(_si abom, _uli *wtlh, _uli *fyxm, _uli *catk, _uli *akey, _uli *wgbe, _uli *dha, _uli *mtpc, _uli *ueou); void rrbt(_uli *ozax, _uli *qsqz, _uli *ytcv); _uli *ddzl(); void vtca(_uli *rtwf); void hqxh(_uc *pmz); _uli *wdoz(); void kxwm(_uli *tmdn); void gyik(_uc *wxkq, _uc *wikx); void ldvk(_uli *uwni, _si pyjc); void bfvn(_uli *dpku, _uli *bgxc, _uli *thve); void wsla(_si ucmh, _uli *cqky, _uli *ksgo, _uli *otde, _uli *itwa); void lccb(_uli *xjud, _uli *yety, _uli *ikvl); void pkwa(_uli *ptky, _uli *uuhy, _uli *tjws, _uli *zshq); void zvvd(_uli *ynsr, _uli *mxqm); void pgvq(_uli *yxrt, _uli *fajk, _uli *twob, _uli *rdnf); void afup(_uli *kbqj, _uli *cmtt, _uli *wjfw); void padw(_uli *npju, _uli *mbth); void bxrh(_uli *enxn, _uli *onht, _uli *ztim, _uli *hoad); void bvkc(_uli *tksm); void fqvw(_uli *wjei, _uli *rpop, _uli *eoij, _uli *joow); _si mndm(_uli *dxmy); void uejt(_uc *uq); _uc *fcyj(); void pluq(_uc *ybdf, _uc *rxyy, _uc *slau, _si jwjw); _uc *ehno(); void hnkf(_ui *ebch, _si aaig, _si drt, _si wpaf, _si fxk); void drbx(_uli *ylaa); void crof(_si vlbc, _uli *orwr, _uli *gykh, _uli *gegc, _uli *vbts, _uli *iyvc); void apeo(_uli *xzup); void gsig(_uli *fbjz, _uli *dbbr); _si mvpl(_uli *dbjb); void zgra(_uli *hime, _uli *mtxz, _uli *ruvv); void wni(_uli *zdwk); void bhtm(_uli *iqvn, _si bydw); void ykat(_uli *dmie, _si oisp); _uli *mbpk(); void yhwx(_uc *qdj, _uc *nmgn, _uc *lie, _si gjkh); void ytzo(_uli *ske, _uli *cbfy, _uli *jzkp, _uli *iwbt); void wfmp(_uli *qxzf); void lmoz(_si yifu, _uli *smgp); void owvf(_si oloe, _uli *lwfh, _uli *izgk, _uli *hubj, _uli *rfym); void ogls(_uli *owo, _uli *udax, _uli *llmr); _si pcrd(_uli *lzku); void xzqo(_uli *vmce, _uli *taat); void xysl(_uc *otlj); _si kiwz(_uli *fafx); void kbt(_uc *jrq, _uc *diye, _uc *nbca, _si zdqm); _uc *cthm(); void jcjr(_uli *yylq); void dvu(_uc *isaj); void zizh(_uc *ekht, _uc *wwre); void wjuw(_uli *tmko, _uli *hbbz); void ymzw(_uli *squx, _uli *qsxi); void frkp(_si vlkj, _uli *gqia, _uli *itvv, _uli *jftt, _uli *tzln); void jrsj(_uli *auex); _si bacd(_uli *peat); void zinw(_uli *cuge); void hjjd(_uli *zlya); void euvt(_si uco, _uli *algz); void xafr(_uc *kbhn); void ipet(_uli *cveg); _si nxiv(_uli *bold); void vwzn(_uc *zpjl, _uc *lyfn, _si zlou); _uli *qvtm(); void vbap(_si tbp, _uli *pwjg); void nkps(_uli *kief, _si hwhb); void ojht(_uc *kavl, _uc *bxrr, _si zlpr); void khsd(_si jozo, _uli *acok, _uli *cuvx, _uli *jjlb, _uli *dfgs); void iczv(_uli *rovi); void ckne(_uli *hysi); void qjjh(_uli *lmlv, _uli *hswm); void occv(_uli *tmge); void xpar(_uc *hwcl); _uli *kejr(); void yfkg(_uc *floq, _uc *gfhj, _si aew); void hapl(_uli *wndb); void wfld(_uli *zqyn, _uli *mdju, _uli *vneo); void ilmq(_uli *pjsr, _uli *cnks, _uli *ejfk, _uli *webk); void kxqr(_uc *rrng); void kkl(_uli *zlsu, _uli *pedv, _uli *dtqw); void fnsz(_uli *shkc, _uli *uvnb, _uli *qsag); void rjuz(_uc *lb, _uc *ymz); void lwxc(_uc *ftsx, _uc *jfms, _si vjaf); void yfag(_uli *pajh, _uli *qnyk, _uli *cvwh); void hvcl(_si jzo, _uli *grer, _uli *gzji, _uli *mzid, _uli *kojk); void hmuh(_si sfas, _uli *urog, _uli *ptyt, _uli *arkp, _uli *flsa); void tfo(_uli *gusx, _si pvpl); void ehtm(_uli *kqsd); void bzlo(_uli *luar); void bzga(_uli *fzrt); void cphc(_uli *pswj, _uli *pweo, _uli *rfjj); void hlgn(_uc *xnsl); _si iqvg(_uli *bpy); void habt(_uli *ics); void wele(_uli *naga); void lyke(_uli *gxmn, _uli *xhsf, _uli *yykv); void ljke(_uli *xtgp, _si igmt); void fgdm(_uli *wddd, _uli *vuml, _uli *spnr); void aegn(_uli *kyy); void qrhl(_uli *qqzl, _uli *vksu); void etyf(_uli *abyy, _si jsbe); void vqu(_uc *xwfh, _uc *xcns, _si srtw); void xlbp(_uli *shdf, _uli *qzhk, _uli *ozqv); _uli *feld(); void vufn(_uli *karn); void gxat(_uc *devq, _uc *sffs, _uc *jvol, _si bxcd); void kmkg(_uc *ujen); void nauv(_si bfpl, _uli *xyox, _uli *fdwd, _uli *ihxv, _uli *xdjy, _uli *kewq); void dip(_si sym, _uli *axcp, _uli *jadi, _uli *dzsf, _uli *vafz, _uli *tpdm); void kyyf(_uli *zori); void vbb(_uli *yplz, _uli *sfzw, _uli *pjf); void jgrw(_ui *uvcn, _si msyx, _si qawa, _si ieao, _si bnwz); void xz(_uc *jtp, _uc *ep); void dvcq(_si thjk, _uli *xkxp, _uli *vnnh, _uli *elyf, _uli *pquc); void luhu(_uc *pzuy); void kxwu(_uli *uovh); void rppu(_si mkcd, _uli *gxpe); void esdy(_uli *wxus, _uli *dfiz); void fupg(_uli *qgfw); void tfux(_uli *xuso); void psal(_si vkpf, _uli *sxvd); void gqas(_uli *weoi); void kyhh(_uc *bwgs, _uc *wjum, _uc *lifp, _si oafm); void cbax(_si zpcj, _uli *ollt); void qcnl(_uli *vpak); void wjay(_uli *dljl, _si ipht); _uli *eulu(); void yiep(_uli *ebsb, _uli *uodj); void fwjc(_uli *kfoc, _si hftp); void rtic(_uc *ckty); void ysnq(_uc *hfmr, _uc *hzko, _si rsjw); void hfjf(_si gcpp, _uli *tluj); void mhas(_uli *hpod, _uli *qlps); void jvwp(_uli *aoqv); _uli *zend(); _si grhp(_uli *aqrg); void ofqc(_uli *ylbl, _si fawy); void fruc(_si qthg, _uli *lfug); void nyjd(_uli *ktry); void vocy(_uli *rxrn, _si ngpm); void gbkk(_uli *wouj, _uli *enbi, _uli *frup); void wrpx(_uli *xopr); _si bydu(_uli *uqwq); void dcss(_si wnkr, _uli *ezyn, _uli *qjvn, _uli *grdc, _uli *qvvg, _uli *omxm); void wcc(_uc *gplo); void ohym(_uli *rpbd, _si wyl); void cwwd(_uc *hwkb, _uc *wrch, _si jcyt); void jdmr(_uli *ozze, _uli *vuvn, _uli *ocgj); void abap(_uli *abrv, _uli *zynk); void gwvz(_uli *arep); void clez(_uc *xea, _uc *xnym); void dxac(_uli *ezef, _uli *gyum, _uli *wfxf); void bbzu(_si vnvy, _uli *rwwk, _uli *clph, _uli *zdwt, _uli *brgt); void rooc(_uli *bhlk, _si gvvf); _uli *irak(); void fvb(_uli *vbu, _uli *zup); void zsz(_uli *qam, _uli *mcgi, _uli *ozmb); void bwap(_uli *ixto); _si ebes(_uli *hoge); void mpaz(_uli *cpco, _uli *ihgv, _uli *pzmv); void ekkt(_uli *epoi); void khqm(_si swcf, _uli *xdus, _uli *lgo, _uli *khxw, _uli *ibkv, _uli *najr, _uli *drhe, _uli *gxya); void xolk(_uli *fmel, _uli *yagk, _uli *xkln); void ogp(_uc *jvu, _uc *jjmk, _si bzhr); void iix(_uc *zvqo, _uc *fsuu); _uli *vmda(); void zuqi(_uli *mgmg, _uli *qfqh, _uli *sha); _uc *hhtb(); _uli *rbgz(); void lpal(_si ykoo, _uli *sxoo, _uli *zmjj, _uli *lkyk); void liny(_uli *ccmt, _uli *osof); void zomc(_uc *jcwq); _uc *nkxo(); void grwn(_si rxvo, _uli *gazz); _uli *pwfo(); void rixy(_uli *fuaf, _uli *jfgo); void mrbj(_uli *fobj, _uli *hvub, _uli *guwt); void pine(_uc *qbvx); void bptv(_uli *gbvt); _si vvje(_uli *mxai); void osaz(_uli *gutg, _uli *vscv); void ipkh(_uli *dsmn, _uli *ivnu); _uli *fbiq(); void tlbn(_uli *fcim); void btdf(_uli *vgca); void vymz(_uc *uonq, _uc *ffyo); void uxiq(_uli *pajn, _uli *jpvd); void sjih(_uli *hxbt, _si ivnb); void cdfc(_ui *oste, _si qsqx, _si uwoz, _si dsat, _si iqoy); void qczp(_uc *inu); void oihy(_uli *mmbo, _uli *axdh); void zrjy(_uc *vau); void uea(_uli *hury, _uli *pduh, _uli *ica, _uli *ure); _si uvks(_uli *zidh); _si kctw(_uli *gish); void exte(_uli *ujcm, _uli *sweq); _uli *qfxz(); void dtlx(_si kwnk, _uli *elqp); _si haci(_uli *onxz); void efd(_ui *skb, _si nim, _si jbjk, _si codv, _si pnd); void pvhb(_uc *hqng, _uc *mcxi, _si hgzw); _si tvgv(_uli *ywzk); void dkas(_uli *qosf); void gcdn(_uli *kdpt, _uli *dtit, _uli *vxrb); void urkl(_uc *oxct, _uc *chd, _si awi); void mpzo(_uli *aqaj, _uli *phqk, _uli *gmhq); void dgml(_uli *treb); void aazt(_uli *rnos, _uli *rpay, _uli *mrtb); void ppt(_uli *btoi, _uli *ehz, _uli *quvu); void pbic(_uli *fcop, _uli *lbjm, _uli *omgs); void pbpq(_si adbp, _uli *vwue, _uli *zeuu, _uli *dbrb, _uli *egjq); _uli *tdke(); void lmja(_uli *ihik, _uli *bsxs, _uli *ijhx); void nkah(_uli *grdz); _si xvwx(_uli *ehvu); _si fglp(_uli *dssy); void mpz(_uli *pwa); void peci(_uli *rbiu); _uli *laux(); void fdgz(_si avvw, _uli *lxbn); void umqs(_uli *gxqt, _uli *fcem, _uli *bfnh); _si nipj(_uli *lnor); void ouia(_uli *kyup); void twbx(_uli *rgyq, _uli *fzq, _uli *jxmq); void wumn(_uli *qjrd); void kuef(_uli *zkue, _uli *kojv, _uli *fnzz); void gvmx(_si dwtk, _uli *cogp); void fvzv(_uli *hjzx, _uli *efdv); void ftdz(_uli *xasf, _uli *esob, _uli *cnut); void aez(_uc *knp); void dcyd(_uc *hcmm, _uc *lek, _uc *wvdn, _si zcd); _si stlw(_uli *uftq); void galo(_uli *gaka, _uli *hno, _uli *fwba, _uli *ffco); void vpea(_si twvd, _uli *xkij, _uli *ylen, _uli *giqf, _uli *lhjs, _uli *imgo); void ymcp(_uli *sis, _uli *sotk, _uli *wkja); void curr(_si ziwz, _uli *fstf); _si huxo(_uli *vzvc); _uli *cxsb(); void pccc(_uc *zkhv); void sffh(_uli *wgxg); void efdq(_uli *thpv, _si xnmb); _uli *prfv(); _si kkyi(_uli *kevy); void ttap(_uli *escw, _uli *ldwx, _uli *pjcu); void pyqi(_uli *nhgf); void eunc(_uli *jadw, _uli *apxy, _uli *wdzk); void fooj(_uli *gryc, _uli *xtai, _uli *tdhh, _uli *mety, _uli *olhp); _si ynyk(_uli *wxtj); void mwvg(_uli *cgjx, _uli *wfry, _uli *mvuw); void prsf(_uc *ojtb, _uc *egzm, _uc *zfr, _si vew); void ktwi(_ui *jrcd, _si rgc, _si wzxs, _si piou, _si acxp); void mcbv(_uli *spsr, _uli *jiho); _si ewbk(_uli *dqzh); void hioe(_uli *sxef); void lliw(_uli *ejom); void enkn(_uli *zdjx, _uli *qsxc, _uli *mmjc, _uli *zdqf); void htjv(_uli *nbmf); _uli *bveb(); void ajpj(_uli *kfjk); void qrba(_uli *gfgw, _si zapc); void xmvk(_uli *kugd, _uli *mgqv); _si tqod(_uli *wzdb); void onoc(_uli *omls); void pjcq(_ui *ucqg, _si ndqn, _si zedb, _si upks, _si vjfs); void bwzy(_uli *wirv); void rryt(_uli *ulub, _si zjot); void fuyx(_uli *usfd, _uli *psnh); void zalw(_uc *arvc, _uc *tzjk, _uc *xog, _si slmh); void ryqs(_uli *grsw); void ardk(_si pmzm, _uli *wdzh); void ysib(_uc *czqi, _uc *snhv, _uc *nblz, _si bvyo); void jphe(_si qhye, _uli *doun, _uli *yqbz, _uli *lbxp, _uli *unzg, _uli *mfim); void sikb(_uli *lmv); void ckrq(_uli *cfbj, _uli *dfov); void jufc(_si rafi, _uli *xroh, _uli *clpq, _uli *nveo, _uli *wiyt, _uli *pzlo); void pjsv(_uc *vaz, _uc *cywm, _uc *alox, _si stip); void gscq(_uli *ynjv, _si nvag); _uli *vwhv(); void vyww(_uli *jcdg); void hmtt(_si xlac, _uli *ipgh, _uli *smwu, _uli *quev, _uli *hqoe); _uli *teuv(); void anxg(_uli *ygdo, _si aeaj); void horm(_uc *hhge, _uc *leri, _uc *mxpc, _si zikw); _si dbaf(_uli *gwzm); _uli *qljj(); void cyib(_uli *fzti, _uli *btyp); void rjug(_uc *mhnd, _uc *motf, _uc *zpax, _si oynu); _si semz(_uli *zavu); void gnde(_uli *yzug, _uli *vzoz); _uli *zxux(); void gcnl(_uli *vqjd); void jzpx(_uli *udzs, _uli *idpb); void tbaz(_uc *wqvk, _uc *layu, _si xkxi); void yfum(_uc *mwvi, _uc *xcq, _si esdh); void ilp(_uli *apj); void jmgh(_uli *aagv, _si eav); void bdfd(_si akvu, _uli *sljj, _uli *ycij, _uli *poru, _uli *dttn, _uli *rhwl); void plje(_uli *ryuw); void dzcy(_uli *trob, _uli *qxtm, _uli *cigb); _uc *wmig(); void osvk(_uli *jack, _uli *brrc); void ydhd(_uli *uqms, _si wedq); void hwod(_uli *xnwg, _uli *mmhh, _uli *pmbo); void nsst(_si ivsv, _uli *utcm, _uli *kzii, _uli *vsns, _uli *zudz); _uc *xefx(); void qwgo(_uli *kkle); void teyr(_uc *pwvy); void tyha(_uli *sars); void bij(_uc *mrt, _uc *usg, _uc *ya, _si bmm); _uc *kgzo(); _uli *uich(); void cumb(_uli *kuge, _uli *lewt, _uli *faki, _uli *vvm); void aiqz(_uc *hcor, _uc *pjzd, _uc *bam, _si kukj); void qynr(_uli *pkox, _uli *xpbe, _uli *uwdn); void aqkp(_uli *dadj, _uli *zdos, _uli *tntj); _uc *quqy(); void cyzp(_uli *dfnh); void hlkg(_uli *ivlf); void yzof(_uc *lyrh, _uc *rkt, _uc *imk, _si wouz); void gspd(_uli *raki); void kjdk(_uli *wcee); void jzgb(_si sdce, _uli *crmy); void gwux(_uli *hwvp, _uli *vedg, _uli *mrwo); void nyrd(_uli *fhxr); _uli *dmhm(); _si ujjl(_uli *blvm, _uli *eolb); void gxia(_uli *mtjs); void kmho(_uli *wnwx, _si wijj); void eypa(_ui *ismb, _si rbbe, _si zmdj, _si orac, _si tbuz); void fezf(_uli *urvr, _uli *eqnm, _uli *vnei); _si cpti(_uli *cawy); void dsif(_uli *wabs); void azcg(_uli *gwrx, _si owgy); void nolw(_uli *gpvr, _uli *kxte); void sdyq(_si ipjf, _uli *kswx, _uli *ihll, _uli *zfta, _uli *yuqe, _uli *euwg, _uli *hkuz); void bjgr(_uli *asat, _uli *uafq); _si myuc(_uli *rwjm); void qqoa(_uli *rbtb, _uli *klpv, _uli *broz); void nlz(_uli *zvmg, _si nsvl); void trbe(_uc *cqhw, _uc *jxdf, _uc *ubsa, _uc *bgyq, _uc *nwhl, _uc *esxe, _uc *uvgl, _uc *kdiv, _uli *yont, _uc *iyzc, _uc *oasm, _uc *axnd, _uc *ocgm); _uc *nwxw(); void ndxx(_uli *mule); void yyvo(_uli *asbk, _uli *dim, _uli *bavp); void rmev(_uli *xxmh, _si yzoi); void zipi(_uc *zegf, _uc *qntn, _si bfwi); void lzqo(_uli *bigg, _uli *ewiv, _uli *ckfv); void hyfr(_uli *bafi, _uli *vlqv, _uli *ndon); void dorx(_uli *mhmq, _uli *zmxi); void rihn(_uli *qmhq); void jxrj(_si ofoc, _uli *yrix, _uli *wnyd, _uli *hggy, _uli *omby); void rzsd(_uli *gyrf, _uli *cmzs, _si rcgu); void dwiq(_uli *isaw, _uli *lpup, _uli *rqyl, _uli *diwn); void jzzs(_uc *tzft, _uc *qhv, _si xnl); void mua(_uc *dotp); _si jswb(_uli *lthi); void gqnw(_uc *afqj, _uc *afwq, _si nyb); void smja(_uli *pior, _si icmt); void fkts(_uli *nssy, _si iesv); void dy(_uc *emc, _uc *czz); void grpr(_uli *srf, _uli *hcj); void taod(_si ppmt, _uli *zcpz, _uli *elvh, _uli *vkgo, _uli *ngbd); void xuxi(_uli *mvks); void tclz(_uc *nii); void smuh(_uli *ioic, _uli *xteg, _uli *nhjb); void obdg(_uli *mvqi, _uli *kxrt, _uli *bqyd); void baws(_uc *xdoe, _uc *ofez, _si bdhq); void ynq(_uli *thk); void etrq(_uli *vwtx, _uli *nmpw, _uli *tge); void dwfl(_uli *dolk); void jlsw(_uli *wtsn); _si awea(_uli *zrfo); void afpg(_uli *qobb); _uc *iral(); void issk(_uli *kiuz); void ntag(_uli *ynzj); void qqwc(_uli *dbsr, _si ipnb); void xpfo(_si nabh, _uli *yhx, _uli *hnu, _uli *ekpw, _uli *ndfc, _uli *gitr); void lmmt(_uli *buzs); void xacu(_uc *ypzc, _uc *fleh, _si vosd); void yqwi(_uli *xbqf, _uli *ekru); void fuyf(_uli *gnga); void fqhq(_uli *enoq); void jjgz(_uc *nc, _uc *udum); void vhkn(_uli *mues, _si hcej); void odsl(_uli *kkqa, _uli *wmnh); void oztc(_si ovfi, _uli *ysv, _uli *cdwj, _uli *nblx, _uli *jbhd, _uli *yqfj); void hply(_uli *pwoq, _uli *tsvh, _uli *obuv); void lxlr(_uli *lapy, _uli *hboj, _uli *eexw); void gdep(_uli *zaou, _si qscm); void uhtg(_si wpwv, _uli *mmzh, _uli *pllq, _uli *kvsm, _uli *pmus); void icbv(_uli *kufo, _si reah); _uli *mxek(); void znjh(_si fnfm, _uli *fcfl); void khei(_uli *omuv); void ydi(_uc *elxt, _uc *mpta, _uc *esha, _uc *jvb, _uc *qfah, _uc *qnjv, _uc *hjv, _uc *dbx, _uc *cwh, _uc *hrow, _uli *pit, _uli *dtu, _uli *eilv, _uc *idl, _uc *abt, _uc *nkz, _uc *vsdr); void tnji(_uli *aoch, _uli *kfgu); void bqpf(_uc *mtlw); void hggj(_uli *bcfc, _uli *hpbk); _si igvu(_uli *vivb, _uli *uqaw); void vczc(_uli *itew, _uli *giqt, _uli *gynx); void mrgg(_uc *wtkv, _uc *rjyz, _si zhnz); _uli *zkzr(); void uktp(_uli *ujnr, _uli *jbqy, _uli *rfcv); _si qnje(_uli *xdyq); void zseh(_si xiub, _uli *kqrv, _uli *dbqx, _uli *cldk, _uli *chke); void wjh(_uli *kayi, _uli *fipo); void aqt(_ui *wmlv, _si ukn, _si uglh, _si wbq, _si uzpt); void qhrj(_uli *tvku); void hvxv(_uli *zjwf); void fnxj(_uli *phpy); void rxaq(_uli *dwsa, _uli *hxpl, _uli *tpay); void ijj(_uc *syyi); _uli *smxy(); void gylp(_uli *wdpt, _uli *giuw, _uli *rhxj); void epvh(_uli *rbyq, _uli *fnuc, _uli *ppnp); void hagv(_uli *vthd, _si pqmx); void mcit(_uli *bhzt, _si qstp); _uli *nyhy(); void nlx(_uli *hvph, _uli *jari, _uli *nidg); _uc *ms(); void zgxw(_uli *ddvb); _uc *vfo(); void yqec(_uli *ukuo, _uli *exjd, _uli *qetr, _uli *myeo); void jkfk(_uli *knjg, _uli *iuoo, _uli *jqzy, _uli *pdfj); void wryy(_si ocyj, _uli *nxpe); void rwcz(_uli *met); void bify(_uli *zlpw, _uli *fwqg); void ueql(_uli *oldv, _uli *yvsr, _uli *ubtm); _si ozzj(_uli *dvza); void ljvv(_uc *eyfp); void nufu(_uli *ekng, _uli *yewm, _uli *ntio); void qm(_uc *gheb, _uc *nvwl); void mzrj(_uli *tlbt, _uli *dvyn); _si ltn(_uli *qnd); void exvo(_uli *hhtq, _uli *xmph, _uli *fezi); _si wxen(_uli *brqy); void azzb(_uc *kuly, _uc *uiqp, _uc *hxwy, _si txbi); _si ewka(_uli *yqbh); _uc *fwew(); void enrc(_uli *wfyq); void cid(_uli *oxs, _uli *fgsb, _uli *gqtt); void endq(_si ppif, _uli *exmr); void iwsx(_uli *imfp, _uli *wtac); void gkst(_uli *kqej, _uli *kdcf, _uli *qwht); void cmlu(_uli *uvzy, _si nnfa); void zntk(_uli *ohbq, _uli *btye); void vmrq(_uli *jvpd); void qld(_uc *wmd, _uc *pqn, _uc *lgtt, _si dnx); void jigp(_uli *umor, _uli *lobv); void ykjy(_uc *jrai, _uc *drbd, _si wort); void noib(_si sbht, _uli *vobg, _uli *qalr, _uli *mcic, _uli *spgi); void zres(_uc *digs, _uc *nvim, _si rozp); void fips(_uli *qopn); _uli *qbep(); void vmos(_si xyyd, _uli *tldf); _uli *xnol(); _si efqx(_uli *dpmd); _uli *mawu(); void awmp(_uli *yicg, _uli *zulw, _uli *mqds); _uli *uog(); void fmkc(_uc *peef); void gcgj(_uli *tgqx, _uli *txnv, _uli *xllp); void nudb(_si lje, _uli *vxtr, _uli *lrxn, _uli *mvpa, _uli *aiwk, _uli *pvne, _uli *dgg); void jtgv(_uli *ftni); void xtgo(_uli *nab, _uli *dweh); _si jmkk(_uli *ggdd); _si zxkk(_uli *xrve); void dgjr(_uc *ehwm, _uc *wljd); void ycyn(_uli *oodr); void hmmo(_uc *aovt); void trxk(_uli *xvso); _uli *lwpd(); void ewq(_uli *lxux, _uli *phcm); void jwbh(_uli *kjxt); void kmu(_uli *fte, _uli *rswp); void djal(_uc *ixh); _uc *nccg(); void rezm(_uli *euyz); void dgc(_uc *qcq, _uc *tvd, _uc *ntqf, _si rlud); void cjyv(_uli *alwi, _uli *qoey, _uli *wdip); void sodm(_uli *bcrh); void glef(_uli *aacg, _uli *gtez, _uli *qifo); void hent(_si uykx, _uli *yvic, _uli *rqyy, _uli *lght, _uli *vagp, _uli *zpmk); void ydno(_uc *ewuw, _uc *xbcd); void orhk(_uli *eies); void agw(_uc *tafh, _uc *uwxx); _uli *gcbc(); void cmxm(_uli *lmcf); void prt(_si pmvo, _uli *mqa); void sbvz(_uc *zhuu); void zwbk(_uli *qafs, _uli *hpst, _uli *fwnp); void dem(_uli *ybod, _uli *ynh); void lkia(_uli *unjy); void qidm(_uc *ooxe, _uc *zkjo, _uc *ayga, _si yegu); void doro(_si ckam, _uli *agsm, _uli *dbul, _uli *wrei, _uli *plzf); void fxni(_uli *peig); void mtpw(_uli *bkip, _uli *miyq, _uli *fygx); void jek(_uli *qnl, _si zkwm); void xndt(_uli *wdrf, _uli *wqjx); void jjep(_uli *sqtx, _uli *elxb); void zoaa(_uli *yysx); void yvei(_uli *jttc, _si ujkj); void zujp(_uli *nmgx, _si glqf); void plyn(_si zfvc, _uli *qyey, _uli *pvjy, _uli *gond, _uli *uzvs, _uli *ifex, _uli *uyof); void yzfb(_uli *byjx, _uli *kcbg); void tnqy(_uli *rjub, _si niat); void uaff(_si naep, _uli *jbvl, _uli *pova, _uli *cjbd, _uli *qttl, _uli *cmxf); void lzwy(_uli *agvo, _uli *ipnu); void zjby(_uli *zypb, _uli *mmcl, _uli *mauf); void nvup(_uli *fptr); _uc *eezt(); void imzr(_uli *hcqu, _si iziy); void nxnm(_uli *jyrg, _si hsf); void nth(_uc *oqt, _uc *bgoi, _si jcq); _uc *jsin(); _si ynoj(_uli *utcu); void exln(_uc *mxnm, _uc *xiof, _si onze); void emzn(_uli *gvaa); void wuux(_uli *yrfm, _si zjvi); void cudf(_uli *szgq); void lyqi(_uc *ebs); void mizn(_uli *xdsn, _si wdfu); void yrsw(_uc *ioyk, _uc *sygx, _si sagk); void nwsu(_uli *kafw); void xvdq(_uc *opod, _uc *jxjl, _si lxsc); void erxz(_uc *nian); void kzkh(_uli *pcvs, _si omaq); void zxjt(_uli *wlvl); _uli *wdj(); void upfc(_uli *tyoe, _uli *hwox, _uli *eihg, _uli *xpjw); void eov(_uli *cnbr); void cqlo(_uli *qfhm); void omlv(_uli *izxx, _si uoim); void vwlk(_uli *drzw, _si pkhi); void buec(_uli *yqpf); void niwp(_uli *ojym, _uli *tvny, _uli *excs, _uli *ohmo); _si ftrg(_uli *sxk); void ktis(_uli *slvz); void pxdi(_si esw, _uli *mohe, _uli *vurx, _uli *ixrj, _uli *kbjo); _si tyld(_uli *psiv); void bvls(_uli *itgi); void tpry(_uli *damc); _uli *ofhj(); void iime(_uli *hfhd, _uli *fboe, _uli *fyfi, _uli *qufp); _si nyef(_uli *ufuu); void tmzu(_si arlo, _uli *tdms, _uli *braj, _uli *tsiw, _uli *uqfg, _uli *btpx); void bpnc(_uli *bufl, _uli *xbh, _uli *kuku); void tvpv(_uc *wsqc, _uc *qcl); _si mlvp(_uli *zwcz); void dryv(_uli *ivme, _uli *qaic); void tkqt(_uli *duxy); void spvs(_uli *ucly, _si asrp); void bfsm(_uli *hfka); void pjva(_uc *orip, _uc *pxkr, _si vstk); void tzaa(_uli *qmzd); void ymlf(_uli *qbuj, _uli *uccq); void fkgl(_uli *ogcz); void fubh(_uli *tsbo); void vhtg(_uli *hvyt); void jtx(_uli *bpsb, _uli *olyi, _uli *frz); void gfmz(_uli *hzup); void jeuk(_uli *ootp, _uli *nqfh, _uli *qnlt, _uli *soer); void exlo(_si eews, _uli *axu); void nuov(_uli *fefv, _uli *pvhz, _uli *eojx); void pszz(_uli *nyxd); void etpj(_ui *zbxj, _si qnry, _si fgzd, _si fxd, _si llt); void fqyw(_uli *trma); void ttec(_uli *xdvm, _uli *uaip); void thvs(_uli *hvre, _uli *qwpi); void theh(_uli *gxjz, _uli *zqyt, _uli *vboh); void ftdy(_uli *qpev); void izyk(_uli *flwx, _uli *osye, _uli *asju, _uli *dfyy); _si bltk(_uli *crbl); void xfug(_uli *ctyc); void ufov(_si fqfx, _uli *hmbq, _uli *hpdv, _uli *rkat, _uli *fnjn); void yckn(_uli *ctxq); _uli *cfjj(); _uc *xhw(); void xou(_uc *nxbv, _uc *atrb); void wgme(_si jaxp, _uli *flep); void ovjz(_uli *hiel, _uli *vflt); void paap(_uli *cjlb, _uli *dbkf, _uli *fott, _uli *lkma); void uayc(_uli *wvne); void sqml(_ui *gsdw, _si rtej, _si dca, _si tlli, _si ooe); void qejy(_uli *dusf); void skjh(_uli *dpsx, _si ymg); void kgdt(_uli *wsuk, _uli *pnma, _uli *eclw); void laec(_uc *fxsq, _uc *ddfp, _uc *zazg, _si xvuc); void etrh(_uli *ifnu, _uli *luw); void asfl(_uli *lajr); void nvqy(_uli *srlv); _uli *typj(); void xonr(_si dyui, _uli *nltk, _uli *frap, _uli *qkzs, _uli *kwji, _uli *tueq); void grux(_uc *sdto, _uc *xpgc, _uc *vgaq, _si wkmt); void vhqx(_uli *pjee); void gpgk(_uli *ycmf); _si uebp(_uli *elqb); void wvtg(_uli *jzva); _si tsvr(_uli *dlmf); void tdjl(_uc *xcsa); _uli *vsjr(); _uc *cndn(); void hyud(_uli *cqrb, _si mlxw); void nepy(_uli *mhcw); void bvum(_uli *vunl, _uli *nzkd, _uli *kyyk); void tabt(_ui *cunr, _si slft, _si gkaq, _si xmrl, _si otns); void xbre(_uli *waip, _si njua); void udqg(_uli *boua); void tcw(_uli *cqrc, _si yohh); void noml(_uli *ycz); _uc *ghtc(); void vajh(_uli *tzcu, _uli *plie); void hvmj(_uc *tkqz); void dvh(_uli *psqp, _uli *yzzm, _uli *hsji); _uli *qvot(); void ukoy(_uli *fryl, _uc *ckmz); void mspl(_si spnh, _uli *lagv, _uli *fqfg, _uli *nwqu, _uli *pngm); void vncr(_uli *oqry, _uli *repe); void gypa(_uli *ajyc); void poyw(_si yxso, _uli *syhc, _uli *hnsw, _uli *nypf, _uli *rotq, _uli *pcws); void tsrm(_si tsvs, _uli *pgtw); void dcem(_uli *esci, _si relr); void utql(_uli *bkwk, _uli *yroc); void ckss(_uc *bmt, _uc *orpj, _uc *qvnw, _si baf); void uhid(_uli *aqpb, _uli *nhry, _uli *uvet); void ipfw(_uli *vmxd, _uli *gsvq, _uli *okyq); void tmuj(_uli *clgr, _uli *pqfo); void wfbf(_uc *tbej, _uc *wvnc, _si ltfo); void qggn(_uli *ogml); void xref(_uli *lewi); _si cfkj(_uli *baku); void xjfv(_si hgi, _uli *bfde, _uli *wwkf, _uli *yyot); void kolg(_uli *ajpz, _uli *tuzi); void xafh(_si gdir, _uli *dgxz, _uli *fius, _uli *glmr, _uli *mjsi); _si htni(_uli *ngsb); void lndb(_uli *valz); void mvvj(_si zmpt, _uli *qnto); void xiss(_uli *dxsq); void rmrr(_uli *ughf, _si ubev); void dnge(_uli *fqfy, _uli *zauq, _uli *nkgr); void wxss(_ui *igeq, _si zmqs, _si wvgf, _si jcgd, _si fri); void ddea(_uli *waat); void fvpl(_uli *pjll, _uli *ulgi, _uli *rywl); void xmer(_uli *xmty, _uli *qwui, _uli *lmzp); void orvg(_uli *nxtn, _uli *rwrb, _uli *fwsl); void iura(_uli *pkyl); void hubm(_uc *czbo); void rkbb(_uli *gvuj, _uli *msji, _uli *nmkv); void aswr(_uc *bsf, _uc *tnm, _si bklj); void elsh(_uli *kwvl, _si pchd); void kbh(_uc *gyst); void luzu(_uli *dfac); void ioez(_uli *ptrd, _uli *owvd); void isiz(_uc *utgf, _uc *pwfg, _si csjd); void gfvg(_uli *vxxx, _uli *cabp, _uli *gfth); _uli *xgyz(); _uli *jzqf(); void rosm(_uli *wkpb, _uli *wuoj, _uli *lrvx); void sfve(_uli *lfbv, _uli *glur, _uli *gjvg); void necu(_uc *flz); void nnbz(_uc *zuom, _uc *mkoo); void wfyu(_uli *vxqz); _si avxy(_uli *abgh); void rmtc(_uc *dlrb, _uc *sgdq, _si ogea); void xdqg(_uli *gonj); void qenl(_ui *djml, _si phpa, _si kjbp, _si larq, _si anhw); void itqd(_uli *cdwq); void njar(_uli *xkwd); void pfks(_uli *kvz, _uli *pfyy); void mpnh(_uc *lqk); void wwb(_uli *xlwx, _uli *wnap, _uli *otzl); void ljkf(_uli *jsxt); void kvkc(_uli *gmiy); _uli *axnl(); _uc *xunj(); void dflq(_uli *zxpv, _uli *nnnx); void ycrk(_uli *imgw); void btxv(_uli *sesg); void priu(_uli *gowp); void prw(_uli *suo, _si chgg); void xuaj(_uli *wzmb, _uli *ygmr, _uli *wcap, _uli *moxr); void ojyv(_si fhvc, _uli *gvmf); void ricf(_si jxsu, _uli *fsva, _uli *yxgy, _uli *yatm, _uli *bcvz, _uli *lsyu); void zpok(_uli *eqjo, _uli *nupd, _uli *jzcm); void omqh(_uli *ongd); void mate(_uli *ksdu); _si lbpz(_uli *ikkg); _uli *hyda(); void uojf(_uc *bnpz); void bwoq(_uc *lxij, _uc *milp, _uc *ezpb, _si vagw); void idtk(_uli *yyri, _uli *qavd); void obmz(_uli *urj); void lspm(_uli *ecko, _uli *rvqm); void jekm(_si wsbe, _uli *mshc, _uli *asac, _uli *jxbx, _uli *iqpc, _uli *lvgv); void jvvd(_uli *bxbk, _uli *nvwo); void qokv(_uli *mjsp); void wopj(_uli *wbri, _si ayvt); void ekne(_uli *yyhl); void mece(_uli *uywe, _si dars); void axul(_uc *lsae, _uc *gwaz, _si fjeo); void awge(_ui *apqz, _si hjgs, _si fpjg, _si fmqn, _si hfuu); void ahgj(_si gcor, _uli *niyi, _uli *vhtd, _uli *cnmv, _uli *evdc); void leid(_uc *slfd, _uc *dihd, _si nqfr); void ekym(_si cfhc, _uli *mnao, _uli *dpzm, _uli *btpm, _uli *vijd, _uli *wlbw); void zpwg(_si hjpe, _uli *vxkb); void effq(_uc *pnj, _uc *scnm, _si hwro); void kucx(_uc *momc); void jgsz(_uli *xgfi); void wqwv(_uli *hqiu, _uli *uyb); void ktcl(_uc *nonm); void abue(_uli *kyjj); void hmxw(_uli *xcim, _si kxr); void agxy(_uli *jozs, _si hfkq); void krtt(_uli *blvw, _uli *poen); void ier(_uc *ctcr); void kdrw(_uli *aloz); void nsdh(_uli *okvj, _si ryuh); void wria(_uli *oebx); void hqsp(_uc *jid); void zyda(_uli *pziu); _uli *elai(); _si pded(_uli *ozin); void adey(_uli *beai); void xltz(_uli *ymvj, _uli *fdry); _si xduk(_uli *ghqt); void lzjy(_uli *lrvb, _uli *dxpq, _uli *gwri); void dati(_uc *kicb, _uc *scxs, _si dlyu); void eiem(_uc *tldm, _uc *jvew, _si krzr); void epgh(_uli *mvly, _uli *wyxy); _si fdxa(_uli *rsvc); void etnb(_uli *chhl); void etze(_uli *hsmy, _uli *qolq, _uli *aesv); void nwkj(_uli *pfwe, _si cdck); void idhj(_uli *yfka, _uli *zhhr); _uc *qysw(); void ykci(_uli *qfel, _uli *cbhl, _uli *hhwj); _uli *pvyd(); void pnhu(_uli *orfq); void hlaa(_uc *jore, _uc *yyan); void srzd(_uli *hocr, _uli *jspi, _uli *uzon); void qzby(_uc *oatr, _uc *bpak, _si asy); void iadw(_uc *tmks, _uc *agqa); void elie(_si vyzg, _uli *frve, _uli *hza, _uli *rzcu); void ypye(_uli *pasj, _si vlu); void hhyn(_uli *kljb, _si stye); void fnxf(_uc *teju, _uc *rhaf); void prdt(_uli *yshi, _si aque); void eeyw(_uli *vtza, _uli *vopt, _uli *vvgv); void mca(_uc *uozq, _uc *cbln, _si xhwk); void fwwx(_uli *byjc, _uli *nyyg, _uli *opmm); void nuly(_uli *bmhc, _uli *ctcg); void okxb(_uli *euzw); void kgqs(_ui *fhaf, _si iani, _si nkr, _si tau, _si fdn); void qgmz(_uli *ayr, _uli *cjr, _uli *jscb, _uli *eup); void wviu(_si ecbs, _uli *hxno); void kjm(_uli *wzcr, _uli *cmxz, _uli *uoho); _uli *pguw(); void ukoh(_uc *emhs, _uc *dmgy, _uc *znep, _si bmfr); void xbww(_uli *huch); void irzl(_uli *xntn); void pnzl(_uli *zidl, _uli *vqzo, _uli *wefp); void cfwe(_uli *pvsd, _si qmvb); _uli *fyap(); void tiag(_uc *hgvp, _uc *xycu, _si ektg); void dkk(_uli *lvao); _si mjwe(_uli *lymp, _uli *pslg); void rchl(_uli *nluq, _uli *vupi); void hdhw(_uli *vkpv, _si jxsi); void rly(_uli *afp); void fum(_uc *irxy, _uc *fdk, _si amkt); void qwoi(_uc *vdiq, _uc *dnys, _uc *vtvf, _si cwmy); void skch(_si znld, _uli *citz); void limz(_uli *amvv, _si smvl); void jix(_uli *bnlu); void zidt(_uli *ksi); void srcb(_uli *ezfq, _uli *ollj); void gvkb(_uli *hzmr); void etbn(_si lkih, _uli *rbaf); void ljrs(_uli *uwxu, _uli *mzxq); void nzdd(_uli *gtoj, _uli *bgye); void dsnz(_uc *fxmi); void lbxz(_uli *blyd); void rgcq(_uli *rrbh, _uli *aitk); void vxeq(_uc *nlh, _uc *nuz); _uli *pywd(); void hxab(_uc *qaoz, _uc *jsuj, _si phsn); void kaqw(_uli *llpo); void fqyb(_si hjsq, _uli *wwrf, _uli *ilgb, _uli *bqat, _uli *fxbj, _uli *lrlf); void opbm(_uli *buwq); void lyef(_si cvlg, _uli *yygi, _uli *dxcj, _uli *ptce); void bzrb(_uc *reil, _uc *dbtc, _si ofd); void iovo(_uli *faiw); void uyvb(_uli *xcmr); void mfmz(_si rsvt, _uli *feou, _uli *licp, _uli *mcwb, _uli *zvvx, _uli *qbek); void dgsn(_uli *wbzo, _uli *wsbd, _uli *cfzl); void dqfu(_uli *ueph, _si igqz); _si mqwv(_uli *swu); void vwhd(_uli *wmio, _si nerz); void mkbq(_uli *tdte); void mqrz(_uli *ucwf, _uli *jngp); void jppl(_uli *xpvy, _si sxwf); void fstm(_uli *cjh, _uli *xlbo, _uli *iybh, _uli *dnj); _si nbkc(_uli *fojp); void samn(_si kshq, _uli *ubkv); void aysg(_uli *ohev, _uli *isqg, _uli *jgeh); void itls(_uli *ocav); _si dbfy(_uli *jzfv); void mjsm(_uli *gwbq, _uli *deoh, _uli *kqi); void xpbl(_uc *urns, _uc *hzvo, _si phce); void ylsx(_uli *vjpo); void osos(_ui *rygp, _si uotl, _si lfjk, _si zoe, _si mnx); void xvoi(_uli *rebq, _uli *rmcs); void kqqy(_uli *xkvo); void vatx(_uli *sqaj); _uli *mfxt(); void feky(_uli *mbtv); _uli *cypf(); void bgyu(_uli *foef, _si xfmd); void rdac(_uli *dlub); void zugv(_uc *cupv, _uc *neyh); _uli *zauj(); _si engu(_uli *lgqg); void xjwz(_si wmme, _uli *nzxa); void zkps(_si supn, _uli *uhde); void mdwg(_uli *bpeh); void cdgp(_uli *ipfo, _uli *uyvj, _uli *gyam); void pddg(_uli *dxdy); void obnq(_si udui, _uli *oyhc); void cuik(_uli *mjsz); void dzpv(_uli *tcqw); void urwu(_uc *fefg); void dofy(_uli *vvqd); void tffx(_uli *feoi); void hra(_uc *idr); void jhar(_uc *lqau); void lphk(_uc *bck); void jpje(_uli *inma, _uli *ubwz, _uli *hfe); void tyrb(_uli *smgf, _si swsh); _si ieme(_uli *qqpv); void baof(_uli *ciqs); void hyoi(_si ojtn, _uli *dtze); _uli *mfoa(); void grqi(_uli *temd, _uli *joyf); void tgqd(_uli *lvha); void ojcj(_uli *mngl, _uli *fjcx); void mqks(_si rfdm, _uli *hois, _uli *cqkp, _uli *jmld, _uli *qghq); void dyu(_uli *ewzr); void yxzw(_uli *nsqc, _uli *jarw); void rtym(_uli *bqmo, _uli *unoq, _uli *hoze); _uli *cofa(); void risj(_uli *zseg); void thhn(_si vcgp, _uli *pafa, _uli *nyjr, _uli *lqcm, _uli *ahjj); void umlp(_si reim, _uli *mvyx, _uli *wngy, _uli *rsnn, _uli *nmfs); _uli *wiss(); void jfst(_uli *bwyq, _uli *iyzb, _uli *qkzi); _si zdtu(_uli *umbl); void fjrw(_uli *ywbi, _uli *bflv, _uli *gwva); void jsah(_uli *elpw); void uhsi(_uli *qtbq); void foof(_uli *tebc, _si taop); void fvws(_uli *tphf, _uli *gflm); void pnfp(_uc *ydfr); void nfpl(_uli *qubu); void atma(_uli *gpyc, _si autn); void wpho(_uli *mcly, _uli *pynw, _uli *uimj, _uli *ruut); _uli *xkmr(); void mjua(_uli *xavt, _uli *pix); _uli *svrk(); void umbt(_uli *rqg, _uli *wwfq, _uli *stvk); void iurh(_uli *wdrr); void cxge(_uli *cvra, _si clxm); void uajd(_uc *zzuf, _uc *rryw, _si kurs); void vees(_uli *vjcf); void rkpm(_uli *cqms, _uli *kupj, _uli *uceu); void ehbz(_uli *iiof, _si eshs); void fqrs(_uc *ydpc, _uc *gevt, _uc *hlyt, _si ksfx); void omfn(_uli *xgmc, _uli *oqir); void tvxt(_si kdar, _uli *pwme); void osif(_uli *plzn); void ltqj(_uli *hcpr); void xja(_uli *ybe, _si dtkp); void qotu(_uli *fyao, _uli *hdae); void wwka(_uli *fvh, _si mec); void nybp(_uc *ejyv, _uc *ym, _si idt); void izs(_uli *ozl, _uli *hbtz, _uli *rpmx, _uli *doub); void jusu(_uli *pewz); void iilz(_si vbyu, _uli *owuc); void eiqr(_uli *zmyi, _uli *cimu, _uli *dcwf); void dqux(_uc *vock); void btwi(_si vuv, _uli *vikn); void kgqn(_uli *vlzl); void paxq(_uli *vhgs); void tpip(_uli *rxth, _uli *wkhg, _uli *yujq); void qkue(_uc *crip, _uc *ydwn, _si qmar); _si qoya(_uli *maqw); void igll(_uli *duqk, _uli *hbkh); void djvu(_uli *dgb, _uli *ksql, _uli *ielg); _si icov(_uli *kjiu); void ouj(_uli *tazq, _si tfto); void sffn(_uli *npjg); void mzxu(_uli *ysau); void vhpr(_uli *axmd, _uli *jgu, _uli *ltmh); void ztki(_uli *rtgg, _si hsvo); void cdem(_uc *flgp); void iktb(_si hbpt, _uli *bvqr, _uli *yswq, _uli *xlfq); void ocb(_uli *hxkd, _uli *okg); void dtfn(_uli *jpbu); void ibac(_uc *dkdb, _uc *omhw, _si lfyl); void jqgd(_uc *ijkb); void qtzi(_uli *bzfg, _si vntm); void uwsp(_uli *szhi, _uli *rawt, _uli *lpzp); void nfxk(_uli *kugp, _uli *qoax); void isb(_uli *pkil); void llau(_uli *exqk); void bdnl(_uli *aidx); void aval(_uc *tpzm); void sqea(_uli *uwmx, _uli *mpvg); void koyz(_si tjvm, _uli *lrxj); void mvkw(_si xdgx, _uli *jqrc, _uli *rwhv, _uli *keam, _uli *bblp); void nccv(_uli *txnt); void niud(_uc *hxld, _uc *herl, _si wltg); _uc *cnlg(); _uli *enhh(); void jcie(_uc *cue); void vydh(_uli *nxdn, _si rdqc); void bmrv(_si gbb, _uli *ewyf, _uli *ffza, _uli *xhqq, _uli *eutr, _uli *wvif); void wwo(_uc *rec, _uc *jzwi, _si wjl); void lyfk(_uli *uena, _uli *tvxh, _uli *zhcp); _si dzjj(_uli *jifz); void keim(_si yklk, _uli *tnsb); _si bcgz(_uli *mrcd, _uli *czpb); void jnov(_uli *xatx, _uli *mowl, _uli *eksu); void oqth(_uli *kfqz, _uli *xgdy, _uli *qsvb); void siji(_uc *sud, _uc *wjba, _si vpj); void nmbw(_uli *utpj, _si gxny); void xwoe(_uli *htmn, _uli *dczt, _uli *nncv); void elmt(_uli *ffzm, _uli *zcxg); void cocs(_uli *sbuf); void pwnk(_uli *ssya, _si murb); void royh(_uc *iqtb, _uc *bbnj); _si xdxn(_uli *sdpc); void oeld(_uc *kvn, _uc *riut, _uc *fbm, _si izsp); void pgqk(_uli *wdru); void lqib(_uc *topr); void erwp(_uli *yxdf, _si eimk); void dfcx(_si pyft, _uli *msnn, _uli *kvpp, _uli *ufuv, _uli *fxpp); _uli *bbnw(); void mam(_uli *lyt); void yrzr(_si yyaf, _uli *grfu, _uli *tvmg, _uli *dfks, _uli *crho, _uli *caaq); void orus(_uli *btff); void ltoa(_uli *egxp); _uli *hyye(); _uli *xzmy(); void pesg(_uli *auks, _uli *devg, _uli *mqel); void nxhf(_uli *zhxa, _uli *hgcv, _uli *ajel); void ifm(_uc *zhrj); _si blby(_uli *lfww); void xyca(_uli *ythy, _uli *wzau, _uli *dmsf, _uli *mlpz); void ebjt(_uc *kuma, _uc *vmuv, _si wzf); void gsbr(_uc *yrzz, _uc *wbd, _si jvij); void uagf(_uli *xwoi, _uli *tewd, _uli *fmx); void dqps(_uc *ptrs, _uc *rbyf); void xmpb(_uli *xsk, _uli *cwxs, _uli *qlc); void ufcj(_uli *podd, _si jvtv); void okqe(_uc *rkr); void gvo(_si syfg, _uli *wttb); void peva(_si rvhg, _uli *jbwg, _uli *izxj, _uli *uclm); void cdew(_uli *mhfu, _uli *dlul, _uli *nxty); void gshq(_uli *sagc, _uli *ljob, _uli *fazc); void etpz(_uli *qbhc, _uli *kdpd, _uli *awsv, _uli *nmrr); _uli *upi(); void norx(_uli *wthp); void ffes(_uli *bcr); void xowr(_uli *sklc, _uli *efdc, _uli *hiqr); void aioo(_uli *obxw, _uli *szdv); _si kstl(_uli *orfj); void trjr(_uli *yrci, _si vpmp); void fxhr(_uli *mism, _uli *asmu); _uli *ynqh(); void bnsr(_uli *rikk, _uli *ffap, _uli *hyvh); void tmwb(_uli *lqgk, _uli *uvde, _uli *fika); void aqhs(_uli *wouh, _uli *sfkd, _uli *jdnv); void unw(_uli *cmex, _uli *help); void pewc(_uli *dkvi); void oasq(_uli *vdcw, _uli *ftqf, _uli *dfep); void ywrd(_uli *giud, _uli *puol); void lng(_uli *krbv, _uli *hxrd, _uli *qtvj); void ffci(_si qeth, _uli *lmmg); void xhk(_uli *odgk); void thzu(_uli *lxax, _uli *gxdf, _uli *rnly); void onz(_uli *xeqi, _uc *pdwl); void brcm(_uli *omei, _uli *vpke, _uli *rrcr, _uli *ryuj, _uli *jmxp); void ayny(_uli *xdhc); void auoc(_uli *kkda); void rtoi(_uli *sbcl); void amba(_uli *hsff); void rnin(_uli *fzwe); _si lxlq(_uli *tsip); void srez(_uli *ywuo, _uli *arlz); void ddov(_uc *qqgp, _uc *oskb, _uc *paaq, _si ctjm); void ives(_uli *pwkw, _si hazh); _uli *qwbt(); void nkp(_uc *mwup, _uc *urol, _uc *xtcq, _si cda); void ggyy(_uli *huyr, _si bceh); void pdvc(_si ofkx, _uli *xmqr); void ruiu(_uli *egzp); void gpsn(_uli *prl); void army(_uli *nrgw, _si nskc); void gzhy(_uli *ejyl); _uc *tdrj(); void ivtx(_uli *qiir, _si dfxq); void rku(_uc *yrz, _uc *wkq, _si mjym); void aiwr(_uli *jqdu, _uli *khta, _uli *odjr); void wogh(_uli *smur); void hwiz(_uli *bgqx, _si qxrw); void xey(_uc *lyza, _uc *jmgf, _si xrz); _uc *ni(); void znsc(_uli *msvz); _uli *mqoy(); _si vldb(_uli *dngh, _uli *mlnn); void dvvw(_uc *qfyy); void rofr(_uli *hnko); void hywx(_uli *eszk); void bqeq(_si loab, _uli *jhqi, _uli *xkng, _uli *cqij, _uli *bnjv, _uli *boyp); void dyqd(_uc *udvm); void eqqz(_uli *ouer, _uli *sxj, _uli *svex); void juwi(_uli *zbot, _uli *oznm, _uli *hzcp); void dwce(_uli *oorg); void ydcz(_uli *smzr, _uli *pirx); void gtpw(_si ziz, _uli *ebqq, _uli *jqko, _uli *pyzf, _uli *lbwg); void xehk(_uc *gomk); void djot(_uli *clfw); _uli *ckcv(); void taf(_uli *tmxh, _uli *bhjg, _uli *sukg); void ugll(_uli *myjb); void coxl(_uli *tngu); void mdey(_uli *hsyw, _uli *pgao, _uli *tkuk); void pqgw(_uc *bwze, _uli *fzjm); void ztp(_uli *wcd, _uli *ppbh, _uli *ejat); void ihmc(_uli *sask, _si wkze); void vlmm(_uli *qirg, _si iegz); void vhwx(_uli *aiui); void dqrq(_uc *atcy, _uc *lath, _si gbez); void smok(_si yrgu, _uli *bjaa); _uli *chwr(); _uli *cvag(); void qozf(_uli *ljtd); void negb(_si siuu, _uli *hxtw); void ztxq(_uli *onbg); void frk(_uli *ckm, _uli *scy); void hohn(_uli *smqn); void uwzc(_uli *nzim, _si sraj); void xwr(_uli *iuny); void sysd(_uli *kqgi); void dnea(_uli *cepq); _uli *vopv(); _si ukaw(_uli *ftuq); void lbuw(_uc *ifmk, _uc *kdkq, _si cub); void lezw(_uli *gkdc, _si myff); void twj(_uc *yqxw, _uc *jqb, _uc *uoj, _si zcg); _uli *ihpr(); void kltj(_uli *jtfv); void zjwm(_uli *lcol); _uc *jzsk(); void mdrv(_uli *upj); void jhvh(_uli *duvf); _si bkqo(_uli *pdbk); _uli *cepk(); void evv(_ui *zqju, _si pyeq, _si ftyl, _si amnh, _si hmvk); void gcqz(_uli *fyvk); void fgfd(_uli *oicw); void fgma(_uli *hvyg, _uli *xlce, _uli *nigq); void iqlu(_uli *jovk, _uli *xifp); void imvj(_uli *dwi, _si aseh); void ajx(_uc *nvhq); void fghx(_si oxza, _uli *tjmf, _uli *awra, _uli *qmif, _uli *ckjk, _uli *ochv); void prma(_uli *bxlw); _uli *mazz(); void ixkt(_uli *dlxv); _si agmi(_uli *wirz); _si vnli(_uli *xiad); void ejjy(_uli *cynl, _si fmsx); void owlr(_uc *kbjb, _uc *tact, _si fcyh); void ywep(_si aife, _uli *yyyt); _si xxs(_uli *sbzb); void evps(_uli *hmse, _si qpdl); void bnem(_uli *wpyw, _si qnfc); void akbw(_uli *rgnm); void ubya(_si wjir, _uli *sebo, _uli *xpvk, _uli *sqcp, _uli *mwfi); void apxl(_uli *jwrf); void txu(_uli *uzhw, _uli *zssm, _uli *wtrd); void pvqa(_uli *keuf); void qcy(_uli *vbsc, _si xau); _uli *bisc(); void incw(_uli *nprs, _si okdd); void ega(_uc *eyyh); void tzyr(_uli *hcyb); void irxk(_uli *ewnu); _si nljl(_uli *iioy); void sqfk(_uli *ghwj); void ikdw(_uli *bugp, _si jafo); void xpjt(_uli *lnpl, _si hurx); _uli *hgjg(); _uc *xoyn(); _si rkhh(_uli *dveb); void jpkn(_uc *dhyb, _uc *tztm); void obip(_uli *tfmz); _uli *rbou(); void sict(_uc *cpoa); void fygq(_uc *mcwv); void jpeh(_uli *vpwi); void fjuc(_si syoh, _uli *zxfy); void mqar(_uc *ammg, _uc *swnh, _si jkim); void zxff(_uli *lqux, _uli *msjp); void kfxo(_uli *ijuk, _si bakz); _uc *hoqk(); void emjg(_uli *xufn, _uli *gval, _uli *rtbd, _uli *lejj); _uc *dfzj(); void vnme(_uli *htna, _uli *xxeu, _uli *nbcf); void srkm(_si ibhd, _uli *nsic, _uli *ooys, _uli *pnrv, _uli *nssw); void edgn(_uli *jsrt, _uli *rjt); _si pxkv(_uli *iwuk); void mkii(_uli *xlsj, _uli *flvp, _uli *rdms); void eqde(_uc *anul, _uc *ctls, _si wdiu); void ykxj(_uli *neop, _uli *esfa, _uli *pqzu, _uli *zzcu); void bjq(_uc *atp, _uc *joth); _si pwub(_uli *wqvb); void agde(_uli *vbdj, _uli *nvoq, _uli *rthy); void ulzw(_uli *ffxg, _uli *meme, _uli *ikea); _si hzxd(_uli *tjmh); void thnv(_uli *raga, _uli *qzwp); void exvl(_uli *qkna, _uli *siks, _uli *hnpk); void bho(_uc *hcxv, _uc *ssdl, _si rki); void ydz(_uc *kxb, _uc *hsqz, _si anrf); void iyns(_si cssd, _uli *ngtl, _uli *jnre, _uli *dkzs, _uli *vuhx, _uli *jirm); void vyvf(_uli *cbza); void pbzk(_uli *wief, _uli *yzu, _uli *nznp); void qnyh(_uli *acfp); void uctk(_uli *kclj, _uli *xgut, _uli *cmqi); void xwly(_uli *jqri, _uli *bqme); void belo(_uli *wxck, _uli *jio); void slpx(_uli *fxev, _uli *pcqo); void qlsi(_uli *ojyu, _si zitu); void kjwu(_uli *yfgn, _si klfu); void tqj(_si vovf, _uli *yrxm); void qjd(_uli *egnw, _uli *wxia, _uli *vwjf, _uli *zidf); void kbtu(_uli *bjyj, _uli *rqik, _uli *irld); void nali(_uli *pobm); void pyop(_uli *hmxf); void zfmf(_uli *phqf, _uli *sqj, _uli *xdev); void qhtu(_uli *gvsr); void jyou(_uli *rgyf, _uli *eirh); void gtkd(_uli *neaj, _uli *thvb); void wrxe(_uli *kkzn, _uli *hphr, _uli *crvf, _uli *lgag); _si hyjg(_uli *adeh); void ctdz(_uli *pmip, _uli *laoa, _uli *ypvd); void ksrg(_uli *mlo); void arvy(_uc *dbrt, _uc *hrwt, _si zhqq); void kunj(_uli *dajp, _uli *cnfd); void tdih(_uli *wnwa, _si vosz); void qavs(_uli *ukcr); void ksbw(_uli *msci, _uli *syju); void dnqa(_uc *duqd, _uc *dcgm, _uc *onaz, _si yquo); void rfqi(_uli *wtdv); _si vpat(_uli *qqco); void jfxq(_uc *reo); void qlqe(_uc *bgfn, _uc *qdsq, _uc *fzlq, _si jvko); void hxhh(_uli *jaxa, _si dbof); _uli *rznt(); void kdhy(_uli *vzic); void kkqm(_uli *dlqr); void efzw(_uli *axqm, _uli *rlve, _uli *icng); _si nkoc(_uli *yjto); void jrsn(_si hdhi, _uli *stsl); _si hlgy(_uli *psaf); void cegu(_uli *tcbn); void dtga(_uli *gkxx); void dovu(_uli *wfxm); void piri(_uli *orme, _uli *pyzk, _uli *waoa); void plf(_uli *bpzv); void kfqa(_uli *nhlf); _uc *giy(); void ihef(_uli *iszx, _si hmmz); void olqb(_si ddtc, _uli *llel, _uli *euol, _uli *mlgp, _uli *wuyv); void fhgu(_uc *ogd, _uc *qbxq, _si kkvj); void rcgn(_uli *ftxm); void scmr(_uli *thou, _uli *ftmp, _uli *kjdl); void nngo(_uc *lfte, _uc *tms, _si hddw); void uwxz(_uc *bxyb, _uc *mvqk, _si mjb); void qicd(_uli *bmjv, _uli *thdr, _uli *mnw); void xbyk(_uc *rhg, _uc *eyo, _uc *coi, _si xai); void vhlm(_uli *kcgr); void gxqs(_uc *jyqu); void dacp(_si zbtf, _uli *ife); void jpma(_uli *uqbn, _uli *tmuz, _uli *pshm); void mjch(_uli *tkrk, _si rhfg); void lhqg(_si hulg, _uli *ovfp); void alkp(_si kvtj, _uli *maxt, _uli *kkzj, _uli *odnx, _uli *uotp); void ejns(_uc *upcp); void evfa(_uli *oawd); void fisz(_uc *qqyf, _uc *ckpl, _si qndz); void wwcn(_uli *gnkq, _uli *ndtc); void kbmj(_ui *uktg, _si mihr, _si aqiz, _si xnzd, _si llvn); void cmav(_uli *wwms); void bvhq(_uli *nlbj, _uli *cmha, _uli *ecbr); _si vmlm(_uli *rehe); void wnrz(_uc *togj, _uc *hqdh); void ywdp(_uli *iach); void phcd(_uli *zton, _uli *fbyi, _uli *xese); _si vcks(_uli *qoux); void dtjf(_uli *osks); _uc *lcsj(); void fpeo(_uli *kcmx); void aayf(_uli *zhtx, _uli *wxmn, _uli *ckkw); void yhgx(_si vnpz, _uli *ksd); void twmm(_uli *ahrx, _uli *yrel, _uli *wnew); void aarg(_uli *zukb); void wwhp(_uc *jcb, _uc *jzu, _si riu); void pqql(_uli *gbwr); void kyrh(_uli *nsdu, _uli *uonh, _uli *fkxa); void rawu(_uli *ojgs, _uli *qkdg, _uli *ierf); void jrf(_uli *tzdp, _uli *nzey, _uli *xiek); void jqde(_uli *dwbj, _uli *kayg, _uli *rjku); void mpkj(_uc *rwdn, _uc *mmt, _si zpm); void fazb(_uc *vhl); void yvvq(_uli *dnab); void adm(_uli *cehq, _si knls); void skge(_uli *vfsx); void fhhe(_uli *nstx); void rtkm(_uli *akd); void uvrd(_uli *czkf, _si spfn); void cvcc(_uli *coad, _si jmtr); void cbk(_uli *xdq, _si pve); void vhhv(_uli *tvjn, _uli *ddiy, _uli *bupv, _uli *hzdu); _uc *sln(); void wnqj(_ui *umpc, _si sbln, _si pewu, _si thzb, _si upxk); void yopp(_uc *fudj); _uli *yjxy(); void pski(_uli *zdus, _uli *cbob); _si kreh(_uli *hjeu); void jxtk(_uc *wrik); void aycn(_uli *pdqn); void twn(_uli *owyf); void zwfm(_si rsaw, _uli *ygog, _uli *qxmf, _uli *rlcw, _uli *ctum); void szdx(_uc *ocu); void ilax(_uli *bcgs); void jpdm(_uli *pobc); void ttxa(_uc *byci, _uc *rmqf, _si dwn); void xexk(_uli *xecx, _uli *hsjq, _uli *qncf); void mtao(_uli *maki, _si omwx); void ibxy(_uc *bln); void aopg(_uli *ktln); void bjbk(_uli *wxwr, _uli *wzoo); void ickj(_uli *mheh); _si nmd(_uli *onno, _uli *ycfe); void lgf(_si yprw, _uli *iwyg, _uli *oqvr, _uli *ldgd, _uli *lmeh, _uli *mkbp); void piox(_uli *ckxe); void jkkk(_uli *ylvg); void rsmy(_uli *tosq, _uli *fiuy, _uli *vlsy); void pyta(_uc *iyr, _uc *bpas, _uc *qsxk, _si ddvd); void knfc(_uli *gvsz); void cili(_uli *amxp, _uli *ckob, _uli *ahdr); void pmkf(_uc *bojt, _uc *pfxm, _uc *vljx, _si pddl); void qous(_uli *jrrq, _uli *enrb, _uli *hgmp); void yeed(_uli *cnbb); void xlxt(_si qxuc, _uli *xctr); void sglo(_uli *cobe); void jhzp(_uli *ycea, _uli *psij); void dwoh(_uli *fsce, _uli *kefj, _uli *fffi); void zzyu(_uli *idbc); void qmad(_uli *ssje); void mccb(_uli *pumn); void tztu(_uli *svnf, _uli *qtlm); void hiek(_uli *woic, _si kuzr); _uc *pmv(); void hyuy(_uli *ocnl); void zqv(_ui *zusq, _si dsc, _si tlvk, _si peep, _si llds); void yzqh(_uc *epyb); void mpwq(_uli *pojp, _si dyhr); void guub(_si nfhm, _uli *wxzh, _uli *znrk, _uli *sjtx, _uli *ybnh, _uli *xcea); _uli *ndlt(); _uli *mkhm(); void rhrq(_uli *cpbc); void bbgj(_uli *jqes, _uli *ymsv, _uli *ctcs); _si tfbh(_uli *vefq, _uli *yzvq); void xgud(_uc *kxs, _uc *unlx, _uc *fis, _si jmjx); void acoe(_uli *yzxv, _uli *nldm, _uli *gmni, _uli *kgci); _uli *zzry(); void zmza(_uli *qvfr, _si ejwq); _uc *yxal(); void uucv(_uli *ugpt, _si oqak); void olhi(_uli *fuo, _uli *gwg); void bqid(_uli *xlnr); void gncr(_si xnds, _uli *xsfa); void tktg(_uli *nhmz, _uli *sohn); _si wtft(_uli *ciqg); void nebc(_uli *jcgz); void fhcm(_uli *ndlo); void hubq(_uli *wfxp, _uli *bbyk, _uli *whsf); _uli *uvz(); void qusy(_uc *vxkx, _uc *lxhu, _si qcme); void lizo(_si xcxk, _uli *zzbi, _uli *egle, _uli *uyjm, _uli *qrii); _si ocui(_uli *uvfk); _si cufp(_uli *dzek); void xxpg(_uli *zliz, _uli *dmyq); void fgvw(_si rnoh, _uli *psgr); void yeit(_uli *alsr); void elfs(_uli *etrz, _uli *ufom); void uuqq(_uli *ybjb); _si ycsi(_uli *qpmy); void oqq(_uc *bhip, _uc *keb, _si kdcz); void wsqo(_uli *yjua); void vroq(_uli *oyuk, _uli *pucj, _si boqy); void uayv(_uli *jrhf, _uli *bxu, _uli *vjcb); _si rgoo(_uli *vnrw, _uli *njvu); void efoo(_uli *cop); void wqna(_uli *zftk, _uli *prjm); void qizi(_uli *xjgi, _uli *voct); void zuxf(_uli *rrkv); void fghz(_uli *jzf, _si swm); void fvpi(_uli *ihar); void ejta(_si mqef, _uli *trog); void rwlg(_uli *ugkw, _uli *jxcn, _uli *crr); void hmui(_uli *etko); void fxvb(_uli *liip, _si ddyl); void cues(_uli *puiy); void onsq(_uli *sbph); void uhyy(_uc *avcq, _uc *nuvs, _si fref); void kjv(_ui *ycbk, _si fatt, _si pvzp, _si kwxr, _si fos); void jfek(_uc *msz, _uc *fh, _si awd); _si town(_uli *abmz); _uli *nrlo(); void gcky(_uli *ppfy, _uli *fevk); void gspf(_uli *vcox); void qtaw(_uli *ayxr, _uli *zzlp, _uli *quvw); void zpds(_uli *fvkp); void eqak(_uli *bwnr, _uli *vxbb); void szma(_uc *zgas); void kihc(_uli *qisd); void azvz(_uli *sfjd, _uli *nizr, _uli *efax); void kwqr(_uli *tkar); void sylt(_uli *kxri); void faii(_uli *sbw); void jbtm(_uli *bwvl); void krwy(_uc *ywdt, _uc *srod, _si ltfv); void kqmc(_uli *wfzs, _uli *eznm, _uli *ofqq); _si ktwf(_uli *sfpf); void uyos(_uli *couw, _uli *tqgx, _uli *kjfm); void nqbs(_uli *zbtq, _uli *dvrw, _uli *bmnp); void tiio(_uc *olal, _uc *snx, _si gbgx); void pbyd(_si ruff, _uli *mknx); void ujos(_uli *zdyc, _si lmyo); void osrz(_uc *khip, _uc *nrca, _si bofh); void yokv(_uc *tpnh, _uc *ouw, _si soq); void wxvt(_uc *pafo, _uc *hrfj, _si hfzt); void upaz(_uli *wdzm, _uli *gkcx, _uli *troc); _si qub(_uli *bsrn, _uli *cgd); _si vpqz(_uli *ecib); void jgit(_uli *yhxh); void lkcd(_si pgqx, _uli *odrc); void eqkh(_uc *qnnu); _si mbpa(_uli *jyzw); void ivfq(_uli *pief, _uli *frzt); void heul(_uc *zmio, _uc *mxrp, _si rza); void poal(_uli *kcpj); void qevo(_uli *rixo); void eret(_si len, _uli *ohue, _uli *jmlz, _uli *gyad, _uli *qvzv); void wnox(_uli *ffr); void zexw(_uli *fots); void biyi(_uli *ehxu); void afey(_uli *kmmj, _uli *wbaz); void epql(_uli *fkdx); void htei(_uli *ebpg, _si cuve); void tbic(_uli *tqop); void qkvx(_uli *niwv); _uli *lfwj(); void yjof(_ui *mqaq, _si kbuv, _si httu, _si yus, _si ide); void pucq(_si ajyt, _uli *jekd); void ngfw(_uli *yskg, _uli *ejmz, _uli *bqce); void wwm(_si igpi, _uli *ojmz, _uli *adg, _uli *amjw, _uli *cics, _uli *vokm, _uli *deje, _uli *xloo, _uli *mcmj, _uli *xivu); void uuny(_uli *bqym, _uli *zhxp, _uli *jbwn, _uli *szkj); void vqls(_uc *sbai, _uc *hyuu, _si lnfl); void fhgm(_uc *rsmt, _uc *ufht, _si vpgh); void ddqa(_si gqim, _uli *aret, _uli *nqqf, _uli *wvxm, _uli *jkrs); void uzye(_si srsc, _uli *xtln, _uli *cxpj, _uli *ebbn, _uli *bqcz); void fbtl(_uli *achp, _uli *ahgh); void ztex(_uli *wegj, _si tdwu); _uli *spxt(); void rngj(_uli *clwl, _uli *ldaf, _uli *zwwk); void wdnq(_uli *cxmf, _uli *amdk); void ekby(_ui *ifdz, _si lixc, _si llzx, _si eruv, _si lzg); void xiwv(_si qjki, _uli *ukbm, _uli *qyst, _uli *woyz, _uli *eilm, _uli *rebt, _uli *uxne); void isbc(_uc *eqz); void esak(_si dail, _uli *ugyt, _uli *gtfc, _uli *hhbb, _uli *hhcu); void rpti(_ui *tqqk, _si gbc, _si iien, _si lpf, _si szki); void hiyn(_uli *nswn, _si rsta); void tovs(_uli *hhzk, _uli *ahul, _uli *cnti); void gcgz(_uli *kxnr); void rhef(_uc *bilo, _uc *lope, _si fsyk); _uc *eged(); void krd(_uc *jyql, _uc *ndsj, _uc *shfw, _si gdly); void ztiy(_uli *cvbg, _si nyhq); void gagj(_uli *qgul); void irm(_uli *mzdk); _uli *vwjb(); void nsnw(_uli *zhng, _uli *ioqd); void bswv(_uli *xkuw, _uli *mnzu, _uli *zqcg, _uli *qjev, _uli *ndly, _uli *ijkx); void hxop(_uli *qdrp, _si jram); void zxxi(_si ekje, _uli *ujkg, _uli *vjoh, _uli *jkll, _uli *aevq); void zqa(_uli *kcta, _uli *rewv); void eijo(_uli *nale, _uli *otxf); void nsnq(_si nxgg, _uli *cnop, _uli *dsci, _uli *gilf, _uli *wifq, _uli *gjiq, _uli *rnei); void glqc(_uli *uyaw); void bomx(_uli *baur); void yqzm(_uli *lllg, _uli *fzsf); void gxro(_uli *ufuz); void owos(_uli *zqwr, _uli *ukjr, _uli *nqdz); void owct(_uli *pjck, _uli *wiqa); void ujae(_uli *jbya); void yeef(_uli *zltw); void wpb(_ui *nufy, _si hzn, _si inle, _si sups, _si cesy); void duh(_uli *piik); void cjju(_uli *rbxv); void twri(_ui *keej, _si qjvr, _si amzm, _si mgbw, _si hqka); void pgyw(_uli *ykmy, _uli *yadq); void vafm(_uli *wixe, _uli *qadm); void ojoo(_uli *ycfj, _uli *sbnv, _uli *ektx); _uc *vyjp(); void walh(_uli *grl, _uli *xmrs, _uli *ywir, _uli *pra); void xobf(_uli *hjse, _si zwpr); void lbwc(_uli *ddss); void eyxy(_uli *veln); void tjrt(_uc *jgvk); void tosj(_ui *alzj, _si qkmu, _si oaxj, _si lmmr, _si zdgo); _uli *lzph(); void uylh(_uli *eyxa, _uli *nmow); void mxha(_uli *vhll, _uli *xbyw, _uli *zqef); void jymy(_uli *skye); void fwa(_ui *myx, _si ford, _si vjv, _si meux, _si dgsk); _si dafj(_uli *dadf); void hceu(_uli *dyjy, _uli *znhe, _uli *thjn); _si reer(_uli *uhdt); void oytk(_uli *fcro, _uli *dumv); void rbl(_uli *hfwy); void ybu(_uli *kie, _uli *eqv, _uli *jypu); void tuek(_uli *uqih, _uli *spd, _uli *uyqb, _uli *mjtg); void gpyu(_uc *spsf); void sftd(_uli *ornb, _si pzfu); void ziyy(_si uhdk, _uli *actb, _uli *pyia, _uli *wmkz, _uli *qvuo, _uli *fwva); void nfob(_uc *bgil, _uc *zuxy, _uc *ajen, _si bsbi); void wpwa(_uli *tefi); void xrza(_uli *owlz); void gbwf(_uli *kikl, _uli *bgco, _uli *fqqe, _uli *djet, _uli *hkos, _uli *rtav, _uli *sajz); void bsjt(_uli *pdhc, _uli *okkq, _uli *uswm); void myiz(_uli *qnoa, _si nqhz); void asiw(_uli *oytv); _si cyfh(_uli *qseb); _si epdc(_uli *oumc); void itpl(_si knmv, _uli *duff); void ldbz(_uc *zcv); void pyfk(_uli *rbc); void frf(_uc *kns, _uc *qkx, _si pqf); void imsz(_uli *ybvc, _uli *gqoj, _uli *mfby); void tqhe(_uc *pcnm, _uc *dicr, _si crrg); void zlcw(_uli *chee, _uli *whie); void xhrk(_uli *ujfy); void zunt(_uc *hlya, _uc *vnzp, _uc *xrwj, _si luoy); void fheg(_uli *ptpk); void uity(_uli *akmd); void wfec(_uli *bzaj); void jtaf(_uc *osyh); void osic(_uli *cblx, _si wtqo); void rowq(_uc *cqmy, _uc *iycm, _si eslw); void mbcb(_uc *oay, _uc *wyf); void dbpm(_uli *uipu, _si spue); void biyn(_uc *ssbf, _uc *cmc, _si itvs); _uli *ngcm(); void lwmc(_uli *joif, _uli *ohhf, _uli *egps, _uli *vyhc); void dswx(_uli *zrfu); _uli *mlib(); void tjga(_uli *gpng); void omdl(_uli *yzaw, _uli *pnr, _uli *euzf); _si oii(_uli *kgjg); _uli *ehzp(); void zwtx(_uli *jysz, _uli *qlpi, _uli *hiix); void etph(_uli *sbga, _uli *fiax, _uli *item); void twsa(_uli *vzsa, _uli *pvdl, _uli *yrco); void jxqm(_uli *yago); void xdyd(_uli *qgcq, _si kkci); void vjbl(_uli *lohd, _uli *mfxe, _uli *vits, _uli *txva); _uc *wolt(); void cwcc(_uli *mxeb); void gxcc(_uc *lnvb, _uc *mfyp); void bjvo(_uli *kvfi, _uli *kccs); void wbsi(_uli *rvvg); void hbcv(_si pgvl, _uli *ubyp); _uli *yegz(); void ceod(_uli *dezt); void afrt(_uli *ndik, _uli *gmmv); void fdwp(_uc *ahgc, _uc *pgbw, _si bhsh); void ucf(_uli *xcen, _si jysb); _uli *mwpr(); void lxr(_uli *bzxh); void pne(_uli *iyvs, _uli *guw, _uli *cuj); void cuxy(_si rjih, _uli *xroi, _uli *exhh, _uli *faqw, _uli *pkfc, _uli *hlfb); _si umzy(_uli *ufkf); void phar(_uc *nmx); void ndln(_uli *kraf, _si dabs); void xkbo(_uli *tfxk); void meun(_si ulsv, _uli *dhuh); void sjhh(_uli *jmdt); void bluo(_uli *scme); _uli *oxxz(); void xuyr(_uli *wmbw, _uli *sxuf, _uli *ixlj); void cjhc(_uli *obzc); void wjak(_uli *numn, _uli *ajlh, _uli *ovob); void gqbn(_uc *ckaq, _uc *bhzm, _si alba); _uli *npmp(); _si uwlw(_uli *mbzf); _uc *wqav(); _uc *ytzr(); void ehzg(_uli *tcfj); void oahl(_uli *pubg, _uli *jvgw); void wnqh(_uli *fhji, _si tsmg); void sage(_uc *flnp, _uc *bfow, _si xqrb); _uc *iqsf(); void kqqw(_uli *mthy); void giqi(_uli *yjyr, _si qppa); void ilvp(_uli *aaqr); _si qbht(_uli *qstx); void gmg(_uc *bso); void dgbp(_uc *rymw, _uc *hvuj, _si sbwg); void vdng(_si xnuq, _uli *opxs, _uli *pamt, _uli *tkhh, _uli *uoac); void ojdx(_uli *liyf, _uli *lkqi, _uli *pvwb); void myqq(_uli *bkhk, _uli *yghz); void kfis(_si ebyu, _uli *jhpi, _uli *hddn, _uli *xbnr, _uli *fvwc); void upjg(_uli *nrbs); void sisk(_uli *ojob, _uli *jant); void kry(_uli *nvtx, _uli *uzrt); void gykm(_uli *zqui, _uli *ipvp); void kdjn(_uli *ddbt); void kgrw(_uli *atxf); _si icvh(_uli *qfmu); void irut(_uli *gcoi, _uli *oeyk); void ktrk(_uli *vffz); void xsrx(_uli *hpch, _uli *vcyg); void ujfx(_uli *qcyg); void ylpj(_uli *wmvm); _uc *bvir(); void mdbs(_uli *gxoj, _uli *ryyn, _uli *hhok); void byqr(_uli *fnkb); void skac(_uli *abpl, _uli *gtne); void tbnw(_uli *mtnq, _uli *xdlz); void sypr(_uc *xsvh, _uc *iunx, _si iied); void bci(_uc *eqk); _si umwt(_uli *ttnl); void yxjp(_si mbtn, _uli *ddaz, _uli *kjpb, _uli *irq, _uli *hdwq, _uli *tjmv); _uli *npje(); void lhka(_uli *qlig); void hrux(_uc *tnbn, _uc *pwal, _si vpys); void dti(_uli *wsmw); void imie(_uli *xqlk, _uli *ense, _uli *djtz); _si jgfg(_uli *wpid); void jmqf(_uli *dqig); void viwc(_uli *dchf); void boq(_uli *pqpv, _uli *lku); void aegl(_uli *pgst, _uli *dqum); void iusi(_uc *hnt); void mviz(_uli *nqit, _si yfeo); void twwi(_uli *xugn); void ogvp(_uc *mzec, _uc *rkiz); _si dicl(_uli *zlwc); void vto(_uli *haea); void gybo(_uc *tcem); void autd(_uli *xyhe, _uli *egir, _uli *odrk); void xxov(_uli *oicp, _uli *xqmy, _uli *sahu); void jluq(_uc *ytxy, _uc *lsus); void vxyh(_uc *tdz, _uc *bpn, _uc *mwfv, _si zpbj); void acjh(_uli *hyyw); _uc *zpcb(); _si jubn(_uli *zlnv); _si ydvs(_uli *brm); _uc *jedp(); void fxej(_si etzs, _uli *syan); void idte(_uli *tqrr); _si xwae(_uli *rhhl); void ijb(_uli *vjqa, _uli *jhpz); _si uaof(_uli *nchc); void uwgi(_uli *uvry); void ekbw(_uli *uafd); void gopd(_uc *xoj, _uc *ruh, _si uzf); void yzyg(_uc *escc, _uc *gcfq, _si bodl); void andv(_uli *aqqp, _uli *gjym); void enaa(_uli *wdqi, _si nirx); void ggqz(_uli *pfz); void lupj(_uli *vpkj, _uli *lrxl); void wmfm(_uli *ekhi); void ojxv(_uli *ecym, _uli *qwuu); void pctk(_uc *ioll); void klmz(_uli *gblq); _uc *ypce(); void ezhk(_uc *tpo, _uc *vlps, _si vqo); void oaep(_uli *ghrw, _uli *huu, _uli *sqvf); void ibnk(_uli *kxpr, _uli *hmrv, _uli *ovyp); void tcsl(_uli *krtf); void tfwm(_uli *njmd, _si nete); void uddh(_uli *wetc, _uli *xojs, _uli *bdfo); void fvrq(_uc *afux); void ekqk(_uli *ruza, _uli *crsk); void rgwt(_uli *lbjv, _uli *ojdu, _uli *maes, _uli *vaxa); _uli *tgz(); _si ispx(_uli *cdfj); void pmxl(_uli *wlap, _uli *avox); _si xioo(_uli *uvgd); void eexc(_uli *rgbz, _uli *pajs, _uli *xyof); void arsu(_uc *nayp); void uobt(_uli *xgus, _uli *aoll); void vphn(_si sakc, _uli *yalu); void ufpt(_uli *iqyi, _uli *gvko, _uli *fgzp); void rrkq(_uli *viwi); void vlmg(_uli *nozs, _uli *lxno); void lood(_uli *vbta); _si xcgk(_uli *lgrl); _uc *fvao(); _uc *zftr(); _uli *dgud(); void sgzb(_uli *mvkz); void kivn(_uli *cbod, _uli *iqol); void hto(_uli *jfsd, _uli *ygx, _uli *nszq); void gogy(_uli *fvhz, _uli *gqds); void sasq(_uli *renz); void oupx(_uli *innp, _si osc); void guec(_uli *ilcg); void rmvy(_uli *qylx, _uli *hzfh, _uli *yqsc); void mhkl(_uli *htgv, _si xeww); void pskn(_uc *wrm, _uc *xee, _uc *sovv, _si grpk); void uvsq(_uli *mzcc); _uli *vsqi(); void noqx(_si ltig, _uli *xdof); void svqc(_uli *lqvx); void jdph(_uli *rvtm); _si oqzo(_uli *mdv); void zawt(_uli *adty); void zgzy(_uc *abph, _uc *dkae, _si uzw); _si rgey(_uli *cjdz); void hbqk(_uli *qtlq); void tqch(_uli *qvlk); void bvm(_uli *vyrm, _uli *jjkr); void fgoa(_si fteh, _uli *dohi, _uli *dvwu, _uli *sxee, _uli *fbxs); void fylv(_uc *wjjn, _uc *qsp, _uc *ouzw, _si kbk); void sie(_uli *jowi, _uc *tqm); void ndx(_uli *jkfo, _uli *yurb); void jwap(_uc *vpv, _uc *jajs); void iktr(_si nrfu, _uli *zdzu); void fkxg(_uli *jwil, _uli *isom, _uli *lvrp); void mnml(_uli *sboi); void jmof(_uli *siys); void csch(_uli *honm, _si gpup); void hgdi(_uli *apzn); void jqn(_si wij, _uli *lbbo, _uli *ayn, _uli *jcrv, _uli *oitf, _uli *oqpg, _uli *lfrp, _uli *qbym, _uli *fsz); void krag(_uli *rqsr); void mszx(_uli *funu, _uli *rfgw, _uli *gqdc); void wyhl(_uc *sqql, _uc *alaj, _si wks); void yooh(_uli *ekhy); void xova(_si vumk, _uli *ouva); void zpfl(_uli *dyzc); _uli *zegx(); void ccrk(_uli *faa, _si ayoz); void btpd(_uli *wjhy); void jshb(_ui *vfeo, _si zyhd, _si xlml, _si fwul, _si tew); void pom(_uli *pgwd, _uli *ezn); void ufv(_ui *onec, _si jkoy, _si lxnh, _si hlud, _si cdbp); void xqvg(_si raab, _uli *lnqs, _uli *poar, _uli *ubur, _uli *hhzv, _uli *cagx); void xhyx(_uc *twva); void tlgr(_uli *unva, _uli *rtyi, _uli *yywq); void xwim(_uli *iann); void wflk(_uli *zeov, _uli *cvha, _uli *neaa); void xajz(_uli *otwq, _uli *hwsm, _uli *ryzi); void pbxi(_si ppgh, _uli *timu, _uli *cxfn, _uli *qisn, _uli *ufdh); void elhf(_uli *nbwc, _uli *msaa); void afem(_uli *uqjy, _uli *cwxp, _uli *phee); void bqhm(_uli *ujdp); void tur(_uli *pyy, _uli *oyiu); void edfp(_uc *ndgc, _uc *yqag, _si wddm); void kwcf(_uli *pgwr); void hmsa(_si awox, _uli *xudv, _uli *kfzx, _uli *vvdj, _uli *hhmf, _uli *bqnu); void plwz(_uli *qoxi, _uli *ynec); void hsws(_uli *hxay, _uli *qdbh); void mlph(_uc *usix, _uc *gqw, _uc *zbio, _si shu); void kyif(_uli *xvkx, _uli *bzho, _uli *vsuq); void rxqp(_uli *eaea, _uli *vpyu, _uli *iirz, _uli *yaia); _si gvti(_uli *quqp); void xpdj(_uli *jlgr, _uli *rqwz, _uli *cabb); void vktg(_uli *xlhg); void dacu(_uli *kimi, _uli *fmbv); void jazu(_uli *oblx, _uli *kypa, _uli *defl); void ljye(_si xpkb, _uli *xgvu, _uli *kroy, _uli *jkfl, _uli *pnlm, _uli *einx); _si qvft(_uli *rwts); _si ftne(_uli *fjph, _uli *izwa); void hcea(_uli *hazn); void oqvi(_uli *gawz, _uli *zpfy, _uli *xzxe); void rgrm(_uli *sbbz, _si gjh); void qtyy(_uli *qfox, _uli *mvdk); void aqtb(_ui *yvnu, _si pywy, _si ojsh, _si khcn, _si owkv); void wzqz(_uli *nnif); void mmug(_si tnto, _uli *afxq, _uli *dexe, _uli *dhkw, _uli *vctu, _uli *zevd); void twu(_uli *znu); void yebl(_uc *sdvk, _uc *fmfa, _si mpvm); _uli *bbs(); _si bau(_uli *jkoc); void pmab(_uli *rymh, _si boql); _si xhaw(_uli *vscq); void wrdn(_uli *koie, _uli *ehws, _uli *hpyo); void votl(_uc *yft, _uc *rhl, _si dygq); _si imli(_uli *eyqr); void ydvz(_ui *zbzo, _si daqt, _si jjh, _si grqg, _si tnou); void uxco(_uc *albu); void dkkt(_uc *vkve, _uc *zcow, _si bqlm); void aacl(_uli *eifc, _uli *ffgj); void keov(_si htnd, _uli *nhfg, _uli *ofj, _uli *auo, _uli *fphx); void wchx(_si lvmy, _uli *yxgv, _uli *ykit, _uli *hfwj, _uli *inmj); void himt(_uli *emyz); void wwfb(_uc *mklz, _uc *nswv, _si rsab); void ohw(_uli *ljlg, _uli *zyvm, _uli *cts, _uli *fgzq); void getg(_uli *qdsk, _si sisd); void cixq(_uli *hfzi); void xqkb(_uli *hfgb, _si hrsq); void nvwc(_uli *zclo, _uli *kyje, _uli *ftbw); _uli *vnsv(); void igos(_uli *jrxm, _si nmql); void limp(_si yugx, _uli *mxze, _uli *xbvp, _uli *cyie, _uli *emqu); void tgnu(_uc *ushj, _uc *mknb, _si olv); void hblq(_uc *pifp, _uc *pwvj); _si uehw(_uli *blbw); void yoho(_uli *qwzp, _uli *doiy, _uli *gbag); void nuyn(_si nghd, _uli *izuq, _uli *sbho, _uli *gbqv, _uli *wqla, _uli *ggor); _uc *iedc(); void bfp(_uli *tbe, _uli *wfgb, _uli *rzi); void wvdv(_uli *hglh, _si xuee); void sfnk(_uli *qgeb); void dqnd(_uli *bymt, _uli *lfcr, _uli *avws); void izpl(_uli *tyas); void ckkh(_uli *hlca); void ipxb(_uc *niga); void gmzz(_uli *wqbp); void mghm(_uli *xkzg); _uli *rhkk(); void echh(_uli *einf); void jwph(_uli *iimq, _uli *evru, _uli *jitu); void wtcp(_uli *sjh, _si zfzy); void zlqw(_uli *wmim); void wiut(_uli *efjg); void wncs(_uli *xpac); void vwyv(_uli *kehu); _uc *qtjh(); void dhch(_uli *mxxd); void sxpd(_uli *yvim); void bmhd(_uli *wcwd, _uli *ttmq, _uli *vcwt); void ijhr(_uli *yxvd); void pbda(_si deyt, _uli *rrb); void edmi(_uli *mucp); void smdo(_si vtve, _uli *uxpa, _uli *okdt, _uli *auzq, _uli *vmrg, _uli *rkfr); _si dlgj(_uli *bqtg); void ywic(_uli *mlsd, _uli *zdwd, _uli *fiox); void taul(_uli *bcjb, _uli *ejfu); void omfg(_uli *kopj, _uli *wgec, _uli *typq); void rnwm(_uli *ngcl, _uli *njlo); void iagk(_si hvnr, _uli *pqw, _uli *icjk, _uli *nsxp, _uli *iyaj, _uli *jvas, _uli *aksn, _uli *amgq, _uli *hprz, _uli *bykp, _uli *mfp, _uli *qrxq); void kujh(_uli *tcsj, _uli *dbly, _uli *jbmv); void gdeh(_uc *jvbl, _uc *rcsj, _si eddg); void mnov(_uli *fbka); void sqip(_uli *nnxq, _uli *tdzg, _uli *ytzk); void fsrh(_uli *ttjl, _uli *rts); void taom(_uli *pklr, _uli *otii); void cmle(_uc *jpz, _uc *munu); void erfy(_si bqbu, _uli *albt, _uli *huzk, _uli *napp, _uli *izcu, _uli *iklm); void edlu(_ui *pqye, _si wso, _si mqpq, _si wdxc, _si cgao); void oebw(_uc *flfb); void dugh(_uli *bofn, _si acot); _si vvlo(_uli *medi); void eolx(_uc *nkdd); void dbnd(_uli *ovlo, _uli *qmds, _uli *lktm, _uli *peqx); void dvbn(_uli *vwoi, _uli *nxyl, _uli *biam); void wogq(_uli *ltlr); void pdio(_uli *hbsa); void huxm(_uli *ctje); void kior(_uc *atbo, _uc *ktbi, _si qpib); void jfhm(_uli *eccp, _si jfai); void crcg(_uli *kply, _uli *ypsb, _uli *ufjb); void szat(_uc *cdyf, _uc *gfj, _si bamy); void xsbs(_si beoh, _uli *gpkq); void uakn(_uli *knkj); _si anly(_uli *qprz); void faqo(_si kdzf, _uli *uheh); void qjnq(_uli *wbmc); void ydcn(_uc *bgls); void tijc(_uli *xcjt); _si cnsf(_uli *bbqv); void qimd(_uli *yjmw, _uli *kfuv); void zgqu(_uli *lauv, _uli *uqa); void nvxu(_uc *mjgp, _uc *yzdd); void vcfl(_uli *bcst); void deef(_uli *weqe, _uli *lesl, _uli *qiut); void edqz(_si krnq, _uli *llec, _uli *jqwy, _uli *fwud, _uli *uwgk); void lpjt(_uli *btqc, _si pdur); _si bkzx(_uli *bcsb); _si ouip(_uli *nevs); void tfyy(_uli *ihvm); void dqlo(_uc *pldd); void ngp(_uli *tauy); void pkbh(_uli *ugai); void vhip(_uc *klep); void hhbp(_uli *muxp, _uli *ljqp, _uli *igii); void gici(_uc *smir, _uc *ylhk, _si niby); void jage(_uli *vckz); _uli *mmlk(); void wipr(_uli *sbkn); void xljl(_uc *rxzb, _uc *ncpa, _si udvb); void trm(_uli *yrnz, _uli *wajt); void iky(_uc *era, _uc *qfn, _si fqhd); _si ozcx(_uli *nyrc); void ysmg(_uli *yppk, _uli *vqib, _uli *vjkk); void gwui(_uli *jqyo, _si azyk); _uli *mobc(); void qawn(_si ltly, _uli *hzwd); void wepw(_uli *zfot); void kfmv(_uc *zqom, _uc *hura); void rcjs(_uli *zqgs, _uli *qopo, _uli *sbzx); void issj(_uli *qgvu); void jtts(_uli *rlnv, _si jlww); void nxub(_uli *vwll, _si sbdu); void ephd(_uc *wtst); void blxe(_ui *akrh, _si nuwp, _si hnsf, _si soya, _si igiv); void hqno(_uli *qmfu, _uli *iqin, _uli *oorr); void qqvi(_uli *gxjg, _si twbc); void qsz(_uli *kqj, _si dsaz); void gyf(_uli *hjgz); void kews(_uli *cfej, _uli *bhxc, _uli *mqxh); void jkib(_uli *msai); _si rdjm(_uli *mtr); void wtym(_uli *nfkg); void davr(_uli *xici); void gpkm(_si zhzt, _uli *tqaq, _uli *wsxs, _uli *mrvz, _uli *lrjy); void yxlt(_uli *xogu, _uli *sof, _uli *mpjq); _si idka(_uli *jrem); void zthg(_uli *qjys, _uli *uhbq); void pbwj(_uc *amay); void ugwt(_uli *kkcr); void usxz(_uli *bgoc, _si jnmk); void ejco(_uc *tuvg, _uc *guuy, _uc *xgoy, _uc *clso, _uc *yluz, _uc *lbhj, _uc *wblz, _uc *umko, _uc *ppul, _uc *hpfe, _uli *ixmf, _uc *ibal, _uc *wqtf, _uc *ejar, _uc *doli, _uc *xiqh); void tzmu(_uli *znbe, _si ivvu); void ytoo(_uli *gjsz, _uli *ycje, _uli *qaby); _uli *kooz(); _uli *sfxl(); void kymt(_uli *ixtb); _uc *ldfs(); void hvlw(_si hgpl, _uli *kkoz); void phol(_uc *fqn, _uc *akhf, _si iias); void nmc(_uli *euea, _uli *qdfl, _uli *zvrz, _uli *umsg); void zrfi(_uc *kktl, _uc *vsys, _si dojr); void qyex(_uli *mukg, _si caun); void epix(_uli *wibb); void zrb(_uli *ayzq); void kary(_uli *rlab, _uli *bvtz); void zov(_uli *lrhw, _uli *jhnr, _uli *osb, _uli *wnsr); void ngnn(_uli *xvnc); _si oxfw(_uli *jeor); _si cyyl(_uli *pyhh); void lzdl(_uli *xckg, _uli *vyru); _si opaf(_uli *pcxa); void sbj(_uli *iima); void chdg(_uc *nyz, _uc *iulz, _si nynd); void rhuy(_uli *mhnt); void isuz(_uli *vwol, _uli *awsd, _uli *yepo); void hibd(_uli *vrsr, _uli *dwbe, _uli *rcdu); void zxio(_uli *jvlx); void tsld(_si kqpp, _uli *ewmc); void cuu(_uc *jbl, _uc *fubu, _uc *ukik, _si pyr); void jbln(_si xhzg, _uli *aqcf); _uli *qhzc(); void uafv(_uc *dqd, _uc *neag, _uc *biu, _si pzjw); void oolp(_uli *absn); _uli *accp(); void nqzw(_ui *kiv, _si rbli, _si nwgf, _si xos, _si rcry); _uli *vbpn(); void lnvh(_uli *nurt); void xogp(_uli *jupd, _si bksv); void bupc(_uc *cwgf); void wphk(_uli *lhas); _uli *ijqj(); _uc *lwas(); _uli *hkio(); void mndt(_uli *aquq, _uli *ouhv, _uli *ywaf); void qrpo(_uli *hlyf); void mibf(_uli *dmdx); void oijx(_uli *sqqe); void eizi(_uc *eqxg, _uc *qrbb, _si uoxe); void wkkr(_uli *uhby); _uli *qhcs(); void gvk(_uli *edid, _uli *fynp); void ntbl(_uli *ylfh); void fvbd(_uc *ifg); _si jipk(_uli *udnq); void zqhx(_uli *kadg, _uli *hkwc); void thv(_uli *rcv); void sitd(_uli *rzjb, _uli *bupa); void iuy(_uli *uqy, _uli *rlzu); void aldu(_uli *qjst); void uxkx(_uli *fqih); void xpkk(_uli *zrfj, _uli *vyys); _si psgw(_uli *awms); _uli *ypgx(); void uwlv(_uc *xlt, _uc *pxdm, _si wrs); void hign(_uc *hxsv, _uc *yxgc, _si qgbv); void kzoi(_uli *svja); _si yhry(_uli *ibsq); void einn(_uli *zzkh); void mdsu(_si dqkt, _uli *prhm, _uli *cab, _uli *yazh, _uli *gjzw); void jbul(_uli *savh, _uli *uclh, _uli *utwk); void khna(_uli *uebl); void jjql(_uli *ipsl); void oord(_uli *verf, _si cbvl); void pyrj(_uli *qche, _uli *aqjr); void sjym(_ui *lztn, _si kvpz, _si khfs, _si uxve, _si bpcm); void bfev(_uc *jrc); _uli *cevs(); void gnpd(_uli *hoch, _uli *pkqp, _uli *tuop); void oaii(_uli *eihj, _uli *xapt); void hdfp(_uli *crgx); void nlen(_si fxeq, _uli *wcby); _si xoux(_uli *yafx); void asrh(_uli *ockq, _uli *mdvc); _uli *plxe(); void zmrr(_uli *ylxs); void znw(_uc *kvi); _si hqsz(_uli *mjus); void caow(_uli *gfeq); _uli *ecoc(); void jofg(_si qkt, _uli *chsz, _uli *dvhe, _uli *yiua, _uli *jiud, _uli *ptqb); void hfv(_uc *tzav, _uc *wnw, _uc *wykf, _si ltxu); void ogdq(_uli *bulv); void tbrv(_uli *oxja, _uli *jwwg, _uli *mvmx); void dpty(_uli *izum); _uc *bueu(); void yvab(_si dbnh, _uli *fxib); void lkwi(_uc *xpfk, _uc *kwwl, _uc *ckcq, _uc *sgzc, _uli *rbgs, _uli *clro, _uli *dyvt, _uli *rayr, _uli *rsyz, _uli *fjew, _uli *nfqq, _uc *nbxq, _uc *goz, _uc *fbgu, _uc *nek); void cmwh(_uc *skdq); void xxdy(_uli *zniy); void qdxd(_uli *dsuz); void ajvn(_ui *jar, _si bvwc, _si inkm, _si gcwb, _si mxat); void syrv(_uli *xufz, _uli *yuxv); void gumg(_uli *hfea, _uli *gjol, _uli *ukrk); void tozm(_uli *ijkk, _si ioff); void gebv(_uli *yvzj); void lsol(_uli *tmbb); void lwau(_uli *koub, _uli *hzoy); void pndm(_ui *wilm, _si hiay, _si tqtw, _si hecz, _si xsrd); void xsgw(_si gosa, _uli *lywx); void oayr(_uli *mefz, _uli *sxsu, _uli *rrhs); void heg(_uli *bmry); void jcgu(_uli *mbla, _uli *gxuh, _uli *duiz); void nwam(_si iljv, _uli *varl, _uli *onhm, _uli *eylb, _uli *yrfi); _uc *asjm(); _si nyks(_uli *gcce); void yccc(_uli *ntbr); void xvwu(_uli *xfem, _uli *egpc); void khrm(_uli *vco, _si flx); void vvvm(_uc *mzsu, _uc *ktav, _si rylx); _uli *bcbu(); void wstd(_uli *qqk, _uli *kmju, _uli *yrk); void zocu(_uli *tjg, _uli *npjk, _uli *aoyq, _uli *caxa); void unzd(_uli *ggfl, _uli *jidj, _uli *gkxt); void pnrk(_uc *wplr, _uc *tkez); void fbmm(_uli *zmfp, _si xzkl); void rcqh(_uc *oikq); void ddjl(_uli *zfeo, _uli *jwkm, _uli *ggmf); _uc *abl(); void ayzz(_uli *bxna, _uli *rhbj, _uli *twch); void vxwy(_si cyiq, _uli *iqnc, _uli *xegx, _uli *wgnb, _uli *sxbw); void foqh(_uli *hzli); _si gcvj(_uli *temn); void gnk(_uc *hgyk); void bdtj(_uli *zzzw, _uli *olgf, _uli *xvjj); void uigf(_ui *qdoc, _si aczp, _si aias, _si ilpw, _si nvdw); void fxrd(_uli *tpse, _uli *nehm, _uli *fuhp); void ftym(_si ubxg, _uli *rzpu); void eddp(_uli *ttnm); void juf(_uc *ceu); void iwlp(_ui *qwow, _si dnlk, _si krwi, _si gybe, _si sphl); void lwid(_uli *njjw); void gqpg(_uli *cgdh, _si ierj); void nawj(_si czzk, _uli *yyra); void xvok(_uc *birf); void ovyf(_uc *gmwk); void bcgv(_uc *azz); void kjb(_uc *ued); _uc *vwul(); void pdfs(_uli *sojt, _uli *wacc, _uli *jocu, _uli *gput); void hvau(_uli *joan, _uli *lizm, _uli *wam); void wptp(_uc *zxvi, _uc *wytv, _si uxth); void lxtq(_si tumg, _uli *oyvl); void mlvg(_uli *kzgv, _uli *rybb, _uli *bshl); void ritb(_uli *isfm, _uli *nfnn, _uli *dkdz); _uli *bzeb(); void ctgy(_uli *ghmm, _uli *lher, _uli *pmgt, _uli *ybjr, _uli *czbx); void ther(_si fsto, _uli *iojf, _uli *stxq, _uli *wgqz, _uli *kpbk); void wlhn(_uli *qbqk, _uli *ttry); void xtjc(_uc *gli, _uc *xid, _uc *uqhh, _uc *tyt, _uc *cdfk, _uc *ojf, _uc *oxmm, _uc *uwx, _uc *rpdh, _uc *ydu, _uli *ntyf, _uli *kqha, _uli *mky, _uc *top, _uc *psck, _uc *afo, _uc *bza); void kfqq(_uli *kdot); void opgv(_uc *uvaw, _uc *bqks, _si oacm); void vtgs(_si dbqy, _uli *bblm, _uli *yuoq, _uli *wpte, _uli *jdhh, _uli *ywfs); _uc *pue(); void mtpi(_uli *nefv, _si xpbo); void otoe(_uli *znin, _uli *fnk); _uli *eaze(); void dvlq(_uli *aeds, _uli *vkvd); _uc *kfba(); void lmw(_uli *zytj); void khor(_uli *onxj, _uli *nssh); void vsqu(_uli *bilj); void ebfr(_uli *gkbi, _uli *lzwl, _uli *bwut); void ulaw(_uli *vcfr); void dyqu(_uc *wos, _uc *jhsn, _si lwdj); void uuoo(_uc *izns, _uc *xinm); void hjep(_uc *dcro, _uc *flec, _uc *lrd, _si nom); void uqcv(_uli *xwwh, _uli *ptas, _uli *eakk); void kokq(_uli *giqd, _uli *cops, _uli *udqo); _uc *psvn(); void zghc(_si uldp, _uli *bqrg, _uli *pdea, _uli *mkal, _uli *ppow, _uli *ubhg); void bevq(_uli *sodg); void kmqn(_si vhjq, _uli *sjkw); void bfb(_uli *bfkr, _uli *qwya, _uli *wfsv, _uli *zat); void bafd(_uli *lxho, _uli *qypc); _uc *nmj(); void tbnj(_uli *eakp, _uc *hmtk); void ebhx(_uli *tfsw); void pmjb(_uli *difl); _uc *txgu(); void ujon(_uli *iuyj, _uli *bbqg, _uli *ugzq, _uli *rnwd); void scyv(_uc *tjkb, _uc *bwys, _si zpig); _si nlnw(_uli *cpkn); void jjps(_si ksdb, _uli *xdka, _uli *uay, _uli *lsuo, _uli *jsgy, _uli *pqbt); void rpcq(_si cikn, _uli *juip, _uli *lgti, _uli *amec, _uli *wcxw, _uli *xowt); void ggef(_uli *xnbp, _uli *oinu); _si uhgs(_uli *lgoe); _uli *scgi(); _uc *okzf(); void wltv(_uc *hyhu, _uc *astu); void lifz(_uli *rivy); void ggdo(_si fjvc, _uli *jqg); void ijeu(_uli *wlky, _uli *nuwh, _uli *zstr); _uli *tjsr(); void rrps(_uc *hdvj); _si fili(_uli *vqvx); void viyv(_uli *rbyz, _uli *bmpq, _uli *wpvm); void wmcb(_si zsko, _uli *udmi); void qgsq(_si owtv, _uli *qhiw); void uaka(_uli *uvfs); void litv(_uli *wtls, _si xdpr); void qcms(_uli *embo); void eahz(_uli *kfdv, _si dyeb); _uli *udtp(); void nuoh(_uc *dpmf, _uc *yerf, _si ywjg); void ohin(_uli *hzrf, _uli *uqqi); void qjdm(_uc *toj); _uli *frfi(); void hzhn(_uli *yatj, _uli *vohd, _uli *vgaw); void mkrj(_uli *sdbl, _si kghk); void dcux(_uli *fult); void jlhh(_uli *pgot, _uli *gptc, _uli *oiop); void nkba(_uli *kkvf, _uli *tjeq, _uli *fgig, _uli *eryp); void mdrw(_uc *cmwq, _uc *wzdc); void iudl(_uli *gatp); void bjbf(_uli *xduq); void fqik(_uli *kent); void szng(_uli *akhm); void mpms(_uli *hokm); void catb(_uli *zbc, _uli *dse, _uli *oojo); void nmsn(_uli *vcog); void elx(_uc *ibx); _si boag(_uli *forb); void fkwz(_uli *hjoe); void lnzi(_uli *paqj, _uli *lmvq, _uli *goul); void gmiz(_uc *kybg, _uc *aeb); void fdhh(_uli *dtpr, _si dgfy); void ytng(_uli *yhgj, _uli *vxpd, _uli *fkse); void vtsd(_uli *wbay, _uli *wbli); void ohns(_uli *vwzm, _si pzjr); void gdjv(_uli *funo); void ohhw(_uli *injl); void fqss(_ui *lict, _si ggtb, _si pggc, _si idio, _si bfzl); void btlo(_uli *krvr, _uli *reso, _uli *mfdu); void kmex(_si bvaq, _uli *uvhu, _uli *vbja, _uli *gxhm, _uli *ragm); void emwb(_uli *jixx, _uli *xxuc, _uli *fcpa); void cavp(_uli *chjo, _uli *eddd, _uli *amsw); void ouqo(_uc *atye, _uc *rknq, _uc *voik, _si cxmq); void vtmu(_uli *vlev, _si klfa); _uli *uzhu(); void rmss(_si fddv, _uli *npvm, _uli *nptl, _uli *eyzf, _uli *rqwc); _uc *raof(); void cmog(_uc *ywxc, _uc *ssif); _uc *gayu(); _uc *kfgr(); void kqca(_uli *oehw); void ipiz(_uc *qhxc, _uc *yhtt, _si dvd); void wwyi(_uli *sism, _uli *hkil); void ntkc(_uli *lkie, _uli *itdd); void ksra(_uli *hxnv); void zdqt(_uli *kuye, _si jmok); void abtw(_uli *qhpa); void egbk(_uli *ycht); void hewy(_uli *kifn, _uli *mjsl, _uli *oqqn); void hizd(_uli *xmns, _uli *ogsw, _uli *ydoy); void ucov(_uc *lkse); void shsy(_uli *iqkm); _uc *btje(); void ouqw(_uli *onty, _si ewwc); void azhl(_uli *tvaq, _uli *zofi, _uli *tsik, _uli *txao); _uli *ntfe(); void isvb(_uc *tybw); void omji(_si zxws, _uli *yjak); void kccc(_uli *tjte); void qxje(_si jtmn, _uli *rssw, _uli *jkhi, _uli *name, _uli *wkcl, _uli *ofvz, _uli *udki, _uli *yiwt, _uli *nofe, _uli *owqd, _uli *gnyx, _uli *otfs); void tcag(_uli *kmgd, _uli *gbal, _uli *ibid); void ztfb(_uli *xgxd); void kfep(_uli *gwn); void lxhw(_uli *kcd, _uli *ajfa, _uli *hngp); void vwvp(_uc *mtfw); void hvmd(_uli *unfa, _si tof); void xwil(_uli *fcnb); void rqtp(_uli *avdg, _uli *owsl, _uli *ejpg); void blsp(_uc *pwkg, _uc *wupj); void aefd(_uli *wpkh); void uho(_ui *jctz, _si pbef, _si hoc, _si hhl, _si nez); void pxyq(_uli *yhlz); void keuj(_uli *rtbh); _si rxgl(_uli *kdsv); void kykj(_uc *whlz); void agcx(_uc *nuow, _uc *rgow, _si twdg); void niwg(_uc *ueny, _uc *rctp, _si ykr); void swgb(_si mmca, _uli *ulwl, _uli *dwck, _uli *yhhl, _uli *vieb); void ltwg(_uli *dafz, _uli *tzsd, _uli *vcvj); void mkeb(_uli *sxks); _uc *chxi(); void uqju(_si edku, _uli *lwpe, _uli *zcwh, _uli *tmwi, _uli *yayg); _si xeyh(_uli *jsal); _si wxiw(_uli *bbkq); void xwjd(_uli *mnpk); void byiq(_uli *scmz, _uli *chwa); void acvm(_uli *qzge); void xazj(_uli *cies, _uli *votx); void onwy(_uli *dgvz); void psmh(_uli *ldvm); void foce(_uc *kefe, _uc *cvab, _si ttaj); void ttgv(_uli *hbuh, _si itgz); void cpgf(_si gkbc, _uli *nitb, _uli *hrqx, _uli *aozx, _uli *hdyg); void kkny(_uc *dnnx, _uc *ndlm, _uc *wdcw, _si klfr); void fuzp(_si lgs, _uli *ylif, _uli *iirl, _uli *htwb, _uli *hazw); void upxr(_uli *yyka); void xdcy(_uli *meeq, _si gwoe); void tdjx(_uli *gcdr, _uli *ledu, _uli *wwjg); void fwhw(_uli *hcsf, _uli *wjgf, _uli *udcd); void gzag(_uc *xptv, _uc *jzmu, _si kqib); void gxfc(_uli *aagk); void etfn(_uli *uiiv); void ehcv(_uli *vbka, _uli *gedl); void gtlv(_uli *ziqr); void lmsb(_uli *sefu, _uli *wiml, _uli *jekw); void dmps(_uc *bhdw, _uc *egni, _uc *xtzf, _si opjy); _si xpjz(_uli *mlmq); _uli *bota(); void btwq(_si gsrk, _uli *zaxd, _uli *wnqp, _uli *xuds, _uli *ssn, _uli *rgl, _uli *fyje); void llwo(_uli *odiu); _si vrvf(_uli *qdyy); void zgso(_uli *ahwu, _uli *sgxl); void opp(_uc *zohw, _uc *tie, _si ros); void prdd(_uli *mbub, _uli *lhnb); void czlh(_uc *mqur, _uc *lpgq, _si bail); void fuuv(_uli *rmjc, _uli *ssfy, _uli *xktj); void tqy(_uli *qhsb); void zovi(_uli *pod); _si zeyw(_uli *wavt); _si vcve(_uli *dmcl); void hpdl(_uc *yfgh, _uc *qbx, _si yzpr); void znfd(_uli *isrb); void elyo(_uc *zwqb, _uc *ldkx); void yqfa(_uli *exxw); void ifj(_uc *kwn, _uc *hpzz); void auie(_uc *gxok); void fym(_uc *ceh, _uc *iig, _si sleb); void vfzk(_uli *lrzd, _uc *jati); _si ynxs(_uli *ofrm); void idtt(_uli *habk, _uli *xess, _uli *pitj); void vio(_uli *gofj); void fcnt(_uli *ystz, _si azim); void otaf(_uc *ktlc, _uc *ijhd, _si vjdv); void wfzk(_uli *wngh, _uli *ygbk); _uli *qvhb(); void tmsg(_uli *parl, _uli *iuex, _uli *nbqv); void hgtd(_uli *ubad); _si oibx(_uli *ydca); void eolt(_uli *rgst); void xaaf(_uli *zdpq); void vplo(_uli *fvpc, _uli *lyed, _uli *lene); void ajiy(_uli *lwyg, _uli *jqwb); void ocrk(_uli *cnjg, _uli *wdez); void prwp(_uli *rywj, _uli *ytqa, _uli *koyu); void wudj(_uli *bafx, _uli *lsdz, _uli *mybv); void qprc(_uli *lltk); _uc *fmgu(); void kyzb(_uli *fvfs); void vqqc(_uli *ysaj); void nwrj(_uc *wowh); void enol(_si undh, _uli *fpwv); void pylk(_uli *urrb, _si xlsa); void sbfg(_uli *glgq, _si rskl); void dyrj(_uli *pnfs); void vhrv(_uli *kpra, _uli *nmhd, _uli *pjng); void mtkf(_uli *qmzo, _uli *pxxs, _uli *fvfw); void zgsw(_uli *pued, _uli *arfh, _uli *uswj); void bmth(_uli *idia, _uli *zefm, _uli *vryd); void bsgd(_uc *tvzc, _uc *opkg, _si ervm); void jcru(_uli *swle); void ajzm(_uli *gkod); void cyxc(_uli *fzob); void sbiz(_uc *qznd, _uc *hxqo, _si drie); void ldmu(_uc *iibf, _uc *gpcf, _si ayjf); _uc *nvus(); void vvpm(_uc *uuyj); void tzhe(_uli *iknh); void xqey(_uli *suit); void tffa(_uli *ouhz); void nwnk(_uc *uztr, _uc *ipxh, _si xczo); void gwmc(_uli *fffh, _si czyb); void buiu(_uli *nddg); void xwuy(_uli *wnqs, _uli *ekme, _uli *jupb); _si mzhc(_uli *awit); _uli *codr(); _uli *gtni(); void oiqt(_uli *mczw, _uli *qchd); void rhrp(_uli *npwq, _uli *qkzx, _uli *vzbl); void orgp(_ui *rzmu, _si iwuh, _si vgxo, _si ndei, _si sswj); void hdrq(_uc *ruv, _uc *xakw); void sysp(_uli *rmnd); void bbw(_uc *nqrl); void onh(_uc *ghms, _uc *rwwb, _si zzt); _uli *itcx(); void ddnj(_uc *lmg, _uc *bwp, _uc *erv, _si dgzy); void lstj(_uli *fahd, _uli *hlyk); void xxzx(_uli *sqbz); void fvyk(_si cafh, _uli *ibuz, _uli *hffs, _uli *jbuc, _uli *bsde, _uli *jwge); void ebvz(_uli *rlpa); _uli *nayy(); void mvaw(_si arxy, _uli *kowv); void qjho(_si hhce, _uli *kzsz); _uli *sreu(); void dfb(_uli *bkja, _uli *oslt); void nse(_si rzjq, _uli *vpc); void tbyp(_uli *lsbh); void jokf(_uli *edjx); _uli *zgns(); void mslu(_uli *rcct); _uli *tewx(); void tfcc(_uli *mtkm, _uli *tfxm); void bxig(_uli *tuzd, _si zhbu); void hahs(_uli *zcaq); _si povr(_uli *xutn); void mxfr(_uli *tnev, _uli *btzb); _si lyma(_uli *njiy); void zadf(_uli *xqwt); void icmi(_uc *ocmm); void mgjn(_uli *onxk, _uli *etns, _uli *bifv); void ivo(_uli *wrw); void jqlx(_uli *ushp, _uli *tmip); void nfyc(_uc *lhbu, _uc *ovio, _uc *czkh, _si gngr); void wmjr(_uli *uvcf, _uli *hlsx, _uli *xwut, _uli *spzn); _si haxz(_uli *jbvd); void itik(_uli *vez); void vwiz(_uli *psgs, _uli *ggzm, _uli *dxin, _uli *jgfy); void xwz(_uc *pvl, _uc *qdbm); void gkol(_uli *wvap); void grcx(_uc *qecu, _uc *vbut); void vcgs(_si utzb, _uli *heco, _uli *zbrd, _uli *dsym, _uli *fqqc, _uli *urcd); void dlix(_uli *acii, _si vxny); void bsvn(_uc *sevx); void yium(_uli *ujbr, _uli *qvue, _uli *ieho); void xiut(_uli *ntfl, _uli *fxgo); void autg(_uli *lsad, _si gopk); void stle(_uli *icse, _si tnhg); void nlwp(_uli *rciq, _uli *qazu, _uli *dwvn); void nzix(_si zuox, _uli *dvty); void gsrd(_si oprm, _uli *gwit); void bdzr(_uli *ojuz); _si buhy(_uli *cxrl); void exiw(_uc *rgd, _uc *nfup, _si tzzd); void pldl(_uli *mquz, _uli *mrwl); void ukti(_uli *npob, _uli *dwvw); void hvwp(_uli *ejpq, _uli *fwib); void qjov(_uli *xnbr, _uli *wjre); void lhye(_uli *xrdb, _uli *apyp); void lrxf(_uc *bvxg); void obep(_uli *cqmp, _uli *onbo); void wsaa(_uli *zmt); void tjzw(_uli *ztvi); _uc *xrfw(); void msfp(_uli *nisw); void acgf(_uc *thqk, _uc *bfhv, _si drro); void cbtr(_si fsui, _uli *fgdq); void rgiu(_si trpi, _uli *ujdd); void qcbf(_uli *ifil, _uli *uobb); void gzxg(_uli *ynlp, _uli *airq); void ado(_uli *kzaz, _si sokf); void pyv(_uc *ipwo); _si vcwr(_uli *hbdy, _uli *yxyo); void ufli(_ui *tcnd, _si myaw, _si bwdu, _si xfl, _si avnx); void kegi(_uli *gyuw); void fjct(_si gejj, _uli *vuwn, _uli *vzyu, _uli *diyx, _uli *msov, _uli *ipbs); void hyma(_uli *yzqu); void eys(_uc *iflu); void cjqh(_si atty, _uli *etol); _si nlep(_uli *lcx); void bcmb(_uli *ausj); void voar(_uli *lrtj); void tdhx(_uli *wrph, _uli *hbrq, _uli *uhgv); _si cod(_uli *fulc); void chjd(_uc *ukp, _uc *opu, _si fpx); _uc *yqww(); void jexf(_uc *flde, _uc *ysev); void wtfe(_uli *rosa, _uli *aoof); void gnbu(_uli *rrmb); void vevp(_si sgyo, _uli *gapy, _uli *aueq, _uli *mwtu, _uli *iroa); void gwjc(_uli *uxno, _uli *lica); void zdya(_uc *zykd, _uc *zmjd, _si olob); void rzac(_uc *qwtw, _uc *kmid, _uc *gfjx, _si gsnp); _uli *wfdc(); _uli *ruwl(); void ulqh(_uc *wmlm, _uc *tzig, _si abwx); void yfyn(_uli *civu, _uli *uvvu); _si kpmm(_uli *hacx); void socn(_uli *gepr, _uli *qoqu, _uli *drsd); void djpt(_uli *irah); void lyhy(_uli *whmu); _si vlb(_uli *silf); void qyi(_si koco, _uli *cuwo, _uli *urxn, _uli *pumr, _uli *bfwg); void ssbd(_uli *hipv); void pfkf(_si ngxq, _uli *zuno); void sxjn(_uli *ewbf, _uli *ofka, _uli *trsc); void gvnr(_uli *ljqk); void rwsc(_si bzdv, _uli *hrlh, _uli *saj, _uli *srwr, _uli *nucm, _uli *tiya); void ozna(_uli *ibaj, _uli *nfjl); _si hzvf(_uli *ptei); void wowg(_uc *tdd); _uc *ovx(); void vjam(_uli *ovsh); void cogh(_uli *nakc, _uli *eoez, _uli *kgsb); void mnur(_si mwcm, _uli *qsqc); void legk(_uli *nspm); _uli *oerh(); void aexo(_ui *nrog, _si nxmy, _si sfpy, _si ntx, _si unml); void zkal(_si ekri, _uli *htxf, _uli *gmin, _uli *fkaf, _uli *ssrq, _uli *evqe); void pcdh(_si wbam, _uli *flpd); void vhar(_si xrbx, _uli *nvkq, _uli *mjqe, _uli *vezm, _uli *tycx); _uli *wonb(); _uli *qidh(); void aylq(_uli *otau); void fsnk(_uc *nnhc); _uli *ogrf(); void pdcq(_uli *qweo); void tsyb(_uli *asda, _uli *zjxo, _uli *qrmb); void xrhf(_si wqas, _uli *zayf, _uli *wtnv, _uli *dyih, _uli *rhdf); void chx(_uli *yexu); void sxy(_uc *zmo, _uc *adj, _uc *rbr, _si shq); void cinf(_uli *eqlo); _si ptmv(_uli *iiwb); _uli *rxnr(); void fthu(_uli *zmcu); void jcub(_si qixn, _uli *pitg, _uli *vlmk, _uli *sdyg, _uli *qhzm, _uli *shoj); void bbkl(_uli *vdvm, _uli *lfrg); _si pfh(_uli *nop); void ycki(_uc *mqge); void foa(_ui *xsum, _si sec, _si qmbq, _si imdl, _si nodp); void ajje(_uli *osnj); void wbrn(_uli *jcgi, _si euoj); void vvr(_ui *sfp, _si wme, _si vm, _si lxrn, _si ydq); void fkul(_uli *mlol); _si nemb(_uli *kfhj); void stxd(_uli *tamb); void fmvq(_uli *cqkc, _uli *irko); void lwzi(_uli *eyvj, _si abwj); void wvzp(_uli *aqo, _si nvp); void pfed(_uli *pdv, _uli *qplh); void fvyc(_uli *kwcx, _uli *man); _uc *ysly(); void dzds(_uli *aglo); void ltae(_uc *gfuw, _uc *ryzp); void nnbn(_uli *sprq, _uli *yqgi); void mkqh(_uc *lzqt, _uc *kpft, _si wguj); void hesw(_uc *qcn); _si huly(_uli *zjuk); void pwqj(_si haoq, _uli *xowz, _uli *qndh, _uli *xlff); void ipvv(_si dzli, _uli *rwvz); void cpl(_uli *gvj); void taou(_uc *rfgi); void amnz(_uli *kpry, _uc *ixrn); _si znym(_uli *oikg); void icvn(_uli *xunx); void runr(_uc *bmji, _uc *hvnl, _uc *uiju, _si vpju); void zqaf(_si dfbb, _uli *iicg, _uli *tals, _uli *bokd, _uli *azlb, _uli *ukuf); void uxgk(_uli *kesn, _si hoha); _uli *zqig(); _uc *oql(); void kkwd(_uli *suvj, _uli *isy, _uli *diuc); void xvcl(_uli *haao, _uli *gcmt, _uli *qiwj); void qyvi(_uli *duni, _si irgn); void uxid(_uli *hygo); void smeu(_uli *nkum); void fmmf(_uli *qtmf); void olng(_uli *nptb, _uli *dzjx, _uli *tnnx); _uli *kzki(); void quiy(_si mfdo, _uli *rkii); void uzyr(_uli *hgrf); void yxqi(_uli *npvd, _si moxc); void fcrw(_uli *rkvr, _uli *bblc); _uli *jmgb(); void ykkf(_uli *ivbl); void bjxl(_uli *oqac, _uli *hzxm, _uli *dhbu); _uli *bifd(); void bgwh(_uli *xrgk, _si bgxl); void cksb(_uli *vpfe, _uli *smrl); void odtn(_uli *fxfu, _si ipyd); _uli *ieys(); void ioxd(_uli *dbvz, _uli *dgyw, _uli *fpby); _uli *kyec(); void dflv(_uli *ufeq); void issh(_uli *itpz); void evbm(_uli *itul); void hmo(_uc *ircr); void cgqu(_uli *gjwv, _uli *gzxc, _uli *nxob, _uli *yaeb); void asez(_uli *uvwn); void iaah(_si aopf, _uli *mqnx); _uli *zdnl(); void uqiz(_si asqq, _uli *pwiz, _uli *vqdi, _uli *onsn, _uli *bcwz, _uli *fvce); void udxz(_uli *pqpw); void vrip(_uli *iyzi, _uli *xbug, _uli *wbdz); void ncta(_uli *iva, _uc *ebg); void btsd(_uli *lgpg); _si mhii(_uli *kda); void lrmk(_uli *nqce, _uli *opfm); _uli *jbfh(); void cvhz(_uc *fiuo, _uc *bsze, _si ovdr); void huep(_si cgpq, _uli *aaqt); void stib(_uli *flcn); void amre(_ui *vaiy, _si jyvo, _si rghx, _si uhxc, _si gloj); void txss(_uc *argf, _uc *hkut, _si nfsu); void mqed(_uli *qvby, _si giuu); void oayw(_uli *xoal); void dnjb(_uli *egat); void oib(_uc *gpoz); void xzii(_uli *ongz, _uli *riin, _uli *uigx); void mzut(_ui *mnq, _si dju, _si qegk, _si yjvf, _si kuee); void tomt(_uli *sljv, _uli *spoy, _uli *ywca, _uli *vupo); void vfpj(_uli *edtd); void wojc(_uli *rwwe); void flrg(_uli *yqac, _si gari); void qzmk(_uc *grf); void ztrg(_uli *banh); void rbtt(_uli *mmfn); void chfk(_uc *oaiu); void fodh(_uli *odjn); void wggg(_uc *aktj); _uc *jslh(); void pyrg(_ui *cpdp, _si wiei, _si uzkb, _si bhoe, _si bfaz); _uli *dup(); void ooqq(_uli *mmio, _uli *obf); _uli *oqxb(); void auva(_uc *vnpv); _si tlc(_uli *lfs); void xjfw(_uc *yima); void aeoa(_uli *hbkz, _uli *tcxb); void cnt(_uc *ycka, _uc *lpc); void evtj(_uli *hgmu); void bhyf(_si mnii, _uli *vlbp, _uli *nkgp, _uli *uuzm, _uli *kliy); void jhjm(_uli *xmtj, _uli *dhss, _uli *gtsg); _uc *umuu(); void tpxj(_uli *xtbo); void qpwy(_uli *knyl); void vip(_uc *tyoc, _uc *fiau, _si ndkj); void ruqi(_uli *geyr, _si ziue); _si miea(_uli *incg); _uc *qxft(); _uli *uexn(); void hfqr(_uli *omsv); void xrea(_si pqtm, _uli *xciu, _uli *rzhz, _uli *rlvw, _uli *iqlb, _uli *pcsq); void jtt(_uli *zzvi, _si ihst); _si icfb(_uli *nvgf); void jhvs(_uli *bmce, _uli *sjmu); void oujn(_uli *xohq); void sabf(_uli *yeop); void umbv(_si qhag, _uli *vmfc, _uli *plze, _uli *jbwx, _uli *xiyv); void jvma(_uli *xtqq); void etw(_uc *trg); void fryy(_uli *uvtv); void obfp(_uli *qybe, _uli *swrl, _uli *uvib); void pizx(_uc *jxyu, _uc *sxa, _uc *qoib, _si lrsj); void esyi(_si cqye, _uli *jcfe, _uli *hwzg, _uli *nmmm, _uli *cgmo); void enzz(_uli *fjpt, _uli *lkjr, _uli *yifw); void nzuh(_uli *jnit, _uli *wqwi, _uli *iwfp); void xejf(_uli *btd); void ylpy(_uli *hcuf); _si vhoo(_uli *nymd); _uli *yjoq(); void mg(_uc *vgt); _si sgts(_uli *zxsg, _uli *hjjb); void ibvx(_uli *gurq); void sdcq(_uli *ktnz, _si egwf); void emsk(_uli *nawl, _uli *gslc, _uli *fupf, _uli *ppfx); _si drnx(_uli *owht); void dalj(_uli *cwtl); void hwq(_uli *qbcn); void icwu(_uli *nywt, _uli *fnls, _uli *ftbe); void xgm(_uli *baso, _si eifi); void ckwq(_uli *ioex); void ivvr(_uli *berk, _si ozyg); void huuy(_uc *qhfu); void tywu(_uli *usoe, _uli *xyxc, _uli *ovva); void koy(_uli *oerb); void wqzy(_si lnqh, _uli *aojt, _uli *ulym, _uli *mqfs, _uli *zkqo, _uli *knyp); void unmx(_uli *krhz, _si zpem); void fgib(_uli *mhbe); void mgfz(_uli *uklx); void ioug(_uli *khrq); void ilwr(_uc *dpz, _uc *lll, _si umep); _si vxbl(_uli *guft); void cbuj(_uli *xuvz); void gueo(_uli *tspt); void rhbz(_uli *wlaq); void knuk(_uli *qiby, _uli *gklt); _uc *zabl(); void pise(_uli *mhcx); _uc *vafo(); void wzcv(_uc *lknt, _uc *ihsi, _uc *czct, _si rsdm); void juzx(_uli *tdld); void gro(_uc *fefw, _uc *ktw); void ayjo(_uli *achb, _uli *wwfx, _uli *uhyr); void opzk(_uli *uvrv, _uli *idbi, _uli *masy); void hko(_si xxec, _uli *stkd); void pkvk(_uli *wqfi); void fazq(_uli *yzfh, _uli *yqsh, _uli *hmzb, _uli *cyqf); void cglt(_uli *anaj, _si udue); void qsbg(_uli *ybqh, _si mgam); void dngt(_uli *dteg, _uli *ifef); void kwhi(_uli *lneo, _uli *kvar, _uli *zksr); void udpj(_uli *mlii, _uli *zzaw, _uli *togg); void fsf(_uli *slth, _uli *duoi, _uli *pncz); void ouho(_uli *zmvz); void nkvb(_uli *tgsy, _si xted); void ewth(_si aqie, _uli *pmpx, _uli *thsr, _uli *aynp, _uli *vyzn); void oxuj(_uli *mjaz); void trrj(_si lez, _uli *dulr); void kuwj(_uli *lrod, _uli *vvwt, _uli *vqfw); void kgul(_si kgdb, _uli *uoxt, _uli *ldxd, _uli *lbgm, _uli *zlvt, _uli *girb); void drki(_uli *jdco, _uli *qcxq, _uli *ghpc, _uli *pdfh); void teib(_uc *nqeg, _uc *sawq, _si llwy); void pxam(_uli *nkpt); _si tqav(_uli *upkv); _uc *rjef(); _si wlpu(_uli *vcgj); void schu(_uli *owab, _uli *krsj, _uli *ycsw); _uli *gygb(); void tpmo(_uli *cind); void rhkv(_uc *uksp, _uc *rtmu, _si zkje); void yyhz(_uli *zrnx); void yoad(_uc *qiqb, _uc *cjnk, _si rwzw); _si kmip(_uli *vcbm); void dwnn(_uli *phnw, _uli *mqrd, _uli *slhs); void untn(_si ppcp, _uli *dxku); void mcoc(_uc *wklr); void wjrz(_uli *wvto); void qajo(_ui *gcyz, _si rflj, _si pccy, _si rmsh, _si vahi); void tumb(_uli *igng); void rwqe(_uc *nuxv, _uc *mtxq, _si wuio); _uli *meln(); void rvwi(_uli *zrun); void rdfa(_uli *qsej, _uli *dgos); void hjph(_uli *thwu); void sevv(_uli *oftq, _uli *tlpm); void llkm(_si cuqf, _uli *ayw); void eewd(_uli *whlj, _si lfdq); void czba(_si zkgc, _uli *smkl, _uli *exqu, _uli *nsle, _uli *bbcy); void vfbg(_uc *kbdq, _uc *iygl); void fiv(_uc *bccf); _uli *dbam(); void klzd(_uli *ppgw, _si vdpb); void bjzp(_uc *zfwr, _uc *rgui, _si isuo); void qzf(_uli *hdh); _si bbsi(_uli *qtrv); void zcrw(_uli *xbte); void cyos(_uli *xiul, _uli *rhym); void cjej(_si zefl, _uli *zvl, _uli *thhg, _uli *oifv, _uli *vjxx); void oikj(_uli *csg, _si eltm); void djnl(_uli *aici); void cjqx(_uli *ebgn, _uli *lcuw, _uli *nwyo); _uc *frhg(); void xys(_ui *vnv, _si bnzi, _si qhsu, _si wdfi, _si vjx); void rafr(_uc *hfdc, _uc *oxon, _si eywt); void ckbf(_uc *ezxi); void swbu(_uli *mrut, _uli *afms); void uvqj(_uli *yisy); void jzot(_uc *jjdh); void mhhd(_uli *hvly); _uc *xtbg(); void sbmf(_uli *kxlo); void rcdf(_uli *vjva, _uli *oovt, _uli *aawj, _uli *umyn); void txs(_uli *pkz); void hgvz(_uli *mtyb, _uli *rggh); void ffk(_uli *pwxp, _uli *uwbf, _uli *gllz); _uli *zuyb(); void zyub(_si kibi, _uli *aolr); _uli *finq(); void qjtz(_uli *awqs); void sgsz(_uc *dbjm); void epcn(_si xobz, _uli *phxk); void opqh(_uli *whvt, _si qzq); void dzbl(_si spsv, _uli *slqn, _uli *fdbw, _uli *dzly); void bfba(_si slix, _uli *euwx, _uli *okqd, _uli *ypqy, _uli *gvfg, _uli *sdpy, _uli *fhyn); _uli *jcsp(); void gpqr(_si lljh, _uli *jobm, _uli *rkvl, _uli *zppi, _uli *zjdq, _uli *dpac, _uli *engs, _uli *trnc); void mdqy(_uli *mgtu, _si uuoi); void oang(_uli *zjre, _si kfxn); void ifsm(_uli *zmy); void jgdt(_si rnvs, _uli *caly); void irto(_uli *cxjh); void xiff(_si qnfx, _uli *omxa); void ribh(_ui *supq, _si rriw, _si lpwg, _si bipu, _si guma); _si oqvj(_uli *kyxn); _uc *yhup(); void quqn(_uli *qivw); void tky(_uli *cuqw); void qbkd(_si nhzo, _uli *apy, _uli *eolo, _uli *lzsv, _uli *btlk); void czmb(_uli *glvn); void jzlu(_uli *ijel, _uli *ouhs, _uli *wsoa); void zmf(_si pgsa, _uli *raj, _uli *nbvp, _uli *jokw, _uli *qyen, _uli *xfee, _uli *lxjj); void wrcd(_uli *cwqv, _si ihnl); void epgw(_si rtjb, _uli *osfw, _uli *sabn, _uli *ygue, _uli *drmc, _uli *egwg); void zgyu(_uli *hbrn, _uli *wfqg, _uli *ssod); void mlag(_uli *jaal); void alwg(_uli *majt, _uli *zsvn); void gknp(_uc *ejiy, _uc *loto); void mfdv(_si fwqr, _uli *xmqy, _uli *ewcz, _uli *pfxt, _uli *aeuk, _uli *ysha); void arrt(_uli *okgp); void zlci(_si zjwc, _uli *wfkg); void ppqi(_uli *jwl, _uli *wdb); void sza(_uc *kwol); void wkmj(_uc *jlsc, _uc *meqg); void ljzd(_uc *fvup, _uc *gomv); void vmzr(_uli *aztj, _uli *jgel); void iqfd(_uli *qqmk, _uli *cvnr, _uli *hcgm); void mhtm(_uli *zniv); void gjsp(_uli *svpx); void vbql(_uc *oocd, _uc *voec, _uc *ojel, _si fvry); void ywpo(_uc *ucj, _uc *ztyr, _uc *wraw, _si vchz); void cqrg(_uc *hhyv); void lddw(_uli *rvlb, _uli *opsj, _uli *qkkh); void gdoi(_uli *ygfr, _si mzdx); void iwsa(_si qbpj, _uli *whqg, _uli *arwy, _uli *fzwr, _uli *frfo); void wsem(_uli *osxz, _uli *czaw, _uli *tylj); void afxt(_uc *habi, _uc *vvt, _si zsxp); void tlph(_uc *wpn, _uc *ayjy, _uc *akg, _si kbqa); void tjcf(_uli *ynjr, _uli *vskf, _uli *whxx); void wfrx(_uli *orns, _uli *lucc, _uli *mxmm); void vfpf(_uc *ozhl, _uc *lnwh, _si laza); void ddzg(_ui *pegv, _si vtys, _si vonb, _si qcso, _si qnth); _si pkvv(_uli *sopx, _uli *beeo); void wgla(_uli *vsiz); void plln(_uc *efsm, _uc *ypsn, _si wlrf); void wptu(_uc *zebz, _uc *xyyg, _si qxhk); void mjt(_ui *orp, _si hgol, _si nzg, _si tkw, _si hvbd); void nvqh(_uli *opbs, _uli *zqtw, _uli *vnpt); void hgbj(_uli *ztae, _si zxro); void rwet(_uc *pygl); void slmm(_uli *dga); void pnt(_uc *zhw, _uc *ipnw, _si tyu); void cvl(_uli *riax); void suvy(_si wwy, _uli *qzgi); void vkex(_ui *dayn, _si srle, _si kfm, _si tus, _si mfjs); _uli *gcda(); void vgsn(_uli *vdtl); void cipp(_uli *jugl, _uli *wwgh, _uli *wmiz); void nboj(_uli *wev, _si qko); void glxz(_uli *vrf); void wvkm(_uc *trmi, _uc *jav, _si iodr); void hjq(_uli *dile); void nefk(_uli *oydq); void mhsc(_si qrfd, _uli *syhe, _uli *knni, _uli *ooyq, _uli *ghhp); void evwa(_uli *xeyj, _uli *dhts, _uli *kuwq); void qhyz(_si rrio, _uli *plty); void wkzg(_uli *zajp, _uli *welv, _uli *hmif, _uli *zkpj); void ecdx(_uc *uxde, _uc *gvu, _si vsmp); void dlfz(_uli *svhq); _si oqxd(_uli *fyxf); void vqz(_uli *cud, _uli *tciy, _uli *svwq, _uli *xghl); _uli *qmtt(); void act(_uli *zmzu); void qmbu(_uli *sxpo); _si ptmp(_uli *bmne); void qmbh(_uli *cvdt); _uli *qkyt(); void fjwe(_uli *smhv, _si zaup); void wguq(_uli *ehbf); void aahl(_uli *sfrh); void xexo(_si ezqw, _uli *cumg); void wvri(_uli *xsye); void bnhc(_uli *hib, _uli *dvic, _uli *jhgl, _uli *kyak); void jsr(_uc *phgj, _uc *abjh, _si hyq); void vzaf(_uli *qbmn, _uli *fife, _uli *ipey, _uli *jziy); void gnqt(_si pnis, _uli *suow, _uli *tluu, _uli *gpdi, _uli *sutb); void etjk(_uli *njde); void zmad(_uli *ihjv); void ywdj(_uc *rgde, _uc *mlyd, _uc *bybq, _si ryi); _uc *xiwm(); void xdyh(_uli *idb); void dmb(_uli *qrhc); void blrf(_uli *nodm, _uli *bbvo); void qsdb(_uli *ydmo, _uli *fefi); void ohig(_uli *ozss); void gkdy(_uli *sgtr); void zgej(_uli *vnby, _uli *pbzd, _uli *upjv); void jwji(_uc *fvzp, _uc *ezww, _si mtox); void qfgy(_uli *wdoh, _uli *vwzh); void crpv(_si efom, _uli *stza, _uli *funs, _uli *qzrp, _uli *uemp); _uli *ytpa(); _uli *xmqq(); void fpap(_uli *sena, _uli *eilh); void umym(_uli *wptc, _si xbxx); void vzff(_uli *cwq); void ecwg(_uli *jnls); void mjdh(_uc *ahga, _uc *zapt, _si wrdv); void hyn(_uc *dkd, _uc *ynor, _si mixm); void cudu(_si pdgn, _uli *chuu, _uli *nurm, _uli *qemw, _uli *bzgg); void ttpe(_uli *kgjp); void ixgi(_uc *lndi, _uc *qer, _si rdfs); void tdtu(_uli *wqgp, _uli *aykj, _uli *jhko); void gnnc(_uli *mmyr); _uli *mtis(); void scsq(_uli *hfbm, _uli *nvak, _uli *mtdz); void txxb(_uli *tfyt, _si zyao); void kjxk(_uli *wxse); void smnp(_si slon, _uli *srhs, _uli *gkjg, _uli *fvur, _uli *irap, _uli *hexf, _uli *gaxv); void ffni(_uc *kfdq); void litf(_uc *kkxs); void vdul(_uli *syjb, _uli *xcls, _uli *zmqz, _uli *pzau, _uli *lztv); void pvr(_uli *mydd, _uli *zhhd, _uli *bipc); void gwws(_uli *pfje, _uli *dvlx, _uli *glcu, _uli *bnbb); void ppd(_uli *ksr, _si smvy); void ojst(_ui *vklr, _si nakt, _si udzz, _si mvin, _si dtul); void ngyi(_si emgk, _uli *atqn); void khbj(_uc *zxxg, _uc *exkv, _uc *zpsg, _uc *cqyc, _uli *tljp, _uli *eofj, _uli *vwho, _uli *onw, _uli *mbjb, _uli *ltvq, _uli *avgq, _uc *vuqj, _uc *tumz, _uc *ogbz, _uc *saes); void rndc(_uli *yqti); void mgmj(_si yrwl, _uli *uhaw, _uli *zemc, _uli *afrb, _uli *owlf); void iocz(_uli *teyj); void uijx(_uli *gpzj); void jhlh(_uli *gyyh, _uli *nsuh, _uli *mvur); void ojzu(_uli *uszn); void atrv(_uc *debp); void azqu(_uli *cwmk); _si dtbt(_uli *jgoy); void rwxm(_uc *ryid); void hxnf(_uli *hjws); void rsou(_uc *xrmt, _uc *mrjb, _si upsa); void jgsl(_uli *qukz, _uli *ogbg, _uli *seaq); void jwfa(_uli *yqmx, _uli *ozno, _uli *wgmv); void ixoc(_uli *kxen, _uli *sgyg, _uli *aljo); void bjok(_uc *wozs, _uc *hqhv, _si lfue); _uli *gmyg(); _si kzrh(_uli *zewm); void gaio(_uli *iply, _uli *kily, _uli *atop, _uli *eeyj); void istf(_uc *yyvf); void rgge(_uli *adtr); void gvug(_uli *uywx, _uli *xbpe); void mwyl(_si ijts, _uli *hjvn); void imtz(_si umxy, _uli *wrkr, _uli *txpd, _uli *kroi, _uli *bkgc, _uli *ifea); _uc *vexn(); void yyye(_uc *khnb, _uc *qfjl, _si ozva); void oddt(_si zehv, _uli *qndq); void qlup(_uli *prnb, _uli *lmqe); void yrit(_uc *sxca, _uc *hsec, _uc *cgkh, _si xlcn); void pxaf(_uli *qcia, _uli *furu); void rmfi(_uli *qqyq); void nlrh(_uli *sjjx, _si gtuw); _uli *mlwr(); void xdtp(_ui *pxqh, _si lhim, _si zqgg, _si scft, _si tmbj); void gir(_uc *xqhz, _uc *bfw, _si oyo); void mhye(_uli *lydx, _uli *munq); _si lzur(_uli *azse); _si fgpa(_uli *ogno); _uli *wkhr(); _uli *usvv(); _uc *dula(); void ipab(_uli *hqvo); void tzfz(_uli *ybwl, _uli *rwic, _uli *anlk); void cvwi(_uli *zmsm); void zaj(_uli *fbtn, _uli *bqex, _uli *mlnu); void wjvb(_uc *xie); void ppkr(_uli *jpup); void oztz(_uli *ohut, _uli *wnen, _uli *dbke); void lazw(_uc *jnwt); void hxel(_uli *puuk, _uli *zrms); void xfoy(_uli *dvai, _uli *pwas); void yokx(_si eude, _uli *qhkq); void ohfw(_uc *gsyy, _uc *lka, _uc *sqma, _si uuu); _si kjym(_uli *fzyf); void wqdu(_uli *iuas); void cwmr(_si dycq, _uli *fkie); _si vbba(_uli *rwku); _si zqmc(_uli *jzsu); void vudf(_uli *bbcv); _uli *vbxx(); void obpb(_uli *mqvv, _uli *alrl); _uli *luve(); void lnud(_uli *tdup, _uli *vmui, _uli *qwep); void wvim(_si bzti, _uli *hcyc); void jaze(_uli *gbka); void lzkz(_uli *hklh, _uli *artv); void otai(_uli *owjc, _uli *ehnh); _si adaf(_uli *qwli, _uli *eyrr); void wpqs(_uc *iohy); void wdxo(_uli *uhjm, _uli *umnf, _uli *pwhn); _si aijd(_uli *ppep); void oxjc(_si gnmk, _uli *gvku, _uli *lekd, _uli *asce, _uli *tbac, _uli *udgs); _uc *ahic(); _uli *yzej(); void bpvh(_uli *eniy, _uli *zuim, _uli *ukjh); void cztn(_uli *boct, _uli *hzhs); void elpt(_uc *elxl, _uc *jnwh, _si jhxe); void zujz(_uli *voxc, _uli *oyxj, _uli *zzld); void rlzz(_si vldp, _uli *grdd); void lpje(_uc *nmxc, _uc *mkra, _si pcbn); _uc *xrzr(); void aybm(_uli *dhnh, _uli *dfkp); void zdgv(_uli *vmgk); void edmh(_uc *knvt); _si skln(_uli *nxms); void zyqi(_uli *nwci, _uli *iwus, _uli *dhhp); void ejza(_si jrmf, _uli *vvht, _uli *lbsq, _uli *qpcm, _uli *hkfo); void ugv(_uc *rdmh); _uc *ixhu(); void muat(_uli *vizf, _uli *dnql, _uli *qxhw); void nrbt(_uc *fsym, _uc *ndua, _uc *wtcm, _si qbm); void lxxs(_uli *eygi, _si bhu); void icqm(_si bele, _uli *jwqd, _uli *ymxj, _uli *wnjx, _uli *ekbs); void pxnx(_uli *gyjs); void mews(_uli *bryz); void agez(_uli *qdoz, _si piys); void yocq(_uc *izox, _uc *sccs, _uc *usmt, _si htld); void yfev(_uli *tafw, _uli *mtuj, _uli *iaas); void ydsw(_uli *octr, _uli *uvgv); void ybny(_uli *ehlt); _uli *oeuc(); void yavi(_uc *cqrk, _uc *host, _si rzig); void qgct(_ui *ckml, _si ctyq, _si ioso, _si stoj, _si ofjx); void wiws(_si xvwv, _uli *yubi, _uli *nplx, _uli *lrqa, _uli *wodb); _si clmr(_uli *lfll); void roe(_si kikv, _uli *kjcg); void vhzr(_si nxxp, _uli *kxhh, _uli *qahv, _uli *hzjq, _uli *hjcs, _uli *hpwe, _uli *izge, _uli *eghb, _uli *sshz, _uli *mpfu); void cbty(_uli *xthd, _uli *ffnw, _uli *wnbs); _si afsd(_uli *soxg); void zgp(_uli *kkp); void ejcj(_uli *egqt, _uli *gyqy, _uli *fqaf); void mrsb(_uc *crdx); void jqoc(_uli *zjat); void bxfr(_uli *pkq); void wwkq(_uli *eoma, _uli *njof); void oyys(_uli *jzk, _si zqvq); void bdec(_uli *cvzl, _uli *zvcr); void oqvt(_uli *adzt, _si zlwp); _uc *dret(); void yehg(_uli *lltq, _si cldh); void zhp(_uc *axps); void sydn(_uli *rnsy); void hlys(_uli *qsuc); void urea(_uli *rjez, _uli *ayfc); void foby(_uc *tuqz); void bwho(_uli *rajr); void cuoy(_uli *rnxi); void gyly(_uli *dzit, _uli *ssjy); void qkrd(_uli *hrvd, _uli *izwv); _si wcgv(_uli *ojnd); void rbot(_uli *ygyf); void ovor(_uli *xptj); void upys(_uli *lpgu); void tosy(_uli *szoh, _uli *xusi, _uli *wbcd); void hvjq(_uli *utuz, _uli *mzhz, _uli *pzrs); _uli *agss(); void wjmo(_uli *zqor, _uli *hkrk, _uli *rjbv); void nsoo(_uli *eohk); _uc *izo(); _si ywug(_uli *nyis); void ppl(_uc *amtj); void vwoo(_uli *hzif); void deg(_uli *dcoz, _si tva); void pbow(_uli *mhyz); void juee(_uli *ziut, _uli *ycxe, _uli *hfbr); void wtas(_uli *qsvj); void oplg(_uli *oozs); void dybm(_uli *acfa, _uli *uukh, _uli *tead); void oakj(_uli *gsde); _si petk(_uli *sbqn, _uli *zatv); void vwie(_uli *pfvn, _uli *qnfm); _si minl(_uli *wakc); void sbyr(_uli *ywfi, _si xoqc); void dve(_uc *lye, _uli *mwl); void qexb(_uli *gjzm, _uli *kdbi); void upbm(_uli *jfgf, _uli *xdds); void znro(_uli *jnbe, _uli *cvxh); void fmlo(_uli *ryps); void pysl(_uli *citf, _uli *znqs); _si ehmw(_uli *omeo); void jpkq(_uli *geev, _uli *gavl, _uli *yaey, _uli *insv); _uli *jwex(); _uli *taxj(); void swnb(_uli *fycz, _uli *mzfn, _uli *huno, _uli *nnzs); void lwfw(_uli *xqiz); void hoqq(_uli *uaad, _uli *isco); void myqz(_uc *yawe, _uc *bdc); void dwws(_uli *rqnz, _si yysv); void vkxh(_uli *vvuw); _si hryb(_uli *czm); void hcts(_uli *edww, _uli *ziu, _uli *mmko); _si ewsu(_uli *nzzc); void shdn(_uli *tgom, _si anjr); void zzib(_uli *xmkd, _uli *utoa); void eerq(_uli *aybf); void bzmd(_uli *ymfs, _uli *wjis); void yimz(_uli *forz, _uli *qlvj, _uli *xiud); _uli *ecpg(); void nuem(_uli *pkdm, _uc *makq); void efto(_si vbdv, _uli *nvjs, _uli *xjpl, _uli *hmdm, _uli *jjdw); void fbis(_uc *egjc); void yngx(_uli *zuhz); void hhob(_uli *snxo, _uli *srep, _uli *tdyz); _uc *tgq(); void oyki(_si mvgo, _uli *astq); void ogmw(_uc *hier, _uc *xnvk, _uc *ouii, _si mjzh); _si deiz(_uli *ejku); void mgqw(_uli *rqhn, _uli *olvg); void lbly(_uli *thka, _uli *kojy, _uli *jfpb); void zrpr(_uli *fgrn, _uli *wkdw, _uli *crxm); void qtw(_uli *xnmy, _uli *bndg, _uli *ahte); void sdfn(_uli *gmdn, _uli *zizk, _uli *lebl); void uhcy(_uli *hhvn); void luac(_uli *fign, _uli *lcur, _uli *uyxn, _uli *vdle); void lzae(_uli *nxpf); void cjcl(_uli *egws, _uli *sqrl, _uli *tird); void ntnz(_uc *orca, _uc *kadk, _si lniq); void zesv(_uc *mlww); void gegi(_uli *rkgb, _uli *xrat); void nmnt(_uli *uyxh, _uli *ydkv, _uli *oijj); void azie(_uc *waxt); void yacd(_uli *ybjv); void pnxm(_ui *hvwu, _si ushb, _si sqqo, _si dahy, _si jsdg); _uli *jxo(); void mppz(_uli *bzgy, _uli *kimj, _uli *rtgz); void dlxq(_uc *irmq, _uc *svlh, _si kpr); void ydvb(_si ffvi, _uli *hzxv); void kmxb(_uli *iwho, _uli *ixsf, _uli *recj); void hizr(_uli *paac, _uli *cree, _uli *spka); _uli *qzcc(); void paxr(_uc *ufqf); void cgzd(_uli *smsk); _si pwkm(_uli *ajsl); void ttlr(_si xaxu, _uli *xydy); void pxrn(_si xhdh, _uli *wijd); void gqlw(_uc *hzij, _uc *uwfu, _si fqqt); void vcyw(_uli *wvoz); void izah(_uli *spzh, _uli *iowh, _uli *hbbh); void nwau(_uc *rijm); void fwwa(_uli *fqer); void abxs(_uli *lgrk, _uli *dlyv, _uli *sfwl); _uli *eymn(); void zful(_uc *tquy, _uc *dvec); void xeuc(_uc *fyzn, _uc *nxxm, _si ufs); void bmhx(_uli *ubki); void tsna(_uli *zkfg, _si pukw); void ndvl(_uli *pdlf, _uli *zxvm, _uli *bprb); void becn(_uc *voco); void jbzg(_ui *erui, _si ntnb, _si dvxx, _si epwi, _si faau); void gsac(_uli *drjp); void fnsq(_si hyv, _uli *qmlb); void ovlh(_uli *btvs, _uli *kcis); void bgup(_uli *ovlx); void uzzl(_uli *jzym); void fymw(_uli *kutc, _uli *mdgw); void gbau(_ui *iczh, _si jiur, _si gwut, _si btap, _si cjna); void rwwn(_uli *dsco); void aykz(_uc *humo, _uc *rayw, _si tkra); void eitj(_uli *wzqh, _uli *hjpf, _uli *cobb); _uc *ullk(); void batn(_uli *jgnr, _uli *peoy, _uli *yjzd); void hfkm(_uli *hzv, _uli *quku, _uli *ayh); _si coni(_uli *puic); void admj(_uli *agaj); void sfrn(_si ldrd, _uli *gfpw); void ylyz(_uli *cgpz, _uli *hgus); void mhp(_uli *tjqk); void megp(_uli *eark); void djzt(_uli *njlz); void oyof(_uc *whuc); void haww(_si nrso, _uli *rtwl, _uli *iufu, _uli *vfdj, _uli *zecv); void ojyl(_si hry, _uli *kgz, _uli *tfra, _uli *ehyv, _uli *yniq, _uli *frbj); void nfyn(_uli *avzn, _si ilzk); void kvgc(_si dfnd, _uli *kjsn, _uli *yjxq, _uli *wlcf, _uli *fxmn); _uli *xasz(); void jgux(_uli *ofco); void gdnf(_uli *wgfn, _si gewb); void rgcy(_si yzxg, _uli *rain, _uli *woli, _uli *jwvh, _uli *tvdp, _uli *knij, _uli *domc); void fmqy(_uli *wnuc, _uli *jfti, _uli *uwvu); void whjr(_uli *btek); void xeib(_uc *utdk, _uc *bvkp); void aono(_uli *qmqu); void ummz(_uli *tdhi, _uli *uszm, _uli *hwnh); void zuqn(_uc *hjhc, _uc *pjkh, _si luvi); void ihnr(_si tevo, _uli *fyhq, _uli *dpbw, _uli *ywaj, _uli *ystu); _uc *bbfl(); void hhjh(_uli *mqil, _uli *dzut, _uli *gwmo); _si ahij(_uli *kqky); void xlx(_uc *yymy); void ckxy(_uli *ghso, _uli *dzm, _uli *vphy); void zdwj(_uli *dyuk, _uli *qjzm, _uli *vbkx); void xsbz(_uli *dsjl); void idge(_uli *bwl, _uli *ewtp, _uli *epb, _uli *fuin, _uli *afs); _uc *tpmq(); _uli *opnz(); void qznj(_uli *nxom, _uc *onti); void qupk(_si hsai, _uli *qrol, _uli *vksh, _uli *ecpo, _uli *ifak); _uli *ntmu(); _uc *xiro(); void dkox(_uli *ucaw, _si lwqw); void umeg(_uli *kfcs, _uli *pkbj, _uli *wyip, _uli *dfyn); void zzzg(_uc *cfze, _uc *dpek, _uc *npke, _si qpal); _uli *aurm(); void bfyu(_uli *qnjw); _si qbqy(_uli *mxqo); void luq(_uc *cfce, _uc *tocs, _uc *rnyy, _si jllq); void zaye(_uc *cbpc, _uc *ncvx, _uc *rrzq, _si qhdn); _uc *xuhr(); void gfqo(_ui *qusk, _si vgj, _si ykoi, _si dbq, _si rgkb); void pgcw(_uc *copt, _uc *esto); void xac(_uc *xs, _uc *lyci, _si ug); _uli *igzy(); void ellf(_uc *vbfm, _uc *xmeo, _si jaoi); void tzks(_uli *xqdg); void nihe(_uli *phcw); void ebtx(_uli *gaks); void whf(_uc *jyfx, _uc *fhq); void bgyt(_uli *jibl, _uli *zvep); void uwxk(_uli *bxsj, _uli *hiuo, _uli *pthe); _si alic(_uli *faxj); void ghjk(_uli *igi, _uli *yiyi); void hsek(_si bwcd, _uli *xxxu, _uli *zhmt, _uli *jykm, _uli *suxz); void ogfs(_uli *lmts, _uli *rnqs, _uli *sebv); void jmps(_uli *owdo); void gazr(_uli *ragb, _uli *ybmg, _uli *pgnp); _si ivzx(_uli *qony); void rpkf(_uli *lmdj); _uc *miax(); void fyvu(_uli *jqjw, _uli *tdpw); void xlvp(_uli *cwsc); void rasi(_uli *pya); void nxck(_uli *pcul, _uli *hqzz); void hpgg(_uc *kjmw, _uc *uagm, _si yllw); void nzo(_uc *bwhr, _uc *eee, _si ptgj); void oiua(_uli *zajb); void ettz(_uli *guab, _si hixi); void amqw(_uc *yhso); void kjze(_uli *pqjg, _si bnrz); void fzvb(_uli *wbtu, _si mdoo); void ohr(_ui *oyh, _si mhud, _si vjz, _si kqkw, _si ynvw); void xmgi(_si ynwz, _uli *vlti); void fvbn(_uli *qcvs, _uli *feyy); void wjud(_uc *nqoc, _uc *edjk, _si iwkx); void rrjm(_uli *uydz, _si sult); void vqqh(_uc *bch); void glfx(_uli *ibip, _uli *joxr); _si taii(_uli *zzxo); void crxx(_uli *wlnn); _uli *exms(); _uli *uggb(); void kpce(_si jhif, _uli *savr); void upno(_uli *digx, _uli *wnhq); void tbch(_uc *coxs); void nnjo(_uli *eevu); void aolv(_uli *dbgs, _si lobn); void nrxr(_uc *okw); void eluh(_uli *dwbc, _uli *ghlb); void ela(_uli *kxxu, _si hnd); void ydzr(_uli *lkt, _uli *yoje, _uli *opzr); void athy(_uli *zgln, _uli *gtsa, _uli *bcqy); void fbaw(_uc *dsvn); void lfm(_uc *hhg, _uc *squj, _si xghy); void fixr(_uli *sevm, _uli *nsi, _uli *yyms); void xigq(_uli *xdia, _si gvww); void iehl(_uli *hzfq); void xekx(_uli *juxo); void fgqb(_uli *othx, _uli *flnk, _uli *otkr); void qqag(_uli *vyca); void jzqr(_uc *gn, _uc *lmun, _si bwwx); void uuoh(_uc *njmn, _uc *knss, _uc *xbzd, _si woc); void ezse(_uli *rmrc, _uli *rvnd); void oetr(_uc *khn); void nkjc(_uc *wx); void slki(_uli *elmb, _uli *pdlr); void htyd(_uli *cuxw); void blpv(_uli *ejmh); void mayy(_uli *lvfe, _uli *uhtx, _uli *pebu); void cvzs(_uli *pqhu, _uli *kqmx, _uli *moep); void xdsd(_uli *zntr, _si rojn); void xzpq(_uc *melq, _uli *vicu); _uli *ltdc(); void pps(_uli *kzqg, _uli *wgcu); void ohe(_uli *qux); void miun(_ui *wfs, _si catf, _si ayig, _si sgak, _si ozxf); _uc *oqmw(); void uydo(_uc *oeev, _uc *ddwe); void brs(_uli *jaju); void zsqt(_uc *rmf, _uc *nigh, _uc *myun, _si kfuj); void uzsm(_uli *rpji, _si zrgx); void kemx(_si midx, _uli *vfh, _uli *btmz, _uli *clr, _uli *epm, _uli *cog); void ewyj(_uli *upta, _uc *krl); void gqbj(_uli *xhms); void ose(_uc *jsui, _uc *srmr, _si jbh); void prwk(_uli *xwei); void zzhu(_uli *wnmi, _uli *miui, _uli *bpgw); void rukr(_si dsph, _uli *isvu, _uli *egha, _uli *dvgq, _uli *erja); void imjb(_uli *tdut, _uli *gnuw, _uli *sgbu); void zlqz(_uli *arap, _uli *oimk, _uli *wcke); void byze(_uli *xhop, _si ohpq); _uc *chvt(); _si tjca(_uli *ihxh); _uli *lbnq(); void vlow(_uc *eied, _uc *ikvp, _uc *ztnw, _si nkcp); _uc *pjj(); void fyir(_uli *tbad, _uli *ervt, _uli *evjk); void imw(_uc *pbl, _uc *vmre, _si soc); void kxcj(_uli *gnoo); _uc *smb(); void xkxu(_uli *mgoe, _uli *wfhv); void soat(_uli *civs, _si wexx); void cjdo(_si nmds, _uli *rerd); void kcab(_uli *kkhp); void awbh(_si iiko, _uli *cqzw); void huyv(_uli *snek, _uli *qypq); void fudo(_uc *qcwt, _uc *lccc, _si pjom); void jxkc(_uli *mpwb, _uli *ovb, _uli *cdzg); void llnz(_uc *chch, _uc *vcvy); void vemr(_uli *uyoo); void xllx(_si zoaz, _uli *ubot, _uli *epis, _uli *zzuz); void prvi(_uli *kzib); void mtlr(_uli *sobf, _uli *aqga); void mkpa(_uli *cxzq, _si xkuy); _si zito(_uli *cxsq); _si slxa(_uli *jzik); void idzd(_uli *fxkx, _uli *lfby); _uli *rucf(); void hmib(_uli *vxc, _uli *bsrd, _uli *vdt); void smpo(_si tfgf, _uli *mswu, _uli *okhs, _uli *prgi, _uli *frdr, _uli *jgwk); void vmew(_uc *ylye); void nnkn(_uli *sydy, _uli *jcwl, _uli *uoy); void xaze(_ui *ker, _si thap, _si bkhf, _si kgl, _si jjmm); _si neny(_uli *fgmq); _uli *beoj(); void sftm(_uli *jqia, _uli *vmwf); void pjcr(_uli *lblo, _uli *ijm, _uli *vric); void cbc(_uli *bpxr, _uli *papa, _uli *yyp); void mpmu(_uli *zek, _si jbx); void vtpu(_uli *fzzq, _uli *raym, _uli *elnu); void qdkl(_uli *heav); _uli *ghai(); void dvoy(_uli *rkog, _si foze); void fsp(_uc *mzre, _uc *zskv, _uc *knhm, _si olh); void bkgx(_si byqx, _uli *gmur, _uli *mkfj, _uli *caym, _uli *jwfr, _uli *slpu, _uli *syqy); void opxg(_uli *ufqx, _uli *bjtf, _uli *epvy); void ekbb(_uli *ezci, _uli *xgoa, _uli *pfes); void thiw(_uli *ejal); void ugd(_uc *sxv, _uc *xuxa, _si wmmb); void whgi(_uli *howu, _uli *odya, _uli *xvyy); _uli *eqyi(); void qpgf(_uc *zua); _uc *klpu(); void ypev(_si ftmo, _uli *jslj); void xper(_uli *bgjt); _uli *gavy(); _si arkx(_uli *indq); void ppcy(_uli *gepm, _si sgmc); void iong(_uli *qqud, _si nerp); void opvo(_uli *jfhs, _uli *yolx, _uli *qfkj); void ojll(_uli *apyv, _uli *duby, _uli *ooka); void ftxy(_uc *zhka); void ebw(_uc *dmix); void eeip(_uc *kiif); void tmpo(_uli *qjuj, _uli *yiym, _uli *dwks); _si hswa(_uli *ngac); void tzcr(_uli *mjme, _uli *cjbl, _uli *dqui); void wvwj(_uli *qarw); void bhci(_uli *ilvz); _si kqxq(_uli *nzzb); void qual(_uli *wlse, _uli *lgid, _uli *yqbs); void qimc(_uli *xzsr, _uli *unbk, _uli *rrme); void aai(_uc *rign, _uc *aifr); void ery(_uli *rjgd); void upqq(_si xnqu, _uli *ppwz, _uli *msap, _uli *pisw, _uli *tvdr); void abxt(_uli *gvqr, _uli *afsb, _uli *nxvu); _uli *bcqr(); void gxuq(_uli *lfdj, _uli *ruvq); void dvsd(_uli *eyyy); void kasm(_uli *djsd, _uli *xsra, _uli *mpee); void jrex(_uli *rtlj); void mevt(_uli *ctne, _uli *ncqw, _uli *qpxs, _uli *xoiz); void tkfu(_uli *fuay, _uli *ltqw, _uli *hljy, _uli *rjko, _uli *bcso); void oteg(_uli *zxsc); void lfcc(_uc *oijy); void lnnc(_ui *dler, _si drcq, _si cpau, _si bevc, _si wygk); void lysi(_uli *eqlv, _uli *rtww); void hmqq(_uli *urhv, _uli *jxzh); _si mvrt(_uli *oeoa); _uli *bfuj(); void ejwb(_uc *bftk); void vhlv(_uc *qpkc, _uc *amhx, _uc *yvnw, _si pyfd); void bbgt(_uli *knyf); void daan(_uc *zdd, _uc *twvy, _si ukgt); void ypoj(_uc *cywr, _uc *rbcj); void rvk(_uc *ymye, _uc *ycvv, _si usfl); void ofus(_uli *pqww, _uli *orcp, _uli *ganc); void mtfu(_uli *vqmk, _uli *knwv); void cxtq(_uli *ottl, _uli *izex, _uli *oeam); void skhk(_uli *knos); void ptrb(_uli *wqxu); void axol(_uc *jqdt, _uc *zwbj, _si eccm); void xjbp(_uc *dfw); void kwcc(_uli *kzml, _uli *bqji, _uli *icam); void wdmg(_uli *tcsn); void dsjc(_uli *ndjd, _uli *pmak); void zuwv(_uli *ugus); _uc *wncu(); _si baoc(_uli *mimg); void lzmb(_uli *txyr, _si rhcd); void syqz(_uli *hfxw, _si oktx); void uzug(_uli *tliw, _uli *ebhe); _si ynrq(_uli *kmrd); void hoa(_uc *quvl, _uc *ieee); void rlql(_uli *mzvv, _si lggu); _uli *ukft(); void zmk(_uli *tbzc); void ygth(_uc *xwvt, _uc *smho, _uc *usgd, _si raah); void jtve(_uc *jstq); void zhcg(_si khur, _uli *nvac); void twtk(_uli *rzjp, _uli *vamn, _uli *ratx); void hias(_uli *ftbi, _uli *wtyx, _uli *mlbr); void nlnb(_uc *dgto, _uc *dmcf, _uc *nhof, _uc *awvx, _uc *rmww, _uc *pfup, _uc *rbdv, _uc *yiwq, _uc *gekg, _uc *husq, _uli *ucdq, _uli *fnmq, _uli *rrpm, _uc *qav, _uc *qswk, _uc *xbfn, _uc *onoe); void dhvk(_uc *cxwf); void ypti(_uli *dxi, _uli *ttvn, _uli *roxr); void jdct(_uli *xrct); _si qug(_uli *efwp); void qwsx(_uli *zkrl, _uli *ageq, _uli *nscb); void wwer(_si ijjs, _uli *ixkx); void xat(_uc *ujr, _uc *amdq, _si pcrf); void yohy(_uc *irph, _uc *qhtn, _si qrgx); void kzwt(_uc *sjhv, _uc *allp); void nszo(_uc *gxti, _uc *krvi, _si ynek); void sjhs(_uli *yesw); void obul(_uli *kxc); void faf(_uc *feqk, _uc *hue, _si lkz); void yjmn(_uli *qobj, _uli *biyj); void xwox(_uli *wpbh, _uli *bynl, _uli *aqja, _uli *lbmn); void qndo(_uli *ycli, _uli *tpcf, _uli *qtal); void fksx(_uc *vqkz, _uc *dntw, _uc *vtkt, _si weni); void ghgk(_uli *achj); void jihe(_si cthb, _uli *xkgx); _si lkix(_uli *quhr); void wxsr(_uli *cfrm); _uli *lbjy(); void gxzj(_uli *scuy, _uli *hgvl, _uli *pjmr); void ihko(_uli *mqwk, _uli *kmns, _uli *pinc); void sxo(_si gsiz, _uli *cmax); void vbjy(_ui *pgjv, _si mqtg, _si wcmu, _si jhpu, _si pslz); void wfdd(_uli *oahm, _uli *yfji, _uli *odfx); void zzai(_uli *xcpu); void cxyd(_uc *gtt); void dxxx(_uli *xdcj); void devv(_uc *qtrp); void uhva(_si wkjj, _uli *gqwk, _uli *vlth, _uli *efmh, _uli *pobf, _uli *bkxg, _uli *mcsp, _uli *pdxe, _uli *tjjo); void gwlb(_uli *qgnk, _uli *hope); _uli *pjtf(); _uc *rezn(); void qmsc(_uli *zqvt, _uli *eqbk, _uli *clri); void jqey(_si xyhw, _uli *uosq, _uli *mozd, _uli *htqj, _uli *qtdc, _uli *pujc); void fohh(_uli *zxjb); void ygxq(_uli *dbge, _uli *wog); void wbry(_uli *kipn, _uli *znrf); void psdg(_uli *bfrw); _si iked(_uli *gcih); void pxxk(_uli *lhcn, _uli *qrve); void fuue(_uli *flib); void qpez(_si apig, _uli *cqlu); void fih(_uc *qpie, _uc *gon, _si mecj); void bzwk(_uli *kcyz, _uli *srq, _uli *losv); void agmd(_uli *rnih, _uli *ggdi); void atlz(_uli *iqne); void poy(_uli *tfv); void ofkm(_uc *adhl, _uc *mxjn, _si hgzp); void tmt(_uli *zxge, _uli *pnm); void kal(_uli *axh); void bqab(_uli *ppqa); void jdio(_uc *atli, _uc *vvj, _si pgm); _uli *wpkw(); _si uihd(_uli *lrhd); void lxqc(_uli *vvqs); void eva(_si trtj, _uli *euqp); void awdg(_uli *sgsf); void jmap(_uli *mxmf, _si ustn); _si oiou(_uli *ccki); void fhn(_ui *ot, _si zv, _si yqp, _si pqmi, _si xnuc); void qxxn(_uc *dwwh, _uc *kbbp, _si ybjo); void zeuz(_uli *fdu); _si quup(_uli *qgka); _si sdjm(_uli *ylkt, _uli *pxqr); void yior(_uli *nipu, _uli *obdo, _uli *nfpo); void zfkx(_uli *cgzy); void acjl(_uli *aive, _uli *wyij, _uli *afmd); void eyaj(_uc *pwds); void jrbh(_uli *eexr); _si wpsu(_uli *qjn); void ifax(_uli *ddfj, _si tcun); void tfb(_si vysw, _uli *wjqn); void qvax(_si ffmz, _uli *kley, _uli *hddk, _uli *aheb, _uli *iaap, _uli *lnyv, _uli *hvqg); void wrod(_uli *emdk, _uli *veqj, _uli *mhrf); void tjtz(_uli *whwp, _uli *aqor, _uli *uenp); void sstq(_uli *dcfd); _uc *tbvp(); void gwtg(_uli *tmua); void ctqk(_uli *xbm); void eysh(_uc *buic, _uc *rceh); void esde(_uc *vfcj); _si ugrj(_uli *pwse); void qhec(_uli *jwya, _uli *wwnr, _uli *yqin); void kvmk(_uli *vpsc, _uli *swwz, _uli *iizs); void ugoq(_uli *mzwq, _uli *civw, _uli *njdi); void owvl(_uli *demm); void zndq(_si sntd, _uli *shnq); void tcxz(_uli *cgwb, _si mqwo); void wjfv(_uli *znve); void tfxl(_uli *lkqe); void xnso(_si yjbc, _uli *liwi, _uli *tdhs, _uli *dzxq, _uli *oddu, _uli *zapw, _uli *uczm, _uli *lbmp, _uli *jpey, _uli *npwy, _uli *hoce, _uli *fnql); _si wsgg(_uli *lkld); void ucr(_uc *ggt); void pzky(_uli *fnqz, _uli *pakj); void bzly(_uli *sbji, _si nuwg); void edaq(_uli *uosp); _uli *gvzr(); void vdax(_uli *aowf, _uli *knir); void pzwr(_uli *saqq); void gybu(_si eeji, _uli *fdty, _uli *fshy, _uli *irve, _uli *pyew); void vhob(_uc *zebv, _uc *yhrg, _si vlyg); void qtgx(_si vddf, _uli *avwe, _uli *tleu, _uli *zyov, _uli *lyuq, _uli *krmt); void zarn(_uli *smut); void glb(_uli *pbzw, _uli *bioa, _uli *tjy); void jovs(_uli *tnpy, _si nutn); void pdfl(_uc *jqyr); _uc *mxtw(); void anvk(_uli *icp); void egnj(_uli *osxh); void zdh(_si auc, _uli *cfs); void dhvg(_uc *yhxu, _uc *xfrv); void ncfs(_uli *xtjq); void mcul(_uli *bndr, _uli *kmts); void tgv(_uc *qaqv, _uc *cioo, _si ops); void pwaj(_uc *ahvg); void turb(_uli *zwop, _si dxxd); _si ebsh(_uli *pdfo); _si vgvt(_uli *ghom); void quti(_uli *sexy); void jrjv(_uli *domb, _uli *segg); void cgng(_si tymy, _uli *bakr); void job(_uc *eqlw); _uli *zuit(); void boot(_uli *bwgc, _uli *bfjv, _uli *pdwt); _si gexy(_uli *uqox); void fmqz(_uli *jndy, _uli *lhpg); void ofcb(_uli *dwgh); void csfu(_uli *bfmi, _uli *qown, _uli *uzxu); void wshg(_uli *dlg, _si qolo); void ehcy(_uli *vbzp); void pvwp(_uli *usmy, _si bakb); void tud(_uli *xsxo); void ltfc(_si mswm, _uli *jrfm); void epuy(_uli *omkk, _si sylh); void ppha(_uli *ersf); void nibl(_si ouyv, _uli *hzge, _uli *izeb, _uli *nbrk, _uli *oelw); void iaps(_uc *qzsp, _uc *xqp); void hwcp(_uli *tfpt); void kxbb(_uc *xtwe, _uc *gelb); void svlt(_uli *ruxa, _uli *xxjc, _uli *pnfx, _uli *nppb); void vkoc(_uc *djly, _uc *jsve); _uli *trch(); void hbqy(_uc *msvg, _uc *mefx, _uc *rxge, _si shil); _si eleu(_uli *ciez); void owux(_uli *ccjq, _uli *ilcd, _uli *urs, _uli *pgzy, _uli *zvhd); _si eccd(_uli *ivhb); void wmzb(_uc *domm); void coqn(_uli *qthy); void mojg(_uli *djox, _uli *pojk, _uli *ejxx, _uli *lyht); void kvwb(_si zkg, _uli *ncky); void dta(_uc *luvl, _uc *eeuw, _uc *qrsi, _si zzqf); void cqlb(_uli *hnef, _uli *rrxk, _uli *hbhw); void cnqv(_uli *tmcf, _uli *afrx, _uli *zzo); _uli *ifws(); _uli *aqdx(); void glgo(_uli *srgd, _uli *qzev, _uli *bpys); void jif(_uc *cxea, _uc *fztl, _si mdq); void dnkt(_uli *mrgr, _si horb); void nizu(_uli *wxoq, _si agqr); void bxxi(_uli *ougn); void shba(_uli *xapz, _si nnbo); void diji(_uli *zmdf); _si hxlj(_uli *wvyp); _uc *zngz(); void xibd(_uli *ylpg); void tzql(_uc *rnfd, _uc *tpva, _si zcyz); void oihm(_uc *ovbi); void bkwi(_uli *dait, _uli *loff); void the(_ui *apbb, _si akcn, _si wea, _si bbn, _si mtz); void jcpm(_uc *lfx); _si lrgu(_uli *qhcu); _uli *veqw(); void qvds(_uli *ceel, _si qkfd); _uc *cuex(); _uli *bqii(); void uoff(_uli *tkbp, _si vhez); _si dhjw(_uli *damb, _uli *ucsw); void dvrt(_uc *pjuu, _uc *gtus); void lsug(_uli *wodx, _si ikdq); _si kpeq(_uli *llnt); void ovxt(_uc *wsmb, _uc *rnj, _uc *pqrx, _si xnla); void qzkg(_ui *ctma, _si atvp, _si aivw, _si dawr, _si ydcm); _si zqfw(_uli *eloo, _uli *nebb); void wgdo(_uli *msny); void oksh(_uc *rtnh, _uc *vxfv, _si uovl); void hmlr(_uli *qmuk, _uli *aion); void gezn(_ui *unnb, _si vfbb, _si pkvj, _si nbmk, _si ialv); void hir(_uc *geee); void naaj(_uli *bmvl, _uli *oxfv, _uli *elxd); void uflu(_uli *dlxy, _uli *bggc); void hwzd(_uli *uxpx); void dqso(_si rmal, _uli *zosg, _uli *rar, _uli *rjna, _uli *inr); void rtai(_uli *qhpq, _uli *ljoa, _uli *wcox); _si fdbl(_uli *xtyb); void lcpz(_uc *wpuu, _uc *wmou); void yyrs(_uli *lojt, _uli *jxvr); void rove(_uli *tftr, _si hout); void dgnp(_si blkt, _uli *addl); void ruxo(_uli *ujof, _si mxaq); void yfac(_uli *ibtn, _uli *hpsg, _uli *sufn); void tlzt(_uli *kupd, _uli *vxle); void anqz(_uli *hrf); void ugla(_uc *dxn, _uc *rvmt); void zdob(_uli *slym); void fegr(_uli *cuym); void brgl(_si uezf, _uli *hgqb); void urdl(_uli *fkcy, _uli *snvy, _uli *mepy); void awnr(_si hrei, _uli *hsza, _uli *zamy, _uli *bbff, _uli *csmb); void jllw(_uli *eqjh); _si ixot(_uli *klb); void tacz(_uli *aweo); void adeq(_uc *uawk); void aygc(_uli *soyq, _si uxdk); _si xamq(_uli *chkx); void vgja(_si mbzq, _uli *bwoh, _uli *nbpp, _uli *nzzt, _uli *mvlt); void uih(_uli *sgz, _uli *pdvo, _uli *xonw); void jopy(_uli *ujyk); void onvu(_uc *kks, _uc *uqrh); _uli *ieqp(); void kmym(_si kziy, _uli *oqoy, _uli *vxe, _uli *yyxv, _uli *ajsx, _uli *pakh); _si lsce(_uli *tnbp); void hqdy(_uli *vuwh, _uli *punx, _uli *xelx); void mszm(_uli *pjly, _uli *pqxy, _uli *kdis); _si kybi(_uli *ktnm); void asek(_uli *rusr, _uli *ddid); _uli *zlxq(); void itii(_si soqy, _uli *eqbt, _uli *khms, _uli *lev, _uli *tceg, _uli *bkd); void aoqy(_uc *oudm, _uc *qpfm, _si jgse); void hpz(_uli *bzyz); void glzg(_uli *jmfy); void jrmv(_si vtoh, _uli *rbxx); void qvca(_uli *ibot, _si fcfm); void tybm(_uli *axug, _uli *fhir); void unlk(_si rokh, _uli *evgk); void ygpg(_uc *uaiv, _uc *otbx, _si tway); void hatw(_uli *ytpz, _uli *jbvt, _uli *dzoi); void oyuw(_si bwte, _uli *jamx); void gbqi(_uli *ymfx, _si ldvo); void mnn(_uli *kap, _uli *usoy, _uli *itua); void ktvt(_uli *vpss, _uli *eqj, _uli *jmlj); void tkvi(_uli *awmf); _uc *jkxl(); void tnfc(_uli *tiun); void pvub(_uli *nhxy); _uli *rngf(); void hfzs(_si fiwi, _uli *ordh, _uli *uclk, _uli *cywj, _uli *liyt, _uli *eqeq); void dufq(_uli *utkd, _uli *itgv); void emtc(_uli *bjmu); _uc *hwgb(); _uli *xaie(); void zjxp(_si oiif, _uli *lpgi); void gjns(_uli *mmby, _uli *laiq); _si lvfh(_uli *ejle); _si puiz(_uli *lovj); _uc *suvc(); _uli *shbw(); _uli *hvxz(); void ntrk(_ui *sxx, _si qvi, _si divf, _si kgg, _si pirl); void nskq(_uli *sozs, _uli *jprb, _uli *ezjw, _uli *apqh, _uli *zsvt); void vfds(_uli *geoc, _uli *ulsk); _si hgce(_uli *stoo, _uli *uwpg); void tfth(_uc *dmmr, _uc *lsjj, _si nnhw); void yfuj(_uli *pcl, _si ibg); void yxsb(_ui *mhid, _si ptbq, _si ndcw, _si rqmv, _si cnbs); void qity(_uc *bodh, _uc *dnbq); void nqiq(_uli *wnxj, _uli *rylv, _uli *qyci); void gxnh(_uli *riad, _uli *xnez, _uli *jshm); void amjs(_uli *aagl, _uli *wuip, _uli *fmvw); void vqov(_uli *cdxe); void alfs(_uli *bknp); void dunq(_uli *auol, _uli *oown); void fazl(_uli *iyhz); void rifp(_si fiqk, _uli *mlof); void vmve(_si bafb, _uli *hfit); void ptib(_uli *lhqu, _uli *jfte, _uli *ypld); void jilg(_uli *gcks, _uli *ilal, _uli *iujn); void hhpt(_si qilh, _uli *idxm); void tzhk(_uc *hdga, _uc *xwsa, _si dhhv); void cqhk(_ui *yyee, _si xhkl, _si fsfs, _si ftky, _si mgkj); void qkoe(_uc *gbkr, _uc *ivbi); void aicp(_uli *vvog, _uli *qtle, _uli *fqor); void ktoc(_uli *afxy); void jujr(_uli *evoy); void gsxk(_uli *sbli); void jgfk(_ui *axyv, _si gbga, _si fadd, _si lqix, _si gywd); void ucjf(_uli *jrwg, _uli *rlyv, _uli *sxfr); void bfbq(_uc *xvw, _uc *wzlh, _si rrt); void chy(_uc *xjda, _uc *pwwx, _si abca); void bldf(_uli *yrjh, _uli *ouhb, _uli *bima); void xgly(_uli *pnyh, _uli *guwr, _uli *rrpc); void miyd(_si sesr, _uli *dpob); _uc *ccny(); void gwyw(_uli *wqbn); void tiut(_uli *abqx, _si utuy); void llvb(_uc *hcav, _uc *itm, _si jbqb); void gtat(_uli *zfyh, _uli *zogr); void gcpu(_uli *yrqb); _uli *bpwu(); void suu(_uc *mbbo, _uc *elw, _si wwz); void haue(_uli *igdh); void fdlw(_uli *ppgn, _uli *fcyk, _si fids); void brr(_uc *mud, _uc *ezh, _si loe); _si bxnb(_uli *vbjq); void dzxl(_uli *sofz, _uli *gkdv, _uli *xbwd); void yvov(_uli *vmpw, _uli *tfih, _uli *pcie); void fgew(_uli *vcow); void ynui(_uli *hgxf); _uli *ubcv(); void ntw(_uc *yau, _uc *toql, _si frat); void wmlh(_uli *koww, _uli *qzir, _uli *hfkv); void iwuj(_uli *fxia); _uli *derw(); void ckmk(_uli *gfv); _si taba(_uli *tikj); void yel(_uli *mxsu); void qozs(_uc *uftc); void shl(_uli *kzjs, _uli *wrl, _uli *hzdy); void xxwd(_uli *zvkh, _uli *iwhn, _uli *lmup, _uli *xtm); void lrjb(_si vmrb, _uli *kuik); void nh(_uc *szu, _uc *jum, _si rhzw); _si ztv(_uli *dwj); void gigd(_uc *avor, _uc *gwgy, _si zyis); void ray(_uli *ypeu, _si jug); void gckn(_uli *jhrp); void zptg(_uc *gcak, _uc *wvdd, _si tbkt); void ghws(_uli *lxou); void yhjk(_uc *evrq, _uc *xtum, _uc *fusv, _si sfbi); _uli *pncc(); void cjon(_uli *pzqb, _uli *omqe, _uli *kpum, _uli *wyqa); void fcxt(_ui *skcw, _si ypol, _si rgfw, _si cmkz, _si xpto); _si cqph(_uli *eoox); void zqtj(_uli *olzm); void hsue(_uli *unm); void tcfi(_uli *txvm); void xhth(_uli *ufad, _uli *jjop, _uli *qqcb); void nrgr(_ui *odwu, _si xghs, _si vbhh, _si lbox, _si ounp); void xmge(_uc *wbz, _uc *xinn, _uc *cwcq, _si agd); void qhtx(_uc *emso, _uc *oxxu, _uc *xsuc, _si rfqk); void akbd(_uli *krt); void oeqk(_uli *bxax); void xosh(_uli *hiwa, _uli *jdwf, _uli *qqlw); _uc *nnef(); void gum(_uli *kip, _si cms); _uli *sdtj(); _uli *rhfd(); void kwpe(_uli *pjju, _uli *bzdf, _uli *chzq); void ziul(_uli *fozv, _uc *dkxx); _si mgww(_uli *okmg); _si moby(_uli *arbc); _si oeys(_uli *bgaf); void nzoe(_uc *hepk, _uc *oyc); void nbpk(_uli *pghq, _uli *yzso, _uli *wwks); void ljtn(_uli *hsul, _uli *wpis, _uli *dfkk); void dkmo(_uli *gdrw, _si kzgr); void wtwh(_uc *pph, _uc *ymn, _si xvuk); void vlms(_si mwuo, _uli *aqxj, _uli *nkvl, _uli *lyib, _uli *iqsg, _uli *rhqs); void ohm(_uli *rova, _uli *jkr, _uli *owkc); void hukz(_uli *oada); void kssb(_uli *ekgc); void hkts(_si mdun, _uli *eywu, _uli *xwih, _uli *lmik, _uli *emzv); void bujk(_uli *xwff, _si uetf); void vgyt(_uli *ttum, _uli *ekue, _uli *mgu); void uek(_si kgui, _uli *fcyo, _uli *anxa, _uli *slua, _uli *oloa, _uli *gyfe); void fmrb(_uc *vnbx, _uc *bmtw, _uc *ppyi, _si ndie); void rck(_uc *jhmu, _uc *sgd, _si asl); _si ulso(_uli *aik); void niyt(_ui *rwyd, _si wknx, _si ccvc, _si shdg, _si olpr); void vjnb(_uc *zmyd); void xvfe(_uli *syve, _uli *aywn); void vnlc(_si oncg, _uli *hoxw, _uli *xlba, _uli *ccvy, _uli *cdaa, _uli *nopr); void lro(_uli *jogk, _uli *akzm, _uli *hzrq); void yhri(_uli *neqz); void iymp(_uli *fqgf); void ivrj(_uli *jofo); void ktan(_uli *ggsj, _uli *ijor); void rszk(_uli *ipzo); void jwgs(_uli *dgtg, _si kwju); void gdbk(_uli *zilu, _si kryp); void cxlv(_uc *vje); void kmuo(_uc *nrht, _uc *szoq, _si cxet); _si wxid(_uli *fxkc); void dgaq(_si dgwl, _uli *faei); void upni(_uc *vqm); _uli *ivvj(); void vhdm(_si kpbi, _uli *flxk); void uvvb(_uli *guex); void lrft(_uli *ogav); void vnuq(_uli *hnnj, _si dkaf); void cpid(_uli *moio, _uli *wqta); void slkm(_si tvsu, _uli *xsrf, _uli *uzdo, _uli *nokv, _uli *mtnj); void cden(_uli *cnli); void efgl(_uli *ojzs, _si oasf); void qdxz(_uli *etxb); void iimh(_si lwjl, _uli *zfgt, _uli *kbxe, _uli *mthm, _uli *vike, _uli *qxxi); void gvpc(_uli *srow, _uli *ahrz); void wyhr(_uli *zllw, _uli *rbwo, _uli *uqbh); void loa(_si jmmf, _uli *urra); void syy(_uc *jegn, _uc *dyo); void uczz(_uc *bewl); void aifn(_uli *vylk); void hshq(_uli *lzmj, _uli *vshx, _uli *xdme); void guzl(_uli *upgm); _uli *lau(); void faps(_uli *ntvt, _si ubx); _si kans(_uli *vpzn); void elek(_uli *qisk, _uli *bugw, _uli *ybsp); void gfcw(_uli *ujmg); void jxie(_uli *dkh); void xyuq(_uli *rlis, _si gahq); void jjjx(_uc *qevi, _uc *kweo, _si ovgm); _uc *bg(); void bbap(_uc *wawa, _uc *egbi, _si tube); void jsgd(_uli *dwxt, _uli *ntik); _uc *mbpi(); void nfeq(_uli *lpng); void gxkc(_uli *abcm); void mmk(_uli *xtds, _si qqj); void fkb(_uc *gupu, _uc *xepm); void adjd(_uli *azg, _uli *zphb, _uli *hkjx); void xcus(_uli *bobc, _si fgbb); void qvsf(_uli *hhzo, _uli *owdz, _uli *khcd); _uc *homj(); void rvyv(_uc *ukql, _uc *kjsv, _si kzsq); _si qyh(_uli *ntdx); void cyxw(_uli *dbd); _si tcqo(_uli *qle); void vcga(_si sgvz, _uli *ksre, _uli *pudd, _uli *sfzg, _uli *wdob); _uc *dzsw(); void mzgn(_uli *jkgl, _si lsem); void lfpr(_uli *phxt, _uli *ynuf, _uli *aikf); void xase(_uc *uurb); void rjyi(_uc *ince, _uc *xpdn, _si cvvz); void veem(_uli *jqte, _uli *zrex, _uli *tml, _uli *fvhk); void pnyj(_uli *nlpj, _uli *wdlf); void sdkj(_uli *gof, _uli *vgmd, _uli *qqiw); void txyu(_uli *azmm); void rfph(_uli *obqy, _uli *grtz); _uli *udez(); void hfqk(_uli *ptub); _uli *azfr(); void cjmm(_uli *ybbm, _uli *nsoe); _si vaxp(_uli *ffpw); _uli *tpdf(); void iqtc(_uli *aatj); void kbdi(_uli *yxlq, _uli *aobn); void hif(_uli *hnx, _uli *awlw, _uli *yzdt); void cary(_uli *pnow); _si gfes(_uli *djdb); void vkqh(_uli *giga, _uli *uusj, _uli *ygbm); void wvfg(_si efoh, _uli *rwby, _uli *dzup, _uli *qhph, _uli *hggn); void ekjm(_uli *eayg); void qzte(_uli *qeuf); void fekj(_uli *zaae, _uli *dbhh, _uli *kaci); void fozr(_uli *pfas); void djmw(_uli *kzah); void hnub(_uli *nvuy, _uli *eqrq); _uli *cgle(); void lnwo(_si sbec, _uli *nlnc, _uli *xfag, _uli *ydwv, _uli *iydy); _uc *uoth(); void oojy(_uli *zwrj, _uli *bbbo, _uli *tkfo); void rfmi(_uli *fhuy); _si icr(_uli *egac); void jdqj(_uli *rkwg); void qeuc(_uli *qqze, _uli *rcnq, _uli *frxh); _uc *xgwi(); void qxcw(_uli *ijkt, _uli *vkll); _si hwoh(_uli *rolx); void ijti(_uli *hscp); void masr(_uli *dfvq, _uli *rhvl, _uli *svlm); void eerw(_uli *omq); void bffa(_si msqr, _uli *oofh); void gnlu(_uli *ippo, _uli *ignz, _uli *xtkw); _uli *vryi(); void jvk(_uc *twbr); void dzme(_si enlt, _uli *ohfj, _uli *kfak, _uli *ertz, _uli *cgyp); void bewn(_uli *aymu, _si ohtw); void kmdy(_uli *psvf, _uli *njyc, _uli *ikcn); void krnj(_uli *jqiw, _uli *vnxj, _uli *gnio); void jgsh(_uc *mem, _uc *zcj); void crox(_ui *rqew, _si ztpp, _si cusp, _si gyt, _si sfe); void mqoe(_uc *irim); void bnoc(_uc *zmnx, _uc *decp, _si mwcd); _uli *wnin(); void kagd(_uli *atke, _uli *soyl); void lnae(_uli *gqza, _uli *fkdo, _uli *evdq, _uli *ekhn); void nzth(_uli *pizr, _uli *abuy); _si oavj(_uli *adkv); void ygeh(_uli *fwwz, _uli *jxwd); _uli *lej(); void ilfz(_uli *intv, _si jyop); _uli *uoef(); void dzbd(_uli *dgp); void fmrk(_uli *nfqg); void vtvx(_uli *ayht, _uli *hszd, _uli *jecl); void crfg(_uli *fbrb, _uli *wnra, _uli *amen); void opm(_uli *axj); void egmr(_uli *deao, _uli *ojuh, _uli *hqwd, _uli *nzy); _uli *xley(); _uc *rvvj(); void kvzx(_uli *suls, _si deuz); void rytz(_ui *eupz, _si yarp, _si okfj, _si scle, _si rzpm); _si mijb(_uli *jskf); void hynq(_uli *jebi); void xsik(_uli *tsrq); void mmwc(_si neda, _uli *oeyh); void xzsl(_uli *tspi); void uvcr(_uc *xpot, _uc *fgrr, _si cxml); void cqkg(_uc *ghuz, _uc *kncy, _si ofu); _si ugot(_uli *cxqs); void qwty(_uli *gibv, _uli *qvst); void hawh(_uc *rgau, _uc *pkhc, _si hksq); void mrdd(_uli *ynfb, _si mfoy); void mgrk(_uli *fpiv, _uli *umrs, _uli *obyg, _uli *cngl); _si hsnq(_uli *dnti); void mmd(_uli *rkyr, _uli *gbsz, _uli *lpjx); void ohtk(_si onjs, _uli *ysgd, _uli *zxfa, _uli *htqg, _uli *emup); _uli *mwob(); void awun(_uli *tpnl); _si wguf(_uli *hpyz); void dhst(_uc *ayf); _uli *isso(); void fckj(_uli *nofq, _uli *bsrw); void qyoe(_uli *xxsv); void ahgu(_si xbbh, _uli *gzfc, _uli *sjxz, _uli *ajbm, _uli *jnjv, _uli *epqw); _si ueva(_uli *olin); void skzx(_uli *vbtp, _uli *ilko, _uli *rtcb); void sdpx(_uli *bcku, _si lzpc); void wuxv(_uli *xvai, _uli *qcdc, _uli *boyg); void vdhl(_uli *cmbd, _uli *mjnu); void qydu(_uli *zwem, _si thax); void axmh(_uli *agva, _uli *nbma, _uli *lszg); void slxd(_uli *ftbj, _uli *kwhu, _uli *avua, _uli *xwjn); _si cwjc(_uli *abry); void fgfb(_uli *alvu); void tgg(_uli *xhvs, _uli *ybdo); void hixw(_uc *yog, _uc *gjm, _uc *pqxg, _si ckgq); _si tzor(_uli *tyat); _si tpcx(_uli *yqyj); _uli *ndri(); void jlkx(_si cdow, _uli *rhzp, _uli *tzlo, _uli *rwzd, _uli *uckb); void ravb(_uli *fuv, _uli *tevs, _uli *msih); void jp(_uc *gmx, _uc *eot, _si iwi); void addq(_uli *ojwn, _si gqnj); void xddw(_uc *xchj); void vkjm(_si mjbi, _uli *gdlx); void getx(_uli *hdcx, _uli *bqaz, _uli *xhc); void wuar(_si nssv, _uli *xuju, _uli *yifj, _uli *klrl, _uli *ewkj, _uli *siti, _uli *grto, _uli *jxdr, _uli *bdvz); void yjbv(_uli *kzqq, _uli *zvbc, _uli *uklv, _uli *ubvl); void aqqa(_uli *nps, _si kllh); void soac(_uli *uvth); void ouyp(_uli *xbou, _uli *mynl, _uli *ceax, _uli *aayn); void vvct(_uc *choh, _uc *tyeb, _uc *jknd, _si krnd); _si oobj(_uli *lmot); void gpjm(_uli *exfm); _si zhna(_uli *kgrr); void nkvm(_uli *klao, _uli *zfhl, _uli *qiea); _uc *dbph(); void pzvj(_uli *ofee); void foxc(_uli *dknq); void psxs(_uli *wmyz, _uli *kwnx, _uli *mwt); void rysi(_uli *znkw, _uli *efcm); void xdvu(_uli *avrx, _uli *gsxm); void dmvu(_uli *fnue, _uli *crer, _uli *pbtr, _uli *puyp); void efte(_uli *wbbs, _uli *eyxe, _uli *jben); void rflu(_uli *ebhi, _uli *przf); void dxbb(_si jpjt, _uli *aykh, _uli *huql, _uli *sidh, _uli *ujno); void yuaa(_uli *kgpt); void lagw(_uli *uvst); void gash(_uli *knxr); void oyeb(_uli *nqfg); void smt(_uli *htlm); _uli *ltai(); void luvx(_uli *lcjm, _uli *mldl); void zcjf(_si fyre, _uli *vdfq); void wzlw(_uli *jiai, _uli *oyvw); _uli *heyy(); void tyci(_uli *dupw, _uli *toxt, _uli *djum); void wvpt(_uli *rwdw); void hqin(_uli *gava, _uli *srqo); _si hxlh(_uli *qrpz); void lpln(_uli *begh, _uli *rtqt, _uli *ocba); void oujx(_si jlkm, _uli *euuk, _uli *eazf, _uli *fspw, _uli *hpja, _uli *pfbf); void nexv(_si mhps, _uli *wfep, _uli *fovj, _uli *zdlh, _uli *mpn); void urxz(_uli *fqea, _uli *ned); void umnp(_uli *ofuw, _uli *ypvc, _uli *xafs); void ptwx(_ui *lref, _si dgtb, _si dpwo, _si zzux, _si fejl); void hzpf(_uli *bfbl); void iuhi(_si ykek, _uli *lveo, _uli *ozsv, _uli *vbvz, _uli *hxmx); void yeju(_uli *cxfh, _si lxjr); void ygqu(_uli *pamr); void svdw(_uc *rpxu, _uc *dlcm, _si ybvt); void tcmt(_uli *jwee); void monk(_uli *vofo, _uli *lhnh, _uli *gmwh, _uli *efkb, _uli *rojs, _uli *iefj); void texy(_uli *gwik); void itrv(_uc *afou, _uc *opct, _si jxaa); void xakz(_uli *cqvc); void ucob(_uc *lpwl); void jwnr(_si dfpk, _uli *vwxe, _uli *xsca, _uli *edne, _uli *bgso); void ztzn(_uli *glmg, _si ladl); void zzvf(_uc *zere, _uc *bxbl, _si zraf); void gujn(_uli *yuni); void mdsh(_uli *iykv, _uli *ykro, _uli *zdwb); void fuqy(_uli *jbzr); void imtt(_si gyip, _uli *jcur, _uli *kajy, _uli *lwwf); void macr(_uli *gknl, _uli *zsmh, _uli *bcp); void aqrj(_uli *vvzu, _si whc); void axvr(_si crzo, _uli *bcbr); void fres(_uli *pei); void kybv(_uli *nxka); void vaja(_uli *dwba); void nhan(_si eycr, _uli *qfvi, _uli *wjfq, _uli *lwvp, _uli *xoxe); void ehbs(_uli *eleb, _si idob); void odqa(_uli *hzef, _uli *vfpz); void ckao(_uc *wjux); _uc *sxho(); void vdci(_uc *cjrb, _uc *mszv, _si rfx); void pftd(_uli *tctq, _uli *eicf, _uli *xabd); void ubst(_uli *dykh); _si ibhn(_uli *hifm); void xngp(_uli *pjls, _si cnuw); void qlww(_uc *kngb, _uc *vytm, _uc *osqo, _si lmnz); void hfae(_uli *jign, _si gcuy); void sspv(_uli *rbiq, _si vntc); void dovf(_uli *opfi); _si fuvl(_uli *vnfa); void qyyr(_si reui, _uli *ascl, _uli *jmkd, _uli *shxw, _uli *fwpn); void zgoj(_uc *lqdq, _uc *dzmo, _si buvb); void brje(_uli *nnyi); _uc *cvbw(); void cesq(_uli *beey); void okti(_si msvh, _uli *dpfc); void aszt(_uc *xcdx, _uc *hpwu, _si xfbv); void feto(_uli *aflh, _uli *ukkm); void xlud(_si pflz, _uli *prmw, _uli *lrea, _uli *osge, _uli *wfoz); void why(_uli *zrzl); void taim(_uli *pibn); void vgir(_uli *cgqv, _uli *qbtu); void midy(_uli *jdqb); void xfzf(_uc *ttc); _uli *lcdi(); void sqxj(_uli *uxpr, _uli *mldr, _uli *oepp); void vkhj(_uc *fdci); _si tdqm(_uli *fauw, _uli *nuse); _si ahev(_uli *cphz); void lmip(_uli *jnry, _uli *lkym); _uc *ixii(); void sszt(_uli *pgny, _uli *cptz); void rlag(_uli *mgkd, _uli *wtlr); void jakf(_uc *jrxg); void ptlf(_uli *enjd, _uli *vdcd, _uli *goip); void dsoi(_si rkvo, _uli *jakx, _uli *ensj, _uli *urve, _uli *rrbu); void ziph(_uc *eijq, _uc *qyrs, _uc *ahyx, _si fliy); void bfzb(_uc *iunv, _uc *dmxr, _uc *bdqg, _si ujdh); void xadu(_uli *lgxz, _uli *gtlg, _uli *kibo); void ztx(_uc *iftp); _uli *wsbw(); void bjlz(_uli *uczk); void whnh(_uli *eljw, _si bhan); void yfph(_uli *cryt); void pszw(_uc *btaw); void cev(_uli *lnwm); _uc *kipu(); void efjf(_uli *mhfy, _uli *ijyl); void nxco(_uli *nofp); void lzxt(_uli *okkm, _si pmjc); void xaep(_si qmmk, _uli *zwpv, _uli *snee, _uli *cmwn, _uli *zjmg, _uli *rruz); void bfho(_uc *dph, _uc *jgnn); void mxrm(_uli *ibjq); _uli *djmz(); void snba(_uli *awdc, _uli *ytxt, _uli *njby, _uli *lkme); _uli *fgtk(); void isqt(_uli *lico, _uli *dvsm, _uli *lqej); _uc *hwfp(); _si plbi(_uli *mctq); _uli *hfgh(); void tdkw(_uli *iish, _uli *abon); void lopk(_uli *cisv, _si hyhr); void huwx(_uli *tbcd); void tgph(_uli *bqzf, _uli *hdil, _uli *cqaq); void pex(_uli *canj); _si pzgo(_uli *ffq); void drso(_si gsrn, _uli *xxwp, _uli *eekn, _uli *ijig, _uli *hmhv); void ttby(_si kxsr, _uli *wazf, _uli *bawn, _uli *bbrm, _uli *lrjp, _uli *ryty); void okeo(_uli *hicp, _si hnml); void znjk(_uli *iuiz); void vgre(_uli *xtcy, _uli *ymok, _uli *zncq); void fcth(_uc *ptf, _uc *lzzm, _uc *edzw, _si bvc); _si khxt(_uli *bkcg); _si sjon(_uli *qdhg); void etap(_uc *masf, _uc *alfw, _si irjs); void ixr(_uli *amjp, _uli *ajak, _uli *hoou); void wynu(_uli *iqmj, _si pchh); _uli *xlgb(); void xsac(_uli *tebn, _uli *lfdo, _uli *xcba); void ehew(_uli *wwtm); void ucef(_si cvdf, _uli *eqwz, _uli *zise, _uli *nwcc, _uli *ytre, _uli *vztd, _uli *wlyx); void nfmc(_uli *czeo, _uli *rjow, _uli *vapq); void kcke(_uli *wrss, _uli *hevj, _uli *xdrg); void hfcm(_uc *dnba, _uc *jeig, _si baxq); void peph(_si iowz, _uli *piyw, _uli *gzay, _uli *bhlb, _uli *ytbq, _uli *hkda); void rsfq(_uc *ihd, _uc *luh); void zpbt(_uli *rebc); _si piku(_uli *qmuq); _uc *dkgo(); void ewze(_uli *iqun, _uli *pnzq, _uli *buci); void cbrz(_uli *kgtj, _uli *dvbh, _uli *tprr); void szfe(_si ouu, _uli *jtot, _uli *wkhw, _uli *cpad, _uli *yjzp); void jywa(_uli *ibet, _uli *fnpz, _uli *kpwo); _uli *test(); void ptmu(_ui *oxex, _si npci, _si crej, _si omri, _si odez); void dzu(_uli *bff); void smon(_uli *kew, _uli *dbsp); void rbat(_uli *hvhq, _uli *alhe); void hgfl(_uc *iay, _uc *gub, _si mfru); void gax(_uc *sudt); void jrff(_uli *ickk, _uli *illp); _uli *pidx(); void eldw(_uli *niok); void wsk(_uli *ncem); _si loqo(_uli *opgs); _si pxyd(_uli *tfoe); void wxdb(_uli *nvhh, _uli *zezb, _uli *kvqm); void rmio(_si ctws, _uli *pthu, _uli *xzyl, _uli *dusn); void eozz(_uli *toqn, _uli *mspr, _uli *vfcq); _uc *van(); void xrps(_uli *vtqh, _uli *hpex, _uli *ijfs); void fggu(_uli *iovc, _uli *ckkm, _uli *adie); void yoxj(_uli *shav, _si bqui); _si cksg(_uli *nzsa); void eupc(_uli *vjjq, _uli *eumi, _uli *cnga, _uli *orrl); _uc *exjn(); void jwnv(_uli *rtgt, _si sucp); void jfif(_uli *uicc); void ynjq(_uli *dhmw, _uli *emkz); _si yiek(_uli *mugp); _uli *wjle(); void agmf(_si faqz, _uli *gwci); void yrjy(_uc *rlyh, _uc *eltv, _si bqfg); void zwnw(_uc *ispw); void rtn(_uli *lxcl); void smon(_uli *kew, _uli *dbsp) { for (_si fnpv = 0; fnpv <= 12; fnpv += 1) { kew[fnpv] = -dbsp[fnpv]; } } void clpb(_uli *hfxy, _uli *xqpz, _uli *vyuy, _uli *qcjx, _uli *zlgr) { _uli *rtwb = svrk(); _uli *pbrd = gysu(); _uli *zfsy = heyy(); _uli *ynwl = yegz(); _uli *bntq = bpwu(); _uli *jchz = cevs(); _si okyy = 0; while (1) { _si jdlk = (qcjx[0] % 2) == 0; _si lmbp = (zlgr[0] % 2) == 0; if (!(jdlk && lmbp)) { break; } okyy += 1; tfzg(qcjx, 1); { _si divv = 1; _si upvb = 0; _si oxrd = 1; if (oxrd > (8 * sizeof(_uli))) { oxrd = -1; } if (upvb >= 13) { { for (_si vuwl = 0; vuwl <= 12; vuwl += 1) { zlgr[vuwl] = 0; } } } else { _uli jqux = (((((_uli)(1)) << (divv))) - ((_uli)(1))); if (oxrd < 0) { zlgr[0] = 0; } else { zlgr[0] = ((((zlgr[0]) & (~jqux))) >> (oxrd)); }; if (upvb != 0) { zlgr[0] += ((((zlgr[upvb]) & (~jqux))) >> (divv)); } for (_si usoa = 1; usoa <= (12 - upvb); usoa += 1) { zlgr[-1 + usoa] += ((((((zlgr[upvb + usoa]) & (jqux))) << (-divv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zlgr[usoa] = ((((zlgr[upvb + usoa]) & (~jqux))) >> (divv)); } for (_si ixur = 13 - upvb; ixur <= 12; ixur += 1) { zlgr[ixur] = 0; } }; } } { if (bntq != qcjx) { for (_si abls = 0; abls <= 12; abls += 1) { bntq[abls] = qcjx[abls]; } } } { if (hfxy != zlgr) { for (_si odie = 0; odie <= 12; odie += 1) { hfxy[odie] = zlgr[odie]; } } } dugh(rtwb, 1); { for (_si yiqr = 0; yiqr <= 12; yiqr += 1) { pbrd[yiqr] = 0; } } { for (_si prrw = 0; prrw <= 12; prrw += 1) { zfsy[prrw] = 0; } } { ynwl[0] = 1; for (_si cfyb = 1; cfyb <= 12; cfyb += 1) { ynwl[cfyb] = 0; } } while (1) { while (1) { _si upea = (bntq[0] % 2) == 0; if (!upea) { break; } hyud(bntq, 1); _si ajoa = (rtwb[0] % 2) == 0; _si iaba = (pbrd[0] % 2) == 0; if (!ajoa || !iaba) { kwpe(rtwb, rtwb, zlgr); { for (_si ispy = 0; ispy <= 12; ispy += 1) { pbrd[ispy] = pbrd[ispy] - qcjx[ispy]; } pxam(pbrd); } } enve(rtwb, 1); { _si enrs; { enrs = 0; _uli xnhe = 19; for (_si pamb = 12; pamb >= 0; pamb -= 1) { if (pbrd[pamb] != 0) { enrs = ((((pbrd[pamb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (enrs) { { for (_si xsnr = 0; xsnr <= 12; xsnr += 1) { pbrd[xsnr] = -pbrd[xsnr]; } } } fkts(pbrd, 1); if (enrs) { { for (_si mnuu = 0; mnuu <= 12; mnuu += 1) { pbrd[mnuu] = -pbrd[mnuu]; } } } } } while (1) { _si wzwy = (hfxy[0] % 2) == 0; if (!wzwy) { break; } mhkl(hfxy, 1); _si ujmy = (zfsy[0] % 2) == 0; _si eqqu = (ynwl[0] % 2) == 0; if (!ujmy || !eqqu) { { for (_si kgic = 0; kgic <= 12; kgic += 1) { zfsy[kgic] = zfsy[kgic] + zlgr[kgic]; } { _si ogve = mlvp(zfsy); if (ogve) { { for (_si xxwm = 0; xxwm <= 12; xxwm += 1) { zfsy[xxwm] = -zfsy[xxwm]; } } } for (_si acfl = 0; acfl <= 11; acfl += 1) { if (((((zfsy[acfl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zfsy[1 + acfl] -= 1; } else { zfsy[1 + acfl] += ((zfsy[acfl]) >> (47)); }; zfsy[acfl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zfsy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ogve) { { for (_si ktkz = 0; ktkz <= 12; ktkz += 1) { zfsy[ktkz] = -zfsy[ktkz]; } } } } } { for (_si hefc = 0; hefc <= 12; hefc += 1) { ynwl[hefc] = -qcjx[hefc] + ynwl[hefc]; } mkeb(ynwl); } } { _si hcoq = imli(zfsy); if (hcoq) { { for (_si wrey = 0; wrey <= 12; wrey += 1) { zfsy[wrey] = -zfsy[wrey]; } } } { _si zpyc = 1; _si iaac = 0; _si hven = 1; if (hven > (8 * sizeof(_uli))) { hven = -1; } if (iaac >= 13) { { for (_si wqjs = 0; wqjs <= 12; wqjs += 1) { zfsy[wqjs] = 0; } } } else { _uli vklh = (((((_uli)(1)) << (zpyc))) - ((_uli)(1))); if (hven < 0) { zfsy[0] = 0; } else { zfsy[0] = ((((zfsy[0]) & (~vklh))) >> (hven)); }; if (iaac != 0) { zfsy[0] += ((((zfsy[iaac]) & (~vklh))) >> (zpyc)); } for (_si zryh = 1; zryh <= (12 - iaac); zryh += 1) { zfsy[-1 + zryh] += ((((((zfsy[iaac + zryh]) & (vklh))) << (-zpyc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zfsy[zryh] = ((((zfsy[iaac + zryh]) & (~vklh))) >> (zpyc)); } for (_si dwau = 13 - iaac; dwau <= 12; dwau += 1) { zfsy[dwau] = 0; } }; } if (hcoq) { { for (_si bffr = 0; bffr <= 12; bffr += 1) { zfsy[bffr] = -zfsy[bffr]; } } } } hwof(ynwl, 1); } { for (_si jsty = 0; jsty <= 12; jsty += 1) { jchz[jsty] = bntq[jsty] - hfxy[jsty]; } kybv(jchz); } _si seva; { seva = 0; _uli siog = 19; for (_si mhhf = 12; mhhf >= 0; mhhf -= 1) { if (jchz[mhhf] != 0) { seva = ((((jchz[mhhf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (seva) { jzpx(hfxy, jchz); { for (_si jtvd = 0; jtvd <= 12; jtvd += 1) { zfsy[jtvd] = -rtwb[jtvd] + zfsy[jtvd]; } tgqd(zfsy); } xolk(ynwl, ynwl, pbrd); } else { { if (bntq != jchz) { for (_si xjkv = 0; xjkv <= 12; xjkv += 1) { bntq[xjkv] = jchz[xjkv]; } } } twmm(rtwb, rtwb, zfsy); wdxo(pbrd, pbrd, ynwl); }; _si xeuv; { xeuv = 0; _si bpaw = vukv(bntq); xeuv = bpaw == -1; } if (xeuv) { break; } } { if (xqpz != zfsy) { for (_si qhbk = 0; qhbk <= 12; qhbk += 1) { xqpz[qhbk] = zfsy[qhbk]; } } } { if (vyuy != ynwl) { for (_si ayzv = 0; ayzv <= 12; ayzv += 1) { vyuy[ayzv] = ynwl[ayzv]; } } } if (okyy > 0) { { _si aaud = (okyy % 47); _si wmvs = ((okyy) / (47)); _si yulh = -aaud + (((sizeof(_uli)) << (3))); if (wmvs >= 13) { tzhe(hfxy); } else { for (_si snnm = 12 - wmvs; snnm >= 1; snnm -= 1) { hfxy[snnm + wmvs] = ((hfxy[snnm]) << (aaud)); if (yulh < (8 * sizeof(_uli))) { hfxy[snnm + wmvs] += ((((hfxy[-1 + snnm]) >> (yulh))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } hfxy[wmvs] = ((hfxy[0]) << (aaud)); for (_si ytqb = -1 + wmvs; ytqb >= 0; ytqb -= 1) { hfxy[ytqb] = 0; } }; { for (_si fgio = 0; fgio <= 11; fgio += 1) { hfxy[1 + fgio] += ((hfxy[fgio]) >> (47)); hfxy[fgio] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hfxy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _si lvhk = (okyy % 47); _si qnmk = ((okyy) / (47)); _si urbq = -lvhk + (((sizeof(_uli)) << (3))); if (qnmk >= 13) { { for (_si dcnq = 0; dcnq <= 12; dcnq += 1) { qcjx[dcnq] = 0; } } } else { for (_si ytzu = 12 - qnmk; ytzu >= 1; ytzu -= 1) { qcjx[qnmk + ytzu] = ((qcjx[ytzu]) << (lvhk)); if (urbq < (8 * sizeof(_uli))) { qcjx[qnmk + ytzu] += ((((qcjx[-1 + ytzu]) >> (urbq))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } qcjx[qnmk] = ((qcjx[0]) << (lvhk)); for (_si cawr = -1 + qnmk; cawr >= 0; cawr -= 1) { qcjx[cawr] = 0; } }; jvwp(qcjx); } hiek(zlgr, okyy); } hosm(rtwb); ppkr(pbrd); { _uc *kxxy = (_uc *)(zfsy); for (_si ywzz = 0; ywzz <= 360; ywzz += 1) { kxxy[ywzz] = (_uc)(255 + kxxy[1 + ywzz]) * (_uc)(1 + kxxy[ywzz]); } kxxy[361] = 0; } { _uc *pphp = (_uc *)(ynwl); for (_si gsww = 0; gsww <= 360; gsww += 1) { pphp[gsww] = (_uc)(1 + pphp[gsww]) * (_uc)(255 + pphp[1 + gsww]); } pphp[361] = 0; } { _uc *wwqi = (_uc *)(bntq); for (_si bkvi = 0; bkvi <= 360; bkvi += 1) { wwqi[bkvi] = (_uc)(255 + wwqi[1 + bkvi]) * (_uc)(1 + wwqi[bkvi]); } wwqi[361] = 0; } pyfk(jchz); } void ziul(_uli *fozv, _uc *dkxx) { _uli *kmvv = zdnl(); psdg(fozv); for (_si dgpo = 0; dgpo <= 31; dgpo += 1) { { kmvv[0] = dkxx[31 - dgpo]; for (_si coca = 1; coca <= 12; coca += 1) { kmvv[coca] = 0; } } gdbk(kmvv, 8 * dgpo); { for (_si eyyw = 0; eyyw <= 12; eyyw += 1) { fozv[eyyw] = fozv[eyyw] + kmvv[eyyw]; } eeio(fozv); } } sglo(kmvv); } void bho(_uc *hcxv, _uc *ssdl, _si rki) { _ui *vpfj = (_ui *)(hcxv + 0); _ui *uir = (_ui *)(hcxv + 128); _uc *pcuq = (_uc *)(vpfj); for (_si wyy = 0; wyy <= (-1 + rki); wyy += 1) { if (uir[0] >= 64) { ugv(hcxv); uir[0] = 0; } ssdl[wyy] ^= pcuq[uir[0]]; uir[0] += 1; } } _uc *yhup() { ; _uc *dcjv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; dcjv = (_uc *)(_m + 362 * _s); break; } _s += 1; } return dcjv; } void osmn(_uli *eicc) { for (_si iuey = 0; iuey <= 12; iuey += 1) { eicc[iuey] = 0; } } _uc *fpeu() { ; _uc *slni; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; slni = (_uc *)(_m + 362 * _s); break; } _s += 1; } return slni; } _si bbsi(_uli *qtrv) { _si lseb = 0; _uli jfdy = 19; for (_si kfrr = 12; kfrr >= 0; kfrr -= 1) { if (qtrv[kfrr] != 0) { lseb = ((((qtrv[kfrr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lseb; } void ifwu(_uli *gfyr, _uli *wusx, _uli *oljw, _uli *jztz) { ekbb(wusx, oljw, jztz); _si pntb = ftne(wusx, gfyr); if (!pntb) { eexc(wusx, wusx, gfyr); } } void ajwm(_uli *vntz) { _uc *kasv = (_uc *)(vntz); for (_si mbcs = 0; mbcs <= 360; mbcs += 1) { kasv[mbcs] = (_uc)(255 + kasv[1 + mbcs]) * (_uc)(1 + kasv[mbcs]); } kasv[361] = 0; } void tozm(_uli *ijkk, _si ioff) { _si ukqb = (ioff % 47); _si myhq = ((ioff) / (47)); _si qarb = ioff; if (qarb > (8 * sizeof(_uli))) { qarb = -1; } if (myhq >= 13) { mkrv(ijkk); } else { _uli fnfz = (((((_uli)(1)) << (ukqb))) - ((_uli)(1))); if (qarb < 0) { ijkk[0] = 0; } else { ijkk[0] = ((((ijkk[0]) & (~fnfz))) >> (qarb)); }; if (myhq != 0) { ijkk[0] += ((((ijkk[myhq]) & (~fnfz))) >> (ukqb)); } for (_si qnhb = 1; qnhb <= (12 - myhq); qnhb += 1) { ijkk[-1 + qnhb] += ((((((ijkk[myhq + qnhb]) & (fnfz))) << (-ukqb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ijkk[qnhb] = ((((ijkk[myhq + qnhb]) & (~fnfz))) >> (ukqb)); } for (_si avxm = 13 - myhq; avxm <= 12; avxm += 1) { ijkk[avxm] = 0; } }; } _si dicl(_uli *zlwc) { _si lted = 0; _uli jrej = 19; for (_si sjfe = 12; sjfe >= 0; sjfe -= 1) { if (zlwc[sjfe] != 0) { lted = ((((zlwc[sjfe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lted; } void bdmh(_uli *hulr) { for (_si sjja = 0; sjja <= 12; sjja += 1) { hulr[sjja] = 0; } } void dqlo(_uc *pldd) { _uc *ybq = (_uc *)(pldd + 0); _ui *ncl = (_ui *)(pldd + 64); _ui *srtx = (_ui *)(pldd + 96); _si xpr = 0; _ui wgoe = 0; _ui fcqk = 0; _ui mxye = 0; _ui jrr = 0; _ui tqqt = 0; _ui rjzo = 0; for (_si npep = 0; npep <= 15; npep += 1) { srtx[npep] = (((((((((_ui)(ybq[xpr])) << (24))) | ((((_ui)(ybq[1 + xpr])) << (16))))) | ((((_ui)(ybq[2 + xpr])) << (8))))) | ((_ui)(ybq[3 + xpr]))); xpr += 4; } for (_si mhim = 16; mhim <= 31; mhim += 1) { wgoe = ((((((((srtx[-15 + mhim]) >> (7))) | (((srtx[-15 + mhim]) << (25))))) ^ (((((srtx[-15 + mhim]) >> (18))) | (((srtx[-15 + mhim]) << (14))))))) ^ (((srtx[-15 + mhim]) >> (3)))); jrr = ((((((((srtx[-2 + mhim]) >> (17))) | (((srtx[-2 + mhim]) << (15))))) ^ (((((srtx[-2 + mhim]) >> (19))) | (((srtx[-2 + mhim]) << (13))))))) ^ (((srtx[-2 + mhim]) >> (10)))); srtx[mhim] = jrr + srtx[-16 + mhim] + srtx[-7 + mhim] + wgoe; _m[65160] += 1; } _ui ocl = ncl[0]; _ui hfc = ncl[1]; _ui mhpa = ncl[2]; _ui vkia = ncl[3]; _ui dtx = ncl[4]; _ui izcg = ncl[5]; _ui ebf = ncl[6]; _ui abc = ncl[7]; for (_si uql = 0; uql <= 31; uql += 1) { wgoe = ((((((((ocl) >> (2))) | (((ocl) << (30))))) ^ (((((ocl) >> (13))) | (((ocl) << (19))))))) ^ (((((ocl) >> (22))) | (((ocl) << (10)))))); fcqk = ((((((ocl) & (hfc))) ^ (((ocl) & (mhpa))))) ^ (((hfc) & (mhpa)))); mxye = fcqk + wgoe; jrr = ((((((((dtx) >> (6))) | (((dtx) << (26))))) ^ (((((dtx) >> (11))) | (((dtx) << (21))))))) ^ (((((dtx) >> (25))) | (((dtx) << (7)))))); tqqt = ((((dtx) & (izcg))) ^ (((~dtx) & (ebf)))); rjzo = *(((_ui *)(_m + 246160) + uql)) + jrr + srtx[uql] + abc + tqqt; abc = ebf; ebf = izcg; izcg = dtx; dtx = rjzo + vkia; vkia = mhpa; mhpa = hfc; hfc = ocl; ocl = mxye + rjzo; _m[65161] += 1; } ncl[0] += ocl; ncl[1] += hfc; ncl[2] += mhpa; ncl[3] += vkia; ncl[4] += dtx; ncl[5] += izcg; ncl[6] += ebf; ncl[7] += abc; } void rhbz(_uli *wlaq) { _si twvf; { twvf = 0; _uli qvjj = 19; for (_si kwiu = 12; kwiu >= 0; kwiu -= 1) { if (wlaq[kwiu] != 0) { twvf = ((((wlaq[kwiu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (twvf) { fvws(wlaq, wlaq); } for (_si nhbg = 0; nhbg <= 11; nhbg += 1) { if (((((wlaq[nhbg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wlaq[1 + nhbg] -= 1; } else { wlaq[1 + nhbg] += ((wlaq[nhbg]) >> (47)); }; wlaq[nhbg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wlaq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (twvf) { { for (_si musv = 0; musv <= 12; musv += 1) { wlaq[musv] = -wlaq[musv]; } } } } void btdf(_uli *vgca) { _uc *atcm = (_uc *)(vgca); for (_si hjmd = 0; hjmd <= 360; hjmd += 1) { atcm[hjmd] = (_uc)(1 + atcm[hjmd]) * (_uc)(255 + atcm[1 + hjmd]); } atcm[361] = 0; } void galo(_uli *gaka, _uli *hno, _uli *fwba, _uli *ffco) { abap(hno, fwba); _si whz = wxiw(hno); _si jiuy; { jiuy = -1; for (_si hwyl = 12; hwyl >= 0; hwyl -= 1) { if (ffco[hwyl] != 0) { jiuy = hwyl; break; } } } if (whz >= jiuy) { _si htbk = 0; _uli xszd = ffco[jiuy]; while (xszd < (((((((_uli)(1)) << (47)))) >> (1)))) { htbk += 1; xszd <<= 1; } if (jiuy == 0) { htbk += 47; whz += 1; jiuy += 1; } if (htbk > 0) { rove(hno, htbk); { _si bhoa = (htbk % 47); _si uybe = ((htbk) / (47)); _si aqrp = -bhoa + (((sizeof(_uli)) << (3))); if (uybe >= 13) { { for (_si cxuj = 0; cxuj <= 12; cxuj += 1) { ffco[cxuj] = 0; } } } else { for (_si gan = 12 - uybe; gan >= 1; gan -= 1) { ffco[gan + uybe] = ((ffco[gan]) << (bhoa)); if (aqrp < (8 * sizeof(_uli))) { ffco[gan + uybe] += ((((ffco[-1 + gan]) >> (aqrp))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ffco[uybe] = ((ffco[0]) << (bhoa)); for (_si eaps = -1 + uybe; eaps >= 0; eaps -= 1) { ffco[eaps] = 0; } }; aarg(ffco); } } _si hhe = -jiuy + whz; xszd = ffco[jiuy]; _uli wnhz = ffco[-1 + jiuy]; for (_si exmz = hhe; exmz >= 0; exmz -= 1) { __uint128_t afpf = (__uint128_t)(((((_uli)(1)) << (47)))) * hno[1 + exmz + jiuy] + hno[exmz + jiuy]; _uli btpp = 0; __uint128_t oagh = ((afpf) / (xszd)); __uint128_t ihrv = (afpf % xszd); while (oagh == ((((_uli)(1)) << (47))) || (oagh * wnhz) > (ihrv * ((((_uli)(1)) << (47))) + hno[-1 + exmz + jiuy])) { oagh -= 1; ihrv += xszd; if (ihrv >= ((((_uli)(1)) << (47)))) { break; } } afpf = 0; for (_si irs = 0; irs <= jiuy; irs += 1) { afpf += ffco[irs] * oagh; btpp = hno[exmz + irs]; if (afpf > btpp) { afpf -= btpp; btpp = afpf % ((((_uli)(1)) << (47))); afpf = ((afpf) / (((((_uli)(1)) << (47))))); if (btpp == 0) { hno[exmz + irs] = 0; } else { hno[exmz + irs] = ((1 + ~(_uli)(btpp)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); afpf += 1; }; } else { hno[exmz + irs] -= afpf; afpf = 0; }; } btpp = hno[1 + exmz + jiuy]; if (afpf > btpp) { ffco[1 + exmz + jiuy] = -1 + oagh; afpf = 0; for (_si pauf = 0; pauf <= jiuy; pauf += 1) { afpf += ffco[pauf] + hno[exmz + pauf]; hno[exmz + pauf] = afpf % ((((_uli)(1)) << (47))); afpf = ((afpf) / (((((_uli)(1)) << (47))))); } } else { ffco[1 + exmz + jiuy] = oagh; hno[1 + exmz + jiuy] -= afpf; }; } for (_si fezw = 0; fezw <= hhe; fezw += 1) { gaka[fezw] = ffco[1 + fezw + jiuy]; hno[1 + fezw + jiuy] = 0; } for (_si brrt = 1 + hhe; brrt <= 12; brrt += 1) { gaka[brrt] = 0; } if (gaka != ffco) { for (_si zeq = 1 + jiuy; zeq <= (1 + whz); zeq += 1) { ffco[zeq] = 0; } if (htbk > 0) { rlql(ffco, htbk); } } if (htbk > 0) { yfuj(hno, htbk); } } } void tyrb(_uli *smgf, _si swsh) { _si gbtv = (swsh % 47); _si qxds = ((swsh) / (47)); _si xwyn = swsh; if (xwyn > (8 * sizeof(_uli))) { xwyn = -1; } if (qxds >= 13) { { for (_si dhue = 0; dhue <= 12; dhue += 1) { smgf[dhue] = 0; } } } else { _uli efrv = (((((_uli)(1)) << (gbtv))) - ((_uli)(1))); if (xwyn < 0) { smgf[0] = 0; } else { smgf[0] = ((((smgf[0]) & (~efrv))) >> (xwyn)); }; if (qxds != 0) { smgf[0] += ((((smgf[qxds]) & (~efrv))) >> (gbtv)); } for (_si xrv = 1; xrv <= (12 - qxds); xrv += 1) { smgf[-1 + xrv] += ((((((smgf[qxds + xrv]) & (efrv))) << (-gbtv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); smgf[xrv] = ((((smgf[qxds + xrv]) & (~efrv))) >> (gbtv)); } for (_si vgxp = 13 - qxds; vgxp <= 12; vgxp += 1) { smgf[vgxp] = 0; } }; } _uli *cxsb() { ; _uli *ehsg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ehsg = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ehsg; } void zexw(_uli *fots) { _si voqd = eccd(fots); if (voqd) { qsdb(fots, fots); } for (_si jxcl = 0; jxcl <= 11; jxcl += 1) { if (((((fots[jxcl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fots[1 + jxcl] -= 1; } else { fots[1 + jxcl] += ((fots[jxcl]) >> (47)); }; fots[jxcl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fots[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (voqd) { fvyc(fots, fots); } } void ecdx(_uc *uxde, _uc *gvu, _si vsmp) { { _ui *qkgr = (_ui *)(uxde + 64); for (_si puet = 0; puet <= 7; puet += 1) { qkgr[4 + puet] = (((_ui)((gvu + 4 * puet)[0])) + ((((_ui)((gvu + 4 * puet)[1])) << (8))) + ((((_ui)((gvu + 4 * puet)[2])) << (16))) + ((((_ui)((gvu + 4 * puet)[3])) << (24)))); } } _ui *hids = (_ui *)(uxde + 64); _ui *bpjh = (_ui *)(uxde + 128); for (_si oija = 0; oija <= 3; oija += 1) { hids[oija] = (((_ui)(((_uc *)(_m + 48146) + 4 * oija)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * oija)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * oija)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * oija)[3])) << (24)))); } for (_si yrbr = 0; yrbr <= 3; yrbr += 1) { hids[12 + yrbr] = vsmp; _m[65162] += 1; } bpjh[0] = 3904225602; } void akbd(_uli *krt) { _si fbiw = ptmv(krt); if (fbiw) { { for (_si qsqg = 0; qsqg <= 12; qsqg += 1) { krt[qsqg] = -krt[qsqg]; } } } for (_si pgzr = 0; pgzr <= 11; pgzr += 1) { if (((((krt[pgzr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { krt[1 + pgzr] -= 1; } else { krt[1 + pgzr] += ((krt[pgzr]) >> (47)); }; krt[pgzr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } krt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fbiw) { boq(krt, krt); } } _uc *sln() { ; _uc *jzpb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; jzpb = (_uc *)(_m + 362 * _s); break; } _s += 1; } return jzpb; } void dlfz(_uli *svhq) { _uc *oipb = (_uc *)(svhq); for (_si xaiu = 0; xaiu <= 360; xaiu += 1) { oipb[xaiu] = (_uc)(255 + oipb[1 + xaiu]) * (_uc)(1 + oipb[xaiu]); } oipb[361] = 0; } _si gbmq(_uli *kvtv) { _si ixqu = 0; _uli ymqj = 19; for (_si wles = 12; wles >= 0; wles -= 1) { if (kvtv[wles] != 0) { ixqu = ((((kvtv[wles]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ixqu; } void hvrw(_uli *qgww) { _si xrvo = icov(qgww); if (xrvo) { ukti(qgww, qgww); } for (_si iaf = 0; iaf <= 43; iaf += 1) { if (((((qgww[iaf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qgww[1 + iaf] -= 1; } else { qgww[1 + iaf] += ((qgww[iaf]) >> (47)); }; qgww[iaf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qgww[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xrvo) { pdzi(qgww, qgww); } } _uc *xiro() { ; _uc *bckv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; bckv = (_uc *)(_m + 362 * _s); break; } _s += 1; } return bckv; } void vcyw(_uli *wvoz) { for (_si ewpd = 0; ewpd <= 11; ewpd += 1) { wvoz[1 + ewpd] += ((wvoz[ewpd]) >> (47)); wvoz[ewpd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wvoz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void xwsk(_uli *xooz) { for (_si wfwz = 0; wfwz <= 11; wfwz += 1) { xooz[1 + wfwz] += ((xooz[wfwz]) >> (47)); xooz[wfwz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xooz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si stlw(_uli *uftq) { _si bvka = 0; _uli uysk = 19; for (_si ngfv = 12; ngfv >= 0; ngfv -= 1) { if (uftq[ngfv] != 0) { bvka = ((((uftq[ngfv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bvka; } void mrsb(_uc *crdx) { _uc *fzyw = (_uc *)(crdx + 0); _ui *gyr = (_ui *)(crdx + 64); _uli *gcdc = (_uli *)(crdx + 352); _uli uhu = 8 * gcdc[0]; _uc phrq[1]; phrq[0] = 128; cqkg(crdx, phrq, 1); while (((((gcdc[0]) & (63))) != (56))) { phrq[0] = 0; kmuo(crdx, phrq, 1); } for (_si otn = 0; otn <= 7; otn += 1) { phrq[0] = (_uc)(((((uhu) >> (8 * (7 - otn)))) & (255))); { _uc *hhjv = (_uc *)(crdx + 0); _uli *jlbj = (_uli *)(crdx + 352); _si mye = (_si)(((jlbj[0]) & (63))); jlbj[0] += 1; for (_si jegp = 0; jegp <= 0; jegp += 1) { hhjv[mye] = phrq[jegp]; mye += 1; if (mye == 64) { cxlv(crdx); mye = 0; } } } } _si vqg = 0; for (_si vlns = 0; vlns <= 7; vlns += 1) { _ui kzzg = gyr[vlns]; fzyw[vqg] = (_uc)(((((kzzg) >> (24))) & (255))); fzyw[1 + vqg] = (_uc)(((((kzzg) >> (16))) & (255))); fzyw[2 + vqg] = (_uc)(((((kzzg) >> (8))) & (255))); fzyw[3 + vqg] = (_uc)(((kzzg) & (255))); vqg += 4; } } void bsvn(_uc *sevx) { _ui *cmuq = (_ui *)(sevx + 0); _ui *aev = (_ui *)(sevx + 64); for (_si hqdl = 0; hqdl <= 15; hqdl += 1) { cmuq[hqdl] = aev[hqdl]; } for (_si fbpl = 0; fbpl <= 9; fbpl += 1) { { cmuq[0] += cmuq[4]; cmuq[12] ^= cmuq[0]; cmuq[12] = ((((cmuq[12]) << (16))) | (((cmuq[12]) >> (16)))); cmuq[8] += cmuq[12]; cmuq[4] ^= cmuq[8]; cmuq[4] = ((((cmuq[4]) << (12))) | (((cmuq[4]) >> (20)))); cmuq[0] += cmuq[4]; cmuq[12] ^= cmuq[0]; cmuq[12] = ((((cmuq[12]) << (8))) | (((cmuq[12]) >> (24)))); cmuq[8] += cmuq[12]; cmuq[4] ^= cmuq[8]; cmuq[4] = ((((cmuq[4]) << (7))) | (((cmuq[4]) >> (25)))); } aqtb(cmuq, 1, 5, 9, 13); { cmuq[2] += cmuq[6]; cmuq[14] ^= cmuq[2]; cmuq[14] = ((((cmuq[14]) << (16))) | (((cmuq[14]) >> (16)))); cmuq[10] += cmuq[14]; cmuq[6] ^= cmuq[10]; cmuq[6] = ((((cmuq[6]) << (12))) | (((cmuq[6]) >> (20)))); cmuq[2] += cmuq[6]; cmuq[14] ^= cmuq[2]; cmuq[14] = ((((cmuq[14]) << (8))) | (((cmuq[14]) >> (24)))); cmuq[10] += cmuq[14]; cmuq[6] ^= cmuq[10]; cmuq[6] = ((((cmuq[6]) << (7))) | (((cmuq[6]) >> (25)))); } etpj(cmuq, 3, 7, 11, 15); mzut(cmuq, 0, 5, 10, 15); { cmuq[1] += cmuq[6]; cmuq[12] ^= cmuq[1]; cmuq[12] = ((((cmuq[12]) << (16))) | (((cmuq[12]) >> (16)))); cmuq[11] += cmuq[12]; cmuq[6] ^= cmuq[11]; cmuq[6] = ((((cmuq[6]) << (12))) | (((cmuq[6]) >> (20)))); cmuq[1] += cmuq[6]; cmuq[12] ^= cmuq[1]; cmuq[12] = ((((cmuq[12]) << (8))) | (((cmuq[12]) >> (24)))); cmuq[11] += cmuq[12]; cmuq[6] ^= cmuq[11]; cmuq[6] = ((((cmuq[6]) << (7))) | (((cmuq[6]) >> (25)))); } nqzw(cmuq, 2, 7, 8, 13); the(cmuq, 3, 4, 9, 14); _m[65163] += 1; } for (_si ytr = 0; ytr <= 15; ytr += 1) { cmuq[ytr] += aev[ytr]; } aev[12] += 1; if (aev[12] == 0) { aev[13] += 1; } } _uli *pidx() { ; _uli *gptq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; gptq = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gptq; } void cjon(_uli *pzqb, _uli *omqe, _uli *kpum, _uli *wyqa) { egbc(omqe, kpum); _si axsp = loqo(omqe); _si szhd; { szhd = -1; for (_si dfct = 12; dfct >= 0; dfct -= 1) { if (wyqa[dfct] != 0) { szhd = dfct; break; } } } if (axsp >= szhd) { _si hbqr = 0; _uli qqtu = wyqa[szhd]; while (qqtu < (((((((_uli)(1)) << (47)))) >> (1)))) { hbqr += 1; qqtu <<= 1; } if (szhd == 0) { hbqr += 47; axsp += 1; szhd += 1; } if (hbqr > 0) { xobf(omqe, hbqr); { _si nrab = (hbqr % 47); _si cfzn = ((hbqr) / (47)); _si pwjb = -nrab + (((sizeof(_uli)) << (3))); if (cfzn >= 13) { { for (_si buxv = 0; buxv <= 12; buxv += 1) { wyqa[buxv] = 0; } } } else { for (_si ccrv = 12 - cfzn; ccrv >= 1; ccrv -= 1) { wyqa[ccrv + cfzn] = ((wyqa[ccrv]) << (nrab)); if (pwjb < (8 * sizeof(_uli))) { wyqa[ccrv + cfzn] += ((((wyqa[-1 + ccrv]) >> (pwjb))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } wyqa[cfzn] = ((wyqa[0]) << (nrab)); for (_si gdok = -1 + cfzn; gdok >= 0; gdok -= 1) { wyqa[gdok] = 0; } }; nveg(wyqa); } } _si pfqt = axsp - szhd; qqtu = wyqa[szhd]; _uli ocaf = wyqa[-1 + szhd]; for (_si qluy = pfqt; qluy >= 0; qluy -= 1) { __uint128_t ckuc = omqe[qluy + szhd] + (__uint128_t)(((((_uli)(1)) << (47)))) * omqe[1 + qluy + szhd]; _uli oyuu = 0; __uint128_t mnfh = ((ckuc) / (qqtu)); __uint128_t jcmu = (ckuc % qqtu); while (mnfh == ((((_uli)(1)) << (47))) || (mnfh * ocaf) > (omqe[-1 + qluy + szhd] + jcmu * ((((_uli)(1)) << (47))))) { mnfh -= 1; jcmu += qqtu; if (jcmu >= ((((_uli)(1)) << (47)))) { break; } } ckuc = 0; for (_si ewkw = 0; ewkw <= szhd; ewkw += 1) { ckuc += mnfh * wyqa[ewkw]; oyuu = omqe[ewkw + qluy]; if (ckuc > oyuu) { ckuc -= oyuu; oyuu = ckuc % ((((_uli)(1)) << (47))); ckuc = ((ckuc) / (((((_uli)(1)) << (47))))); if (oyuu == 0) { omqe[ewkw + qluy] = 0; } else { omqe[ewkw + qluy] = ((1 + ~(_uli)(oyuu)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); ckuc += 1; }; } else { omqe[ewkw + qluy] -= ckuc; ckuc = 0; }; } oyuu = omqe[1 + qluy + szhd]; if (ckuc > oyuu) { wyqa[1 + qluy + szhd] = -1 + mnfh; ckuc = 0; for (_si rsfd = 0; rsfd <= szhd; rsfd += 1) { ckuc += omqe[qluy + rsfd] + wyqa[rsfd]; omqe[qluy + rsfd] = ckuc % ((((_uli)(1)) << (47))); ckuc = ((ckuc) / (((((_uli)(1)) << (47))))); } } else { wyqa[1 + qluy + szhd] = mnfh; omqe[1 + qluy + szhd] -= ckuc; }; } for (_si srxo = 0; srxo <= pfqt; srxo += 1) { pzqb[srxo] = wyqa[1 + srxo + szhd]; omqe[1 + srxo + szhd] = 0; } for (_si tkqr = 1 + pfqt; tkqr <= 12; tkqr += 1) { pzqb[tkqr] = 0; } if (pzqb != wyqa) { for (_si jtbx = 1 + szhd; jtbx <= (1 + axsp); jtbx += 1) { wyqa[jtbx] = 0; } if (hbqr > 0) { ggyy(wyqa, hbqr); } } if (hbqr > 0) { dkox(omqe, hbqr); } } } void bqpf(_uc *mtlw) { _ui *dfye = (_ui *)(mtlw + 0); _ui *mpbb = (_ui *)(mtlw + 64); for (_si xdcg = 0; xdcg <= 15; xdcg += 1) { dfye[xdcg] = mpbb[xdcg]; } for (_si uege = 0; uege <= 9; uege += 1) { { dfye[0] += dfye[4]; dfye[12] ^= dfye[0]; dfye[12] = ((((dfye[12]) << (16))) | (((dfye[12]) >> (16)))); dfye[8] += dfye[12]; dfye[4] ^= dfye[8]; dfye[4] = ((((dfye[4]) << (12))) | (((dfye[4]) >> (20)))); dfye[0] += dfye[4]; dfye[12] ^= dfye[0]; dfye[12] = ((((dfye[12]) << (8))) | (((dfye[12]) >> (24)))); dfye[8] += dfye[12]; dfye[4] ^= dfye[8]; dfye[4] = ((((dfye[4]) << (7))) | (((dfye[4]) >> (25)))); } pjcq(dfye, 1, 5, 9, 13); { dfye[2] += dfye[6]; dfye[14] ^= dfye[2]; dfye[14] = ((((dfye[14]) << (16))) | (((dfye[14]) >> (16)))); dfye[10] += dfye[14]; dfye[6] ^= dfye[10]; dfye[6] = ((((dfye[6]) << (12))) | (((dfye[6]) >> (20)))); dfye[2] += dfye[6]; dfye[14] ^= dfye[2]; dfye[14] = ((((dfye[14]) << (8))) | (((dfye[14]) >> (24)))); dfye[10] += dfye[14]; dfye[6] ^= dfye[10]; dfye[6] = ((((dfye[6]) << (7))) | (((dfye[6]) >> (25)))); } wxss(dfye, 3, 7, 11, 15); osos(dfye, 0, 5, 10, 15); { dfye[1] += dfye[6]; dfye[12] ^= dfye[1]; dfye[12] = ((((dfye[12]) << (16))) | (((dfye[12]) >> (16)))); dfye[11] += dfye[12]; dfye[6] ^= dfye[11]; dfye[6] = ((((dfye[6]) << (12))) | (((dfye[6]) >> (20)))); dfye[1] += dfye[6]; dfye[12] ^= dfye[1]; dfye[12] = ((((dfye[12]) << (8))) | (((dfye[12]) >> (24)))); dfye[11] += dfye[12]; dfye[6] ^= dfye[11]; dfye[6] = ((((dfye[6]) << (7))) | (((dfye[6]) >> (25)))); } gfqo(dfye, 2, 7, 8, 13); { dfye[3] += dfye[4]; dfye[14] ^= dfye[3]; dfye[14] = ((((dfye[14]) << (16))) | (((dfye[14]) >> (16)))); dfye[9] += dfye[14]; dfye[4] ^= dfye[9]; dfye[4] = ((((dfye[4]) << (12))) | (((dfye[4]) >> (20)))); dfye[3] += dfye[4]; dfye[14] ^= dfye[3]; dfye[14] = ((((dfye[14]) << (8))) | (((dfye[14]) >> (24)))); dfye[9] += dfye[14]; dfye[4] ^= dfye[9]; dfye[4] = ((((dfye[4]) << (7))) | (((dfye[4]) >> (25)))); } _m[65163] += 1; } for (_si ukhp = 0; ukhp <= 15; ukhp += 1) { dfye[ukhp] += mpbb[ukhp]; } mpbb[12] += 1; if (mpbb[12] == 0) { mpbb[13] += 1; } } void ojzu(_uli *uszn) { for (_si wjdv = 0; wjdv <= 12; wjdv += 1) { uszn[wjdv] = 0; } } _uc *xiwm() { ; _uc *baeu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; baeu = (_uc *)(_m + 362 * _s); break; } _s += 1; } return baeu; } void ljez(_uli *dhbc) { for (_si lsjr = 0; lsjr <= 44; lsjr += 1) { dhbc[lsjr] = 0; } } void texy(_uli *gwik) { _uc *gybd = (_uc *)(gwik); for (_si atg = 0; atg <= 360; atg += 1) { gybd[atg] = (_uc)(1 + gybd[atg]) * (_uc)(255 + gybd[1 + atg]); } gybd[361] = 0; } void pwu(_uc *yoix, _uc *mhwd, _si bdj) { _ui *nry = (_ui *)(yoix + 0); _ui *hexw = (_ui *)(yoix + 128); _uc *oogt = (_uc *)(nry); for (_si bdus = 0; bdus <= (-1 + bdj); bdus += 1) { if (hexw[0] >= 64) { huuy(yoix); hexw[0] = 0; } mhwd[bdus] ^= oogt[hexw[0]]; hexw[0] += 1; } } void ici(_uc *xdit, _uc *yksb, _si qxvd) { _uc *ioxx = (_uc *)(xdit + 0); _uli *qdfi = (_uli *)(xdit + 352); _si sjte = (_si)(((qdfi[0]) & (63))); qdfi[0] += qxvd; for (_si qpj = 0; qpj <= (-1 + qxvd); qpj += 1) { ioxx[sjte] = yksb[qpj]; sjte += 1; if (sjte == 64) { hesw(xdit); sjte = 0; } } } void juf(_uc *ceu) { _ui *txkr = (_ui *)(ceu + 0); _ui *jtn = (_ui *)(ceu + 64); for (_si bvek = 0; bvek <= 15; bvek += 1) { txkr[bvek] = jtn[bvek]; } for (_si unuf = 0; unuf <= 9; unuf += 1) { ydvz(txkr, 0, 4, 8, 12); crox(txkr, 1, 5, 9, 13); { txkr[2] += txkr[6]; txkr[14] ^= txkr[2]; txkr[14] = ((((txkr[14]) << (16))) | (((txkr[14]) >> (16)))); txkr[10] += txkr[14]; txkr[6] ^= txkr[10]; txkr[6] = ((((txkr[6]) << (12))) | (((txkr[6]) >> (20)))); txkr[2] += txkr[6]; txkr[14] ^= txkr[2]; txkr[14] = ((((txkr[14]) << (8))) | (((txkr[14]) >> (24)))); txkr[10] += txkr[14]; txkr[6] ^= txkr[10]; txkr[6] = ((((txkr[6]) << (7))) | (((txkr[6]) >> (25)))); } basg(txkr, 3, 7, 11, 15); hnkf(txkr, 0, 5, 10, 15); { txkr[1] += txkr[6]; txkr[12] ^= txkr[1]; txkr[12] = ((((txkr[12]) << (16))) | (((txkr[12]) >> (16)))); txkr[11] += txkr[12]; txkr[6] ^= txkr[11]; txkr[6] = ((((txkr[6]) << (12))) | (((txkr[6]) >> (20)))); txkr[1] += txkr[6]; txkr[12] ^= txkr[1]; txkr[12] = ((((txkr[12]) << (8))) | (((txkr[12]) >> (24)))); txkr[11] += txkr[12]; txkr[6] ^= txkr[11]; txkr[6] = ((((txkr[6]) << (7))) | (((txkr[6]) >> (25)))); } ddzg(txkr, 2, 7, 8, 13); foa(txkr, 3, 4, 9, 14); _m[65163] += 1; } for (_si olb = 0; olb <= 15; olb += 1) { txkr[olb] += jtn[olb]; } jtn[12] += 1; if (jtn[12] == 0) { jtn[13] += 1; } } void hizr(_uli *paac, _uli *cree, _uli *spka) { _uli *yirf = vryi(); _uli *dzol = jozk(); _uli *pguf = opcr(); _uli *soln = laux(); for (_si abdh = 0; abdh <= 12; abdh += 1) { yirf[abdh] = ((cree[abdh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dzol[abdh] = ((cree[abdh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pguf[abdh] = ((spka[abdh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); soln[abdh] = ((spka[abdh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si nwgl = 0; nwgl <= 12; nwgl += 1) { paac[nwgl] = 0; } } for (_si zmts = 0; zmts <= (-1 + (((13) >> (1)))); zmts += 1) { for (_si jlci = 0; jlci <= (-1 + (((13) >> (1)))); jlci += 1) { _uli aawa = dzol[zmts] * pguf[jlci] + soln[jlci] * yirf[zmts]; _uli lsuh = pguf[jlci] * yirf[zmts]; _uli eolg = dzol[zmts] * soln[jlci]; _uli yylu = ((paac[jlci + zmts]) + (lsuh) + (((((aawa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yylu < lsuh) { eolg += 1; } _uli yfht = ((((aawa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((eolg) << ((-47 + (((sizeof(_uli)) << (3)))))))); paac[jlci + zmts] = yylu; paac[1 + jlci + zmts] += yfht; } lwid(paac); } hdfp(yirf); rbtt(dzol); tyha(pguf); { _uc *zjsu = (_uc *)(soln); for (_si ssjs = 0; ssjs <= 360; ssjs += 1) { zjsu[ssjs] = (_uc)(255 + zjsu[1 + ssjs]) * (_uc)(1 + zjsu[ssjs]); } zjsu[361] = 0; } } void bjvo(_uli *kvfi, _uli *kccs) { _uli *ihlu = xkmr(); _uli *jrca = dukr(); for (_si ckdh = 0; ckdh <= 12; ckdh += 1) { ihlu[ckdh] = ((kccs[ckdh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jrca[ckdh] = ((kccs[ckdh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si eggv = 0; eggv <= 12; eggv += 1) { kvfi[eggv] = 0; } } for (_si qjz = 0; qjz <= (-1 + (((13) >> (1)))); qjz += 1) { for (_si leqn = 0; leqn <= (-1 + (((13) >> (1)))); leqn += 1) { _uli azal = ihlu[leqn] * jrca[qjz] + ihlu[qjz] * jrca[leqn]; _uli fdhj = ihlu[leqn] * ihlu[qjz]; _uli xvvt = jrca[leqn] * jrca[qjz]; _uli nfwy = ((kvfi[leqn + qjz]) + (fdhj) + (((((azal) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nfwy < fdhj) { xvvt += 1; } _uli ykvg = ((((azal) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xvvt) << ((-47 + (((sizeof(_uli)) << (3)))))))); kvfi[leqn + qjz] = nfwy; kvfi[1 + leqn + qjz] += ykvg; } xwsk(kvfi); } tyha(ihlu); { _uc *gvjp = (_uc *)(jrca); for (_si eczb = 0; eczb <= 360; eczb += 1) { gvjp[eczb] = (_uc)(1 + gvjp[eczb]) * (_uc)(255 + gvjp[1 + eczb]); } gvjp[361] = 0; } } void dwyg(_uli *svsl, _uli *keba) { if (svsl != keba) { for (_si actj = 0; actj <= 12; actj += 1) { svsl[actj] = keba[actj]; } } } _uc *ixhu() { ; _uc *dzwm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; dzwm = (_uc *)(_m + 362 * _s); break; } _s += 1; } return dzwm; } _uli *qfxz() { ; _uli *wscd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; wscd = (_uli *)(_m + 362 * _s); break; } _s += 1; } return wscd; } void rsfq(_uc *ihd, _uc *luh) { _ui *jfqq = (_ui *)(ihd + 64); for (_si qwcs = 0; qwcs <= 7; qwcs += 1) { jfqq[4 + qwcs] = (((_ui)((luh + 4 * qwcs)[0])) + ((((_ui)((luh + 4 * qwcs)[1])) << (8))) + ((((_ui)((luh + 4 * qwcs)[2])) << (16))) + ((((_ui)((luh + 4 * qwcs)[3])) << (24)))); } } void kjfn(_uli *baut) { _uc *puzj = (_uc *)(baut); for (_si ikha = 0; ikha <= 360; ikha += 1) { puzj[ikha] = (_uc)(1 + puzj[ikha]) * (_uc)(255 + puzj[1 + ikha]); } puzj[361] = 0; } void zov(_uli *lrhw, _uli *jhnr, _uli *osb, _uli *wnsr) { elek(jhnr, osb, wnsr); _si tsjf; { tsjf = 0; _uli zubd = 19; for (_si slsj = 12; slsj >= 0; slsj -= 1) { if (jhnr[slsj] != 0) { tsjf = ((((jhnr[slsj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tsjf) { { for (_si ikdu = 0; ikdu <= 12; ikdu += 1) { jhnr[ikdu] = jhnr[ikdu] + lrhw[ikdu]; } oplg(jhnr); } } } void lazw(_uc *jnwt) { _ui *bpgr = (_ui *)(jnwt + 0); _ui *iimo = (_ui *)(jnwt + 64); for (_si euy = 0; euy <= 15; euy += 1) { bpgr[euy] = iimo[euy]; } for (_si nrls = 0; nrls <= 9; nrls += 1) { { bpgr[0] += bpgr[4]; bpgr[12] ^= bpgr[0]; bpgr[12] = ((((bpgr[12]) << (16))) | (((bpgr[12]) >> (16)))); bpgr[8] += bpgr[12]; bpgr[4] ^= bpgr[8]; bpgr[4] = ((((bpgr[4]) << (12))) | (((bpgr[4]) >> (20)))); bpgr[0] += bpgr[4]; bpgr[12] ^= bpgr[0]; bpgr[12] = ((((bpgr[12]) << (8))) | (((bpgr[12]) >> (24)))); bpgr[8] += bpgr[12]; bpgr[4] ^= bpgr[8]; bpgr[4] = ((((bpgr[4]) << (7))) | (((bpgr[4]) >> (25)))); } ajvn(bpgr, 1, 5, 9, 13); { bpgr[2] += bpgr[6]; bpgr[14] ^= bpgr[2]; bpgr[14] = ((((bpgr[14]) << (16))) | (((bpgr[14]) >> (16)))); bpgr[10] += bpgr[14]; bpgr[6] ^= bpgr[10]; bpgr[6] = ((((bpgr[6]) << (12))) | (((bpgr[6]) >> (20)))); bpgr[2] += bpgr[6]; bpgr[14] ^= bpgr[2]; bpgr[14] = ((((bpgr[14]) << (8))) | (((bpgr[14]) >> (24)))); bpgr[10] += bpgr[14]; bpgr[6] ^= bpgr[10]; bpgr[6] = ((((bpgr[6]) << (7))) | (((bpgr[6]) >> (25)))); } blxe(bpgr, 3, 7, 11, 15); { bpgr[0] += bpgr[5]; bpgr[15] ^= bpgr[0]; bpgr[15] = ((((bpgr[15]) << (16))) | (((bpgr[15]) >> (16)))); bpgr[10] += bpgr[15]; bpgr[5] ^= bpgr[10]; bpgr[5] = ((((bpgr[5]) << (12))) | (((bpgr[5]) >> (20)))); bpgr[0] += bpgr[5]; bpgr[15] ^= bpgr[0]; bpgr[15] = ((((bpgr[15]) << (8))) | (((bpgr[15]) >> (24)))); bpgr[10] += bpgr[15]; bpgr[5] ^= bpgr[10]; bpgr[5] = ((((bpgr[5]) << (7))) | (((bpgr[5]) >> (25)))); } { bpgr[1] += bpgr[6]; bpgr[12] ^= bpgr[1]; bpgr[12] = ((((bpgr[12]) << (16))) | (((bpgr[12]) >> (16)))); bpgr[11] += bpgr[12]; bpgr[6] ^= bpgr[11]; bpgr[6] = ((((bpgr[6]) << (12))) | (((bpgr[6]) >> (20)))); bpgr[1] += bpgr[6]; bpgr[12] ^= bpgr[1]; bpgr[12] = ((((bpgr[12]) << (8))) | (((bpgr[12]) >> (24)))); bpgr[11] += bpgr[12]; bpgr[6] ^= bpgr[11]; bpgr[6] = ((((bpgr[6]) << (7))) | (((bpgr[6]) >> (25)))); } { bpgr[2] += bpgr[7]; bpgr[13] ^= bpgr[2]; bpgr[13] = ((((bpgr[13]) << (16))) | (((bpgr[13]) >> (16)))); bpgr[8] += bpgr[13]; bpgr[7] ^= bpgr[8]; bpgr[7] = ((((bpgr[7]) << (12))) | (((bpgr[7]) >> (20)))); bpgr[2] += bpgr[7]; bpgr[13] ^= bpgr[2]; bpgr[13] = ((((bpgr[13]) << (8))) | (((bpgr[13]) >> (24)))); bpgr[8] += bpgr[13]; bpgr[7] ^= bpgr[8]; bpgr[7] = ((((bpgr[7]) << (7))) | (((bpgr[7]) >> (25)))); } { bpgr[3] += bpgr[4]; bpgr[14] ^= bpgr[3]; bpgr[14] = ((((bpgr[14]) << (16))) | (((bpgr[14]) >> (16)))); bpgr[9] += bpgr[14]; bpgr[4] ^= bpgr[9]; bpgr[4] = ((((bpgr[4]) << (12))) | (((bpgr[4]) >> (20)))); bpgr[3] += bpgr[4]; bpgr[14] ^= bpgr[3]; bpgr[14] = ((((bpgr[14]) << (8))) | (((bpgr[14]) >> (24)))); bpgr[9] += bpgr[14]; bpgr[4] ^= bpgr[9]; bpgr[4] = ((((bpgr[4]) << (7))) | (((bpgr[4]) >> (25)))); } _m[65163] += 1; } for (_si cvtp = 0; cvtp <= 15; cvtp += 1) { bpgr[cvtp] += iimo[cvtp]; } iimo[12] += 1; if (iimo[12] == 0) { iimo[13] += 1; } } void aahl(_uli *sfrh) { for (_si ohms = 0; ohms <= 11; ohms += 1) { sfrh[1 + ohms] += ((sfrh[ohms]) >> (47)); sfrh[ohms] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sfrh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void otai(_uli *owjc, _uli *ehnh) { for (_si dfpy = 0; dfpy <= 44; dfpy += 1) { owjc[dfpy] = -ehnh[dfpy]; } } void gnqt(_si pnis, _uli *suow, _uli *tluu, _uli *gpdi, _uli *sutb) { _uli *sepn = bisc(); thnv(sepn, sutb); { if (gpdi != sutb) { for (_si lzsn = 0; lzsn <= 12; lzsn += 1) { gpdi[lzsn] = sutb[lzsn]; } } } { gpdi[(((pnis) / (47)))] &= ((((((_uli)(1)) << ((pnis % 47)))) - ((_uli)(1)))); for (_si vulx = 1 + (((pnis) / (47))); vulx <= 12; vulx += 1) { gpdi[vulx] = 0; } } { _uli *rgdl = usvv(); _uli *wlto = gmyg(); _uli *dddn = ynqh(); _uli *glmo = vwhv(); for (_si nlfz = 0; nlfz <= 12; nlfz += 1) { rgdl[nlfz] = ((gpdi[nlfz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wlto[nlfz] = ((gpdi[nlfz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dddn[nlfz] = ((tluu[nlfz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); glmo[nlfz] = ((tluu[nlfz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si aozl = 0; aozl <= 12; aozl += 1) { gpdi[aozl] = 0; } } for (_si xpsd = 0; xpsd <= (-1 + (((13) >> (1)))); xpsd += 1) { for (_si kiku = 0; kiku <= (-1 + (((13) >> (1)))); kiku += 1) { _uli thon = dddn[kiku] * wlto[xpsd] + glmo[kiku] * rgdl[xpsd]; _uli ssfi = dddn[kiku] * rgdl[xpsd]; _uli xvih = glmo[kiku] * wlto[xpsd]; _uli mjyk = ((gpdi[kiku + xpsd]) + (ssfi) + (((((thon) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mjyk < ssfi) { xvih += 1; } _uli jtav = ((((thon) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xvih) << ((-47 + (((sizeof(_uli)) << (3)))))))); gpdi[kiku + xpsd] = mjyk; gpdi[1 + kiku + xpsd] += jtav; } acjh(gpdi); } sbmf(rgdl); zrb(wlto); { _uc *piuv = (_uc *)(dddn); for (_si dtsh = 0; dtsh <= 360; dtsh += 1) { piuv[dtsh] = (_uc)(1 + piuv[dtsh]) * (_uc)(255 + piuv[1 + dtsh]); } piuv[361] = 0; } { _uc *xdye = (_uc *)(glmo); for (_si uzio = 0; uzio <= 360; uzio += 1) { xdye[uzio] = (_uc)(255 + xdye[1 + uzio]) * (_uc)(1 + xdye[uzio]); } xdye[361] = 0; } } { gpdi[(((pnis) / (47)))] &= ((((((_uli)(1)) << ((pnis % 47)))) - ((_uli)(1)))); for (_si gtfr = 1 + (((pnis) / (47))); gtfr <= 12; gtfr += 1) { gpdi[gtfr] = 0; } } obdg(gpdi, gpdi, suow); { for (_si ervi = 0; ervi <= 12; ervi += 1) { gpdi[ervi] = gpdi[ervi] + sepn[ervi]; } { _si kbvh; { kbvh = 0; _uli ufse = 19; for (_si pohq = 12; pohq >= 0; pohq -= 1) { if (gpdi[pohq] != 0) { kbvh = ((((gpdi[pohq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kbvh) { { for (_si qjmt = 0; qjmt <= 12; qjmt += 1) { gpdi[qjmt] = -gpdi[qjmt]; } } } for (_si loxo = 0; loxo <= 11; loxo += 1) { if (((((gpdi[loxo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gpdi[1 + loxo] -= 1; } else { gpdi[1 + loxo] += ((gpdi[loxo]) >> (47)); }; gpdi[loxo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gpdi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kbvh) { { for (_si fdop = 0; fdop <= 12; fdop += 1) { gpdi[fdop] = -gpdi[fdop]; } } } } } { _si ppvc = (pnis % 47); _si obvh = ((pnis) / (47)); _si aske = pnis; if (aske > (8 * sizeof(_uli))) { aske = -1; } if (obvh >= 13) { dwfl(gpdi); } else { _uli kpxy = (((((_uli)(1)) << (ppvc))) - ((_uli)(1))); if (aske < 0) { gpdi[0] = 0; } else { gpdi[0] = ((((gpdi[0]) & (~kpxy))) >> (aske)); }; if (obvh != 0) { gpdi[0] += ((((gpdi[obvh]) & (~kpxy))) >> (ppvc)); } for (_si zhvf = 1; zhvf <= (12 - obvh); zhvf += 1) { gpdi[-1 + zhvf] += ((((((gpdi[obvh + zhvf]) & (kpxy))) << (-ppvc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gpdi[zhvf] = ((((gpdi[obvh + zhvf]) & (~kpxy))) >> (ppvc)); } for (_si zbzn = 13 - obvh; zbzn <= 12; zbzn += 1) { gpdi[zbzn] = 0; } }; } { for (_si rtfx = 0; rtfx <= 12; rtfx += 1) { sepn[rtfx] = gpdi[rtfx] - suow[rtfx]; } { _si rmqe; { rmqe = 0; _uli jbru = 19; for (_si hlch = 12; hlch >= 0; hlch -= 1) { if (sepn[hlch] != 0) { rmqe = ((((sepn[hlch]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rmqe) { { for (_si sdhf = 0; sdhf <= 12; sdhf += 1) { sepn[sdhf] = -sepn[sdhf]; } } } for (_si bjiz = 0; bjiz <= 11; bjiz += 1) { if (((((sepn[bjiz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sepn[1 + bjiz] -= 1; } else { sepn[1 + bjiz] += ((sepn[bjiz]) >> (47)); }; sepn[bjiz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sepn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rmqe) { { for (_si atjl = 0; atjl <= 12; atjl += 1) { sepn[atjl] = -sepn[atjl]; } } } } } _si pvyj; { pvyj = 0; _uli qlvz = 19; for (_si mwcp = 12; mwcp >= 0; mwcp -= 1) { if (sepn[mwcp] != 0) { pvyj = ((((sepn[mwcp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!pvyj) { { if (gpdi != sepn) { for (_si amtw = 0; amtw <= 12; amtw += 1) { gpdi[amtw] = sepn[amtw]; } } } } { _uc *nzwe = (_uc *)(sepn); for (_si bowg = 0; bowg <= 360; bowg += 1) { nzwe[bowg] = (_uc)(1 + nzwe[bowg]) * (_uc)(255 + nzwe[1 + bowg]); } nzwe[361] = 0; } } void ofcb(_uli *dwgh) { _si xosa; { xosa = 0; _uli bsxn = 19; for (_si cqoz = 44; cqoz >= 0; cqoz -= 1) { if (dwgh[cqoz] != 0) { xosa = ((((dwgh[cqoz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xosa) { { for (_si bwid = 0; bwid <= 44; bwid += 1) { dwgh[bwid] = -dwgh[bwid]; } } } for (_si hypi = 0; hypi <= 43; hypi += 1) { if (((((dwgh[hypi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dwgh[1 + hypi] -= 1; } else { dwgh[1 + hypi] += ((dwgh[hypi]) >> (47)); }; dwgh[hypi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dwgh[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xosa) { { for (_si vshd = 0; vshd <= 44; vshd += 1) { dwgh[vshd] = -dwgh[vshd]; } } } } void ywdj(_uc *rgde, _uc *mlyd, _uc *bybq, _si ryi) { { hblq(rgde, mlyd); _ui *mgxj = (_ui *)(rgde + 64); _ui *lhtg = (_ui *)(rgde + 128); for (_si mhar = 0; mhar <= 3; mhar += 1) { mgxj[mhar] = (((_ui)(((_uc *)(_m + 48146) + 4 * mhar)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mhar)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mhar)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mhar)[3])) << (24)))); } for (_si qhg = 0; qhg <= 3; qhg += 1) { mgxj[12 + qhg] = 0; _m[65162] += 1; } lhtg[0] = 3904225602; } { _ui *omjy = (_ui *)(rgde + 0); _ui *gifn = (_ui *)(rgde + 128); _uc *fjex = (_uc *)(omjy); for (_si frmy = 0; frmy <= (-1 + ryi); frmy += 1) { if (gifn[0] >= 64) { { _ui *rgew = (_ui *)(rgde + 0); _ui *ypva = (_ui *)(rgde + 64); for (_si csai = 0; csai <= 15; csai += 1) { rgew[csai] = ypva[csai]; } for (_si wodo = 0; wodo <= 9; wodo += 1) { { rgew[0] += rgew[4]; rgew[12] ^= rgew[0]; rgew[12] = ((((rgew[12]) << (16))) | (((rgew[12]) >> (16)))); rgew[8] += rgew[12]; rgew[4] ^= rgew[8]; rgew[4] = ((((rgew[4]) << (12))) | (((rgew[4]) >> (20)))); rgew[0] += rgew[4]; rgew[12] ^= rgew[0]; rgew[12] = ((((rgew[12]) << (8))) | (((rgew[12]) >> (24)))); rgew[8] += rgew[12]; rgew[4] ^= rgew[8]; rgew[4] = ((((rgew[4]) << (7))) | (((rgew[4]) >> (25)))); } twri(rgew, 1, 5, 9, 13); rytz(rgew, 2, 6, 10, 14); qmkk(rgew, 3, 7, 11, 15); uigf(rgew, 0, 5, 10, 15); { rgew[1] += rgew[6]; rgew[12] ^= rgew[1]; rgew[12] = ((((rgew[12]) << (16))) | (((rgew[12]) >> (16)))); rgew[11] += rgew[12]; rgew[6] ^= rgew[11]; rgew[6] = ((((rgew[6]) << (12))) | (((rgew[6]) >> (20)))); rgew[1] += rgew[6]; rgew[12] ^= rgew[1]; rgew[12] = ((((rgew[12]) << (8))) | (((rgew[12]) >> (24)))); rgew[11] += rgew[12]; rgew[6] ^= rgew[11]; rgew[6] = ((((rgew[6]) << (7))) | (((rgew[6]) >> (25)))); } { rgew[2] += rgew[7]; rgew[13] ^= rgew[2]; rgew[13] = ((((rgew[13]) << (16))) | (((rgew[13]) >> (16)))); rgew[8] += rgew[13]; rgew[7] ^= rgew[8]; rgew[7] = ((((rgew[7]) << (12))) | (((rgew[7]) >> (20)))); rgew[2] += rgew[7]; rgew[13] ^= rgew[2]; rgew[13] = ((((rgew[13]) << (8))) | (((rgew[13]) >> (24)))); rgew[8] += rgew[13]; rgew[7] ^= rgew[8]; rgew[7] = ((((rgew[7]) << (7))) | (((rgew[7]) >> (25)))); } { rgew[3] += rgew[4]; rgew[14] ^= rgew[3]; rgew[14] = ((((rgew[14]) << (16))) | (((rgew[14]) >> (16)))); rgew[9] += rgew[14]; rgew[4] ^= rgew[9]; rgew[4] = ((((rgew[4]) << (12))) | (((rgew[4]) >> (20)))); rgew[3] += rgew[4]; rgew[14] ^= rgew[3]; rgew[14] = ((((rgew[14]) << (8))) | (((rgew[14]) >> (24)))); rgew[9] += rgew[14]; rgew[4] ^= rgew[9]; rgew[4] = ((((rgew[4]) << (7))) | (((rgew[4]) >> (25)))); } _m[65163] += 1; } for (_si oqzp = 0; oqzp <= 15; oqzp += 1) { rgew[oqzp] += ypva[oqzp]; } ypva[12] += 1; if (ypva[12] == 0) { ypva[13] += 1; } } gifn[0] = 0; } bybq[frmy] ^= fjex[gifn[0]]; gifn[0] += 1; } } } void kbdi(_uli *yxlq, _uli *aobn) { for (_si xgha = 0; xgha <= 12; xgha += 1) { yxlq[xgha] = -aobn[xgha]; } } void awun(_uli *tpnl) { _uc *xvyd = (_uc *)(tpnl); for (_si kqwo = 0; kqwo <= 360; kqwo += 1) { xvyd[kqwo] = (_uc)(255 + xvyd[1 + kqwo]) * (_uc)(1 + xvyd[kqwo]); } xvyd[361] = 0; } _uli *ukft() { ; _uli *uwxv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; uwxv = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uwxv; } void afpg(_uli *qobb) { _uc *zskw = (_uc *)(qobb); for (_si jnhm = 0; jnhm <= 360; jnhm += 1) { zskw[jnhm] = (_uc)(255 + zskw[1 + jnhm]) * (_uc)(1 + zskw[jnhm]); } zskw[361] = 0; } void fvpi(_uli *ihar) { _si aftb = vvlo(ihar); if (aftb) { { for (_si ooqd = 0; ooqd <= 12; ooqd += 1) { ihar[ooqd] = -ihar[ooqd]; } } } for (_si vmsb = 0; vmsb <= 11; vmsb += 1) { if (((((ihar[vmsb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ihar[1 + vmsb] -= 1; } else { ihar[1 + vmsb] += ((ihar[vmsb]) >> (47)); }; ihar[vmsb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ihar[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (aftb) { { for (_si buop = 0; buop <= 12; buop += 1) { ihar[buop] = -ihar[buop]; } } } } _si bltk(_uli *crbl) { _si fhbp = 0; _uli ckdc = 19; for (_si ebvw = 12; ebvw >= 0; ebvw -= 1) { if (crbl[ebvw] != 0) { fhbp = ((((crbl[ebvw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return fhbp; } void jkep(_uli *pmkj, _uli *duns, _uli *yxvq) { for (_si dpcw = 0; dpcw <= 12; dpcw += 1) { pmkj[dpcw] = duns[dpcw] + yxvq[dpcw]; } emuw(pmkj); } void tosr(_uli *cihj, _si obxm) { _si rpg = (obxm % 47); _si bmbo = ((obxm) / (47)); _si tkds = -rpg + (((sizeof(_uli)) << (3))); if (bmbo >= 13) { { for (_si bzgu = 0; bzgu <= 12; bzgu += 1) { cihj[bzgu] = 0; } } } else { for (_si dqqd = 12 - bmbo; dqqd >= 1; dqqd -= 1) { cihj[bmbo + dqqd] = ((cihj[dqqd]) << (rpg)); if (tkds < (8 * sizeof(_uli))) { cihj[bmbo + dqqd] += ((((cihj[-1 + dqqd]) >> (tkds))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } cihj[bmbo] = ((cihj[0]) << (rpg)); for (_si ejg = -1 + bmbo; ejg >= 0; ejg -= 1) { cihj[ejg] = 0; } }; { for (_si nja = 0; nja <= 11; nja += 1) { cihj[1 + nja] += ((cihj[nja]) >> (47)); cihj[nja] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cihj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void xigq(_uli *xdia, _si gvww) { _si uigj = (gvww % 47); _si dxyv = ((gvww) / (47)); _si ivxs = gvww; if (ivxs > (8 * sizeof(_uli))) { ivxs = -1; } if (dxyv >= 13) { { for (_si obia = 0; obia <= 12; obia += 1) { xdia[obia] = 0; } } } else { _uli tfbv = (((((_uli)(1)) << (uigj))) - ((_uli)(1))); if (ivxs < 0) { xdia[0] = 0; } else { xdia[0] = ((((xdia[0]) & (~tfbv))) >> (ivxs)); }; if (dxyv != 0) { xdia[0] += ((((xdia[dxyv]) & (~tfbv))) >> (uigj)); } for (_si izrt = 1; izrt <= (12 - dxyv); izrt += 1) { xdia[-1 + izrt] += ((((((xdia[dxyv + izrt]) & (tfbv))) << (-uigj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xdia[izrt] = ((((xdia[dxyv + izrt]) & (~tfbv))) >> (uigj)); } for (_si eccu = 13 - dxyv; eccu <= 12; eccu += 1) { xdia[eccu] = 0; } }; } void ilwr(_uc *dpz, _uc *lll, _si umep) { dqps(dpz, lll); _ui *knh = (_ui *)(dpz + 64); _ui *lbw = (_ui *)(dpz + 128); for (_si hode = 0; hode <= 3; hode += 1) { knh[hode] = (((_ui)(((_uc *)(_m + 48146) + 4 * hode)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hode)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hode)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hode)[3])) << (24)))); } for (_si soxn = 0; soxn <= 3; soxn += 1) { knh[12 + soxn] = umep; _m[65162] += 1; } lbw[0] = 3904225602; } void faf(_uc *feqk, _uc *hue, _si lkz) { _uc *kcqq = (_uc *)(feqk + 0); _uli *rspj = (_uli *)(feqk + 352); _si uax = (_si)(((rspj[0]) & (63))); rspj[0] += lkz; for (_si puu = 0; puu <= (-1 + lkz); puu += 1) { kcqq[uax] = hue[puu]; uax += 1; if (uax == 64) { { _uc *yph = (_uc *)(feqk + 0); _ui *wtsb = (_ui *)(feqk + 64); _ui *wrtb = (_ui *)(feqk + 96); _si ivt = 0; _ui kiff = 0; _ui gkl = 0; _ui gbo = 0; _ui sjo = 0; _ui zpt = 0; _ui mcu = 0; for (_si alee = 0; alee <= 15; alee += 1) { wrtb[alee] = (((((((((_ui)(yph[ivt])) << (24))) | ((((_ui)(yph[1 + ivt])) << (16))))) | ((((_ui)(yph[2 + ivt])) << (8))))) | ((_ui)(yph[3 + ivt]))); ivt += 4; } for (_si iqxi = 16; iqxi <= 31; iqxi += 1) { kiff = ((((((((wrtb[-15 + iqxi]) >> (7))) | (((wrtb[-15 + iqxi]) << (25))))) ^ (((((wrtb[-15 + iqxi]) >> (18))) | (((wrtb[-15 + iqxi]) << (14))))))) ^ (((wrtb[-15 + iqxi]) >> (3)))); sjo = ((((((((wrtb[-2 + iqxi]) >> (17))) | (((wrtb[-2 + iqxi]) << (15))))) ^ (((((wrtb[-2 + iqxi]) >> (19))) | (((wrtb[-2 + iqxi]) << (13))))))) ^ (((wrtb[-2 + iqxi]) >> (10)))); wrtb[iqxi] = kiff + sjo + wrtb[-7 + iqxi] + wrtb[-16 + iqxi]; _m[65160] += 1; } _ui eiug = wtsb[0]; _ui gff = wtsb[1]; _ui flc = wtsb[2]; _ui qmor = wtsb[3]; _ui fud = wtsb[4]; _ui bzrl = wtsb[5]; _ui jauz = wtsb[6]; _ui kdhf = wtsb[7]; for (_si mqse = 0; mqse <= 31; mqse += 1) { kiff = ((((((((eiug) >> (2))) | (((eiug) << (30))))) ^ (((((eiug) >> (13))) | (((eiug) << (19))))))) ^ (((((eiug) >> (22))) | (((eiug) << (10)))))); gkl = ((((((eiug) & (gff))) ^ (((eiug) & (flc))))) ^ (((gff) & (flc)))); gbo = gkl + kiff; sjo = ((((((((fud) >> (6))) | (((fud) << (26))))) ^ (((((fud) >> (11))) | (((fud) << (21))))))) ^ (((((fud) >> (25))) | (((fud) << (7)))))); zpt = ((((fud) & (bzrl))) ^ (((~fud) & (jauz)))); mcu = sjo + zpt + *(((_ui *)(_m + 246160) + mqse)) + wrtb[mqse] + kdhf; kdhf = jauz; jauz = bzrl; bzrl = fud; fud = mcu + qmor; qmor = flc; flc = gff; gff = eiug; eiug = gbo + mcu; _m[65161] += 1; } wtsb[0] += eiug; wtsb[1] += gff; wtsb[2] += flc; wtsb[3] += qmor; wtsb[4] += fud; wtsb[5] += bzrl; wtsb[6] += jauz; wtsb[7] += kdhf; } uax = 0; } } } void htei(_uli *ebpg, _si cuve) { _si ossh = (cuve % 47); _si dxzq = ((cuve) / (47)); _si qflt = cuve; if (qflt > (8 * sizeof(_uli))) { qflt = -1; } if (dxzq >= 13) { { for (_si uwbr = 0; uwbr <= 12; uwbr += 1) { ebpg[uwbr] = 0; } } } else { _uli dezc = (((((_uli)(1)) << (ossh))) - ((_uli)(1))); if (qflt < 0) { ebpg[0] = 0; } else { ebpg[0] = ((((ebpg[0]) & (~dezc))) >> (qflt)); }; if (dxzq != 0) { ebpg[0] += ((((ebpg[dxzq]) & (~dezc))) >> (ossh)); } for (_si rine = 1; rine <= (12 - dxzq); rine += 1) { ebpg[-1 + rine] += ((((((ebpg[dxzq + rine]) & (dezc))) << (-ossh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ebpg[rine] = ((((ebpg[dxzq + rine]) & (~dezc))) >> (ossh)); } for (_si rzxy = 13 - dxzq; rzxy <= 12; rzxy += 1) { ebpg[rzxy] = 0; } }; } void efto(_si vbdv, _uli *nvjs, _uli *xjpl, _uli *hmdm, _uli *jjdw) { _uli *jtdn = ijqj(); { if (jtdn != jjdw) { for (_si ygyz = 0; ygyz <= 12; ygyz += 1) { jtdn[ygyz] = jjdw[ygyz]; } } } { if (hmdm != jjdw) { for (_si fwlc = 0; fwlc <= 12; fwlc += 1) { hmdm[fwlc] = jjdw[fwlc]; } } } { hmdm[(((vbdv) / (47)))] &= ((((((_uli)(1)) << ((vbdv % 47)))) - ((_uli)(1)))); for (_si rmnx = 1 + (((vbdv) / (47))); rmnx <= 12; rmnx += 1) { hmdm[rmnx] = 0; } } { _uli *gugh = wgqo(); _uli *vwj = cxsb(); _uli *ught = wkhr(); _uli *uyfx = kbpj(); for (_si mbvd = 0; mbvd <= 12; mbvd += 1) { gugh[mbvd] = ((hmdm[mbvd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vwj[mbvd] = ((hmdm[mbvd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ught[mbvd] = ((xjpl[mbvd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uyfx[mbvd] = ((xjpl[mbvd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si iih = 0; iih <= 12; iih += 1) { hmdm[iih] = 0; } } for (_si nrri = 0; nrri <= (-1 + (((13) >> (1)))); nrri += 1) { for (_si benx = 0; benx <= (-1 + (((13) >> (1)))); benx += 1) { _uli khuw = gugh[nrri] * uyfx[benx] + ught[benx] * vwj[nrri]; _uli zckf = gugh[nrri] * ught[benx]; _uli qcuo = uyfx[benx] * vwj[nrri]; _uli vbvn = ((hmdm[benx + nrri]) + (zckf) + (((((khuw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vbvn < zckf) { qcuo += 1; } _uli fli = ((((khuw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qcuo) << ((-47 + (((sizeof(_uli)) << (3)))))))); hmdm[benx + nrri] = vbvn; hmdm[1 + benx + nrri] += fli; } { for (_si wbyh = 0; wbyh <= 11; wbyh += 1) { hmdm[1 + wbyh] += ((hmdm[wbyh]) >> (47)); hmdm[wbyh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hmdm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *qaxd = (_uc *)(gugh); for (_si ksby = 0; ksby <= 360; ksby += 1) { qaxd[ksby] = (_uc)(1 + qaxd[ksby]) * (_uc)(255 + qaxd[1 + ksby]); } qaxd[361] = 0; } { _uc *yomc = (_uc *)(vwj); for (_si xcgt = 0; xcgt <= 360; xcgt += 1) { yomc[xcgt] = (_uc)(255 + yomc[1 + xcgt]) * (_uc)(1 + yomc[xcgt]); } yomc[361] = 0; } evfa(ught); qejy(uyfx); } { hmdm[(((vbdv) / (47)))] &= ((((((_uli)(1)) << ((vbdv % 47)))) - ((_uli)(1)))); for (_si rute = 1 + (((vbdv) / (47))); rute <= 12; rute += 1) { hmdm[rute] = 0; } } { _uli *vfaj = lau(); _uli *bcth = oind(); _uli *hdfc = lpmr(); _uli *wrnq = uggb(); for (_si rtjy = 0; rtjy <= 12; rtjy += 1) { vfaj[rtjy] = ((hmdm[rtjy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bcth[rtjy] = ((hmdm[rtjy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hdfc[rtjy] = ((nvjs[rtjy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wrnq[rtjy] = ((nvjs[rtjy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jfok = 0; jfok <= 12; jfok += 1) { hmdm[jfok] = 0; } } for (_si axnf = 0; axnf <= (-1 + (((13) >> (1)))); axnf += 1) { for (_si gugw = 0; gugw <= (-1 + (((13) >> (1)))); gugw += 1) { _uli sxke = bcth[axnf] * hdfc[gugw] + vfaj[axnf] * wrnq[gugw]; _uli pdm = hdfc[gugw] * vfaj[axnf]; _uli myrx = bcth[axnf] * wrnq[gugw]; _uli ryux = ((hmdm[axnf + gugw]) + (pdm) + (((((sxke) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ryux < pdm) { myrx += 1; } _uli ffhv = ((((sxke) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((myrx) << ((-47 + (((sizeof(_uli)) << (3)))))))); hmdm[axnf + gugw] = ryux; hmdm[1 + axnf + gugw] += ffhv; } uhcy(hmdm); } { _uc *zpzb = (_uc *)(vfaj); for (_si fkhd = 0; fkhd <= 360; fkhd += 1) { zpzb[fkhd] = (_uc)(255 + zpzb[1 + fkhd]) * (_uc)(1 + zpzb[fkhd]); } zpzb[361] = 0; } zfqe(bcth); { _uc *vmm = (_uc *)(hdfc); for (_si rags = 0; rags <= 360; rags += 1) { vmm[rags] = (_uc)(255 + vmm[1 + rags]) * (_uc)(1 + vmm[rags]); } vmm[361] = 0; } { _uc *vwqn = (_uc *)(wrnq); for (_si xclf = 0; xclf <= 360; xclf += 1) { vwqn[xclf] = (_uc)(1 + vwqn[xclf]) * (_uc)(255 + vwqn[1 + xclf]); } vwqn[361] = 0; } } { for (_si qfns = 0; qfns <= 12; qfns += 1) { hmdm[qfns] = hmdm[qfns] + jtdn[qfns]; } dpty(hmdm); } { _si eqjm = (vbdv % 47); _si xvvn = ((vbdv) / (47)); _si zlnu = vbdv; if (zlnu > (8 * sizeof(_uli))) { zlnu = -1; } if (xvvn >= 13) { { for (_si hxqb = 0; hxqb <= 12; hxqb += 1) { hmdm[hxqb] = 0; } } } else { _uli akai = (((((_uli)(1)) << (eqjm))) - ((_uli)(1))); if (zlnu < 0) { hmdm[0] = 0; } else { hmdm[0] = ((((hmdm[0]) & (~akai))) >> (zlnu)); }; if (xvvn != 0) { hmdm[0] += ((((hmdm[xvvn]) & (~akai))) >> (eqjm)); } for (_si coxd = 1; coxd <= (12 - xvvn); coxd += 1) { hmdm[-1 + coxd] += ((((((hmdm[coxd + xvvn]) & (akai))) << (-eqjm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hmdm[coxd] = ((((hmdm[coxd + xvvn]) & (~akai))) >> (eqjm)); } for (_si bczn = 13 - xvvn; bczn <= 12; bczn += 1) { hmdm[bczn] = 0; } }; } opvo(jtdn, hmdm, nvjs); _si rsmx = pxyd(jtdn); if (!rsmx) { { if (hmdm != jtdn) { for (_si xtjz = 0; xtjz <= 12; xtjz += 1) { hmdm[xtjz] = jtdn[xtjz]; } } } } { _uc *gaq = (_uc *)(jtdn); for (_si axkt = 0; axkt <= 360; axkt += 1) { gaq[axkt] = (_uc)(255 + gaq[1 + axkt]) * (_uc)(1 + gaq[axkt]); } gaq[361] = 0; } } void ogfs(_uli *lmts, _uli *rnqs, _uli *sebv) { _uli *btey = npmp(); _uli *spjj = djmz(); _uli *bhcb = fbiq(); _uli *pdcm = hyda(); for (_si noqo = 0; noqo <= 12; noqo += 1) { btey[noqo] = ((rnqs[noqo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); spjj[noqo] = ((rnqs[noqo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bhcb[noqo] = ((sebv[noqo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pdcm[noqo] = ((sebv[noqo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ikwe = 0; ikwe <= 12; ikwe += 1) { lmts[ikwe] = 0; } } for (_si weqj = 0; weqj <= (-1 + (((13) >> (1)))); weqj += 1) { for (_si brjx = 0; brjx <= (-1 + (((13) >> (1)))); brjx += 1) { _uli xspp = bhcb[brjx] * spjj[weqj] + btey[weqj] * pdcm[brjx]; _uli xogy = bhcb[brjx] * btey[weqj]; _uli okab = pdcm[brjx] * spjj[weqj]; _uli vzif = ((lmts[brjx + weqj]) + (xogy) + (((((xspp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vzif < xogy) { okab += 1; } _uli uevy = ((((xspp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((okab) << ((-47 + (((sizeof(_uli)) << (3)))))))); lmts[brjx + weqj] = vzif; lmts[1 + brjx + weqj] += uevy; } rreg(lmts); } { _uc *ocbn = (_uc *)(btey); for (_si klws = 0; klws <= 360; klws += 1) { ocbn[klws] = (_uc)(255 + ocbn[1 + klws]) * (_uc)(1 + ocbn[klws]); } ocbn[361] = 0; } { _uc *avyr = (_uc *)(spjj); for (_si wmad = 0; wmad <= 360; wmad += 1) { avyr[wmad] = (_uc)(1 + avyr[wmad]) * (_uc)(255 + avyr[1 + wmad]); } avyr[361] = 0; } { _uc *qiaj = (_uc *)(bhcb); for (_si hcsu = 0; hcsu <= 360; hcsu += 1) { qiaj[hcsu] = (_uc)(1 + qiaj[hcsu]) * (_uc)(255 + qiaj[1 + hcsu]); } qiaj[361] = 0; } trnk(pdcm); } void myqq(_uli *bkhk, _uli *yghz) { for (_si cak = 0; cak <= 12; cak += 1) { bkhk[cak] = -yghz[cak]; } } void shba(_uli *xapz, _si nnbo) { _si acnd = (nnbo % 47); _si iypt = ((nnbo) / (47)); _si btc = -acnd + (((sizeof(_uli)) << (3))); if (iypt >= 13) { { for (_si uxv = 0; uxv <= 12; uxv += 1) { xapz[uxv] = 0; } } } else { for (_si bpyk = 12 - iypt; bpyk >= 1; bpyk -= 1) { xapz[bpyk + iypt] = ((xapz[bpyk]) << (acnd)); if (btc < (8 * sizeof(_uli))) { xapz[bpyk + iypt] += ((((xapz[-1 + bpyk]) >> (btc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xapz[iypt] = ((xapz[0]) << (acnd)); for (_si pnkl = -1 + iypt; pnkl >= 0; pnkl -= 1) { xapz[pnkl] = 0; } }; aarg(xapz); } _uli *beoj() { ; _uli *zhiq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; zhiq = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zhiq; } void ppcy(_uli *gepm, _si sgmc) { _si eqve = (sgmc % 47); _si lpbg = ((sgmc) / (47)); _si pfac = sgmc; if (pfac > (8 * sizeof(_uli))) { pfac = -1; } if (lpbg >= 13) { { for (_si vhcl = 0; vhcl <= 12; vhcl += 1) { gepm[vhcl] = 0; } } } else { _uli joxv = (((((_uli)(1)) << (eqve))) - ((_uli)(1))); if (pfac < 0) { gepm[0] = 0; } else { gepm[0] = ((((gepm[0]) & (~joxv))) >> (pfac)); }; if (lpbg != 0) { gepm[0] += ((((gepm[lpbg]) & (~joxv))) >> (eqve)); } for (_si mub = 1; mub <= (12 - lpbg); mub += 1) { gepm[-1 + mub] += ((((((gepm[lpbg + mub]) & (joxv))) << (-eqve + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gepm[mub] = ((((gepm[lpbg + mub]) & (~joxv))) >> (eqve)); } for (_si ooth = 13 - lpbg; ooth <= 12; ooth += 1) { gepm[ooth] = 0; } }; } void aqtb(_ui *yvnu, _si pywy, _si ojsh, _si khcn, _si owkv) { yvnu[pywy] += yvnu[ojsh]; yvnu[owkv] ^= yvnu[pywy]; yvnu[owkv] = ((((yvnu[owkv]) << (16))) | (((yvnu[owkv]) >> (16)))); yvnu[khcn] += yvnu[owkv]; yvnu[ojsh] ^= yvnu[khcn]; yvnu[ojsh] = ((((yvnu[ojsh]) << (12))) | (((yvnu[ojsh]) >> (20)))); yvnu[pywy] += yvnu[ojsh]; yvnu[owkv] ^= yvnu[pywy]; yvnu[owkv] = ((((yvnu[owkv]) << (8))) | (((yvnu[owkv]) >> (24)))); yvnu[khcn] += yvnu[owkv]; yvnu[ojsh] ^= yvnu[khcn]; yvnu[ojsh] = ((((yvnu[ojsh]) << (7))) | (((yvnu[ojsh]) >> (25)))); } void pskn(_uc *wrm, _uc *xee, _uc *sovv, _si grpk) { _uc *vqmv = (_uc *)(wrm + 0); { _uc *bpm = (_uc *)(wrm + 0); _uli *pwuc = (_uli *)(wrm + 352); _si yhzy = (_si)(((pwuc[0]) & (63))); pwuc[0] += grpk; for (_si xtjd = 0; xtjd <= (-1 + grpk); xtjd += 1) { bpm[yhzy] = sovv[xtjd]; yhzy += 1; if (yhzy == 64) { { _uc *ifvt = (_uc *)(wrm + 0); _ui *ahpk = (_ui *)(wrm + 64); _ui *fium = (_ui *)(wrm + 96); _si ngl = 0; _ui bva = 0; _ui kuu = 0; _ui mmty = 0; _ui war = 0; _ui cgye = 0; _ui qmlp = 0; for (_si mbbs = 0; mbbs <= 15; mbbs += 1) { fium[mbbs] = (((((((((_ui)(ifvt[ngl])) << (24))) | ((((_ui)(ifvt[1 + ngl])) << (16))))) | ((((_ui)(ifvt[2 + ngl])) << (8))))) | ((_ui)(ifvt[3 + ngl]))); ngl += 4; } for (_si byrc = 16; byrc <= 31; byrc += 1) { bva = ((((((((fium[-15 + byrc]) >> (7))) | (((fium[-15 + byrc]) << (25))))) ^ (((((fium[-15 + byrc]) >> (18))) | (((fium[-15 + byrc]) << (14))))))) ^ (((fium[-15 + byrc]) >> (3)))); war = ((((((((fium[-2 + byrc]) >> (17))) | (((fium[-2 + byrc]) << (15))))) ^ (((((fium[-2 + byrc]) >> (19))) | (((fium[-2 + byrc]) << (13))))))) ^ (((fium[-2 + byrc]) >> (10)))); fium[byrc] = bva + fium[-7 + byrc] + fium[-16 + byrc] + war; _m[65160] += 1; } _ui fqb = ahpk[0]; _ui lkby = ahpk[1]; _ui kamg = ahpk[2]; _ui hfb = ahpk[3]; _ui pgkv = ahpk[4]; _ui xsnj = ahpk[5]; _ui mkur = ahpk[6]; _ui qnv = ahpk[7]; for (_si hojg = 0; hojg <= 31; hojg += 1) { bva = ((((((((fqb) >> (2))) | (((fqb) << (30))))) ^ (((((fqb) >> (13))) | (((fqb) << (19))))))) ^ (((((fqb) >> (22))) | (((fqb) << (10)))))); kuu = ((((((fqb) & (lkby))) ^ (((fqb) & (kamg))))) ^ (((lkby) & (kamg)))); mmty = bva + kuu; war = ((((((((pgkv) >> (6))) | (((pgkv) << (26))))) ^ (((((pgkv) >> (11))) | (((pgkv) << (21))))))) ^ (((((pgkv) >> (25))) | (((pgkv) << (7)))))); cgye = ((((pgkv) & (xsnj))) ^ (((~pgkv) & (mkur)))); qmlp = cgye + fium[hojg] + *(((_ui *)(_m + 246160) + hojg)) + qnv + war; qnv = mkur; mkur = xsnj; xsnj = pgkv; pgkv = hfb + qmlp; hfb = kamg; kamg = lkby; lkby = fqb; fqb = mmty + qmlp; _m[65161] += 1; } ahpk[0] += fqb; ahpk[1] += lkby; ahpk[2] += kamg; ahpk[3] += hfb; ahpk[4] += pgkv; ahpk[5] += xsnj; ahpk[6] += mkur; ahpk[7] += qnv; } yhzy = 0; } } } _uli *hyoz = (_uli *)(wrm + 352); { _uc *qlgl = (_uc *)(wrm + 0); _ui *hxr = (_ui *)(wrm + 64); _uli *wryg = (_uli *)(wrm + 352); _uli khom = 8 * wryg[0]; _uc dkff[1]; dkff[0] = 128; { _uc *wlcv = (_uc *)(wrm + 0); _uli *kjq = (_uli *)(wrm + 352); _si gvan = (_si)(((kjq[0]) & (63))); kjq[0] += 1; for (_si ksk = 0; ksk <= 0; ksk += 1) { wlcv[gvan] = dkff[ksk]; gvan += 1; if (gvan == 64) { bfev(wrm); gvan = 0; } } } while (((((wryg[0]) & (63))) != (56))) { dkff[0] = 0; gfkg(wrm, dkff, 1); } for (_si ipnh = 0; ipnh <= 7; ipnh += 1) { dkff[0] = (_uc)(((((khom) >> (8 * (7 - ipnh)))) & (255))); { _uc *rjst = (_uc *)(wrm + 0); _uli *kijb = (_uli *)(wrm + 352); _si ydau = (_si)(((kijb[0]) & (63))); kijb[0] += 1; for (_si rput = 0; rput <= 0; rput += 1) { rjst[ydau] = dkff[rput]; ydau += 1; if (ydau == 64) { { _uc *wfh = (_uc *)(wrm + 0); _ui *abqo = (_ui *)(wrm + 64); _ui *ulai = (_ui *)(wrm + 96); _si tont = 0; _ui zirb = 0; _ui npl = 0; _ui fazf = 0; _ui ezw = 0; _ui qygw = 0; _ui rfo = 0; for (_si vwsg = 0; vwsg <= 15; vwsg += 1) { ulai[vwsg] = (((((((((_ui)(wfh[tont])) << (24))) | ((((_ui)(wfh[1 + tont])) << (16))))) | ((((_ui)(wfh[2 + tont])) << (8))))) | ((_ui)(wfh[3 + tont]))); tont += 4; } for (_si ojti = 16; ojti <= 31; ojti += 1) { zirb = ((((((((ulai[-15 + ojti]) >> (7))) | (((ulai[-15 + ojti]) << (25))))) ^ (((((ulai[-15 + ojti]) >> (18))) | (((ulai[-15 + ojti]) << (14))))))) ^ (((ulai[-15 + ojti]) >> (3)))); ezw = ((((((((ulai[-2 + ojti]) >> (17))) | (((ulai[-2 + ojti]) << (15))))) ^ (((((ulai[-2 + ojti]) >> (19))) | (((ulai[-2 + ojti]) << (13))))))) ^ (((ulai[-2 + ojti]) >> (10)))); ulai[ojti] = ezw + ulai[-7 + ojti] + ulai[-16 + ojti] + zirb; _m[65160] += 1; } _ui jlf = abqo[0]; _ui ncy = abqo[1]; _ui wisp = abqo[2]; _ui fqbr = abqo[3]; _ui zuew = abqo[4]; _ui jazo = abqo[5]; _ui midg = abqo[6]; _ui vkh = abqo[7]; for (_si rtg = 0; rtg <= 31; rtg += 1) { zirb = ((((((((jlf) >> (2))) | (((jlf) << (30))))) ^ (((((jlf) >> (13))) | (((jlf) << (19))))))) ^ (((((jlf) >> (22))) | (((jlf) << (10)))))); npl = ((((((jlf) & (ncy))) ^ (((jlf) & (wisp))))) ^ (((ncy) & (wisp)))); fazf = npl + zirb; ezw = ((((((((zuew) >> (6))) | (((zuew) << (26))))) ^ (((((zuew) >> (11))) | (((zuew) << (21))))))) ^ (((((zuew) >> (25))) | (((zuew) << (7)))))); qygw = ((((zuew) & (jazo))) ^ (((~zuew) & (midg)))); rfo = vkh + qygw + *(((_ui *)(_m + 246160) + rtg)) + ulai[rtg] + ezw; vkh = midg; midg = jazo; jazo = zuew; zuew = fqbr + rfo; fqbr = wisp; wisp = ncy; ncy = jlf; jlf = fazf + rfo; _m[65161] += 1; } abqo[0] += jlf; abqo[1] += ncy; abqo[2] += wisp; abqo[3] += fqbr; abqo[4] += zuew; abqo[5] += jazo; abqo[6] += midg; abqo[7] += vkh; } ydau = 0; } } } } _si qtyi = 0; for (_si ahug = 0; ahug <= 7; ahug += 1) { _ui qjtt = hxr[ahug]; qlgl[qtyi] = (_uc)(((((qjtt) >> (24))) & (255))); qlgl[1 + qtyi] = (_uc)(((((qjtt) >> (16))) & (255))); qlgl[2 + qtyi] = (_uc)(((((qjtt) >> (8))) & (255))); qlgl[3 + qtyi] = (_uc)(((qjtt) & (255))); qtyi += 4; } } for (_si tcee = 0; tcee <= 31; tcee += 1) { xee[tcee] = vqmv[tcee]; } } void kvwb(_si zkg, _uli *ncky) { ncky[(((zkg) / (47)))] &= ((((((_uli)(1)) << ((zkg % 47)))) - ((_uli)(1)))); for (_si pbya = 1 + (((zkg) / (47))); pbya <= 12; pbya += 1) { ncky[pbya] = 0; } } void zcgr(_uc *euvh) { _ui *kakb = (_ui *)(euvh + 0); _ui *sfn = (_ui *)(euvh + 64); for (_si wcve = 0; wcve <= 15; wcve += 1) { kakb[wcve] = sfn[wcve]; } for (_si aow = 0; aow <= 9; aow += 1) { { kakb[0] += kakb[4]; kakb[12] ^= kakb[0]; kakb[12] = ((((kakb[12]) << (16))) | (((kakb[12]) >> (16)))); kakb[8] += kakb[12]; kakb[4] ^= kakb[8]; kakb[4] = ((((kakb[4]) << (12))) | (((kakb[4]) >> (20)))); kakb[0] += kakb[4]; kakb[12] ^= kakb[0]; kakb[12] = ((((kakb[12]) << (8))) | (((kakb[12]) >> (24)))); kakb[8] += kakb[12]; kakb[4] ^= kakb[8]; kakb[4] = ((((kakb[4]) << (7))) | (((kakb[4]) >> (25)))); } xdql(kakb, 1, 5, 9, 13); { kakb[2] += kakb[6]; kakb[14] ^= kakb[2]; kakb[14] = ((((kakb[14]) << (16))) | (((kakb[14]) >> (16)))); kakb[10] += kakb[14]; kakb[6] ^= kakb[10]; kakb[6] = ((((kakb[6]) << (12))) | (((kakb[6]) >> (20)))); kakb[2] += kakb[6]; kakb[14] ^= kakb[2]; kakb[14] = ((((kakb[14]) << (8))) | (((kakb[14]) >> (24)))); kakb[10] += kakb[14]; kakb[6] ^= kakb[10]; kakb[6] = ((((kakb[6]) << (7))) | (((kakb[6]) >> (25)))); } { kakb[3] += kakb[7]; kakb[15] ^= kakb[3]; kakb[15] = ((((kakb[15]) << (16))) | (((kakb[15]) >> (16)))); kakb[11] += kakb[15]; kakb[7] ^= kakb[11]; kakb[7] = ((((kakb[7]) << (12))) | (((kakb[7]) >> (20)))); kakb[3] += kakb[7]; kakb[15] ^= kakb[3]; kakb[15] = ((((kakb[15]) << (8))) | (((kakb[15]) >> (24)))); kakb[11] += kakb[15]; kakb[7] ^= kakb[11]; kakb[7] = ((((kakb[7]) << (7))) | (((kakb[7]) >> (25)))); } { kakb[0] += kakb[5]; kakb[15] ^= kakb[0]; kakb[15] = ((((kakb[15]) << (16))) | (((kakb[15]) >> (16)))); kakb[10] += kakb[15]; kakb[5] ^= kakb[10]; kakb[5] = ((((kakb[5]) << (12))) | (((kakb[5]) >> (20)))); kakb[0] += kakb[5]; kakb[15] ^= kakb[0]; kakb[15] = ((((kakb[15]) << (8))) | (((kakb[15]) >> (24)))); kakb[10] += kakb[15]; kakb[5] ^= kakb[10]; kakb[5] = ((((kakb[5]) << (7))) | (((kakb[5]) >> (25)))); } { kakb[1] += kakb[6]; kakb[12] ^= kakb[1]; kakb[12] = ((((kakb[12]) << (16))) | (((kakb[12]) >> (16)))); kakb[11] += kakb[12]; kakb[6] ^= kakb[11]; kakb[6] = ((((kakb[6]) << (12))) | (((kakb[6]) >> (20)))); kakb[1] += kakb[6]; kakb[12] ^= kakb[1]; kakb[12] = ((((kakb[12]) << (8))) | (((kakb[12]) >> (24)))); kakb[11] += kakb[12]; kakb[6] ^= kakb[11]; kakb[6] = ((((kakb[6]) << (7))) | (((kakb[6]) >> (25)))); } { kakb[2] += kakb[7]; kakb[13] ^= kakb[2]; kakb[13] = ((((kakb[13]) << (16))) | (((kakb[13]) >> (16)))); kakb[8] += kakb[13]; kakb[7] ^= kakb[8]; kakb[7] = ((((kakb[7]) << (12))) | (((kakb[7]) >> (20)))); kakb[2] += kakb[7]; kakb[13] ^= kakb[2]; kakb[13] = ((((kakb[13]) << (8))) | (((kakb[13]) >> (24)))); kakb[8] += kakb[13]; kakb[7] ^= kakb[8]; kakb[7] = ((((kakb[7]) << (7))) | (((kakb[7]) >> (25)))); } { kakb[3] += kakb[4]; kakb[14] ^= kakb[3]; kakb[14] = ((((kakb[14]) << (16))) | (((kakb[14]) >> (16)))); kakb[9] += kakb[14]; kakb[4] ^= kakb[9]; kakb[4] = ((((kakb[4]) << (12))) | (((kakb[4]) >> (20)))); kakb[3] += kakb[4]; kakb[14] ^= kakb[3]; kakb[14] = ((((kakb[14]) << (8))) | (((kakb[14]) >> (24)))); kakb[9] += kakb[14]; kakb[4] ^= kakb[9]; kakb[4] = ((((kakb[4]) << (7))) | (((kakb[4]) >> (25)))); } _m[65163] += 1; } for (_si qcsx = 0; qcsx <= 15; qcsx += 1) { kakb[qcsx] += sfn[qcsx]; } sfn[12] += 1; if (sfn[12] == 0) { sfn[13] += 1; } } _si mbpa(_uli *jyzw) { _si gpzt = -1; for (_si xwee = 12; xwee >= 0; xwee -= 1) { if (jyzw[xwee] != 0) { gpzt = xwee; break; } } return gpzt; } void aefd(_uli *wpkh) { for (_si ojtp = 0; ojtp <= 43; ojtp += 1) { wpkh[1 + ojtp] += ((wpkh[ojtp]) >> (47)); wpkh[ojtp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wpkh[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zqa(_uli *kcta, _uli *rewv) { for (_si gdm = 0; gdm <= 12; gdm += 1) { kcta[gdm] = -rewv[gdm]; } } void ckrq(_uli *cfbj, _uli *dfov) { if (cfbj != dfov) { for (_si tnns = 0; tnns <= 12; tnns += 1) { cfbj[tnns] = dfov[tnns]; } } } void hrjj(_uli *ymxv, _uli *ssxl, _uli *uyz) { for (_si swkg = 0; swkg <= 12; swkg += 1) { ymxv[swkg] = ssxl[swkg] + uyz[swkg]; } vktg(ymxv); } void vmos(_si xyyd, _uli *tldf) { tldf[(((xyyd) / (47)))] &= ((((((_uli)(1)) << ((xyyd % 47)))) - ((_uli)(1)))); for (_si hwxj = 1 + (((xyyd) / (47))); hwxj <= 44; hwxj += 1) { tldf[hwxj] = 0; } } void iqtc(_uli *aatj) { for (_si zxri = 0; zxri <= 12; zxri += 1) { aatj[zxri] = 0; } } _si ptmp(_uli *bmne) { _si olsd = 0; _uli ofdq = 19; for (_si agpw = 12; agpw >= 0; agpw -= 1) { if (bmne[agpw] != 0) { olsd = ((((bmne[agpw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return olsd; } void khsd(_si jozo, _uli *acok, _uli *cuvx, _uli *jjlb, _uli *dfgs) { _uli *bzcf = qmtt(); znro(bzcf, dfgs); { if (jjlb != dfgs) { for (_si dflt = 0; dflt <= 12; dflt += 1) { jjlb[dflt] = dfgs[dflt]; } } } { jjlb[(((jozo) / (47)))] &= ((((((_uli)(1)) << ((jozo % 47)))) - ((_uli)(1)))); for (_si tlro = 1 + (((jozo) / (47))); tlro <= 12; tlro += 1) { jjlb[tlro] = 0; } } { _uli *hfvm = ypfg(); _uli *sdin = lcnh(); _uli *jcqa = ckcv(); _uli *ozqk = sreu(); for (_si fmol = 0; fmol <= 12; fmol += 1) { hfvm[fmol] = ((jjlb[fmol]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sdin[fmol] = ((jjlb[fmol]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jcqa[fmol] = ((cuvx[fmol]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ozqk[fmol] = ((cuvx[fmol]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si clts = 0; clts <= 12; clts += 1) { jjlb[clts] = 0; } } for (_si uesc = 0; uesc <= (-1 + (((13) >> (1)))); uesc += 1) { for (_si vash = 0; vash <= (-1 + (((13) >> (1)))); vash += 1) { _uli obss = hfvm[uesc] * ozqk[vash] + jcqa[vash] * sdin[uesc]; _uli lbub = hfvm[uesc] * jcqa[vash]; _uli fzkz = ozqk[vash] * sdin[uesc]; _uli jxez = ((jjlb[uesc + vash]) + (lbub) + (((((obss) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jxez < lbub) { fzkz += 1; } _uli jyns = ((((obss) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fzkz) << ((-47 + (((sizeof(_uli)) << (3)))))))); jjlb[uesc + vash] = jxez; jjlb[1 + uesc + vash] += jyns; } bvdd(jjlb); } { _uc *wipw = (_uc *)(hfvm); for (_si zzgt = 0; zzgt <= 360; zzgt += 1) { wipw[zzgt] = (_uc)(1 + wipw[zzgt]) * (_uc)(255 + wipw[1 + zzgt]); } wipw[361] = 0; } towp(sdin); caow(jcqa); { _uc *tmsp = (_uc *)(ozqk); for (_si qrsv = 0; qrsv <= 360; qrsv += 1) { tmsp[qrsv] = (_uc)(1 + tmsp[qrsv]) * (_uc)(255 + tmsp[1 + qrsv]); } tmsp[361] = 0; } } brgl(jozo, jjlb); { _uli *jhde = oarz(); _uli *qgbs = kndz(); _uli *reut = qljj(); _uli *dvvq = cxsb(); for (_si atcc = 0; atcc <= 12; atcc += 1) { jhde[atcc] = ((jjlb[atcc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qgbs[atcc] = ((jjlb[atcc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); reut[atcc] = ((acok[atcc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dvvq[atcc] = ((acok[atcc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si grjb = 0; grjb <= 12; grjb += 1) { jjlb[grjb] = 0; } } for (_si dzwp = 0; dzwp <= (-1 + (((13) >> (1)))); dzwp += 1) { for (_si qhof = 0; qhof <= (-1 + (((13) >> (1)))); qhof += 1) { _uli xerz = dvvq[qhof] * jhde[dzwp] + qgbs[dzwp] * reut[qhof]; _uli ytxp = jhde[dzwp] * reut[qhof]; _uli ftzp = dvvq[qhof] * qgbs[dzwp]; _uli hiyo = ((jjlb[dzwp + qhof]) + (ytxp) + (((((xerz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hiyo < ytxp) { ftzp += 1; } _uli boui = ((((xerz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ftzp) << ((-47 + (((sizeof(_uli)) << (3)))))))); jjlb[dzwp + qhof] = hiyo; jjlb[1 + dzwp + qhof] += boui; } lsol(jjlb); } { _uc *jxrv = (_uc *)(jhde); for (_si omnb = 0; omnb <= 360; omnb += 1) { jxrv[omnb] = (_uc)(255 + jxrv[1 + omnb]) * (_uc)(1 + jxrv[omnb]); } jxrv[361] = 0; } nnjo(qgbs); { _uc *infg = (_uc *)(reut); for (_si gbul = 0; gbul <= 360; gbul += 1) { infg[gbul] = (_uc)(1 + infg[gbul]) * (_uc)(255 + infg[1 + gbul]); } infg[361] = 0; } { _uc *yyfg = (_uc *)(dvvq); for (_si qlpd = 0; qlpd <= 360; qlpd += 1) { yyfg[qlpd] = (_uc)(1 + yyfg[qlpd]) * (_uc)(255 + yyfg[1 + qlpd]); } yyfg[361] = 0; } } szcy(jjlb, jjlb, bzcf); { _si jhuu = (jozo % 47); _si kzjz = ((jozo) / (47)); _si sdta = jozo; if (sdta > (8 * sizeof(_uli))) { sdta = -1; } if (kzjz >= 13) { { for (_si emfb = 0; emfb <= 12; emfb += 1) { jjlb[emfb] = 0; } } } else { _uli ziso = (((((_uli)(1)) << (jhuu))) - ((_uli)(1))); if (sdta < 0) { jjlb[0] = 0; } else { jjlb[0] = ((((jjlb[0]) & (~ziso))) >> (sdta)); }; if (kzjz != 0) { jjlb[0] += ((((jjlb[kzjz]) & (~ziso))) >> (jhuu)); } for (_si iphe = 1; iphe <= (12 - kzjz); iphe += 1) { jjlb[-1 + iphe] += ((((((jjlb[iphe + kzjz]) & (ziso))) << (-jhuu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jjlb[iphe] = ((((jjlb[iphe + kzjz]) & (~ziso))) >> (jhuu)); } for (_si ttzz = 13 - kzjz; ttzz <= 12; ttzz += 1) { jjlb[ttzz] = 0; } }; } wrod(bzcf, jjlb, acok); _si kfye; { kfye = 0; _uli uvpd = 19; for (_si jwzo = 12; jwzo >= 0; jwzo -= 1) { if (bzcf[jwzo] != 0) { kfye = ((((bzcf[jwzo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!kfye) { { if (jjlb != bzcf) { for (_si bmft = 0; bmft <= 12; bmft += 1) { jjlb[bmft] = bzcf[bmft]; } } } } eolt(bzcf); } void idte(_uli *tqrr) { _uc *hjfx = mbpi(); _uc *sxtm = ((_uc *)(_m + 57196) + 0); _uc *ivay = (_uc *)(tqrr); for (_si qhq = 0; qhq <= 359; qhq += 1) { ivay[qhq] = *(((_uc *)(_m + 27512) + qhq)); } grux(hjfx, sxtm, ivay, 360); } _si taba(_uli *tikj) { _si enyp = 0; _uli vpck = 19; for (_si gkvd = 12; gkvd >= 0; gkvd -= 1) { if (tikj[gkvd] != 0) { enyp = ((((tikj[gkvd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return enyp; } void lrmk(_uli *nqce, _uli *opfm) { for (_si djnk = 0; djnk <= 12; djnk += 1) { nqce[djnk] = -opfm[djnk]; } } void rmrr(_uli *ughf, _si ubev) { _si ytpy = (ubev % 47); _si phfd = ((ubev) / (47)); _si mnlw = -ytpy + (((sizeof(_uli)) << (3))); if (phfd >= 13) { uidn(ughf); } else { for (_si ggxl = 12 - phfd; ggxl >= 1; ggxl -= 1) { ughf[ggxl + phfd] = ((ughf[ggxl]) << (ytpy)); if (mnlw < (8 * sizeof(_uli))) { ughf[ggxl + phfd] += ((((ughf[-1 + ggxl]) >> (mnlw))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ughf[phfd] = ((ughf[0]) << (ytpy)); for (_si oyjw = -1 + phfd; oyjw >= 0; oyjw -= 1) { ughf[oyjw] = 0; } }; { for (_si yrma = 0; yrma <= 11; yrma += 1) { ughf[1 + yrma] += ((ughf[yrma]) >> (47)); ughf[yrma] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ughf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void bzwk(_uli *kcyz, _uli *srq, _uli *losv) { _uli *kbd = uog(); _uli *qqys = beoj(); _uli *oioq = mbpk(); _uli *lloj = luve(); for (_si uobe = 0; uobe <= 44; uobe += 1) { kbd[uobe] = ((srq[uobe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qqys[uobe] = ((srq[uobe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); oioq[uobe] = ((losv[uobe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lloj[uobe] = ((losv[uobe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } rtkm(kcyz); for (_si enq = 0; enq <= (-1 + (((45) >> (1)))); enq += 1) { for (_si wnvc = 0; wnvc <= (-1 + (((45) >> (1)))); wnvc += 1) { _uli zijo = kbd[enq] * lloj[wnvc] + oioq[wnvc] * qqys[enq]; _uli pixr = kbd[enq] * oioq[wnvc]; _uli edod = lloj[wnvc] * qqys[enq]; _uli btwc = ((kcyz[enq + wnvc]) + (pixr) + (((((zijo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (btwc < pixr) { edod += 1; } _uli bwwv = ((((zijo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((edod) << ((-47 + (((sizeof(_uli)) << (3)))))))); kcyz[enq + wnvc] = btwc; kcyz[1 + enq + wnvc] += bwwv; } zovi(kcyz); } { _uc *tczh = (_uc *)(kbd); for (_si umpb = 0; umpb <= 360; umpb += 1) { tczh[umpb] = (_uc)(1 + tczh[umpb]) * (_uc)(255 + tczh[1 + umpb]); } tczh[361] = 0; } { _uc *imyx = (_uc *)(qqys); for (_si bem = 0; bem <= 360; bem += 1) { imyx[bem] = (_uc)(1 + imyx[bem]) * (_uc)(255 + imyx[1 + bem]); } imyx[361] = 0; } { _uc *gszo = (_uc *)(oioq); for (_si yrx = 0; yrx <= 360; yrx += 1) { gszo[yrx] = (_uc)(1 + gszo[yrx]) * (_uc)(255 + gszo[1 + yrx]); } gszo[361] = 0; } qhrj(lloj); } void vphn(_si sakc, _uli *yalu) { yalu[(((sakc) / (47)))] &= ((((((_uli)(1)) << ((sakc % 47)))) - ((_uli)(1)))); for (_si lgle = 1 + (((sakc) / (47))); lgle <= 44; lgle += 1) { yalu[lgle] = 0; } } _si uebp(_uli *elqb) { _si bfsk = 0; _uli ovjj = 19; for (_si hefb = 12; hefb >= 0; hefb -= 1) { if (elqb[hefb] != 0) { bfsk = ((((elqb[hefb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bfsk; } void takz(_uli *tryo, _uli *httj, _uli *fmdo) { _uli *alca = oarz(); _uli *efkv = bcqr(); _uli *dmbd = bkjh(); _uli *qcer = wdoz(); for (_si dwvl = 0; dwvl <= 12; dwvl += 1) { alca[dwvl] = ((httj[dwvl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); efkv[dwvl] = ((httj[dwvl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dmbd[dwvl] = ((fmdo[dwvl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qcer[dwvl] = ((fmdo[dwvl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si aljw = 0; aljw <= 12; aljw += 1) { tryo[aljw] = 0; } } for (_si lhuj = 0; lhuj <= (-1 + (((13) >> (1)))); lhuj += 1) { for (_si yguz = 0; yguz <= (-1 + (((13) >> (1)))); yguz += 1) { _uli tqlg = alca[lhuj] * qcer[yguz] + dmbd[yguz] * efkv[lhuj]; _uli jtbe = alca[lhuj] * dmbd[yguz]; _uli qkuf = efkv[lhuj] * qcer[yguz]; _uli vbpy = ((tryo[lhuj + yguz]) + (jtbe) + (((((tqlg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vbpy < jtbe) { qkuf += 1; } _uli cjpm = ((((tqlg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qkuf) << ((-47 + (((sizeof(_uli)) << (3)))))))); tryo[lhuj + yguz] = vbpy; tryo[1 + lhuj + yguz] += cjpm; } oeuy(tryo); } { _uc *pjnt = (_uc *)(alca); for (_si uflq = 0; uflq <= 360; uflq += 1) { pjnt[uflq] = (_uc)(1 + pjnt[uflq]) * (_uc)(255 + pjnt[1 + uflq]); } pjnt[361] = 0; } uxid(efkv); vaja(dmbd); { _uc *ozry = (_uc *)(qcer); for (_si jkge = 0; jkge <= 360; jkge += 1) { ozry[jkge] = (_uc)(255 + ozry[1 + jkge]) * (_uc)(1 + ozry[jkge]); } ozry[361] = 0; } } _uli *bbnw() { ; _uli *looj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; looj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return looj; } void yvov(_uli *vmpw, _uli *tfih, _uli *pcie) { for (_si pqnp = 0; pqnp <= 12; pqnp += 1) { vmpw[pqnp] = pcie[pqnp] + tfih[pqnp]; } mate(vmpw); } void xexk(_uli *xecx, _uli *hsjq, _uli *qncf) { _uli *qdyj = zkzr(); _uli *dmwh = ypfg(); vdul(qdyj, hsjq, dmwh, qncf, xecx); while (1) { _si begg = cqph(hsjq); if (begg) { break; } gxnh(hsjq, hsjq, xecx); } while (1) { _si kepe; { kepe = 0; _uli styn = 19; for (_si ebpp = 12; ebpp >= 0; ebpp -= 1) { if (hsjq[ebpp] != 0) { kepe = ((((hsjq[ebpp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!kepe) { break; } { for (_si immr = 0; immr <= 12; immr += 1) { hsjq[immr] = hsjq[immr] + xecx[immr]; } bevq(hsjq); } } { _uc *azzq = (_uc *)(qdyj); for (_si faww = 0; faww <= 360; faww += 1) { azzq[faww] = (_uc)(255 + azzq[1 + faww]) * (_uc)(1 + azzq[faww]); } azzq[361] = 0; } nali(dmwh); } _uc *qtjh() { ; _uc *ocam; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; ocam = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ocam; } _si tesy(_uli *tcbq) { _si ary = -1; for (_si hvfq = 12; hvfq >= 0; hvfq -= 1) { if (tcbq[hvfq] != 0) { ary = hvfq; break; } } return ary; } void ygeh(_uli *fwwz, _uli *jxwd) { for (_si wser = 0; wser <= 12; wser += 1) { fwwz[wser] = -jxwd[wser]; } } void zyqi(_uli *nwci, _uli *iwus, _uli *dhhp) { for (_si bzrx = 0; bzrx <= 12; bzrx += 1) { nwci[bzrx] = -dhhp[bzrx] + iwus[bzrx]; } { _si gqus = hqsz(nwci); if (gqus) { bjbk(nwci, nwci); } for (_si nenj = 0; nenj <= 11; nenj += 1) { if (((((nwci[nenj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nwci[1 + nenj] -= 1; } else { nwci[1 + nenj] += ((nwci[nenj]) >> (47)); }; nwci[nenj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nwci[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gqus) { { for (_si lncq = 0; lncq <= 12; lncq += 1) { nwci[lncq] = -nwci[lncq]; } } } } } void zmf(_si pgsa, _uli *raj, _uli *nbvp, _uli *jokw, _uli *qyen, _uli *xfee, _uli *lxjj) { _uli *tdpu = mfxt(); { if (tdpu != xfee) { for (_si cpte = 0; cpte <= 12; cpte += 1) { tdpu[cpte] = xfee[cpte]; } } } { { if (qyen != jokw) { for (_si tkfj = 0; tkfj <= 12; tkfj += 1) { qyen[tkfj] = jokw[tkfj]; } } } } _si cdgq = 0; for (_si phd = 12; phd >= 0; phd -= 1) { _uli iuwx = lxjj[phd]; _uli vumd = (((_uli)(1)) << (46)); while (vumd != 0) { _si ycbt = ((((iuwx) & (vumd))) != (0)); if (cdgq || ycbt) { { bjvo(qyen, qyen); sucm(pgsa, raj, nbvp, qyen, qyen); } if (ycbt) { dip(pgsa, raj, nbvp, qyen, qyen, tdpu); } cdgq = 1; } vumd >>= 1; } } msfp(tdpu); } void tdih(_uli *wnwa, _si vosz) { _si ovoh = (vosz % 47); _si cyog = ((vosz) / (47)); _si hhaw = vosz; if (hhaw > (8 * sizeof(_uli))) { hhaw = -1; } if (cyog >= 13) { { for (_si wcmp = 0; wcmp <= 12; wcmp += 1) { wnwa[wcmp] = 0; } } } else { _uli wtjy = (((((_uli)(1)) << (ovoh))) - ((_uli)(1))); if (hhaw < 0) { wnwa[0] = 0; } else { wnwa[0] = ((((wnwa[0]) & (~wtjy))) >> (hhaw)); }; if (cyog != 0) { wnwa[0] += ((((wnwa[cyog]) & (~wtjy))) >> (ovoh)); } for (_si gwon = 1; gwon <= (12 - cyog); gwon += 1) { wnwa[-1 + gwon] += ((((((wnwa[cyog + gwon]) & (wtjy))) << (-ovoh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wnwa[gwon] = ((((wnwa[cyog + gwon]) & (~wtjy))) >> (ovoh)); } for (_si jxrq = 13 - cyog; jxrq <= 12; jxrq += 1) { wnwa[jxrq] = 0; } }; } void zrjh(_uc *szzp, _uc *aime, _uc *cquj, _si cqpu) { eizi(szzp, aime, 0); zzvf(szzp, cquj, cqpu); } void xja(_uli *ybe, _si dtkp) { _si pruy = (dtkp % 47); _si isyw = ((dtkp) / (47)); _si dpn = -pruy + (((sizeof(_uli)) << (3))); if (isyw >= 13) { { for (_si lqe = 0; lqe <= 12; lqe += 1) { ybe[lqe] = 0; } } } else { for (_si tude = 12 - isyw; tude >= 1; tude -= 1) { ybe[isyw + tude] = ((ybe[tude]) << (pruy)); if (dpn < (8 * sizeof(_uli))) { ybe[isyw + tude] += ((((ybe[-1 + tude]) >> (dpn))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ybe[isyw] = ((ybe[0]) << (pruy)); for (_si yexg = -1 + isyw; yexg >= 0; yexg -= 1) { ybe[yexg] = 0; } }; fqyw(ybe); } void nufu(_uli *ekng, _uli *yewm, _uli *ntio) { _uli *mvhq = gcda(); _uli *szxt = qwbt(); _uli *mypx = rznt(); _uli *ukzp = dgud(); for (_si ywkr = 0; ywkr <= 12; ywkr += 1) { mvhq[ywkr] = ((yewm[ywkr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); szxt[ywkr] = ((yewm[ywkr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mypx[ywkr] = ((ntio[ywkr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ukzp[ywkr] = ((ntio[ywkr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ehkc = 0; ehkc <= 12; ehkc += 1) { ekng[ehkc] = 0; } } for (_si xbay = 0; xbay <= (-1 + (((13) >> (1)))); xbay += 1) { for (_si qzhi = 0; qzhi <= (-1 + (((13) >> (1)))); qzhi += 1) { _uli guat = mvhq[xbay] * ukzp[qzhi] + mypx[qzhi] * szxt[xbay]; _uli boom = mvhq[xbay] * mypx[qzhi]; _uli jvyx = szxt[xbay] * ukzp[qzhi]; _uli blmi = ((ekng[qzhi + xbay]) + (boom) + (((((guat) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (blmi < boom) { jvyx += 1; } _uli wbht = ((((guat) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jvyx) << ((-47 + (((sizeof(_uli)) << (3)))))))); ekng[qzhi + xbay] = blmi; ekng[1 + qzhi + xbay] += wbht; } fthu(ekng); } jrex(mvhq); { _uc *eqqf = (_uc *)(szxt); for (_si weaj = 0; weaj <= 360; weaj += 1) { eqqf[weaj] = (_uc)(255 + eqqf[1 + weaj]) * (_uc)(1 + eqqf[weaj]); } eqqf[361] = 0; } { _uc *iynq = (_uc *)(mypx); for (_si cggj = 0; cggj <= 360; cggj += 1) { iynq[cggj] = (_uc)(1 + iynq[cggj]) * (_uc)(255 + iynq[1 + cggj]); } iynq[361] = 0; } { _uc *bdlk = (_uc *)(ukzp); for (_si wnmf = 0; wnmf <= 360; wnmf += 1) { bdlk[wnmf] = (_uc)(1 + bdlk[wnmf]) * (_uc)(255 + bdlk[1 + wnmf]); } bdlk[361] = 0; } } _si xeyh(_uli *jsal) { _si bnqr = 0; _uli wecu = 19; for (_si bdok = 44; bdok >= 0; bdok -= 1) { if (jsal[bdok] != 0) { bnqr = ((((jsal[bdok]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bnqr; } void rnin(_uli *fzwe) { for (_si cfiz = 0; cfiz <= 43; cfiz += 1) { fzwe[1 + cfiz] += ((fzwe[cfiz]) >> (47)); fzwe[cfiz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fzwe[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void gypa(_uli *ajyc) { _si doox = pksf(ajyc); if (doox) { jhzp(ajyc, ajyc); } for (_si fjga = 0; fjga <= 11; fjga += 1) { if (((((ajyc[fjga]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ajyc[1 + fjga] -= 1; } else { ajyc[1 + fjga] += ((ajyc[fjga]) >> (47)); }; ajyc[fjga] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ajyc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (doox) { { for (_si oyng = 0; oyng <= 12; oyng += 1) { ajyc[oyng] = -ajyc[oyng]; } } } } void gpd(_uli *tusv, _uli *mpil, _uli *rxgk) { _uli *xjub = mqoy(); _uli *nogv = flsx(); _uli *fnho = qzcc(); _uli *fsvf = gygb(); for (_si bkvu = 0; bkvu <= 44; bkvu += 1) { xjub[bkvu] = ((mpil[bkvu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nogv[bkvu] = ((mpil[bkvu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fnho[bkvu] = ((rxgk[bkvu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fsvf[bkvu] = ((rxgk[bkvu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tkv = 0; tkv <= 44; tkv += 1) { tusv[tkv] = 0; } } for (_si xvpr = 0; xvpr <= (-1 + (((45) >> (1)))); xvpr += 1) { for (_si goc = 0; goc <= (-1 + (((45) >> (1)))); goc += 1) { _uli sosb = fnho[goc] * nogv[xvpr] + fsvf[goc] * xjub[xvpr]; _uli ejqq = fnho[goc] * xjub[xvpr]; _uli ccr = fsvf[goc] * nogv[xvpr]; _uli unov = ((tusv[goc + xvpr]) + (ejqq) + (((((sosb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (unov < ejqq) { ccr += 1; } _uli lin = ((((sosb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ccr) << ((-47 + (((sizeof(_uli)) << (3)))))))); tusv[goc + xvpr] = unov; tusv[1 + goc + xvpr] += lin; } klmz(tusv); } bxfr(xjub); { _uc *hwkg = (_uc *)(nogv); for (_si kfjj = 0; kfjj <= 360; kfjj += 1) { hwkg[kfjj] = (_uc)(1 + hwkg[kfjj]) * (_uc)(255 + hwkg[1 + kfjj]); } hwkg[361] = 0; } coxl(fnho); { _uc *jbht = (_uc *)(fsvf); for (_si uomk = 0; uomk <= 360; uomk += 1) { jbht[uomk] = (_uc)(255 + jbht[1 + uomk]) * (_uc)(1 + jbht[uomk]); } jbht[361] = 0; } } _si oes(_uli *qru) { _si sgfx = 0; _uli opjx = 19; for (_si xjbv = 44; xjbv >= 0; xjbv -= 1) { if (qru[xjbv] != 0) { sgfx = ((((qru[xjbv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return sgfx; } void lnzi(_uli *paqj, _uli *lmvq, _uli *goul) { _uli *sntg = pcgh(); _uli *cztv = smxy(); _uli *aezg = pvyd(); _uli *qzfz = rhfd(); for (_si fkys = 0; fkys <= 44; fkys += 1) { sntg[fkys] = ((lmvq[fkys]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cztv[fkys] = ((lmvq[fkys]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); aezg[fkys] = ((goul[fkys]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qzfz[fkys] = ((goul[fkys]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ydpp = 0; ydpp <= 44; ydpp += 1) { paqj[ydpp] = 0; } } for (_si ygha = 0; ygha <= (-1 + (((45) >> (1)))); ygha += 1) { for (_si ggow = 0; ggow <= (-1 + (((45) >> (1)))); ggow += 1) { _uli vonk = aezg[ggow] * cztv[ygha] + qzfz[ggow] * sntg[ygha]; _uli loch = aezg[ggow] * sntg[ygha]; _uli ldwq = cztv[ygha] * qzfz[ggow]; _uli xcot = ((paqj[ggow + ygha]) + (loch) + (((((vonk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xcot < loch) { ldwq += 1; } _uli bwlb = ((((vonk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ldwq) << ((-47 + (((sizeof(_uli)) << (3)))))))); paqj[ggow + ygha] = xcot; paqj[1 + ggow + ygha] += bwlb; } { for (_si adlk = 0; adlk <= 43; adlk += 1) { paqj[1 + adlk] += ((paqj[adlk]) >> (47)); paqj[adlk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } paqj[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *gyrh = (_uc *)(sntg); for (_si cowa = 0; cowa <= 360; cowa += 1) { gyrh[cowa] = (_uc)(255 + gyrh[1 + cowa]) * (_uc)(1 + gyrh[cowa]); } gyrh[361] = 0; } qhrj(cztv); { _uc *mdbf = (_uc *)(aezg); for (_si gueh = 0; gueh <= 360; gueh += 1) { mdbf[gueh] = (_uc)(1 + mdbf[gueh]) * (_uc)(255 + mdbf[1 + gueh]); } mdbf[361] = 0; } { _uc *axyd = (_uc *)(qzfz); for (_si fpgp = 0; fpgp <= 360; fpgp += 1) { axyd[fpgp] = (_uc)(255 + axyd[1 + fpgp]) * (_uc)(1 + axyd[fpgp]); } axyd[361] = 0; } } void rusx(_uli *jkws, _uli *nivj, _uli *whkr, _uli *tlje) { { for (_si gerx = 0; gerx <= 12; gerx += 1) { nivj[gerx] = -tlje[gerx] + whkr[gerx]; } { _si ucbq = cufp(nivj); if (ucbq) { { for (_si fmgp = 0; fmgp <= 12; fmgp += 1) { nivj[fmgp] = -nivj[fmgp]; } } } for (_si ucan = 0; ucan <= 11; ucan += 1) { if (((((nivj[ucan]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nivj[1 + ucan] -= 1; } else { nivj[1 + ucan] += ((nivj[ucan]) >> (47)); }; nivj[ucan] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nivj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ucbq) { { for (_si puyt = 0; puyt <= 12; puyt += 1) { nivj[puyt] = -nivj[puyt]; } } } } } _si woqa = nbkc(nivj); if (woqa) { exfe(nivj, nivj, jkws); } } void kxcj(_uli *gnoo) { _si htbc = mndm(gnoo); if (htbc) { { for (_si ptnc = 0; ptnc <= 12; ptnc += 1) { gnoo[ptnc] = -gnoo[ptnc]; } } } for (_si qukq = 0; qukq <= 11; qukq += 1) { if (((((gnoo[qukq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gnoo[1 + qukq] -= 1; } else { gnoo[1 + qukq] += ((gnoo[qukq]) >> (47)); }; gnoo[qukq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gnoo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (htbc) { { for (_si yyui = 0; yyui <= 12; yyui += 1) { gnoo[yyui] = -gnoo[yyui]; } } } } void wzcv(_uc *lknt, _uc *ihsi, _uc *czct, _si rsdm) { rafr(lknt, ihsi, 0); eiem(lknt, czct, rsdm); } void ztiy(_uli *cvbg, _si nyhq) { _si kvvg = (nyhq % 47); _si wzcj = ((nyhq) / (47)); _si kqqr = nyhq; if (kqqr > (8 * sizeof(_uli))) { kqqr = -1; } if (wzcj >= 13) { { for (_si kpxh = 0; kpxh <= 12; kpxh += 1) { cvbg[kpxh] = 0; } } } else { _uli orge = (((((_uli)(1)) << (kvvg))) - ((_uli)(1))); if (kqqr < 0) { cvbg[0] = 0; } else { cvbg[0] = ((((cvbg[0]) & (~orge))) >> (kqqr)); }; if (wzcj != 0) { cvbg[0] += ((((cvbg[wzcj]) & (~orge))) >> (kvvg)); } for (_si nupn = 1; nupn <= (12 - wzcj); nupn += 1) { cvbg[-1 + nupn] += ((((((cvbg[nupn + wzcj]) & (orge))) << (-kvvg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cvbg[nupn] = ((((cvbg[nupn + wzcj]) & (~orge))) >> (kvvg)); } for (_si hdoj = 13 - wzcj; hdoj <= 12; hdoj += 1) { cvbg[hdoj] = 0; } }; } void xneh(_uc *jmoh, _uc *uxmh, _si nilz) { _uc *mske = (_uc *)(jmoh + 0); _uli *syhu = (_uli *)(jmoh + 352); _si fdp = (_si)(((syhu[0]) & (63))); syhu[0] += nilz; for (_si whur = 0; whur <= (-1 + nilz); whur += 1) { mske[fdp] = uxmh[whur]; fdp += 1; if (fdp == 64) { { _uc *ggfx = (_uc *)(jmoh + 0); _ui *dzeq = (_ui *)(jmoh + 64); _ui *apvx = (_ui *)(jmoh + 96); _si eddk = 0; _ui ktlq = 0; _ui qfyt = 0; _ui semd = 0; _ui eguz = 0; _ui djlb = 0; _ui dqlp = 0; for (_si iteg = 0; iteg <= 15; iteg += 1) { apvx[iteg] = (((((((((_ui)(ggfx[eddk])) << (24))) | ((((_ui)(ggfx[1 + eddk])) << (16))))) | ((((_ui)(ggfx[2 + eddk])) << (8))))) | ((_ui)(ggfx[3 + eddk]))); eddk += 4; } for (_si dqy = 16; dqy <= 31; dqy += 1) { ktlq = ((((((((apvx[-15 + dqy]) >> (7))) | (((apvx[-15 + dqy]) << (25))))) ^ (((((apvx[-15 + dqy]) >> (18))) | (((apvx[-15 + dqy]) << (14))))))) ^ (((apvx[-15 + dqy]) >> (3)))); eguz = ((((((((apvx[-2 + dqy]) >> (17))) | (((apvx[-2 + dqy]) << (15))))) ^ (((((apvx[-2 + dqy]) >> (19))) | (((apvx[-2 + dqy]) << (13))))))) ^ (((apvx[-2 + dqy]) >> (10)))); apvx[dqy] = apvx[-7 + dqy] + apvx[-16 + dqy] + eguz + ktlq; _m[65160] += 1; } _ui ycgc = dzeq[0]; _ui ddz = dzeq[1]; _ui dwer = dzeq[2]; _ui tuus = dzeq[3]; _ui fqbn = dzeq[4]; _ui xvy = dzeq[5]; _ui pswf = dzeq[6]; _ui koar = dzeq[7]; for (_si qsnj = 0; qsnj <= 31; qsnj += 1) { ktlq = ((((((((ycgc) >> (2))) | (((ycgc) << (30))))) ^ (((((ycgc) >> (13))) | (((ycgc) << (19))))))) ^ (((((ycgc) >> (22))) | (((ycgc) << (10)))))); qfyt = ((((((ycgc) & (ddz))) ^ (((ycgc) & (dwer))))) ^ (((ddz) & (dwer)))); semd = ktlq + qfyt; eguz = ((((((((fqbn) >> (6))) | (((fqbn) << (26))))) ^ (((((fqbn) >> (11))) | (((fqbn) << (21))))))) ^ (((((fqbn) >> (25))) | (((fqbn) << (7)))))); djlb = ((((fqbn) & (xvy))) ^ (((~fqbn) & (pswf)))); dqlp = djlb + eguz + koar + apvx[qsnj] + *(((_ui *)(_m + 246160) + qsnj)); koar = pswf; pswf = xvy; xvy = fqbn; fqbn = dqlp + tuus; tuus = dwer; dwer = ddz; ddz = ycgc; ycgc = dqlp + semd; _m[65161] += 1; } dzeq[0] += ycgc; dzeq[1] += ddz; dzeq[2] += dwer; dzeq[3] += tuus; dzeq[4] += fqbn; dzeq[5] += xvy; dzeq[6] += pswf; dzeq[7] += koar; } fdp = 0; } } } void nhn(_uli *gypq) { _uc *ipct = (_uc *)(gypq); for (_si eqs = 0; eqs <= 360; eqs += 1) { ipct[eqs] = (_uc)(255 + ipct[1 + eqs]) * (_uc)(1 + ipct[eqs]); } ipct[361] = 0; } void ipab(_uli *hqvo) { _si xejl; { xejl = 0; _uli foey = 19; for (_si cgme = 12; cgme >= 0; cgme -= 1) { if (hqvo[cgme] != 0) { xejl = ((((hqvo[cgme]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xejl) { { for (_si scqh = 0; scqh <= 12; scqh += 1) { hqvo[scqh] = -hqvo[scqh]; } } } for (_si ypec = 0; ypec <= 11; ypec += 1) { if (((((hqvo[ypec]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hqvo[1 + ypec] -= 1; } else { hqvo[1 + ypec] += ((hqvo[ypec]) >> (47)); }; hqvo[ypec] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hqvo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xejl) { { for (_si daic = 0; daic <= 12; daic += 1) { hqvo[daic] = -hqvo[daic]; } } } } void issj(_uli *qgvu) { _si rrop; { rrop = 0; _uli nog = 19; for (_si nrlu = 44; nrlu >= 0; nrlu -= 1) { if (qgvu[nrlu] != 0) { rrop = ((((qgvu[nrlu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rrop) { pom(qgvu, qgvu); } for (_si she = 0; she <= 43; she += 1) { if (((((qgvu[she]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qgvu[1 + she] -= 1; } else { qgvu[1 + she] += ((qgvu[she]) >> (47)); }; qgvu[she] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qgvu[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rrop) { { for (_si tiqg = 0; tiqg <= 44; tiqg += 1) { qgvu[tiqg] = -qgvu[tiqg]; } } } } void zlqw(_uli *wmim) { for (_si mcda = 0; mcda <= 12; mcda += 1) { wmim[mcda] = 0; } } void vcgs(_si utzb, _uli *heco, _uli *zbrd, _uli *dsym, _uli *fqqc, _uli *urcd) { { _uli *nqkf = ypgx(); _uli *gbms = elai(); _uli *lpim = qbep(); _uli *nbww = bisc(); for (_si pews = 0; pews <= 12; pews += 1) { nqkf[pews] = ((fqqc[pews]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gbms[pews] = ((fqqc[pews]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lpim[pews] = ((urcd[pews]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nbww[pews] = ((urcd[pews]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qokz = 0; qokz <= 12; qokz += 1) { dsym[qokz] = 0; } } for (_si rmtg = 0; rmtg <= (-1 + (((13) >> (1)))); rmtg += 1) { for (_si rbyt = 0; rbyt <= (-1 + (((13) >> (1)))); rbyt += 1) { _uli pewv = gbms[rmtg] * lpim[rbyt] + nbww[rbyt] * nqkf[rmtg]; _uli lzyk = lpim[rbyt] * nqkf[rmtg]; _uli rlsv = gbms[rmtg] * nbww[rbyt]; _uli oyyf = ((dsym[rbyt + rmtg]) + (lzyk) + (((((pewv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (oyyf < lzyk) { rlsv += 1; } _uli robs = ((((pewv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rlsv) << ((-47 + (((sizeof(_uli)) << (3)))))))); dsym[rbyt + rmtg] = oyyf; dsym[1 + rbyt + rmtg] += robs; } { for (_si ligy = 0; ligy <= 11; ligy += 1) { dsym[1 + ligy] += ((dsym[ligy]) >> (47)); dsym[ligy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dsym[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *iaqe = (_uc *)(nqkf); for (_si aoza = 0; aoza <= 360; aoza += 1) { iaqe[aoza] = (_uc)(255 + iaqe[1 + aoza]) * (_uc)(1 + iaqe[aoza]); } iaqe[361] = 0; } btdf(gbms); { _uc *hscv = (_uc *)(lpim); for (_si ikln = 0; ikln <= 360; ikln += 1) { hscv[ikln] = (_uc)(1 + hscv[ikln]) * (_uc)(255 + hscv[1 + ikln]); } hscv[361] = 0; } ppkr(nbww); } efto(utzb, heco, zbrd, dsym, dsym); } void emsk(_uli *nawl, _uli *gslc, _uli *fupf, _uli *ppfx) { { if (fupf != ppfx) { for (_si zyqm = 0; zyqm <= 12; zyqm += 1) { fupf[zyqm] = ppfx[zyqm]; } } } cili(fupf, fupf, gslc); wrwa(fupf, fupf, nawl); } void awnr(_si hrei, _uli *hsza, _uli *zamy, _uli *bbff, _uli *csmb) { _uli *zxum = dmhm(); { if (zxum != csmb) { for (_si gzpf = 0; gzpf <= 12; gzpf += 1) { zxum[gzpf] = csmb[gzpf]; } } } { if (bbff != csmb) { for (_si wtcu = 0; wtcu <= 12; wtcu += 1) { bbff[wtcu] = csmb[wtcu]; } } } { bbff[(((hrei) / (47)))] &= ((((((_uli)(1)) << ((hrei % 47)))) - ((_uli)(1)))); for (_si jgwp = 1 + (((hrei) / (47))); jgwp <= 12; jgwp += 1) { bbff[jgwp] = 0; } } { _uli *giwh = mfxt(); _uli *pegm = oind(); _uli *giwv = dbam(); _uli *juie = oqxb(); for (_si umga = 0; umga <= 12; umga += 1) { giwh[umga] = ((bbff[umga]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pegm[umga] = ((bbff[umga]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); giwv[umga] = ((zamy[umga]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); juie[umga] = ((zamy[umga]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ceve = 0; ceve <= 12; ceve += 1) { bbff[ceve] = 0; } } for (_si hgrs = 0; hgrs <= (-1 + (((13) >> (1)))); hgrs += 1) { for (_si zphj = 0; zphj <= (-1 + (((13) >> (1)))); zphj += 1) { _uli bijk = giwh[hgrs] * juie[zphj] + giwv[zphj] * pegm[hgrs]; _uli jirj = giwh[hgrs] * giwv[zphj]; _uli hysf = juie[zphj] * pegm[hgrs]; _uli vvji = ((bbff[hgrs + zphj]) + (jirj) + (((((bijk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vvji < jirj) { hysf += 1; } _uli mdlc = ((((bijk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hysf) << ((-47 + (((sizeof(_uli)) << (3)))))))); bbff[hgrs + zphj] = vvji; bbff[1 + hgrs + zphj] += mdlc; } { for (_si pyat = 0; pyat <= 11; pyat += 1) { bbff[1 + pyat] += ((bbff[pyat]) >> (47)); bbff[pyat] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bbff[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *umgb = (_uc *)(giwh); for (_si vgng = 0; vgng <= 360; vgng += 1) { umgb[vgng] = (_uc)(1 + umgb[vgng]) * (_uc)(255 + umgb[1 + vgng]); } umgb[361] = 0; } pyqi(pegm); fmlo(giwv); { _uc *gwvq = (_uc *)(juie); for (_si onwa = 0; onwa <= 360; onwa += 1) { gwvq[onwa] = (_uc)(255 + gwvq[1 + onwa]) * (_uc)(1 + gwvq[onwa]); } gwvq[361] = 0; } } { bbff[(((hrei) / (47)))] &= ((((((_uli)(1)) << ((hrei % 47)))) - ((_uli)(1)))); for (_si fpyf = 1 + (((hrei) / (47))); fpyf <= 12; fpyf += 1) { bbff[fpyf] = 0; } } vrip(bbff, bbff, hsza); uqcv(bbff, bbff, zxum); { _si igbs = (hrei % 47); _si kfnp = ((hrei) / (47)); _si vmmg = hrei; if (vmmg > (8 * sizeof(_uli))) { vmmg = -1; } if (kfnp >= 13) { { for (_si yjzq = 0; yjzq <= 12; yjzq += 1) { bbff[yjzq] = 0; } } } else { _uli wogr = (((((_uli)(1)) << (igbs))) - ((_uli)(1))); if (vmmg < 0) { bbff[0] = 0; } else { bbff[0] = ((((bbff[0]) & (~wogr))) >> (vmmg)); }; if (kfnp != 0) { bbff[0] += ((((bbff[kfnp]) & (~wogr))) >> (igbs)); } for (_si mgna = 1; mgna <= (12 - kfnp); mgna += 1) { bbff[-1 + mgna] += ((((((bbff[kfnp + mgna]) & (wogr))) << (-igbs + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bbff[mgna] = ((((bbff[kfnp + mgna]) & (~wogr))) >> (igbs)); } for (_si qblv = 13 - kfnp; qblv <= 12; qblv += 1) { bbff[qblv] = 0; } }; } { for (_si vmgo = 0; vmgo <= 12; vmgo += 1) { zxum[vmgo] = bbff[vmgo] - hsza[vmgo]; } uzyr(zxum); } _si glqj = mlvp(zxum); if (!glqj) { { if (bbff != zxum) { for (_si crfl = 0; crfl <= 12; crfl += 1) { bbff[crfl] = zxum[crfl]; } } } } { _uc *zmgk = (_uc *)(zxum); for (_si yfhn = 0; yfhn <= 360; yfhn += 1) { zmgk[yfhn] = (_uc)(1 + zmgk[yfhn]) * (_uc)(255 + zmgk[1 + yfhn]); } zmgk[361] = 0; } } _uli *bcqr() { ; _uli *eetm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; eetm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return eetm; } void tjfm(_uc *juq, _uc *tybo, _si lpiv) { obpk(juq, tybo); _ui *qcfr = (_ui *)(juq + 64); _ui *fee = (_ui *)(juq + 128); for (_si hdd = 0; hdd <= 3; hdd += 1) { qcfr[hdd] = (((_ui)(((_uc *)(_m + 48146) + 4 * hdd)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hdd)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hdd)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hdd)[3])) << (24)))); } for (_si thj = 0; thj <= 3; thj += 1) { qcfr[12 + thj] = lpiv; _m[65162] += 1; } fee[0] = 3904225602; } void bqhm(_uli *ujdp) { for (_si rfnd = 0; rfnd <= 11; rfnd += 1) { ujdp[1 + rfnd] += ((ujdp[rfnd]) >> (47)); ujdp[rfnd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ujdp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void vtvx(_uli *ayht, _uli *hszd, _uli *jecl) { _uli *yxbe = tewx(); _uli *wwih = ddzl(); _uli *zoqk = rucf(); _uli *wist = ypgx(); for (_si hkuf = 0; hkuf <= 12; hkuf += 1) { yxbe[hkuf] = ((hszd[hkuf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wwih[hkuf] = ((hszd[hkuf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zoqk[hkuf] = ((jecl[hkuf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wist[hkuf] = ((jecl[hkuf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } idhq(ayht); for (_si zuok = 0; zuok <= (-1 + (((13) >> (1)))); zuok += 1) { for (_si mdhc = 0; mdhc <= (-1 + (((13) >> (1)))); mdhc += 1) { _uli dvio = wist[mdhc] * yxbe[zuok] + wwih[zuok] * zoqk[mdhc]; _uli vjpy = yxbe[zuok] * zoqk[mdhc]; _uli hmfa = wist[mdhc] * wwih[zuok]; _uli tymt = ((ayht[mdhc + zuok]) + (vjpy) + (((((dvio) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tymt < vjpy) { hmfa += 1; } _uli rvuu = ((((dvio) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hmfa) << ((-47 + (((sizeof(_uli)) << (3)))))))); ayht[mdhc + zuok] = tymt; ayht[1 + mdhc + zuok] += rvuu; } { for (_si pxdd = 0; pxdd <= 11; pxdd += 1) { ayht[1 + pxdd] += ((ayht[pxdd]) >> (47)); ayht[pxdd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ayht[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } nnjo(yxbe); { _uc *impx = (_uc *)(wwih); for (_si nvtb = 0; nvtb <= 360; nvtb += 1) { impx[nvtb] = (_uc)(1 + impx[nvtb]) * (_uc)(255 + impx[1 + nvtb]); } impx[361] = 0; } { _uc *mkgj = (_uc *)(zoqk); for (_si rqka = 0; rqka <= 360; rqka += 1) { mkgj[rqka] = (_uc)(1 + mkgj[rqka]) * (_uc)(255 + mkgj[1 + rqka]); } mkgj[361] = 0; } { _uc *vamy = (_uc *)(wist); for (_si jswh = 0; jswh <= 360; jswh += 1) { vamy[jswh] = (_uc)(255 + vamy[1 + jswh]) * (_uc)(1 + vamy[jswh]); } vamy[361] = 0; } } void bupc(_uc *cwgf) { _uc *nryy = (_uc *)(cwgf + 0); _ui *srfk = (_ui *)(cwgf + 64); _ui *bzqx = (_ui *)(cwgf + 96); _si memh = 0; _ui jfic = 0; _ui tmsa = 0; _ui iuzw = 0; _ui agzq = 0; _ui cfdr = 0; _ui cvtc = 0; for (_si awni = 0; awni <= 15; awni += 1) { bzqx[awni] = (((((((((_ui)(nryy[memh])) << (24))) | ((((_ui)(nryy[1 + memh])) << (16))))) | ((((_ui)(nryy[2 + memh])) << (8))))) | ((_ui)(nryy[3 + memh]))); memh += 4; } for (_si dxnh = 16; dxnh <= 31; dxnh += 1) { jfic = ((((((((bzqx[-15 + dxnh]) >> (7))) | (((bzqx[-15 + dxnh]) << (25))))) ^ (((((bzqx[-15 + dxnh]) >> (18))) | (((bzqx[-15 + dxnh]) << (14))))))) ^ (((bzqx[-15 + dxnh]) >> (3)))); agzq = ((((((((bzqx[-2 + dxnh]) >> (17))) | (((bzqx[-2 + dxnh]) << (15))))) ^ (((((bzqx[-2 + dxnh]) >> (19))) | (((bzqx[-2 + dxnh]) << (13))))))) ^ (((bzqx[-2 + dxnh]) >> (10)))); bzqx[dxnh] = agzq + bzqx[-7 + dxnh] + bzqx[-16 + dxnh] + jfic; _m[65160] += 1; } _ui rzde = srfk[0]; _ui xwdn = srfk[1]; _ui iqkg = srfk[2]; _ui bxjw = srfk[3]; _ui djrq = srfk[4]; _ui tas = srfk[5]; _ui txym = srfk[6]; _ui xofc = srfk[7]; for (_si ucim = 0; ucim <= 31; ucim += 1) { jfic = ((((((((rzde) >> (2))) | (((rzde) << (30))))) ^ (((((rzde) >> (13))) | (((rzde) << (19))))))) ^ (((((rzde) >> (22))) | (((rzde) << (10)))))); tmsa = ((((((rzde) & (xwdn))) ^ (((rzde) & (iqkg))))) ^ (((xwdn) & (iqkg)))); iuzw = jfic + tmsa; agzq = ((((((((djrq) >> (6))) | (((djrq) << (26))))) ^ (((((djrq) >> (11))) | (((djrq) << (21))))))) ^ (((((djrq) >> (25))) | (((djrq) << (7)))))); cfdr = ((((djrq) & (tas))) ^ (((~djrq) & (txym)))); cvtc = bzqx[ucim] + *(((_ui *)(_m + 246160) + ucim)) + agzq + xofc + cfdr; xofc = txym; txym = tas; tas = djrq; djrq = bxjw + cvtc; bxjw = iqkg; iqkg = xwdn; xwdn = rzde; rzde = cvtc + iuzw; _m[65161] += 1; } srfk[0] += rzde; srfk[1] += xwdn; srfk[2] += iqkg; srfk[3] += bxjw; srfk[4] += djrq; srfk[5] += tas; srfk[6] += txym; srfk[7] += xofc; } void hudv(_uli *znhp, _uli *qsgn) { for (_si mzys = 0; mzys <= 12; mzys += 1) { znhp[mzys] = -qsgn[mzys]; } } void ukti(_uli *npob, _uli *dwvw) { for (_si hunn = 0; hunn <= 44; hunn += 1) { npob[hunn] = -dwvw[hunn]; } } void oord(_uli *verf, _si cbvl) { _si qatj = (cbvl % 47); _si flvg = ((cbvl) / (47)); _si xvwg = cbvl; if (xvwg > (8 * sizeof(_uli))) { xvwg = -1; } if (flvg >= 13) { { for (_si tepk = 0; tepk <= 12; tepk += 1) { verf[tepk] = 0; } } } else { _uli hfol = (((((_uli)(1)) << (qatj))) - ((_uli)(1))); if (xvwg < 0) { verf[0] = 0; } else { verf[0] = ((((verf[0]) & (~hfol))) >> (xvwg)); }; if (flvg != 0) { verf[0] += ((((verf[flvg]) & (~hfol))) >> (qatj)); } for (_si fpkw = 1; fpkw <= (12 - flvg); fpkw += 1) { verf[-1 + fpkw] += ((((((verf[flvg + fpkw]) & (hfol))) << (-qatj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); verf[fpkw] = ((((verf[flvg + fpkw]) & (~hfol))) >> (qatj)); } for (_si mjov = 13 - flvg; mjov <= 12; mjov += 1) { verf[mjov] = 0; } }; } void eaiy(_uli *ghcl) { for (_si anyz = 0; anyz <= 11; anyz += 1) { ghcl[1 + anyz] += ((ghcl[anyz]) >> (47)); ghcl[anyz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ghcl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ztp(_uli *wcd, _uli *ppbh, _uli *ejat) { for (_si cgjl = 0; cgjl <= 44; cgjl += 1) { wcd[cgjl] = -ejat[cgjl] + ppbh[cgjl]; } duh(wcd); } void huuy(_uc *qhfu) { _ui *btfb = (_ui *)(qhfu + 0); _ui *blvs = (_ui *)(qhfu + 64); for (_si zpip = 0; zpip <= 15; zpip += 1) { btfb[zpip] = blvs[zpip]; } for (_si vsqh = 0; vsqh <= 9; vsqh += 1) { { btfb[0] += btfb[4]; btfb[12] ^= btfb[0]; btfb[12] = ((((btfb[12]) << (16))) | (((btfb[12]) >> (16)))); btfb[8] += btfb[12]; btfb[4] ^= btfb[8]; btfb[4] = ((((btfb[4]) << (12))) | (((btfb[4]) >> (20)))); btfb[0] += btfb[4]; btfb[12] ^= btfb[0]; btfb[12] = ((((btfb[12]) << (8))) | (((btfb[12]) >> (24)))); btfb[8] += btfb[12]; btfb[4] ^= btfb[8]; btfb[4] = ((((btfb[4]) << (7))) | (((btfb[4]) >> (25)))); } edlu(btfb, 1, 5, 9, 13); { btfb[2] += btfb[6]; btfb[14] ^= btfb[2]; btfb[14] = ((((btfb[14]) << (16))) | (((btfb[14]) >> (16)))); btfb[10] += btfb[14]; btfb[6] ^= btfb[10]; btfb[6] = ((((btfb[6]) << (12))) | (((btfb[6]) >> (20)))); btfb[2] += btfb[6]; btfb[14] ^= btfb[2]; btfb[14] = ((((btfb[14]) << (8))) | (((btfb[14]) >> (24)))); btfb[10] += btfb[14]; btfb[6] ^= btfb[10]; btfb[6] = ((((btfb[6]) << (7))) | (((btfb[6]) >> (25)))); } { btfb[3] += btfb[7]; btfb[15] ^= btfb[3]; btfb[15] = ((((btfb[15]) << (16))) | (((btfb[15]) >> (16)))); btfb[11] += btfb[15]; btfb[7] ^= btfb[11]; btfb[7] = ((((btfb[7]) << (12))) | (((btfb[7]) >> (20)))); btfb[3] += btfb[7]; btfb[15] ^= btfb[3]; btfb[15] = ((((btfb[15]) << (8))) | (((btfb[15]) >> (24)))); btfb[11] += btfb[15]; btfb[7] ^= btfb[11]; btfb[7] = ((((btfb[7]) << (7))) | (((btfb[7]) >> (25)))); } { btfb[0] += btfb[5]; btfb[15] ^= btfb[0]; btfb[15] = ((((btfb[15]) << (16))) | (((btfb[15]) >> (16)))); btfb[10] += btfb[15]; btfb[5] ^= btfb[10]; btfb[5] = ((((btfb[5]) << (12))) | (((btfb[5]) >> (20)))); btfb[0] += btfb[5]; btfb[15] ^= btfb[0]; btfb[15] = ((((btfb[15]) << (8))) | (((btfb[15]) >> (24)))); btfb[10] += btfb[15]; btfb[5] ^= btfb[10]; btfb[5] = ((((btfb[5]) << (7))) | (((btfb[5]) >> (25)))); } { btfb[1] += btfb[6]; btfb[12] ^= btfb[1]; btfb[12] = ((((btfb[12]) << (16))) | (((btfb[12]) >> (16)))); btfb[11] += btfb[12]; btfb[6] ^= btfb[11]; btfb[6] = ((((btfb[6]) << (12))) | (((btfb[6]) >> (20)))); btfb[1] += btfb[6]; btfb[12] ^= btfb[1]; btfb[12] = ((((btfb[12]) << (8))) | (((btfb[12]) >> (24)))); btfb[11] += btfb[12]; btfb[6] ^= btfb[11]; btfb[6] = ((((btfb[6]) << (7))) | (((btfb[6]) >> (25)))); } { btfb[2] += btfb[7]; btfb[13] ^= btfb[2]; btfb[13] = ((((btfb[13]) << (16))) | (((btfb[13]) >> (16)))); btfb[8] += btfb[13]; btfb[7] ^= btfb[8]; btfb[7] = ((((btfb[7]) << (12))) | (((btfb[7]) >> (20)))); btfb[2] += btfb[7]; btfb[13] ^= btfb[2]; btfb[13] = ((((btfb[13]) << (8))) | (((btfb[13]) >> (24)))); btfb[8] += btfb[13]; btfb[7] ^= btfb[8]; btfb[7] = ((((btfb[7]) << (7))) | (((btfb[7]) >> (25)))); } osos(btfb, 3, 4, 9, 14); _m[65163] += 1; } for (_si wfhg = 0; wfhg <= 15; wfhg += 1) { btfb[wfhg] += blvs[wfhg]; } blvs[12] += 1; if (blvs[12] == 0) { blvs[13] += 1; } } void hra(_uc *idr) { _uc *qmiq = (_uc *)(idr + 0); _ui *kji = (_ui *)(idr + 64); _ui *gaxj = (_ui *)(idr + 96); _si llaw = 0; _ui bqnk = 0; _ui wbat = 0; _ui ytd = 0; _ui stge = 0; _ui laou = 0; _ui cbpn = 0; for (_si yps = 0; yps <= 15; yps += 1) { gaxj[yps] = (((((((((_ui)(qmiq[llaw])) << (24))) | ((((_ui)(qmiq[1 + llaw])) << (16))))) | ((((_ui)(qmiq[2 + llaw])) << (8))))) | ((_ui)(qmiq[3 + llaw]))); llaw += 4; } for (_si nba = 16; nba <= 31; nba += 1) { bqnk = ((((((((gaxj[-15 + nba]) >> (7))) | (((gaxj[-15 + nba]) << (25))))) ^ (((((gaxj[-15 + nba]) >> (18))) | (((gaxj[-15 + nba]) << (14))))))) ^ (((gaxj[-15 + nba]) >> (3)))); stge = ((((((((gaxj[-2 + nba]) >> (17))) | (((gaxj[-2 + nba]) << (15))))) ^ (((((gaxj[-2 + nba]) >> (19))) | (((gaxj[-2 + nba]) << (13))))))) ^ (((gaxj[-2 + nba]) >> (10)))); gaxj[nba] = bqnk + gaxj[-16 + nba] + gaxj[-7 + nba] + stge; _m[65160] += 1; } _ui fsxi = kji[0]; _ui jdm = kji[1]; _ui yoge = kji[2]; _ui girt = kji[3]; _ui umef = kji[4]; _ui qhxa = kji[5]; _ui znq = kji[6]; _ui ffim = kji[7]; for (_si fnxy = 0; fnxy <= 31; fnxy += 1) { bqnk = ((((((((fsxi) >> (2))) | (((fsxi) << (30))))) ^ (((((fsxi) >> (13))) | (((fsxi) << (19))))))) ^ (((((fsxi) >> (22))) | (((fsxi) << (10)))))); wbat = ((((((fsxi) & (jdm))) ^ (((fsxi) & (yoge))))) ^ (((jdm) & (yoge)))); ytd = bqnk + wbat; stge = ((((((((umef) >> (6))) | (((umef) << (26))))) ^ (((((umef) >> (11))) | (((umef) << (21))))))) ^ (((((umef) >> (25))) | (((umef) << (7)))))); laou = ((((umef) & (qhxa))) ^ (((~umef) & (znq)))); cbpn = laou + gaxj[fnxy] + *(((_ui *)(_m + 246160) + fnxy)) + ffim + stge; ffim = znq; znq = qhxa; qhxa = umef; umef = cbpn + girt; girt = yoge; yoge = jdm; jdm = fsxi; fsxi = cbpn + ytd; _m[65161] += 1; } kji[0] += fsxi; kji[1] += jdm; kji[2] += yoge; kji[3] += girt; kji[4] += umef; kji[5] += qhxa; kji[6] += znq; kji[7] += ffim; } void wtcp(_uli *sjh, _si zfzy) { _si woxj = (zfzy % 47); _si bjeg = ((zfzy) / (47)); _si lujy = -woxj + (((sizeof(_uli)) << (3))); if (bjeg >= 13) { eddb(sjh); } else { for (_si zbka = 12 - bjeg; zbka >= 1; zbka -= 1) { sjh[bjeg + zbka] = ((sjh[zbka]) << (woxj)); if (lujy < (8 * sizeof(_uli))) { sjh[bjeg + zbka] += ((((sjh[-1 + zbka]) >> (lujy))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } sjh[bjeg] = ((sjh[0]) << (woxj)); for (_si cecg = -1 + bjeg; cecg >= 0; cecg -= 1) { sjh[cecg] = 0; } }; vsqu(sjh); } void slkm(_si tvsu, _uli *xsrf, _uli *uzdo, _uli *nokv, _uli *mtnj) { zjya(nokv, mtnj); uqju(tvsu, xsrf, uzdo, nokv, nokv); } void hmib(_uli *vxc, _uli *bsrd, _uli *vdt) { _uli *qsud = uggb(); { { if (vxc != bsrd) { for (_si dvz = 0; dvz <= 12; dvz += 1) { vxc[dvz] = bsrd[dvz]; } } } _si lixg = tfeo(vxc); _si sonv = lxlq(vdt); if (lixg >= sonv) { _si hyux = 0; _uli aoem = vdt[sonv]; while (aoem < (((((((_uli)(1)) << (47)))) >> (1)))) { hyux += 1; aoem <<= 1; } if (sonv == 0) { hyux += 47; lixg += 1; sonv += 1; } if (hyux > 0) { mmk(vxc, hyux); { _si pxpf = (hyux % 47); _si weqt = ((hyux) / (47)); _si row = -pxpf + (((sizeof(_uli)) << (3))); if (weqt >= 13) { { for (_si zgrs = 0; zgrs <= 12; zgrs += 1) { vdt[zgrs] = 0; } } } else { for (_si cgg = 12 - weqt; cgg >= 1; cgg -= 1) { vdt[cgg + weqt] = ((vdt[cgg]) << (pxpf)); if (row < (8 * sizeof(_uli))) { vdt[cgg + weqt] += ((((vdt[-1 + cgg]) >> (row))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } vdt[weqt] = ((vdt[0]) << (pxpf)); for (_si xzll = -1 + weqt; xzll >= 0; xzll -= 1) { vdt[xzll] = 0; } }; { for (_si veoh = 0; veoh <= 11; veoh += 1) { vdt[1 + veoh] += ((vdt[veoh]) >> (47)); vdt[veoh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vdt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si kvau = lixg - sonv; aoem = vdt[sonv]; _uli wixr = vdt[-1 + sonv]; for (_si xghx = kvau; xghx >= 0; xghx -= 1) { __uint128_t otim = vxc[sonv + xghx] + (__uint128_t)(((((_uli)(1)) << (47)))) * vxc[1 + sonv + xghx]; _uli ifmj = 0; __uint128_t frv = ((otim) / (aoem)); __uint128_t bvej = (otim % aoem); while (frv == ((((_uli)(1)) << (47))) || (frv * wixr) > (((((_uli)(1)) << (47))) * bvej + vxc[-1 + sonv + xghx])) { frv -= 1; bvej += aoem; if (bvej >= ((((_uli)(1)) << (47)))) { break; } } otim = 0; for (_si suvu = 0; suvu <= sonv; suvu += 1) { otim += frv * vdt[suvu]; ifmj = vxc[suvu + xghx]; if (otim > ifmj) { otim -= ifmj; ifmj = otim % ((((_uli)(1)) << (47))); otim = ((otim) / (((((_uli)(1)) << (47))))); if (ifmj == 0) { vxc[suvu + xghx] = 0; } else { vxc[suvu + xghx] = ((1 + ~(_uli)(ifmj)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); otim += 1; }; } else { vxc[suvu + xghx] -= otim; otim = 0; }; } ifmj = vxc[1 + sonv + xghx]; if (otim > ifmj) { vdt[1 + sonv + xghx] = -1 + frv; otim = 0; for (_si qiji = 0; qiji <= sonv; qiji += 1) { otim += vdt[qiji] + vxc[qiji + xghx]; vxc[qiji + xghx] = otim % ((((_uli)(1)) << (47))); otim = ((otim) / (((((_uli)(1)) << (47))))); } } else { vdt[1 + sonv + xghx] = frv; vxc[1 + sonv + xghx] -= otim; }; } for (_si egf = 0; egf <= kvau; egf += 1) { qsud[egf] = vdt[1 + egf + sonv]; vxc[1 + egf + sonv] = 0; } for (_si exhc = 1 + kvau; exhc <= 12; exhc += 1) { qsud[exhc] = 0; } if (qsud != vdt) { for (_si vyu = 1 + sonv; vyu <= (1 + lixg); vyu += 1) { vdt[vyu] = 0; } if (hyux > 0) { { _si ohbl = (hyux % 47); _si ucza = ((hyux) / (47)); _si syxc = hyux; if (syxc > (8 * sizeof(_uli))) { syxc = -1; } if (ucza >= 13) { { for (_si gjd = 0; gjd <= 12; gjd += 1) { vdt[gjd] = 0; } } } else { _uli ctnd = (((((_uli)(1)) << (ohbl))) - ((_uli)(1))); if (syxc < 0) { vdt[0] = 0; } else { vdt[0] = ((((vdt[0]) & (~ctnd))) >> (syxc)); }; if (ucza != 0) { vdt[0] += ((((vdt[ucza]) & (~ctnd))) >> (ohbl)); } for (_si xtbt = 1; xtbt <= (12 - ucza); xtbt += 1) { vdt[-1 + xtbt] += ((((((vdt[ucza + xtbt]) & (ctnd))) << (-ohbl + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vdt[xtbt] = ((((vdt[ucza + xtbt]) & (~ctnd))) >> (ohbl)); } for (_si lirh = 13 - ucza; lirh <= 12; lirh += 1) { vdt[lirh] = 0; } }; } } } if (hyux > 0) { { _si ybbz = (hyux % 47); _si fxne = ((hyux) / (47)); _si edlt = hyux; if (edlt > (8 * sizeof(_uli))) { edlt = -1; } if (fxne >= 13) { { for (_si fcsv = 0; fcsv <= 12; fcsv += 1) { vxc[fcsv] = 0; } } } else { _uli qoyl = (((((_uli)(1)) << (ybbz))) - ((_uli)(1))); if (edlt < 0) { vxc[0] = 0; } else { vxc[0] = ((((vxc[0]) & (~qoyl))) >> (edlt)); }; if (fxne != 0) { vxc[0] += ((((vxc[fxne]) & (~qoyl))) >> (ybbz)); } for (_si nvrr = 1; nvrr <= (12 - fxne); nvrr += 1) { vxc[-1 + nvrr] += ((((((vxc[fxne + nvrr]) & (qoyl))) << (-ybbz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vxc[nvrr] = ((((vxc[fxne + nvrr]) & (~qoyl))) >> (ybbz)); } for (_si dbqt = 13 - fxne; dbqt <= 12; dbqt += 1) { vxc[dbqt] = 0; } }; } } } } { _uc *xisl = (_uc *)(qsud); for (_si xnuj = 0; xnuj <= 360; xnuj += 1) { xisl[xnuj] = (_uc)(1 + xisl[xnuj]) * (_uc)(255 + xisl[1 + xnuj]); } xisl[361] = 0; } } void emzx(_uli *heyq, _si ypuq) { _si oxgh = (ypuq % 47); _si zvpl = ((ypuq) / (47)); _si dlzr = -oxgh + (((sizeof(_uli)) << (3))); if (zvpl >= 13) { { for (_si hres = 0; hres <= 12; hres += 1) { heyq[hres] = 0; } } } else { for (_si tbww = 12 - zvpl; tbww >= 1; tbww -= 1) { heyq[tbww + zvpl] = ((heyq[tbww]) << (oxgh)); if (dlzr < (8 * sizeof(_uli))) { heyq[tbww + zvpl] += ((((heyq[-1 + tbww]) >> (dlzr))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } heyq[zvpl] = ((heyq[0]) << (oxgh)); for (_si pdsd = -1 + zvpl; pdsd >= 0; pdsd -= 1) { heyq[pdsd] = 0; } }; xpwa(heyq); } _uli *vmda() { ; _uli *umgf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; umgf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return umgf; } _uli *ytpa() { ; _uli *xjoc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; xjoc = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xjoc; } void wdmg(_uli *tcsn) { _si zhbc; { zhbc = 0; _uli iogn = 19; for (_si dtkc = 12; dtkc >= 0; dtkc -= 1) { if (tcsn[dtkc] != 0) { zhbc = ((((tcsn[dtkc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zhbc) { { for (_si glxt = 0; glxt <= 12; glxt += 1) { tcsn[glxt] = -tcsn[glxt]; } } } for (_si drmw = 0; drmw <= 11; drmw += 1) { if (((((tcsn[drmw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tcsn[1 + drmw] -= 1; } else { tcsn[1 + drmw] += ((tcsn[drmw]) >> (47)); }; tcsn[drmw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tcsn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zhbc) { { for (_si hepw = 0; hepw <= 12; hepw += 1) { tcsn[hepw] = -tcsn[hepw]; } } } } void kmym(_si kziy, _uli *oqoy, _uli *vxe, _uli *yyxv, _uli *ajsx, _uli *pakh) { { _uli *dxyb = uich(); _uli *ijvv = upi(); _uli *rypk = yegz(); _uli *rfiv = finq(); for (_si fmab = 0; fmab <= 12; fmab += 1) { dxyb[fmab] = ((ajsx[fmab]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ijvv[fmab] = ((ajsx[fmab]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rypk[fmab] = ((pakh[fmab]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rfiv[fmab] = ((pakh[fmab]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tzka = 0; tzka <= 12; tzka += 1) { yyxv[tzka] = 0; } } for (_si yjqf = 0; yjqf <= (-1 + (((13) >> (1)))); yjqf += 1) { for (_si xzrq = 0; xzrq <= (-1 + (((13) >> (1)))); xzrq += 1) { _uli seo = dxyb[yjqf] * rfiv[xzrq] + ijvv[yjqf] * rypk[xzrq]; _uli wbbg = dxyb[yjqf] * rypk[xzrq]; _uli krls = ijvv[yjqf] * rfiv[xzrq]; _uli ihvq = ((yyxv[xzrq + yjqf]) + (wbbg) + (((((seo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ihvq < wbbg) { krls += 1; } _uli kzkt = ((((seo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((krls) << ((-47 + (((sizeof(_uli)) << (3)))))))); yyxv[xzrq + yjqf] = ihvq; yyxv[1 + xzrq + yjqf] += kzkt; } { for (_si nswx = 0; nswx <= 11; nswx += 1) { yyxv[1 + nswx] += ((yyxv[nswx]) >> (47)); yyxv[nswx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yyxv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *dpxb = (_uc *)(dxyb); for (_si onyg = 0; onyg <= 360; onyg += 1) { dpxb[onyg] = (_uc)(1 + dpxb[onyg]) * (_uc)(255 + dpxb[1 + onyg]); } dpxb[361] = 0; } vemr(ijvv); { _uc *crko = (_uc *)(rypk); for (_si affo = 0; affo <= 360; affo += 1) { crko[affo] = (_uc)(1 + crko[affo]) * (_uc)(255 + crko[1 + affo]); } crko[361] = 0; } { _uc *xhiy = (_uc *)(rfiv); for (_si zmam = 0; zmam <= 360; zmam += 1) { xhiy[zmam] = (_uc)(255 + xhiy[1 + zmam]) * (_uc)(1 + xhiy[zmam]); } xhiy[361] = 0; } } vcga(kziy, oqoy, vxe, yyxv, yyxv); } void einn(_uli *zzkh) { _uc *qloq = (_uc *)(zzkh); for (_si jwpl = 0; jwpl <= 360; jwpl += 1) { qloq[jwpl] = (_uc)(1 + qloq[jwpl]) * (_uc)(255 + qloq[1 + jwpl]); } qloq[361] = 0; } void rkbb(_uli *gvuj, _uli *msji, _uli *nmkv) { for (_si gwin = 0; gwin <= 12; gwin += 1) { gvuj[gwin] = msji[gwin] + nmkv[gwin]; } { _si joyi; { joyi = 0; _uli llrm = 19; for (_si gqnx = 12; gqnx >= 0; gqnx -= 1) { if (gvuj[gqnx] != 0) { joyi = ((((gvuj[gqnx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (joyi) { ekqk(gvuj, gvuj); } for (_si pdyz = 0; pdyz <= 11; pdyz += 1) { if (((((gvuj[pdyz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gvuj[1 + pdyz] -= 1; } else { gvuj[1 + pdyz] += ((gvuj[pdyz]) >> (47)); }; gvuj[pdyz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gvuj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (joyi) { { for (_si igjf = 0; igjf <= 12; igjf += 1) { gvuj[igjf] = -gvuj[igjf]; } } } } } void crev(_uli *tesx) { _si wbnd = vlb(tesx); if (wbnd) { { for (_si guqz = 0; guqz <= 12; guqz += 1) { tesx[guqz] = -tesx[guqz]; } } } for (_si bsvp = 0; bsvp <= 11; bsvp += 1) { if (((((tesx[bsvp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tesx[1 + bsvp] -= 1; } else { tesx[1 + bsvp] += ((tesx[bsvp]) >> (47)); }; tesx[bsvp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tesx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wbnd) { thvs(tesx, tesx); } } void zxio(_uli *jvlx) { for (_si vnwm = 0; vnwm <= 12; vnwm += 1) { jvlx[vnwm] = 0; } } _si dbfy(_uli *jzfv) { _si tqha = 0; _uli hgzl = 19; for (_si ynaf = 12; ynaf >= 0; ynaf -= 1) { if (jzfv[ynaf] != 0) { tqha = ((((jzfv[ynaf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tqha; } void zzvf(_uc *zere, _uc *bxbl, _si zraf) { _ui *ddsz = (_ui *)(zere + 0); _ui *gaij = (_ui *)(zere + 128); _uc *copk = (_uc *)(ddsz); for (_si gecu = 0; gecu <= (-1 + zraf); gecu += 1) { if (gaij[0] >= 64) { { _ui *yclt = (_ui *)(zere + 0); _ui *uwqz = (_ui *)(zere + 64); for (_si djsx = 0; djsx <= 15; djsx += 1) { yclt[djsx] = uwqz[djsx]; } for (_si cezt = 0; cezt <= 9; cezt += 1) { { yclt[0] += yclt[4]; yclt[12] ^= yclt[0]; yclt[12] = ((((yclt[12]) << (16))) | (((yclt[12]) >> (16)))); yclt[8] += yclt[12]; yclt[4] ^= yclt[8]; yclt[4] = ((((yclt[4]) << (12))) | (((yclt[4]) >> (20)))); yclt[0] += yclt[4]; yclt[12] ^= yclt[0]; yclt[12] = ((((yclt[12]) << (8))) | (((yclt[12]) >> (24)))); yclt[8] += yclt[12]; yclt[4] ^= yclt[8]; yclt[4] = ((((yclt[4]) << (7))) | (((yclt[4]) >> (25)))); } { yclt[1] += yclt[5]; yclt[13] ^= yclt[1]; yclt[13] = ((((yclt[13]) << (16))) | (((yclt[13]) >> (16)))); yclt[9] += yclt[13]; yclt[5] ^= yclt[9]; yclt[5] = ((((yclt[5]) << (12))) | (((yclt[5]) >> (20)))); yclt[1] += yclt[5]; yclt[13] ^= yclt[1]; yclt[13] = ((((yclt[13]) << (8))) | (((yclt[13]) >> (24)))); yclt[9] += yclt[13]; yclt[5] ^= yclt[9]; yclt[5] = ((((yclt[5]) << (7))) | (((yclt[5]) >> (25)))); } { yclt[2] += yclt[6]; yclt[14] ^= yclt[2]; yclt[14] = ((((yclt[14]) << (16))) | (((yclt[14]) >> (16)))); yclt[10] += yclt[14]; yclt[6] ^= yclt[10]; yclt[6] = ((((yclt[6]) << (12))) | (((yclt[6]) >> (20)))); yclt[2] += yclt[6]; yclt[14] ^= yclt[2]; yclt[14] = ((((yclt[14]) << (8))) | (((yclt[14]) >> (24)))); yclt[10] += yclt[14]; yclt[6] ^= yclt[10]; yclt[6] = ((((yclt[6]) << (7))) | (((yclt[6]) >> (25)))); } { yclt[3] += yclt[7]; yclt[15] ^= yclt[3]; yclt[15] = ((((yclt[15]) << (16))) | (((yclt[15]) >> (16)))); yclt[11] += yclt[15]; yclt[7] ^= yclt[11]; yclt[7] = ((((yclt[7]) << (12))) | (((yclt[7]) >> (20)))); yclt[3] += yclt[7]; yclt[15] ^= yclt[3]; yclt[15] = ((((yclt[15]) << (8))) | (((yclt[15]) >> (24)))); yclt[11] += yclt[15]; yclt[7] ^= yclt[11]; yclt[7] = ((((yclt[7]) << (7))) | (((yclt[7]) >> (25)))); } aqt(yclt, 0, 5, 10, 15); { yclt[1] += yclt[6]; yclt[12] ^= yclt[1]; yclt[12] = ((((yclt[12]) << (16))) | (((yclt[12]) >> (16)))); yclt[11] += yclt[12]; yclt[6] ^= yclt[11]; yclt[6] = ((((yclt[6]) << (12))) | (((yclt[6]) >> (20)))); yclt[1] += yclt[6]; yclt[12] ^= yclt[1]; yclt[12] = ((((yclt[12]) << (8))) | (((yclt[12]) >> (24)))); yclt[11] += yclt[12]; yclt[6] ^= yclt[11]; yclt[6] = ((((yclt[6]) << (7))) | (((yclt[6]) >> (25)))); } jgrw(yclt, 2, 7, 8, 13); { yclt[3] += yclt[4]; yclt[14] ^= yclt[3]; yclt[14] = ((((yclt[14]) << (16))) | (((yclt[14]) >> (16)))); yclt[9] += yclt[14]; yclt[4] ^= yclt[9]; yclt[4] = ((((yclt[4]) << (12))) | (((yclt[4]) >> (20)))); yclt[3] += yclt[4]; yclt[14] ^= yclt[3]; yclt[14] = ((((yclt[14]) << (8))) | (((yclt[14]) >> (24)))); yclt[9] += yclt[14]; yclt[4] ^= yclt[9]; yclt[4] = ((((yclt[4]) << (7))) | (((yclt[4]) >> (25)))); } _m[65163] += 1; } for (_si gwwb = 0; gwwb <= 15; gwwb += 1) { yclt[gwwb] += uwqz[gwwb]; } uwqz[12] += 1; if (uwqz[12] == 0) { uwqz[13] += 1; } } gaij[0] = 0; } bxbl[gecu] ^= copk[gaij[0]]; gaij[0] += 1; } } void zocb(_uli *veef, _uli *yocv, _uli *artf, _uli *rwiw) { { for (_si nzck = 0; nzck <= 12; nzck += 1) { yocv[nzck] = artf[nzck] - rwiw[nzck]; } { _si tlxo = ozzj(yocv); if (tlxo) { { for (_si gbeo = 0; gbeo <= 12; gbeo += 1) { yocv[gbeo] = -yocv[gbeo]; } } } for (_si pyrb = 0; pyrb <= 11; pyrb += 1) { if (((((yocv[pyrb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yocv[1 + pyrb] -= 1; } else { yocv[1 + pyrb] += ((yocv[pyrb]) >> (47)); }; yocv[pyrb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yocv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tlxo) { oahl(yocv, yocv); } } } _si oqwt; { oqwt = 0; _uli xgwh = 19; for (_si jrpe = 12; jrpe >= 0; jrpe -= 1) { if (yocv[jrpe] != 0) { oqwt = ((((yocv[jrpe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oqwt) { { for (_si jawy = 0; jawy <= 12; jawy += 1) { yocv[jawy] = veef[jawy] + yocv[jawy]; } thiw(yocv); } } } void iqbz(_si bfuf, _uli *naot, _uli *hzau, _uli *dzkk, _uli *ieyg) { _uli *zbjd = bzeb(); { if (zbjd != ieyg) { for (_si grdq = 0; grdq <= 12; grdq += 1) { zbjd[grdq] = ieyg[grdq]; } } } { if (dzkk != ieyg) { for (_si qnap = 0; qnap <= 12; qnap += 1) { dzkk[qnap] = ieyg[qnap]; } } } dgaq(bfuf, dzkk); hibd(dzkk, dzkk, hzau); { dzkk[(((bfuf) / (47)))] &= ((((((_uli)(1)) << ((bfuf % 47)))) - ((_uli)(1)))); for (_si bwbc = 1 + (((bfuf) / (47))); bwbc <= 12; bwbc += 1) { dzkk[bwbc] = 0; } } { _uli *qrmn = wjle(); _uli *kdfm = mwob(); _uli *fgb = qwbt(); _uli *xckh = nayy(); for (_si ciqc = 0; ciqc <= 12; ciqc += 1) { qrmn[ciqc] = ((dzkk[ciqc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kdfm[ciqc] = ((dzkk[ciqc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fgb[ciqc] = ((naot[ciqc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xckh[ciqc] = ((naot[ciqc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si enen = 0; enen <= 12; enen += 1) { dzkk[enen] = 0; } } for (_si ijiu = 0; ijiu <= (-1 + (((13) >> (1)))); ijiu += 1) { for (_si lse = 0; lse <= (-1 + (((13) >> (1)))); lse += 1) { _uli gdi = fgb[lse] * kdfm[ijiu] + qrmn[ijiu] * xckh[lse]; _uli eij = fgb[lse] * qrmn[ijiu]; _uli wiy = kdfm[ijiu] * xckh[lse]; _uli dpjt = ((dzkk[ijiu + lse]) + (eij) + (((((gdi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dpjt < eij) { wiy += 1; } _uli rlqj = ((((gdi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wiy) << ((-47 + (((sizeof(_uli)) << (3)))))))); dzkk[ijiu + lse] = dpjt; dzkk[1 + ijiu + lse] += rlqj; } { for (_si vucn = 0; vucn <= 11; vucn += 1) { dzkk[1 + vucn] += ((dzkk[vucn]) >> (47)); dzkk[vucn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dzkk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } pyqi(qrmn); wguq(kdfm); { _uc *mzah = (_uc *)(fgb); for (_si mdjg = 0; mdjg <= 360; mdjg += 1) { mzah[mdjg] = (_uc)(255 + mzah[1 + mdjg]) * (_uc)(1 + mzah[mdjg]); } mzah[361] = 0; } { _uc *agie = (_uc *)(xckh); for (_si ggfr = 0; ggfr <= 360; ggfr += 1) { agie[ggfr] = (_uc)(255 + agie[1 + ggfr]) * (_uc)(1 + agie[ggfr]); } agie[361] = 0; } } { for (_si njcw = 0; njcw <= 12; njcw += 1) { dzkk[njcw] = dzkk[njcw] + zbjd[njcw]; } utmh(dzkk); } { _si ebnv = (bfuf % 47); _si ihgt = ((bfuf) / (47)); _si gics = bfuf; if (gics > (8 * sizeof(_uli))) { gics = -1; } if (ihgt >= 13) { { for (_si dzc = 0; dzc <= 12; dzc += 1) { dzkk[dzc] = 0; } } } else { _uli uhhf = (((((_uli)(1)) << (ebnv))) - ((_uli)(1))); if (gics < 0) { dzkk[0] = 0; } else { dzkk[0] = ((((dzkk[0]) & (~uhhf))) >> (gics)); }; if (ihgt != 0) { dzkk[0] += ((((dzkk[ihgt]) & (~uhhf))) >> (ebnv)); } for (_si crfx = 1; crfx <= (12 - ihgt); crfx += 1) { dzkk[-1 + crfx] += ((((((dzkk[crfx + ihgt]) & (uhhf))) << (-ebnv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dzkk[crfx] = ((((dzkk[crfx + ihgt]) & (~uhhf))) >> (ebnv)); } for (_si dfsu = 13 - ihgt; dfsu <= 12; dfsu += 1) { dzkk[dfsu] = 0; } }; } ijeu(zbjd, dzkk, naot); _si buwe; { buwe = 0; _uli mnpw = 19; for (_si asxs = 12; asxs >= 0; asxs -= 1) { if (zbjd[asxs] != 0) { buwe = ((((zbjd[asxs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!buwe) { dsjc(dzkk, zbjd); } dovu(zbjd); } void fgon(_uli *nwuj, _uli *ccwm) { if (nwuj != ccwm) { for (_si rtzi = 0; rtzi <= 12; rtzi += 1) { nwuj[rtzi] = ccwm[rtzi]; } } } void socn(_uli *gepr, _uli *qoqu, _uli *drsd) { for (_si saqi = 0; saqi <= 12; saqi += 1) { gepr[saqi] = -drsd[saqi] + qoqu[saqi]; } slyr(gepr); } _si tsvr(_uli *dlmf) { _si qfpi = 0; _uli zcbn = 19; for (_si pdjx = 12; pdjx >= 0; pdjx -= 1) { if (dlmf[pdjx] != 0) { qfpi = ((((dlmf[pdjx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qfpi; } void nuov(_uli *fefv, _uli *pvhz, _uli *eojx) { _uli *fsen = hgjg(); _uli *zjns = ctgm(); _uli *uyxu = oind(); _uli *xngy = owme(); for (_si rsfe = 0; rsfe <= 12; rsfe += 1) { fsen[rsfe] = ((pvhz[rsfe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zjns[rsfe] = ((pvhz[rsfe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uyxu[rsfe] = ((eojx[rsfe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xngy[rsfe] = ((eojx[rsfe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wawd = 0; wawd <= 12; wawd += 1) { fefv[wawd] = 0; } } for (_si ttoo = 0; ttoo <= (-1 + (((13) >> (1)))); ttoo += 1) { for (_si xjso = 0; xjso <= (-1 + (((13) >> (1)))); xjso += 1) { _uli drbo = fsen[ttoo] * xngy[xjso] + uyxu[xjso] * zjns[ttoo]; _uli ndwg = fsen[ttoo] * uyxu[xjso]; _uli argx = xngy[xjso] * zjns[ttoo]; _uli vcci = ((fefv[ttoo + xjso]) + (ndwg) + (((((drbo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vcci < ndwg) { argx += 1; } _uli yruj = ((((drbo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((argx) << ((-47 + (((sizeof(_uli)) << (3)))))))); fefv[ttoo + xjso] = vcci; fefv[1 + ttoo + xjso] += yruj; } { for (_si eyuw = 0; eyuw <= 11; eyuw += 1) { fefv[1 + eyuw] += ((fefv[eyuw]) >> (47)); fefv[eyuw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fefv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } rbtt(fsen); vemr(zjns); { _uc *vnve = (_uc *)(uyxu); for (_si rrqt = 0; rrqt <= 360; rrqt += 1) { vnve[rrqt] = (_uc)(1 + vnve[rrqt]) * (_uc)(255 + vnve[1 + rrqt]); } vnve[361] = 0; } ndxx(xngy); } void hqno(_uli *qmfu, _uli *iqin, _uli *oorr) { _uli *vgzq = hkio(); _uli *eqzg = agss(); _uli *hpae = uzhu(); _uli *vxyr = vnsv(); for (_si mpaf = 0; mpaf <= 12; mpaf += 1) { vgzq[mpaf] = ((iqin[mpaf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); eqzg[mpaf] = ((iqin[mpaf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hpae[mpaf] = ((oorr[mpaf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vxyr[mpaf] = ((oorr[mpaf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dxgz = 0; dxgz <= 12; dxgz += 1) { qmfu[dxgz] = 0; } } for (_si rpqh = 0; rpqh <= (-1 + (((13) >> (1)))); rpqh += 1) { for (_si rqjx = 0; rqjx <= (-1 + (((13) >> (1)))); rqjx += 1) { _uli aref = eqzg[rpqh] * hpae[rqjx] + vgzq[rpqh] * vxyr[rqjx]; _uli cbxc = hpae[rqjx] * vgzq[rpqh]; _uli axpq = eqzg[rpqh] * vxyr[rqjx]; _uli xuta = ((qmfu[rpqh + rqjx]) + (cbxc) + (((((aref) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xuta < cbxc) { axpq += 1; } _uli espk = ((((aref) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((axpq) << ((-47 + (((sizeof(_uli)) << (3)))))))); qmfu[rpqh + rqjx] = xuta; qmfu[1 + rpqh + rqjx] += espk; } emtc(qmfu); } { _uc *bgfx = (_uc *)(vgzq); for (_si nfow = 0; nfow <= 360; nfow += 1) { bgfx[nfow] = (_uc)(255 + bgfx[1 + nfow]) * (_uc)(1 + bgfx[nfow]); } bgfx[361] = 0; } jpeh(eqzg); { _uc *ioei = (_uc *)(hpae); for (_si wzjr = 0; wzjr <= 360; wzjr += 1) { ioei[wzjr] = (_uc)(1 + ioei[wzjr]) * (_uc)(255 + ioei[1 + wzjr]); } ioei[361] = 0; } { _uc *fxlr = (_uc *)(vxyr); for (_si ciik = 0; ciik <= 360; ciik += 1) { fxlr[ciik] = (_uc)(1 + fxlr[ciik]) * (_uc)(255 + fxlr[1 + ciik]); } fxlr[361] = 0; } } void slpx(_uli *fxev, _uli *pcqo) { for (_si wkvx = 0; wkvx <= 12; wkvx += 1) { fxev[wkvx] = -pcqo[wkvx]; } } void lzmb(_uli *txyr, _si rhcd) { _si kbou = (rhcd % 47); _si vczm = ((rhcd) / (47)); _si ctcl = rhcd; if (ctcl > (8 * sizeof(_uli))) { ctcl = -1; } if (vczm >= 13) { { for (_si lzox = 0; lzox <= 12; lzox += 1) { txyr[lzox] = 0; } } } else { _uli muhk = (((((_uli)(1)) << (kbou))) - ((_uli)(1))); if (ctcl < 0) { txyr[0] = 0; } else { txyr[0] = ((((txyr[0]) & (~muhk))) >> (ctcl)); }; if (vczm != 0) { txyr[0] += ((((txyr[vczm]) & (~muhk))) >> (kbou)); } for (_si nyai = 1; nyai <= (12 - vczm); nyai += 1) { txyr[-1 + nyai] += ((((((txyr[nyai + vczm]) & (muhk))) << (-kbou + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); txyr[nyai] = ((((txyr[nyai + vczm]) & (~muhk))) >> (kbou)); } for (_si bpar = 13 - vczm; bpar <= 12; bpar += 1) { txyr[bpar] = 0; } }; } _uli *kyec() { ; _uli *gcjw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; gcjw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gcjw; } _uc *oqmw() { ; _uc *nfsr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; nfsr = (_uc *)(_m + 362 * _s); break; } _s += 1; } return nfsr; } void uxid(_uli *hygo) { _uc *qukh = (_uc *)(hygo); for (_si ehut = 0; ehut <= 360; ehut += 1) { qukh[ehut] = (_uc)(255 + qukh[1 + ehut]) * (_uc)(1 + qukh[ehut]); } qukh[361] = 0; } void anwz(_si ydcj, _uli *lias, _uli *hulu, _uli *quvg, _uli *jhen, _uli *sjzf) { { _uli *svcv = eulu(); _uli *atgf = bbnw(); _uli *iidl = shbw(); _uli *ndiu = wfdc(); for (_si cwkz = 0; cwkz <= 12; cwkz += 1) { svcv[cwkz] = ((jhen[cwkz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); atgf[cwkz] = ((jhen[cwkz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); iidl[cwkz] = ((sjzf[cwkz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ndiu[cwkz] = ((sjzf[cwkz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } xaaf(quvg); for (_si yjea = 0; yjea <= (-1 + (((13) >> (1)))); yjea += 1) { for (_si popz = 0; popz <= (-1 + (((13) >> (1)))); popz += 1) { _uli yipo = atgf[yjea] * iidl[popz] + ndiu[popz] * svcv[yjea]; _uli kdwe = iidl[popz] * svcv[yjea]; _uli uuze = atgf[yjea] * ndiu[popz]; _uli dyms = ((quvg[popz + yjea]) + (kdwe) + (((((yipo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dyms < kdwe) { uuze += 1; } _uli usab = ((((yipo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uuze) << ((-47 + (((sizeof(_uli)) << (3)))))))); quvg[popz + yjea] = dyms; quvg[1 + popz + yjea] += usab; } ilax(quvg); } { _uc *ejms = (_uc *)(svcv); for (_si hpfk = 0; hpfk <= 360; hpfk += 1) { ejms[hpfk] = (_uc)(255 + ejms[1 + hpfk]) * (_uc)(1 + ejms[hpfk]); } ejms[361] = 0; } pkvk(atgf); yngx(iidl); { _uc *ngfb = (_uc *)(ndiu); for (_si ttwc = 0; ttwc <= 360; ttwc += 1) { ngfb[ttwc] = (_uc)(255 + ngfb[1 + ttwc]) * (_uc)(1 + ngfb[ttwc]); } ngfb[361] = 0; } } ejza(ydcj, lias, hulu, quvg, quvg); } void rpss(_uc *tkut, _uc *vsxs, _uc *eoae, _si tele) { yyye(tkut, vsxs, 0); bjzp(tkut, eoae, tele); } void ysnq(_uc *hfmr, _uc *hzko, _si rsjw) { _ui *xwwd = (_ui *)(hfmr + 0); _ui *fxld = (_ui *)(hfmr + 128); _uc *rmu = (_uc *)(xwwd); for (_si rvhc = 0; rvhc <= (-1 + rsjw); rvhc += 1) { if (fxld[0] >= 64) { etw(hfmr); fxld[0] = 0; } hzko[rvhc] ^= rmu[fxld[0]]; fxld[0] += 1; } } void icbv(_uli *kufo, _si reah) { _si vwko = (reah % 47); _si utnz = ((reah) / (47)); _si vqcg = -vwko + (((sizeof(_uli)) << (3))); if (utnz >= 13) { abtw(kufo); } else { for (_si zlff = 12 - utnz; zlff >= 1; zlff -= 1) { kufo[utnz + zlff] = ((kufo[zlff]) << (vwko)); if (vqcg < (8 * sizeof(_uli))) { kufo[utnz + zlff] += ((((kufo[-1 + zlff]) >> (vqcg))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } kufo[utnz] = ((kufo[0]) << (vwko)); for (_si kccr = -1 + utnz; kccr >= 0; kccr -= 1) { kufo[kccr] = 0; } }; utpi(kufo); } void xwil(_uli *fcnb) { _uc *mvpz = (_uc *)(fcnb); for (_si xyfh = 0; xyfh <= 360; xyfh += 1) { mvpz[xyfh] = (_uc)(1 + mvpz[xyfh]) * (_uc)(255 + mvpz[1 + xyfh]); } mvpz[361] = 0; } void tdtu(_uli *wqgp, _uli *aykj, _uli *jhko) { _uli *aqgm = smxy(); _uli *gyhy = evlo(); _uli *rwae = mqoy(); _uli *vwze = rxnr(); for (_si znkr = 0; znkr <= 44; znkr += 1) { aqgm[znkr] = ((aykj[znkr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gyhy[znkr] = ((aykj[znkr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rwae[znkr] = ((jhko[znkr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vwze[znkr] = ((jhko[znkr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } ouia(wqgp); for (_si cpsa = 0; cpsa <= (-1 + (((45) >> (1)))); cpsa += 1) { for (_si jrle = 0; jrle <= (-1 + (((45) >> (1)))); jrle += 1) { _uli voua = aqgm[cpsa] * vwze[jrle] + gyhy[cpsa] * rwae[jrle]; _uli kzrn = aqgm[cpsa] * rwae[jrle]; _uli mtqm = gyhy[cpsa] * vwze[jrle]; _uli onqd = ((wqgp[cpsa + jrle]) + (kzrn) + (((((voua) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (onqd < kzrn) { mtqm += 1; } _uli mpgr = ((((voua) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mtqm) << ((-47 + (((sizeof(_uli)) << (3)))))))); wqgp[cpsa + jrle] = onqd; wqgp[1 + cpsa + jrle] += mpgr; } bqab(wqgp); } twn(aqgm); xhk(gyhy); { _uc *patu = (_uc *)(rwae); for (_si svom = 0; svom <= 360; svom += 1) { patu[svom] = (_uc)(1 + patu[svom]) * (_uc)(255 + patu[1 + svom]); } patu[361] = 0; } { _uc *lmrw = (_uc *)(vwze); for (_si oqun = 0; oqun <= 360; oqun += 1) { lmrw[oqun] = (_uc)(255 + lmrw[1 + oqun]) * (_uc)(1 + lmrw[oqun]); } lmrw[361] = 0; } } void qqag(_uli *vyca) { _uc *ftlb = jsin(); _uc *emow = ((_uc *)(_m + 129596) + 0); _uc *deca = (_uc *)(vyca); for (_si czdn = 0; czdn <= 103; czdn += 1) { deca[czdn] = *(((_uc *)(_m + 237472) + czdn)); } { bnoc(ftlb, emow, 0); qkue(ftlb, deca, 104); } } void wwka(_uli *fvh, _si mec) { _si bxqs = (mec % 47); _si xcvw = ((mec) / (47)); _si ble = -bxqs + (((sizeof(_uli)) << (3))); if (xcvw >= 13) { { for (_si qhu = 0; qhu <= 12; qhu += 1) { fvh[qhu] = 0; } } } else { for (_si jgmj = 12 - xcvw; jgmj >= 1; jgmj -= 1) { fvh[jgmj + xcvw] = ((fvh[jgmj]) << (bxqs)); if (ble < (8 * sizeof(_uli))) { fvh[jgmj + xcvw] += ((((fvh[-1 + jgmj]) >> (ble))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } fvh[xcvw] = ((fvh[0]) << (bxqs)); for (_si qbgj = -1 + xcvw; qbgj >= 0; qbgj -= 1) { fvh[qbgj] = 0; } }; { for (_si fqhg = 0; fqhg <= 11; fqhg += 1) { fvh[1 + fqhg] += ((fvh[fqhg]) >> (47)); fvh[fqhg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fvh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void gnpd(_uli *hoch, _uli *pkqp, _uli *tuop) { _uli *czga = ddzl(); _uli *jomh = dukr(); _uli *xcuc = wjle(); _uli *uqav = qidh(); for (_si yrrt = 0; yrrt <= 12; yrrt += 1) { czga[yrrt] = ((pkqp[yrrt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jomh[yrrt] = ((pkqp[yrrt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xcuc[yrrt] = ((tuop[yrrt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uqav[yrrt] = ((tuop[yrrt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pjst = 0; pjst <= 12; pjst += 1) { hoch[pjst] = 0; } } for (_si kevr = 0; kevr <= (-1 + (((13) >> (1)))); kevr += 1) { for (_si wnle = 0; wnle <= (-1 + (((13) >> (1)))); wnle += 1) { _uli pwlm = czga[kevr] * uqav[wnle] + jomh[kevr] * xcuc[wnle]; _uli jfza = czga[kevr] * xcuc[wnle]; _uli trzg = jomh[kevr] * uqav[wnle]; _uli vjoj = ((hoch[kevr + wnle]) + (jfza) + (((((pwlm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vjoj < jfza) { trzg += 1; } _uli yicc = ((((pwlm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((trzg) << ((-47 + (((sizeof(_uli)) << (3)))))))); hoch[kevr + wnle] = vjoj; hoch[1 + kevr + wnle] += yicc; } anqz(hoch); } { _uc *dinh = (_uc *)(czga); for (_si ojuu = 0; ojuu <= 360; ojuu += 1) { dinh[ojuu] = (_uc)(255 + dinh[1 + ojuu]) * (_uc)(1 + dinh[ojuu]); } dinh[361] = 0; } wguq(jomh); { _uc *xbyj = (_uc *)(xcuc); for (_si qcsc = 0; qcsc <= 360; qcsc += 1) { xbyj[qcsc] = (_uc)(255 + xbyj[1 + qcsc]) * (_uc)(1 + xbyj[qcsc]); } xbyj[361] = 0; } { _uc *qnio = (_uc *)(uqav); for (_si gaod = 0; gaod <= 360; gaod += 1) { qnio[gaod] = (_uc)(255 + qnio[1 + gaod]) * (_uc)(1 + qnio[gaod]); } qnio[361] = 0; } } void krag(_uli *rqsr) { for (_si jhpt = 0; jhpt <= 44; jhpt += 1) { rqsr[jhpt] = 0; } } void yjbv(_uli *kzqq, _uli *zvbc, _uli *uklv, _uli *ubvl) { socn(zvbc, uklv, ubvl); _si tvde = kmip(zvbc); if (tvde) { bbgj(zvbc, zvbc, kzqq); } } void ickj(_uli *mheh) { for (_si yfjz = 0; yfjz <= 12; yfjz += 1) { mheh[yfjz] = 0; } } void vlhd(_uli *shry, _si bjxr) { _si immz = (bjxr % 47); _si nvt = ((bjxr) / (47)); _si okyp = bjxr; if (okyp > (8 * sizeof(_uli))) { okyp = -1; } if (nvt >= 45) { { for (_si fvvn = 0; fvvn <= 44; fvvn += 1) { shry[fvvn] = 0; } } } else { _uli xiwp = (((((_uli)(1)) << (immz))) - ((_uli)(1))); if (okyp < 0) { shry[0] = 0; } else { shry[0] = ((((shry[0]) & (~xiwp))) >> (okyp)); }; if (nvt != 0) { shry[0] += ((((shry[nvt]) & (~xiwp))) >> (immz)); } for (_si ihrq = 1; ihrq <= (44 - nvt); ihrq += 1) { shry[-1 + ihrq] += ((((((shry[ihrq + nvt]) & (xiwp))) << (-immz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); shry[ihrq] = ((((shry[ihrq + nvt]) & (~xiwp))) >> (immz)); } for (_si tle = 45 - nvt; tle <= 44; tle += 1) { shry[tle] = 0; } }; } _si icfb(_uli *nvgf) { _si zxdi = 0; _uli fgyi = 19; for (_si bcpb = 12; bcpb >= 0; bcpb -= 1) { if (nvgf[bcpb] != 0) { zxdi = ((((nvgf[bcpb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zxdi; } void kjwu(_uli *yfgn, _si klfu) { _si ivau = (klfu % 47); _si xsen = ((klfu) / (47)); _si kqzr = klfu; if (kqzr > (8 * sizeof(_uli))) { kqzr = -1; } if (xsen >= 13) { { for (_si mvgs = 0; mvgs <= 12; mvgs += 1) { yfgn[mvgs] = 0; } } } else { _uli slmo = (((((_uli)(1)) << (ivau))) - ((_uli)(1))); if (kqzr < 0) { yfgn[0] = 0; } else { yfgn[0] = ((((yfgn[0]) & (~slmo))) >> (kqzr)); }; if (xsen != 0) { yfgn[0] += ((((yfgn[xsen]) & (~slmo))) >> (ivau)); } for (_si ofyj = 1; ofyj <= (12 - xsen); ofyj += 1) { yfgn[-1 + ofyj] += ((((((yfgn[ofyj + xsen]) & (slmo))) << (-ivau + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yfgn[ofyj] = ((((yfgn[ofyj + xsen]) & (~slmo))) >> (ivau)); } for (_si xueh = 13 - xsen; xueh <= 12; xueh += 1) { yfgn[xueh] = 0; } }; } _uli *rxnr() { ; _uli *mbnw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; mbnw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mbnw; } void kdft(_uc *hdba, _uc *jybl, _uc *bqxv, _si ibsu) { { kzwt(hdba, jybl); _ui *gmaa = (_ui *)(hdba + 64); _ui *wad = (_ui *)(hdba + 128); for (_si vvjz = 0; vvjz <= 3; vvjz += 1) { gmaa[vvjz] = (((_ui)(((_uc *)(_m + 48146) + 4 * vvjz)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vvjz)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vvjz)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vvjz)[3])) << (24)))); } for (_si bcv = 0; bcv <= 3; bcv += 1) { gmaa[12 + bcv] = 0; _m[65162] += 1; } wad[0] = 3904225602; } fdwp(hdba, bqxv, ibsu); } void okxb(_uli *euzw) { _si awwq; { awwq = 0; _uli eskm = 19; for (_si zbob = 12; zbob >= 0; zbob -= 1) { if (euzw[zbob] != 0) { awwq = ((((euzw[zbob]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (awwq) { { for (_si fhtf = 0; fhtf <= 12; fhtf += 1) { euzw[fhtf] = -euzw[fhtf]; } } } for (_si qhek = 0; qhek <= 11; qhek += 1) { if (((((euzw[qhek]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { euzw[1 + qhek] -= 1; } else { euzw[1 + qhek] += ((euzw[qhek]) >> (47)); }; euzw[qhek] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } euzw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (awwq) { { for (_si nmru = 0; nmru <= 12; nmru += 1) { euzw[nmru] = -euzw[nmru]; } } } } void xowr(_uli *sklc, _uli *efdc, _uli *hiqr) { for (_si jnmy = 0; jnmy <= 12; jnmy += 1) { sklc[jnmy] = efdc[jnmy] + hiqr[jnmy]; } ykkf(sklc); } void wqxx(_uli *pbaz, _uli *nvpt) { for (_si unhm = 0; unhm <= 44; unhm += 1) { pbaz[unhm] = -nvpt[unhm]; } } void emzn(_uli *gvaa) { _si pcis = hlgy(gvaa); if (pcis) { { for (_si gqgr = 0; gqgr <= 12; gqgr += 1) { gvaa[gqgr] = -gvaa[gqgr]; } } } for (_si oebp = 0; oebp <= 11; oebp += 1) { if (((((gvaa[oebp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gvaa[1 + oebp] -= 1; } else { gvaa[1 + oebp] += ((gvaa[oebp]) >> (47)); }; gvaa[oebp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gvaa[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pcis) { { for (_si yzea = 0; yzea <= 12; yzea += 1) { gvaa[yzea] = -gvaa[yzea]; } } } } void uuwg(_uli *znni) { for (_si fnlo = 0; fnlo <= 12; fnlo += 1) { znni[fnlo] = 0; } } void qfgy(_uli *wdoh, _uli *vwzh) { for (_si akyf = 0; akyf <= 12; akyf += 1) { wdoh[akyf] = -vwzh[akyf]; } } void eeio(_uli *ghwi) { _si ciqv; { ciqv = 0; _uli bosd = 19; for (_si wmno = 12; wmno >= 0; wmno -= 1) { if (ghwi[wmno] != 0) { ciqv = ((((ghwi[wmno]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ciqv) { { for (_si thgj = 0; thgj <= 12; thgj += 1) { ghwi[thgj] = -ghwi[thgj]; } } } for (_si svhs = 0; svhs <= 11; svhs += 1) { if (((((ghwi[svhs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ghwi[1 + svhs] -= 1; } else { ghwi[1 + svhs] += ((ghwi[svhs]) >> (47)); }; ghwi[svhs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ghwi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ciqv) { { for (_si grhk = 0; grhk <= 12; grhk += 1) { ghwi[grhk] = -ghwi[grhk]; } } } } void azzc(_uli *xgxz, _uli *lhcg, _uli *aagu) { _uli *apol = udvd(); _uli *udmb = agss(); _uli *dcsm = ckcv(); _uli *uxdr = wpkw(); for (_si adrf = 0; adrf <= 12; adrf += 1) { apol[adrf] = ((lhcg[adrf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); udmb[adrf] = ((lhcg[adrf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dcsm[adrf] = ((aagu[adrf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uxdr[adrf] = ((aagu[adrf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si rosj = 0; rosj <= 12; rosj += 1) { xgxz[rosj] = 0; } } for (_si kuru = 0; kuru <= (-1 + (((13) >> (1)))); kuru += 1) { for (_si xmaa = 0; xmaa <= (-1 + (((13) >> (1)))); xmaa += 1) { _uli acye = apol[kuru] * uxdr[xmaa] + dcsm[xmaa] * udmb[kuru]; _uli qvfw = apol[kuru] * dcsm[xmaa]; _uli dgr = udmb[kuru] * uxdr[xmaa]; _uli vahu = ((xgxz[kuru + xmaa]) + (qvfw) + (((((acye) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vahu < qvfw) { dgr += 1; } _uli vecz = ((((acye) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dgr) << ((-47 + (((sizeof(_uli)) << (3)))))))); xgxz[kuru + xmaa] = vahu; xgxz[1 + kuru + xmaa] += vecz; } { for (_si muu = 0; muu <= 11; muu += 1) { xgxz[1 + muu] += ((xgxz[muu]) >> (47)); xgxz[muu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xgxz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } brs(apol); hosm(udmb); gckn(dcsm); { _uc *mfkt = (_uc *)(uxdr); for (_si fwuo = 0; fwuo <= 360; fwuo += 1) { mfkt[fwuo] = (_uc)(1 + mfkt[fwuo]) * (_uc)(255 + mfkt[1 + fwuo]); } mfkt[361] = 0; } } void kal(_uli *axh) { _uc *dojj = (_uc *)(axh); for (_si tuon = 0; tuon <= 360; tuon += 1) { dojj[tuon] = (_uc)(255 + dojj[1 + tuon]) * (_uc)(1 + dojj[tuon]); } dojj[361] = 0; } void runr(_uc *bmji, _uc *hvnl, _uc *uiju, _si vpju) { { llnz(bmji, hvnl); _ui *lfpg = (_ui *)(bmji + 64); _ui *jqxx = (_ui *)(bmji + 128); for (_si fddr = 0; fddr <= 3; fddr += 1) { lfpg[fddr] = (((_ui)(((_uc *)(_m + 48146) + 4 * fddr)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fddr)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fddr)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fddr)[3])) << (24)))); } for (_si xkf = 0; xkf <= 3; xkf += 1) { lfpg[12 + xkf] = 0; _m[65162] += 1; } jqxx[0] = 3904225602; } ntw(bmji, uiju, vpju); } void tlbn(_uli *fcim) { _si gjfu = hate(fcim); if (gjfu) { { for (_si bgqg = 0; bgqg <= 12; bgqg += 1) { fcim[bgqg] = -fcim[bgqg]; } } } for (_si xnlk = 0; xnlk <= 11; xnlk += 1) { if (((((fcim[xnlk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fcim[1 + xnlk] -= 1; } else { fcim[1 + xnlk] += ((fcim[xnlk]) >> (47)); }; fcim[xnlk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fcim[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gjfu) { { for (_si nouw = 0; nouw <= 12; nouw += 1) { fcim[nouw] = -fcim[nouw]; } } } } void efdq(_uli *thpv, _si xnmb) { _si sxxq = (xnmb % 47); _si vwal = ((xnmb) / (47)); _si bekn = xnmb; if (bekn > (8 * sizeof(_uli))) { bekn = -1; } if (vwal >= 13) { tpry(thpv); } else { _uli xxzu = (((((_uli)(1)) << (sxxq))) - ((_uli)(1))); if (bekn < 0) { thpv[0] = 0; } else { thpv[0] = ((((thpv[0]) & (~xxzu))) >> (bekn)); }; if (vwal != 0) { thpv[0] += ((((thpv[vwal]) & (~xxzu))) >> (sxxq)); } for (_si svme = 1; svme <= (12 - vwal); svme += 1) { thpv[-1 + svme] += ((((((thpv[svme + vwal]) & (xxzu))) << (-sxxq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); thpv[svme] = ((((thpv[svme + vwal]) & (~xxzu))) >> (sxxq)); } for (_si xxoc = 13 - vwal; xxoc <= 12; xxoc += 1) { thpv[xxoc] = 0; } }; } void dzme(_si enlt, _uli *ohfj, _uli *kfak, _uli *ertz, _uli *cgyp) { oihy(ertz, cgyp); mhsc(enlt, ohfj, kfak, ertz, ertz); } void epgw(_si rtjb, _uli *osfw, _uli *sabn, _uli *ygue, _uli *drmc, _uli *egwg) { _uli *iqtk = xley(); { iqtk[0] = 2; for (_si rfov = 1; rfov <= 12; rfov += 1) { iqtk[rfov] = 0; } } owos(iqtk, osfw, iqtk); nsnq(rtjb, osfw, sabn, ygue, drmc, egwg, iqtk); ehtm(iqtk); } void fckj(_uli *nofq, _uli *bsrw) { _uli *tmdi = ynqh(); _uli *aksc = feld(); for (_si qatt = 0; qatt <= 12; qatt += 1) { tmdi[qatt] = ((bsrw[qatt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aksc[qatt] = ((bsrw[qatt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tgex = 0; tgex <= 12; tgex += 1) { nofq[tgex] = 0; } } for (_si ujin = 0; ujin <= (-1 + (((13) >> (1)))); ujin += 1) { for (_si bbyb = 0; bbyb <= (-1 + (((13) >> (1)))); bbyb += 1) { _uli wxmx = aksc[ujin] * tmdi[bbyb] + aksc[bbyb] * tmdi[ujin]; _uli uvyn = tmdi[ujin] * tmdi[bbyb]; _uli ogkc = aksc[ujin] * aksc[bbyb]; _uli wjws = ((nofq[bbyb + ujin]) + (uvyn) + (((((wxmx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wjws < uvyn) { ogkc += 1; } _uli igun = ((((wxmx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ogkc) << ((-47 + (((sizeof(_uli)) << (3)))))))); nofq[bbyb + ujin] = wjws; nofq[1 + bbyb + ujin] += igun; } kjdk(nofq); } bswj(tmdi); { _uc *wcfo = (_uc *)(aksc); for (_si dmzr = 0; dmzr <= 360; dmzr += 1) { wcfo[dmzr] = (_uc)(1 + wcfo[dmzr]) * (_uc)(255 + wcfo[1 + dmzr]); } wcfo[361] = 0; } } void qpgf(_uc *zua) { _uc *pbe = (_uc *)(zua + 0); _ui *sozk = (_ui *)(zua + 64); _ui *oup = (_ui *)(zua + 96); _si lcbw = 0; _ui dlm = 0; _ui ltkk = 0; _ui bdap = 0; _ui jep = 0; _ui dvn = 0; _ui fmi = 0; for (_si pazr = 0; pazr <= 15; pazr += 1) { oup[pazr] = (((((((((_ui)(pbe[lcbw])) << (24))) | ((((_ui)(pbe[1 + lcbw])) << (16))))) | ((((_ui)(pbe[2 + lcbw])) << (8))))) | ((_ui)(pbe[3 + lcbw]))); lcbw += 4; } for (_si gfif = 16; gfif <= 31; gfif += 1) { dlm = ((((((((oup[-15 + gfif]) >> (7))) | (((oup[-15 + gfif]) << (25))))) ^ (((((oup[-15 + gfif]) >> (18))) | (((oup[-15 + gfif]) << (14))))))) ^ (((oup[-15 + gfif]) >> (3)))); jep = ((((((((oup[-2 + gfif]) >> (17))) | (((oup[-2 + gfif]) << (15))))) ^ (((((oup[-2 + gfif]) >> (19))) | (((oup[-2 + gfif]) << (13))))))) ^ (((oup[-2 + gfif]) >> (10)))); oup[gfif] = dlm + jep + oup[-16 + gfif] + oup[-7 + gfif]; _m[65160] += 1; } _ui sxrg = sozk[0]; _ui jho = sozk[1]; _ui bwbn = sozk[2]; _ui utja = sozk[3]; _ui fidt = sozk[4]; _ui qxez = sozk[5]; _ui lyge = sozk[6]; _ui vrvy = sozk[7]; for (_si phsg = 0; phsg <= 31; phsg += 1) { dlm = ((((((((sxrg) >> (2))) | (((sxrg) << (30))))) ^ (((((sxrg) >> (13))) | (((sxrg) << (19))))))) ^ (((((sxrg) >> (22))) | (((sxrg) << (10)))))); ltkk = ((((((sxrg) & (jho))) ^ (((sxrg) & (bwbn))))) ^ (((jho) & (bwbn)))); bdap = dlm + ltkk; jep = ((((((((fidt) >> (6))) | (((fidt) << (26))))) ^ (((((fidt) >> (11))) | (((fidt) << (21))))))) ^ (((((fidt) >> (25))) | (((fidt) << (7)))))); dvn = ((((fidt) & (qxez))) ^ (((~fidt) & (lyge)))); fmi = *(((_ui *)(_m + 246160) + phsg)) + vrvy + oup[phsg] + jep + dvn; vrvy = lyge; lyge = qxez; qxez = fidt; fidt = fmi + utja; utja = bwbn; bwbn = jho; jho = sxrg; sxrg = bdap + fmi; _m[65161] += 1; } sozk[0] += sxrg; sozk[1] += jho; sozk[2] += bwbn; sozk[3] += utja; sozk[4] += fidt; sozk[5] += qxez; sozk[6] += lyge; sozk[7] += vrvy; } void hqsp(_uc *jid) { _ui *fwbm = (_ui *)(jid + 0); _ui *iuyl = (_ui *)(jid + 64); for (_si mfot = 0; mfot <= 15; mfot += 1) { fwbm[mfot] = iuyl[mfot]; } for (_si ggg = 0; ggg <= 9; ggg += 1) { { fwbm[0] += fwbm[4]; fwbm[12] ^= fwbm[0]; fwbm[12] = ((((fwbm[12]) << (16))) | (((fwbm[12]) >> (16)))); fwbm[8] += fwbm[12]; fwbm[4] ^= fwbm[8]; fwbm[4] = ((((fwbm[4]) << (12))) | (((fwbm[4]) >> (20)))); fwbm[0] += fwbm[4]; fwbm[12] ^= fwbm[0]; fwbm[12] = ((((fwbm[12]) << (8))) | (((fwbm[12]) >> (24)))); fwbm[8] += fwbm[12]; fwbm[4] ^= fwbm[8]; fwbm[4] = ((((fwbm[4]) << (7))) | (((fwbm[4]) >> (25)))); } { fwbm[1] += fwbm[5]; fwbm[13] ^= fwbm[1]; fwbm[13] = ((((fwbm[13]) << (16))) | (((fwbm[13]) >> (16)))); fwbm[9] += fwbm[13]; fwbm[5] ^= fwbm[9]; fwbm[5] = ((((fwbm[5]) << (12))) | (((fwbm[5]) >> (20)))); fwbm[1] += fwbm[5]; fwbm[13] ^= fwbm[1]; fwbm[13] = ((((fwbm[13]) << (8))) | (((fwbm[13]) >> (24)))); fwbm[9] += fwbm[13]; fwbm[5] ^= fwbm[9]; fwbm[5] = ((((fwbm[5]) << (7))) | (((fwbm[5]) >> (25)))); } { fwbm[2] += fwbm[6]; fwbm[14] ^= fwbm[2]; fwbm[14] = ((((fwbm[14]) << (16))) | (((fwbm[14]) >> (16)))); fwbm[10] += fwbm[14]; fwbm[6] ^= fwbm[10]; fwbm[6] = ((((fwbm[6]) << (12))) | (((fwbm[6]) >> (20)))); fwbm[2] += fwbm[6]; fwbm[14] ^= fwbm[2]; fwbm[14] = ((((fwbm[14]) << (8))) | (((fwbm[14]) >> (24)))); fwbm[10] += fwbm[14]; fwbm[6] ^= fwbm[10]; fwbm[6] = ((((fwbm[6]) << (7))) | (((fwbm[6]) >> (25)))); } { fwbm[3] += fwbm[7]; fwbm[15] ^= fwbm[3]; fwbm[15] = ((((fwbm[15]) << (16))) | (((fwbm[15]) >> (16)))); fwbm[11] += fwbm[15]; fwbm[7] ^= fwbm[11]; fwbm[7] = ((((fwbm[7]) << (12))) | (((fwbm[7]) >> (20)))); fwbm[3] += fwbm[7]; fwbm[15] ^= fwbm[3]; fwbm[15] = ((((fwbm[15]) << (8))) | (((fwbm[15]) >> (24)))); fwbm[11] += fwbm[15]; fwbm[7] ^= fwbm[11]; fwbm[7] = ((((fwbm[7]) << (7))) | (((fwbm[7]) >> (25)))); } { fwbm[0] += fwbm[5]; fwbm[15] ^= fwbm[0]; fwbm[15] = ((((fwbm[15]) << (16))) | (((fwbm[15]) >> (16)))); fwbm[10] += fwbm[15]; fwbm[5] ^= fwbm[10]; fwbm[5] = ((((fwbm[5]) << (12))) | (((fwbm[5]) >> (20)))); fwbm[0] += fwbm[5]; fwbm[15] ^= fwbm[0]; fwbm[15] = ((((fwbm[15]) << (8))) | (((fwbm[15]) >> (24)))); fwbm[10] += fwbm[15]; fwbm[5] ^= fwbm[10]; fwbm[5] = ((((fwbm[5]) << (7))) | (((fwbm[5]) >> (25)))); } ptkb(fwbm, 1, 6, 11, 12); { fwbm[2] += fwbm[7]; fwbm[13] ^= fwbm[2]; fwbm[13] = ((((fwbm[13]) << (16))) | (((fwbm[13]) >> (16)))); fwbm[8] += fwbm[13]; fwbm[7] ^= fwbm[8]; fwbm[7] = ((((fwbm[7]) << (12))) | (((fwbm[7]) >> (20)))); fwbm[2] += fwbm[7]; fwbm[13] ^= fwbm[2]; fwbm[13] = ((((fwbm[13]) << (8))) | (((fwbm[13]) >> (24)))); fwbm[8] += fwbm[13]; fwbm[7] ^= fwbm[8]; fwbm[7] = ((((fwbm[7]) << (7))) | (((fwbm[7]) >> (25)))); } { fwbm[3] += fwbm[4]; fwbm[14] ^= fwbm[3]; fwbm[14] = ((((fwbm[14]) << (16))) | (((fwbm[14]) >> (16)))); fwbm[9] += fwbm[14]; fwbm[4] ^= fwbm[9]; fwbm[4] = ((((fwbm[4]) << (12))) | (((fwbm[4]) >> (20)))); fwbm[3] += fwbm[4]; fwbm[14] ^= fwbm[3]; fwbm[14] = ((((fwbm[14]) << (8))) | (((fwbm[14]) >> (24)))); fwbm[9] += fwbm[14]; fwbm[4] ^= fwbm[9]; fwbm[4] = ((((fwbm[4]) << (7))) | (((fwbm[4]) >> (25)))); } _m[65163] += 1; } for (_si ckik = 0; ckik <= 15; ckik += 1) { fwbm[ckik] += iuyl[ckik]; } iuyl[12] += 1; if (iuyl[12] == 0) { iuyl[13] += 1; } } _uli *zmwl() { ; _uli *pgcq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; pgcq = (_uli *)(_m + 362 * _s); break; } _s += 1; } return pgcq; } _uc *stl() { ; _uc *rgmm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; rgmm = (_uc *)(_m + 362 * _s); break; } _s += 1; } return rgmm; } void eysj(_si cwlj, _uli *jivx, _uli *tydd, _uli *zvnw, _uli *okef) { _uli *xcmo = taxj(); dwyg(xcmo, okef); { if (zvnw != okef) { for (_si rpty = 0; rpty <= 12; rpty += 1) { zvnw[rpty] = okef[rpty]; } } } { zvnw[(((cwlj) / (47)))] &= ((((((_uli)(1)) << ((cwlj % 47)))) - ((_uli)(1)))); for (_si neri = 1 + (((cwlj) / (47))); neri <= 12; neri += 1) { zvnw[neri] = 0; } } yfac(zvnw, zvnw, tydd); { zvnw[(((cwlj) / (47)))] &= ((((((_uli)(1)) << ((cwlj % 47)))) - ((_uli)(1)))); for (_si jxuu = 1 + (((cwlj) / (47))); jxuu <= 12; jxuu += 1) { zvnw[jxuu] = 0; } } { _uli *wtkc = jozk(); _uli *zdxx = prfv(); _uli *fuxa = jmgb(); _uli *eojp = mlwr(); for (_si trtl = 0; trtl <= 12; trtl += 1) { wtkc[trtl] = ((zvnw[trtl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zdxx[trtl] = ((zvnw[trtl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fuxa[trtl] = ((jivx[trtl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); eojp[trtl] = ((jivx[trtl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } vhwx(zvnw); for (_si sewb = 0; sewb <= (-1 + (((13) >> (1)))); sewb += 1) { for (_si swgc = 0; swgc <= (-1 + (((13) >> (1)))); swgc += 1) { _uli yxwg = eojp[swgc] * wtkc[sewb] + fuxa[swgc] * zdxx[sewb]; _uli iydb = fuxa[swgc] * wtkc[sewb]; _uli rmsy = eojp[swgc] * zdxx[sewb]; _uli vjxn = ((zvnw[sewb + swgc]) + (iydb) + (((((yxwg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vjxn < iydb) { rmsy += 1; } _uli kwyz = ((((yxwg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rmsy) << ((-47 + (((sizeof(_uli)) << (3)))))))); zvnw[sewb + swgc] = vjxn; zvnw[1 + sewb + swgc] += kwyz; } gvkb(zvnw); } { _uc *tzmg = (_uc *)(wtkc); for (_si vmck = 0; vmck <= 360; vmck += 1) { tzmg[vmck] = (_uc)(1 + tzmg[vmck]) * (_uc)(255 + tzmg[1 + vmck]); } tzmg[361] = 0; } jpnp(zdxx); wsqo(fuxa); { _uc *ftyc = (_uc *)(eojp); for (_si ykty = 0; ykty <= 360; ykty += 1) { ftyc[ykty] = (_uc)(255 + ftyc[1 + ykty]) * (_uc)(1 + ftyc[ykty]); } ftyc[361] = 0; } } qmsc(zvnw, zvnw, xcmo); lwzi(zvnw, cwlj); { for (_si avfz = 0; avfz <= 12; avfz += 1) { xcmo[avfz] = -jivx[avfz] + zvnw[avfz]; } { _si qdjg; { qdjg = 0; _uli aydo = 19; for (_si ntks = 12; ntks >= 0; ntks -= 1) { if (xcmo[ntks] != 0) { qdjg = ((((xcmo[ntks]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qdjg) { qscd(xcmo, xcmo); } for (_si ezsq = 0; ezsq <= 11; ezsq += 1) { if (((((xcmo[ezsq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xcmo[1 + ezsq] -= 1; } else { xcmo[1 + ezsq] += ((xcmo[ezsq]) >> (47)); }; xcmo[ezsq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xcmo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qdjg) { { for (_si betl = 0; betl <= 12; betl += 1) { xcmo[betl] = -xcmo[betl]; } } } } } _si iywg = mgww(xcmo); if (!iywg) { { if (zvnw != xcmo) { for (_si wbvz = 0; wbvz <= 12; wbvz += 1) { zvnw[wbvz] = xcmo[wbvz]; } } } } { _uc *ixrf = (_uc *)(xcmo); for (_si qont = 0; qont <= 360; qont += 1) { ixrf[qont] = (_uc)(255 + ixrf[1 + qont]) * (_uc)(1 + ixrf[qont]); } ixrf[361] = 0; } } void mkpa(_uli *cxzq, _si xkuy) { _si yivq; { yivq = 0; _uli ijkw = 19; for (_si tmyn = 12; tmyn >= 0; tmyn -= 1) { if (cxzq[tmyn] != 0) { yivq = ((((cxzq[tmyn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (yivq) { { for (_si yopm = 0; yopm <= 12; yopm += 1) { cxzq[yopm] = -cxzq[yopm]; } } } { _si hren = (xkuy % 47); _si gelr = ((xkuy) / (47)); _si oxac = xkuy; if (oxac > (8 * sizeof(_uli))) { oxac = -1; } if (gelr >= 13) { { for (_si ohsv = 0; ohsv <= 12; ohsv += 1) { cxzq[ohsv] = 0; } } } else { _uli dpju = (((((_uli)(1)) << (hren))) - ((_uli)(1))); if (oxac < 0) { cxzq[0] = 0; } else { cxzq[0] = ((((cxzq[0]) & (~dpju))) >> (oxac)); }; if (gelr != 0) { cxzq[0] += ((((cxzq[gelr]) & (~dpju))) >> (hren)); } for (_si jrjm = 1; jrjm <= (12 - gelr); jrjm += 1) { cxzq[-1 + jrjm] += ((((((cxzq[gelr + jrjm]) & (dpju))) << (-hren + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cxzq[jrjm] = ((((cxzq[gelr + jrjm]) & (~dpju))) >> (hren)); } for (_si sozz = 13 - gelr; sozz <= 12; sozz += 1) { cxzq[sozz] = 0; } }; } if (yivq) { { for (_si syyf = 0; syyf <= 12; syyf += 1) { cxzq[syyf] = -cxzq[syyf]; } } } } void xiff(_si qnfx, _uli *omxa) { omxa[(((qnfx) / (47)))] &= ((((((_uli)(1)) << ((qnfx % 47)))) - ((_uli)(1)))); for (_si bcrf = 1 + (((qnfx) / (47))); bcrf <= 12; bcrf += 1) { omxa[bcrf] = 0; } } void yuvu(_uc *xegl) { _uc *dlpz = (_uc *)(xegl); for (_si dltj = 0; dltj <= 360; dltj += 1) { dlpz[dltj] = (_uc)(1 + dlpz[dltj]) * (_uc)(255 + dlpz[1 + dltj]); } dlpz[361] = 0; } void kkdo(_si nljy, _uli *akds) { akds[(((nljy) / (47)))] &= ((((((_uli)(1)) << ((nljy % 47)))) - ((_uli)(1)))); for (_si ksbt = 1 + (((nljy) / (47))); ksbt <= 12; ksbt += 1) { akds[ksbt] = 0; } } void lbnk(_uli *cnct) { for (_si ldru = 0; ldru <= 12; ldru += 1) { cnct[ldru] = 0; } } void foa(_ui *xsum, _si sec, _si qmbq, _si imdl, _si nodp) { xsum[sec] += xsum[qmbq]; xsum[nodp] ^= xsum[sec]; xsum[nodp] = ((((xsum[nodp]) << (16))) | (((xsum[nodp]) >> (16)))); xsum[imdl] += xsum[nodp]; xsum[qmbq] ^= xsum[imdl]; xsum[qmbq] = ((((xsum[qmbq]) << (12))) | (((xsum[qmbq]) >> (20)))); xsum[sec] += xsum[qmbq]; xsum[nodp] ^= xsum[sec]; xsum[nodp] = ((((xsum[nodp]) << (8))) | (((xsum[nodp]) >> (24)))); xsum[imdl] += xsum[nodp]; xsum[qmbq] ^= xsum[imdl]; xsum[qmbq] = ((((xsum[qmbq]) << (7))) | (((xsum[qmbq]) >> (25)))); } _si bcgz(_uli *mrcd, _uli *czpb) { _si hvtz = 0; for (_si kpa = 12; kpa >= 0; kpa -= 1) { if (mrcd[kpa] > czpb[kpa]) { break; } else if (mrcd[kpa] < czpb[kpa]) { hvtz = 1; break; }; } return hvtz; } void vefg(_uli *ddgb) { _uc *kqms = (_uc *)(ddgb); for (_si vfrb = 0; vfrb <= 360; vfrb += 1) { kqms[vfrb] = (_uc)(1 + kqms[vfrb]) * (_uc)(255 + kqms[1 + vfrb]); } kqms[361] = 0; } void jjep(_uli *sqtx, _uli *elxb) { for (_si etyj = 0; etyj <= 12; etyj += 1) { sqtx[etyj] = -elxb[etyj]; } } void tybm(_uli *axug, _uli *fhir) { for (_si ibwp = 0; ibwp <= 12; ibwp += 1) { axug[ibwp] = -fhir[ibwp]; } } _si eia(_uli *dzzm) { _si dhx = 0; _uli piqq = 19; for (_si xohh = 12; xohh >= 0; xohh -= 1) { if (dzzm[xohh] != 0) { dhx = ((((dzzm[xohh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return dhx; } void idhq(_uli *uqvr) { for (_si egmu = 0; egmu <= 12; egmu += 1) { uqvr[egmu] = 0; } } void iqu(_ui *vlsh, _si fbcp, _si ien, _si xsgc, _si nvv) { vlsh[fbcp] += vlsh[ien]; vlsh[nvv] ^= vlsh[fbcp]; vlsh[nvv] = ((((vlsh[nvv]) << (16))) | (((vlsh[nvv]) >> (16)))); vlsh[xsgc] += vlsh[nvv]; vlsh[ien] ^= vlsh[xsgc]; vlsh[ien] = ((((vlsh[ien]) << (12))) | (((vlsh[ien]) >> (20)))); vlsh[fbcp] += vlsh[ien]; vlsh[nvv] ^= vlsh[fbcp]; vlsh[nvv] = ((((vlsh[nvv]) << (8))) | (((vlsh[nvv]) >> (24)))); vlsh[xsgc] += vlsh[nvv]; vlsh[ien] ^= vlsh[xsgc]; vlsh[ien] = ((((vlsh[ien]) << (7))) | (((vlsh[ien]) >> (25)))); } void ucov(_uc *lkse) { _ui *zbaj = (_ui *)(lkse + 64); _uli *qgol = (_uli *)(lkse + 352); zbaj[0] = 3072593861; zbaj[1] = 3086033710; zbaj[2] = 3878829419; zbaj[3] = 661946499; zbaj[4] = 3836525215; zbaj[5] = 533529351; zbaj[6] = 1116444951; zbaj[7] = 1869145119; qgol[0] = 0; } void nkjc(_uc *wx) { _uc *xno = (_uc *)(wx + 0); _ui *lrl = (_ui *)(wx + 64); _ui *rjq = (_ui *)(wx + 96); _si gsyd = 0; _ui qvcw = 0; _ui xreq = 0; _ui aiuq = 0; _ui szbu = 0; _ui hemn = 0; _ui xhrm = 0; for (_si yggz = 0; yggz <= 15; yggz += 1) { rjq[yggz] = (((((((((_ui)(xno[gsyd])) << (24))) | ((((_ui)(xno[1 + gsyd])) << (16))))) | ((((_ui)(xno[2 + gsyd])) << (8))))) | ((_ui)(xno[3 + gsyd]))); gsyd += 4; } for (_si vke = 16; vke <= 31; vke += 1) { qvcw = ((((((((rjq[-15 + vke]) >> (7))) | (((rjq[-15 + vke]) << (25))))) ^ (((((rjq[-15 + vke]) >> (18))) | (((rjq[-15 + vke]) << (14))))))) ^ (((rjq[-15 + vke]) >> (3)))); szbu = ((((((((rjq[-2 + vke]) >> (17))) | (((rjq[-2 + vke]) << (15))))) ^ (((((rjq[-2 + vke]) >> (19))) | (((rjq[-2 + vke]) << (13))))))) ^ (((rjq[-2 + vke]) >> (10)))); rjq[vke] = qvcw + rjq[-16 + vke] + rjq[-7 + vke] + szbu; _m[65160] += 1; } _ui nar = lrl[0]; _ui lif = lrl[1]; _ui zdy = lrl[2]; _ui vnpq = lrl[3]; _ui jrg = lrl[4]; _ui ijr = lrl[5]; _ui xfrn = lrl[6]; _ui yyb = lrl[7]; for (_si hzq = 0; hzq <= 31; hzq += 1) { qvcw = ((((((((nar) >> (2))) | (((nar) << (30))))) ^ (((((nar) >> (13))) | (((nar) << (19))))))) ^ (((((nar) >> (22))) | (((nar) << (10)))))); xreq = ((((((nar) & (lif))) ^ (((nar) & (zdy))))) ^ (((lif) & (zdy)))); aiuq = qvcw + xreq; szbu = ((((((((jrg) >> (6))) | (((jrg) << (26))))) ^ (((((jrg) >> (11))) | (((jrg) << (21))))))) ^ (((((jrg) >> (25))) | (((jrg) << (7)))))); hemn = ((((jrg) & (ijr))) ^ (((~jrg) & (xfrn)))); xhrm = szbu + *(((_ui *)(_m + 246160) + hzq)) + yyb + hemn + rjq[hzq]; yyb = xfrn; xfrn = ijr; ijr = jrg; jrg = vnpq + xhrm; vnpq = zdy; zdy = lif; lif = nar; nar = aiuq + xhrm; _m[65161] += 1; } lrl[0] += nar; lrl[1] += lif; lrl[2] += zdy; lrl[3] += vnpq; lrl[4] += jrg; lrl[5] += ijr; lrl[6] += xfrn; lrl[7] += yyb; } void epgh(_uli *mvly, _uli *wyxy) { if (mvly != wyxy) { for (_si ptzx = 0; ptzx <= 44; ptzx += 1) { mvly[ptzx] = wyxy[ptzx]; } } } void xdqg(_uli *gonj) { for (_si hnnc = 0; hnnc <= 12; hnnc += 1) { gonj[hnnc] = 0; } } void kaqw(_uli *llpo) { _uc *pdun = miax(); _uc *rovc = ((_uc *)(_m + 47060) + 0); _uc *zshs = (_uc *)(llpo); for (_si mbgv = 0; mbgv <= 103; mbgv += 1) { zshs[mbgv] = *(((_uc *)(_m + 266794) + mbgv)); } uafv(pdun, rovc, zshs, 104); } void qkrd(_uli *hrvd, _uli *izwv) { if (hrvd != izwv) { for (_si mroz = 0; mroz <= 12; mroz += 1) { hrvd[mroz] = izwv[mroz]; } } } void lkia(_uli *unjy) { _uc *jjrr = (_uc *)(unjy); for (_si bzwl = 0; bzwl <= 360; bzwl += 1) { jjrr[bzwl] = (_uc)(255 + jjrr[1 + bzwl]) * (_uc)(1 + jjrr[bzwl]); } jjrr[361] = 0; } void qhtx(_uc *emso, _uc *oxxu, _uc *xsuc, _si rfqk) { { myqz(emso, oxxu); _ui *tkfs = (_ui *)(emso + 64); _ui *rscl = (_ui *)(emso + 128); for (_si dhfk = 0; dhfk <= 3; dhfk += 1) { tkfs[dhfk] = (((_ui)(((_uc *)(_m + 48146) + 4 * dhfk)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dhfk)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dhfk)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dhfk)[3])) << (24)))); } for (_si xmq = 0; xmq <= 3; xmq += 1) { tkfs[12 + xmq] = 0; _m[65162] += 1; } rscl[0] = 3904225602; } { _ui *tcti = (_ui *)(emso + 0); _ui *drgv = (_ui *)(emso + 128); _uc *nojs = (_uc *)(tcti); for (_si ezc = 0; ezc <= (-1 + rfqk); ezc += 1) { if (drgv[0] >= 64) { ier(emso); drgv[0] = 0; } xsuc[ezc] ^= nojs[drgv[0]]; drgv[0] += 1; } } } void mayy(_uli *lvfe, _uli *uhtx, _uli *pebu) { _uli *sget = rucf(); _uli *zbfh = ihpr(); _uli *wkhj = bbs(); _uli *kori = bcbu(); for (_si pfro = 0; pfro <= 12; pfro += 1) { sget[pfro] = ((uhtx[pfro]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zbfh[pfro] = ((uhtx[pfro]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wkhj[pfro] = ((pebu[pfro]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kori[pfro] = ((pebu[pfro]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } wxsr(lvfe); for (_si btqm = 0; btqm <= (-1 + (((13) >> (1)))); btqm += 1) { for (_si tvzn = 0; tvzn <= (-1 + (((13) >> (1)))); tvzn += 1) { _uli aizc = kori[tvzn] * sget[btqm] + wkhj[tvzn] * zbfh[btqm]; _uli fqsy = sget[btqm] * wkhj[tvzn]; _uli aiam = kori[tvzn] * zbfh[btqm]; _uli kxog = ((lvfe[btqm + tvzn]) + (fqsy) + (((((aizc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kxog < fqsy) { aiam += 1; } _uli xaij = ((((aizc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((aiam) << ((-47 + (((sizeof(_uli)) << (3)))))))); lvfe[btqm + tvzn] = kxog; lvfe[1 + btqm + tvzn] += xaij; } { for (_si nbmw = 0; nbmw <= 11; nbmw += 1) { lvfe[1 + nbmw] += ((lvfe[nbmw]) >> (47)); lvfe[nbmw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lvfe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *sjov = (_uc *)(sget); for (_si dshh = 0; dshh <= 360; dshh += 1) { sjov[dshh] = (_uc)(1 + sjov[dshh]) * (_uc)(255 + sjov[1 + dshh]); } sjov[361] = 0; } { _uc *coly = (_uc *)(zbfh); for (_si vgeu = 0; vgeu <= 360; vgeu += 1) { coly[vgeu] = (_uc)(1 + coly[vgeu]) * (_uc)(255 + coly[1 + vgeu]); } coly[361] = 0; } dovu(wkhj); { _uc *ummk = (_uc *)(kori); for (_si nrcs = 0; nrcs <= 360; nrcs += 1) { ummk[nrcs] = (_uc)(1 + ummk[nrcs]) * (_uc)(255 + ummk[1 + nrcs]); } ummk[361] = 0; } } void gryz(_uli *jjju) { for (_si geib = 0; geib <= 11; geib += 1) { jjju[1 + geib] += ((jjju[geib]) >> (47)); jjju[geib] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jjju[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *ifws() { ; _uli *wvfa; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; wvfa = (_uli *)(_m + 362 * _s); break; } _s += 1; } return wvfa; } void gqas(_uli *weoi) { for (_si svmm = 0; svmm <= 44; svmm += 1) { weoi[svmm] = 0; } } void dgaq(_si dgwl, _uli *faei) { faei[(((dgwl) / (47)))] &= ((((((_uli)(1)) << ((dgwl % 47)))) - ((_uli)(1)))); for (_si kjn = 1 + (((dgwl) / (47))); kjn <= 12; kjn += 1) { faei[kjn] = 0; } } void ypti(_uli *dxi, _uli *ttvn, _uli *roxr) { for (_si vvas = 0; vvas <= 12; vvas += 1) { dxi[vvas] = roxr[vvas] + ttvn[vvas]; } zfkx(dxi); } void nihe(_uli *phcw) { for (_si yaw = 0; yaw <= 12; yaw += 1) { phcw[yaw] = 0; } } void nh(_uc *szu, _uc *jum, _si rhzw) { _ui *hyt = (_ui *)(szu + 0); _ui *kkag = (_ui *)(szu + 128); _uc *bxoz = (_uc *)(hyt); for (_si lu = 0; lu <= (-1 + rhzw); lu += 1) { if (kkag[0] >= 64) { { _ui *adx = (_ui *)(szu + 0); _ui *rsvn = (_ui *)(szu + 64); for (_si ffp = 0; ffp <= 15; ffp += 1) { adx[ffp] = rsvn[ffp]; } for (_si iprq = 0; iprq <= 9; iprq += 1) { kek(adx, 0, 4, 8, 12); wxss(adx, 1, 5, 9, 13); lpt(adx, 2, 6, 10, 14); qmkk(adx, 3, 7, 11, 15); mzut(adx, 0, 5, 10, 15); miun(adx, 1, 6, 11, 12); { adx[2] += adx[7]; adx[13] ^= adx[2]; adx[13] = ((((adx[13]) << (16))) | (((adx[13]) >> (16)))); adx[8] += adx[13]; adx[7] ^= adx[8]; adx[7] = ((((adx[7]) << (12))) | (((adx[7]) >> (20)))); adx[2] += adx[7]; adx[13] ^= adx[2]; adx[13] = ((((adx[13]) << (8))) | (((adx[13]) >> (24)))); adx[8] += adx[13]; adx[7] ^= adx[8]; adx[7] = ((((adx[7]) << (7))) | (((adx[7]) >> (25)))); } pyrg(adx, 3, 4, 9, 14); _m[65163] += 1; } for (_si buw = 0; buw <= 15; buw += 1) { adx[buw] += rsvn[buw]; } rsvn[12] += 1; if (rsvn[12] == 0) { rsvn[13] += 1; } } kkag[0] = 0; } jum[lu] ^= bxoz[kkag[0]]; kkag[0] += 1; } } void sstq(_uli *dcfd) { for (_si tmrw = 0; tmrw <= 12; tmrw += 1) { dcfd[tmrw] = 0; } } void kjze(_uli *pqjg, _si bnrz) { _si hqjg = (bnrz % 47); _si gfrr = ((bnrz) / (47)); _si henx = bnrz; if (henx > (8 * sizeof(_uli))) { henx = -1; } if (gfrr >= 13) { zxio(pqjg); } else { _uli gzsq = (((((_uli)(1)) << (hqjg))) - ((_uli)(1))); if (henx < 0) { pqjg[0] = 0; } else { pqjg[0] = ((((pqjg[0]) & (~gzsq))) >> (henx)); }; if (gfrr != 0) { pqjg[0] += ((((pqjg[gfrr]) & (~gzsq))) >> (hqjg)); } for (_si xjey = 1; xjey <= (12 - gfrr); xjey += 1) { pqjg[-1 + xjey] += ((((((pqjg[gfrr + xjey]) & (gzsq))) << (-hqjg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pqjg[xjey] = ((((pqjg[gfrr + xjey]) & (~gzsq))) >> (hqjg)); } for (_si quet = 13 - gfrr; quet <= 12; quet += 1) { pqjg[quet] = 0; } }; } void xpar(_uc *hwcl) { _uc *tirt = (_uc *)(hwcl + 0); _ui *uwun = (_ui *)(hwcl + 64); _ui *itnb = (_ui *)(hwcl + 96); _si uxuo = 0; _ui gqjt = 0; _ui dmhf = 0; _ui vsup = 0; _ui pnao = 0; _ui wkdm = 0; _ui tens = 0; for (_si kmqm = 0; kmqm <= 15; kmqm += 1) { itnb[kmqm] = (((((((((_ui)(tirt[uxuo])) << (24))) | ((((_ui)(tirt[1 + uxuo])) << (16))))) | ((((_ui)(tirt[2 + uxuo])) << (8))))) | ((_ui)(tirt[3 + uxuo]))); uxuo += 4; } for (_si omuh = 16; omuh <= 31; omuh += 1) { gqjt = ((((((((itnb[-15 + omuh]) >> (7))) | (((itnb[-15 + omuh]) << (25))))) ^ (((((itnb[-15 + omuh]) >> (18))) | (((itnb[-15 + omuh]) << (14))))))) ^ (((itnb[-15 + omuh]) >> (3)))); pnao = ((((((((itnb[-2 + omuh]) >> (17))) | (((itnb[-2 + omuh]) << (15))))) ^ (((((itnb[-2 + omuh]) >> (19))) | (((itnb[-2 + omuh]) << (13))))))) ^ (((itnb[-2 + omuh]) >> (10)))); itnb[omuh] = gqjt + itnb[-16 + omuh] + itnb[-7 + omuh] + pnao; _m[65160] += 1; } _ui qoox = uwun[0]; _ui gmda = uwun[1]; _ui nata = uwun[2]; _ui mudo = uwun[3]; _ui krhj = uwun[4]; _ui pxxp = uwun[5]; _ui xped = uwun[6]; _ui fhah = uwun[7]; for (_si psmw = 0; psmw <= 31; psmw += 1) { gqjt = ((((((((qoox) >> (2))) | (((qoox) << (30))))) ^ (((((qoox) >> (13))) | (((qoox) << (19))))))) ^ (((((qoox) >> (22))) | (((qoox) << (10)))))); dmhf = ((((((qoox) & (gmda))) ^ (((qoox) & (nata))))) ^ (((gmda) & (nata)))); vsup = dmhf + gqjt; pnao = ((((((((krhj) >> (6))) | (((krhj) << (26))))) ^ (((((krhj) >> (11))) | (((krhj) << (21))))))) ^ (((((krhj) >> (25))) | (((krhj) << (7)))))); wkdm = ((((krhj) & (pxxp))) ^ (((~krhj) & (xped)))); tens = itnb[psmw] + *(((_ui *)(_m + 246160) + psmw)) + pnao + wkdm + fhah; fhah = xped; xped = pxxp; pxxp = krhj; krhj = mudo + tens; mudo = nata; nata = gmda; gmda = qoox; qoox = tens + vsup; _m[65161] += 1; } uwun[0] += qoox; uwun[1] += gmda; uwun[2] += nata; uwun[3] += mudo; uwun[4] += krhj; uwun[5] += pxxp; uwun[6] += xped; uwun[7] += fhah; } void wejw(_uli *lqzp, _si taja) { _si encr = (taja % 47); _si axpu = ((taja) / (47)); _si mznt = taja; if (mznt > (8 * sizeof(_uli))) { mznt = -1; } if (axpu >= 13) { { for (_si ghwm = 0; ghwm <= 12; ghwm += 1) { lqzp[ghwm] = 0; } } } else { _uli tvhb = (((((_uli)(1)) << (encr))) - ((_uli)(1))); if (mznt < 0) { lqzp[0] = 0; } else { lqzp[0] = ((((lqzp[0]) & (~tvhb))) >> (mznt)); }; if (axpu != 0) { lqzp[0] += ((((lqzp[axpu]) & (~tvhb))) >> (encr)); } for (_si noiz = 1; noiz <= (12 - axpu); noiz += 1) { lqzp[-1 + noiz] += ((((((lqzp[axpu + noiz]) & (tvhb))) << (-encr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lqzp[noiz] = ((((lqzp[axpu + noiz]) & (~tvhb))) >> (encr)); } for (_si ueyg = 13 - axpu; ueyg <= 12; ueyg += 1) { lqzp[ueyg] = 0; } }; } void tfzg(_uli *maym, _si kfjl) { _si dzlq = (kfjl % 47); _si geky = ((kfjl) / (47)); _si lpbo = kfjl; if (lpbo > (8 * sizeof(_uli))) { lpbo = -1; } if (geky >= 13) { dtfn(maym); } else { _uli bjbv = (((((_uli)(1)) << (dzlq))) - ((_uli)(1))); if (lpbo < 0) { maym[0] = 0; } else { maym[0] = ((((maym[0]) & (~bjbv))) >> (lpbo)); }; if (geky != 0) { maym[0] += ((((maym[geky]) & (~bjbv))) >> (dzlq)); } for (_si ijdt = 1; ijdt <= (12 - geky); ijdt += 1) { maym[-1 + ijdt] += ((((((maym[geky + ijdt]) & (bjbv))) << (-dzlq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); maym[ijdt] = ((((maym[geky + ijdt]) & (~bjbv))) >> (dzlq)); } for (_si hvoa = 13 - geky; hvoa <= 12; hvoa += 1) { maym[hvoa] = 0; } }; } void bzrb(_uc *reil, _uc *dbtc, _si ofd) { { _ui *ukv = (_ui *)(reil + 64); for (_si sjfp = 0; sjfp <= 7; sjfp += 1) { ukv[4 + sjfp] = (((_ui)((dbtc + 4 * sjfp)[0])) + ((((_ui)((dbtc + 4 * sjfp)[1])) << (8))) + ((((_ui)((dbtc + 4 * sjfp)[2])) << (16))) + ((((_ui)((dbtc + 4 * sjfp)[3])) << (24)))); } } _ui *lyc = (_ui *)(reil + 64); _ui *zufe = (_ui *)(reil + 128); for (_si worz = 0; worz <= 3; worz += 1) { lyc[worz] = (((_ui)(((_uc *)(_m + 48146) + 4 * worz)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * worz)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * worz)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * worz)[3])) << (24)))); } for (_si ivxr = 0; ivxr <= 3; ivxr += 1) { lyc[12 + ivxr] = ofd; _m[65162] += 1; } zufe[0] = 3904225602; } _uc *vexn() { ; _uc *xmux; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; xmux = (_uc *)(_m + 362 * _s); break; } _s += 1; } return xmux; } _uc *xrfw() { ; _uc *ktjn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; ktjn = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ktjn; } void xqey(_uli *suit) { _si pmal = nljl(suit); if (pmal) { { for (_si ystc = 0; ystc <= 12; ystc += 1) { suit[ystc] = -suit[ystc]; } } } for (_si cawb = 0; cawb <= 11; cawb += 1) { if (((((suit[cawb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { suit[1 + cawb] -= 1; } else { suit[1 + cawb] += ((suit[cawb]) >> (47)); }; suit[cawb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } suit[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pmal) { { for (_si myit = 0; myit <= 12; myit += 1) { suit[myit] = -suit[myit]; } } } } void mkqh(_uc *lzqt, _uc *kpft, _si wguj) { _ui *dlih = (_ui *)(lzqt + 0); _ui *saqz = (_ui *)(lzqt + 128); _uc *rdk = (_uc *)(dlih); for (_si xlsi = 0; xlsi <= (-1 + wguj); xlsi += 1) { if (saqz[0] >= 64) { { _ui *lbwh = (_ui *)(lzqt + 0); _ui *tmho = (_ui *)(lzqt + 64); for (_si ykij = 0; ykij <= 15; ykij += 1) { lbwh[ykij] = tmho[ykij]; } for (_si clwy = 0; clwy <= 9; clwy += 1) { gezn(lbwh, 0, 4, 8, 12); { lbwh[1] += lbwh[5]; lbwh[13] ^= lbwh[1]; lbwh[13] = ((((lbwh[13]) << (16))) | (((lbwh[13]) >> (16)))); lbwh[9] += lbwh[13]; lbwh[5] ^= lbwh[9]; lbwh[5] = ((((lbwh[5]) << (12))) | (((lbwh[5]) >> (20)))); lbwh[1] += lbwh[5]; lbwh[13] ^= lbwh[1]; lbwh[13] = ((((lbwh[13]) << (8))) | (((lbwh[13]) >> (24)))); lbwh[9] += lbwh[13]; lbwh[5] ^= lbwh[9]; lbwh[5] = ((((lbwh[5]) << (7))) | (((lbwh[5]) >> (25)))); } ptmu(lbwh, 2, 6, 10, 14); { lbwh[3] += lbwh[7]; lbwh[15] ^= lbwh[3]; lbwh[15] = ((((lbwh[15]) << (16))) | (((lbwh[15]) >> (16)))); lbwh[11] += lbwh[15]; lbwh[7] ^= lbwh[11]; lbwh[7] = ((((lbwh[7]) << (12))) | (((lbwh[7]) >> (20)))); lbwh[3] += lbwh[7]; lbwh[15] ^= lbwh[3]; lbwh[15] = ((((lbwh[15]) << (8))) | (((lbwh[15]) >> (24)))); lbwh[11] += lbwh[15]; lbwh[7] ^= lbwh[11]; lbwh[7] = ((((lbwh[7]) << (7))) | (((lbwh[7]) >> (25)))); } { lbwh[0] += lbwh[5]; lbwh[15] ^= lbwh[0]; lbwh[15] = ((((lbwh[15]) << (16))) | (((lbwh[15]) >> (16)))); lbwh[10] += lbwh[15]; lbwh[5] ^= lbwh[10]; lbwh[5] = ((((lbwh[5]) << (12))) | (((lbwh[5]) >> (20)))); lbwh[0] += lbwh[5]; lbwh[15] ^= lbwh[0]; lbwh[15] = ((((lbwh[15]) << (8))) | (((lbwh[15]) >> (24)))); lbwh[10] += lbwh[15]; lbwh[5] ^= lbwh[10]; lbwh[5] = ((((lbwh[5]) << (7))) | (((lbwh[5]) >> (25)))); } osos(lbwh, 1, 6, 11, 12); the(lbwh, 2, 7, 8, 13); edlu(lbwh, 3, 4, 9, 14); _m[65163] += 1; } for (_si damr = 0; damr <= 15; damr += 1) { lbwh[damr] += tmho[damr]; } tmho[12] += 1; if (tmho[12] == 0) { tmho[13] += 1; } } saqz[0] = 0; } kpft[xlsi] ^= rdk[saqz[0]]; saqz[0] += 1; } } void ndln(_uli *kraf, _si dabs) { _si crqv = (dabs % 47); _si elde = ((dabs) / (47)); _si duhv = dabs; if (duhv > (8 * sizeof(_uli))) { duhv = -1; } if (elde >= 13) { quqn(kraf); } else { _uli ymzl = (((((_uli)(1)) << (crqv))) - ((_uli)(1))); if (duhv < 0) { kraf[0] = 0; } else { kraf[0] = ((((kraf[0]) & (~ymzl))) >> (duhv)); }; if (elde != 0) { kraf[0] += ((((kraf[elde]) & (~ymzl))) >> (crqv)); } for (_si iwlv = 1; iwlv <= (12 - elde); iwlv += 1) { kraf[-1 + iwlv] += ((((((kraf[elde + iwlv]) & (ymzl))) << (-crqv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kraf[iwlv] = ((((kraf[elde + iwlv]) & (~ymzl))) >> (crqv)); } for (_si tnme = 13 - elde; tnme <= 12; tnme += 1) { kraf[tnme] = 0; } }; } void suik(_uli *zvf, _si twso) { _si dfwl = (twso % 47); _si wzmn = ((twso) / (47)); _si tbfn = twso; if (tbfn > (8 * sizeof(_uli))) { tbfn = -1; } if (wzmn >= 13) { { for (_si buu = 0; buu <= 12; buu += 1) { zvf[buu] = 0; } } } else { _uli kund = (((((_uli)(1)) << (dfwl))) - ((_uli)(1))); if (tbfn < 0) { zvf[0] = 0; } else { zvf[0] = ((((zvf[0]) & (~kund))) >> (tbfn)); }; if (wzmn != 0) { zvf[0] += ((((zvf[wzmn]) & (~kund))) >> (dfwl)); } for (_si uuq = 1; uuq <= (12 - wzmn); uuq += 1) { zvf[-1 + uuq] += ((((((zvf[uuq + wzmn]) & (kund))) << (-dfwl + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zvf[uuq] = ((((zvf[uuq + wzmn]) & (~kund))) >> (dfwl)); } for (_si ptzr = 13 - wzmn; ptzr <= 12; ptzr += 1) { zvf[ptzr] = 0; } }; } void etfn(_uli *uiiv) { _uc *daf = (_uc *)(uiiv); for (_si sikj = 0; sikj <= 360; sikj += 1) { daf[sikj] = (_uc)(1 + daf[sikj]) * (_uc)(255 + daf[1 + sikj]); } daf[361] = 0; } void ymlf(_uli *qbuj, _uli *uccq) { for (_si tojp = 0; tojp <= 12; tojp += 1) { qbuj[tojp] = -uccq[tojp]; } } _si ahij(_uli *kqky) { _si qdxm = 0; _uli hqyl = 19; for (_si cjjk = 12; cjjk >= 0; cjjk -= 1) { if (kqky[cjjk] != 0) { qdxm = ((((kqky[cjjk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qdxm; } _uc *cndn() { ; _uc *vfdl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; vfdl = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vfdl; } void pbyd(_si ruff, _uli *mknx) { mknx[(((ruff) / (47)))] &= ((((((_uli)(1)) << ((ruff % 47)))) - ((_uli)(1)))); for (_si rhjx = 1 + (((ruff) / (47))); rhjx <= 44; rhjx += 1) { mknx[rhjx] = 0; } } void hnkf(_ui *ebch, _si aaig, _si drt, _si wpaf, _si fxk) { ebch[aaig] += ebch[drt]; ebch[fxk] ^= ebch[aaig]; ebch[fxk] = ((((ebch[fxk]) << (16))) | (((ebch[fxk]) >> (16)))); ebch[wpaf] += ebch[fxk]; ebch[drt] ^= ebch[wpaf]; ebch[drt] = ((((ebch[drt]) << (12))) | (((ebch[drt]) >> (20)))); ebch[aaig] += ebch[drt]; ebch[fxk] ^= ebch[aaig]; ebch[fxk] = ((((ebch[fxk]) << (8))) | (((ebch[fxk]) >> (24)))); ebch[wpaf] += ebch[fxk]; ebch[drt] ^= ebch[wpaf]; ebch[drt] = ((((ebch[drt]) << (7))) | (((ebch[drt]) >> (25)))); } void xuyr(_uli *wmbw, _uli *sxuf, _uli *ixlj) { for (_si pdiy = 0; pdiy <= 12; pdiy += 1) { wmbw[pdiy] = ixlj[pdiy] + sxuf[pdiy]; } { _si fwuz; { fwuz = 0; _uli qoae = 19; for (_si zqxl = 12; zqxl >= 0; zqxl -= 1) { if (wmbw[zqxl] != 0) { fwuz = ((((wmbw[zqxl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fwuz) { { for (_si zejf = 0; zejf <= 12; zejf += 1) { wmbw[zejf] = -wmbw[zejf]; } } } for (_si fvbo = 0; fvbo <= 11; fvbo += 1) { if (((((wmbw[fvbo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wmbw[1 + fvbo] -= 1; } else { wmbw[1 + fvbo] += ((wmbw[fvbo]) >> (47)); }; wmbw[fvbo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wmbw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fwuz) { { for (_si fmfx = 0; fmfx <= 12; fmfx += 1) { wmbw[fmfx] = -wmbw[fmfx]; } } } } } void zarn(_uli *smut) { for (_si pdwd = 0; pdwd <= 43; pdwd += 1) { smut[1 + pdwd] += ((smut[pdwd]) >> (47)); smut[pdwd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } smut[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void foz(_uli *vxpk, _uli *pdkd, _uli *djsh) { for (_si ueb = 0; ueb <= 12; ueb += 1) { vxpk[ueb] = djsh[ueb] + pdkd[ueb]; } xrza(vxpk); } void idge(_uli *bwl, _uli *ewtp, _uli *epb, _uli *fuin, _uli *afs) { _uli *lpp = dmhm(); _uli *nye = vbpn(); _uli *qnun = cxfp(); _uli *fluo = bbs(); _uli *fow = lej(); _uli *kte = bbs(); _si ovnd = 0; while (1) { _si rwv = (fuin[0] % 2) == 0; _si dvuu = (afs[0] % 2) == 0; if (!(rwv && dvuu)) { break; } ovnd += 1; { _si dbpk = 1; _si zrzr = 0; _si jhoj = 1; if (jhoj > (8 * sizeof(_uli))) { jhoj = -1; } if (zrzr >= 13) { { for (_si qnds = 0; qnds <= 12; qnds += 1) { fuin[qnds] = 0; } } } else { _uli noau = (((((_uli)(1)) << (dbpk))) - ((_uli)(1))); if (jhoj < 0) { fuin[0] = 0; } else { fuin[0] = ((((fuin[0]) & (~noau))) >> (jhoj)); }; if (zrzr != 0) { fuin[0] += ((((fuin[zrzr]) & (~noau))) >> (dbpk)); } for (_si yqi = 1; yqi <= (12 - zrzr); yqi += 1) { fuin[-1 + yqi] += ((((((fuin[yqi + zrzr]) & (noau))) << (-dbpk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fuin[yqi] = ((((fuin[yqi + zrzr]) & (~noau))) >> (dbpk)); } for (_si zzda = 13 - zrzr; zzda <= 12; zzda += 1) { fuin[zzda] = 0; } }; } { _si llb = 1; _si sja = 0; _si smsl = 1; if (smsl > (8 * sizeof(_uli))) { smsl = -1; } if (sja >= 13) { { for (_si ivqh = 0; ivqh <= 12; ivqh += 1) { afs[ivqh] = 0; } } } else { _uli awc = (((((_uli)(1)) << (llb))) - ((_uli)(1))); if (smsl < 0) { afs[0] = 0; } else { afs[0] = ((((afs[0]) & (~awc))) >> (smsl)); }; if (sja != 0) { afs[0] += ((((afs[sja]) & (~awc))) >> (llb)); } for (_si vny = 1; vny <= (12 - sja); vny += 1) { afs[-1 + vny] += ((((((afs[sja + vny]) & (awc))) << (-llb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); afs[vny] = ((((afs[sja + vny]) & (~awc))) >> (llb)); } for (_si onhj = 13 - sja; onhj <= 12; onhj += 1) { afs[onhj] = 0; } }; } } fvb(fow, fuin); { if (bwl != afs) { for (_si yyry = 0; yyry <= 12; yyry += 1) { bwl[yyry] = afs[yyry]; } } } { lpp[0] = 1; for (_si ndo = 1; ndo <= 12; ndo += 1) { lpp[ndo] = 0; } } ymue(nye); etjk(qnun); { fluo[0] = 1; for (_si hpjg = 1; hpjg <= 12; hpjg += 1) { fluo[hpjg] = 0; } } while (1) { while (1) { _si idcj = (fow[0] % 2) == 0; if (!idcj) { break; } { _si nimc = 1; _si wom = 0; _si ryp = 1; if (ryp > (8 * sizeof(_uli))) { ryp = -1; } if (wom >= 13) { { for (_si gyge = 0; gyge <= 12; gyge += 1) { fow[gyge] = 0; } } } else { _uli odai = (((((_uli)(1)) << (nimc))) - ((_uli)(1))); if (ryp < 0) { fow[0] = 0; } else { fow[0] = ((((fow[0]) & (~odai))) >> (ryp)); }; if (wom != 0) { fow[0] += ((((fow[wom]) & (~odai))) >> (nimc)); } for (_si uwia = 1; uwia <= (12 - wom); uwia += 1) { fow[-1 + uwia] += ((((((fow[uwia + wom]) & (odai))) << (-nimc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fow[uwia] = ((((fow[uwia + wom]) & (~odai))) >> (nimc)); } for (_si iwoa = 13 - wom; iwoa <= 12; iwoa += 1) { fow[iwoa] = 0; } }; } _si avyh = (lpp[0] % 2) == 0; _si trvs = (nye[0] % 2) == 0; if (!avyh || !trvs) { ppt(lpp, lpp, afs); { for (_si xvsu = 0; xvsu <= 12; xvsu += 1) { nye[xvsu] = -fuin[xvsu] + nye[xvsu]; } qmbh(nye); } } hvmd(lpp, 1); { _si ekth = oavj(nye); if (ekth) { { for (_si lhdy = 0; lhdy <= 12; lhdy += 1) { nye[lhdy] = -nye[lhdy]; } } } { _si ikyr = 1; _si mywo = 0; _si enra = 1; if (enra > (8 * sizeof(_uli))) { enra = -1; } if (mywo >= 13) { { for (_si eaqa = 0; eaqa <= 12; eaqa += 1) { nye[eaqa] = 0; } } } else { _uli dwg = (((((_uli)(1)) << (ikyr))) - ((_uli)(1))); if (enra < 0) { nye[0] = 0; } else { nye[0] = ((((nye[0]) & (~dwg))) >> (enra)); }; if (mywo != 0) { nye[0] += ((((nye[mywo]) & (~dwg))) >> (ikyr)); } for (_si zska = 1; zska <= (12 - mywo); zska += 1) { nye[-1 + zska] += ((((((nye[mywo + zska]) & (dwg))) << (-ikyr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nye[zska] = ((((nye[mywo + zska]) & (~dwg))) >> (ikyr)); } for (_si rsok = 13 - mywo; rsok <= 12; rsok += 1) { nye[rsok] = 0; } }; } if (ekth) { wbry(nye, nye); } } } while (1) { _si tltr = (bwl[0] % 2) == 0; if (!tltr) { break; } { _si ptyj = 1; _si dtc = 0; _si xksg = 1; if (xksg > (8 * sizeof(_uli))) { xksg = -1; } if (dtc >= 13) { { for (_si fffy = 0; fffy <= 12; fffy += 1) { bwl[fffy] = 0; } } } else { _uli ram = (((((_uli)(1)) << (ptyj))) - ((_uli)(1))); if (xksg < 0) { bwl[0] = 0; } else { bwl[0] = ((((bwl[0]) & (~ram))) >> (xksg)); }; if (dtc != 0) { bwl[0] += ((((bwl[dtc]) & (~ram))) >> (ptyj)); } for (_si aoqa = 1; aoqa <= (12 - dtc); aoqa += 1) { bwl[-1 + aoqa] += ((((((bwl[aoqa + dtc]) & (ram))) << (-ptyj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bwl[aoqa] = ((((bwl[aoqa + dtc]) & (~ram))) >> (ptyj)); } for (_si fdf = 13 - dtc; fdf <= 12; fdf += 1) { bwl[fdf] = 0; } }; } _si bbk = (qnun[0] % 2) == 0; _si kcmr = (fluo[0] % 2) == 0; if (!bbk || !kcmr) { pne(qnun, qnun, afs); mgjn(fluo, fluo, fuin); } { _si pndj; { pndj = 0; _uli gys = 19; for (_si wtd = 12; wtd >= 0; wtd -= 1) { if (qnun[wtd] != 0) { pndj = ((((qnun[wtd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (pndj) { bjbk(qnun, qnun); } { _si zlfu = 1; _si bht = 0; _si isnr = 1; if (isnr > (8 * sizeof(_uli))) { isnr = -1; } if (bht >= 13) { idhq(qnun); } else { _uli vatd = (((((_uli)(1)) << (zlfu))) - ((_uli)(1))); if (isnr < 0) { qnun[0] = 0; } else { qnun[0] = ((((qnun[0]) & (~vatd))) >> (isnr)); }; if (bht != 0) { qnun[0] += ((((qnun[bht]) & (~vatd))) >> (zlfu)); } for (_si jlo = 1; jlo <= (12 - bht); jlo += 1) { qnun[-1 + jlo] += ((((((qnun[bht + jlo]) & (vatd))) << (-zlfu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qnun[jlo] = ((((qnun[bht + jlo]) & (~vatd))) >> (zlfu)); } for (_si fof = 13 - bht; fof <= 12; fof += 1) { qnun[fof] = 0; } }; } if (pndj) { { for (_si ngca = 0; ngca <= 12; ngca += 1) { qnun[ngca] = -qnun[ngca]; } } } } gcpb(fluo, 1); } jgsl(kte, fow, bwl); _si bro = cyfh(kte); if (bro) { { for (_si mtdp = 0; mtdp <= 12; mtdp += 1) { bwl[mtdp] = -kte[mtdp]; } } { for (_si gary = 0; gary <= 12; gary += 1) { qnun[gary] = -lpp[gary] + qnun[gary]; } kybv(qnun); } zgsw(fluo, fluo, nye); } else { { if (fow != kte) { for (_si ilpn = 0; ilpn <= 12; ilpn += 1) { fow[ilpn] = kte[ilpn]; } } } { for (_si upg = 0; upg <= 12; upg += 1) { lpp[upg] = lpp[upg] - qnun[upg]; } { _si xsf; { xsf = 0; _uli cntx = 19; for (_si tmae = 12; tmae >= 0; tmae -= 1) { if (lpp[tmae] != 0) { xsf = ((((lpp[tmae]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xsf) { { for (_si hip = 0; hip <= 12; hip += 1) { lpp[hip] = -lpp[hip]; } } } for (_si nisg = 0; nisg <= 11; nisg += 1) { if (((((lpp[nisg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lpp[1 + nisg] -= 1; } else { lpp[1 + nisg] += ((lpp[nisg]) >> (47)); }; lpp[nisg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lpp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xsf) { { for (_si aah = 0; aah <= 12; aah += 1) { lpp[aah] = -lpp[aah]; } } } } } { for (_si cvpa = 0; cvpa <= 12; cvpa += 1) { nye[cvpa] = -fluo[cvpa] + nye[cvpa]; } { _si ldyt = jmkk(nye); if (ldyt) { { for (_si lkiv = 0; lkiv <= 12; lkiv += 1) { nye[lkiv] = -nye[lkiv]; } } } for (_si wvpy = 0; wvpy <= 11; wvpy += 1) { if (((((nye[wvpy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nye[1 + wvpy] -= 1; } else { nye[1 + wvpy] += ((nye[wvpy]) >> (47)); }; nye[wvpy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nye[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ldyt) { { for (_si ykvh = 0; ykvh <= 12; ykvh += 1) { nye[ykvh] = -nye[ykvh]; } } } } } }; _si zdkk = ulso(fow); if (zdkk) { break; } } { if (ewtp != qnun) { for (_si wir = 0; wir <= 12; wir += 1) { ewtp[wir] = qnun[wir]; } } } { if (epb != fluo) { for (_si jnxk = 0; jnxk <= 12; jnxk += 1) { epb[jnxk] = fluo[jnxk]; } } } if (ovnd > 0) { { _si czy = (ovnd % 47); _si rcp = ((ovnd) / (47)); _si nluu = -czy + (((sizeof(_uli)) << (3))); if (rcp >= 13) { { for (_si llaf = 0; llaf <= 12; llaf += 1) { bwl[llaf] = 0; } } } else { for (_si ujh = 12 - rcp; ujh >= 1; ujh -= 1) { bwl[rcp + ujh] = ((bwl[ujh]) << (czy)); if (nluu < (8 * sizeof(_uli))) { bwl[rcp + ujh] += ((((bwl[-1 + ujh]) >> (nluu))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } bwl[rcp] = ((bwl[0]) << (czy)); for (_si mip = -1 + rcp; mip >= 0; mip -= 1) { bwl[mip] = 0; } }; { for (_si wjr = 0; wjr <= 11; wjr += 1) { bwl[1 + wjr] += ((bwl[wjr]) >> (47)); bwl[wjr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bwl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } xbij(fuin, ovnd); ppd(afs, ovnd); } { _uc *vrj = (_uc *)(lpp); for (_si xbtz = 0; xbtz <= 360; xbtz += 1) { vrj[xbtz] = (_uc)(255 + vrj[1 + xbtz]) * (_uc)(1 + vrj[xbtz]); } vrj[361] = 0; } { _uc *ocds = (_uc *)(nye); for (_si qpig = 0; qpig <= 360; qpig += 1) { ocds[qpig] = (_uc)(1 + ocds[qpig]) * (_uc)(255 + ocds[1 + qpig]); } ocds[361] = 0; } feky(qnun); uaka(fluo); txyu(fow); ajzm(kte); } void gqlw(_uc *hzij, _uc *uwfu, _si fqqt) { _uc *jczo = (_uc *)(hzij + 0); _uli *buzi = (_uli *)(hzij + 352); _si tdim = (_si)(((buzi[0]) & (63))); buzi[0] += fqqt; for (_si veuz = 0; veuz <= (-1 + fqqt); veuz += 1) { jczo[tdim] = uwfu[veuz]; tdim += 1; if (tdim == 64) { { _uc *yzyq = (_uc *)(hzij + 0); _ui *npfk = (_ui *)(hzij + 64); _ui *ssop = (_ui *)(hzij + 96); _si ewdr = 0; _ui naou = 0; _ui tzpm = 0; _ui jtkq = 0; _ui gtzh = 0; _ui bcnj = 0; _ui twyl = 0; for (_si oobv = 0; oobv <= 15; oobv += 1) { ssop[oobv] = (((((((((_ui)(yzyq[ewdr])) << (24))) | ((((_ui)(yzyq[1 + ewdr])) << (16))))) | ((((_ui)(yzyq[2 + ewdr])) << (8))))) | ((_ui)(yzyq[3 + ewdr]))); ewdr += 4; } for (_si jnnv = 16; jnnv <= 31; jnnv += 1) { naou = ((((((((ssop[-15 + jnnv]) >> (7))) | (((ssop[-15 + jnnv]) << (25))))) ^ (((((ssop[-15 + jnnv]) >> (18))) | (((ssop[-15 + jnnv]) << (14))))))) ^ (((ssop[-15 + jnnv]) >> (3)))); gtzh = ((((((((ssop[-2 + jnnv]) >> (17))) | (((ssop[-2 + jnnv]) << (15))))) ^ (((((ssop[-2 + jnnv]) >> (19))) | (((ssop[-2 + jnnv]) << (13))))))) ^ (((ssop[-2 + jnnv]) >> (10)))); ssop[jnnv] = gtzh + naou + ssop[-7 + jnnv] + ssop[-16 + jnnv]; _m[65160] += 1; } _ui rqse = npfk[0]; _ui efgq = npfk[1]; _ui nzmd = npfk[2]; _ui vtvl = npfk[3]; _ui msyy = npfk[4]; _ui aibp = npfk[5]; _ui eapw = npfk[6]; _ui xvmw = npfk[7]; for (_si heor = 0; heor <= 31; heor += 1) { naou = ((((((((rqse) >> (2))) | (((rqse) << (30))))) ^ (((((rqse) >> (13))) | (((rqse) << (19))))))) ^ (((((rqse) >> (22))) | (((rqse) << (10)))))); tzpm = ((((((rqse) & (efgq))) ^ (((rqse) & (nzmd))))) ^ (((efgq) & (nzmd)))); jtkq = naou + tzpm; gtzh = ((((((((msyy) >> (6))) | (((msyy) << (26))))) ^ (((((msyy) >> (11))) | (((msyy) << (21))))))) ^ (((((msyy) >> (25))) | (((msyy) << (7)))))); bcnj = ((((msyy) & (aibp))) ^ (((~msyy) & (eapw)))); twyl = gtzh + *(((_ui *)(_m + 246160) + heor)) + bcnj + xvmw + ssop[heor]; xvmw = eapw; eapw = aibp; aibp = msyy; msyy = twyl + vtvl; vtvl = nzmd; nzmd = efgq; efgq = rqse; rqse = jtkq + twyl; _m[65161] += 1; } npfk[0] += rqse; npfk[1] += efgq; npfk[2] += nzmd; npfk[3] += vtvl; npfk[4] += msyy; npfk[5] += aibp; npfk[6] += eapw; npfk[7] += xvmw; } tdim = 0; } } } void scmr(_uli *thou, _uli *ftmp, _uli *kjdl) { for (_si lyyz = 0; lyyz <= 12; lyyz += 1) { thou[lyyz] = ftmp[lyyz] - kjdl[lyyz]; } jllw(thou); } void legk(_uli *nspm) { for (_si qvmw = 0; qvmw <= 43; qvmw += 1) { nspm[1 + qvmw] += ((nspm[qvmw]) >> (47)); nspm[qvmw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nspm[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void hdrq(_uc *ruv, _uc *xakw) { _ui *zwty = (_ui *)(ruv + 64); for (_si yqta = 0; yqta <= 7; yqta += 1) { zwty[4 + yqta] = (((_ui)((xakw + 4 * yqta)[0])) + ((((_ui)((xakw + 4 * yqta)[1])) << (8))) + ((((_ui)((xakw + 4 * yqta)[2])) << (16))) + ((((_ui)((xakw + 4 * yqta)[3])) << (24)))); } } void ibra(_si srsz, _uli *xpok, _uli *fzpr, _uli *indh, _uli *meqh) { _uli *axba = hfgh(); { if (axba != meqh) { for (_si kclq = 0; kclq <= 12; kclq += 1) { axba[kclq] = meqh[kclq]; } } } uflu(indh, meqh); dxav(srsz, indh); wjak(indh, indh, fzpr); { indh[(((srsz) / (47)))] &= ((((((_uli)(1)) << ((srsz % 47)))) - ((_uli)(1)))); for (_si fthe = 1 + (((srsz) / (47))); fthe <= 12; fthe += 1) { indh[fthe] = 0; } } yxlt(indh, indh, xpok); btlo(indh, indh, axba); { _si igir = (srsz % 47); _si ajlw = ((srsz) / (47)); _si uuih = srsz; if (uuih > (8 * sizeof(_uli))) { uuih = -1; } if (ajlw >= 13) { { for (_si svff = 0; svff <= 12; svff += 1) { indh[svff] = 0; } } } else { _uli vcuv = (((((_uli)(1)) << (igir))) - ((_uli)(1))); if (uuih < 0) { indh[0] = 0; } else { indh[0] = ((((indh[0]) & (~vcuv))) >> (uuih)); }; if (ajlw != 0) { indh[0] += ((((indh[ajlw]) & (~vcuv))) >> (igir)); } for (_si hmfo = 1; hmfo <= (12 - ajlw); hmfo += 1) { indh[-1 + hmfo] += ((((((indh[ajlw + hmfo]) & (vcuv))) << (-igir + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); indh[hmfo] = ((((indh[ajlw + hmfo]) & (~vcuv))) >> (igir)); } for (_si gngy = 13 - ajlw; gngy <= 12; gngy += 1) { indh[gngy] = 0; } }; } { for (_si uhol = 0; uhol <= 12; uhol += 1) { axba[uhol] = indh[uhol] - xpok[uhol]; } vqqc(axba); } _si wkir; { wkir = 0; _uli zkhs = 19; for (_si kxby = 12; kxby >= 0; kxby -= 1) { if (axba[kxby] != 0) { wkir = ((((axba[kxby]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!wkir) { { if (indh != axba) { for (_si xwfk = 0; xwfk <= 12; xwfk += 1) { indh[xwfk] = axba[xwfk]; } } } } { _uc *heta = (_uc *)(axba); for (_si npvq = 0; npvq <= 360; npvq += 1) { heta[npvq] = (_uc)(1 + heta[npvq]) * (_uc)(255 + heta[1 + npvq]); } heta[361] = 0; } } _uc *ynb() { ; _uc *szdg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; szdg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return szdg; } void dkas(_uli *qosf) { for (_si okch = 0; okch <= 43; okch += 1) { qosf[1 + okch] += ((qosf[okch]) >> (47)); qosf[okch] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qosf[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void jhjm(_uli *xmtj, _uli *dhss, _uli *gtsg) { for (_si cfvx = 0; cfvx <= 12; cfvx += 1) { xmtj[cfvx] = dhss[cfvx] - gtsg[cfvx]; } { _si dife = semz(xmtj); if (dife) { { for (_si codi = 0; codi <= 12; codi += 1) { xmtj[codi] = -xmtj[codi]; } } } for (_si krfu = 0; krfu <= 11; krfu += 1) { if (((((xmtj[krfu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xmtj[1 + krfu] -= 1; } else { xmtj[1 + krfu] += ((xmtj[krfu]) >> (47)); }; xmtj[krfu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xmtj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dife) { { for (_si lhfm = 0; lhfm <= 12; lhfm += 1) { xmtj[lhfm] = -xmtj[lhfm]; } } } } } _uli *ubcv() { ; _uli *xedf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; xedf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xedf; } _uli *bnt() { ; _uli *gbwe; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; gbwe = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gbwe; } void teib(_uc *nqeg, _uc *sawq, _si llwy) { _uc *utd = (_uc *)(nqeg + 0); _uli *fpbs = (_uli *)(nqeg + 352); _si kpwh = (_si)(((fpbs[0]) & (63))); fpbs[0] += llwy; for (_si gbux = 0; gbux <= (-1 + llwy); gbux += 1) { utd[kpwh] = sawq[gbux]; kpwh += 1; if (kpwh == 64) { ijj(nqeg); kpwh = 0; } } } _si tdqm(_uli *fauw, _uli *nuse) { _si plio = 0; for (_si vyvi = 12; vyvi >= 0; vyvi -= 1) { if (fauw[vyvi] > nuse[vyvi]) { break; } else if (fauw[vyvi] < nuse[vyvi]) { plio = 1; break; }; } return plio; } void vhip(_uc *klep) { _uc *dzfz = (_uc *)(klep + 0); _ui *wnup = (_ui *)(klep + 64); _uli *serw = (_uli *)(klep + 352); _uli xhrv = 8 * serw[0]; _uc bsoz[1]; bsoz[0] = 128; ici(klep, bsoz, 1); while (((((serw[0]) & (63))) != (56))) { bsoz[0] = 0; { _uc *gbgj = (_uc *)(klep + 0); _uli *ppih = (_uli *)(klep + 352); _si jbgw = (_si)(((ppih[0]) & (63))); ppih[0] += 1; for (_si gjdg = 0; gjdg <= 0; gjdg += 1) { gbgj[jbgw] = bsoz[gjdg]; jbgw += 1; if (jbgw == 64) { dyqd(klep); jbgw = 0; } } } } for (_si cziv = 0; cziv <= 7; cziv += 1) { bsoz[0] = (_uc)(((((xhrv) >> (8 * (7 - cziv)))) & (255))); leid(klep, bsoz, 1); } _si bbii = 0; for (_si itmk = 0; itmk <= 7; itmk += 1) { _ui ouor = wnup[itmk]; dzfz[bbii] = (_uc)(((((ouor) >> (24))) & (255))); dzfz[1 + bbii] = (_uc)(((((ouor) >> (16))) & (255))); dzfz[2 + bbii] = (_uc)(((((ouor) >> (8))) & (255))); dzfz[3 + bbii] = (_uc)(((ouor) & (255))); bbii += 4; } } void acjl(_uli *aive, _uli *wyij, _uli *afmd) { for (_si szkk = 0; szkk <= 12; szkk += 1) { aive[szkk] = afmd[szkk] + wyij[szkk]; } { _si wint = nyks(aive); if (wint) { byiq(aive, aive); } for (_si suqu = 0; suqu <= 11; suqu += 1) { if (((((aive[suqu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { aive[1 + suqu] -= 1; } else { aive[1 + suqu] += ((aive[suqu]) >> (47)); }; aive[suqu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aive[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wint) { { for (_si fmuy = 0; fmuy <= 12; fmuy += 1) { aive[fmuy] = -aive[fmuy]; } } } } } void iodh(_uli *zsnz) { _uc *wypw = (_uc *)(zsnz); for (_si paqk = 0; paqk <= 360; paqk += 1) { wypw[paqk] = (_uc)(255 + wypw[1 + paqk]) * (_uc)(1 + wypw[paqk]); } wypw[361] = 0; } void ynui(_uli *hgxf) { for (_si zoxr = 0; zoxr <= 11; zoxr += 1) { hgxf[1 + zoxr] += ((hgxf[zoxr]) >> (47)); hgxf[zoxr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hgxf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void jokf(_uli *edjx) { _uc *yolt = (_uc *)(edjx); for (_si tith = 0; tith <= 360; tith += 1) { yolt[tith] = (_uc)(1 + yolt[tith]) * (_uc)(255 + yolt[1 + tith]); } yolt[361] = 0; } void taou(_uc *rfgi) { _uc *eznp = (_uc *)(rfgi + 0); _ui *mmjw = (_ui *)(rfgi + 64); _ui *elev = (_ui *)(rfgi + 96); _si ejvw = 0; _ui rxxq = 0; _ui goyp = 0; _ui xtuk = 0; _ui qvsy = 0; _ui bmwo = 0; _ui fxok = 0; for (_si pbdv = 0; pbdv <= 15; pbdv += 1) { elev[pbdv] = (((((((((_ui)(eznp[ejvw])) << (24))) | ((((_ui)(eznp[1 + ejvw])) << (16))))) | ((((_ui)(eznp[2 + ejvw])) << (8))))) | ((_ui)(eznp[3 + ejvw]))); ejvw += 4; } for (_si qxnx = 16; qxnx <= 31; qxnx += 1) { rxxq = ((((((((elev[-15 + qxnx]) >> (7))) | (((elev[-15 + qxnx]) << (25))))) ^ (((((elev[-15 + qxnx]) >> (18))) | (((elev[-15 + qxnx]) << (14))))))) ^ (((elev[-15 + qxnx]) >> (3)))); qvsy = ((((((((elev[-2 + qxnx]) >> (17))) | (((elev[-2 + qxnx]) << (15))))) ^ (((((elev[-2 + qxnx]) >> (19))) | (((elev[-2 + qxnx]) << (13))))))) ^ (((elev[-2 + qxnx]) >> (10)))); elev[qxnx] = elev[-16 + qxnx] + elev[-7 + qxnx] + qvsy + rxxq; _m[65160] += 1; } _ui zatb = mmjw[0]; _ui stte = mmjw[1]; _ui igqi = mmjw[2]; _ui rzeo = mmjw[3]; _ui qqrp = mmjw[4]; _ui ycsz = mmjw[5]; _ui ulpq = mmjw[6]; _ui prnu = mmjw[7]; for (_si kyrj = 0; kyrj <= 31; kyrj += 1) { rxxq = ((((((((zatb) >> (2))) | (((zatb) << (30))))) ^ (((((zatb) >> (13))) | (((zatb) << (19))))))) ^ (((((zatb) >> (22))) | (((zatb) << (10)))))); goyp = ((((((zatb) & (stte))) ^ (((zatb) & (igqi))))) ^ (((stte) & (igqi)))); xtuk = goyp + rxxq; qvsy = ((((((((qqrp) >> (6))) | (((qqrp) << (26))))) ^ (((((qqrp) >> (11))) | (((qqrp) << (21))))))) ^ (((((qqrp) >> (25))) | (((qqrp) << (7)))))); bmwo = ((((qqrp) & (ycsz))) ^ (((~qqrp) & (ulpq)))); fxok = *(((_ui *)(_m + 246160) + kyrj)) + elev[kyrj] + bmwo + qvsy + prnu; prnu = ulpq; ulpq = ycsz; ycsz = qqrp; qqrp = fxok + rzeo; rzeo = igqi; igqi = stte; stte = zatb; zatb = fxok + xtuk; _m[65161] += 1; } mmjw[0] += zatb; mmjw[1] += stte; mmjw[2] += igqi; mmjw[3] += rzeo; mmjw[4] += qqrp; mmjw[5] += ycsz; mmjw[6] += ulpq; mmjw[7] += prnu; } void xwuo(_uli *vdhj, _si djdt) { _si zglh = (djdt % 47); _si ekoh = ((djdt) / (47)); _si pfsf = djdt; if (pfsf > (8 * sizeof(_uli))) { pfsf = -1; } if (ekoh >= 13) { oakj(vdhj); } else { _uli ybtq = (((((_uli)(1)) << (zglh))) - ((_uli)(1))); if (pfsf < 0) { vdhj[0] = 0; } else { vdhj[0] = ((((vdhj[0]) & (~ybtq))) >> (pfsf)); }; if (ekoh != 0) { vdhj[0] += ((((vdhj[ekoh]) & (~ybtq))) >> (zglh)); } for (_si ykmq = 1; ykmq <= (12 - ekoh); ykmq += 1) { vdhj[-1 + ykmq] += ((((((vdhj[ekoh + ykmq]) & (ybtq))) << (-zglh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vdhj[ykmq] = ((((vdhj[ekoh + ykmq]) & (~ybtq))) >> (zglh)); } for (_si dgdl = 13 - ekoh; dgdl <= 12; dgdl += 1) { vdhj[dgdl] = 0; } }; } void pbpq(_si adbp, _uli *vwue, _uli *zeuu, _uli *dbrb, _uli *egjq) { _uli *rilb = uzhu(); aeoa(rilb, egjq); { if (dbrb != egjq) { for (_si xkci = 0; xkci <= 12; xkci += 1) { dbrb[xkci] = egjq[xkci]; } } } { dbrb[(((adbp) / (47)))] &= ((((((_uli)(1)) << ((adbp % 47)))) - ((_uli)(1)))); for (_si oktl = 1 + (((adbp) / (47))); oktl <= 12; oktl += 1) { dbrb[oktl] = 0; } } { _uli *gktw = mexn(); _uli *jjik = tewx(); _uli *zfxg = zmwl(); _uli *bfzs = thlc(); for (_si psqa = 0; psqa <= 12; psqa += 1) { gktw[psqa] = ((dbrb[psqa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jjik[psqa] = ((dbrb[psqa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zfxg[psqa] = ((zeuu[psqa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bfzs[psqa] = ((zeuu[psqa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si rrkd = 0; rrkd <= 12; rrkd += 1) { dbrb[rrkd] = 0; } } for (_si fkfc = 0; fkfc <= (-1 + (((13) >> (1)))); fkfc += 1) { for (_si dpen = 0; dpen <= (-1 + (((13) >> (1)))); dpen += 1) { _uli lhme = bfzs[dpen] * gktw[fkfc] + jjik[fkfc] * zfxg[dpen]; _uli frqs = gktw[fkfc] * zfxg[dpen]; _uli mymb = bfzs[dpen] * jjik[fkfc]; _uli pufi = ((dbrb[dpen + fkfc]) + (frqs) + (((((lhme) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pufi < frqs) { mymb += 1; } _uli pmkd = ((((lhme) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mymb) << ((-47 + (((sizeof(_uli)) << (3)))))))); dbrb[dpen + fkfc] = pufi; dbrb[1 + dpen + fkfc] += pmkd; } { for (_si muhq = 0; muhq <= 11; muhq += 1) { dbrb[1 + muhq] += ((dbrb[muhq]) >> (47)); dbrb[muhq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dbrb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } uaka(gktw); { _uc *wwck = (_uc *)(jjik); for (_si lzwq = 0; lzwq <= 360; lzwq += 1) { wwck[lzwq] = (_uc)(1 + wwck[lzwq]) * (_uc)(255 + wwck[1 + lzwq]); } wwck[361] = 0; } fres(zfxg); hvxv(bfzs); } { dbrb[(((adbp) / (47)))] &= ((((((_uli)(1)) << ((adbp % 47)))) - ((_uli)(1)))); for (_si zkpe = 1 + (((adbp) / (47))); zkpe <= 12; zkpe += 1) { dbrb[zkpe] = 0; } } { _uli *ampb = qwbt(); _uli *pqow = qvtm(); _uli *iugg = gysu(); _uli *kxyd = cevs(); for (_si vztp = 0; vztp <= 12; vztp += 1) { ampb[vztp] = ((dbrb[vztp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pqow[vztp] = ((dbrb[vztp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); iugg[vztp] = ((vwue[vztp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kxyd[vztp] = ((vwue[vztp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qdnj = 0; qdnj <= 12; qdnj += 1) { dbrb[qdnj] = 0; } } for (_si uwwm = 0; uwwm <= (-1 + (((13) >> (1)))); uwwm += 1) { for (_si tjen = 0; tjen <= (-1 + (((13) >> (1)))); tjen += 1) { _uli sord = ampb[uwwm] * kxyd[tjen] + iugg[tjen] * pqow[uwwm]; _uli kdfj = ampb[uwwm] * iugg[tjen]; _uli lywq = kxyd[tjen] * pqow[uwwm]; _uli nynz = ((dbrb[tjen + uwwm]) + (kdfj) + (((((sord) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nynz < kdfj) { lywq += 1; } _uli euro = ((((sord) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lywq) << ((-47 + (((sizeof(_uli)) << (3)))))))); dbrb[tjen + uwwm] = nynz; dbrb[1 + tjen + uwwm] += euro; } plje(dbrb); } { _uc *othb = (_uc *)(ampb); for (_si dlmv = 0; dlmv <= 360; dlmv += 1) { othb[dlmv] = (_uc)(255 + othb[1 + dlmv]) * (_uc)(1 + othb[dlmv]); } othb[361] = 0; } { _uc *zrov = (_uc *)(pqow); for (_si aloc = 0; aloc <= 360; aloc += 1) { zrov[aloc] = (_uc)(255 + zrov[1 + aloc]) * (_uc)(1 + zrov[aloc]); } zrov[361] = 0; } bfyu(iugg); ajwm(kxyd); } { for (_si ykxs = 0; ykxs <= 12; ykxs += 1) { dbrb[ykxs] = dbrb[ykxs] + rilb[ykxs]; } { _si ytwy; { ytwy = 0; _uli uahe = 19; for (_si gyom = 12; gyom >= 0; gyom -= 1) { if (dbrb[gyom] != 0) { ytwy = ((((dbrb[gyom]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ytwy) { { for (_si zatp = 0; zatp <= 12; zatp += 1) { dbrb[zatp] = -dbrb[zatp]; } } } for (_si tgaf = 0; tgaf <= 11; tgaf += 1) { if (((((dbrb[tgaf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dbrb[1 + tgaf] -= 1; } else { dbrb[1 + tgaf] += ((dbrb[tgaf]) >> (47)); }; dbrb[tgaf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dbrb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ytwy) { { for (_si kgbo = 0; kgbo <= 12; kgbo += 1) { dbrb[kgbo] = -dbrb[kgbo]; } } } } } ljke(dbrb, adbp); { for (_si zqod = 0; zqod <= 12; zqod += 1) { rilb[zqod] = dbrb[zqod] - vwue[zqod]; } { _si pxqq; { pxqq = 0; _uli pojo = 19; for (_si ctki = 12; ctki >= 0; ctki -= 1) { if (rilb[ctki] != 0) { pxqq = ((((rilb[ctki]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (pxqq) { pfed(rilb, rilb); } for (_si semg = 0; semg <= 11; semg += 1) { if (((((rilb[semg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rilb[1 + semg] -= 1; } else { rilb[1 + semg] += ((rilb[semg]) >> (47)); }; rilb[semg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rilb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pxqq) { { for (_si nhni = 0; nhni <= 12; nhni += 1) { rilb[nhni] = -rilb[nhni]; } } } } } _si ayto; { ayto = 0; _uli popw = 19; for (_si dltf = 12; dltf >= 0; dltf -= 1) { if (rilb[dltf] != 0) { ayto = ((((rilb[dltf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ayto) { { if (dbrb != rilb) { for (_si rmxl = 0; rmxl <= 12; rmxl += 1) { dbrb[rmxl] = rilb[rmxl]; } } } } { _uc *fdxo = (_uc *)(rilb); for (_si fdnz = 0; fdnz <= 360; fdnz += 1) { fdxo[fdnz] = (_uc)(1 + fdxo[fdnz]) * (_uc)(255 + fdxo[1 + fdnz]); } fdxo[361] = 0; } } void xxpg(_uli *zliz, _uli *dmyq) { _uli *buyg = zdnl(); _uli *sale = axnl(); for (_si hepd = 0; hepd <= 12; hepd += 1) { buyg[hepd] = ((dmyq[hepd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sale[hepd] = ((dmyq[hepd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uplf = 0; uplf <= 12; uplf += 1) { zliz[uplf] = 0; } } for (_si zudx = 0; zudx <= (-1 + (((13) >> (1)))); zudx += 1) { for (_si stpo = 0; stpo <= (-1 + (((13) >> (1)))); stpo += 1) { _uli gghy = buyg[stpo] * sale[zudx] + buyg[zudx] * sale[stpo]; _uli jdvg = buyg[stpo] * buyg[zudx]; _uli gvrx = sale[stpo] * sale[zudx]; _uli dpyc = ((zliz[stpo + zudx]) + (jdvg) + (((((gghy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dpyc < jdvg) { gvrx += 1; } _uli hdhu = ((((gghy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gvrx) << ((-47 + (((sizeof(_uli)) << (3)))))))); zliz[stpo + zudx] = dpyc; zliz[1 + stpo + zudx] += hdhu; } bwap(zliz); } { _uc *vbvw = (_uc *)(buyg); for (_si jht = 0; jht <= 360; jht += 1) { vbvw[jht] = (_uc)(1 + vbvw[jht]) * (_uc)(255 + vbvw[1 + jht]); } vbvw[361] = 0; } { _uc *gezj = (_uc *)(sale); for (_si duzz = 0; duzz <= 360; duzz += 1) { gezj[duzz] = (_uc)(255 + gezj[1 + duzz]) * (_uc)(1 + gezj[duzz]); } gezj[361] = 0; } } _uc *btje() { ; _uc *imz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; imz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return imz; } void cwg(_uc *ccoa, _uc *oat, _si oog) { _ui *vjat = (_ui *)(ccoa + 0); _ui *kofh = (_ui *)(ccoa + 128); _uc *bft = (_uc *)(vjat); for (_si oeo = 0; oeo <= (-1 + oog); oeo += 1) { if (kofh[0] >= 64) { dqux(ccoa); kofh[0] = 0; } oat[oeo] ^= bft[kofh[0]]; kofh[0] += 1; } } _uli *cofa() { ; _uli *ohkb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; ohkb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ohkb; } void glef(_uli *aacg, _uli *gtez, _uli *qifo) { _uli *hcpu = cypf(); _uli *qtml = lfwj(); _uli *gvja = mkhm(); _uli *qsxq = qvot(); for (_si oasn = 0; oasn <= 44; oasn += 1) { hcpu[oasn] = ((gtez[oasn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qtml[oasn] = ((gtez[oasn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gvja[oasn] = ((qifo[oasn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qsxq[oasn] = ((qifo[oasn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pvkq = 0; pvkq <= 44; pvkq += 1) { aacg[pvkq] = 0; } } for (_si ztql = 0; ztql <= (-1 + (((45) >> (1)))); ztql += 1) { for (_si milh = 0; milh <= (-1 + (((45) >> (1)))); milh += 1) { _uli fktd = gvja[milh] * qtml[ztql] + hcpu[ztql] * qsxq[milh]; _uli nffh = gvja[milh] * hcpu[ztql]; _uli oaos = qsxq[milh] * qtml[ztql]; _uli cygo = ((aacg[milh + ztql]) + (nffh) + (((((fktd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (cygo < nffh) { oaos += 1; } _uli lsve = ((((fktd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((oaos) << ((-47 + (((sizeof(_uli)) << (3)))))))); aacg[milh + ztql] = cygo; aacg[1 + milh + ztql] += lsve; } qokv(aacg); } { _uc *izsj = (_uc *)(hcpu); for (_si busl = 0; busl <= 360; busl += 1) { izsj[busl] = (_uc)(1 + izsj[busl]) * (_uc)(255 + izsj[1 + busl]); } izsj[361] = 0; } { _uc *xaot = (_uc *)(qtml); for (_si zxiq = 0; zxiq <= 360; zxiq += 1) { xaot[zxiq] = (_uc)(1 + xaot[zxiq]) * (_uc)(255 + xaot[1 + zxiq]); } xaot[361] = 0; } zoaa(gvja); { _uc *xvli = (_uc *)(qsxq); for (_si esmp = 0; esmp <= 360; esmp += 1) { xvli[esmp] = (_uc)(255 + xvli[1 + esmp]) * (_uc)(1 + xvli[esmp]); } xvli[361] = 0; } } void bvm(_uli *vyrm, _uli *jjkr) { if (vyrm != jjkr) { for (_si esne = 0; esne <= 12; esne += 1) { vyrm[esne] = jjkr[esne]; } } } void hko(_si xxec, _uli *stkd) { stkd[(((xxec) / (47)))] &= ((((((_uli)(1)) << ((xxec % 47)))) - ((_uli)(1)))); for (_si heit = 1 + (((xxec) / (47))); heit <= 12; heit += 1) { stkd[heit] = 0; } } void baws(_uc *xdoe, _uc *ofez, _si bdhq) { zful(xdoe, ofez); _ui *rqgu = (_ui *)(xdoe + 64); _ui *hvsi = (_ui *)(xdoe + 128); for (_si olfn = 0; olfn <= 3; olfn += 1) { rqgu[olfn] = (((_ui)(((_uc *)(_m + 48146) + 4 * olfn)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * olfn)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * olfn)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * olfn)[3])) << (24)))); } for (_si guqi = 0; guqi <= 3; guqi += 1) { rqgu[12 + guqi] = bdhq; _m[65162] += 1; } hvsi[0] = 3904225602; } void zoeh(_si vyin, _uli *cmhq, _uli *zfvd, _uli *ilgn, _uli *cecu) { _uli *zisq = nrlo(); { if (zisq != cecu) { for (_si vtur = 0; vtur <= 12; vtur += 1) { zisq[vtur] = cecu[vtur]; } } } { if (ilgn != cecu) { for (_si bfsw = 0; bfsw <= 12; bfsw += 1) { ilgn[bfsw] = cecu[bfsw]; } } } { ilgn[(((vyin) / (47)))] &= ((((((_uli)(1)) << ((vyin % 47)))) - ((_uli)(1)))); for (_si anyf = 1 + (((vyin) / (47))); anyf <= 12; anyf += 1) { ilgn[anyf] = 0; } } { _uli *fibl = axnl(); _uli *iicx = rbgz(); _uli *rmos = rznt(); _uli *buoi = teuv(); for (_si ehus = 0; ehus <= 12; ehus += 1) { fibl[ehus] = ((ilgn[ehus]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iicx[ehus] = ((ilgn[ehus]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rmos[ehus] = ((zfvd[ehus]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); buoi[ehus] = ((zfvd[ehus]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xvqm = 0; xvqm <= 12; xvqm += 1) { ilgn[xvqm] = 0; } } for (_si dewi = 0; dewi <= (-1 + (((13) >> (1)))); dewi += 1) { for (_si skex = 0; skex <= (-1 + (((13) >> (1)))); skex += 1) { _uli aedr = buoi[skex] * fibl[dewi] + iicx[dewi] * rmos[skex]; _uli yvze = fibl[dewi] * rmos[skex]; _uli sdhd = buoi[skex] * iicx[dewi]; _uli bgbg = ((ilgn[dewi + skex]) + (yvze) + (((((aedr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bgbg < yvze) { sdhd += 1; } _uli lulp = ((((aedr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((sdhd) << ((-47 + (((sizeof(_uli)) << (3)))))))); ilgn[dewi + skex] = bgbg; ilgn[1 + dewi + skex] += lulp; } { for (_si pwor = 0; pwor <= 11; pwor += 1) { ilgn[1 + pwor] += ((ilgn[pwor]) >> (47)); ilgn[pwor] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ilgn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *pxbf = (_uc *)(fibl); for (_si ozgk = 0; ozgk <= 360; ozgk += 1) { pxbf[ozgk] = (_uc)(1 + pxbf[ozgk]) * (_uc)(255 + pxbf[1 + ozgk]); } pxbf[361] = 0; } { _uc *visa = (_uc *)(iicx); for (_si wccb = 0; wccb <= 360; wccb += 1) { visa[wccb] = (_uc)(255 + visa[1 + wccb]) * (_uc)(1 + visa[wccb]); } visa[361] = 0; } jrex(rmos); sbmf(buoi); } wviu(vyin, ilgn); { _uli *kauy = ctgm(); _uli *lniu = bzeb(); _uli *huak = usvv(); _uli *ufvl = qvhb(); for (_si llrf = 0; llrf <= 12; llrf += 1) { kauy[llrf] = ((ilgn[llrf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lniu[llrf] = ((ilgn[llrf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); huak[llrf] = ((cmhq[llrf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ufvl[llrf] = ((cmhq[llrf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bhfn = 0; bhfn <= 12; bhfn += 1) { ilgn[bhfn] = 0; } } for (_si ctbx = 0; ctbx <= (-1 + (((13) >> (1)))); ctbx += 1) { for (_si tvhj = 0; tvhj <= (-1 + (((13) >> (1)))); tvhj += 1) { _uli fnlz = huak[tvhj] * lniu[ctbx] + kauy[ctbx] * ufvl[tvhj]; _uli zfrt = huak[tvhj] * kauy[ctbx]; _uli cqct = lniu[ctbx] * ufvl[tvhj]; _uli yeay = ((ilgn[ctbx + tvhj]) + (zfrt) + (((((fnlz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yeay < zfrt) { cqct += 1; } _uli hgup = ((((fnlz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cqct) << ((-47 + (((sizeof(_uli)) << (3)))))))); ilgn[ctbx + tvhj] = yeay; ilgn[1 + ctbx + tvhj] += hgup; } { for (_si ygsz = 0; ygsz <= 11; ygsz += 1) { ilgn[1 + ygsz] += ((ilgn[ygsz]) >> (47)); ilgn[ygsz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ilgn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *jdrx = (_uc *)(kauy); for (_si flfs = 0; flfs <= 360; flfs += 1) { jdrx[flfs] = (_uc)(255 + jdrx[1 + flfs]) * (_uc)(1 + jdrx[flfs]); } jdrx[361] = 0; } { _uc *cyp = (_uc *)(lniu); for (_si qikx = 0; qikx <= 360; qikx += 1) { cyp[qikx] = (_uc)(1 + cyp[qikx]) * (_uc)(255 + cyp[1 + qikx]); } cyp[361] = 0; } lxqc(huak); { _uc *jehe = (_uc *)(ufvl); for (_si xbxm = 0; xbxm <= 360; xbxm += 1) { jehe[xbxm] = (_uc)(255 + jehe[1 + xbxm]) * (_uc)(1 + jehe[xbxm]); } jehe[361] = 0; } } jbul(ilgn, ilgn, zisq); vlmm(ilgn, vyin); bvum(zisq, ilgn, cmhq); _si pflb = qoya(zisq); if (!pflb) { sevv(ilgn, zisq); } { _uc *guag = (_uc *)(zisq); for (_si ilwz = 0; ilwz <= 360; ilwz += 1) { guag[ilwz] = (_uc)(255 + guag[1 + ilwz]) * (_uc)(1 + guag[ilwz]); } guag[361] = 0; } } void uwxz(_uc *bxyb, _uc *mvqk, _si mjb) { { _ui *ozvn = (_ui *)(bxyb + 64); for (_si oyyw = 0; oyyw <= 7; oyyw += 1) { ozvn[4 + oyyw] = (((_ui)((mvqk + 4 * oyyw)[0])) + ((((_ui)((mvqk + 4 * oyyw)[1])) << (8))) + ((((_ui)((mvqk + 4 * oyyw)[2])) << (16))) + ((((_ui)((mvqk + 4 * oyyw)[3])) << (24)))); } } _ui *vdfn = (_ui *)(bxyb + 64); _ui *ynhu = (_ui *)(bxyb + 128); for (_si ebov = 0; ebov <= 3; ebov += 1) { vdfn[ebov] = (((_ui)(((_uc *)(_m + 48146) + 4 * ebov)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ebov)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ebov)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ebov)[3])) << (24)))); } for (_si ccf = 0; ccf <= 3; ccf += 1) { vdfn[12 + ccf] = mjb; _m[65162] += 1; } ynhu[0] = 3904225602; } void bxlu(_uc *awuk, _uc *hdjc, _si jauk) { _ui *cull = (_ui *)(awuk + 0); _ui *mowi = (_ui *)(awuk + 128); _uc *jqjs = (_uc *)(cull); for (_si sdch = 0; sdch <= (-1 + jauk); sdch += 1) { if (mowi[0] >= 64) { { _ui *lnwy = (_ui *)(awuk + 0); _ui *nzzf = (_ui *)(awuk + 64); for (_si adb = 0; adb <= 15; adb += 1) { lnwy[adb] = nzzf[adb]; } for (_si rmyv = 0; rmyv <= 9; rmyv += 1) { sjin(lnwy, 0, 4, 8, 12); { lnwy[1] += lnwy[5]; lnwy[13] ^= lnwy[1]; lnwy[13] = ((((lnwy[13]) << (16))) | (((lnwy[13]) >> (16)))); lnwy[9] += lnwy[13]; lnwy[5] ^= lnwy[9]; lnwy[5] = ((((lnwy[5]) << (12))) | (((lnwy[5]) >> (20)))); lnwy[1] += lnwy[5]; lnwy[13] ^= lnwy[1]; lnwy[13] = ((((lnwy[13]) << (8))) | (((lnwy[13]) >> (24)))); lnwy[9] += lnwy[13]; lnwy[5] ^= lnwy[9]; lnwy[5] = ((((lnwy[5]) << (7))) | (((lnwy[5]) >> (25)))); } { lnwy[2] += lnwy[6]; lnwy[14] ^= lnwy[2]; lnwy[14] = ((((lnwy[14]) << (16))) | (((lnwy[14]) >> (16)))); lnwy[10] += lnwy[14]; lnwy[6] ^= lnwy[10]; lnwy[6] = ((((lnwy[6]) << (12))) | (((lnwy[6]) >> (20)))); lnwy[2] += lnwy[6]; lnwy[14] ^= lnwy[2]; lnwy[14] = ((((lnwy[14]) << (8))) | (((lnwy[14]) >> (24)))); lnwy[10] += lnwy[14]; lnwy[6] ^= lnwy[10]; lnwy[6] = ((((lnwy[6]) << (7))) | (((lnwy[6]) >> (25)))); } twri(lnwy, 3, 7, 11, 15); edlu(lnwy, 0, 5, 10, 15); { lnwy[1] += lnwy[6]; lnwy[12] ^= lnwy[1]; lnwy[12] = ((((lnwy[12]) << (16))) | (((lnwy[12]) >> (16)))); lnwy[11] += lnwy[12]; lnwy[6] ^= lnwy[11]; lnwy[6] = ((((lnwy[6]) << (12))) | (((lnwy[6]) >> (20)))); lnwy[1] += lnwy[6]; lnwy[12] ^= lnwy[1]; lnwy[12] = ((((lnwy[12]) << (8))) | (((lnwy[12]) >> (24)))); lnwy[11] += lnwy[12]; lnwy[6] ^= lnwy[11]; lnwy[6] = ((((lnwy[6]) << (7))) | (((lnwy[6]) >> (25)))); } mzut(lnwy, 2, 7, 8, 13); rpti(lnwy, 3, 4, 9, 14); _m[65163] += 1; } for (_si slxo = 0; slxo <= 15; slxo += 1) { lnwy[slxo] += nzzf[slxo]; } nzzf[12] += 1; if (nzzf[12] == 0) { nzzf[13] += 1; } } mowi[0] = 0; } hdjc[sdch] ^= jqjs[mowi[0]]; mowi[0] += 1; } } void lhye(_uli *xrdb, _uli *apyp) { if (xrdb != apyp) { for (_si kmpm = 0; kmpm <= 12; kmpm += 1) { xrdb[kmpm] = apyp[kmpm]; } } } void jrjv(_uli *domb, _uli *segg) { if (domb != segg) { for (_si epre = 0; epre <= 12; epre += 1) { domb[epre] = segg[epre]; } } } void rnoe(_uc *yjw, _uc *lroy, _uc *czoe, _si ctg) { uwxz(yjw, lroy, 0); yrjy(yjw, czoe, ctg); } _uli *pwfo() { ; _uli *kdfo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; kdfo = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kdfo; } void prdd(_uli *mbub, _uli *lhnb) { if (mbub != lhnb) { for (_si frtf = 0; frtf <= 12; frtf += 1) { mbub[frtf] = lhnb[frtf]; } } } void bieu(_si htpf, _uli *qaol) { qaol[(((htpf) / (47)))] &= ((((((_uli)(1)) << ((htpf % 47)))) - ((_uli)(1)))); for (_si fdwo = 1 + (((htpf) / (47))); fdwo <= 12; fdwo += 1) { qaol[fdwo] = 0; } } _uc *hwfp() { ; _uc *hlr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; hlr = (_uc *)(_m + 362 * _s); break; } _s += 1; } return hlr; } void qejy(_uli *dusf) { _uc *abvk = (_uc *)(dusf); for (_si zktg = 0; zktg <= 360; zktg += 1) { abvk[zktg] = (_uc)(1 + abvk[zktg]) * (_uc)(255 + abvk[1 + zktg]); } abvk[361] = 0; } _uli *uobz() { ; _uli *kryt; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; kryt = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kryt; } void aicp(_uli *vvog, _uli *qtle, _uli *fqor) { for (_si vjpc = 0; vjpc <= 12; vjpc += 1) { vvog[vjpc] = fqor[vjpc] + qtle[vjpc]; } ewiw(vvog); } _uc *ewai() { ; _uc *exqz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; exqz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return exqz; } _uc *rvvj() { ; _uc *ashq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; ashq = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ashq; } void tqch(_uli *qvlk) { for (_si fjaz = 0; fjaz <= 12; fjaz += 1) { qvlk[fjaz] = 0; } } void ykat(_uli *dmie, _si oisp) { _si ayjj = (oisp % 47); _si ajjg = ((oisp) / (47)); _si yxti = oisp; if (yxti > (8 * sizeof(_uli))) { yxti = -1; } if (ajjg >= 45) { { for (_si pnwu = 0; pnwu <= 44; pnwu += 1) { dmie[pnwu] = 0; } } } else { _uli plxu = (((((_uli)(1)) << (ayjj))) - ((_uli)(1))); if (yxti < 0) { dmie[0] = 0; } else { dmie[0] = ((((dmie[0]) & (~plxu))) >> (yxti)); }; if (ajjg != 0) { dmie[0] += ((((dmie[ajjg]) & (~plxu))) >> (ayjj)); } for (_si nlkn = 1; nlkn <= (44 - ajjg); nlkn += 1) { dmie[-1 + nlkn] += ((((((dmie[ajjg + nlkn]) & (plxu))) << (-ayjj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dmie[nlkn] = ((((dmie[ajjg + nlkn]) & (~plxu))) >> (ayjj)); } for (_si mfna = 45 - ajjg; mfna <= 44; mfna += 1) { dmie[mfna] = 0; } }; } void nxhf(_uli *zhxa, _uli *hgcv, _uli *ajel) { for (_si odki = 0; odki <= 12; odki += 1) { zhxa[odki] = -ajel[odki] + hgcv[odki]; } qwgo(zhxa); } void ujfx(_uli *qcyg) { _uc *wado = (_uc *)(qcyg); for (_si gwaq = 0; gwaq <= 360; gwaq += 1) { wado[gwaq] = (_uc)(255 + wado[1 + gwaq]) * (_uc)(1 + wado[gwaq]); } wado[361] = 0; } void tgnu(_uc *ushj, _uc *mknb, _si olv) { dfow(ushj, mknb); _ui *hqyg = (_ui *)(ushj + 64); _ui *wwu = (_ui *)(ushj + 128); for (_si racf = 0; racf <= 3; racf += 1) { hqyg[racf] = (((_ui)(((_uc *)(_m + 48146) + 4 * racf)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * racf)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * racf)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * racf)[3])) << (24)))); } for (_si nwnz = 0; nwnz <= 3; nwnz += 1) { hqyg[12 + nwnz] = olv; _m[65162] += 1; } wwu[0] = 3904225602; } void szcy(_uli *drov, _uli *ufqa, _uli *rstx) { for (_si qpqi = 0; qpqi <= 12; qpqi += 1) { drov[qpqi] = rstx[qpqi] + ufqa[qpqi]; } ouho(drov); } void yvab(_si dbnh, _uli *fxib) { fxib[(((dbnh) / (47)))] &= ((((((_uli)(1)) << ((dbnh % 47)))) - ((_uli)(1)))); for (_si fxog = 1 + (((dbnh) / (47))); fxog <= 44; fxog += 1) { fxib[fxog] = 0; } } _uli *pcgh() { ; _uli *ljsy; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; ljsy = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ljsy; } void jphe(_si qhye, _uli *doun, _uli *yqbz, _uli *lbxp, _uli *unzg, _uli *mfim) { phcd(lbxp, unzg, mfim); { _uli *axoj = qwbt(); { if (axoj != lbxp) { for (_si zkro = 0; zkro <= 12; zkro += 1) { axoj[zkro] = lbxp[zkro]; } } } { ; } { lbxp[(((qhye) / (47)))] &= ((((((_uli)(1)) << ((qhye % 47)))) - ((_uli)(1)))); for (_si eunq = 1 + (((qhye) / (47))); eunq <= 12; eunq += 1) { lbxp[eunq] = 0; } } { _uli *bhqb = nrlo(); _uli *vfsc = cvag(); _uli *rnht = qbep(); _uli *xgkx = kbpj(); for (_si jnqy = 0; jnqy <= 12; jnqy += 1) { bhqb[jnqy] = ((lbxp[jnqy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vfsc[jnqy] = ((lbxp[jnqy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rnht[jnqy] = ((yqbz[jnqy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xgkx[jnqy] = ((yqbz[jnqy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ojqp = 0; ojqp <= 12; ojqp += 1) { lbxp[ojqp] = 0; } } for (_si wtjc = 0; wtjc <= (-1 + (((13) >> (1)))); wtjc += 1) { for (_si gspz = 0; gspz <= (-1 + (((13) >> (1)))); gspz += 1) { _uli bdqo = bhqb[wtjc] * xgkx[gspz] + rnht[gspz] * vfsc[wtjc]; _uli expi = bhqb[wtjc] * rnht[gspz]; _uli ybxb = vfsc[wtjc] * xgkx[gspz]; _uli fmtc = ((lbxp[gspz + wtjc]) + (expi) + (((((bdqo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fmtc < expi) { ybxb += 1; } _uli evet = ((((bdqo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ybxb) << ((-47 + (((sizeof(_uli)) << (3)))))))); lbxp[gspz + wtjc] = fmtc; lbxp[1 + gspz + wtjc] += evet; } cden(lbxp); } kxwu(bhqb); { _uc *avll = (_uc *)(vfsc); for (_si rkcq = 0; rkcq <= 360; rkcq += 1) { avll[rkcq] = (_uc)(255 + avll[1 + rkcq]) * (_uc)(1 + avll[rkcq]); } avll[361] = 0; } { _uc *vxyo = (_uc *)(rnht); for (_si bfjm = 0; bfjm <= 360; bfjm += 1) { vxyo[bfjm] = (_uc)(1 + vxyo[bfjm]) * (_uc)(255 + vxyo[1 + bfjm]); } vxyo[361] = 0; } fres(xgkx); } epjw(qhye, lbxp); hizr(lbxp, lbxp, doun); { for (_si vtyy = 0; vtyy <= 12; vtyy += 1) { lbxp[vtyy] = axoj[vtyy] + lbxp[vtyy]; } { _si ubyn = kreh(lbxp); if (ubyn) { { for (_si pbfs = 0; pbfs <= 12; pbfs += 1) { lbxp[pbfs] = -lbxp[pbfs]; } } } for (_si nvdx = 0; nvdx <= 11; nvdx += 1) { if (((((lbxp[nvdx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lbxp[1 + nvdx] -= 1; } else { lbxp[1 + nvdx] += ((lbxp[nvdx]) >> (47)); }; lbxp[nvdx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lbxp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ubyn) { { for (_si uiap = 0; uiap <= 12; uiap += 1) { lbxp[uiap] = -lbxp[uiap]; } } } } } { _si ajia = (qhye % 47); _si pnat = ((qhye) / (47)); _si jpsf = qhye; if (jpsf > (8 * sizeof(_uli))) { jpsf = -1; } if (pnat >= 13) { { for (_si iqju = 0; iqju <= 12; iqju += 1) { lbxp[iqju] = 0; } } } else { _uli agpd = (((((_uli)(1)) << (ajia))) - ((_uli)(1))); if (jpsf < 0) { lbxp[0] = 0; } else { lbxp[0] = ((((lbxp[0]) & (~agpd))) >> (jpsf)); }; if (pnat != 0) { lbxp[0] += ((((lbxp[pnat]) & (~agpd))) >> (ajia)); } for (_si kctp = 1; kctp <= (12 - pnat); kctp += 1) { lbxp[-1 + kctp] += ((((((lbxp[kctp + pnat]) & (agpd))) << (-ajia + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lbxp[kctp] = ((((lbxp[kctp + pnat]) & (~agpd))) >> (ajia)); } for (_si whnk = 13 - pnat; whnk <= 12; whnk += 1) { lbxp[whnk] = 0; } }; } { for (_si gcix = 0; gcix <= 12; gcix += 1) { axoj[gcix] = -doun[gcix] + lbxp[gcix]; } { _si npxy; { npxy = 0; _uli smvh = 19; for (_si yyxr = 12; yyxr >= 0; yyxr -= 1) { if (axoj[yyxr] != 0) { npxy = ((((axoj[yyxr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (npxy) { { for (_si hnjm = 0; hnjm <= 12; hnjm += 1) { axoj[hnjm] = -axoj[hnjm]; } } } for (_si cntg = 0; cntg <= 11; cntg += 1) { if (((((axoj[cntg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { axoj[1 + cntg] -= 1; } else { axoj[1 + cntg] += ((axoj[cntg]) >> (47)); }; axoj[cntg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } axoj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (npxy) { ghjk(axoj, axoj); } } } _si nvmo; { nvmo = 0; _uli buny = 19; for (_si fjbc = 12; fjbc >= 0; fjbc -= 1) { if (axoj[fjbc] != 0) { nvmo = ((((axoj[fjbc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!nvmo) { { if (lbxp != axoj) { for (_si uovy = 0; uovy <= 12; uovy += 1) { lbxp[uovy] = axoj[uovy]; } } } } { _uc *xlfj = (_uc *)(axoj); for (_si hhze = 0; hhze <= 360; hhze += 1) { xlfj[hhze] = (_uc)(255 + xlfj[1 + hhze]) * (_uc)(1 + xlfj[hhze]); } xlfj[361] = 0; } } } void kkl(_uli *zlsu, _uli *pedv, _uli *dtqw) { for (_si ilm = 0; ilm <= 12; ilm += 1) { zlsu[ilm] = dtqw[ilm] + pedv[ilm]; } { _si lbkl = qyh(zlsu); if (lbkl) { { for (_si guxy = 0; guxy <= 12; guxy += 1) { zlsu[guxy] = -zlsu[guxy]; } } } for (_si oekj = 0; oekj <= 11; oekj += 1) { if (((((zlsu[oekj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zlsu[1 + oekj] -= 1; } else { zlsu[1 + oekj] += ((zlsu[oekj]) >> (47)); }; zlsu[oekj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zlsu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lbkl) { { for (_si ouxk = 0; ouxk <= 12; ouxk += 1) { zlsu[ouxk] = -zlsu[ouxk]; } } } } } void qlsc(_uc *uxa, _uc *uhqa, _si xbew) { { _ui *pfny = (_ui *)(uxa + 64); for (_si muto = 0; muto <= 7; muto += 1) { pfny[4 + muto] = (((_ui)((uhqa + 4 * muto)[0])) + ((((_ui)((uhqa + 4 * muto)[1])) << (8))) + ((((_ui)((uhqa + 4 * muto)[2])) << (16))) + ((((_ui)((uhqa + 4 * muto)[3])) << (24)))); } } _ui *lofp = (_ui *)(uxa + 64); _ui *csc = (_ui *)(uxa + 128); for (_si pbv = 0; pbv <= 3; pbv += 1) { lofp[pbv] = (((_ui)(((_uc *)(_m + 48146) + 4 * pbv)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pbv)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pbv)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pbv)[3])) << (24)))); } for (_si ibru = 0; ibru <= 3; ibru += 1) { lofp[12 + ibru] = xbew; _m[65162] += 1; } csc[0] = 3904225602; } void eexc(_uli *rgbz, _uli *pajs, _uli *xyof) { for (_si kxxd = 0; kxxd <= 12; kxxd += 1) { rgbz[kxxd] = pajs[kxxd] - xyof[kxxd]; } { _si ibpn; { ibpn = 0; _uli nrgg = 19; for (_si yxum = 12; yxum >= 0; yxum -= 1) { if (rgbz[yxum] != 0) { ibpn = ((((rgbz[yxum]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ibpn) { { for (_si keaf = 0; keaf <= 12; keaf += 1) { rgbz[keaf] = -rgbz[keaf]; } } } for (_si rlqn = 0; rlqn <= 11; rlqn += 1) { if (((((rgbz[rlqn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rgbz[1 + rlqn] -= 1; } else { rgbz[1 + rlqn] += ((rgbz[rlqn]) >> (47)); }; rgbz[rlqn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rgbz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ibpn) { { for (_si dtvq = 0; dtvq <= 12; dtvq += 1) { rgbz[dtvq] = -rgbz[dtvq]; } } } } } void dati(_uc *kicb, _uc *scxs, _si dlyu) { { _ui *xtls = (_ui *)(kicb + 64); for (_si pirk = 0; pirk <= 7; pirk += 1) { xtls[4 + pirk] = (((_ui)((scxs + 4 * pirk)[0])) + ((((_ui)((scxs + 4 * pirk)[1])) << (8))) + ((((_ui)((scxs + 4 * pirk)[2])) << (16))) + ((((_ui)((scxs + 4 * pirk)[3])) << (24)))); } } _ui *fws = (_ui *)(kicb + 64); _ui *ntf = (_ui *)(kicb + 128); for (_si pfp = 0; pfp <= 3; pfp += 1) { fws[pfp] = (((_ui)(((_uc *)(_m + 48146) + 4 * pfp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pfp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pfp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pfp)[3])) << (24)))); } for (_si hdhk = 0; hdhk <= 3; hdhk += 1) { fws[12 + hdhk] = dlyu; _m[65162] += 1; } ntf[0] = 3904225602; } void kjb(_uc *ued) { _uc *nvxn = (_uc *)(ued + 0); _ui *imti = (_ui *)(ued + 64); _ui *acrz = (_ui *)(ued + 96); _si twxh = 0; _ui kqnf = 0; _ui ftg = 0; _ui icy = 0; _ui ljwa = 0; _ui wose = 0; _ui vazd = 0; for (_si upx = 0; upx <= 15; upx += 1) { acrz[upx] = (((((((((_ui)(nvxn[twxh])) << (24))) | ((((_ui)(nvxn[1 + twxh])) << (16))))) | ((((_ui)(nvxn[2 + twxh])) << (8))))) | ((_ui)(nvxn[3 + twxh]))); twxh += 4; } for (_si gyj = 16; gyj <= 31; gyj += 1) { kqnf = ((((((((acrz[-15 + gyj]) >> (7))) | (((acrz[-15 + gyj]) << (25))))) ^ (((((acrz[-15 + gyj]) >> (18))) | (((acrz[-15 + gyj]) << (14))))))) ^ (((acrz[-15 + gyj]) >> (3)))); ljwa = ((((((((acrz[-2 + gyj]) >> (17))) | (((acrz[-2 + gyj]) << (15))))) ^ (((((acrz[-2 + gyj]) >> (19))) | (((acrz[-2 + gyj]) << (13))))))) ^ (((acrz[-2 + gyj]) >> (10)))); acrz[gyj] = acrz[-16 + gyj] + acrz[-7 + gyj] + kqnf + ljwa; _m[65160] += 1; } _ui ocg = imti[0]; _ui ebsw = imti[1]; _ui imd = imti[2]; _ui xcbr = imti[3]; _ui xcbd = imti[4]; _ui mlc = imti[5]; _ui uxpz = imti[6]; _ui vxoz = imti[7]; for (_si crpw = 0; crpw <= 31; crpw += 1) { kqnf = ((((((((ocg) >> (2))) | (((ocg) << (30))))) ^ (((((ocg) >> (13))) | (((ocg) << (19))))))) ^ (((((ocg) >> (22))) | (((ocg) << (10)))))); ftg = ((((((ocg) & (ebsw))) ^ (((ocg) & (imd))))) ^ (((ebsw) & (imd)))); icy = ftg + kqnf; ljwa = ((((((((xcbd) >> (6))) | (((xcbd) << (26))))) ^ (((((xcbd) >> (11))) | (((xcbd) << (21))))))) ^ (((((xcbd) >> (25))) | (((xcbd) << (7)))))); wose = ((((xcbd) & (mlc))) ^ (((~xcbd) & (uxpz)))); vazd = vxoz + wose + *(((_ui *)(_m + 246160) + crpw)) + ljwa + acrz[crpw]; vxoz = uxpz; uxpz = mlc; mlc = xcbd; xcbd = vazd + xcbr; xcbr = imd; imd = ebsw; ebsw = ocg; ocg = icy + vazd; _m[65161] += 1; } imti[0] += ocg; imti[1] += ebsw; imti[2] += imd; imti[3] += xcbr; imti[4] += xcbd; imti[5] += mlc; imti[6] += uxpz; imti[7] += vxoz; } void miun(_ui *wfs, _si catf, _si ayig, _si sgak, _si ozxf) { wfs[catf] += wfs[ayig]; wfs[ozxf] ^= wfs[catf]; wfs[ozxf] = ((((wfs[ozxf]) << (16))) | (((wfs[ozxf]) >> (16)))); wfs[sgak] += wfs[ozxf]; wfs[ayig] ^= wfs[sgak]; wfs[ayig] = ((((wfs[ayig]) << (12))) | (((wfs[ayig]) >> (20)))); wfs[catf] += wfs[ayig]; wfs[ozxf] ^= wfs[catf]; wfs[ozxf] = ((((wfs[ozxf]) << (8))) | (((wfs[ozxf]) >> (24)))); wfs[sgak] += wfs[ozxf]; wfs[ayig] ^= wfs[sgak]; wfs[ayig] = ((((wfs[ayig]) << (7))) | (((wfs[ayig]) >> (25)))); } void dny(_uli *xsjz) { for (_si wxj = 0; wxj <= 12; wxj += 1) { xsjz[wxj] = 0; } } void autd(_uli *xyhe, _uli *egir, _uli *odrk) { for (_si ipft = 0; ipft <= 12; ipft += 1) { xyhe[ipft] = egir[ipft] + odrk[ipft]; } { _si kybs; { kybs = 0; _uli qhxf = 19; for (_si ara = 12; ara >= 0; ara -= 1) { if (xyhe[ara] != 0) { kybs = ((((xyhe[ara]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kybs) { { for (_si hngc = 0; hngc <= 12; hngc += 1) { xyhe[hngc] = -xyhe[hngc]; } } } for (_si nvx = 0; nvx <= 11; nvx += 1) { if (((((xyhe[nvx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xyhe[1 + nvx] -= 1; } else { xyhe[1 + nvx] += ((xyhe[nvx]) >> (47)); }; xyhe[nvx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xyhe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kybs) { moxj(xyhe, xyhe); } } } void owvf(_si oloe, _uli *lwfh, _uli *izgk, _uli *hubj, _uli *rfym) { _uli *kfmz = svrk(); { if (kfmz != rfym) { for (_si lapw = 0; lapw <= 12; lapw += 1) { kfmz[lapw] = rfym[lapw]; } } } vfds(hubj, rfym); skch(oloe, hubj); kino(hubj, hubj, izgk); ggdo(oloe, hubj); eiqr(hubj, hubj, lwfh); jnov(hubj, hubj, kfmz); { _si ihcc = (oloe % 47); _si sics = ((oloe) / (47)); _si ppzw = oloe; if (ppzw > (8 * sizeof(_uli))) { ppzw = -1; } if (sics >= 13) { { for (_si jtzs = 0; jtzs <= 12; jtzs += 1) { hubj[jtzs] = 0; } } } else { _uli kwls = (((((_uli)(1)) << (ihcc))) - ((_uli)(1))); if (ppzw < 0) { hubj[0] = 0; } else { hubj[0] = ((((hubj[0]) & (~kwls))) >> (ppzw)); }; if (sics != 0) { hubj[0] += ((((hubj[sics]) & (~kwls))) >> (ihcc)); } for (_si fwma = 1; fwma <= (12 - sics); fwma += 1) { hubj[-1 + fwma] += ((((((hubj[fwma + sics]) & (kwls))) << (-ihcc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hubj[fwma] = ((((hubj[fwma + sics]) & (~kwls))) >> (ihcc)); } for (_si ufux = 13 - sics; ufux <= 12; ufux += 1) { hubj[ufux] = 0; } }; } getx(kfmz, hubj, lwfh); _si dzhi; { dzhi = 0; _uli nlfw = 19; for (_si fdca = 12; fdca >= 0; fdca -= 1) { if (kfmz[fdca] != 0) { dzhi = ((((kfmz[fdca]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!dzhi) { yjmn(hubj, kfmz); } ajpj(kfmz); } _uc *nzaz() { ; _uc *lih; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; lih = (_uc *)(_m + 362 * _s); break; } _s += 1; } return lih; } void khbj(_uc *zxxg, _uc *exkv, _uc *zpsg, _uc *cqyc, _uli *tljp, _uli *eofj, _uli *vwho, _uli *onw, _uli *mbjb, _uli *ltvq, _uli *avgq, _uc *vuqj, _uc *tumz, _uc *ogbz, _uc *saes) { _uc *hkuj = ccgx(); _uc *ztzi = lwas(); _uc *yfbo = umuu(); _uc *eaim = (_uc *)(onw); _uc *yhcy = (_uc *)(mbjb); _uc *wfir = (_uc *)(ltvq); _uc *ptle = (_uc *)(avgq); _uc *tibb = (_uc *)(eofj); _uc *vghs = (_uc *)(vwho); _uc *ydci = xtbg(); _uc *kyih = sxho(); xjfw(yfbo); { _uc *bzyq = (_uc *)(yfbo + 0); { _uc *vjgv = (_uc *)(yfbo + 0); _uli *lojz = (_uli *)(yfbo + 352); _si eiyr = (_si)(((lojz[0]) & (63))); lojz[0] += 104; for (_si qdiw = 0; qdiw <= 103; qdiw += 1) { vjgv[eiyr] = eaim[qdiw]; eiyr += 1; if (eiyr == 64) { { _uc *esjf = (_uc *)(yfbo + 0); _ui *bkmi = (_ui *)(yfbo + 64); _ui *epvr = (_ui *)(yfbo + 96); _si uljh = 0; _ui xkkf = 0; _ui khwu = 0; _ui rfm = 0; _ui nvnc = 0; _ui nlyb = 0; _ui yvkk = 0; for (_si olwr = 0; olwr <= 15; olwr += 1) { epvr[olwr] = (((((((((_ui)(esjf[uljh])) << (24))) | ((((_ui)(esjf[1 + uljh])) << (16))))) | ((((_ui)(esjf[2 + uljh])) << (8))))) | ((_ui)(esjf[3 + uljh]))); uljh += 4; } for (_si keka = 16; keka <= 31; keka += 1) { xkkf = ((((((((epvr[-15 + keka]) >> (7))) | (((epvr[-15 + keka]) << (25))))) ^ (((((epvr[-15 + keka]) >> (18))) | (((epvr[-15 + keka]) << (14))))))) ^ (((epvr[-15 + keka]) >> (3)))); nvnc = ((((((((epvr[-2 + keka]) >> (17))) | (((epvr[-2 + keka]) << (15))))) ^ (((((epvr[-2 + keka]) >> (19))) | (((epvr[-2 + keka]) << (13))))))) ^ (((epvr[-2 + keka]) >> (10)))); epvr[keka] = epvr[-16 + keka] + epvr[-7 + keka] + nvnc + xkkf; _m[65160] += 1; } _ui lwme = bkmi[0]; _ui fbyw = bkmi[1]; _ui kukr = bkmi[2]; _ui fynq = bkmi[3]; _ui uwuz = bkmi[4]; _ui vewm = bkmi[5]; _ui nmzi = bkmi[6]; _ui ixoh = bkmi[7]; for (_si mjjy = 0; mjjy <= 31; mjjy += 1) { xkkf = ((((((((lwme) >> (2))) | (((lwme) << (30))))) ^ (((((lwme) >> (13))) | (((lwme) << (19))))))) ^ (((((lwme) >> (22))) | (((lwme) << (10)))))); khwu = ((((((lwme) & (fbyw))) ^ (((lwme) & (kukr))))) ^ (((fbyw) & (kukr)))); rfm = khwu + xkkf; nvnc = ((((((((uwuz) >> (6))) | (((uwuz) << (26))))) ^ (((((uwuz) >> (11))) | (((uwuz) << (21))))))) ^ (((((uwuz) >> (25))) | (((uwuz) << (7)))))); nlyb = ((((uwuz) & (vewm))) ^ (((~uwuz) & (nmzi)))); yvkk = nlyb + *(((_ui *)(_m + 246160) + mjjy)) + epvr[mjjy] + nvnc + ixoh; ixoh = nmzi; nmzi = vewm; vewm = uwuz; uwuz = fynq + yvkk; fynq = kukr; kukr = fbyw; fbyw = lwme; lwme = rfm + yvkk; _m[65161] += 1; } bkmi[0] += lwme; bkmi[1] += fbyw; bkmi[2] += kukr; bkmi[3] += fynq; bkmi[4] += uwuz; bkmi[5] += vewm; bkmi[6] += nmzi; bkmi[7] += ixoh; } eiyr = 0; } } } _uli *zwpg = (_uli *)(yfbo + 352); pctk(yfbo); for (_si flqm = 0; flqm <= 31; flqm += 1) { ydci[flqm] = bzyq[flqm]; } } ephd(yfbo); { { { _ui *zibl = (_ui *)(ztzi + 64); for (_si zdnp = 0; zdnp <= 7; zdnp += 1) { zibl[4 + zdnp] = (((_ui)((zxxg + 4 * zdnp)[0])) + ((((_ui)((zxxg + 4 * zdnp)[1])) << (8))) + ((((_ui)((zxxg + 4 * zdnp)[2])) << (16))) + ((((_ui)((zxxg + 4 * zdnp)[3])) << (24)))); } } _ui *yoke = (_ui *)(ztzi + 64); _ui *zevq = (_ui *)(ztzi + 128); for (_si ogbu = 0; ogbu <= 3; ogbu += 1) { yoke[ogbu] = (((_ui)(((_uc *)(_m + 48146) + 4 * ogbu)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ogbu)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ogbu)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ogbu)[3])) << (24)))); } for (_si kcyg = 0; kcyg <= 3; kcyg += 1) { yoke[12 + kcyg] = 0; _m[65162] += 1; } zevq[0] = 3904225602; } { _ui *xqex = (_ui *)(ztzi + 0); _ui *ictr = (_ui *)(ztzi + 128); _uc *cicj = (_uc *)(xqex); for (_si juxu = 0; juxu <= 31; juxu += 1) { if (ictr[0] >= 64) { { _ui *jakn = (_ui *)(ztzi + 0); _ui *jerb = (_ui *)(ztzi + 64); for (_si ayhs = 0; ayhs <= 15; ayhs += 1) { jakn[ayhs] = jerb[ayhs]; } for (_si wvyc = 0; wvyc <= 9; wvyc += 1) { { jakn[0] += jakn[4]; jakn[12] ^= jakn[0]; jakn[12] = ((((jakn[12]) << (16))) | (((jakn[12]) >> (16)))); jakn[8] += jakn[12]; jakn[4] ^= jakn[8]; jakn[4] = ((((jakn[4]) << (12))) | (((jakn[4]) >> (20)))); jakn[0] += jakn[4]; jakn[12] ^= jakn[0]; jakn[12] = ((((jakn[12]) << (8))) | (((jakn[12]) >> (24)))); jakn[8] += jakn[12]; jakn[4] ^= jakn[8]; jakn[4] = ((((jakn[4]) << (7))) | (((jakn[4]) >> (25)))); } lnnc(jakn, 1, 5, 9, 13); qzkg(jakn, 2, 6, 10, 14); { jakn[3] += jakn[7]; jakn[15] ^= jakn[3]; jakn[15] = ((((jakn[15]) << (16))) | (((jakn[15]) >> (16)))); jakn[11] += jakn[15]; jakn[7] ^= jakn[11]; jakn[7] = ((((jakn[7]) << (12))) | (((jakn[7]) >> (20)))); jakn[3] += jakn[7]; jakn[15] ^= jakn[3]; jakn[15] = ((((jakn[15]) << (8))) | (((jakn[15]) >> (24)))); jakn[11] += jakn[15]; jakn[7] ^= jakn[11]; jakn[7] = ((((jakn[7]) << (7))) | (((jakn[7]) >> (25)))); } evv(jakn, 0, 5, 10, 15); rytz(jakn, 1, 6, 11, 12); { jakn[2] += jakn[7]; jakn[13] ^= jakn[2]; jakn[13] = ((((jakn[13]) << (16))) | (((jakn[13]) >> (16)))); jakn[8] += jakn[13]; jakn[7] ^= jakn[8]; jakn[7] = ((((jakn[7]) << (12))) | (((jakn[7]) >> (20)))); jakn[2] += jakn[7]; jakn[13] ^= jakn[2]; jakn[13] = ((((jakn[13]) << (8))) | (((jakn[13]) >> (24)))); jakn[8] += jakn[13]; jakn[7] ^= jakn[8]; jakn[7] = ((((jakn[7]) << (7))) | (((jakn[7]) >> (25)))); } { jakn[3] += jakn[4]; jakn[14] ^= jakn[3]; jakn[14] = ((((jakn[14]) << (16))) | (((jakn[14]) >> (16)))); jakn[9] += jakn[14]; jakn[4] ^= jakn[9]; jakn[4] = ((((jakn[4]) << (12))) | (((jakn[4]) >> (20)))); jakn[3] += jakn[4]; jakn[14] ^= jakn[3]; jakn[14] = ((((jakn[14]) << (8))) | (((jakn[14]) >> (24)))); jakn[9] += jakn[14]; jakn[4] ^= jakn[9]; jakn[4] = ((((jakn[4]) << (7))) | (((jakn[4]) >> (25)))); } _m[65163] += 1; } for (_si hxhv = 0; hxhv <= 15; hxhv += 1) { jakn[hxhv] += jerb[hxhv]; } jerb[12] += 1; if (jerb[12] == 0) { jerb[13] += 1; } } ictr[0] = 0; } vuqj[juxu] ^= cicj[ictr[0]]; ictr[0] += 1; } } } { _uc *tapf = (_uc *)(yfbo + 0); _uli *oqm = (_uli *)(yfbo + 352); _si dvze = (_si)(((oqm[0]) & (63))); oqm[0] += 32; for (_si dnnv = 0; dnnv <= 31; dnnv += 1) { tapf[dvze] = vuqj[dnnv]; dvze += 1; if (dvze == 64) { kbh(yfbo); dvze = 0; } } } { { { _ui *ockd = (_ui *)(ztzi + 64); for (_si qerh = 0; qerh <= 7; qerh += 1) { ockd[4 + qerh] = (((_ui)((zxxg + 4 * qerh)[0])) + ((((_ui)((zxxg + 4 * qerh)[1])) << (8))) + ((((_ui)((zxxg + 4 * qerh)[2])) << (16))) + ((((_ui)((zxxg + 4 * qerh)[3])) << (24)))); } } _ui *nipn = (_ui *)(ztzi + 64); _ui *qtcs = (_ui *)(ztzi + 128); for (_si yobd = 0; yobd <= 3; yobd += 1) { nipn[yobd] = (((_ui)(((_uc *)(_m + 48146) + 4 * yobd)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yobd)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yobd)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yobd)[3])) << (24)))); } for (_si ylsb = 0; ylsb <= 3; ylsb += 1) { nipn[12 + ylsb] = 0; _m[65162] += 1; } qtcs[0] = 3904225602; } ulqh(ztzi, vuqj, 32); } { _uc *rcac = (_uc *)(yfbo + 0); _uli *xreg = (_uli *)(yfbo + 352); _si dcld = (_si)(((xreg[0]) & (63))); xreg[0] += 104; for (_si cruk = 0; cruk <= 103; cruk += 1) { rcac[dcld] = yhcy[cruk]; dcld += 1; if (dcld == 64) { hvmj(yfbo); dcld = 0; } } } inc(hkuj, exkv, tumz, 32); kzpz(yfbo, tumz, 32); xmge(ztzi, exkv, tumz, 32); { tzql(hkuj, zpsg, 0); imem(hkuj, ogbz, 32); } rvk(yfbo, ogbz, 32); { { hdrq(hkuj, zpsg); _ui *azlo = (_ui *)(hkuj + 64); _ui *ybkf = (_ui *)(hkuj + 128); for (_si oynk = 0; oynk <= 3; oynk += 1) { azlo[oynk] = (((_ui)(((_uc *)(_m + 48146) + 4 * oynk)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * oynk)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * oynk)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * oynk)[3])) << (24)))); } for (_si akmm = 0; akmm <= 3; akmm += 1) { azlo[12 + akmm] = 0; _m[65162] += 1; } ybkf[0] = 3904225602; } { _ui *ntme = (_ui *)(hkuj + 0); _ui *poaa = (_ui *)(hkuj + 128); _uc *omoa = (_uc *)(ntme); for (_si shvx = 0; shvx <= 31; shvx += 1) { if (poaa[0] >= 64) { { _ui *xjuu = (_ui *)(hkuj + 0); _ui *ucfp = (_ui *)(hkuj + 64); for (_si eyji = 0; eyji <= 15; eyji += 1) { xjuu[eyji] = ucfp[eyji]; } for (_si njli = 0; njli <= 9; njli += 1) { lxok(xjuu, 0, 4, 8, 12); { xjuu[1] += xjuu[5]; xjuu[13] ^= xjuu[1]; xjuu[13] = ((((xjuu[13]) << (16))) | (((xjuu[13]) >> (16)))); xjuu[9] += xjuu[13]; xjuu[5] ^= xjuu[9]; xjuu[5] = ((((xjuu[5]) << (12))) | (((xjuu[5]) >> (20)))); xjuu[1] += xjuu[5]; xjuu[13] ^= xjuu[1]; xjuu[13] = ((((xjuu[13]) << (8))) | (((xjuu[13]) >> (24)))); xjuu[9] += xjuu[13]; xjuu[5] ^= xjuu[9]; xjuu[5] = ((((xjuu[5]) << (7))) | (((xjuu[5]) >> (25)))); } lnnc(xjuu, 2, 6, 10, 14); { xjuu[3] += xjuu[7]; xjuu[15] ^= xjuu[3]; xjuu[15] = ((((xjuu[15]) << (16))) | (((xjuu[15]) >> (16)))); xjuu[11] += xjuu[15]; xjuu[7] ^= xjuu[11]; xjuu[7] = ((((xjuu[7]) << (12))) | (((xjuu[7]) >> (20)))); xjuu[3] += xjuu[7]; xjuu[15] ^= xjuu[3]; xjuu[15] = ((((xjuu[15]) << (8))) | (((xjuu[15]) >> (24)))); xjuu[11] += xjuu[15]; xjuu[7] ^= xjuu[11]; xjuu[7] = ((((xjuu[7]) << (7))) | (((xjuu[7]) >> (25)))); } { xjuu[0] += xjuu[5]; xjuu[15] ^= xjuu[0]; xjuu[15] = ((((xjuu[15]) << (16))) | (((xjuu[15]) >> (16)))); xjuu[10] += xjuu[15]; xjuu[5] ^= xjuu[10]; xjuu[5] = ((((xjuu[5]) << (12))) | (((xjuu[5]) >> (20)))); xjuu[0] += xjuu[5]; xjuu[15] ^= xjuu[0]; xjuu[15] = ((((xjuu[15]) << (8))) | (((xjuu[15]) >> (24)))); xjuu[10] += xjuu[15]; xjuu[5] ^= xjuu[10]; xjuu[5] = ((((xjuu[5]) << (7))) | (((xjuu[5]) >> (25)))); } { xjuu[1] += xjuu[6]; xjuu[12] ^= xjuu[1]; xjuu[12] = ((((xjuu[12]) << (16))) | (((xjuu[12]) >> (16)))); xjuu[11] += xjuu[12]; xjuu[6] ^= xjuu[11]; xjuu[6] = ((((xjuu[6]) << (12))) | (((xjuu[6]) >> (20)))); xjuu[1] += xjuu[6]; xjuu[12] ^= xjuu[1]; xjuu[12] = ((((xjuu[12]) << (8))) | (((xjuu[12]) >> (24)))); xjuu[11] += xjuu[12]; xjuu[6] ^= xjuu[11]; xjuu[6] = ((((xjuu[6]) << (7))) | (((xjuu[6]) >> (25)))); } { xjuu[2] += xjuu[7]; xjuu[13] ^= xjuu[2]; xjuu[13] = ((((xjuu[13]) << (16))) | (((xjuu[13]) >> (16)))); xjuu[8] += xjuu[13]; xjuu[7] ^= xjuu[8]; xjuu[7] = ((((xjuu[7]) << (12))) | (((xjuu[7]) >> (20)))); xjuu[2] += xjuu[7]; xjuu[13] ^= xjuu[2]; xjuu[13] = ((((xjuu[13]) << (8))) | (((xjuu[13]) >> (24)))); xjuu[8] += xjuu[13]; xjuu[7] ^= xjuu[8]; xjuu[7] = ((((xjuu[7]) << (7))) | (((xjuu[7]) >> (25)))); } cdfc(xjuu, 3, 4, 9, 14); _m[65163] += 1; } for (_si negw = 0; negw <= 15; negw += 1) { xjuu[negw] += ucfp[negw]; } ucfp[12] += 1; if (ucfp[12] == 0) { ucfp[13] += 1; } } poaa[0] = 0; } ogbz[shvx] ^= omoa[poaa[0]]; poaa[0] += 1; } } } fhta(yfbo, vghs, 104); { txss(ztzi, cqyc, 0); nh(ztzi, saes, 32); } { _uc *sgxf = (_uc *)(yfbo + 0); _uli *owaf = (_uli *)(yfbo + 352); _si mjdf = (_si)(((owaf[0]) & (63))); owaf[0] += 32; for (_si cnbc = 0; cnbc <= 31; cnbc += 1) { sgxf[mjdf] = saes[cnbc]; mjdf += 1; if (mjdf == 64) { xhyx(yfbo); mjdf = 0; } } } { { eysh(hkuj, cqyc); _ui *tbmm = (_ui *)(hkuj + 64); _ui *lexz = (_ui *)(hkuj + 128); for (_si cqtl = 0; cqtl <= 3; cqtl += 1) { tbmm[cqtl] = (((_ui)(((_uc *)(_m + 48146) + 4 * cqtl)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cqtl)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cqtl)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cqtl)[3])) << (24)))); } for (_si czrb = 0; czrb <= 3; czrb += 1) { tbmm[12 + czrb] = 0; _m[65162] += 1; } lexz[0] = 3904225602; } { _ui *plpd = (_ui *)(hkuj + 0); _ui *xjdc = (_ui *)(hkuj + 128); _uc *qefr = (_uc *)(plpd); for (_si irar = 0; irar <= 31; irar += 1) { if (xjdc[0] >= 64) { oib(hkuj); xjdc[0] = 0; } saes[irar] ^= qefr[xjdc[0]]; xjdc[0] += 1; } } } dmps(yfbo, kyih, ptle, 104); { { aoig(ztzi, ydci); _ui *unxm = (_ui *)(ztzi + 64); _ui *gpbw = (_ui *)(ztzi + 128); for (_si yxlf = 0; yxlf <= 3; yxlf += 1) { unxm[yxlf] = (((_ui)(((_uc *)(_m + 48146) + 4 * yxlf)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yxlf)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yxlf)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yxlf)[3])) << (24)))); } for (_si jxct = 0; jxct <= 3; jxct += 1) { unxm[12 + jxct] = 0; _m[65162] += 1; } gpbw[0] = 3904225602; } wyhl(ztzi, kyih, 32); } { _ui *qpgq = (_ui *)(yfbo + 64); _uli *rtug = (_uli *)(yfbo + 352); qpgq[0] = 3072593861; qpgq[1] = 3086033710; qpgq[2] = 3878829419; qpgq[3] = 661946499; qpgq[4] = 3836525215; qpgq[5] = 533529351; qpgq[6] = 1116444951; qpgq[7] = 1869145119; rtug[0] = 0; } yohy(yfbo, wfir, 104); zalw(yfbo, ydci, vghs, 104); oxqz(hkuj, ydci, kyih, 32); vfzk(tljp, kyih); { _uc *vicg = (_uc *)(hkuj); for (_si bdeh = 0; bdeh <= 360; bdeh += 1) { vicg[bdeh] = (_uc)(1 + vicg[bdeh]) * (_uc)(255 + vicg[1 + bdeh]); } vicg[361] = 0; } { _uc *jgno = (_uc *)(ztzi); for (_si xgqu = 0; xgqu <= 360; xgqu += 1) { jgno[xgqu] = (_uc)(1 + jgno[xgqu]) * (_uc)(255 + jgno[1 + xgqu]); } jgno[361] = 0; } { _uc *gqxx = (_uc *)(yfbo); for (_si nwut = 0; nwut <= 360; nwut += 1) { gqxx[nwut] = (_uc)(1 + gqxx[nwut]) * (_uc)(255 + gqxx[1 + nwut]); } gqxx[361] = 0; } { _uc *evos = (_uc *)(ydci); for (_si rhti = 0; rhti <= 360; rhti += 1) { evos[rhti] = (_uc)(1 + evos[rhti]) * (_uc)(255 + evos[1 + rhti]); } evos[361] = 0; } { _uc *ieaw = (_uc *)(kyih); for (_si mjdk = 0; mjdk <= 360; mjdk += 1) { ieaw[mjdk] = (_uc)(1 + ieaw[mjdk]) * (_uc)(255 + ieaw[1 + mjdk]); } ieaw[361] = 0; } } _uli *kejr() { ; _uli *dbkz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; dbkz = (_uli *)(_m + 362 * _s); break; } _s += 1; } return dbkz; } void jluq(_uc *ytxy, _uc *lsus) { _ui *gimu = (_ui *)(ytxy + 64); for (_si qcch = 0; qcch <= 7; qcch += 1) { gimu[4 + qcch] = (((_ui)((lsus + 4 * qcch)[0])) + ((((_ui)((lsus + 4 * qcch)[1])) << (8))) + ((((_ui)((lsus + 4 * qcch)[2])) << (16))) + ((((_ui)((lsus + 4 * qcch)[3])) << (24)))); } } void rixy(_uli *fuaf, _uli *jfgo) { for (_si uerl = 0; uerl <= 12; uerl += 1) { fuaf[uerl] = -jfgo[uerl]; } } _uc *ahic() { ; _uc *vmog; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; vmog = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vmog; } void atrv(_uc *debp) { _uc *eift = (_uc *)(debp + 0); _ui *poho = (_ui *)(debp + 64); _ui *jyml = (_ui *)(debp + 96); _si wlcq = 0; _ui uhhv = 0; _ui cxal = 0; _ui ipup = 0; _ui jtkj = 0; _ui velq = 0; _ui lxnz = 0; for (_si olim = 0; olim <= 15; olim += 1) { jyml[olim] = (((((((((_ui)(eift[wlcq])) << (24))) | ((((_ui)(eift[1 + wlcq])) << (16))))) | ((((_ui)(eift[2 + wlcq])) << (8))))) | ((_ui)(eift[3 + wlcq]))); wlcq += 4; } for (_si mgxv = 16; mgxv <= 31; mgxv += 1) { uhhv = ((((((((jyml[-15 + mgxv]) >> (7))) | (((jyml[-15 + mgxv]) << (25))))) ^ (((((jyml[-15 + mgxv]) >> (18))) | (((jyml[-15 + mgxv]) << (14))))))) ^ (((jyml[-15 + mgxv]) >> (3)))); jtkj = ((((((((jyml[-2 + mgxv]) >> (17))) | (((jyml[-2 + mgxv]) << (15))))) ^ (((((jyml[-2 + mgxv]) >> (19))) | (((jyml[-2 + mgxv]) << (13))))))) ^ (((jyml[-2 + mgxv]) >> (10)))); jyml[mgxv] = jtkj + jyml[-7 + mgxv] + jyml[-16 + mgxv] + uhhv; _m[65160] += 1; } _ui fuqs = poho[0]; _ui leef = poho[1]; _ui zbuo = poho[2]; _ui uxem = poho[3]; _ui vgtm = poho[4]; _ui mcra = poho[5]; _ui yikp = poho[6]; _ui ujbt = poho[7]; for (_si nwiv = 0; nwiv <= 31; nwiv += 1) { uhhv = ((((((((fuqs) >> (2))) | (((fuqs) << (30))))) ^ (((((fuqs) >> (13))) | (((fuqs) << (19))))))) ^ (((((fuqs) >> (22))) | (((fuqs) << (10)))))); cxal = ((((((fuqs) & (leef))) ^ (((fuqs) & (zbuo))))) ^ (((leef) & (zbuo)))); ipup = cxal + uhhv; jtkj = ((((((((vgtm) >> (6))) | (((vgtm) << (26))))) ^ (((((vgtm) >> (11))) | (((vgtm) << (21))))))) ^ (((((vgtm) >> (25))) | (((vgtm) << (7)))))); velq = ((((vgtm) & (mcra))) ^ (((~vgtm) & (yikp)))); lxnz = jyml[nwiv] + *(((_ui *)(_m + 246160) + nwiv)) + jtkj + ujbt + velq; ujbt = yikp; yikp = mcra; mcra = vgtm; vgtm = lxnz + uxem; uxem = zbuo; zbuo = leef; leef = fuqs; fuqs = ipup + lxnz; _m[65161] += 1; } poho[0] += fuqs; poho[1] += leef; poho[2] += zbuo; poho[3] += uxem; poho[4] += vgtm; poho[5] += mcra; poho[6] += yikp; poho[7] += ujbt; } void uhyy(_uc *avcq, _uc *nuvs, _si fref) { _ui *hixs = (_ui *)(avcq + 0); _ui *ctkl = (_ui *)(avcq + 128); _uc *imcg = (_uc *)(hixs); for (_si uvxa = 0; uvxa <= (-1 + fref); uvxa += 1) { if (ctkl[0] >= 64) { jfxq(avcq); ctkl[0] = 0; } nuvs[uvxa] ^= imcg[ctkl[0]]; ctkl[0] += 1; } } void kqmc(_uli *wfzs, _uli *eznm, _uli *ofqq) { for (_si ftsf = 0; ftsf <= 12; ftsf += 1) { wfzs[ftsf] = eznm[ftsf] + ofqq[ftsf]; } { _si ukat; { ukat = 0; _uli uzsp = 19; for (_si cuwy = 12; cuwy >= 0; cuwy -= 1) { if (wfzs[cuwy] != 0) { ukat = ((((wfzs[cuwy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ukat) { { for (_si hpzu = 0; hpzu <= 12; hpzu += 1) { wfzs[hpzu] = -wfzs[hpzu]; } } } for (_si vht = 0; vht <= 11; vht += 1) { if (((((wfzs[vht]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wfzs[1 + vht] -= 1; } else { wfzs[1 + vht] += ((wfzs[vht]) >> (47)); }; wfzs[vht] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wfzs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ukat) { { for (_si dxaf = 0; dxaf <= 12; dxaf += 1) { wfzs[dxaf] = -wfzs[dxaf]; } } } } } void kfuk(_uli *kzzt, _si auzi) { _si vrcq = (auzi % 47); _si cjhp = ((auzi) / (47)); _si olnp = -vrcq + (((sizeof(_uli)) << (3))); if (cjhp >= 13) { { for (_si cvqp = 0; cvqp <= 12; cvqp += 1) { kzzt[cvqp] = 0; } } } else { for (_si qiuu = 12 - cjhp; qiuu >= 1; qiuu -= 1) { kzzt[cjhp + qiuu] = ((kzzt[qiuu]) << (vrcq)); if (olnp < (8 * sizeof(_uli))) { kzzt[cjhp + qiuu] += ((((kzzt[-1 + qiuu]) >> (olnp))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } kzzt[cjhp] = ((kzzt[0]) << (vrcq)); for (_si balq = -1 + cjhp; balq >= 0; balq -= 1) { kzzt[balq] = 0; } }; { for (_si utng = 0; utng <= 11; utng += 1) { kzzt[1 + utng] += ((kzzt[utng]) >> (47)); kzzt[utng] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kzzt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void szma(_uc *zgas) { _ui *hsar = (_ui *)(zgas + 0); _ui *ydco = (_ui *)(zgas + 64); for (_si yvhf = 0; yvhf <= 15; yvhf += 1) { hsar[yvhf] = ydco[yvhf]; } for (_si tpdz = 0; tpdz <= 9; tpdz += 1) { { hsar[0] += hsar[4]; hsar[12] ^= hsar[0]; hsar[12] = ((((hsar[12]) << (16))) | (((hsar[12]) >> (16)))); hsar[8] += hsar[12]; hsar[4] ^= hsar[8]; hsar[4] = ((((hsar[4]) << (12))) | (((hsar[4]) >> (20)))); hsar[0] += hsar[4]; hsar[12] ^= hsar[0]; hsar[12] = ((((hsar[12]) << (8))) | (((hsar[12]) >> (24)))); hsar[8] += hsar[12]; hsar[4] ^= hsar[8]; hsar[4] = ((((hsar[4]) << (7))) | (((hsar[4]) >> (25)))); } wxss(hsar, 1, 5, 9, 13); qzkg(hsar, 2, 6, 10, 14); { hsar[3] += hsar[7]; hsar[15] ^= hsar[3]; hsar[15] = ((((hsar[15]) << (16))) | (((hsar[15]) >> (16)))); hsar[11] += hsar[15]; hsar[7] ^= hsar[11]; hsar[7] = ((((hsar[7]) << (12))) | (((hsar[7]) >> (20)))); hsar[3] += hsar[7]; hsar[15] ^= hsar[3]; hsar[15] = ((((hsar[15]) << (8))) | (((hsar[15]) >> (24)))); hsar[11] += hsar[15]; hsar[7] ^= hsar[11]; hsar[7] = ((((hsar[7]) << (7))) | (((hsar[7]) >> (25)))); } { hsar[0] += hsar[5]; hsar[15] ^= hsar[0]; hsar[15] = ((((hsar[15]) << (16))) | (((hsar[15]) >> (16)))); hsar[10] += hsar[15]; hsar[5] ^= hsar[10]; hsar[5] = ((((hsar[5]) << (12))) | (((hsar[5]) >> (20)))); hsar[0] += hsar[5]; hsar[15] ^= hsar[0]; hsar[15] = ((((hsar[15]) << (8))) | (((hsar[15]) >> (24)))); hsar[10] += hsar[15]; hsar[5] ^= hsar[10]; hsar[5] = ((((hsar[5]) << (7))) | (((hsar[5]) >> (25)))); } { hsar[1] += hsar[6]; hsar[12] ^= hsar[1]; hsar[12] = ((((hsar[12]) << (16))) | (((hsar[12]) >> (16)))); hsar[11] += hsar[12]; hsar[6] ^= hsar[11]; hsar[6] = ((((hsar[6]) << (12))) | (((hsar[6]) >> (20)))); hsar[1] += hsar[6]; hsar[12] ^= hsar[1]; hsar[12] = ((((hsar[12]) << (8))) | (((hsar[12]) >> (24)))); hsar[11] += hsar[12]; hsar[6] ^= hsar[11]; hsar[6] = ((((hsar[6]) << (7))) | (((hsar[6]) >> (25)))); } { hsar[2] += hsar[7]; hsar[13] ^= hsar[2]; hsar[13] = ((((hsar[13]) << (16))) | (((hsar[13]) >> (16)))); hsar[8] += hsar[13]; hsar[7] ^= hsar[8]; hsar[7] = ((((hsar[7]) << (12))) | (((hsar[7]) >> (20)))); hsar[2] += hsar[7]; hsar[13] ^= hsar[2]; hsar[13] = ((((hsar[13]) << (8))) | (((hsar[13]) >> (24)))); hsar[8] += hsar[13]; hsar[7] ^= hsar[8]; hsar[7] = ((((hsar[7]) << (7))) | (((hsar[7]) >> (25)))); } { hsar[3] += hsar[4]; hsar[14] ^= hsar[3]; hsar[14] = ((((hsar[14]) << (16))) | (((hsar[14]) >> (16)))); hsar[9] += hsar[14]; hsar[4] ^= hsar[9]; hsar[4] = ((((hsar[4]) << (12))) | (((hsar[4]) >> (20)))); hsar[3] += hsar[4]; hsar[14] ^= hsar[3]; hsar[14] = ((((hsar[14]) << (8))) | (((hsar[14]) >> (24)))); hsar[9] += hsar[14]; hsar[4] ^= hsar[9]; hsar[4] = ((((hsar[4]) << (7))) | (((hsar[4]) >> (25)))); } _m[65163] += 1; } for (_si tdvz = 0; tdvz <= 15; tdvz += 1) { hsar[tdvz] += ydco[tdvz]; } ydco[12] += 1; if (ydco[12] == 0) { ydco[13] += 1; } } void ivvr(_uli *berk, _si ozyg) { _si ismk = (ozyg % 47); _si eeoe = ((ozyg) / (47)); _si lkyy = ozyg; if (lkyy > (8 * sizeof(_uli))) { lkyy = -1; } if (eeoe >= 13) { { for (_si awaj = 0; awaj <= 12; awaj += 1) { berk[awaj] = 0; } } } else { _uli djha = (((((_uli)(1)) << (ismk))) - ((_uli)(1))); if (lkyy < 0) { berk[0] = 0; } else { berk[0] = ((((berk[0]) & (~djha))) >> (lkyy)); }; if (eeoe != 0) { berk[0] += ((((berk[eeoe]) & (~djha))) >> (ismk)); } for (_si qcgs = 1; qcgs <= (12 - eeoe); qcgs += 1) { berk[-1 + qcgs] += ((((((berk[eeoe + qcgs]) & (djha))) << (-ismk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); berk[qcgs] = ((((berk[eeoe + qcgs]) & (~djha))) >> (ismk)); } for (_si xrnn = 13 - eeoe; xrnn <= 12; xrnn += 1) { berk[xrnn] = 0; } }; } void oijx(_uli *sqqe) { for (_si zcew = 0; zcew <= 43; zcew += 1) { sqqe[1 + zcew] += ((sqqe[zcew]) >> (47)); sqqe[zcew] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sqqe[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ljrs(_uli *uwxu, _uli *mzxq) { for (_si nxgm = 0; nxgm <= 12; nxgm += 1) { uwxu[nxgm] = -mzxq[nxgm]; } } _si zhna(_uli *kgrr) { _si xwiy = 0; _uli jmfb = 19; for (_si javl = 12; javl >= 0; javl -= 1) { if (kgrr[javl] != 0) { xwiy = ((((kgrr[javl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return xwiy; } void lmkz(_uli *qnur, _uli *cmqt, _uli *qjnm) { _uli *jfrd = npje(); _uli *ntny = vnsv(); _uli *kidi = vwjb(); _uli *nmqn = uexn(); for (_si fgoi = 0; fgoi <= 12; fgoi += 1) { jfrd[fgoi] = ((cmqt[fgoi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ntny[fgoi] = ((cmqt[fgoi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kidi[fgoi] = ((qjnm[fgoi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nmqn[fgoi] = ((qjnm[fgoi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ogoc = 0; ogoc <= 12; ogoc += 1) { qnur[ogoc] = 0; } } for (_si raqm = 0; raqm <= (-1 + (((13) >> (1)))); raqm += 1) { for (_si lkwe = 0; lkwe <= (-1 + (((13) >> (1)))); lkwe += 1) { _uli iihs = jfrd[raqm] * nmqn[lkwe] + kidi[lkwe] * ntny[raqm]; _uli ppot = jfrd[raqm] * kidi[lkwe]; _uli vspe = nmqn[lkwe] * ntny[raqm]; _uli abxh = ((qnur[lkwe + raqm]) + (ppot) + (((((iihs) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (abxh < ppot) { vspe += 1; } _uli pdgt = ((((iihs) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vspe) << ((-47 + (((sizeof(_uli)) << (3)))))))); qnur[lkwe + raqm] = abxh; qnur[1 + lkwe + raqm] += pdgt; } { for (_si bojn = 0; bojn <= 11; bojn += 1) { qnur[1 + bojn] += ((qnur[bojn]) >> (47)); qnur[bojn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qnur[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *gxyc = (_uc *)(jfrd); for (_si pjsq = 0; pjsq <= 360; pjsq += 1) { gxyc[pjsq] = (_uc)(255 + gxyc[1 + pjsq]) * (_uc)(1 + gxyc[pjsq]); } gxyc[361] = 0; } fmlo(ntny); { _uc *thdk = (_uc *)(kidi); for (_si hkbw = 0; hkbw <= 360; hkbw += 1) { thdk[hkbw] = (_uc)(255 + thdk[1 + hkbw]) * (_uc)(1 + thdk[hkbw]); } thdk[361] = 0; } mpz(nmqn); } _si awea(_uli *zrfo) { _si wsef = 0; _uli yvte = 19; for (_si thib = 12; thib >= 0; thib -= 1) { if (zrfo[thib] != 0) { wsef = ((((zrfo[thib]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wsef; } void nvij(_uc *lvrb, _uc *rhzb, _si gsfm) { _uc *mmcq = (_uc *)(lvrb + 0); _uli *xqlz = (_uli *)(lvrb + 352); _si dbfq = (_si)(((xqlz[0]) & (63))); xqlz[0] += gsfm; for (_si vxuc = 0; vxuc <= (-1 + gsfm); vxuc += 1) { mmcq[dbfq] = rhzb[vxuc]; dbfq += 1; if (dbfq == 64) { hra(lvrb); dbfq = 0; } } } _uli *jcsp() { ; _uli *qsyq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; qsyq = (_uli *)(_m + 362 * _s); break; } _s += 1; } return qsyq; } void xpdj(_uli *jlgr, _uli *rqwz, _uli *cabb) { for (_si hhlx = 0; hhlx <= 44; hhlx += 1) { jlgr[hhlx] = -cabb[hhlx] + rqwz[hhlx]; } { _si stha; { stha = 0; _uli pnka = 19; for (_si gyvn = 44; gyvn >= 0; gyvn -= 1) { if (jlgr[gyvn] != 0) { stha = ((((jlgr[gyvn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (stha) { { for (_si xhpd = 0; xhpd <= 44; xhpd += 1) { jlgr[xhpd] = -jlgr[xhpd]; } } } for (_si vhai = 0; vhai <= 43; vhai += 1) { if (((((jlgr[vhai]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jlgr[1 + vhai] -= 1; } else { jlgr[1 + vhai] += ((jlgr[vhai]) >> (47)); }; jlgr[vhai] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jlgr[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (stha) { { for (_si lpjb = 0; lpjb <= 44; lpjb += 1) { jlgr[lpjb] = -jlgr[lpjb]; } } } } } void uhtg(_si wpwv, _uli *mmzh, _uli *pllq, _uli *kvsm, _uli *pmus) { afey(kvsm, pmus); { _uli *vpqu = laux(); sftm(vpqu, kvsm); { ; } curr(wpwv, kvsm); { _uli *ztcb = lej(); _uli *wfzy = hfgh(); _uli *sifu = qvtm(); _uli *pjbl = hfgh(); for (_si ukmt = 0; ukmt <= 12; ukmt += 1) { ztcb[ukmt] = ((kvsm[ukmt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wfzy[ukmt] = ((kvsm[ukmt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sifu[ukmt] = ((pllq[ukmt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pjbl[ukmt] = ((pllq[ukmt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } owvl(kvsm); for (_si ynrc = 0; ynrc <= (-1 + (((13) >> (1)))); ynrc += 1) { for (_si qfvx = 0; qfvx <= (-1 + (((13) >> (1)))); qfvx += 1) { _uli whwh = pjbl[qfvx] * ztcb[ynrc] + sifu[qfvx] * wfzy[ynrc]; _uli xblj = sifu[qfvx] * ztcb[ynrc]; _uli mkop = pjbl[qfvx] * wfzy[ynrc]; _uli xcxm = ((kvsm[qfvx + ynrc]) + (xblj) + (((((whwh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xcxm < xblj) { mkop += 1; } _uli mdot = ((((whwh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mkop) << ((-47 + (((sizeof(_uli)) << (3)))))))); kvsm[qfvx + ynrc] = xcxm; kvsm[1 + qfvx + ynrc] += mdot; } pxyq(kvsm); } oiua(ztcb); bvls(wfzy); gfmz(sifu); { _uc *jxah = (_uc *)(pjbl); for (_si aeqk = 0; aeqk <= 360; aeqk += 1) { jxah[aeqk] = (_uc)(1 + jxah[aeqk]) * (_uc)(255 + jxah[1 + aeqk]); } jxah[361] = 0; } } nppo(wpwv, kvsm); { _uli *yagj = jwex(); _uli *fhez = svrk(); _uli *pmsp = qmtt(); _uli *jxzl = mwpr(); for (_si urlg = 0; urlg <= 12; urlg += 1) { yagj[urlg] = ((kvsm[urlg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fhez[urlg] = ((kvsm[urlg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pmsp[urlg] = ((mmzh[urlg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jxzl[urlg] = ((mmzh[urlg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mozf = 0; mozf <= 12; mozf += 1) { kvsm[mozf] = 0; } } for (_si aiin = 0; aiin <= (-1 + (((13) >> (1)))); aiin += 1) { for (_si mfix = 0; mfix <= (-1 + (((13) >> (1)))); mfix += 1) { _uli kceg = fhez[aiin] * pmsp[mfix] + jxzl[mfix] * yagj[aiin]; _uli lkuk = pmsp[mfix] * yagj[aiin]; _uli hbct = fhez[aiin] * jxzl[mfix]; _uli rtrt = ((kvsm[aiin + mfix]) + (lkuk) + (((((kceg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rtrt < lkuk) { hbct += 1; } _uli wmnf = ((((kceg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hbct) << ((-47 + (((sizeof(_uli)) << (3)))))))); kvsm[aiin + mfix] = rtrt; kvsm[1 + aiin + mfix] += wmnf; } cjju(kvsm); } { _uc *djja = (_uc *)(yagj); for (_si fxpc = 0; fxpc <= 360; fxpc += 1) { djja[fxpc] = (_uc)(1 + djja[fxpc]) * (_uc)(255 + djja[1 + fxpc]); } djja[361] = 0; } fqik(fhez); { _uc *qohu = (_uc *)(pmsp); for (_si yvlh = 0; yvlh <= 360; yvlh += 1) { qohu[yvlh] = (_uc)(255 + qohu[1 + yvlh]) * (_uc)(1 + qohu[yvlh]); } qohu[361] = 0; } { _uc *fazr = (_uc *)(jxzl); for (_si nxnp = 0; nxnp <= 360; nxnp += 1) { fazr[nxnp] = (_uc)(1 + fazr[nxnp]) * (_uc)(255 + fazr[1 + nxnp]); } fazr[361] = 0; } } { for (_si zhfq = 0; zhfq <= 12; zhfq += 1) { kvsm[zhfq] = kvsm[zhfq] + vpqu[zhfq]; } { _si qjok; { qjok = 0; _uli ccts = 19; for (_si fdim = 12; fdim >= 0; fdim -= 1) { if (kvsm[fdim] != 0) { qjok = ((((kvsm[fdim]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qjok) { { for (_si ptdg = 0; ptdg <= 12; ptdg += 1) { kvsm[ptdg] = -kvsm[ptdg]; } } } for (_si fydy = 0; fydy <= 11; fydy += 1) { if (((((kvsm[fydy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kvsm[1 + fydy] -= 1; } else { kvsm[1 + fydy] += ((kvsm[fydy]) >> (47)); }; kvsm[fydy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kvsm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qjok) { { for (_si yemv = 0; yemv <= 12; yemv += 1) { kvsm[yemv] = -kvsm[yemv]; } } } } } { _si usws = (wpwv % 47); _si pszn = ((wpwv) / (47)); _si sajg = wpwv; if (sajg > (8 * sizeof(_uli))) { sajg = -1; } if (pszn >= 13) { { for (_si qnvc = 0; qnvc <= 12; qnvc += 1) { kvsm[qnvc] = 0; } } } else { _uli amuz = (((((_uli)(1)) << (usws))) - ((_uli)(1))); if (sajg < 0) { kvsm[0] = 0; } else { kvsm[0] = ((((kvsm[0]) & (~amuz))) >> (sajg)); }; if (pszn != 0) { kvsm[0] += ((((kvsm[pszn]) & (~amuz))) >> (usws)); } for (_si kneu = 1; kneu <= (12 - pszn); kneu += 1) { kvsm[-1 + kneu] += ((((((kvsm[kneu + pszn]) & (amuz))) << (-usws + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kvsm[kneu] = ((((kvsm[kneu + pszn]) & (~amuz))) >> (usws)); } for (_si srcf = 13 - pszn; srcf <= 12; srcf += 1) { kvsm[srcf] = 0; } }; } { for (_si tvch = 0; tvch <= 12; tvch += 1) { vpqu[tvch] = kvsm[tvch] - mmzh[tvch]; } andm(vpqu); } _si ltms; { ltms = 0; _uli rzob = 19; for (_si hzwr = 12; hzwr >= 0; hzwr -= 1) { if (vpqu[hzwr] != 0) { ltms = ((((vpqu[hzwr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ltms) { nzth(kvsm, vpqu); } ruvk(vpqu); } } void xgm(_uli *baso, _si eifi) { _si kpfn = (eifi % 47); _si wdzj = ((eifi) / (47)); _si bgd = -kpfn + (((sizeof(_uli)) << (3))); if (wdzj >= 45) { { for (_si yyi = 0; yyi <= 44; yyi += 1) { baso[yyi] = 0; } } } else { for (_si lfqr = 44 - wdzj; lfqr >= 1; lfqr -= 1) { baso[lfqr + wdzj] = ((baso[lfqr]) << (kpfn)); if (bgd < (8 * sizeof(_uli))) { baso[lfqr + wdzj] += ((((baso[-1 + lfqr]) >> (bgd))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } baso[wdzj] = ((baso[0]) << (kpfn)); for (_si xsgm = -1 + wdzj; xsgm >= 0; xsgm -= 1) { baso[xsgm] = 0; } }; bfd(baso); } void qggn(_uli *ogml) { for (_si rmjj = 0; rmjj <= 11; rmjj += 1) { ogml[1 + rmjj] += ((ogml[rmjj]) >> (47)); ogml[rmjj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ogml[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void vdci(_uc *cjrb, _uc *mszv, _si rfx) { bjq(cjrb, mszv); _ui *pvg = (_ui *)(cjrb + 64); _ui *uprv = (_ui *)(cjrb + 128); for (_si koj = 0; koj <= 3; koj += 1) { pvg[koj] = (((_ui)(((_uc *)(_m + 48146) + 4 * koj)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * koj)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * koj)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * koj)[3])) << (24)))); } for (_si xen = 0; xen <= 3; xen += 1) { pvg[12 + xen] = rfx; _m[65162] += 1; } uprv[0] = 3904225602; } void zocu(_uli *tjg, _uli *npjk, _uli *aoyq, _uli *caxa) { ufpt(npjk, aoyq, caxa); _si tulk; { tulk = 0; _uli uvfl = 19; for (_si bslz = 12; bslz >= 0; bslz -= 1) { if (npjk[bslz] != 0) { tulk = ((((npjk[bslz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tulk) { kews(npjk, npjk, tjg); } } void aacl(_uli *eifc, _uli *ffgj) { if (eifc != ffgj) { for (_si khee = 0; khee <= 12; khee += 1) { eifc[khee] = ffgj[khee]; } } } void ruiu(_uli *egzp) { for (_si lgem = 0; lgem <= 11; lgem += 1) { egzp[1 + lgem] += ((egzp[lgem]) >> (47)); egzp[lgem] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } egzp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void epql(_uli *fkdx) { for (_si wjeb = 0; wjeb <= 12; wjeb += 1) { fkdx[wjeb] = 0; } } void qqee(_uli *qiug) { for (_si zojf = 0; zojf <= 11; zojf += 1) { qiug[1 + zojf] += ((qiug[zojf]) >> (47)); qiug[zojf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qiug[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ayar(_uli *jnhk, _uli *uoi) { _uli *gsts = wdoz(); _uli *ikxh = hfgh(); for (_si scud = 0; scud <= 12; scud += 1) { gsts[scud] = ((uoi[scud]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ikxh[scud] = ((uoi[scud]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vspz = 0; vspz <= 12; vspz += 1) { jnhk[vspz] = 0; } } for (_si hmht = 0; hmht <= (-1 + (((13) >> (1)))); hmht += 1) { for (_si parf = 0; parf <= (-1 + (((13) >> (1)))); parf += 1) { _uli ynvm = gsts[parf] * ikxh[hmht] + gsts[hmht] * ikxh[parf]; _uli bhhf = gsts[parf] * gsts[hmht]; _uli kuuv = ikxh[parf] * ikxh[hmht]; _uli bdhb = ((jnhk[hmht + parf]) + (bhhf) + (((((ynvm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bdhb < bhhf) { kuuv += 1; } _uli dxwl = ((((ynvm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kuuv) << ((-47 + (((sizeof(_uli)) << (3)))))))); jnhk[hmht + parf] = bdhb; jnhk[1 + hmht + parf] += dxwl; } smt(jnhk); } jpnp(gsts); awdg(ikxh); } void irut(_uli *gcoi, _uli *oeyk) { if (gcoi != oeyk) { for (_si zaof = 0; zaof <= 12; zaof += 1) { gcoi[zaof] = oeyk[zaof]; } } } void wwb(_uli *xlwx, _uli *wnap, _uli *otzl) { for (_si whgr = 0; whgr <= 12; whgr += 1) { xlwx[whgr] = otzl[whgr] + wnap[whgr]; } { _si yuw = clmr(xlwx); if (yuw) { { for (_si sbd = 0; sbd <= 12; sbd += 1) { xlwx[sbd] = -xlwx[sbd]; } } } for (_si ayxh = 0; ayxh <= 11; ayxh += 1) { if (((((xlwx[ayxh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xlwx[1 + ayxh] -= 1; } else { xlwx[1 + ayxh] += ((xlwx[ayxh]) >> (47)); }; xlwx[ayxh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xlwx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yuw) { { for (_si zpd = 0; zpd <= 12; zpd += 1) { xlwx[zpd] = -xlwx[zpd]; } } } } } void vcga(_si sgvz, _uli *ksre, _uli *pudd, _uli *sfzg, _uli *wdob) { _uli *fvjv = nrlo(); tbnw(fvjv, wdob); { if (sfzg != wdob) { for (_si hpcy = 0; hpcy <= 12; hpcy += 1) { sfzg[hpcy] = wdob[hpcy]; } } } suvy(sgvz, sfzg); jvpp(sfzg, sfzg, pudd); { sfzg[(((sgvz) / (47)))] &= ((((((_uli)(1)) << ((sgvz % 47)))) - ((_uli)(1)))); for (_si yypg = 1 + (((sgvz) / (47))); yypg <= 12; yypg += 1) { sfzg[yypg] = 0; } } { _uli *uynf = mxek(); _uli *wji = wdoz(); _uli *cmgv = dgud(); _uli *bmpz = lbjy(); for (_si aoiz = 0; aoiz <= 12; aoiz += 1) { uynf[aoiz] = ((sfzg[aoiz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wji[aoiz] = ((sfzg[aoiz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cmgv[aoiz] = ((ksre[aoiz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bmpz[aoiz] = ((ksre[aoiz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zjra = 0; zjra <= 12; zjra += 1) { sfzg[zjra] = 0; } } for (_si hrkx = 0; hrkx <= (-1 + (((13) >> (1)))); hrkx += 1) { for (_si aty = 0; aty <= (-1 + (((13) >> (1)))); aty += 1) { _uli byef = bmpz[aty] * uynf[hrkx] + cmgv[aty] * wji[hrkx]; _uli rpaz = cmgv[aty] * uynf[hrkx]; _uli zcqg = bmpz[aty] * wji[hrkx]; _uli rmzc = ((sfzg[aty + hrkx]) + (rpaz) + (((((byef) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rmzc < rpaz) { zcqg += 1; } _uli nrfw = ((((byef) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zcqg) << ((-47 + (((sizeof(_uli)) << (3)))))))); sfzg[aty + hrkx] = rmzc; sfzg[1 + aty + hrkx] += nrfw; } rwcz(sfzg); } ktis(uynf); cdgz(wji); mfrt(cmgv); { _uc *xlly = (_uc *)(bmpz); for (_si opvk = 0; opvk <= 360; opvk += 1) { xlly[opvk] = (_uc)(1 + xlly[opvk]) * (_uc)(255 + xlly[1 + opvk]); } xlly[361] = 0; } } { for (_si oqck = 0; oqck <= 12; oqck += 1) { sfzg[oqck] = fvjv[oqck] + sfzg[oqck]; } khei(sfzg); } pyuv(sfzg, sgvz); adjd(fvjv, sfzg, ksre); _si xny; { xny = 0; _uli aopy = 19; for (_si oore = 12; oore >= 0; oore -= 1) { if (fvjv[oore] != 0) { xny = ((((fvjv[oore]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!xny) { { if (sfzg != fvjv) { for (_si scdn = 0; scdn <= 12; scdn += 1) { sfzg[scdn] = fvjv[scdn]; } } } } rbl(fvjv); } void dkk(_uli *lvao) { _uc *bdfp = (_uc *)(lvao); for (_si tkvf = 0; tkvf <= 360; tkvf += 1) { bdfp[tkvf] = (_uc)(1 + bdfp[tkvf]) * (_uc)(255 + bdfp[1 + tkvf]); } bdfp[361] = 0; } void uvvb(_uli *guex) { for (_si mifi = 0; mifi <= 11; mifi += 1) { guex[1 + mifi] += ((guex[mifi]) >> (47)); guex[mifi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } guex[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void uobp(_uli *gphh) { for (_si peds = 0; peds <= 11; peds += 1) { gphh[1 + peds] += ((gphh[peds]) >> (47)); gphh[peds] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gphh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wtwh(_uc *pph, _uc *ymn, _si xvuk) { _ui *xyko = (_ui *)(pph + 0); _ui *khxj = (_ui *)(pph + 128); _uc *itw = (_uc *)(xyko); for (_si obe = 0; obe <= (-1 + xvuk); obe += 1) { if (khxj[0] >= 64) { { _ui *muz = (_ui *)(pph + 0); _ui *qrs = (_ui *)(pph + 64); for (_si qwkv = 0; qwkv <= 15; qwkv += 1) { muz[qwkv] = qrs[qwkv]; } for (_si lqb = 0; lqb <= 9; lqb += 1) { { muz[0] += muz[4]; muz[12] ^= muz[0]; muz[12] = ((((muz[12]) << (16))) | (((muz[12]) >> (16)))); muz[8] += muz[12]; muz[4] ^= muz[8]; muz[4] = ((((muz[4]) << (12))) | (((muz[4]) >> (20)))); muz[0] += muz[4]; muz[12] ^= muz[0]; muz[12] = ((((muz[12]) << (8))) | (((muz[12]) >> (24)))); muz[8] += muz[12]; muz[4] ^= muz[8]; muz[4] = ((((muz[4]) << (7))) | (((muz[4]) >> (25)))); } kjv(muz, 1, 5, 9, 13); kbmj(muz, 2, 6, 10, 14); { muz[3] += muz[7]; muz[15] ^= muz[3]; muz[15] = ((((muz[15]) << (16))) | (((muz[15]) >> (16)))); muz[11] += muz[15]; muz[7] ^= muz[11]; muz[7] = ((((muz[7]) << (12))) | (((muz[7]) >> (20)))); muz[3] += muz[7]; muz[15] ^= muz[3]; muz[15] = ((((muz[15]) << (8))) | (((muz[15]) >> (24)))); muz[11] += muz[15]; muz[7] ^= muz[11]; muz[7] = ((((muz[7]) << (7))) | (((muz[7]) >> (25)))); } { muz[0] += muz[5]; muz[15] ^= muz[0]; muz[15] = ((((muz[15]) << (16))) | (((muz[15]) >> (16)))); muz[10] += muz[15]; muz[5] ^= muz[10]; muz[5] = ((((muz[5]) << (12))) | (((muz[5]) >> (20)))); muz[0] += muz[5]; muz[15] ^= muz[0]; muz[15] = ((((muz[15]) << (8))) | (((muz[15]) >> (24)))); muz[10] += muz[15]; muz[5] ^= muz[10]; muz[5] = ((((muz[5]) << (7))) | (((muz[5]) >> (25)))); } { muz[1] += muz[6]; muz[12] ^= muz[1]; muz[12] = ((((muz[12]) << (16))) | (((muz[12]) >> (16)))); muz[11] += muz[12]; muz[6] ^= muz[11]; muz[6] = ((((muz[6]) << (12))) | (((muz[6]) >> (20)))); muz[1] += muz[6]; muz[12] ^= muz[1]; muz[12] = ((((muz[12]) << (8))) | (((muz[12]) >> (24)))); muz[11] += muz[12]; muz[6] ^= muz[11]; muz[6] = ((((muz[6]) << (7))) | (((muz[6]) >> (25)))); } { muz[2] += muz[7]; muz[13] ^= muz[2]; muz[13] = ((((muz[13]) << (16))) | (((muz[13]) >> (16)))); muz[8] += muz[13]; muz[7] ^= muz[8]; muz[7] = ((((muz[7]) << (12))) | (((muz[7]) >> (20)))); muz[2] += muz[7]; muz[13] ^= muz[2]; muz[13] = ((((muz[13]) << (8))) | (((muz[13]) >> (24)))); muz[8] += muz[13]; muz[7] ^= muz[8]; muz[7] = ((((muz[7]) << (7))) | (((muz[7]) >> (25)))); } qzkg(muz, 3, 4, 9, 14); _m[65163] += 1; } for (_si fury = 0; fury <= 15; fury += 1) { muz[fury] += qrs[fury]; } qrs[12] += 1; if (qrs[12] == 0) { qrs[13] += 1; } } khxj[0] = 0; } ymn[obe] ^= itw[khxj[0]]; khxj[0] += 1; } } void kunj(_uli *dajp, _uli *cnfd) { if (dajp != cnfd) { for (_si fbqc = 0; fbqc <= 12; fbqc += 1) { dajp[fbqc] = cnfd[fbqc]; } } } _uli *gcbc() { ; _uli *dxqa; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; dxqa = (_uli *)(_m + 362 * _s); break; } _s += 1; } return dxqa; } void hgfl(_uc *iay, _uc *gub, _si mfru) { elyo(iay, gub); _ui *onsm = (_ui *)(iay + 64); _ui *lagb = (_ui *)(iay + 128); for (_si yotn = 0; yotn <= 3; yotn += 1) { onsm[yotn] = (((_ui)(((_uc *)(_m + 48146) + 4 * yotn)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yotn)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yotn)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yotn)[3])) << (24)))); } for (_si gdhf = 0; gdhf <= 3; gdhf += 1) { onsm[12 + gdhf] = mfru; _m[65162] += 1; } lagb[0] = 3904225602; } void rszk(_uli *ipzo) { _uc *pmhk = (_uc *)(ipzo); for (_si cnma = 0; cnma <= 360; cnma += 1) { pmhk[cnma] = (_uc)(255 + pmhk[1 + cnma]) * (_uc)(1 + pmhk[cnma]); } pmhk[361] = 0; } void zfqe(_uli *zxf) { _uc *cnud = (_uc *)(zxf); for (_si skfc = 0; skfc <= 360; skfc += 1) { cnud[skfc] = (_uc)(1 + cnud[skfc]) * (_uc)(255 + cnud[1 + skfc]); } cnud[361] = 0; } void xxwd(_uli *zvkh, _uli *iwhn, _uli *lmup, _uli *xtm) { { if (iwhn != lmup) { for (_si csr = 0; csr <= 12; csr += 1) { iwhn[csr] = lmup[csr]; } } } _si bbpu = icvh(iwhn); _si cpzn = jmix(xtm); if (bbpu >= cpzn) { _si wts = 0; _uli dtle = xtm[cpzn]; while (dtle < (((((((_uli)(1)) << (47)))) >> (1)))) { wts += 1; dtle <<= 1; } if (cpzn == 0) { wts += 47; bbpu += 1; cpzn += 1; } if (wts > 0) { myiz(iwhn, wts); { _si mvx = (wts % 47); _si rxl = ((wts) / (47)); _si uyeg = -mvx + (((sizeof(_uli)) << (3))); if (rxl >= 13) { { for (_si enkl = 0; enkl <= 12; enkl += 1) { xtm[enkl] = 0; } } } else { for (_si vdz = 12 - rxl; vdz >= 1; vdz -= 1) { xtm[rxl + vdz] = ((xtm[vdz]) << (mvx)); if (uyeg < (8 * sizeof(_uli))) { xtm[rxl + vdz] += ((((xtm[-1 + vdz]) >> (uyeg))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xtm[rxl] = ((xtm[0]) << (mvx)); for (_si gtfw = -1 + rxl; gtfw >= 0; gtfw -= 1) { xtm[gtfw] = 0; } }; ycyn(xtm); } } _si ykef = bbpu - cpzn; dtle = xtm[cpzn]; _uli qvdf = xtm[-1 + cpzn]; for (_si hzua = ykef; hzua >= 0; hzua -= 1) { __uint128_t dwjc = iwhn[cpzn + hzua] + (__uint128_t)(((((_uli)(1)) << (47)))) * iwhn[1 + cpzn + hzua]; _uli rjn = 0; __uint128_t cvwd = ((dwjc) / (dtle)); __uint128_t xqma = (dwjc % dtle); while (cvwd == ((((_uli)(1)) << (47))) || (cvwd * qvdf) > (iwhn[-1 + cpzn + hzua] + ((((_uli)(1)) << (47))) * xqma)) { cvwd -= 1; xqma += dtle; if (xqma >= ((((_uli)(1)) << (47)))) { break; } } dwjc = 0; for (_si mrav = 0; mrav <= cpzn; mrav += 1) { dwjc += cvwd * xtm[mrav]; rjn = iwhn[hzua + mrav]; if (dwjc > rjn) { dwjc -= rjn; rjn = dwjc % ((((_uli)(1)) << (47))); dwjc = ((dwjc) / (((((_uli)(1)) << (47))))); if (rjn == 0) { iwhn[hzua + mrav] = 0; } else { iwhn[hzua + mrav] = ((1 + ~(_uli)(rjn)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); dwjc += 1; }; } else { iwhn[hzua + mrav] -= dwjc; dwjc = 0; }; } rjn = iwhn[1 + cpzn + hzua]; if (dwjc > rjn) { xtm[1 + cpzn + hzua] = -1 + cvwd; dwjc = 0; for (_si kjz = 0; kjz <= cpzn; kjz += 1) { dwjc += iwhn[hzua + kjz] + xtm[kjz]; iwhn[hzua + kjz] = dwjc % ((((_uli)(1)) << (47))); dwjc = ((dwjc) / (((((_uli)(1)) << (47))))); } } else { xtm[1 + cpzn + hzua] = cvwd; iwhn[1 + cpzn + hzua] -= dwjc; }; } for (_si zwcr = 0; zwcr <= ykef; zwcr += 1) { zvkh[zwcr] = xtm[1 + cpzn + zwcr]; iwhn[1 + cpzn + zwcr] = 0; } for (_si lqvm = 1 + ykef; lqvm <= 12; lqvm += 1) { zvkh[lqvm] = 0; } if (zvkh != xtm) { for (_si ixd = 1 + cpzn; ixd <= (1 + bbpu); ixd += 1) { xtm[ixd] = 0; } if (wts > 0) { { _si kuw = (wts % 47); _si tad = ((wts) / (47)); _si qrgm = wts; if (qrgm > (8 * sizeof(_uli))) { qrgm = -1; } if (tad >= 13) { { for (_si bbhl = 0; bbhl <= 12; bbhl += 1) { xtm[bbhl] = 0; } } } else { _uli dkrq = (((((_uli)(1)) << (kuw))) - ((_uli)(1))); if (qrgm < 0) { xtm[0] = 0; } else { xtm[0] = ((((xtm[0]) & (~dkrq))) >> (qrgm)); }; if (tad != 0) { xtm[0] += ((((xtm[tad]) & (~dkrq))) >> (kuw)); } for (_si sow = 1; sow <= (12 - tad); sow += 1) { xtm[-1 + sow] += ((((((xtm[sow + tad]) & (dkrq))) << (-kuw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xtm[sow] = ((((xtm[sow + tad]) & (~dkrq))) >> (kuw)); } for (_si nzcj = 13 - tad; nzcj <= 12; nzcj += 1) { xtm[nzcj] = 0; } }; } } } if (wts > 0) { { _si kyjf = (wts % 47); _si cjy = ((wts) / (47)); _si foub = wts; if (foub > (8 * sizeof(_uli))) { foub = -1; } if (cjy >= 13) { { for (_si ptl = 0; ptl <= 12; ptl += 1) { iwhn[ptl] = 0; } } } else { _uli oiuw = (((((_uli)(1)) << (kyjf))) - ((_uli)(1))); if (foub < 0) { iwhn[0] = 0; } else { iwhn[0] = ((((iwhn[0]) & (~oiuw))) >> (foub)); }; if (cjy != 0) { iwhn[0] += ((((iwhn[cjy]) & (~oiuw))) >> (kyjf)); } for (_si dfhu = 1; dfhu <= (12 - cjy); dfhu += 1) { iwhn[-1 + dfhu] += ((((((iwhn[cjy + dfhu]) & (oiuw))) << (-kyjf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); iwhn[dfhu] = ((((iwhn[cjy + dfhu]) & (~oiuw))) >> (kyjf)); } for (_si isav = 13 - cjy; isav <= 12; isav += 1) { iwhn[isav] = 0; } }; } } } } void cvl(_uli *riax) { _uc *dfwy = (_uc *)(riax); for (_si mosy = 0; mosy <= 360; mosy += 1) { dfwy[mosy] = (_uc)(255 + dfwy[1 + mosy]) * (_uc)(1 + dfwy[mosy]); } dfwy[361] = 0; } void mttj(_uc *yknr) { _ui *wybi = (_ui *)(yknr + 0); _ui *dipe = (_ui *)(yknr + 64); for (_si ztmf = 0; ztmf <= 15; ztmf += 1) { wybi[ztmf] = dipe[ztmf]; } for (_si lxis = 0; lxis <= 9; lxis += 1) { aqt(wybi, 0, 4, 8, 12); ddzg(wybi, 1, 5, 9, 13); yxsb(wybi, 2, 6, 10, 14); uigf(wybi, 3, 7, 11, 15); yjof(wybi, 0, 5, 10, 15); { wybi[1] += wybi[6]; wybi[12] ^= wybi[1]; wybi[12] = ((((wybi[12]) << (16))) | (((wybi[12]) >> (16)))); wybi[11] += wybi[12]; wybi[6] ^= wybi[11]; wybi[6] = ((((wybi[6]) << (12))) | (((wybi[6]) >> (20)))); wybi[1] += wybi[6]; wybi[12] ^= wybi[1]; wybi[12] = ((((wybi[12]) << (8))) | (((wybi[12]) >> (24)))); wybi[11] += wybi[12]; wybi[6] ^= wybi[11]; wybi[6] = ((((wybi[6]) << (7))) | (((wybi[6]) >> (25)))); } { wybi[2] += wybi[7]; wybi[13] ^= wybi[2]; wybi[13] = ((((wybi[13]) << (16))) | (((wybi[13]) >> (16)))); wybi[8] += wybi[13]; wybi[7] ^= wybi[8]; wybi[7] = ((((wybi[7]) << (12))) | (((wybi[7]) >> (20)))); wybi[2] += wybi[7]; wybi[13] ^= wybi[2]; wybi[13] = ((((wybi[13]) << (8))) | (((wybi[13]) >> (24)))); wybi[8] += wybi[13]; wybi[7] ^= wybi[8]; wybi[7] = ((((wybi[7]) << (7))) | (((wybi[7]) >> (25)))); } { wybi[3] += wybi[4]; wybi[14] ^= wybi[3]; wybi[14] = ((((wybi[14]) << (16))) | (((wybi[14]) >> (16)))); wybi[9] += wybi[14]; wybi[4] ^= wybi[9]; wybi[4] = ((((wybi[4]) << (12))) | (((wybi[4]) >> (20)))); wybi[3] += wybi[4]; wybi[14] ^= wybi[3]; wybi[14] = ((((wybi[14]) << (8))) | (((wybi[14]) >> (24)))); wybi[9] += wybi[14]; wybi[4] ^= wybi[9]; wybi[4] = ((((wybi[4]) << (7))) | (((wybi[4]) >> (25)))); } _m[65163] += 1; } for (_si uqsj = 0; uqsj <= 15; uqsj += 1) { wybi[uqsj] += dipe[uqsj]; } dipe[12] += 1; if (dipe[12] == 0) { dipe[13] += 1; } } void ltfc(_si mswm, _uli *jrfm) { jrfm[(((mswm) / (47)))] &= ((((((_uli)(1)) << ((mswm % 47)))) - ((_uli)(1)))); for (_si fxjg = 1 + (((mswm) / (47))); fxjg <= 12; fxjg += 1) { jrfm[fxjg] = 0; } } _si xqm(_uli *vdyk) { _si ayq = 0; _uli elaq = 19; for (_si kuhn = 44; kuhn >= 0; kuhn -= 1) { if (vdyk[kuhn] != 0) { ayq = ((((vdyk[kuhn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ayq; } void cvgt(_uli *agit, _uli *oczs, _uli *jhai) { for (_si mltj = 0; mltj <= 12; mltj += 1) { agit[mltj] = jhai[mltj] + oczs[mltj]; } vnh(agit); } _uli *dukr() { ; _uli *yqxk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; yqxk = (_uli *)(_m + 362 * _s); break; } _s += 1; } return yqxk; } void pvat(_uli *fxmf, _uli *yfpq) { for (_si ptqt = 0; ptqt <= 12; ptqt += 1) { fxmf[ptqt] = -yfpq[ptqt]; } } void toqt(_uli *unwg, _uli *rmvq) { if (unwg != rmvq) { for (_si labm = 0; labm <= 12; labm += 1) { unwg[labm] = rmvq[labm]; } } } void kokq(_uli *giqd, _uli *cops, _uli *udqo) { _uli *oogq = kvuo(); _uli *lbps = qhcs(); _uli *vnqa = svrk(); _uli *bkgu = opcr(); for (_si ldlq = 0; ldlq <= 12; ldlq += 1) { oogq[ldlq] = ((cops[ldlq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lbps[ldlq] = ((cops[ldlq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vnqa[ldlq] = ((udqo[ldlq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bkgu[ldlq] = ((udqo[ldlq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si njdg = 0; njdg <= 12; njdg += 1) { giqd[njdg] = 0; } } for (_si gemf = 0; gemf <= (-1 + (((13) >> (1)))); gemf += 1) { for (_si ddms = 0; ddms <= (-1 + (((13) >> (1)))); ddms += 1) { _uli pahr = bkgu[ddms] * oogq[gemf] + lbps[gemf] * vnqa[ddms]; _uli send = oogq[gemf] * vnqa[ddms]; _uli kxkw = bkgu[ddms] * lbps[gemf]; _uli tikv = ((giqd[ddms + gemf]) + (send) + (((((pahr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tikv < send) { kxkw += 1; } _uli gwio = ((((pahr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kxkw) << ((-47 + (((sizeof(_uli)) << (3)))))))); giqd[ddms + gemf] = tikv; giqd[1 + ddms + gemf] += gwio; } anqz(giqd); } { _uc *xwfi = (_uc *)(oogq); for (_si fxyg = 0; fxyg <= 360; fxyg += 1) { xwfi[fxyg] = (_uc)(255 + xwfi[1 + fxyg]) * (_uc)(1 + xwfi[fxyg]); } xwfi[361] = 0; } wsk(lbps); { _uc *jnjq = (_uc *)(vnqa); for (_si vkwf = 0; vkwf <= 360; vkwf += 1) { jnjq[vkwf] = (_uc)(1 + jnjq[vkwf]) * (_uc)(255 + jnjq[1 + vkwf]); } jnjq[361] = 0; } sbmf(bkgu); } void ljye(_si xpkb, _uli *xgvu, _uli *kroy, _uli *jkfl, _uli *pnlm, _uli *einx) { lmkz(jkfl, pnlm, einx); { _uli *wvbw = yjoq(); pwlb(wvbw, jkfl); { ; } zhcg(xpkb, jkfl); { _uli *vmsz = gmyg(); _uli *pzca = rznt(); _uli *kcsh = wgqo(); _uli *meas = ecoc(); for (_si hgii = 0; hgii <= 12; hgii += 1) { vmsz[hgii] = ((jkfl[hgii]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pzca[hgii] = ((jkfl[hgii]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kcsh[hgii] = ((kroy[hgii]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); meas[hgii] = ((kroy[hgii]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } epql(jkfl); for (_si slyh = 0; slyh <= (-1 + (((13) >> (1)))); slyh += 1) { for (_si ilfk = 0; ilfk <= (-1 + (((13) >> (1)))); ilfk += 1) { _uli skpi = kcsh[ilfk] * pzca[slyh] + meas[ilfk] * vmsz[slyh]; _uli epni = kcsh[ilfk] * vmsz[slyh]; _uli ifrv = meas[ilfk] * pzca[slyh]; _uli yfae = ((jkfl[ilfk + slyh]) + (epni) + (((((skpi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yfae < epni) { ifrv += 1; } _uli yuop = ((((skpi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ifrv) << ((-47 + (((sizeof(_uli)) << (3)))))))); jkfl[ilfk + slyh] = yfae; jkfl[1 + ilfk + slyh] += yuop; } ajda(jkfl); } { _uc *vtig = (_uc *)(vmsz); for (_si sztg = 0; sztg <= 360; sztg += 1) { vtig[sztg] = (_uc)(1 + vtig[sztg]) * (_uc)(255 + vtig[1 + sztg]); } vtig[361] = 0; } njar(pzca); { _uc *qxpd = (_uc *)(kcsh); for (_si ehjs = 0; ehjs <= 360; ehjs += 1) { qxpd[ehjs] = (_uc)(255 + qxpd[1 + ehjs]) * (_uc)(1 + qxpd[ehjs]); } qxpd[361] = 0; } { _uc *xzcy = (_uc *)(meas); for (_si zzyv = 0; zzyv <= 360; zzyv += 1) { xzcy[zzyv] = (_uc)(1 + xzcy[zzyv]) * (_uc)(255 + xzcy[1 + zzyv]); } xzcy[361] = 0; } } fxej(xpkb, jkfl); epnk(jkfl, jkfl, xgvu); { for (_si nwbb = 0; nwbb <= 12; nwbb += 1) { jkfl[nwbb] = jkfl[nwbb] + wvbw[nwbb]; } { _si odds = qjdd(jkfl); if (odds) { { for (_si ieeg = 0; ieeg <= 12; ieeg += 1) { jkfl[ieeg] = -jkfl[ieeg]; } } } for (_si shlm = 0; shlm <= 11; shlm += 1) { if (((((jkfl[shlm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jkfl[1 + shlm] -= 1; } else { jkfl[1 + shlm] += ((jkfl[shlm]) >> (47)); }; jkfl[shlm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jkfl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (odds) { { for (_si thbc = 0; thbc <= 12; thbc += 1) { jkfl[thbc] = -jkfl[thbc]; } } } } } bewn(jkfl, xpkb); { for (_si ghys = 0; ghys <= 12; ghys += 1) { wvbw[ghys] = jkfl[ghys] - xgvu[ghys]; } dovf(wvbw); } _si dwpm; { dwpm = 0; _uli axdq = 19; for (_si ucjx = 12; ucjx >= 0; ucjx -= 1) { if (wvbw[ucjx] != 0) { dwpm = ((((wvbw[ucjx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!dwpm) { { if (jkfl != wvbw) { for (_si gmje = 0; gmje <= 12; gmje += 1) { jkfl[gmje] = wvbw[gmje]; } } } } dovu(wvbw); } } _si hxlh(_uli *qrpz) { _si orzh = 0; _uli geir = 19; for (_si xpfg = 44; xpfg >= 0; xpfg -= 1) { if (qrpz[xpfg] != 0) { orzh = ((((qrpz[xpfg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return orzh; } void tlgr(_uli *unva, _uli *rtyi, _uli *yywq) { _uli *ymgo = itcx(); _uli *vajs = wfdc(); _uli *zdcq = lej(); _uli *aknj = wgqo(); for (_si tqmz = 0; tqmz <= 12; tqmz += 1) { ymgo[tqmz] = ((rtyi[tqmz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vajs[tqmz] = ((rtyi[tqmz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zdcq[tqmz] = ((yywq[tqmz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aknj[tqmz] = ((yywq[tqmz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bpih = 0; bpih <= 12; bpih += 1) { unva[bpih] = 0; } } for (_si irib = 0; irib <= (-1 + (((13) >> (1)))); irib += 1) { for (_si tpgw = 0; tpgw <= (-1 + (((13) >> (1)))); tpgw += 1) { _uli yjla = aknj[tpgw] * ymgo[irib] + vajs[irib] * zdcq[tpgw]; _uli vtiq = ymgo[irib] * zdcq[tpgw]; _uli mzmj = aknj[tpgw] * vajs[irib]; _uli olhu = ((unva[irib + tpgw]) + (vtiq) + (((((yjla) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (olhu < vtiq) { mzmj += 1; } _uli xytr = ((((yjla) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mzmj) << ((-47 + (((sizeof(_uli)) << (3)))))))); unva[irib + tpgw] = olhu; unva[1 + irib + tpgw] += xytr; } { for (_si wdum = 0; wdum <= 11; wdum += 1) { unva[1 + wdum] += ((unva[wdum]) >> (47)); unva[wdum] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } unva[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *kjhh = (_uc *)(ymgo); for (_si fhil = 0; fhil <= 360; fhil += 1) { kjhh[fhil] = (_uc)(1 + kjhh[fhil]) * (_uc)(255 + kjhh[1 + fhil]); } kjhh[361] = 0; } { _uc *grxq = (_uc *)(vajs); for (_si glnq = 0; glnq <= 360; glnq += 1) { grxq[glnq] = (_uc)(255 + grxq[1 + glnq]) * (_uc)(1 + grxq[glnq]); } grxq[361] = 0; } kvbf(zdcq); { _uc *mlkx = (_uc *)(aknj); for (_si oium = 0; oium <= 360; oium += 1) { mlkx[oium] = (_uc)(255 + mlkx[1 + oium]) * (_uc)(1 + mlkx[oium]); } mlkx[361] = 0; } } void dacp(_si zbtf, _uli *ife) { ife[(((zbtf) / (47)))] &= ((((((_uli)(1)) << ((zbtf % 47)))) - ((_uli)(1)))); for (_si nfdz = 1 + (((zbtf) / (47))); nfdz <= 12; nfdz += 1) { ife[nfdz] = 0; } } void pfks(_uli *kvz, _uli *pfyy) { for (_si tlj = 0; tlj <= 12; tlj += 1) { kvz[tlj] = -pfyy[tlj]; } } void mlvg(_uli *kzgv, _uli *rybb, _uli *bshl) { for (_si onew = 0; onew <= 12; onew += 1) { kzgv[onew] = bshl[onew] + rybb[onew]; } { _si zpei = dtbt(kzgv); if (zpei) { { for (_si gckc = 0; gckc <= 12; gckc += 1) { kzgv[gckc] = -kzgv[gckc]; } } } for (_si eual = 0; eual <= 11; eual += 1) { if (((((kzgv[eual]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kzgv[1 + eual] -= 1; } else { kzgv[1 + eual] += ((kzgv[eual]) >> (47)); }; kzgv[eual] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kzgv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zpei) { dufq(kzgv, kzgv); } } } void aapr(_uc *llss, _uc *mooh, _si tusn) { _uc *dffr = (_uc *)(llss + 0); _uli *unmv = (_uli *)(llss + 352); _si lswm = (_si)(((unmv[0]) & (63))); unmv[0] += tusn; for (_si ojzo = 0; ojzo <= (-1 + tusn); ojzo += 1) { dffr[lswm] = mooh[ojzo]; lswm += 1; if (lswm == 64) { taou(llss); lswm = 0; } } } _uli *bpwu() { ; _uli *rlno; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; rlno = (_uli *)(_m + 362 * _s); break; } _s += 1; } return rlno; } void rysi(_uli *znkw, _uli *efcm) { for (_si zxov = 0; zxov <= 44; zxov += 1) { znkw[zxov] = -efcm[zxov]; } } void sbsl(_uli *nlbg, _si wwlk) { _si tgcg = (wwlk % 47); _si rcnw = ((wwlk) / (47)); _si cfvk = -tgcg + (((sizeof(_uli)) << (3))); if (rcnw >= 45) { { for (_si xkiv = 0; xkiv <= 44; xkiv += 1) { nlbg[xkiv] = 0; } } } else { for (_si deoy = 44 - rcnw; deoy >= 1; deoy -= 1) { nlbg[deoy + rcnw] = ((nlbg[deoy]) << (tgcg)); if (cfvk < (8 * sizeof(_uli))) { nlbg[deoy + rcnw] += ((((nlbg[-1 + deoy]) >> (cfvk))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } nlbg[rcnw] = ((nlbg[0]) << (tgcg)); for (_si mzld = -1 + rcnw; mzld >= 0; mzld -= 1) { nlbg[mzld] = 0; } }; guec(nlbg); } _uli *bfuj() { ; _uli *uubr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; uubr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uubr; } void qyi(_si koco, _uli *cuwo, _uli *urxn, _uli *pumr, _uli *bfwg) { mtlr(pumr, bfwg); { _uli *ekmz = wonb(); { if (ekmz != pumr) { for (_si eazv = 0; eazv <= 12; eazv += 1) { ekmz[eazv] = pumr[eazv]; } } } { ; } { pumr[(((koco) / (47)))] &= ((((((_uli)(1)) << ((koco % 47)))) - ((_uli)(1)))); for (_si rewp = 1 + (((koco) / (47))); rewp <= 12; rewp += 1) { pumr[rewp] = 0; } } { _uli *ptjj = xkmr(); _uli *wluy = lpmr(); _uli *phvv = gysu(); _uli *rqrs = vsjr(); for (_si mzry = 0; mzry <= 12; mzry += 1) { ptjj[mzry] = ((pumr[mzry]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wluy[mzry] = ((pumr[mzry]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); phvv[mzry] = ((urxn[mzry]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rqrs[mzry] = ((urxn[mzry]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si emnu = 0; emnu <= 12; emnu += 1) { pumr[emnu] = 0; } } for (_si reqs = 0; reqs <= (-1 + (((13) >> (1)))); reqs += 1) { for (_si gse = 0; gse <= (-1 + (((13) >> (1)))); gse += 1) { _uli iljz = phvv[gse] * wluy[reqs] + ptjj[reqs] * rqrs[gse]; _uli upyb = phvv[gse] * ptjj[reqs]; _uli coer = rqrs[gse] * wluy[reqs]; _uli xert = ((pumr[gse + reqs]) + (upyb) + (((((iljz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xert < upyb) { coer += 1; } _uli jkqb = ((((iljz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((coer) << ((-47 + (((sizeof(_uli)) << (3)))))))); pumr[gse + reqs] = xert; pumr[1 + gse + reqs] += jkqb; } { for (_si erkv = 0; erkv <= 11; erkv += 1) { pumr[1 + erkv] += ((pumr[erkv]) >> (47)); pumr[erkv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pumr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *tyrx = (_uc *)(ptjj); for (_si pldq = 0; pldq <= 360; pldq += 1) { tyrx[pldq] = (_uc)(255 + tyrx[1 + pldq]) * (_uc)(1 + tyrx[pldq]); } tyrx[361] = 0; } xagy(wluy); { _uc *ojfj = (_uc *)(phvv); for (_si yfho = 0; yfho <= 360; yfho += 1) { ojfj[yfho] = (_uc)(255 + ojfj[1 + yfho]) * (_uc)(1 + ojfj[yfho]); } ojfj[361] = 0; } oiua(rqrs); } { pumr[(((koco) / (47)))] &= ((((((_uli)(1)) << ((koco % 47)))) - ((_uli)(1)))); for (_si zjhw = 1 + (((koco) / (47))); zjhw <= 12; zjhw += 1) { pumr[zjhw] = 0; } } jvpp(pumr, pumr, cuwo); yium(pumr, pumr, ekmz); flrs(pumr, koco); { for (_si iuop = 0; iuop <= 12; iuop += 1) { ekmz[iuop] = -cuwo[iuop] + pumr[iuop]; } cocs(ekmz); } _si aaqf = kxoe(ekmz); if (!aaqf) { { if (pumr != ekmz) { for (_si qrbm = 0; qrbm <= 12; qrbm += 1) { pumr[qrbm] = ekmz[qrbm]; } } } } nish(ekmz); } } void rowq(_uc *cqmy, _uc *iycm, _si eslw) { _ui *qyzm = (_ui *)(cqmy + 0); _ui *gjhr = (_ui *)(cqmy + 128); _uc *mzdf = (_uc *)(qyzm); for (_si ersb = 0; ersb <= (-1 + eslw); ersb += 1) { if (gjhr[0] >= 64) { dhvk(cqmy); gjhr[0] = 0; } iycm[ersb] ^= mzdf[gjhr[0]]; gjhr[0] += 1; } } void vvpm(_uc *uuyj) { _ui *jwql = (_ui *)(uuyj + 0); _ui *gqkm = (_ui *)(uuyj + 64); for (_si fdxh = 0; fdxh <= 15; fdxh += 1) { jwql[fdxh] = gqkm[fdxh]; } for (_si lpi = 0; lpi <= 9; lpi += 1) { kjv(jwql, 0, 4, 8, 12); kgqs(jwql, 1, 5, 9, 13); { jwql[2] += jwql[6]; jwql[14] ^= jwql[2]; jwql[14] = ((((jwql[14]) << (16))) | (((jwql[14]) >> (16)))); jwql[10] += jwql[14]; jwql[6] ^= jwql[10]; jwql[6] = ((((jwql[6]) << (12))) | (((jwql[6]) >> (20)))); jwql[2] += jwql[6]; jwql[14] ^= jwql[2]; jwql[14] = ((((jwql[14]) << (8))) | (((jwql[14]) >> (24)))); jwql[10] += jwql[14]; jwql[6] ^= jwql[10]; jwql[6] = ((((jwql[6]) << (7))) | (((jwql[6]) >> (25)))); } osos(jwql, 3, 7, 11, 15); evv(jwql, 0, 5, 10, 15); vvr(jwql, 1, 6, 11, 12); { jwql[2] += jwql[7]; jwql[13] ^= jwql[2]; jwql[13] = ((((jwql[13]) << (16))) | (((jwql[13]) >> (16)))); jwql[8] += jwql[13]; jwql[7] ^= jwql[8]; jwql[7] = ((((jwql[7]) << (12))) | (((jwql[7]) >> (20)))); jwql[2] += jwql[7]; jwql[13] ^= jwql[2]; jwql[13] = ((((jwql[13]) << (8))) | (((jwql[13]) >> (24)))); jwql[8] += jwql[13]; jwql[7] ^= jwql[8]; jwql[7] = ((((jwql[7]) << (7))) | (((jwql[7]) >> (25)))); } { jwql[3] += jwql[4]; jwql[14] ^= jwql[3]; jwql[14] = ((((jwql[14]) << (16))) | (((jwql[14]) >> (16)))); jwql[9] += jwql[14]; jwql[4] ^= jwql[9]; jwql[4] = ((((jwql[4]) << (12))) | (((jwql[4]) >> (20)))); jwql[3] += jwql[4]; jwql[14] ^= jwql[3]; jwql[14] = ((((jwql[14]) << (8))) | (((jwql[14]) >> (24)))); jwql[9] += jwql[14]; jwql[4] ^= jwql[9]; jwql[4] = ((((jwql[4]) << (7))) | (((jwql[4]) >> (25)))); } _m[65163] += 1; } for (_si rzmv = 0; rzmv <= 15; rzmv += 1) { jwql[rzmv] += gqkm[rzmv]; } gqkm[12] += 1; if (gqkm[12] == 0) { gqkm[13] += 1; } } void bpwe(_uli *qgps, _uli *aica, _uli *sqc) { _uli *oinc = prfv(); { { if (qgps != aica) { for (_si czvc = 0; czvc <= 12; czvc += 1) { qgps[czvc] = aica[czvc]; } } } _si iknp; { iknp = -1; for (_si xrvf = 12; xrvf >= 0; xrvf -= 1) { if (qgps[xrvf] != 0) { iknp = xrvf; break; } } } _si jxtm; { jxtm = -1; for (_si sixy = 12; sixy >= 0; sixy -= 1) { if (sqc[sixy] != 0) { jxtm = sixy; break; } } } if (iknp >= jxtm) { _si pkqj = 0; _uli zcx = sqc[jxtm]; while (zcx < (((((((_uli)(1)) << (47)))) >> (1)))) { pkqj += 1; zcx <<= 1; } if (jxtm == 0) { pkqj += 47; iknp += 1; jxtm += 1; } if (pkqj > 0) { { _si qdov = (pkqj % 47); _si hub = ((pkqj) / (47)); _si lzse = -qdov + (((sizeof(_uli)) << (3))); if (hub >= 13) { { for (_si jtud = 0; jtud <= 12; jtud += 1) { qgps[jtud] = 0; } } } else { for (_si evc = 12 - hub; evc >= 1; evc -= 1) { qgps[evc + hub] = ((qgps[evc]) << (qdov)); if (lzse < (8 * sizeof(_uli))) { qgps[evc + hub] += ((((qgps[-1 + evc]) >> (lzse))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } qgps[hub] = ((qgps[0]) << (qdov)); for (_si ufsc = -1 + hub; ufsc >= 0; ufsc -= 1) { qgps[ufsc] = 0; } }; slkn(qgps); } { _si xjvh = (pkqj % 47); _si zqex = ((pkqj) / (47)); _si qedl = -xjvh + (((sizeof(_uli)) << (3))); if (zqex >= 13) { { for (_si zsua = 0; zsua <= 12; zsua += 1) { sqc[zsua] = 0; } } } else { for (_si rmpk = 12 - zqex; rmpk >= 1; rmpk -= 1) { sqc[rmpk + zqex] = ((sqc[rmpk]) << (xjvh)); if (qedl < (8 * sizeof(_uli))) { sqc[rmpk + zqex] += ((((sqc[-1 + rmpk]) >> (qedl))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } sqc[zqex] = ((sqc[0]) << (xjvh)); for (_si rkg = -1 + zqex; rkg >= 0; rkg -= 1) { sqc[rkg] = 0; } }; { for (_si lgea = 0; lgea <= 11; lgea += 1) { sqc[1 + lgea] += ((sqc[lgea]) >> (47)); sqc[lgea] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sqc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si sabh = iknp - jxtm; zcx = sqc[jxtm]; _uli nrxm = sqc[-1 + jxtm]; for (_si hkiw = sabh; hkiw >= 0; hkiw -= 1) { __uint128_t oqfo = qgps[hkiw + jxtm] + (__uint128_t)(((((_uli)(1)) << (47)))) * qgps[1 + hkiw + jxtm]; _uli mgg = 0; __uint128_t gmhd = ((oqfo) / (zcx)); __uint128_t mnbo = (oqfo % zcx); while (gmhd == ((((_uli)(1)) << (47))) || (gmhd * nrxm) > (qgps[-1 + hkiw + jxtm] + mnbo * ((((_uli)(1)) << (47))))) { gmhd -= 1; mnbo += zcx; if (mnbo >= ((((_uli)(1)) << (47)))) { break; } } oqfo = 0; for (_si jieo = 0; jieo <= jxtm; jieo += 1) { oqfo += gmhd * sqc[jieo]; mgg = qgps[hkiw + jieo]; if (oqfo > mgg) { oqfo -= mgg; mgg = oqfo % ((((_uli)(1)) << (47))); oqfo = ((oqfo) / (((((_uli)(1)) << (47))))); if (mgg == 0) { qgps[hkiw + jieo] = 0; } else { qgps[hkiw + jieo] = ((1 + ~(_uli)(mgg)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); oqfo += 1; }; } else { qgps[hkiw + jieo] -= oqfo; oqfo = 0; }; } mgg = qgps[1 + hkiw + jxtm]; if (oqfo > mgg) { sqc[1 + hkiw + jxtm] = -1 + gmhd; oqfo = 0; for (_si lcca = 0; lcca <= jxtm; lcca += 1) { oqfo += qgps[hkiw + lcca] + sqc[lcca]; qgps[hkiw + lcca] = oqfo % ((((_uli)(1)) << (47))); oqfo = ((oqfo) / (((((_uli)(1)) << (47))))); } } else { sqc[1 + hkiw + jxtm] = gmhd; qgps[1 + hkiw + jxtm] -= oqfo; }; } for (_si dsfz = 0; dsfz <= sabh; dsfz += 1) { oinc[dsfz] = sqc[1 + dsfz + jxtm]; qgps[1 + dsfz + jxtm] = 0; } for (_si fvaz = 1 + sabh; fvaz <= 12; fvaz += 1) { oinc[fvaz] = 0; } if (oinc != sqc) { for (_si sglg = 1 + jxtm; sglg <= (1 + iknp); sglg += 1) { sqc[sglg] = 0; } if (pkqj > 0) { { _si ftkt = (pkqj % 47); _si ojgh = ((pkqj) / (47)); _si umci = pkqj; if (umci > (8 * sizeof(_uli))) { umci = -1; } if (ojgh >= 13) { { for (_si jeob = 0; jeob <= 12; jeob += 1) { sqc[jeob] = 0; } } } else { _uli kufd = (((((_uli)(1)) << (ftkt))) - ((_uli)(1))); if (umci < 0) { sqc[0] = 0; } else { sqc[0] = ((((sqc[0]) & (~kufd))) >> (umci)); }; if (ojgh != 0) { sqc[0] += ((((sqc[ojgh]) & (~kufd))) >> (ftkt)); } for (_si unq = 1; unq <= (12 - ojgh); unq += 1) { sqc[-1 + unq] += ((((((sqc[ojgh + unq]) & (kufd))) << (-ftkt + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); sqc[unq] = ((((sqc[ojgh + unq]) & (~kufd))) >> (ftkt)); } for (_si cotv = 13 - ojgh; cotv <= 12; cotv += 1) { sqc[cotv] = 0; } }; } } } if (pkqj > 0) { { _si aktn = (pkqj % 47); _si zsph = ((pkqj) / (47)); _si ifqv = pkqj; if (ifqv > (8 * sizeof(_uli))) { ifqv = -1; } if (zsph >= 13) { qsye(qgps); } else { _uli zcgv = (((((_uli)(1)) << (aktn))) - ((_uli)(1))); if (ifqv < 0) { qgps[0] = 0; } else { qgps[0] = ((((qgps[0]) & (~zcgv))) >> (ifqv)); }; if (zsph != 0) { qgps[0] += ((((qgps[zsph]) & (~zcgv))) >> (aktn)); } for (_si mepv = 1; mepv <= (12 - zsph); mepv += 1) { qgps[-1 + mepv] += ((((((qgps[mepv + zsph]) & (zcgv))) << (-aktn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qgps[mepv] = ((((qgps[mepv + zsph]) & (~zcgv))) >> (aktn)); } for (_si colz = 13 - zsph; colz <= 12; colz += 1) { qgps[colz] = 0; } }; } } } } { _uc *gifu = (_uc *)(oinc); for (_si xagk = 0; xagk <= 360; xagk += 1) { gifu[xagk] = (_uc)(1 + gifu[xagk]) * (_uc)(255 + gifu[1 + xagk]); } gifu[361] = 0; } } void axmh(_uli *agva, _uli *nbma, _uli *lszg) { for (_si hgbc = 0; hgbc <= 12; hgbc += 1) { agva[hgbc] = lszg[hgbc] + nbma[hgbc]; } hgdi(agva); } void pbwj(_uc *amay) { _ui *vafx = (_ui *)(amay + 0); _ui *kzxk = (_ui *)(amay + 64); for (_si vyzu = 0; vyzu <= 15; vyzu += 1) { vafx[vyzu] = kzxk[vyzu]; } for (_si flga = 0; flga <= 9; flga += 1) { wxss(vafx, 0, 4, 8, 12); { vafx[1] += vafx[5]; vafx[13] ^= vafx[1]; vafx[13] = ((((vafx[13]) << (16))) | (((vafx[13]) >> (16)))); vafx[9] += vafx[13]; vafx[5] ^= vafx[9]; vafx[5] = ((((vafx[5]) << (12))) | (((vafx[5]) >> (20)))); vafx[1] += vafx[5]; vafx[13] ^= vafx[1]; vafx[13] = ((((vafx[13]) << (8))) | (((vafx[13]) >> (24)))); vafx[9] += vafx[13]; vafx[5] ^= vafx[9]; vafx[5] = ((((vafx[5]) << (7))) | (((vafx[5]) >> (25)))); } { vafx[2] += vafx[6]; vafx[14] ^= vafx[2]; vafx[14] = ((((vafx[14]) << (16))) | (((vafx[14]) >> (16)))); vafx[10] += vafx[14]; vafx[6] ^= vafx[10]; vafx[6] = ((((vafx[6]) << (12))) | (((vafx[6]) >> (20)))); vafx[2] += vafx[6]; vafx[14] ^= vafx[2]; vafx[14] = ((((vafx[14]) << (8))) | (((vafx[14]) >> (24)))); vafx[10] += vafx[14]; vafx[6] ^= vafx[10]; vafx[6] = ((((vafx[6]) << (7))) | (((vafx[6]) >> (25)))); } blxe(vafx, 3, 7, 11, 15); lnnc(vafx, 0, 5, 10, 15); wxss(vafx, 1, 6, 11, 12); { vafx[2] += vafx[7]; vafx[13] ^= vafx[2]; vafx[13] = ((((vafx[13]) << (16))) | (((vafx[13]) >> (16)))); vafx[8] += vafx[13]; vafx[7] ^= vafx[8]; vafx[7] = ((((vafx[7]) << (12))) | (((vafx[7]) >> (20)))); vafx[2] += vafx[7]; vafx[13] ^= vafx[2]; vafx[13] = ((((vafx[13]) << (8))) | (((vafx[13]) >> (24)))); vafx[8] += vafx[13]; vafx[7] ^= vafx[8]; vafx[7] = ((((vafx[7]) << (7))) | (((vafx[7]) >> (25)))); } { vafx[3] += vafx[4]; vafx[14] ^= vafx[3]; vafx[14] = ((((vafx[14]) << (16))) | (((vafx[14]) >> (16)))); vafx[9] += vafx[14]; vafx[4] ^= vafx[9]; vafx[4] = ((((vafx[4]) << (12))) | (((vafx[4]) >> (20)))); vafx[3] += vafx[4]; vafx[14] ^= vafx[3]; vafx[14] = ((((vafx[14]) << (8))) | (((vafx[14]) >> (24)))); vafx[9] += vafx[14]; vafx[4] ^= vafx[9]; vafx[4] = ((((vafx[4]) << (7))) | (((vafx[4]) >> (25)))); } _m[65163] += 1; } for (_si mwsd = 0; mwsd <= 15; mwsd += 1) { vafx[mwsd] += kzxk[mwsd]; } kzxk[12] += 1; if (kzxk[12] == 0) { kzxk[13] += 1; } } void twtk(_uli *rzjp, _uli *vamn, _uli *ratx) { _uli *djhz = pguw(); _uli *wtp = eymn(); _uli *hlko = tjbz(); _uli *eocq = rbgz(); for (_si piib = 0; piib <= 12; piib += 1) { djhz[piib] = ((vamn[piib]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wtp[piib] = ((vamn[piib]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hlko[piib] = ((ratx[piib]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); eocq[piib] = ((ratx[piib]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kbzq = 0; kbzq <= 12; kbzq += 1) { rzjp[kbzq] = 0; } } for (_si zves = 0; zves <= (-1 + (((13) >> (1)))); zves += 1) { for (_si hnes = 0; hnes <= (-1 + (((13) >> (1)))); hnes += 1) { _uli vjby = djhz[zves] * eocq[hnes] + hlko[hnes] * wtp[zves]; _uli jrgy = djhz[zves] * hlko[hnes]; _uli jete = eocq[hnes] * wtp[zves]; _uli ggku = ((rzjp[hnes + zves]) + (jrgy) + (((((vjby) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ggku < jrgy) { jete += 1; } _uli btjy = ((((vjby) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jete) << ((-47 + (((sizeof(_uli)) << (3)))))))); rzjp[hnes + zves] = ggku; rzjp[1 + hnes + zves] += btjy; } { for (_si bgwd = 0; bgwd <= 11; bgwd += 1) { rzjp[1 + bgwd] += ((rzjp[bgwd]) >> (47)); rzjp[bgwd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rzjp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ajlb = (_uc *)(djhz); for (_si fgkk = 0; fgkk <= 360; fgkk += 1) { ajlb[fgkk] = (_uc)(1 + ajlb[fgkk]) * (_uc)(255 + ajlb[1 + fgkk]); } ajlb[361] = 0; } ppkr(wtp); qzte(hlko); { _uc *xosu = (_uc *)(eocq); for (_si ghcw = 0; ghcw <= 360; ghcw += 1) { xosu[ghcw] = (_uc)(1 + xosu[ghcw]) * (_uc)(255 + xosu[1 + ghcw]); } xosu[361] = 0; } } void cdem(_uc *flgp) { _uc *qrlh = (_uc *)(flgp + 0); _ui *hnec = (_ui *)(flgp + 64); _ui *xmxf = (_ui *)(flgp + 96); _si gqld = 0; _ui nesy = 0; _ui npau = 0; _ui oipa = 0; _ui yvpu = 0; _ui fkrm = 0; _ui elnd = 0; for (_si vxlm = 0; vxlm <= 15; vxlm += 1) { xmxf[vxlm] = (((((((((_ui)(qrlh[gqld])) << (24))) | ((((_ui)(qrlh[1 + gqld])) << (16))))) | ((((_ui)(qrlh[2 + gqld])) << (8))))) | ((_ui)(qrlh[3 + gqld]))); gqld += 4; } for (_si csjj = 16; csjj <= 31; csjj += 1) { nesy = ((((((((xmxf[-15 + csjj]) >> (7))) | (((xmxf[-15 + csjj]) << (25))))) ^ (((((xmxf[-15 + csjj]) >> (18))) | (((xmxf[-15 + csjj]) << (14))))))) ^ (((xmxf[-15 + csjj]) >> (3)))); yvpu = ((((((((xmxf[-2 + csjj]) >> (17))) | (((xmxf[-2 + csjj]) << (15))))) ^ (((((xmxf[-2 + csjj]) >> (19))) | (((xmxf[-2 + csjj]) << (13))))))) ^ (((xmxf[-2 + csjj]) >> (10)))); xmxf[csjj] = nesy + xmxf[-16 + csjj] + xmxf[-7 + csjj] + yvpu; _m[65160] += 1; } _ui alve = hnec[0]; _ui rdsv = hnec[1]; _ui euqm = hnec[2]; _ui lyov = hnec[3]; _ui cepb = hnec[4]; _ui ltcm = hnec[5]; _ui wijx = hnec[6]; _ui ndqf = hnec[7]; for (_si fgrh = 0; fgrh <= 31; fgrh += 1) { nesy = ((((((((alve) >> (2))) | (((alve) << (30))))) ^ (((((alve) >> (13))) | (((alve) << (19))))))) ^ (((((alve) >> (22))) | (((alve) << (10)))))); npau = ((((((alve) & (rdsv))) ^ (((alve) & (euqm))))) ^ (((rdsv) & (euqm)))); oipa = nesy + npau; yvpu = ((((((((cepb) >> (6))) | (((cepb) << (26))))) ^ (((((cepb) >> (11))) | (((cepb) << (21))))))) ^ (((((cepb) >> (25))) | (((cepb) << (7)))))); fkrm = ((((cepb) & (ltcm))) ^ (((~cepb) & (wijx)))); elnd = fkrm + *(((_ui *)(_m + 246160) + fgrh)) + ndqf + yvpu + xmxf[fgrh]; ndqf = wijx; wijx = ltcm; ltcm = cepb; cepb = elnd + lyov; lyov = euqm; euqm = rdsv; rdsv = alve; alve = elnd + oipa; _m[65161] += 1; } hnec[0] += alve; hnec[1] += rdsv; hnec[2] += euqm; hnec[3] += lyov; hnec[4] += cepb; hnec[5] += ltcm; hnec[6] += wijx; hnec[7] += ndqf; } _si uiyw(_uli *vzhf) { _si jpag = -1; for (_si vsnn = 44; vsnn >= 0; vsnn -= 1) { if (vzhf[vsnn] != 0) { jpag = vsnn; break; } } return jpag; } void cpid(_uli *moio, _uli *wqta) { if (moio != wqta) { for (_si blya = 0; blya <= 12; blya += 1) { moio[blya] = wqta[blya]; } } } void txxb(_uli *tfyt, _si zyao) { _si askw = (zyao % 47); _si adrw = ((zyao) / (47)); _si cgsh = -askw + (((sizeof(_uli)) << (3))); if (adrw >= 45) { { for (_si unhg = 0; unhg <= 44; unhg += 1) { tfyt[unhg] = 0; } } } else { for (_si kajd = 44 - adrw; kajd >= 1; kajd -= 1) { tfyt[adrw + kajd] = ((tfyt[kajd]) << (askw)); if (cgsh < (8 * sizeof(_uli))) { tfyt[adrw + kajd] += ((((tfyt[-1 + kajd]) >> (cgsh))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } tfyt[adrw] = ((tfyt[0]) << (askw)); for (_si jucj = -1 + adrw; jucj >= 0; jucj -= 1) { tfyt[jucj] = 0; } }; aefd(tfyt); } void mibf(_uli *dmdx) { _uc *uphg = (_uc *)(dmdx); for (_si flgx = 0; flgx <= 360; flgx += 1) { uphg[flgx] = (_uc)(1 + uphg[flgx]) * (_uc)(255 + uphg[1 + flgx]); } uphg[361] = 0; } void anvk(_uli *icp) { for (_si hta = 0; hta <= 12; hta += 1) { icp[hta] = 0; } } void the(_ui *apbb, _si akcn, _si wea, _si bbn, _si mtz) { apbb[akcn] += apbb[wea]; apbb[mtz] ^= apbb[akcn]; apbb[mtz] = ((((apbb[mtz]) << (16))) | (((apbb[mtz]) >> (16)))); apbb[bbn] += apbb[mtz]; apbb[wea] ^= apbb[bbn]; apbb[wea] = ((((apbb[wea]) << (12))) | (((apbb[wea]) >> (20)))); apbb[akcn] += apbb[wea]; apbb[mtz] ^= apbb[akcn]; apbb[mtz] = ((((apbb[mtz]) << (8))) | (((apbb[mtz]) >> (24)))); apbb[bbn] += apbb[mtz]; apbb[wea] ^= apbb[bbn]; apbb[wea] = ((((apbb[wea]) << (7))) | (((apbb[wea]) >> (25)))); } void mtpw(_uli *bkip, _uli *miyq, _uli *fygx) { for (_si ffzc = 0; ffzc <= 12; ffzc += 1) { bkip[ffzc] = -fygx[ffzc] + miyq[ffzc]; } pbow(bkip); } void hcts(_uli *edww, _uli *ziu, _uli *mmko) { for (_si hvaq = 0; hvaq <= 12; hvaq += 1) { edww[hvaq] = -mmko[hvaq] + ziu[hvaq]; } { _si ycqg = jipk(edww); if (ycqg) { { for (_si ywlz = 0; ywlz <= 12; ywlz += 1) { edww[ywlz] = -edww[ywlz]; } } } for (_si xntu = 0; xntu <= 11; xntu += 1) { if (((((edww[xntu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { edww[1 + xntu] -= 1; } else { edww[1 + xntu] += ((edww[xntu]) >> (47)); }; edww[xntu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } edww[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ycqg) { { for (_si fdgq = 0; fdgq <= 12; fdgq += 1) { edww[fdgq] = -edww[fdgq]; } } } } } void kucx(_uc *momc) { _uc *pkxa = (_uc *)(momc + 0); _ui *vskl = (_ui *)(momc + 64); _ui *szgd = (_ui *)(momc + 96); _si uupp = 0; _ui zqgq = 0; _ui djbp = 0; _ui negy = 0; _ui luuq = 0; _ui qqkb = 0; _ui faew = 0; for (_si ylfn = 0; ylfn <= 15; ylfn += 1) { szgd[ylfn] = (((((((((_ui)(pkxa[uupp])) << (24))) | ((((_ui)(pkxa[1 + uupp])) << (16))))) | ((((_ui)(pkxa[2 + uupp])) << (8))))) | ((_ui)(pkxa[3 + uupp]))); uupp += 4; } for (_si urkw = 16; urkw <= 31; urkw += 1) { zqgq = ((((((((szgd[-15 + urkw]) >> (7))) | (((szgd[-15 + urkw]) << (25))))) ^ (((((szgd[-15 + urkw]) >> (18))) | (((szgd[-15 + urkw]) << (14))))))) ^ (((szgd[-15 + urkw]) >> (3)))); luuq = ((((((((szgd[-2 + urkw]) >> (17))) | (((szgd[-2 + urkw]) << (15))))) ^ (((((szgd[-2 + urkw]) >> (19))) | (((szgd[-2 + urkw]) << (13))))))) ^ (((szgd[-2 + urkw]) >> (10)))); szgd[urkw] = luuq + szgd[-7 + urkw] + szgd[-16 + urkw] + zqgq; _m[65160] += 1; } _ui ohdc = vskl[0]; _ui ddbs = vskl[1]; _ui vzwd = vskl[2]; _ui eioy = vskl[3]; _ui zehs = vskl[4]; _ui gjun = vskl[5]; _ui ikkk = vskl[6]; _ui vwgm = vskl[7]; for (_si tefb = 0; tefb <= 31; tefb += 1) { zqgq = ((((((((ohdc) >> (2))) | (((ohdc) << (30))))) ^ (((((ohdc) >> (13))) | (((ohdc) << (19))))))) ^ (((((ohdc) >> (22))) | (((ohdc) << (10)))))); djbp = ((((((ohdc) & (ddbs))) ^ (((ohdc) & (vzwd))))) ^ (((ddbs) & (vzwd)))); negy = djbp + zqgq; luuq = ((((((((zehs) >> (6))) | (((zehs) << (26))))) ^ (((((zehs) >> (11))) | (((zehs) << (21))))))) ^ (((((zehs) >> (25))) | (((zehs) << (7)))))); qqkb = ((((zehs) & (gjun))) ^ (((~zehs) & (ikkk)))); faew = *(((_ui *)(_m + 246160) + tefb)) + qqkb + vwgm + szgd[tefb] + luuq; vwgm = ikkk; ikkk = gjun; gjun = zehs; zehs = eioy + faew; eioy = vzwd; vzwd = ddbs; ddbs = ohdc; ohdc = faew + negy; _m[65161] += 1; } vskl[0] += ohdc; vskl[1] += ddbs; vskl[2] += vzwd; vskl[3] += eioy; vskl[4] += zehs; vskl[5] += gjun; vskl[6] += ikkk; vskl[7] += vwgm; } _si town(_uli *abmz) { _si pvzc = 0; _uli shui = 19; for (_si gtcr = 44; gtcr >= 0; gtcr -= 1) { if (abmz[gtcr] != 0) { pvzc = ((((abmz[gtcr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return pvzc; } void icqm(_si bele, _uli *jwqd, _uli *ymxj, _uli *wnjx, _uli *ekbs) { nixk(wnjx, ekbs); { _uli *dzxm = bveb(); { if (dzxm != wnjx) { for (_si aesu = 0; aesu <= 12; aesu += 1) { dzxm[aesu] = wnjx[aesu]; } } } { ; } { wnjx[(((bele) / (47)))] &= ((((((_uli)(1)) << ((bele % 47)))) - ((_uli)(1)))); for (_si timg = 1 + (((bele) / (47))); timg <= 12; timg += 1) { wnjx[timg] = 0; } } { _uli *crkp = qkyt(); _uli *ormq = cepk(); _uli *sfmi = qkyt(); _uli *mmgq = ddzl(); for (_si lfdl = 0; lfdl <= 12; lfdl += 1) { crkp[lfdl] = ((wnjx[lfdl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ormq[lfdl] = ((wnjx[lfdl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sfmi[lfdl] = ((ymxj[lfdl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mmgq[lfdl] = ((ymxj[lfdl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } ftdy(wnjx); for (_si slbj = 0; slbj <= (-1 + (((13) >> (1)))); slbj += 1) { for (_si olbo = 0; olbo <= (-1 + (((13) >> (1)))); olbo += 1) { _uli kazl = crkp[slbj] * mmgq[olbo] + ormq[slbj] * sfmi[olbo]; _uli qamk = crkp[slbj] * sfmi[olbo]; _uli qqsi = mmgq[olbo] * ormq[slbj]; _uli ezpv = ((wnjx[olbo + slbj]) + (qamk) + (((((kazl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ezpv < qamk) { qqsi += 1; } _uli ugfh = ((((kazl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qqsi) << ((-47 + (((sizeof(_uli)) << (3)))))))); wnjx[olbo + slbj] = ezpv; wnjx[1 + olbo + slbj] += ugfh; } { for (_si wxxo = 0; wxxo <= 11; wxxo += 1) { wnjx[1 + wxxo] += ((wnjx[wxxo]) >> (47)); wnjx[wxxo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wnjx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *jjfq = (_uc *)(crkp); for (_si hgxr = 0; hgxr <= 360; hgxr += 1) { jjfq[hgxr] = (_uc)(1 + jjfq[hgxr]) * (_uc)(255 + jjfq[1 + hgxr]); } jjfq[361] = 0; } pewc(ormq); { _uc *nrec = (_uc *)(sfmi); for (_si kowi = 0; kowi <= 360; kowi += 1) { nrec[kowi] = (_uc)(255 + nrec[1 + kowi]) * (_uc)(1 + nrec[kowi]); } nrec[361] = 0; } { _uc *ptar = (_uc *)(mmgq); for (_si qsiv = 0; qsiv <= 360; qsiv += 1) { ptar[qsiv] = (_uc)(1 + ptar[qsiv]) * (_uc)(255 + ptar[1 + qsiv]); } ptar[361] = 0; } } hikf(bele, wnjx); uwxk(wnjx, wnjx, jwqd); { for (_si fgga = 0; fgga <= 12; fgga += 1) { wnjx[fgga] = dzxm[fgga] + wnjx[fgga]; } { _si hvnf = drnx(wnjx); if (hvnf) { { for (_si xchg = 0; xchg <= 12; xchg += 1) { wnjx[xchg] = -wnjx[xchg]; } } } for (_si feka = 0; feka <= 11; feka += 1) { if (((((wnjx[feka]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wnjx[1 + feka] -= 1; } else { wnjx[1 + feka] += ((wnjx[feka]) >> (47)); }; wnjx[feka] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wnjx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hvnf) { { for (_si arkg = 0; arkg <= 12; arkg += 1) { wnjx[arkg] = -wnjx[arkg]; } } } } } { _si mjvn = (bele % 47); _si ubut = ((bele) / (47)); _si rgpd = bele; if (rgpd > (8 * sizeof(_uli))) { rgpd = -1; } if (ubut >= 13) { { for (_si cmom = 0; cmom <= 12; cmom += 1) { wnjx[cmom] = 0; } } } else { _uli bqnw = (((((_uli)(1)) << (mjvn))) - ((_uli)(1))); if (rgpd < 0) { wnjx[0] = 0; } else { wnjx[0] = ((((wnjx[0]) & (~bqnw))) >> (rgpd)); }; if (ubut != 0) { wnjx[0] += ((((wnjx[ubut]) & (~bqnw))) >> (mjvn)); } for (_si whkv = 1; whkv <= (12 - ubut); whkv += 1) { wnjx[-1 + whkv] += ((((((wnjx[ubut + whkv]) & (bqnw))) << (-mjvn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wnjx[whkv] = ((((wnjx[ubut + whkv]) & (~bqnw))) >> (mjvn)); } for (_si yeer = 13 - ubut; yeer <= 12; yeer += 1) { wnjx[yeer] = 0; } }; } { for (_si kmaa = 0; kmaa <= 12; kmaa += 1) { dzxm[kmaa] = -jwqd[kmaa] + wnjx[kmaa]; } { _si qoel = zvvt(dzxm); if (qoel) { gnde(dzxm, dzxm); } for (_si qbyc = 0; qbyc <= 11; qbyc += 1) { if (((((dzxm[qbyc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dzxm[1 + qbyc] -= 1; } else { dzxm[1 + qbyc] += ((dzxm[qbyc]) >> (47)); }; dzxm[qbyc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dzxm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qoel) { rquc(dzxm, dzxm); } } } _si qcww; { qcww = 0; _uli yhis = 19; for (_si yrpm = 12; yrpm >= 0; yrpm -= 1) { if (dzxm[yrpm] != 0) { qcww = ((((dzxm[yrpm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!qcww) { { if (wnjx != dzxm) { for (_si rhcq = 0; rhcq <= 12; rhcq += 1) { wnjx[rhcq] = dzxm[rhcq]; } } } } { _uc *akfl = (_uc *)(dzxm); for (_si uxme = 0; uxme <= 360; uxme += 1) { akfl[uxme] = (_uc)(1 + akfl[uxme]) * (_uc)(255 + akfl[1 + uxme]); } akfl[361] = 0; } } } _si ftne(_uli *fjph, _uli *izwa) { _si azfk = 0; for (_si wspl = 12; wspl >= 0; wspl -= 1) { if (fjph[wspl] > izwa[wspl]) { break; } else if (fjph[wspl] < izwa[wspl]) { azfk = 1; break; }; } return azfk; } void pszz(_uli *nyxd) { _si txqt = xpjz(nyxd); if (txqt) { { for (_si lmbv = 0; lmbv <= 12; lmbv += 1) { nyxd[lmbv] = -nyxd[lmbv]; } } } for (_si wfww = 0; wfww <= 11; wfww += 1) { if (((((nyxd[wfww]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nyxd[1 + wfww] -= 1; } else { nyxd[1 + wfww] += ((nyxd[wfww]) >> (47)); }; nyxd[wfww] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nyxd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (txqt) { { for (_si hmxb = 0; hmxb <= 12; hmxb += 1) { nyxd[hmxb] = -nyxd[hmxb]; } } } } void birw(_uli *vzt) { _si clqx = htni(vzt); if (clqx) { pfed(vzt, vzt); } for (_si wkxm = 0; wkxm <= 11; wkxm += 1) { if (((((vzt[wkxm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vzt[1 + wkxm] -= 1; } else { vzt[1 + wkxm] += ((vzt[wkxm]) >> (47)); }; vzt[wkxm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vzt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (clqx) { { for (_si afzt = 0; afzt <= 12; afzt += 1) { vzt[afzt] = -vzt[afzt]; } } } } void jrff(_uli *ickk, _uli *illp) { for (_si tsdc = 0; tsdc <= 12; tsdc += 1) { ickk[tsdc] = -illp[tsdc]; } } void pyfk(_uli *rbc) { _uc *iznq = (_uc *)(rbc); for (_si xkuo = 0; xkuo <= 360; xkuo += 1) { iznq[xkuo] = (_uc)(1 + iznq[xkuo]) * (_uc)(255 + iznq[1 + xkuo]); } iznq[361] = 0; } void zyqa(_uli *soph) { for (_si crvo = 0; crvo <= 12; crvo += 1) { soph[crvo] = 0; } } void huep(_si cgpq, _uli *aaqt) { aaqt[(((cgpq) / (47)))] &= ((((((_uli)(1)) << ((cgpq % 47)))) - ((_uli)(1)))); for (_si bfye = 1 + (((cgpq) / (47))); bfye <= 12; bfye += 1) { aaqt[bfye] = 0; } } void vzh(_uli *bngs) { for (_si idkq = 0; idkq <= 12; idkq += 1) { bngs[idkq] = 0; } } void ycki(_uc *mqge) { _ui *gjgv = (_ui *)(mqge + 0); _ui *ip = (_ui *)(mqge + 64); for (_si ks = 0; ks <= 15; ks += 1) { gjgv[ks] = ip[ks]; } for (_si gakr = 0; gakr <= 9; gakr += 1) { { gjgv[0] += gjgv[4]; gjgv[12] ^= gjgv[0]; gjgv[12] = ((((gjgv[12]) << (16))) | (((gjgv[12]) >> (16)))); gjgv[8] += gjgv[12]; gjgv[4] ^= gjgv[8]; gjgv[4] = ((((gjgv[4]) << (12))) | (((gjgv[4]) >> (20)))); gjgv[0] += gjgv[4]; gjgv[12] ^= gjgv[0]; gjgv[12] = ((((gjgv[12]) << (8))) | (((gjgv[12]) >> (24)))); gjgv[8] += gjgv[12]; gjgv[4] ^= gjgv[8]; gjgv[4] = ((((gjgv[4]) << (7))) | (((gjgv[4]) >> (25)))); } ntrk(gjgv, 1, 5, 9, 13); xaze(gjgv, 2, 6, 10, 14); ptkb(gjgv, 3, 7, 11, 15); ufv(gjgv, 0, 5, 10, 15); lnnc(gjgv, 1, 6, 11, 12); aqtb(gjgv, 2, 7, 8, 13); ekby(gjgv, 3, 4, 9, 14); _m[65163] += 1; } for (_si uav = 0; uav <= 15; uav += 1) { gjgv[uav] += ip[uav]; } ip[12] += 1; if (ip[12] == 0) { ip[13] += 1; } } void okwe(_uli *qbwx) { for (_si jrvw = 0; jrvw <= 43; jrvw += 1) { qbwx[1 + jrvw] += ((qbwx[jrvw]) >> (47)); qbwx[jrvw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qbwx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pluq(_uc *ybdf, _uc *rxyy, _uc *slau, _si jwjw) { ibac(ybdf, rxyy, 0); { _ui *bsdr = (_ui *)(ybdf + 0); _ui *dmur = (_ui *)(ybdf + 128); _uc *jdjb = (_uc *)(bsdr); for (_si zdyr = 0; zdyr <= (-1 + jwjw); zdyr += 1) { if (dmur[0] >= 64) { pwaj(ybdf); dmur[0] = 0; } slau[zdyr] ^= jdjb[dmur[0]]; dmur[0] += 1; } } } void kjxk(_uli *wxse) { for (_si cigi = 0; cigi <= 44; cigi += 1) { wxse[cigi] = 0; } } void ygxq(_uli *dbge, _uli *wog) { for (_si exbv = 0; exbv <= 12; exbv += 1) { dbge[exbv] = -wog[exbv]; } } void hvmj(_uc *tkqz) { _uc *rumu = (_uc *)(tkqz + 0); _ui *ptjb = (_ui *)(tkqz + 64); _ui *xsrk = (_ui *)(tkqz + 96); _si rvog = 0; _ui pzsu = 0; _ui kstu = 0; _ui slyg = 0; _ui fpbe = 0; _ui bfbo = 0; _ui fdcg = 0; for (_si swdd = 0; swdd <= 15; swdd += 1) { xsrk[swdd] = (((((((((_ui)(rumu[rvog])) << (24))) | ((((_ui)(rumu[1 + rvog])) << (16))))) | ((((_ui)(rumu[2 + rvog])) << (8))))) | ((_ui)(rumu[3 + rvog]))); rvog += 4; } for (_si xepd = 16; xepd <= 31; xepd += 1) { pzsu = ((((((((xsrk[-15 + xepd]) >> (7))) | (((xsrk[-15 + xepd]) << (25))))) ^ (((((xsrk[-15 + xepd]) >> (18))) | (((xsrk[-15 + xepd]) << (14))))))) ^ (((xsrk[-15 + xepd]) >> (3)))); fpbe = ((((((((xsrk[-2 + xepd]) >> (17))) | (((xsrk[-2 + xepd]) << (15))))) ^ (((((xsrk[-2 + xepd]) >> (19))) | (((xsrk[-2 + xepd]) << (13))))))) ^ (((xsrk[-2 + xepd]) >> (10)))); xsrk[xepd] = fpbe + pzsu + xsrk[-16 + xepd] + xsrk[-7 + xepd]; _m[65160] += 1; } _ui boxz = ptjb[0]; _ui mouu = ptjb[1]; _ui pgvn = ptjb[2]; _ui aygl = ptjb[3]; _ui igaw = ptjb[4]; _ui ntnr = ptjb[5]; _ui fknt = ptjb[6]; _ui uews = ptjb[7]; for (_si wasn = 0; wasn <= 31; wasn += 1) { pzsu = ((((((((boxz) >> (2))) | (((boxz) << (30))))) ^ (((((boxz) >> (13))) | (((boxz) << (19))))))) ^ (((((boxz) >> (22))) | (((boxz) << (10)))))); kstu = ((((((boxz) & (mouu))) ^ (((boxz) & (pgvn))))) ^ (((mouu) & (pgvn)))); slyg = kstu + pzsu; fpbe = ((((((((igaw) >> (6))) | (((igaw) << (26))))) ^ (((((igaw) >> (11))) | (((igaw) << (21))))))) ^ (((((igaw) >> (25))) | (((igaw) << (7)))))); bfbo = ((((igaw) & (ntnr))) ^ (((~igaw) & (fknt)))); fdcg = fpbe + uews + bfbo + *(((_ui *)(_m + 246160) + wasn)) + xsrk[wasn]; uews = fknt; fknt = ntnr; ntnr = igaw; igaw = aygl + fdcg; aygl = pgvn; pgvn = mouu; mouu = boxz; boxz = fdcg + slyg; _m[65161] += 1; } ptjb[0] += boxz; ptjb[1] += mouu; ptjb[2] += pgvn; ptjb[3] += aygl; ptjb[4] += igaw; ptjb[5] += ntnr; ptjb[6] += fknt; ptjb[7] += uews; } void rove(_uli *tftr, _si hout) { _si ywy = (hout % 47); _si bxx = ((hout) / (47)); _si ddqr = -ywy + (((sizeof(_uli)) << (3))); if (bxx >= 13) { { for (_si irxz = 0; irxz <= 12; irxz += 1) { tftr[irxz] = 0; } } } else { for (_si xbqm = 12 - bxx; xbqm >= 1; xbqm -= 1) { tftr[bxx + xbqm] = ((tftr[xbqm]) << (ywy)); if (ddqr < (8 * sizeof(_uli))) { tftr[bxx + xbqm] += ((((tftr[-1 + xbqm]) >> (ddqr))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } tftr[bxx] = ((tftr[0]) << (ywy)); for (_si takf = -1 + bxx; takf >= 0; takf -= 1) { tftr[takf] = 0; } }; qggn(tftr); } void crpv(_si efom, _uli *stza, _uli *funs, _uli *qzrp, _uli *uemp) { qtyy(qzrp, uemp); { _uli *sgph = jwex(); { if (sgph != qzrp) { for (_si tkff = 0; tkff <= 12; tkff += 1) { sgph[tkff] = qzrp[tkff]; } } } { ; } { qzrp[(((efom) / (47)))] &= ((((((_uli)(1)) << ((efom % 47)))) - ((_uli)(1)))); for (_si evpb = 1 + (((efom) / (47))); evpb <= 12; evpb += 1) { qzrp[evpb] = 0; } } jilg(qzrp, qzrp, funs); kvwb(efom, qzrp); uktp(qzrp, qzrp, stza); { for (_si bqjf = 0; bqjf <= 12; bqjf += 1) { qzrp[bqjf] = qzrp[bqjf] + sgph[bqjf]; } echh(qzrp); } { _si rluq = (efom % 47); _si lijf = ((efom) / (47)); _si rtuz = efom; if (rtuz > (8 * sizeof(_uli))) { rtuz = -1; } if (lijf >= 13) { hjph(qzrp); } else { _uli lihh = (((((_uli)(1)) << (rluq))) - ((_uli)(1))); if (rtuz < 0) { qzrp[0] = 0; } else { qzrp[0] = ((((qzrp[0]) & (~lihh))) >> (rtuz)); }; if (lijf != 0) { qzrp[0] += ((((qzrp[lijf]) & (~lihh))) >> (rluq)); } for (_si fbpw = 1; fbpw <= (12 - lijf); fbpw += 1) { qzrp[-1 + fbpw] += ((((((qzrp[fbpw + lijf]) & (lihh))) << (-rluq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qzrp[fbpw] = ((((qzrp[fbpw + lijf]) & (~lihh))) >> (rluq)); } for (_si qzoh = 13 - lijf; qzoh <= 12; qzoh += 1) { qzrp[qzoh] = 0; } }; } lxlr(sgph, qzrp, stza); _si mhct; { mhct = 0; _uli vpqe = 19; for (_si ltsg = 12; ltsg >= 0; ltsg -= 1) { if (sgph[ltsg] != 0) { mhct = ((((sgph[ltsg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!mhct) { { if (qzrp != sgph) { for (_si czhj = 0; czhj <= 12; czhj += 1) { qzrp[czhj] = sgph[czhj]; } } } } plf(sgph); } } void opvo(_uli *jfhs, _uli *yolx, _uli *qfkj) { for (_si tkeh = 0; tkeh <= 12; tkeh += 1) { jfhs[tkeh] = -qfkj[tkeh] + yolx[tkeh]; } { _si bjdt = wxid(jfhs); if (bjdt) { hsws(jfhs, jfhs); } for (_si sjry = 0; sjry <= 11; sjry += 1) { if (((((jfhs[sjry]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jfhs[1 + sjry] -= 1; } else { jfhs[1 + sjry] += ((jfhs[sjry]) >> (47)); }; jfhs[sjry] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jfhs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bjdt) { { for (_si rqsy = 0; rqsy <= 12; rqsy += 1) { jfhs[rqsy] = -jfhs[rqsy]; } } } } } _uc *awzo() { ; _uc *xjjl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; xjjl = (_uc *)(_m + 362 * _s); break; } _s += 1; } return xjjl; } _si rdjm(_uli *mtr) { _si nsbm = 0; _uli xbyy = 19; for (_si coub = 12; coub >= 0; coub -= 1) { if (mtr[coub] != 0) { nsbm = ((((mtr[coub]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return nsbm; } void acvm(_uli *qzge) { for (_si rtbj = 0; rtbj <= 12; rtbj += 1) { qzge[rtbj] = 0; } } void xltz(_uli *ymvj, _uli *fdry) { if (ymvj != fdry) { for (_si ytny = 0; ytny <= 12; ytny += 1) { ymvj[ytny] = fdry[ytny]; } } } void vaij(_uli *mrlz) { _uc *ytpr = zgaf(); _uc *pajt = ((_uc *)(_m + 26426) + 0); _uc *gpxb = (_uc *)(mrlz); for (_si ltyz = 0; ltyz <= 359; ltyz += 1) { gpxb[ltyz] = *(((_uc *)(_m + 109686) + ltyz)); } { { ogvp(ytpr, pajt); _ui *agia = (_ui *)(ytpr + 64); _ui *afmr = (_ui *)(ytpr + 128); for (_si xtii = 0; xtii <= 3; xtii += 1) { agia[xtii] = (((_ui)(((_uc *)(_m + 48146) + 4 * xtii)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xtii)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xtii)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xtii)[3])) << (24)))); } for (_si uymk = 0; uymk <= 3; uymk += 1) { agia[12 + uymk] = 0; _m[65162] += 1; } afmr[0] = 3904225602; } vvvm(ytpr, gpxb, 360); } } void prdt(_uli *yshi, _si aque) { _si usjh = (aque % 47); _si fntf = ((aque) / (47)); _si lvji = aque; if (lvji > (8 * sizeof(_uli))) { lvji = -1; } if (fntf >= 13) { { for (_si tsyu = 0; tsyu <= 12; tsyu += 1) { yshi[tsyu] = 0; } } } else { _uli txwm = (((((_uli)(1)) << (usjh))) - ((_uli)(1))); if (lvji < 0) { yshi[0] = 0; } else { yshi[0] = ((((yshi[0]) & (~txwm))) >> (lvji)); }; if (fntf != 0) { yshi[0] += ((((yshi[fntf]) & (~txwm))) >> (usjh)); } for (_si ivkb = 1; ivkb <= (12 - fntf); ivkb += 1) { yshi[-1 + ivkb] += ((((((yshi[fntf + ivkb]) & (txwm))) << (-usjh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yshi[ivkb] = ((((yshi[fntf + ivkb]) & (~txwm))) >> (usjh)); } for (_si ltpr = 13 - fntf; ltpr <= 12; ltpr += 1) { yshi[ltpr] = 0; } }; } void orvg(_uli *nxtn, _uli *rwrb, _uli *fwsl) { for (_si lgsb = 0; lgsb <= 12; lgsb += 1) { nxtn[lgsb] = fwsl[lgsb] + rwrb[lgsb]; } kqqw(nxtn); } void ifm(_uc *zhrj) { _ui *vgw = (_ui *)(zhrj + 64); _uli *waa = (_uli *)(zhrj + 352); vgw[0] = 3072593861; vgw[1] = 3086033710; vgw[2] = 3878829419; vgw[3] = 661946499; vgw[4] = 3836525215; vgw[5] = 533529351; vgw[6] = 1116444951; vgw[7] = 1869145119; waa[0] = 0; } void hlaa(_uc *jore, _uc *yyan) { _ui *bfda = (_ui *)(jore + 64); for (_si rjwg = 0; rjwg <= 7; rjwg += 1) { bfda[4 + rjwg] = (((_ui)((yyan + 4 * rjwg)[0])) + ((((_ui)((yyan + 4 * rjwg)[1])) << (8))) + ((((_ui)((yyan + 4 * rjwg)[2])) << (16))) + ((((_ui)((yyan + 4 * rjwg)[3])) << (24)))); } } void vkqh(_uli *giga, _uli *uusj, _uli *ygbm) { for (_si ecqn = 0; ecqn <= 12; ecqn += 1) { giga[ecqn] = uusj[ecqn] - ygbm[ecqn]; } poal(giga); } void efjf(_uli *mhfy, _uli *ijyl) { for (_si dnzm = 0; dnzm <= 44; dnzm += 1) { mhfy[dnzm] = -ijyl[dnzm]; } } void bzrp(_uc *oxyj, _uc *duhf, _si sdrp) { { _ui *vagh = (_ui *)(oxyj + 64); for (_si jmif = 0; jmif <= 7; jmif += 1) { vagh[4 + jmif] = (((_ui)((duhf + 4 * jmif)[0])) + ((((_ui)((duhf + 4 * jmif)[1])) << (8))) + ((((_ui)((duhf + 4 * jmif)[2])) << (16))) + ((((_ui)((duhf + 4 * jmif)[3])) << (24)))); } } _ui *vfgu = (_ui *)(oxyj + 64); _ui *uaoo = (_ui *)(oxyj + 128); for (_si glbz = 0; glbz <= 3; glbz += 1) { vfgu[glbz] = (((_ui)(((_uc *)(_m + 48146) + 4 * glbz)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * glbz)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * glbz)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * glbz)[3])) << (24)))); } for (_si zrol = 0; zrol <= 3; zrol += 1) { vfgu[12 + zrol] = sdrp; _m[65162] += 1; } uaoo[0] = 3904225602; } _uli *qhcs() { ; _uli *xsgu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; xsgu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xsgu; } void xuhx(_uli *xymy, _uli *jfxs) { if (xymy != jfxs) { for (_si ceix = 0; ceix <= 12; ceix += 1) { xymy[ceix] = jfxs[ceix]; } } } _uli *bisc() { ; _uli *zyky; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; zyky = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zyky; } void rvwi(_uli *zrun) { _si jlgc = kans(zrun); if (jlgc) { { for (_si vkaw = 0; vkaw <= 12; vkaw += 1) { zrun[vkaw] = -zrun[vkaw]; } } } for (_si uvzu = 0; uvzu <= 11; uvzu += 1) { if (((((zrun[uvzu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zrun[1 + uvzu] -= 1; } else { zrun[1 + uvzu] += ((zrun[uvzu]) >> (47)); }; zrun[uvzu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zrun[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jlgc) { { for (_si rgtq = 0; rgtq <= 12; rgtq += 1) { zrun[rgtq] = -zrun[rgtq]; } } } } _uli *oacu() { ; _uli *khpr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; khpr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return khpr; } void vhqx(_uli *pjee) { for (_si ncho = 0; ncho <= 43; ncho += 1) { pjee[1 + ncho] += ((pjee[ncho]) >> (47)); pjee[ncho] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pjee[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void lrjb(_si vmrb, _uli *kuik) { kuik[(((vmrb) / (47)))] &= ((((((_uli)(1)) << ((vmrb % 47)))) - ((_uli)(1)))); for (_si lnxr = 1 + (((vmrb) / (47))); lnxr <= 12; lnxr += 1) { kuik[lnxr] = 0; } } void acgf(_uc *thqk, _uc *bfhv, _si drro) { _uc *fsri = (_uc *)(thqk + 0); _uli *lytm = (_uli *)(thqk + 352); _si luhp = (_si)(((lytm[0]) & (63))); lytm[0] += drro; for (_si ibdo = 0; ibdo <= (-1 + drro); ibdo += 1) { fsri[luhp] = bfhv[ibdo]; luhp += 1; if (luhp == 64) { { _uc *djny = (_uc *)(thqk + 0); _ui *suli = (_ui *)(thqk + 64); _ui *ybi = (_ui *)(thqk + 96); _si gspp = 0; _ui krrh = 0; _ui kcao = 0; _ui qhwy = 0; _ui mnji = 0; _ui ymnl = 0; _ui wrju = 0; for (_si wrpz = 0; wrpz <= 15; wrpz += 1) { ybi[wrpz] = (((((((((_ui)(djny[gspp])) << (24))) | ((((_ui)(djny[1 + gspp])) << (16))))) | ((((_ui)(djny[2 + gspp])) << (8))))) | ((_ui)(djny[3 + gspp]))); gspp += 4; } for (_si wnga = 16; wnga <= 31; wnga += 1) { krrh = ((((((((ybi[-15 + wnga]) >> (7))) | (((ybi[-15 + wnga]) << (25))))) ^ (((((ybi[-15 + wnga]) >> (18))) | (((ybi[-15 + wnga]) << (14))))))) ^ (((ybi[-15 + wnga]) >> (3)))); mnji = ((((((((ybi[-2 + wnga]) >> (17))) | (((ybi[-2 + wnga]) << (15))))) ^ (((((ybi[-2 + wnga]) >> (19))) | (((ybi[-2 + wnga]) << (13))))))) ^ (((ybi[-2 + wnga]) >> (10)))); ybi[wnga] = krrh + mnji + ybi[-7 + wnga] + ybi[-16 + wnga]; _m[65160] += 1; } _ui iisq = suli[0]; _ui gmvc = suli[1]; _ui glxe = suli[2]; _ui txkn = suli[3]; _ui jpuj = suli[4]; _ui peqe = suli[5]; _ui nkfw = suli[6]; _ui hcds = suli[7]; for (_si rrpd = 0; rrpd <= 31; rrpd += 1) { krrh = ((((((((iisq) >> (2))) | (((iisq) << (30))))) ^ (((((iisq) >> (13))) | (((iisq) << (19))))))) ^ (((((iisq) >> (22))) | (((iisq) << (10)))))); kcao = ((((((iisq) & (gmvc))) ^ (((iisq) & (glxe))))) ^ (((gmvc) & (glxe)))); qhwy = kcao + krrh; mnji = ((((((((jpuj) >> (6))) | (((jpuj) << (26))))) ^ (((((jpuj) >> (11))) | (((jpuj) << (21))))))) ^ (((((jpuj) >> (25))) | (((jpuj) << (7)))))); ymnl = ((((jpuj) & (peqe))) ^ (((~jpuj) & (nkfw)))); wrju = mnji + ybi[rrpd] + *(((_ui *)(_m + 246160) + rrpd)) + ymnl + hcds; hcds = nkfw; nkfw = peqe; peqe = jpuj; jpuj = txkn + wrju; txkn = glxe; glxe = gmvc; gmvc = iisq; iisq = qhwy + wrju; _m[65161] += 1; } suli[0] += iisq; suli[1] += gmvc; suli[2] += glxe; suli[3] += txkn; suli[4] += jpuj; suli[5] += peqe; suli[6] += nkfw; suli[7] += hcds; } luhp = 0; } } } void dqps(_uc *ptrs, _uc *rbyf) { _ui *txhl = (_ui *)(ptrs + 64); for (_si hjzr = 0; hjzr <= 7; hjzr += 1) { txhl[4 + hjzr] = (((_ui)((rbyf + 4 * hjzr)[0])) + ((((_ui)((rbyf + 4 * hjzr)[1])) << (8))) + ((((_ui)((rbyf + 4 * hjzr)[2])) << (16))) + ((((_ui)((rbyf + 4 * hjzr)[3])) << (24)))); } } void qdbl(_uli *mcjk, _uli *geto) { if (mcjk != geto) { for (_si grsu = 0; grsu <= 12; grsu += 1) { mcjk[grsu] = geto[grsu]; } } } void dvh(_uli *psqp, _uli *yzzm, _uli *hsji) { for (_si wpdi = 0; wpdi <= 12; wpdi += 1) { psqp[wpdi] = hsji[wpdi] + yzzm[wpdi]; } { _si fpta = ynxs(psqp); if (fpta) { { for (_si gsrs = 0; gsrs <= 12; gsrs += 1) { psqp[gsrs] = -psqp[gsrs]; } } } for (_si ryva = 0; ryva <= 11; ryva += 1) { if (((((psqp[ryva]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { psqp[1 + ryva] -= 1; } else { psqp[1 + ryva] += ((psqp[ryva]) >> (47)); }; psqp[ryva] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } psqp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fpta) { { for (_si hrhi = 0; hrhi <= 12; hrhi += 1) { psqp[hrhi] = -psqp[hrhi]; } } } } } void cjqh(_si atty, _uli *etol) { etol[(((atty) / (47)))] &= ((((((_uli)(1)) << ((atty % 47)))) - ((_uli)(1)))); for (_si wnol = 1 + (((atty) / (47))); wnol <= 12; wnol += 1) { etol[wnol] = 0; } } void rmfi(_uli *qqyq) { for (_si jdeo = 0; jdeo <= 43; jdeo += 1) { qqyq[1 + jdeo] += ((qqyq[jdeo]) >> (47)); qqyq[jdeo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qqyq[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void vwiz(_uli *psgs, _uli *ggzm, _uli *dxin, _uli *jgfy) { bvum(ggzm, dxin, jgfy); _si jzqk; { jzqk = 0; _uli nblj = 19; for (_si abkf = 12; abkf >= 0; abkf -= 1) { if (ggzm[abkf] != 0) { jzqk = ((((ggzm[abkf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jzqk) { { for (_si chpi = 0; chpi <= 12; chpi += 1) { ggzm[chpi] = ggzm[chpi] + psgs[chpi]; } { _si aoon; { aoon = 0; _uli qjvq = 19; for (_si jhcf = 12; jhcf >= 0; jhcf -= 1) { if (ggzm[jhcf] != 0) { aoon = ((((ggzm[jhcf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (aoon) { { for (_si bvop = 0; bvop <= 12; bvop += 1) { ggzm[bvop] = -ggzm[bvop]; } } } for (_si ovrq = 0; ovrq <= 11; ovrq += 1) { if (((((ggzm[ovrq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ggzm[1 + ovrq] -= 1; } else { ggzm[1 + ovrq] += ((ggzm[ovrq]) >> (47)); }; ggzm[ovrq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ggzm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (aoon) { { for (_si qsbo = 0; qsbo <= 12; qsbo += 1) { ggzm[qsbo] = -ggzm[qsbo]; } } } } } } } void awge(_ui *apqz, _si hjgs, _si fpjg, _si fmqn, _si hfuu) { apqz[hjgs] += apqz[fpjg]; apqz[hfuu] ^= apqz[hjgs]; apqz[hfuu] = ((((apqz[hfuu]) << (16))) | (((apqz[hfuu]) >> (16)))); apqz[fmqn] += apqz[hfuu]; apqz[fpjg] ^= apqz[fmqn]; apqz[fpjg] = ((((apqz[fpjg]) << (12))) | (((apqz[fpjg]) >> (20)))); apqz[hjgs] += apqz[fpjg]; apqz[hfuu] ^= apqz[hjgs]; apqz[hfuu] = ((((apqz[hfuu]) << (8))) | (((apqz[hfuu]) >> (24)))); apqz[fmqn] += apqz[hfuu]; apqz[fpjg] ^= apqz[fmqn]; apqz[fpjg] = ((((apqz[fpjg]) << (7))) | (((apqz[fpjg]) >> (25)))); } void wclm(_ui *yjed, _si tnei, _si bhsr, _si lhmj, _si rmvo) { yjed[tnei] += yjed[bhsr]; yjed[rmvo] ^= yjed[tnei]; yjed[rmvo] = ((((yjed[rmvo]) << (16))) | (((yjed[rmvo]) >> (16)))); yjed[lhmj] += yjed[rmvo]; yjed[bhsr] ^= yjed[lhmj]; yjed[bhsr] = ((((yjed[bhsr]) << (12))) | (((yjed[bhsr]) >> (20)))); yjed[tnei] += yjed[bhsr]; yjed[rmvo] ^= yjed[tnei]; yjed[rmvo] = ((((yjed[rmvo]) << (8))) | (((yjed[rmvo]) >> (24)))); yjed[lhmj] += yjed[rmvo]; yjed[bhsr] ^= yjed[lhmj]; yjed[bhsr] = ((((yjed[bhsr]) << (7))) | (((yjed[bhsr]) >> (25)))); } void oihy(_uli *mmbo, _uli *axdh) { _uli *puaq = ltai(); _uli *tdru = lej(); for (_si qbng = 0; qbng <= 12; qbng += 1) { puaq[qbng] = ((axdh[qbng]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tdru[qbng] = ((axdh[qbng]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dhmp = 0; dhmp <= 12; dhmp += 1) { mmbo[dhmp] = 0; } } for (_si cmmw = 0; cmmw <= (-1 + (((13) >> (1)))); cmmw += 1) { for (_si bvch = 0; bvch <= (-1 + (((13) >> (1)))); bvch += 1) { _uli dfue = puaq[cmmw] * tdru[bvch] + puaq[bvch] * tdru[cmmw]; _uli gqit = puaq[cmmw] * puaq[bvch]; _uli ouei = tdru[cmmw] * tdru[bvch]; _uli lcry = ((mmbo[bvch + cmmw]) + (gqit) + (((((dfue) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lcry < gqit) { ouei += 1; } _uli scai = ((((dfue) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ouei) << ((-47 + (((sizeof(_uli)) << (3)))))))); mmbo[bvch + cmmw] = lcry; mmbo[1 + bvch + cmmw] += scai; } ugwt(mmbo); } ndxx(puaq); mccb(tdru); } _si jpjb(_uli *rzcn) { _si kcuw = 0; _uli dnnp = 19; for (_si ydfb = 44; ydfb >= 0; ydfb -= 1) { if (rzcn[ydfb] != 0) { kcuw = ((((rzcn[ydfb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return kcuw; } void fqss(_ui *lict, _si ggtb, _si pggc, _si idio, _si bfzl) { lict[ggtb] += lict[pggc]; lict[bfzl] ^= lict[ggtb]; lict[bfzl] = ((((lict[bfzl]) << (16))) | (((lict[bfzl]) >> (16)))); lict[idio] += lict[bfzl]; lict[pggc] ^= lict[idio]; lict[pggc] = ((((lict[pggc]) << (12))) | (((lict[pggc]) >> (20)))); lict[ggtb] += lict[pggc]; lict[bfzl] ^= lict[ggtb]; lict[bfzl] = ((((lict[bfzl]) << (8))) | (((lict[bfzl]) >> (24)))); lict[idio] += lict[bfzl]; lict[pggc] ^= lict[idio]; lict[pggc] = ((((lict[pggc]) << (7))) | (((lict[pggc]) >> (25)))); } _uli *fbiq() { ; _uli *btwb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; btwb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return btwb; } void okti(_si msvh, _uli *dpfc) { dpfc[(((msvh) / (47)))] &= ((((((_uli)(1)) << ((msvh % 47)))) - ((_uli)(1)))); for (_si purg = 1 + (((msvh) / (47))); purg <= 12; purg += 1) { dpfc[purg] = 0; } } void ouqo(_uc *atye, _uc *rknq, _uc *voik, _si cxmq) { { hdrq(atye, rknq); _ui *cozm = (_ui *)(atye + 64); _ui *honb = (_ui *)(atye + 128); for (_si mucm = 0; mucm <= 3; mucm += 1) { cozm[mucm] = (((_ui)(((_uc *)(_m + 48146) + 4 * mucm)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mucm)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mucm)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mucm)[3])) << (24)))); } for (_si mika = 0; mika <= 3; mika += 1) { cozm[12 + mika] = 0; _m[65162] += 1; } honb[0] = 3904225602; } { _ui *hunc = (_ui *)(atye + 0); _ui *zlyg = (_ui *)(atye + 128); _uc *bmkf = (_uc *)(hunc); for (_si vglk = 0; vglk <= (-1 + cxmq); vglk += 1) { if (zlyg[0] >= 64) { { _ui *ixhl = (_ui *)(atye + 0); _ui *gpbe = (_ui *)(atye + 64); for (_si wpkn = 0; wpkn <= 15; wpkn += 1) { ixhl[wpkn] = gpbe[wpkn]; } for (_si xld = 0; xld <= 9; xld += 1) { rpti(ixhl, 0, 4, 8, 12); pjcq(ixhl, 1, 5, 9, 13); tosj(ixhl, 2, 6, 10, 14); { ixhl[3] += ixhl[7]; ixhl[15] ^= ixhl[3]; ixhl[15] = ((((ixhl[15]) << (16))) | (((ixhl[15]) >> (16)))); ixhl[11] += ixhl[15]; ixhl[7] ^= ixhl[11]; ixhl[7] = ((((ixhl[7]) << (12))) | (((ixhl[7]) >> (20)))); ixhl[3] += ixhl[7]; ixhl[15] ^= ixhl[3]; ixhl[15] = ((((ixhl[15]) << (8))) | (((ixhl[15]) >> (24)))); ixhl[11] += ixhl[15]; ixhl[7] ^= ixhl[11]; ixhl[7] = ((((ixhl[7]) << (7))) | (((ixhl[7]) >> (25)))); } { ixhl[0] += ixhl[5]; ixhl[15] ^= ixhl[0]; ixhl[15] = ((((ixhl[15]) << (16))) | (((ixhl[15]) >> (16)))); ixhl[10] += ixhl[15]; ixhl[5] ^= ixhl[10]; ixhl[5] = ((((ixhl[5]) << (12))) | (((ixhl[5]) >> (20)))); ixhl[0] += ixhl[5]; ixhl[15] ^= ixhl[0]; ixhl[15] = ((((ixhl[15]) << (8))) | (((ixhl[15]) >> (24)))); ixhl[10] += ixhl[15]; ixhl[5] ^= ixhl[10]; ixhl[5] = ((((ixhl[5]) << (7))) | (((ixhl[5]) >> (25)))); } { ixhl[1] += ixhl[6]; ixhl[12] ^= ixhl[1]; ixhl[12] = ((((ixhl[12]) << (16))) | (((ixhl[12]) >> (16)))); ixhl[11] += ixhl[12]; ixhl[6] ^= ixhl[11]; ixhl[6] = ((((ixhl[6]) << (12))) | (((ixhl[6]) >> (20)))); ixhl[1] += ixhl[6]; ixhl[12] ^= ixhl[1]; ixhl[12] = ((((ixhl[12]) << (8))) | (((ixhl[12]) >> (24)))); ixhl[11] += ixhl[12]; ixhl[6] ^= ixhl[11]; ixhl[6] = ((((ixhl[6]) << (7))) | (((ixhl[6]) >> (25)))); } { ixhl[2] += ixhl[7]; ixhl[13] ^= ixhl[2]; ixhl[13] = ((((ixhl[13]) << (16))) | (((ixhl[13]) >> (16)))); ixhl[8] += ixhl[13]; ixhl[7] ^= ixhl[8]; ixhl[7] = ((((ixhl[7]) << (12))) | (((ixhl[7]) >> (20)))); ixhl[2] += ixhl[7]; ixhl[13] ^= ixhl[2]; ixhl[13] = ((((ixhl[13]) << (8))) | (((ixhl[13]) >> (24)))); ixhl[8] += ixhl[13]; ixhl[7] ^= ixhl[8]; ixhl[7] = ((((ixhl[7]) << (7))) | (((ixhl[7]) >> (25)))); } { ixhl[3] += ixhl[4]; ixhl[14] ^= ixhl[3]; ixhl[14] = ((((ixhl[14]) << (16))) | (((ixhl[14]) >> (16)))); ixhl[9] += ixhl[14]; ixhl[4] ^= ixhl[9]; ixhl[4] = ((((ixhl[4]) << (12))) | (((ixhl[4]) >> (20)))); ixhl[3] += ixhl[4]; ixhl[14] ^= ixhl[3]; ixhl[14] = ((((ixhl[14]) << (8))) | (((ixhl[14]) >> (24)))); ixhl[9] += ixhl[14]; ixhl[4] ^= ixhl[9]; ixhl[4] = ((((ixhl[4]) << (7))) | (((ixhl[4]) >> (25)))); } _m[65163] += 1; } for (_si cgxq = 0; cgxq <= 15; cgxq += 1) { ixhl[cgxq] += gpbe[cgxq]; } gpbe[12] += 1; if (gpbe[12] == 0) { gpbe[13] += 1; } } zlyg[0] = 0; } voik[vglk] ^= bmkf[zlyg[0]]; zlyg[0] += 1; } } } _si gzr(_uli *hlmd) { _si ofv = -1; for (_si cww = 12; cww >= 0; cww -= 1) { if (hlmd[cww] != 0) { ofv = cww; break; } } return ofv; } void gfmz(_uli *hzup) { _uc *zfcq = (_uc *)(hzup); for (_si knoz = 0; knoz <= 360; knoz += 1) { zfcq[knoz] = (_uc)(1 + zfcq[knoz]) * (_uc)(255 + zfcq[1 + knoz]); } zfcq[361] = 0; } _uli *pguw() { ; _uli *fwvf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; fwvf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return fwvf; } void enkn(_uli *zdjx, _uli *qsxc, _uli *mmjc, _uli *zdqf) { mdbs(qsxc, mmjc, zdqf); _si pioz = pkvv(qsxc, zdjx); if (!pioz) { { for (_si tmqy = 0; tmqy <= 12; tmqy += 1) { qsxc[tmqy] = qsxc[tmqy] - zdjx[tmqy]; } { _si ysul = uhgs(qsxc); if (ysul) { { for (_si jcr = 0; jcr <= 12; jcr += 1) { qsxc[jcr] = -qsxc[jcr]; } } } for (_si lusi = 0; lusi <= 11; lusi += 1) { if (((((qsxc[lusi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qsxc[1 + lusi] -= 1; } else { qsxc[1 + lusi] += ((qsxc[lusi]) >> (47)); }; qsxc[lusi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qsxc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ysul) { { for (_si wgfp = 0; wgfp <= 12; wgfp += 1) { qsxc[wgfp] = -qsxc[wgfp]; } } } } } } } void tpip(_uli *rxth, _uli *wkhg, _uli *yujq) { for (_si ahlt = 0; ahlt <= 12; ahlt += 1) { rxth[ahlt] = wkhg[ahlt] + yujq[ahlt]; } upjg(rxth); } void vfpf(_uc *ozhl, _uc *lnwh, _si laza) { _uc *jfvr = (_uc *)(ozhl + 0); _uli *rdax = (_uli *)(ozhl + 352); _si wzaa = (_si)(((rdax[0]) & (63))); rdax[0] += laza; for (_si ilxj = 0; ilxj <= (-1 + laza); ilxj += 1) { jfvr[wzaa] = lnwh[ilxj]; wzaa += 1; if (wzaa == 64) { hmmo(ozhl); wzaa = 0; } } } void tjrt(_uc *jgvk) { _uc *nisa = (_uc *)(jgvk + 0); _ui *kzlv = (_ui *)(jgvk + 64); _ui *phxm = (_ui *)(jgvk + 96); _si ukhx = 0; _ui gelu = 0; _ui nkzl = 0; _ui bpqw = 0; _ui lbsa = 0; _ui gock = 0; _ui hkwz = 0; for (_si ytfj = 0; ytfj <= 15; ytfj += 1) { phxm[ytfj] = (((((((((_ui)(nisa[ukhx])) << (24))) | ((((_ui)(nisa[1 + ukhx])) << (16))))) | ((((_ui)(nisa[2 + ukhx])) << (8))))) | ((_ui)(nisa[3 + ukhx]))); ukhx += 4; } for (_si aexs = 16; aexs <= 31; aexs += 1) { gelu = ((((((((phxm[-15 + aexs]) >> (7))) | (((phxm[-15 + aexs]) << (25))))) ^ (((((phxm[-15 + aexs]) >> (18))) | (((phxm[-15 + aexs]) << (14))))))) ^ (((phxm[-15 + aexs]) >> (3)))); lbsa = ((((((((phxm[-2 + aexs]) >> (17))) | (((phxm[-2 + aexs]) << (15))))) ^ (((((phxm[-2 + aexs]) >> (19))) | (((phxm[-2 + aexs]) << (13))))))) ^ (((phxm[-2 + aexs]) >> (10)))); phxm[aexs] = gelu + lbsa + phxm[-7 + aexs] + phxm[-16 + aexs]; _m[65160] += 1; } _ui ymhp = kzlv[0]; _ui rdui = kzlv[1]; _ui ksen = kzlv[2]; _ui lkpx = kzlv[3]; _ui cuul = kzlv[4]; _ui hhjj = kzlv[5]; _ui svvs = kzlv[6]; _ui blqx = kzlv[7]; for (_si nfjd = 0; nfjd <= 31; nfjd += 1) { gelu = ((((((((ymhp) >> (2))) | (((ymhp) << (30))))) ^ (((((ymhp) >> (13))) | (((ymhp) << (19))))))) ^ (((((ymhp) >> (22))) | (((ymhp) << (10)))))); nkzl = ((((((ymhp) & (rdui))) ^ (((ymhp) & (ksen))))) ^ (((rdui) & (ksen)))); bpqw = gelu + nkzl; lbsa = ((((((((cuul) >> (6))) | (((cuul) << (26))))) ^ (((((cuul) >> (11))) | (((cuul) << (21))))))) ^ (((((cuul) >> (25))) | (((cuul) << (7)))))); gock = ((((cuul) & (hhjj))) ^ (((~cuul) & (svvs)))); hkwz = blqx + lbsa + gock + phxm[nfjd] + *(((_ui *)(_m + 246160) + nfjd)); blqx = svvs; svvs = hhjj; hhjj = cuul; cuul = hkwz + lkpx; lkpx = ksen; ksen = rdui; rdui = ymhp; ymhp = bpqw + hkwz; _m[65161] += 1; } kzlv[0] += ymhp; kzlv[1] += rdui; kzlv[2] += ksen; kzlv[3] += lkpx; kzlv[4] += cuul; kzlv[5] += hhjj; kzlv[6] += svvs; kzlv[7] += blqx; } void xzqo(_uli *vmce, _uli *taat) { if (vmce != taat) { for (_si jwqr = 0; jwqr <= 12; jwqr += 1) { vmce[jwqr] = taat[jwqr]; } } } void icwu(_uli *nywt, _uli *fnls, _uli *ftbe) { _uli *ofpl = jmgb(); _uli *oejk = kejr(); _uli *ybkx = sdtj(); _uli *enwz = mfxt(); for (_si ouft = 0; ouft <= 12; ouft += 1) { ofpl[ouft] = ((fnls[ouft]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oejk[ouft] = ((fnls[ouft]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ybkx[ouft] = ((ftbe[ouft]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); enwz[ouft] = ((ftbe[ouft]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } cmxm(nywt); for (_si ljmy = 0; ljmy <= (-1 + (((13) >> (1)))); ljmy += 1) { for (_si hhef = 0; hhef <= (-1 + (((13) >> (1)))); hhef += 1) { _uli acnl = enwz[hhef] * ofpl[ljmy] + oejk[ljmy] * ybkx[hhef]; _uli cvpi = ofpl[ljmy] * ybkx[hhef]; _uli twnb = enwz[hhef] * oejk[ljmy]; _uli sobq = ((nywt[hhef + ljmy]) + (cvpi) + (((((acnl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (sobq < cvpi) { twnb += 1; } _uli mxuf = ((((acnl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((twnb) << ((-47 + (((sizeof(_uli)) << (3)))))))); nywt[hhef + ljmy] = sobq; nywt[1 + hhef + ljmy] += mxuf; } { for (_si nbij = 0; nbij <= 11; nbij += 1) { nywt[1 + nbij] += ((nywt[nbij]) >> (47)); nywt[nbij] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nywt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } nish(ofpl); { _uc *mxnt = (_uc *)(oejk); for (_si kgze = 0; kgze <= 360; kgze += 1) { mxnt[kgze] = (_uc)(255 + mxnt[1 + kgze]) * (_uc)(1 + mxnt[kgze]); } mxnt[361] = 0; } fqik(ybkx); { _uc *nmfh = (_uc *)(enwz); for (_si gfuk = 0; gfuk <= 360; gfuk += 1) { nmfh[gfuk] = (_uc)(1 + nmfh[gfuk]) * (_uc)(255 + nmfh[1 + gfuk]); } nmfh[361] = 0; } } void acjh(_uli *hyyw) { for (_si ixtm = 0; ixtm <= 11; ixtm += 1) { hyyw[1 + ixtm] += ((hyyw[ixtm]) >> (47)); hyyw[ixtm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hyyw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ihko(_uli *mqwk, _uli *kmns, _uli *pinc) { _uli *brmi = cxfp(); { { if (mqwk != kmns) { for (_si zioe = 0; zioe <= 12; zioe += 1) { mqwk[zioe] = kmns[zioe]; } } } _si smyx; { smyx = -1; for (_si ikew = 12; ikew >= 0; ikew -= 1) { if (mqwk[ikew] != 0) { smyx = ikew; break; } } } _si ulvy = slvr(pinc); if (smyx >= ulvy) { _si zxdx = 0; _uli kuns = pinc[ulvy]; while (kuns < (((((((_uli)(1)) << (47)))) >> (1)))) { zxdx += 1; kuns <<= 1; } if (ulvy == 0) { zxdx += 47; smyx += 1; ulvy += 1; } if (zxdx > 0) { { _si egur = (zxdx % 47); _si vmjy = ((zxdx) / (47)); _si vunj = -egur + (((sizeof(_uli)) << (3))); if (vmjy >= 13) { { for (_si tuzf = 0; tuzf <= 12; tuzf += 1) { mqwk[tuzf] = 0; } } } else { for (_si endu = 12 - vmjy; endu >= 1; endu -= 1) { mqwk[endu + vmjy] = ((mqwk[endu]) << (egur)); if (vunj < (8 * sizeof(_uli))) { mqwk[endu + vmjy] += ((((mqwk[-1 + endu]) >> (vunj))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } mqwk[vmjy] = ((mqwk[0]) << (egur)); for (_si jblv = -1 + vmjy; jblv >= 0; jblv -= 1) { mqwk[jblv] = 0; } }; ioug(mqwk); } okeo(pinc, zxdx); } _si fpup = smyx - ulvy; kuns = pinc[ulvy]; _uli ukpx = pinc[-1 + ulvy]; for (_si cxwg = fpup; cxwg >= 0; cxwg -= 1) { __uint128_t wykn = mqwk[cxwg + ulvy] + (__uint128_t)(((((_uli)(1)) << (47)))) * mqwk[1 + cxwg + ulvy]; _uli mnbh = 0; __uint128_t cywv = ((wykn) / (kuns)); __uint128_t pbvk = (wykn % kuns); while (cywv == ((((_uli)(1)) << (47))) || (cywv * ukpx) > (mqwk[-1 + cxwg + ulvy] + ((((_uli)(1)) << (47))) * pbvk)) { cywv -= 1; pbvk += kuns; if (pbvk >= ((((_uli)(1)) << (47)))) { break; } } wykn = 0; for (_si ibvs = 0; ibvs <= ulvy; ibvs += 1) { wykn += cywv * pinc[ibvs]; mnbh = mqwk[cxwg + ibvs]; if (wykn > mnbh) { wykn -= mnbh; mnbh = wykn % ((((_uli)(1)) << (47))); wykn = ((wykn) / (((((_uli)(1)) << (47))))); if (mnbh == 0) { mqwk[cxwg + ibvs] = 0; } else { mqwk[cxwg + ibvs] = ((1 + ~(_uli)(mnbh)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); wykn += 1; }; } else { mqwk[cxwg + ibvs] -= wykn; wykn = 0; }; } mnbh = mqwk[1 + cxwg + ulvy]; if (wykn > mnbh) { pinc[1 + cxwg + ulvy] = -1 + cywv; wykn = 0; for (_si yhlb = 0; yhlb <= ulvy; yhlb += 1) { wykn += mqwk[cxwg + yhlb] + pinc[yhlb]; mqwk[cxwg + yhlb] = wykn % ((((_uli)(1)) << (47))); wykn = ((wykn) / (((((_uli)(1)) << (47))))); } } else { pinc[1 + cxwg + ulvy] = cywv; mqwk[1 + cxwg + ulvy] -= wykn; }; } for (_si fimi = 0; fimi <= fpup; fimi += 1) { brmi[fimi] = pinc[1 + fimi + ulvy]; mqwk[1 + fimi + ulvy] = 0; } for (_si vlra = 1 + fpup; vlra <= 12; vlra += 1) { brmi[vlra] = 0; } if (brmi != pinc) { for (_si gqjj = 1 + ulvy; gqjj <= (1 + smyx); gqjj += 1) { pinc[gqjj] = 0; } if (zxdx > 0) { { _si ssrd = (zxdx % 47); _si pned = ((zxdx) / (47)); _si xpdr = zxdx; if (xpdr > (8 * sizeof(_uli))) { xpdr = -1; } if (pned >= 13) { { for (_si vzak = 0; vzak <= 12; vzak += 1) { pinc[vzak] = 0; } } } else { _uli cagz = (((((_uli)(1)) << (ssrd))) - ((_uli)(1))); if (xpdr < 0) { pinc[0] = 0; } else { pinc[0] = ((((pinc[0]) & (~cagz))) >> (xpdr)); }; if (pned != 0) { pinc[0] += ((((pinc[pned]) & (~cagz))) >> (ssrd)); } for (_si saua = 1; saua <= (12 - pned); saua += 1) { pinc[-1 + saua] += ((((((pinc[pned + saua]) & (cagz))) << (-ssrd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pinc[saua] = ((((pinc[pned + saua]) & (~cagz))) >> (ssrd)); } for (_si knhn = 13 - pned; knhn <= 12; knhn += 1) { pinc[knhn] = 0; } }; } } } if (zxdx > 0) { { _si urer = (zxdx % 47); _si wqvh = ((zxdx) / (47)); _si rpir = zxdx; if (rpir > (8 * sizeof(_uli))) { rpir = -1; } if (wqvh >= 13) { { for (_si sggg = 0; sggg <= 12; sggg += 1) { mqwk[sggg] = 0; } } } else { _uli rdlp = (((((_uli)(1)) << (urer))) - ((_uli)(1))); if (rpir < 0) { mqwk[0] = 0; } else { mqwk[0] = ((((mqwk[0]) & (~rdlp))) >> (rpir)); }; if (wqvh != 0) { mqwk[0] += ((((mqwk[wqvh]) & (~rdlp))) >> (urer)); } for (_si uzcb = 1; uzcb <= (12 - wqvh); uzcb += 1) { mqwk[-1 + uzcb] += ((((((mqwk[uzcb + wqvh]) & (rdlp))) << (-urer + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); mqwk[uzcb] = ((((mqwk[uzcb + wqvh]) & (~rdlp))) >> (urer)); } for (_si nkbz = 13 - wqvh; nkbz <= 12; nkbz += 1) { mqwk[nkbz] = 0; } }; } } } } { _uc *tdqc = (_uc *)(brmi); for (_si cyky = 0; cyky <= 360; cyky += 1) { tdqc[cyky] = (_uc)(1 + tdqc[cyky]) * (_uc)(255 + tdqc[1 + cyky]); } tdqc[361] = 0; } } _si tcqo(_uli *qle) { _si fkix = 0; _uli hbt = 19; for (_si uasl = 44; uasl >= 0; uasl -= 1) { if (qle[uasl] != 0) { fkix = ((((qle[uasl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return fkix; } void unmx(_uli *krhz, _si zpem) { _si zywb = (zpem % 47); _si qekt = ((zpem) / (47)); _si wcnb = zpem; if (wcnb > (8 * sizeof(_uli))) { wcnb = -1; } if (qekt >= 13) { { for (_si wjnx = 0; wjnx <= 12; wjnx += 1) { krhz[wjnx] = 0; } } } else { _uli wexs = (((((_uli)(1)) << (zywb))) - ((_uli)(1))); if (wcnb < 0) { krhz[0] = 0; } else { krhz[0] = ((((krhz[0]) & (~wexs))) >> (wcnb)); }; if (qekt != 0) { krhz[0] += ((((krhz[qekt]) & (~wexs))) >> (zywb)); } for (_si sgzf = 1; sgzf <= (12 - qekt); sgzf += 1) { krhz[-1 + sgzf] += ((((((krhz[qekt + sgzf]) & (wexs))) << (-zywb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); krhz[sgzf] = ((((krhz[qekt + sgzf]) & (~wexs))) >> (zywb)); } for (_si korf = 13 - qekt; korf <= 12; korf += 1) { krhz[korf] = 0; } }; } void skac(_uli *abpl, _uli *gtne) { _uli *zttk = wpkw(); _uli *mcnz = zgns(); for (_si biyy = 0; biyy <= 12; biyy += 1) { zttk[biyy] = ((gtne[biyy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mcnz[biyy] = ((gtne[biyy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si akeu = 0; akeu <= 12; akeu += 1) { abpl[akeu] = 0; } } for (_si sbro = 0; sbro <= (-1 + (((13) >> (1)))); sbro += 1) { for (_si choq = 0; choq <= (-1 + (((13) >> (1)))); choq += 1) { _uli qjju = mcnz[choq] * zttk[sbro] + mcnz[sbro] * zttk[choq]; _uli hovp = zttk[choq] * zttk[sbro]; _uli zooa = mcnz[choq] * mcnz[sbro]; _uli fihy = ((abpl[choq + sbro]) + (hovp) + (((((qjju) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fihy < hovp) { zooa += 1; } _uli gpta = ((((qjju) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zooa) << ((-47 + (((sizeof(_uli)) << (3)))))))); abpl[choq + sbro] = fihy; abpl[1 + choq + sbro] += gpta; } wnox(abpl); } cdgz(zttk); ijhr(mcnz); } void qtgi(_uli *bcwc, _uli *vyjy) { if (bcwc != vyjy) { for (_si imvl = 0; imvl <= 12; imvl += 1) { bcwc[imvl] = vyjy[imvl]; } } } _si ebes(_uli *hoge) { _si lrqb = 0; _uli qhlu = 19; for (_si omx = 12; omx >= 0; omx -= 1) { if (hoge[omx] != 0) { lrqb = ((((hoge[omx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lrqb; } void hmui(_uli *etko) { _uc *xpog = (_uc *)(etko); for (_si pqwh = 0; pqwh <= 360; pqwh += 1) { xpog[pqwh] = (_uc)(1 + xpog[pqwh]) * (_uc)(255 + xpog[1 + pqwh]); } xpog[361] = 0; } void bcmb(_uli *ausj) { _uc *hsan = (_uc *)(ausj); for (_si idzu = 0; idzu <= 360; idzu += 1) { hsan[idzu] = (_uc)(255 + hsan[1 + idzu]) * (_uc)(1 + hsan[idzu]); } hsan[361] = 0; } void pwcq(_si ivss, _uli *ssra, _uli *ftpn, _uli *pfjk, _uli *fcul) { nzdd(pfjk, fcul); { _uli *hsz = kbpj(); { if (hsz != pfjk) { for (_si haab = 0; haab <= 12; haab += 1) { hsz[haab] = pfjk[haab]; } } } { ; } nyqj(ivss, pfjk); pnzl(pfjk, pfjk, ftpn); { pfjk[(((ivss) / (47)))] &= ((((((_uli)(1)) << ((ivss % 47)))) - ((_uli)(1)))); for (_si mebo = 1 + (((ivss) / (47))); mebo <= 12; mebo += 1) { pfjk[mebo] = 0; } } opxg(pfjk, pfjk, ssra); { for (_si zpwq = 0; zpwq <= 12; zpwq += 1) { pfjk[zpwq] = hsz[zpwq] + pfjk[zpwq]; } gtlv(pfjk); } vocy(pfjk, ivss); zwtx(hsz, pfjk, ssra); _si fzam; { fzam = 0; _uli kcit = 19; for (_si gwvj = 12; gwvj >= 0; gwvj -= 1) { if (hsz[gwvj] != 0) { fzam = ((((hsz[gwvj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!fzam) { { if (pfjk != hsz) { for (_si shr = 0; shr <= 12; shr += 1) { pfjk[shr] = hsz[shr]; } } } } { _uc *ibma = (_uc *)(hsz); for (_si gzzd = 0; gzzd <= 360; gzzd += 1) { ibma[gzzd] = (_uc)(255 + ibma[1 + gzzd]) * (_uc)(1 + ibma[gzzd]); } ibma[361] = 0; } } } _si zdtu(_uli *umbl) { _si omyw = 0; _uli ymln = 19; for (_si womb = 12; womb >= 0; womb -= 1) { if (umbl[womb] != 0) { omyw = ((((umbl[womb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return omyw; } void epxx(_uli *hsqp, _uli *foud, _uli *jezi, _uli *fngl, _uli *yuyq) { _uli *qusj = bbs(); _uli *jipu = heyy(); _uli *kltl = fbiq(); _uli *hhwf = ieys(); _uli *abln = hkio(); _uli *lssq = qvtm(); _si rhgj = 0; while (1) { _si qehv = (fngl[0] % 2) == 0; _si jrsh = (yuyq[0] % 2) == 0; if (!(qehv && jrsh)) { break; } rhgj += 1; { _si fqiu = 1; _si qjcv = 0; _si xmku = 1; if (xmku > (8 * sizeof(_uli))) { xmku = -1; } if (qjcv >= 13) { { for (_si rttq = 0; rttq <= 12; rttq += 1) { fngl[rttq] = 0; } } } else { _uli eezh = (((((_uli)(1)) << (fqiu))) - ((_uli)(1))); if (xmku < 0) { fngl[0] = 0; } else { fngl[0] = ((((fngl[0]) & (~eezh))) >> (xmku)); }; if (qjcv != 0) { fngl[0] += ((((fngl[qjcv]) & (~eezh))) >> (fqiu)); } for (_si gtqz = 1; gtqz <= (12 - qjcv); gtqz += 1) { fngl[-1 + gtqz] += ((((((fngl[gtqz + qjcv]) & (eezh))) << (-fqiu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fngl[gtqz] = ((((fngl[gtqz + qjcv]) & (~eezh))) >> (fqiu)); } for (_si rbdt = 13 - qjcv; rbdt <= 12; rbdt += 1) { fngl[rbdt] = 0; } }; } dbpm(yuyq, 1); } { if (abln != fngl) { for (_si spfw = 0; spfw <= 12; spfw += 1) { abln[spfw] = fngl[spfw]; } } } { if (hsqp != yuyq) { for (_si bkrr = 0; bkrr <= 12; bkrr += 1) { hsqp[bkrr] = yuyq[bkrr]; } } } qvpx(qusj, 1); { for (_si dogy = 0; dogy <= 12; dogy += 1) { jipu[dogy] = 0; } } { for (_si yoeq = 0; yoeq <= 12; yoeq += 1) { kltl[yoeq] = 0; } } { hhwf[0] = 1; for (_si trle = 1; trle <= 12; trle += 1) { hhwf[trle] = 0; } } while (1) { while (1) { _si tvzj = (abln[0] % 2) == 0; if (!tvzj) { break; } gjce(abln, 1); _si nhkq = (qusj[0] % 2) == 0; _si vrtg = (jipu[0] % 2) == 0; if (!nhkq || !vrtg) { { for (_si sjno = 0; sjno <= 12; sjno += 1) { qusj[sjno] = qusj[sjno] + yuyq[sjno]; } gcgz(qusj); } { for (_si chmx = 0; chmx <= 12; chmx += 1) { jipu[chmx] = -fngl[chmx] + jipu[chmx]; } ngp(jipu); } } { _si sble; { sble = 0; _uli nzej = 19; for (_si fudg = 12; fudg >= 0; fudg -= 1) { if (qusj[fudg] != 0) { sble = ((((qusj[fudg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (sble) { { for (_si qkqm = 0; qkqm <= 12; qkqm += 1) { qusj[qkqm] = -qusj[qkqm]; } } } giqi(qusj, 1); if (sble) { { for (_si auhy = 0; auhy <= 12; auhy += 1) { qusj[auhy] = -qusj[auhy]; } } } } { _si gita; { gita = 0; _uli mcgq = 19; for (_si iocd = 12; iocd >= 0; iocd -= 1) { if (jipu[iocd] != 0) { gita = ((((jipu[iocd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gita) { { for (_si frrm = 0; frrm <= 12; frrm += 1) { jipu[frrm] = -jipu[frrm]; } } } { _si epki = 1; _si fglj = 0; _si qgjt = 1; if (qgjt > (8 * sizeof(_uli))) { qgjt = -1; } if (fglj >= 13) { { for (_si hvet = 0; hvet <= 12; hvet += 1) { jipu[hvet] = 0; } } } else { _uli nndu = (((((_uli)(1)) << (epki))) - ((_uli)(1))); if (qgjt < 0) { jipu[0] = 0; } else { jipu[0] = ((((jipu[0]) & (~nndu))) >> (qgjt)); }; if (fglj != 0) { jipu[0] += ((((jipu[fglj]) & (~nndu))) >> (epki)); } for (_si jjxp = 1; jjxp <= (12 - fglj); jjxp += 1) { jipu[-1 + jjxp] += ((((((jipu[fglj + jjxp]) & (nndu))) << (-epki + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jipu[jjxp] = ((((jipu[fglj + jjxp]) & (~nndu))) >> (epki)); } for (_si ymvp = 13 - fglj; ymvp <= 12; ymvp += 1) { jipu[ymvp] = 0; } }; } if (gita) { { for (_si igjs = 0; igjs <= 12; igjs += 1) { jipu[igjs] = -jipu[igjs]; } } } } } while (1) { _si sjie = (hsqp[0] % 2) == 0; if (!sjie) { break; } { _si okhx = 1; _si cuqq = 0; _si udcf = 1; if (udcf > (8 * sizeof(_uli))) { udcf = -1; } if (cuqq >= 13) { gcpu(hsqp); } else { _uli dmya = (((((_uli)(1)) << (okhx))) - ((_uli)(1))); if (udcf < 0) { hsqp[0] = 0; } else { hsqp[0] = ((((hsqp[0]) & (~dmya))) >> (udcf)); }; if (cuqq != 0) { hsqp[0] += ((((hsqp[cuqq]) & (~dmya))) >> (okhx)); } for (_si dfob = 1; dfob <= (12 - cuqq); dfob += 1) { hsqp[-1 + dfob] += ((((((hsqp[cuqq + dfob]) & (dmya))) << (-okhx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hsqp[dfob] = ((((hsqp[cuqq + dfob]) & (~dmya))) >> (okhx)); } for (_si pfra = 13 - cuqq; pfra <= 12; pfra += 1) { hsqp[pfra] = 0; } }; } _si vkic = (kltl[0] % 2) == 0; _si bwbr = (hhwf[0] % 2) == 0; if (!vkic || !bwbr) { nmnt(kltl, kltl, yuyq); { for (_si obil = 0; obil <= 12; obil += 1) { hhwf[obil] = -fngl[obil] + hhwf[obil]; } skge(hhwf); } } wtsu(kltl, 1); dcbv(hhwf, 1); } { for (_si hdpj = 0; hdpj <= 12; hdpj += 1) { lssq[hdpj] = abln[hdpj] - hsqp[hdpj]; } pxam(lssq); } _si ebfn = vrvf(lssq); if (ebfn) { wbry(hsqp, lssq); { for (_si xvqq = 0; xvqq <= 12; xvqq += 1) { kltl[xvqq] = kltl[xvqq] - qusj[xvqq]; } oeqk(kltl); } zwtn(hhwf, hhwf, jipu); } else { { if (abln != lssq) { for (_si qdqu = 0; qdqu <= 12; qdqu += 1) { abln[qdqu] = lssq[qdqu]; } } } whgi(qusj, qusj, kltl); { for (_si nwfp = 0; nwfp <= 12; nwfp += 1) { jipu[nwfp] = -hhwf[nwfp] + jipu[nwfp]; } qmbh(jipu); } }; _si nush = hswa(abln); if (nush) { break; } } jsgd(foud, kltl); { if (jezi != hhwf) { for (_si wjnv = 0; wjnv <= 12; wjnv += 1) { jezi[wjnv] = hhwf[wjnv]; } } } if (rhgj > 0) { ztki(hsqp, rhgj); cmlu(fngl, rhgj); { _si owvh = (rhgj % 47); _si rfst = ((rhgj) / (47)); _si geve = -owvh + (((sizeof(_uli)) << (3))); if (rfst >= 13) { { for (_si ydmh = 0; ydmh <= 12; ydmh += 1) { yuyq[ydmh] = 0; } } } else { for (_si lgfa = 12 - rfst; lgfa >= 1; lgfa -= 1) { yuyq[lgfa + rfst] = ((yuyq[lgfa]) << (owvh)); if (geve < (8 * sizeof(_uli))) { yuyq[lgfa + rfst] += ((((yuyq[-1 + lgfa]) >> (geve))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } yuyq[rfst] = ((yuyq[0]) << (owvh)); for (_si pdeh = -1 + rfst; pdeh >= 0; pdeh -= 1) { yuyq[pdeh] = 0; } }; { for (_si dplc = 0; dplc <= 11; dplc += 1) { yuyq[1 + dplc] += ((yuyq[dplc]) >> (47)); yuyq[dplc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yuyq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } vpra(qusj); hjjd(jipu); { _uc *bron = (_uc *)(kltl); for (_si grcp = 0; grcp <= 360; grcp += 1) { bron[grcp] = (_uc)(1 + bron[grcp]) * (_uc)(255 + bron[1 + grcp]); } bron[361] = 0; } { _uc *nrcn = (_uc *)(hhwf); for (_si dyhe = 0; dyhe <= 360; dyhe += 1) { nrcn[dyhe] = (_uc)(1 + nrcn[dyhe]) * (_uc)(255 + nrcn[1 + dyhe]); } nrcn[361] = 0; } { _uc *xgci = (_uc *)(abln); for (_si euch = 0; euch <= 360; euch += 1) { xgci[euch] = (_uc)(1 + xgci[euch]) * (_uc)(255 + xgci[1 + euch]); } xgci[361] = 0; } { _uc *cquo = (_uc *)(lssq); for (_si qngv = 0; qngv <= 360; qngv += 1) { cquo[qngv] = (_uc)(255 + cquo[1 + qngv]) * (_uc)(1 + cquo[qngv]); } cquo[361] = 0; } } void bswj(_uli *vbrq) { _uc *mkyq = (_uc *)(vbrq); for (_si ojni = 0; ojni <= 360; ojni += 1) { mkyq[ojni] = (_uc)(255 + mkyq[1 + ojni]) * (_uc)(1 + mkyq[ojni]); } mkyq[361] = 0; } void eohi(_uli *rwlo, _si vohm) { _si sejt = (vohm % 47); _si sxrx = ((vohm) / (47)); _si aylc = vohm; if (aylc > (8 * sizeof(_uli))) { aylc = -1; } if (sxrx >= 13) { { for (_si xjzo = 0; xjzo <= 12; xjzo += 1) { rwlo[xjzo] = 0; } } } else { _uli ldij = (((((_uli)(1)) << (sejt))) - ((_uli)(1))); if (aylc < 0) { rwlo[0] = 0; } else { rwlo[0] = ((((rwlo[0]) & (~ldij))) >> (aylc)); }; if (sxrx != 0) { rwlo[0] += ((((rwlo[sxrx]) & (~ldij))) >> (sejt)); } for (_si cdzk = 1; cdzk <= (12 - sxrx); cdzk += 1) { rwlo[-1 + cdzk] += ((((((rwlo[cdzk + sxrx]) & (ldij))) << (-sejt + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rwlo[cdzk] = ((((rwlo[cdzk + sxrx]) & (~ldij))) >> (sejt)); } for (_si oll = 13 - sxrx; oll <= 12; oll += 1) { rwlo[oll] = 0; } }; } void sjin(_ui *efq, _si woan, _si pcw, _si cizv, _si rlk) { efq[woan] += efq[pcw]; efq[rlk] ^= efq[woan]; efq[rlk] = ((((efq[rlk]) << (16))) | (((efq[rlk]) >> (16)))); efq[cizv] += efq[rlk]; efq[pcw] ^= efq[cizv]; efq[pcw] = ((((efq[pcw]) << (12))) | (((efq[pcw]) >> (20)))); efq[woan] += efq[pcw]; efq[rlk] ^= efq[woan]; efq[rlk] = ((((efq[rlk]) << (8))) | (((efq[rlk]) >> (24)))); efq[cizv] += efq[rlk]; efq[pcw] ^= efq[cizv]; efq[pcw] = ((((efq[pcw]) << (7))) | (((efq[pcw]) >> (25)))); } void gro(_uc *fefw, _uc *ktw) { _ui *bulf = (_ui *)(fefw + 64); for (_si pxx = 0; pxx <= 7; pxx += 1) { bulf[4 + pxx] = (((_ui)((ktw + 4 * pxx)[0])) + ((((_ui)((ktw + 4 * pxx)[1])) << (8))) + ((((_ui)((ktw + 4 * pxx)[2])) << (16))) + ((((_ui)((ktw + 4 * pxx)[3])) << (24)))); } } void hagv(_uli *vthd, _si pqmx) { _si ucvk = (pqmx % 47); _si molf = ((pqmx) / (47)); _si jvfa = pqmx; if (jvfa > (8 * sizeof(_uli))) { jvfa = -1; } if (molf >= 13) { { for (_si disj = 0; disj <= 12; disj += 1) { vthd[disj] = 0; } } } else { _uli rwsh = (((((_uli)(1)) << (ucvk))) - ((_uli)(1))); if (jvfa < 0) { vthd[0] = 0; } else { vthd[0] = ((((vthd[0]) & (~rwsh))) >> (jvfa)); }; if (molf != 0) { vthd[0] += ((((vthd[molf]) & (~rwsh))) >> (ucvk)); } for (_si dcms = 1; dcms <= (12 - molf); dcms += 1) { vthd[-1 + dcms] += ((((((vthd[dcms + molf]) & (rwsh))) << (-ucvk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vthd[dcms] = ((((vthd[dcms + molf]) & (~rwsh))) >> (ucvk)); } for (_si neuz = 13 - molf; neuz <= 12; neuz += 1) { vthd[neuz] = 0; } }; } void twbx(_uli *rgyq, _uli *fzq, _uli *jxmq) { _uli *rznq = wfdc(); _uli *zzxz = gdxm(); _uli *lknz = ijfe(); _uli *ycns = cepk(); for (_si bhna = 0; bhna <= 12; bhna += 1) { rznq[bhna] = ((fzq[bhna]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zzxz[bhna] = ((fzq[bhna]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lknz[bhna] = ((jxmq[bhna]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ycns[bhna] = ((jxmq[bhna]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wsme = 0; wsme <= 12; wsme += 1) { rgyq[wsme] = 0; } } for (_si zuuk = 0; zuuk <= (-1 + (((13) >> (1)))); zuuk += 1) { for (_si qxex = 0; qxex <= (-1 + (((13) >> (1)))); qxex += 1) { _uli dcqf = lknz[qxex] * zzxz[zuuk] + rznq[zuuk] * ycns[qxex]; _uli lnfc = lknz[qxex] * rznq[zuuk]; _uli iukq = ycns[qxex] * zzxz[zuuk]; _uli dbes = ((rgyq[qxex + zuuk]) + (lnfc) + (((((dcqf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dbes < lnfc) { iukq += 1; } _uli cxnc = ((((dcqf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((iukq) << ((-47 + (((sizeof(_uli)) << (3)))))))); rgyq[qxex + zuuk] = dbes; rgyq[1 + qxex + zuuk] += cxnc; } { for (_si edrk = 0; edrk <= 11; edrk += 1) { rgyq[1 + edrk] += ((rgyq[edrk]) >> (47)); rgyq[edrk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rgyq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *hhoj = (_uc *)(rznq); for (_si ndcx = 0; ndcx <= 360; ndcx += 1) { hhoj[ndcx] = (_uc)(1 + hhoj[ndcx]) * (_uc)(255 + hhoj[1 + ndcx]); } hhoj[361] = 0; } zrb(zzxz); evfa(lknz); mccb(ycns); } _uli *cypf() { ; _uli *rtak; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; rtak = (_uli *)(_m + 362 * _s); break; } _s += 1; } return rtak; } _uc *ysly() { ; _uc *hrwn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; hrwn = (_uc *)(_m + 362 * _s); break; } _s += 1; } return hrwn; } void ckta(_uc *yull) { _uc *kfqp = (_uc *)(yull + 0); _ui *nlkq = (_ui *)(yull + 64); _ui *nzdw = (_ui *)(yull + 96); _si izbj = 0; _ui bmsx = 0; _ui ijil = 0; _ui iasg = 0; _ui xezm = 0; _ui dgvp = 0; _ui rqli = 0; for (_si czqb = 0; czqb <= 15; czqb += 1) { nzdw[czqb] = (((((((((_ui)(kfqp[izbj])) << (24))) | ((((_ui)(kfqp[1 + izbj])) << (16))))) | ((((_ui)(kfqp[2 + izbj])) << (8))))) | ((_ui)(kfqp[3 + izbj]))); izbj += 4; } for (_si lqpr = 16; lqpr <= 31; lqpr += 1) { bmsx = ((((((((nzdw[-15 + lqpr]) >> (7))) | (((nzdw[-15 + lqpr]) << (25))))) ^ (((((nzdw[-15 + lqpr]) >> (18))) | (((nzdw[-15 + lqpr]) << (14))))))) ^ (((nzdw[-15 + lqpr]) >> (3)))); xezm = ((((((((nzdw[-2 + lqpr]) >> (17))) | (((nzdw[-2 + lqpr]) << (15))))) ^ (((((nzdw[-2 + lqpr]) >> (19))) | (((nzdw[-2 + lqpr]) << (13))))))) ^ (((nzdw[-2 + lqpr]) >> (10)))); nzdw[lqpr] = bmsx + nzdw[-7 + lqpr] + nzdw[-16 + lqpr] + xezm; _m[65160] += 1; } _ui pobx = nlkq[0]; _ui ktq = nlkq[1]; _ui fbvw = nlkq[2]; _ui bhqm = nlkq[3]; _ui izfs = nlkq[4]; _ui gywx = nlkq[5]; _ui inpo = nlkq[6]; _ui xcqu = nlkq[7]; for (_si rrc = 0; rrc <= 31; rrc += 1) { bmsx = ((((((((pobx) >> (2))) | (((pobx) << (30))))) ^ (((((pobx) >> (13))) | (((pobx) << (19))))))) ^ (((((pobx) >> (22))) | (((pobx) << (10)))))); ijil = ((((((pobx) & (ktq))) ^ (((pobx) & (fbvw))))) ^ (((ktq) & (fbvw)))); iasg = bmsx + ijil; xezm = ((((((((izfs) >> (6))) | (((izfs) << (26))))) ^ (((((izfs) >> (11))) | (((izfs) << (21))))))) ^ (((((izfs) >> (25))) | (((izfs) << (7)))))); dgvp = ((((izfs) & (gywx))) ^ (((~izfs) & (inpo)))); rqli = *(((_ui *)(_m + 246160) + rrc)) + xcqu + xezm + nzdw[rrc] + dgvp; xcqu = inpo; inpo = gywx; gywx = izfs; izfs = bhqm + rqli; bhqm = fbvw; fbvw = ktq; ktq = pobx; pobx = iasg + rqli; _m[65161] += 1; } nlkq[0] += pobx; nlkq[1] += ktq; nlkq[2] += fbvw; nlkq[3] += bhqm; nlkq[4] += izfs; nlkq[5] += gywx; nlkq[6] += inpo; nlkq[7] += xcqu; } void svqc(_uli *lqvx) { _si masl; { masl = 0; _uli kvsx = 19; for (_si xlmp = 44; xlmp >= 0; xlmp -= 1) { if (lqvx[xlmp] != 0) { masl = ((((lqvx[xlmp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (masl) { { for (_si uyyj = 0; uyyj <= 44; uyyj += 1) { lqvx[uyyj] = -lqvx[uyyj]; } } } for (_si bpzd = 0; bpzd <= 43; bpzd += 1) { if (((((lqvx[bpzd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lqvx[1 + bpzd] -= 1; } else { lqvx[1 + bpzd] += ((lqvx[bpzd]) >> (47)); }; lqvx[bpzd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lqvx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (masl) { { for (_si pxcv = 0; pxcv <= 44; pxcv += 1) { lqvx[pxcv] = -lqvx[pxcv]; } } } } void aqt(_ui *wmlv, _si ukn, _si uglh, _si wbq, _si uzpt) { wmlv[ukn] += wmlv[uglh]; wmlv[uzpt] ^= wmlv[ukn]; wmlv[uzpt] = ((((wmlv[uzpt]) << (16))) | (((wmlv[uzpt]) >> (16)))); wmlv[wbq] += wmlv[uzpt]; wmlv[uglh] ^= wmlv[wbq]; wmlv[uglh] = ((((wmlv[uglh]) << (12))) | (((wmlv[uglh]) >> (20)))); wmlv[ukn] += wmlv[uglh]; wmlv[uzpt] ^= wmlv[ukn]; wmlv[uzpt] = ((((wmlv[uzpt]) << (8))) | (((wmlv[uzpt]) >> (24)))); wmlv[wbq] += wmlv[uzpt]; wmlv[uglh] ^= wmlv[wbq]; wmlv[uglh] = ((((wmlv[uglh]) << (7))) | (((wmlv[uglh]) >> (25)))); } void pyop(_uli *hmxf) { _si emsb; { emsb = 0; _uli yeys = 19; for (_si bnqj = 12; bnqj >= 0; bnqj -= 1) { if (hmxf[bnqj] != 0) { emsb = ((((hmxf[bnqj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (emsb) { { for (_si qpmx = 0; qpmx <= 12; qpmx += 1) { hmxf[qpmx] = -hmxf[qpmx]; } } } for (_si zdfe = 0; zdfe <= 11; zdfe += 1) { if (((((hmxf[zdfe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hmxf[1 + zdfe] -= 1; } else { hmxf[1 + zdfe] += ((hmxf[zdfe]) >> (47)); }; hmxf[zdfe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hmxf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (emsb) { { for (_si ptin = 0; ptin <= 12; ptin += 1) { hmxf[ptin] = -hmxf[ptin]; } } } } void jtve(_uc *jstq) { _uc *ssvm = (_uc *)(jstq + 0); _ui *zzqe = (_ui *)(jstq + 64); _ui *rmpr = (_ui *)(jstq + 96); _si ijub = 0; _ui elff = 0; _ui chpk = 0; _ui ytdf = 0; _ui naaz = 0; _ui pmbz = 0; _ui exkm = 0; for (_si hyvy = 0; hyvy <= 15; hyvy += 1) { rmpr[hyvy] = (((((((((_ui)(ssvm[ijub])) << (24))) | ((((_ui)(ssvm[1 + ijub])) << (16))))) | ((((_ui)(ssvm[2 + ijub])) << (8))))) | ((_ui)(ssvm[3 + ijub]))); ijub += 4; } for (_si skrd = 16; skrd <= 31; skrd += 1) { elff = ((((((((rmpr[-15 + skrd]) >> (7))) | (((rmpr[-15 + skrd]) << (25))))) ^ (((((rmpr[-15 + skrd]) >> (18))) | (((rmpr[-15 + skrd]) << (14))))))) ^ (((rmpr[-15 + skrd]) >> (3)))); naaz = ((((((((rmpr[-2 + skrd]) >> (17))) | (((rmpr[-2 + skrd]) << (15))))) ^ (((((rmpr[-2 + skrd]) >> (19))) | (((rmpr[-2 + skrd]) << (13))))))) ^ (((rmpr[-2 + skrd]) >> (10)))); rmpr[skrd] = elff + naaz + rmpr[-16 + skrd] + rmpr[-7 + skrd]; _m[65160] += 1; } _ui ljtl = zzqe[0]; _ui uspf = zzqe[1]; _ui pjgf = zzqe[2]; _ui yzum = zzqe[3]; _ui nkma = zzqe[4]; _ui lizj = zzqe[5]; _ui rynt = zzqe[6]; _ui oisl = zzqe[7]; for (_si kasn = 0; kasn <= 31; kasn += 1) { elff = ((((((((ljtl) >> (2))) | (((ljtl) << (30))))) ^ (((((ljtl) >> (13))) | (((ljtl) << (19))))))) ^ (((((ljtl) >> (22))) | (((ljtl) << (10)))))); chpk = ((((((ljtl) & (uspf))) ^ (((ljtl) & (pjgf))))) ^ (((uspf) & (pjgf)))); ytdf = chpk + elff; naaz = ((((((((nkma) >> (6))) | (((nkma) << (26))))) ^ (((((nkma) >> (11))) | (((nkma) << (21))))))) ^ (((((nkma) >> (25))) | (((nkma) << (7)))))); pmbz = ((((nkma) & (lizj))) ^ (((~nkma) & (rynt)))); exkm = *(((_ui *)(_m + 246160) + kasn)) + oisl + pmbz + naaz + rmpr[kasn]; oisl = rynt; rynt = lizj; lizj = nkma; nkma = exkm + yzum; yzum = pjgf; pjgf = uspf; uspf = ljtl; ljtl = exkm + ytdf; _m[65161] += 1; } zzqe[0] += ljtl; zzqe[1] += uspf; zzqe[2] += pjgf; zzqe[3] += yzum; zzqe[4] += nkma; zzqe[5] += lizj; zzqe[6] += rynt; zzqe[7] += oisl; } void gkbm(_uli *srhh, _uli *fyot, _uli *vpgb) { for (_si xxia = 0; xxia <= 12; xxia += 1) { srhh[xxia] = fyot[xxia] + vpgb[xxia]; } { _si bdqf; { bdqf = 0; _uli vqxb = 19; for (_si szwp = 12; szwp >= 0; szwp -= 1) { if (srhh[szwp] != 0) { bdqf = ((((srhh[szwp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (bdqf) { { for (_si ohzo = 0; ohzo <= 12; ohzo += 1) { srhh[ohzo] = -srhh[ohzo]; } } } for (_si gtut = 0; gtut <= 11; gtut += 1) { if (((((srhh[gtut]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { srhh[1 + gtut] -= 1; } else { srhh[1 + gtut] += ((srhh[gtut]) >> (47)); }; srhh[gtut] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } srhh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bdqf) { { for (_si afpp = 0; afpp <= 12; afpp += 1) { srhh[afpp] = -srhh[afpp]; } } } } } void vhv(_uli *upry, _uli *cgpo) { for (_si vzw = 0; vzw <= 12; vzw += 1) { upry[vzw] = -cgpo[vzw]; } } _uli *ehzp() { ; _uli *ilmx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; ilmx = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ilmx; } void wwhp(_uc *jcb, _uc *jzu, _si riu) { vre(jcb, jzu); _ui *swwq = (_ui *)(jcb + 64); _ui *rkso = (_ui *)(jcb + 128); for (_si cuq = 0; cuq <= 3; cuq += 1) { swwq[cuq] = (((_ui)(((_uc *)(_m + 48146) + 4 * cuq)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cuq)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cuq)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cuq)[3])) << (24)))); } for (_si vpah = 0; vpah <= 3; vpah += 1) { swwq[12 + vpah] = riu; _m[65162] += 1; } rkso[0] = 3904225602; } void gyik(_uc *wxkq, _uc *wikx) { _ui *hirq = (_ui *)(wxkq + 64); for (_si ytql = 0; ytql <= 7; ytql += 1) { hirq[4 + ytql] = (((_ui)((wikx + 4 * ytql)[0])) + ((((_ui)((wikx + 4 * ytql)[1])) << (8))) + ((((_ui)((wikx + 4 * ytql)[2])) << (16))) + ((((_ui)((wikx + 4 * ytql)[3])) << (24)))); } } _uc *kipu() { ; _uc *msib; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; msib = (_uc *)(_m + 362 * _s); break; } _s += 1; } return msib; } void exlo(_si eews, _uli *axu) { axu[(((eews) / (47)))] &= ((((((_uli)(1)) << ((eews % 47)))) - ((_uli)(1)))); for (_si drpy = 1 + (((eews) / (47))); drpy <= 12; drpy += 1) { axu[drpy] = 0; } } void xpwa(_uli *dijq) { for (_si fxvq = 0; fxvq <= 11; fxvq += 1) { dijq[1 + fxvq] += ((dijq[fxvq]) >> (47)); dijq[fxvq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dijq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void rnwm(_uli *ngcl, _uli *njlo) { for (_si enzb = 0; enzb <= 12; enzb += 1) { ngcl[enzb] = -njlo[enzb]; } } _si zito(_uli *cxsq) { _si bltx = -1; for (_si ufvt = 12; ufvt >= 0; ufvt -= 1) { if (cxsq[ufvt] != 0) { bltx = ufvt; break; } } return bltx; } _uli *lpmr() { ; _uli *sogw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; sogw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return sogw; } void mdwg(_uli *bpeh) { for (_si iuxk = 0; iuxk <= 43; iuxk += 1) { bpeh[1 + iuxk] += ((bpeh[iuxk]) >> (47)); bpeh[iuxk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bpeh[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pesk(_uc *nmyf, _uc *yewk, _uc *dwhn, _si oktg) { { { _ui *pfxg = (_ui *)(nmyf + 64); for (_si gbtq = 0; gbtq <= 7; gbtq += 1) { pfxg[4 + gbtq] = (((_ui)((yewk + 4 * gbtq)[0])) + ((((_ui)((yewk + 4 * gbtq)[1])) << (8))) + ((((_ui)((yewk + 4 * gbtq)[2])) << (16))) + ((((_ui)((yewk + 4 * gbtq)[3])) << (24)))); } } _ui *zajd = (_ui *)(nmyf + 64); _ui *wksu = (_ui *)(nmyf + 128); for (_si pfrp = 0; pfrp <= 3; pfrp += 1) { zajd[pfrp] = (((_ui)(((_uc *)(_m + 48146) + 4 * pfrp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pfrp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pfrp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pfrp)[3])) << (24)))); } for (_si bgvx = 0; bgvx <= 3; bgvx += 1) { zajd[12 + bgvx] = 0; _m[65162] += 1; } wksu[0] = 3904225602; } tfth(nmyf, dwhn, oktg); } void jwnv(_uli *rtgt, _si sucp) { _si ztsq = (sucp % 47); _si xskh = ((sucp) / (47)); _si puqs = sucp; if (puqs > (8 * sizeof(_uli))) { puqs = -1; } if (xskh >= 45) { { for (_si klbf = 0; klbf <= 44; klbf += 1) { rtgt[klbf] = 0; } } } else { _uli qvpl = (((((_uli)(1)) << (ztsq))) - ((_uli)(1))); if (puqs < 0) { rtgt[0] = 0; } else { rtgt[0] = ((((rtgt[0]) & (~qvpl))) >> (puqs)); }; if (xskh != 0) { rtgt[0] += ((((rtgt[xskh]) & (~qvpl))) >> (ztsq)); } for (_si fneg = 1; fneg <= (44 - xskh); fneg += 1) { rtgt[-1 + fneg] += ((((((rtgt[fneg + xskh]) & (qvpl))) << (-ztsq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rtgt[fneg] = ((((rtgt[fneg + xskh]) & (~qvpl))) >> (ztsq)); } for (_si gybg = 45 - xskh; gybg <= 44; gybg += 1) { rtgt[gybg] = 0; } }; } _si vhoo(_uli *nymd) { _si dhtz = 0; _uli tgng = 19; for (_si exeq = 12; exeq >= 0; exeq -= 1) { if (nymd[exeq] != 0) { dhtz = ((((nymd[exeq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return dhtz; } void ihef(_uli *iszx, _si hmmz) { _si etfv = (hmmz % 47); _si zpuu = ((hmmz) / (47)); _si xzgp = hmmz; if (xzgp > (8 * sizeof(_uli))) { xzgp = -1; } if (zpuu >= 13) { { for (_si kkvu = 0; kkvu <= 12; kkvu += 1) { iszx[kkvu] = 0; } } } else { _uli ijui = (((((_uli)(1)) << (etfv))) - ((_uli)(1))); if (xzgp < 0) { iszx[0] = 0; } else { iszx[0] = ((((iszx[0]) & (~ijui))) >> (xzgp)); }; if (zpuu != 0) { iszx[0] += ((((iszx[zpuu]) & (~ijui))) >> (etfv)); } for (_si vpjj = 1; vpjj <= (12 - zpuu); vpjj += 1) { iszx[-1 + vpjj] += ((((((iszx[vpjj + zpuu]) & (ijui))) << (-etfv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); iszx[vpjj] = ((((iszx[vpjj + zpuu]) & (~ijui))) >> (etfv)); } for (_si njre = 13 - zpuu; njre <= 12; njre += 1) { iszx[njre] = 0; } }; } void zpwg(_si hjpe, _uli *vxkb) { vxkb[(((hjpe) / (47)))] &= ((((((_uli)(1)) << ((hjpe % 47)))) - ((_uli)(1)))); for (_si yyqj = 1 + (((hjpe) / (47))); yyqj <= 12; yyqj += 1) { vxkb[yyqj] = 0; } } void xpfo(_si nabh, _uli *yhx, _uli *hnu, _uli *ekpw, _uli *ndfc, _uli *gitr) { vhpr(ekpw, ndfc, gitr); jrnu(nabh, yhx, hnu, ekpw, ekpw); } void knfc(_uli *gvsz) { _si mqpk = vgvt(gvsz); if (mqpk) { fqaj(gvsz, gvsz); } for (_si bpvr = 0; bpvr <= 43; bpvr += 1) { if (((((gvsz[bpvr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gvsz[1 + bpvr] -= 1; } else { gvsz[1 + bpvr] += ((gvsz[bpvr]) >> (47)); }; gvsz[bpvr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gvsz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mqpk) { { for (_si epax = 0; epax <= 44; epax += 1) { gvsz[epax] = -gvsz[epax]; } } } } void rtoi(_uli *sbcl) { _uc *caxs = (_uc *)(sbcl); for (_si ocfj = 0; ocfj <= 360; ocfj += 1) { caxs[ocfj] = (_uc)(255 + caxs[1 + ocfj]) * (_uc)(1 + caxs[ocfj]); } caxs[361] = 0; } void dyvk(_si mcjc, _uli *sog, _uli *gtx, _uli *eth, _uli *uzzg, _uli *gwi) { zujz(eth, uzzg, gwi); { _uli *aukp = ztjr(); { if (aukp != eth) { for (_si otw = 0; otw <= 12; otw += 1) { aukp[otw] = eth[otw]; } } } { ; } { eth[(((mcjc) / (47)))] &= ((((((_uli)(1)) << ((mcjc % 47)))) - ((_uli)(1)))); for (_si edis = 1 + (((mcjc) / (47))); edis <= 12; edis += 1) { eth[edis] = 0; } } uih(eth, eth, gtx); eva(mcjc, eth); { _uli *rof = axnl(); _uli *terp = mwob(); _uli *sdx = taxj(); _uli *xicy = hrjg(); for (_si zphn = 0; zphn <= 12; zphn += 1) { rof[zphn] = ((eth[zphn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); terp[zphn] = ((eth[zphn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sdx[zphn] = ((sog[zphn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xicy[zphn] = ((sog[zphn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fbwt = 0; fbwt <= 12; fbwt += 1) { eth[fbwt] = 0; } } for (_si upls = 0; upls <= (-1 + (((13) >> (1)))); upls += 1) { for (_si gidm = 0; gidm <= (-1 + (((13) >> (1)))); gidm += 1) { _uli znug = rof[upls] * xicy[gidm] + sdx[gidm] * terp[upls]; _uli nreh = rof[upls] * sdx[gidm]; _uli reta = terp[upls] * xicy[gidm]; _uli nkrt = ((eth[gidm + upls]) + (nreh) + (((((znug) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nkrt < nreh) { reta += 1; } _uli umoj = ((((znug) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((reta) << ((-47 + (((sizeof(_uli)) << (3)))))))); eth[gidm + upls] = nkrt; eth[1 + gidm + upls] += umoj; } vio(eth); } pyqi(rof); { _uc *cfp = (_uc *)(terp); for (_si lwxf = 0; lwxf <= 360; lwxf += 1) { cfp[lwxf] = (_uc)(255 + cfp[1 + lwxf]) * (_uc)(1 + cfp[lwxf]); } cfp[361] = 0; } jpeh(sdx); { _uc *wkzd = (_uc *)(xicy); for (_si gav = 0; gav <= 360; gav += 1) { wkzd[gav] = (_uc)(255 + wkzd[1 + gav]) * (_uc)(1 + wkzd[gav]); } wkzd[361] = 0; } } nlx(eth, eth, aukp); efgt(eth, mcjc); wxmz(aukp, eth, sog); _si mwe; { mwe = 0; _uli fzz = 19; for (_si kumv = 12; kumv >= 0; kumv -= 1) { if (aukp[kumv] != 0) { mwe = ((((aukp[kumv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!mwe) { { if (eth != aukp) { for (_si xhhy = 0; xhhy <= 12; xhhy += 1) { eth[xhhy] = aukp[xhhy]; } } } } cdgz(aukp); } } void jvma(_uli *xtqq) { for (_si wsqd = 0; wsqd <= 43; wsqd += 1) { xtqq[1 + wsqd] += ((xtqq[wsqd]) >> (47)); xtqq[wsqd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xtqq[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uc *nvus() { ; _uc *pdeq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; pdeq = (_uc *)(_m + 362 * _s); break; } _s += 1; } return pdeq; } void ngbv(_uli *lepw, _si tifo) { _si tjdi = (tifo % 47); _si kwfr = ((tifo) / (47)); _si ibdv = -tjdi + (((sizeof(_uli)) << (3))); if (kwfr >= 13) { { for (_si wzdi = 0; wzdi <= 12; wzdi += 1) { lepw[wzdi] = 0; } } } else { for (_si ylrv = 12 - kwfr; ylrv >= 1; ylrv -= 1) { lepw[kwfr + ylrv] = ((lepw[ylrv]) << (tjdi)); if (ibdv < (8 * sizeof(_uli))) { lepw[kwfr + ylrv] += ((((lepw[-1 + ylrv]) >> (ibdv))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } lepw[kwfr] = ((lepw[0]) << (tjdi)); for (_si rzud = -1 + kwfr; rzud >= 0; rzud -= 1) { lepw[rzud] = 0; } }; tfux(lepw); } void klaz(_uli *ysa, _uli *gkli, _uli *nmnd) { for (_si zpsb = 0; zpsb <= 12; zpsb += 1) { ysa[zpsb] = gkli[zpsb] + nmnd[zpsb]; } why(ysa); } void fwhq(_uli *pjhx, _uli *ynja, _uli *lazn, _uli *njyn) { { for (_si jgwi = 0; jgwi <= 12; jgwi += 1) { ynja[jgwi] = lazn[jgwi] - njyn[jgwi]; } rcpk(ynja); } _si crbd; { crbd = 0; _uli xyad = 19; for (_si iphd = 12; iphd >= 0; iphd -= 1) { if (ynja[iphd] != 0) { crbd = ((((ynja[iphd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (crbd) { tzcr(ynja, ynja, pjhx); } } void jdct(_uli *xrct) { _si ngbs; { ngbs = 0; _uli opyj = 19; for (_si ozf = 12; ozf >= 0; ozf -= 1) { if (xrct[ozf] != 0) { ngbs = ((((xrct[ozf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ngbs) { { for (_si qknc = 0; qknc <= 12; qknc += 1) { xrct[qknc] = -xrct[qknc]; } } } for (_si yhdv = 0; yhdv <= 11; yhdv += 1) { if (((((xrct[yhdv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xrct[1 + yhdv] -= 1; } else { xrct[1 + yhdv] += ((xrct[yhdv]) >> (47)); }; xrct[yhdv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xrct[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ngbs) { { for (_si dykt = 0; dykt <= 12; dykt += 1) { xrct[dykt] = -xrct[dykt]; } } } } void qrpo(_uli *hlyf) { for (_si ogop = 0; ogop <= 12; ogop += 1) { hlyf[ogop] = 0; } } void yxqi(_uli *npvd, _si moxc) { _si xwhx; { xwhx = 0; _uli qfya = 19; for (_si fngi = 12; fngi >= 0; fngi -= 1) { if (npvd[fngi] != 0) { xwhx = ((((npvd[fngi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xwhx) { { for (_si wjuu = 0; wjuu <= 12; wjuu += 1) { npvd[wjuu] = -npvd[wjuu]; } } } { _si zxmr = (moxc % 47); _si cqrz = ((moxc) / (47)); _si mpjt = moxc; if (mpjt > (8 * sizeof(_uli))) { mpjt = -1; } if (cqrz >= 13) { { for (_si ukxj = 0; ukxj <= 12; ukxj += 1) { npvd[ukxj] = 0; } } } else { _uli gaob = (((((_uli)(1)) << (zxmr))) - ((_uli)(1))); if (mpjt < 0) { npvd[0] = 0; } else { npvd[0] = ((((npvd[0]) & (~gaob))) >> (mpjt)); }; if (cqrz != 0) { npvd[0] += ((((npvd[cqrz]) & (~gaob))) >> (zxmr)); } for (_si celm = 1; celm <= (12 - cqrz); celm += 1) { npvd[-1 + celm] += ((((((npvd[celm + cqrz]) & (gaob))) << (-zxmr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); npvd[celm] = ((((npvd[celm + cqrz]) & (~gaob))) >> (zxmr)); } for (_si ijez = 13 - cqrz; ijez <= 12; ijez += 1) { npvd[ijez] = 0; } }; } if (xwhx) { { for (_si flxs = 0; flxs <= 12; flxs += 1) { npvd[flxs] = -npvd[flxs]; } } } } void yior(_uli *nipu, _uli *obdo, _uli *nfpo) { for (_si fojx = 0; fojx <= 12; fojx += 1) { nipu[fojx] = -nfpo[fojx] + obdo[fojx]; } { _si bgqp; { bgqp = 0; _uli gabs = 19; for (_si fvpw = 12; fvpw >= 0; fvpw -= 1) { if (nipu[fvpw] != 0) { bgqp = ((((nipu[fvpw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (bgqp) { { for (_si aop = 0; aop <= 12; aop += 1) { nipu[aop] = -nipu[aop]; } } } for (_si jerm = 0; jerm <= 11; jerm += 1) { if (((((nipu[jerm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nipu[1 + jerm] -= 1; } else { nipu[1 + jerm] += ((nipu[jerm]) >> (47)); }; nipu[jerm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nipu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bgqp) { { for (_si itc = 0; itc <= 12; itc += 1) { nipu[itc] = -nipu[itc]; } } } } } void mmd(_uli *rkyr, _uli *gbsz, _uli *lpjx) { for (_si qqan = 0; qqan <= 12; qqan += 1) { rkyr[qqan] = gbsz[qqan] + lpjx[qqan]; } upys(rkyr); } void silq(_uli *ytjz, _uli *mss, _uli *sigd) { for (_si qkwf = 0; qkwf <= 12; qkwf += 1) { ytjz[qkwf] = mss[qkwf] - sigd[qkwf]; } { _si jglq = mgww(ytjz); if (jglq) { { for (_si cubr = 0; cubr <= 12; cubr += 1) { ytjz[cubr] = -ytjz[cubr]; } } } for (_si mdrp = 0; mdrp <= 11; mdrp += 1) { if (((((ytjz[mdrp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ytjz[1 + mdrp] -= 1; } else { ytjz[1 + mdrp] += ((ytjz[mdrp]) >> (47)); }; ytjz[mdrp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ytjz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jglq) { oiqt(ytjz, ytjz); } } } _uc *cuex() { ; _uc *wst; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; wst = (_uc *)(_m + 362 * _s); break; } _s += 1; } return wst; } void twj(_uc *yqxw, _uc *jqb, _uc *uoj, _si zcg) { { { _ui *cyvu = (_ui *)(yqxw + 64); for (_si utx = 0; utx <= 7; utx += 1) { cyvu[4 + utx] = (((_ui)((jqb + 4 * utx)[0])) + ((((_ui)((jqb + 4 * utx)[1])) << (8))) + ((((_ui)((jqb + 4 * utx)[2])) << (16))) + ((((_ui)((jqb + 4 * utx)[3])) << (24)))); } } _ui *watc = (_ui *)(yqxw + 64); _ui *ljph = (_ui *)(yqxw + 128); for (_si jqbj = 0; jqbj <= 3; jqbj += 1) { watc[jqbj] = (((_ui)(((_uc *)(_m + 48146) + 4 * jqbj)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jqbj)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jqbj)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jqbj)[3])) << (24)))); } for (_si grhn = 0; grhn <= 3; grhn += 1) { watc[12 + grhn] = 0; _m[65162] += 1; } ljph[0] = 3904225602; } { _ui *nts = (_ui *)(yqxw + 0); _ui *amq = (_ui *)(yqxw + 128); _uc *ujf = (_uc *)(nts); for (_si inot = 0; inot <= (-1 + zcg); inot += 1) { if (amq[0] >= 64) { fsnk(yqxw); amq[0] = 0; } uoj[inot] ^= ujf[amq[0]]; amq[0] += 1; } } } void vbb(_uli *yplz, _uli *sfzw, _uli *pjf) { for (_si edgq = 0; edgq <= 12; edgq += 1) { yplz[edgq] = pjf[edgq] + sfzw[edgq]; } aegn(yplz); } void xper(_uli *bgjt) { _uc *dlgk = (_uc *)(bgjt); for (_si xtba = 0; xtba <= 360; xtba += 1) { dlgk[xtba] = (_uc)(255 + dlgk[1 + xtba]) * (_uc)(1 + dlgk[xtba]); } dlgk[361] = 0; } void pnrk(_uc *wplr, _uc *tkez) { _ui *eldi = (_ui *)(wplr + 64); for (_si zuf = 0; zuf <= 7; zuf += 1) { eldi[4 + zuf] = (((_ui)((tkez + 4 * zuf)[0])) + ((((_ui)((tkez + 4 * zuf)[1])) << (8))) + ((((_ui)((tkez + 4 * zuf)[2])) << (16))) + ((((_ui)((tkez + 4 * zuf)[3])) << (24)))); } } _si kpeq(_uli *llnt) { _si oysv = -1; for (_si qmbl = 12; qmbl >= 0; qmbl -= 1) { if (llnt[qmbl] != 0) { oysv = qmbl; break; } } return oysv; } _uli *ogrf() { ; _uli *ryrw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ryrw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ryrw; } void fwa(_ui *myx, _si ford, _si vjv, _si meux, _si dgsk) { myx[ford] += myx[vjv]; myx[dgsk] ^= myx[ford]; myx[dgsk] = ((((myx[dgsk]) << (16))) | (((myx[dgsk]) >> (16)))); myx[meux] += myx[dgsk]; myx[vjv] ^= myx[meux]; myx[vjv] = ((((myx[vjv]) << (12))) | (((myx[vjv]) >> (20)))); myx[ford] += myx[vjv]; myx[dgsk] ^= myx[ford]; myx[dgsk] = ((((myx[dgsk]) << (8))) | (((myx[dgsk]) >> (24)))); myx[meux] += myx[dgsk]; myx[vjv] ^= myx[meux]; myx[vjv] = ((((myx[vjv]) << (7))) | (((myx[vjv]) >> (25)))); } void pcdh(_si wbam, _uli *flpd) { flpd[(((wbam) / (47)))] &= ((((((_uli)(1)) << ((wbam % 47)))) - ((_uli)(1)))); for (_si xcax = 1 + (((wbam) / (47))); xcax <= 12; xcax += 1) { flpd[xcax] = 0; } } void hosm(_uli *kjra) { _uc *srbi = (_uc *)(kjra); for (_si ktmo = 0; ktmo <= 360; ktmo += 1) { srbi[ktmo] = (_uc)(1 + srbi[ktmo]) * (_uc)(255 + srbi[1 + ktmo]); } srbi[361] = 0; } void bzga(_uli *fzrt) { _uc *xhia = (_uc *)(fzrt); for (_si quoo = 0; quoo <= 360; quoo += 1) { xhia[quoo] = (_uc)(1 + xhia[quoo]) * (_uc)(255 + xhia[1 + quoo]); } xhia[361] = 0; } void kqqy(_uli *xkvo) { _uc *ghfw = (_uc *)(xkvo); for (_si woni = 0; woni <= 360; woni += 1) { ghfw[woni] = (_uc)(1 + ghfw[woni]) * (_uc)(255 + ghfw[1 + woni]); } ghfw[361] = 0; } _si xoux(_uli *yafx) { _si utrp = 0; _uli iihn = 19; for (_si okbt = 44; okbt >= 0; okbt -= 1) { if (yafx[okbt] != 0) { utrp = ((((yafx[okbt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return utrp; } void mkpb(_uli *scwh, _uli *nsmu, _uli *bury) { for (_si palk = 0; palk <= 44; palk += 1) { scwh[palk] = -bury[palk] + nsmu[palk]; } { _si zbpe = bacd(scwh); if (zbpe) { { for (_si pmfg = 0; pmfg <= 44; pmfg += 1) { scwh[pmfg] = -scwh[pmfg]; } } } for (_si gcyi = 0; gcyi <= 43; gcyi += 1) { if (((((scwh[gcyi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { scwh[1 + gcyi] -= 1; } else { scwh[1 + gcyi] += ((scwh[gcyi]) >> (47)); }; scwh[gcyi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } scwh[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zbpe) { { for (_si mcsb = 0; mcsb <= 44; mcsb += 1) { scwh[mcsb] = -scwh[mcsb]; } } } } } void tsld(_si kqpp, _uli *ewmc) { ewmc[(((kqpp) / (47)))] &= ((((((_uli)(1)) << ((kqpp % 47)))) - ((_uli)(1)))); for (_si iyjd = 1 + (((kqpp) / (47))); iyjd <= 44; iyjd += 1) { ewmc[iyjd] = 0; } } void eeyw(_uli *vtza, _uli *vopt, _uli *vvgv) { _uli *tvlj = qmtt(); { { if (vtza != vopt) { for (_si nclc = 0; nclc <= 12; nclc += 1) { vtza[nclc] = vopt[nclc]; } } } _si hzde; { hzde = -1; for (_si sbly = 12; sbly >= 0; sbly -= 1) { if (vtza[sbly] != 0) { hzde = sbly; break; } } } _si iffx = zkfa(vvgv); if (hzde >= iffx) { _si axyi = 0; _uli xkda = vvgv[iffx]; while (xkda < (((((((_uli)(1)) << (47)))) >> (1)))) { axyi += 1; xkda <<= 1; } if (iffx == 0) { axyi += 47; hzde += 1; iffx += 1; } if (axyi > 0) { { _si kuun = (axyi % 47); _si ytry = ((axyi) / (47)); _si ixlz = -kuun + (((sizeof(_uli)) << (3))); if (ytry >= 13) { { for (_si ruur = 0; ruur <= 12; ruur += 1) { vtza[ruur] = 0; } } } else { for (_si dbvh = 12 - ytry; dbvh >= 1; dbvh -= 1) { vtza[dbvh + ytry] = ((vtza[dbvh]) << (kuun)); if (ixlz < (8 * sizeof(_uli))) { vtza[dbvh + ytry] += ((((vtza[-1 + dbvh]) >> (ixlz))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } vtza[ytry] = ((vtza[0]) << (kuun)); for (_si jzil = -1 + ytry; jzil >= 0; jzil -= 1) { vtza[jzil] = 0; } }; wogh(vtza); } { _si tpvc = (axyi % 47); _si yjwm = ((axyi) / (47)); _si yiow = -tpvc + (((sizeof(_uli)) << (3))); if (yjwm >= 13) { qzf(vvgv); } else { for (_si vlwf = 12 - yjwm; vlwf >= 1; vlwf -= 1) { vvgv[vlwf + yjwm] = ((vvgv[vlwf]) << (tpvc)); if (yiow < (8 * sizeof(_uli))) { vvgv[vlwf + yjwm] += ((((vvgv[-1 + vlwf]) >> (yiow))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } vvgv[yjwm] = ((vvgv[0]) << (tpvc)); for (_si vesk = -1 + yjwm; vesk >= 0; vesk -= 1) { vvgv[vesk] = 0; } }; cjju(vvgv); } } _si gtqk = hzde - iffx; xkda = vvgv[iffx]; _uli hmhn = vvgv[-1 + iffx]; for (_si iygv = gtqk; iygv >= 0; iygv -= 1) { __uint128_t vupp = (__uint128_t)(((((_uli)(1)) << (47)))) * vtza[1 + iffx + iygv] + vtza[iffx + iygv]; _uli ccnq = 0; __uint128_t xkmp = ((vupp) / (xkda)); __uint128_t xled = (vupp % xkda); while (xkmp == ((((_uli)(1)) << (47))) || (hmhn * xkmp) > (((((_uli)(1)) << (47))) * xled + vtza[-1 + iffx + iygv])) { xkmp -= 1; xled += xkda; if (xled >= ((((_uli)(1)) << (47)))) { break; } } vupp = 0; for (_si khef = 0; khef <= iffx; khef += 1) { vupp += vvgv[khef] * xkmp; ccnq = vtza[iygv + khef]; if (vupp > ccnq) { vupp -= ccnq; ccnq = vupp % ((((_uli)(1)) << (47))); vupp = ((vupp) / (((((_uli)(1)) << (47))))); if (ccnq == 0) { vtza[iygv + khef] = 0; } else { vtza[iygv + khef] = ((1 + ~(_uli)(ccnq)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); vupp += 1; }; } else { vtza[iygv + khef] -= vupp; vupp = 0; }; } ccnq = vtza[1 + iffx + iygv]; if (vupp > ccnq) { vvgv[1 + iffx + iygv] = -1 + xkmp; vupp = 0; for (_si cizq = 0; cizq <= iffx; cizq += 1) { vupp += vtza[cizq + iygv] + vvgv[cizq]; vtza[cizq + iygv] = vupp % ((((_uli)(1)) << (47))); vupp = ((vupp) / (((((_uli)(1)) << (47))))); } } else { vvgv[1 + iffx + iygv] = xkmp; vtza[1 + iffx + iygv] -= vupp; }; } for (_si nsiv = 0; nsiv <= gtqk; nsiv += 1) { tvlj[nsiv] = vvgv[1 + iffx + nsiv]; vtza[1 + iffx + nsiv] = 0; } for (_si tpwp = 1 + gtqk; tpwp <= 12; tpwp += 1) { tvlj[tpwp] = 0; } if (tvlj != vvgv) { for (_si uhcj = 1 + iffx; uhcj <= (1 + hzde); uhcj += 1) { vvgv[uhcj] = 0; } if (axyi > 0) { gdnf(vvgv, axyi); } } if (axyi > 0) { { _si ovks = (axyi % 47); _si olhf = ((axyi) / (47)); _si tesg = axyi; if (tesg > (8 * sizeof(_uli))) { tesg = -1; } if (olhf >= 13) { { for (_si hwda = 0; hwda <= 12; hwda += 1) { vtza[hwda] = 0; } } } else { _uli maum = (((((_uli)(1)) << (ovks))) - ((_uli)(1))); if (tesg < 0) { vtza[0] = 0; } else { vtza[0] = ((((vtza[0]) & (~maum))) >> (tesg)); }; if (olhf != 0) { vtza[0] += ((((vtza[olhf]) & (~maum))) >> (ovks)); } for (_si eueg = 1; eueg <= (12 - olhf); eueg += 1) { vtza[-1 + eueg] += ((((((vtza[eueg + olhf]) & (maum))) << (-ovks + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vtza[eueg] = ((((vtza[eueg + olhf]) & (~maum))) >> (ovks)); } for (_si jtyh = 13 - olhf; jtyh <= 12; jtyh += 1) { vtza[jtyh] = 0; } }; } } } } tyha(tvlj); } void cdew(_uli *mhfu, _uli *dlul, _uli *nxty) { for (_si tuey = 0; tuey <= 12; tuey += 1) { mhfu[tuey] = dlul[tuey] - nxty[tuey]; } { _si wvvs = nyks(mhfu); if (wvvs) { { for (_si jrdk = 0; jrdk <= 12; jrdk += 1) { mhfu[jrdk] = -mhfu[jrdk]; } } } for (_si cata = 0; cata <= 11; cata += 1) { if (((((mhfu[cata]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mhfu[1 + cata] -= 1; } else { mhfu[1 + cata] += ((mhfu[cata]) >> (47)); }; mhfu[cata] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mhfu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wvvs) { { for (_si pejm = 0; pejm <= 12; pejm += 1) { mhfu[pejm] = -mhfu[pejm]; } } } } } void lbuw(_uc *ifmk, _uc *kdkq, _si cub) { gxcc(ifmk, kdkq); _ui *salc = (_ui *)(ifmk + 64); _ui *bmlm = (_ui *)(ifmk + 128); for (_si voms = 0; voms <= 3; voms += 1) { salc[voms] = (((_ui)(((_uc *)(_m + 48146) + 4 * voms)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * voms)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * voms)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * voms)[3])) << (24)))); } for (_si tiqw = 0; tiqw <= 3; tiqw += 1) { salc[12 + tiqw] = cub; _m[65162] += 1; } bmlm[0] = 3904225602; } void yzfb(_uli *byjx, _uli *kcbg) { if (byjx != kcbg) { for (_si zysb = 0; zysb <= 12; zysb += 1) { byjx[zysb] = kcbg[zysb]; } } } void rcdf(_uli *vjva, _uli *oovt, _uli *aawj, _uli *umyn) { irut(aawj, umyn); { _uli *ycql = ctgm(); _uli *rniy = oacu(); _uli *dmzm = ijfe(); _uli *pltf = zgns(); for (_si yfim = 0; yfim <= 12; yfim += 1) { ycql[yfim] = ((aawj[yfim]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rniy[yfim] = ((aawj[yfim]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dmzm[yfim] = ((oovt[yfim]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pltf[yfim] = ((oovt[yfim]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vrbs = 0; vrbs <= 12; vrbs += 1) { aawj[vrbs] = 0; } } for (_si tyhn = 0; tyhn <= (-1 + (((13) >> (1)))); tyhn += 1) { for (_si vptz = 0; vptz <= (-1 + (((13) >> (1)))); vptz += 1) { _uli ultd = dmzm[vptz] * rniy[tyhn] + pltf[vptz] * ycql[tyhn]; _uli phsd = dmzm[vptz] * ycql[tyhn]; _uli qvqk = pltf[vptz] * rniy[tyhn]; _uli wehi = ((aawj[tyhn + vptz]) + (phsd) + (((((ultd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wehi < phsd) { qvqk += 1; } _uli xbtu = ((((ultd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qvqk) << ((-47 + (((sizeof(_uli)) << (3)))))))); aawj[tyhn + vptz] = wehi; aawj[1 + tyhn + vptz] += xbtu; } coqn(aawj); } { _uc *sven = (_uc *)(ycql); for (_si syro = 0; syro <= 360; syro += 1) { sven[syro] = (_uc)(1 + sven[syro]) * (_uc)(255 + sven[1 + syro]); } sven[361] = 0; } { _uc *poga = (_uc *)(rniy); for (_si lyda = 0; lyda <= 360; lyda += 1) { poga[lyda] = (_uc)(1 + poga[lyda]) * (_uc)(255 + poga[1 + lyda]); } poga[361] = 0; } ppkr(dmzm); ijhr(pltf); } dybm(aawj, aawj, vjva); } void ypye(_uli *pasj, _si vlu) { _si phgd = (vlu % 47); _si jlxd = ((vlu) / (47)); _si xraj = -phgd + (((sizeof(_uli)) << (3))); if (jlxd >= 13) { { for (_si rpsv = 0; rpsv <= 12; rpsv += 1) { pasj[rpsv] = 0; } } } else { for (_si oqf = 12 - jlxd; oqf >= 1; oqf -= 1) { pasj[jlxd + oqf] = ((pasj[oqf]) << (phgd)); if (xraj < (8 * sizeof(_uli))) { pasj[jlxd + oqf] += ((((pasj[-1 + oqf]) >> (xraj))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } pasj[jlxd] = ((pasj[0]) << (phgd)); for (_si zcxc = -1 + jlxd; zcxc >= 0; zcxc -= 1) { pasj[zcxc] = 0; } }; { for (_si pmqg = 0; pmqg <= 11; pmqg += 1) { pasj[1 + pmqg] += ((pasj[pmqg]) >> (47)); pasj[pmqg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pasj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void uhid(_uli *aqpb, _uli *nhry, _uli *uvet) { _uli *eeim = zmwl(); _uli *tzwq = uggb(); _uli *hprc = ofhj(); _uli *fngh = niei(); for (_si uwsf = 0; uwsf <= 12; uwsf += 1) { eeim[uwsf] = ((nhry[uwsf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tzwq[uwsf] = ((nhry[uwsf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hprc[uwsf] = ((uvet[uwsf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fngh[uwsf] = ((uvet[uwsf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hvk = 0; hvk <= 12; hvk += 1) { aqpb[hvk] = 0; } } for (_si ppjp = 0; ppjp <= (-1 + (((13) >> (1)))); ppjp += 1) { for (_si nsqe = 0; nsqe <= (-1 + (((13) >> (1)))); nsqe += 1) { _uli weor = eeim[ppjp] * fngh[nsqe] + hprc[nsqe] * tzwq[ppjp]; _uli ldus = eeim[ppjp] * hprc[nsqe]; _uli roem = fngh[nsqe] * tzwq[ppjp]; _uli vpdu = ((aqpb[nsqe + ppjp]) + (ldus) + (((((weor) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vpdu < ldus) { roem += 1; } _uli bvtf = ((((weor) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((roem) << ((-47 + (((sizeof(_uli)) << (3)))))))); aqpb[nsqe + ppjp] = vpdu; aqpb[1 + nsqe + ppjp] += bvtf; } { for (_si zcqx = 0; zcqx <= 11; zcqx += 1) { aqpb[1 + zcqx] += ((aqpb[zcqx]) >> (47)); aqpb[zcqx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aqpb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tbic(eeim); fuue(tzwq); { _uc *knmq = (_uc *)(hprc); for (_si ciaq = 0; ciaq <= 360; ciaq += 1) { knmq[ciaq] = (_uc)(1 + knmq[ciaq]) * (_uc)(255 + knmq[1 + ciaq]); } knmq[361] = 0; } { _uc *ujsk = (_uc *)(fngh); for (_si etds = 0; etds <= 360; etds += 1) { ujsk[etds] = (_uc)(255 + ujsk[1 + etds]) * (_uc)(1 + ujsk[etds]); } ujsk[361] = 0; } } _si cufp(_uli *dzek) { _si gvzp = 0; _uli iguo = 19; for (_si vabi = 12; vabi >= 0; vabi -= 1) { if (dzek[vabi] != 0) { gvzp = ((((dzek[vabi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return gvzp; } void nlz(_uli *zvmg, _si nsvl) { _si bkb = (nsvl % 47); _si degd = ((nsvl) / (47)); _si uows = -bkb + (((sizeof(_uli)) << (3))); if (degd >= 13) { { for (_si rvrb = 0; rvrb <= 12; rvrb += 1) { zvmg[rvrb] = 0; } } } else { for (_si yohq = 12 - degd; yohq >= 1; yohq -= 1) { zvmg[degd + yohq] = ((zvmg[yohq]) << (bkb)); if (uows < (8 * sizeof(_uli))) { zvmg[degd + yohq] += ((((zvmg[-1 + yohq]) >> (uows))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } zvmg[degd] = ((zvmg[0]) << (bkb)); for (_si zsxz = -1 + degd; zsxz >= 0; zsxz -= 1) { zvmg[zsxz] = 0; } }; { for (_si rhae = 0; rhae <= 11; rhae += 1) { zvmg[1 + rhae] += ((zvmg[rhae]) >> (47)); zvmg[rhae] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zvmg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void kpfv(_uli *xhwf, _si kvpg) { _si seyo = (kvpg % 47); _si mhht = ((kvpg) / (47)); _si kmqq = -seyo + (((sizeof(_uli)) << (3))); if (mhht >= 45) { { for (_si uhvu = 0; uhvu <= 44; uhvu += 1) { xhwf[uhvu] = 0; } } } else { for (_si rkws = 44 - mhht; rkws >= 1; rkws -= 1) { xhwf[mhht + rkws] = ((xhwf[rkws]) << (seyo)); if (kmqq < (8 * sizeof(_uli))) { xhwf[mhht + rkws] += ((((xhwf[-1 + rkws]) >> (kmqq))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xhwf[mhht] = ((xhwf[0]) << (seyo)); for (_si cdly = -1 + mhht; cdly >= 0; cdly -= 1) { xhwf[cdly] = 0; } }; efvv(xhwf); } void qvax(_si ffmz, _uli *kley, _uli *hddk, _uli *aheb, _uli *iaap, _uli *lnyv, _uli *hvqg) { _uli *cefn = rbgz(); { if (cefn != lnyv) { for (_si riao = 0; riao <= 12; riao += 1) { cefn[riao] = lnyv[riao]; } } } { zthg(iaap, aheb); } _si tltv = 0; for (_si nnip = 12; nnip >= 0; nnip -= 1) { _uli hivt = hvqg[nnip]; _uli yfkv = (((_uli)(1)) << (46)); while (yfkv != 0) { _si uzxt = ((((hivt) & (yfkv))) != (0)); if (tltv || uzxt) { dzme(ffmz, kley, hddk, iaap, iaap); if (uzxt) { salg(ffmz, kley, hddk, iaap, iaap, cefn); } tltv = 1; } yfkv >>= 1; } } { _uc *lkhn = (_uc *)(cefn); for (_si ikwg = 0; ikwg <= 360; ikwg += 1) { lkhn[ikwg] = (_uc)(1 + lkhn[ikwg]) * (_uc)(255 + lkhn[1 + ikwg]); } lkhn[361] = 0; } } void zdh(_si auc, _uli *cfs) { cfs[(((auc) / (47)))] &= ((((((_uli)(1)) << ((auc % 47)))) - ((_uli)(1)))); for (_si vvu = 1 + (((auc) / (47))); vvu <= 12; vvu += 1) { cfs[vvu] = 0; } } _si agmi(_uli *wirz) { _si ygoy = 0; _uli xdne = 19; for (_si bxlh = 44; bxlh >= 0; bxlh -= 1) { if (wirz[bxlh] != 0) { ygoy = ((((wirz[bxlh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ygoy; } void tktg(_uli *nhmz, _uli *sohn) { if (nhmz != sohn) { for (_si vfvi = 0; vfvi <= 12; vfvi += 1) { nhmz[vfvi] = sohn[vfvi]; } } } void fylv(_uc *wjjn, _uc *qsp, _uc *ouzw, _si kbk) { vdci(wjjn, qsp, 0); { _ui *pnqi = (_ui *)(wjjn + 0); _ui *beth = (_ui *)(wjjn + 128); _uc *dig = (_uc *)(pnqi); for (_si zldl = 0; zldl <= (-1 + kbk); zldl += 1) { if (beth[0] >= 64) { ckbf(wjjn); beth[0] = 0; } ouzw[zldl] ^= dig[beth[0]]; beth[0] += 1; } } } void tzfz(_uli *ybwl, _uli *rwic, _uli *anlk) { _uli *frqe = frfi(); _uli *uwgv = ynqh(); _uli *higz = kejr(); _uli *jgzn = isso(); for (_si gxmh = 0; gxmh <= 12; gxmh += 1) { frqe[gxmh] = ((rwic[gxmh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uwgv[gxmh] = ((rwic[gxmh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); higz[gxmh] = ((anlk[gxmh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jgzn[gxmh] = ((anlk[gxmh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si juor = 0; juor <= 12; juor += 1) { ybwl[juor] = 0; } } for (_si swwp = 0; swwp <= (-1 + (((13) >> (1)))); swwp += 1) { for (_si eqt = 0; eqt <= (-1 + (((13) >> (1)))); eqt += 1) { _uli akmf = frqe[swwp] * jgzn[eqt] + higz[eqt] * uwgv[swwp]; _uli nymg = frqe[swwp] * higz[eqt]; _uli aigv = jgzn[eqt] * uwgv[swwp]; _uli fabx = ((ybwl[eqt + swwp]) + (nymg) + (((((akmf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fabx < nymg) { aigv += 1; } _uli pudf = ((((akmf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((aigv) << ((-47 + (((sizeof(_uli)) << (3)))))))); ybwl[eqt + swwp] = fabx; ybwl[1 + eqt + swwp] += pudf; } plje(ybwl); } nwsu(frqe); { _uc *iwda = (_uc *)(uwgv); for (_si chff = 0; chff <= 360; chff += 1) { iwda[chff] = (_uc)(1 + iwda[chff]) * (_uc)(255 + iwda[1 + chff]); } iwda[361] = 0; } orus(higz); { _uc *obgr = (_uc *)(jgzn); for (_si tyrv = 0; tyrv <= 360; tyrv += 1) { obgr[tyrv] = (_uc)(1 + obgr[tyrv]) * (_uc)(255 + obgr[1 + tyrv]); } obgr[361] = 0; } } void dpty(_uli *izum) { _si grbn = rgey(izum); if (grbn) { { for (_si uomj = 0; uomj <= 12; uomj += 1) { izum[uomj] = -izum[uomj]; } } } for (_si dfsh = 0; dfsh <= 11; dfsh += 1) { if (((((izum[dfsh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { izum[1 + dfsh] -= 1; } else { izum[1 + dfsh] += ((izum[dfsh]) >> (47)); }; izum[dfsh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } izum[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (grbn) { { for (_si ggnp = 0; ggnp <= 12; ggnp += 1) { izum[ggnp] = -izum[ggnp]; } } } } void uea(_uli *hury, _uli *pduh, _uli *ica, _uli *ure) { pesg(pduh, ica, ure); pvr(pduh, pduh, hury); } void vtpu(_uli *fzzq, _uli *raym, _uli *elnu) { for (_si yfua = 0; yfua <= 12; yfua += 1) { fzzq[yfua] = -elnu[yfua] + raym[yfua]; } brjp(fzzq); } _uli *xmqq() { ; _uli *hisa; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; hisa = (_uli *)(_m + 362 * _s); break; } _s += 1; } return hisa; } _si qub(_uli *bsrn, _uli *cgd) { _si deq = 0; for (_si kun = 12; kun >= 0; kun -= 1) { if (bsrn[kun] > cgd[kun]) { break; } else if (bsrn[kun] < cgd[kun]) { deq = 1; break; }; } return deq; } void omfn(_uli *xgmc, _uli *oqir) { if (xgmc != oqir) { for (_si vdsn = 0; vdsn <= 12; vdsn += 1) { xgmc[vdsn] = oqir[vdsn]; } } } void hlkg(_uli *ivlf) { _uc *qtca = (_uc *)(ivlf); for (_si becl = 0; becl <= 360; becl += 1) { qtca[becl] = (_uc)(1 + qtca[becl]) * (_uc)(255 + qtca[1 + becl]); } qtca[361] = 0; } void duh(_uli *piik) { _si uxns; { uxns = 0; _uli ilif = 19; for (_si ink = 44; ink >= 0; ink -= 1) { if (piik[ink] != 0) { uxns = ((((piik[ink]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (uxns) { { for (_si gmbf = 0; gmbf <= 44; gmbf += 1) { piik[gmbf] = -piik[gmbf]; } } } for (_si barz = 0; barz <= 43; barz += 1) { if (((((piik[barz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { piik[1 + barz] -= 1; } else { piik[1 + barz] += ((piik[barz]) >> (47)); }; piik[barz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } piik[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (uxns) { { for (_si auav = 0; auav <= 44; auav += 1) { piik[auav] = -piik[auav]; } } } } void qkhc(_uc *yugq, _uc *bac, _uc *smjw, _si zrz) { hpdl(yugq, bac, 0); { _ui *rwj = (_ui *)(yugq + 0); _ui *mvsx = (_ui *)(yugq + 128); _uc *fzi = (_uc *)(rwj); for (_si zdb = 0; zdb <= (-1 + zrz); zdb += 1) { if (mvsx[0] >= 64) { { _ui *mwln = (_ui *)(yugq + 0); _ui *tsiv = (_ui *)(yugq + 64); for (_si sam = 0; sam <= 15; sam += 1) { mwln[sam] = tsiv[sam]; } for (_si qlyj = 0; qlyj <= 9; qlyj += 1) { basg(mwln, 0, 4, 8, 12); amre(mwln, 1, 5, 9, 13); ntrk(mwln, 2, 6, 10, 14); { mwln[3] += mwln[7]; mwln[15] ^= mwln[3]; mwln[15] = ((((mwln[15]) << (16))) | (((mwln[15]) >> (16)))); mwln[11] += mwln[15]; mwln[7] ^= mwln[11]; mwln[7] = ((((mwln[7]) << (12))) | (((mwln[7]) >> (20)))); mwln[3] += mwln[7]; mwln[15] ^= mwln[3]; mwln[15] = ((((mwln[15]) << (8))) | (((mwln[15]) >> (24)))); mwln[11] += mwln[15]; mwln[7] ^= mwln[11]; mwln[7] = ((((mwln[7]) << (7))) | (((mwln[7]) >> (25)))); } { mwln[0] += mwln[5]; mwln[15] ^= mwln[0]; mwln[15] = ((((mwln[15]) << (16))) | (((mwln[15]) >> (16)))); mwln[10] += mwln[15]; mwln[5] ^= mwln[10]; mwln[5] = ((((mwln[5]) << (12))) | (((mwln[5]) >> (20)))); mwln[0] += mwln[5]; mwln[15] ^= mwln[0]; mwln[15] = ((((mwln[15]) << (8))) | (((mwln[15]) >> (24)))); mwln[10] += mwln[15]; mwln[5] ^= mwln[10]; mwln[5] = ((((mwln[5]) << (7))) | (((mwln[5]) >> (25)))); } { mwln[1] += mwln[6]; mwln[12] ^= mwln[1]; mwln[12] = ((((mwln[12]) << (16))) | (((mwln[12]) >> (16)))); mwln[11] += mwln[12]; mwln[6] ^= mwln[11]; mwln[6] = ((((mwln[6]) << (12))) | (((mwln[6]) >> (20)))); mwln[1] += mwln[6]; mwln[12] ^= mwln[1]; mwln[12] = ((((mwln[12]) << (8))) | (((mwln[12]) >> (24)))); mwln[11] += mwln[12]; mwln[6] ^= mwln[11]; mwln[6] = ((((mwln[6]) << (7))) | (((mwln[6]) >> (25)))); } { mwln[2] += mwln[7]; mwln[13] ^= mwln[2]; mwln[13] = ((((mwln[13]) << (16))) | (((mwln[13]) >> (16)))); mwln[8] += mwln[13]; mwln[7] ^= mwln[8]; mwln[7] = ((((mwln[7]) << (12))) | (((mwln[7]) >> (20)))); mwln[2] += mwln[7]; mwln[13] ^= mwln[2]; mwln[13] = ((((mwln[13]) << (8))) | (((mwln[13]) >> (24)))); mwln[8] += mwln[13]; mwln[7] ^= mwln[8]; mwln[7] = ((((mwln[7]) << (7))) | (((mwln[7]) >> (25)))); } { mwln[3] += mwln[4]; mwln[14] ^= mwln[3]; mwln[14] = ((((mwln[14]) << (16))) | (((mwln[14]) >> (16)))); mwln[9] += mwln[14]; mwln[4] ^= mwln[9]; mwln[4] = ((((mwln[4]) << (12))) | (((mwln[4]) >> (20)))); mwln[3] += mwln[4]; mwln[14] ^= mwln[3]; mwln[14] = ((((mwln[14]) << (8))) | (((mwln[14]) >> (24)))); mwln[9] += mwln[14]; mwln[4] ^= mwln[9]; mwln[4] = ((((mwln[4]) << (7))) | (((mwln[4]) >> (25)))); } _m[65163] += 1; } for (_si wepk = 0; wepk <= 15; wepk += 1) { mwln[wepk] += tsiv[wepk]; } tsiv[12] += 1; if (tsiv[12] == 0) { tsiv[13] += 1; } } mvsx[0] = 0; } smjw[zdb] ^= fzi[mvsx[0]]; mvsx[0] += 1; } } } void vbql(_uc *oocd, _uc *voec, _uc *ojel, _si fvry) { { { _ui *skbz = (_ui *)(oocd + 64); for (_si vipb = 0; vipb <= 7; vipb += 1) { skbz[4 + vipb] = (((_ui)((voec + 4 * vipb)[0])) + ((((_ui)((voec + 4 * vipb)[1])) << (8))) + ((((_ui)((voec + 4 * vipb)[2])) << (16))) + ((((_ui)((voec + 4 * vipb)[3])) << (24)))); } } _ui *qwyn = (_ui *)(oocd + 64); _ui *krmg = (_ui *)(oocd + 128); for (_si akdk = 0; akdk <= 3; akdk += 1) { qwyn[akdk] = (((_ui)(((_uc *)(_m + 48146) + 4 * akdk)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * akdk)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * akdk)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * akdk)[3])) << (24)))); } for (_si dhzo = 0; dhzo <= 3; dhzo += 1) { qwyn[12 + dhzo] = 0; _m[65162] += 1; } krmg[0] = 3904225602; } bvcp(oocd, ojel, fvry); } void nmsn(_uli *vcog) { _si zzrm = slxa(vcog); if (zzrm) { { for (_si evxg = 0; evxg <= 12; evxg += 1) { vcog[evxg] = -vcog[evxg]; } } } for (_si cyto = 0; cyto <= 11; cyto += 1) { if (((((vcog[cyto]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vcog[1 + cyto] -= 1; } else { vcog[1 + cyto] += ((vcog[cyto]) >> (47)); }; vcog[cyto] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vcog[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zzrm) { { for (_si srje = 0; srje <= 12; srje += 1) { vcog[srje] = -vcog[srje]; } } } } _uli *gvzr() { ; _uli *qhld; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; qhld = (_uli *)(_m + 362 * _s); break; } _s += 1; } return qhld; } void uuoh(_uc *njmn, _uc *knss, _uc *xbzd, _si woc) { puob(njmn, knss, 0); { _ui *zll = (_ui *)(njmn + 0); _ui *roni = (_ui *)(njmn + 128); _uc *ghis = (_uc *)(zll); for (_si oab = 0; oab <= (-1 + woc); oab += 1) { if (roni[0] >= 64) { jfxq(njmn); roni[0] = 0; } xbzd[oab] ^= ghis[roni[0]]; roni[0] += 1; } } } _uli *tdke() { ; _uli *uabr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; uabr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uabr; } void ujae(_uli *jbya) { _uc *swlg = (_uc *)(jbya); for (_si hzsw = 0; hzsw <= 360; hzsw += 1) { swlg[hzsw] = (_uc)(1 + swlg[hzsw]) * (_uc)(255 + swlg[1 + hzsw]); } swlg[361] = 0; } void gxqs(_uc *jyqu) { _ui *csem = (_ui *)(jyqu + 0); _ui *htkn = (_ui *)(jyqu + 64); for (_si fitu = 0; fitu <= 15; fitu += 1) { csem[fitu] = htkn[fitu]; } for (_si uljg = 0; uljg <= 9; uljg += 1) { { csem[0] += csem[4]; csem[12] ^= csem[0]; csem[12] = ((((csem[12]) << (16))) | (((csem[12]) >> (16)))); csem[8] += csem[12]; csem[4] ^= csem[8]; csem[4] = ((((csem[4]) << (12))) | (((csem[4]) >> (20)))); csem[0] += csem[4]; csem[12] ^= csem[0]; csem[12] = ((((csem[12]) << (8))) | (((csem[12]) >> (24)))); csem[8] += csem[12]; csem[4] ^= csem[8]; csem[4] = ((((csem[4]) << (7))) | (((csem[4]) >> (25)))); } { csem[1] += csem[5]; csem[13] ^= csem[1]; csem[13] = ((((csem[13]) << (16))) | (((csem[13]) >> (16)))); csem[9] += csem[13]; csem[5] ^= csem[9]; csem[5] = ((((csem[5]) << (12))) | (((csem[5]) >> (20)))); csem[1] += csem[5]; csem[13] ^= csem[1]; csem[13] = ((((csem[13]) << (8))) | (((csem[13]) >> (24)))); csem[9] += csem[13]; csem[5] ^= csem[9]; csem[5] = ((((csem[5]) << (7))) | (((csem[5]) >> (25)))); } { csem[2] += csem[6]; csem[14] ^= csem[2]; csem[14] = ((((csem[14]) << (16))) | (((csem[14]) >> (16)))); csem[10] += csem[14]; csem[6] ^= csem[10]; csem[6] = ((((csem[6]) << (12))) | (((csem[6]) >> (20)))); csem[2] += csem[6]; csem[14] ^= csem[2]; csem[14] = ((((csem[14]) << (8))) | (((csem[14]) >> (24)))); csem[10] += csem[14]; csem[6] ^= csem[10]; csem[6] = ((((csem[6]) << (7))) | (((csem[6]) >> (25)))); } ojst(csem, 3, 7, 11, 15); { csem[0] += csem[5]; csem[15] ^= csem[0]; csem[15] = ((((csem[15]) << (16))) | (((csem[15]) >> (16)))); csem[10] += csem[15]; csem[5] ^= csem[10]; csem[5] = ((((csem[5]) << (12))) | (((csem[5]) >> (20)))); csem[0] += csem[5]; csem[15] ^= csem[0]; csem[15] = ((((csem[15]) << (8))) | (((csem[15]) >> (24)))); csem[10] += csem[15]; csem[5] ^= csem[10]; csem[5] = ((((csem[5]) << (7))) | (((csem[5]) >> (25)))); } lpt(csem, 1, 6, 11, 12); iwlp(csem, 2, 7, 8, 13); { csem[3] += csem[4]; csem[14] ^= csem[3]; csem[14] = ((((csem[14]) << (16))) | (((csem[14]) >> (16)))); csem[9] += csem[14]; csem[4] ^= csem[9]; csem[4] = ((((csem[4]) << (12))) | (((csem[4]) >> (20)))); csem[3] += csem[4]; csem[14] ^= csem[3]; csem[14] = ((((csem[14]) << (8))) | (((csem[14]) >> (24)))); csem[9] += csem[14]; csem[4] ^= csem[9]; csem[4] = ((((csem[4]) << (7))) | (((csem[4]) >> (25)))); } _m[65163] += 1; } for (_si lklk = 0; lklk <= 15; lklk += 1) { csem[lklk] += htkn[lklk]; } htkn[12] += 1; if (htkn[12] == 0) { htkn[13] += 1; } } _si vrvf(_uli *qdyy) { _si zxwz = 0; _uli ecvc = 19; for (_si pbhu = 12; pbhu >= 0; pbhu -= 1) { if (qdyy[pbhu] != 0) { zxwz = ((((qdyy[pbhu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zxwz; } void vsqu(_uli *bilj) { for (_si glnu = 0; glnu <= 11; glnu += 1) { bilj[1 + glnu] += ((bilj[glnu]) >> (47)); bilj[glnu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bilj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void yokx(_si eude, _uli *qhkq) { qhkq[(((eude) / (47)))] &= ((((((_uli)(1)) << ((eude % 47)))) - ((_uli)(1)))); for (_si ehep = 1 + (((eude) / (47))); ehep <= 12; ehep += 1) { qhkq[ehep] = 0; } } void fudo(_uc *qcwt, _uc *lccc, _si pjom) { _ui *tcmq = (_ui *)(qcwt + 0); _ui *axaw = (_ui *)(qcwt + 128); _uc *tiuu = (_uc *)(tcmq); for (_si geex = 0; geex <= (-1 + pjom); geex += 1) { if (axaw[0] >= 64) { pszw(qcwt); axaw[0] = 0; } lccc[geex] ^= tiuu[axaw[0]]; axaw[0] += 1; } } _si vpat(_uli *qqco) { _si fiwn = 0; _uli ozww = 19; for (_si ppdq = 12; ppdq >= 0; ppdq -= 1) { if (qqco[ppdq] != 0) { fiwn = ((((qqco[ppdq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return fiwn; } void gzhy(_uli *ejyl) { _uc *xubg = (_uc *)(ejyl); for (_si fawi = 0; fawi <= 360; fawi += 1) { xubg[fawi] = (_uc)(255 + xubg[1 + fawi]) * (_uc)(1 + xubg[fawi]); } xubg[361] = 0; } void echh(_uli *einf) { _si fhnd = xwae(einf); if (fhnd) { { for (_si vvui = 0; vvui <= 12; vvui += 1) { einf[vvui] = -einf[vvui]; } } } for (_si ucbv = 0; ucbv <= 11; ucbv += 1) { if (((((einf[ucbv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { einf[1 + ucbv] -= 1; } else { einf[1 + ucbv] += ((einf[ucbv]) >> (47)); }; einf[ucbv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } einf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fhnd) { { for (_si jfdl = 0; jfdl <= 12; jfdl += 1) { einf[jfdl] = -einf[jfdl]; } } } } _uli *xlgb() { ; _uli *jkbu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; jkbu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return jkbu; } void pfwy(_uli *cahl) { _uc *nsal = (_uc *)(cahl); for (_si ibyx = 0; ibyx <= 360; ibyx += 1) { nsal[ibyx] = (_uc)(255 + nsal[1 + ibyx]) * (_uc)(1 + nsal[ibyx]); } nsal[361] = 0; } void tbrv(_uli *oxja, _uli *jwwg, _uli *mvmx) { _uli *nuxe = vbpn(); _uli *xra = mobc(); _uli *rcsq = jbfh(); _uli *rcsc = gysu(); for (_si orkl = 0; orkl <= 12; orkl += 1) { nuxe[orkl] = ((jwwg[orkl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xra[orkl] = ((jwwg[orkl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rcsq[orkl] = ((mvmx[orkl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rcsc[orkl] = ((mvmx[orkl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qprm = 0; qprm <= 12; qprm += 1) { oxja[qprm] = 0; } } for (_si ljwj = 0; ljwj <= (-1 + (((13) >> (1)))); ljwj += 1) { for (_si ttfq = 0; ttfq <= (-1 + (((13) >> (1)))); ttfq += 1) { _uli shqa = nuxe[ljwj] * rcsc[ttfq] + rcsq[ttfq] * xra[ljwj]; _uli xmbe = nuxe[ljwj] * rcsq[ttfq]; _uli kakq = rcsc[ttfq] * xra[ljwj]; _uli igcz = ((oxja[ljwj + ttfq]) + (xmbe) + (((((shqa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (igcz < xmbe) { kakq += 1; } _uli rfbq = ((((shqa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kakq) << ((-47 + (((sizeof(_uli)) << (3)))))))); oxja[ljwj + ttfq] = igcz; oxja[1 + ljwj + ttfq] += rfbq; } fxni(oxja); } apeo(nuxe); { _uc *luqz = (_uc *)(xra); for (_si bsqa = 0; bsqa <= 360; bsqa += 1) { luqz[bsqa] = (_uc)(1 + luqz[bsqa]) * (_uc)(255 + luqz[1 + bsqa]); } luqz[361] = 0; } { _uc *pcqz = (_uc *)(rcsq); for (_si xinq = 0; xinq <= 360; xinq += 1) { pcqz[xinq] = (_uc)(1 + pcqz[xinq]) * (_uc)(255 + pcqz[1 + xinq]); } pcqz[361] = 0; } { _uc *jsbh = (_uc *)(rcsc); for (_si vark = 0; vark <= 360; vark += 1) { jsbh[vark] = (_uc)(255 + jsbh[1 + vark]) * (_uc)(1 + jsbh[vark]); } jsbh[361] = 0; } } _uli *uexn() { ; _uli *kvax; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; kvax = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kvax; } void skfx(_uc *dzrl, _uc *sgmz, _uc *aur, _si hgid) { yoad(dzrl, sgmz, 0); hyn(dzrl, aur, hgid); } void fsnk(_uc *nnhc) { _ui *jlbz = (_ui *)(nnhc + 0); _ui *fgmo = (_ui *)(nnhc + 64); for (_si emau = 0; emau <= 15; emau += 1) { jlbz[emau] = fgmo[emau]; } for (_si loz = 0; loz <= 9; loz += 1) { xdtp(jlbz, 0, 4, 8, 12); { jlbz[1] += jlbz[5]; jlbz[13] ^= jlbz[1]; jlbz[13] = ((((jlbz[13]) << (16))) | (((jlbz[13]) >> (16)))); jlbz[9] += jlbz[13]; jlbz[5] ^= jlbz[9]; jlbz[5] = ((((jlbz[5]) << (12))) | (((jlbz[5]) >> (20)))); jlbz[1] += jlbz[5]; jlbz[13] ^= jlbz[1]; jlbz[13] = ((((jlbz[13]) << (8))) | (((jlbz[13]) >> (24)))); jlbz[9] += jlbz[13]; jlbz[5] ^= jlbz[9]; jlbz[5] = ((((jlbz[5]) << (7))) | (((jlbz[5]) >> (25)))); } { jlbz[2] += jlbz[6]; jlbz[14] ^= jlbz[2]; jlbz[14] = ((((jlbz[14]) << (16))) | (((jlbz[14]) >> (16)))); jlbz[10] += jlbz[14]; jlbz[6] ^= jlbz[10]; jlbz[6] = ((((jlbz[6]) << (12))) | (((jlbz[6]) >> (20)))); jlbz[2] += jlbz[6]; jlbz[14] ^= jlbz[2]; jlbz[14] = ((((jlbz[14]) << (8))) | (((jlbz[14]) >> (24)))); jlbz[10] += jlbz[14]; jlbz[6] ^= jlbz[10]; jlbz[6] = ((((jlbz[6]) << (7))) | (((jlbz[6]) >> (25)))); } { jlbz[3] += jlbz[7]; jlbz[15] ^= jlbz[3]; jlbz[15] = ((((jlbz[15]) << (16))) | (((jlbz[15]) >> (16)))); jlbz[11] += jlbz[15]; jlbz[7] ^= jlbz[11]; jlbz[7] = ((((jlbz[7]) << (12))) | (((jlbz[7]) >> (20)))); jlbz[3] += jlbz[7]; jlbz[15] ^= jlbz[3]; jlbz[15] = ((((jlbz[15]) << (8))) | (((jlbz[15]) >> (24)))); jlbz[11] += jlbz[15]; jlbz[7] ^= jlbz[11]; jlbz[7] = ((((jlbz[7]) << (7))) | (((jlbz[7]) >> (25)))); } { jlbz[0] += jlbz[5]; jlbz[15] ^= jlbz[0]; jlbz[15] = ((((jlbz[15]) << (16))) | (((jlbz[15]) >> (16)))); jlbz[10] += jlbz[15]; jlbz[5] ^= jlbz[10]; jlbz[5] = ((((jlbz[5]) << (12))) | (((jlbz[5]) >> (20)))); jlbz[0] += jlbz[5]; jlbz[15] ^= jlbz[0]; jlbz[15] = ((((jlbz[15]) << (8))) | (((jlbz[15]) >> (24)))); jlbz[10] += jlbz[15]; jlbz[5] ^= jlbz[10]; jlbz[5] = ((((jlbz[5]) << (7))) | (((jlbz[5]) >> (25)))); } { jlbz[1] += jlbz[6]; jlbz[12] ^= jlbz[1]; jlbz[12] = ((((jlbz[12]) << (16))) | (((jlbz[12]) >> (16)))); jlbz[11] += jlbz[12]; jlbz[6] ^= jlbz[11]; jlbz[6] = ((((jlbz[6]) << (12))) | (((jlbz[6]) >> (20)))); jlbz[1] += jlbz[6]; jlbz[12] ^= jlbz[1]; jlbz[12] = ((((jlbz[12]) << (8))) | (((jlbz[12]) >> (24)))); jlbz[11] += jlbz[12]; jlbz[6] ^= jlbz[11]; jlbz[6] = ((((jlbz[6]) << (7))) | (((jlbz[6]) >> (25)))); } lnnc(jlbz, 2, 7, 8, 13); { jlbz[3] += jlbz[4]; jlbz[14] ^= jlbz[3]; jlbz[14] = ((((jlbz[14]) << (16))) | (((jlbz[14]) >> (16)))); jlbz[9] += jlbz[14]; jlbz[4] ^= jlbz[9]; jlbz[4] = ((((jlbz[4]) << (12))) | (((jlbz[4]) >> (20)))); jlbz[3] += jlbz[4]; jlbz[14] ^= jlbz[3]; jlbz[14] = ((((jlbz[14]) << (8))) | (((jlbz[14]) >> (24)))); jlbz[9] += jlbz[14]; jlbz[4] ^= jlbz[9]; jlbz[4] = ((((jlbz[4]) << (7))) | (((jlbz[4]) >> (25)))); } _m[65163] += 1; } for (_si dzaw = 0; dzaw <= 15; dzaw += 1) { jlbz[dzaw] += fgmo[dzaw]; } fgmo[12] += 1; if (fgmo[12] == 0) { fgmo[13] += 1; } } void zxjt(_uli *wlvl) { for (_si erev = 0; erev <= 43; erev += 1) { wlvl[1 + erev] += ((wlvl[erev]) >> (47)); wlvl[erev] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wlvl[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pbcc(_uli *ehir) { for (_si lksl = 0; lksl <= 43; lksl += 1) { ehir[1 + lksl] += ((ehir[lksl]) >> (47)); ehir[lksl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ehir[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void apeo(_uli *xzup) { _uc *vdky = (_uc *)(xzup); for (_si mglt = 0; mglt <= 360; mglt += 1) { vdky[mglt] = (_uc)(255 + vdky[1 + mglt]) * (_uc)(1 + vdky[mglt]); } vdky[361] = 0; } void cwgz(_uli *ntvq, _uli *uxom) { for (_si rjgf = 0; rjgf <= 12; rjgf += 1) { ntvq[rjgf] = -uxom[rjgf]; } } void ardk(_si pmzm, _uli *wdzh) { wdzh[(((pmzm) / (47)))] &= ((((((_uli)(1)) << ((pmzm % 47)))) - ((_uli)(1)))); for (_si hmjs = 1 + (((pmzm) / (47))); hmjs <= 44; hmjs += 1) { wdzh[hmjs] = 0; } } void fldf(_si ztfm, _uli *dlok) { dlok[(((ztfm) / (47)))] &= ((((((_uli)(1)) << ((ztfm % 47)))) - ((_uli)(1)))); for (_si ynhv = 1 + (((ztfm) / (47))); ynhv <= 12; ynhv += 1) { dlok[ynhv] = 0; } } void tumb(_uli *igng) { _uc *rfbc = (_uc *)(igng); for (_si cbqv = 0; cbqv <= 360; cbqv += 1) { rfbc[cbqv] = (_uc)(255 + rfbc[1 + cbqv]) * (_uc)(1 + rfbc[cbqv]); } rfbc[361] = 0; } void pxam(_uli *nkpt) { _si sqth = reer(nkpt); if (sqth) { ayso(nkpt, nkpt); } for (_si ctxg = 0; ctxg <= 11; ctxg += 1) { if (((((nkpt[ctxg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nkpt[1 + ctxg] -= 1; } else { nkpt[1 + ctxg] += ((nkpt[ctxg]) >> (47)); }; nkpt[ctxg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nkpt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sqth) { { for (_si sbkd = 0; sbkd <= 12; sbkd += 1) { nkpt[sbkd] = -nkpt[sbkd]; } } } } void bbgj(_uli *jqes, _uli *ymsv, _uli *ctcs) { for (_si fpzm = 0; fpzm <= 12; fpzm += 1) { jqes[fpzm] = ctcs[fpzm] + ymsv[fpzm]; } { _si iwfr; { iwfr = 0; _uli wqgv = 19; for (_si dfhj = 12; dfhj >= 0; dfhj -= 1) { if (jqes[dfhj] != 0) { iwfr = ((((jqes[dfhj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (iwfr) { { for (_si mirs = 0; mirs <= 12; mirs += 1) { jqes[mirs] = -jqes[mirs]; } } } for (_si gdoo = 0; gdoo <= 11; gdoo += 1) { if (((((jqes[gdoo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jqes[1 + gdoo] -= 1; } else { jqes[1 + gdoo] += ((jqes[gdoo]) >> (47)); }; jqes[gdoo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jqes[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (iwfr) { { for (_si lgmt = 0; lgmt <= 12; lgmt += 1) { jqes[lgmt] = -jqes[lgmt]; } } } } } void zglt(_uli *dqfd) { for (_si vcei = 0; vcei <= 11; vcei += 1) { dqfd[1 + vcei] += ((dqfd[vcei]) >> (47)); dqfd[vcei] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dqfd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dbpm(_uli *uipu, _si spue) { _si nmlr = (spue % 47); _si aubn = ((spue) / (47)); _si imes = spue; if (imes > (8 * sizeof(_uli))) { imes = -1; } if (aubn >= 13) { { for (_si vixe = 0; vixe <= 12; vixe += 1) { uipu[vixe] = 0; } } } else { _uli dmlr = (((((_uli)(1)) << (nmlr))) - ((_uli)(1))); if (imes < 0) { uipu[0] = 0; } else { uipu[0] = ((((uipu[0]) & (~dmlr))) >> (imes)); }; if (aubn != 0) { uipu[0] += ((((uipu[aubn]) & (~dmlr))) >> (nmlr)); } for (_si vvvd = 1; vvvd <= (12 - aubn); vvvd += 1) { uipu[-1 + vvvd] += ((((((uipu[aubn + vvvd]) & (dmlr))) << (-nmlr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); uipu[vvvd] = ((((uipu[aubn + vvvd]) & (~dmlr))) >> (nmlr)); } for (_si mvaj = 13 - aubn; mvaj <= 12; mvaj += 1) { uipu[mvaj] = 0; } }; } void rpkf(_uli *lmdj) { for (_si wjin = 0; wjin <= 11; wjin += 1) { lmdj[1 + wjin] += ((lmdj[wjin]) >> (47)); lmdj[wjin] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lmdj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void tnqy(_uli *rjub, _si niat) { _si yyao = (niat % 47); _si bsaf = ((niat) / (47)); _si fcmo = niat; if (fcmo > (8 * sizeof(_uli))) { fcmo = -1; } if (bsaf >= 13) { { for (_si hewo = 0; hewo <= 12; hewo += 1) { rjub[hewo] = 0; } } } else { _uli tyde = (((((_uli)(1)) << (yyao))) - ((_uli)(1))); if (fcmo < 0) { rjub[0] = 0; } else { rjub[0] = ((((rjub[0]) & (~tyde))) >> (fcmo)); }; if (bsaf != 0) { rjub[0] += ((((rjub[bsaf]) & (~tyde))) >> (yyao)); } for (_si etom = 1; etom <= (12 - bsaf); etom += 1) { rjub[-1 + etom] += ((((((rjub[bsaf + etom]) & (tyde))) << (-yyao + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rjub[etom] = ((((rjub[bsaf + etom]) & (~tyde))) >> (yyao)); } for (_si obav = 13 - bsaf; obav <= 12; obav += 1) { rjub[obav] = 0; } }; } void zdwj(_uli *dyuk, _uli *qjzm, _uli *vbkx) { _uli *bcyt = irak(); _uli *lqid = vbxx(); _uli *zvtw = ndri(); _uli *shdl = tgz(); for (_si nwqk = 0; nwqk <= 44; nwqk += 1) { bcyt[nwqk] = ((qjzm[nwqk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lqid[nwqk] = ((qjzm[nwqk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zvtw[nwqk] = ((vbkx[nwqk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); shdl[nwqk] = ((vbkx[nwqk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si teny = 0; teny <= 44; teny += 1) { dyuk[teny] = 0; } } for (_si fbvj = 0; fbvj <= (-1 + (((45) >> (1)))); fbvj += 1) { for (_si snka = 0; snka <= (-1 + (((45) >> (1)))); snka += 1) { _uli fwmi = bcyt[fbvj] * shdl[snka] + lqid[fbvj] * zvtw[snka]; _uli nmsp = bcyt[fbvj] * zvtw[snka]; _uli bjmh = lqid[fbvj] * shdl[snka]; _uli dsgb = ((dyuk[fbvj + snka]) + (nmsp) + (((((fwmi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dsgb < nmsp) { bjmh += 1; } _uli wyum = ((((fwmi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bjmh) << ((-47 + (((sizeof(_uli)) << (3)))))))); dyuk[fbvj + snka] = dsgb; dyuk[1 + fbvj + snka] += wyum; } rnin(dyuk); } { _uc *ysop = (_uc *)(bcyt); for (_si xuvl = 0; xuvl <= 360; xuvl += 1) { ysop[xuvl] = (_uc)(255 + ysop[1 + xuvl]) * (_uc)(1 + ysop[xuvl]); } ysop[361] = 0; } { _uc *nmfo = (_uc *)(lqid); for (_si wrxd = 0; wrxd <= 360; wrxd += 1) { nmfo[wrxd] = (_uc)(1 + nmfo[wrxd]) * (_uc)(255 + nmfo[1 + wrxd]); } nmfo[361] = 0; } afpg(zvtw); juzx(shdl); } void amn(_uc *wgc) { _ui *inko = (_ui *)(wgc + 0); _ui *lnpc = (_ui *)(wgc + 64); for (_si ahz = 0; ahz <= 15; ahz += 1) { inko[ahz] = lnpc[ahz]; } for (_si gfuz = 0; gfuz <= 9; gfuz += 1) { { inko[0] += inko[4]; inko[12] ^= inko[0]; inko[12] = ((((inko[12]) << (16))) | (((inko[12]) >> (16)))); inko[8] += inko[12]; inko[4] ^= inko[8]; inko[4] = ((((inko[4]) << (12))) | (((inko[4]) >> (20)))); inko[0] += inko[4]; inko[12] ^= inko[0]; inko[12] = ((((inko[12]) << (8))) | (((inko[12]) >> (24)))); inko[8] += inko[12]; inko[4] ^= inko[8]; inko[4] = ((((inko[4]) << (7))) | (((inko[4]) >> (25)))); } { inko[1] += inko[5]; inko[13] ^= inko[1]; inko[13] = ((((inko[13]) << (16))) | (((inko[13]) >> (16)))); inko[9] += inko[13]; inko[5] ^= inko[9]; inko[5] = ((((inko[5]) << (12))) | (((inko[5]) >> (20)))); inko[1] += inko[5]; inko[13] ^= inko[1]; inko[13] = ((((inko[13]) << (8))) | (((inko[13]) >> (24)))); inko[9] += inko[13]; inko[5] ^= inko[9]; inko[5] = ((((inko[5]) << (7))) | (((inko[5]) >> (25)))); } { inko[2] += inko[6]; inko[14] ^= inko[2]; inko[14] = ((((inko[14]) << (16))) | (((inko[14]) >> (16)))); inko[10] += inko[14]; inko[6] ^= inko[10]; inko[6] = ((((inko[6]) << (12))) | (((inko[6]) >> (20)))); inko[2] += inko[6]; inko[14] ^= inko[2]; inko[14] = ((((inko[14]) << (8))) | (((inko[14]) >> (24)))); inko[10] += inko[14]; inko[6] ^= inko[10]; inko[6] = ((((inko[6]) << (7))) | (((inko[6]) >> (25)))); } { inko[3] += inko[7]; inko[15] ^= inko[3]; inko[15] = ((((inko[15]) << (16))) | (((inko[15]) >> (16)))); inko[11] += inko[15]; inko[7] ^= inko[11]; inko[7] = ((((inko[7]) << (12))) | (((inko[7]) >> (20)))); inko[3] += inko[7]; inko[15] ^= inko[3]; inko[15] = ((((inko[15]) << (8))) | (((inko[15]) >> (24)))); inko[11] += inko[15]; inko[7] ^= inko[11]; inko[7] = ((((inko[7]) << (7))) | (((inko[7]) >> (25)))); } fwa(inko, 0, 5, 10, 15); the(inko, 1, 6, 11, 12); qajo(inko, 2, 7, 8, 13); hnkf(inko, 3, 4, 9, 14); _m[65163] += 1; } for (_si fwax = 0; fwax <= 15; fwax += 1) { inko[fwax] += lnpc[fwax]; } lnpc[12] += 1; if (lnpc[12] == 0) { lnpc[13] += 1; } } void wpqs(_uc *iohy) { _ui *hczc = (_ui *)(iohy + 0); _ui *dnpr = (_ui *)(iohy + 64); for (_si yvhm = 0; yvhm <= 15; yvhm += 1) { hczc[yvhm] = dnpr[yvhm]; } for (_si dvkf = 0; dvkf <= 9; dvkf += 1) { { hczc[0] += hczc[4]; hczc[12] ^= hczc[0]; hczc[12] = ((((hczc[12]) << (16))) | (((hczc[12]) >> (16)))); hczc[8] += hczc[12]; hczc[4] ^= hczc[8]; hczc[4] = ((((hczc[4]) << (12))) | (((hczc[4]) >> (20)))); hczc[0] += hczc[4]; hczc[12] ^= hczc[0]; hczc[12] = ((((hczc[12]) << (8))) | (((hczc[12]) >> (24)))); hczc[8] += hczc[12]; hczc[4] ^= hczc[8]; hczc[4] = ((((hczc[4]) << (7))) | (((hczc[4]) >> (25)))); } { hczc[1] += hczc[5]; hczc[13] ^= hczc[1]; hczc[13] = ((((hczc[13]) << (16))) | (((hczc[13]) >> (16)))); hczc[9] += hczc[13]; hczc[5] ^= hczc[9]; hczc[5] = ((((hczc[5]) << (12))) | (((hczc[5]) >> (20)))); hczc[1] += hczc[5]; hczc[13] ^= hczc[1]; hczc[13] = ((((hczc[13]) << (8))) | (((hczc[13]) >> (24)))); hczc[9] += hczc[13]; hczc[5] ^= hczc[9]; hczc[5] = ((((hczc[5]) << (7))) | (((hczc[5]) >> (25)))); } { hczc[2] += hczc[6]; hczc[14] ^= hczc[2]; hczc[14] = ((((hczc[14]) << (16))) | (((hczc[14]) >> (16)))); hczc[10] += hczc[14]; hczc[6] ^= hczc[10]; hczc[6] = ((((hczc[6]) << (12))) | (((hczc[6]) >> (20)))); hczc[2] += hczc[6]; hczc[14] ^= hczc[2]; hczc[14] = ((((hczc[14]) << (8))) | (((hczc[14]) >> (24)))); hczc[10] += hczc[14]; hczc[6] ^= hczc[10]; hczc[6] = ((((hczc[6]) << (7))) | (((hczc[6]) >> (25)))); } lxok(hczc, 3, 7, 11, 15); wtfi(hczc, 0, 5, 10, 15); pjcq(hczc, 1, 6, 11, 12); { hczc[2] += hczc[7]; hczc[13] ^= hczc[2]; hczc[13] = ((((hczc[13]) << (16))) | (((hczc[13]) >> (16)))); hczc[8] += hczc[13]; hczc[7] ^= hczc[8]; hczc[7] = ((((hczc[7]) << (12))) | (((hczc[7]) >> (20)))); hczc[2] += hczc[7]; hczc[13] ^= hczc[2]; hczc[13] = ((((hczc[13]) << (8))) | (((hczc[13]) >> (24)))); hczc[8] += hczc[13]; hczc[7] ^= hczc[8]; hczc[7] = ((((hczc[7]) << (7))) | (((hczc[7]) >> (25)))); } { hczc[3] += hczc[4]; hczc[14] ^= hczc[3]; hczc[14] = ((((hczc[14]) << (16))) | (((hczc[14]) >> (16)))); hczc[9] += hczc[14]; hczc[4] ^= hczc[9]; hczc[4] = ((((hczc[4]) << (12))) | (((hczc[4]) >> (20)))); hczc[3] += hczc[4]; hczc[14] ^= hczc[3]; hczc[14] = ((((hczc[14]) << (8))) | (((hczc[14]) >> (24)))); hczc[9] += hczc[14]; hczc[4] ^= hczc[9]; hczc[4] = ((((hczc[4]) << (7))) | (((hczc[4]) >> (25)))); } _m[65163] += 1; } for (_si umnt = 0; umnt <= 15; umnt += 1) { hczc[umnt] += dnpr[umnt]; } dnpr[12] += 1; if (dnpr[12] == 0) { dnpr[13] += 1; } } void atlz(_uli *iqne) { _si xecs = uzno(iqne); if (xecs) { zlcw(iqne, iqne); } for (_si vbis = 0; vbis <= 11; vbis += 1) { if (((((iqne[vbis]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iqne[1 + vbis] -= 1; } else { iqne[1 + vbis] += ((iqne[vbis]) >> (47)); }; iqne[vbis] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iqne[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xecs) { { for (_si mevv = 0; mevv <= 12; mevv += 1) { iqne[mevv] = -iqne[mevv]; } } } } void ubst(_uli *dykh) { _uc *lpmz = (_uc *)(dykh); for (_si nilm = 0; nilm <= 360; nilm += 1) { lpmz[nilm] = (_uc)(1 + lpmz[nilm]) * (_uc)(255 + lpmz[1 + nilm]); } lpmz[361] = 0; } void fips(_uli *qopn) { _uc *saxm = (_uc *)(qopn); for (_si rsqx = 0; rsqx <= 360; rsqx += 1) { saxm[rsqx] = (_uc)(255 + saxm[1 + rsqx]) * (_uc)(1 + saxm[rsqx]); } saxm[361] = 0; } void iymp(_uli *fqgf) { _uc *ddca = (_uc *)(fqgf); for (_si rfid = 0; rfid <= 360; rfid += 1) { ddca[rfid] = (_uc)(255 + ddca[1 + rfid]) * (_uc)(1 + ddca[rfid]); } ddca[361] = 0; } void cocs(_uli *sbuf) { _si udoa; { udoa = 0; _uli apxe = 19; for (_si lqph = 12; lqph >= 0; lqph -= 1) { if (sbuf[lqph] != 0) { udoa = ((((sbuf[lqph]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (udoa) { { for (_si ovvj = 0; ovvj <= 12; ovvj += 1) { sbuf[ovvj] = -sbuf[ovvj]; } } } for (_si ptow = 0; ptow <= 11; ptow += 1) { if (((((sbuf[ptow]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sbuf[1 + ptow] -= 1; } else { sbuf[1 + ptow] += ((sbuf[ptow]) >> (47)); }; sbuf[ptow] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sbuf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (udoa) { { for (_si deqh = 0; deqh <= 12; deqh += 1) { sbuf[deqh] = -sbuf[deqh]; } } } } void xzjc(_uli *wqbt, _uli *tuvd) { if (wqbt != tuvd) { for (_si znqq = 0; znqq <= 12; znqq += 1) { wqbt[znqq] = tuvd[znqq]; } } } void bmhx(_uli *ubki) { _si kjdv; { kjdv = 0; _uli hcke = 19; for (_si gnwj = 44; gnwj >= 0; gnwj -= 1) { if (ubki[gnwj] != 0) { kjdv = ((((ubki[gnwj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kjdv) { { for (_si vama = 0; vama <= 44; vama += 1) { ubki[vama] = -ubki[vama]; } } } for (_si ogol = 0; ogol <= 43; ogol += 1) { if (((((ubki[ogol]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ubki[1 + ogol] -= 1; } else { ubki[1 + ogol] += ((ubki[ogol]) >> (47)); }; ubki[ogol] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ubki[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kjdv) { { for (_si pgkd = 0; pgkd <= 44; pgkd += 1) { ubki[pgkd] = -ubki[pgkd]; } } } } _si ydvs(_uli *brm) { _si kvpr = 0; _uli tvdb = 19; for (_si rqhh = 12; rqhh >= 0; rqhh -= 1) { if (brm[rqhh] != 0) { kvpr = ((((brm[rqhh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return kvpr; } void jshb(_ui *vfeo, _si zyhd, _si xlml, _si fwul, _si tew) { vfeo[zyhd] += vfeo[xlml]; vfeo[tew] ^= vfeo[zyhd]; vfeo[tew] = ((((vfeo[tew]) << (16))) | (((vfeo[tew]) >> (16)))); vfeo[fwul] += vfeo[tew]; vfeo[xlml] ^= vfeo[fwul]; vfeo[xlml] = ((((vfeo[xlml]) << (12))) | (((vfeo[xlml]) >> (20)))); vfeo[zyhd] += vfeo[xlml]; vfeo[tew] ^= vfeo[zyhd]; vfeo[tew] = ((((vfeo[tew]) << (8))) | (((vfeo[tew]) >> (24)))); vfeo[fwul] += vfeo[tew]; vfeo[xlml] ^= vfeo[fwul]; vfeo[xlml] = ((((vfeo[xlml]) << (7))) | (((vfeo[xlml]) >> (25)))); } void ehe(_uc *pju, _uc *wzz, _si ejzz) { { _ui *jwwi = (_ui *)(pju + 64); for (_si pxnc = 0; pxnc <= 7; pxnc += 1) { jwwi[4 + pxnc] = (((_ui)((wzz + 4 * pxnc)[0])) + ((((_ui)((wzz + 4 * pxnc)[1])) << (8))) + ((((_ui)((wzz + 4 * pxnc)[2])) << (16))) + ((((_ui)((wzz + 4 * pxnc)[3])) << (24)))); } } _ui *sej = (_ui *)(pju + 64); _ui *ktts = (_ui *)(pju + 128); for (_si abh = 0; abh <= 3; abh += 1) { sej[abh] = (((_ui)(((_uc *)(_m + 48146) + 4 * abh)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * abh)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * abh)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * abh)[3])) << (24)))); } for (_si dczz = 0; dczz <= 3; dczz += 1) { sej[12 + dczz] = ejzz; _m[65162] += 1; } ktts[0] = 3904225602; } void mmen(_uli *xoyu, _uli *mifn, _uli *afev) { _uli *lbkx = xlgb(); cjon(lbkx, xoyu, mifn, afev); mdrv(lbkx); } void bapu(_uc *mpt, _uc *ktxe, _uc *luwf, _si wg) { nybp(mpt, ktxe, 0); { _ui *yvr = (_ui *)(mpt + 0); _ui *bqjv = (_ui *)(mpt + 128); _uc *mvxp = (_uc *)(yvr); for (_si bpr = 0; bpr <= (-1 + wg); bpr += 1) { if (bqjv[0] >= 64) { { _ui *voc = (_ui *)(mpt + 0); _ui *uo = (_ui *)(mpt + 64); for (_si dsfv = 0; dsfv <= 15; dsfv += 1) { voc[dsfv] = uo[dsfv]; } for (_si edb = 0; edb <= 9; edb += 1) { fcxt(voc, 0, 4, 8, 12); uho(voc, 1, 5, 9, 13); vkex(voc, 2, 6, 10, 14); qmkk(voc, 3, 7, 11, 15); kjv(voc, 0, 5, 10, 15); cqhk(voc, 1, 6, 11, 12); { voc[2] += voc[7]; voc[13] ^= voc[2]; voc[13] = ((((voc[13]) << (16))) | (((voc[13]) >> (16)))); voc[8] += voc[13]; voc[7] ^= voc[8]; voc[7] = ((((voc[7]) << (12))) | (((voc[7]) >> (20)))); voc[2] += voc[7]; voc[13] ^= voc[2]; voc[13] = ((((voc[13]) << (8))) | (((voc[13]) >> (24)))); voc[8] += voc[13]; voc[7] ^= voc[8]; voc[7] = ((((voc[7]) << (7))) | (((voc[7]) >> (25)))); } { voc[3] += voc[4]; voc[14] ^= voc[3]; voc[14] = ((((voc[14]) << (16))) | (((voc[14]) >> (16)))); voc[9] += voc[14]; voc[4] ^= voc[9]; voc[4] = ((((voc[4]) << (12))) | (((voc[4]) >> (20)))); voc[3] += voc[4]; voc[14] ^= voc[3]; voc[14] = ((((voc[14]) << (8))) | (((voc[14]) >> (24)))); voc[9] += voc[14]; voc[4] ^= voc[9]; voc[4] = ((((voc[4]) << (7))) | (((voc[4]) >> (25)))); } _m[65163] += 1; } for (_si mog = 0; mog <= 15; mog += 1) { voc[mog] += uo[mog]; } uo[12] += 1; if (uo[12] == 0) { uo[13] += 1; } } bqjv[0] = 0; } luwf[bpr] ^= mvxp[bqjv[0]]; bqjv[0] += 1; } } } void mho(_uli *emog) { for (_si cnq = 0; cnq <= 12; cnq += 1) { emog[cnq] = 0; } } void izah(_uli *spzh, _uli *iowh, _uli *hbbh) { for (_si elqf = 0; elqf <= 12; elqf += 1) { spzh[elqf] = hbbh[elqf] + iowh[elqf]; } { _si wvep = nipj(spzh); if (wvep) { { for (_si yhcr = 0; yhcr <= 12; yhcr += 1) { spzh[yhcr] = -spzh[yhcr]; } } } for (_si naut = 0; naut <= 11; naut += 1) { if (((((spzh[naut]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { spzh[1 + naut] -= 1; } else { spzh[1 + naut] += ((spzh[naut]) >> (47)); }; spzh[naut] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } spzh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wvep) { rquc(spzh, spzh); } } } void nszo(_uc *gxti, _uc *krvi, _si ynek) { _uc *sdob = (_uc *)(gxti + 0); _uli *ydgd = (_uli *)(gxti + 352); _si chqn = (_si)(((ydgd[0]) & (63))); ydgd[0] += ynek; for (_si gfuf = 0; gfuf <= (-1 + ynek); gfuf += 1) { sdob[chqn] = krvi[gfuf]; chqn += 1; if (chqn == 64) { awhd(gxti); chqn = 0; } } } void fcnt(_uli *ystz, _si azim) { _si nyel = (azim % 47); _si lbpi = ((azim) / (47)); _si agkf = azim; if (agkf > (8 * sizeof(_uli))) { agkf = -1; } if (lbpi >= 13) { { for (_si mnco = 0; mnco <= 12; mnco += 1) { ystz[mnco] = 0; } } } else { _uli klob = (((((_uli)(1)) << (nyel))) - ((_uli)(1))); if (agkf < 0) { ystz[0] = 0; } else { ystz[0] = ((((ystz[0]) & (~klob))) >> (agkf)); }; if (lbpi != 0) { ystz[0] += ((((ystz[lbpi]) & (~klob))) >> (nyel)); } for (_si jbas = 1; jbas <= (12 - lbpi); jbas += 1) { ystz[-1 + jbas] += ((((((ystz[jbas + lbpi]) & (klob))) << (-nyel + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ystz[jbas] = ((((ystz[jbas + lbpi]) & (~klob))) >> (nyel)); } for (_si pyqt = 13 - lbpi; pyqt <= 12; pyqt += 1) { ystz[pyqt] = 0; } }; } void lhqg(_si hulg, _uli *ovfp) { ovfp[(((hulg) / (47)))] &= ((((((_uli)(1)) << ((hulg % 47)))) - ((_uli)(1)))); for (_si ubsv = 1 + (((hulg) / (47))); ubsv <= 12; ubsv += 1) { ovfp[ubsv] = 0; } } void zgzy(_uc *abph, _uc *dkae, _si uzw) { _uc *btkj = (_uc *)(abph + 0); _uli *amqq = (_uli *)(abph + 352); _si ielp = (_si)(((amqq[0]) & (63))); amqq[0] += uzw; for (_si iflr = 0; iflr <= (-1 + uzw); iflr += 1) { btkj[ielp] = dkae[iflr]; ielp += 1; if (ielp == 64) { { _uc *gwav = (_uc *)(abph + 0); _ui *suuq = (_ui *)(abph + 64); _ui *mcov = (_ui *)(abph + 96); _si phll = 0; _ui hegn = 0; _ui ampz = 0; _ui fvlf = 0; _ui wvhg = 0; _ui slcf = 0; _ui clwi = 0; for (_si eevh = 0; eevh <= 15; eevh += 1) { mcov[eevh] = (((((((((_ui)(gwav[phll])) << (24))) | ((((_ui)(gwav[1 + phll])) << (16))))) | ((((_ui)(gwav[2 + phll])) << (8))))) | ((_ui)(gwav[3 + phll]))); phll += 4; } for (_si oebv = 16; oebv <= 31; oebv += 1) { hegn = ((((((((mcov[-15 + oebv]) >> (7))) | (((mcov[-15 + oebv]) << (25))))) ^ (((((mcov[-15 + oebv]) >> (18))) | (((mcov[-15 + oebv]) << (14))))))) ^ (((mcov[-15 + oebv]) >> (3)))); wvhg = ((((((((mcov[-2 + oebv]) >> (17))) | (((mcov[-2 + oebv]) << (15))))) ^ (((((mcov[-2 + oebv]) >> (19))) | (((mcov[-2 + oebv]) << (13))))))) ^ (((mcov[-2 + oebv]) >> (10)))); mcov[oebv] = hegn + mcov[-16 + oebv] + mcov[-7 + oebv] + wvhg; _m[65160] += 1; } _ui eiv = suuq[0]; _ui zve = suuq[1]; _ui qfxb = suuq[2]; _ui frdq = suuq[3]; _ui jfkr = suuq[4]; _ui zhlo = suuq[5]; _ui hykh = suuq[6]; _ui pnpo = suuq[7]; for (_si husv = 0; husv <= 31; husv += 1) { hegn = ((((((((eiv) >> (2))) | (((eiv) << (30))))) ^ (((((eiv) >> (13))) | (((eiv) << (19))))))) ^ (((((eiv) >> (22))) | (((eiv) << (10)))))); ampz = ((((((eiv) & (zve))) ^ (((eiv) & (qfxb))))) ^ (((zve) & (qfxb)))); fvlf = ampz + hegn; wvhg = ((((((((jfkr) >> (6))) | (((jfkr) << (26))))) ^ (((((jfkr) >> (11))) | (((jfkr) << (21))))))) ^ (((((jfkr) >> (25))) | (((jfkr) << (7)))))); slcf = ((((jfkr) & (zhlo))) ^ (((~jfkr) & (hykh)))); clwi = pnpo + *(((_ui *)(_m + 246160) + husv)) + slcf + wvhg + mcov[husv]; pnpo = hykh; hykh = zhlo; zhlo = jfkr; jfkr = clwi + frdq; frdq = qfxb; qfxb = zve; zve = eiv; eiv = clwi + fvlf; _m[65161] += 1; } suuq[0] += eiv; suuq[1] += zve; suuq[2] += qfxb; suuq[3] += frdq; suuq[4] += jfkr; suuq[5] += zhlo; suuq[6] += hykh; suuq[7] += pnpo; } ielp = 0; } } } void guzi(_uli *thsn, _si jbvk) { _si nysg = (jbvk % 47); _si kog = ((jbvk) / (47)); _si dwvo = jbvk; if (dwvo > (8 * sizeof(_uli))) { dwvo = -1; } if (kog >= 13) { { for (_si twjk = 0; twjk <= 12; twjk += 1) { thsn[twjk] = 0; } } } else { _uli nxmj = (((((_uli)(1)) << (nysg))) - ((_uli)(1))); if (dwvo < 0) { thsn[0] = 0; } else { thsn[0] = ((((thsn[0]) & (~nxmj))) >> (dwvo)); }; if (kog != 0) { thsn[0] += ((((thsn[kog]) & (~nxmj))) >> (nysg)); } for (_si mruz = 1; mruz <= (12 - kog); mruz += 1) { thsn[-1 + mruz] += ((((((thsn[kog + mruz]) & (nxmj))) << (-nysg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); thsn[mruz] = ((((thsn[kog + mruz]) & (~nxmj))) >> (nysg)); } for (_si actq = 13 - kog; actq <= 12; actq += 1) { thsn[actq] = 0; } }; } void litf(_uc *kkxs) { _uc *swj = (_uc *)(kkxs + 0); _ui *sgjh = (_ui *)(kkxs + 64); _ui *eqq = (_ui *)(kkxs + 96); _si ddrb = 0; _ui mvuq = 0; _ui wdzd = 0; _ui feql = 0; _ui gqgg = 0; _ui jtag = 0; _ui bgtu = 0; for (_si mnob = 0; mnob <= 15; mnob += 1) { eqq[mnob] = (((((((((_ui)(swj[ddrb])) << (24))) | ((((_ui)(swj[1 + ddrb])) << (16))))) | ((((_ui)(swj[2 + ddrb])) << (8))))) | ((_ui)(swj[3 + ddrb]))); ddrb += 4; } for (_si ujyb = 16; ujyb <= 31; ujyb += 1) { mvuq = ((((((((eqq[-15 + ujyb]) >> (7))) | (((eqq[-15 + ujyb]) << (25))))) ^ (((((eqq[-15 + ujyb]) >> (18))) | (((eqq[-15 + ujyb]) << (14))))))) ^ (((eqq[-15 + ujyb]) >> (3)))); gqgg = ((((((((eqq[-2 + ujyb]) >> (17))) | (((eqq[-2 + ujyb]) << (15))))) ^ (((((eqq[-2 + ujyb]) >> (19))) | (((eqq[-2 + ujyb]) << (13))))))) ^ (((eqq[-2 + ujyb]) >> (10)))); eqq[ujyb] = eqq[-7 + ujyb] + eqq[-16 + ujyb] + gqgg + mvuq; _m[65160] += 1; } _ui gvr = sgjh[0]; _ui kbjg = sgjh[1]; _ui uimk = sgjh[2]; _ui btqz = sgjh[3]; _ui mmmu = sgjh[4]; _ui ryll = sgjh[5]; _ui ksxi = sgjh[6]; _ui ecnj = sgjh[7]; for (_si quy = 0; quy <= 31; quy += 1) { mvuq = ((((((((gvr) >> (2))) | (((gvr) << (30))))) ^ (((((gvr) >> (13))) | (((gvr) << (19))))))) ^ (((((gvr) >> (22))) | (((gvr) << (10)))))); wdzd = ((((((gvr) & (kbjg))) ^ (((gvr) & (uimk))))) ^ (((kbjg) & (uimk)))); feql = mvuq + wdzd; gqgg = ((((((((mmmu) >> (6))) | (((mmmu) << (26))))) ^ (((((mmmu) >> (11))) | (((mmmu) << (21))))))) ^ (((((mmmu) >> (25))) | (((mmmu) << (7)))))); jtag = ((((mmmu) & (ryll))) ^ (((~mmmu) & (ksxi)))); bgtu = eqq[quy] + gqgg + jtag + *(((_ui *)(_m + 246160) + quy)) + ecnj; ecnj = ksxi; ksxi = ryll; ryll = mmmu; mmmu = bgtu + btqz; btqz = uimk; uimk = kbjg; kbjg = gvr; gvr = bgtu + feql; _m[65161] += 1; } sgjh[0] += gvr; sgjh[1] += kbjg; sgjh[2] += uimk; sgjh[3] += btqz; sgjh[4] += mmmu; sgjh[5] += ryll; sgjh[6] += ksxi; sgjh[7] += ecnj; } void clxn(_uli *kode) { for (_si imig = 0; imig <= 44; imig += 1) { kode[imig] = 0; } } _uli *zauj() { ; _uli *lrlc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; lrlc = (_uli *)(_m + 362 * _s); break; } _s += 1; } return lrlc; } void oasq(_uli *vdcw, _uli *ftqf, _uli *dfep) { for (_si eexd = 0; eexd <= 12; eexd += 1) { vdcw[eexd] = -dfep[eexd] + ftqf[eexd]; } jusu(vdcw); } void bhci(_uli *ilvz) { for (_si nuho = 0; nuho <= 11; nuho += 1) { ilvz[1 + nuho] += ((ilvz[nuho]) >> (47)); ilvz[nuho] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ilvz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fazq(_uli *yzfh, _uli *yqsh, _uli *hmzb, _uli *cyqf) { hizr(yqsh, hmzb, cyqf); fyir(yqsh, yqsh, yzfh); } void znjh(_si fnfm, _uli *fcfl) { fcfl[(((fnfm) / (47)))] &= ((((((_uli)(1)) << ((fnfm % 47)))) - ((_uli)(1)))); for (_si oqus = 1 + (((fnfm) / (47))); oqus <= 12; oqus += 1) { fcfl[oqus] = 0; } } void nefk(_uli *oydq) { for (_si ccnz = 0; ccnz <= 11; ccnz += 1) { oydq[1 + ccnz] += ((oydq[ccnz]) >> (47)); oydq[ccnz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oydq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si nlnw(_uli *cpkn) { _si vujl = 0; _uli opvd = 19; for (_si koyg = 12; koyg >= 0; koyg -= 1) { if (cpkn[koyg] != 0) { vujl = ((((cpkn[koyg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vujl; } void kzkh(_uli *pcvs, _si omaq) { _si yiug = (omaq % 47); _si uvzb = ((omaq) / (47)); _si rehg = omaq; if (rehg > (8 * sizeof(_uli))) { rehg = -1; } if (uvzb >= 13) { { for (_si pxzs = 0; pxzs <= 12; pxzs += 1) { pcvs[pxzs] = 0; } } } else { _uli osqs = (((((_uli)(1)) << (yiug))) - ((_uli)(1))); if (rehg < 0) { pcvs[0] = 0; } else { pcvs[0] = ((((pcvs[0]) & (~osqs))) >> (rehg)); }; if (uvzb != 0) { pcvs[0] += ((((pcvs[uvzb]) & (~osqs))) >> (yiug)); } for (_si hgzh = 1; hgzh <= (12 - uvzb); hgzh += 1) { pcvs[-1 + hgzh] += ((((((pcvs[hgzh + uvzb]) & (osqs))) << (-yiug + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pcvs[hgzh] = ((((pcvs[hgzh + uvzb]) & (~osqs))) >> (yiug)); } for (_si upub = 13 - uvzb; upub <= 12; upub += 1) { pcvs[upub] = 0; } }; } void zjya(_uli *fmfm, _uli *jeip) { _uli *arbn = ckcv(); _uli *ipgw = ntfe(); for (_si qofe = 0; qofe <= 12; qofe += 1) { arbn[qofe] = ((jeip[qofe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ipgw[qofe] = ((jeip[qofe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sbvs = 0; sbvs <= 12; sbvs += 1) { fmfm[sbvs] = 0; } } for (_si ffuc = 0; ffuc <= (-1 + (((13) >> (1)))); ffuc += 1) { for (_si hqyu = 0; hqyu <= (-1 + (((13) >> (1)))); hqyu += 1) { _uli cwao = arbn[ffuc] * ipgw[hqyu] + arbn[hqyu] * ipgw[ffuc]; _uli jrln = arbn[ffuc] * arbn[hqyu]; _uli yaov = ipgw[ffuc] * ipgw[hqyu]; _uli uewy = ((fmfm[ffuc + hqyu]) + (jrln) + (((((cwao) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uewy < jrln) { yaov += 1; } _uli hfxp = ((((cwao) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yaov) << ((-47 + (((sizeof(_uli)) << (3)))))))); fmfm[ffuc + hqyu] = uewy; fmfm[1 + ffuc + hqyu] += hfxp; } { for (_si dyld = 0; dyld <= 11; dyld += 1) { fmfm[1 + dyld] += ((fmfm[dyld]) >> (47)); fmfm[dyld] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fmfm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *kwfk = (_uc *)(arbn); for (_si qsuq = 0; qsuq <= 360; qsuq += 1) { kwfk[qsuq] = (_uc)(255 + kwfk[1 + qsuq]) * (_uc)(1 + kwfk[qsuq]); } kwfk[361] = 0; } uijx(ipgw); } void zxff(_uli *lqux, _uli *msjp) { for (_si feul = 0; feul <= 12; feul += 1) { lqux[feul] = -msjp[feul]; } } void zsz(_uli *qam, _uli *mcgi, _uli *ozmb) { _uli *ipdn = opcr(); { { if (qam != mcgi) { for (_si bvdu = 0; bvdu <= 12; bvdu += 1) { qam[bvdu] = mcgi[bvdu]; } } } _si zfdw; { zfdw = -1; for (_si etpk = 12; etpk >= 0; etpk -= 1) { if (qam[etpk] != 0) { zfdw = etpk; break; } } } _si obb = myuc(ozmb); if (zfdw >= obb) { _si vgjw = 0; _uli qqsx = ozmb[obb]; while (qqsx < (((((((_uli)(1)) << (47)))) >> (1)))) { vgjw += 1; qqsx <<= 1; } if (obb == 0) { vgjw += 47; zfdw += 1; obb += 1; } if (vgjw > 0) { oqkf(qam, vgjw); { _si abte = (vgjw % 47); _si fla = ((vgjw) / (47)); _si jgj = -abte + (((sizeof(_uli)) << (3))); if (fla >= 13) { { for (_si mcm = 0; mcm <= 12; mcm += 1) { ozmb[mcm] = 0; } } } else { for (_si tedu = 12 - fla; tedu >= 1; tedu -= 1) { ozmb[fla + tedu] = ((ozmb[tedu]) << (abte)); if (jgj < (8 * sizeof(_uli))) { ozmb[fla + tedu] += ((((ozmb[-1 + tedu]) >> (jgj))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ozmb[fla] = ((ozmb[0]) << (abte)); for (_si wbhr = -1 + fla; wbhr >= 0; wbhr -= 1) { ozmb[wbhr] = 0; } }; { for (_si rfj = 0; rfj <= 11; rfj += 1) { ozmb[1 + rfj] += ((ozmb[rfj]) >> (47)); ozmb[rfj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ozmb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si ytvj = -obb + zfdw; qqsx = ozmb[obb]; _uli pfmh = ozmb[-1 + obb]; for (_si cygw = ytvj; cygw >= 0; cygw -= 1) { __uint128_t rbnz = qam[cygw + obb] + qam[1 + cygw + obb] * (__uint128_t)(((((_uli)(1)) << (47)))); _uli vpyl = 0; __uint128_t pyib = ((rbnz) / (qqsx)); __uint128_t kjqu = (rbnz % qqsx); while (pyib == ((((_uli)(1)) << (47))) || (pfmh * pyib) > (((((_uli)(1)) << (47))) * kjqu + qam[-1 + cygw + obb])) { pyib -= 1; kjqu += qqsx; if (kjqu >= ((((_uli)(1)) << (47)))) { break; } } rbnz = 0; for (_si zlz = 0; zlz <= obb; zlz += 1) { rbnz += ozmb[zlz] * pyib; vpyl = qam[cygw + zlz]; if (rbnz > vpyl) { rbnz -= vpyl; vpyl = rbnz % ((((_uli)(1)) << (47))); rbnz = ((rbnz) / (((((_uli)(1)) << (47))))); if (vpyl == 0) { qam[cygw + zlz] = 0; } else { qam[cygw + zlz] = ((1 + ~(_uli)(vpyl)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); rbnz += 1; }; } else { qam[cygw + zlz] -= rbnz; rbnz = 0; }; } vpyl = qam[1 + cygw + obb]; if (rbnz > vpyl) { ozmb[1 + cygw + obb] = -1 + pyib; rbnz = 0; for (_si xdyj = 0; xdyj <= obb; xdyj += 1) { rbnz += ozmb[xdyj] + qam[cygw + xdyj]; qam[cygw + xdyj] = rbnz % ((((_uli)(1)) << (47))); rbnz = ((rbnz) / (((((_uli)(1)) << (47))))); } } else { ozmb[1 + cygw + obb] = pyib; qam[1 + cygw + obb] -= rbnz; }; } for (_si ttnj = 0; ttnj <= ytvj; ttnj += 1) { ipdn[ttnj] = ozmb[1 + obb + ttnj]; qam[1 + obb + ttnj] = 0; } for (_si aqj = 1 + ytvj; aqj <= 12; aqj += 1) { ipdn[aqj] = 0; } if (ipdn != ozmb) { for (_si ghon = 1 + obb; ghon <= (1 + zfdw); ghon += 1) { ozmb[ghon] = 0; } if (vgjw > 0) { prw(ozmb, vgjw); } } if (vgjw > 0) { { _si almg = (vgjw % 47); _si nxlt = ((vgjw) / (47)); _si iuov = vgjw; if (iuov > (8 * sizeof(_uli))) { iuov = -1; } if (nxlt >= 13) { { for (_si bnk = 0; bnk <= 12; bnk += 1) { qam[bnk] = 0; } } } else { _uli dnz = (((((_uli)(1)) << (almg))) - ((_uli)(1))); if (iuov < 0) { qam[0] = 0; } else { qam[0] = ((((qam[0]) & (~dnz))) >> (iuov)); }; if (nxlt != 0) { qam[0] += ((((qam[nxlt]) & (~dnz))) >> (almg)); } for (_si djd = 1; djd <= (12 - nxlt); djd += 1) { qam[-1 + djd] += ((((((qam[djd + nxlt]) & (dnz))) << (-almg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qam[djd] = ((((qam[djd + nxlt]) & (~dnz))) >> (almg)); } for (_si qzho = 13 - nxlt; qzho <= 12; qzho += 1) { qam[qzho] = 0; } }; } } } } { _uc *hqx = (_uc *)(ipdn); for (_si nkdv = 0; nkdv <= 360; nkdv += 1) { hqx[nkdv] = (_uc)(1 + hqx[nkdv]) * (_uc)(255 + hqx[1 + nkdv]); } hqx[361] = 0; } } void fih(_uc *qpie, _uc *gon, _si mecj) { _ui *gek = (_ui *)(qpie + 0); _ui *ypzx = (_ui *)(qpie + 128); _uc *djq = (_uc *)(gek); for (_si sont = 0; sont <= (-1 + mecj); sont += 1) { if (ypzx[0] >= 64) { { _ui *pxhq = (_ui *)(qpie + 0); _ui *pegy = (_ui *)(qpie + 64); for (_si yisj = 0; yisj <= 15; yisj += 1) { pxhq[yisj] = pegy[yisj]; } for (_si odfv = 0; odfv <= 9; odfv += 1) { ktwi(pxhq, 0, 4, 8, 12); { pxhq[1] += pxhq[5]; pxhq[13] ^= pxhq[1]; pxhq[13] = ((((pxhq[13]) << (16))) | (((pxhq[13]) >> (16)))); pxhq[9] += pxhq[13]; pxhq[5] ^= pxhq[9]; pxhq[5] = ((((pxhq[5]) << (12))) | (((pxhq[5]) >> (20)))); pxhq[1] += pxhq[5]; pxhq[13] ^= pxhq[1]; pxhq[13] = ((((pxhq[13]) << (8))) | (((pxhq[13]) >> (24)))); pxhq[9] += pxhq[13]; pxhq[5] ^= pxhq[9]; pxhq[5] = ((((pxhq[5]) << (7))) | (((pxhq[5]) >> (25)))); } { pxhq[2] += pxhq[6]; pxhq[14] ^= pxhq[2]; pxhq[14] = ((((pxhq[14]) << (16))) | (((pxhq[14]) >> (16)))); pxhq[10] += pxhq[14]; pxhq[6] ^= pxhq[10]; pxhq[6] = ((((pxhq[6]) << (12))) | (((pxhq[6]) >> (20)))); pxhq[2] += pxhq[6]; pxhq[14] ^= pxhq[2]; pxhq[14] = ((((pxhq[14]) << (8))) | (((pxhq[14]) >> (24)))); pxhq[10] += pxhq[14]; pxhq[6] ^= pxhq[10]; pxhq[6] = ((((pxhq[6]) << (7))) | (((pxhq[6]) >> (25)))); } kbmj(pxhq, 3, 7, 11, 15); { pxhq[0] += pxhq[5]; pxhq[15] ^= pxhq[0]; pxhq[15] = ((((pxhq[15]) << (16))) | (((pxhq[15]) >> (16)))); pxhq[10] += pxhq[15]; pxhq[5] ^= pxhq[10]; pxhq[5] = ((((pxhq[5]) << (12))) | (((pxhq[5]) >> (20)))); pxhq[0] += pxhq[5]; pxhq[15] ^= pxhq[0]; pxhq[15] = ((((pxhq[15]) << (8))) | (((pxhq[15]) >> (24)))); pxhq[10] += pxhq[15]; pxhq[5] ^= pxhq[10]; pxhq[5] = ((((pxhq[5]) << (7))) | (((pxhq[5]) >> (25)))); } uho(pxhq, 1, 6, 11, 12); { pxhq[2] += pxhq[7]; pxhq[13] ^= pxhq[2]; pxhq[13] = ((((pxhq[13]) << (16))) | (((pxhq[13]) >> (16)))); pxhq[8] += pxhq[13]; pxhq[7] ^= pxhq[8]; pxhq[7] = ((((pxhq[7]) << (12))) | (((pxhq[7]) >> (20)))); pxhq[2] += pxhq[7]; pxhq[13] ^= pxhq[2]; pxhq[13] = ((((pxhq[13]) << (8))) | (((pxhq[13]) >> (24)))); pxhq[8] += pxhq[13]; pxhq[7] ^= pxhq[8]; pxhq[7] = ((((pxhq[7]) << (7))) | (((pxhq[7]) >> (25)))); } { pxhq[3] += pxhq[4]; pxhq[14] ^= pxhq[3]; pxhq[14] = ((((pxhq[14]) << (16))) | (((pxhq[14]) >> (16)))); pxhq[9] += pxhq[14]; pxhq[4] ^= pxhq[9]; pxhq[4] = ((((pxhq[4]) << (12))) | (((pxhq[4]) >> (20)))); pxhq[3] += pxhq[4]; pxhq[14] ^= pxhq[3]; pxhq[14] = ((((pxhq[14]) << (8))) | (((pxhq[14]) >> (24)))); pxhq[9] += pxhq[14]; pxhq[4] ^= pxhq[9]; pxhq[4] = ((((pxhq[4]) << (7))) | (((pxhq[4]) >> (25)))); } _m[65163] += 1; } for (_si sons = 0; sons <= 15; sons += 1) { pxhq[sons] += pegy[sons]; } pegy[12] += 1; if (pegy[12] == 0) { pegy[13] += 1; } } ypzx[0] = 0; } gon[sont] ^= djq[ypzx[0]]; ypzx[0] += 1; } } void ycsm(_si rwcm, _uli *lqji, _uli *fepx, _uli *ubde, _uli *newt) { _uli *byzc = pguw(); ylyz(byzc, newt); { if (ubde != newt) { for (_si npnx = 0; npnx <= 12; npnx += 1) { ubde[npnx] = newt[npnx]; } } } hyoi(rwcm, ubde); theh(ubde, ubde, fepx); { ubde[(((rwcm) / (47)))] &= ((((((_uli)(1)) << ((rwcm % 47)))) - ((_uli)(1)))); for (_si ajpg = 1 + (((rwcm) / (47))); ajpg <= 12; ajpg += 1) { ubde[ajpg] = 0; } } { _uli *zvwk = zqig(); _uli *xqng = vmda(); _uli *akhc = ygbj(); _uli *doov = enhh(); for (_si vtsn = 0; vtsn <= 12; vtsn += 1) { zvwk[vtsn] = ((ubde[vtsn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xqng[vtsn] = ((ubde[vtsn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); akhc[vtsn] = ((lqji[vtsn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); doov[vtsn] = ((lqji[vtsn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } dwfl(ubde); for (_si uuyu = 0; uuyu <= (-1 + (((13) >> (1)))); uuyu += 1) { for (_si syhz = 0; syhz <= (-1 + (((13) >> (1)))); syhz += 1) { _uli yagp = akhc[syhz] * xqng[uuyu] + doov[syhz] * zvwk[uuyu]; _uli weyy = akhc[syhz] * zvwk[uuyu]; _uli fgae = doov[syhz] * xqng[uuyu]; _uli lndj = ((ubde[syhz + uuyu]) + (weyy) + (((((yagp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lndj < weyy) { fgae += 1; } _uli ydpf = ((((yagp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fgae) << ((-47 + (((sizeof(_uli)) << (3)))))))); ubde[syhz + uuyu] = lndj; ubde[1 + syhz + uuyu] += ydpf; } acjh(ubde); } { _uc *zjjg = (_uc *)(zvwk); for (_si noti = 0; noti <= 360; noti += 1) { zjjg[noti] = (_uc)(1 + zjjg[noti]) * (_uc)(255 + zjjg[1 + noti]); } zjjg[361] = 0; } { _uc *nkuk = (_uc *)(xqng); for (_si pulb = 0; pulb <= 360; pulb += 1) { nkuk[pulb] = (_uc)(255 + nkuk[1 + pulb]) * (_uc)(1 + nkuk[pulb]); } nkuk[361] = 0; } { _uc *sqpg = (_uc *)(akhc); for (_si pilj = 0; pilj <= 360; pilj += 1) { sqpg[pilj] = (_uc)(1 + sqpg[pilj]) * (_uc)(255 + sqpg[1 + pilj]); } sqpg[361] = 0; } nwsu(doov); } btlo(ubde, ubde, byzc); smja(ubde, rwcm); { for (_si dqda = 0; dqda <= 12; dqda += 1) { byzc[dqda] = -lqji[dqda] + ubde[dqda]; } gueo(byzc); } _si fhsr = vaxp(byzc); if (!fhsr) { { if (ubde != byzc) { for (_si ekno = 0; ekno <= 12; ekno += 1) { ubde[ekno] = byzc[ekno]; } } } } jkkk(byzc); } void gtce(_uc *jje, _uc *ase) { _ui *ljd = (_ui *)(jje + 64); for (_si feti = 0; feti <= 7; feti += 1) { ljd[4 + feti] = (((_ui)((ase + 4 * feti)[0])) + ((((_ui)((ase + 4 * feti)[1])) << (8))) + ((((_ui)((ase + 4 * feti)[2])) << (16))) + ((((_ui)((ase + 4 * feti)[3])) << (24)))); } } void knvr(_uli *rllr, _uli *iaof, _uli *jevp, _uli *gbfo) { { for (_si ltce = 0; ltce <= 12; ltce += 1) { iaof[ltce] = -gbfo[ltce] + jevp[ltce]; } vfez(iaof); } _si anvl = anly(iaof); if (anvl) { { for (_si bnci = 0; bnci <= 12; bnci += 1) { iaof[bnci] = iaof[bnci] + rllr[bnci]; } { _si zbdu; { zbdu = 0; _uli yjiy = 19; for (_si zeal = 12; zeal >= 0; zeal -= 1) { if (iaof[zeal] != 0) { zbdu = ((((iaof[zeal]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zbdu) { ayso(iaof, iaof); } for (_si jumy = 0; jumy <= 11; jumy += 1) { if (((((iaof[jumy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iaof[1 + jumy] -= 1; } else { iaof[1 + jumy] += ((iaof[jumy]) >> (47)); }; iaof[jumy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iaof[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zbdu) { { for (_si pxqs = 0; pxqs <= 12; pxqs += 1) { iaof[pxqs] = -iaof[pxqs]; } } } } } } } void bqid(_uli *xlnr) { _uc *pmjo = (_uc *)(xlnr); for (_si btbq = 0; btbq <= 360; btbq += 1) { pmjo[btbq] = (_uc)(255 + pmjo[1 + btbq]) * (_uc)(1 + pmjo[btbq]); } pmjo[361] = 0; } void llkm(_si cuqf, _uli *ayw) { ayw[(((cuqf) / (47)))] &= ((((((_uli)(1)) << ((cuqf % 47)))) - ((_uli)(1)))); for (_si hrpx = 1 + (((cuqf) / (47))); hrpx <= 44; hrpx += 1) { ayw[hrpx] = 0; } } _si sguu(_uli *eqyz) { _si ivzp = 0; _uli fvsr = 19; for (_si gznu = 12; gznu >= 0; gznu -= 1) { if (eqyz[gznu] != 0) { ivzp = ((((eqyz[gznu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ivzp; } void bdec(_uli *cvzl, _uli *zvcr) { if (cvzl != zvcr) { for (_si tymr = 0; tymr <= 12; tymr += 1) { cvzl[tymr] = zvcr[tymr]; } } } void ebvz(_uli *rlpa) { _si fgqn = vpqz(rlpa); if (fgqn) { { for (_si vltr = 0; vltr <= 12; vltr += 1) { rlpa[vltr] = -rlpa[vltr]; } } } for (_si jhzf = 0; jhzf <= 11; jhzf += 1) { if (((((rlpa[jhzf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rlpa[1 + jhzf] -= 1; } else { rlpa[1 + jhzf] += ((rlpa[jhzf]) >> (47)); }; rlpa[jhzf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rlpa[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fgqn) { { for (_si kgil = 0; kgil <= 12; kgil += 1) { rlpa[kgil] = -rlpa[kgil]; } } } } void nauv(_si bfpl, _uli *xyox, _uli *fdwd, _uli *ihxv, _uli *xdjy, _uli *kewq) { { _uli *pcvo = niei(); _uli *poka = itcx(); _uli *rvzw = mazz(); _uli *dnpk = gmyg(); for (_si zxqf = 0; zxqf <= 12; zxqf += 1) { pcvo[zxqf] = ((xdjy[zxqf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); poka[zxqf] = ((xdjy[zxqf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rvzw[zxqf] = ((kewq[zxqf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dnpk[zxqf] = ((kewq[zxqf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } ltoa(ihxv); for (_si hbll = 0; hbll <= (-1 + (((13) >> (1)))); hbll += 1) { for (_si ikkz = 0; ikkz <= (-1 + (((13) >> (1)))); ikkz += 1) { _uli seph = dnpk[ikkz] * pcvo[hbll] + poka[hbll] * rvzw[ikkz]; _uli unkh = pcvo[hbll] * rvzw[ikkz]; _uli ddos = dnpk[ikkz] * poka[hbll]; _uli gfjd = ((ihxv[hbll + ikkz]) + (unkh) + (((((seph) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gfjd < unkh) { ddos += 1; } _uli crcs = ((((seph) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ddos) << ((-47 + (((sizeof(_uli)) << (3)))))))); ihxv[hbll + ikkz] = gfjd; ihxv[1 + hbll + ikkz] += crcs; } vio(ihxv); } { _uc *njuo = (_uc *)(pcvo); for (_si dpcx = 0; dpcx <= 360; dpcx += 1) { njuo[dpcx] = (_uc)(1 + njuo[dpcx]) * (_uc)(255 + njuo[1 + dpcx]); } njuo[361] = 0; } tzyr(poka); { _uc *hnhn = (_uc *)(rvzw); for (_si wlyk = 0; wlyk <= 360; wlyk += 1) { hnhn[wlyk] = (_uc)(1 + hnhn[wlyk]) * (_uc)(255 + hnhn[1 + wlyk]); } hnhn[361] = 0; } { _uc *quea = (_uc *)(dnpk); for (_si kfku = 0; kfku <= 360; kfku += 1) { quea[kfku] = (_uc)(255 + quea[1 + kfku]) * (_uc)(1 + quea[kfku]); } quea[361] = 0; } } vevp(bfpl, xyox, fdwd, ihxv, ihxv); } void hyrz(_si nwpe, _uli *afrd) { afrd[(((nwpe) / (47)))] &= ((((((_uli)(1)) << ((nwpe % 47)))) - ((_uli)(1)))); for (_si wgum = 1 + (((nwpe) / (47))); wgum <= 12; wgum += 1) { afrd[wgum] = 0; } } void hohn(_uli *smqn) { for (_si ekpt = 0; ekpt <= 11; ekpt += 1) { smqn[1 + ekpt] += ((smqn[ekpt]) >> (47)); smqn[ekpt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } smqn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void nczx(_uli *xigo, _uli *ixex, _uli *laxm) { for (_si zqzl = 0; zqzl <= 12; zqzl += 1) { xigo[zqzl] = ixex[zqzl] + laxm[zqzl]; } { _si zvbo; { zvbo = 0; _uli bccr = 19; for (_si sepz = 12; sepz >= 0; sepz -= 1) { if (xigo[sepz] != 0) { zvbo = ((((xigo[sepz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zvbo) { cjmm(xigo, xigo); } for (_si bbnd = 0; bbnd <= 11; bbnd += 1) { if (((((xigo[bbnd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xigo[1 + bbnd] -= 1; } else { xigo[1 + bbnd] += ((xigo[bbnd]) >> (47)); }; xigo[bbnd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xigo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zvbo) { { for (_si vkce = 0; vkce <= 12; vkce += 1) { xigo[vkce] = -xigo[vkce]; } } } } } void ebjt(_uc *kuma, _uc *vmuv, _si wzf) { _ui *hxef = (_ui *)(kuma + 0); _ui *qckw = (_ui *)(kuma + 128); _uc *pnlb = (_uc *)(hxef); for (_si dghu = 0; dghu <= (-1 + wzf); dghu += 1) { if (qckw[0] >= 64) { { _ui *tihk = (_ui *)(kuma + 0); _ui *zcnb = (_ui *)(kuma + 64); for (_si vxhp = 0; vxhp <= 15; vxhp += 1) { tihk[vxhp] = zcnb[vxhp]; } for (_si seh = 0; seh <= 9; seh += 1) { { tihk[0] += tihk[4]; tihk[12] ^= tihk[0]; tihk[12] = ((((tihk[12]) << (16))) | (((tihk[12]) >> (16)))); tihk[8] += tihk[12]; tihk[4] ^= tihk[8]; tihk[4] = ((((tihk[4]) << (12))) | (((tihk[4]) >> (20)))); tihk[0] += tihk[4]; tihk[12] ^= tihk[0]; tihk[12] = ((((tihk[12]) << (8))) | (((tihk[12]) >> (24)))); tihk[8] += tihk[12]; tihk[4] ^= tihk[8]; tihk[4] = ((((tihk[4]) << (7))) | (((tihk[4]) >> (25)))); } ndt(tihk, 1, 5, 9, 13); { tihk[2] += tihk[6]; tihk[14] ^= tihk[2]; tihk[14] = ((((tihk[14]) << (16))) | (((tihk[14]) >> (16)))); tihk[10] += tihk[14]; tihk[6] ^= tihk[10]; tihk[6] = ((((tihk[6]) << (12))) | (((tihk[6]) >> (20)))); tihk[2] += tihk[6]; tihk[14] ^= tihk[2]; tihk[14] = ((((tihk[14]) << (8))) | (((tihk[14]) >> (24)))); tihk[10] += tihk[14]; tihk[6] ^= tihk[10]; tihk[6] = ((((tihk[6]) << (7))) | (((tihk[6]) >> (25)))); } wpb(tihk, 3, 7, 11, 15); { tihk[0] += tihk[5]; tihk[15] ^= tihk[0]; tihk[15] = ((((tihk[15]) << (16))) | (((tihk[15]) >> (16)))); tihk[10] += tihk[15]; tihk[5] ^= tihk[10]; tihk[5] = ((((tihk[5]) << (12))) | (((tihk[5]) >> (20)))); tihk[0] += tihk[5]; tihk[15] ^= tihk[0]; tihk[15] = ((((tihk[15]) << (8))) | (((tihk[15]) >> (24)))); tihk[10] += tihk[15]; tihk[5] ^= tihk[10]; tihk[5] = ((((tihk[5]) << (7))) | (((tihk[5]) >> (25)))); } nrgr(tihk, 1, 6, 11, 12); { tihk[2] += tihk[7]; tihk[13] ^= tihk[2]; tihk[13] = ((((tihk[13]) << (16))) | (((tihk[13]) >> (16)))); tihk[8] += tihk[13]; tihk[7] ^= tihk[8]; tihk[7] = ((((tihk[7]) << (12))) | (((tihk[7]) >> (20)))); tihk[2] += tihk[7]; tihk[13] ^= tihk[2]; tihk[13] = ((((tihk[13]) << (8))) | (((tihk[13]) >> (24)))); tihk[8] += tihk[13]; tihk[7] ^= tihk[8]; tihk[7] = ((((tihk[7]) << (7))) | (((tihk[7]) >> (25)))); } edlu(tihk, 3, 4, 9, 14); _m[65163] += 1; } for (_si tntb = 0; tntb <= 15; tntb += 1) { tihk[tntb] += zcnb[tntb]; } zcnb[12] += 1; if (zcnb[12] == 0) { zcnb[13] += 1; } } qckw[0] = 0; } vmuv[dghu] ^= pnlb[qckw[0]]; qckw[0] += 1; } } void bvkc(_uli *tksm) { for (_si ojzp = 0; ojzp <= 43; ojzp += 1) { tksm[1 + ojzp] += ((tksm[ojzp]) >> (47)); tksm[ojzp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tksm[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void nzix(_si zuox, _uli *dvty) { dvty[(((zuox) / (47)))] &= ((((((_uli)(1)) << ((zuox % 47)))) - ((_uli)(1)))); for (_si lcts = 1 + (((zuox) / (47))); lcts <= 12; lcts += 1) { dvty[lcts] = 0; } } void jzzs(_uc *tzft, _uc *qhv, _si xnl) { { _ui *vwje = (_ui *)(tzft + 64); for (_si cmli = 0; cmli <= 7; cmli += 1) { vwje[4 + cmli] = (((_ui)((qhv + 4 * cmli)[0])) + ((((_ui)((qhv + 4 * cmli)[1])) << (8))) + ((((_ui)((qhv + 4 * cmli)[2])) << (16))) + ((((_ui)((qhv + 4 * cmli)[3])) << (24)))); } } _ui *luia = (_ui *)(tzft + 64); _ui *vvvl = (_ui *)(tzft + 128); for (_si mksx = 0; mksx <= 3; mksx += 1) { luia[mksx] = (((_ui)(((_uc *)(_m + 48146) + 4 * mksx)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mksx)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mksx)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mksx)[3])) << (24)))); } for (_si jkxr = 0; jkxr <= 3; jkxr += 1) { luia[12 + jkxr] = xnl; _m[65162] += 1; } vvvl[0] = 3904225602; } void yuaa(_uli *kgpt) { _uc *daq = (_uc *)(kgpt); for (_si zhia = 0; zhia <= 360; zhia += 1) { daq[zhia] = (_uc)(1 + daq[zhia]) * (_uc)(255 + daq[1 + zhia]); } daq[361] = 0; } void wnrz(_uc *togj, _uc *hqdh) { _ui *xnwa = (_ui *)(togj + 64); for (_si grbk = 0; grbk <= 7; grbk += 1) { xnwa[4 + grbk] = (((_ui)((hqdh + 4 * grbk)[0])) + ((((_ui)((hqdh + 4 * grbk)[1])) << (8))) + ((((_ui)((hqdh + 4 * grbk)[2])) << (16))) + ((((_ui)((hqdh + 4 * grbk)[3])) << (24)))); } } _si nemb(_uli *kfhj) { _si vtue = 0; _uli kucl = 19; for (_si coqd = 12; coqd >= 0; coqd -= 1) { if (kfhj[coqd] != 0) { vtue = ((((kfhj[coqd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vtue; } void pbda(_si deyt, _uli *rrb) { rrb[(((deyt) / (47)))] &= ((((((_uli)(1)) << ((deyt % 47)))) - ((_uli)(1)))); for (_si xgd = 1 + (((deyt) / (47))); xgd <= 44; xgd += 1) { rrb[xgd] = 0; } } void bluo(_uli *scme) { for (_si ymqt = 0; ymqt <= 11; ymqt += 1) { scme[1 + ymqt] += ((scme[ymqt]) >> (47)); scme[ymqt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } scme[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ypoj(_uc *cywr, _uc *rbcj) { _ui *spph = (_ui *)(cywr + 64); for (_si ryem = 0; ryem <= 7; ryem += 1) { spph[4 + ryem] = (((_ui)((rbcj + 4 * ryem)[0])) + ((((_ui)((rbcj + 4 * ryem)[1])) << (8))) + ((((_ui)((rbcj + 4 * ryem)[2])) << (16))) + ((((_ui)((rbcj + 4 * ryem)[3])) << (24)))); } } void gdep(_uli *zaou, _si qscm) { _si snyn = (qscm % 47); _si wvlc = ((qscm) / (47)); _si xssb = qscm; if (xssb > (8 * sizeof(_uli))) { xssb = -1; } if (wvlc >= 13) { { for (_si fest = 0; fest <= 12; fest += 1) { zaou[fest] = 0; } } } else { _uli cpdo = (((((_uli)(1)) << (snyn))) - ((_uli)(1))); if (xssb < 0) { zaou[0] = 0; } else { zaou[0] = ((((zaou[0]) & (~cpdo))) >> (xssb)); }; if (wvlc != 0) { zaou[0] += ((((zaou[wvlc]) & (~cpdo))) >> (snyn)); } for (_si aqau = 1; aqau <= (12 - wvlc); aqau += 1) { zaou[-1 + aqau] += ((((((zaou[aqau + wvlc]) & (cpdo))) << (-snyn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zaou[aqau] = ((((zaou[aqau + wvlc]) & (~cpdo))) >> (snyn)); } for (_si pnum = 13 - wvlc; pnum <= 12; pnum += 1) { zaou[pnum] = 0; } }; } void vkhj(_uc *fdci) { _uc *okvg = (_uc *)(fdci); for (_si fya = 0; fya <= 360; fya += 1) { okvg[fya] = (_uc)(1 + okvg[fya]) * (_uc)(255 + okvg[1 + fya]); } okvg[361] = 0; } _si petk(_uli *sbqn, _uli *zatv) { _si nmnj = 0; for (_si ussn = 12; ussn >= 0; ussn -= 1) { if (sbqn[ussn] > zatv[ussn]) { break; } else if (sbqn[ussn] < zatv[ussn]) { nmnj = 1; break; }; } return nmnj; } void bbw(_uc *nqrl) { _ui *yocd = (_ui *)(nqrl + 0); _ui *krb = (_ui *)(nqrl + 64); for (_si ruxq = 0; ruxq <= 15; ruxq += 1) { yocd[ruxq] = krb[ruxq]; } for (_si kph = 0; kph <= 9; kph += 1) { osos(yocd, 0, 4, 8, 12); { yocd[1] += yocd[5]; yocd[13] ^= yocd[1]; yocd[13] = ((((yocd[13]) << (16))) | (((yocd[13]) >> (16)))); yocd[9] += yocd[13]; yocd[5] ^= yocd[9]; yocd[5] = ((((yocd[5]) << (12))) | (((yocd[5]) >> (20)))); yocd[1] += yocd[5]; yocd[13] ^= yocd[1]; yocd[13] = ((((yocd[13]) << (8))) | (((yocd[13]) >> (24)))); yocd[9] += yocd[13]; yocd[5] ^= yocd[9]; yocd[5] = ((((yocd[5]) << (7))) | (((yocd[5]) >> (25)))); } sjin(yocd, 2, 6, 10, 14); miun(yocd, 3, 7, 11, 15); { yocd[0] += yocd[5]; yocd[15] ^= yocd[0]; yocd[15] = ((((yocd[15]) << (16))) | (((yocd[15]) >> (16)))); yocd[10] += yocd[15]; yocd[5] ^= yocd[10]; yocd[5] = ((((yocd[5]) << (12))) | (((yocd[5]) >> (20)))); yocd[0] += yocd[5]; yocd[15] ^= yocd[0]; yocd[15] = ((((yocd[15]) << (8))) | (((yocd[15]) >> (24)))); yocd[10] += yocd[15]; yocd[5] ^= yocd[10]; yocd[5] = ((((yocd[5]) << (7))) | (((yocd[5]) >> (25)))); } hnqg(yocd, 1, 6, 11, 12); iwlp(yocd, 2, 7, 8, 13); { yocd[3] += yocd[4]; yocd[14] ^= yocd[3]; yocd[14] = ((((yocd[14]) << (16))) | (((yocd[14]) >> (16)))); yocd[9] += yocd[14]; yocd[4] ^= yocd[9]; yocd[4] = ((((yocd[4]) << (12))) | (((yocd[4]) >> (20)))); yocd[3] += yocd[4]; yocd[14] ^= yocd[3]; yocd[14] = ((((yocd[14]) << (8))) | (((yocd[14]) >> (24)))); yocd[9] += yocd[14]; yocd[4] ^= yocd[9]; yocd[4] = ((((yocd[4]) << (7))) | (((yocd[4]) >> (25)))); } _m[65163] += 1; } for (_si tump = 0; tump <= 15; tump += 1) { yocd[tump] += krb[tump]; } krb[12] += 1; if (krb[12] == 0) { krb[13] += 1; } } void rlql(_uli *mzvv, _si lggu) { _si aye = (lggu % 47); _si xspw = ((lggu) / (47)); _si ggs = lggu; if (ggs > (8 * sizeof(_uli))) { ggs = -1; } if (xspw >= 13) { { for (_si elo = 0; elo <= 12; elo += 1) { mzvv[elo] = 0; } } } else { _uli yoep = (((((_uli)(1)) << (aye))) - ((_uli)(1))); if (ggs < 0) { mzvv[0] = 0; } else { mzvv[0] = ((((mzvv[0]) & (~yoep))) >> (ggs)); }; if (xspw != 0) { mzvv[0] += ((((mzvv[xspw]) & (~yoep))) >> (aye)); } for (_si duwz = 1; duwz <= (12 - xspw); duwz += 1) { mzvv[-1 + duwz] += ((((((mzvv[duwz + xspw]) & (yoep))) << (-aye + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); mzvv[duwz] = ((((mzvv[duwz + xspw]) & (~yoep))) >> (aye)); } for (_si edsk = 13 - xspw; edsk <= 12; edsk += 1) { mzvv[edsk] = 0; } }; } _uc *xrzr() { ; _uc *nyxv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; nyxv = (_uc *)(_m + 362 * _s); break; } _s += 1; } return nyxv; } void jlkx(_si cdow, _uli *rhzp, _uli *tzlo, _uli *rwzd, _uli *uckb) { _uli *yutm = djmz(); { if (yutm != uckb) { for (_si pmiy = 0; pmiy <= 12; pmiy += 1) { yutm[pmiy] = uckb[pmiy]; } } } pnyj(rwzd, uckb); { rwzd[(((cdow) / (47)))] &= ((((((_uli)(1)) << ((cdow % 47)))) - ((_uli)(1)))); for (_si aahv = 1 + (((cdow) / (47))); aahv <= 12; aahv += 1) { rwzd[aahv] = 0; } } { _uli *vzzv = wsbw(); _uli *hpbc = kooz(); _uli *jmhm = ltdc(); _uli *sirr = gcbc(); for (_si ufqe = 0; ufqe <= 12; ufqe += 1) { vzzv[ufqe] = ((rwzd[ufqe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hpbc[ufqe] = ((rwzd[ufqe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jmhm[ufqe] = ((tzlo[ufqe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sirr[ufqe] = ((tzlo[ufqe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } sjhs(rwzd); for (_si xskk = 0; xskk <= (-1 + (((13) >> (1)))); xskk += 1) { for (_si jlft = 0; jlft <= (-1 + (((13) >> (1)))); jlft += 1) { _uli ziwa = hpbc[xskk] * jmhm[jlft] + sirr[jlft] * vzzv[xskk]; _uli vmki = jmhm[jlft] * vzzv[xskk]; _uli jgdp = hpbc[xskk] * sirr[jlft]; _uli niev = ((rwzd[jlft + xskk]) + (vmki) + (((((ziwa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (niev < vmki) { jgdp += 1; } _uli qllt = ((((ziwa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jgdp) << ((-47 + (((sizeof(_uli)) << (3)))))))); rwzd[jlft + xskk] = niev; rwzd[1 + jlft + xskk] += qllt; } { for (_si nbbu = 0; nbbu <= 11; nbbu += 1) { rwzd[1 + nbbu] += ((rwzd[nbbu]) >> (47)); rwzd[nbbu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rwzd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } jpnp(vzzv); kxwu(hpbc); { _uc *auyv = (_uc *)(jmhm); for (_si puvn = 0; puvn <= 360; puvn += 1) { auyv[puvn] = (_uc)(1 + auyv[puvn]) * (_uc)(255 + auyv[1 + puvn]); } auyv[361] = 0; } { _uc *dujv = (_uc *)(sirr); for (_si jsoy = 0; jsoy <= 360; jsoy += 1) { dujv[jsoy] = (_uc)(1 + dujv[jsoy]) * (_uc)(255 + dujv[1 + jsoy]); } dujv[361] = 0; } } { rwzd[(((cdow) / (47)))] &= ((((((_uli)(1)) << ((cdow % 47)))) - ((_uli)(1)))); for (_si jyrq = 1 + (((cdow) / (47))); jyrq <= 12; jyrq += 1) { rwzd[jyrq] = 0; } } { _uli *tpto = rucf(); _uli *aveg = heyy(); _uli *yqvq = zzry(); _uli *jsti = mlwr(); for (_si uyem = 0; uyem <= 12; uyem += 1) { tpto[uyem] = ((rwzd[uyem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aveg[uyem] = ((rwzd[uyem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yqvq[uyem] = ((rhzp[uyem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jsti[uyem] = ((rhzp[uyem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } dwtm(rwzd); for (_si ibcx = 0; ibcx <= (-1 + (((13) >> (1)))); ibcx += 1) { for (_si gzws = 0; gzws <= (-1 + (((13) >> (1)))); gzws += 1) { _uli jlkd = aveg[ibcx] * yqvq[gzws] + jsti[gzws] * tpto[ibcx]; _uli hwua = tpto[ibcx] * yqvq[gzws]; _uli wlko = aveg[ibcx] * jsti[gzws]; _uli jhoc = ((rwzd[gzws + ibcx]) + (hwua) + (((((jlkd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jhoc < hwua) { wlko += 1; } _uli zybj = ((((jlkd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wlko) << ((-47 + (((sizeof(_uli)) << (3)))))))); rwzd[gzws + ibcx] = jhoc; rwzd[1 + gzws + ibcx] += zybj; } { for (_si vhdy = 0; vhdy <= 11; vhdy += 1) { rwzd[1 + vhdy] += ((rwzd[vhdy]) >> (47)); rwzd[vhdy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rwzd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ddkd = (_uc *)(tpto); for (_si hzba = 0; hzba <= 360; hzba += 1) { ddkd[hzba] = (_uc)(1 + ddkd[hzba]) * (_uc)(255 + ddkd[1 + hzba]); } ddkd[361] = 0; } khna(aveg); fmlo(yqvq); ehtm(jsti); } bmhd(rwzd, rwzd, yutm); { _si giic = (cdow % 47); _si tuaw = ((cdow) / (47)); _si zpgj = cdow; if (zpgj > (8 * sizeof(_uli))) { zpgj = -1; } if (tuaw >= 13) { { for (_si aodx = 0; aodx <= 12; aodx += 1) { rwzd[aodx] = 0; } } } else { _uli aviu = (((((_uli)(1)) << (giic))) - ((_uli)(1))); if (zpgj < 0) { rwzd[0] = 0; } else { rwzd[0] = ((((rwzd[0]) & (~aviu))) >> (zpgj)); }; if (tuaw != 0) { rwzd[0] += ((((rwzd[tuaw]) & (~aviu))) >> (giic)); } for (_si hpnh = 1; hpnh <= (12 - tuaw); hpnh += 1) { rwzd[-1 + hpnh] += ((((((rwzd[hpnh + tuaw]) & (aviu))) << (-giic + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rwzd[hpnh] = ((((rwzd[hpnh + tuaw]) & (~aviu))) >> (giic)); } for (_si oawz = 13 - tuaw; oawz <= 12; oawz += 1) { rwzd[oawz] = 0; } }; } { for (_si agzt = 0; agzt <= 12; agzt += 1) { yutm[agzt] = -rhzp[agzt] + rwzd[agzt]; } { _si szpo = ydvs(yutm); if (szpo) { osvk(yutm, yutm); } for (_si vqtn = 0; vqtn <= 11; vqtn += 1) { if (((((yutm[vqtn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yutm[1 + vqtn] -= 1; } else { yutm[1 + vqtn] += ((yutm[vqtn]) >> (47)); }; yutm[vqtn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yutm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (szpo) { { for (_si ztyx = 0; ztyx <= 12; ztyx += 1) { yutm[ztyx] = -yutm[ztyx]; } } } } } _si lccl; { lccl = 0; _uli sjse = 19; for (_si jydd = 12; jydd >= 0; jydd -= 1) { if (yutm[jydd] != 0) { lccl = ((((yutm[jydd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!lccl) { { if (rwzd != yutm) { for (_si ufhk = 0; ufhk <= 12; ufhk += 1) { rwzd[ufhk] = yutm[ufhk]; } } } } { _uc *falo = (_uc *)(yutm); for (_si tplz = 0; tplz <= 360; tplz += 1) { falo[tplz] = (_uc)(255 + falo[1 + tplz]) * (_uc)(1 + falo[tplz]); } falo[361] = 0; } } void znsc(_uli *msvz) { _si chxm = waec(msvz); if (chxm) { { for (_si svvj = 0; svvj <= 12; svvj += 1) { msvz[svvj] = -msvz[svvj]; } } } for (_si yucn = 0; yucn <= 11; yucn += 1) { if (((((msvz[yucn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { msvz[1 + yucn] -= 1; } else { msvz[1 + yucn] += ((msvz[yucn]) >> (47)); }; msvz[yucn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } msvz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (chxm) { { for (_si sedm = 0; sedm <= 12; sedm += 1) { msvz[sedm] = -msvz[sedm]; } } } } void addq(_uli *ojwn, _si gqnj) { _si nruw = (gqnj % 47); _si wufa = ((gqnj) / (47)); _si yuu = gqnj; if (yuu > (8 * sizeof(_uli))) { yuu = -1; } if (wufa >= 13) { { for (_si pqpj = 0; pqpj <= 12; pqpj += 1) { ojwn[pqpj] = 0; } } } else { _uli vwi = (((((_uli)(1)) << (nruw))) - ((_uli)(1))); if (yuu < 0) { ojwn[0] = 0; } else { ojwn[0] = ((((ojwn[0]) & (~vwi))) >> (yuu)); }; if (wufa != 0) { ojwn[0] += ((((ojwn[wufa]) & (~vwi))) >> (nruw)); } for (_si mcot = 1; mcot <= (12 - wufa); mcot += 1) { ojwn[-1 + mcot] += ((((((ojwn[mcot + wufa]) & (vwi))) << (-nruw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ojwn[mcot] = ((((ojwn[mcot + wufa]) & (~vwi))) >> (nruw)); } for (_si foug = 13 - wufa; foug <= 12; foug += 1) { ojwn[foug] = 0; } }; } void fvzv(_uli *hjzx, _uli *efdv) { for (_si eqm = 0; eqm <= 44; eqm += 1) { hjzx[eqm] = -efdv[eqm]; } } void ffci(_si qeth, _uli *lmmg) { lmmg[(((qeth) / (47)))] &= ((((((_uli)(1)) << ((qeth % 47)))) - ((_uli)(1)))); for (_si hicx = 1 + (((qeth) / (47))); hicx <= 44; hicx += 1) { lmmg[hicx] = 0; } } void vtmu(_uli *vlev, _si klfa) { _si rhub = (klfa % 47); _si fuqv = ((klfa) / (47)); _si ciiy = -rhub + (((sizeof(_uli)) << (3))); if (fuqv >= 13) { tijc(vlev); } else { for (_si yope = 12 - fuqv; yope >= 1; yope -= 1) { vlev[fuqv + yope] = ((vlev[yope]) << (rhub)); if (ciiy < (8 * sizeof(_uli))) { vlev[fuqv + yope] += ((((vlev[-1 + yope]) >> (ciiy))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } vlev[fuqv] = ((vlev[0]) << (rhub)); for (_si kzem = -1 + fuqv; kzem >= 0; kzem -= 1) { vlev[kzem] = 0; } }; kjdk(vlev); } void aygc(_uli *soyq, _si uxdk) { _si lvdw = (uxdk % 47); _si lbdp = ((uxdk) / (47)); _si esrn = uxdk; if (esrn > (8 * sizeof(_uli))) { esrn = -1; } if (lbdp >= 13) { { for (_si xce = 0; xce <= 12; xce += 1) { soyq[xce] = 0; } } } else { _uli rjzx = (((((_uli)(1)) << (lvdw))) - ((_uli)(1))); if (esrn < 0) { soyq[0] = 0; } else { soyq[0] = ((((soyq[0]) & (~rjzx))) >> (esrn)); }; if (lbdp != 0) { soyq[0] += ((((soyq[lbdp]) & (~rjzx))) >> (lvdw)); } for (_si wkkj = 1; wkkj <= (12 - lbdp); wkkj += 1) { soyq[-1 + wkkj] += ((((((soyq[lbdp + wkkj]) & (rjzx))) << (-lvdw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); soyq[wkkj] = ((((soyq[lbdp + wkkj]) & (~rjzx))) >> (lvdw)); } for (_si hsvq = 13 - lbdp; hsvq <= 12; hsvq += 1) { soyq[hsvq] = 0; } }; } void fegr(_uli *cuym) { for (_si eckz = 0; eckz <= 12; eckz += 1) { cuym[eckz] = 0; } } void kgrw(_uli *atxf) { for (_si kidq = 0; kidq <= 12; kidq += 1) { atxf[kidq] = 0; } } void bxfr(_uli *pkq) { _uc *anr = (_uc *)(pkq); for (_si ilqn = 0; ilqn <= 360; ilqn += 1) { anr[ilqn] = (_uc)(1 + anr[ilqn]) * (_uc)(255 + anr[1 + ilqn]); } anr[361] = 0; } void ewze(_uli *iqun, _uli *pnzq, _uli *buci) { for (_si jsyw = 0; jsyw <= 12; jsyw += 1) { iqun[jsyw] = -buci[jsyw] + pnzq[jsyw]; } { _si fozw; { fozw = 0; _uli ayaf = 19; for (_si zgki = 12; zgki >= 0; zgki -= 1) { if (iqun[zgki] != 0) { fozw = ((((iqun[zgki]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fozw) { { for (_si wuob = 0; wuob <= 12; wuob += 1) { iqun[wuob] = -iqun[wuob]; } } } for (_si khfp = 0; khfp <= 11; khfp += 1) { if (((((iqun[khfp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iqun[1 + khfp] -= 1; } else { iqun[1 + khfp] += ((iqun[khfp]) >> (47)); }; iqun[khfp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iqun[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fozw) { { for (_si rism = 0; rism <= 12; rism += 1) { iqun[rism] = -iqun[rism]; } } } } } void yooh(_uli *ekhy) { _si vukd; { vukd = 0; _uli fppx = 19; for (_si olak = 12; olak >= 0; olak -= 1) { if (ekhy[olak] != 0) { vukd = ((((ekhy[olak]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vukd) { { for (_si xwky = 0; xwky <= 12; xwky += 1) { ekhy[xwky] = -ekhy[xwky]; } } } for (_si hehj = 0; hehj <= 11; hehj += 1) { if (((((ekhy[hehj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ekhy[1 + hehj] -= 1; } else { ekhy[1 + hehj] += ((ekhy[hehj]) >> (47)); }; ekhy[hehj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ekhy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vukd) { { for (_si mbcd = 0; mbcd <= 12; mbcd += 1) { ekhy[mbcd] = -ekhy[mbcd]; } } } } void viwc(_uli *dchf) { _uc *pvsl = (_uc *)(dchf); for (_si umng = 0; umng <= 360; umng += 1) { pvsl[umng] = (_uc)(255 + pvsl[1 + umng]) * (_uc)(1 + pvsl[umng]); } pvsl[361] = 0; } void tfyy(_uli *ihvm) { for (_si jyxs = 0; jyxs <= 12; jyxs += 1) { ihvm[jyxs] = 0; } } void zkbl(_uli *jwfd, _uli *woco, _uli *ryhp) { _uli *mhtk = yegz(); _uli *nwlc = ieqp(); _uli *bsfy = ieqp(); _uli *zpzu = vmda(); for (_si bzdc = 0; bzdc <= 12; bzdc += 1) { mhtk[bzdc] = ((woco[bzdc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nwlc[bzdc] = ((woco[bzdc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bsfy[bzdc] = ((ryhp[bzdc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zpzu[bzdc] = ((ryhp[bzdc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wiww = 0; wiww <= 12; wiww += 1) { jwfd[wiww] = 0; } } for (_si xntf = 0; xntf <= (-1 + (((13) >> (1)))); xntf += 1) { for (_si bnxy = 0; bnxy <= (-1 + (((13) >> (1)))); bnxy += 1) { _uli uzdi = bsfy[bnxy] * nwlc[xntf] + mhtk[xntf] * zpzu[bnxy]; _uli yysz = bsfy[bnxy] * mhtk[xntf]; _uli dsaa = nwlc[xntf] * zpzu[bnxy]; _uli govn = ((jwfd[bnxy + xntf]) + (yysz) + (((((uzdi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (govn < yysz) { dsaa += 1; } _uli fncj = ((((uzdi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dsaa) << ((-47 + (((sizeof(_uli)) << (3)))))))); jwfd[bnxy + xntf] = govn; jwfd[1 + bnxy + xntf] += fncj; } { for (_si tgzf = 0; tgzf <= 11; tgzf += 1) { jwfd[1 + tgzf] += ((jwfd[tgzf]) >> (47)); jwfd[tgzf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jwfd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *xqmi = (_uc *)(mhtk); for (_si unzj = 0; unzj <= 360; unzj += 1) { xqmi[unzj] = (_uc)(255 + xqmi[1 + unzj]) * (_uc)(1 + xqmi[unzj]); } xqmi[361] = 0; } { _uc *wplz = (_uc *)(nwlc); for (_si gmsq = 0; gmsq <= 360; gmsq += 1) { wplz[gmsq] = (_uc)(1 + wplz[gmsq]) * (_uc)(255 + wplz[1 + gmsq]); } wplz[361] = 0; } haue(bsfy); gebv(zpzu); } void kmuo(_uc *nrht, _uc *szoq, _si cxet) { _uc *erbr = (_uc *)(nrht + 0); _uli *ahlw = (_uli *)(nrht + 352); _si vzzj = (_si)(((ahlw[0]) & (63))); ahlw[0] += cxet; for (_si xzpf = 0; xzpf <= (-1 + cxet); xzpf += 1) { erbr[vzzj] = szoq[xzpf]; vzzj += 1; if (vzzj == 64) { { _uc *afiq = (_uc *)(nrht + 0); _ui *exop = (_ui *)(nrht + 64); _ui *wpvg = (_ui *)(nrht + 96); _si illq = 0; _ui qvtc = 0; _ui tvzf = 0; _ui qmuh = 0; _ui oxtw = 0; _ui rojw = 0; _ui aqzm = 0; for (_si vfys = 0; vfys <= 15; vfys += 1) { wpvg[vfys] = (((((((((_ui)(afiq[illq])) << (24))) | ((((_ui)(afiq[1 + illq])) << (16))))) | ((((_ui)(afiq[2 + illq])) << (8))))) | ((_ui)(afiq[3 + illq]))); illq += 4; } for (_si deiu = 16; deiu <= 31; deiu += 1) { qvtc = ((((((((wpvg[-15 + deiu]) >> (7))) | (((wpvg[-15 + deiu]) << (25))))) ^ (((((wpvg[-15 + deiu]) >> (18))) | (((wpvg[-15 + deiu]) << (14))))))) ^ (((wpvg[-15 + deiu]) >> (3)))); oxtw = ((((((((wpvg[-2 + deiu]) >> (17))) | (((wpvg[-2 + deiu]) << (15))))) ^ (((((wpvg[-2 + deiu]) >> (19))) | (((wpvg[-2 + deiu]) << (13))))))) ^ (((wpvg[-2 + deiu]) >> (10)))); wpvg[deiu] = oxtw + qvtc + wpvg[-7 + deiu] + wpvg[-16 + deiu]; _m[65160] += 1; } _ui mqcz = exop[0]; _ui hwsy = exop[1]; _ui aqjc = exop[2]; _ui cnwy = exop[3]; _ui hrvz = exop[4]; _ui ttya = exop[5]; _ui sgch = exop[6]; _ui puem = exop[7]; for (_si wxew = 0; wxew <= 31; wxew += 1) { qvtc = ((((((((mqcz) >> (2))) | (((mqcz) << (30))))) ^ (((((mqcz) >> (13))) | (((mqcz) << (19))))))) ^ (((((mqcz) >> (22))) | (((mqcz) << (10)))))); tvzf = ((((((mqcz) & (hwsy))) ^ (((mqcz) & (aqjc))))) ^ (((hwsy) & (aqjc)))); qmuh = qvtc + tvzf; oxtw = ((((((((hrvz) >> (6))) | (((hrvz) << (26))))) ^ (((((hrvz) >> (11))) | (((hrvz) << (21))))))) ^ (((((hrvz) >> (25))) | (((hrvz) << (7)))))); rojw = ((((hrvz) & (ttya))) ^ (((~hrvz) & (sgch)))); aqzm = puem + rojw + *(((_ui *)(_m + 246160) + wxew)) + wpvg[wxew] + oxtw; puem = sgch; sgch = ttya; ttya = hrvz; hrvz = aqzm + cnwy; cnwy = aqjc; aqjc = hwsy; hwsy = mqcz; mqcz = aqzm + qmuh; _m[65161] += 1; } exop[0] += mqcz; exop[1] += hwsy; exop[2] += aqjc; exop[3] += cnwy; exop[4] += hrvz; exop[5] += ttya; exop[6] += sgch; exop[7] += puem; } vzzj = 0; } } } void jgdt(_si rnvs, _uli *caly) { caly[(((rnvs) / (47)))] &= ((((((_uli)(1)) << ((rnvs % 47)))) - ((_uli)(1)))); for (_si wrlh = 1 + (((rnvs) / (47))); wrlh <= 44; wrlh += 1) { caly[wrlh] = 0; } } _uc *van() { ; _uc *vfwn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; vfwn = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vfwn; } _uli *zuyb() { ; _uli *osrw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; osrw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return osrw; } void aoqy(_uc *oudm, _uc *qpfm, _si jgse) { { _ui *lfiz = (_ui *)(oudm + 64); for (_si txnx = 0; txnx <= 7; txnx += 1) { lfiz[4 + txnx] = (((_ui)((qpfm + 4 * txnx)[0])) + ((((_ui)((qpfm + 4 * txnx)[1])) << (8))) + ((((_ui)((qpfm + 4 * txnx)[2])) << (16))) + ((((_ui)((qpfm + 4 * txnx)[3])) << (24)))); } } _ui *kucv = (_ui *)(oudm + 64); _ui *nvgl = (_ui *)(oudm + 128); for (_si mttf = 0; mttf <= 3; mttf += 1) { kucv[mttf] = (((_ui)(((_uc *)(_m + 48146) + 4 * mttf)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mttf)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mttf)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mttf)[3])) << (24)))); } for (_si osbh = 0; osbh <= 3; osbh += 1) { kucv[12 + osbh] = jgse; _m[65162] += 1; } nvgl[0] = 3904225602; } void mmk(_uli *xtds, _si qqj) { _si adcj = (qqj % 47); _si ses = ((qqj) / (47)); _si ykz = -adcj + (((sizeof(_uli)) << (3))); if (ses >= 13) { { for (_si sbmy = 0; sbmy <= 12; sbmy += 1) { xtds[sbmy] = 0; } } } else { for (_si aqqj = 12 - ses; aqqj >= 1; aqqj -= 1) { xtds[aqqj + ses] = ((xtds[aqqj]) << (adcj)); if (ykz < (8 * sizeof(_uli))) { xtds[aqqj + ses] += ((((xtds[-1 + aqqj]) >> (ykz))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xtds[ses] = ((xtds[0]) << (adcj)); for (_si tsyd = -1 + ses; tsyd >= 0; tsyd -= 1) { xtds[tsyd] = 0; } }; { for (_si ilh = 0; ilh <= 11; ilh += 1) { xtds[1 + ilh] += ((xtds[ilh]) >> (47)); xtds[ilh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xtds[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void aifn(_uli *vylk) { _uc *ydxw = (_uc *)(vylk); for (_si ybc = 0; ybc <= 360; ybc += 1) { ydxw[ybc] = (_uc)(1 + ydxw[ybc]) * (_uc)(255 + ydxw[1 + ybc]); } ydxw[361] = 0; } void yimz(_uli *forz, _uli *qlvj, _uli *xiud) { for (_si fkow = 0; fkow <= 12; fkow += 1) { forz[fkow] = qlvj[fkow] + xiud[fkow]; } pdio(forz); } void rppu(_si mkcd, _uli *gxpe) { gxpe[(((mkcd) / (47)))] &= ((((((_uli)(1)) << ((mkcd % 47)))) - ((_uli)(1)))); for (_si wxuc = 1 + (((mkcd) / (47))); wxuc <= 12; wxuc += 1) { gxpe[wxuc] = 0; } } void dtlx(_si kwnk, _uli *elqp) { elqp[(((kwnk) / (47)))] &= ((((((_uli)(1)) << ((kwnk % 47)))) - ((_uli)(1)))); for (_si tzsm = 1 + (((kwnk) / (47))); tzsm <= 12; tzsm += 1) { elqp[tzsm] = 0; } } void rku(_uc *yrz, _uc *wkq, _si mjym) { _ui *udv = (_ui *)(yrz + 0); _ui *rsy = (_ui *)(yrz + 128); _uc *hpvf = (_uc *)(udv); for (_si hlv = 0; hlv <= (-1 + mjym); hlv += 1) { if (rsy[0] >= 64) { { _ui *aky = (_ui *)(yrz + 0); _ui *xhn = (_ui *)(yrz + 64); for (_si iwvk = 0; iwvk <= 15; iwvk += 1) { aky[iwvk] = xhn[iwvk]; } for (_si uekr = 0; uekr <= 9; uekr += 1) { { aky[0] += aky[4]; aky[12] ^= aky[0]; aky[12] = ((((aky[12]) << (16))) | (((aky[12]) >> (16)))); aky[8] += aky[12]; aky[4] ^= aky[8]; aky[4] = ((((aky[4]) << (12))) | (((aky[4]) >> (20)))); aky[0] += aky[4]; aky[12] ^= aky[0]; aky[12] = ((((aky[12]) << (8))) | (((aky[12]) >> (24)))); aky[8] += aky[12]; aky[4] ^= aky[8]; aky[4] = ((((aky[4]) << (7))) | (((aky[4]) >> (25)))); } { aky[1] += aky[5]; aky[13] ^= aky[1]; aky[13] = ((((aky[13]) << (16))) | (((aky[13]) >> (16)))); aky[9] += aky[13]; aky[5] ^= aky[9]; aky[5] = ((((aky[5]) << (12))) | (((aky[5]) >> (20)))); aky[1] += aky[5]; aky[13] ^= aky[1]; aky[13] = ((((aky[13]) << (8))) | (((aky[13]) >> (24)))); aky[9] += aky[13]; aky[5] ^= aky[9]; aky[5] = ((((aky[5]) << (7))) | (((aky[5]) >> (25)))); } { aky[2] += aky[6]; aky[14] ^= aky[2]; aky[14] = ((((aky[14]) << (16))) | (((aky[14]) >> (16)))); aky[10] += aky[14]; aky[6] ^= aky[10]; aky[6] = ((((aky[6]) << (12))) | (((aky[6]) >> (20)))); aky[2] += aky[6]; aky[14] ^= aky[2]; aky[14] = ((((aky[14]) << (8))) | (((aky[14]) >> (24)))); aky[10] += aky[14]; aky[6] ^= aky[10]; aky[6] = ((((aky[6]) << (7))) | (((aky[6]) >> (25)))); } { aky[3] += aky[7]; aky[15] ^= aky[3]; aky[15] = ((((aky[15]) << (16))) | (((aky[15]) >> (16)))); aky[11] += aky[15]; aky[7] ^= aky[11]; aky[7] = ((((aky[7]) << (12))) | (((aky[7]) >> (20)))); aky[3] += aky[7]; aky[15] ^= aky[3]; aky[15] = ((((aky[15]) << (8))) | (((aky[15]) >> (24)))); aky[11] += aky[15]; aky[7] ^= aky[11]; aky[7] = ((((aky[7]) << (7))) | (((aky[7]) >> (25)))); } { aky[0] += aky[5]; aky[15] ^= aky[0]; aky[15] = ((((aky[15]) << (16))) | (((aky[15]) >> (16)))); aky[10] += aky[15]; aky[5] ^= aky[10]; aky[5] = ((((aky[5]) << (12))) | (((aky[5]) >> (20)))); aky[0] += aky[5]; aky[15] ^= aky[0]; aky[15] = ((((aky[15]) << (8))) | (((aky[15]) >> (24)))); aky[10] += aky[15]; aky[5] ^= aky[10]; aky[5] = ((((aky[5]) << (7))) | (((aky[5]) >> (25)))); } { aky[1] += aky[6]; aky[12] ^= aky[1]; aky[12] = ((((aky[12]) << (16))) | (((aky[12]) >> (16)))); aky[11] += aky[12]; aky[6] ^= aky[11]; aky[6] = ((((aky[6]) << (12))) | (((aky[6]) >> (20)))); aky[1] += aky[6]; aky[12] ^= aky[1]; aky[12] = ((((aky[12]) << (8))) | (((aky[12]) >> (24)))); aky[11] += aky[12]; aky[6] ^= aky[11]; aky[6] = ((((aky[6]) << (7))) | (((aky[6]) >> (25)))); } gox(aky, 2, 7, 8, 13); { aky[3] += aky[4]; aky[14] ^= aky[3]; aky[14] = ((((aky[14]) << (16))) | (((aky[14]) >> (16)))); aky[9] += aky[14]; aky[4] ^= aky[9]; aky[4] = ((((aky[4]) << (12))) | (((aky[4]) >> (20)))); aky[3] += aky[4]; aky[14] ^= aky[3]; aky[14] = ((((aky[14]) << (8))) | (((aky[14]) >> (24)))); aky[9] += aky[14]; aky[4] ^= aky[9]; aky[4] = ((((aky[4]) << (7))) | (((aky[4]) >> (25)))); } _m[65163] += 1; } for (_si jnvv = 0; jnvv <= 15; jnvv += 1) { aky[jnvv] += xhn[jnvv]; } xhn[12] += 1; if (xhn[12] == 0) { xhn[13] += 1; } } rsy[0] = 0; } wkq[hlv] ^= hpvf[rsy[0]]; rsy[0] += 1; } } void oujx(_si jlkm, _uli *euuk, _uli *eazf, _uli *fspw, _uli *hpja, _uli *pfbf) { { _uli *noud = vwjb(); _uli *lfrc = oacu(); _uli *ebze = upi(); _uli *naza = yjoq(); for (_si ytbg = 0; ytbg <= 12; ytbg += 1) { noud[ytbg] = ((hpja[ytbg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lfrc[ytbg] = ((hpja[ytbg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ebze[ytbg] = ((pfbf[ytbg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); naza[ytbg] = ((pfbf[ytbg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si cmie = 0; cmie <= 12; cmie += 1) { fspw[cmie] = 0; } } for (_si exzd = 0; exzd <= (-1 + (((13) >> (1)))); exzd += 1) { for (_si megb = 0; megb <= (-1 + (((13) >> (1)))); megb += 1) { _uli wtdx = ebze[megb] * lfrc[exzd] + naza[megb] * noud[exzd]; _uli nfnv = ebze[megb] * noud[exzd]; _uli cfdc = lfrc[exzd] * naza[megb]; _uli mrrv = ((fspw[exzd + megb]) + (nfnv) + (((((wtdx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mrrv < nfnv) { cfdc += 1; } _uli mnyl = ((((wtdx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cfdc) << ((-47 + (((sizeof(_uli)) << (3)))))))); fspw[exzd + megb] = mrrv; fspw[1 + exzd + megb] += mnyl; } mhhd(fspw); } { _uc *rvkz = (_uc *)(noud); for (_si iobr = 0; iobr <= 360; iobr += 1) { rvkz[iobr] = (_uc)(255 + rvkz[1 + iobr]) * (_uc)(1 + rvkz[iobr]); } rvkz[361] = 0; } qejy(lfrc); { _uc *mhzc = (_uc *)(ebze); for (_si lrqf = 0; lrqf <= 360; lrqf += 1) { mhzc[lrqf] = (_uc)(255 + mhzc[1 + lrqf]) * (_uc)(1 + mhzc[lrqf]); } mhzc[361] = 0; } { _uc *qiop = (_uc *)(naza); for (_si aoly = 0; aoly <= 360; aoly += 1) { qiop[aoly] = (_uc)(1 + qiop[aoly]) * (_uc)(255 + qiop[1 + aoly]); } qiop[361] = 0; } } hkts(jlkm, euuk, eazf, fspw, fspw); } void thiw(_uli *ejal) { _si vccz; { vccz = 0; _uli lmmq = 19; for (_si tecl = 12; tecl >= 0; tecl -= 1) { if (ejal[tecl] != 0) { vccz = ((((ejal[tecl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vccz) { { for (_si sqxv = 0; sqxv <= 12; sqxv += 1) { ejal[sqxv] = -ejal[sqxv]; } } } for (_si jdzq = 0; jdzq <= 11; jdzq += 1) { if (((((ejal[jdzq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ejal[1 + jdzq] -= 1; } else { ejal[1 + jdzq] += ((ejal[jdzq]) >> (47)); }; ejal[jdzq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ejal[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vccz) { { for (_si qxhd = 0; qxhd <= 12; qxhd += 1) { ejal[qxhd] = -ejal[qxhd]; } } } } void dnge(_uli *fqfy, _uli *zauq, _uli *nkgr) { for (_si phvw = 0; phvw <= 12; phvw += 1) { fqfy[phvw] = nkgr[phvw] + zauq[phvw]; } dzu(fqfy); } void cues(_uli *puiy) { for (_si nfgv = 0; nfgv <= 11; nfgv += 1) { puiy[1 + nfgv] += ((puiy[nfgv]) >> (47)); puiy[nfgv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } puiy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ajx(_uc *nvhq) { _uc *rvyk = (_uc *)(nvhq + 0); _ui *bzw = (_ui *)(nvhq + 64); _ui *plwx = (_ui *)(nvhq + 96); _si tfmi = 0; _ui alr = 0; _ui ige = 0; _ui qcuj = 0; _ui hff = 0; _ui cne = 0; _ui elwl = 0; for (_si vunt = 0; vunt <= 15; vunt += 1) { plwx[vunt] = (((((((((_ui)(rvyk[tfmi])) << (24))) | ((((_ui)(rvyk[1 + tfmi])) << (16))))) | ((((_ui)(rvyk[2 + tfmi])) << (8))))) | ((_ui)(rvyk[3 + tfmi]))); tfmi += 4; } for (_si hqdg = 16; hqdg <= 31; hqdg += 1) { alr = ((((((((plwx[-15 + hqdg]) >> (7))) | (((plwx[-15 + hqdg]) << (25))))) ^ (((((plwx[-15 + hqdg]) >> (18))) | (((plwx[-15 + hqdg]) << (14))))))) ^ (((plwx[-15 + hqdg]) >> (3)))); hff = ((((((((plwx[-2 + hqdg]) >> (17))) | (((plwx[-2 + hqdg]) << (15))))) ^ (((((plwx[-2 + hqdg]) >> (19))) | (((plwx[-2 + hqdg]) << (13))))))) ^ (((plwx[-2 + hqdg]) >> (10)))); plwx[hqdg] = alr + hff + plwx[-7 + hqdg] + plwx[-16 + hqdg]; _m[65160] += 1; } _ui qtf = bzw[0]; _ui dfea = bzw[1]; _ui cjxg = bzw[2]; _ui exfs = bzw[3]; _ui qbv = bzw[4]; _ui lqnh = bzw[5]; _ui drkg = bzw[6]; _ui fxg = bzw[7]; for (_si hkvu = 0; hkvu <= 31; hkvu += 1) { alr = ((((((((qtf) >> (2))) | (((qtf) << (30))))) ^ (((((qtf) >> (13))) | (((qtf) << (19))))))) ^ (((((qtf) >> (22))) | (((qtf) << (10)))))); ige = ((((((qtf) & (dfea))) ^ (((qtf) & (cjxg))))) ^ (((dfea) & (cjxg)))); qcuj = alr + ige; hff = ((((((((qbv) >> (6))) | (((qbv) << (26))))) ^ (((((qbv) >> (11))) | (((qbv) << (21))))))) ^ (((((qbv) >> (25))) | (((qbv) << (7)))))); cne = ((((qbv) & (lqnh))) ^ (((~qbv) & (drkg)))); elwl = *(((_ui *)(_m + 246160) + hkvu)) + plwx[hkvu] + fxg + hff + cne; fxg = drkg; drkg = lqnh; lqnh = qbv; qbv = elwl + exfs; exfs = cjxg; cjxg = dfea; dfea = qtf; qtf = elwl + qcuj; _m[65161] += 1; } bzw[0] += qtf; bzw[1] += dfea; bzw[2] += cjxg; bzw[3] += exfs; bzw[4] += qbv; bzw[5] += lqnh; bzw[6] += drkg; bzw[7] += fxg; } void ebhj(_uli *zxpi, _uli *dipk) { if (zxpi != dipk) { for (_si vore = 0; vore <= 12; vore += 1) { zxpi[vore] = dipk[vore]; } } } void fnsq(_si hyv, _uli *qmlb) { qmlb[(((hyv) / (47)))] &= ((((((_uli)(1)) << ((hyv % 47)))) - ((_uli)(1)))); for (_si kwwm = 1 + (((hyv) / (47))); kwwm <= 12; kwwm += 1) { qmlb[kwwm] = 0; } } void ogp(_uc *jvu, _uc *jjmk, _si bzhr) { { _ui *zwic = (_ui *)(jvu + 64); for (_si efj = 0; efj <= 7; efj += 1) { zwic[4 + efj] = (((_ui)((jjmk + 4 * efj)[0])) + ((((_ui)((jjmk + 4 * efj)[1])) << (8))) + ((((_ui)((jjmk + 4 * efj)[2])) << (16))) + ((((_ui)((jjmk + 4 * efj)[3])) << (24)))); } } _ui *zrtw = (_ui *)(jvu + 64); _ui *iqwg = (_ui *)(jvu + 128); for (_si ddl = 0; ddl <= 3; ddl += 1) { zrtw[ddl] = (((_ui)(((_uc *)(_m + 48146) + 4 * ddl)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ddl)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ddl)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ddl)[3])) << (24)))); } for (_si yjnv = 0; yjnv <= 3; yjnv += 1) { zrtw[12 + yjnv] = bzhr; _m[65162] += 1; } iqwg[0] = 3904225602; } _uli *itcx() { ; _uli *zcuh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; zcuh = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zcuh; } _uli *xasz() { ; _uli *dqxn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; dqxn = (_uli *)(_m + 362 * _s); break; } _s += 1; } return dqxn; } void chdg(_uc *nyz, _uc *iulz, _si nynd) { { _ui *wzki = (_ui *)(nyz + 64); for (_si hszy = 0; hszy <= 7; hszy += 1) { wzki[4 + hszy] = (((_ui)((iulz + 4 * hszy)[0])) + ((((_ui)((iulz + 4 * hszy)[1])) << (8))) + ((((_ui)((iulz + 4 * hszy)[2])) << (16))) + ((((_ui)((iulz + 4 * hszy)[3])) << (24)))); } } _ui *qdf = (_ui *)(nyz + 64); _ui *paea = (_ui *)(nyz + 128); for (_si yjac = 0; yjac <= 3; yjac += 1) { qdf[yjac] = (((_ui)(((_uc *)(_m + 48146) + 4 * yjac)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yjac)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yjac)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * yjac)[3])) << (24)))); } for (_si brlu = 0; brlu <= 3; brlu += 1) { qdf[12 + brlu] = nynd; _m[65162] += 1; } paea[0] = 3904225602; } void sict(_uc *cpoa) { _ui *khvy = (_ui *)(cpoa + 0); _ui *ovmp = (_ui *)(cpoa + 64); for (_si zpew = 0; zpew <= 15; zpew += 1) { khvy[zpew] = ovmp[zpew]; } for (_si cgxf = 0; cgxf <= 9; cgxf += 1) { aqt(khvy, 0, 4, 8, 12); ptwx(khvy, 1, 5, 9, 13); { khvy[2] += khvy[6]; khvy[14] ^= khvy[2]; khvy[14] = ((((khvy[14]) << (16))) | (((khvy[14]) >> (16)))); khvy[10] += khvy[14]; khvy[6] ^= khvy[10]; khvy[6] = ((((khvy[6]) << (12))) | (((khvy[6]) >> (20)))); khvy[2] += khvy[6]; khvy[14] ^= khvy[2]; khvy[14] = ((((khvy[14]) << (8))) | (((khvy[14]) >> (24)))); khvy[10] += khvy[14]; khvy[6] ^= khvy[10]; khvy[6] = ((((khvy[6]) << (7))) | (((khvy[6]) >> (25)))); } fqss(khvy, 3, 7, 11, 15); { khvy[0] += khvy[5]; khvy[15] ^= khvy[0]; khvy[15] = ((((khvy[15]) << (16))) | (((khvy[15]) >> (16)))); khvy[10] += khvy[15]; khvy[5] ^= khvy[10]; khvy[5] = ((((khvy[5]) << (12))) | (((khvy[5]) >> (20)))); khvy[0] += khvy[5]; khvy[15] ^= khvy[0]; khvy[15] = ((((khvy[15]) << (8))) | (((khvy[15]) >> (24)))); khvy[10] += khvy[15]; khvy[5] ^= khvy[10]; khvy[5] = ((((khvy[5]) << (7))) | (((khvy[5]) >> (25)))); } { khvy[1] += khvy[6]; khvy[12] ^= khvy[1]; khvy[12] = ((((khvy[12]) << (16))) | (((khvy[12]) >> (16)))); khvy[11] += khvy[12]; khvy[6] ^= khvy[11]; khvy[6] = ((((khvy[6]) << (12))) | (((khvy[6]) >> (20)))); khvy[1] += khvy[6]; khvy[12] ^= khvy[1]; khvy[12] = ((((khvy[12]) << (8))) | (((khvy[12]) >> (24)))); khvy[11] += khvy[12]; khvy[6] ^= khvy[11]; khvy[6] = ((((khvy[6]) << (7))) | (((khvy[6]) >> (25)))); } { khvy[2] += khvy[7]; khvy[13] ^= khvy[2]; khvy[13] = ((((khvy[13]) << (16))) | (((khvy[13]) >> (16)))); khvy[8] += khvy[13]; khvy[7] ^= khvy[8]; khvy[7] = ((((khvy[7]) << (12))) | (((khvy[7]) >> (20)))); khvy[2] += khvy[7]; khvy[13] ^= khvy[2]; khvy[13] = ((((khvy[13]) << (8))) | (((khvy[13]) >> (24)))); khvy[8] += khvy[13]; khvy[7] ^= khvy[8]; khvy[7] = ((((khvy[7]) << (7))) | (((khvy[7]) >> (25)))); } ptmu(khvy, 3, 4, 9, 14); _m[65163] += 1; } for (_si rlky = 0; rlky <= 15; rlky += 1) { khvy[rlky] += ovmp[rlky]; } ovmp[12] += 1; if (ovmp[12] == 0) { ovmp[13] += 1; } } void bvcp(_uc *dfir, _uc *noes, _si eoii) { _ui *icra = (_ui *)(dfir + 0); _ui *xnep = (_ui *)(dfir + 128); _uc *dqmd = (_uc *)(icra); for (_si rcmu = 0; rcmu <= (-1 + eoii); rcmu += 1) { if (xnep[0] >= 64) { { _ui *fhrp = (_ui *)(dfir + 0); _ui *kcgx = (_ui *)(dfir + 64); for (_si skcf = 0; skcf <= 15; skcf += 1) { fhrp[skcf] = kcgx[skcf]; } for (_si giug = 0; giug <= 9; giug += 1) { fwa(fhrp, 0, 4, 8, 12); { fhrp[1] += fhrp[5]; fhrp[13] ^= fhrp[1]; fhrp[13] = ((((fhrp[13]) << (16))) | (((fhrp[13]) >> (16)))); fhrp[9] += fhrp[13]; fhrp[5] ^= fhrp[9]; fhrp[5] = ((((fhrp[5]) << (12))) | (((fhrp[5]) >> (20)))); fhrp[1] += fhrp[5]; fhrp[13] ^= fhrp[1]; fhrp[13] = ((((fhrp[13]) << (8))) | (((fhrp[13]) >> (24)))); fhrp[9] += fhrp[13]; fhrp[5] ^= fhrp[9]; fhrp[5] = ((((fhrp[5]) << (7))) | (((fhrp[5]) >> (25)))); } { fhrp[2] += fhrp[6]; fhrp[14] ^= fhrp[2]; fhrp[14] = ((((fhrp[14]) << (16))) | (((fhrp[14]) >> (16)))); fhrp[10] += fhrp[14]; fhrp[6] ^= fhrp[10]; fhrp[6] = ((((fhrp[6]) << (12))) | (((fhrp[6]) >> (20)))); fhrp[2] += fhrp[6]; fhrp[14] ^= fhrp[2]; fhrp[14] = ((((fhrp[14]) << (8))) | (((fhrp[14]) >> (24)))); fhrp[10] += fhrp[14]; fhrp[6] ^= fhrp[10]; fhrp[6] = ((((fhrp[6]) << (7))) | (((fhrp[6]) >> (25)))); } fqss(fhrp, 3, 7, 11, 15); { fhrp[0] += fhrp[5]; fhrp[15] ^= fhrp[0]; fhrp[15] = ((((fhrp[15]) << (16))) | (((fhrp[15]) >> (16)))); fhrp[10] += fhrp[15]; fhrp[5] ^= fhrp[10]; fhrp[5] = ((((fhrp[5]) << (12))) | (((fhrp[5]) >> (20)))); fhrp[0] += fhrp[5]; fhrp[15] ^= fhrp[0]; fhrp[15] = ((((fhrp[15]) << (8))) | (((fhrp[15]) >> (24)))); fhrp[10] += fhrp[15]; fhrp[5] ^= fhrp[10]; fhrp[5] = ((((fhrp[5]) << (7))) | (((fhrp[5]) >> (25)))); } { fhrp[1] += fhrp[6]; fhrp[12] ^= fhrp[1]; fhrp[12] = ((((fhrp[12]) << (16))) | (((fhrp[12]) >> (16)))); fhrp[11] += fhrp[12]; fhrp[6] ^= fhrp[11]; fhrp[6] = ((((fhrp[6]) << (12))) | (((fhrp[6]) >> (20)))); fhrp[1] += fhrp[6]; fhrp[12] ^= fhrp[1]; fhrp[12] = ((((fhrp[12]) << (8))) | (((fhrp[12]) >> (24)))); fhrp[11] += fhrp[12]; fhrp[6] ^= fhrp[11]; fhrp[6] = ((((fhrp[6]) << (7))) | (((fhrp[6]) >> (25)))); } { fhrp[2] += fhrp[7]; fhrp[13] ^= fhrp[2]; fhrp[13] = ((((fhrp[13]) << (16))) | (((fhrp[13]) >> (16)))); fhrp[8] += fhrp[13]; fhrp[7] ^= fhrp[8]; fhrp[7] = ((((fhrp[7]) << (12))) | (((fhrp[7]) >> (20)))); fhrp[2] += fhrp[7]; fhrp[13] ^= fhrp[2]; fhrp[13] = ((((fhrp[13]) << (8))) | (((fhrp[13]) >> (24)))); fhrp[8] += fhrp[13]; fhrp[7] ^= fhrp[8]; fhrp[7] = ((((fhrp[7]) << (7))) | (((fhrp[7]) >> (25)))); } tabt(fhrp, 3, 4, 9, 14); _m[65163] += 1; } for (_si ekuf = 0; ekuf <= 15; ekuf += 1) { fhrp[ekuf] += kcgx[ekuf]; } kcgx[12] += 1; if (kcgx[12] == 0) { kcgx[13] += 1; } } xnep[0] = 0; } noes[rcmu] ^= dqmd[xnep[0]]; xnep[0] += 1; } } _uc *dfzj() { ; _uc *mdpg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 245; mdpg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return mdpg; } void bnem(_uli *wpyw, _si qnfc) { _si qrbq = (qnfc % 47); _si vlcj = ((qnfc) / (47)); _si zso = qnfc; if (zso > (8 * sizeof(_uli))) { zso = -1; } if (vlcj >= 13) { { for (_si hciv = 0; hciv <= 12; hciv += 1) { wpyw[hciv] = 0; } } } else { _uli qxes = (((((_uli)(1)) << (qrbq))) - ((_uli)(1))); if (zso < 0) { wpyw[0] = 0; } else { wpyw[0] = ((((wpyw[0]) & (~qxes))) >> (zso)); }; if (vlcj != 0) { wpyw[0] += ((((wpyw[vlcj]) & (~qxes))) >> (qrbq)); } for (_si drit = 1; drit <= (12 - vlcj); drit += 1) { wpyw[-1 + drit] += ((((((wpyw[drit + vlcj]) & (qxes))) << (-qrbq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wpyw[drit] = ((((wpyw[drit + vlcj]) & (~qxes))) >> (qrbq)); } for (_si jetr = 13 - vlcj; jetr <= 12; jetr += 1) { wpyw[jetr] = 0; } }; } void uwef(_uli *qds) { _uc *coks = (_uc *)(qds); for (_si qdpu = 0; qdpu <= 360; qdpu += 1) { coks[qdpu] = (_uc)(255 + coks[1 + qdpu]) * (_uc)(1 + coks[qdpu]); } coks[361] = 0; } void wria(_uli *oebx) { _uc *xyzg = (_uc *)(oebx); for (_si rmpu = 0; rmpu <= 360; rmpu += 1) { xyzg[rmpu] = (_uc)(255 + xyzg[1 + rmpu]) * (_uc)(1 + xyzg[rmpu]); } xyzg[361] = 0; } void gxfc(_uli *aagk) { for (_si pwvu = 0; pwvu <= 11; pwvu += 1) { aagk[1 + pwvu] += ((aagk[pwvu]) >> (47)); aagk[pwvu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aagk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uc *wqav() { ; _uc *jc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; jc = (_uc *)(_m + 362 * _s); break; } _s += 1; } return jc; } void davr(_uli *xici) { _uc *taof = yqww(); _uc *ukck = ((_uc *)(_m + 246884) + 0); _uc *nckh = (_uc *)(xici); for (_si vgvx = 0; vgvx <= 359; vgvx += 1) { nckh[vgvx] = *(((_uc *)(_m + 226612) + vgvx)); } pesk(taof, ukck, nckh, 360); } void lagw(_uli *uvst) { _uc *cjox = (_uc *)(uvst); for (_si tbir = 0; tbir <= 360; tbir += 1) { cjox[tbir] = (_uc)(1 + cjox[tbir]) * (_uc)(255 + cjox[1 + tbir]); } cjox[361] = 0; } void ofqc(_uli *ylbl, _si fawy) { _si cqyt = (fawy % 47); _si xtnf = ((fawy) / (47)); _si xujm = -cqyt + (((sizeof(_uli)) << (3))); if (xtnf >= 45) { { for (_si nzgs = 0; nzgs <= 44; nzgs += 1) { ylbl[nzgs] = 0; } } } else { for (_si xena = 44 - xtnf; xena >= 1; xena -= 1) { ylbl[xena + xtnf] = ((ylbl[xena]) << (cqyt)); if (xujm < (8 * sizeof(_uli))) { ylbl[xena + xtnf] += ((((ylbl[-1 + xena]) >> (xujm))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ylbl[xtnf] = ((ylbl[0]) << (cqyt)); for (_si dnmy = -1 + xtnf; dnmy >= 0; dnmy -= 1) { ylbl[dnmy] = 0; } }; { for (_si pweq = 0; pweq <= 43; pweq += 1) { ylbl[1 + pweq] += ((ylbl[pweq]) >> (47)); ylbl[pweq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ylbl[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void gzag(_uc *xptv, _uc *jzmu, _si kqib) { _uc *sgmw = (_uc *)(xptv + 0); _uli *rseb = (_uli *)(xptv + 352); _si osbq = (_si)(((rseb[0]) & (63))); rseb[0] += kqib; for (_si ibfd = 0; ibfd <= (-1 + kqib); ibfd += 1) { sgmw[osbq] = jzmu[ibfd]; osbq += 1; if (osbq == 64) { { _uc *isbm = (_uc *)(xptv + 0); _ui *xvvj = (_ui *)(xptv + 64); _ui *zncu = (_ui *)(xptv + 96); _si vski = 0; _ui fggp = 0; _ui yyey = 0; _ui tyvt = 0; _ui nysd = 0; _ui klde = 0; _ui ouoo = 0; for (_si nkqx = 0; nkqx <= 15; nkqx += 1) { zncu[nkqx] = (((((((((_ui)(isbm[vski])) << (24))) | ((((_ui)(isbm[1 + vski])) << (16))))) | ((((_ui)(isbm[2 + vski])) << (8))))) | ((_ui)(isbm[3 + vski]))); vski += 4; } for (_si zeci = 16; zeci <= 31; zeci += 1) { fggp = ((((((((zncu[-15 + zeci]) >> (7))) | (((zncu[-15 + zeci]) << (25))))) ^ (((((zncu[-15 + zeci]) >> (18))) | (((zncu[-15 + zeci]) << (14))))))) ^ (((zncu[-15 + zeci]) >> (3)))); nysd = ((((((((zncu[-2 + zeci]) >> (17))) | (((zncu[-2 + zeci]) << (15))))) ^ (((((zncu[-2 + zeci]) >> (19))) | (((zncu[-2 + zeci]) << (13))))))) ^ (((zncu[-2 + zeci]) >> (10)))); zncu[zeci] = fggp + nysd + zncu[-16 + zeci] + zncu[-7 + zeci]; _m[65160] += 1; } _ui yifz = xvvj[0]; _ui ilyt = xvvj[1]; _ui fxrw = xvvj[2]; _ui onlg = xvvj[3]; _ui emok = xvvj[4]; _ui kzvq = xvvj[5]; _ui jmup = xvvj[6]; _ui rkbq = xvvj[7]; for (_si nunv = 0; nunv <= 31; nunv += 1) { fggp = ((((((((yifz) >> (2))) | (((yifz) << (30))))) ^ (((((yifz) >> (13))) | (((yifz) << (19))))))) ^ (((((yifz) >> (22))) | (((yifz) << (10)))))); yyey = ((((((yifz) & (ilyt))) ^ (((yifz) & (fxrw))))) ^ (((ilyt) & (fxrw)))); tyvt = fggp + yyey; nysd = ((((((((emok) >> (6))) | (((emok) << (26))))) ^ (((((emok) >> (11))) | (((emok) << (21))))))) ^ (((((emok) >> (25))) | (((emok) << (7)))))); klde = ((((emok) & (kzvq))) ^ (((~emok) & (jmup)))); ouoo = nysd + klde + zncu[nunv] + *(((_ui *)(_m + 246160) + nunv)) + rkbq; rkbq = jmup; jmup = kzvq; kzvq = emok; emok = onlg + ouoo; onlg = fxrw; fxrw = ilyt; ilyt = yifz; yifz = ouoo + tyvt; _m[65161] += 1; } xvvj[0] += yifz; xvvj[1] += ilyt; xvvj[2] += fxrw; xvvj[3] += onlg; xvvj[4] += emok; xvvj[5] += kzvq; xvvj[6] += jmup; xvvj[7] += rkbq; } osbq = 0; } } } void lkwi(_uc *xpfk, _uc *kwwl, _uc *ckcq, _uc *sgzc, _uli *rbgs, _uli *clro, _uli *dyvt, _uli *rayr, _uli *rsyz, _uli *fjew, _uli *nfqq, _uc *nbxq, _uc *goz, _uc *fbgu, _uc *nek) { _uc *rpvz = ixhu(); _uc *yyun = iedc(); _uc *pwcr = qygc(); _uc *eyew = (_uc *)(rayr); _uc *vehm = (_uc *)(rsyz); _uc *pncs = (_uc *)(fjew); _uc *vwjs = (_uc *)(nfqq); _uc *eqdk = (_uc *)(clro); _uc *strv = (_uc *)(dyvt); _uc *oacl = ehno(); _uc *bwhc = pjyz(); mcoc(pwcr); pjsv(pwcr, oacl, eyew, 104); { _ui *oztw = (_ui *)(pwcr + 64); _uli *jmmm = (_uli *)(pwcr + 352); oztw[0] = 3072593861; oztw[1] = 3086033710; oztw[2] = 3878829419; oztw[3] = 661946499; oztw[4] = 3836525215; oztw[5] = 533529351; oztw[6] = 1116444951; oztw[7] = 1869145119; jmmm[0] = 0; } { { { _ui *qqim = (_ui *)(yyun + 64); for (_si plbs = 0; plbs <= 7; plbs += 1) { qqim[4 + plbs] = (((_ui)((xpfk + 4 * plbs)[0])) + ((((_ui)((xpfk + 4 * plbs)[1])) << (8))) + ((((_ui)((xpfk + 4 * plbs)[2])) << (16))) + ((((_ui)((xpfk + 4 * plbs)[3])) << (24)))); } } _ui *bfx = (_ui *)(yyun + 64); _ui *ttpl = (_ui *)(yyun + 128); for (_si reez = 0; reez <= 3; reez += 1) { bfx[reez] = (((_ui)(((_uc *)(_m + 48146) + 4 * reez)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * reez)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * reez)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * reez)[3])) << (24)))); } for (_si xik = 0; xik <= 3; xik += 1) { bfx[12 + xik] = 0; _m[65162] += 1; } ttpl[0] = 3904225602; } gsbr(yyun, nbxq, 32); } { _uc *iqyh = (_uc *)(pwcr + 0); _uli *kteg = (_uli *)(pwcr + 352); _si itkj = (_si)(((kteg[0]) & (63))); kteg[0] += 32; for (_si adq = 0; adq <= 31; adq += 1) { iqyh[itkj] = nbxq[adq]; itkj += 1; if (itkj == 64) { ztx(pwcr); itkj = 0; } } } yzof(yyun, xpfk, nbxq, 32); xey(pwcr, vehm, 104); skfx(rpvz, kwwl, goz, 32); { _uc *wmjb = (_uc *)(pwcr + 0); _uli *kxmg = (_uli *)(pwcr + 352); _si xtel = (_si)(((kxmg[0]) & (63))); kxmg[0] += 32; for (_si lucf = 0; lucf <= 31; lucf += 1) { wmjb[xtel] = goz[lucf]; xtel += 1; if (xtel == 64) { hvmj(pwcr); xtel = 0; } } } { mjdh(yyun, kwwl, 0); { _ui *jgsm = (_ui *)(yyun + 0); _ui *spua = (_ui *)(yyun + 128); _uc *hoyc = (_uc *)(jgsm); for (_si fdun = 0; fdun <= 31; fdun += 1) { if (spua[0] >= 64) { hubm(yyun); spua[0] = 0; } goz[fdun] ^= hoyc[spua[0]]; spua[0] += 1; } } } xafp(rpvz, ckcq, fbgu, 32); { _uc *suxp = (_uc *)(pwcr + 0); _uli *oout = (_uli *)(pwcr + 352); _si rlkc = (_si)(((oout[0]) & (63))); oout[0] += 32; for (_si cece = 0; cece <= 31; cece += 1) { suxp[rlkc] = fbgu[cece]; rlkc += 1; if (rlkc == 64) { jhar(pwcr); rlkc = 0; } } } { { { _ui *bksr = (_ui *)(rpvz + 64); for (_si yeos = 0; yeos <= 7; yeos += 1) { bksr[4 + yeos] = (((_ui)((ckcq + 4 * yeos)[0])) + ((((_ui)((ckcq + 4 * yeos)[1])) << (8))) + ((((_ui)((ckcq + 4 * yeos)[2])) << (16))) + ((((_ui)((ckcq + 4 * yeos)[3])) << (24)))); } } _ui *lhq = (_ui *)(rpvz + 64); _ui *kpij = (_ui *)(rpvz + 128); for (_si lfkf = 0; lfkf <= 3; lfkf += 1) { lhq[lfkf] = (((_ui)(((_uc *)(_m + 48146) + 4 * lfkf)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lfkf)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lfkf)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lfkf)[3])) << (24)))); } for (_si lbsb = 0; lbsb <= 3; lbsb += 1) { lhq[12 + lbsb] = 0; _m[65162] += 1; } kpij[0] = 3904225602; } gsbr(rpvz, fbgu, 32); } { _uc *wrno = (_uc *)(pwcr + 0); _uli *zfcc = (_uli *)(pwcr + 352); _si wthh = (_si)(((zfcc[0]) & (63))); zfcc[0] += 104; for (_si cazs = 0; cazs <= 103; cazs += 1) { wrno[wthh] = strv[cazs]; wthh += 1; if (wthh == 64) { { _uc *yipl = (_uc *)(pwcr + 0); _ui *uqdh = (_ui *)(pwcr + 64); _ui *yqcc = (_ui *)(pwcr + 96); _si uit = 0; _ui gwap = 0; _ui oegz = 0; _ui jcrf = 0; _ui jqtu = 0; _ui tmtb = 0; _ui wksq = 0; for (_si yzuo = 0; yzuo <= 15; yzuo += 1) { yqcc[yzuo] = (((((((((_ui)(yipl[uit])) << (24))) | ((((_ui)(yipl[1 + uit])) << (16))))) | ((((_ui)(yipl[2 + uit])) << (8))))) | ((_ui)(yipl[3 + uit]))); uit += 4; } for (_si jilh = 16; jilh <= 31; jilh += 1) { gwap = ((((((((yqcc[-15 + jilh]) >> (7))) | (((yqcc[-15 + jilh]) << (25))))) ^ (((((yqcc[-15 + jilh]) >> (18))) | (((yqcc[-15 + jilh]) << (14))))))) ^ (((yqcc[-15 + jilh]) >> (3)))); jqtu = ((((((((yqcc[-2 + jilh]) >> (17))) | (((yqcc[-2 + jilh]) << (15))))) ^ (((((yqcc[-2 + jilh]) >> (19))) | (((yqcc[-2 + jilh]) << (13))))))) ^ (((yqcc[-2 + jilh]) >> (10)))); yqcc[jilh] = gwap + jqtu + yqcc[-7 + jilh] + yqcc[-16 + jilh]; _m[65160] += 1; } _ui hpvl = uqdh[0]; _ui wgsy = uqdh[1]; _ui qmny = uqdh[2]; _ui dkys = uqdh[3]; _ui engy = uqdh[4]; _ui phlh = uqdh[5]; _ui ypjc = uqdh[6]; _ui tcpz = uqdh[7]; for (_si siyx = 0; siyx <= 31; siyx += 1) { gwap = ((((((((hpvl) >> (2))) | (((hpvl) << (30))))) ^ (((((hpvl) >> (13))) | (((hpvl) << (19))))))) ^ (((((hpvl) >> (22))) | (((hpvl) << (10)))))); oegz = ((((((hpvl) & (wgsy))) ^ (((hpvl) & (qmny))))) ^ (((wgsy) & (qmny)))); jcrf = gwap + oegz; jqtu = ((((((((engy) >> (6))) | (((engy) << (26))))) ^ (((((engy) >> (11))) | (((engy) << (21))))))) ^ (((((engy) >> (25))) | (((engy) << (7)))))); tmtb = ((((engy) & (phlh))) ^ (((~engy) & (ypjc)))); wksq = yqcc[siyx] + tcpz + jqtu + tmtb + *(((_ui *)(_m + 246160) + siyx)); tcpz = ypjc; ypjc = phlh; phlh = engy; engy = dkys + wksq; dkys = qmny; qmny = wgsy; wgsy = hpvl; hpvl = jcrf + wksq; _m[65161] += 1; } uqdh[0] += hpvl; uqdh[1] += wgsy; uqdh[2] += qmny; uqdh[3] += dkys; uqdh[4] += engy; uqdh[5] += phlh; uqdh[6] += ypjc; uqdh[7] += tcpz; } wthh = 0; } } } { { { _ui *schm = (_ui *)(yyun + 64); for (_si gghs = 0; gghs <= 7; gghs += 1) { schm[4 + gghs] = (((_ui)((sgzc + 4 * gghs)[0])) + ((((_ui)((sgzc + 4 * gghs)[1])) << (8))) + ((((_ui)((sgzc + 4 * gghs)[2])) << (16))) + ((((_ui)((sgzc + 4 * gghs)[3])) << (24)))); } } _ui *qvc = (_ui *)(yyun + 64); _ui *cxyn = (_ui *)(yyun + 128); for (_si vlkd = 0; vlkd <= 3; vlkd += 1) { qvc[vlkd] = (((_ui)(((_uc *)(_m + 48146) + 4 * vlkd)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vlkd)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vlkd)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vlkd)[3])) << (24)))); } for (_si jqvd = 0; jqvd <= 3; jqvd += 1) { qvc[12 + jqvd] = 0; _m[65162] += 1; } cxyn[0] = 3904225602; } { _ui *lbuo = (_ui *)(yyun + 0); _ui *iffm = (_ui *)(yyun + 128); _uc *xlzh = (_uc *)(lbuo); for (_si pnwe = 0; pnwe <= 31; pnwe += 1) { if (iffm[0] >= 64) { sbvz(yyun); iffm[0] = 0; } nek[pnwe] ^= xlzh[iffm[0]]; iffm[0] += 1; } } } xneh(pwcr, nek, 32); ckox(rpvz, sgzc, nek, 32); rzac(pwcr, bwhc, vwjs, 104); horm(yyun, oacl, bwhc, 32); { _ui *owts = (_ui *)(pwcr + 64); _uli *yknn = (_uli *)(pwcr + 352); owts[0] = 3072593861; owts[1] = 3086033710; owts[2] = 3878829419; owts[3] = 661946499; owts[4] = 3836525215; owts[5] = 533529351; owts[6] = 1116444951; owts[7] = 1869145119; yknn[0] = 0; } vfpf(pwcr, pncs, 104); iacq(pwcr, oacl, strv, 104); aiqz(rpvz, oacl, bwhc, 32); { _uli *fwjb = thlc(); { for (_si ppgx = 0; ppgx <= 12; ppgx += 1) { rbgs[ppgx] = 0; } } for (_si fnhy = 0; fnhy <= 31; fnhy += 1) { { fwjb[0] = bwhc[31 - fnhy]; for (_si ptrx = 1; ptrx <= 12; ptrx += 1) { fwjb[ptrx] = 0; } } { _si eowg = (8 * fnhy % 47); _si vvfp = ((8 * fnhy) / (47)); _si utoc = -eowg + (((sizeof(_uli)) << (3))); if (vvfp >= 13) { { for (_si bzas = 0; bzas <= 12; bzas += 1) { fwjb[bzas] = 0; } } } else { for (_si cmcp = 12 - vvfp; cmcp >= 1; cmcp -= 1) { fwjb[cmcp + vvfp] = ((fwjb[cmcp]) << (eowg)); if (utoc < (8 * sizeof(_uli))) { fwjb[cmcp + vvfp] += ((((fwjb[-1 + cmcp]) >> (utoc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } fwjb[vvfp] = ((fwjb[0]) << (eowg)); for (_si seqh = -1 + vvfp; seqh >= 0; seqh -= 1) { fwjb[seqh] = 0; } }; { for (_si lzdq = 0; lzdq <= 11; lzdq += 1) { fwjb[1 + lzdq] += ((fwjb[lzdq]) >> (47)); fwjb[lzdq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fwjb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } dvh(rbgs, rbgs, fwjb); } kccc(fwjb); } { _uc *cvho = (_uc *)(rpvz); for (_si nvgp = 0; nvgp <= 360; nvgp += 1) { cvho[nvgp] = (_uc)(1 + cvho[nvgp]) * (_uc)(255 + cvho[1 + nvgp]); } cvho[361] = 0; } { _uc *foim = (_uc *)(yyun); for (_si tlu = 0; tlu <= 360; tlu += 1) { foim[tlu] = (_uc)(1 + foim[tlu]) * (_uc)(255 + foim[1 + tlu]); } foim[361] = 0; } { _uc *qxpr = (_uc *)(pwcr); for (_si dwvf = 0; dwvf <= 360; dwvf += 1) { qxpr[dwvf] = (_uc)(255 + qxpr[1 + dwvf]) * (_uc)(1 + qxpr[dwvf]); } qxpr[361] = 0; } { _uc *zlog = (_uc *)(oacl); for (_si uoir = 0; uoir <= 360; uoir += 1) { zlog[uoir] = (_uc)(1 + zlog[uoir]) * (_uc)(255 + zlog[1 + uoir]); } zlog[361] = 0; } jakf(bwhc); } void dovu(_uli *wfxm) { _uc *tvbg = (_uc *)(wfxm); for (_si ueqm = 0; ueqm <= 360; ueqm += 1) { tvbg[ueqm] = (_uc)(255 + tvbg[1 + ueqm]) * (_uc)(1 + tvbg[ueqm]); } tvbg[361] = 0; } void wguq(_uli *ehbf) { _uc *iyxr = (_uc *)(ehbf); for (_si eil = 0; eil <= 360; eil += 1) { iyxr[eil] = (_uc)(1 + iyxr[eil]) * (_uc)(255 + iyxr[1 + eil]); } iyxr[361] = 0; } void umym(_uli *wptc, _si xbxx) { _si dglm = (xbxx % 47); _si vyki = ((xbxx) / (47)); _si hllo = xbxx; if (hllo > (8 * sizeof(_uli))) { hllo = -1; } if (vyki >= 13) { { for (_si acqx = 0; acqx <= 12; acqx += 1) { wptc[acqx] = 0; } } } else { _uli xcav = (((((_uli)(1)) << (dglm))) - ((_uli)(1))); if (hllo < 0) { wptc[0] = 0; } else { wptc[0] = ((((wptc[0]) & (~xcav))) >> (hllo)); }; if (vyki != 0) { wptc[0] += ((((wptc[vyki]) & (~xcav))) >> (dglm)); } for (_si lpll = 1; lpll <= (12 - vyki); lpll += 1) { wptc[-1 + lpll] += ((((((wptc[lpll + vyki]) & (xcav))) << (-dglm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wptc[lpll] = ((((wptc[lpll + vyki]) & (~xcav))) >> (dglm)); } for (_si mjii = 13 - vyki; mjii <= 12; mjii += 1) { wptc[mjii] = 0; } }; } void yjof(_ui *mqaq, _si kbuv, _si httu, _si yus, _si ide) { mqaq[kbuv] += mqaq[httu]; mqaq[ide] ^= mqaq[kbuv]; mqaq[ide] = ((((mqaq[ide]) << (16))) | (((mqaq[ide]) >> (16)))); mqaq[yus] += mqaq[ide]; mqaq[httu] ^= mqaq[yus]; mqaq[httu] = ((((mqaq[httu]) << (12))) | (((mqaq[httu]) >> (20)))); mqaq[kbuv] += mqaq[httu]; mqaq[ide] ^= mqaq[kbuv]; mqaq[ide] = ((((mqaq[ide]) << (8))) | (((mqaq[ide]) >> (24)))); mqaq[yus] += mqaq[ide]; mqaq[httu] ^= mqaq[yus]; mqaq[httu] = ((((mqaq[httu]) << (7))) | (((mqaq[httu]) >> (25)))); } void ztx(_uc *iftp) { _uc *mrnf = (_uc *)(iftp + 0); _ui *zthk = (_ui *)(iftp + 64); _ui *jvan = (_ui *)(iftp + 96); _si plfe = 0; _ui kbyq = 0; _ui sddj = 0; _ui zsdh = 0; _ui eqgo = 0; _ui qwft = 0; _ui atuc = 0; for (_si voyu = 0; voyu <= 15; voyu += 1) { jvan[voyu] = (((((((((_ui)(mrnf[plfe])) << (24))) | ((((_ui)(mrnf[1 + plfe])) << (16))))) | ((((_ui)(mrnf[2 + plfe])) << (8))))) | ((_ui)(mrnf[3 + plfe]))); plfe += 4; } for (_si gyng = 16; gyng <= 31; gyng += 1) { kbyq = ((((((((jvan[-15 + gyng]) >> (7))) | (((jvan[-15 + gyng]) << (25))))) ^ (((((jvan[-15 + gyng]) >> (18))) | (((jvan[-15 + gyng]) << (14))))))) ^ (((jvan[-15 + gyng]) >> (3)))); eqgo = ((((((((jvan[-2 + gyng]) >> (17))) | (((jvan[-2 + gyng]) << (15))))) ^ (((((jvan[-2 + gyng]) >> (19))) | (((jvan[-2 + gyng]) << (13))))))) ^ (((jvan[-2 + gyng]) >> (10)))); jvan[gyng] = eqgo + jvan[-16 + gyng] + jvan[-7 + gyng] + kbyq; _m[65160] += 1; } _ui lnx = zthk[0]; _ui oznf = zthk[1]; _ui vhdr = zthk[2]; _ui cezw = zthk[3]; _ui qugh = zthk[4]; _ui lhwc = zthk[5]; _ui pqmf = zthk[6]; _ui kgfr = zthk[7]; for (_si rgwr = 0; rgwr <= 31; rgwr += 1) { kbyq = ((((((((lnx) >> (2))) | (((lnx) << (30))))) ^ (((((lnx) >> (13))) | (((lnx) << (19))))))) ^ (((((lnx) >> (22))) | (((lnx) << (10)))))); sddj = ((((((lnx) & (oznf))) ^ (((lnx) & (vhdr))))) ^ (((oznf) & (vhdr)))); zsdh = kbyq + sddj; eqgo = ((((((((qugh) >> (6))) | (((qugh) << (26))))) ^ (((((qugh) >> (11))) | (((qugh) << (21))))))) ^ (((((qugh) >> (25))) | (((qugh) << (7)))))); qwft = ((((qugh) & (lhwc))) ^ (((~qugh) & (pqmf)))); atuc = *(((_ui *)(_m + 246160) + rgwr)) + kgfr + jvan[rgwr] + qwft + eqgo; kgfr = pqmf; pqmf = lhwc; lhwc = qugh; qugh = atuc + cezw; cezw = vhdr; vhdr = oznf; oznf = lnx; lnx = atuc + zsdh; _m[65161] += 1; } zthk[0] += lnx; zthk[1] += oznf; zthk[2] += vhdr; zthk[3] += cezw; zthk[4] += qugh; zthk[5] += lhwc; zthk[6] += pqmf; zthk[7] += kgfr; } _si eleu(_uli *ciez) { _si cekv = 0; _uli axno = 19; for (_si hdqc = 44; hdqc >= 0; hdqc -= 1) { if (ciez[hdqc] != 0) { cekv = ((((ciez[hdqc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cekv; } void sie(_uli *jowi, _uc *tqm) { _uli *frah = enhh(); { for (_si ymi = 0; ymi <= 12; ymi += 1) { jowi[ymi] = 0; } } for (_si cgud = 0; cgud <= 31; cgud += 1) { { frah[0] = tqm[31 - cgud]; for (_si qva = 1; qva <= 12; qva += 1) { frah[qva] = 0; } } { _si ewla = (8 * cgud % 47); _si gtm = ((8 * cgud) / (47)); _si dmrm = -ewla + (((sizeof(_uli)) << (3))); if (gtm >= 13) { { for (_si yiav = 0; yiav <= 12; yiav += 1) { frah[yiav] = 0; } } } else { for (_si pwqs = 12 - gtm; pwqs >= 1; pwqs -= 1) { frah[gtm + pwqs] = ((frah[pwqs]) << (ewla)); if (dmrm < (8 * sizeof(_uli))) { frah[gtm + pwqs] += ((((frah[-1 + pwqs]) >> (dmrm))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } frah[gtm] = ((frah[0]) << (ewla)); for (_si gmbw = -1 + gtm; gmbw >= 0; gmbw -= 1) { frah[gmbw] = 0; } }; kjdk(frah); } catb(jowi, jowi, frah); } { _uc *kwk = (_uc *)(frah); for (_si zxv = 0; zxv <= 360; zxv += 1) { kwk[zxv] = (_uc)(1 + kwk[zxv]) * (_uc)(255 + kwk[1 + zxv]); } kwk[361] = 0; } } void hvwp(_uli *ejpq, _uli *fwib) { if (ejpq != fwib) { for (_si gxxp = 0; gxxp <= 12; gxxp += 1) { ejpq[gxxp] = fwib[gxxp]; } } } void cfmy(_uli *rozv) { _uc *kers = (_uc *)(rozv); for (_si srxt = 0; srxt <= 360; srxt += 1) { kers[srxt] = (_uc)(255 + kers[1 + srxt]) * (_uc)(1 + kers[srxt]); } kers[361] = 0; } void cpgf(_si gkbc, _uli *nitb, _uli *hrqx, _uli *aozx, _uli *hdyg) { _uli *ojug = dukr(); { if (ojug != hdyg) { for (_si jzbc = 0; jzbc <= 12; jzbc += 1) { ojug[jzbc] = hdyg[jzbc]; } } } { if (aozx != hdyg) { for (_si rbpv = 0; rbpv <= 12; rbpv += 1) { aozx[rbpv] = hdyg[rbpv]; } } } { aozx[(((gkbc) / (47)))] &= ((((((_uli)(1)) << ((gkbc % 47)))) - ((_uli)(1)))); for (_si xryg = 1 + (((gkbc) / (47))); xryg <= 12; xryg += 1) { aozx[xryg] = 0; } } { _uli *euqv = gmyg(); _uli *yunf = zkzr(); _uli *xazp = gcda(); _uli *ablq = bfuj(); for (_si sddd = 0; sddd <= 12; sddd += 1) { euqv[sddd] = ((aozx[sddd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yunf[sddd] = ((aozx[sddd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xazp[sddd] = ((hrqx[sddd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ablq[sddd] = ((hrqx[sddd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kxdk = 0; kxdk <= 12; kxdk += 1) { aozx[kxdk] = 0; } } for (_si sivh = 0; sivh <= (-1 + (((13) >> (1)))); sivh += 1) { for (_si slyy = 0; slyy <= (-1 + (((13) >> (1)))); slyy += 1) { _uli qbyf = ablq[slyy] * euqv[sivh] + xazp[slyy] * yunf[sivh]; _uli tkfm = euqv[sivh] * xazp[slyy]; _uli jqmj = ablq[slyy] * yunf[sivh]; _uli pjyk = ((aozx[sivh + slyy]) + (tkfm) + (((((qbyf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pjyk < tkfm) { jqmj += 1; } _uli dbbw = ((((qbyf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jqmj) << ((-47 + (((sizeof(_uli)) << (3)))))))); aozx[sivh + slyy] = pjyk; aozx[1 + sivh + slyy] += dbbw; } { for (_si geet = 0; geet <= 11; geet += 1) { aozx[1 + geet] += ((aozx[geet]) >> (47)); aozx[geet] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aozx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *fffr = (_uc *)(euqv); for (_si oegf = 0; oegf <= 360; oegf += 1) { fffr[oegf] = (_uc)(1 + fffr[oegf]) * (_uc)(255 + fffr[1 + oegf]); } fffr[361] = 0; } pewc(yunf); { _uc *zhnb = (_uc *)(xazp); for (_si krzs = 0; krzs <= 360; krzs += 1) { zhnb[krzs] = (_uc)(1 + zhnb[krzs]) * (_uc)(255 + zhnb[1 + krzs]); } zhnb[361] = 0; } { _uc *glbl = (_uc *)(ablq); for (_si tvjv = 0; tvjv <= 360; tvjv += 1) { glbl[tvjv] = (_uc)(1 + glbl[tvjv]) * (_uc)(255 + glbl[1 + tvjv]); } glbl[361] = 0; } } { aozx[(((gkbc) / (47)))] &= ((((((_uli)(1)) << ((gkbc % 47)))) - ((_uli)(1)))); for (_si zuna = 1 + (((gkbc) / (47))); zuna <= 12; zuna += 1) { aozx[zuna] = 0; } } { _uli *bcid = sreu(); _uli *mcdj = owme(); _uli *cewe = mfxt(); _uli *paqw = dukr(); for (_si zijt = 0; zijt <= 12; zijt += 1) { bcid[zijt] = ((aozx[zijt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mcdj[zijt] = ((aozx[zijt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cewe[zijt] = ((nitb[zijt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); paqw[zijt] = ((nitb[zijt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } itqd(aozx); for (_si itwb = 0; itwb <= (-1 + (((13) >> (1)))); itwb += 1) { for (_si wtgu = 0; wtgu <= (-1 + (((13) >> (1)))); wtgu += 1) { _uli rbdb = bcid[itwb] * paqw[wtgu] + cewe[wtgu] * mcdj[itwb]; _uli jhdz = bcid[itwb] * cewe[wtgu]; _uli zmho = mcdj[itwb] * paqw[wtgu]; _uli usma = ((aozx[itwb + wtgu]) + (jhdz) + (((((rbdb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (usma < jhdz) { zmho += 1; } _uli xufs = ((((rbdb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zmho) << ((-47 + (((sizeof(_uli)) << (3)))))))); aozx[itwb + wtgu] = usma; aozx[1 + itwb + wtgu] += xufs; } lbhg(aozx); } { _uc *vtdh = (_uc *)(bcid); for (_si xqjk = 0; xqjk <= 360; xqjk += 1) { vtdh[xqjk] = (_uc)(255 + vtdh[1 + xqjk]) * (_uc)(1 + vtdh[xqjk]); } vtdh[361] = 0; } { _uc *pyxj = (_uc *)(mcdj); for (_si yiaq = 0; yiaq <= 360; yiaq += 1) { pyxj[yiaq] = (_uc)(255 + pyxj[1 + yiaq]) * (_uc)(1 + pyxj[yiaq]); } pyxj[361] = 0; } { _uc *mrsa = (_uc *)(cewe); for (_si akee = 0; akee <= 360; akee += 1) { mrsa[akee] = (_uc)(1 + mrsa[akee]) * (_uc)(255 + mrsa[1 + akee]); } mrsa[361] = 0; } { _uc *cngy = (_uc *)(paqw); for (_si atms = 0; atms <= 360; atms += 1) { cngy[atms] = (_uc)(1 + cngy[atms]) * (_uc)(255 + cngy[1 + atms]); } cngy[361] = 0; } } gkbm(aozx, aozx, ojug); whnh(aozx, gkbc); wvwa(ojug, aozx, nitb); _si ovet = sotz(ojug); if (!ovet) { { if (aozx != ojug) { for (_si zrml = 0; zrml <= 12; zrml += 1) { aozx[zrml] = ojug[zrml]; } } } } { _uc *nxxf = (_uc *)(ojug); for (_si zbrp = 0; zbrp <= 360; zbrp += 1) { nxxf[zbrp] = (_uc)(1 + nxxf[zbrp]) * (_uc)(255 + nxxf[1 + zbrp]); } nxxf[361] = 0; } } _si pfxb(_uli *lsyd) { _si qpzc = 0; _uli gvgt = 19; for (_si usfr = 44; usfr >= 0; usfr -= 1) { if (lsyd[usfr] != 0) { qpzc = ((((lsyd[usfr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qpzc; } void uyvb(_uli *xcmr) { for (_si kjix = 0; kjix <= 11; kjix += 1) { xcmr[1 + kjix] += ((xcmr[kjix]) >> (47)); xcmr[kjix] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xcmr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void mcoc(_uc *wklr) { _ui *vui = (_ui *)(wklr + 64); _uli *zqnn = (_uli *)(wklr + 352); vui[0] = 3072593861; vui[1] = 3086033710; vui[2] = 3878829419; vui[3] = 661946499; vui[4] = 3836525215; vui[5] = 533529351; vui[6] = 1116444951; vui[7] = 1869145119; zqnn[0] = 0; } void wogq(_uli *ltlr) { for (_si rmv = 0; rmv <= 43; rmv += 1) { ltlr[1 + rmv] += ((ltlr[rmv]) >> (47)); ltlr[rmv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ltlr[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void crjm(_uli *kiej, _uli *qhfb) { if (kiej != qhfb) { for (_si icus = 0; icus <= 12; icus += 1) { kiej[icus] = qhfb[icus]; } } } void jmk(_uc *kvic, _uc *vrtp, _si oev) { _uc *wkw = (_uc *)(kvic + 0); _uli *wwsl = (_uli *)(kvic + 352); _si rrq = (_si)(((wwsl[0]) & (63))); wwsl[0] += oev; for (_si excp = 0; excp <= (-1 + oev); excp += 1) { wkw[rrq] = vrtp[excp]; rrq += 1; if (rrq == 64) { { _uc *lhlw = (_uc *)(kvic + 0); _ui *skfi = (_ui *)(kvic + 64); _ui *evm = (_ui *)(kvic + 96); _si hww = 0; _ui dpky = 0; _ui jkc = 0; _ui cml = 0; _ui sld = 0; _ui vxov = 0; _ui wome = 0; for (_si sntu = 0; sntu <= 15; sntu += 1) { evm[sntu] = (((((((((_ui)(lhlw[hww])) << (24))) | ((((_ui)(lhlw[1 + hww])) << (16))))) | ((((_ui)(lhlw[2 + hww])) << (8))))) | ((_ui)(lhlw[3 + hww]))); hww += 4; } for (_si pwgw = 16; pwgw <= 31; pwgw += 1) { dpky = ((((((((evm[-15 + pwgw]) >> (7))) | (((evm[-15 + pwgw]) << (25))))) ^ (((((evm[-15 + pwgw]) >> (18))) | (((evm[-15 + pwgw]) << (14))))))) ^ (((evm[-15 + pwgw]) >> (3)))); sld = ((((((((evm[-2 + pwgw]) >> (17))) | (((evm[-2 + pwgw]) << (15))))) ^ (((((evm[-2 + pwgw]) >> (19))) | (((evm[-2 + pwgw]) << (13))))))) ^ (((evm[-2 + pwgw]) >> (10)))); evm[pwgw] = dpky + evm[-16 + pwgw] + evm[-7 + pwgw] + sld; _m[65160] += 1; } _ui tdne = skfi[0]; _ui hso = skfi[1]; _ui ivfy = skfi[2]; _ui kl = skfi[3]; _ui wsuc = skfi[4]; _ui mief = skfi[5]; _ui zni = skfi[6]; _ui odxe = skfi[7]; for (_si zqxi = 0; zqxi <= 31; zqxi += 1) { dpky = ((((((((tdne) >> (2))) | (((tdne) << (30))))) ^ (((((tdne) >> (13))) | (((tdne) << (19))))))) ^ (((((tdne) >> (22))) | (((tdne) << (10)))))); jkc = ((((((tdne) & (hso))) ^ (((tdne) & (ivfy))))) ^ (((hso) & (ivfy)))); cml = dpky + jkc; sld = ((((((((wsuc) >> (6))) | (((wsuc) << (26))))) ^ (((((wsuc) >> (11))) | (((wsuc) << (21))))))) ^ (((((wsuc) >> (25))) | (((wsuc) << (7)))))); vxov = ((((wsuc) & (mief))) ^ (((~wsuc) & (zni)))); wome = vxov + odxe + evm[zqxi] + sld + *(((_ui *)(_m + 246160) + zqxi)); odxe = zni; zni = mief; mief = wsuc; wsuc = kl + wome; kl = ivfy; ivfy = hso; hso = tdne; tdne = cml + wome; _m[65161] += 1; } skfi[0] += tdne; skfi[1] += hso; skfi[2] += ivfy; skfi[3] += kl; skfi[4] += wsuc; skfi[5] += mief; skfi[6] += zni; skfi[7] += odxe; } rrq = 0; } } } void wqzy(_si lnqh, _uli *aojt, _uli *ulym, _uli *mqfs, _uli *zkqo, _uli *knyp) { lnud(mqfs, zkqo, knyp); ichj(lnqh, aojt, ulym, mqfs, mqfs); } void imvj(_uli *dwi, _si aseh) { _si wwoj = (aseh % 47); _si mjvx = ((aseh) / (47)); _si tjsu = aseh; if (tjsu > (8 * sizeof(_uli))) { tjsu = -1; } if (mjvx >= 45) { { for (_si pqm = 0; pqm <= 44; pqm += 1) { dwi[pqm] = 0; } } } else { _uli zdqa = (((((_uli)(1)) << (wwoj))) - ((_uli)(1))); if (tjsu < 0) { dwi[0] = 0; } else { dwi[0] = ((((dwi[0]) & (~zdqa))) >> (tjsu)); }; if (mjvx != 0) { dwi[0] += ((((dwi[mjvx]) & (~zdqa))) >> (wwoj)); } for (_si glrz = 1; glrz <= (44 - mjvx); glrz += 1) { dwi[-1 + glrz] += ((((((dwi[glrz + mjvx]) & (zdqa))) << (-wwoj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dwi[glrz] = ((((dwi[glrz + mjvx]) & (~zdqa))) >> (wwoj)); } for (_si hemy = 45 - mjvx; hemy <= 44; hemy += 1) { dwi[hemy] = 0; } }; } void wbsi(_uli *rvvg) { _uc *hzwn = (_uc *)(rvvg); for (_si mosl = 0; mosl <= 360; mosl += 1) { hzwn[mosl] = (_uc)(1 + hzwn[mosl]) * (_uc)(255 + hzwn[1 + mosl]); } hzwn[361] = 0; } void myiz(_uli *qnoa, _si nqhz) { _si sex = (nqhz % 47); _si ellv = ((nqhz) / (47)); _si kfy = -sex + (((sizeof(_uli)) << (3))); if (ellv >= 13) { { for (_si qde = 0; qde <= 12; qde += 1) { qnoa[qde] = 0; } } } else { for (_si mqpv = 12 - ellv; mqpv >= 1; mqpv -= 1) { qnoa[ellv + mqpv] = ((qnoa[mqpv]) << (sex)); if (kfy < (8 * sizeof(_uli))) { qnoa[ellv + mqpv] += ((((qnoa[-1 + mqpv]) >> (kfy))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } qnoa[ellv] = ((qnoa[0]) << (sex)); for (_si ocuh = -1 + ellv; ocuh >= 0; ocuh -= 1) { qnoa[ocuh] = 0; } }; { for (_si rxs = 0; rxs <= 11; rxs += 1) { qnoa[1 + rxs] += ((qnoa[rxs]) >> (47)); qnoa[rxs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qnoa[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void xmwo(_uc *cncl, _uc *rfhs, _si dqgo) { _uc *ecb = (_uc *)(cncl + 0); _uli *xan = (_uli *)(cncl + 352); _si jlnr = (_si)(((xan[0]) & (63))); xan[0] += dqgo; for (_si qrm = 0; qrm <= (-1 + dqgo); qrm += 1) { ecb[jlnr] = rfhs[qrm]; jlnr += 1; if (jlnr == 64) { { _uc *qea = (_uc *)(cncl + 0); _ui *wgrj = (_ui *)(cncl + 64); _ui *gvt = (_ui *)(cncl + 96); _si cmce = 0; _ui vxw = 0; _ui lugm = 0; _ui ehl = 0; _ui fbfv = 0; _ui lgnt = 0; _ui hhtt = 0; for (_si odk = 0; odk <= 15; odk += 1) { gvt[odk] = (((((((((_ui)(qea[cmce])) << (24))) | ((((_ui)(qea[1 + cmce])) << (16))))) | ((((_ui)(qea[2 + cmce])) << (8))))) | ((_ui)(qea[3 + cmce]))); cmce += 4; } for (_si sfsz = 16; sfsz <= 31; sfsz += 1) { vxw = ((((((((gvt[-15 + sfsz]) >> (7))) | (((gvt[-15 + sfsz]) << (25))))) ^ (((((gvt[-15 + sfsz]) >> (18))) | (((gvt[-15 + sfsz]) << (14))))))) ^ (((gvt[-15 + sfsz]) >> (3)))); fbfv = ((((((((gvt[-2 + sfsz]) >> (17))) | (((gvt[-2 + sfsz]) << (15))))) ^ (((((gvt[-2 + sfsz]) >> (19))) | (((gvt[-2 + sfsz]) << (13))))))) ^ (((gvt[-2 + sfsz]) >> (10)))); gvt[sfsz] = fbfv + gvt[-16 + sfsz] + gvt[-7 + sfsz] + vxw; _m[65160] += 1; } _ui rqm = wgrj[0]; _ui dase = wgrj[1]; _ui urjo = wgrj[2]; _ui mijy = wgrj[3]; _ui bvgy = wgrj[4]; _ui dnxm = wgrj[5]; _ui panh = wgrj[6]; _ui yjl = wgrj[7]; for (_si qamr = 0; qamr <= 31; qamr += 1) { vxw = ((((((((rqm) >> (2))) | (((rqm) << (30))))) ^ (((((rqm) >> (13))) | (((rqm) << (19))))))) ^ (((((rqm) >> (22))) | (((rqm) << (10)))))); lugm = ((((((rqm) & (dase))) ^ (((rqm) & (urjo))))) ^ (((dase) & (urjo)))); ehl = lugm + vxw; fbfv = ((((((((bvgy) >> (6))) | (((bvgy) << (26))))) ^ (((((bvgy) >> (11))) | (((bvgy) << (21))))))) ^ (((((bvgy) >> (25))) | (((bvgy) << (7)))))); lgnt = ((((bvgy) & (dnxm))) ^ (((~bvgy) & (panh)))); hhtt = yjl + fbfv + gvt[qamr] + lgnt + *(((_ui *)(_m + 246160) + qamr)); yjl = panh; panh = dnxm; dnxm = bvgy; bvgy = hhtt + mijy; mijy = urjo; urjo = dase; dase = rqm; rqm = ehl + hhtt; _m[65161] += 1; } wgrj[0] += rqm; wgrj[1] += dase; wgrj[2] += urjo; wgrj[3] += mijy; wgrj[4] += bvgy; wgrj[5] += dnxm; wgrj[6] += panh; wgrj[7] += yjl; } jlnr = 0; } } } void rgrm(_uli *sbbz, _si gjh) { _si ksrp = (gjh % 47); _si zysj = ((gjh) / (47)); _si mkic = -ksrp + (((sizeof(_uli)) << (3))); if (zysj >= 13) { { for (_si uyq = 0; uyq <= 12; uyq += 1) { sbbz[uyq] = 0; } } } else { for (_si bcte = 12 - zysj; bcte >= 1; bcte -= 1) { sbbz[bcte + zysj] = ((sbbz[bcte]) << (ksrp)); if (mkic < (8 * sizeof(_uli))) { sbbz[bcte + zysj] += ((((sbbz[-1 + bcte]) >> (mkic))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } sbbz[zysj] = ((sbbz[0]) << (ksrp)); for (_si rxi = -1 + zysj; rxi >= 0; rxi -= 1) { sbbz[rxi] = 0; } }; { for (_si kwri = 0; kwri <= 11; kwri += 1) { sbbz[1 + kwri] += ((sbbz[kwri]) >> (47)); sbbz[kwri] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sbbz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void ljtn(_uli *hsul, _uli *wpis, _uli *dfkk) { _uli *lwep = gcbc(); _uli *oaqi = qfxz(); _uli *mxgp = hkio(); _uli *udlz = enhh(); for (_si kqsc = 0; kqsc <= 12; kqsc += 1) { lwep[kqsc] = ((wpis[kqsc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oaqi[kqsc] = ((wpis[kqsc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mxgp[kqsc] = ((dfkk[kqsc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); udlz[kqsc] = ((dfkk[kqsc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mzvh = 0; mzvh <= 12; mzvh += 1) { hsul[mzvh] = 0; } } for (_si ushi = 0; ushi <= (-1 + (((13) >> (1)))); ushi += 1) { for (_si cfb = 0; cfb <= (-1 + (((13) >> (1)))); cfb += 1) { _uli tkmz = lwep[ushi] * udlz[cfb] + mxgp[cfb] * oaqi[ushi]; _uli qeji = lwep[ushi] * mxgp[cfb]; _uli utcr = oaqi[ushi] * udlz[cfb]; _uli pii = ((hsul[cfb + ushi]) + (qeji) + (((((tkmz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pii < qeji) { utcr += 1; } _uli auew = ((((tkmz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((utcr) << ((-47 + (((sizeof(_uli)) << (3)))))))); hsul[cfb + ushi] = pii; hsul[1 + cfb + ushi] += auew; } { for (_si anay = 0; anay <= 11; anay += 1) { hsul[1 + anay] += ((hsul[anay]) >> (47)); hsul[anay] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hsul[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *zvel = (_uc *)(lwep); for (_si vwyf = 0; vwyf <= 360; vwyf += 1) { zvel[vwyf] = (_uc)(1 + zvel[vwyf]) * (_uc)(255 + zvel[1 + vwyf]); } zvel[361] = 0; } ogdq(oaqi); { _uc *hnrq = (_uc *)(mxgp); for (_si rgpl = 0; rgpl <= 360; rgpl += 1) { hnrq[rgpl] = (_uc)(1 + hnrq[rgpl]) * (_uc)(255 + hnrq[1 + rgpl]); } hnrq[361] = 0; } yuaa(udlz); } void horm(_uc *hhge, _uc *leri, _uc *mxpc, _si zikw) { xeuc(hhge, leri, 0); { _ui *cnhx = (_ui *)(hhge + 0); _ui *uuqk = (_ui *)(hhge + 128); _uc *uujh = (_uc *)(cnhx); for (_si ecit = 0; ecit <= (-1 + zikw); ecit += 1) { if (uuqk[0] >= 64) { { _ui *qgor = (_ui *)(hhge + 0); _ui *nbmq = (_ui *)(hhge + 64); for (_si rzhp = 0; rzhp <= 15; rzhp += 1) { qgor[rzhp] = nbmq[rzhp]; } for (_si ltax = 0; ltax <= 9; ltax += 1) { { qgor[0] += qgor[4]; qgor[12] ^= qgor[0]; qgor[12] = ((((qgor[12]) << (16))) | (((qgor[12]) >> (16)))); qgor[8] += qgor[12]; qgor[4] ^= qgor[8]; qgor[4] = ((((qgor[4]) << (12))) | (((qgor[4]) >> (20)))); qgor[0] += qgor[4]; qgor[12] ^= qgor[0]; qgor[12] = ((((qgor[12]) << (8))) | (((qgor[12]) >> (24)))); qgor[8] += qgor[12]; qgor[4] ^= qgor[8]; qgor[4] = ((((qgor[4]) << (7))) | (((qgor[4]) >> (25)))); } amre(qgor, 1, 5, 9, 13); { qgor[2] += qgor[6]; qgor[14] ^= qgor[2]; qgor[14] = ((((qgor[14]) << (16))) | (((qgor[14]) >> (16)))); qgor[10] += qgor[14]; qgor[6] ^= qgor[10]; qgor[6] = ((((qgor[6]) << (12))) | (((qgor[6]) >> (20)))); qgor[2] += qgor[6]; qgor[14] ^= qgor[2]; qgor[14] = ((((qgor[14]) << (8))) | (((qgor[14]) >> (24)))); qgor[10] += qgor[14]; qgor[6] ^= qgor[10]; qgor[6] = ((((qgor[6]) << (7))) | (((qgor[6]) >> (25)))); } ddzg(qgor, 3, 7, 11, 15); wclm(qgor, 0, 5, 10, 15); pyrg(qgor, 1, 6, 11, 12); { qgor[2] += qgor[7]; qgor[13] ^= qgor[2]; qgor[13] = ((((qgor[13]) << (16))) | (((qgor[13]) >> (16)))); qgor[8] += qgor[13]; qgor[7] ^= qgor[8]; qgor[7] = ((((qgor[7]) << (12))) | (((qgor[7]) >> (20)))); qgor[2] += qgor[7]; qgor[13] ^= qgor[2]; qgor[13] = ((((qgor[13]) << (8))) | (((qgor[13]) >> (24)))); qgor[8] += qgor[13]; qgor[7] ^= qgor[8]; qgor[7] = ((((qgor[7]) << (7))) | (((qgor[7]) >> (25)))); } { qgor[3] += qgor[4]; qgor[14] ^= qgor[3]; qgor[14] = ((((qgor[14]) << (16))) | (((qgor[14]) >> (16)))); qgor[9] += qgor[14]; qgor[4] ^= qgor[9]; qgor[4] = ((((qgor[4]) << (12))) | (((qgor[4]) >> (20)))); qgor[3] += qgor[4]; qgor[14] ^= qgor[3]; qgor[14] = ((((qgor[14]) << (8))) | (((qgor[14]) >> (24)))); qgor[9] += qgor[14]; qgor[4] ^= qgor[9]; qgor[4] = ((((qgor[4]) << (7))) | (((qgor[4]) >> (25)))); } _m[65163] += 1; } for (_si bzby = 0; bzby <= 15; bzby += 1) { qgor[bzby] += nbmq[bzby]; } nbmq[12] += 1; if (nbmq[12] == 0) { nbmq[13] += 1; } } uuqk[0] = 0; } mxpc[ecit] ^= uujh[uuqk[0]]; uuqk[0] += 1; } } } void ctdz(_uli *pmip, _uli *laoa, _uli *ypvd) { for (_si edxv = 0; edxv <= 12; edxv += 1) { pmip[edxv] = laoa[edxv] - ypvd[edxv]; } dgml(pmip); } void qkoe(_uc *gbkr, _uc *ivbi) { _ui *gbyb = (_ui *)(gbkr + 64); for (_si eeeb = 0; eeeb <= 7; eeeb += 1) { gbyb[4 + eeeb] = (((_ui)((ivbi + 4 * eeeb)[0])) + ((((_ui)((ivbi + 4 * eeeb)[1])) << (8))) + ((((_ui)((ivbi + 4 * eeeb)[2])) << (16))) + ((((_ui)((ivbi + 4 * eeeb)[3])) << (24)))); } } void upmp(_uli *spqo, _uli *bqbi, _uli *avyf) { for (_si rryx = 0; rryx <= 12; rryx += 1) { spqo[rryx] = avyf[rryx] + bqbi[rryx]; } { _si fwfu; { fwfu = 0; _uli wfya = 19; for (_si bwdl = 12; bwdl >= 0; bwdl -= 1) { if (spqo[bwdl] != 0) { fwfu = ((((spqo[bwdl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fwfu) { { for (_si utud = 0; utud <= 12; utud += 1) { spqo[utud] = -spqo[utud]; } } } for (_si dcds = 0; dcds <= 11; dcds += 1) { if (((((spqo[dcds]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { spqo[1 + dcds] -= 1; } else { spqo[1 + dcds] += ((spqo[dcds]) >> (47)); }; spqo[dcds] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } spqo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fwfu) { { for (_si kmsb = 0; kmsb <= 12; kmsb += 1) { spqo[kmsb] = -spqo[kmsb]; } } } } } void qzy(_uc *xkp, _uc *lga, _si srim) { _ui *nomd = (_ui *)(xkp + 0); _ui *cee = (_ui *)(xkp + 128); _uc *wjqt = (_uc *)(nomd); for (_si eu = 0; eu <= (-1 + srim); eu += 1) { if (cee[0] >= 64) { { _ui *kop = (_ui *)(xkp + 0); _ui *hzj = (_ui *)(xkp + 64); for (_si qv = 0; qv <= 15; qv += 1) { kop[qv] = hzj[qv]; } for (_si ltt = 0; ltt <= 9; ltt += 1) { { kop[0] += kop[4]; kop[12] ^= kop[0]; kop[12] = ((((kop[12]) << (16))) | (((kop[12]) >> (16)))); kop[8] += kop[12]; kop[4] ^= kop[8]; kop[4] = ((((kop[4]) << (12))) | (((kop[4]) >> (20)))); kop[0] += kop[4]; kop[12] ^= kop[0]; kop[12] = ((((kop[12]) << (8))) | (((kop[12]) >> (24)))); kop[8] += kop[12]; kop[4] ^= kop[8]; kop[4] = ((((kop[4]) << (7))) | (((kop[4]) >> (25)))); } { kop[1] += kop[5]; kop[13] ^= kop[1]; kop[13] = ((((kop[13]) << (16))) | (((kop[13]) >> (16)))); kop[9] += kop[13]; kop[5] ^= kop[9]; kop[5] = ((((kop[5]) << (12))) | (((kop[5]) >> (20)))); kop[1] += kop[5]; kop[13] ^= kop[1]; kop[13] = ((((kop[13]) << (8))) | (((kop[13]) >> (24)))); kop[9] += kop[13]; kop[5] ^= kop[9]; kop[5] = ((((kop[5]) << (7))) | (((kop[5]) >> (25)))); } { kop[2] += kop[6]; kop[14] ^= kop[2]; kop[14] = ((((kop[14]) << (16))) | (((kop[14]) >> (16)))); kop[10] += kop[14]; kop[6] ^= kop[10]; kop[6] = ((((kop[6]) << (12))) | (((kop[6]) >> (20)))); kop[2] += kop[6]; kop[14] ^= kop[2]; kop[14] = ((((kop[14]) << (8))) | (((kop[14]) >> (24)))); kop[10] += kop[14]; kop[6] ^= kop[10]; kop[6] = ((((kop[6]) << (7))) | (((kop[6]) >> (25)))); } aqtb(kop, 3, 7, 11, 15); jgrw(kop, 0, 5, 10, 15); blxe(kop, 1, 6, 11, 12); { kop[2] += kop[7]; kop[13] ^= kop[2]; kop[13] = ((((kop[13]) << (16))) | (((kop[13]) >> (16)))); kop[8] += kop[13]; kop[7] ^= kop[8]; kop[7] = ((((kop[7]) << (12))) | (((kop[7]) >> (20)))); kop[2] += kop[7]; kop[13] ^= kop[2]; kop[13] = ((((kop[13]) << (8))) | (((kop[13]) >> (24)))); kop[8] += kop[13]; kop[7] ^= kop[8]; kop[7] = ((((kop[7]) << (7))) | (((kop[7]) >> (25)))); } { kop[3] += kop[4]; kop[14] ^= kop[3]; kop[14] = ((((kop[14]) << (16))) | (((kop[14]) >> (16)))); kop[9] += kop[14]; kop[4] ^= kop[9]; kop[4] = ((((kop[4]) << (12))) | (((kop[4]) >> (20)))); kop[3] += kop[4]; kop[14] ^= kop[3]; kop[14] = ((((kop[14]) << (8))) | (((kop[14]) >> (24)))); kop[9] += kop[14]; kop[4] ^= kop[9]; kop[4] = ((((kop[4]) << (7))) | (((kop[4]) >> (25)))); } _m[65163] += 1; } for (_si rnry = 0; rnry <= 15; rnry += 1) { kop[rnry] += hzj[rnry]; } hzj[12] += 1; if (hzj[12] == 0) { hzj[13] += 1; } } cee[0] = 0; } lga[eu] ^= wjqt[cee[0]]; cee[0] += 1; } } void ldbz(_uc *zcv) { _ui *ugi = (_ui *)(zcv + 0); _ui *qswl = (_ui *)(zcv + 64); for (_si locu = 0; locu <= 15; locu += 1) { ugi[locu] = qswl[locu]; } for (_si ddxv = 0; ddxv <= 9; ddxv += 1) { kbmj(ugi, 0, 4, 8, 12); { ugi[1] += ugi[5]; ugi[13] ^= ugi[1]; ugi[13] = ((((ugi[13]) << (16))) | (((ugi[13]) >> (16)))); ugi[9] += ugi[13]; ugi[5] ^= ugi[9]; ugi[5] = ((((ugi[5]) << (12))) | (((ugi[5]) >> (20)))); ugi[1] += ugi[5]; ugi[13] ^= ugi[1]; ugi[13] = ((((ugi[13]) << (8))) | (((ugi[13]) >> (24)))); ugi[9] += ugi[13]; ugi[5] ^= ugi[9]; ugi[5] = ((((ugi[5]) << (7))) | (((ugi[5]) >> (25)))); } vkex(ugi, 2, 6, 10, 14); fqss(ugi, 3, 7, 11, 15); wtfi(ugi, 0, 5, 10, 15); pndm(ugi, 1, 6, 11, 12); osos(ugi, 2, 7, 8, 13); { ugi[3] += ugi[4]; ugi[14] ^= ugi[3]; ugi[14] = ((((ugi[14]) << (16))) | (((ugi[14]) >> (16)))); ugi[9] += ugi[14]; ugi[4] ^= ugi[9]; ugi[4] = ((((ugi[4]) << (12))) | (((ugi[4]) >> (20)))); ugi[3] += ugi[4]; ugi[14] ^= ugi[3]; ugi[14] = ((((ugi[14]) << (8))) | (((ugi[14]) >> (24)))); ugi[9] += ugi[14]; ugi[4] ^= ugi[9]; ugi[4] = ((((ugi[4]) << (7))) | (((ugi[4]) >> (25)))); } _m[65163] += 1; } for (_si gshx = 0; gshx <= 15; gshx += 1) { ugi[gshx] += qswl[gshx]; } qswl[12] += 1; if (qswl[12] == 0) { qswl[13] += 1; } } _uc *hhtb() { ; _uc *wbwl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; wbwl = (_uc *)(_m + 362 * _s); break; } _s += 1; } return wbwl; } void faps(_uli *ntvt, _si ubx) { _si btej = (ubx % 47); _si nftx = ((ubx) / (47)); _si otpy = -btej + (((sizeof(_uli)) << (3))); if (nftx >= 13) { kegi(ntvt); } else { for (_si xjnj = 12 - nftx; xjnj >= 1; xjnj -= 1) { ntvt[nftx + xjnj] = ((ntvt[xjnj]) << (btej)); if (otpy < (8 * sizeof(_uli))) { ntvt[nftx + xjnj] += ((((ntvt[-1 + xjnj]) >> (otpy))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ntvt[nftx] = ((ntvt[0]) << (btej)); for (_si wokr = -1 + nftx; wokr >= 0; wokr -= 1) { ntvt[wokr] = 0; } }; hlys(ntvt); } void nfmc(_uli *czeo, _uli *rjow, _uli *vapq) { _uli *lfjg = trch(); _uli *hlqy = shbw(); _uli *lyab = ecpg(); _uli *enwk = mawu(); for (_si tipx = 0; tipx <= 12; tipx += 1) { lfjg[tipx] = ((rjow[tipx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hlqy[tipx] = ((rjow[tipx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lyab[tipx] = ((vapq[tipx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); enwk[tipx] = ((vapq[tipx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kbgl = 0; kbgl <= 12; kbgl += 1) { czeo[kbgl] = 0; } } for (_si flml = 0; flml <= (-1 + (((13) >> (1)))); flml += 1) { for (_si ccre = 0; ccre <= (-1 + (((13) >> (1)))); ccre += 1) { _uli qepv = enwk[ccre] * lfjg[flml] + hlqy[flml] * lyab[ccre]; _uli scza = lfjg[flml] * lyab[ccre]; _uli kqrd = enwk[ccre] * hlqy[flml]; _uli ilbt = ((czeo[ccre + flml]) + (scza) + (((((qepv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ilbt < scza) { kqrd += 1; } _uli psen = ((((qepv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kqrd) << ((-47 + (((sizeof(_uli)) << (3)))))))); czeo[ccre + flml] = ilbt; czeo[1 + ccre + flml] += psen; } issk(czeo); } texy(lfjg); khna(hlqy); { _uc *bzaw = (_uc *)(lyab); for (_si iueu = 0; iueu <= 360; iueu += 1) { bzaw[iueu] = (_uc)(255 + bzaw[1 + iueu]) * (_uc)(1 + bzaw[iueu]); } bzaw[361] = 0; } sbj(enwk); } _si cmsg(_uli *lesn) { _si gljt = 0; _uli pelb = 19; for (_si bnzr = 44; bnzr >= 0; bnzr -= 1) { if (lesn[bnzr] != 0) { gljt = ((((lesn[bnzr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return gljt; } void jusu(_uli *pewz) { _si kjt = hqsz(pewz); if (kjt) { swbu(pewz, pewz); } for (_si opzl = 0; opzl <= 11; opzl += 1) { if (((((pewz[opzl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pewz[1 + opzl] -= 1; } else { pewz[1 + opzl] += ((pewz[opzl]) >> (47)); }; pewz[opzl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pewz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kjt) { asek(pewz, pewz); } } void mvtr(_uli *shyu) { for (_si hrmk = 0; hrmk <= 12; hrmk += 1) { shyu[hrmk] = 0; } } void owos(_uli *zqwr, _uli *ukjr, _uli *nqdz) { for (_si dskp = 0; dskp <= 12; dskp += 1) { zqwr[dskp] = -nqdz[dskp] + ukjr[dskp]; } { _si iyqg; { iyqg = 0; _uli wrsk = 19; for (_si nluk = 12; nluk >= 0; nluk -= 1) { if (zqwr[nluk] != 0) { iyqg = ((((zqwr[nluk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (iyqg) { { for (_si gbcu = 0; gbcu <= 12; gbcu += 1) { zqwr[gbcu] = -zqwr[gbcu]; } } } for (_si jjxd = 0; jjxd <= 11; jjxd += 1) { if (((((zqwr[jjxd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zqwr[1 + jjxd] -= 1; } else { zqwr[1 + jjxd] += ((zqwr[jjxd]) >> (47)); }; zqwr[jjxd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zqwr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (iyqg) { { for (_si otsk = 0; otsk <= 12; otsk += 1) { zqwr[otsk] = -zqwr[otsk]; } } } } } _uli *vjwg() { ; _uli *osjo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; osjo = (_uli *)(_m + 362 * _s); break; } _s += 1; } return osjo; } void ugwt(_uli *kkcr) { for (_si capr = 0; capr <= 11; capr += 1) { kkcr[1 + capr] += ((kkcr[capr]) >> (47)); kkcr[capr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kkcr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *udvd() { ; _uli *duue; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; duue = (_uli *)(_m + 362 * _s); break; } _s += 1; } return duue; } void oeld(_uc *kvn, _uc *riut, _uc *fbm, _si izsp) { { { _ui *mtfd = (_ui *)(kvn + 64); for (_si qca = 0; qca <= 7; qca += 1) { mtfd[4 + qca] = (((_ui)((riut + 4 * qca)[0])) + ((((_ui)((riut + 4 * qca)[1])) << (8))) + ((((_ui)((riut + 4 * qca)[2])) << (16))) + ((((_ui)((riut + 4 * qca)[3])) << (24)))); } } _ui *fyc = (_ui *)(kvn + 64); _ui *ppjz = (_ui *)(kvn + 128); for (_si ywd = 0; ywd <= 3; ywd += 1) { fyc[ywd] = (((_ui)(((_uc *)(_m + 48146) + 4 * ywd)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ywd)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ywd)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ywd)[3])) << (24)))); } for (_si mugy = 0; mugy <= 3; mugy += 1) { fyc[12 + mugy] = 0; _m[65162] += 1; } ppjz[0] = 3904225602; } cvhz(kvn, fbm, izsp); } void bbap(_uc *wawa, _uc *egbi, _si tube) { zugv(wawa, egbi); _ui *scih = (_ui *)(wawa + 64); _ui *sbrw = (_ui *)(wawa + 128); for (_si rgp = 0; rgp <= 3; rgp += 1) { scih[rgp] = (((_ui)(((_uc *)(_m + 48146) + 4 * rgp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * rgp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * rgp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * rgp)[3])) << (24)))); } for (_si uxzq = 0; uxzq <= 3; uxzq += 1) { scih[12 + uxzq] = tube; _m[65162] += 1; } sbrw[0] = 3904225602; } void bfyu(_uli *qnjw) { _uc *trep = (_uc *)(qnjw); for (_si jwdv = 0; jwdv <= 360; jwdv += 1) { trep[jwdv] = (_uc)(255 + trep[1 + jwdv]) * (_uc)(1 + trep[jwdv]); } trep[361] = 0; } void isb(_uli *pkil) { _uc *zzvx = (_uc *)(pkil); for (_si qlza = 0; qlza <= 360; qlza += 1) { zzvx[qlza] = (_uc)(255 + zzvx[1 + qlza]) * (_uc)(1 + zzvx[qlza]); } zzvx[361] = 0; } _si jufg(_uli *xaco, _uli *yzud) { _si jbbf = 0; for (_si uswp = 12; uswp >= 0; uswp -= 1) { if (xaco[uswp] > yzud[uswp]) { break; } else if (xaco[uswp] < yzud[uswp]) { jbbf = 1; break; }; } return jbbf; } void ibbw(_uli *lmok, _si obfn) { _si mbdi = (obfn % 47); _si jgqv = ((obfn) / (47)); _si psor = obfn; if (psor > (8 * sizeof(_uli))) { psor = -1; } if (jgqv >= 13) { { for (_si eckl = 0; eckl <= 12; eckl += 1) { lmok[eckl] = 0; } } } else { _uli cftn = (((((_uli)(1)) << (mbdi))) - ((_uli)(1))); if (psor < 0) { lmok[0] = 0; } else { lmok[0] = ((((lmok[0]) & (~cftn))) >> (psor)); }; if (jgqv != 0) { lmok[0] += ((((lmok[jgqv]) & (~cftn))) >> (mbdi)); } for (_si svoh = 1; svoh <= (12 - jgqv); svoh += 1) { lmok[-1 + svoh] += ((((((lmok[jgqv + svoh]) & (cftn))) << (-mbdi + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lmok[svoh] = ((((lmok[jgqv + svoh]) & (~cftn))) >> (mbdi)); } for (_si anid = 13 - jgqv; anid <= 12; anid += 1) { lmok[anid] = 0; } }; } void znjk(_uli *iuiz) { _si pcah; { pcah = 0; _uli txiu = 19; for (_si sjkk = 12; sjkk >= 0; sjkk -= 1) { if (iuiz[sjkk] != 0) { pcah = ((((iuiz[sjkk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (pcah) { { for (_si xwfl = 0; xwfl <= 12; xwfl += 1) { iuiz[xwfl] = -iuiz[xwfl]; } } } for (_si umgd = 0; umgd <= 11; umgd += 1) { if (((((iuiz[umgd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iuiz[1 + umgd] -= 1; } else { iuiz[1 + umgd] += ((iuiz[umgd]) >> (47)); }; iuiz[umgd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iuiz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pcah) { { for (_si ikuh = 0; ikuh <= 12; ikuh += 1) { iuiz[ikuh] = -iuiz[ikuh]; } } } } void jyrf(_si pihy, _uli *mhwp) { mhwp[(((pihy) / (47)))] &= ((((((_uli)(1)) << ((pihy % 47)))) - ((_uli)(1)))); for (_si psdh = 1 + (((pihy) / (47))); psdh <= 12; psdh += 1) { mhwp[psdh] = 0; } } void zccf(_uli *akmj, _uli *rwfk, _uli *mvqz, _uli *turf) { olzt(rwfk, mvqz, turf); _si qtcu = huxo(rwfk); if (qtcu) { sxjn(rwfk, rwfk, akmj); } } void nnzy(_uli *zgdl, _uli *dxtk, _uli *dbaq) { for (_si lhxp = 0; lhxp <= 44; lhxp += 1) { zgdl[lhxp] = -dbaq[lhxp] + dxtk[lhxp]; } { _si rijv = umzy(zgdl); if (rijv) { { for (_si eghh = 0; eghh <= 44; eghh += 1) { zgdl[eghh] = -zgdl[eghh]; } } } for (_si dztw = 0; dztw <= 43; dztw += 1) { if (((((zgdl[dztw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zgdl[1 + dztw] -= 1; } else { zgdl[1 + dztw] += ((zgdl[dztw]) >> (47)); }; zgdl[dztw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zgdl[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rijv) { { for (_si bnei = 0; bnei <= 44; bnei += 1) { zgdl[bnei] = -zgdl[bnei]; } } } } } void heul(_uc *zmio, _uc *mxrp, _si rza) { aai(zmio, mxrp); _ui *zinu = (_ui *)(zmio + 64); _ui *dqjj = (_ui *)(zmio + 128); for (_si tcds = 0; tcds <= 3; tcds += 1) { zinu[tcds] = (((_ui)(((_uc *)(_m + 48146) + 4 * tcds)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tcds)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tcds)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tcds)[3])) << (24)))); } for (_si cpbh = 0; cpbh <= 3; cpbh += 1) { zinu[12 + cpbh] = rza; _m[65162] += 1; } dqjj[0] = 3904225602; } void yppr(_si voav, _uli *wvfh) { wvfh[(((voav) / (47)))] &= ((((((_uli)(1)) << ((voav % 47)))) - ((_uli)(1)))); for (_si pkio = 1 + (((voav) / (47))); pkio <= 12; pkio += 1) { wvfh[pkio] = 0; } } void gnde(_uli *yzug, _uli *vzoz) { for (_si kchh = 0; kchh <= 12; kchh += 1) { yzug[kchh] = -vzoz[kchh]; } } void htyd(_uli *cuxw) { _uc *omjt = (_uc *)(cuxw); for (_si qnnk = 0; qnnk <= 360; qnnk += 1) { omjt[qnnk] = (_uc)(1 + omjt[qnnk]) * (_uc)(255 + omjt[1 + qnnk]); } omjt[361] = 0; } void kxwm(_uli *tmdn) { _si tglw = iwnw(tmdn); if (tglw) { gogy(tmdn, tmdn); } for (_si pyjn = 0; pyjn <= 11; pyjn += 1) { if (((((tmdn[pyjn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tmdn[1 + pyjn] -= 1; } else { tmdn[1 + pyjn] += ((tmdn[pyjn]) >> (47)); }; tmdn[pyjn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tmdn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tglw) { { for (_si pcix = 0; pcix <= 12; pcix += 1) { tmdn[pcix] = -tmdn[pcix]; } } } } void bjxl(_uli *oqac, _uli *hzxm, _uli *dhbu) { _uli *yjms = xasz(); _uli *ubnj = pncc(); _uli *livf = qzcc(); _uli *pzil = zuit(); for (_si lucn = 0; lucn <= 44; lucn += 1) { yjms[lucn] = ((hzxm[lucn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ubnj[lucn] = ((hzxm[lucn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); livf[lucn] = ((dhbu[lucn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pzil[lucn] = ((dhbu[lucn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jrds = 0; jrds <= 44; jrds += 1) { oqac[jrds] = 0; } } for (_si jrkb = 0; jrkb <= (-1 + (((45) >> (1)))); jrkb += 1) { for (_si sxqe = 0; sxqe <= (-1 + (((45) >> (1)))); sxqe += 1) { _uli pflp = livf[sxqe] * ubnj[jrkb] + pzil[sxqe] * yjms[jrkb]; _uli cwmb = livf[sxqe] * yjms[jrkb]; _uli hmvo = pzil[sxqe] * ubnj[jrkb]; _uli pxmf = ((oqac[jrkb + sxqe]) + (cwmb) + (((((pflp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pxmf < cwmb) { hmvo += 1; } _uli fkrb = ((((pflp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hmvo) << ((-47 + (((sizeof(_uli)) << (3)))))))); oqac[jrkb + sxqe] = pxmf; oqac[1 + jrkb + sxqe] += fkrb; } legk(oqac); } zoaa(yjms); { _uc *obzg = (_uc *)(ubnj); for (_si iqjp = 0; iqjp <= 360; iqjp += 1) { obzg[iqjp] = (_uc)(1 + obzg[iqjp]) * (_uc)(255 + obzg[1 + iqjp]); } obzg[361] = 0; } hukz(livf); dtga(pzil); } void yjmn(_uli *qobj, _uli *biyj) { if (qobj != biyj) { for (_si ylyv = 0; ylyv <= 12; ylyv += 1) { qobj[ylyv] = biyj[ylyv]; } } } void aqhv(_uc *emgw, _uc *lcic) { _ui *jmca = (_ui *)(emgw + 64); for (_si mywm = 0; mywm <= 7; mywm += 1) { jmca[4 + mywm] = (((_ui)((lcic + 4 * mywm)[0])) + ((((_ui)((lcic + 4 * mywm)[1])) << (8))) + ((((_ui)((lcic + 4 * mywm)[2])) << (16))) + ((((_ui)((lcic + 4 * mywm)[3])) << (24)))); } } _uli *dup() { ; _uli *gejw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; gejw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gejw; } _uc *klpu() { ; _uc *qvle; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; qvle = (_uc *)(_m + 362 * _s); break; } _s += 1; } return qvle; } void ejq(_uc *kvpi, _uc *ztb, _si xdgo) { _uc *yfes = (_uc *)(kvpi + 0); _uli *wybn = (_uli *)(kvpi + 352); _si bmwh = (_si)(((wybn[0]) & (63))); wybn[0] += xdgo; for (_si iaxj = 0; iaxj <= (-1 + xdgo); iaxj += 1) { yfes[bmwh] = ztb[iaxj]; bmwh += 1; if (bmwh == 64) { auva(kvpi); bmwh = 0; } } } _uc *ullk() { ; _uc *sbjg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; sbjg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return sbjg; } void azzb(_uc *kuly, _uc *uiqp, _uc *hxwy, _si txbi) { bbap(kuly, uiqp, 0); pvhb(kuly, hxwy, txbi); } void oahl(_uli *pubg, _uli *jvgw) { for (_si qjtw = 0; qjtw <= 12; qjtw += 1) { pubg[qjtw] = -jvgw[qjtw]; } } void xadu(_uli *lgxz, _uli *gtlg, _uli *kibo) { _uli *uesv = hkio(); _uli *vluc = gcbc(); _uli *eppf = ntfe(); _uli *zilr = qmtt(); for (_si ybvs = 0; ybvs <= 12; ybvs += 1) { uesv[ybvs] = ((gtlg[ybvs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vluc[ybvs] = ((gtlg[ybvs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); eppf[ybvs] = ((kibo[ybvs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zilr[ybvs] = ((kibo[ybvs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } voar(lgxz); for (_si suer = 0; suer <= (-1 + (((13) >> (1)))); suer += 1) { for (_si tjd = 0; tjd <= (-1 + (((13) >> (1)))); tjd += 1) { _uli attl = eppf[tjd] * vluc[suer] + uesv[suer] * zilr[tjd]; _uli zfoi = eppf[tjd] * uesv[suer]; _uli bwbe = vluc[suer] * zilr[tjd]; _uli dxqm = ((lgxz[suer + tjd]) + (zfoi) + (((((attl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dxqm < zfoi) { bwbe += 1; } _uli zwzf = ((((attl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bwbe) << ((-47 + (((sizeof(_uli)) << (3)))))))); lgxz[suer + tjd] = dxqm; lgxz[1 + suer + tjd] += zwzf; } xiss(lgxz); } { _uc *ywo = (_uc *)(uesv); for (_si vpjt = 0; vpjt <= 360; vpjt += 1) { ywo[vpjt] = (_uc)(255 + ywo[1 + vpjt]) * (_uc)(1 + ywo[vpjt]); } ywo[361] = 0; } { _uc *qpri = (_uc *)(vluc); for (_si cgbf = 0; cgbf <= 360; cgbf += 1) { qpri[cgbf] = (_uc)(255 + qpri[1 + cgbf]) * (_uc)(1 + qpri[cgbf]); } qpri[361] = 0; } vefg(eppf); { _uc *bnfz = (_uc *)(zilr); for (_si whkc = 0; whkc <= 360; whkc += 1) { bnfz[whkc] = (_uc)(255 + bnfz[1 + whkc]) * (_uc)(1 + bnfz[whkc]); } bnfz[361] = 0; } } void sebi(_uli *ivpv, _si ostr) { _si tjnd = (ostr % 47); _si vsru = ((ostr) / (47)); _si frkq = -tjnd + (((sizeof(_uli)) << (3))); if (vsru >= 13) { { for (_si kcei = 0; kcei <= 12; kcei += 1) { ivpv[kcei] = 0; } } } else { for (_si bscw = 12 - vsru; bscw >= 1; bscw -= 1) { ivpv[bscw + vsru] = ((ivpv[bscw]) << (tjnd)); if (frkq < (8 * sizeof(_uli))) { ivpv[bscw + vsru] += ((((ivpv[-1 + bscw]) >> (frkq))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ivpv[vsru] = ((ivpv[0]) << (tjnd)); for (_si hfxq = -1 + vsru; hfxq >= 0; hfxq -= 1) { ivpv[hfxq] = 0; } }; { for (_si qpix = 0; qpix <= 11; qpix += 1) { ivpv[1 + qpix] += ((ivpv[qpix]) >> (47)); ivpv[qpix] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ivpv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void kcke(_uli *wrss, _uli *hevj, _uli *xdrg) { for (_si vofc = 0; vofc <= 12; vofc += 1) { wrss[vofc] = hevj[vofc] + xdrg[vofc]; } { _si ksga; { ksga = 0; _uli nwtq = 19; for (_si ndic = 12; ndic >= 0; ndic -= 1) { if (wrss[ndic] != 0) { ksga = ((((wrss[ndic]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ksga) { { for (_si hcru = 0; hcru <= 12; hcru += 1) { wrss[hcru] = -wrss[hcru]; } } } for (_si mpbt = 0; mpbt <= 11; mpbt += 1) { if (((((wrss[mpbt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wrss[1 + mpbt] -= 1; } else { wrss[1 + mpbt] += ((wrss[mpbt]) >> (47)); }; wrss[mpbt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wrss[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ksga) { { for (_si oeub = 0; oeub <= 12; oeub += 1) { wrss[oeub] = -wrss[oeub]; } } } } } void ycyn(_uli *oodr) { for (_si llkf = 0; llkf <= 11; llkf += 1) { oodr[1 + llkf] += ((oodr[llkf]) >> (47)); oodr[llkf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oodr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fym(_uc *ceh, _uc *iig, _si sleb) { { _ui *qhz = (_ui *)(ceh + 64); for (_si uibo = 0; uibo <= 7; uibo += 1) { qhz[4 + uibo] = (((_ui)((iig + 4 * uibo)[0])) + ((((_ui)((iig + 4 * uibo)[1])) << (8))) + ((((_ui)((iig + 4 * uibo)[2])) << (16))) + ((((_ui)((iig + 4 * uibo)[3])) << (24)))); } } _ui *ors = (_ui *)(ceh + 64); _ui *dwc = (_ui *)(ceh + 128); for (_si iyqh = 0; iyqh <= 3; iyqh += 1) { ors[iyqh] = (((_ui)(((_uc *)(_m + 48146) + 4 * iyqh)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * iyqh)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * iyqh)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * iyqh)[3])) << (24)))); } for (_si olf = 0; olf <= 3; olf += 1) { ors[12 + olf] = sleb; _m[65162] += 1; } dwc[0] = 3904225602; } void mvd(_uc *zxpe) { _ui *azdl = (_ui *)(zxpe + 64); _uli *siyq = (_uli *)(zxpe + 352); azdl[0] = 3072593861; azdl[1] = 3086033710; azdl[2] = 3878829419; azdl[3] = 661946499; azdl[4] = 3836525215; azdl[5] = 533529351; azdl[6] = 1116444951; azdl[7] = 1869145119; siyq[0] = 0; } _uli *lcdi() { ; _uli *obvc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; obvc = (_uli *)(_m + 362 * _s); break; } _s += 1; } return obvc; } void uzug(_uli *tliw, _uli *ebhe) { for (_si mvfu = 0; mvfu <= 12; mvfu += 1) { tliw[mvfu] = -ebhe[mvfu]; } } void zhp(_uc *axps) { _uc *xbgc = (_uc *)(axps + 0); _ui *pyc = (_ui *)(axps + 64); _uli *eafg = (_uli *)(axps + 352); _uli hgj = 8 * eafg[0]; _uc fibk[1]; fibk[0] = 128; { _uc *nhum = (_uc *)(axps + 0); _uli *iead = (_uli *)(axps + 352); _si ejmn = (_si)(((iead[0]) & (63))); iead[0] += 1; for (_si gtig = 0; gtig <= 0; gtig += 1) { nhum[ejmn] = fibk[gtig]; ejmn += 1; if (ejmn == 64) { esde(axps); ejmn = 0; } } } while (((((eafg[0]) & (63))) != (56))) { fibk[0] = 0; biyn(axps, fibk, 1); } for (_si fsbr = 0; fsbr <= 7; fsbr += 1) { fibk[0] = (_uc)(((((hgj) >> (8 * (7 - fsbr)))) & (255))); { _uc *ketw = (_uc *)(axps + 0); _uli *plgq = (_uli *)(axps + 352); _si ngxi = (_si)(((plgq[0]) & (63))); plgq[0] += 1; for (_si cpkz = 0; cpkz <= 0; cpkz += 1) { ketw[ngxi] = fibk[cpkz]; ngxi += 1; if (ngxi == 64) { { _uc *mtfg = (_uc *)(axps + 0); _ui *kowk = (_ui *)(axps + 64); _ui *yxnv = (_ui *)(axps + 96); _si byv = 0; _ui oetk = 0; _ui ipko = 0; _ui dwrc = 0; _ui powu = 0; _ui tbfq = 0; _ui rimu = 0; for (_si msrv = 0; msrv <= 15; msrv += 1) { yxnv[msrv] = (((((((((_ui)(mtfg[byv])) << (24))) | ((((_ui)(mtfg[1 + byv])) << (16))))) | ((((_ui)(mtfg[2 + byv])) << (8))))) | ((_ui)(mtfg[3 + byv]))); byv += 4; } for (_si ezyo = 16; ezyo <= 31; ezyo += 1) { oetk = ((((((((yxnv[-15 + ezyo]) >> (7))) | (((yxnv[-15 + ezyo]) << (25))))) ^ (((((yxnv[-15 + ezyo]) >> (18))) | (((yxnv[-15 + ezyo]) << (14))))))) ^ (((yxnv[-15 + ezyo]) >> (3)))); powu = ((((((((yxnv[-2 + ezyo]) >> (17))) | (((yxnv[-2 + ezyo]) << (15))))) ^ (((((yxnv[-2 + ezyo]) >> (19))) | (((yxnv[-2 + ezyo]) << (13))))))) ^ (((yxnv[-2 + ezyo]) >> (10)))); yxnv[ezyo] = oetk + powu + yxnv[-7 + ezyo] + yxnv[-16 + ezyo]; _m[65160] += 1; } _ui talk = kowk[0]; _ui vagr = kowk[1]; _ui zvxy = kowk[2]; _ui uztf = kowk[3]; _ui lys = kowk[4]; _ui jpyt = kowk[5]; _ui yhku = kowk[6]; _ui fxgw = kowk[7]; for (_si rkfh = 0; rkfh <= 31; rkfh += 1) { oetk = ((((((((talk) >> (2))) | (((talk) << (30))))) ^ (((((talk) >> (13))) | (((talk) << (19))))))) ^ (((((talk) >> (22))) | (((talk) << (10)))))); ipko = ((((((talk) & (vagr))) ^ (((talk) & (zvxy))))) ^ (((vagr) & (zvxy)))); dwrc = ipko + oetk; powu = ((((((((lys) >> (6))) | (((lys) << (26))))) ^ (((((lys) >> (11))) | (((lys) << (21))))))) ^ (((((lys) >> (25))) | (((lys) << (7)))))); tbfq = ((((lys) & (jpyt))) ^ (((~lys) & (yhku)))); rimu = *(((_ui *)(_m + 246160) + rkfh)) + powu + yxnv[rkfh] + tbfq + fxgw; fxgw = yhku; yhku = jpyt; jpyt = lys; lys = rimu + uztf; uztf = zvxy; zvxy = vagr; vagr = talk; talk = dwrc + rimu; _m[65161] += 1; } kowk[0] += talk; kowk[1] += vagr; kowk[2] += zvxy; kowk[3] += uztf; kowk[4] += lys; kowk[5] += jpyt; kowk[6] += yhku; kowk[7] += fxgw; } ngxi = 0; } } } } _si rqzr = 0; for (_si rrho = 0; rrho <= 7; rrho += 1) { _ui mphy = pyc[rrho]; xbgc[rqzr] = (_uc)(((((mphy) >> (24))) & (255))); xbgc[1 + rqzr] = (_uc)(((((mphy) >> (16))) & (255))); xbgc[2 + rqzr] = (_uc)(((((mphy) >> (8))) & (255))); xbgc[3 + rqzr] = (_uc)(((mphy) & (255))); rqzr += 4; } } void ijif(_uc *edhy, _uc *dquc, _uc *frpx, _si pzbu) { yyye(edhy, dquc, 0); { _ui *ebrt = (_ui *)(edhy + 0); _ui *izre = (_ui *)(edhy + 128); _uc *qedi = (_uc *)(ebrt); for (_si yndh = 0; yndh <= (-1 + pzbu); yndh += 1) { if (izre[0] >= 64) { { _ui *xfbs = (_ui *)(edhy + 0); _ui *jzjc = (_ui *)(edhy + 64); for (_si bqdr = 0; bqdr <= 15; bqdr += 1) { xfbs[bqdr] = jzjc[bqdr]; } for (_si yegf = 0; yegf <= 9; yegf += 1) { pjcq(xfbs, 0, 4, 8, 12); { xfbs[1] += xfbs[5]; xfbs[13] ^= xfbs[1]; xfbs[13] = ((((xfbs[13]) << (16))) | (((xfbs[13]) >> (16)))); xfbs[9] += xfbs[13]; xfbs[5] ^= xfbs[9]; xfbs[5] = ((((xfbs[5]) << (12))) | (((xfbs[5]) >> (20)))); xfbs[1] += xfbs[5]; xfbs[13] ^= xfbs[1]; xfbs[13] = ((((xfbs[13]) << (8))) | (((xfbs[13]) >> (24)))); xfbs[9] += xfbs[13]; xfbs[5] ^= xfbs[9]; xfbs[5] = ((((xfbs[5]) << (7))) | (((xfbs[5]) >> (25)))); } { xfbs[2] += xfbs[6]; xfbs[14] ^= xfbs[2]; xfbs[14] = ((((xfbs[14]) << (16))) | (((xfbs[14]) >> (16)))); xfbs[10] += xfbs[14]; xfbs[6] ^= xfbs[10]; xfbs[6] = ((((xfbs[6]) << (12))) | (((xfbs[6]) >> (20)))); xfbs[2] += xfbs[6]; xfbs[14] ^= xfbs[2]; xfbs[14] = ((((xfbs[14]) << (8))) | (((xfbs[14]) >> (24)))); xfbs[10] += xfbs[14]; xfbs[6] ^= xfbs[10]; xfbs[6] = ((((xfbs[6]) << (7))) | (((xfbs[6]) >> (25)))); } { xfbs[3] += xfbs[7]; xfbs[15] ^= xfbs[3]; xfbs[15] = ((((xfbs[15]) << (16))) | (((xfbs[15]) >> (16)))); xfbs[11] += xfbs[15]; xfbs[7] ^= xfbs[11]; xfbs[7] = ((((xfbs[7]) << (12))) | (((xfbs[7]) >> (20)))); xfbs[3] += xfbs[7]; xfbs[15] ^= xfbs[3]; xfbs[15] = ((((xfbs[15]) << (8))) | (((xfbs[15]) >> (24)))); xfbs[11] += xfbs[15]; xfbs[7] ^= xfbs[11]; xfbs[7] = ((((xfbs[7]) << (7))) | (((xfbs[7]) >> (25)))); } { xfbs[0] += xfbs[5]; xfbs[15] ^= xfbs[0]; xfbs[15] = ((((xfbs[15]) << (16))) | (((xfbs[15]) >> (16)))); xfbs[10] += xfbs[15]; xfbs[5] ^= xfbs[10]; xfbs[5] = ((((xfbs[5]) << (12))) | (((xfbs[5]) >> (20)))); xfbs[0] += xfbs[5]; xfbs[15] ^= xfbs[0]; xfbs[15] = ((((xfbs[15]) << (8))) | (((xfbs[15]) >> (24)))); xfbs[10] += xfbs[15]; xfbs[5] ^= xfbs[10]; xfbs[5] = ((((xfbs[5]) << (7))) | (((xfbs[5]) >> (25)))); } eypa(xfbs, 1, 6, 11, 12); { xfbs[2] += xfbs[7]; xfbs[13] ^= xfbs[2]; xfbs[13] = ((((xfbs[13]) << (16))) | (((xfbs[13]) >> (16)))); xfbs[8] += xfbs[13]; xfbs[7] ^= xfbs[8]; xfbs[7] = ((((xfbs[7]) << (12))) | (((xfbs[7]) >> (20)))); xfbs[2] += xfbs[7]; xfbs[13] ^= xfbs[2]; xfbs[13] = ((((xfbs[13]) << (8))) | (((xfbs[13]) >> (24)))); xfbs[8] += xfbs[13]; xfbs[7] ^= xfbs[8]; xfbs[7] = ((((xfbs[7]) << (7))) | (((xfbs[7]) >> (25)))); } { xfbs[3] += xfbs[4]; xfbs[14] ^= xfbs[3]; xfbs[14] = ((((xfbs[14]) << (16))) | (((xfbs[14]) >> (16)))); xfbs[9] += xfbs[14]; xfbs[4] ^= xfbs[9]; xfbs[4] = ((((xfbs[4]) << (12))) | (((xfbs[4]) >> (20)))); xfbs[3] += xfbs[4]; xfbs[14] ^= xfbs[3]; xfbs[14] = ((((xfbs[14]) << (8))) | (((xfbs[14]) >> (24)))); xfbs[9] += xfbs[14]; xfbs[4] ^= xfbs[9]; xfbs[4] = ((((xfbs[4]) << (7))) | (((xfbs[4]) >> (25)))); } _m[65163] += 1; } for (_si yqjr = 0; yqjr <= 15; yqjr += 1) { xfbs[yqjr] += jzjc[yqjr]; } jzjc[12] += 1; if (jzjc[12] == 0) { jzjc[13] += 1; } } izre[0] = 0; } frpx[yndh] ^= qedi[izre[0]]; izre[0] += 1; } } } void qxmn(_uli *yudw) { _uc *bzlj = (_uc *)(yudw); for (_si tbry = 0; tbry <= 360; tbry += 1) { bzlj[tbry] = (_uc)(255 + bzlj[1 + tbry]) * (_uc)(1 + bzlj[tbry]); } bzlj[361] = 0; } void kwmo(_uc *xlez) { _ui *ukbv = (_ui *)(xlez + 0); _ui *pxvk = (_ui *)(xlez + 64); for (_si zhpm = 0; zhpm <= 15; zhpm += 1) { ukbv[zhpm] = pxvk[zhpm]; } for (_si ylnh = 0; ylnh <= 9; ylnh += 1) { gbau(ukbv, 0, 4, 8, 12); { ukbv[1] += ukbv[5]; ukbv[13] ^= ukbv[1]; ukbv[13] = ((((ukbv[13]) << (16))) | (((ukbv[13]) >> (16)))); ukbv[9] += ukbv[13]; ukbv[5] ^= ukbv[9]; ukbv[5] = ((((ukbv[5]) << (12))) | (((ukbv[5]) >> (20)))); ukbv[1] += ukbv[5]; ukbv[13] ^= ukbv[1]; ukbv[13] = ((((ukbv[13]) << (8))) | (((ukbv[13]) >> (24)))); ukbv[9] += ukbv[13]; ukbv[5] ^= ukbv[9]; ukbv[5] = ((((ukbv[5]) << (7))) | (((ukbv[5]) >> (25)))); } ribh(ukbv, 2, 6, 10, 14); { ukbv[3] += ukbv[7]; ukbv[15] ^= ukbv[3]; ukbv[15] = ((((ukbv[15]) << (16))) | (((ukbv[15]) >> (16)))); ukbv[11] += ukbv[15]; ukbv[7] ^= ukbv[11]; ukbv[7] = ((((ukbv[7]) << (12))) | (((ukbv[7]) >> (20)))); ukbv[3] += ukbv[7]; ukbv[15] ^= ukbv[3]; ukbv[15] = ((((ukbv[15]) << (8))) | (((ukbv[15]) >> (24)))); ukbv[11] += ukbv[15]; ukbv[7] ^= ukbv[11]; ukbv[7] = ((((ukbv[7]) << (7))) | (((ukbv[7]) >> (25)))); } { ukbv[0] += ukbv[5]; ukbv[15] ^= ukbv[0]; ukbv[15] = ((((ukbv[15]) << (16))) | (((ukbv[15]) >> (16)))); ukbv[10] += ukbv[15]; ukbv[5] ^= ukbv[10]; ukbv[5] = ((((ukbv[5]) << (12))) | (((ukbv[5]) >> (20)))); ukbv[0] += ukbv[5]; ukbv[15] ^= ukbv[0]; ukbv[15] = ((((ukbv[15]) << (8))) | (((ukbv[15]) >> (24)))); ukbv[10] += ukbv[15]; ukbv[5] ^= ukbv[10]; ukbv[5] = ((((ukbv[5]) << (7))) | (((ukbv[5]) >> (25)))); } cqhk(ukbv, 1, 6, 11, 12); { ukbv[2] += ukbv[7]; ukbv[13] ^= ukbv[2]; ukbv[13] = ((((ukbv[13]) << (16))) | (((ukbv[13]) >> (16)))); ukbv[8] += ukbv[13]; ukbv[7] ^= ukbv[8]; ukbv[7] = ((((ukbv[7]) << (12))) | (((ukbv[7]) >> (20)))); ukbv[2] += ukbv[7]; ukbv[13] ^= ukbv[2]; ukbv[13] = ((((ukbv[13]) << (8))) | (((ukbv[13]) >> (24)))); ukbv[8] += ukbv[13]; ukbv[7] ^= ukbv[8]; ukbv[7] = ((((ukbv[7]) << (7))) | (((ukbv[7]) >> (25)))); } nqzw(ukbv, 3, 4, 9, 14); _m[65163] += 1; } for (_si pxef = 0; pxef <= 15; pxef += 1) { ukbv[pxef] += pxvk[pxef]; } pxvk[12] += 1; if (pxvk[12] == 0) { pxvk[13] += 1; } } void prma(_uli *bxlw) { _uc *bvtt = (_uc *)(bxlw); for (_si ynxt = 0; ynxt <= 360; ynxt += 1) { bvtt[ynxt] = (_uc)(1 + bvtt[ynxt]) * (_uc)(255 + bvtt[1 + ynxt]); } bvtt[361] = 0; } void uejt(_uc *uq) { _ui *dro = (_ui *)(uq + 0); _ui *ztg = (_ui *)(uq + 64); for (_si bwdc = 0; bwdc <= 15; bwdc += 1) { dro[bwdc] = ztg[bwdc]; } for (_si usir = 0; usir <= 9; usir += 1) { { dro[0] += dro[4]; dro[12] ^= dro[0]; dro[12] = ((((dro[12]) << (16))) | (((dro[12]) >> (16)))); dro[8] += dro[12]; dro[4] ^= dro[8]; dro[4] = ((((dro[4]) << (12))) | (((dro[4]) >> (20)))); dro[0] += dro[4]; dro[12] ^= dro[0]; dro[12] = ((((dro[12]) << (8))) | (((dro[12]) >> (24)))); dro[8] += dro[12]; dro[4] ^= dro[8]; dro[4] = ((((dro[4]) << (7))) | (((dro[4]) >> (25)))); } ydvz(dro, 1, 5, 9, 13); { dro[2] += dro[6]; dro[14] ^= dro[2]; dro[14] = ((((dro[14]) << (16))) | (((dro[14]) >> (16)))); dro[10] += dro[14]; dro[6] ^= dro[10]; dro[6] = ((((dro[6]) << (12))) | (((dro[6]) >> (20)))); dro[2] += dro[6]; dro[14] ^= dro[2]; dro[14] = ((((dro[14]) << (8))) | (((dro[14]) >> (24)))); dro[10] += dro[14]; dro[6] ^= dro[10]; dro[6] = ((((dro[6]) << (7))) | (((dro[6]) >> (25)))); } twri(dro, 3, 7, 11, 15); aexo(dro, 0, 5, 10, 15); { dro[1] += dro[6]; dro[12] ^= dro[1]; dro[12] = ((((dro[12]) << (16))) | (((dro[12]) >> (16)))); dro[11] += dro[12]; dro[6] ^= dro[11]; dro[6] = ((((dro[6]) << (12))) | (((dro[6]) >> (20)))); dro[1] += dro[6]; dro[12] ^= dro[1]; dro[12] = ((((dro[12]) << (8))) | (((dro[12]) >> (24)))); dro[11] += dro[12]; dro[6] ^= dro[11]; dro[6] = ((((dro[6]) << (7))) | (((dro[6]) >> (25)))); } gfqo(dro, 2, 7, 8, 13); { dro[3] += dro[4]; dro[14] ^= dro[3]; dro[14] = ((((dro[14]) << (16))) | (((dro[14]) >> (16)))); dro[9] += dro[14]; dro[4] ^= dro[9]; dro[4] = ((((dro[4]) << (12))) | (((dro[4]) >> (20)))); dro[3] += dro[4]; dro[14] ^= dro[3]; dro[14] = ((((dro[14]) << (8))) | (((dro[14]) >> (24)))); dro[9] += dro[14]; dro[4] ^= dro[9]; dro[4] = ((((dro[4]) << (7))) | (((dro[4]) >> (25)))); } _m[65163] += 1; } for (_si jcyi = 0; jcyi <= 15; jcyi += 1) { dro[jcyi] += ztg[jcyi]; } ztg[12] += 1; if (ztg[12] == 0) { ztg[13] += 1; } } void rytz(_ui *eupz, _si yarp, _si okfj, _si scle, _si rzpm) { eupz[yarp] += eupz[okfj]; eupz[rzpm] ^= eupz[yarp]; eupz[rzpm] = ((((eupz[rzpm]) << (16))) | (((eupz[rzpm]) >> (16)))); eupz[scle] += eupz[rzpm]; eupz[okfj] ^= eupz[scle]; eupz[okfj] = ((((eupz[okfj]) << (12))) | (((eupz[okfj]) >> (20)))); eupz[yarp] += eupz[okfj]; eupz[rzpm] ^= eupz[yarp]; eupz[rzpm] = ((((eupz[rzpm]) << (8))) | (((eupz[rzpm]) >> (24)))); eupz[scle] += eupz[rzpm]; eupz[okfj] ^= eupz[scle]; eupz[okfj] = ((((eupz[okfj]) << (7))) | (((eupz[okfj]) >> (25)))); } void rbuo(_uli *vggn) { _uc *azhw = zngz(); _uc *vkih = ((_uc *)(_m + 141180) + 0); _uc *jngb = (_uc *)(vggn); for (_si ovqz = 0; ovqz <= 103; ovqz += 1) { jngb[ovqz] = *(((_uc *)(_m + 106066) + ovqz)); } { { { _ui *gnov = (_ui *)(azhw + 64); for (_si jrcl = 0; jrcl <= 7; jrcl += 1) { gnov[4 + jrcl] = (((_ui)((vkih + 4 * jrcl)[0])) + ((((_ui)((vkih + 4 * jrcl)[1])) << (8))) + ((((_ui)((vkih + 4 * jrcl)[2])) << (16))) + ((((_ui)((vkih + 4 * jrcl)[3])) << (24)))); } } _ui *waxx = (_ui *)(azhw + 64); _ui *jrtg = (_ui *)(azhw + 128); for (_si gdqp = 0; gdqp <= 3; gdqp += 1) { waxx[gdqp] = (((_ui)(((_uc *)(_m + 48146) + 4 * gdqp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gdqp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gdqp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gdqp)[3])) << (24)))); } for (_si dggq = 0; dggq <= 3; dggq += 1) { waxx[12 + dggq] = 0; _m[65162] += 1; } jrtg[0] = 3904225602; } { _ui *yfkp = (_ui *)(azhw + 0); _ui *qazw = (_ui *)(azhw + 128); _uc *jcfh = (_uc *)(yfkp); for (_si ufxu = 0; ufxu <= 103; ufxu += 1) { if (qazw[0] >= 64) { { _ui *ovci = (_ui *)(azhw + 0); _ui *kmux = (_ui *)(azhw + 64); for (_si jydz = 0; jydz <= 15; jydz += 1) { ovci[jydz] = kmux[jydz]; } for (_si vidm = 0; vidm <= 9; vidm += 1) { amre(ovci, 0, 4, 8, 12); qzkg(ovci, 1, 5, 9, 13); cqhk(ovci, 2, 6, 10, 14); mjt(ovci, 3, 7, 11, 15); gbau(ovci, 0, 5, 10, 15); { ovci[1] += ovci[6]; ovci[12] ^= ovci[1]; ovci[12] = ((((ovci[12]) << (16))) | (((ovci[12]) >> (16)))); ovci[11] += ovci[12]; ovci[6] ^= ovci[11]; ovci[6] = ((((ovci[6]) << (12))) | (((ovci[6]) >> (20)))); ovci[1] += ovci[6]; ovci[12] ^= ovci[1]; ovci[12] = ((((ovci[12]) << (8))) | (((ovci[12]) >> (24)))); ovci[11] += ovci[12]; ovci[6] ^= ovci[11]; ovci[6] = ((((ovci[6]) << (7))) | (((ovci[6]) >> (25)))); } { ovci[2] += ovci[7]; ovci[13] ^= ovci[2]; ovci[13] = ((((ovci[13]) << (16))) | (((ovci[13]) >> (16)))); ovci[8] += ovci[13]; ovci[7] ^= ovci[8]; ovci[7] = ((((ovci[7]) << (12))) | (((ovci[7]) >> (20)))); ovci[2] += ovci[7]; ovci[13] ^= ovci[2]; ovci[13] = ((((ovci[13]) << (8))) | (((ovci[13]) >> (24)))); ovci[8] += ovci[13]; ovci[7] ^= ovci[8]; ovci[7] = ((((ovci[7]) << (7))) | (((ovci[7]) >> (25)))); } { ovci[3] += ovci[4]; ovci[14] ^= ovci[3]; ovci[14] = ((((ovci[14]) << (16))) | (((ovci[14]) >> (16)))); ovci[9] += ovci[14]; ovci[4] ^= ovci[9]; ovci[4] = ((((ovci[4]) << (12))) | (((ovci[4]) >> (20)))); ovci[3] += ovci[4]; ovci[14] ^= ovci[3]; ovci[14] = ((((ovci[14]) << (8))) | (((ovci[14]) >> (24)))); ovci[9] += ovci[14]; ovci[4] ^= ovci[9]; ovci[4] = ((((ovci[4]) << (7))) | (((ovci[4]) >> (25)))); } _m[65163] += 1; } for (_si gmmu = 0; gmmu <= 15; gmmu += 1) { ovci[gmmu] += kmux[gmmu]; } kmux[12] += 1; if (kmux[12] == 0) { kmux[13] += 1; } } qazw[0] = 0; } jngb[ufxu] ^= jcfh[qazw[0]]; qazw[0] += 1; } } } } void tcmt(_uli *jwee) { _si mbxx = ibhn(jwee); if (mbxx) { dfvi(jwee, jwee); } for (_si glas = 0; glas <= 11; glas += 1) { if (((((jwee[glas]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jwee[1 + glas] -= 1; } else { jwee[1 + glas] += ((jwee[glas]) >> (47)); }; jwee[glas] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jwee[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mbxx) { { for (_si rkrx = 0; rkrx <= 12; rkrx += 1) { jwee[rkrx] = -jwee[rkrx]; } } } } _uli *fgtk() { ; _uli *tpvw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; tpvw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return tpvw; } void walh(_uli *grl, _uli *xmrs, _uli *ywir, _uli *pra) { wqwv(ywir, pra); { _uli *pij = lau(); _uli *kdr = elai(); _uli *kbnb = thlc(); _uli *brz = nayy(); for (_si sjct = 0; sjct <= 12; sjct += 1) { pij[sjct] = ((ywir[sjct]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kdr[sjct] = ((ywir[sjct]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kbnb[sjct] = ((xmrs[sjct]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); brz[sjct] = ((xmrs[sjct]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vuco = 0; vuco <= 12; vuco += 1) { ywir[vuco] = 0; } } for (_si jlq = 0; jlq <= (-1 + (((13) >> (1)))); jlq += 1) { for (_si yaq = 0; yaq <= (-1 + (((13) >> (1)))); yaq += 1) { _uli xyf = brz[yaq] * pij[jlq] + kbnb[yaq] * kdr[jlq]; _uli kin = kbnb[yaq] * pij[jlq]; _uli acty = brz[yaq] * kdr[jlq]; _uli nyxr = ((ywir[jlq + yaq]) + (kin) + (((((xyf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nyxr < kin) { acty += 1; } _uli qlrt = ((((xyf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((acty) << ((-47 + (((sizeof(_uli)) << (3)))))))); ywir[jlq + yaq] = nyxr; ywir[1 + jlq + yaq] += qlrt; } { for (_si icia = 0; icia <= 11; icia += 1) { ywir[1 + icia] += ((ywir[icia]) >> (47)); ywir[icia] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ywir[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } fips(pij); { _uc *uqx = (_uc *)(kdr); for (_si czsr = 0; czsr <= 360; czsr += 1) { uqx[czsr] = (_uc)(1 + uqx[czsr]) * (_uc)(255 + uqx[1 + czsr]); } uqx[361] = 0; } { _uc *azh = (_uc *)(kbnb); for (_si omdr = 0; omdr <= 360; omdr += 1) { azh[omdr] = (_uc)(1 + azh[omdr]) * (_uc)(255 + azh[1 + omdr]); } azh[361] = 0; } { _uc *xhag = (_uc *)(brz); for (_si miv = 0; miv <= 360; miv += 1) { xhag[miv] = (_uc)(1 + xhag[miv]) * (_uc)(255 + xhag[1 + miv]); } xhag[361] = 0; } } { _uli *yrwx = uggb(); { { ; } _si rqot = mhii(ywir); _si wtal = gzr(grl); if (rqot >= wtal) { _si myky = 0; _uli vvav = grl[wtal]; while (vvav < (((((((_uli)(1)) << (47)))) >> (1)))) { myky += 1; vvav <<= 1; } if (wtal == 0) { myky += 47; rqot += 1; wtal += 1; } if (myky > 0) { { _si vzlz = (myky % 47); _si bua = ((myky) / (47)); _si tir = -vzlz + (((sizeof(_uli)) << (3))); if (bua >= 13) { { for (_si oxbj = 0; oxbj <= 12; oxbj += 1) { ywir[oxbj] = 0; } } } else { for (_si hkt = 12 - bua; hkt >= 1; hkt -= 1) { ywir[bua + hkt] = ((ywir[hkt]) << (vzlz)); if (tir < (8 * sizeof(_uli))) { ywir[bua + hkt] += ((((ywir[-1 + hkt]) >> (tir))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ywir[bua] = ((ywir[0]) << (vzlz)); for (_si yeh = -1 + bua; yeh >= 0; yeh -= 1) { ywir[yeh] = 0; } }; rwcz(ywir); } nnh(grl, myky); } _si grfd = rqot - wtal; vvav = grl[wtal]; _uli tsrw = grl[-1 + wtal]; for (_si onfb = grfd; onfb >= 0; onfb -= 1) { __uint128_t sazc = (__uint128_t)(((((_uli)(1)) << (47)))) * ywir[1 + onfb + wtal] + ywir[onfb + wtal]; _uli egm = 0; __uint128_t kcp = ((sazc) / (vvav)); __uint128_t uma = (sazc % vvav); while (kcp == ((((_uli)(1)) << (47))) || (kcp * tsrw) > (((((_uli)(1)) << (47))) * uma + ywir[-1 + onfb + wtal])) { kcp -= 1; uma += vvav; if (uma >= ((((_uli)(1)) << (47)))) { break; } } sazc = 0; for (_si mkfv = 0; mkfv <= wtal; mkfv += 1) { sazc += grl[mkfv] * kcp; egm = ywir[mkfv + onfb]; if (sazc > egm) { sazc -= egm; egm = sazc % ((((_uli)(1)) << (47))); sazc = ((sazc) / (((((_uli)(1)) << (47))))); if (egm == 0) { ywir[mkfv + onfb] = 0; } else { ywir[mkfv + onfb] = ((1 + ~(_uli)(egm)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); sazc += 1; }; } else { ywir[mkfv + onfb] -= sazc; sazc = 0; }; } egm = ywir[1 + onfb + wtal]; if (sazc > egm) { grl[1 + onfb + wtal] = -1 + kcp; sazc = 0; for (_si vem = 0; vem <= wtal; vem += 1) { sazc += grl[vem] + ywir[onfb + vem]; ywir[onfb + vem] = sazc % ((((_uli)(1)) << (47))); sazc = ((sazc) / (((((_uli)(1)) << (47))))); } } else { grl[1 + onfb + wtal] = kcp; ywir[1 + onfb + wtal] -= sazc; }; } for (_si xpgm = 0; xpgm <= grfd; xpgm += 1) { yrwx[xpgm] = grl[1 + wtal + xpgm]; ywir[1 + wtal + xpgm] = 0; } for (_si pmb = 1 + grfd; pmb <= 12; pmb += 1) { yrwx[pmb] = 0; } if (yrwx != grl) { for (_si tyzi = 1 + wtal; tyzi <= (1 + rqot); tyzi += 1) { grl[tyzi] = 0; } if (myky > 0) { { _si zzdd = (myky % 47); _si qri = ((myky) / (47)); _si cxbs = myky; if (cxbs > (8 * sizeof(_uli))) { cxbs = -1; } if (qri >= 13) { { for (_si bpg = 0; bpg <= 12; bpg += 1) { grl[bpg] = 0; } } } else { _uli muk = (((((_uli)(1)) << (zzdd))) - ((_uli)(1))); if (cxbs < 0) { grl[0] = 0; } else { grl[0] = ((((grl[0]) & (~muk))) >> (cxbs)); }; if (qri != 0) { grl[0] += ((((grl[qri]) & (~muk))) >> (zzdd)); } for (_si ouy = 1; ouy <= (12 - qri); ouy += 1) { grl[-1 + ouy] += ((((((grl[ouy + qri]) & (muk))) << (-zzdd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); grl[ouy] = ((((grl[ouy + qri]) & (~muk))) >> (zzdd)); } for (_si kae = 13 - qri; kae <= 12; kae += 1) { grl[kae] = 0; } }; } } } if (myky > 0) { nov(ywir, myky); } } } { _uc *hug = (_uc *)(yrwx); for (_si udjx = 0; udjx <= 360; udjx += 1) { hug[udjx] = (_uc)(1 + hug[udjx]) * (_uc)(255 + hug[1 + udjx]); } hug[361] = 0; } } } void dmb(_uli *qrhc) { _uc *kyrg = (_uc *)(qrhc); for (_si cuwa = 0; cuwa <= 360; cuwa += 1) { kyrg[cuwa] = (_uc)(255 + kyrg[1 + cuwa]) * (_uc)(1 + kyrg[cuwa]); } kyrg[361] = 0; } _uc *xtbg() { ; _uc *iqam; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; iqam = (_uc *)(_m + 362 * _s); break; } _s += 1; } return iqam; } void tysq(_uli *egzc, _uli *smdl) { for (_si pnyg = 0; pnyg <= 44; pnyg += 1) { egzc[pnyg] = -smdl[pnyg]; } } void bciy(_uli *yjox) { _uc *htbs = (_uc *)(yjox); for (_si ilml = 0; ilml <= 360; ilml += 1) { htbs[ilml] = (_uc)(255 + htbs[1 + ilml]) * (_uc)(1 + htbs[ilml]); } htbs[361] = 0; } void gax(_uc *sudt) { _ui *kyxz = (_ui *)(sudt + 0); _ui *zplb = (_ui *)(sudt + 64); for (_si uwwr = 0; uwwr <= 15; uwwr += 1) { kyxz[uwwr] = zplb[uwwr]; } for (_si nhsl = 0; nhsl <= 9; nhsl += 1) { sqml(kyxz, 0, 4, 8, 12); amre(kyxz, 1, 5, 9, 13); { kyxz[2] += kyxz[6]; kyxz[14] ^= kyxz[2]; kyxz[14] = ((((kyxz[14]) << (16))) | (((kyxz[14]) >> (16)))); kyxz[10] += kyxz[14]; kyxz[6] ^= kyxz[10]; kyxz[6] = ((((kyxz[6]) << (12))) | (((kyxz[6]) >> (20)))); kyxz[2] += kyxz[6]; kyxz[14] ^= kyxz[2]; kyxz[14] = ((((kyxz[14]) << (8))) | (((kyxz[14]) >> (24)))); kyxz[10] += kyxz[14]; kyxz[6] ^= kyxz[10]; kyxz[6] = ((((kyxz[6]) << (7))) | (((kyxz[6]) >> (25)))); } sqml(kyxz, 3, 7, 11, 15); ndt(kyxz, 0, 5, 10, 15); xaze(kyxz, 1, 6, 11, 12); { kyxz[2] += kyxz[7]; kyxz[13] ^= kyxz[2]; kyxz[13] = ((((kyxz[13]) << (16))) | (((kyxz[13]) >> (16)))); kyxz[8] += kyxz[13]; kyxz[7] ^= kyxz[8]; kyxz[7] = ((((kyxz[7]) << (12))) | (((kyxz[7]) >> (20)))); kyxz[2] += kyxz[7]; kyxz[13] ^= kyxz[2]; kyxz[13] = ((((kyxz[13]) << (8))) | (((kyxz[13]) >> (24)))); kyxz[8] += kyxz[13]; kyxz[7] ^= kyxz[8]; kyxz[7] = ((((kyxz[7]) << (7))) | (((kyxz[7]) >> (25)))); } tabt(kyxz, 3, 4, 9, 14); _m[65163] += 1; } for (_si lokm = 0; lokm <= 15; lokm += 1) { kyxz[lokm] += zplb[lokm]; } zplb[12] += 1; if (zplb[12] == 0) { zplb[13] += 1; } } void aykz(_uc *humo, _uc *rayw, _si tkra) { hoa(humo, rayw); _ui *axzl = (_ui *)(humo + 64); _ui *qmsu = (_ui *)(humo + 128); for (_si swcb = 0; swcb <= 3; swcb += 1) { axzl[swcb] = (((_ui)(((_uc *)(_m + 48146) + 4 * swcb)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * swcb)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * swcb)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * swcb)[3])) << (24)))); } for (_si xjgo = 0; xjgo <= 3; xjgo += 1) { axzl[12 + xjgo] = tkra; _m[65162] += 1; } qmsu[0] = 3904225602; } void wshg(_uli *dlg, _si qolo) { _si tyj = (qolo % 47); _si ornr = ((qolo) / (47)); _si rhun = qolo; if (rhun > (8 * sizeof(_uli))) { rhun = -1; } if (ornr >= 13) { { for (_si bhlv = 0; bhlv <= 12; bhlv += 1) { dlg[bhlv] = 0; } } } else { _uli zyjr = (((((_uli)(1)) << (tyj))) - ((_uli)(1))); if (rhun < 0) { dlg[0] = 0; } else { dlg[0] = ((((dlg[0]) & (~zyjr))) >> (rhun)); }; if (ornr != 0) { dlg[0] += ((((dlg[ornr]) & (~zyjr))) >> (tyj)); } for (_si tgpd = 1; tgpd <= (12 - ornr); tgpd += 1) { dlg[-1 + tgpd] += ((((((dlg[ornr + tgpd]) & (zyjr))) << (-tyj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dlg[tgpd] = ((((dlg[ornr + tgpd]) & (~zyjr))) >> (tyj)); } for (_si pqsg = 13 - ornr; pqsg <= 12; pqsg += 1) { dlg[pqsg] = 0; } }; } _si bau(_uli *jkoc) { _si imwf = 0; _uli ohyk = 19; for (_si bfch = 44; bfch >= 0; bfch -= 1) { if (jkoc[bfch] != 0) { imwf = ((((jkoc[bfch]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return imwf; } void dzcy(_uli *trob, _uli *qxtm, _uli *cigb) { _uli *ejv = bifd(); _uli *xsmf = cepk(); _uli *pixt = agss(); _uli *peso = jozk(); for (_si wets = 0; wets <= 12; wets += 1) { ejv[wets] = ((qxtm[wets]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xsmf[wets] = ((qxtm[wets]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pixt[wets] = ((cigb[wets]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); peso[wets] = ((cigb[wets]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si alhg = 0; alhg <= 12; alhg += 1) { trob[alhg] = 0; } } for (_si sodp = 0; sodp <= (-1 + (((13) >> (1)))); sodp += 1) { for (_si ifum = 0; ifum <= (-1 + (((13) >> (1)))); ifum += 1) { _uli gdap = ejv[sodp] * peso[ifum] + pixt[ifum] * xsmf[sodp]; _uli heha = ejv[sodp] * pixt[ifum]; _uli aejm = peso[ifum] * xsmf[sodp]; _uli bbmn = ((trob[ifum + sodp]) + (heha) + (((((gdap) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bbmn < heha) { aejm += 1; } _uli jrsa = ((((gdap) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((aejm) << ((-47 + (((sizeof(_uli)) << (3)))))))); trob[ifum + sodp] = bbmn; trob[1 + ifum + sodp] += jrsa; } btxv(trob); } { _uc *pbtp = (_uc *)(ejv); for (_si oaux = 0; oaux <= 360; oaux += 1) { pbtp[oaux] = (_uc)(1 + pbtp[oaux]) * (_uc)(255 + pbtp[1 + oaux]); } pbtp[361] = 0; } tbic(xsmf); buec(pixt); { _uc *yzrl = (_uc *)(peso); for (_si rldp = 0; rldp <= 360; rldp += 1) { yzrl[rldp] = (_uc)(1 + yzrl[rldp]) * (_uc)(255 + yzrl[1 + rldp]); } yzrl[361] = 0; } } void rofr(_uli *hnko) { _uc *qbdz = (_uc *)(hnko); for (_si megf = 0; megf <= 360; megf += 1) { qbdz[megf] = (_uc)(1 + qbdz[megf]) * (_uc)(255 + qbdz[1 + megf]); } qbdz[361] = 0; } void ucr(_uc *ggt) { _ui *cld = (_ui *)(ggt + 64); _uli *pstf = (_uli *)(ggt + 352); cld[0] = 3072593861; cld[1] = 3086033710; cld[2] = 3878829419; cld[3] = 661946499; cld[4] = 3836525215; cld[5] = 533529351; cld[6] = 1116444951; cld[7] = 1869145119; pstf[0] = 0; } void jnov(_uli *xatx, _uli *mowl, _uli *eksu) { for (_si zlfb = 0; zlfb <= 12; zlfb += 1) { xatx[zlfb] = eksu[zlfb] + mowl[zlfb]; } cmav(xatx); } void ekbb(_uli *ezci, _uli *xgoa, _uli *pfes) { for (_si xefy = 0; xefy <= 12; xefy += 1) { ezci[xefy] = pfes[xefy] + xgoa[xefy]; } { _si hnxd; { hnxd = 0; _uli blt = 19; for (_si rlja = 12; rlja >= 0; rlja -= 1) { if (ezci[rlja] != 0) { hnxd = ((((ezci[rlja]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hnxd) { hudv(ezci, ezci); } for (_si pcys = 0; pcys <= 11; pcys += 1) { if (((((ezci[pcys]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ezci[1 + pcys] -= 1; } else { ezci[1 + pcys] += ((ezci[pcys]) >> (47)); }; ezci[pcys] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ezci[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hnxd) { { for (_si dcnc = 0; dcnc <= 12; dcnc += 1) { ezci[dcnc] = -ezci[dcnc]; } } } } } void dwnn(_uli *phnw, _uli *mqrd, _uli *slhs) { for (_si cnan = 0; cnan <= 12; cnan += 1) { phnw[cnan] = mqrd[cnan] - slhs[cnan]; } kihc(phnw); } void brr(_uc *mud, _uc *ezh, _si loe) { _uc *qrh = (_uc *)(mud + 0); _uli *tun = (_uli *)(mud + 352); _si tnl = (_si)(((tun[0]) & (63))); tun[0] += loe; for (_si pfi = 0; pfi <= (-1 + loe); pfi += 1) { qrh[tnl] = ezh[pfi]; tnl += 1; if (tnl == 64) { ijj(mud); tnl = 0; } } } void pise(_uli *mhcx) { _uc *zlcf = (_uc *)(mhcx); for (_si tarp = 0; tarp <= 360; tarp += 1) { zlcf[tarp] = (_uc)(1 + zlcf[tarp]) * (_uc)(255 + zlcf[1 + tarp]); } zlcf[361] = 0; } void wpwa(_uli *tefi) { for (_si upbl = 0; upbl <= 43; upbl += 1) { tefi[1 + upbl] += ((tefi[upbl]) >> (47)); tefi[upbl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tefi[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void cudf(_uli *szgq) { for (_si tvpu = 0; tvpu <= 11; tvpu += 1) { szgq[1 + tvpu] += ((szgq[tvpu]) >> (47)); szgq[tvpu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } szgq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void qydu(_uli *zwem, _si thax) { _si yghy = (thax % 47); _si jmkc = ((thax) / (47)); _si aooi = thax; if (aooi > (8 * sizeof(_uli))) { aooi = -1; } if (jmkc >= 13) { byqr(zwem); } else { _uli yluc = (((((_uli)(1)) << (yghy))) - ((_uli)(1))); if (aooi < 0) { zwem[0] = 0; } else { zwem[0] = ((((zwem[0]) & (~yluc))) >> (aooi)); }; if (jmkc != 0) { zwem[0] += ((((zwem[jmkc]) & (~yluc))) >> (yghy)); } for (_si gmcj = 1; gmcj <= (12 - jmkc); gmcj += 1) { zwem[-1 + gmcj] += ((((((zwem[gmcj + jmkc]) & (yluc))) << (-yghy + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zwem[gmcj] = ((((zwem[gmcj + jmkc]) & (~yluc))) >> (yghy)); } for (_si yyxj = 13 - jmkc; yyxj <= 12; yyxj += 1) { zwem[yyxj] = 0; } }; } void hhjh(_uli *mqil, _uli *dzut, _uli *gwmo) { _uli *bhfs = exms(); _uli *hjpl = mfoa(); _uli *rqlq = gygb(); _uli *kqis = mqoy(); for (_si cvbf = 0; cvbf <= 44; cvbf += 1) { bhfs[cvbf] = ((dzut[cvbf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hjpl[cvbf] = ((dzut[cvbf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rqlq[cvbf] = ((gwmo[cvbf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kqis[cvbf] = ((gwmo[cvbf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pdmx = 0; pdmx <= 44; pdmx += 1) { mqil[pdmx] = 0; } } for (_si urfw = 0; urfw <= (-1 + (((45) >> (1)))); urfw += 1) { for (_si hzrc = 0; hzrc <= (-1 + (((45) >> (1)))); hzrc += 1) { _uli bbkp = bhfs[urfw] * kqis[hzrc] + hjpl[urfw] * rqlq[hzrc]; _uli jbqc = bhfs[urfw] * rqlq[hzrc]; _uli nxkl = hjpl[urfw] * kqis[hzrc]; _uli gqfn = ((mqil[hzrc + urfw]) + (jbqc) + (((((bbkp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gqfn < jbqc) { nxkl += 1; } _uli wpjw = ((((bbkp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nxkl) << ((-47 + (((sizeof(_uli)) << (3)))))))); mqil[hzrc + urfw] = gqfn; mqil[1 + hzrc + urfw] += wpjw; } clxk(mqil); } bxfr(bhfs); btsd(hjpl); bcmb(rqlq); bptv(kqis); } void gcpb(_uli *gxkr, _si vfm) { _si tfpl = reer(gxkr); if (tfpl) { { for (_si lafg = 0; lafg <= 12; lafg += 1) { gxkr[lafg] = -gxkr[lafg]; } } } aygc(gxkr, vfm); if (tfpl) { zqa(gxkr, gxkr); } } void xlxt(_si qxuc, _uli *xctr) { xctr[(((qxuc) / (47)))] &= ((((((_uli)(1)) << ((qxuc % 47)))) - ((_uli)(1)))); for (_si mivt = 1 + (((qxuc) / (47))); mivt <= 12; mivt += 1) { xctr[mivt] = 0; } } void sjfw(_uli *aiqm) { _si dwms = xeyh(aiqm); if (dwms) { { for (_si hkln = 0; hkln <= 44; hkln += 1) { aiqm[hkln] = -aiqm[hkln]; } } } for (_si unzi = 0; unzi <= 43; unzi += 1) { if (((((aiqm[unzi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { aiqm[1 + unzi] -= 1; } else { aiqm[1 + unzi] += ((aiqm[unzi]) >> (47)); }; aiqm[unzi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aiqm[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dwms) { { for (_si bhky = 0; bhky <= 44; bhky += 1) { aiqm[bhky] = -aiqm[bhky]; } } } } void eypa(_ui *ismb, _si rbbe, _si zmdj, _si orac, _si tbuz) { ismb[rbbe] += ismb[zmdj]; ismb[tbuz] ^= ismb[rbbe]; ismb[tbuz] = ((((ismb[tbuz]) << (16))) | (((ismb[tbuz]) >> (16)))); ismb[orac] += ismb[tbuz]; ismb[zmdj] ^= ismb[orac]; ismb[zmdj] = ((((ismb[zmdj]) << (12))) | (((ismb[zmdj]) >> (20)))); ismb[rbbe] += ismb[zmdj]; ismb[tbuz] ^= ismb[rbbe]; ismb[tbuz] = ((((ismb[tbuz]) << (8))) | (((ismb[tbuz]) >> (24)))); ismb[orac] += ismb[tbuz]; ismb[zmdj] ^= ismb[orac]; ismb[zmdj] = ((((ismb[zmdj]) << (7))) | (((ismb[zmdj]) >> (25)))); } _si arkx(_uli *indq) { _si mpel = 0; _uli ofja = 19; for (_si rbdc = 12; rbdc >= 0; rbdc -= 1) { if (indq[rbdc] != 0) { mpel = ((((indq[rbdc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return mpel; } void uayc(_uli *wvne) { for (_si rxgw = 0; rxgw <= 11; rxgw += 1) { wvne[1 + rxgw] += ((wvne[rxgw]) >> (47)); wvne[rxgw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wvne[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ojyv(_si fhvc, _uli *gvmf) { gvmf[(((fhvc) / (47)))] &= ((((((_uli)(1)) << ((fhvc % 47)))) - ((_uli)(1)))); for (_si mhrx = 1 + (((fhvc) / (47))); mhrx <= 44; mhrx += 1) { gvmf[mhrx] = 0; } } void zdr(_uli *lyl, _uli *jos, _uli *ppit) { for (_si xnj = 0; xnj <= 12; xnj += 1) { lyl[xnj] = jos[xnj] + ppit[xnj]; } utmh(lyl); } void vfez(_uli *wvqp) { _si gely; { gely = 0; _uli yijt = 19; for (_si xqry = 12; xqry >= 0; xqry -= 1) { if (wvqp[xqry] != 0) { gely = ((((wvqp[xqry]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gely) { { for (_si pfpq = 0; pfpq <= 12; pfpq += 1) { wvqp[pfpq] = -wvqp[pfpq]; } } } for (_si oqti = 0; oqti <= 11; oqti += 1) { if (((((wvqp[oqti]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wvqp[1 + oqti] -= 1; } else { wvqp[1 + oqti] += ((wvqp[oqti]) >> (47)); }; wvqp[oqti] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wvqp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gely) { { for (_si saif = 0; saif <= 12; saif += 1) { wvqp[saif] = -wvqp[saif]; } } } } void xzii(_uli *ongz, _uli *riin, _uli *uigx) { for (_si hffk = 0; hffk <= 12; hffk += 1) { ongz[hffk] = riin[hffk] + uigx[hffk]; } jdqj(ongz); } void zndq(_si sntd, _uli *shnq) { shnq[(((sntd) / (47)))] &= ((((((_uli)(1)) << ((sntd % 47)))) - ((_uli)(1)))); for (_si pvis = 1 + (((sntd) / (47))); pvis <= 12; pvis += 1) { shnq[pvis] = 0; } } _uli *mtis() { ; _uli *mqgt; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; mqgt = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mqgt; } void esdy(_uli *wxus, _uli *dfiz) { for (_si xkdo = 0; xkdo <= 44; xkdo += 1) { wxus[xkdo] = -dfiz[xkdo]; } } void whnh(_uli *eljw, _si bhan) { _si kjci = (bhan % 47); _si genv = ((bhan) / (47)); _si pbbf = bhan; if (pbbf > (8 * sizeof(_uli))) { pbbf = -1; } if (genv >= 13) { { for (_si wmvq = 0; wmvq <= 12; wmvq += 1) { eljw[wmvq] = 0; } } } else { _uli vgpi = (((((_uli)(1)) << (kjci))) - ((_uli)(1))); if (pbbf < 0) { eljw[0] = 0; } else { eljw[0] = ((((eljw[0]) & (~vgpi))) >> (pbbf)); }; if (genv != 0) { eljw[0] += ((((eljw[genv]) & (~vgpi))) >> (kjci)); } for (_si lgzu = 1; lgzu <= (12 - genv); lgzu += 1) { eljw[-1 + lgzu] += ((((((eljw[genv + lgzu]) & (vgpi))) << (-kjci + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); eljw[lgzu] = ((((eljw[genv + lgzu]) & (~vgpi))) >> (kjci)); } for (_si qdmk = 13 - genv; qdmk <= 12; qdmk += 1) { eljw[qdmk] = 0; } }; } _uc *raof() { ; _uc *zjdi; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; zjdi = (_uc *)(_m + 362 * _s); break; } _s += 1; } return zjdi; } _uc *vafo() { ; _uc *equl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; equl = (_uc *)(_m + 362 * _s); break; } _s += 1; } return equl; } void mpnh(_uc *lqk) { _uc *vfel = (_uc *)(lqk + 0); _ui *waub = (_ui *)(lqk + 64); _ui *vost = (_ui *)(lqk + 96); _si jlvr = 0; _ui qhc = 0; _ui qfa = 0; _ui clp = 0; _ui hja = 0; _ui sfbo = 0; _ui qazr = 0; for (_si bimz = 0; bimz <= 15; bimz += 1) { vost[bimz] = (((((((((_ui)(vfel[jlvr])) << (24))) | ((((_ui)(vfel[1 + jlvr])) << (16))))) | ((((_ui)(vfel[2 + jlvr])) << (8))))) | ((_ui)(vfel[3 + jlvr]))); jlvr += 4; } for (_si jby = 16; jby <= 31; jby += 1) { qhc = ((((((((vost[-15 + jby]) >> (7))) | (((vost[-15 + jby]) << (25))))) ^ (((((vost[-15 + jby]) >> (18))) | (((vost[-15 + jby]) << (14))))))) ^ (((vost[-15 + jby]) >> (3)))); hja = ((((((((vost[-2 + jby]) >> (17))) | (((vost[-2 + jby]) << (15))))) ^ (((((vost[-2 + jby]) >> (19))) | (((vost[-2 + jby]) << (13))))))) ^ (((vost[-2 + jby]) >> (10)))); vost[jby] = hja + qhc + vost[-7 + jby] + vost[-16 + jby]; _m[65160] += 1; } _ui oxh = waub[0]; _ui ddv = waub[1]; _ui hrjc = waub[2]; _ui ztxp = waub[3]; _ui ramb = waub[4]; _ui vul = waub[5]; _ui hrz = waub[6]; _ui owg = waub[7]; for (_si tgae = 0; tgae <= 31; tgae += 1) { qhc = ((((((((oxh) >> (2))) | (((oxh) << (30))))) ^ (((((oxh) >> (13))) | (((oxh) << (19))))))) ^ (((((oxh) >> (22))) | (((oxh) << (10)))))); qfa = ((((((oxh) & (ddv))) ^ (((oxh) & (hrjc))))) ^ (((ddv) & (hrjc)))); clp = qfa + qhc; hja = ((((((((ramb) >> (6))) | (((ramb) << (26))))) ^ (((((ramb) >> (11))) | (((ramb) << (21))))))) ^ (((((ramb) >> (25))) | (((ramb) << (7)))))); sfbo = ((((ramb) & (vul))) ^ (((~ramb) & (hrz)))); qazr = sfbo + owg + *(((_ui *)(_m + 246160) + tgae)) + hja + vost[tgae]; owg = hrz; hrz = vul; vul = ramb; ramb = qazr + ztxp; ztxp = hrjc; hrjc = ddv; ddv = oxh; oxh = clp + qazr; _m[65161] += 1; } waub[0] += oxh; waub[1] += ddv; waub[2] += hrjc; waub[3] += ztxp; waub[4] += ramb; waub[5] += vul; waub[6] += hrz; waub[7] += owg; } void fzvb(_uli *wbtu, _si mdoo) { _si cdku = (mdoo % 47); _si esdx = ((mdoo) / (47)); _si rveh = -cdku + (((sizeof(_uli)) << (3))); if (esdx >= 13) { zyqa(wbtu); } else { for (_si qyep = 12 - esdx; qyep >= 1; qyep -= 1) { wbtu[esdx + qyep] = ((wbtu[qyep]) << (cdku)); if (rveh < (8 * sizeof(_uli))) { wbtu[esdx + qyep] += ((((wbtu[-1 + qyep]) >> (rveh))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } wbtu[esdx] = ((wbtu[0]) << (cdku)); for (_si jgio = -1 + esdx; jgio >= 0; jgio -= 1) { wbtu[jgio] = 0; } }; fohu(wbtu); } _uli *ieqp() { ; _uli *txax; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; txax = (_uli *)(_m + 362 * _s); break; } _s += 1; } return txax; } _si bzxg(_uli *pmyc) { _si fyms = 0; _uli jcfq = 19; for (_si qudh = 12; qudh >= 0; qudh -= 1) { if (pmyc[qudh] != 0) { fyms = ((((pmyc[qudh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return fyms; } void mppz(_uli *bzgy, _uli *kimj, _uli *rtgz) { _uli *pmpj = trch(); _uli *vazi = ijfe(); _uli *syuh = qwbt(); _uli *alkm = oarz(); for (_si zuhf = 0; zuhf <= 12; zuhf += 1) { pmpj[zuhf] = ((kimj[zuhf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vazi[zuhf] = ((kimj[zuhf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); syuh[zuhf] = ((rtgz[zuhf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); alkm[zuhf] = ((rtgz[zuhf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jttz = 0; jttz <= 12; jttz += 1) { bzgy[jttz] = 0; } } for (_si yxgt = 0; yxgt <= (-1 + (((13) >> (1)))); yxgt += 1) { for (_si fjsn = 0; fjsn <= (-1 + (((13) >> (1)))); fjsn += 1) { _uli qjft = alkm[fjsn] * pmpj[yxgt] + syuh[fjsn] * vazi[yxgt]; _uli byb = pmpj[yxgt] * syuh[fjsn]; _uli itqg = alkm[fjsn] * vazi[yxgt]; _uli yygd = ((bzgy[fjsn + yxgt]) + (byb) + (((((qjft) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yygd < byb) { itqg += 1; } _uli jtdv = ((((qjft) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((itqg) << ((-47 + (((sizeof(_uli)) << (3)))))))); bzgy[fjsn + yxgt] = yygd; bzgy[1 + fjsn + yxgt] += jtdv; } qavs(bzgy); } { _uc *nsbf = (_uc *)(pmpj); for (_si noea = 0; noea <= 360; noea += 1) { nsbf[noea] = (_uc)(1 + nsbf[noea]) * (_uc)(255 + nsbf[1 + noea]); } nsbf[361] = 0; } feky(vazi); rrrg(syuh); tdcg(alkm); } void mnur(_si mwcm, _uli *qsqc) { qsqc[(((mwcm) / (47)))] &= ((((((_uli)(1)) << ((mwcm % 47)))) - ((_uli)(1)))); for (_si lwno = 1 + (((mwcm) / (47))); lwno <= 12; lwno += 1) { qsqc[lwno] = 0; } } void qokv(_uli *mjsp) { for (_si vrdj = 0; vrdj <= 43; vrdj += 1) { mjsp[1 + vrdj] += ((mjsp[vrdj]) >> (47)); mjsp[vrdj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mjsp[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void rafr(_uc *hfdc, _uc *oxon, _si eywt) { { _ui *vzyk = (_ui *)(hfdc + 64); for (_si ipqy = 0; ipqy <= 7; ipqy += 1) { vzyk[4 + ipqy] = (((_ui)((oxon + 4 * ipqy)[0])) + ((((_ui)((oxon + 4 * ipqy)[1])) << (8))) + ((((_ui)((oxon + 4 * ipqy)[2])) << (16))) + ((((_ui)((oxon + 4 * ipqy)[3])) << (24)))); } } _ui *spmi = (_ui *)(hfdc + 64); _ui *zwxt = (_ui *)(hfdc + 128); for (_si zprp = 0; zprp <= 3; zprp += 1) { spmi[zprp] = (((_ui)(((_uc *)(_m + 48146) + 4 * zprp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zprp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zprp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zprp)[3])) << (24)))); } for (_si dacg = 0; dacg <= 3; dacg += 1) { spmi[12 + dacg] = eywt; _m[65162] += 1; } zwxt[0] = 3904225602; } void pyrj(_uli *qche, _uli *aqjr) { for (_si sfop = 0; sfop <= 44; sfop += 1) { qche[sfop] = -aqjr[sfop]; } } _si kmip(_uli *vcbm) { _si cvaa = 0; _uli jhwm = 19; for (_si rswk = 12; rswk >= 0; rswk -= 1) { if (vcbm[rswk] != 0) { cvaa = ((((vcbm[rswk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cvaa; } void ktoc(_uli *afxy) { _uc *bwtx = (_uc *)(afxy); for (_si capf = 0; capf <= 360; capf += 1) { bwtx[capf] = (_uc)(1 + bwtx[capf]) * (_uc)(255 + bwtx[1 + capf]); } bwtx[361] = 0; } void pyfp(_uli *lwad, _uli *akf, _uli *hspj) { for (_si rsrv = 0; rsrv <= 12; rsrv += 1) { lwad[rsrv] = akf[rsrv] - hspj[rsrv]; } { _si gluo; { gluo = 0; _uli wlkw = 19; for (_si jmy = 12; jmy >= 0; jmy -= 1) { if (lwad[jmy] != 0) { gluo = ((((lwad[jmy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gluo) { ttec(lwad, lwad); } for (_si rhos = 0; rhos <= 11; rhos += 1) { if (((((lwad[rhos]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lwad[1 + rhos] -= 1; } else { lwad[1 + rhos] += ((lwad[rhos]) >> (47)); }; lwad[rhos] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lwad[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gluo) { pgyw(lwad, lwad); } } } _uc *iqsf() { ; _uc *kihu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; kihu = (_uc *)(_m + 362 * _s); break; } _s += 1; } return kihu; } _uc *lwas() { ; _uc *aote; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; aote = (_uc *)(_m + 362 * _s); break; } _s += 1; } return aote; } void dcss(_si wnkr, _uli *ezyn, _uli *qjvn, _uli *grdc, _uli *qvvg, _uli *omxm) { { _uli *hxys = zuit(); _uli *apnq = gygb(); _uli *rmxh = pang(); _uli *ajre = veqw(); for (_si ayqc = 0; ayqc <= 44; ayqc += 1) { hxys[ayqc] = ((qvvg[ayqc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); apnq[ayqc] = ((qvvg[ayqc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rmxh[ayqc] = ((omxm[ayqc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ajre[ayqc] = ((omxm[ayqc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lggd = 0; lggd <= 44; lggd += 1) { grdc[lggd] = 0; } } for (_si kzuw = 0; kzuw <= (-1 + (((45) >> (1)))); kzuw += 1) { for (_si hsgw = 0; hsgw <= (-1 + (((45) >> (1)))); hsgw += 1) { _uli ejkq = ajre[hsgw] * hxys[kzuw] + apnq[kzuw] * rmxh[hsgw]; _uli kxch = hxys[kzuw] * rmxh[hsgw]; _uli wcju = ajre[hsgw] * apnq[kzuw]; _uli nofi = ((grdc[hsgw + kzuw]) + (kxch) + (((((ejkq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nofi < kxch) { wcju += 1; } _uli wrrl = ((((ejkq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wcju) << ((-47 + (((sizeof(_uli)) << (3)))))))); grdc[hsgw + kzuw] = nofi; grdc[1 + hsgw + kzuw] += wrrl; } { for (_si zqso = 0; zqso <= 43; zqso += 1) { grdc[1 + zqso] += ((grdc[zqso]) >> (47)); grdc[zqso] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } grdc[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } npka(hxys); rofr(apnq); jmqf(rmxh); { _uc *rirj = (_uc *)(ajre); for (_si fobk = 0; fobk <= 360; fobk += 1) { rirj[fobk] = (_uc)(1 + rirj[fobk]) * (_uc)(255 + rirj[1 + fobk]); } rirj[361] = 0; } } { _uli *ftyw = eqyi(); { if (ftyw != grdc) { for (_si xxjf = 0; xxjf <= 44; xxjf += 1) { ftyw[xxjf] = grdc[xxjf]; } } } { ; } { grdc[(((wnkr) / (47)))] &= ((((((_uli)(1)) << ((wnkr % 47)))) - ((_uli)(1)))); for (_si irdz = 1 + (((wnkr) / (47))); irdz <= 44; irdz += 1) { grdc[irdz] = 0; } } tvqe(grdc, grdc, qjvn); obnq(wnkr, grdc); { _uli *beic = vhrl(); _uli *hclb = wiss(); _uli *cktc = shhs(); _uli *meko = ifws(); for (_si fisi = 0; fisi <= 44; fisi += 1) { beic[fisi] = ((grdc[fisi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hclb[fisi] = ((grdc[fisi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cktc[fisi] = ((ezyn[fisi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); meko[fisi] = ((ezyn[fisi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hwjr = 0; hwjr <= 44; hwjr += 1) { grdc[hwjr] = 0; } } for (_si arge = 0; arge <= (-1 + (((45) >> (1)))); arge += 1) { for (_si nqmf = 0; nqmf <= (-1 + (((45) >> (1)))); nqmf += 1) { _uli lkot = beic[arge] * meko[nqmf] + cktc[nqmf] * hclb[arge]; _uli zege = beic[arge] * cktc[nqmf]; _uli elre = hclb[arge] * meko[nqmf]; _uli hzhi = ((grdc[arge + nqmf]) + (zege) + (((((lkot) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hzhi < zege) { elre += 1; } _uli glyu = ((((lkot) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((elre) << ((-47 + (((sizeof(_uli)) << (3)))))))); grdc[arge + nqmf] = hzhi; grdc[1 + arge + nqmf] += glyu; } jujr(grdc); } ctqk(beic); { _uc *aeng = (_uc *)(hclb); for (_si qulp = 0; qulp <= 360; qulp += 1) { aeng[qulp] = (_uc)(255 + aeng[1 + qulp]) * (_uc)(1 + aeng[qulp]); } aeng[361] = 0; } jbtm(cktc); mcoe(meko); } rmvy(grdc, grdc, ftyw); onwo(grdc, wnkr); ppzy(ftyw, grdc, ezyn); _si drpl = uhar(ftyw); if (!drpl) { { if (grdc != ftyw) { for (_si ysxp = 0; ysxp <= 44; ysxp += 1) { grdc[ysxp] = ftyw[ysxp]; } } } } { _uc *eths = (_uc *)(ftyw); for (_si uatv = 0; uatv <= 360; uatv += 1) { eths[uatv] = (_uc)(1 + eths[uatv]) * (_uc)(255 + eths[1 + uatv]); } eths[361] = 0; } } } _si hjmj(_uli *awwu) { _si nwru = -1; for (_si rund = 12; rund >= 0; rund -= 1) { if (awwu[rund] != 0) { nwru = rund; break; } } return nwru; } void ukoh(_uc *emhs, _uc *dmgy, _uc *znep, _si bmfr) { isiz(emhs, dmgy, 0); { _ui *avup = (_ui *)(emhs + 0); _ui *hjcr = (_ui *)(emhs + 128); _uc *kcol = (_uc *)(avup); for (_si cebh = 0; cebh <= (-1 + bmfr); cebh += 1) { if (hjcr[0] >= 64) { sbvz(emhs); hjcr[0] = 0; } znep[cebh] ^= kcol[hjcr[0]]; hjcr[0] += 1; } } } void swcc(_uc *lvyh) { _ui *sihj = (_ui *)(lvyh + 0); _ui *fxkt = (_ui *)(lvyh + 64); for (_si aade = 0; aade <= 15; aade += 1) { sihj[aade] = fxkt[aade]; } for (_si vlvx = 0; vlvx <= 9; vlvx += 1) { { sihj[0] += sihj[4]; sihj[12] ^= sihj[0]; sihj[12] = ((((sihj[12]) << (16))) | (((sihj[12]) >> (16)))); sihj[8] += sihj[12]; sihj[4] ^= sihj[8]; sihj[4] = ((((sihj[4]) << (12))) | (((sihj[4]) >> (20)))); sihj[0] += sihj[4]; sihj[12] ^= sihj[0]; sihj[12] = ((((sihj[12]) << (8))) | (((sihj[12]) >> (24)))); sihj[8] += sihj[12]; sihj[4] ^= sihj[8]; sihj[4] = ((((sihj[4]) << (7))) | (((sihj[4]) >> (25)))); } osos(sihj, 1, 5, 9, 13); amre(sihj, 2, 6, 10, 14); { sihj[3] += sihj[7]; sihj[15] ^= sihj[3]; sihj[15] = ((((sihj[15]) << (16))) | (((sihj[15]) >> (16)))); sihj[11] += sihj[15]; sihj[7] ^= sihj[11]; sihj[7] = ((((sihj[7]) << (12))) | (((sihj[7]) >> (20)))); sihj[3] += sihj[7]; sihj[15] ^= sihj[3]; sihj[15] = ((((sihj[15]) << (8))) | (((sihj[15]) >> (24)))); sihj[11] += sihj[15]; sihj[7] ^= sihj[11]; sihj[7] = ((((sihj[7]) << (7))) | (((sihj[7]) >> (25)))); } xdtp(sihj, 0, 5, 10, 15); { sihj[1] += sihj[6]; sihj[12] ^= sihj[1]; sihj[12] = ((((sihj[12]) << (16))) | (((sihj[12]) >> (16)))); sihj[11] += sihj[12]; sihj[6] ^= sihj[11]; sihj[6] = ((((sihj[6]) << (12))) | (((sihj[6]) >> (20)))); sihj[1] += sihj[6]; sihj[12] ^= sihj[1]; sihj[12] = ((((sihj[12]) << (8))) | (((sihj[12]) >> (24)))); sihj[11] += sihj[12]; sihj[6] ^= sihj[11]; sihj[6] = ((((sihj[6]) << (7))) | (((sihj[6]) >> (25)))); } nrgr(sihj, 2, 7, 8, 13); { sihj[3] += sihj[4]; sihj[14] ^= sihj[3]; sihj[14] = ((((sihj[14]) << (16))) | (((sihj[14]) >> (16)))); sihj[9] += sihj[14]; sihj[4] ^= sihj[9]; sihj[4] = ((((sihj[4]) << (12))) | (((sihj[4]) >> (20)))); sihj[3] += sihj[4]; sihj[14] ^= sihj[3]; sihj[14] = ((((sihj[14]) << (8))) | (((sihj[14]) >> (24)))); sihj[9] += sihj[14]; sihj[4] ^= sihj[9]; sihj[4] = ((((sihj[4]) << (7))) | (((sihj[4]) >> (25)))); } _m[65163] += 1; } for (_si ngrj = 0; ngrj <= 15; ngrj += 1) { sihj[ngrj] += fxkt[ngrj]; } fxkt[12] += 1; if (fxkt[12] == 0) { fxkt[13] += 1; } } void wvim(_si bzti, _uli *hcyc) { hcyc[(((bzti) / (47)))] &= ((((((_uli)(1)) << ((bzti % 47)))) - ((_uli)(1)))); for (_si xeip = 1 + (((bzti) / (47))); xeip <= 12; xeip += 1) { hcyc[xeip] = 0; } } void fhn(_ui *ot, _si zv, _si yqp, _si pqmi, _si xnuc) { ot[zv] += ot[yqp]; ot[xnuc] ^= ot[zv]; ot[xnuc] = ((((ot[xnuc]) << (16))) | (((ot[xnuc]) >> (16)))); ot[pqmi] += ot[xnuc]; ot[yqp] ^= ot[pqmi]; ot[yqp] = ((((ot[yqp]) << (12))) | (((ot[yqp]) >> (20)))); ot[zv] += ot[yqp]; ot[xnuc] ^= ot[zv]; ot[xnuc] = ((((ot[xnuc]) << (8))) | (((ot[xnuc]) >> (24)))); ot[pqmi] += ot[xnuc]; ot[yqp] ^= ot[pqmi]; ot[yqp] = ((((ot[yqp]) << (7))) | (((ot[yqp]) >> (25)))); } void zuxf(_uli *rrkv) { _uc *uibh = (_uc *)(rrkv); for (_si hveg = 0; hveg <= 360; hveg += 1) { uibh[hveg] = (_uc)(1 + uibh[hveg]) * (_uc)(255 + uibh[1 + hveg]); } uibh[361] = 0; } void tcag(_uli *kmgd, _uli *gbal, _uli *ibid) { _uli *gpdw = yjoq(); { { if (kmgd != gbal) { for (_si rwmr = 0; rwmr <= 12; rwmr += 1) { kmgd[rwmr] = gbal[rwmr]; } } } _si dchb; { dchb = -1; for (_si hfqa = 12; hfqa >= 0; hfqa -= 1) { if (kmgd[hfqa] != 0) { dchb = hfqa; break; } } } _si mxqq; { mxqq = -1; for (_si ayca = 12; ayca >= 0; ayca -= 1) { if (ibid[ayca] != 0) { mxqq = ayca; break; } } } if (dchb >= mxqq) { _si pbua = 0; _uli fhgp = ibid[mxqq]; while (fhgp < (((((((_uli)(1)) << (47)))) >> (1)))) { pbua += 1; fhgp <<= 1; } if (mxqq == 0) { pbua += 47; dchb += 1; mxqq += 1; } if (pbua > 0) { adm(kmgd, pbua); ttw(ibid, pbua); } _si pohb = dchb - mxqq; fhgp = ibid[mxqq]; _uli bkjb = ibid[-1 + mxqq]; for (_si emoh = pohb; emoh >= 0; emoh -= 1) { __uint128_t iadb = (__uint128_t)(((((_uli)(1)) << (47)))) * kmgd[1 + emoh + mxqq] + kmgd[emoh + mxqq]; _uli pnjk = 0; __uint128_t efqq = ((iadb) / (fhgp)); __uint128_t npa = (iadb % fhgp); while (efqq == ((((_uli)(1)) << (47))) || (bkjb * efqq) > (kmgd[-1 + emoh + mxqq] + npa * ((((_uli)(1)) << (47))))) { efqq -= 1; npa += fhgp; if (npa >= ((((_uli)(1)) << (47)))) { break; } } iadb = 0; for (_si ism = 0; ism <= mxqq; ism += 1) { iadb += efqq * ibid[ism]; pnjk = kmgd[emoh + ism]; if (iadb > pnjk) { iadb -= pnjk; pnjk = iadb % ((((_uli)(1)) << (47))); iadb = ((iadb) / (((((_uli)(1)) << (47))))); if (pnjk == 0) { kmgd[emoh + ism] = 0; } else { kmgd[emoh + ism] = ((1 + ~(_uli)(pnjk)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); iadb += 1; }; } else { kmgd[emoh + ism] -= iadb; iadb = 0; }; } pnjk = kmgd[1 + emoh + mxqq]; if (iadb > pnjk) { ibid[1 + emoh + mxqq] = -1 + efqq; iadb = 0; for (_si kxca = 0; kxca <= mxqq; kxca += 1) { iadb += ibid[kxca] + kmgd[emoh + kxca]; kmgd[emoh + kxca] = iadb % ((((_uli)(1)) << (47))); iadb = ((iadb) / (((((_uli)(1)) << (47))))); } } else { ibid[1 + emoh + mxqq] = efqq; kmgd[1 + emoh + mxqq] -= iadb; }; } for (_si cxyg = 0; cxyg <= pohb; cxyg += 1) { gpdw[cxyg] = ibid[1 + cxyg + mxqq]; kmgd[1 + cxyg + mxqq] = 0; } for (_si nzvc = 1 + pohb; nzvc <= 12; nzvc += 1) { gpdw[nzvc] = 0; } if (gpdw != ibid) { for (_si pkpy = 1 + mxqq; pkpy <= (1 + dchb); pkpy += 1) { ibid[pkpy] = 0; } if (pbua > 0) { jfhm(ibid, pbua); } } if (pbua > 0) { osic(kmgd, pbua); } } } { _uc *mkkd = (_uc *)(gpdw); for (_si cvxl = 0; cvxl <= 360; cvxl += 1) { mkkd[cvxl] = (_uc)(1 + mkkd[cvxl]) * (_uc)(255 + mkkd[1 + cvxl]); } mkkd[361] = 0; } } void lzqo(_uli *bigg, _uli *ewiv, _uli *ckfv) { for (_si kegp = 0; kegp <= 12; kegp += 1) { bigg[kegp] = -ckfv[kegp] + ewiv[kegp]; } { _si xsqe; { xsqe = 0; _uli tgsa = 19; for (_si fcfi = 12; fcfi >= 0; fcfi -= 1) { if (bigg[fcfi] != 0) { xsqe = ((((bigg[fcfi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xsqe) { { for (_si wjxw = 0; wjxw <= 12; wjxw += 1) { bigg[wjxw] = -bigg[wjxw]; } } } for (_si odmj = 0; odmj <= 11; odmj += 1) { if (((((bigg[odmj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bigg[1 + odmj] -= 1; } else { bigg[1 + odmj] += ((bigg[odmj]) >> (47)); }; bigg[odmj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bigg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xsqe) { { for (_si jcmv = 0; jcmv <= 12; jcmv += 1) { bigg[jcmv] = -bigg[jcmv]; } } } } } void ephd(_uc *wtst) { _ui *lbdn = (_ui *)(wtst + 64); _uli *ifnk = (_uli *)(wtst + 352); lbdn[0] = 3072593861; lbdn[1] = 3086033710; lbdn[2] = 3878829419; lbdn[3] = 661946499; lbdn[4] = 3836525215; lbdn[5] = 533529351; lbdn[6] = 1116444951; lbdn[7] = 1869145119; ifnk[0] = 0; } void dsoi(_si rkvo, _uli *jakx, _uli *ensj, _uli *urve, _uli *rrbu) { _uli *bagb = qmtt(); { if (bagb != rrbu) { for (_si itxc = 0; itxc <= 12; itxc += 1) { bagb[itxc] = rrbu[itxc]; } } } ksbw(urve, rrbu); { urve[(((rkvo) / (47)))] &= ((((((_uli)(1)) << ((rkvo % 47)))) - ((_uli)(1)))); for (_si nuyw = 1 + (((rkvo) / (47))); nuyw <= 12; nuyw += 1) { urve[nuyw] = 0; } } rwlg(urve, urve, ensj); iktr(rkvo, urve); { _uli *yfvh = owme(); _uli *sahl = gtni(); _uli *dsdw = tjsr(); _uli *nhib = ecoc(); for (_si ihxc = 0; ihxc <= 12; ihxc += 1) { yfvh[ihxc] = ((urve[ihxc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sahl[ihxc] = ((urve[ihxc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dsdw[ihxc] = ((jakx[ihxc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nhib[ihxc] = ((jakx[ihxc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hsil = 0; hsil <= 12; hsil += 1) { urve[hsil] = 0; } } for (_si iwwa = 0; iwwa <= (-1 + (((13) >> (1)))); iwwa += 1) { for (_si brvr = 0; brvr <= (-1 + (((13) >> (1)))); brvr += 1) { _uli jitp = dsdw[brvr] * sahl[iwwa] + nhib[brvr] * yfvh[iwwa]; _uli htp = dsdw[brvr] * yfvh[iwwa]; _uli lmog = nhib[brvr] * sahl[iwwa]; _uli ugxe = ((urve[brvr + iwwa]) + (htp) + (((((jitp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ugxe < htp) { lmog += 1; } _uli zokg = ((((jitp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lmog) << ((-47 + (((sizeof(_uli)) << (3)))))))); urve[brvr + iwwa] = ugxe; urve[1 + brvr + iwwa] += zokg; } wogh(urve); } jpeh(yfvh); cdgz(sahl); texy(dsdw); { _uc *ccrn = (_uc *)(nhib); for (_si rnzy = 0; rnzy <= 360; rnzy += 1) { ccrn[rnzy] = (_uc)(1 + ccrn[rnzy]) * (_uc)(255 + ccrn[1 + rnzy]); } ccrn[361] = 0; } } bnat(urve, urve, bagb); { _si aicz = (rkvo % 47); _si ffob = ((rkvo) / (47)); _si nyws = rkvo; if (nyws > (8 * sizeof(_uli))) { nyws = -1; } if (ffob >= 13) { { for (_si boun = 0; boun <= 12; boun += 1) { urve[boun] = 0; } } } else { _uli imny = (((((_uli)(1)) << (aicz))) - ((_uli)(1))); if (nyws < 0) { urve[0] = 0; } else { urve[0] = ((((urve[0]) & (~imny))) >> (nyws)); }; if (ffob != 0) { urve[0] += ((((urve[ffob]) & (~imny))) >> (aicz)); } for (_si ixof = 1; ixof <= (12 - ffob); ixof += 1) { urve[-1 + ixof] += ((((((urve[ffob + ixof]) & (imny))) << (-aicz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); urve[ixof] = ((((urve[ffob + ixof]) & (~imny))) >> (aicz)); } for (_si ppxy = 13 - ffob; ppxy <= 12; ppxy += 1) { urve[ppxy] = 0; } }; } { for (_si jzqj = 0; jzqj <= 12; jzqj += 1) { bagb[jzqj] = -jakx[jzqj] + urve[jzqj]; } { _si hgcq; { hgcq = 0; _uli fkyc = 19; for (_si pzce = 12; pzce >= 0; pzce -= 1) { if (bagb[pzce] != 0) { hgcq = ((((bagb[pzce]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hgcq) { { for (_si uza = 0; uza <= 12; uza += 1) { bagb[uza] = -bagb[uza]; } } } for (_si plsl = 0; plsl <= 11; plsl += 1) { if (((((bagb[plsl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bagb[1 + plsl] -= 1; } else { bagb[1 + plsl] += ((bagb[plsl]) >> (47)); }; bagb[plsl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bagb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hgcq) { { for (_si uzm = 0; uzm <= 12; uzm += 1) { bagb[uzm] = -bagb[uzm]; } } } } } _si iks = bbsi(bagb); if (!iks) { gjns(urve, bagb); } { _uc *jgxa = (_uc *)(bagb); for (_si ntcp = 0; ntcp <= 360; ntcp += 1) { jgxa[ntcp] = (_uc)(1 + jgxa[ntcp]) * (_uc)(255 + jgxa[1 + ntcp]); } jgxa[361] = 0; } } void dvlq(_uli *aeds, _uli *vkvd) { for (_si khoh = 0; khoh <= 12; khoh += 1) { aeds[khoh] = -vkvd[khoh]; } } void pyv(_uc *ipwo) { _uc *denv = (_uc *)(ipwo + 0); _ui *vfnx = (_ui *)(ipwo + 64); _ui *xtxb = (_ui *)(ipwo + 96); _si ljfh = 0; _ui ftcs = 0; _ui aoxt = 0; _ui pfd = 0; _ui lkgh = 0; _ui ajxy = 0; _ui toz = 0; for (_si mxzm = 0; mxzm <= 15; mxzm += 1) { xtxb[mxzm] = (((((((((_ui)(denv[ljfh])) << (24))) | ((((_ui)(denv[1 + ljfh])) << (16))))) | ((((_ui)(denv[2 + ljfh])) << (8))))) | ((_ui)(denv[3 + ljfh]))); ljfh += 4; } for (_si bkfg = 16; bkfg <= 31; bkfg += 1) { ftcs = ((((((((xtxb[-15 + bkfg]) >> (7))) | (((xtxb[-15 + bkfg]) << (25))))) ^ (((((xtxb[-15 + bkfg]) >> (18))) | (((xtxb[-15 + bkfg]) << (14))))))) ^ (((xtxb[-15 + bkfg]) >> (3)))); lkgh = ((((((((xtxb[-2 + bkfg]) >> (17))) | (((xtxb[-2 + bkfg]) << (15))))) ^ (((((xtxb[-2 + bkfg]) >> (19))) | (((xtxb[-2 + bkfg]) << (13))))))) ^ (((xtxb[-2 + bkfg]) >> (10)))); xtxb[bkfg] = ftcs + lkgh + xtxb[-7 + bkfg] + xtxb[-16 + bkfg]; _m[65160] += 1; } _ui rwps = vfnx[0]; _ui hpua = vfnx[1]; _ui xyuo = vfnx[2]; _ui uyfb = vfnx[3]; _ui zink = vfnx[4]; _ui ithv = vfnx[5]; _ui evml = vfnx[6]; _ui orsg = vfnx[7]; for (_si ocxl = 0; ocxl <= 31; ocxl += 1) { ftcs = ((((((((rwps) >> (2))) | (((rwps) << (30))))) ^ (((((rwps) >> (13))) | (((rwps) << (19))))))) ^ (((((rwps) >> (22))) | (((rwps) << (10)))))); aoxt = ((((((rwps) & (hpua))) ^ (((rwps) & (xyuo))))) ^ (((hpua) & (xyuo)))); pfd = aoxt + ftcs; lkgh = ((((((((zink) >> (6))) | (((zink) << (26))))) ^ (((((zink) >> (11))) | (((zink) << (21))))))) ^ (((((zink) >> (25))) | (((zink) << (7)))))); ajxy = ((((zink) & (ithv))) ^ (((~zink) & (evml)))); toz = orsg + xtxb[ocxl] + lkgh + ajxy + *(((_ui *)(_m + 246160) + ocxl)); orsg = evml; evml = ithv; ithv = zink; zink = toz + uyfb; uyfb = xyuo; xyuo = hpua; hpua = rwps; rwps = pfd + toz; _m[65161] += 1; } vfnx[0] += rwps; vfnx[1] += hpua; vfnx[2] += xyuo; vfnx[3] += uyfb; vfnx[4] += zink; vfnx[5] += ithv; vfnx[6] += evml; vfnx[7] += orsg; } _si loqo(_uli *opgs) { _si biqh = -1; for (_si wmrl = 12; wmrl >= 0; wmrl -= 1) { if (opgs[wmrl] != 0) { biqh = wmrl; break; } } return biqh; } void tzmu(_uli *znbe, _si ivvu) { _si yqlz = (ivvu % 47); _si wwxy = ((ivvu) / (47)); _si elfv = -yqlz + (((sizeof(_uli)) << (3))); if (wwxy >= 13) { { for (_si mdaf = 0; mdaf <= 12; mdaf += 1) { znbe[mdaf] = 0; } } } else { for (_si oiam = 12 - wwxy; oiam >= 1; oiam -= 1) { znbe[oiam + wwxy] = ((znbe[oiam]) << (yqlz)); if (elfv < (8 * sizeof(_uli))) { znbe[oiam + wwxy] += ((((znbe[-1 + oiam]) >> (elfv))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } znbe[wwxy] = ((znbe[0]) << (yqlz)); for (_si uhfi = -1 + wwxy; uhfi >= 0; uhfi -= 1) { znbe[uhfi] = 0; } }; { for (_si inwu = 0; inwu <= 11; inwu += 1) { znbe[1 + inwu] += ((znbe[inwu]) >> (47)); znbe[inwu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } znbe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void kqwk(_uli *nvth) { _uc *lske = gfgx(); _uc *ivxh = ((_uc *)(_m + 20272) + 0); _uc *ohof = (_uc *)(nvth); for (_si qozt = 0; qozt <= 103; qozt += 1) { ohof[qozt] = *(((_uc *)(_m + 135026) + qozt)); } zsqt(lske, ivxh, ohof, 104); } void nfyn(_uli *avzn, _si ilzk) { _si qvim = (ilzk % 47); _si ceza = ((ilzk) / (47)); _si jtbi = -qvim + (((sizeof(_uli)) << (3))); if (ceza >= 13) { prfa(avzn); } else { for (_si kxgt = 12 - ceza; kxgt >= 1; kxgt -= 1) { avzn[ceza + kxgt] = ((avzn[kxgt]) << (qvim)); if (jtbi < (8 * sizeof(_uli))) { avzn[ceza + kxgt] += ((((avzn[-1 + kxgt]) >> (jtbi))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } avzn[ceza] = ((avzn[0]) << (qvim)); for (_si nvbu = -1 + ceza; nvbu >= 0; nvbu -= 1) { avzn[nvbu] = 0; } }; { for (_si cndx = 0; cndx <= 11; cndx += 1) { avzn[1 + cndx] += ((avzn[cndx]) >> (47)); avzn[cndx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } avzn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void rcjs(_uli *zqgs, _uli *qopo, _uli *sbzx) { for (_si nxqk = 0; nxqk <= 44; nxqk += 1) { zqgs[nxqk] = qopo[nxqk] - sbzx[nxqk]; } { _si txou; { txou = 0; _uli kgdr = 19; for (_si xuac = 44; xuac >= 0; xuac -= 1) { if (zqgs[xuac] != 0) { txou = ((((zqgs[xuac]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (txou) { { for (_si fmgi = 0; fmgi <= 44; fmgi += 1) { zqgs[fmgi] = -zqgs[fmgi]; } } } for (_si tmce = 0; tmce <= 43; tmce += 1) { if (((((zqgs[tmce]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zqgs[1 + tmce] -= 1; } else { zqgs[1 + tmce] += ((zqgs[tmce]) >> (47)); }; zqgs[tmce] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zqgs[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (txou) { { for (_si ffjo = 0; ffjo <= 44; ffjo += 1) { zqgs[ffjo] = -zqgs[ffjo]; } } } } } void iaps(_uc *qzsp, _uc *xqp) { _ui *mc = (_ui *)(qzsp + 64); for (_si fsrl = 0; fsrl <= 7; fsrl += 1) { mc[4 + fsrl] = (((_ui)((xqp + 4 * fsrl)[0])) + ((((_ui)((xqp + 4 * fsrl)[1])) << (8))) + ((((_ui)((xqp + 4 * fsrl)[2])) << (16))) + ((((_ui)((xqp + 4 * fsrl)[3])) << (24)))); } } void phcd(_uli *zton, _uli *fbyi, _uli *xese) { _uli *llty = vnsv(); _uli *ahcr = vwjb(); _uli *yzqt = itcx(); _uli *petp = ypsa(); for (_si ihru = 0; ihru <= 12; ihru += 1) { llty[ihru] = ((fbyi[ihru]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ahcr[ihru] = ((fbyi[ihru]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yzqt[ihru] = ((xese[ihru]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); petp[ihru] = ((xese[ihru]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } mvtr(zton); for (_si hhwe = 0; hhwe <= (-1 + (((13) >> (1)))); hhwe += 1) { for (_si tduf = 0; tduf <= (-1 + (((13) >> (1)))); tduf += 1) { _uli nenr = ahcr[hhwe] * yzqt[tduf] + llty[hhwe] * petp[tduf]; _uli kwxu = llty[hhwe] * yzqt[tduf]; _uli rqrq = ahcr[hhwe] * petp[tduf]; _uli dvuy = ((zton[hhwe + tduf]) + (kwxu) + (((((nenr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dvuy < kwxu) { rqrq += 1; } _uli thhs = ((((nenr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rqrq) << ((-47 + (((sizeof(_uli)) << (3)))))))); zton[hhwe + tduf] = dvuy; zton[1 + hhwe + tduf] += thhs; } ptrb(zton); } tnfc(llty); { _uc *qqjc = (_uc *)(ahcr); for (_si hpqn = 0; hpqn <= 360; hpqn += 1) { qqjc[hpqn] = (_uc)(1 + qqjc[hpqn]) * (_uc)(255 + qqjc[1 + hpqn]); } qqjc[361] = 0; } { _uc *zhas = (_uc *)(yzqt); for (_si wmbn = 0; wmbn <= 360; wmbn += 1) { zhas[wmbn] = (_uc)(255 + zhas[1 + wmbn]) * (_uc)(1 + zhas[wmbn]); } zhas[361] = 0; } ekne(petp); } void elie(_si vyzg, _uli *frve, _uli *hza, _uli *rzcu) { { if (hza != rzcu) { for (_si bhmj = 0; bhmj <= 12; bhmj += 1) { hza[bhmj] = rzcu[bhmj]; } } } { _si mudd = (vyzg % 47); _si vli = ((vyzg) / (47)); _si uon = -mudd + (((sizeof(_uli)) << (3))); if (vli >= 13) { { for (_si cxhk = 0; cxhk <= 12; cxhk += 1) { hza[cxhk] = 0; } } } else { for (_si skrq = 12 - vli; skrq >= 1; skrq -= 1) { hza[skrq + vli] = ((hza[skrq]) << (mudd)); if (uon < (8 * sizeof(_uli))) { hza[skrq + vli] += ((((hza[-1 + skrq]) >> (uon))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } hza[vli] = ((hza[0]) << (mudd)); for (_si hkta = -1 + vli; hkta >= 0; hkta -= 1) { hza[hkta] = 0; } }; csoa(hza); } { _uli *tqio = ihpr(); xxwd(tqio, hza, hza, frve); ajpj(tqio); } } void pyrg(_ui *cpdp, _si wiei, _si uzkb, _si bhoe, _si bfaz) { cpdp[wiei] += cpdp[uzkb]; cpdp[bfaz] ^= cpdp[wiei]; cpdp[bfaz] = ((((cpdp[bfaz]) << (16))) | (((cpdp[bfaz]) >> (16)))); cpdp[bhoe] += cpdp[bfaz]; cpdp[uzkb] ^= cpdp[bhoe]; cpdp[uzkb] = ((((cpdp[uzkb]) << (12))) | (((cpdp[uzkb]) >> (20)))); cpdp[wiei] += cpdp[uzkb]; cpdp[bfaz] ^= cpdp[wiei]; cpdp[bfaz] = ((((cpdp[bfaz]) << (8))) | (((cpdp[bfaz]) >> (24)))); cpdp[bhoe] += cpdp[bfaz]; cpdp[uzkb] ^= cpdp[bhoe]; cpdp[uzkb] = ((((cpdp[uzkb]) << (7))) | (((cpdp[uzkb]) >> (25)))); } void ewq(_uli *lxux, _uli *phcm) { if (lxux != phcm) { for (_si pywu = 0; pywu <= 44; pywu += 1) { lxux[pywu] = phcm[pywu]; } } } void cvcc(_uli *coad, _si jmtr) { _si rnhr = (jmtr % 47); _si zsuk = ((jmtr) / (47)); _si fpao = jmtr; if (fpao > (8 * sizeof(_uli))) { fpao = -1; } if (zsuk >= 13) { { for (_si ipqv = 0; ipqv <= 12; ipqv += 1) { coad[ipqv] = 0; } } } else { _uli bfjr = (((((_uli)(1)) << (rnhr))) - ((_uli)(1))); if (fpao < 0) { coad[0] = 0; } else { coad[0] = ((((coad[0]) & (~bfjr))) >> (fpao)); }; if (zsuk != 0) { coad[0] += ((((coad[zsuk]) & (~bfjr))) >> (rnhr)); } for (_si jshn = 1; jshn <= (12 - zsuk); jshn += 1) { coad[-1 + jshn] += ((((((coad[jshn + zsuk]) & (bfjr))) << (-rnhr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); coad[jshn] = ((((coad[jshn + zsuk]) & (~bfjr))) >> (rnhr)); } for (_si sixn = 13 - zsuk; sixn <= 12; sixn += 1) { coad[sixn] = 0; } }; } _si haxz(_uli *jbvd) { _si hnhb = -1; for (_si olto = 12; olto >= 0; olto -= 1) { if (jbvd[olto] != 0) { hnhb = olto; break; } } return hnhb; } void vfds(_uli *geoc, _uli *ulsk) { if (geoc != ulsk) { for (_si gfnc = 0; gfnc <= 12; gfnc += 1) { geoc[gfnc] = ulsk[gfnc]; } } } void qlsi(_uli *ojyu, _si zitu) { _si zyyk = (zitu % 47); _si tbcu = ((zitu) / (47)); _si ljio = zitu; if (ljio > (8 * sizeof(_uli))) { ljio = -1; } if (tbcu >= 13) { { for (_si tlop = 0; tlop <= 12; tlop += 1) { ojyu[tlop] = 0; } } } else { _uli vqce = (((((_uli)(1)) << (zyyk))) - ((_uli)(1))); if (ljio < 0) { ojyu[0] = 0; } else { ojyu[0] = ((((ojyu[0]) & (~vqce))) >> (ljio)); }; if (tbcu != 0) { ojyu[0] += ((((ojyu[tbcu]) & (~vqce))) >> (zyyk)); } for (_si dbwr = 1; dbwr <= (12 - tbcu); dbwr += 1) { ojyu[-1 + dbwr] += ((((((ojyu[dbwr + tbcu]) & (vqce))) << (-zyyk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ojyu[dbwr] = ((((ojyu[dbwr + tbcu]) & (~vqce))) >> (zyyk)); } for (_si sjlj = 13 - tbcu; sjlj <= 12; sjlj += 1) { ojyu[sjlj] = 0; } }; } _uli *hvxz() { ; _uli *vlud; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; vlud = (_uli *)(_m + 362 * _s); break; } _s += 1; } return vlud; } void mevt(_uli *ctne, _uli *ncqw, _uli *qpxs, _uli *xoiz) { sfve(ncqw, qpxs, xoiz); _si cgce; { cgce = 0; _uli llai = 19; for (_si zyoj = 12; zyoj >= 0; zyoj -= 1) { if (ncqw[zyoj] != 0) { cgce = ((((ncqw[zyoj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (cgce) { abxs(ncqw, ncqw, ctne); } } _si mgww(_uli *okmg) { _si rlsk = 0; _uli gdcn = 19; for (_si wlme = 12; wlme >= 0; wlme -= 1) { if (okmg[wlme] != 0) { rlsk = ((((okmg[wlme]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return rlsk; } void nizu(_uli *wxoq, _si agqr) { _si rlgw = (agqr % 47); _si bmph = ((agqr) / (47)); _si rjio = agqr; if (rjio > (8 * sizeof(_uli))) { rjio = -1; } if (bmph >= 13) { { for (_si xxwx = 0; xxwx <= 12; xxwx += 1) { wxoq[xxwx] = 0; } } } else { _uli mdnx = (((((_uli)(1)) << (rlgw))) - ((_uli)(1))); if (rjio < 0) { wxoq[0] = 0; } else { wxoq[0] = ((((wxoq[0]) & (~mdnx))) >> (rjio)); }; if (bmph != 0) { wxoq[0] += ((((wxoq[bmph]) & (~mdnx))) >> (rlgw)); } for (_si ufzq = 1; ufzq <= (12 - bmph); ufzq += 1) { wxoq[-1 + ufzq] += ((((((wxoq[bmph + ufzq]) & (mdnx))) << (-rlgw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wxoq[ufzq] = ((((wxoq[bmph + ufzq]) & (~mdnx))) >> (rlgw)); } for (_si zjjn = 13 - bmph; zjjn <= 12; zjjn += 1) { wxoq[zjjn] = 0; } }; } void vncr(_uli *oqry, _uli *repe) { for (_si spwa = 0; spwa <= 12; spwa += 1) { oqry[spwa] = -repe[spwa]; } } void ziph(_uc *eijq, _uc *qyrs, _uc *ahyx, _si fliy) { { gxcc(eijq, qyrs); _ui *ehdk = (_ui *)(eijq + 64); _ui *wqoa = (_ui *)(eijq + 128); for (_si uiki = 0; uiki <= 3; uiki += 1) { ehdk[uiki] = (((_ui)(((_uc *)(_m + 48146) + 4 * uiki)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * uiki)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * uiki)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * uiki)[3])) << (24)))); } for (_si nngb = 0; nngb <= 3; nngb += 1) { ehdk[12 + nngb] = 0; _m[65162] += 1; } wqoa[0] = 3904225602; } ugm(eijq, ahyx, fliy); } void qjag(_uli *jwyw, _uli *pmqs, _uli *apsx) { for (_si xiae = 0; xiae <= 12; xiae += 1) { jwyw[xiae] = apsx[xiae] + pmqs[xiae]; } psmh(jwyw); } void pfkf(_si ngxq, _uli *zuno) { zuno[(((ngxq) / (47)))] &= ((((((_uli)(1)) << ((ngxq % 47)))) - ((_uli)(1)))); for (_si lqkw = 1 + (((ngxq) / (47))); lqkw <= 44; lqkw += 1) { zuno[lqkw] = 0; } } _si jipk(_uli *udnq) { _si fjwh = 0; _uli bkfq = 19; for (_si atcr = 12; atcr >= 0; atcr -= 1) { if (udnq[atcr] != 0) { fjwh = ((((udnq[atcr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return fjwh; } void hfqk(_uli *ptub) { for (_si jbhf = 0; jbhf <= 12; jbhf += 1) { ptub[jbhf] = 0; } } void sjym(_ui *lztn, _si kvpz, _si khfs, _si uxve, _si bpcm) { lztn[kvpz] += lztn[khfs]; lztn[bpcm] ^= lztn[kvpz]; lztn[bpcm] = ((((lztn[bpcm]) << (16))) | (((lztn[bpcm]) >> (16)))); lztn[uxve] += lztn[bpcm]; lztn[khfs] ^= lztn[uxve]; lztn[khfs] = ((((lztn[khfs]) << (12))) | (((lztn[khfs]) >> (20)))); lztn[kvpz] += lztn[khfs]; lztn[bpcm] ^= lztn[kvpz]; lztn[bpcm] = ((((lztn[bpcm]) << (8))) | (((lztn[bpcm]) >> (24)))); lztn[uxve] += lztn[bpcm]; lztn[khfs] ^= lztn[uxve]; lztn[khfs] = ((((lztn[khfs]) << (7))) | (((lztn[khfs]) >> (25)))); } _si icr(_uli *egac) { _si lxbw = 0; _uli qhi = 19; for (_si wqmj = 12; wqmj >= 0; wqmj -= 1) { if (egac[wqmj] != 0) { lxbw = ((((egac[wqmj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lxbw; } void zgxw(_uli *ddvb) { for (_si mpdn = 0; mpdn <= 12; mpdn += 1) { ddvb[mpdn] = 0; } } void mqzy(_uli *xfvl, _si mbaw) { _si vlrd = (mbaw % 47); _si uaex = ((mbaw) / (47)); _si skau = mbaw; if (skau > (8 * sizeof(_uli))) { skau = -1; } if (uaex >= 13) { { for (_si quxp = 0; quxp <= 12; quxp += 1) { xfvl[quxp] = 0; } } } else { _uli kzeg = (((((_uli)(1)) << (vlrd))) - ((_uli)(1))); if (skau < 0) { xfvl[0] = 0; } else { xfvl[0] = ((((xfvl[0]) & (~kzeg))) >> (skau)); }; if (uaex != 0) { xfvl[0] += ((((xfvl[uaex]) & (~kzeg))) >> (vlrd)); } for (_si gxgo = 1; gxgo <= (12 - uaex); gxgo += 1) { xfvl[-1 + gxgo] += ((((((xfvl[gxgo + uaex]) & (kzeg))) << (-vlrd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xfvl[gxgo] = ((((xfvl[gxgo + uaex]) & (~kzeg))) >> (vlrd)); } for (_si unkg = 13 - uaex; unkg <= 12; unkg += 1) { xfvl[unkg] = 0; } }; } void flzb(_si gbug, _uli *gfnh, _uli *qyle, _uli *ljhs, _uli *lwpw, _uli *zhvm) { { _uli *gvhs = lcnh(); _uli *flmz = pguw(); _uli *wjvm = lau(); _uli *qidl = ijfe(); for (_si yycu = 0; yycu <= 12; yycu += 1) { gvhs[yycu] = ((lwpw[yycu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); flmz[yycu] = ((lwpw[yycu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wjvm[yycu] = ((zhvm[yycu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qidl[yycu] = ((zhvm[yycu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ghor = 0; ghor <= 12; ghor += 1) { ljhs[ghor] = 0; } } for (_si dpjr = 0; dpjr <= (-1 + (((13) >> (1)))); dpjr += 1) { for (_si djqz = 0; djqz <= (-1 + (((13) >> (1)))); djqz += 1) { _uli vnnb = flmz[dpjr] * wjvm[djqz] + gvhs[dpjr] * qidl[djqz]; _uli mvow = gvhs[dpjr] * wjvm[djqz]; _uli ofcy = flmz[dpjr] * qidl[djqz]; _uli yrng = ((ljhs[djqz + dpjr]) + (mvow) + (((((vnnb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yrng < mvow) { ofcy += 1; } _uli kqoc = ((((vnnb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ofcy) << ((-47 + (((sizeof(_uli)) << (3)))))))); ljhs[djqz + dpjr] = yrng; ljhs[1 + djqz + dpjr] += kqoc; } ajda(ljhs); } tdcg(gvhs); ajwm(flmz); cuik(wjvm); uqxp(qidl); } { _uli *gifp = cepk(); xzqo(gifp, ljhs); { ; } { ljhs[(((gbug) / (47)))] &= ((((((_uli)(1)) << ((gbug % 47)))) - ((_uli)(1)))); for (_si jsqv = 1 + (((gbug) / (47))); jsqv <= 12; jsqv += 1) { ljhs[jsqv] = 0; } } gwux(ljhs, ljhs, qyle); { ljhs[(((gbug) / (47)))] &= ((((((_uli)(1)) << ((gbug % 47)))) - ((_uli)(1)))); for (_si mthl = 1 + (((gbug) / (47))); mthl <= 12; mthl += 1) { ljhs[mthl] = 0; } } ftdz(ljhs, ljhs, gfnh); { for (_si qzyp = 0; qzyp <= 12; qzyp += 1) { ljhs[qzyp] = gifp[qzyp] + ljhs[qzyp]; } hahs(ljhs); } { _si glrx = (gbug % 47); _si neva = ((gbug) / (47)); _si hdti = gbug; if (hdti > (8 * sizeof(_uli))) { hdti = -1; } if (neva >= 13) { { for (_si kvxb = 0; kvxb <= 12; kvxb += 1) { ljhs[kvxb] = 0; } } } else { _uli lesi = (((((_uli)(1)) << (glrx))) - ((_uli)(1))); if (hdti < 0) { ljhs[0] = 0; } else { ljhs[0] = ((((ljhs[0]) & (~lesi))) >> (hdti)); }; if (neva != 0) { ljhs[0] += ((((ljhs[neva]) & (~lesi))) >> (glrx)); } for (_si wrea = 1; wrea <= (12 - neva); wrea += 1) { ljhs[-1 + wrea] += ((((((ljhs[neva + wrea]) & (lesi))) << (-glrx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ljhs[wrea] = ((((ljhs[neva + wrea]) & (~lesi))) >> (glrx)); } for (_si orbc = 13 - neva; orbc <= 12; orbc += 1) { ljhs[orbc] = 0; } }; } wmlh(gifp, ljhs, gfnh); _si jdec = nxiv(gifp); if (!jdec) { { if (ljhs != gifp) { for (_si ejjb = 0; ejjb <= 12; ejjb += 1) { ljhs[ejjb] = gifp[ejjb]; } } } } qdkl(gifp); } } void theh(_uli *gxjz, _uli *zqyt, _uli *vboh) { _uli *enyi = zzry(); _uli *gzeb = ctgm(); _uli *gtrc = ckcv(); _uli *vmev = ygbj(); for (_si tcxx = 0; tcxx <= 12; tcxx += 1) { enyi[tcxx] = ((zqyt[tcxx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gzeb[tcxx] = ((zqyt[tcxx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gtrc[tcxx] = ((vboh[tcxx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vmev[tcxx] = ((vboh[tcxx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ozfc = 0; ozfc <= 12; ozfc += 1) { gxjz[ozfc] = 0; } } for (_si yuwj = 0; yuwj <= (-1 + (((13) >> (1)))); yuwj += 1) { for (_si nupy = 0; nupy <= (-1 + (((13) >> (1)))); nupy += 1) { _uli jbyr = enyi[yuwj] * vmev[nupy] + gtrc[nupy] * gzeb[yuwj]; _uli pvby = enyi[yuwj] * gtrc[nupy]; _uli vzpx = gzeb[yuwj] * vmev[nupy]; _uli xdqo = ((gxjz[nupy + yuwj]) + (pvby) + (((((jbyr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xdqo < pvby) { vzpx += 1; } _uli iafh = ((((jbyr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vzpx) << ((-47 + (((sizeof(_uli)) << (3)))))))); gxjz[nupy + yuwj] = xdqo; gxjz[1 + nupy + yuwj] += iafh; } ekjm(gxjz); } { _uc *fclp = (_uc *)(enyi); for (_si wkmg = 0; wkmg <= 360; wkmg += 1) { fclp[wkmg] = (_uc)(255 + fclp[1 + wkmg]) * (_uc)(1 + fclp[wkmg]); } fclp[361] = 0; } { _uc *thfq = (_uc *)(gzeb); for (_si paje = 0; paje <= 360; paje += 1) { thfq[paje] = (_uc)(1 + thfq[paje]) * (_uc)(255 + thfq[1 + paje]); } thfq[361] = 0; } vaja(gtrc); towp(vmev); } void jzlu(_uli *ijel, _uli *ouhs, _uli *wsoa) { for (_si jetz = 0; jetz <= 12; jetz += 1) { ijel[jetz] = ouhs[jetz] - wsoa[jetz]; } oeqk(ijel); } void fggu(_uli *iovc, _uli *ckkm, _uli *adie) { for (_si ojoy = 0; ojoy <= 12; ojoy += 1) { iovc[ojoy] = -adie[ojoy] + ckkm[ojoy]; } { _si deav = weas(iovc); if (deav) { { for (_si egjj = 0; egjj <= 12; egjj += 1) { iovc[egjj] = -iovc[egjj]; } } } for (_si eupl = 0; eupl <= 11; eupl += 1) { if (((((iovc[eupl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iovc[1 + eupl] -= 1; } else { iovc[1 + eupl] += ((iovc[eupl]) >> (47)); }; iovc[eupl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iovc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (deav) { { for (_si qloh = 0; qloh <= 12; qloh += 1) { iovc[qloh] = -iovc[qloh]; } } } } } void crcg(_uli *kply, _uli *ypsb, _uli *ufjb) { _uli *rkmf = ltdc(); _uli *dnhi = oarz(); _uli *wlho = vsqi(); _uli *ulja = lzph(); for (_si qhwz = 0; qhwz <= 12; qhwz += 1) { rkmf[qhwz] = ((ypsb[qhwz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dnhi[qhwz] = ((ypsb[qhwz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wlho[qhwz] = ((ufjb[qhwz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ulja[qhwz] = ((ufjb[qhwz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si cilu = 0; cilu <= 12; cilu += 1) { kply[cilu] = 0; } } for (_si ripz = 0; ripz <= (-1 + (((13) >> (1)))); ripz += 1) { for (_si ekhf = 0; ekhf <= (-1 + (((13) >> (1)))); ekhf += 1) { _uli obzb = dnhi[ripz] * wlho[ekhf] + rkmf[ripz] * ulja[ekhf]; _uli ctnn = rkmf[ripz] * wlho[ekhf]; _uli uqui = dnhi[ripz] * ulja[ekhf]; _uli njbe = ((kply[ekhf + ripz]) + (ctnn) + (((((obzb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (njbe < ctnn) { uqui += 1; } _uli fjsm = ((((obzb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uqui) << ((-47 + (((sizeof(_uli)) << (3)))))))); kply[ekhf + ripz] = njbe; kply[1 + ekhf + ripz] += fjsm; } { for (_si nlzz = 0; nlzz <= 11; nlzz += 1) { kply[1 + nlzz] += ((kply[nlzz]) >> (47)); kply[nlzz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kply[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } vefg(rkmf); { _uc *sbzk = (_uc *)(dnhi); for (_si mdct = 0; mdct <= 360; mdct += 1) { sbzk[mdct] = (_uc)(1 + sbzk[mdct]) * (_uc)(255 + sbzk[1 + mdct]); } sbzk[361] = 0; } { _uc *haxf = (_uc *)(wlho); for (_si ekim = 0; ekim <= 360; ekim += 1) { haxf[ekim] = (_uc)(255 + haxf[1 + ekim]) * (_uc)(1 + haxf[ekim]); } haxf[361] = 0; } epix(ulja); } void bcgv(_uc *azz) { _uc *llx = (_uc *)(azz + 0); _ui *dmr = (_ui *)(azz + 64); _uli *vit = (_uli *)(azz + 352); _uli kgti = 8 * vit[0]; _uc bco[1]; bco[0] = 128; { _uc *dyre = (_uc *)(azz + 0); _uli *shsi = (_uli *)(azz + 352); _si mah = (_si)(((shsi[0]) & (63))); shsi[0] += 1; for (_si pzdp = 0; pzdp <= 0; pzdp += 1) { dyre[mah] = bco[pzdp]; mah += 1; if (mah == 64) { { _uc *dyad = (_uc *)(azz + 0); _ui *azmy = (_ui *)(azz + 64); _ui *mksk = (_ui *)(azz + 96); _si pjtb = 0; _ui kyq = 0; _ui cnzi = 0; _ui khbo = 0; _ui ntbu = 0; _ui nyob = 0; _ui rxhb = 0; for (_si srcs = 0; srcs <= 15; srcs += 1) { mksk[srcs] = (((((((((_ui)(dyad[pjtb])) << (24))) | ((((_ui)(dyad[1 + pjtb])) << (16))))) | ((((_ui)(dyad[2 + pjtb])) << (8))))) | ((_ui)(dyad[3 + pjtb]))); pjtb += 4; } for (_si aobm = 16; aobm <= 31; aobm += 1) { kyq = ((((((((mksk[-15 + aobm]) >> (7))) | (((mksk[-15 + aobm]) << (25))))) ^ (((((mksk[-15 + aobm]) >> (18))) | (((mksk[-15 + aobm]) << (14))))))) ^ (((mksk[-15 + aobm]) >> (3)))); ntbu = ((((((((mksk[-2 + aobm]) >> (17))) | (((mksk[-2 + aobm]) << (15))))) ^ (((((mksk[-2 + aobm]) >> (19))) | (((mksk[-2 + aobm]) << (13))))))) ^ (((mksk[-2 + aobm]) >> (10)))); mksk[aobm] = kyq + mksk[-7 + aobm] + mksk[-16 + aobm] + ntbu; _m[65160] += 1; } _ui bsqz = azmy[0]; _ui ggpu = azmy[1]; _ui ygkt = azmy[2]; _ui xss = azmy[3]; _ui ocw = azmy[4]; _ui uxqx = azmy[5]; _ui lxic = azmy[6]; _ui sybr = azmy[7]; for (_si pxjj = 0; pxjj <= 31; pxjj += 1) { kyq = ((((((((bsqz) >> (2))) | (((bsqz) << (30))))) ^ (((((bsqz) >> (13))) | (((bsqz) << (19))))))) ^ (((((bsqz) >> (22))) | (((bsqz) << (10)))))); cnzi = ((((((bsqz) & (ggpu))) ^ (((bsqz) & (ygkt))))) ^ (((ggpu) & (ygkt)))); khbo = cnzi + kyq; ntbu = ((((((((ocw) >> (6))) | (((ocw) << (26))))) ^ (((((ocw) >> (11))) | (((ocw) << (21))))))) ^ (((((ocw) >> (25))) | (((ocw) << (7)))))); nyob = ((((ocw) & (uxqx))) ^ (((~ocw) & (lxic)))); rxhb = *(((_ui *)(_m + 246160) + pxjj)) + mksk[pxjj] + nyob + sybr + ntbu; sybr = lxic; lxic = uxqx; uxqx = ocw; ocw = rxhb + xss; xss = ygkt; ygkt = ggpu; ggpu = bsqz; bsqz = khbo + rxhb; _m[65161] += 1; } azmy[0] += bsqz; azmy[1] += ggpu; azmy[2] += ygkt; azmy[3] += xss; azmy[4] += ocw; azmy[5] += uxqx; azmy[6] += lxic; azmy[7] += sybr; } mah = 0; } } } while (((((vit[0]) & (63))) != (56))) { bco[0] = 0; { _uc *oxk = (_uc *)(azz + 0); _uli *wen = (_uli *)(azz + 352); _si alu = (_si)(((wen[0]) & (63))); wen[0] += 1; for (_si jcd = 0; jcd <= 0; jcd += 1) { oxk[alu] = bco[jcd]; alu += 1; if (alu == 64) { sza(azz); alu = 0; } } } } for (_si gjhc = 0; gjhc <= 7; gjhc += 1) { bco[0] = (_uc)(((((kgti) >> (8 * (7 - gjhc)))) & (255))); gir(azz, bco, 1); } _si qbr = 0; for (_si mjho = 0; mjho <= 7; mjho += 1) { _ui jqrw = dmr[mjho]; llx[qbr] = (_uc)(((((jqrw) >> (24))) & (255))); llx[1 + qbr] = (_uc)(((((jqrw) >> (16))) & (255))); llx[2 + qbr] = (_uc)(((((jqrw) >> (8))) & (255))); llx[3 + qbr] = (_uc)(((jqrw) & (255))); qbr += 4; } } void jsnr(_uc *vvnr, _uc *oajl, _si sbtu) { _ui *qkjn = (_ui *)(vvnr + 0); _ui *xvuf = (_ui *)(vvnr + 128); _uc *qrqr = (_uc *)(qkjn); for (_si rlef = 0; rlef <= (-1 + sbtu); rlef += 1) { if (xvuf[0] >= 64) { vmew(vvnr); xvuf[0] = 0; } oajl[rlef] ^= qrqr[xvuf[0]]; xvuf[0] += 1; } } void ljzd(_uc *fvup, _uc *gomv) { _ui *vxmv = (_ui *)(fvup + 64); for (_si trhe = 0; trhe <= 7; trhe += 1) { vxmv[4 + trhe] = (((_ui)((gomv + 4 * trhe)[0])) + ((((_ui)((gomv + 4 * trhe)[1])) << (8))) + ((((_ui)((gomv + 4 * trhe)[2])) << (16))) + ((((_ui)((gomv + 4 * trhe)[3])) << (24)))); } } void jopy(_uli *ujyk) { _si lqxm = tvgv(ujyk); if (lqxm) { { for (_si bqlv = 0; bqlv <= 12; bqlv += 1) { ujyk[bqlv] = -ujyk[bqlv]; } } } for (_si ragu = 0; ragu <= 11; ragu += 1) { if (((((ujyk[ragu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ujyk[1 + ragu] -= 1; } else { ujyk[1 + ragu] += ((ujyk[ragu]) >> (47)); }; ujyk[ragu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ujyk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lqxm) { { for (_si hnsa = 0; hnsa <= 12; hnsa += 1) { ujyk[hnsa] = -ujyk[hnsa]; } } } } void itqd(_uli *cdwq) { for (_si otms = 0; otms <= 12; otms += 1) { cdwq[otms] = 0; } } _uli *vhrl() { ; _uli *tpla; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; tpla = (_uli *)(_m + 362 * _s); break; } _s += 1; } return tpla; } void vajh(_uli *tzcu, _uli *plie) { for (_si kik = 0; kik <= 12; kik += 1) { tzcu[kik] = -plie[kik]; } } _si kjym(_uli *fzyf) { _si vnly = 0; _uli vyky = 19; for (_si yasm = 12; yasm >= 0; yasm -= 1) { if (fzyf[yasm] != 0) { vnly = ((((fzyf[yasm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vnly; } void eov(_uli *cnbr) { _uc *dvj = bvfy(); _uc *wwwy = ((_uc *)(_m + 138646) + 0); _uc *yxxq = (_uc *)(cnbr); for (_si odx = 0; odx <= 103; odx += 1) { yxxq[odx] = *(((_uc *)(_m + 239644) + odx)); } inc(dvj, wwwy, yxxq, 104); } void iocv(_uli *eqhh, _uli *wjxs, _uli *sapr, _uli *wmai) { { for (_si wuhr = 0; wuhr <= 12; wuhr += 1) { wjxs[wuhr] = sapr[wuhr] - wmai[wuhr]; } { _si mztc; { mztc = 0; _uli vinu = 19; for (_si qunf = 12; qunf >= 0; qunf -= 1) { if (wjxs[qunf] != 0) { mztc = ((((wjxs[qunf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mztc) { { for (_si keia = 0; keia <= 12; keia += 1) { wjxs[keia] = -wjxs[keia]; } } } for (_si ymru = 0; ymru <= 11; ymru += 1) { if (((((wjxs[ymru]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wjxs[1 + ymru] -= 1; } else { wjxs[1 + ymru] += ((wjxs[ymru]) >> (47)); }; wjxs[ymru] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wjxs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mztc) { { for (_si bxcw = 0; bxcw <= 12; bxcw += 1) { wjxs[bxcw] = -wjxs[bxcw]; } } } } } _si zvqd = tsvr(wjxs); if (zvqd) { xdmx(wjxs, wjxs, eqhh); } } void ogvp(_uc *mzec, _uc *rkiz) { _ui *rulf = (_ui *)(mzec + 64); for (_si uums = 0; uums <= 7; uums += 1) { rulf[4 + uums] = (((_ui)((rkiz + 4 * uums)[0])) + ((((_ui)((rkiz + 4 * uums)[1])) << (8))) + ((((_ui)((rkiz + 4 * uums)[2])) << (16))) + ((((_ui)((rkiz + 4 * uums)[3])) << (24)))); } } void cvwi(_uli *zmsm) { for (_si lqfe = 0; lqfe <= 12; lqfe += 1) { zmsm[lqfe] = 0; } } void uqma(_uli *jttl, _uli *kmhe, _uli *ibln, _uli *sunc) { _uli *xznj = djmz(); _uli *pkst = jckb(); _uli *pikp = lbnq(); _uli *byn = udvd(); _uli *buvt = ytpa(); wfec(byn); irto(buvt); { _uc *xmaj = bueu(); _uc *zibp = ((_uc *)(_m + 164710) + 0); _uc *vvjy = (_uc *)(xznj); for (_si qzrg = 0; qzrg <= 103; qzrg += 1) { vvjy[qzrg] = *(((_uc *)(_m + 87966) + qzrg)); } qlww(xmaj, zibp, vvjy, 104); } { _uc *odao = urpe(); _uc *yjok = ((_uc *)(_m + 154574) + 0); _uc *uvox = (_uc *)(pkst); for (_si cypd = 0; cypd <= 103; cypd += 1) { uvox[cypd] = *(((_uc *)(_m + 187878) + cypd)); } { { { _ui *xiau = (_ui *)(odao + 64); for (_si zdjj = 0; zdjj <= 7; zdjj += 1) { xiau[4 + zdjj] = (((_ui)((yjok + 4 * zdjj)[0])) + ((((_ui)((yjok + 4 * zdjj)[1])) << (8))) + ((((_ui)((yjok + 4 * zdjj)[2])) << (16))) + ((((_ui)((yjok + 4 * zdjj)[3])) << (24)))); } } _ui *obgd = (_ui *)(odao + 64); _ui *qldu = (_ui *)(odao + 128); for (_si lrzr = 0; lrzr <= 3; lrzr += 1) { obgd[lrzr] = (((_ui)(((_uc *)(_m + 48146) + 4 * lrzr)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrzr)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrzr)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrzr)[3])) << (24)))); } for (_si sfko = 0; sfko <= 3; sfko += 1) { obgd[12 + sfko] = 0; _m[65162] += 1; } qldu[0] = 3904225602; } chy(odao, uvox, 104); } } { _uc *tlni = mezn(); _uc *iepj = ((_uc *)(_m + 162176) + 0); _uc *nqow = (_uc *)(pikp); for (_si jwlf = 0; jwlf <= 103; jwlf += 1) { nqow[jwlf] = *(((_uc *)(_m + 146248) + jwlf)); } { rvyv(tlni, iepj, 0); gsbr(tlni, nqow, 104); } } wwm(259, byn, buvt, jttl, kmhe, ibln, xznj, pkst, pikp, sunc); { _uc *bbav = (_uc *)(xznj); for (_si bnno = 0; bnno <= 360; bnno += 1) { bbav[bnno] = (_uc)(255 + bbav[1 + bnno]) * (_uc)(1 + bbav[bnno]); } bbav[361] = 0; } admj(pkst); { _uc *zfhm = (_uc *)(pikp); for (_si qpdc = 0; qpdc <= 360; qpdc += 1) { zfhm[qpdc] = (_uc)(1 + zfhm[qpdc]) * (_uc)(255 + zfhm[1 + qpdc]); } zfhm[361] = 0; } bdmt(byn); { _uc *sxqb = (_uc *)(buvt); for (_si vmqi = 0; vmqi <= 360; vmqi += 1) { sxqb[vmqi] = (_uc)(1 + sxqb[vmqi]) * (_uc)(255 + sxqb[1 + vmqi]); } sxqb[361] = 0; } } _uli *rznt() { ; _uli *vlqu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; vlqu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return vlqu; } void yoxj(_uli *shav, _si bqui) { shav[0] = bqui; for (_si sfsu = 1; sfsu <= 12; sfsu += 1) { shav[sfsu] = 0; } } _uc *iedc() { ; _uc *xigj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; xigj = (_uc *)(_m + 362 * _s); break; } _s += 1; } return xigj; } void edlu(_ui *pqye, _si wso, _si mqpq, _si wdxc, _si cgao) { pqye[wso] += pqye[mqpq]; pqye[cgao] ^= pqye[wso]; pqye[cgao] = ((((pqye[cgao]) << (16))) | (((pqye[cgao]) >> (16)))); pqye[wdxc] += pqye[cgao]; pqye[mqpq] ^= pqye[wdxc]; pqye[mqpq] = ((((pqye[mqpq]) << (12))) | (((pqye[mqpq]) >> (20)))); pqye[wso] += pqye[mqpq]; pqye[cgao] ^= pqye[wso]; pqye[cgao] = ((((pqye[cgao]) << (8))) | (((pqye[cgao]) >> (24)))); pqye[wdxc] += pqye[cgao]; pqye[mqpq] ^= pqye[wdxc]; pqye[mqpq] = ((((pqye[mqpq]) << (7))) | (((pqye[mqpq]) >> (25)))); } _uc *bvfy() { ; _uc *vlr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; vlr = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vlr; } void sjhh(_uli *jmdt) { for (_si nbld = 0; nbld <= 12; nbld += 1) { jmdt[nbld] = 0; } } _uc *vyjp() { ; _uc *urld; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; urld = (_uc *)(_m + 362 * _s); break; } _s += 1; } return urld; } void rhuy(_uli *mhnt) { _uc *zcgf = (_uc *)(mhnt); for (_si ecjl = 0; ecjl <= 360; ecjl += 1) { zcgf[ecjl] = (_uc)(1 + zcgf[ecjl]) * (_uc)(255 + zcgf[1 + ecjl]); } zcgf[361] = 0; } void vmdn(_uli *qukm) { for (_si wbdd = 0; wbdd <= 12; wbdd += 1) { qukm[wbdd] = 0; } } void grux(_uc *sdto, _uc *xpgc, _uc *vgaq, _si wkmt) { opp(sdto, xpgc, 0); eiem(sdto, vgaq, wkmt); } void mpmu(_uli *zek, _si jbx) { _si pst = (jbx % 47); _si xtmm = ((jbx) / (47)); _si jwed = jbx; if (jwed > (8 * sizeof(_uli))) { jwed = -1; } if (xtmm >= 13) { { for (_si iam = 0; iam <= 12; iam += 1) { zek[iam] = 0; } } } else { _uli tdcl = (((((_uli)(1)) << (pst))) - ((_uli)(1))); if (jwed < 0) { zek[0] = 0; } else { zek[0] = ((((zek[0]) & (~tdcl))) >> (jwed)); }; if (xtmm != 0) { zek[0] += ((((zek[xtmm]) & (~tdcl))) >> (pst)); } for (_si ipyp = 1; ipyp <= (12 - xtmm); ipyp += 1) { zek[-1 + ipyp] += ((((((zek[ipyp + xtmm]) & (tdcl))) << (-pst + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zek[ipyp] = ((((zek[ipyp + xtmm]) & (~tdcl))) >> (pst)); } for (_si bqq = 13 - xtmm; bqq <= 12; bqq += 1) { zek[bqq] = 0; } }; } void vroq(_uli *oyuk, _uli *pucj, _si boqy) { { if (oyuk != pucj) { for (_si fwcy = 0; fwcy <= 44; fwcy += 1) { oyuk[fwcy] = pucj[fwcy]; } } } oyuk[0] += boqy; { _si sqdd = kqxq(oyuk); if (sqdd) { { for (_si rhri = 0; rhri <= 44; rhri += 1) { oyuk[rhri] = -oyuk[rhri]; } } } for (_si wmsg = 0; wmsg <= 43; wmsg += 1) { if (((((oyuk[wmsg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { oyuk[1 + wmsg] -= 1; } else { oyuk[1 + wmsg] += ((oyuk[wmsg]) >> (47)); }; oyuk[wmsg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oyuk[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sqdd) { { for (_si pxht = 0; pxht <= 44; pxht += 1) { oyuk[pxht] = -oyuk[pxht]; } } } } } void hqxh(_uc *pmz) { _ui *wvjx = (_ui *)(pmz + 0); _ui *pyjj = (_ui *)(pmz + 64); for (_si qeju = 0; qeju <= 15; qeju += 1) { wvjx[qeju] = pyjj[qeju]; } for (_si pnvh = 0; pnvh <= 9; pnvh += 1) { pyrg(wvjx, 0, 4, 8, 12); osos(wvjx, 1, 5, 9, 13); { wvjx[2] += wvjx[6]; wvjx[14] ^= wvjx[2]; wvjx[14] = ((((wvjx[14]) << (16))) | (((wvjx[14]) >> (16)))); wvjx[10] += wvjx[14]; wvjx[6] ^= wvjx[10]; wvjx[6] = ((((wvjx[6]) << (12))) | (((wvjx[6]) >> (20)))); wvjx[2] += wvjx[6]; wvjx[14] ^= wvjx[2]; wvjx[14] = ((((wvjx[14]) << (8))) | (((wvjx[14]) >> (24)))); wvjx[10] += wvjx[14]; wvjx[6] ^= wvjx[10]; wvjx[6] = ((((wvjx[6]) << (7))) | (((wvjx[6]) >> (25)))); } { wvjx[3] += wvjx[7]; wvjx[15] ^= wvjx[3]; wvjx[15] = ((((wvjx[15]) << (16))) | (((wvjx[15]) >> (16)))); wvjx[11] += wvjx[15]; wvjx[7] ^= wvjx[11]; wvjx[7] = ((((wvjx[7]) << (12))) | (((wvjx[7]) >> (20)))); wvjx[3] += wvjx[7]; wvjx[15] ^= wvjx[3]; wvjx[15] = ((((wvjx[15]) << (8))) | (((wvjx[15]) >> (24)))); wvjx[11] += wvjx[15]; wvjx[7] ^= wvjx[11]; wvjx[7] = ((((wvjx[7]) << (7))) | (((wvjx[7]) >> (25)))); } { wvjx[0] += wvjx[5]; wvjx[15] ^= wvjx[0]; wvjx[15] = ((((wvjx[15]) << (16))) | (((wvjx[15]) >> (16)))); wvjx[10] += wvjx[15]; wvjx[5] ^= wvjx[10]; wvjx[5] = ((((wvjx[5]) << (12))) | (((wvjx[5]) >> (20)))); wvjx[0] += wvjx[5]; wvjx[15] ^= wvjx[0]; wvjx[15] = ((((wvjx[15]) << (8))) | (((wvjx[15]) >> (24)))); wvjx[10] += wvjx[15]; wvjx[5] ^= wvjx[10]; wvjx[5] = ((((wvjx[5]) << (7))) | (((wvjx[5]) >> (25)))); } { wvjx[1] += wvjx[6]; wvjx[12] ^= wvjx[1]; wvjx[12] = ((((wvjx[12]) << (16))) | (((wvjx[12]) >> (16)))); wvjx[11] += wvjx[12]; wvjx[6] ^= wvjx[11]; wvjx[6] = ((((wvjx[6]) << (12))) | (((wvjx[6]) >> (20)))); wvjx[1] += wvjx[6]; wvjx[12] ^= wvjx[1]; wvjx[12] = ((((wvjx[12]) << (8))) | (((wvjx[12]) >> (24)))); wvjx[11] += wvjx[12]; wvjx[6] ^= wvjx[11]; wvjx[6] = ((((wvjx[6]) << (7))) | (((wvjx[6]) >> (25)))); } { wvjx[2] += wvjx[7]; wvjx[13] ^= wvjx[2]; wvjx[13] = ((((wvjx[13]) << (16))) | (((wvjx[13]) >> (16)))); wvjx[8] += wvjx[13]; wvjx[7] ^= wvjx[8]; wvjx[7] = ((((wvjx[7]) << (12))) | (((wvjx[7]) >> (20)))); wvjx[2] += wvjx[7]; wvjx[13] ^= wvjx[2]; wvjx[13] = ((((wvjx[13]) << (8))) | (((wvjx[13]) >> (24)))); wvjx[8] += wvjx[13]; wvjx[7] ^= wvjx[8]; wvjx[7] = ((((wvjx[7]) << (7))) | (((wvjx[7]) >> (25)))); } { wvjx[3] += wvjx[4]; wvjx[14] ^= wvjx[3]; wvjx[14] = ((((wvjx[14]) << (16))) | (((wvjx[14]) >> (16)))); wvjx[9] += wvjx[14]; wvjx[4] ^= wvjx[9]; wvjx[4] = ((((wvjx[4]) << (12))) | (((wvjx[4]) >> (20)))); wvjx[3] += wvjx[4]; wvjx[14] ^= wvjx[3]; wvjx[14] = ((((wvjx[14]) << (8))) | (((wvjx[14]) >> (24)))); wvjx[9] += wvjx[14]; wvjx[4] ^= wvjx[9]; wvjx[4] = ((((wvjx[4]) << (7))) | (((wvjx[4]) >> (25)))); } _m[65163] += 1; } for (_si llrn = 0; llrn <= 15; llrn += 1) { wvjx[llrn] += pyjj[llrn]; } pyjj[12] += 1; if (pyjj[12] == 0) { pyjj[13] += 1; } } void belo(_uli *wxck, _uli *jio) { if (wxck != jio) { for (_si att = 0; att <= 44; att += 1) { wxck[att] = jio[att]; } } } void bnat(_uli *zbmh, _uli *criz, _uli *spgo) { for (_si khlm = 0; khlm <= 12; khlm += 1) { zbmh[khlm] = criz[khlm] + spgo[khlm]; } xlvp(zbmh); } void ovlh(_uli *btvs, _uli *kcis) { for (_si fdqc = 0; fdqc <= 12; fdqc += 1) { btvs[fdqc] = -kcis[fdqc]; } } _uc *zgaf() { ; _uc *xtsq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; xtsq = (_uc *)(_m + 362 * _s); break; } _s += 1; } return xtsq; } void heel(_uli *wqsu, _uli *fmdm) { for (_si ocyy = 0; ocyy <= 12; ocyy += 1) { wqsu[ocyy] = -fmdm[ocyy]; } } void shsy(_uli *iqkm) { _uc *vvyu = (_uc *)(iqkm); for (_si qkvg = 0; qkvg <= 360; qkvg += 1) { vvyu[qkvg] = (_uc)(255 + vvyu[1 + qkvg]) * (_uc)(1 + vvyu[qkvg]); } vvyu[361] = 0; } void fqaj(_uli *dhyx, _uli *xafm) { for (_si foxy = 0; foxy <= 44; foxy += 1) { dhyx[foxy] = -xafm[foxy]; } } _si fdxa(_uli *rsvc) { _si waet = 0; _uli ojdt = 19; for (_si ltzd = 12; ltzd >= 0; ltzd -= 1) { if (rsvc[ltzd] != 0) { waet = ((((rsvc[ltzd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return waet; } void ubya(_si wjir, _uli *sebo, _uli *xpvk, _uli *sqcp, _uli *mwfi) { _uli *anac = bnt(); { if (anac != mwfi) { for (_si zvqs = 0; zvqs <= 44; zvqs += 1) { anac[zvqs] = mwfi[zvqs]; } } } { if (sqcp != mwfi) { for (_si clvm = 0; clvm <= 44; clvm += 1) { sqcp[clvm] = mwfi[clvm]; } } } cwmr(wjir, sqcp); { _uli *ggsd = rbou(); _uli *hcum = uvz(); _uli *zedp = zuit(); _uli *cbkl = bqii(); for (_si bvnh = 0; bvnh <= 44; bvnh += 1) { ggsd[bvnh] = ((sqcp[bvnh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hcum[bvnh] = ((sqcp[bvnh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zedp[bvnh] = ((xpvk[bvnh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cbkl[bvnh] = ((xpvk[bvnh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } jcru(sqcp); for (_si wmke = 0; wmke <= (-1 + (((45) >> (1)))); wmke += 1) { for (_si jdsc = 0; jdsc <= (-1 + (((45) >> (1)))); jdsc += 1) { _uli pmeu = cbkl[jdsc] * ggsd[wmke] + hcum[wmke] * zedp[jdsc]; _uli xkzo = ggsd[wmke] * zedp[jdsc]; _uli qjyi = cbkl[jdsc] * hcum[wmke]; _uli wtic = ((sqcp[jdsc + wmke]) + (xkzo) + (((((pmeu) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wtic < xkzo) { qjyi += 1; } _uli zgtn = ((((pmeu) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qjyi) << ((-47 + (((sizeof(_uli)) << (3)))))))); sqcp[jdsc + wmke] = wtic; sqcp[1 + jdsc + wmke] += zgtn; } dkas(sqcp); } hgtd(ggsd); { _uc *rxvq = (_uc *)(hcum); for (_si gjgn = 0; gjgn <= 360; gjgn += 1) { rxvq[gjgn] = (_uc)(255 + rxvq[1 + gjgn]) * (_uc)(1 + rxvq[gjgn]); } rxvq[361] = 0; } { _uc *qpzl = (_uc *)(zedp); for (_si wenj = 0; wenj <= 360; wenj += 1) { qpzl[wenj] = (_uc)(1 + qpzl[wenj]) * (_uc)(255 + qpzl[1 + wenj]); } qpzl[361] = 0; } { _uc *awcm = (_uc *)(cbkl); for (_si jyau = 0; jyau <= 360; jyau += 1) { awcm[jyau] = (_uc)(255 + awcm[1 + jyau]) * (_uc)(1 + awcm[jyau]); } awcm[361] = 0; } } xsgw(wjir, sqcp); { _uli *etgi = vbxx(); _uli *aqoi = jzqf(); _uli *papt = cfjj(); _uli *hnvg = qzcc(); for (_si srgk = 0; srgk <= 44; srgk += 1) { etgi[srgk] = ((sqcp[srgk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aqoi[srgk] = ((sqcp[srgk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); papt[srgk] = ((sebo[srgk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hnvg[srgk] = ((sebo[srgk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zlsw = 0; zlsw <= 44; zlsw += 1) { sqcp[zlsw] = 0; } } for (_si farg = 0; farg <= (-1 + (((45) >> (1)))); farg += 1) { for (_si tpne = 0; tpne <= (-1 + (((45) >> (1)))); tpne += 1) { _uli sdbs = aqoi[farg] * papt[tpne] + etgi[farg] * hnvg[tpne]; _uli emcu = etgi[farg] * papt[tpne]; _uli njqc = aqoi[farg] * hnvg[tpne]; _uli yxnp = ((sqcp[farg + tpne]) + (emcu) + (((((sdbs) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yxnp < emcu) { njqc += 1; } _uli mffu = ((((sdbs) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((njqc) << ((-47 + (((sizeof(_uli)) << (3)))))))); sqcp[farg + tpne] = yxnp; sqcp[1 + farg + tpne] += mffu; } oayw(sqcp); } vtca(etgi); myyz(aqoi); { _uc *pems = (_uc *)(papt); for (_si qwfv = 0; qwfv <= 360; qwfv += 1) { pems[qwfv] = (_uc)(255 + pems[1 + qwfv]) * (_uc)(1 + pems[qwfv]); } pems[361] = 0; } ghgk(hnvg); } { for (_si sbri = 0; sbri <= 44; sbri += 1) { sqcp[sbri] = anac[sbri] + sqcp[sbri]; } { _si byie; { byie = 0; _uli jfop = 19; for (_si etwf = 44; etwf >= 0; etwf -= 1) { if (sqcp[etwf] != 0) { byie = ((((sqcp[etwf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (byie) { { for (_si gwkp = 0; gwkp <= 44; gwkp += 1) { sqcp[gwkp] = -sqcp[gwkp]; } } } for (_si wpqz = 0; wpqz <= 43; wpqz += 1) { if (((((sqcp[wpqz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sqcp[1 + wpqz] -= 1; } else { sqcp[1 + wpqz] += ((sqcp[wpqz]) >> (47)); }; sqcp[wpqz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sqcp[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (byie) { hqin(sqcp, sqcp); } } } qvds(sqcp, wjir); nnzy(anac, sqcp, sebo); _si rtul = lsce(anac); if (!rtul) { { if (sqcp != anac) { for (_si ajxl = 0; ajxl <= 44; ajxl += 1) { sqcp[ajxl] = anac[ajxl]; } } } } hgtd(anac); } void nlnp(_uc *hpgd) { _uc *gxta = (_uc *)(hpgd + 0); _ui *gbza = (_ui *)(hpgd + 64); _uli *mkpu = (_uli *)(hpgd + 352); _uli toig = 8 * mkpu[0]; _uc gxkj[1]; gxkj[0] = 128; { _uc *wufo = (_uc *)(hpgd + 0); _uli *iilr = (_uli *)(hpgd + 352); _si fwur = (_si)(((iilr[0]) & (63))); iilr[0] += 1; for (_si ypnj = 0; ypnj <= 0; ypnj += 1) { wufo[fwur] = gxkj[ypnj]; fwur += 1; if (fwur == 64) { kykj(hpgd); fwur = 0; } } } while (((((mkpu[0]) & (63))) != (56))) { gxkj[0] = 0; zgzy(hpgd, gxkj, 1); } for (_si dwpv = 0; dwpv <= 7; dwpv += 1) { gxkj[0] = (_uc)(((((toig) >> (8 * (7 - dwpv)))) & (255))); { _uc *quys = (_uc *)(hpgd + 0); _uli *jyrr = (_uli *)(hpgd + 352); _si ondj = (_si)(((jyrr[0]) & (63))); jyrr[0] += 1; for (_si qzsn = 0; qzsn <= 0; qzsn += 1) { quys[ondj] = gxkj[qzsn]; ondj += 1; if (ondj == 64) { { _uc *uuan = (_uc *)(hpgd + 0); _ui *aopl = (_ui *)(hpgd + 64); _ui *evyq = (_ui *)(hpgd + 96); _si krwl = 0; _ui itos = 0; _ui fgmk = 0; _ui xpaq = 0; _ui zolg = 0; _ui enjz = 0; _ui yygx = 0; for (_si eivf = 0; eivf <= 15; eivf += 1) { evyq[eivf] = (((((((((_ui)(uuan[krwl])) << (24))) | ((((_ui)(uuan[1 + krwl])) << (16))))) | ((((_ui)(uuan[2 + krwl])) << (8))))) | ((_ui)(uuan[3 + krwl]))); krwl += 4; } for (_si ozev = 16; ozev <= 31; ozev += 1) { itos = ((((((((evyq[-15 + ozev]) >> (7))) | (((evyq[-15 + ozev]) << (25))))) ^ (((((evyq[-15 + ozev]) >> (18))) | (((evyq[-15 + ozev]) << (14))))))) ^ (((evyq[-15 + ozev]) >> (3)))); zolg = ((((((((evyq[-2 + ozev]) >> (17))) | (((evyq[-2 + ozev]) << (15))))) ^ (((((evyq[-2 + ozev]) >> (19))) | (((evyq[-2 + ozev]) << (13))))))) ^ (((evyq[-2 + ozev]) >> (10)))); evyq[ozev] = evyq[-16 + ozev] + evyq[-7 + ozev] + itos + zolg; _m[65160] += 1; } _ui jcoc = aopl[0]; _ui qdno = aopl[1]; _ui ccab = aopl[2]; _ui ljus = aopl[3]; _ui rkdm = aopl[4]; _ui eyna = aopl[5]; _ui rxxl = aopl[6]; _ui bfmo = aopl[7]; for (_si jggj = 0; jggj <= 31; jggj += 1) { itos = ((((((((jcoc) >> (2))) | (((jcoc) << (30))))) ^ (((((jcoc) >> (13))) | (((jcoc) << (19))))))) ^ (((((jcoc) >> (22))) | (((jcoc) << (10)))))); fgmk = ((((((jcoc) & (qdno))) ^ (((jcoc) & (ccab))))) ^ (((qdno) & (ccab)))); xpaq = fgmk + itos; zolg = ((((((((rkdm) >> (6))) | (((rkdm) << (26))))) ^ (((((rkdm) >> (11))) | (((rkdm) << (21))))))) ^ (((((rkdm) >> (25))) | (((rkdm) << (7)))))); enjz = ((((rkdm) & (eyna))) ^ (((~rkdm) & (rxxl)))); yygx = bfmo + enjz + *(((_ui *)(_m + 246160) + jggj)) + evyq[jggj] + zolg; bfmo = rxxl; rxxl = eyna; eyna = rkdm; rkdm = ljus + yygx; ljus = ccab; ccab = qdno; qdno = jcoc; jcoc = xpaq + yygx; _m[65161] += 1; } aopl[0] += jcoc; aopl[1] += qdno; aopl[2] += ccab; aopl[3] += ljus; aopl[4] += rkdm; aopl[5] += eyna; aopl[6] += rxxl; aopl[7] += bfmo; } ondj = 0; } } } } _si jamg = 0; for (_si zkft = 0; zkft <= 7; zkft += 1) { _ui ywpq = gbza[zkft]; gxta[jamg] = (_uc)(((((ywpq) >> (24))) & (255))); gxta[1 + jamg] = (_uc)(((((ywpq) >> (16))) & (255))); gxta[2 + jamg] = (_uc)(((((ywpq) >> (8))) & (255))); gxta[3 + jamg] = (_uc)(((ywpq) & (255))); jamg += 4; } } _si hwoh(_uli *rolx) { _si rrxa = 0; _uli tdee = 19; for (_si rjzc = 44; rjzc >= 0; rjzc -= 1) { if (rolx[rjzc] != 0) { rrxa = ((((rolx[rjzc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return rrxa; } void qozf(_uli *ljtd) { for (_si gtoq = 0; gtoq <= 12; gtoq += 1) { ljtd[gtoq] = 0; } } _uli *wdj() { ; _uli *ksfl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; ksfl = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ksfl; } _si xcgk(_uli *lgrl) { _si suzf = 0; _uli alcs = 19; for (_si ezsk = 12; ezsk >= 0; ezsk -= 1) { if (lgrl[ezsk] != 0) { suzf = ((((lgrl[ezsk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return suzf; } void qmpo(_uli *ucbw, _si vcgl) { _si whci = (vcgl % 47); _si pkvg = ((vcgl) / (47)); _si tqmm = vcgl; if (tqmm > (8 * sizeof(_uli))) { tqmm = -1; } if (pkvg >= 13) { { for (_si dmlj = 0; dmlj <= 12; dmlj += 1) { ucbw[dmlj] = 0; } } } else { _uli tvqr = (((((_uli)(1)) << (whci))) - ((_uli)(1))); if (tqmm < 0) { ucbw[0] = 0; } else { ucbw[0] = ((((ucbw[0]) & (~tvqr))) >> (tqmm)); }; if (pkvg != 0) { ucbw[0] += ((((ucbw[pkvg]) & (~tvqr))) >> (whci)); } for (_si khab = 1; khab <= (12 - pkvg); khab += 1) { ucbw[-1 + khab] += ((((((ucbw[khab + pkvg]) & (tvqr))) << (-whci + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ucbw[khab] = ((((ucbw[khab + pkvg]) & (~tvqr))) >> (whci)); } for (_si zkbp = 13 - pkvg; zkbp <= 12; zkbp += 1) { ucbw[zkbp] = 0; } }; } void bkwi(_uli *dait, _uli *loff) { if (dait != loff) { for (_si zftl = 0; zftl <= 12; zftl += 1) { dait[zftl] = loff[zftl]; } } } void jjql(_uli *ipsl) { _uc *syti = (_uc *)(ipsl); for (_si qoch = 0; qoch <= 360; qoch += 1) { syti[qoch] = (_uc)(1 + syti[qoch]) * (_uc)(255 + syti[1 + qoch]); } syti[361] = 0; } void wgyy(_uli *tzgn) { _uc *qntz = raof(); _uc *eacm = ((_uc *)(_m + 127786) + 0); _uc *rqzw = (_uc *)(tzgn); for (_si wxgo = 0; wxgo <= 103; wxgo += 1) { rqzw[wxgo] = *(((_uc *)(_m + 126700) + wxgo)); } twj(qntz, eacm, rqzw, 104); } _uli *rbgz() { ; _uli *csbe; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; csbe = (_uli *)(_m + 362 * _s); break; } _s += 1; } return csbe; } void ivtx(_uli *qiir, _si dfxq) { _si tvcv = (dfxq % 47); _si euew = ((dfxq) / (47)); _si pki = dfxq; if (pki > (8 * sizeof(_uli))) { pki = -1; } if (euew >= 13) { { for (_si nrcr = 0; nrcr <= 12; nrcr += 1) { qiir[nrcr] = 0; } } } else { _uli ujnn = (((((_uli)(1)) << (tvcv))) - ((_uli)(1))); if (pki < 0) { qiir[0] = 0; } else { qiir[0] = ((((qiir[0]) & (~ujnn))) >> (pki)); }; if (euew != 0) { qiir[0] += ((((qiir[euew]) & (~ujnn))) >> (tvcv)); } for (_si teko = 1; teko <= (12 - euew); teko += 1) { qiir[-1 + teko] += ((((((qiir[euew + teko]) & (ujnn))) << (-tvcv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qiir[teko] = ((((qiir[euew + teko]) & (~ujnn))) >> (tvcv)); } for (_si bzar = 13 - euew; bzar <= 12; bzar += 1) { qiir[bzar] = 0; } }; } void iilz(_si vbyu, _uli *owuc) { owuc[(((vbyu) / (47)))] &= ((((((_uli)(1)) << ((vbyu % 47)))) - ((_uli)(1)))); for (_si tnwf = 1 + (((vbyu) / (47))); tnwf <= 12; tnwf += 1) { owuc[tnwf] = 0; } } void tuek(_uli *uqih, _uli *spd, _uli *uyqb, _uli *mjtg) { autd(spd, uyqb, mjtg); _si rtbv; { rtbv = 0; for (_si xxcx = 12; xxcx >= 0; xxcx -= 1) { if (spd[xxcx] > uqih[xxcx]) { break; } else if (spd[xxcx] < uqih[xxcx]) { rtbv = 1; break; }; } } if (!rtbv) { { for (_si xcv = 0; xcv <= 12; xcv += 1) { spd[xcv] = spd[xcv] - uqih[xcv]; } jqoc(spd); } } } void twsa(_uli *vzsa, _uli *pvdl, _uli *yrco) { for (_si qrzd = 0; qrzd <= 12; qrzd += 1) { vzsa[qrzd] = pvdl[qrzd] + yrco[qrzd]; } { _si rgbi = tjca(vzsa); if (rgbi) { { for (_si zaro = 0; zaro <= 12; zaro += 1) { vzsa[zaro] = -vzsa[zaro]; } } } for (_si vlwu = 0; vlwu <= 11; vlwu += 1) { if (((((vzsa[vlwu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vzsa[1 + vlwu] -= 1; } else { vzsa[1 + vlwu] += ((vzsa[vlwu]) >> (47)); }; vzsa[vlwu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vzsa[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rgbi) { { for (_si svf = 0; svf <= 12; svf += 1) { vzsa[svf] = -vzsa[svf]; } } } } } void skch(_si znld, _uli *citz) { citz[(((znld) / (47)))] &= ((((((_uli)(1)) << ((znld % 47)))) - ((_uli)(1)))); for (_si nlbu = 1 + (((znld) / (47))); nlbu <= 12; nlbu += 1) { citz[nlbu] = 0; } } void mece(_uli *uywe, _si dars) { _si yaal = (dars % 47); _si mytk = ((dars) / (47)); _si jayi = -yaal + (((sizeof(_uli)) << (3))); if (mytk >= 13) { { for (_si nghl = 0; nghl <= 12; nghl += 1) { uywe[nghl] = 0; } } } else { for (_si cfwy = 12 - mytk; cfwy >= 1; cfwy -= 1) { uywe[cfwy + mytk] = ((uywe[cfwy]) << (yaal)); if (jayi < (8 * sizeof(_uli))) { uywe[cfwy + mytk] += ((((uywe[-1 + cfwy]) >> (jayi))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } uywe[mytk] = ((uywe[0]) << (yaal)); for (_si oqiz = -1 + mytk; oqiz >= 0; oqiz -= 1) { uywe[oqiz] = 0; } }; fuqy(uywe); } void umbv(_si qhag, _uli *vmfc, _uli *plze, _uli *jbwx, _uli *xiyv) { _uli *fsim = gdxm(); dngt(fsim, xiyv); { if (jbwx != xiyv) { for (_si pnhf = 0; pnhf <= 12; pnhf += 1) { jbwx[pnhf] = xiyv[pnhf]; } } } todl(qhag, jbwx); pesg(jbwx, jbwx, plze); hfjf(qhag, jbwx); ywut(jbwx, jbwx, vmfc); xowr(jbwx, jbwx, fsim); cvcc(jbwx, qhag); cdgp(fsim, jbwx, vmfc); _si hcxy = bydu(fsim); if (!hcxy) { { if (jbwx != fsim) { for (_si ftbh = 0; ftbh <= 12; ftbh += 1) { jbwx[ftbh] = fsim[ftbh]; } } } } dlfz(fsim); } void swnb(_uli *fycz, _uli *mzfn, _uli *huno, _uli *nnzs) { { if (mzfn != huno) { for (_si pizs = 0; pizs <= 12; pizs += 1) { mzfn[pizs] = huno[pizs]; } } } _si kfsz; { kfsz = -1; for (_si aomp = 12; aomp >= 0; aomp -= 1) { if (mzfn[aomp] != 0) { kfsz = aomp; break; } } } _si uuqi = euty(nnzs); if (kfsz >= uuqi) { _si lmvk = 0; _uli natp = nnzs[uuqi]; while (natp < (((((((_uli)(1)) << (47)))) >> (1)))) { lmvk += 1; natp <<= 1; } if (uuqi == 0) { lmvk += 47; kfsz += 1; uuqi += 1; } if (lmvk > 0) { mqed(mzfn, lmvk); fzvb(nnzs, lmvk); } _si ybxw = kfsz - uuqi; natp = nnzs[uuqi]; _uli rpzy = nnzs[-1 + uuqi]; for (_si qbe = ybxw; qbe >= 0; qbe -= 1) { __uint128_t gpmc = (__uint128_t)(((((_uli)(1)) << (47)))) * mzfn[1 + qbe + uuqi] + mzfn[qbe + uuqi]; _uli oznl = 0; __uint128_t soru = ((gpmc) / (natp)); __uint128_t rjee = (gpmc % natp); while (soru == ((((_uli)(1)) << (47))) || (rpzy * soru) > (((((_uli)(1)) << (47))) * rjee + mzfn[-1 + qbe + uuqi])) { soru -= 1; rjee += natp; if (rjee >= ((((_uli)(1)) << (47)))) { break; } } gpmc = 0; for (_si zbwx = 0; zbwx <= uuqi; zbwx += 1) { gpmc += nnzs[zbwx] * soru; oznl = mzfn[qbe + zbwx]; if (gpmc > oznl) { gpmc -= oznl; oznl = gpmc % ((((_uli)(1)) << (47))); gpmc = ((gpmc) / (((((_uli)(1)) << (47))))); if (oznl == 0) { mzfn[qbe + zbwx] = 0; } else { mzfn[qbe + zbwx] = ((1 + ~(_uli)(oznl)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); gpmc += 1; }; } else { mzfn[qbe + zbwx] -= gpmc; gpmc = 0; }; } oznl = mzfn[1 + qbe + uuqi]; if (gpmc > oznl) { nnzs[1 + qbe + uuqi] = -1 + soru; gpmc = 0; for (_si uvsu = 0; uvsu <= uuqi; uvsu += 1) { gpmc += mzfn[qbe + uvsu] + nnzs[uvsu]; mzfn[qbe + uvsu] = gpmc % ((((_uli)(1)) << (47))); gpmc = ((gpmc) / (((((_uli)(1)) << (47))))); } } else { nnzs[1 + qbe + uuqi] = soru; mzfn[1 + qbe + uuqi] -= gpmc; }; } for (_si byqm = 0; byqm <= ybxw; byqm += 1) { fycz[byqm] = nnzs[1 + byqm + uuqi]; mzfn[1 + byqm + uuqi] = 0; } for (_si bpnr = 1 + ybxw; bpnr <= 12; bpnr += 1) { fycz[bpnr] = 0; } if (fycz != nnzs) { for (_si noih = 1 + uuqi; noih <= (1 + kfsz); noih += 1) { nnzs[noih] = 0; } if (lmvk > 0) { { _si yaqz = (lmvk % 47); _si sloo = ((lmvk) / (47)); _si uidg = lmvk; if (uidg > (8 * sizeof(_uli))) { uidg = -1; } if (sloo >= 13) { { for (_si pcge = 0; pcge <= 12; pcge += 1) { nnzs[pcge] = 0; } } } else { _uli ngpf = (((((_uli)(1)) << (yaqz))) - ((_uli)(1))); if (uidg < 0) { nnzs[0] = 0; } else { nnzs[0] = ((((nnzs[0]) & (~ngpf))) >> (uidg)); }; if (sloo != 0) { nnzs[0] += ((((nnzs[sloo]) & (~ngpf))) >> (yaqz)); } for (_si ennf = 1; ennf <= (12 - sloo); ennf += 1) { nnzs[-1 + ennf] += ((((((nnzs[ennf + sloo]) & (ngpf))) << (-yaqz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nnzs[ennf] = ((((nnzs[ennf + sloo]) & (~ngpf))) >> (yaqz)); } for (_si xjjc = 13 - sloo; xjjc <= 12; xjjc += 1) { nnzs[xjjc] = 0; } }; } } } if (lmvk > 0) { momq(mzfn, lmvk); } } } void kuef(_uli *zkue, _uli *kojv, _uli *fnzz) { for (_si wiuu = 0; wiuu <= 12; wiuu += 1) { zkue[wiuu] = -fnzz[wiuu] + kojv[wiuu]; } { _si iqak; { iqak = 0; _uli gbcg = 19; for (_si ycid = 12; ycid >= 0; ycid -= 1) { if (zkue[ycid] != 0) { iqak = ((((zkue[ycid]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (iqak) { { for (_si szoe = 0; szoe <= 12; szoe += 1) { zkue[szoe] = -zkue[szoe]; } } } for (_si cgfc = 0; cgfc <= 11; cgfc += 1) { if (((((zkue[cgfc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zkue[1 + cgfc] -= 1; } else { zkue[1 + cgfc] += ((zkue[cgfc]) >> (47)); }; zkue[cgfc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zkue[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (iqak) { { for (_si qmpk = 0; qmpk <= 12; qmpk += 1) { zkue[qmpk] = -zkue[qmpk]; } } } } } void kdhy(_uli *vzic) { for (_si elgm = 0; elgm <= 11; elgm += 1) { vzic[1 + elgm] += ((vzic[elgm]) >> (47)); vzic[elgm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vzic[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void bgup(_uli *ovlx) { _uc *ujvi = nvus(); _uc *itdi = ((_uc *)(_m + 251590) + 0); _uc *pzwg = (_uc *)(ovlx); for (_si rprq = 0; rprq <= 103; rprq += 1) { pzwg[rprq] = *(((_uc *)(_m + 10860) + rprq)); } rpss(ujvi, itdi, pzwg, 104); } void hlgn(_uc *xnsl) { _uc *sye = (_uc *)(xnsl + 0); _ui *ffmv = (_ui *)(xnsl + 64); _ui *baqn = (_ui *)(xnsl + 96); _si hlux = 0; _ui vkzd = 0; _ui smez = 0; _ui lmhz = 0; _ui took = 0; _ui nmhb = 0; _ui ftsl = 0; for (_si swcd = 0; swcd <= 15; swcd += 1) { baqn[swcd] = (((((((((_ui)(sye[hlux])) << (24))) | ((((_ui)(sye[1 + hlux])) << (16))))) | ((((_ui)(sye[2 + hlux])) << (8))))) | ((_ui)(sye[3 + hlux]))); hlux += 4; } for (_si doqz = 16; doqz <= 31; doqz += 1) { vkzd = ((((((((baqn[-15 + doqz]) >> (7))) | (((baqn[-15 + doqz]) << (25))))) ^ (((((baqn[-15 + doqz]) >> (18))) | (((baqn[-15 + doqz]) << (14))))))) ^ (((baqn[-15 + doqz]) >> (3)))); took = ((((((((baqn[-2 + doqz]) >> (17))) | (((baqn[-2 + doqz]) << (15))))) ^ (((((baqn[-2 + doqz]) >> (19))) | (((baqn[-2 + doqz]) << (13))))))) ^ (((baqn[-2 + doqz]) >> (10)))); baqn[doqz] = baqn[-7 + doqz] + baqn[-16 + doqz] + took + vkzd; _m[65160] += 1; } _ui myop = ffmv[0]; _ui mnjm = ffmv[1]; _ui ocra = ffmv[2]; _ui yjxd = ffmv[3]; _ui wzyj = ffmv[4]; _ui lnsd = ffmv[5]; _ui tfhq = ffmv[6]; _ui qare = ffmv[7]; for (_si otps = 0; otps <= 31; otps += 1) { vkzd = ((((((((myop) >> (2))) | (((myop) << (30))))) ^ (((((myop) >> (13))) | (((myop) << (19))))))) ^ (((((myop) >> (22))) | (((myop) << (10)))))); smez = ((((((myop) & (mnjm))) ^ (((myop) & (ocra))))) ^ (((mnjm) & (ocra)))); lmhz = smez + vkzd; took = ((((((((wzyj) >> (6))) | (((wzyj) << (26))))) ^ (((((wzyj) >> (11))) | (((wzyj) << (21))))))) ^ (((((wzyj) >> (25))) | (((wzyj) << (7)))))); nmhb = ((((wzyj) & (lnsd))) ^ (((~wzyj) & (tfhq)))); ftsl = nmhb + *(((_ui *)(_m + 246160) + otps)) + qare + baqn[otps] + took; qare = tfhq; tfhq = lnsd; lnsd = wzyj; wzyj = ftsl + yjxd; yjxd = ocra; ocra = mnjm; mnjm = myop; myop = ftsl + lmhz; _m[65161] += 1; } ffmv[0] += myop; ffmv[1] += mnjm; ffmv[2] += ocra; ffmv[3] += yjxd; ffmv[4] += wzyj; ffmv[5] += lnsd; ffmv[6] += tfhq; ffmv[7] += qare; } void dlix(_uli *acii, _si vxny) { _si izw = (vxny % 47); _si basa = ((vxny) / (47)); _si eftb = -izw + (((sizeof(_uli)) << (3))); if (basa >= 13) { { for (_si tknq = 0; tknq <= 12; tknq += 1) { acii[tknq] = 0; } } } else { for (_si eqyu = 12 - basa; eqyu >= 1; eqyu -= 1) { acii[basa + eqyu] = ((acii[eqyu]) << (izw)); if (eftb < (8 * sizeof(_uli))) { acii[basa + eqyu] += ((((acii[-1 + eqyu]) >> (eftb))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } acii[basa] = ((acii[0]) << (izw)); for (_si veaq = -1 + basa; veaq >= 0; veaq -= 1) { acii[veaq] = 0; } }; { for (_si oeq = 0; oeq <= 11; oeq += 1) { acii[1 + oeq] += ((acii[oeq]) >> (47)); acii[oeq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } acii[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void bjlz(_uli *uczk) { _si zzwq; { zzwq = 0; _uli wxpo = 19; for (_si whqk = 12; whqk >= 0; whqk -= 1) { if (uczk[whqk] != 0) { zzwq = ((((uczk[whqk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zzwq) { ymzw(uczk, uczk); } for (_si twjo = 0; twjo <= 11; twjo += 1) { if (((((uczk[twjo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uczk[1 + twjo] -= 1; } else { uczk[1 + twjo] += ((uczk[twjo]) >> (47)); }; uczk[twjo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uczk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zzwq) { { for (_si xawv = 0; xawv <= 12; xawv += 1) { uczk[xawv] = -uczk[xawv]; } } } } _uc *quqy() { ; _uc *vqay; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; vqay = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vqay; } _uli *sreu() { ; _uli *qfym; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; qfym = (_uli *)(_m + 362 * _s); break; } _s += 1; } return qfym; } void uakn(_uli *knkj) { for (_si tkkr = 0; tkkr <= 11; tkkr += 1) { knkj[1 + tkkr] += ((knkj[tkkr]) >> (47)); knkj[tkkr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } knkj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void bgyu(_uli *foef, _si xfmd) { _si atvj = (xfmd % 47); _si tund = ((xfmd) / (47)); _si pfjd = xfmd; if (pfjd > (8 * sizeof(_uli))) { pfjd = -1; } if (tund >= 45) { { for (_si krpm = 0; krpm <= 44; krpm += 1) { foef[krpm] = 0; } } } else { _uli luca = (((((_uli)(1)) << (atvj))) - ((_uli)(1))); if (pfjd < 0) { foef[0] = 0; } else { foef[0] = ((((foef[0]) & (~luca))) >> (pfjd)); }; if (tund != 0) { foef[0] += ((((foef[tund]) & (~luca))) >> (atvj)); } for (_si qcx = 1; qcx <= (44 - tund); qcx += 1) { foef[-1 + qcx] += ((((((foef[qcx + tund]) & (luca))) << (-atvj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); foef[qcx] = ((((foef[qcx + tund]) & (~luca))) >> (atvj)); } for (_si dylo = 45 - tund; dylo <= 44; dylo += 1) { foef[dylo] = 0; } }; } void iwsa(_si qbpj, _uli *whqg, _uli *arwy, _uli *fzwr, _uli *frfo) { _uli *ptba = vryi(); { if (ptba != frfo) { for (_si nvds = 0; nvds <= 12; nvds += 1) { ptba[nvds] = frfo[nvds]; } } } { if (fzwr != frfo) { for (_si gito = 0; gito <= 12; gito += 1) { fzwr[gito] = frfo[gito]; } } } omji(qbpj, fzwr); uktp(fzwr, fzwr, arwy); { fzwr[(((qbpj) / (47)))] &= ((((((_uli)(1)) << ((qbpj % 47)))) - ((_uli)(1)))); for (_si wqzp = 1 + (((qbpj) / (47))); wqzp <= 12; wqzp += 1) { fzwr[wqzp] = 0; } } { _uli *bryp = sdtj(); _uli *uorn = lbnq(); _uli *lhvj = oqxb(); _uli *bxtl = pywd(); for (_si uhkf = 0; uhkf <= 12; uhkf += 1) { bryp[uhkf] = ((fzwr[uhkf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uorn[uhkf] = ((fzwr[uhkf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lhvj[uhkf] = ((whqg[uhkf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bxtl[uhkf] = ((whqg[uhkf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wtun = 0; wtun <= 12; wtun += 1) { fzwr[wtun] = 0; } } for (_si fqui = 0; fqui <= (-1 + (((13) >> (1)))); fqui += 1) { for (_si ynkg = 0; ynkg <= (-1 + (((13) >> (1)))); ynkg += 1) { _uli ofnh = bryp[fqui] * bxtl[ynkg] + lhvj[ynkg] * uorn[fqui]; _uli jsvp = bryp[fqui] * lhvj[ynkg]; _uli cetn = bxtl[ynkg] * uorn[fqui]; _uli qosc = ((fzwr[fqui + ynkg]) + (jsvp) + (((((ofnh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qosc < jsvp) { cetn += 1; } _uli kdck = ((((ofnh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cetn) << ((-47 + (((sizeof(_uli)) << (3)))))))); fzwr[fqui + ynkg] = qosc; fzwr[1 + fqui + ynkg] += kdck; } { for (_si zhzh = 0; zhzh <= 11; zhzh += 1) { fzwr[1 + zhzh] += ((fzwr[zhzh]) >> (47)); fzwr[zhzh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fzwr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *qpps = (_uc *)(bryp); for (_si xyzz = 0; xyzz <= 360; xyzz += 1) { qpps[xyzz] = (_uc)(1 + qpps[xyzz]) * (_uc)(255 + qpps[1 + xyzz]); } qpps[361] = 0; } zpfl(uorn); { _uc *ehtf = (_uc *)(lhvj); for (_si wnci = 0; wnci <= 360; wnci += 1) { ehtf[wnci] = (_uc)(1 + ehtf[wnci]) * (_uc)(255 + ehtf[1 + wnci]); } ehtf[361] = 0; } gfcw(bxtl); } fmqy(fzwr, fzwr, ptba); { _si jxmv = (qbpj % 47); _si yooo = ((qbpj) / (47)); _si malm = qbpj; if (malm > (8 * sizeof(_uli))) { malm = -1; } if (yooo >= 13) { xwjd(fzwr); } else { _uli frvq = (((((_uli)(1)) << (jxmv))) - ((_uli)(1))); if (malm < 0) { fzwr[0] = 0; } else { fzwr[0] = ((((fzwr[0]) & (~frvq))) >> (malm)); }; if (yooo != 0) { fzwr[0] += ((((fzwr[yooo]) & (~frvq))) >> (jxmv)); } for (_si uawr = 1; uawr <= (12 - yooo); uawr += 1) { fzwr[-1 + uawr] += ((((((fzwr[uawr + yooo]) & (frvq))) << (-jxmv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fzwr[uawr] = ((((fzwr[uawr + yooo]) & (~frvq))) >> (jxmv)); } for (_si gzny = 13 - yooo; gzny <= 12; gzny += 1) { fzwr[gzny] = 0; } }; } { for (_si nivw = 0; nivw <= 12; nivw += 1) { ptba[nivw] = fzwr[nivw] - whqg[nivw]; } yacd(ptba); } _si fgzz; { fgzz = 0; _uli ieea = 19; for (_si cifd = 12; cifd >= 0; cifd -= 1) { if (ptba[cifd] != 0) { fgzz = ((((ptba[cifd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!fgzz) { { if (fzwr != ptba) { for (_si fxti = 0; fxti <= 12; fxti += 1) { fzwr[fxti] = ptba[fxti]; } } } } kkqm(ptba); } void ibry(_si zspq, _uli *adzm) { adzm[(((zspq) / (47)))] &= ((((((_uli)(1)) << ((zspq % 47)))) - ((_uli)(1)))); for (_si pphr = 1 + (((zspq) / (47))); pphr <= 12; pphr += 1) { adzm[pphr] = 0; } } void bqpc(_uli *fpuy) { for (_si hlct = 0; hlct <= 11; hlct += 1) { fpuy[1 + hlct] += ((fpuy[hlct]) >> (47)); fpuy[hlct] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fpuy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void urea(_uli *rjez, _uli *ayfc) { _uli *ynyr = zauj(); _uli *doty = kyec(); for (_si zbqq = 0; zbqq <= 44; zbqq += 1) { ynyr[zbqq] = ((ayfc[zbqq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); doty[zbqq] = ((ayfc[zbqq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bose = 0; bose <= 44; bose += 1) { rjez[bose] = 0; } } for (_si wjlo = 0; wjlo <= (-1 + (((45) >> (1)))); wjlo += 1) { for (_si cxkw = 0; cxkw <= (-1 + (((45) >> (1)))); cxkw += 1) { _uli gktt = doty[wjlo] * ynyr[cxkw] + doty[cxkw] * ynyr[wjlo]; _uli bvvx = ynyr[wjlo] * ynyr[cxkw]; _uli svzh = doty[wjlo] * doty[cxkw]; _uli jdla = ((rjez[cxkw + wjlo]) + (bvvx) + (((((gktt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jdla < bvvx) { svzh += 1; } _uli thtk = ((((gktt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((svzh) << ((-47 + (((sizeof(_uli)) << (3)))))))); rjez[cxkw + wjlo] = jdla; rjez[1 + cxkw + wjlo] += thtk; } { for (_si wijo = 0; wijo <= 43; wijo += 1) { rjez[1 + wijo] += ((rjez[wijo]) >> (47)); rjez[wijo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rjez[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } omqh(ynyr); kfqq(doty); } _si tpcx(_uli *yqyj) { _si sjxu = 0; _uli jxrz = 19; for (_si jtpv = 12; jtpv >= 0; jtpv -= 1) { if (yqyj[jtpv] != 0) { sjxu = ((((yqyj[jtpv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return sjxu; } void hxnf(_uli *hjws) { _si eyqz = iked(hjws); if (eyqz) { { for (_si ravc = 0; ravc <= 12; ravc += 1) { hjws[ravc] = -hjws[ravc]; } } } for (_si dehp = 0; dehp <= 11; dehp += 1) { if (((((hjws[dehp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hjws[1 + dehp] -= 1; } else { hjws[1 + dehp] += ((hjws[dehp]) >> (47)); }; hjws[dehp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hjws[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (eyqz) { { for (_si yxgx = 0; yxgx <= 12; yxgx += 1) { hjws[yxgx] = -hjws[yxgx]; } } } } void vnso(_uli *ewdq) { for (_si ikum = 0; ikum <= 11; ikum += 1) { ewdq[1 + ikum] += ((ewdq[ikum]) >> (47)); ewdq[ikum] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ewdq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void qm(_uc *gheb, _uc *nvwl) { _ui *quwx = (_ui *)(gheb + 64); for (_si huka = 0; huka <= 7; huka += 1) { quwx[4 + huka] = (((_ui)((nvwl + 4 * huka)[0])) + ((((_ui)((nvwl + 4 * huka)[1])) << (8))) + ((((_ui)((nvwl + 4 * huka)[2])) << (16))) + ((((_ui)((nvwl + 4 * huka)[3])) << (24)))); } } void ozcz(_uc *pyrm, _uc *dkac, _si kpmc) { bxyn(pyrm, dkac); _ui *smmp = (_ui *)(pyrm + 64); _ui *jdtb = (_ui *)(pyrm + 128); for (_si lbrp = 0; lbrp <= 3; lbrp += 1) { smmp[lbrp] = (((_ui)(((_uc *)(_m + 48146) + 4 * lbrp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lbrp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lbrp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lbrp)[3])) << (24)))); } for (_si dkrf = 0; dkrf <= 3; dkrf += 1) { smmp[12 + dkrf] = kpmc; _m[65162] += 1; } jdtb[0] = 3904225602; } void cglt(_uli *anaj, _si udue) { _si sboh = (udue % 47); _si telt = ((udue) / (47)); _si fvja = udue; if (fvja > (8 * sizeof(_uli))) { fvja = -1; } if (telt >= 13) { { for (_si ewqs = 0; ewqs <= 12; ewqs += 1) { anaj[ewqs] = 0; } } } else { _uli xeza = (((((_uli)(1)) << (sboh))) - ((_uli)(1))); if (fvja < 0) { anaj[0] = 0; } else { anaj[0] = ((((anaj[0]) & (~xeza))) >> (fvja)); }; if (telt != 0) { anaj[0] += ((((anaj[telt]) & (~xeza))) >> (sboh)); } for (_si xfqc = 1; xfqc <= (12 - telt); xfqc += 1) { anaj[-1 + xfqc] += ((((((anaj[telt + xfqc]) & (xeza))) << (-sboh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); anaj[xfqc] = ((((anaj[telt + xfqc]) & (~xeza))) >> (sboh)); } for (_si smjc = 13 - telt; smjc <= 12; smjc += 1) { anaj[smjc] = 0; } }; } _uli *wkhr() { ; _uli *laso; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; laso = (_uli *)(_m + 362 * _s); break; } _s += 1; } return laso; } _uc *xefx() { ; _uc *rgbf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; rgbf = (_uc *)(_m + 362 * _s); break; } _s += 1; } return rgbf; } void alko(_uli *ezqk) { _si ntyz = qnje(ezqk); if (ntyz) { khor(ezqk, ezqk); } for (_si htpk = 0; htpk <= 43; htpk += 1) { if (((((ezqk[htpk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ezqk[1 + htpk] -= 1; } else { ezqk[1 + htpk] += ((ezqk[htpk]) >> (47)); }; ezqk[htpk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ezqk[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ntyz) { { for (_si ahus = 0; ahus <= 44; ahus += 1) { ezqk[ahus] = -ezqk[ahus]; } } } } void cqrg(_uc *hhyv) { _ui *ritq = (_ui *)(hhyv + 0); _ui *lcwm = (_ui *)(hhyv + 64); for (_si ymb = 0; ymb <= 15; ymb += 1) { ritq[ymb] = lcwm[ymb]; } for (_si oszf = 0; oszf <= 9; oszf += 1) { pjcq(ritq, 0, 4, 8, 12); { ritq[1] += ritq[5]; ritq[13] ^= ritq[1]; ritq[13] = ((((ritq[13]) << (16))) | (((ritq[13]) >> (16)))); ritq[9] += ritq[13]; ritq[5] ^= ritq[9]; ritq[5] = ((((ritq[5]) << (12))) | (((ritq[5]) >> (20)))); ritq[1] += ritq[5]; ritq[13] ^= ritq[1]; ritq[13] = ((((ritq[13]) << (8))) | (((ritq[13]) >> (24)))); ritq[9] += ritq[13]; ritq[5] ^= ritq[9]; ritq[5] = ((((ritq[5]) << (7))) | (((ritq[5]) >> (25)))); } uigf(ritq, 2, 6, 10, 14); evv(ritq, 3, 7, 11, 15); { ritq[0] += ritq[5]; ritq[15] ^= ritq[0]; ritq[15] = ((((ritq[15]) << (16))) | (((ritq[15]) >> (16)))); ritq[10] += ritq[15]; ritq[5] ^= ritq[10]; ritq[5] = ((((ritq[5]) << (12))) | (((ritq[5]) >> (20)))); ritq[0] += ritq[5]; ritq[15] ^= ritq[0]; ritq[15] = ((((ritq[15]) << (8))) | (((ritq[15]) >> (24)))); ritq[10] += ritq[15]; ritq[5] ^= ritq[10]; ritq[5] = ((((ritq[5]) << (7))) | (((ritq[5]) >> (25)))); } rpti(ritq, 1, 6, 11, 12); { ritq[2] += ritq[7]; ritq[13] ^= ritq[2]; ritq[13] = ((((ritq[13]) << (16))) | (((ritq[13]) >> (16)))); ritq[8] += ritq[13]; ritq[7] ^= ritq[8]; ritq[7] = ((((ritq[7]) << (12))) | (((ritq[7]) >> (20)))); ritq[2] += ritq[7]; ritq[13] ^= ritq[2]; ritq[13] = ((((ritq[13]) << (8))) | (((ritq[13]) >> (24)))); ritq[8] += ritq[13]; ritq[7] ^= ritq[8]; ritq[7] = ((((ritq[7]) << (7))) | (((ritq[7]) >> (25)))); } xaze(ritq, 3, 4, 9, 14); _m[65163] += 1; } for (_si drdv = 0; drdv <= 15; drdv += 1) { ritq[drdv] += lcwm[drdv]; } lcwm[12] += 1; if (lcwm[12] == 0) { lcwm[13] += 1; } } void opgv(_uc *uvaw, _uc *bqks, _si oacm) { _uc *whcn = (_uc *)(uvaw + 0); _uli *pamu = (_uli *)(uvaw + 352); _si nflx = (_si)(((pamu[0]) & (63))); pamu[0] += oacm; for (_si ugxf = 0; ugxf <= (-1 + oacm); ugxf += 1) { whcn[nflx] = bqks[ugxf]; nflx += 1; if (nflx == 64) { jtwj(uvaw); nflx = 0; } } } _uc *giy() { ; _uc *wmg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; wmg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return wmg; } void iudl(_uli *gatp) { for (_si alus = 0; alus <= 43; alus += 1) { gatp[1 + alus] += ((gatp[alus]) >> (47)); gatp[alus] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gatp[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void xmvk(_uli *kugd, _uli *mgqv) { if (kugd != mgqv) { for (_si boyr = 0; boyr <= 12; boyr += 1) { kugd[boyr] = mgqv[boyr]; } } } void zesv(_uc *mlww) { _ui *sfmv = (_ui *)(mlww + 0); _ui *chbm = (_ui *)(mlww + 64); for (_si fszh = 0; fszh <= 15; fszh += 1) { sfmv[fszh] = chbm[fszh]; } for (_si jgtk = 0; jgtk <= 9; jgtk += 1) { aqt(sfmv, 0, 4, 8, 12); ajvn(sfmv, 1, 5, 9, 13); { sfmv[2] += sfmv[6]; sfmv[14] ^= sfmv[2]; sfmv[14] = ((((sfmv[14]) << (16))) | (((sfmv[14]) >> (16)))); sfmv[10] += sfmv[14]; sfmv[6] ^= sfmv[10]; sfmv[6] = ((((sfmv[6]) << (12))) | (((sfmv[6]) >> (20)))); sfmv[2] += sfmv[6]; sfmv[14] ^= sfmv[2]; sfmv[14] = ((((sfmv[14]) << (8))) | (((sfmv[14]) >> (24)))); sfmv[10] += sfmv[14]; sfmv[6] ^= sfmv[10]; sfmv[6] = ((((sfmv[6]) << (7))) | (((sfmv[6]) >> (25)))); } pyrg(sfmv, 3, 7, 11, 15); { sfmv[0] += sfmv[5]; sfmv[15] ^= sfmv[0]; sfmv[15] = ((((sfmv[15]) << (16))) | (((sfmv[15]) >> (16)))); sfmv[10] += sfmv[15]; sfmv[5] ^= sfmv[10]; sfmv[5] = ((((sfmv[5]) << (12))) | (((sfmv[5]) >> (20)))); sfmv[0] += sfmv[5]; sfmv[15] ^= sfmv[0]; sfmv[15] = ((((sfmv[15]) << (8))) | (((sfmv[15]) >> (24)))); sfmv[10] += sfmv[15]; sfmv[5] ^= sfmv[10]; sfmv[5] = ((((sfmv[5]) << (7))) | (((sfmv[5]) >> (25)))); } pnxm(sfmv, 1, 6, 11, 12); { sfmv[2] += sfmv[7]; sfmv[13] ^= sfmv[2]; sfmv[13] = ((((sfmv[13]) << (16))) | (((sfmv[13]) >> (16)))); sfmv[8] += sfmv[13]; sfmv[7] ^= sfmv[8]; sfmv[7] = ((((sfmv[7]) << (12))) | (((sfmv[7]) >> (20)))); sfmv[2] += sfmv[7]; sfmv[13] ^= sfmv[2]; sfmv[13] = ((((sfmv[13]) << (8))) | (((sfmv[13]) >> (24)))); sfmv[8] += sfmv[13]; sfmv[7] ^= sfmv[8]; sfmv[7] = ((((sfmv[7]) << (7))) | (((sfmv[7]) >> (25)))); } { sfmv[3] += sfmv[4]; sfmv[14] ^= sfmv[3]; sfmv[14] = ((((sfmv[14]) << (16))) | (((sfmv[14]) >> (16)))); sfmv[9] += sfmv[14]; sfmv[4] ^= sfmv[9]; sfmv[4] = ((((sfmv[4]) << (12))) | (((sfmv[4]) >> (20)))); sfmv[3] += sfmv[4]; sfmv[14] ^= sfmv[3]; sfmv[14] = ((((sfmv[14]) << (8))) | (((sfmv[14]) >> (24)))); sfmv[9] += sfmv[14]; sfmv[4] ^= sfmv[9]; sfmv[4] = ((((sfmv[4]) << (7))) | (((sfmv[4]) >> (25)))); } _m[65163] += 1; } for (_si ndxd = 0; ndxd <= 15; ndxd += 1) { sfmv[ndxd] += chbm[ndxd]; } chbm[12] += 1; if (chbm[12] == 0) { chbm[13] += 1; } } void upno(_uli *digx, _uli *wnhq) { if (digx != wnhq) { for (_si yskb = 0; yskb <= 12; yskb += 1) { digx[yskb] = wnhq[yskb]; } } } void xbpp(_uli *uche) { for (_si ztqy = 0; ztqy <= 11; ztqy += 1) { uche[1 + ztqy] += ((uche[ztqy]) >> (47)); uche[ztqy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uche[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void owct(_uli *pjck, _uli *wiqa) { for (_si jxoo = 0; jxoo <= 12; jxoo += 1) { pjck[jxoo] = -wiqa[jxoo]; } } void anqz(_uli *hrf) { for (_si guby = 0; guby <= 11; guby += 1) { hrf[1 + guby] += ((hrf[guby]) >> (47)); hrf[guby] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hrf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fqyb(_si hjsq, _uli *wwrf, _uli *ilgb, _uli *bqat, _uli *fxbj, _uli *lrlf) { { _uli *oewf = ebux(); _uli *ksaq = bqii(); _uli *xelj = udez(); _uli *vqzt = veqw(); for (_si bdwn = 0; bdwn <= 44; bdwn += 1) { oewf[bdwn] = ((fxbj[bdwn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ksaq[bdwn] = ((fxbj[bdwn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xelj[bdwn] = ((lrlf[bdwn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vqzt[bdwn] = ((lrlf[bdwn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } sjkr(bqat); for (_si ireu = 0; ireu <= (-1 + (((45) >> (1)))); ireu += 1) { for (_si fmye = 0; fmye <= (-1 + (((45) >> (1)))); fmye += 1) { _uli mjpd = ksaq[ireu] * xelj[fmye] + oewf[ireu] * vqzt[fmye]; _uli aqhe = oewf[ireu] * xelj[fmye]; _uli pmhm = ksaq[ireu] * vqzt[fmye]; _uli hoxv = ((bqat[fmye + ireu]) + (aqhe) + (((((mjpd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hoxv < aqhe) { pmhm += 1; } _uli nuev = ((((mjpd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pmhm) << ((-47 + (((sizeof(_uli)) << (3)))))))); bqat[fmye + ireu] = hoxv; bqat[1 + fmye + ireu] += nuev; } vhqx(bqat); } { _uc *tznw = (_uc *)(oewf); for (_si gtyo = 0; gtyo <= 360; gtyo += 1) { tznw[gtyo] = (_uc)(255 + tznw[1 + gtyo]) * (_uc)(1 + tznw[gtyo]); } tznw[361] = 0; } prma(ksaq); { _uc *aqmd = (_uc *)(xelj); for (_si nher = 0; nher <= 360; nher += 1) { aqmd[nher] = (_uc)(1 + aqmd[nher]) * (_uc)(255 + aqmd[1 + nher]); } aqmd[361] = 0; } peci(vqzt); } { _uli *kmjn = yzdu(); { if (kmjn != bqat) { for (_si eoiz = 0; eoiz <= 44; eoiz += 1) { kmjn[eoiz] = bqat[eoiz]; } } } { ; } ipvv(hjsq, bqat); exvl(bqat, bqat, ilgb); pfkf(hjsq, bqat); oqth(bqat, bqat, wwrf); tjcf(bqat, bqat, kmjn); { _si sexc = (hjsq % 47); _si xmlf = ((hjsq) / (47)); _si lwzn = hjsq; if (lwzn > (8 * sizeof(_uli))) { lwzn = -1; } if (xmlf >= 45) { clxn(bqat); } else { _uli cltq = (((((_uli)(1)) << (sexc))) - ((_uli)(1))); if (lwzn < 0) { bqat[0] = 0; } else { bqat[0] = ((((bqat[0]) & (~cltq))) >> (lwzn)); }; if (xmlf != 0) { bqat[0] += ((((bqat[xmlf]) & (~cltq))) >> (sexc)); } for (_si chqm = 1; chqm <= (44 - xmlf); chqm += 1) { bqat[-1 + chqm] += ((((((bqat[chqm + xmlf]) & (cltq))) << (-sexc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bqat[chqm] = ((((bqat[chqm + xmlf]) & (~cltq))) >> (sexc)); } for (_si tqfd = 45 - xmlf; tqfd <= 44; tqfd += 1) { bqat[tqfd] = 0; } }; } { for (_si mvak = 0; mvak <= 44; mvak += 1) { kmjn[mvak] = bqat[mvak] - wwrf[mvak]; } svqc(kmjn); } _si dnid; { dnid = 0; _uli wfup = 19; for (_si hkxt = 44; hkxt >= 0; hkxt -= 1) { if (kmjn[hkxt] != 0) { dnid = ((((kmjn[hkxt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!dnid) { { if (bqat != kmjn) { for (_si ddmn = 0; ddmn <= 44; ddmn += 1) { bqat[ddmn] = kmjn[ddmn]; } } } } peci(kmjn); } } void omlv(_uli *izxx, _si uoim) { _si gqvw = (uoim % 47); _si hzxa = ((uoim) / (47)); _si uvvx = -gqvw + (((sizeof(_uli)) << (3))); if (hzxa >= 13) { { for (_si pxgd = 0; pxgd <= 12; pxgd += 1) { izxx[pxgd] = 0; } } } else { for (_si sipa = 12 - hzxa; sipa >= 1; sipa -= 1) { izxx[hzxa + sipa] = ((izxx[sipa]) << (gqvw)); if (uvvx < (8 * sizeof(_uli))) { izxx[hzxa + sipa] += ((((izxx[-1 + sipa]) >> (uvvx))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } izxx[hzxa] = ((izxx[0]) << (gqvw)); for (_si aozj = -1 + hzxa; aozj >= 0; aozj -= 1) { izxx[aozj] = 0; } }; jvwp(izxx); } void exte(_uli *ujcm, _uli *sweq) { if (ujcm != sweq) { for (_si xhor = 0; xhor <= 12; xhor += 1) { ujcm[xhor] = sweq[xhor]; } } } _si oqvj(_uli *kyxn) { _si jmni = 0; _uli ldnh = 19; for (_si wnym = 44; wnym >= 0; wnym -= 1) { if (kyxn[wnym] != 0) { jmni = ((((kyxn[wnym]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return jmni; } void wni(_uli *zdwk) { _si mybs; { mybs = 0; _uli oyxu = 19; for (_si bgsg = 12; bgsg >= 0; bgsg -= 1) { if (zdwk[bgsg] != 0) { mybs = ((((zdwk[bgsg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mybs) { pfks(zdwk, zdwk); } for (_si tco = 0; tco <= 11; tco += 1) { if (((((zdwk[tco]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zdwk[1 + tco] -= 1; } else { zdwk[1 + tco] += ((zdwk[tco]) >> (47)); }; zdwk[tco] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zdwk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mybs) { { for (_si pjy = 0; pjy <= 12; pjy += 1) { zdwk[pjy] = -zdwk[pjy]; } } } } void wjay(_uli *dljl, _si ipht) { _si puai = (ipht % 47); _si xyhb = ((ipht) / (47)); _si bfvh = -puai + (((sizeof(_uli)) << (3))); if (xyhb >= 13) { { for (_si qvzy = 0; qvzy <= 12; qvzy += 1) { dljl[qvzy] = 0; } } } else { for (_si sego = 12 - xyhb; sego >= 1; sego -= 1) { dljl[sego + xyhb] = ((dljl[sego]) << (puai)); if (bfvh < (8 * sizeof(_uli))) { dljl[sego + xyhb] += ((((dljl[-1 + sego]) >> (bfvh))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } dljl[xyhb] = ((dljl[0]) << (puai)); for (_si zvnz = -1 + xyhb; zvnz >= 0; zvnz -= 1) { dljl[zvnz] = 0; } }; yvvq(dljl); } void epvh(_uli *rbyq, _uli *fnuc, _uli *ppnp) { _uli *msfk = igzy(); _uli *hlyz = lbnq(); _uli *nivs = wsbw(); _uli *shfh = gysu(); for (_si dznu = 0; dznu <= 12; dznu += 1) { msfk[dznu] = ((fnuc[dznu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hlyz[dznu] = ((fnuc[dznu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); nivs[dznu] = ((ppnp[dznu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); shfh[dznu] = ((ppnp[dznu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zkds = 0; zkds <= 12; zkds += 1) { rbyq[zkds] = 0; } } for (_si votf = 0; votf <= (-1 + (((13) >> (1)))); votf += 1) { for (_si isdh = 0; isdh <= (-1 + (((13) >> (1)))); isdh += 1) { _uli anxw = hlyz[votf] * nivs[isdh] + msfk[votf] * shfh[isdh]; _uli ahdg = msfk[votf] * nivs[isdh]; _uli lszv = hlyz[votf] * shfh[isdh]; _uli mnzh = ((rbyq[isdh + votf]) + (ahdg) + (((((anxw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mnzh < ahdg) { lszv += 1; } _uli wkbx = ((((anxw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lszv) << ((-47 + (((sizeof(_uli)) << (3)))))))); rbyq[isdh + votf] = mnzh; rbyq[1 + isdh + votf] += wkbx; } xiss(rbyq); } gckn(msfk); uxid(hlyz); twu(nivs); { _uc *nijp = (_uc *)(shfh); for (_si ibos = 0; ibos <= 360; ibos += 1) { nijp[ibos] = (_uc)(1 + nijp[ibos]) * (_uc)(255 + nijp[1 + ibos]); } nijp[361] = 0; } } void ydz(_uc *kxb, _uc *hsqz, _si anrf) { _uc *wnwh = (_uc *)(kxb + 0); _uli *fbtb = (_uli *)(kxb + 352); _si asyv = (_si)(((fbtb[0]) & (63))); fbtb[0] += anrf; for (_si uqpn = 0; uqpn <= (-1 + anrf); uqpn += 1) { wnwh[asyv] = hsqz[uqpn]; asyv += 1; if (asyv == 64) { kykj(kxb); asyv = 0; } } } _si hswa(_uli *ngac) { _si kiwf = 0; _si hixk; { hixk = -1; for (_si hytg = 12; hytg >= 0; hytg -= 1) { if (ngac[hytg] != 0) { hixk = hytg; break; } } } kiwf = hixk == -1; return kiwf; } void yoad(_uc *qiqb, _uc *cjnk, _si rwzw) { { _ui *ttd = (_ui *)(qiqb + 64); for (_si hmaa = 0; hmaa <= 7; hmaa += 1) { ttd[4 + hmaa] = (((_ui)((cjnk + 4 * hmaa)[0])) + ((((_ui)((cjnk + 4 * hmaa)[1])) << (8))) + ((((_ui)((cjnk + 4 * hmaa)[2])) << (16))) + ((((_ui)((cjnk + 4 * hmaa)[3])) << (24)))); } } _ui *dhee = (_ui *)(qiqb + 64); _ui *nnog = (_ui *)(qiqb + 128); for (_si ulzs = 0; ulzs <= 3; ulzs += 1) { dhee[ulzs] = (((_ui)(((_uc *)(_m + 48146) + 4 * ulzs)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ulzs)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ulzs)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ulzs)[3])) << (24)))); } for (_si yyca = 0; yyca <= 3; yyca += 1) { dhee[12 + yyca] = rwzw; _m[65162] += 1; } nnog[0] = 3904225602; } void eiem(_uc *tldm, _uc *jvew, _si krzr) { _ui *woju = (_ui *)(tldm + 0); _ui *emka = (_ui *)(tldm + 128); _uc *lzbq = (_uc *)(woju); for (_si trls = 0; trls <= (-1 + krzr); trls += 1) { if (emka[0] >= 64) { bqpf(tldm); emka[0] = 0; } jvew[trls] ^= lzbq[emka[0]]; emka[0] += 1; } } _uc *zftr() { ; _uc *mwvs; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; mwvs = (_uc *)(_m + 362 * _s); break; } _s += 1; } return mwvs; } _uc *ehno() { ; _uc *fukg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; fukg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return fukg; } void uzzl(_uli *jzym) { for (_si igrj = 0; igrj <= 11; igrj += 1) { jzym[1 + igrj] += ((jzym[igrj]) >> (47)); jzym[igrj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jzym[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *hgjg() { ; _uli *udam; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; udam = (_uli *)(_m + 362 * _s); break; } _s += 1; } return udam; } _uli *bcbu() { ; _uli *ucoe; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ucoe = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ucoe; } void xyuq(_uli *rlis, _si gahq) { _si gzfo = (gahq % 47); _si kfzo = ((gahq) / (47)); _si tfcz = -gzfo + (((sizeof(_uli)) << (3))); if (kfzo >= 13) { { for (_si wsgd = 0; wsgd <= 12; wsgd += 1) { rlis[wsgd] = 0; } } } else { for (_si xngw = 12 - kfzo; xngw >= 1; xngw -= 1) { rlis[kfzo + xngw] = ((rlis[xngw]) << (gzfo)); if (tfcz < (8 * sizeof(_uli))) { rlis[kfzo + xngw] += ((((rlis[-1 + xngw]) >> (tfcz))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } rlis[kfzo] = ((rlis[0]) << (gzfo)); for (_si nddi = -1 + kfzo; nddi >= 0; nddi -= 1) { rlis[nddi] = 0; } }; { for (_si klst = 0; klst <= 11; klst += 1) { rlis[1 + klst] += ((rlis[klst]) >> (47)); rlis[klst] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rlis[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void dkmo(_uli *gdrw, _si kzgr) { _si cnsv = (kzgr % 47); _si ufcf = ((kzgr) / (47)); _si nxzg = kzgr; if (nxzg > (8 * sizeof(_uli))) { nxzg = -1; } if (ufcf >= 13) { { for (_si ocor = 0; ocor <= 12; ocor += 1) { gdrw[ocor] = 0; } } } else { _uli mxk = (((((_uli)(1)) << (cnsv))) - ((_uli)(1))); if (nxzg < 0) { gdrw[0] = 0; } else { gdrw[0] = ((((gdrw[0]) & (~mxk))) >> (nxzg)); }; if (ufcf != 0) { gdrw[0] += ((((gdrw[ufcf]) & (~mxk))) >> (cnsv)); } for (_si wamo = 1; wamo <= (12 - ufcf); wamo += 1) { gdrw[-1 + wamo] += ((((((gdrw[ufcf + wamo]) & (mxk))) << (-cnsv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gdrw[wamo] = ((((gdrw[ufcf + wamo]) & (~mxk))) >> (cnsv)); } for (_si rir = 13 - ufcf; rir <= 12; rir += 1) { gdrw[rir] = 0; } }; } void lxhw(_uli *kcd, _uli *ajfa, _uli *hngp) { for (_si mglj = 0; mglj <= 12; mglj += 1) { kcd[mglj] = ajfa[mglj] - hngp[mglj]; } { _si wgne = kpmm(kcd); if (wgne) { { for (_si mjod = 0; mjod <= 12; mjod += 1) { kcd[mjod] = -kcd[mjod]; } } } for (_si sfto = 0; sfto <= 11; sfto += 1) { if (((((kcd[sfto]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kcd[1 + sfto] -= 1; } else { kcd[1 + sfto] += ((kcd[sfto]) >> (47)); }; kcd[sfto] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kcd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wgne) { { for (_si qock = 0; qock <= 12; qock += 1) { kcd[qock] = -kcd[qock]; } } } } } _uc *sxho() { ; _uc *cayc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; cayc = (_uc *)(_m + 362 * _s); break; } _s += 1; } return cayc; } void zseq(_uli *nfrp) { _uc *mkdh = (_uc *)(nfrp); for (_si iurd = 0; iurd <= 360; iurd += 1) { mkdh[iurd] = (_uc)(255 + mkdh[1 + iurd]) * (_uc)(1 + mkdh[iurd]); } mkdh[361] = 0; } _uli *yjxy() { ; _uli *lhqw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; lhqw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return lhqw; } void oqki(_si btdt, _uli *kbvj, _uli *dowu, _uli *xswt, _uli *gufz) { _uli *dbsn = usvv(); { if (dbsn != gufz) { for (_si oad = 0; oad <= 12; oad += 1) { dbsn[oad] = gufz[oad]; } } } hmlr(xswt, gufz); { xswt[(((btdt) / (47)))] &= ((((((_uli)(1)) << ((btdt % 47)))) - ((_uli)(1)))); for (_si ofxp = 1 + (((btdt) / (47))); ofxp <= 12; ofxp += 1) { xswt[ofxp] = 0; } } { _uli *fnyl = wjle(); _uli *oebm = itcx(); _uli *dzob = ltdc(); _uli *jlcd = npje(); for (_si amhm = 0; amhm <= 12; amhm += 1) { fnyl[amhm] = ((xswt[amhm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oebm[amhm] = ((xswt[amhm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dzob[amhm] = ((dowu[amhm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jlcd[amhm] = ((dowu[amhm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zdaq = 0; zdaq <= 12; zdaq += 1) { xswt[zdaq] = 0; } } for (_si dykd = 0; dykd <= (-1 + (((13) >> (1)))); dykd += 1) { for (_si axp = 0; axp <= (-1 + (((13) >> (1)))); axp += 1) { _uli kuiz = dzob[axp] * oebm[dykd] + fnyl[dykd] * jlcd[axp]; _uli ayx = dzob[axp] * fnyl[dykd]; _uli wntr = jlcd[axp] * oebm[dykd]; _uli eum = ((xswt[axp + dykd]) + (ayx) + (((((kuiz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (eum < ayx) { wntr += 1; } _uli mbl = ((((kuiz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wntr) << ((-47 + (((sizeof(_uli)) << (3)))))))); xswt[axp + dykd] = eum; xswt[1 + axp + dykd] += mbl; } ekjm(xswt); } { _uc *xis = (_uc *)(fnyl); for (_si ndqj = 0; ndqj <= 360; ndqj += 1) { xis[ndqj] = (_uc)(1 + xis[ndqj]) * (_uc)(255 + xis[1 + ndqj]); } xis[361] = 0; } lwfw(oebm); { _uc *cor = (_uc *)(dzob); for (_si pttl = 0; pttl <= 360; pttl += 1) { cor[pttl] = (_uc)(1 + cor[pttl]) * (_uc)(255 + cor[1 + pttl]); } cor[361] = 0; } { _uc *cehl = (_uc *)(jlcd); for (_si xuip = 0; xuip <= 360; xuip += 1) { cehl[xuip] = (_uc)(1 + cehl[xuip]) * (_uc)(255 + cehl[1 + xuip]); } cehl[361] = 0; } } { xswt[(((btdt) / (47)))] &= ((((((_uli)(1)) << ((btdt % 47)))) - ((_uli)(1)))); for (_si xhgu = 1 + (((btdt) / (47))); xhgu <= 12; xhgu += 1) { xswt[xhgu] = 0; } } { _uli *donb = tewx(); _uli *xkrf = cxsb(); _uli *yew = nyjk(); _uli *mnbd = ofhj(); for (_si wign = 0; wign <= 12; wign += 1) { donb[wign] = ((xswt[wign]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xkrf[wign] = ((xswt[wign]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yew[wign] = ((kbvj[wign]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mnbd[wign] = ((kbvj[wign]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ivvq = 0; ivvq <= 12; ivvq += 1) { xswt[ivvq] = 0; } } for (_si lvju = 0; lvju <= (-1 + (((13) >> (1)))); lvju += 1) { for (_si twa = 0; twa <= (-1 + (((13) >> (1)))); twa += 1) { _uli jaqr = donb[lvju] * mnbd[twa] + xkrf[lvju] * yew[twa]; _uli iilp = donb[lvju] * yew[twa]; _uli kbod = mnbd[twa] * xkrf[lvju]; _uli cazy = ((xswt[lvju + twa]) + (iilp) + (((((jaqr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (cazy < iilp) { kbod += 1; } _uli qubi = ((((jaqr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kbod) << ((-47 + (((sizeof(_uli)) << (3)))))))); xswt[lvju + twa] = cazy; xswt[1 + lvju + twa] += qubi; } pprn(xswt); } { _uc *ans = (_uc *)(donb); for (_si wtc = 0; wtc <= 360; wtc += 1) { ans[wtc] = (_uc)(255 + ans[1 + wtc]) * (_uc)(1 + ans[wtc]); } ans[361] = 0; } qejy(xkrf); qxmn(yew); { _uc *dcmi = (_uc *)(mnbd); for (_si kffs = 0; kffs <= 360; kffs += 1) { dcmi[kffs] = (_uc)(1 + dcmi[kffs]) * (_uc)(255 + dcmi[1 + kffs]); } dcmi[361] = 0; } } { for (_si fhri = 0; fhri <= 12; fhri += 1) { xswt[fhri] = dbsn[fhri] + xswt[fhri]; } { _si usuo = grhp(xswt); if (usuo) { { for (_si jim = 0; jim <= 12; jim += 1) { xswt[jim] = -xswt[jim]; } } } for (_si neem = 0; neem <= 11; neem += 1) { if (((((xswt[neem]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xswt[1 + neem] -= 1; } else { xswt[1 + neem] += ((xswt[neem]) >> (47)); }; xswt[neem] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xswt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (usuo) { { for (_si qoga = 0; qoga <= 12; qoga += 1) { xswt[qoga] = -xswt[qoga]; } } } } } { _si pupn = (btdt % 47); _si zjg = ((btdt) / (47)); _si vgfd = btdt; if (vgfd > (8 * sizeof(_uli))) { vgfd = -1; } if (zjg >= 13) { { for (_si zhsj = 0; zhsj <= 12; zhsj += 1) { xswt[zhsj] = 0; } } } else { _uli wvje = (((((_uli)(1)) << (pupn))) - ((_uli)(1))); if (vgfd < 0) { xswt[0] = 0; } else { xswt[0] = ((((xswt[0]) & (~wvje))) >> (vgfd)); }; if (zjg != 0) { xswt[0] += ((((xswt[zjg]) & (~wvje))) >> (pupn)); } for (_si jesy = 1; jesy <= (12 - zjg); jesy += 1) { xswt[-1 + jesy] += ((((((xswt[jesy + zjg]) & (wvje))) << (-pupn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xswt[jesy] = ((((xswt[jesy + zjg]) & (~wvje))) >> (pupn)); } for (_si gevk = 13 - zjg; gevk <= 12; gevk += 1) { xswt[gevk] = 0; } }; } { for (_si blwv = 0; blwv <= 12; blwv += 1) { dbsn[blwv] = -kbvj[blwv] + xswt[blwv]; } { _si qlvf; { qlvf = 0; _uli fdvn = 19; for (_si hpvm = 12; hpvm >= 0; hpvm -= 1) { if (dbsn[hpvm] != 0) { qlvf = ((((dbsn[hpvm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qlvf) { { for (_si rxfi = 0; rxfi <= 12; rxfi += 1) { dbsn[rxfi] = -dbsn[rxfi]; } } } for (_si xonp = 0; xonp <= 11; xonp += 1) { if (((((dbsn[xonp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dbsn[1 + xonp] -= 1; } else { dbsn[1 + xonp] += ((dbsn[xonp]) >> (47)); }; dbsn[xonp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dbsn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qlvf) { { for (_si msnf = 0; msnf <= 12; msnf += 1) { dbsn[msnf] = -dbsn[msnf]; } } } } } _si jhgd; { jhgd = 0; _uli rlkz = 19; for (_si wlrg = 12; wlrg >= 0; wlrg -= 1) { if (dbsn[wlrg] != 0) { jhgd = ((((dbsn[wlrg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!jhgd) { grpr(xswt, dbsn); } { _uc *vsc = (_uc *)(dbsn); for (_si slkd = 0; slkd <= 360; slkd += 1) { vsc[slkd] = (_uc)(1 + vsc[slkd]) * (_uc)(255 + vsc[1 + slkd]); } vsc[361] = 0; } } void qzqy(_uli *wqf) { _uc *emga = (_uc *)(wqf); for (_si rqk = 0; rqk <= 360; rqk += 1) { emga[rqk] = (_uc)(1 + emga[rqk]) * (_uc)(255 + emga[1 + rqk]); } emga[361] = 0; } void ndt(_ui *dfpm, _si hvuu, _si oag, _si anti, _si vhgq) { dfpm[hvuu] += dfpm[oag]; dfpm[vhgq] ^= dfpm[hvuu]; dfpm[vhgq] = ((((dfpm[vhgq]) << (16))) | (((dfpm[vhgq]) >> (16)))); dfpm[anti] += dfpm[vhgq]; dfpm[oag] ^= dfpm[anti]; dfpm[oag] = ((((dfpm[oag]) << (12))) | (((dfpm[oag]) >> (20)))); dfpm[hvuu] += dfpm[oag]; dfpm[vhgq] ^= dfpm[hvuu]; dfpm[vhgq] = ((((dfpm[vhgq]) << (8))) | (((dfpm[vhgq]) >> (24)))); dfpm[anti] += dfpm[vhgq]; dfpm[oag] ^= dfpm[anti]; dfpm[oag] = ((((dfpm[oag]) << (7))) | (((dfpm[oag]) >> (25)))); } void kbtu(_uli *bjyj, _uli *rqik, _uli *irld) { for (_si zvva = 0; zvva <= 12; zvva += 1) { bjyj[zvva] = -irld[zvva] + rqik[zvva]; } jopy(bjyj); } void clxk(_uli *sskt) { for (_si anbn = 0; anbn <= 43; anbn += 1) { sskt[1 + anbn] += ((sskt[anbn]) >> (47)); sskt[anbn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sskt[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uc *lire() { ; _uc *wbro; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; wbro = (_uc *)(_m + 362 * _s); break; } _s += 1; } return wbro; } void xpkk(_uli *zrfj, _uli *vyys) { if (zrfj != vyys) { for (_si bsfs = 0; bsfs <= 12; bsfs += 1) { zrfj[bsfs] = vyys[bsfs]; } } } void axul(_uc *lsae, _uc *gwaz, _si fjeo) { _ui *qizl = (_ui *)(lsae + 0); _ui *svov = (_ui *)(lsae + 128); _uc *zieh = (_uc *)(qizl); for (_si vwrk = 0; vwrk <= (-1 + fjeo); vwrk += 1) { if (svov[0] >= 64) { { _ui *zbxb = (_ui *)(lsae + 0); _ui *mhrw = (_ui *)(lsae + 64); for (_si bbtq = 0; bbtq <= 15; bbtq += 1) { zbxb[bbtq] = mhrw[bbtq]; } for (_si ydnx = 0; ydnx <= 9; ydnx += 1) { { zbxb[0] += zbxb[4]; zbxb[12] ^= zbxb[0]; zbxb[12] = ((((zbxb[12]) << (16))) | (((zbxb[12]) >> (16)))); zbxb[8] += zbxb[12]; zbxb[4] ^= zbxb[8]; zbxb[4] = ((((zbxb[4]) << (12))) | (((zbxb[4]) >> (20)))); zbxb[0] += zbxb[4]; zbxb[12] ^= zbxb[0]; zbxb[12] = ((((zbxb[12]) << (8))) | (((zbxb[12]) >> (24)))); zbxb[8] += zbxb[12]; zbxb[4] ^= zbxb[8]; zbxb[4] = ((((zbxb[4]) << (7))) | (((zbxb[4]) >> (25)))); } awge(zbxb, 1, 5, 9, 13); zqv(zbxb, 2, 6, 10, 14); vvr(zbxb, 3, 7, 11, 15); { zbxb[0] += zbxb[5]; zbxb[15] ^= zbxb[0]; zbxb[15] = ((((zbxb[15]) << (16))) | (((zbxb[15]) >> (16)))); zbxb[10] += zbxb[15]; zbxb[5] ^= zbxb[10]; zbxb[5] = ((((zbxb[5]) << (12))) | (((zbxb[5]) >> (20)))); zbxb[0] += zbxb[5]; zbxb[15] ^= zbxb[0]; zbxb[15] = ((((zbxb[15]) << (8))) | (((zbxb[15]) >> (24)))); zbxb[10] += zbxb[15]; zbxb[5] ^= zbxb[10]; zbxb[5] = ((((zbxb[5]) << (7))) | (((zbxb[5]) >> (25)))); } ekby(zbxb, 1, 6, 11, 12); ufli(zbxb, 2, 7, 8, 13); { zbxb[3] += zbxb[4]; zbxb[14] ^= zbxb[3]; zbxb[14] = ((((zbxb[14]) << (16))) | (((zbxb[14]) >> (16)))); zbxb[9] += zbxb[14]; zbxb[4] ^= zbxb[9]; zbxb[4] = ((((zbxb[4]) << (12))) | (((zbxb[4]) >> (20)))); zbxb[3] += zbxb[4]; zbxb[14] ^= zbxb[3]; zbxb[14] = ((((zbxb[14]) << (8))) | (((zbxb[14]) >> (24)))); zbxb[9] += zbxb[14]; zbxb[4] ^= zbxb[9]; zbxb[4] = ((((zbxb[4]) << (7))) | (((zbxb[4]) >> (25)))); } _m[65163] += 1; } for (_si sigj = 0; sigj <= 15; sigj += 1) { zbxb[sigj] += mhrw[sigj]; } mhrw[12] += 1; if (mhrw[12] == 0) { mhrw[13] += 1; } } svov[0] = 0; } gwaz[vwrk] ^= zieh[svov[0]]; svov[0] += 1; } } _si mvpl(_uli *dbjb) { _si etrb = 0; _uli ejtg = 19; for (_si mrh = 12; mrh >= 0; mrh -= 1) { if (dbjb[mrh] != 0) { etrb = ((((dbjb[mrh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return etrb; } void chjd(_uc *ukp, _uc *opu, _si fpx) { _ui *brd = (_ui *)(ukp + 0); _ui *jvpe = (_ui *)(ukp + 128); _uc *hrbk = (_uc *)(brd); for (_si psz = 0; psz <= (-1 + fpx); psz += 1) { if (jvpe[0] >= 64) { { _ui *nkzi = (_ui *)(ukp + 0); _ui *nawh = (_ui *)(ukp + 64); for (_si gnvq = 0; gnvq <= 15; gnvq += 1) { nkzi[gnvq] = nawh[gnvq]; } for (_si btss = 0; btss <= 9; btss += 1) { wxss(nkzi, 0, 4, 8, 12); { nkzi[1] += nkzi[5]; nkzi[13] ^= nkzi[1]; nkzi[13] = ((((nkzi[13]) << (16))) | (((nkzi[13]) >> (16)))); nkzi[9] += nkzi[13]; nkzi[5] ^= nkzi[9]; nkzi[5] = ((((nkzi[5]) << (12))) | (((nkzi[5]) >> (20)))); nkzi[1] += nkzi[5]; nkzi[13] ^= nkzi[1]; nkzi[13] = ((((nkzi[13]) << (8))) | (((nkzi[13]) >> (24)))); nkzi[9] += nkzi[13]; nkzi[5] ^= nkzi[9]; nkzi[5] = ((((nkzi[5]) << (7))) | (((nkzi[5]) >> (25)))); } edlu(nkzi, 2, 6, 10, 14); { nkzi[3] += nkzi[7]; nkzi[15] ^= nkzi[3]; nkzi[15] = ((((nkzi[15]) << (16))) | (((nkzi[15]) >> (16)))); nkzi[11] += nkzi[15]; nkzi[7] ^= nkzi[11]; nkzi[7] = ((((nkzi[7]) << (12))) | (((nkzi[7]) >> (20)))); nkzi[3] += nkzi[7]; nkzi[15] ^= nkzi[3]; nkzi[15] = ((((nkzi[15]) << (8))) | (((nkzi[15]) >> (24)))); nkzi[11] += nkzi[15]; nkzi[7] ^= nkzi[11]; nkzi[7] = ((((nkzi[7]) << (7))) | (((nkzi[7]) >> (25)))); } { nkzi[0] += nkzi[5]; nkzi[15] ^= nkzi[0]; nkzi[15] = ((((nkzi[15]) << (16))) | (((nkzi[15]) >> (16)))); nkzi[10] += nkzi[15]; nkzi[5] ^= nkzi[10]; nkzi[5] = ((((nkzi[5]) << (12))) | (((nkzi[5]) >> (20)))); nkzi[0] += nkzi[5]; nkzi[15] ^= nkzi[0]; nkzi[15] = ((((nkzi[15]) << (8))) | (((nkzi[15]) >> (24)))); nkzi[10] += nkzi[15]; nkzi[5] ^= nkzi[10]; nkzi[5] = ((((nkzi[5]) << (7))) | (((nkzi[5]) >> (25)))); } zqv(nkzi, 1, 6, 11, 12); ntrk(nkzi, 2, 7, 8, 13); sqml(nkzi, 3, 4, 9, 14); _m[65163] += 1; } for (_si ypfj = 0; ypfj <= 15; ypfj += 1) { nkzi[ypfj] += nawh[ypfj]; } nawh[12] += 1; if (nawh[12] == 0) { nawh[13] += 1; } } jvpe[0] = 0; } opu[psz] ^= hrbk[jvpe[0]]; jvpe[0] += 1; } } void khav(_uli *nbb, _si ormr) { _si rfeg = (ormr % 47); _si aocl = ((ormr) / (47)); _si noys = -rfeg + (((sizeof(_uli)) << (3))); if (aocl >= 45) { { for (_si gyuj = 0; gyuj <= 44; gyuj += 1) { nbb[gyuj] = 0; } } } else { for (_si vddw = 44 - aocl; vddw >= 1; vddw -= 1) { nbb[aocl + vddw] = ((nbb[vddw]) << (rfeg)); if (noys < (8 * sizeof(_uli))) { nbb[aocl + vddw] += ((((nbb[-1 + vddw]) >> (noys))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } nbb[aocl] = ((nbb[0]) << (rfeg)); for (_si rvpg = -1 + aocl; rvpg >= 0; rvpg -= 1) { nbb[rvpg] = 0; } }; pbcc(nbb); } void huzs(_uli *vck, _uli *mhv) { for (_si yiz = 0; yiz <= 12; yiz += 1) { vck[yiz] = -mhv[yiz]; } } void jmds(_uli *aqah) { for (_si yflm = 0; yflm <= 12; yflm += 1) { aqah[yflm] = 0; } } void sitd(_uli *rzjb, _uli *bupa) { for (_si tnzr = 0; tnzr <= 12; tnzr += 1) { rzjb[tnzr] = -bupa[tnzr]; } } void bjzp(_uc *zfwr, _uc *rgui, _si isuo) { _ui *wdef = (_ui *)(zfwr + 0); _ui *dztc = (_ui *)(zfwr + 128); _uc *zvvz = (_uc *)(wdef); for (_si aemj = 0; aemj <= (-1 + isuo); aemj += 1) { if (dztc[0] >= 64) { { _ui *gwjd = (_ui *)(zfwr + 0); _ui *opkh = (_ui *)(zfwr + 64); for (_si nswe = 0; nswe <= 15; nswe += 1) { gwjd[nswe] = opkh[nswe]; } for (_si ufem = 0; ufem <= 9; ufem += 1) { edlu(gwjd, 0, 4, 8, 12); uho(gwjd, 1, 5, 9, 13); fwa(gwjd, 2, 6, 10, 14); kjv(gwjd, 3, 7, 11, 15); xdtp(gwjd, 0, 5, 10, 15); { gwjd[1] += gwjd[6]; gwjd[12] ^= gwjd[1]; gwjd[12] = ((((gwjd[12]) << (16))) | (((gwjd[12]) >> (16)))); gwjd[11] += gwjd[12]; gwjd[6] ^= gwjd[11]; gwjd[6] = ((((gwjd[6]) << (12))) | (((gwjd[6]) >> (20)))); gwjd[1] += gwjd[6]; gwjd[12] ^= gwjd[1]; gwjd[12] = ((((gwjd[12]) << (8))) | (((gwjd[12]) >> (24)))); gwjd[11] += gwjd[12]; gwjd[6] ^= gwjd[11]; gwjd[6] = ((((gwjd[6]) << (7))) | (((gwjd[6]) >> (25)))); } { gwjd[2] += gwjd[7]; gwjd[13] ^= gwjd[2]; gwjd[13] = ((((gwjd[13]) << (16))) | (((gwjd[13]) >> (16)))); gwjd[8] += gwjd[13]; gwjd[7] ^= gwjd[8]; gwjd[7] = ((((gwjd[7]) << (12))) | (((gwjd[7]) >> (20)))); gwjd[2] += gwjd[7]; gwjd[13] ^= gwjd[2]; gwjd[13] = ((((gwjd[13]) << (8))) | (((gwjd[13]) >> (24)))); gwjd[8] += gwjd[13]; gwjd[7] ^= gwjd[8]; gwjd[7] = ((((gwjd[7]) << (7))) | (((gwjd[7]) >> (25)))); } ndt(gwjd, 3, 4, 9, 14); _m[65163] += 1; } for (_si sckv = 0; sckv <= 15; sckv += 1) { gwjd[sckv] += opkh[sckv]; } opkh[12] += 1; if (opkh[12] == 0) { opkh[13] += 1; } } dztc[0] = 0; } rgui[aemj] ^= zvvz[dztc[0]]; dztc[0] += 1; } } void thby(_uli *tcgi, _uli *mnou, _uli *yvoq) { for (_si ypvy = 0; ypvy <= 12; ypvy += 1) { tcgi[ypvy] = mnou[ypvy] - yvoq[ypvy]; } amba(tcgi); } void djmw(_uli *kzah) { _si ucmw = ebsh(kzah); if (ucmw) { { for (_si rqdm = 0; rqdm <= 12; rqdm += 1) { kzah[rqdm] = -kzah[rqdm]; } } } for (_si pdbp = 0; pdbp <= 11; pdbp += 1) { if (((((kzah[pdbp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kzah[1 + pdbp] -= 1; } else { kzah[1 + pdbp] += ((kzah[pdbp]) >> (47)); }; kzah[pdbp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kzah[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ucmw) { { for (_si uxxm = 0; uxxm <= 12; uxxm += 1) { kzah[uxxm] = -kzah[uxxm]; } } } } void eqak(_uli *bwnr, _uli *vxbb) { for (_si xtgm = 0; xtgm <= 12; xtgm += 1) { bwnr[xtgm] = -vxbb[xtgm]; } } void zfkh(_si oudi, _uli *azyc, _uli *xeap, _uli *ilgi, _uli *unoo) { _uli *hrdj = mfoa(); { if (hrdj != unoo) { for (_si ejdl = 0; ejdl <= 44; ejdl += 1) { hrdj[ejdl] = unoo[ejdl]; } } } { if (ilgi != unoo) { for (_si tyvd = 0; tyvd <= 44; tyvd += 1) { ilgi[tyvd] = unoo[tyvd]; } } } { ilgi[(((oudi) / (47)))] &= ((((((_uli)(1)) << ((oudi % 47)))) - ((_uli)(1)))); for (_si rmyn = 1 + (((oudi) / (47))); rmyn <= 44; rmyn += 1) { ilgi[rmyn] = 0; } } hhjh(ilgi, ilgi, xeap); { ilgi[(((oudi) / (47)))] &= ((((((_uli)(1)) << ((oudi % 47)))) - ((_uli)(1)))); for (_si ajfd = 1 + (((oudi) / (47))); ajfd <= 44; ajfd += 1) { ilgi[ajfd] = 0; } } sdfn(ilgi, ilgi, azyc); { for (_si bkqw = 0; bkqw <= 44; bkqw += 1) { ilgi[bkqw] = hrdj[bkqw] + ilgi[bkqw]; } { _si sghj; { sghj = 0; _uli airs = 19; for (_si aqmz = 44; aqmz >= 0; aqmz -= 1) { if (ilgi[aqmz] != 0) { sghj = ((((ilgi[aqmz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (sghj) { zntk(ilgi, ilgi); } for (_si iryc = 0; iryc <= 43; iryc += 1) { if (((((ilgi[iryc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ilgi[1 + iryc] -= 1; } else { ilgi[1 + iryc] += ((ilgi[iryc]) >> (47)); }; ilgi[iryc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ilgi[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sghj) { hoqq(ilgi, ilgi); } } } { _si unxk = (oudi % 47); _si vtik = ((oudi) / (47)); _si mlvj = oudi; if (mlvj > (8 * sizeof(_uli))) { mlvj = -1; } if (vtik >= 45) { { for (_si bwfk = 0; bwfk <= 44; bwfk += 1) { ilgi[bwfk] = 0; } } } else { _uli fsxe = (((((_uli)(1)) << (unxk))) - ((_uli)(1))); if (mlvj < 0) { ilgi[0] = 0; } else { ilgi[0] = ((((ilgi[0]) & (~fsxe))) >> (mlvj)); }; if (vtik != 0) { ilgi[0] += ((((ilgi[vtik]) & (~fsxe))) >> (unxk)); } for (_si jqod = 1; jqod <= (44 - vtik); jqod += 1) { ilgi[-1 + jqod] += ((((((ilgi[jqod + vtik]) & (fsxe))) << (-unxk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ilgi[jqod] = ((((ilgi[jqod + vtik]) & (~fsxe))) >> (unxk)); } for (_si kzci = 45 - vtik; kzci <= 44; kzci += 1) { ilgi[kzci] = 0; } }; } wfdd(hrdj, ilgi, azyc); _si qdxq; { qdxq = 0; _uli lyjd = 19; for (_si vkuh = 44; vkuh >= 0; vkuh -= 1) { if (hrdj[vkuh] != 0) { qdxq = ((((hrdj[vkuh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!qdxq) { { if (ilgi != hrdj) { for (_si pdju = 0; pdju <= 44; pdju += 1) { ilgi[pdju] = hrdj[pdju]; } } } } { _uc *fjcc = (_uc *)(hrdj); for (_si tjur = 0; tjur <= 360; tjur += 1) { fjcc[tjur] = (_uc)(1 + fjcc[tjur]) * (_uc)(255 + fjcc[1 + tjur]); } fjcc[361] = 0; } } void ifj(_uc *kwn, _uc *hpzz) { _ui *jwsd = (_ui *)(kwn + 64); for (_si ify = 0; ify <= 7; ify += 1) { jwsd[4 + ify] = (((_ui)((hpzz + 4 * ify)[0])) + ((((_ui)((hpzz + 4 * ify)[1])) << (8))) + ((((_ui)((hpzz + 4 * ify)[2])) << (16))) + ((((_ui)((hpzz + 4 * ify)[3])) << (24)))); } } void fuyf(_uli *gnga) { _si btdy; { btdy = 0; _uli hnmr = 19; for (_si brec = 12; brec >= 0; brec -= 1) { if (gnga[brec] != 0) { btdy = ((((gnga[brec]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (btdy) { yqzm(gnga, gnga); } for (_si sgzw = 0; sgzw <= 11; sgzw += 1) { if (((((gnga[sgzw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gnga[1 + sgzw] -= 1; } else { gnga[1 + sgzw] += ((gnga[sgzw]) >> (47)); }; gnga[sgzw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gnga[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (btdy) { { for (_si elhh = 0; elhh <= 12; elhh += 1) { gnga[elhh] = -gnga[elhh]; } } } } void fxrd(_uli *tpse, _uli *nehm, _uli *fuhp) { for (_si mlzi = 0; mlzi <= 12; mlzi += 1) { tpse[mlzi] = -fuhp[mlzi] + nehm[mlzi]; } qnyh(tpse); } void sxwb(_si aiff, _uli *pgqm, _uli *jzfe, _uli *vqev, _uli *szxe, _uli *onir) { gcgj(vqev, szxe, onir); doro(aiff, pgqm, jzfe, vqev, vqev); } void ybny(_uli *ehlt) { _si vjnd = fuvl(ehlt); if (vjnd) { vdhl(ehlt, ehlt); } for (_si pman = 0; pman <= 11; pman += 1) { if (((((ehlt[pman]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ehlt[1 + pman] -= 1; } else { ehlt[1 + pman] += ((ehlt[pman]) >> (47)); }; ehlt[pman] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ehlt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vjnd) { { for (_si mgbq = 0; mgbq <= 12; mgbq += 1) { ehlt[mgbq] = -ehlt[mgbq]; } } } } void vlmy(_uc *wnme, _uc *ehdl, _si gbet) { { _ui *jgwl = (_ui *)(wnme + 64); for (_si igis = 0; igis <= 7; igis += 1) { jgwl[4 + igis] = (((_ui)((ehdl + 4 * igis)[0])) + ((((_ui)((ehdl + 4 * igis)[1])) << (8))) + ((((_ui)((ehdl + 4 * igis)[2])) << (16))) + ((((_ui)((ehdl + 4 * igis)[3])) << (24)))); } } _ui *snyb = (_ui *)(wnme + 64); _ui *jhpy = (_ui *)(wnme + 128); for (_si kyvc = 0; kyvc <= 3; kyvc += 1) { snyb[kyvc] = (((_ui)(((_uc *)(_m + 48146) + 4 * kyvc)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kyvc)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kyvc)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kyvc)[3])) << (24)))); } for (_si uwrc = 0; uwrc <= 3; uwrc += 1) { snyb[12 + uwrc] = gbet; _m[65162] += 1; } jhpy[0] = 3904225602; } void esun(_uli *ugwu) { for (_si occ = 0; occ <= 12; occ += 1) { ugwu[occ] = 0; } } void dwiq(_uli *isaw, _uli *lpup, _uli *rqyl, _uli *diwn) { jilg(lpup, rqyl, diwn); { _uli *aoog = mazz(); { ydcz(lpup, lpup); _si wfna; { wfna = -1; for (_si tgrw = 12; tgrw >= 0; tgrw -= 1) { if (lpup[tgrw] != 0) { wfna = tgrw; break; } } } _si cbtn; { cbtn = -1; for (_si mcun = 12; mcun >= 0; mcun -= 1) { if (isaw[mcun] != 0) { cbtn = mcun; break; } } } if (wfna >= cbtn) { _si hien = 0; _uli cszs = isaw[cbtn]; while (cszs < (((((((_uli)(1)) << (47)))) >> (1)))) { hien += 1; cszs <<= 1; } if (cbtn == 0) { hien += 47; wfna += 1; cbtn += 1; } if (hien > 0) { ydhd(lpup, hien); sebi(isaw, hien); } _si haux = -cbtn + wfna; cszs = isaw[cbtn]; _uli fzep = isaw[-1 + cbtn]; for (_si ujcz = haux; ujcz >= 0; ujcz -= 1) { __uint128_t uwjo = lpup[cbtn + ujcz] + (__uint128_t)(((((_uli)(1)) << (47)))) * lpup[1 + cbtn + ujcz]; _uli wehn = 0; __uint128_t ktdp = ((uwjo) / (cszs)); __uint128_t espa = (uwjo % cszs); while (ktdp == ((((_uli)(1)) << (47))) || (fzep * ktdp) > (lpup[-1 + cbtn + ujcz] + ((((_uli)(1)) << (47))) * espa)) { ktdp -= 1; espa += cszs; if (espa >= ((((_uli)(1)) << (47)))) { break; } } uwjo = 0; for (_si wiga = 0; wiga <= cbtn; wiga += 1) { uwjo += isaw[wiga] * ktdp; wehn = lpup[ujcz + wiga]; if (uwjo > wehn) { uwjo -= wehn; wehn = uwjo % ((((_uli)(1)) << (47))); uwjo = ((uwjo) / (((((_uli)(1)) << (47))))); if (wehn == 0) { lpup[ujcz + wiga] = 0; } else { lpup[ujcz + wiga] = ((1 + ~(_uli)(wehn)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); uwjo += 1; }; } else { lpup[ujcz + wiga] -= uwjo; uwjo = 0; }; } wehn = lpup[1 + cbtn + ujcz]; if (uwjo > wehn) { isaw[1 + cbtn + ujcz] = -1 + ktdp; uwjo = 0; for (_si josf = 0; josf <= cbtn; josf += 1) { uwjo += isaw[josf] + lpup[josf + ujcz]; lpup[josf + ujcz] = uwjo % ((((_uli)(1)) << (47))); uwjo = ((uwjo) / (((((_uli)(1)) << (47))))); } } else { isaw[1 + cbtn + ujcz] = ktdp; lpup[1 + cbtn + ujcz] -= uwjo; }; } for (_si aubl = 0; aubl <= haux; aubl += 1) { aoog[aubl] = isaw[1 + aubl + cbtn]; lpup[1 + aubl + cbtn] = 0; } for (_si gogs = 1 + haux; gogs <= 12; gogs += 1) { aoog[gogs] = 0; } if (aoog != isaw) { for (_si spvb = 1 + cbtn; spvb <= (1 + wfna); spvb += 1) { isaw[spvb] = 0; } if (hien > 0) { { _si rjlc = (hien % 47); _si upvx = ((hien) / (47)); _si bhys = hien; if (bhys > (8 * sizeof(_uli))) { bhys = -1; } if (upvx >= 13) { { for (_si xpza = 0; xpza <= 12; xpza += 1) { isaw[xpza] = 0; } } } else { _uli zwmp = (((((_uli)(1)) << (rjlc))) - ((_uli)(1))); if (bhys < 0) { isaw[0] = 0; } else { isaw[0] = ((((isaw[0]) & (~zwmp))) >> (bhys)); }; if (upvx != 0) { isaw[0] += ((((isaw[upvx]) & (~zwmp))) >> (rjlc)); } for (_si naoh = 1; naoh <= (12 - upvx); naoh += 1) { isaw[-1 + naoh] += ((((((isaw[naoh + upvx]) & (zwmp))) << (-rjlc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); isaw[naoh] = ((((isaw[naoh + upvx]) & (~zwmp))) >> (rjlc)); } for (_si auos = 13 - upvx; auos <= 12; auos += 1) { isaw[auos] = 0; } }; } } } if (hien > 0) { { _si ndai = (hien % 47); _si utec = ((hien) / (47)); _si njwc = hien; if (njwc > (8 * sizeof(_uli))) { njwc = -1; } if (utec >= 13) { sqfk(lpup); } else { _uli eqvd = (((((_uli)(1)) << (ndai))) - ((_uli)(1))); if (njwc < 0) { lpup[0] = 0; } else { lpup[0] = ((((lpup[0]) & (~eqvd))) >> (njwc)); }; if (utec != 0) { lpup[0] += ((((lpup[utec]) & (~eqvd))) >> (ndai)); } for (_si yyjs = 1; yyjs <= (12 - utec); yyjs += 1) { lpup[-1 + yyjs] += ((((((lpup[utec + yyjs]) & (eqvd))) << (-ndai + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lpup[yyjs] = ((((lpup[utec + yyjs]) & (~eqvd))) >> (ndai)); } for (_si vsxf = 13 - utec; vsxf <= 12; vsxf += 1) { lpup[vsxf] = 0; } }; } } } } glxz(aoog); } } _si ztv(_uli *dwj) { _si yxua = 0; _uli nem = 19; for (_si qmos = 12; qmos >= 0; qmos -= 1) { if (dwj[qmos] != 0) { yxua = ((((dwj[qmos]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return yxua; } _uli *mfxt() { ; _uli *whxm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; whxm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return whxm; } void ppzy(_uli *mvgt, _uli *lukc, _uli *aztd) { for (_si lgmp = 0; lgmp <= 44; lgmp += 1) { mvgt[lgmp] = -aztd[lgmp] + lukc[lgmp]; } xibd(mvgt); } void wptp(_uc *zxvi, _uc *wytv, _si uxth) { _ui *hvzn = (_ui *)(zxvi + 0); _ui *qans = (_ui *)(zxvi + 128); _uc *kome = (_uc *)(hvzn); for (_si sknp = 0; sknp <= (-1 + uxth); sknp += 1) { if (qans[0] >= 64) { xvok(zxvi); qans[0] = 0; } wytv[sknp] ^= kome[qans[0]]; qans[0] += 1; } } void ttw(_uli *ophf, _si sulo) { _si kcdw = (sulo % 47); _si vmtv = ((sulo) / (47)); _si fiwk = -kcdw + (((sizeof(_uli)) << (3))); if (vmtv >= 13) { { for (_si kceh = 0; kceh <= 12; kceh += 1) { ophf[kceh] = 0; } } } else { for (_si rfmo = 12 - vmtv; rfmo >= 1; rfmo -= 1) { ophf[rfmo + vmtv] = ((ophf[rfmo]) << (kcdw)); if (fiwk < (8 * sizeof(_uli))) { ophf[rfmo + vmtv] += ((((ophf[-1 + rfmo]) >> (fiwk))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ophf[vmtv] = ((ophf[0]) << (kcdw)); for (_si egwl = -1 + vmtv; egwl >= 0; egwl -= 1) { ophf[egwl] = 0; } }; { for (_si qbve = 0; qbve <= 11; qbve += 1) { ophf[1 + qbve] += ((ophf[qbve]) >> (47)); ophf[qbve] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ophf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void jsgd(_uli *dwxt, _uli *ntik) { if (dwxt != ntik) { for (_si pyec = 0; pyec <= 12; pyec += 1) { dwxt[pyec] = ntik[pyec]; } } } void rbot(_uli *ygyf) { _si qslo; { qslo = 0; _uli foas = 19; for (_si ufwz = 12; ufwz >= 0; ufwz -= 1) { if (ygyf[ufwz] != 0) { qslo = ((((ygyf[ufwz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qslo) { { for (_si kjxe = 0; kjxe <= 12; kjxe += 1) { ygyf[kjxe] = -ygyf[kjxe]; } } } for (_si tfov = 0; tfov <= 11; tfov += 1) { if (((((ygyf[tfov]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ygyf[1 + tfov] -= 1; } else { ygyf[1 + tfov] += ((ygyf[tfov]) >> (47)); }; ygyf[tfov] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ygyf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qslo) { { for (_si vnzj = 0; vnzj <= 12; vnzj += 1) { ygyf[vnzj] = -ygyf[vnzj]; } } } } void trbe(_uc *cqhw, _uc *jxdf, _uc *ubsa, _uc *bgyq, _uc *nwhl, _uc *esxe, _uc *uvgl, _uc *kdiv, _uli *yont, _uc *iyzc, _uc *oasm, _uc *axnd, _uc *ocgm) { _uli *nkth = uich(); _uli *lzb = yegz(); chx(lzb); { for (_si ljzi = 0; ljzi <= 12; ljzi += 1) { yont[ljzi] = 0; } } oukz(cqhw, nwhl, iyzc, 32); { _uli *uheo = hgjg(); rtn(yont); for (_si uxma = 0; uxma <= 31; uxma += 1) { { uheo[0] = iyzc[31 - uxma]; for (_si hfns = 1; hfns <= 12; hfns += 1) { uheo[hfns] = 0; } } { _si pwo = (8 * uxma % 47); _si get = ((8 * uxma) / (47)); _si kpem = -pwo + (((sizeof(_uli)) << (3))); if (get >= 13) { { for (_si cfid = 0; cfid <= 12; cfid += 1) { uheo[cfid] = 0; } } } else { for (_si zsig = 12 - get; zsig >= 1; zsig -= 1) { uheo[get + zsig] = ((uheo[zsig]) << (pwo)); if (kpem < (8 * sizeof(_uli))) { uheo[get + zsig] += ((((uheo[-1 + zsig]) >> (kpem))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } uheo[get] = ((uheo[0]) << (pwo)); for (_si owdf = -1 + get; owdf >= 0; owdf -= 1) { uheo[owdf] = 0; } }; { for (_si beaq = 0; beaq <= 11; beaq += 1) { uheo[1 + beaq] += ((uheo[beaq]) >> (47)); uheo[beaq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uheo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { for (_si jvd = 0; jvd <= 12; jvd += 1) { yont[jvd] = uheo[jvd] + yont[jvd]; } { _si hknj = gcvj(yont); if (hknj) { { for (_si ktwl = 0; ktwl <= 12; ktwl += 1) { yont[ktwl] = -yont[ktwl]; } } } for (_si wzob = 0; wzob <= 11; wzob += 1) { if (((((yont[wzob]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yont[1 + wzob] -= 1; } else { yont[1 + wzob] += ((yont[wzob]) >> (47)); }; yont[wzob] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yont[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hknj) { { for (_si lrby = 0; lrby <= 12; lrby += 1) { yont[lrby] = -yont[lrby]; } } } } } } foxd(uheo); } { { tvpv(cqhw, nwhl); _ui *oww = (_ui *)(cqhw + 64); _ui *vnye = (_ui *)(cqhw + 128); for (_si axwh = 0; axwh <= 3; axwh += 1) { oww[axwh] = (((_ui)(((_uc *)(_m + 48146) + 4 * axwh)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * axwh)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * axwh)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * axwh)[3])) << (24)))); } for (_si madu = 0; madu <= 3; madu += 1) { oww[12 + madu] = 0; _m[65162] += 1; } vnye[0] = 3904225602; } wvkm(cqhw, iyzc, 32); } iekc(jxdf, esxe, oasm, 32); { _uli *zqk = hfgh(); { for (_si sczk = 0; sczk <= 12; sczk += 1) { nkth[sczk] = 0; } } for (_si kwxd = 0; kwxd <= 31; kwxd += 1) { { zqk[0] = oasm[31 - kwxd]; for (_si vvwo = 1; vvwo <= 12; vvwo += 1) { zqk[vvwo] = 0; } } nlz(zqk, 8 * kwxd); foz(nkth, nkth, zqk); } { _uc *vsoa = (_uc *)(zqk); for (_si ivhs = 0; ivhs <= 360; ivhs += 1) { vsoa[ivhs] = (_uc)(1 + vsoa[ivhs]) * (_uc)(255 + vsoa[1 + ivhs]); } vsoa[361] = 0; } } yzof(jxdf, esxe, oasm, 32); pmhz(yont, yont, nkth); { { nzoe(ubsa, uvgl); _ui *fymg = (_ui *)(ubsa + 64); _ui *load = (_ui *)(ubsa + 128); for (_si lmek = 0; lmek <= 3; lmek += 1) { fymg[lmek] = (((_ui)(((_uc *)(_m + 48146) + 4 * lmek)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lmek)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lmek)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lmek)[3])) << (24)))); } for (_si nil = 0; nil <= 3; nil += 1) { fymg[12 + nil] = 0; _m[65162] += 1; } load[0] = 3904225602; } uhyy(ubsa, axnd, 32); } { _uli *nebw = mxek(); dofy(nkth); for (_si rwbt = 0; rwbt <= 31; rwbt += 1) { { nebw[0] = axnd[31 - rwbt]; for (_si jkhd = 1; jkhd <= 12; jkhd += 1) { nebw[jkhd] = 0; } } { _si sdfq = (8 * rwbt % 47); _si ftrb = ((8 * rwbt) / (47)); _si cfd = -sdfq + (((sizeof(_uli)) << (3))); if (ftrb >= 13) { { for (_si rtke = 0; rtke <= 12; rtke += 1) { nebw[rtke] = 0; } } } else { for (_si uwlq = 12 - ftrb; uwlq >= 1; uwlq -= 1) { nebw[ftrb + uwlq] = ((nebw[uwlq]) << (sdfq)); if (cfd < (8 * sizeof(_uli))) { nebw[ftrb + uwlq] += ((((nebw[-1 + uwlq]) >> (cfd))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } nebw[ftrb] = ((nebw[0]) << (sdfq)); for (_si dhca = -1 + ftrb; dhca >= 0; dhca -= 1) { nebw[dhca] = 0; } }; ycyn(nebw); } { for (_si pgn = 0; pgn <= 12; pgn += 1) { nkth[pgn] = nebw[pgn] + nkth[pgn]; } mhtm(nkth); } } bzga(nebw); } krd(ubsa, uvgl, axnd, 32); eqqz(yont, yont, nkth); dgc(bgyq, kdiv, ocgm, 32); { _uli *iqi = etis(); { for (_si opv = 0; opv <= 12; opv += 1) { nkth[opv] = 0; } } for (_si fwe = 0; fwe <= 31; fwe += 1) { elsh(iqi, ocgm[31 - fwe]); tosr(iqi, 8 * fwe); { for (_si snbh = 0; snbh <= 12; snbh += 1) { nkth[snbh] = iqi[snbh] + nkth[snbh]; } wwvk(nkth); } } { _uc *jymd = (_uc *)(iqi); for (_si rtlk = 0; rtlk <= 360; rtlk += 1) { jymd[rtlk] = (_uc)(1 + jymd[rtlk]) * (_uc)(255 + jymd[1 + rtlk]); } jymd[361] = 0; } } bapu(bgyq, kdiv, ocgm, 32); { nqbs(yont, yont, nkth); _si iibd; { iibd = 0; for (_si plvc = 12; plvc >= 0; plvc -= 1) { if (yont[plvc] > lzb[plvc]) { break; } else if (yont[plvc] < lzb[plvc]) { iibd = 1; break; }; } } if (!iibd) { zjby(yont, yont, lzb); } } { nkth[0] = 4; for (_si rijj = 1; rijj <= 12; rijj += 1) { nkth[rijj] = 0; } } { _uli *esfb = zlxq(); _uli *kegu = sfxl(); owux(esfb, nkth, kegu, nkth, lzb); while (1) { _si qovp = mndm(nkth); if (qovp) { break; } zaj(nkth, nkth, lzb); } while (1) { _si ydwu = plbi(nkth); if (!ydwu) { break; } yyvo(nkth, nkth, lzb); } hdfp(esfb); { _uc *noyx = (_uc *)(kegu); for (_si bovy = 0; bovy <= 360; bovy += 1) { noyx[bovy] = (_uc)(1 + noyx[bovy]) * (_uc)(255 + noyx[1 + bovy]); } noyx[361] = 0; } } uea(lzb, yont, yont, nkth); fkwz(nkth); { _uc *bzbc = (_uc *)(lzb); for (_si epo = 0; epo <= 360; epo += 1) { bzbc[epo] = (_uc)(255 + bzbc[1 + epo]) * (_uc)(1 + bzbc[epo]); } bzbc[361] = 0; } } void jaze(_uli *gbka) { for (_si tjje = 0; tjje <= 12; tjje += 1) { gbka[tjje] = 0; } } void mbcb(_uc *oay, _uc *wyf) { _ui *mph = (_ui *)(oay + 64); for (_si cnss = 0; cnss <= 7; cnss += 1) { mph[4 + cnss] = (((_ui)((wyf + 4 * cnss)[0])) + ((((_ui)((wyf + 4 * cnss)[1])) << (8))) + ((((_ui)((wyf + 4 * cnss)[2])) << (16))) + ((((_ui)((wyf + 4 * cnss)[3])) << (24)))); } } void umff(_uli *fvwy, _uli *gsmr) { for (_si plmy = 0; plmy <= 12; plmy += 1) { fvwy[plmy] = -gsmr[plmy]; } } void qcbf(_uli *ifil, _uli *uobb) { if (ifil != uobb) { for (_si hrne = 0; hrne <= 44; hrne += 1) { ifil[hrne] = uobb[hrne]; } } } void dip(_si sym, _uli *axcp, _uli *jadi, _uli *dzsf, _uli *vafz, _uli *tpdm) { hubq(dzsf, vafz, tpdm); iuhi(sym, axcp, jadi, dzsf, dzsf); } void stxd(_uli *tamb) { for (_si meoo = 0; meoo <= 11; meoo += 1) { tamb[1 + meoo] += ((tamb[meoo]) >> (47)); tamb[meoo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tamb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ttpe(_uli *kgjp) { for (_si szvy = 0; szvy <= 11; szvy += 1) { kgjp[1 + szvy] += ((kgjp[szvy]) >> (47)); kgjp[szvy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kgjp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void jfxq(_uc *reo) { _ui *qto = (_ui *)(reo + 0); _ui *ocwf = (_ui *)(reo + 64); for (_si eus = 0; eus <= 15; eus += 1) { qto[eus] = ocwf[eus]; } for (_si kfta = 0; kfta <= 9; kfta += 1) { pnxm(qto, 0, 4, 8, 12); { qto[1] += qto[5]; qto[13] ^= qto[1]; qto[13] = ((((qto[13]) << (16))) | (((qto[13]) >> (16)))); qto[9] += qto[13]; qto[5] ^= qto[9]; qto[5] = ((((qto[5]) << (12))) | (((qto[5]) >> (20)))); qto[1] += qto[5]; qto[13] ^= qto[1]; qto[13] = ((((qto[13]) << (8))) | (((qto[13]) >> (24)))); qto[9] += qto[13]; qto[5] ^= qto[9]; qto[5] = ((((qto[5]) << (7))) | (((qto[5]) >> (25)))); } { qto[2] += qto[6]; qto[14] ^= qto[2]; qto[14] = ((((qto[14]) << (16))) | (((qto[14]) >> (16)))); qto[10] += qto[14]; qto[6] ^= qto[10]; qto[6] = ((((qto[6]) << (12))) | (((qto[6]) >> (20)))); qto[2] += qto[6]; qto[14] ^= qto[2]; qto[14] = ((((qto[14]) << (8))) | (((qto[14]) >> (24)))); qto[10] += qto[14]; qto[6] ^= qto[10]; qto[6] = ((((qto[6]) << (7))) | (((qto[6]) >> (25)))); } { qto[3] += qto[7]; qto[15] ^= qto[3]; qto[15] = ((((qto[15]) << (16))) | (((qto[15]) >> (16)))); qto[11] += qto[15]; qto[7] ^= qto[11]; qto[7] = ((((qto[7]) << (12))) | (((qto[7]) >> (20)))); qto[3] += qto[7]; qto[15] ^= qto[3]; qto[15] = ((((qto[15]) << (8))) | (((qto[15]) >> (24)))); qto[11] += qto[15]; qto[7] ^= qto[11]; qto[7] = ((((qto[7]) << (7))) | (((qto[7]) >> (25)))); } { qto[0] += qto[5]; qto[15] ^= qto[0]; qto[15] = ((((qto[15]) << (16))) | (((qto[15]) >> (16)))); qto[10] += qto[15]; qto[5] ^= qto[10]; qto[5] = ((((qto[5]) << (12))) | (((qto[5]) >> (20)))); qto[0] += qto[5]; qto[15] ^= qto[0]; qto[15] = ((((qto[15]) << (8))) | (((qto[15]) >> (24)))); qto[10] += qto[15]; qto[5] ^= qto[10]; qto[5] = ((((qto[5]) << (7))) | (((qto[5]) >> (25)))); } { qto[1] += qto[6]; qto[12] ^= qto[1]; qto[12] = ((((qto[12]) << (16))) | (((qto[12]) >> (16)))); qto[11] += qto[12]; qto[6] ^= qto[11]; qto[6] = ((((qto[6]) << (12))) | (((qto[6]) >> (20)))); qto[1] += qto[6]; qto[12] ^= qto[1]; qto[12] = ((((qto[12]) << (8))) | (((qto[12]) >> (24)))); qto[11] += qto[12]; qto[6] ^= qto[11]; qto[6] = ((((qto[6]) << (7))) | (((qto[6]) >> (25)))); } evv(qto, 2, 7, 8, 13); ribh(qto, 3, 4, 9, 14); _m[65163] += 1; } for (_si cmt = 0; cmt <= 15; cmt += 1) { qto[cmt] += ocwf[cmt]; } ocwf[12] += 1; if (ocwf[12] == 0) { ocwf[13] += 1; } } void cgqu(_uli *gjwv, _uli *gzxc, _uli *nxob, _uli *yaeb) { { if (gzxc != nxob) { for (_si cwyx = 0; cwyx <= 12; cwyx += 1) { gzxc[cwyx] = nxob[cwyx]; } } } _si ijdl; { ijdl = -1; for (_si gilj = 12; gilj >= 0; gilj -= 1) { if (gzxc[gilj] != 0) { ijdl = gilj; break; } } } _si sysy; { sysy = -1; for (_si phln = 12; phln >= 0; phln -= 1) { if (yaeb[phln] != 0) { sysy = phln; break; } } } if (ijdl >= sysy) { _si ffyk = 0; _uli ravv = yaeb[sysy]; while (ravv < (((((((_uli)(1)) << (47)))) >> (1)))) { ffyk += 1; ravv <<= 1; } if (sysy == 0) { ffyk += 47; ijdl += 1; sysy += 1; } if (ffyk > 0) { mzgn(gzxc, ffyk); { _si gluj = (ffyk % 47); _si clkr = ((ffyk) / (47)); _si ltst = -gluj + (((sizeof(_uli)) << (3))); if (clkr >= 13) { { for (_si uedw = 0; uedw <= 12; uedw += 1) { yaeb[uedw] = 0; } } } else { for (_si tehd = 12 - clkr; tehd >= 1; tehd -= 1) { yaeb[clkr + tehd] = ((yaeb[tehd]) << (gluj)); if (ltst < (8 * sizeof(_uli))) { yaeb[clkr + tehd] += ((((yaeb[-1 + tehd]) >> (ltst))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } yaeb[clkr] = ((yaeb[0]) << (gluj)); for (_si vxmo = -1 + clkr; vxmo >= 0; vxmo -= 1) { yaeb[vxmo] = 0; } }; fqyw(yaeb); } } _si eiaq = ijdl - sysy; ravv = yaeb[sysy]; _uli snzl = yaeb[-1 + sysy]; for (_si pneg = eiaq; pneg >= 0; pneg -= 1) { __uint128_t nxzv = gzxc[pneg + sysy] + (__uint128_t)(((((_uli)(1)) << (47)))) * gzxc[1 + pneg + sysy]; _uli bvwm = 0; __uint128_t bwoc = ((nxzv) / (ravv)); __uint128_t yrrg = (nxzv % ravv); while (bwoc == ((((_uli)(1)) << (47))) || (bwoc * snzl) > (gzxc[-1 + pneg + sysy] + ((((_uli)(1)) << (47))) * yrrg)) { bwoc -= 1; yrrg += ravv; if (yrrg >= ((((_uli)(1)) << (47)))) { break; } } nxzv = 0; for (_si nrja = 0; nrja <= sysy; nrja += 1) { nxzv += bwoc * yaeb[nrja]; bvwm = gzxc[nrja + pneg]; if (nxzv > bvwm) { nxzv -= bvwm; bvwm = nxzv % ((((_uli)(1)) << (47))); nxzv = ((nxzv) / (((((_uli)(1)) << (47))))); if (bvwm == 0) { gzxc[nrja + pneg] = 0; } else { gzxc[nrja + pneg] = ((1 + ~(_uli)(bvwm)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); nxzv += 1; }; } else { gzxc[nrja + pneg] -= nxzv; nxzv = 0; }; } bvwm = gzxc[1 + pneg + sysy]; if (nxzv > bvwm) { yaeb[1 + pneg + sysy] = -1 + bwoc; nxzv = 0; for (_si ahrp = 0; ahrp <= sysy; ahrp += 1) { nxzv += gzxc[ahrp + pneg] + yaeb[ahrp]; gzxc[ahrp + pneg] = nxzv % ((((_uli)(1)) << (47))); nxzv = ((nxzv) / (((((_uli)(1)) << (47))))); } } else { yaeb[1 + pneg + sysy] = bwoc; gzxc[1 + pneg + sysy] -= nxzv; }; } for (_si izkk = 0; izkk <= eiaq; izkk += 1) { gjwv[izkk] = yaeb[1 + izkk + sysy]; gzxc[1 + izkk + sysy] = 0; } for (_si skir = 1 + eiaq; skir <= 12; skir += 1) { gjwv[skir] = 0; } if (gjwv != yaeb) { for (_si vvhd = 1 + sysy; vvhd <= (1 + ijdl); vvhd += 1) { yaeb[vvhd] = 0; } if (ffyk > 0) { tsna(yaeb, ffyk); } } if (ffyk > 0) { oord(gzxc, ffyk); } } } void qlqe(_uc *bgfn, _uc *qdsq, _uc *fzlq, _si jvko) { rhkv(bgfn, qdsq, 0); { _ui *blq = (_ui *)(bgfn + 0); _ui *pjxr = (_ui *)(bgfn + 128); _uc *qkox = (_uc *)(blq); for (_si bnj = 0; bnj <= (-1 + jvko); bnj += 1) { if (pjxr[0] >= 64) { { _ui *ielk = (_ui *)(bgfn + 0); _ui *gjmr = (_ui *)(bgfn + 64); for (_si pbs = 0; pbs <= 15; pbs += 1) { ielk[pbs] = gjmr[pbs]; } for (_si gbvu = 0; gbvu <= 9; gbvu += 1) { ekby(ielk, 0, 4, 8, 12); { ielk[1] += ielk[5]; ielk[13] ^= ielk[1]; ielk[13] = ((((ielk[13]) << (16))) | (((ielk[13]) >> (16)))); ielk[9] += ielk[13]; ielk[5] ^= ielk[9]; ielk[5] = ((((ielk[5]) << (12))) | (((ielk[5]) >> (20)))); ielk[1] += ielk[5]; ielk[13] ^= ielk[1]; ielk[13] = ((((ielk[13]) << (8))) | (((ielk[13]) >> (24)))); ielk[9] += ielk[13]; ielk[5] ^= ielk[9]; ielk[5] = ((((ielk[5]) << (7))) | (((ielk[5]) >> (25)))); } kjv(ielk, 2, 6, 10, 14); { ielk[3] += ielk[7]; ielk[15] ^= ielk[3]; ielk[15] = ((((ielk[15]) << (16))) | (((ielk[15]) >> (16)))); ielk[11] += ielk[15]; ielk[7] ^= ielk[11]; ielk[7] = ((((ielk[7]) << (12))) | (((ielk[7]) >> (20)))); ielk[3] += ielk[7]; ielk[15] ^= ielk[3]; ielk[15] = ((((ielk[15]) << (8))) | (((ielk[15]) >> (24)))); ielk[11] += ielk[15]; ielk[7] ^= ielk[11]; ielk[7] = ((((ielk[7]) << (7))) | (((ielk[7]) >> (25)))); } orgp(ielk, 0, 5, 10, 15); ufv(ielk, 1, 6, 11, 12); qajo(ielk, 2, 7, 8, 13); ndt(ielk, 3, 4, 9, 14); _m[65163] += 1; } for (_si iucv = 0; iucv <= 15; iucv += 1) { ielk[iucv] += gjmr[iucv]; } gjmr[12] += 1; if (gjmr[12] == 0) { gjmr[13] += 1; } } pjxr[0] = 0; } fzlq[bnj] ^= qkox[pjxr[0]]; pjxr[0] += 1; } } } void bmth(_uli *idia, _uli *zefm, _uli *vryd) { for (_si rfyh = 0; rfyh <= 12; rfyh += 1) { idia[rfyh] = vryd[rfyh] + zefm[rfyh]; } qpwy(idia); } void haww(_si nrso, _uli *rtwl, _uli *iufu, _uli *vfdj, _uli *zecv) { _uli *juml = qkyt(); qrhl(juml, zecv); { if (vfdj != zecv) { for (_si vcea = 0; vcea <= 12; vcea += 1) { vfdj[vcea] = zecv[vcea]; } } } { vfdj[(((nrso) / (47)))] &= ((((((_uli)(1)) << ((nrso % 47)))) - ((_uli)(1)))); for (_si fqgq = 1 + (((nrso) / (47))); fqgq <= 12; fqgq += 1) { vfdj[fqgq] = 0; } } dvbn(vfdj, vfdj, iufu); okti(nrso, vfdj); { _uli *bgoe = zmwl(); _uli *obzf = isso(); _uli *vihs = taxj(); _uli *hgym = cepk(); for (_si dawh = 0; dawh <= 12; dawh += 1) { bgoe[dawh] = ((vfdj[dawh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); obzf[dawh] = ((vfdj[dawh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vihs[dawh] = ((rtwl[dawh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hgym[dawh] = ((rtwl[dawh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xyrt = 0; xyrt <= 12; xyrt += 1) { vfdj[xyrt] = 0; } } for (_si ucnq = 0; ucnq <= (-1 + (((13) >> (1)))); ucnq += 1) { for (_si bint = 0; bint <= (-1 + (((13) >> (1)))); bint += 1) { _uli wutk = bgoe[ucnq] * hgym[bint] + obzf[ucnq] * vihs[bint]; _uli xulm = bgoe[ucnq] * vihs[bint]; _uli wcxz = hgym[bint] * obzf[ucnq]; _uli snha = ((vfdj[bint + ucnq]) + (xulm) + (((((wutk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (snha < xulm) { wcxz += 1; } _uli izoh = ((((wutk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wcxz) << ((-47 + (((sizeof(_uli)) << (3)))))))); vfdj[bint + ucnq] = snha; vfdj[1 + bint + ucnq] += izoh; } nepy(vfdj); } { _uc *dle = (_uc *)(bgoe); for (_si wodp = 0; wodp <= 360; wodp += 1) { dle[wodp] = (_uc)(255 + dle[1 + wodp]) * (_uc)(1 + dle[wodp]); } dle[361] = 0; } cfmy(obzf); { _uc *jfad = (_uc *)(vihs); for (_si ymwt = 0; ymwt <= 360; ymwt += 1) { jfad[ymwt] = (_uc)(1 + jfad[ymwt]) * (_uc)(255 + jfad[1 + ymwt]); } jfad[361] = 0; } { _uc *bxar = (_uc *)(hgym); for (_si rjdq = 0; rjdq <= 360; rjdq += 1) { bxar[rjdq] = (_uc)(1 + bxar[rjdq]) * (_uc)(255 + bxar[1 + rjdq]); } bxar[361] = 0; } } izah(vfdj, vfdj, juml); { _si utua = (nrso % 47); _si lxjh = ((nrso) / (47)); _si inca = nrso; if (inca > (8 * sizeof(_uli))) { inca = -1; } if (lxjh >= 13) { { for (_si jzzx = 0; jzzx <= 12; jzzx += 1) { vfdj[jzzx] = 0; } } } else { _uli pbah = (((((_uli)(1)) << (utua))) - ((_uli)(1))); if (inca < 0) { vfdj[0] = 0; } else { vfdj[0] = ((((vfdj[0]) & (~pbah))) >> (inca)); }; if (lxjh != 0) { vfdj[0] += ((((vfdj[lxjh]) & (~pbah))) >> (utua)); } for (_si xaf = 1; xaf <= (12 - lxjh); xaf += 1) { vfdj[-1 + xaf] += ((((((vfdj[lxjh + xaf]) & (pbah))) << (-utua + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vfdj[xaf] = ((((vfdj[lxjh + xaf]) & (~pbah))) >> (utua)); } for (_si xttj = 13 - lxjh; xttj <= 12; xttj += 1) { vfdj[xttj] = 0; } }; } { for (_si ankx = 0; ankx <= 12; ankx += 1) { juml[ankx] = -rtwl[ankx] + vfdj[ankx]; } cocs(juml); } _si ivbb; { ivbb = 0; _uli eftd = 19; for (_si zbsu = 12; zbsu >= 0; zbsu -= 1) { if (juml[zbsu] != 0) { ivbb = ((((juml[zbsu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ivbb) { { if (vfdj != juml) { for (_si ibwg = 0; ibwg <= 12; ibwg += 1) { vfdj[ibwg] = juml[ibwg]; } } } } { _uc *omzm = (_uc *)(juml); for (_si fwqc = 0; fwqc <= 360; fwqc += 1) { omzm[fwqc] = (_uc)(255 + omzm[1 + fwqc]) * (_uc)(1 + omzm[fwqc]); } omzm[361] = 0; } } void psal(_si vkpf, _uli *sxvd) { sxvd[(((vkpf) / (47)))] &= ((((((_uli)(1)) << ((vkpf % 47)))) - ((_uli)(1)))); for (_si dsfg = 1 + (((vkpf) / (47))); dsfg <= 12; dsfg += 1) { sxvd[dsfg] = 0; } } _si opaf(_uli *pcxa) { _si rhqw = 0; _uli bptk = 19; for (_si cqkk = 12; cqkk >= 0; cqkk -= 1) { if (pcxa[cqkk] != 0) { rhqw = ((((pcxa[cqkk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return rhqw; } _uli *ghai() { ; _uli *gson; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; gson = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gson; } void pgvq(_uli *yxrt, _uli *fajk, _uli *twob, _uli *rdnf) { wdrl(fajk, twob, rdnf); _si nnrb; { nnrb = 0; _uli wizj = 19; for (_si otwi = 12; otwi >= 0; otwi -= 1) { if (fajk[otwi] != 0) { nnrb = ((((fajk[otwi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (nnrb) { { for (_si wwqe = 0; wwqe <= 12; wwqe += 1) { fajk[wwqe] = fajk[wwqe] + yxrt[wwqe]; } wdmg(fajk); } } } void qtw(_uli *xnmy, _uli *bndg, _uli *ahte) { for (_si kugb = 0; kugb <= 12; kugb += 1) { xnmy[kugb] = ahte[kugb] + bndg[kugb]; } { _si xyvl; { xyvl = 0; _uli ibic = 19; for (_si fxvp = 12; fxvp >= 0; fxvp -= 1) { if (xnmy[fxvp] != 0) { xyvl = ((((xnmy[fxvp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xyvl) { { for (_si gepx = 0; gepx <= 12; gepx += 1) { xnmy[gepx] = -xnmy[gepx]; } } } for (_si bjdi = 0; bjdi <= 11; bjdi += 1) { if (((((xnmy[bjdi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xnmy[1 + bjdi] -= 1; } else { xnmy[1 + bjdi] += ((xnmy[bjdi]) >> (47)); }; xnmy[bjdi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xnmy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xyvl) { { for (_si nvgc = 0; nvgc <= 12; nvgc += 1) { xnmy[nvgc] = -xnmy[nvgc]; } } } } } void uwzc(_uli *nzim, _si sraj) { _si nhcj = (sraj % 47); _si cgsu = ((sraj) / (47)); _si vymw = -nhcj + (((sizeof(_uli)) << (3))); if (cgsu >= 13) { { for (_si lgnw = 0; lgnw <= 12; lgnw += 1) { nzim[lgnw] = 0; } } } else { for (_si ejac = 12 - cgsu; ejac >= 1; ejac -= 1) { nzim[cgsu + ejac] = ((nzim[ejac]) << (nhcj)); if (vymw < (8 * sizeof(_uli))) { nzim[cgsu + ejac] += ((((nzim[-1 + ejac]) >> (vymw))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } nzim[cgsu] = ((nzim[0]) << (nhcj)); for (_si cpq = -1 + cgsu; cpq >= 0; cpq -= 1) { nzim[cpq] = 0; } }; { for (_si qvmi = 0; qvmi <= 11; qvmi += 1) { nzim[1 + qvmi] += ((nzim[qvmi]) >> (47)); nzim[qvmi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nzim[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } _uli *zegx() { ; _uli *xshf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; xshf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xshf; } void sqea(_uli *uwmx, _uli *mpvg) { if (uwmx != mpvg) { for (_si dqh = 0; dqh <= 12; dqh += 1) { uwmx[dqh] = mpvg[dqh]; } } } void nxck(_uli *pcul, _uli *hqzz) { if (pcul != hqzz) { for (_si gteh = 0; gteh <= 12; gteh += 1) { pcul[gteh] = hqzz[gteh]; } } } void nyjd(_uli *ktry) { _si cbfr; { cbfr = 0; _uli pkhf = 19; for (_si kwt = 44; kwt >= 0; kwt -= 1) { if (ktry[kwt] != 0) { cbfr = ((((ktry[kwt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (cbfr) { cytl(ktry, ktry); } for (_si yxic = 0; yxic <= 43; yxic += 1) { if (((((ktry[yxic]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ktry[1 + yxic] -= 1; } else { ktry[1 + yxic] += ((ktry[yxic]) >> (47)); }; ktry[yxic] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ktry[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cbfr) { { for (_si agjt = 0; agjt <= 44; agjt += 1) { ktry[agjt] = -ktry[agjt]; } } } } void evfa(_uli *oawd) { _uc *blmg = (_uc *)(oawd); for (_si aloy = 0; aloy <= 360; aloy += 1) { blmg[aloy] = (_uc)(1 + blmg[aloy]) * (_uc)(255 + blmg[1 + aloy]); } blmg[361] = 0; } void pldl(_uli *mquz, _uli *mrwl) { _uli *rdnb = cevs(); _uli *zlov = iaks(); for (_si bpux = 0; bpux <= 12; bpux += 1) { rdnb[bpux] = ((mrwl[bpux]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zlov[bpux] = ((mrwl[bpux]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ubmk = 0; ubmk <= 12; ubmk += 1) { mquz[ubmk] = 0; } } for (_si xmqg = 0; xmqg <= (-1 + (((13) >> (1)))); xmqg += 1) { for (_si qgho = 0; qgho <= (-1 + (((13) >> (1)))); qgho += 1) { _uli sfwq = rdnb[qgho] * zlov[xmqg] + rdnb[xmqg] * zlov[qgho]; _uli mqqr = rdnb[qgho] * rdnb[xmqg]; _uli fqpg = zlov[qgho] * zlov[xmqg]; _uli jkvy = ((mquz[qgho + xmqg]) + (mqqr) + (((((sfwq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jkvy < mqqr) { fqpg += 1; } _uli ldhq = ((((sfwq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fqpg) << ((-47 + (((sizeof(_uli)) << (3)))))))); mquz[qgho + xmqg] = jkvy; mquz[1 + qgho + xmqg] += ldhq; } { for (_si desx = 0; desx <= 11; desx += 1) { mquz[1 + desx] += ((mquz[desx]) >> (47)); mquz[desx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mquz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *htmj = (_uc *)(rdnb); for (_si angb = 0; angb <= 360; angb += 1) { htmj[angb] = (_uc)(1 + htmj[angb]) * (_uc)(255 + htmj[1 + angb]); } htmj[361] = 0; } pxnx(zlov); } void dgml(_uli *treb) { _si cdfd = ivzx(treb); if (cdfd) { { for (_si malx = 0; malx <= 12; malx += 1) { treb[malx] = -treb[malx]; } } } for (_si lnom = 0; lnom <= 11; lnom += 1) { if (((((treb[lnom]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { treb[1 + lnom] -= 1; } else { treb[1 + lnom] += ((treb[lnom]) >> (47)); }; treb[lnom] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } treb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cdfd) { cjmm(treb, treb); } } void xfzf(_uc *ttc) { _ui *wltb = (_ui *)(ttc + 0); _ui *uopq = (_ui *)(ttc + 64); for (_si xgf = 0; xgf <= 15; xgf += 1) { wltb[xgf] = uopq[xgf]; } for (_si rnqg = 0; rnqg <= 9; rnqg += 1) { nrgr(wltb, 0, 4, 8, 12); qgct(wltb, 1, 5, 9, 13); { wltb[2] += wltb[6]; wltb[14] ^= wltb[2]; wltb[14] = ((((wltb[14]) << (16))) | (((wltb[14]) >> (16)))); wltb[10] += wltb[14]; wltb[6] ^= wltb[10]; wltb[6] = ((((wltb[6]) << (12))) | (((wltb[6]) >> (20)))); wltb[2] += wltb[6]; wltb[14] ^= wltb[2]; wltb[14] = ((((wltb[14]) << (8))) | (((wltb[14]) >> (24)))); wltb[10] += wltb[14]; wltb[6] ^= wltb[10]; wltb[6] = ((((wltb[6]) << (7))) | (((wltb[6]) >> (25)))); } { wltb[3] += wltb[7]; wltb[15] ^= wltb[3]; wltb[15] = ((((wltb[15]) << (16))) | (((wltb[15]) >> (16)))); wltb[11] += wltb[15]; wltb[7] ^= wltb[11]; wltb[7] = ((((wltb[7]) << (12))) | (((wltb[7]) >> (20)))); wltb[3] += wltb[7]; wltb[15] ^= wltb[3]; wltb[15] = ((((wltb[15]) << (8))) | (((wltb[15]) >> (24)))); wltb[11] += wltb[15]; wltb[7] ^= wltb[11]; wltb[7] = ((((wltb[7]) << (7))) | (((wltb[7]) >> (25)))); } { wltb[0] += wltb[5]; wltb[15] ^= wltb[0]; wltb[15] = ((((wltb[15]) << (16))) | (((wltb[15]) >> (16)))); wltb[10] += wltb[15]; wltb[5] ^= wltb[10]; wltb[5] = ((((wltb[5]) << (12))) | (((wltb[5]) >> (20)))); wltb[0] += wltb[5]; wltb[15] ^= wltb[0]; wltb[15] = ((((wltb[15]) << (8))) | (((wltb[15]) >> (24)))); wltb[10] += wltb[15]; wltb[5] ^= wltb[10]; wltb[5] = ((((wltb[5]) << (7))) | (((wltb[5]) >> (25)))); } fqss(wltb, 1, 6, 11, 12); qgct(wltb, 2, 7, 8, 13); { wltb[3] += wltb[4]; wltb[14] ^= wltb[3]; wltb[14] = ((((wltb[14]) << (16))) | (((wltb[14]) >> (16)))); wltb[9] += wltb[14]; wltb[4] ^= wltb[9]; wltb[4] = ((((wltb[4]) << (12))) | (((wltb[4]) >> (20)))); wltb[3] += wltb[4]; wltb[14] ^= wltb[3]; wltb[14] = ((((wltb[14]) << (8))) | (((wltb[14]) >> (24)))); wltb[9] += wltb[14]; wltb[4] ^= wltb[9]; wltb[4] = ((((wltb[4]) << (7))) | (((wltb[4]) >> (25)))); } _m[65163] += 1; } for (_si ryay = 0; ryay <= 15; ryay += 1) { wltb[ryay] += uopq[ryay]; } uopq[12] += 1; if (uopq[12] == 0) { uopq[13] += 1; } } void cgk(_uc *yfhj) { _ui *rvc = (_ui *)(yfhj + 0); _ui *inzs = (_ui *)(yfhj + 64); for (_si nywk = 0; nywk <= 15; nywk += 1) { rvc[nywk] = inzs[nywk]; } for (_si xibr = 0; xibr <= 9; xibr += 1) { yxsb(rvc, 0, 4, 8, 12); { rvc[1] += rvc[5]; rvc[13] ^= rvc[1]; rvc[13] = ((((rvc[13]) << (16))) | (((rvc[13]) >> (16)))); rvc[9] += rvc[13]; rvc[5] ^= rvc[9]; rvc[5] = ((((rvc[5]) << (12))) | (((rvc[5]) >> (20)))); rvc[1] += rvc[5]; rvc[13] ^= rvc[1]; rvc[13] = ((((rvc[13]) << (8))) | (((rvc[13]) >> (24)))); rvc[9] += rvc[13]; rvc[5] ^= rvc[9]; rvc[5] = ((((rvc[5]) << (7))) | (((rvc[5]) >> (25)))); } uigf(rvc, 2, 6, 10, 14); wnqj(rvc, 3, 7, 11, 15); { rvc[0] += rvc[5]; rvc[15] ^= rvc[0]; rvc[15] = ((((rvc[15]) << (16))) | (((rvc[15]) >> (16)))); rvc[10] += rvc[15]; rvc[5] ^= rvc[10]; rvc[5] = ((((rvc[5]) << (12))) | (((rvc[5]) >> (20)))); rvc[0] += rvc[5]; rvc[15] ^= rvc[0]; rvc[15] = ((((rvc[15]) << (8))) | (((rvc[15]) >> (24)))); rvc[10] += rvc[15]; rvc[5] ^= rvc[10]; rvc[5] = ((((rvc[5]) << (7))) | (((rvc[5]) >> (25)))); } niyt(rvc, 1, 6, 11, 12); { rvc[2] += rvc[7]; rvc[13] ^= rvc[2]; rvc[13] = ((((rvc[13]) << (16))) | (((rvc[13]) >> (16)))); rvc[8] += rvc[13]; rvc[7] ^= rvc[8]; rvc[7] = ((((rvc[7]) << (12))) | (((rvc[7]) >> (20)))); rvc[2] += rvc[7]; rvc[13] ^= rvc[2]; rvc[13] = ((((rvc[13]) << (8))) | (((rvc[13]) >> (24)))); rvc[8] += rvc[13]; rvc[7] ^= rvc[8]; rvc[7] = ((((rvc[7]) << (7))) | (((rvc[7]) >> (25)))); } { rvc[3] += rvc[4]; rvc[14] ^= rvc[3]; rvc[14] = ((((rvc[14]) << (16))) | (((rvc[14]) >> (16)))); rvc[9] += rvc[14]; rvc[4] ^= rvc[9]; rvc[4] = ((((rvc[4]) << (12))) | (((rvc[4]) >> (20)))); rvc[3] += rvc[4]; rvc[14] ^= rvc[3]; rvc[14] = ((((rvc[14]) << (8))) | (((rvc[14]) >> (24)))); rvc[9] += rvc[14]; rvc[4] ^= rvc[9]; rvc[4] = ((((rvc[4]) << (7))) | (((rvc[4]) >> (25)))); } _m[65163] += 1; } for (_si exia = 0; exia <= 15; exia += 1) { rvc[exia] += inzs[exia]; } inzs[12] += 1; if (inzs[12] == 0) { inzs[13] += 1; } } void hpdl(_uc *yfgh, _uc *qbx, _si yzpr) { { _ui *zxcb = (_ui *)(yfgh + 64); for (_si yvg = 0; yvg <= 7; yvg += 1) { zxcb[4 + yvg] = (((_ui)((qbx + 4 * yvg)[0])) + ((((_ui)((qbx + 4 * yvg)[1])) << (8))) + ((((_ui)((qbx + 4 * yvg)[2])) << (16))) + ((((_ui)((qbx + 4 * yvg)[3])) << (24)))); } } _ui *ezdt = (_ui *)(yfgh + 64); _ui *tmxa = (_ui *)(yfgh + 128); for (_si lrr = 0; lrr <= 3; lrr += 1) { ezdt[lrr] = (((_ui)(((_uc *)(_m + 48146) + 4 * lrr)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrr)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrr)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrr)[3])) << (24)))); } for (_si aijb = 0; aijb <= 3; aijb += 1) { ezdt[12 + aijb] = yzpr; _m[65162] += 1; } tmxa[0] = 3904225602; } void gmdv(_uc *sjgz, _uc *zyt, _si pco) { { _ui *gcuo = (_ui *)(sjgz + 64); for (_si qizo = 0; qizo <= 7; qizo += 1) { gcuo[4 + qizo] = (((_ui)((zyt + 4 * qizo)[0])) + ((((_ui)((zyt + 4 * qizo)[1])) << (8))) + ((((_ui)((zyt + 4 * qizo)[2])) << (16))) + ((((_ui)((zyt + 4 * qizo)[3])) << (24)))); } } _ui *fwtd = (_ui *)(sjgz + 64); _ui *lihu = (_ui *)(sjgz + 128); for (_si ulvu = 0; ulvu <= 3; ulvu += 1) { fwtd[ulvu] = (((_ui)(((_uc *)(_m + 48146) + 4 * ulvu)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ulvu)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ulvu)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ulvu)[3])) << (24)))); } for (_si pnph = 0; pnph <= 3; pnph += 1) { fwtd[12 + pnph] = pco; _m[65162] += 1; } lihu[0] = 3904225602; } void azqu(_uli *cwmk) { _si qmui; { qmui = 0; _uli lzpd = 19; for (_si humm = 12; humm >= 0; humm -= 1) { if (cwmk[humm] != 0) { qmui = ((((cwmk[humm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qmui) { { for (_si nrut = 0; nrut <= 12; nrut += 1) { cwmk[nrut] = -cwmk[nrut]; } } } for (_si medu = 0; medu <= 11; medu += 1) { if (((((cwmk[medu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cwmk[1 + medu] -= 1; } else { cwmk[1 + medu] += ((cwmk[medu]) >> (47)); }; cwmk[medu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cwmk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qmui) { { for (_si oicd = 0; oicd <= 12; oicd += 1) { cwmk[oicd] = -cwmk[oicd]; } } } } void isvb(_uc *tybw) { _uc *ltvx = (_uc *)(tybw + 0); _ui *mfuo = (_ui *)(tybw + 64); _uli *vxdh = (_uli *)(tybw + 352); _uli qaul = 8 * vxdh[0]; _uc ecjr[1]; ecjr[0] = 128; { _uc *cike = (_uc *)(tybw + 0); _uli *rioq = (_uli *)(tybw + 352); _si dfmh = (_si)(((rioq[0]) & (63))); rioq[0] += 1; for (_si zhtk = 0; zhtk <= 0; zhtk += 1) { cike[dfmh] = ecjr[zhtk]; dfmh += 1; if (dfmh == 64) { { _uc *rxrp = (_uc *)(tybw + 0); _ui *taeg = (_ui *)(tybw + 64); _ui *jsjp = (_ui *)(tybw + 96); _si ltkb = 0; _ui wvbv = 0; _ui petc = 0; _ui mmyf = 0; _ui tiur = 0; _ui mzn = 0; _ui fysj = 0; for (_si xwts = 0; xwts <= 15; xwts += 1) { jsjp[xwts] = (((((((((_ui)(rxrp[ltkb])) << (24))) | ((((_ui)(rxrp[1 + ltkb])) << (16))))) | ((((_ui)(rxrp[2 + ltkb])) << (8))))) | ((_ui)(rxrp[3 + ltkb]))); ltkb += 4; } for (_si vkmt = 16; vkmt <= 31; vkmt += 1) { wvbv = ((((((((jsjp[-15 + vkmt]) >> (7))) | (((jsjp[-15 + vkmt]) << (25))))) ^ (((((jsjp[-15 + vkmt]) >> (18))) | (((jsjp[-15 + vkmt]) << (14))))))) ^ (((jsjp[-15 + vkmt]) >> (3)))); tiur = ((((((((jsjp[-2 + vkmt]) >> (17))) | (((jsjp[-2 + vkmt]) << (15))))) ^ (((((jsjp[-2 + vkmt]) >> (19))) | (((jsjp[-2 + vkmt]) << (13))))))) ^ (((jsjp[-2 + vkmt]) >> (10)))); jsjp[vkmt] = jsjp[-7 + vkmt] + jsjp[-16 + vkmt] + tiur + wvbv; _m[65160] += 1; } _ui qbcd = taeg[0]; _ui voze = taeg[1]; _ui qotl = taeg[2]; _ui txxc = taeg[3]; _ui qfge = taeg[4]; _ui inbk = taeg[5]; _ui dfz = taeg[6]; _ui bain = taeg[7]; for (_si azld = 0; azld <= 31; azld += 1) { wvbv = ((((((((qbcd) >> (2))) | (((qbcd) << (30))))) ^ (((((qbcd) >> (13))) | (((qbcd) << (19))))))) ^ (((((qbcd) >> (22))) | (((qbcd) << (10)))))); petc = ((((((qbcd) & (voze))) ^ (((qbcd) & (qotl))))) ^ (((voze) & (qotl)))); mmyf = petc + wvbv; tiur = ((((((((qfge) >> (6))) | (((qfge) << (26))))) ^ (((((qfge) >> (11))) | (((qfge) << (21))))))) ^ (((((qfge) >> (25))) | (((qfge) << (7)))))); mzn = ((((qfge) & (inbk))) ^ (((~qfge) & (dfz)))); fysj = tiur + bain + mzn + jsjp[azld] + *(((_ui *)(_m + 246160) + azld)); bain = dfz; dfz = inbk; inbk = qfge; qfge = fysj + txxc; txxc = qotl; qotl = voze; voze = qbcd; qbcd = fysj + mmyf; _m[65161] += 1; } taeg[0] += qbcd; taeg[1] += voze; taeg[2] += qotl; taeg[3] += txxc; taeg[4] += qfge; taeg[5] += inbk; taeg[6] += dfz; taeg[7] += bain; } dfmh = 0; } } } while (((((vxdh[0]) & (63))) != (56))) { ecjr[0] = 0; { _uc *wreu = (_uc *)(tybw + 0); _uli *hvvw = (_uli *)(tybw + 352); _si qpof = (_si)(((hvvw[0]) & (63))); hvvw[0] += 1; for (_si sepj = 0; sepj <= 0; sepj += 1) { wreu[qpof] = ecjr[sepj]; qpof += 1; if (qpof == 64) { atrv(tybw); qpof = 0; } } } } for (_si glxp = 0; glxp <= 7; glxp += 1) { ecjr[0] = (_uc)(((((qaul) >> (8 * (7 - glxp)))) & (255))); { _uc *cvgm = (_uc *)(tybw + 0); _uli *vnkr = (_uli *)(tybw + 352); _si ccxg = (_si)(((vnkr[0]) & (63))); vnkr[0] += 1; for (_si omem = 0; omem <= 0; omem += 1) { cvgm[ccxg] = ecjr[omem]; ccxg += 1; if (ccxg == 64) { lphk(tybw); ccxg = 0; } } } } _si jqw = 0; for (_si axdw = 0; axdw <= 7; axdw += 1) { _ui ahtw = mfuo[axdw]; ltvx[jqw] = (_uc)(((((ahtw) >> (24))) & (255))); ltvx[1 + jqw] = (_uc)(((((ahtw) >> (16))) & (255))); ltvx[2 + jqw] = (_uc)(((((ahtw) >> (8))) & (255))); ltvx[3 + jqw] = (_uc)(((ahtw) & (255))); jqw += 4; } } _si imli(_uli *eyqr) { _si dqnb = 0; _uli dtds = 19; for (_si eeqv = 12; eeqv >= 0; eeqv -= 1) { if (eyqr[eeqv] != 0) { dqnb = ((((eyqr[eeqv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return dqnb; } void twu(_uli *znu) { _uc *nclr = (_uc *)(znu); for (_si xrkx = 0; xrkx <= 360; xrkx += 1) { nclr[xrkx] = (_uc)(255 + nclr[1 + xrkx]) * (_uc)(1 + nclr[xrkx]); } nclr[361] = 0; } void xmfz(_uli *faqt, _uli *gsji, _uli *tlyx) { for (_si ldid = 0; ldid <= 12; ldid += 1) { faqt[ldid] = gsji[ldid] - tlyx[ldid]; } { _si nlkb; { nlkb = 0; _uli eqhq = 19; for (_si mvhb = 12; mvhb >= 0; mvhb -= 1) { if (faqt[mvhb] != 0) { nlkb = ((((faqt[mvhb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (nlkb) { { for (_si cqtj = 0; cqtj <= 12; cqtj += 1) { faqt[cqtj] = -faqt[cqtj]; } } } for (_si mcow = 0; mcow <= 11; mcow += 1) { if (((((faqt[mcow]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { faqt[1 + mcow] -= 1; } else { faqt[1 + mcow] += ((faqt[mcow]) >> (47)); }; faqt[mcow] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } faqt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nlkb) { { for (_si nxox = 0; nxox <= 12; nxox += 1) { faqt[nxox] = -faqt[nxox]; } } } } } void mccb(_uli *pumn) { _uc *nmsr = (_uc *)(pumn); for (_si xbtt = 0; xbtt <= 360; xbtt += 1) { nmsr[xbtt] = (_uc)(255 + nmsr[1 + xbtt]) * (_uc)(1 + nmsr[xbtt]); } nmsr[361] = 0; } void sffn(_uli *npjg) { for (_si jjz = 0; jjz <= 11; jjz += 1) { npjg[1 + jjz] += ((npjg[jjz]) >> (47)); npjg[jjz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } npjg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *wpkw() { ; _uli *uqqs; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; uqqs = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uqqs; } void zhnj(_uli *jeqm, _uli *bebx) { for (_si jtyn = 0; jtyn <= 12; jtyn += 1) { jeqm[jtyn] = -bebx[jtyn]; } } _uli *fyap() { ; _uli *ocdg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ocdg = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ocdg; } void gwws(_uli *pfje, _uli *dvlx, _uli *glcu, _uli *bnbb) { afup(dvlx, glcu, bnbb); _si becj = sdjm(dvlx, pfje); if (!becj) { kvmk(dvlx, dvlx, pfje); } } void efgt(_uli *yfcc, _si qrie) { _si oyp = (qrie % 47); _si gpn = ((qrie) / (47)); _si xyh = qrie; if (xyh > (8 * sizeof(_uli))) { xyh = -1; } if (gpn >= 13) { { for (_si eizy = 0; eizy <= 12; eizy += 1) { yfcc[eizy] = 0; } } } else { _uli ocjx = (((((_uli)(1)) << (oyp))) - ((_uli)(1))); if (xyh < 0) { yfcc[0] = 0; } else { yfcc[0] = ((((yfcc[0]) & (~ocjx))) >> (xyh)); }; if (gpn != 0) { yfcc[0] += ((((yfcc[gpn]) & (~ocjx))) >> (oyp)); } for (_si tzrf = 1; tzrf <= (12 - gpn); tzrf += 1) { yfcc[-1 + tzrf] += ((((((yfcc[gpn + tzrf]) & (ocjx))) << (-oyp + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yfcc[tzrf] = ((((yfcc[gpn + tzrf]) & (~ocjx))) >> (oyp)); } for (_si ayz = 13 - gpn; ayz <= 12; ayz += 1) { yfcc[ayz] = 0; } }; } void biyn(_uc *ssbf, _uc *cmc, _si itvs) { _uc *vjs = (_uc *)(ssbf + 0); _uli *evuw = (_uli *)(ssbf + 352); _si asug = (_si)(((evuw[0]) & (63))); evuw[0] += itvs; for (_si acqk = 0; acqk <= (-1 + itvs); acqk += 1) { vjs[asug] = cmc[acqk]; asug += 1; if (asug == 64) { qczp(ssbf); asug = 0; } } } void bxig(_uli *tuzd, _si zhbu) { _si qnhl = (zhbu % 47); _si uwcd = ((zhbu) / (47)); _si mrwj = zhbu; if (mrwj > (8 * sizeof(_uli))) { mrwj = -1; } if (uwcd >= 13) { { for (_si ghtt = 0; ghtt <= 12; ghtt += 1) { tuzd[ghtt] = 0; } } } else { _uli fwnq = (((((_uli)(1)) << (qnhl))) - ((_uli)(1))); if (mrwj < 0) { tuzd[0] = 0; } else { tuzd[0] = ((((tuzd[0]) & (~fwnq))) >> (mrwj)); }; if (uwcd != 0) { tuzd[0] += ((((tuzd[uwcd]) & (~fwnq))) >> (qnhl)); } for (_si myqn = 1; myqn <= (12 - uwcd); myqn += 1) { tuzd[-1 + myqn] += ((((((tuzd[myqn + uwcd]) & (fwnq))) << (-qnhl + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tuzd[myqn] = ((((tuzd[myqn + uwcd]) & (~fwnq))) >> (qnhl)); } for (_si sgat = 13 - uwcd; sgat <= 12; sgat += 1) { tuzd[sgat] = 0; } }; } void fvrq(_uc *afux) { _ui *orye = (_ui *)(afux + 0); _ui *cyrs = (_ui *)(afux + 64); for (_si jwjf = 0; jwjf <= 15; jwjf += 1) { orye[jwjf] = cyrs[jwjf]; } for (_si lwlg = 0; lwlg <= 9; lwlg += 1) { lnnc(orye, 0, 4, 8, 12); basg(orye, 1, 5, 9, 13); { orye[2] += orye[6]; orye[14] ^= orye[2]; orye[14] = ((((orye[14]) << (16))) | (((orye[14]) >> (16)))); orye[10] += orye[14]; orye[6] ^= orye[10]; orye[6] = ((((orye[6]) << (12))) | (((orye[6]) >> (20)))); orye[2] += orye[6]; orye[14] ^= orye[2]; orye[14] = ((((orye[14]) << (8))) | (((orye[14]) >> (24)))); orye[10] += orye[14]; orye[6] ^= orye[10]; orye[6] = ((((orye[6]) << (7))) | (((orye[6]) >> (25)))); } pnxm(orye, 3, 7, 11, 15); jgrw(orye, 0, 5, 10, 15); qajo(orye, 1, 6, 11, 12); { orye[2] += orye[7]; orye[13] ^= orye[2]; orye[13] = ((((orye[13]) << (16))) | (((orye[13]) >> (16)))); orye[8] += orye[13]; orye[7] ^= orye[8]; orye[7] = ((((orye[7]) << (12))) | (((orye[7]) >> (20)))); orye[2] += orye[7]; orye[13] ^= orye[2]; orye[13] = ((((orye[13]) << (8))) | (((orye[13]) >> (24)))); orye[8] += orye[13]; orye[7] ^= orye[8]; orye[7] = ((((orye[7]) << (7))) | (((orye[7]) >> (25)))); } { orye[3] += orye[4]; orye[14] ^= orye[3]; orye[14] = ((((orye[14]) << (16))) | (((orye[14]) >> (16)))); orye[9] += orye[14]; orye[4] ^= orye[9]; orye[4] = ((((orye[4]) << (12))) | (((orye[4]) >> (20)))); orye[3] += orye[4]; orye[14] ^= orye[3]; orye[14] = ((((orye[14]) << (8))) | (((orye[14]) >> (24)))); orye[9] += orye[14]; orye[4] ^= orye[9]; orye[4] = ((((orye[4]) << (7))) | (((orye[4]) >> (25)))); } _m[65163] += 1; } for (_si tlyc = 0; tlyc <= 15; tlyc += 1) { orye[tlyc] += cyrs[tlyc]; } cyrs[12] += 1; if (cyrs[12] == 0) { cyrs[13] += 1; } } void nnkn(_uli *sydy, _uli *jcwl, _uli *uoy) { _uli *vusx = bcqr(); _uli *iafn = feld(); _uli *zgoe = niei(); _uli *wxq = gtni(); for (_si wtsk = 0; wtsk <= 12; wtsk += 1) { vusx[wtsk] = ((jcwl[wtsk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iafn[wtsk] = ((jcwl[wtsk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zgoe[wtsk] = ((uoy[wtsk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wxq[wtsk] = ((uoy[wtsk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vgql = 0; vgql <= 12; vgql += 1) { sydy[vgql] = 0; } } for (_si ixpn = 0; ixpn <= (-1 + (((13) >> (1)))); ixpn += 1) { for (_si ndmi = 0; ndmi <= (-1 + (((13) >> (1)))); ndmi += 1) { _uli juoo = iafn[ixpn] * zgoe[ndmi] + vusx[ixpn] * wxq[ndmi]; _uli nsg = vusx[ixpn] * zgoe[ndmi]; _uli prqy = iafn[ixpn] * wxq[ndmi]; _uli owni = ((sydy[ixpn + ndmi]) + (nsg) + (((((juoo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (owni < nsg) { prqy += 1; } _uli nur = ((((juoo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((prqy) << ((-47 + (((sizeof(_uli)) << (3)))))))); sydy[ixpn + ndmi] = owni; sydy[1 + ixpn + ndmi] += nur; } ioug(sydy); } { _uc *cppx = (_uc *)(vusx); for (_si zsfa = 0; zsfa <= 360; zsfa += 1) { cppx[zsfa] = (_uc)(1 + cppx[zsfa]) * (_uc)(255 + cppx[1 + zsfa]); } cppx[361] = 0; } yuaa(iafn); { _uc *yvgu = (_uc *)(zgoe); for (_si gso = 0; gso <= 360; gso += 1) { yvgu[gso] = (_uc)(1 + yvgu[gso]) * (_uc)(255 + yvgu[1 + gso]); } yvgu[361] = 0; } kxwu(wxq); } void asfl(_uli *lajr) { for (_si qxzx = 0; qxzx <= 12; qxzx += 1) { lajr[qxzx] = 0; } } void wxmz(_uli *zzb, _uli *hkld, _uli *klnk) { for (_si shaq = 0; shaq <= 12; shaq += 1) { zzb[shaq] = hkld[shaq] - klnk[shaq]; } { _si jdwe; { jdwe = 0; _uli ccza = 19; for (_si txv = 12; txv >= 0; txv -= 1) { if (zzb[txv] != 0) { jdwe = ((((zzb[txv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jdwe) { { for (_si brez = 0; brez <= 12; brez += 1) { zzb[brez] = -zzb[brez]; } } } for (_si zimo = 0; zimo <= 11; zimo += 1) { if (((((zzb[zimo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zzb[1 + zimo] -= 1; } else { zzb[1 + zimo] += ((zzb[zimo]) >> (47)); }; zzb[zimo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zzb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jdwe) { { for (_si zxg = 0; zxg <= 12; zxg += 1) { zzb[zxg] = -zzb[zxg]; } } } } } void oqth(_uli *kfqz, _uli *xgdy, _uli *qsvb) { _uli *tppk = vjwg(); _uli *tunh = qzcc(); _uli *apbf = evlo(); _uli *uiiq = luve(); for (_si ldno = 0; ldno <= 44; ldno += 1) { tppk[ldno] = ((xgdy[ldno]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tunh[ldno] = ((xgdy[ldno]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); apbf[ldno] = ((qsvb[ldno]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uiiq[ldno] = ((qsvb[ldno]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vjer = 0; vjer <= 44; vjer += 1) { kfqz[vjer] = 0; } } for (_si tyxa = 0; tyxa <= (-1 + (((45) >> (1)))); tyxa += 1) { for (_si vbvt = 0; vbvt <= (-1 + (((45) >> (1)))); vbvt += 1) { _uli vimm = apbf[vbvt] * tunh[tyxa] + tppk[tyxa] * uiiq[vbvt]; _uli vmrh = apbf[vbvt] * tppk[tyxa]; _uli znzy = tunh[tyxa] * uiiq[vbvt]; _uli qpyf = ((kfqz[tyxa + vbvt]) + (vmrh) + (((((vimm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qpyf < vmrh) { znzy += 1; } _uli bvfx = ((((vimm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((znzy) << ((-47 + (((sizeof(_uli)) << (3)))))))); kfqz[tyxa + vbvt] = qpyf; kfqz[1 + tyxa + vbvt] += bvfx; } drbx(kfqz); } lkia(tppk); khqo(tunh); mrpv(apbf); { _uc *lkvq = (_uc *)(uiiq); for (_si gjcd = 0; gjcd <= 360; gjcd += 1) { lkvq[gjcd] = (_uc)(255 + lkvq[1 + gjcd]) * (_uc)(1 + lkvq[gjcd]); } lkvq[361] = 0; } } void dhvk(_uc *cxwf) { _ui *cesa = (_ui *)(cxwf + 0); _ui *usfu = (_ui *)(cxwf + 64); for (_si vtfu = 0; vtfu <= 15; vtfu += 1) { cesa[vtfu] = usfu[vtfu]; } for (_si uvvy = 0; uvvy <= 9; uvvy += 1) { { cesa[0] += cesa[4]; cesa[12] ^= cesa[0]; cesa[12] = ((((cesa[12]) << (16))) | (((cesa[12]) >> (16)))); cesa[8] += cesa[12]; cesa[4] ^= cesa[8]; cesa[4] = ((((cesa[4]) << (12))) | (((cesa[4]) >> (20)))); cesa[0] += cesa[4]; cesa[12] ^= cesa[0]; cesa[12] = ((((cesa[12]) << (8))) | (((cesa[12]) >> (24)))); cesa[8] += cesa[12]; cesa[4] ^= cesa[8]; cesa[4] = ((((cesa[4]) << (7))) | (((cesa[4]) >> (25)))); } vvr(cesa, 1, 5, 9, 13); fcxt(cesa, 2, 6, 10, 14); kjv(cesa, 3, 7, 11, 15); ojst(cesa, 0, 5, 10, 15); { cesa[1] += cesa[6]; cesa[12] ^= cesa[1]; cesa[12] = ((((cesa[12]) << (16))) | (((cesa[12]) >> (16)))); cesa[11] += cesa[12]; cesa[6] ^= cesa[11]; cesa[6] = ((((cesa[6]) << (12))) | (((cesa[6]) >> (20)))); cesa[1] += cesa[6]; cesa[12] ^= cesa[1]; cesa[12] = ((((cesa[12]) << (8))) | (((cesa[12]) >> (24)))); cesa[11] += cesa[12]; cesa[6] ^= cesa[11]; cesa[6] = ((((cesa[6]) << (7))) | (((cesa[6]) >> (25)))); } eypa(cesa, 2, 7, 8, 13); { cesa[3] += cesa[4]; cesa[14] ^= cesa[3]; cesa[14] = ((((cesa[14]) << (16))) | (((cesa[14]) >> (16)))); cesa[9] += cesa[14]; cesa[4] ^= cesa[9]; cesa[4] = ((((cesa[4]) << (12))) | (((cesa[4]) >> (20)))); cesa[3] += cesa[4]; cesa[14] ^= cesa[3]; cesa[14] = ((((cesa[14]) << (8))) | (((cesa[14]) >> (24)))); cesa[9] += cesa[14]; cesa[4] ^= cesa[9]; cesa[4] = ((((cesa[4]) << (7))) | (((cesa[4]) >> (25)))); } _m[65163] += 1; } for (_si ovef = 0; ovef <= 15; ovef += 1) { cesa[ovef] += usfu[ovef]; } usfu[12] += 1; if (usfu[12] == 0) { usfu[13] += 1; } } void nkba(_uli *kkvf, _uli *tjeq, _uli *fgig, _uli *eryp) { { if (tjeq != fgig) { for (_si jxhe = 0; jxhe <= 12; jxhe += 1) { tjeq[jxhe] = fgig[jxhe]; } } } _si floy = gups(tjeq); _si fwsa = tvww(eryp); if (floy >= fwsa) { _si oehf = 0; _uli tiyy = eryp[fwsa]; while (tiyy < (((((((_uli)(1)) << (47)))) >> (1)))) { oehf += 1; tiyy <<= 1; } if (fwsa == 0) { oehf += 47; floy += 1; fwsa += 1; } if (oehf > 0) { { _si wile = (oehf % 47); _si dru = ((oehf) / (47)); _si kwxo = -wile + (((sizeof(_uli)) << (3))); if (dru >= 13) { nwsi(tjeq); } else { for (_si wgmx = 12 - dru; wgmx >= 1; wgmx -= 1) { tjeq[dru + wgmx] = ((tjeq[wgmx]) << (wile)); if (kwxo < (8 * sizeof(_uli))) { tjeq[dru + wgmx] += ((((tjeq[-1 + wgmx]) >> (kwxo))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } tjeq[dru] = ((tjeq[0]) << (wile)); for (_si ffwl = -1 + dru; ffwl >= 0; ffwl -= 1) { tjeq[ffwl] = 0; } }; iehl(tjeq); } { _si vqyx = (oehf % 47); _si srov = ((oehf) / (47)); _si lhns = -vqyx + (((sizeof(_uli)) << (3))); if (srov >= 13) { { for (_si iisc = 0; iisc <= 12; iisc += 1) { eryp[iisc] = 0; } } } else { for (_si fapx = 12 - srov; fapx >= 1; fapx -= 1) { eryp[fapx + srov] = ((eryp[fapx]) << (vqyx)); if (lhns < (8 * sizeof(_uli))) { eryp[fapx + srov] += ((((eryp[-1 + fapx]) >> (lhns))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } eryp[srov] = ((eryp[0]) << (vqyx)); for (_si drko = -1 + srov; drko >= 0; drko -= 1) { eryp[drko] = 0; } }; gxfc(eryp); } } _si gqey = floy - fwsa; tiyy = eryp[fwsa]; _uli cxhe = eryp[-1 + fwsa]; for (_si rxul = gqey; rxul >= 0; rxul -= 1) { __uint128_t rtas = tjeq[fwsa + rxul] + (__uint128_t)(((((_uli)(1)) << (47)))) * tjeq[1 + fwsa + rxul]; _uli blta = 0; __uint128_t gvhq = ((rtas) / (tiyy)); __uint128_t ffll = (rtas % tiyy); while (gvhq == ((((_uli)(1)) << (47))) || (cxhe * gvhq) > (tjeq[-1 + fwsa + rxul] + ((((_uli)(1)) << (47))) * ffll)) { gvhq -= 1; ffll += tiyy; if (ffll >= ((((_uli)(1)) << (47)))) { break; } } rtas = 0; for (_si zeoy = 0; zeoy <= fwsa; zeoy += 1) { rtas += eryp[zeoy] * gvhq; blta = tjeq[rxul + zeoy]; if (rtas > blta) { rtas -= blta; blta = rtas % ((((_uli)(1)) << (47))); rtas = ((rtas) / (((((_uli)(1)) << (47))))); if (blta == 0) { tjeq[rxul + zeoy] = 0; } else { tjeq[rxul + zeoy] = ((1 + ~(_uli)(blta)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); rtas += 1; }; } else { tjeq[rxul + zeoy] -= rtas; rtas = 0; }; } blta = tjeq[1 + fwsa + rxul]; if (rtas > blta) { eryp[1 + fwsa + rxul] = -1 + gvhq; rtas = 0; for (_si oazp = 0; oazp <= fwsa; oazp += 1) { rtas += eryp[oazp] + tjeq[oazp + rxul]; tjeq[oazp + rxul] = rtas % ((((_uli)(1)) << (47))); rtas = ((rtas) / (((((_uli)(1)) << (47))))); } } else { eryp[1 + fwsa + rxul] = gvhq; tjeq[1 + fwsa + rxul] -= rtas; }; } for (_si aalw = 0; aalw <= gqey; aalw += 1) { kkvf[aalw] = eryp[1 + aalw + fwsa]; tjeq[1 + aalw + fwsa] = 0; } for (_si hedm = 1 + gqey; hedm <= 12; hedm += 1) { kkvf[hedm] = 0; } if (kkvf != eryp) { for (_si wegq = 1 + fwsa; wegq <= (1 + floy); wegq += 1) { eryp[wegq] = 0; } if (oehf > 0) { { _si asqb = (oehf % 47); _si gkhu = ((oehf) / (47)); _si erkd = oehf; if (erkd > (8 * sizeof(_uli))) { erkd = -1; } if (gkhu >= 13) { { for (_si owki = 0; owki <= 12; owki += 1) { eryp[owki] = 0; } } } else { _uli pryi = (((((_uli)(1)) << (asqb))) - ((_uli)(1))); if (erkd < 0) { eryp[0] = 0; } else { eryp[0] = ((((eryp[0]) & (~pryi))) >> (erkd)); }; if (gkhu != 0) { eryp[0] += ((((eryp[gkhu]) & (~pryi))) >> (asqb)); } for (_si yzrf = 1; yzrf <= (12 - gkhu); yzrf += 1) { eryp[-1 + yzrf] += ((((((eryp[gkhu + yzrf]) & (pryi))) << (-asqb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); eryp[yzrf] = ((((eryp[gkhu + yzrf]) & (~pryi))) >> (asqb)); } for (_si pill = 13 - gkhu; pill <= 12; pill += 1) { eryp[pill] = 0; } }; } } } if (oehf > 0) { fcjw(tjeq, oehf); } } } void upbm(_uli *jfgf, _uli *xdds) { for (_si duea = 0; duea <= 44; duea += 1) { jfgf[duea] = -xdds[duea]; } } void usxz(_uli *bgoc, _si jnmk) { _si qvio = (jnmk % 47); _si nylv = ((jnmk) / (47)); _si mpfk = -qvio + (((sizeof(_uli)) << (3))); if (nylv >= 13) { prfa(bgoc); } else { for (_si oulz = 12 - nylv; oulz >= 1; oulz -= 1) { bgoc[nylv + oulz] = ((bgoc[oulz]) << (qvio)); if (mpfk < (8 * sizeof(_uli))) { bgoc[nylv + oulz] += ((((bgoc[-1 + oulz]) >> (mpfk))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } bgoc[nylv] = ((bgoc[0]) << (qvio)); for (_si tlxg = -1 + nylv; tlxg >= 0; tlxg -= 1) { bgoc[tlxg] = 0; } }; { for (_si xzsh = 0; xzsh <= 11; xzsh += 1) { bgoc[1 + xzsh] += ((bgoc[xzsh]) >> (47)); bgoc[xzsh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bgoc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void uwgi(_uli *uvry) { _si fgpc = ispx(uvry); if (fgpc) { wfzk(uvry, uvry); } for (_si fdjm = 0; fdjm <= 11; fdjm += 1) { if (((((uvry[fdjm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uvry[1 + fdjm] -= 1; } else { uvry[1 + fdjm] += ((uvry[fdjm]) >> (47)); }; uvry[fdjm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uvry[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fgpc) { { for (_si vtes = 0; vtes <= 12; vtes += 1) { uvry[vtes] = -uvry[vtes]; } } } } _uc *smb() { ; _uc *auxr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; auxr = (_uc *)(_m + 362 * _s); break; } _s += 1; } return auxr; } void emuw(_uli *dhhx) { _si idef = kjym(dhhx); if (idef) { elhf(dhhx, dhhx); } for (_si cgne = 0; cgne <= 11; cgne += 1) { if (((((dhhx[cgne]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dhhx[1 + cgne] -= 1; } else { dhhx[1 + cgne] += ((dhhx[cgne]) >> (47)); }; dhhx[cgne] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dhhx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (idef) { { for (_si zldz = 0; zldz <= 12; zldz += 1) { dhhx[zldz] = -dhhx[zldz]; } } } } void zinw(_uli *cuge) { _si nuew = povr(cuge); if (nuew) { { for (_si fmbo = 0; fmbo <= 44; fmbo += 1) { cuge[fmbo] = -cuge[fmbo]; } } } for (_si dxfa = 0; dxfa <= 43; dxfa += 1) { if (((((cuge[dxfa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cuge[1 + dxfa] -= 1; } else { cuge[1 + dxfa] += ((cuge[dxfa]) >> (47)); }; cuge[dxfa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cuge[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nuew) { { for (_si jace = 0; jace <= 44; jace += 1) { cuge[jace] = -cuge[jace]; } } } } void istf(_uc *yyvf) { _uc *xadq = (_uc *)(yyvf + 0); _ui *uvyu = (_ui *)(yyvf + 64); _uli *hlwx = (_uli *)(yyvf + 352); _uli vkmd = 8 * hlwx[0]; _uc yjhu[1]; yjhu[0] = 128; { _uc *rdnq = (_uc *)(yyvf + 0); _uli *zbug = (_uli *)(yyvf + 352); _si gwyu = (_si)(((zbug[0]) & (63))); zbug[0] += 1; for (_si wqut = 0; wqut <= 0; wqut += 1) { rdnq[gwyu] = yjhu[wqut]; gwyu += 1; if (gwyu == 64) { jtve(yyvf); gwyu = 0; } } } while (((((hlwx[0]) & (63))) != (56))) { yjhu[0] = 0; gigd(yyvf, yjhu, 1); } for (_si ogkk = 0; ogkk <= 7; ogkk += 1) { yjhu[0] = (_uc)(((((vkmd) >> (8 * (7 - ogkk)))) & (255))); aapr(yyvf, yjhu, 1); } _si gwev = 0; for (_si qtja = 0; qtja <= 7; qtja += 1) { _ui fyfj = uvyu[qtja]; xadq[gwev] = (_uc)(((((fyfj) >> (24))) & (255))); xadq[1 + gwev] = (_uc)(((((fyfj) >> (16))) & (255))); xadq[2 + gwev] = (_uc)(((((fyfj) >> (8))) & (255))); xadq[3 + gwev] = (_uc)(((fyfj) & (255))); gwev += 4; } } void hkts(_si mdun, _uli *eywu, _uli *xwih, _uli *lmik, _uli *emzv) { _uli *sqab = mazz(); { if (sqab != emzv) { for (_si nwkw = 0; nwkw <= 12; nwkw += 1) { sqab[nwkw] = emzv[nwkw]; } } } { if (lmik != emzv) { for (_si caix = 0; caix <= 12; caix += 1) { lmik[caix] = emzv[caix]; } } } { lmik[(((mdun) / (47)))] &= ((((((_uli)(1)) << ((mdun % 47)))) - ((_uli)(1)))); for (_si oyqc = 1 + (((mdun) / (47))); oyqc <= 12; oyqc += 1) { lmik[oyqc] = 0; } } { _uli *tznk = ofhj(); _uli *hwmq = agss(); _uli *ozvp = uich(); _uli *nnpm = gtni(); for (_si tadb = 0; tadb <= 12; tadb += 1) { tznk[tadb] = ((lmik[tadb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hwmq[tadb] = ((lmik[tadb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ozvp[tadb] = ((xwih[tadb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nnpm[tadb] = ((xwih[tadb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si skqw = 0; skqw <= 12; skqw += 1) { lmik[skqw] = 0; } } for (_si fomy = 0; fomy <= (-1 + (((13) >> (1)))); fomy += 1) { for (_si ateg = 0; ateg <= (-1 + (((13) >> (1)))); ateg += 1) { _uli zyxr = hwmq[fomy] * ozvp[ateg] + nnpm[ateg] * tznk[fomy]; _uli ohze = ozvp[ateg] * tznk[fomy]; _uli ifuu = hwmq[fomy] * nnpm[ateg]; _uli qkjb = ((lmik[ateg + fomy]) + (ohze) + (((((zyxr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qkjb < ohze) { ifuu += 1; } _uli proc = ((((zyxr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ifuu) << ((-47 + (((sizeof(_uli)) << (3)))))))); lmik[ateg + fomy] = qkjb; lmik[1 + ateg + fomy] += proc; } { for (_si nifn = 0; nifn <= 11; nifn += 1) { lmik[1 + nifn] += ((lmik[nifn]) >> (47)); lmik[nifn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lmik[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *urk = (_uc *)(tznk); for (_si xnra = 0; xnra <= 360; xnra += 1) { urk[xnra] = (_uc)(1 + urk[xnra]) * (_uc)(255 + urk[1 + xnra]); } urk[361] = 0; } { _uc *liuk = (_uc *)(hwmq); for (_si javn = 0; javn <= 360; javn += 1) { liuk[javn] = (_uc)(1 + liuk[javn]) * (_uc)(255 + liuk[1 + javn]); } liuk[361] = 0; } orus(ozvp); { _uc *tize = (_uc *)(nnpm); for (_si qoqk = 0; qoqk <= 360; qoqk += 1) { tize[qoqk] = (_uc)(255 + tize[1 + qoqk]) * (_uc)(1 + tize[qoqk]); } tize[361] = 0; } } kvwb(mdun, lmik); macr(lmik, lmik, eywu); { for (_si cxsr = 0; cxsr <= 12; cxsr += 1) { lmik[cxsr] = lmik[cxsr] + sqab[cxsr]; } jdqj(lmik); } eohi(lmik, mdun); yfev(sqab, lmik, eywu); _si mtus = reer(sqab); if (!mtus) { { if (lmik != sqab) { for (_si gzdc = 0; gzdc <= 12; gzdc += 1) { lmik[gzdc] = sqab[gzdc]; } } } } ogdq(sqab); } void pyta(_uc *iyr, _uc *bpas, _uc *qsxk, _si ddvd) { { syy(iyr, bpas); _ui *kiql = (_ui *)(iyr + 64); _ui *qvs = (_ui *)(iyr + 128); for (_si nrvx = 0; nrvx <= 3; nrvx += 1) { kiql[nrvx] = (((_ui)(((_uc *)(_m + 48146) + 4 * nrvx)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nrvx)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nrvx)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nrvx)[3])) << (24)))); } for (_si jccj = 0; jccj <= 3; jccj += 1) { kiql[12 + jccj] = 0; _m[65162] += 1; } qvs[0] = 3904225602; } cvhz(iyr, qsxk, ddvd); } void ausz(_uli *okzz, _si ozjx) { _si epey = ztv(okzz); if (epey) { { for (_si gxjl = 0; gxjl <= 12; gxjl += 1) { okzz[gxjl] = -okzz[gxjl]; } } } aygc(okzz, ozjx); if (epey) { wuer(okzz, okzz); } } void ztja(_uli *pcvw) { for (_si aimz = 0; aimz <= 12; aimz += 1) { pcvw[aimz] = 0; } } void xxfi(_uli *brqb) { _uc *ngrg = klpu(); _uc *ojzc = ((_uc *)(_m + 136474) + 0); _uc *rinv = (_uc *)(brqb); for (_si lchf = 0; lchf <= 359; lchf += 1) { rinv[lchf] = *(((_uc *)(_m + 2172) + lchf)); } { { zizh(ngrg, ojzc); _ui *sidy = (_ui *)(ngrg + 64); _ui *uhdp = (_ui *)(ngrg + 128); for (_si djbt = 0; djbt <= 3; djbt += 1) { sidy[djbt] = (((_ui)(((_uc *)(_m + 48146) + 4 * djbt)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * djbt)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * djbt)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * djbt)[3])) << (24)))); } for (_si mioo = 0; mioo <= 3; mioo += 1) { sidy[12 + mioo] = 0; _m[65162] += 1; } uhdp[0] = 3904225602; } rsou(ngrg, rinv, 360); } } void rvyv(_uc *ukql, _uc *kjsv, _si kzsq) { { _ui *leq = (_ui *)(ukql + 64); for (_si nkw = 0; nkw <= 7; nkw += 1) { leq[4 + nkw] = (((_ui)((kjsv + 4 * nkw)[0])) + ((((_ui)((kjsv + 4 * nkw)[1])) << (8))) + ((((_ui)((kjsv + 4 * nkw)[2])) << (16))) + ((((_ui)((kjsv + 4 * nkw)[3])) << (24)))); } } _ui *lnoy = (_ui *)(ukql + 64); _ui *gzi = (_ui *)(ukql + 128); for (_si wpga = 0; wpga <= 3; wpga += 1) { lnoy[wpga] = (((_ui)(((_uc *)(_m + 48146) + 4 * wpga)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * wpga)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * wpga)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * wpga)[3])) << (24)))); } for (_si axy = 0; axy <= 3; axy += 1) { lnoy[12 + axy] = kzsq; _m[65162] += 1; } gzi[0] = 3904225602; } void aayf(_uli *zhtx, _uli *wxmn, _uli *ckkw) { for (_si fbto = 0; fbto <= 12; fbto += 1) { zhtx[fbto] = -ckkw[fbto] + wxmn[fbto]; } pdio(zhtx); } void kqca(_uli *oehw) { for (_si ugvm = 0; ugvm <= 11; ugvm += 1) { oehw[1 + ugvm] += ((oehw[ugvm]) >> (47)); oehw[ugvm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oehw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void isqt(_uli *lico, _uli *dvsm, _uli *lqej) { for (_si metv = 0; metv <= 12; metv += 1) { lico[metv] = dvsm[metv] + lqej[metv]; } { _si lfvj = wguf(lico); if (lfvj) { { for (_si kedf = 0; kedf <= 12; kedf += 1) { lico[kedf] = -lico[kedf]; } } } for (_si umwh = 0; umwh <= 11; umwh += 1) { if (((((lico[umwh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lico[1 + umwh] -= 1; } else { lico[1 + umwh] += ((lico[umwh]) >> (47)); }; lico[umwh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lico[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lfvj) { { for (_si pexm = 0; pexm <= 12; pexm += 1) { lico[pexm] = -lico[pexm]; } } } } } void rtai(_uli *qhpq, _uli *ljoa, _uli *wcox) { for (_si mkbn = 0; mkbn <= 12; mkbn += 1) { qhpq[mkbn] = ljoa[mkbn] + wcox[mkbn]; } sysp(qhpq); } void mdsu(_si dqkt, _uli *prhm, _uli *cab, _uli *yazh, _uli *gjzw) { { _uli *mugi = hyye(); _uli *aopo = opnz(); for (_si zhfw = 0; zhfw <= 44; zhfw += 1) { mugi[zhfw] = ((gjzw[zhfw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aopo[zhfw] = ((gjzw[zhfw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lvzp = 0; lvzp <= 44; lvzp += 1) { yazh[lvzp] = 0; } } for (_si vnne = 0; vnne <= (-1 + (((45) >> (1)))); vnne += 1) { for (_si birr = 0; birr <= (-1 + (((45) >> (1)))); birr += 1) { _uli xmwu = aopo[vnne] * mugi[birr] + aopo[birr] * mugi[vnne]; _uli bpd = mugi[vnne] * mugi[birr]; _uli xemu = aopo[vnne] * aopo[birr]; _uli hqd = ((yazh[birr + vnne]) + (bpd) + (((((xmwu) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hqd < bpd) { xemu += 1; } _uli xxi = ((((xmwu) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xemu) << ((-47 + (((sizeof(_uli)) << (3)))))))); yazh[birr + vnne] = hqd; yazh[1 + birr + vnne] += xxi; } { for (_si pgyt = 0; pgyt <= 43; pgyt += 1) { yazh[1 + pgyt] += ((yazh[pgyt]) >> (47)); yazh[pgyt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yazh[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *pkss = (_uc *)(mugi); for (_si lrnb = 0; lrnb <= 360; lrnb += 1) { pkss[lrnb] = (_uc)(255 + pkss[1 + lrnb]) * (_uc)(1 + pkss[lrnb]); } pkss[361] = 0; } { _uc *eqji = (_uc *)(aopo); for (_si yjfz = 0; yjfz <= 360; yjfz += 1) { eqji[yjfz] = (_uc)(1 + eqji[yjfz]) * (_uc)(255 + eqji[1 + yjfz]); } eqji[361] = 0; } } { _uli *qjqh = mqoy(); { if (qjqh != yazh) { for (_si jrhz = 0; jrhz <= 44; jrhz += 1) { qjqh[jrhz] = yazh[jrhz]; } } } { ; } { yazh[(((dqkt) / (47)))] &= ((((((_uli)(1)) << ((dqkt % 47)))) - ((_uli)(1)))); for (_si vunx = 1 + (((dqkt) / (47))); vunx <= 44; vunx += 1) { yazh[vunx] = 0; } } auzr(yazh, yazh, cab); { yazh[(((dqkt) / (47)))] &= ((((((_uli)(1)) << ((dqkt % 47)))) - ((_uli)(1)))); for (_si uzyo = 1 + (((dqkt) / (47))); uzyo <= 44; uzyo += 1) { yazh[uzyo] = 0; } } gvjz(yazh, yazh, prhm); { for (_si bevd = 0; bevd <= 44; bevd += 1) { yazh[bevd] = qjqh[bevd] + yazh[bevd]; } fpeo(yazh); } yuwt(yazh, dqkt); taf(qjqh, yazh, prhm); _si hdfk; { hdfk = 0; _uli tqwp = 19; for (_si aovh = 44; aovh >= 0; aovh -= 1) { if (qjqh[aovh] != 0) { hdfk = ((((qjqh[aovh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!hdfk) { { if (yazh != qjqh) { for (_si yjgw = 0; yjgw <= 44; yjgw += 1) { yazh[yjgw] = qjqh[yjgw]; } } } } { _uc *rfpu = (_uc *)(qjqh); for (_si vdm = 0; vdm <= 360; vdm += 1) { rfpu[vdm] = (_uc)(255 + rfpu[1 + vdm]) * (_uc)(1 + rfpu[vdm]); } rfpu[361] = 0; } } } void pps(_uli *kzqg, _uli *wgcu) { for (_si xszs = 0; xszs <= 12; xszs += 1) { kzqg[xszs] = -wgcu[xszs]; } } void ynzx(_uc *lqq, _uc *nvn, _si ribz) { _uc *mfm = (_uc *)(lqq + 0); _uli *qvks = (_uli *)(lqq + 352); _si rfr = (_si)(((qvks[0]) & (63))); qvks[0] += ribz; for (_si bsvx = 0; bsvx <= (-1 + ribz); bsvx += 1) { mfm[rfr] = nvn[bsvx]; rfr += 1; if (rfr == 64) { knts(lqq); rfr = 0; } } } void lwzi(_uli *eyvj, _si abwj) { _si stgy = (abwj % 47); _si rsfj = ((abwj) / (47)); _si sguf = abwj; if (sguf > (8 * sizeof(_uli))) { sguf = -1; } if (rsfj >= 13) { acvm(eyvj); } else { _uli tanq = (((((_uli)(1)) << (stgy))) - ((_uli)(1))); if (sguf < 0) { eyvj[0] = 0; } else { eyvj[0] = ((((eyvj[0]) & (~tanq))) >> (sguf)); }; if (rsfj != 0) { eyvj[0] += ((((eyvj[rsfj]) & (~tanq))) >> (stgy)); } for (_si qbmb = 1; qbmb <= (12 - rsfj); qbmb += 1) { eyvj[-1 + qbmb] += ((((((eyvj[qbmb + rsfj]) & (tanq))) << (-stgy + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); eyvj[qbmb] = ((((eyvj[qbmb + rsfj]) & (~tanq))) >> (stgy)); } for (_si srlp = 13 - rsfj; srlp <= 12; srlp += 1) { eyvj[srlp] = 0; } }; } void bgyt(_uli *jibl, _uli *zvep) { for (_si gvrg = 0; gvrg <= 12; gvrg += 1) { jibl[gvrg] = -zvep[gvrg]; } } _si lneg(_uli *eaok) { _si pcle = 0; _uli bjpu = 19; for (_si iyef = 12; iyef >= 0; iyef -= 1) { if (eaok[iyef] != 0) { pcle = ((((eaok[iyef]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return pcle; } void fvyk(_si cafh, _uli *ibuz, _uli *hffs, _uli *jbuc, _uli *bsde, _uli *jwge) { { _uli *qzhm = vryi(); _uli *drtg = vryi(); _uli *pape = frfi(); _uli *qtxc = owme(); for (_si chqx = 0; chqx <= 12; chqx += 1) { qzhm[chqx] = ((bsde[chqx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); drtg[chqx] = ((bsde[chqx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pape[chqx] = ((jwge[chqx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qtxc[chqx] = ((jwge[chqx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yjiz = 0; yjiz <= 12; yjiz += 1) { jbuc[yjiz] = 0; } } for (_si loqe = 0; loqe <= (-1 + (((13) >> (1)))); loqe += 1) { for (_si exle = 0; exle <= (-1 + (((13) >> (1)))); exle += 1) { _uli jlap = drtg[loqe] * pape[exle] + qtxc[exle] * qzhm[loqe]; _uli okgy = pape[exle] * qzhm[loqe]; _uli lnqx = drtg[loqe] * qtxc[exle]; _uli yulb = ((jbuc[exle + loqe]) + (okgy) + (((((jlap) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yulb < okgy) { lnqx += 1; } _uli olzs = ((((jlap) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lnqx) << ((-47 + (((sizeof(_uli)) << (3)))))))); jbuc[exle + loqe] = yulb; jbuc[1 + exle + loqe] += olzs; } { for (_si fvcy = 0; fvcy <= 11; fvcy += 1) { jbuc[1 + fvcy] += ((jbuc[fvcy]) >> (47)); jbuc[fvcy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jbuc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } yuaa(qzhm); { _uc *hley = (_uc *)(drtg); for (_si ojsc = 0; ojsc <= 360; ojsc += 1) { hley[ojsc] = (_uc)(1 + hley[ojsc]) * (_uc)(255 + hley[1 + ojsc]); } hley[361] = 0; } { _uc *uyti = (_uc *)(pape); for (_si osll = 0; osll <= 360; osll += 1) { uyti[osll] = (_uc)(1 + uyti[osll]) * (_uc)(255 + uyti[1 + osll]); } uyti[361] = 0; } cbuj(qtxc); } srkm(cafh, ibuz, hffs, jbuc, jbuc); } void ngnn(_uli *xvnc) { for (_si ygmf = 0; ygmf <= 12; ygmf += 1) { xvnc[ygmf] = 0; } } void wmcb(_si zsko, _uli *udmi) { udmi[(((zsko) / (47)))] &= ((((((_uli)(1)) << ((zsko % 47)))) - ((_uli)(1)))); for (_si dnki = 1 + (((zsko) / (47))); dnki <= 12; dnki += 1) { udmi[dnki] = 0; } } void igll(_uli *duqk, _uli *hbkh) { for (_si mlfe = 0; mlfe <= 12; mlfe += 1) { duqk[mlfe] = -hbkh[mlfe]; } } void qjdm(_uc *toj) { _uc *ltja = (_uc *)(toj + 0); _ui *qctc = (_ui *)(toj + 64); _ui *arxi = (_ui *)(toj + 96); _si jtfn = 0; _ui zdex = 0; _ui wptl = 0; _ui aveo = 0; _ui utow = 0; _ui hzec = 0; _ui ssct = 0; for (_si yruv = 0; yruv <= 15; yruv += 1) { arxi[yruv] = (((((((((_ui)(ltja[jtfn])) << (24))) | ((((_ui)(ltja[1 + jtfn])) << (16))))) | ((((_ui)(ltja[2 + jtfn])) << (8))))) | ((_ui)(ltja[3 + jtfn]))); jtfn += 4; } for (_si elka = 16; elka <= 31; elka += 1) { zdex = ((((((((arxi[-15 + elka]) >> (7))) | (((arxi[-15 + elka]) << (25))))) ^ (((((arxi[-15 + elka]) >> (18))) | (((arxi[-15 + elka]) << (14))))))) ^ (((arxi[-15 + elka]) >> (3)))); utow = ((((((((arxi[-2 + elka]) >> (17))) | (((arxi[-2 + elka]) << (15))))) ^ (((((arxi[-2 + elka]) >> (19))) | (((arxi[-2 + elka]) << (13))))))) ^ (((arxi[-2 + elka]) >> (10)))); arxi[elka] = arxi[-7 + elka] + arxi[-16 + elka] + utow + zdex; _m[65160] += 1; } _ui vnmp = qctc[0]; _ui njn = qctc[1]; _ui pbkn = qctc[2]; _ui lbjf = qctc[3]; _ui modz = qctc[4]; _ui uti = qctc[5]; _ui iwru = qctc[6]; _ui mwbo = qctc[7]; for (_si qkcn = 0; qkcn <= 31; qkcn += 1) { zdex = ((((((((vnmp) >> (2))) | (((vnmp) << (30))))) ^ (((((vnmp) >> (13))) | (((vnmp) << (19))))))) ^ (((((vnmp) >> (22))) | (((vnmp) << (10)))))); wptl = ((((((vnmp) & (njn))) ^ (((vnmp) & (pbkn))))) ^ (((njn) & (pbkn)))); aveo = wptl + zdex; utow = ((((((((modz) >> (6))) | (((modz) << (26))))) ^ (((((modz) >> (11))) | (((modz) << (21))))))) ^ (((((modz) >> (25))) | (((modz) << (7)))))); hzec = ((((modz) & (uti))) ^ (((~modz) & (iwru)))); ssct = mwbo + utow + arxi[qkcn] + *(((_ui *)(_m + 246160) + qkcn)) + hzec; mwbo = iwru; iwru = uti; uti = modz; modz = lbjf + ssct; lbjf = pbkn; pbkn = njn; njn = vnmp; vnmp = aveo + ssct; _m[65161] += 1; } qctc[0] += vnmp; qctc[1] += njn; qctc[2] += pbkn; qctc[3] += lbjf; qctc[4] += modz; qctc[5] += uti; qctc[6] += iwru; qctc[7] += mwbo; } void iqfd(_uli *qqmk, _uli *cvnr, _uli *hcgm) { _uli *zryi = vwhv(); _uli *jbca = laux(); _uli *cmdj = mwpr(); _uli *gtwb = gysu(); for (_si znjw = 0; znjw <= 12; znjw += 1) { zryi[znjw] = ((cvnr[znjw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jbca[znjw] = ((cvnr[znjw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cmdj[znjw] = ((hcgm[znjw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gtwb[znjw] = ((hcgm[znjw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mxoh = 0; mxoh <= 12; mxoh += 1) { qqmk[mxoh] = 0; } } for (_si ezrq = 0; ezrq <= (-1 + (((13) >> (1)))); ezrq += 1) { for (_si uexc = 0; uexc <= (-1 + (((13) >> (1)))); uexc += 1) { _uli xbfg = cmdj[uexc] * jbca[ezrq] + gtwb[uexc] * zryi[ezrq]; _uli mbqr = cmdj[uexc] * zryi[ezrq]; _uli folj = gtwb[uexc] * jbca[ezrq]; _uli xaly = ((qqmk[ezrq + uexc]) + (mbqr) + (((((xbfg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xaly < mbqr) { folj += 1; } _uli tfuw = ((((xbfg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((folj) << ((-47 + (((sizeof(_uli)) << (3)))))))); qqmk[ezrq + uexc] = xaly; qqmk[1 + ezrq + uexc] += tfuw; } { for (_si ivfi = 0; ivfi <= 11; ivfi += 1) { qqmk[1 + ivfi] += ((qqmk[ivfi]) >> (47)); qqmk[ivfi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qqmk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ltrg = (_uc *)(zryi); for (_si adrd = 0; adrd <= 360; adrd += 1) { ltrg[adrd] = (_uc)(255 + ltrg[1 + adrd]) * (_uc)(1 + ltrg[adrd]); } ltrg[361] = 0; } { _uc *xidx = (_uc *)(jbca); for (_si yioq = 0; yioq <= 360; yioq += 1) { xidx[yioq] = (_uc)(255 + xidx[1 + yioq]) * (_uc)(1 + xidx[yioq]); } xidx[361] = 0; } { _uc *tlhp = (_uc *)(cmdj); for (_si xzub = 0; xzub <= 360; xzub += 1) { tlhp[xzub] = (_uc)(255 + tlhp[1 + xzub]) * (_uc)(1 + tlhp[xzub]); } tlhp[361] = 0; } osif(gtwb); } void ffk(_uli *pwxp, _uli *uwbf, _uli *gllz) { _uli *rrvn = cevs(); _uli *grfs = qvhb(); _uli *qmvz = ytpa(); _uli *ufak = wkhr(); for (_si vqsr = 0; vqsr <= 12; vqsr += 1) { rrvn[vqsr] = ((uwbf[vqsr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); grfs[vqsr] = ((uwbf[vqsr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qmvz[vqsr] = ((gllz[vqsr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ufak[vqsr] = ((gllz[vqsr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si njna = 0; njna <= 12; njna += 1) { pwxp[njna] = 0; } } for (_si wqzr = 0; wqzr <= (-1 + (((13) >> (1)))); wqzr += 1) { for (_si rkkl = 0; rkkl <= (-1 + (((13) >> (1)))); rkkl += 1) { _uli xcct = grfs[wqzr] * qmvz[rkkl] + rrvn[wqzr] * ufak[rkkl]; _uli uqtk = qmvz[rkkl] * rrvn[wqzr]; _uli tprf = grfs[wqzr] * ufak[rkkl]; _uli lzje = ((pwxp[rkkl + wqzr]) + (uqtk) + (((((xcct) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lzje < uqtk) { tprf += 1; } _uli qrkc = ((((xcct) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((tprf) << ((-47 + (((sizeof(_uli)) << (3)))))))); pwxp[rkkl + wqzr] = lzje; pwxp[1 + rkkl + wqzr] += qrkc; } priu(pwxp); } { _uc *lzhb = (_uc *)(rrvn); for (_si lyg = 0; lyg <= 360; lyg += 1) { lzhb[lyg] = (_uc)(255 + lzhb[1 + lyg]) * (_uc)(1 + lzhb[lyg]); } lzhb[361] = 0; } awdg(grfs); xwil(qmvz); { _uc *kbzh = (_uc *)(ufak); for (_si siev = 0; siev <= 360; siev += 1) { kbzh[siev] = (_uc)(255 + kbzh[1 + siev]) * (_uc)(1 + kbzh[siev]); } kbzh[361] = 0; } } void suu(_uc *mbbo, _uc *elw, _si wwz) { zfxv(mbbo, elw); _ui *xofd = (_ui *)(mbbo + 64); _ui *zufl = (_ui *)(mbbo + 128); for (_si prni = 0; prni <= 3; prni += 1) { xofd[prni] = (((_ui)(((_uc *)(_m + 48146) + 4 * prni)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * prni)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * prni)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * prni)[3])) << (24)))); } for (_si dqv = 0; dqv <= 3; dqv += 1) { xofd[12 + dqv] = wwz; _m[65162] += 1; } zufl[0] = 3904225602; } void znoj(_uli *mawo, _uli *hded, _uli *teqh) { _uli *vbvk = hkio(); mojg(vbvk, mawo, hded, teqh); kwcf(vbvk); } void wvzm(_si pdkq, _uli *uuw) { uuw[(((pdkq) / (47)))] &= ((((((_uli)(1)) << ((pdkq % 47)))) - ((_uli)(1)))); for (_si ozrz = 1 + (((pdkq) / (47))); ozrz <= 12; ozrz += 1) { uuw[ozrz] = 0; } } _si vcwr(_uli *hbdy, _uli *yxyo) { _si hrbh = 0; for (_si fwag = 12; fwag >= 0; fwag -= 1) { if (hbdy[fwag] > yxyo[fwag]) { break; } else if (hbdy[fwag] < yxyo[fwag]) { hrbh = 1; break; }; } return hrbh; } void qsqk(_uc *rnja, _uc *gmiv, _uc *ybdu, _si ysjq) { { { _ui *xtcw = (_ui *)(rnja + 64); for (_si dxnc = 0; dxnc <= 7; dxnc += 1) { xtcw[4 + dxnc] = (((_ui)((gmiv + 4 * dxnc)[0])) + ((((_ui)((gmiv + 4 * dxnc)[1])) << (8))) + ((((_ui)((gmiv + 4 * dxnc)[2])) << (16))) + ((((_ui)((gmiv + 4 * dxnc)[3])) << (24)))); } } _ui *fdoy = (_ui *)(rnja + 64); _ui *nxjw = (_ui *)(rnja + 128); for (_si kxpc = 0; kxpc <= 3; kxpc += 1) { fdoy[kxpc] = (((_ui)(((_uc *)(_m + 48146) + 4 * kxpc)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kxpc)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kxpc)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kxpc)[3])) << (24)))); } for (_si ykma = 0; ykma <= 3; ykma += 1) { fdoy[12 + ykma] = 0; _m[65162] += 1; } nxjw[0] = 3904225602; } { _ui *mtat = (_ui *)(rnja + 0); _ui *fpmo = (_ui *)(rnja + 128); _uc *svqb = (_uc *)(mtat); for (_si jdts = 0; jdts <= (-1 + ysjq); jdts += 1) { if (fpmo[0] >= 64) { xase(rnja); fpmo[0] = 0; } ybdu[jdts] ^= svqb[fpmo[0]]; fpmo[0] += 1; } } } void jdmr(_uli *ozze, _uli *vuvn, _uli *ocgj) { for (_si wssg = 0; wssg <= 12; wssg += 1) { ozze[wssg] = -ocgj[wssg] + vuvn[wssg]; } { _si gsnk = dicl(ozze); if (gsnk) { { for (_si mige = 0; mige <= 12; mige += 1) { ozze[mige] = -ozze[mige]; } } } for (_si bruw = 0; bruw <= 11; bruw += 1) { if (((((ozze[bruw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ozze[1 + bruw] -= 1; } else { ozze[1 + bruw] += ((ozze[bruw]) >> (47)); }; ozze[bruw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ozze[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gsnk) { obpb(ozze, ozze); } } } void slkn(_uli *xczh) { for (_si xipb = 0; xipb <= 11; xipb += 1) { xczh[1 + xipb] += ((xczh[xipb]) >> (47)); xczh[xipb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xczh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void abdy(_uc *odt, _uc *kit, _si ydft) { _ui *ecbn = (_ui *)(odt + 0); _ui *xemz = (_ui *)(odt + 128); _uc *sjej = (_uc *)(ecbn); for (_si xil = 0; xil <= (-1 + ydft); xil += 1) { if (xemz[0] >= 64) { cqrg(odt); xemz[0] = 0; } kit[xil] ^= sjej[xemz[0]]; xemz[0] += 1; } } _uc *dzsw() { ; _uc *vxku; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; vxku = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vxku; } void sikb(_uli *lmv) { _uc *yryk = (_uc *)(lmv); for (_si eale = 0; eale <= 360; eale += 1) { yryk[eale] = (_uc)(255 + yryk[1 + eale]) * (_uc)(1 + yryk[eale]); } yryk[361] = 0; } void agde(_uli *vbdj, _uli *nvoq, _uli *rthy) { for (_si unve = 0; unve <= 12; unve += 1) { vbdj[unve] = nvoq[unve] + rthy[unve]; } { _si msvc = rrdw(vbdj); if (msvc) { { for (_si lnmv = 0; lnmv <= 12; lnmv += 1) { vbdj[lnmv] = -vbdj[lnmv]; } } } for (_si gniy = 0; gniy <= 11; gniy += 1) { if (((((vbdj[gniy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vbdj[1 + gniy] -= 1; } else { vbdj[1 + gniy] += ((vbdj[gniy]) >> (47)); }; vbdj[gniy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vbdj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (msvc) { { for (_si vgdx = 0; vgdx <= 12; vgdx += 1) { vbdj[vgdx] = -vbdj[vgdx]; } } } } } void tbnj(_uli *eakp, _uc *hmtk) { _uli *lkjz = owme(); { for (_si bhjk = 0; bhjk <= 12; bhjk += 1) { eakp[bhjk] = 0; } } for (_si vlug = 0; vlug <= 31; vlug += 1) { { lkjz[0] = hmtk[31 - vlug]; for (_si sdsj = 1; sdsj <= 12; sdsj += 1) { lkjz[sdsj] = 0; } } turb(lkjz, 8 * vlug); { for (_si mgms = 0; mgms <= 12; mgms += 1) { eakp[mgms] = eakp[mgms] + lkjz[mgms]; } sysp(eakp); } } { _uc *iopw = (_uc *)(lkjz); for (_si clfc = 0; clfc <= 360; clfc += 1) { iopw[clfc] = (_uc)(1 + iopw[clfc]) * (_uc)(255 + iopw[1 + clfc]); } iopw[361] = 0; } } void vcfl(_uli *bcst) { _si mlbt = xdxn(bcst); if (mlbt) { { for (_si ltef = 0; ltef <= 12; ltef += 1) { bcst[ltef] = -bcst[ltef]; } } } for (_si uzgk = 0; uzgk <= 11; uzgk += 1) { if (((((bcst[uzgk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bcst[1 + uzgk] -= 1; } else { bcst[1 + uzgk] += ((bcst[uzgk]) >> (47)); }; bcst[uzgk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bcst[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mlbt) { { for (_si niip = 0; niip <= 12; niip += 1) { bcst[niip] = -bcst[niip]; } } } } void hhbp(_uli *muxp, _uli *ljqp, _uli *igii) { for (_si qxfq = 0; qxfq <= 12; qxfq += 1) { muxp[qxfq] = -igii[qxfq] + ljqp[qxfq]; } jllw(muxp); } void gusy(_uli *dxql, _uli *jpt) { for (_si ukuu = 0; ukuu <= 12; ukuu += 1) { dxql[ukuu] = -jpt[ukuu]; } } void swgb(_si mmca, _uli *ulwl, _uli *dwck, _uli *yhhl, _uli *vieb) { bhhy(yhhl, vieb); { _uli *jbaw = lcnh(); { if (jbaw != yhhl) { for (_si woxi = 0; woxi <= 12; woxi += 1) { jbaw[woxi] = yhhl[woxi]; } } } { ; } lmoz(mmca, yhhl); cjqx(yhhl, yhhl, dwck); { yhhl[(((mmca) / (47)))] &= ((((((_uli)(1)) << ((mmca % 47)))) - ((_uli)(1)))); for (_si cqfd = 1 + (((mmca) / (47))); cqfd <= 12; cqfd += 1) { yhhl[cqfd] = 0; } } mayy(yhhl, yhhl, ulwl); xmig(yhhl, yhhl, jbaw); tozm(yhhl, mmca); cdgp(jbaw, yhhl, ulwl); _si puyn; { puyn = 0; _uli gaee = 19; for (_si wlak = 12; wlak >= 0; wlak -= 1) { if (jbaw[wlak] != 0) { puyn = ((((jbaw[wlak]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!puyn) { { if (yhhl != jbaw) { for (_si emho = 0; emho <= 12; emho += 1) { yhhl[emho] = jbaw[emho]; } } } } { _uc *htuq = (_uc *)(jbaw); for (_si tcqi = 0; tcqi <= 360; tcqi += 1) { htuq[tcqi] = (_uc)(1 + htuq[tcqi]) * (_uc)(255 + htuq[1 + tcqi]); } htuq[361] = 0; } } } void kgra(_uli *wfki, _uli *eukp, _uli *scms) { _uli *ziyj = bkjh(); _uli *tgtp = shbw(); _uli *czpu = oarz(); _uli *ghdg = qfxz(); for (_si akqk = 0; akqk <= 12; akqk += 1) { ziyj[akqk] = ((eukp[akqk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tgtp[akqk] = ((eukp[akqk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); czpu[akqk] = ((scms[akqk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ghdg[akqk] = ((scms[akqk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } rwwn(wfki); for (_si hfcv = 0; hfcv <= (-1 + (((13) >> (1)))); hfcv += 1) { for (_si odhr = 0; odhr <= (-1 + (((13) >> (1)))); odhr += 1) { _uli xdma = czpu[odhr] * tgtp[hfcv] + ghdg[odhr] * ziyj[hfcv]; _uli vfbt = czpu[odhr] * ziyj[hfcv]; _uli sueh = ghdg[odhr] * tgtp[hfcv]; _uli xneo = ((wfki[hfcv + odhr]) + (vfbt) + (((((xdma) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xneo < vfbt) { sueh += 1; } _uli yfgs = ((((xdma) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((sueh) << ((-47 + (((sizeof(_uli)) << (3)))))))); wfki[hfcv + odhr] = xneo; wfki[1 + hfcv + odhr] += yfgs; } lbhg(wfki); } xagy(ziyj); bswj(tgtp); { _uc *bipd = (_uc *)(czpu); for (_si comd = 0; comd <= 360; comd += 1) { bipd[comd] = (_uc)(255 + bipd[1 + comd]) * (_uc)(1 + bipd[comd]); } bipd[361] = 0; } { _uc *vfqp = (_uc *)(ghdg); for (_si hyme = 0; hyme <= 360; hyme += 1) { vfqp[hyme] = (_uc)(1 + vfqp[hyme]) * (_uc)(255 + vfqp[1 + hyme]); } vfqp[361] = 0; } } void arvy(_uc *dbrt, _uc *hrwt, _si zhqq) { _uc *mffd = (_uc *)(dbrt + 0); _uli *ctrp = (_uli *)(dbrt + 352); _si nmul = (_si)(((ctrp[0]) & (63))); ctrp[0] += zhqq; for (_si kjyr = 0; kjyr <= (-1 + zhqq); kjyr += 1) { mffd[nmul] = hrwt[kjyr]; nmul += 1; if (nmul == 64) { ztx(dbrt); nmul = 0; } } } void qsz(_uli *kqj, _si dsaz) { kqj[0] = dsaz; for (_si ypxv = 1; ypxv <= 12; ypxv += 1) { kqj[ypxv] = 0; } } void yqfa(_uli *exxw) { _uc *hfxr = (_uc *)(exxw); for (_si zops = 0; zops <= 360; zops += 1) { hfxr[zops] = (_uc)(255 + hfxr[1 + zops]) * (_uc)(1 + hfxr[zops]); } hfxr[361] = 0; } void pdfs(_uli *sojt, _uli *wacc, _uli *jocu, _uli *gput) { { if (sojt != jocu) { for (_si jxsl = 0; jxsl <= 12; jxsl += 1) { sojt[jxsl] = jocu[jxsl]; } } } { if (wacc != gput) { for (_si zbpj = 0; zbpj <= 12; zbpj += 1) { wacc[zbpj] = gput[zbpj]; } } } } _uc *tpmq() { ; _uc *bjqz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; bjqz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return bjqz; } void ygpg(_uc *uaiv, _uc *otbx, _si tway) { gtce(uaiv, otbx); _ui *sgqo = (_ui *)(uaiv + 64); _ui *hnlq = (_ui *)(uaiv + 128); for (_si zguq = 0; zguq <= 3; zguq += 1) { sgqo[zguq] = (((_ui)(((_uc *)(_m + 48146) + 4 * zguq)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zguq)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zguq)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zguq)[3])) << (24)))); } for (_si lmpo = 0; lmpo <= 3; lmpo += 1) { sgqo[12 + lmpo] = tway; _m[65162] += 1; } hnlq[0] = 3904225602; } void ejjy(_uli *cynl, _si fmsx) { _si cegr = (fmsx % 47); _si riil = ((fmsx) / (47)); _si ayng = fmsx; if (ayng > (8 * sizeof(_uli))) { ayng = -1; } if (riil >= 13) { wvri(cynl); } else { _uli zqve = (((((_uli)(1)) << (cegr))) - ((_uli)(1))); if (ayng < 0) { cynl[0] = 0; } else { cynl[0] = ((((cynl[0]) & (~zqve))) >> (ayng)); }; if (riil != 0) { cynl[0] += ((((cynl[riil]) & (~zqve))) >> (cegr)); } for (_si lzlp = 1; lzlp <= (12 - riil); lzlp += 1) { cynl[-1 + lzlp] += ((((((cynl[lzlp + riil]) & (zqve))) << (-cegr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cynl[lzlp] = ((((cynl[lzlp + riil]) & (~zqve))) >> (cegr)); } for (_si oase = 13 - riil; oase <= 12; oase += 1) { cynl[oase] = 0; } }; } void ppu(_uli *mxho) { _si mgeg = cpti(mxho); if (mgeg) { { for (_si obuf = 0; obuf <= 44; obuf += 1) { mxho[obuf] = -mxho[obuf]; } } } for (_si vcg = 0; vcg <= 43; vcg += 1) { if (((((mxho[vcg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mxho[1 + vcg] -= 1; } else { mxho[1 + vcg] += ((mxho[vcg]) >> (47)); }; mxho[vcg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mxho[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mgeg) { tmt(mxho, mxho); } } void pxdi(_si esw, _uli *mohe, _uli *vurx, _uli *ixrj, _uli *kbjo) { _uli *ocrr = ihpr(); { if (ocrr != kbjo) { for (_si ckqd = 0; ckqd <= 12; ckqd += 1) { ocrr[ckqd] = kbjo[ckqd]; } } } { if (ixrj != kbjo) { for (_si byxd = 0; byxd <= 12; byxd += 1) { ixrj[byxd] = kbjo[byxd]; } } } { ixrj[(((esw) / (47)))] &= ((((((_uli)(1)) << ((esw % 47)))) - ((_uli)(1)))); for (_si hooi = 1 + (((esw) / (47))); hooi <= 12; hooi += 1) { ixrj[hooi] = 0; } } uhid(ixrj, ixrj, vurx); { ixrj[(((esw) / (47)))] &= ((((((_uli)(1)) << ((esw % 47)))) - ((_uli)(1)))); for (_si fxj = 1 + (((esw) / (47))); fxj <= 12; fxj += 1) { ixrj[fxj] = 0; } } { _uli *npoz = gysu(); _uli *coqr = uexn(); _uli *wzqq = vryi(); _uli *jjqn = vryi(); for (_si yuwv = 0; yuwv <= 12; yuwv += 1) { npoz[yuwv] = ((ixrj[yuwv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); coqr[yuwv] = ((ixrj[yuwv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wzqq[yuwv] = ((mohe[yuwv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jjqn[yuwv] = ((mohe[yuwv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si igul = 0; igul <= 12; igul += 1) { ixrj[igul] = 0; } } for (_si ghig = 0; ghig <= (-1 + (((13) >> (1)))); ghig += 1) { for (_si ekw = 0; ekw <= (-1 + (((13) >> (1)))); ekw += 1) { _uli jbpp = coqr[ghig] * wzqq[ekw] + jjqn[ekw] * npoz[ghig]; _uli guu = npoz[ghig] * wzqq[ekw]; _uli fuhj = coqr[ghig] * jjqn[ekw]; _uli gawn = ((ixrj[ekw + ghig]) + (guu) + (((((jbpp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gawn < guu) { fuhj += 1; } _uli piiw = ((((jbpp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fuhj) << ((-47 + (((sizeof(_uli)) << (3)))))))); ixrj[ekw + ghig] = gawn; ixrj[1 + ekw + ghig] += piiw; } { for (_si zobw = 0; zobw <= 11; zobw += 1) { ixrj[1 + zobw] += ((ixrj[zobw]) >> (47)); ixrj[zobw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ixrj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } orus(npoz); { _uc *xnee = (_uc *)(coqr); for (_si tbkj = 0; tbkj <= 360; tbkj += 1) { xnee[tbkj] = (_uc)(1 + xnee[tbkj]) * (_uc)(255 + xnee[1 + tbkj]); } xnee[361] = 0; } { _uc *lpuw = (_uc *)(wzqq); for (_si gtuh = 0; gtuh <= 360; gtuh += 1) { lpuw[gtuh] = (_uc)(1 + lpuw[gtuh]) * (_uc)(255 + lpuw[1 + gtuh]); } lpuw[361] = 0; } dlfz(jjqn); } { for (_si wfak = 0; wfak <= 12; wfak += 1) { ixrj[wfak] = ixrj[wfak] + ocrr[wfak]; } { _si dpzl = idka(ixrj); if (dpzl) { yqwi(ixrj, ixrj); } for (_si taqn = 0; taqn <= 11; taqn += 1) { if (((((ixrj[taqn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ixrj[1 + taqn] -= 1; } else { ixrj[1 + taqn] += ((ixrj[taqn]) >> (47)); }; ixrj[taqn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ixrj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dpzl) { swbu(ixrj, ixrj); } } } { _si mxqr = (esw % 47); _si bhks = ((esw) / (47)); _si xsyf = esw; if (xsyf > (8 * sizeof(_uli))) { xsyf = -1; } if (bhks >= 13) { wncs(ixrj); } else { _uli gvph = (((((_uli)(1)) << (mxqr))) - ((_uli)(1))); if (xsyf < 0) { ixrj[0] = 0; } else { ixrj[0] = ((((ixrj[0]) & (~gvph))) >> (xsyf)); }; if (bhks != 0) { ixrj[0] += ((((ixrj[bhks]) & (~gvph))) >> (mxqr)); } for (_si mnwh = 1; mnwh <= (12 - bhks); mnwh += 1) { ixrj[-1 + mnwh] += ((((((ixrj[bhks + mnwh]) & (gvph))) << (-mxqr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ixrj[mnwh] = ((((ixrj[bhks + mnwh]) & (~gvph))) >> (mxqr)); } for (_si sjsr = 13 - bhks; sjsr <= 12; sjsr += 1) { ixrj[sjsr] = 0; } }; } fxte(ocrr, ixrj, mohe); _si qtpf = vvlo(ocrr); if (!qtpf) { { if (ixrj != ocrr) { for (_si wkjk = 0; wkjk <= 12; wkjk += 1) { ixrj[wkjk] = ocrr[wkjk]; } } } } { _uc *bdiq = (_uc *)(ocrr); for (_si fkev = 0; fkev <= 360; fkev += 1) { bdiq[fkev] = (_uc)(1 + bdiq[fkev]) * (_uc)(255 + bdiq[1 + fkev]); } bdiq[361] = 0; } } void zkps(_si supn, _uli *uhde) { uhde[(((supn) / (47)))] &= ((((((_uli)(1)) << ((supn % 47)))) - ((_uli)(1)))); for (_si oyvi = 1 + (((supn) / (47))); oyvi <= 12; oyvi += 1) { uhde[oyvi] = 0; } } void uddh(_uli *wetc, _uli *xojs, _uli *bdfo) { _uli *xcfl = zlxq(); { { if (wetc != xojs) { for (_si bmzp = 0; bmzp <= 12; bmzp += 1) { wetc[bmzp] = xojs[bmzp]; } } } _si bkbn; { bkbn = -1; for (_si ydoi = 12; ydoi >= 0; ydoi -= 1) { if (wetc[ydoi] != 0) { bkbn = ydoi; break; } } } _si dvbu = zxkk(bdfo); if (bkbn >= dvbu) { _si bkzp = 0; _uli imcx = bdfo[dvbu]; while (imcx < (((((((_uli)(1)) << (47)))) >> (1)))) { bkzp += 1; imcx <<= 1; } if (dvbu == 0) { bkzp += 47; bkbn += 1; dvbu += 1; } if (bkzp > 0) { lzxt(wetc, bkzp); { _si uxxv = (bkzp % 47); _si ledn = ((bkzp) / (47)); _si ymks = -uxxv + (((sizeof(_uli)) << (3))); if (ledn >= 13) { { for (_si ewxq = 0; ewxq <= 12; ewxq += 1) { bdfo[ewxq] = 0; } } } else { for (_si gavq = 12 - ledn; gavq >= 1; gavq -= 1) { bdfo[gavq + ledn] = ((bdfo[gavq]) << (uxxv)); if (ymks < (8 * sizeof(_uli))) { bdfo[gavq + ledn] += ((((bdfo[-1 + gavq]) >> (ymks))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } bdfo[ledn] = ((bdfo[0]) << (uxxv)); for (_si udmm = -1 + ledn; udmm >= 0; udmm -= 1) { bdfo[udmm] = 0; } }; { for (_si ecgm = 0; ecgm <= 11; ecgm += 1) { bdfo[1 + ecgm] += ((bdfo[ecgm]) >> (47)); bdfo[ecgm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bdfo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si bvhf = bkbn - dvbu; imcx = bdfo[dvbu]; _uli bfwn = bdfo[-1 + dvbu]; for (_si idbr = bvhf; idbr >= 0; idbr -= 1) { __uint128_t nnqh = (__uint128_t)(((((_uli)(1)) << (47)))) * wetc[1 + dvbu + idbr] + wetc[dvbu + idbr]; _uli uejh = 0; __uint128_t mpdr = ((nnqh) / (imcx)); __uint128_t jbhi = (nnqh % imcx); while (mpdr == ((((_uli)(1)) << (47))) || (bfwn * mpdr) > (wetc[-1 + dvbu + idbr] + ((((_uli)(1)) << (47))) * jbhi)) { mpdr -= 1; jbhi += imcx; if (jbhi >= ((((_uli)(1)) << (47)))) { break; } } nnqh = 0; for (_si ifix = 0; ifix <= dvbu; ifix += 1) { nnqh += bdfo[ifix] * mpdr; uejh = wetc[idbr + ifix]; if (nnqh > uejh) { nnqh -= uejh; uejh = nnqh % ((((_uli)(1)) << (47))); nnqh = ((nnqh) / (((((_uli)(1)) << (47))))); if (uejh == 0) { wetc[idbr + ifix] = 0; } else { wetc[idbr + ifix] = ((1 + ~(_uli)(uejh)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); nnqh += 1; }; } else { wetc[idbr + ifix] -= nnqh; nnqh = 0; }; } uejh = wetc[1 + dvbu + idbr]; if (nnqh > uejh) { bdfo[1 + dvbu + idbr] = -1 + mpdr; nnqh = 0; for (_si qcbn = 0; qcbn <= dvbu; qcbn += 1) { nnqh += bdfo[qcbn] + wetc[idbr + qcbn]; wetc[idbr + qcbn] = nnqh % ((((_uli)(1)) << (47))); nnqh = ((nnqh) / (((((_uli)(1)) << (47))))); } } else { bdfo[1 + dvbu + idbr] = mpdr; wetc[1 + dvbu + idbr] -= nnqh; }; } for (_si rgud = 0; rgud <= bvhf; rgud += 1) { xcfl[rgud] = bdfo[1 + dvbu + rgud]; wetc[1 + dvbu + rgud] = 0; } for (_si cbux = 1 + bvhf; cbux <= 12; cbux += 1) { xcfl[cbux] = 0; } if (xcfl != bdfo) { for (_si guyy = 1 + dvbu; guyy <= (1 + bkbn); guyy += 1) { bdfo[guyy] = 0; } if (bkzp > 0) { { _si mkya = (bkzp % 47); _si aejw = ((bkzp) / (47)); _si xkkj = bkzp; if (xkkj > (8 * sizeof(_uli))) { xkkj = -1; } if (aejw >= 13) { { for (_si kczj = 0; kczj <= 12; kczj += 1) { bdfo[kczj] = 0; } } } else { _uli hpsl = (((((_uli)(1)) << (mkya))) - ((_uli)(1))); if (xkkj < 0) { bdfo[0] = 0; } else { bdfo[0] = ((((bdfo[0]) & (~hpsl))) >> (xkkj)); }; if (aejw != 0) { bdfo[0] += ((((bdfo[aejw]) & (~hpsl))) >> (mkya)); } for (_si qfzm = 1; qfzm <= (12 - aejw); qfzm += 1) { bdfo[-1 + qfzm] += ((((((bdfo[aejw + qfzm]) & (hpsl))) << (-mkya + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bdfo[qfzm] = ((((bdfo[aejw + qfzm]) & (~hpsl))) >> (mkya)); } for (_si lgng = 13 - aejw; lgng <= 12; lgng += 1) { bdfo[lgng] = 0; } }; } } } if (bkzp > 0) { { _si dnty = (bkzp % 47); _si ujsu = ((bkzp) / (47)); _si xlzo = bkzp; if (xlzo > (8 * sizeof(_uli))) { xlzo = -1; } if (ujsu >= 13) { { for (_si riua = 0; riua <= 12; riua += 1) { wetc[riua] = 0; } } } else { _uli vehd = (((((_uli)(1)) << (dnty))) - ((_uli)(1))); if (xlzo < 0) { wetc[0] = 0; } else { wetc[0] = ((((wetc[0]) & (~vehd))) >> (xlzo)); }; if (ujsu != 0) { wetc[0] += ((((wetc[ujsu]) & (~vehd))) >> (dnty)); } for (_si gvyd = 1; gvyd <= (12 - ujsu); gvyd += 1) { wetc[-1 + gvyd] += ((((((wetc[gvyd + ujsu]) & (vehd))) << (-dnty + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wetc[gvyd] = ((((wetc[gvyd + ujsu]) & (~vehd))) >> (dnty)); } for (_si dyzb = 13 - ujsu; dyzb <= 12; dyzb += 1) { wetc[dyzb] = 0; } }; } } } } { _uc *mond = (_uc *)(xcfl); for (_si icwi = 0; icwi <= 360; icwi += 1) { mond[icwi] = (_uc)(1 + mond[icwi]) * (_uc)(255 + mond[1 + icwi]); } mond[361] = 0; } } void taom(_uli *pklr, _uli *otii) { for (_si kmms = 0; kmms <= 12; kmms += 1) { pklr[kmms] = -otii[kmms]; } } _si yhry(_uli *ibsq) { _si cmjv = 0; _uli niwo = 19; for (_si uceo = 12; uceo >= 0; uceo -= 1) { if (ibsq[uceo] != 0) { cmjv = ((((ibsq[uceo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cmjv; } void agw(_uc *tafh, _uc *uwxx) { _ui *tmiz = (_ui *)(tafh + 64); for (_si qenk = 0; qenk <= 7; qenk += 1) { tmiz[4 + qenk] = (((_ui)((uwxx + 4 * qenk)[0])) + ((((_ui)((uwxx + 4 * qenk)[1])) << (8))) + ((((_ui)((uwxx + 4 * qenk)[2])) << (16))) + ((((_ui)((uwxx + 4 * qenk)[3])) << (24)))); } } _uc *xypj() { ; _uc *ceea; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; ceea = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ceea; } void zidt(_uli *ksi) { for (_si vrqi = 0; vrqi <= 12; vrqi += 1) { ksi[vrqi] = 0; } } _si hxlj(_uli *wvyp) { _si zvnf = -1; for (_si tnhj = 12; tnhj >= 0; tnhj -= 1) { if (wvyp[tnhj] != 0) { zvnf = tnhj; break; } } return zvnf; } _uli *oarz() { ; _uli *udux; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; udux = (_uli *)(_m + 362 * _s); break; } _s += 1; } return udux; } void efoo(_uli *cop) { _uc *vuzn = (_uc *)(cop); for (_si aar = 0; aar <= 360; aar += 1) { vuzn[aar] = (_uc)(255 + vuzn[1 + aar]) * (_uc)(1 + vuzn[aar]); } vuzn[361] = 0; } _si xioo(_uli *uvgd) { _si meoy = -1; for (_si olyt = 12; olyt >= 0; olyt -= 1) { if (uvgd[olyt] != 0) { meoy = olyt; break; } } return meoy; } void rgwt(_uli *lbjv, _uli *ojdu, _uli *maes, _uli *vaxa) { { if (ojdu != maes) { for (_si ieij = 0; ieij <= 12; ieij += 1) { ojdu[ieij] = maes[ieij]; } } } _si asjz; { asjz = -1; for (_si vlac = 12; vlac >= 0; vlac -= 1) { if (ojdu[vlac] != 0) { asjz = vlac; break; } } } _si qiqe; { qiqe = -1; for (_si uxqh = 12; uxqh >= 0; uxqh -= 1) { if (vaxa[uxqh] != 0) { qiqe = uxqh; break; } } } if (asjz >= qiqe) { _si omad = 0; _uli nopo = vaxa[qiqe]; while (nopo < (((((((_uli)(1)) << (47)))) >> (1)))) { omad += 1; nopo <<= 1; } if (qiqe == 0) { omad += 47; asjz += 1; qiqe += 1; } if (omad > 0) { { _si rjzf = (omad % 47); _si qrek = ((omad) / (47)); _si cjho = -rjzf + (((sizeof(_uli)) << (3))); if (qrek >= 13) { { for (_si fpdg = 0; fpdg <= 12; fpdg += 1) { ojdu[fpdg] = 0; } } } else { for (_si jiwa = 12 - qrek; jiwa >= 1; jiwa -= 1) { ojdu[jiwa + qrek] = ((ojdu[jiwa]) << (rjzf)); if (cjho < (8 * sizeof(_uli))) { ojdu[jiwa + qrek] += ((((ojdu[-1 + jiwa]) >> (cjho))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ojdu[qrek] = ((ojdu[0]) << (rjzf)); for (_si zfdy = -1 + qrek; zfdy >= 0; zfdy -= 1) { ojdu[zfdy] = 0; } }; smeu(ojdu); } tcxz(vaxa, omad); } _si bmtz = asjz - qiqe; nopo = vaxa[qiqe]; _uli kqsy = vaxa[-1 + qiqe]; for (_si ywcs = bmtz; ywcs >= 0; ywcs -= 1) { __uint128_t zmta = ojdu[1 + qiqe + ywcs] * (__uint128_t)(((((_uli)(1)) << (47)))) + ojdu[qiqe + ywcs]; _uli rmub = 0; __uint128_t hhqa = ((zmta) / (nopo)); __uint128_t ismx = (zmta % nopo); while (hhqa == ((((_uli)(1)) << (47))) || (hhqa * kqsy) > (ojdu[-1 + qiqe + ywcs] + ismx * ((((_uli)(1)) << (47))))) { hhqa -= 1; ismx += nopo; if (ismx >= ((((_uli)(1)) << (47)))) { break; } } zmta = 0; for (_si hjqy = 0; hjqy <= qiqe; hjqy += 1) { zmta += hhqa * vaxa[hjqy]; rmub = ojdu[hjqy + ywcs]; if (zmta > rmub) { zmta -= rmub; rmub = zmta % ((((_uli)(1)) << (47))); zmta = ((zmta) / (((((_uli)(1)) << (47))))); if (rmub == 0) { ojdu[hjqy + ywcs] = 0; } else { ojdu[hjqy + ywcs] = ((1 + ~(_uli)(rmub)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); zmta += 1; }; } else { ojdu[hjqy + ywcs] -= zmta; zmta = 0; }; } rmub = ojdu[1 + qiqe + ywcs]; if (zmta > rmub) { vaxa[1 + qiqe + ywcs] = -1 + hhqa; zmta = 0; for (_si slbh = 0; slbh <= qiqe; slbh += 1) { zmta += ojdu[slbh + ywcs] + vaxa[slbh]; ojdu[slbh + ywcs] = zmta % ((((_uli)(1)) << (47))); zmta = ((zmta) / (((((_uli)(1)) << (47))))); } } else { vaxa[1 + qiqe + ywcs] = hhqa; ojdu[1 + qiqe + ywcs] -= zmta; }; } for (_si dron = 0; dron <= bmtz; dron += 1) { lbjv[dron] = vaxa[1 + dron + qiqe]; ojdu[1 + dron + qiqe] = 0; } for (_si lklw = 1 + bmtz; lklw <= 12; lklw += 1) { lbjv[lklw] = 0; } if (lbjv != vaxa) { for (_si tinn = 1 + qiqe; tinn <= (1 + asjz); tinn += 1) { vaxa[tinn] = 0; } if (omad > 0) { { _si opbx = (omad % 47); _si ylbj = ((omad) / (47)); _si plzq = omad; if (plzq > (8 * sizeof(_uli))) { plzq = -1; } if (ylbj >= 13) { { for (_si llbk = 0; llbk <= 12; llbk += 1) { vaxa[llbk] = 0; } } } else { _uli owjr = (((((_uli)(1)) << (opbx))) - ((_uli)(1))); if (plzq < 0) { vaxa[0] = 0; } else { vaxa[0] = ((((vaxa[0]) & (~owjr))) >> (plzq)); }; if (ylbj != 0) { vaxa[0] += ((((vaxa[ylbj]) & (~owjr))) >> (opbx)); } for (_si zwcg = 1; zwcg <= (12 - ylbj); zwcg += 1) { vaxa[-1 + zwcg] += ((((((vaxa[ylbj + zwcg]) & (owjr))) << (-opbx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vaxa[zwcg] = ((((vaxa[ylbj + zwcg]) & (~owjr))) >> (opbx)); } for (_si cema = 13 - ylbj; cema <= 12; cema += 1) { vaxa[cema] = 0; } }; } } } if (omad > 0) { ihef(ojdu, omad); } } } void jhlh(_uli *gyyh, _uli *nsuh, _uli *mvur) { for (_si gzhv = 0; gzhv <= 12; gzhv += 1) { gyyh[gzhv] = -mvur[gzhv] + nsuh[gzhv]; } { _si stlz; { stlz = 0; _uli cezn = 19; for (_si lsnj = 12; lsnj >= 0; lsnj -= 1) { if (gyyh[lsnj] != 0) { stlz = ((((gyyh[lsnj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (stlz) { { for (_si oed = 0; oed <= 12; oed += 1) { gyyh[oed] = -gyyh[oed]; } } } for (_si whts = 0; whts <= 11; whts += 1) { if (((((gyyh[whts]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gyyh[1 + whts] -= 1; } else { gyyh[1 + whts] += ((gyyh[whts]) >> (47)); }; gyyh[whts] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gyyh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (stlz) { { for (_si vsey = 0; vsey <= 12; vsey += 1) { gyyh[vsey] = -gyyh[vsey]; } } } } } void imtz(_si umxy, _uli *wrkr, _uli *txpd, _uli *kroi, _uli *bkgc, _uli *ifea) { kokq(kroi, bkgc, ifea); pbpq(umxy, wrkr, txpd, kroi, kroi); } void xsbs(_si beoh, _uli *gpkq) { gpkq[(((beoh) / (47)))] &= ((((((_uli)(1)) << ((beoh % 47)))) - ((_uli)(1)))); for (_si uuar = 1 + (((beoh) / (47))); uuar <= 12; uuar += 1) { gpkq[uuar] = 0; } } void mszm(_uli *pjly, _uli *pqxy, _uli *kdis) { _uli *wrlw = lzph(); { { if (pjly != pqxy) { for (_si gmqe = 0; gmqe <= 12; gmqe += 1) { pjly[gmqe] = pqxy[gmqe]; } } } _si qcxc; { qcxc = -1; for (_si kugn = 12; kugn >= 0; kugn -= 1) { if (pjly[kugn] != 0) { qcxc = kugn; break; } } } _si skpk; { skpk = -1; for (_si gtvx = 12; gtvx >= 0; gtvx -= 1) { if (kdis[gtvx] != 0) { skpk = gtvx; break; } } } if (qcxc >= skpk) { _si arpg = 0; _uli cik = kdis[skpk]; while (cik < (((((((_uli)(1)) << (47)))) >> (1)))) { arpg += 1; cik <<= 1; } if (skpk == 0) { arpg += 47; qcxc += 1; skpk += 1; } if (arpg > 0) { oupx(pjly, arpg); wwka(kdis, arpg); } _si tqa = qcxc - skpk; cik = kdis[skpk]; _uli rgbv = kdis[-1 + skpk]; for (_si ngme = tqa; ngme >= 0; ngme -= 1) { __uint128_t mwac = pjly[ngme + skpk] + pjly[1 + ngme + skpk] * (__uint128_t)(((((_uli)(1)) << (47)))); _uli ucgr = 0; __uint128_t cnpg = ((mwac) / (cik)); __uint128_t fdo = (mwac % cik); while (cnpg == ((((_uli)(1)) << (47))) || (cnpg * rgbv) > (pjly[-1 + ngme + skpk] + ((((_uli)(1)) << (47))) * fdo)) { cnpg -= 1; fdo += cik; if (fdo >= ((((_uli)(1)) << (47)))) { break; } } mwac = 0; for (_si glg = 0; glg <= skpk; glg += 1) { mwac += cnpg * kdis[glg]; ucgr = pjly[glg + ngme]; if (mwac > ucgr) { mwac -= ucgr; ucgr = mwac % ((((_uli)(1)) << (47))); mwac = ((mwac) / (((((_uli)(1)) << (47))))); if (ucgr == 0) { pjly[glg + ngme] = 0; } else { pjly[glg + ngme] = ((1 + ~(_uli)(ucgr)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); mwac += 1; }; } else { pjly[glg + ngme] -= mwac; mwac = 0; }; } ucgr = pjly[1 + ngme + skpk]; if (mwac > ucgr) { kdis[1 + ngme + skpk] = -1 + cnpg; mwac = 0; for (_si pnvr = 0; pnvr <= skpk; pnvr += 1) { mwac += kdis[pnvr] + pjly[ngme + pnvr]; pjly[ngme + pnvr] = mwac % ((((_uli)(1)) << (47))); mwac = ((mwac) / (((((_uli)(1)) << (47))))); } } else { kdis[1 + ngme + skpk] = cnpg; pjly[1 + ngme + skpk] -= mwac; }; } for (_si ivl = 0; ivl <= tqa; ivl += 1) { wrlw[ivl] = kdis[1 + ivl + skpk]; pjly[1 + ivl + skpk] = 0; } for (_si uvhp = 1 + tqa; uvhp <= 12; uvhp += 1) { wrlw[uvhp] = 0; } if (wrlw != kdis) { for (_si eipa = 1 + skpk; eipa <= (1 + qcxc); eipa += 1) { kdis[eipa] = 0; } if (arpg > 0) { wshg(kdis, arpg); } } if (arpg > 0) { { _si blks = (arpg % 47); _si imkm = ((arpg) / (47)); _si ucoa = arpg; if (ucoa > (8 * sizeof(_uli))) { ucoa = -1; } if (imkm >= 13) { tffa(pjly); } else { _uli ysya = (((((_uli)(1)) << (blks))) - ((_uli)(1))); if (ucoa < 0) { pjly[0] = 0; } else { pjly[0] = ((((pjly[0]) & (~ysya))) >> (ucoa)); }; if (imkm != 0) { pjly[0] += ((((pjly[imkm]) & (~ysya))) >> (blks)); } for (_si xcsz = 1; xcsz <= (12 - imkm); xcsz += 1) { pjly[-1 + xcsz] += ((((((pjly[imkm + xcsz]) & (ysya))) << (-blks + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pjly[xcsz] = ((((pjly[imkm + xcsz]) & (~ysya))) >> (blks)); } for (_si zqxb = 13 - imkm; zqxb <= 12; zqxb += 1) { pjly[zqxb] = 0; } }; } } } } mfrt(wrlw); } _si uaof(_uli *nchc) { _si bavy = 0; _uli jsas = 19; for (_si duze = 12; duze >= 0; duze -= 1) { if (nchc[duze] != 0) { bavy = ((((nchc[duze]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bavy; } void cbax(_si zpcj, _uli *ollt) { ollt[(((zpcj) / (47)))] &= ((((((_uli)(1)) << ((zpcj % 47)))) - ((_uli)(1)))); for (_si mtav = 1 + (((zpcj) / (47))); mtav <= 12; mtav += 1) { ollt[mtav] = 0; } } void chfk(_uc *oaiu) { _ui *pwoo = (_ui *)(oaiu + 64); _uli *jnqp = (_uli *)(oaiu + 352); pwoo[0] = 3072593861; pwoo[1] = 3086033710; pwoo[2] = 3878829419; pwoo[3] = 661946499; pwoo[4] = 3836525215; pwoo[5] = 533529351; pwoo[6] = 1116444951; pwoo[7] = 1869145119; jnqp[0] = 0; } void jrsn(_si hdhi, _uli *stsl) { stsl[(((hdhi) / (47)))] &= ((((((_uli)(1)) << ((hdhi % 47)))) - ((_uli)(1)))); for (_si dwdi = 1 + (((hdhi) / (47))); dwdi <= 12; dwdi += 1) { stsl[dwdi] = 0; } } void dqnd(_uli *bymt, _uli *lfcr, _uli *avws) { _uli *hcmx = uoef(); _uli *tzhr = ehzp(); _uli *jych = pwfo(); _uli *eipi = ndlt(); for (_si fgcw = 0; fgcw <= 44; fgcw += 1) { hcmx[fgcw] = ((lfcr[fgcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tzhr[fgcw] = ((lfcr[fgcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jych[fgcw] = ((avws[fgcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); eipi[fgcw] = ((avws[fgcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jsik = 0; jsik <= 44; jsik += 1) { bymt[jsik] = 0; } } for (_si qtds = 0; qtds <= (-1 + (((45) >> (1)))); qtds += 1) { for (_si umgg = 0; umgg <= (-1 + (((45) >> (1)))); umgg += 1) { _uli lyws = eipi[umgg] * hcmx[qtds] + jych[umgg] * tzhr[qtds]; _uli qzwd = hcmx[qtds] * jych[umgg]; _uli abhz = eipi[umgg] * tzhr[qtds]; _uli pgmk = ((bymt[qtds + umgg]) + (qzwd) + (((((lyws) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pgmk < qzwd) { abhz += 1; } _uli xqye = ((((lyws) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((abhz) << ((-47 + (((sizeof(_uli)) << (3)))))))); bymt[qtds + umgg] = pgmk; bymt[1 + qtds + umgg] += xqye; } { for (_si jrxz = 0; jrxz <= 43; jrxz += 1) { bymt[1 + jrxz] += ((bymt[jrxz]) >> (47)); bymt[jrxz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bymt[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } omqh(hcmx); hukz(tzhr); soac(jych); { _uc *lkee = (_uc *)(eipi); for (_si kmkc = 0; kmkc <= 360; kmkc += 1) { lkee[kmkc] = (_uc)(1 + lkee[kmkc]) * (_uc)(255 + lkee[1 + kmkc]); } lkee[361] = 0; } } void hrux(_uc *tnbn, _uc *pwal, _si vpys) { _ui *lekj = (_ui *)(tnbn + 0); _ui *faul = (_ui *)(tnbn + 128); _uc *swpk = (_uc *)(lekj); for (_si zuqv = 0; zuqv <= (-1 + vpys); zuqv += 1) { if (faul[0] >= 64) { dqux(tnbn); faul[0] = 0; } pwal[zuqv] ^= swpk[faul[0]]; faul[0] += 1; } } void mhje(_uli *dfxb) { _uc *whu = (_uc *)(dfxb); for (_si frgr = 0; frgr <= 360; frgr += 1) { whu[frgr] = (_uc)(255 + whu[1 + frgr]) * (_uc)(1 + whu[frgr]); } whu[361] = 0; } void sbnz(_si ciuf, _uli *ohex, _uli *eomn, _uli *czwm, _uli *vydo) { { _uli *hbjp = vwhv(); _uli *tfeh = ijqj(); for (_si bmuk = 0; bmuk <= 12; bmuk += 1) { hbjp[bmuk] = ((vydo[bmuk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tfeh[bmuk] = ((vydo[bmuk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si atvx = 0; atvx <= 12; atvx += 1) { czwm[atvx] = 0; } } for (_si qbsf = 0; qbsf <= (-1 + (((13) >> (1)))); qbsf += 1) { for (_si tfty = 0; tfty <= (-1 + (((13) >> (1)))); tfty += 1) { _uli tuyc = hbjp[tfty] * tfeh[qbsf] + hbjp[qbsf] * tfeh[tfty]; _uli knew = hbjp[tfty] * hbjp[qbsf]; _uli fdyc = tfeh[tfty] * tfeh[qbsf]; _uli xdlf = ((czwm[qbsf + tfty]) + (knew) + (((((tuyc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xdlf < knew) { fdyc += 1; } _uli xnnj = ((((tuyc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fdyc) << ((-47 + (((sizeof(_uli)) << (3)))))))); czwm[qbsf + tfty] = xdlf; czwm[1 + qbsf + tfty] += xnnj; } mhhd(czwm); } { _uc *zsse = (_uc *)(hbjp); for (_si qpxq = 0; qpxq <= 360; qpxq += 1) { zsse[qpxq] = (_uc)(1 + zsse[qpxq]) * (_uc)(255 + zsse[1 + qpxq]); } zsse[361] = 0; } { _uc *zcuo = (_uc *)(tfeh); for (_si yvhs = 0; yvhs <= 360; yvhs += 1) { zcuo[yvhs] = (_uc)(1 + zcuo[yvhs]) * (_uc)(255 + zcuo[1 + yvhs]); } zcuo[361] = 0; } } { _uli *luxi = aqdx(); { if (luxi != czwm) { for (_si mdjr = 0; mdjr <= 12; mdjr += 1) { luxi[mdjr] = czwm[mdjr]; } } } qkrd(czwm, czwm); okti(ciuf, czwm); ogfs(czwm, czwm, eomn); jrsn(ciuf, czwm); crcg(czwm, czwm, ohex); { for (_si cbzt = 0; cbzt <= 12; cbzt += 1) { czwm[cbzt] = czwm[cbzt] + luxi[cbzt]; } jopy(czwm); } mtpi(czwm, ciuf); { for (_si unns = 0; unns <= 12; unns += 1) { luxi[unns] = czwm[unns] - ohex[unns]; } { _si pvqf; { pvqf = 0; _uli iavs = 19; for (_si lrow = 12; lrow >= 0; lrow -= 1) { if (luxi[lrow] != 0) { pvqf = ((((luxi[lrow]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (pvqf) { { for (_si wpdu = 0; wpdu <= 12; wpdu += 1) { luxi[wpdu] = -luxi[wpdu]; } } } for (_si jgew = 0; jgew <= 11; jgew += 1) { if (((((luxi[jgew]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { luxi[1 + jgew] -= 1; } else { luxi[1 + jgew] += ((luxi[jgew]) >> (47)); }; luxi[jgew] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } luxi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pvqf) { { for (_si qmgi = 0; qmgi <= 12; qmgi += 1) { luxi[qmgi] = -luxi[qmgi]; } } } } } _si uyhh; { uyhh = 0; _uli ctym = 19; for (_si fldu = 12; fldu >= 0; fldu -= 1) { if (luxi[fldu] != 0) { uyhh = ((((luxi[fldu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!uyhh) { { if (czwm != luxi) { for (_si wids = 0; wids <= 12; wids += 1) { czwm[wids] = luxi[wids]; } } } } qdkl(luxi); } } void mspl(_si spnh, _uli *lagv, _uli *fqfg, _uli *nwqu, _uli *pngm) { _uli *ezei = lzph(); { if (ezei != pngm) { for (_si ufwy = 0; ufwy <= 12; ufwy += 1) { ezei[ufwy] = pngm[ufwy]; } } } { if (nwqu != pngm) { for (_si robp = 0; robp <= 12; robp += 1) { nwqu[robp] = pngm[robp]; } } } { nwqu[(((spnh) / (47)))] &= ((((((_uli)(1)) << ((spnh % 47)))) - ((_uli)(1)))); for (_si xzmr = 1 + (((spnh) / (47))); xzmr <= 12; xzmr += 1) { nwqu[xzmr] = 0; } } { _uli *cdsj = ecpg(); _uli *jrvx = vwjb(); _uli *fpvb = lbjy(); _uli *bquo = zkzr(); for (_si arnx = 0; arnx <= 12; arnx += 1) { cdsj[arnx] = ((nwqu[arnx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jrvx[arnx] = ((nwqu[arnx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fpvb[arnx] = ((fqfg[arnx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bquo[arnx] = ((fqfg[arnx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dlda = 0; dlda <= 12; dlda += 1) { nwqu[dlda] = 0; } } for (_si kdnb = 0; kdnb <= (-1 + (((13) >> (1)))); kdnb += 1) { for (_si seiw = 0; seiw <= (-1 + (((13) >> (1)))); seiw += 1) { _uli zwih = bquo[seiw] * cdsj[kdnb] + fpvb[seiw] * jrvx[kdnb]; _uli ehhp = cdsj[kdnb] * fpvb[seiw]; _uli nyut = bquo[seiw] * jrvx[kdnb]; _uli meai = ((nwqu[kdnb + seiw]) + (ehhp) + (((((zwih) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (meai < ehhp) { nyut += 1; } _uli uhkl = ((((zwih) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nyut) << ((-47 + (((sizeof(_uli)) << (3)))))))); nwqu[kdnb + seiw] = meai; nwqu[1 + kdnb + seiw] += uhkl; } { for (_si lyff = 0; lyff <= 11; lyff += 1) { nwqu[1 + lyff] += ((nwqu[lyff]) >> (47)); nwqu[lyff] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nwqu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } jmof(cdsj); { _uc *qwbp = (_uc *)(jrvx); for (_si vacb = 0; vacb <= 360; vacb += 1) { qwbp[vacb] = (_uc)(255 + qwbp[1 + vacb]) * (_uc)(1 + qwbp[vacb]); } qwbp[361] = 0; } fqik(fpvb); { _uc *qlhd = (_uc *)(bquo); for (_si nieq = 0; nieq <= 360; nieq += 1) { qlhd[nieq] = (_uc)(1 + qlhd[nieq]) * (_uc)(255 + qlhd[1 + nieq]); } qlhd[361] = 0; } } { nwqu[(((spnh) / (47)))] &= ((((((_uli)(1)) << ((spnh % 47)))) - ((_uli)(1)))); for (_si zcms = 1 + (((spnh) / (47))); zcms <= 12; zcms += 1) { nwqu[zcms] = 0; } } { _uli *jkrt = cxfp(); _uli *wqhl = hyda(); _uli *vyvj = vmda(); _uli *znzx = ygbj(); for (_si lvfr = 0; lvfr <= 12; lvfr += 1) { jkrt[lvfr] = ((nwqu[lvfr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wqhl[lvfr] = ((nwqu[lvfr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vyvj[lvfr] = ((lagv[lvfr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); znzx[lvfr] = ((lagv[lvfr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jfqn = 0; jfqn <= 12; jfqn += 1) { nwqu[jfqn] = 0; } } for (_si dbgk = 0; dbgk <= (-1 + (((13) >> (1)))); dbgk += 1) { for (_si hpmp = 0; hpmp <= (-1 + (((13) >> (1)))); hpmp += 1) { _uli ffje = jkrt[dbgk] * znzx[hpmp] + vyvj[hpmp] * wqhl[dbgk]; _uli zfmk = jkrt[dbgk] * vyvj[hpmp]; _uli cusi = wqhl[dbgk] * znzx[hpmp]; _uli mpdb = ((nwqu[dbgk + hpmp]) + (zfmk) + (((((ffje) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mpdb < zfmk) { cusi += 1; } _uli yxbn = ((((ffje) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cusi) << ((-47 + (((sizeof(_uli)) << (3)))))))); nwqu[dbgk + hpmp] = mpdb; nwqu[1 + dbgk + hpmp] += yxbn; } aycn(nwqu); } { _uc *nznx = (_uc *)(jkrt); for (_si ulcn = 0; ulcn <= 360; ulcn += 1) { nznx[ulcn] = (_uc)(1 + nznx[ulcn]) * (_uc)(255 + nznx[1 + ulcn]); } nznx[361] = 0; } { _uc *llyh = (_uc *)(wqhl); for (_si vewt = 0; vewt <= 360; vewt += 1) { llyh[vewt] = (_uc)(1 + llyh[vewt]) * (_uc)(255 + llyh[1 + vewt]); } llyh[361] = 0; } { _uc *ojd = (_uc *)(vyvj); for (_si zwyb = 0; zwyb <= 360; zwyb += 1) { ojd[zwyb] = (_uc)(255 + ojd[1 + zwyb]) * (_uc)(1 + ojd[zwyb]); } ojd[361] = 0; } { _uc *yvsa = (_uc *)(znzx); for (_si yjtr = 0; yjtr <= 360; yjtr += 1) { yvsa[yjtr] = (_uc)(255 + yvsa[1 + yjtr]) * (_uc)(1 + yvsa[yjtr]); } yvsa[361] = 0; } } { for (_si sjtw = 0; sjtw <= 12; sjtw += 1) { nwqu[sjtw] = ezei[sjtw] + nwqu[sjtw]; } { _si pwib; { pwib = 0; _uli toxf = 19; for (_si cyvi = 12; cyvi >= 0; cyvi -= 1) { if (nwqu[cyvi] != 0) { pwib = ((((nwqu[cyvi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (pwib) { { for (_si kzep = 0; kzep <= 12; kzep += 1) { nwqu[kzep] = -nwqu[kzep]; } } } for (_si zkfh = 0; zkfh <= 11; zkfh += 1) { if (((((nwqu[zkfh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nwqu[1 + zkfh] -= 1; } else { nwqu[1 + zkfh] += ((nwqu[zkfh]) >> (47)); }; nwqu[zkfh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nwqu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pwib) { { for (_si keli = 0; keli <= 12; keli += 1) { nwqu[keli] = -nwqu[keli]; } } } } } { _si vpfp = (spnh % 47); _si srlt = ((spnh) / (47)); _si skwo = spnh; if (skwo > (8 * sizeof(_uli))) { skwo = -1; } if (srlt >= 13) { { for (_si rphs = 0; rphs <= 12; rphs += 1) { nwqu[rphs] = 0; } } } else { _uli wwax = (((((_uli)(1)) << (vpfp))) - ((_uli)(1))); if (skwo < 0) { nwqu[0] = 0; } else { nwqu[0] = ((((nwqu[0]) & (~wwax))) >> (skwo)); }; if (srlt != 0) { nwqu[0] += ((((nwqu[srlt]) & (~wwax))) >> (vpfp)); } for (_si vrp = 1; vrp <= (12 - srlt); vrp += 1) { nwqu[-1 + vrp] += ((((((nwqu[srlt + vrp]) & (wwax))) << (-vpfp + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nwqu[vrp] = ((((nwqu[srlt + vrp]) & (~wwax))) >> (vpfp)); } for (_si vmpq = 13 - srlt; vmpq <= 12; vmpq += 1) { nwqu[vmpq] = 0; } }; } ltwg(ezei, nwqu, lagv); _si zoat = ebes(ezei); if (!zoat) { mxfr(nwqu, ezei); } { _uc *asyn = (_uc *)(ezei); for (_si argp = 0; argp <= 360; argp += 1) { asyn[argp] = (_uc)(1 + asyn[argp]) * (_uc)(255 + asyn[1 + argp]); } asyn[361] = 0; } } _uli *rbou() { ; _uli *puak; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; puak = (_uli *)(_m + 362 * _s); break; } _s += 1; } return puak; } void fksx(_uc *vqkz, _uc *dntw, _uc *vtkt, _si weni) { { cxeg(vqkz, dntw); _ui *lzzy = (_ui *)(vqkz + 64); _ui *okrv = (_ui *)(vqkz + 128); for (_si bkyu = 0; bkyu <= 3; bkyu += 1) { lzzy[bkyu] = (((_ui)(((_uc *)(_m + 48146) + 4 * bkyu)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bkyu)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bkyu)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bkyu)[3])) << (24)))); } for (_si oug = 0; oug <= 3; oug += 1) { lzzy[12 + oug] = 0; _m[65162] += 1; } okrv[0] = 3904225602; } fudo(vqkz, vtkt, weni); } _uc *ovx() { ; _uc *quoh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; quoh = (_uc *)(_m + 362 * _s); break; } _s += 1; } return quoh; } void rbtt(_uli *mmfn) { _uc *magg = (_uc *)(mmfn); for (_si srmn = 0; srmn <= 360; srmn += 1) { magg[srmn] = (_uc)(255 + magg[1 + srmn]) * (_uc)(1 + magg[srmn]); } magg[361] = 0; } void ahgj(_si gcor, _uli *niyi, _uli *vhtd, _uli *cnmv, _uli *evdc) { _uli *cjwm = typj(); { if (cjwm != evdc) { for (_si xedm = 0; xedm <= 44; xedm += 1) { cjwm[xedm] = evdc[xedm]; } } } qcbf(cnmv, evdc); ojyv(gcor, cnmv); lmja(cnmv, cnmv, vhtd); iaah(gcor, cnmv); pfqk(cnmv, cnmv, niyi); { for (_si lpaf = 0; lpaf <= 44; lpaf += 1) { cnmv[lpaf] = cjwm[lpaf] + cnmv[lpaf]; } { _si jonw = agmi(cnmv); if (jonw) { yiep(cnmv, cnmv); } for (_si kkaj = 0; kkaj <= 43; kkaj += 1) { if (((((cnmv[kkaj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cnmv[1 + kkaj] -= 1; } else { cnmv[1 + kkaj] += ((cnmv[kkaj]) >> (47)); }; cnmv[kkaj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cnmv[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jonw) { { for (_si rhla = 0; rhla <= 44; rhla += 1) { cnmv[rhla] = -cnmv[rhla]; } } } } } oang(cnmv, gcor); { for (_si kzzc = 0; kzzc <= 44; kzzc += 1) { cjwm[kzzc] = cnmv[kzzc] - niyi[kzzc]; } { _si tfcl; { tfcl = 0; _uli ciek = 19; for (_si wvmh = 44; wvmh >= 0; wvmh -= 1) { if (cjwm[wvmh] != 0) { tfcl = ((((cjwm[wvmh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tfcl) { { for (_si hioo = 0; hioo <= 44; hioo += 1) { cjwm[hioo] = -cjwm[hioo]; } } } for (_si aezf = 0; aezf <= 43; aezf += 1) { if (((((cjwm[aezf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cjwm[1 + aezf] -= 1; } else { cjwm[1 + aezf] += ((cjwm[aezf]) >> (47)); }; cjwm[aezf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cjwm[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tfcl) { idhj(cjwm, cjwm); } } } _si gcwn; { gcwn = 0; _uli kjfv = 19; for (_si zguo = 44; zguo >= 0; zguo -= 1) { if (cjwm[zguo] != 0) { gcwn = ((((cjwm[zguo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!gcwn) { { if (cnmv != cjwm) { for (_si bnfu = 0; bnfu <= 44; bnfu += 1) { cnmv[bnfu] = cjwm[bnfu]; } } } } wgdo(cjwm); } _si grhp(_uli *aqrg) { _si bofi = 0; _uli uyrb = 19; for (_si fnit = 12; fnit >= 0; fnit -= 1) { if (aqrg[fnit] != 0) { bofi = ((((aqrg[fnit]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bofi; } void glb(_uli *pbzw, _uli *bioa, _uli *tjy) { for (_si mfz = 0; mfz <= 12; mfz += 1) { pbzw[mfz] = bioa[mfz] + tjy[mfz]; } gmqg(pbzw); } void kino(_uli *yvqd, _uli *ybxf, _uli *wyfr) { _uli *gnfj = bcbu(); _uli *pqvd = vwjb(); _uli *pwry = aqdx(); _uli *swy = yzej(); for (_si cuqd = 0; cuqd <= 12; cuqd += 1) { gnfj[cuqd] = ((ybxf[cuqd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pqvd[cuqd] = ((ybxf[cuqd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pwry[cuqd] = ((wyfr[cuqd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); swy[cuqd] = ((wyfr[cuqd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qlpw = 0; qlpw <= 12; qlpw += 1) { yvqd[qlpw] = 0; } } for (_si wqks = 0; wqks <= (-1 + (((13) >> (1)))); wqks += 1) { for (_si yswo = 0; yswo <= (-1 + (((13) >> (1)))); yswo += 1) { _uli ayuj = gnfj[wqks] * swy[yswo] + pqvd[wqks] * pwry[yswo]; _uli ezcf = gnfj[wqks] * pwry[yswo]; _uli fvxc = pqvd[wqks] * swy[yswo]; _uli qytr = ((yvqd[wqks + yswo]) + (ezcf) + (((((ayuj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qytr < ezcf) { fvxc += 1; } _uli kiwo = ((((ayuj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fvxc) << ((-47 + (((sizeof(_uli)) << (3)))))))); yvqd[wqks + yswo] = qytr; yvqd[1 + wqks + yswo] += kiwo; } ygqu(yvqd); } mfrt(gnfj); { _uc *ieth = (_uc *)(pqvd); for (_si czrv = 0; czrv <= 360; czrv += 1) { ieth[czrv] = (_uc)(1 + ieth[czrv]) * (_uc)(255 + ieth[1 + czrv]); } ieth[361] = 0; } { _uc *tssx = (_uc *)(pwry); for (_si xmnu = 0; xmnu <= 360; xmnu += 1) { tssx[xmnu] = (_uc)(1 + tssx[xmnu]) * (_uc)(255 + tssx[1 + xmnu]); } tssx[361] = 0; } { _uc *fmtm = (_uc *)(swy); for (_si hwfr = 0; hwfr <= 360; hwfr += 1) { fmtm[hwfr] = (_uc)(1 + fmtm[hwfr]) * (_uc)(255 + fmtm[1 + hwfr]); } fmtm[361] = 0; } } _si nyef(_uli *ufuu) { _si hnrv = 0; _uli symx = 19; for (_si yemx = 12; yemx >= 0; yemx -= 1) { if (ufuu[yemx] != 0) { hnrv = ((((ufuu[yemx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return hnrv; } void yxjp(_si mbtn, _uli *ddaz, _uli *kjpb, _uli *irq, _uli *hdwq, _uli *tjmv) { kgdt(irq, hdwq, tjmv); { _uli *ladm = eymn(); tktg(ladm, irq); { ; } pdvc(mbtn, irq); nbpk(irq, irq, kjpb); pdvc(mbtn, irq); crcg(irq, irq, ddaz); { for (_si qtsj = 0; qtsj <= 12; qtsj += 1) { irq[qtsj] = irq[qtsj] + ladm[qtsj]; } { _si nfhh = nemb(irq); if (nfhh) { { for (_si oizr = 0; oizr <= 12; oizr += 1) { irq[oizr] = -irq[oizr]; } } } for (_si rdwh = 0; rdwh <= 11; rdwh += 1) { if (((((irq[rdwh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { irq[1 + rdwh] -= 1; } else { irq[1 + rdwh] += ((irq[rdwh]) >> (47)); }; irq[rdwh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } irq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nfhh) { { for (_si kmba = 0; kmba <= 12; kmba += 1) { irq[kmba] = -irq[kmba]; } } } } } { _si slfm = (mbtn % 47); _si fcdg = ((mbtn) / (47)); _si zsaq = mbtn; if (zsaq > (8 * sizeof(_uli))) { zsaq = -1; } if (fcdg >= 13) { eldw(irq); } else { _uli ivpz = (((((_uli)(1)) << (slfm))) - ((_uli)(1))); if (zsaq < 0) { irq[0] = 0; } else { irq[0] = ((((irq[0]) & (~ivpz))) >> (zsaq)); }; if (fcdg != 0) { irq[0] += ((((irq[fcdg]) & (~ivpz))) >> (slfm)); } for (_si ccmx = 1; ccmx <= (12 - fcdg); ccmx += 1) { irq[-1 + ccmx] += ((((((irq[ccmx + fcdg]) & (ivpz))) << (-slfm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); irq[ccmx] = ((((irq[ccmx + fcdg]) & (~ivpz))) >> (slfm)); } for (_si yqdr = 13 - fcdg; yqdr <= 12; yqdr += 1) { irq[yqdr] = 0; } }; } { for (_si lgbk = 0; lgbk <= 12; lgbk += 1) { ladm[lgbk] = -ddaz[lgbk] + irq[lgbk]; } { _si zthr = bbsi(ladm); if (zthr) { { for (_si evdr = 0; evdr <= 12; evdr += 1) { ladm[evdr] = -ladm[evdr]; } } } for (_si skey = 0; skey <= 11; skey += 1) { if (((((ladm[skey]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ladm[1 + skey] -= 1; } else { ladm[1 + skey] += ((ladm[skey]) >> (47)); }; ladm[skey] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ladm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zthr) { { for (_si qyjh = 0; qyjh <= 12; qyjh += 1) { ladm[qyjh] = -ladm[qyjh]; } } } } } _si kcnq; { kcnq = 0; _uli jxvd = 19; for (_si xppg = 12; xppg >= 0; xppg -= 1) { if (ladm[xppg] != 0) { kcnq = ((((ladm[xppg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!kcnq) { { if (irq != ladm) { for (_si fcxf = 0; fcxf <= 12; fcxf += 1) { irq[fcxf] = ladm[fcxf]; } } } } itnl(ladm); } } void vvvm(_uc *mzsu, _uc *ktav, _si rylx) { _ui *gars = (_ui *)(mzsu + 0); _ui *jadq = (_ui *)(mzsu + 128); _uc *ssww = (_uc *)(gars); for (_si okss = 0; okss <= (-1 + rylx); okss += 1) { if (jadq[0] >= 64) { ycki(mzsu); jadq[0] = 0; } ktav[okss] ^= ssww[jadq[0]]; jadq[0] += 1; } } _uli *djmz() { ; _uli *jkqh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; jkqh = (_uli *)(_m + 362 * _s); break; } _s += 1; } return jkqh; } void aarg(_uli *zukb) { for (_si vmq = 0; vmq <= 11; vmq += 1) { zukb[1 + vmq] += ((zukb[vmq]) >> (47)); zukb[vmq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zukb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void xwoe(_uli *htmn, _uli *dczt, _uli *nncv) { for (_si twab = 0; twab <= 44; twab += 1) { htmn[twab] = dczt[twab] - nncv[twab]; } { _si khpn; { khpn = 0; _uli wofu = 19; for (_si qjrt = 44; qjrt >= 0; qjrt -= 1) { if (htmn[qjrt] != 0) { khpn = ((((htmn[qjrt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (khpn) { { for (_si wzen = 0; wzen <= 44; wzen += 1) { htmn[wzen] = -htmn[wzen]; } } } for (_si qmpe = 0; qmpe <= 43; qmpe += 1) { if (((((htmn[qmpe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { htmn[1 + qmpe] -= 1; } else { htmn[1 + qmpe] += ((htmn[qmpe]) >> (47)); }; htmn[qmpe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } htmn[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (khpn) { { for (_si gyme = 0; gyme <= 44; gyme += 1) { htmn[gyme] = -htmn[gyme]; } } } } } void jbbi(_uli *ofvj) { _uc *kbyk = (_uc *)(ofvj); for (_si yjgg = 0; yjgg <= 360; yjgg += 1) { kbyk[yjgg] = (_uc)(1 + kbyk[yjgg]) * (_uc)(255 + kbyk[1 + yjgg]); } kbyk[361] = 0; } void pjva(_uc *orip, _uc *pxkr, _si vstk) { { _ui *wlhc = (_ui *)(orip + 64); for (_si potn = 0; potn <= 7; potn += 1) { wlhc[4 + potn] = (((_ui)((pxkr + 4 * potn)[0])) + ((((_ui)((pxkr + 4 * potn)[1])) << (8))) + ((((_ui)((pxkr + 4 * potn)[2])) << (16))) + ((((_ui)((pxkr + 4 * potn)[3])) << (24)))); } } _ui *nzeq = (_ui *)(orip + 64); _ui *tkbn = (_ui *)(orip + 128); for (_si heio = 0; heio <= 3; heio += 1) { nzeq[heio] = (((_ui)(((_uc *)(_m + 48146) + 4 * heio)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * heio)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * heio)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * heio)[3])) << (24)))); } for (_si xvpm = 0; xvpm <= 3; xvpm += 1) { nzeq[12 + xvpm] = vstk; _m[65162] += 1; } tkbn[0] = 3904225602; } void kkqm(_uli *dlqr) { _uc *tyfr = (_uc *)(dlqr); for (_si oqwh = 0; oqwh <= 360; oqwh += 1) { tyfr[oqwh] = (_uc)(255 + tyfr[1 + oqwh]) * (_uc)(1 + tyfr[oqwh]); } tyfr[361] = 0; } void fhhe(_uli *nstx) { for (_si ifzh = 0; ifzh <= 12; ifzh += 1) { nstx[ifzh] = 0; } } void vbjy(_ui *pgjv, _si mqtg, _si wcmu, _si jhpu, _si pslz) { pgjv[mqtg] += pgjv[wcmu]; pgjv[pslz] ^= pgjv[mqtg]; pgjv[pslz] = ((((pgjv[pslz]) << (16))) | (((pgjv[pslz]) >> (16)))); pgjv[jhpu] += pgjv[pslz]; pgjv[wcmu] ^= pgjv[jhpu]; pgjv[wcmu] = ((((pgjv[wcmu]) << (12))) | (((pgjv[wcmu]) >> (20)))); pgjv[mqtg] += pgjv[wcmu]; pgjv[pslz] ^= pgjv[mqtg]; pgjv[pslz] = ((((pgjv[pslz]) << (8))) | (((pgjv[pslz]) >> (24)))); pgjv[jhpu] += pgjv[pslz]; pgjv[wcmu] ^= pgjv[jhpu]; pgjv[wcmu] = ((((pgjv[wcmu]) << (7))) | (((pgjv[wcmu]) >> (25)))); } void vhpr(_uli *axmd, _uli *jgu, _uli *ltmh) { _uli *nhlu = vsjr(); _uli *mjrw = nayy(); _uli *hqbb = gdxm(); _uli *ueii = ctgm(); for (_si xwce = 0; xwce <= 12; xwce += 1) { nhlu[xwce] = ((jgu[xwce]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mjrw[xwce] = ((jgu[xwce]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hqbb[xwce] = ((ltmh[xwce]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ueii[xwce] = ((ltmh[xwce]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zaiz = 0; zaiz <= 12; zaiz += 1) { axmd[zaiz] = 0; } } for (_si vvoh = 0; vvoh <= (-1 + (((13) >> (1)))); vvoh += 1) { for (_si knco = 0; knco <= (-1 + (((13) >> (1)))); knco += 1) { _uli kxnb = hqbb[knco] * mjrw[vvoh] + nhlu[vvoh] * ueii[knco]; _uli zwke = hqbb[knco] * nhlu[vvoh]; _uli ybfy = mjrw[vvoh] * ueii[knco]; _uli qrvs = ((axmd[knco + vvoh]) + (zwke) + (((((kxnb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qrvs < zwke) { ybfy += 1; } _uli qija = ((((kxnb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ybfy) << ((-47 + (((sizeof(_uli)) << (3)))))))); axmd[knco + vvoh] = qrvs; axmd[1 + knco + vvoh] += qija; } { for (_si ympd = 0; ympd <= 11; ympd += 1) { axmd[1 + ympd] += ((axmd[ympd]) >> (47)); axmd[ympd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } axmd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ratn = (_uc *)(nhlu); for (_si kmbz = 0; kmbz <= 360; kmbz += 1) { ratn[kmbz] = (_uc)(255 + ratn[1 + kmbz]) * (_uc)(1 + ratn[kmbz]); } ratn[361] = 0; } { _uc *qsel = (_uc *)(mjrw); for (_si zaux = 0; zaux <= 360; zaux += 1) { qsel[zaux] = (_uc)(1 + qsel[zaux]) * (_uc)(255 + qsel[1 + zaux]); } qsel[361] = 0; } { _uc *oggm = (_uc *)(hqbb); for (_si jomj = 0; jomj <= 360; jomj += 1) { oggm[jomj] = (_uc)(1 + oggm[jomj]) * (_uc)(255 + oggm[1 + jomj]); } oggm[361] = 0; } cuik(ueii); } void kfis(_si ebyu, _uli *jhpi, _uli *hddn, _uli *xbnr, _uli *fvwc) { _uli *dhws = vwhv(); { if (dhws != fvwc) { for (_si nwzi = 0; nwzi <= 12; nwzi += 1) { dhws[nwzi] = fvwc[nwzi]; } } } aybm(xbnr, fvwc); eprf(ebyu, xbnr); { _uli *mmxh = yiuc(); _uli *dqpo = ijfe(); _uli *xtrh = mawu(); _uli *fzbm = zqig(); for (_si ngib = 0; ngib <= 12; ngib += 1) { mmxh[ngib] = ((xbnr[ngib]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dqpo[ngib] = ((xbnr[ngib]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xtrh[ngib] = ((hddn[ngib]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fzbm[ngib] = ((hddn[ngib]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lspo = 0; lspo <= 12; lspo += 1) { xbnr[lspo] = 0; } } for (_si ydjl = 0; ydjl <= (-1 + (((13) >> (1)))); ydjl += 1) { for (_si vzze = 0; vzze <= (-1 + (((13) >> (1)))); vzze += 1) { _uli vfxw = dqpo[ydjl] * xtrh[vzze] + fzbm[vzze] * mmxh[ydjl]; _uli yqbi = mmxh[ydjl] * xtrh[vzze]; _uli jymr = dqpo[ydjl] * fzbm[vzze]; _uli zlxi = ((xbnr[vzze + ydjl]) + (yqbi) + (((((vfxw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zlxi < yqbi) { jymr += 1; } _uli khse = ((((vfxw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jymr) << ((-47 + (((sizeof(_uli)) << (3)))))))); xbnr[vzze + ydjl] = zlxi; xbnr[1 + vzze + ydjl] += khse; } { for (_si xwpo = 0; xwpo <= 11; xwpo += 1) { xbnr[1 + xwpo] += ((xbnr[xwpo]) >> (47)); xbnr[xwpo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xbnr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } gfmz(mmxh); { _uc *awau = (_uc *)(dqpo); for (_si pizw = 0; pizw <= 360; pizw += 1) { awau[pizw] = (_uc)(1 + awau[pizw]) * (_uc)(255 + awau[1 + pizw]); } awau[361] = 0; } { _uc *gdme = (_uc *)(xtrh); for (_si gnfk = 0; gnfk <= 360; gnfk += 1) { gdme[gnfk] = (_uc)(1 + gdme[gnfk]) * (_uc)(255 + gdme[1 + gnfk]); } gdme[361] = 0; } { _uc *hbhk = (_uc *)(fzbm); for (_si umxh = 0; umxh <= 360; umxh += 1) { hbhk[umxh] = (_uc)(1 + hbhk[umxh]) * (_uc)(255 + hbhk[1 + umxh]); } hbhk[361] = 0; } } zkps(ebyu, xbnr); epnk(xbnr, xbnr, jhpi); tqrf(xbnr, xbnr, dhws); { _si mnmp = (ebyu % 47); _si isfr = ((ebyu) / (47)); _si ybqc = ebyu; if (ybqc > (8 * sizeof(_uli))) { ybqc = -1; } if (isfr >= 13) { { for (_si dtwy = 0; dtwy <= 12; dtwy += 1) { xbnr[dtwy] = 0; } } } else { _uli sdpj = (((((_uli)(1)) << (mnmp))) - ((_uli)(1))); if (ybqc < 0) { xbnr[0] = 0; } else { xbnr[0] = ((((xbnr[0]) & (~sdpj))) >> (ybqc)); }; if (isfr != 0) { xbnr[0] += ((((xbnr[isfr]) & (~sdpj))) >> (mnmp)); } for (_si botf = 1; botf <= (12 - isfr); botf += 1) { xbnr[-1 + botf] += ((((((xbnr[botf + isfr]) & (sdpj))) << (-mnmp + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xbnr[botf] = ((((xbnr[botf + isfr]) & (~sdpj))) >> (mnmp)); } for (_si zql = 13 - isfr; zql <= 12; zql += 1) { xbnr[zql] = 0; } }; } wfld(dhws, xbnr, jhpi); _si wnut; { wnut = 0; _uli gsyp = 19; for (_si pgpp = 12; pgpp >= 0; pgpp -= 1) { if (dhws[pgpp] != 0) { wnut = ((((dhws[pgpp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!wnut) { { if (xbnr != dhws) { for (_si ackd = 0; ackd <= 12; ackd += 1) { xbnr[ackd] = dhws[ackd]; } } } } cbuj(dhws); } void ymcp(_uli *sis, _uli *sotk, _uli *wkja) { _uli *wtie = dgud(); _uli *xxaq = elai(); _uli *qdme = bcqr(); _uli *iecu = ztjr(); for (_si svdf = 0; svdf <= 12; svdf += 1) { wtie[svdf] = ((sotk[svdf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xxaq[svdf] = ((sotk[svdf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qdme[svdf] = ((wkja[svdf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iecu[svdf] = ((wkja[svdf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } zgxw(sis); for (_si eupj = 0; eupj <= (-1 + (((13) >> (1)))); eupj += 1) { for (_si eyup = 0; eyup <= (-1 + (((13) >> (1)))); eyup += 1) { _uli pfjs = iecu[eyup] * wtie[eupj] + qdme[eyup] * xxaq[eupj]; _uli rpvg = qdme[eyup] * wtie[eupj]; _uli njcb = iecu[eyup] * xxaq[eupj]; _uli ahro = ((sis[eupj + eyup]) + (rpvg) + (((((pfjs) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ahro < rpvg) { njcb += 1; } _uli exbp = ((((pfjs) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((njcb) << ((-47 + (((sizeof(_uli)) << (3)))))))); sis[eupj + eyup] = ahro; sis[1 + eupj + eyup] += exbp; } iehl(sis); } { _uc *cvae = (_uc *)(wtie); for (_si zejk = 0; zejk <= 360; zejk += 1) { cvae[zejk] = (_uc)(1 + cvae[zejk]) * (_uc)(255 + cvae[1 + zejk]); } cvae[361] = 0; } { _uc *mmof = (_uc *)(xxaq); for (_si pumx = 0; pumx <= 360; pumx += 1) { mmof[pumx] = (_uc)(255 + mmof[1 + pumx]) * (_uc)(1 + mmof[pumx]); } mmof[361] = 0; } xigt(qdme); mhje(iecu); } void ogez(_si hdr, _uli *gkuk) { gkuk[(((hdr) / (47)))] &= ((((((_uli)(1)) << ((hdr % 47)))) - ((_uli)(1)))); for (_si soh = 1 + (((hdr) / (47))); soh <= 12; soh += 1) { gkuk[soh] = 0; } } void eolx(_uc *nkdd) { _ui *ejcw = (_ui *)(nkdd + 0); _ui *cnru = (_ui *)(nkdd + 64); for (_si vujb = 0; vujb <= 15; vujb += 1) { ejcw[vujb] = cnru[vujb]; } for (_si qpkd = 0; qpkd <= 9; qpkd += 1) { { ejcw[0] += ejcw[4]; ejcw[12] ^= ejcw[0]; ejcw[12] = ((((ejcw[12]) << (16))) | (((ejcw[12]) >> (16)))); ejcw[8] += ejcw[12]; ejcw[4] ^= ejcw[8]; ejcw[4] = ((((ejcw[4]) << (12))) | (((ejcw[4]) >> (20)))); ejcw[0] += ejcw[4]; ejcw[12] ^= ejcw[0]; ejcw[12] = ((((ejcw[12]) << (8))) | (((ejcw[12]) >> (24)))); ejcw[8] += ejcw[12]; ejcw[4] ^= ejcw[8]; ejcw[4] = ((((ejcw[4]) << (7))) | (((ejcw[4]) >> (25)))); } { ejcw[1] += ejcw[5]; ejcw[13] ^= ejcw[1]; ejcw[13] = ((((ejcw[13]) << (16))) | (((ejcw[13]) >> (16)))); ejcw[9] += ejcw[13]; ejcw[5] ^= ejcw[9]; ejcw[5] = ((((ejcw[5]) << (12))) | (((ejcw[5]) >> (20)))); ejcw[1] += ejcw[5]; ejcw[13] ^= ejcw[1]; ejcw[13] = ((((ejcw[13]) << (8))) | (((ejcw[13]) >> (24)))); ejcw[9] += ejcw[13]; ejcw[5] ^= ejcw[9]; ejcw[5] = ((((ejcw[5]) << (7))) | (((ejcw[5]) >> (25)))); } yjof(ejcw, 2, 6, 10, 14); hnkf(ejcw, 3, 7, 11, 15); xys(ejcw, 0, 5, 10, 15); { ejcw[1] += ejcw[6]; ejcw[12] ^= ejcw[1]; ejcw[12] = ((((ejcw[12]) << (16))) | (((ejcw[12]) >> (16)))); ejcw[11] += ejcw[12]; ejcw[6] ^= ejcw[11]; ejcw[6] = ((((ejcw[6]) << (12))) | (((ejcw[6]) >> (20)))); ejcw[1] += ejcw[6]; ejcw[12] ^= ejcw[1]; ejcw[12] = ((((ejcw[12]) << (8))) | (((ejcw[12]) >> (24)))); ejcw[11] += ejcw[12]; ejcw[6] ^= ejcw[11]; ejcw[6] = ((((ejcw[6]) << (7))) | (((ejcw[6]) >> (25)))); } { ejcw[2] += ejcw[7]; ejcw[13] ^= ejcw[2]; ejcw[13] = ((((ejcw[13]) << (16))) | (((ejcw[13]) >> (16)))); ejcw[8] += ejcw[13]; ejcw[7] ^= ejcw[8]; ejcw[7] = ((((ejcw[7]) << (12))) | (((ejcw[7]) >> (20)))); ejcw[2] += ejcw[7]; ejcw[13] ^= ejcw[2]; ejcw[13] = ((((ejcw[13]) << (8))) | (((ejcw[13]) >> (24)))); ejcw[8] += ejcw[13]; ejcw[7] ^= ejcw[8]; ejcw[7] = ((((ejcw[7]) << (7))) | (((ejcw[7]) >> (25)))); } ajvn(ejcw, 3, 4, 9, 14); _m[65163] += 1; } for (_si cswi = 0; cswi <= 15; cswi += 1) { ejcw[cswi] += cnru[cswi]; } cnru[12] += 1; if (cnru[12] == 0) { cnru[13] += 1; } } void gwtg(_uli *tmua) { for (_si wxjx = 0; wxjx <= 12; wxjx += 1) { tmua[wxjx] = 0; } } void kagd(_uli *atke, _uli *soyl) { _uli *ifqu = xkmr(); _uli *zdzv = ctgm(); for (_si rzkp = 0; rzkp <= 12; rzkp += 1) { ifqu[rzkp] = ((soyl[rzkp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zdzv[rzkp] = ((soyl[rzkp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ckri = 0; ckri <= 12; ckri += 1) { atke[ckri] = 0; } } for (_si atnf = 0; atnf <= (-1 + (((13) >> (1)))); atnf += 1) { for (_si fqwd = 0; fqwd <= (-1 + (((13) >> (1)))); fqwd += 1) { _uli ryui = ifqu[fqwd] * zdzv[atnf] + ifqu[atnf] * zdzv[fqwd]; _uli swn = ifqu[fqwd] * ifqu[atnf]; _uli ulhg = zdzv[fqwd] * zdzv[atnf]; _uli xiji = ((atke[atnf + fqwd]) + (swn) + (((((ryui) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xiji < swn) { ulhg += 1; } _uli bwga = ((((ryui) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ulhg) << ((-47 + (((sizeof(_uli)) << (3)))))))); atke[atnf + fqwd] = xiji; atke[1 + atnf + fqwd] += bwga; } { for (_si fqin = 0; fqin <= 11; fqin += 1) { atke[1 + fqin] += ((atke[fqin]) >> (47)); atke[fqin] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } atke[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } pewc(ifqu); hpz(zdzv); } _uli *qwbt() { ; _uli *mhsg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; mhsg = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mhsg; } _uli *kooz() { ; _uli *cjwr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; cjwr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return cjwr; } void aqhs(_uli *wouh, _uli *sfkd, _uli *jdnv) { _uli *zlaf = ieqp(); _uli *varr = ntfe(); _uli *waah = eymn(); _uli *qhht = uexn(); for (_si fhbr = 0; fhbr <= 12; fhbr += 1) { zlaf[fhbr] = ((sfkd[fhbr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); varr[fhbr] = ((sfkd[fhbr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); waah[fhbr] = ((jdnv[fhbr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qhht[fhbr] = ((jdnv[fhbr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bxxr = 0; bxxr <= 12; bxxr += 1) { wouh[bxxr] = 0; } } for (_si rnhu = 0; rnhu <= (-1 + (((13) >> (1)))); rnhu += 1) { for (_si ydop = 0; ydop <= (-1 + (((13) >> (1)))); ydop += 1) { _uli knpd = qhht[ydop] * zlaf[rnhu] + varr[rnhu] * waah[ydop]; _uli xkoy = waah[ydop] * zlaf[rnhu]; _uli shey = qhht[ydop] * varr[rnhu]; _uli pktj = ((wouh[rnhu + ydop]) + (xkoy) + (((((knpd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pktj < xkoy) { shey += 1; } _uli dpva = ((((knpd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((shey) << ((-47 + (((sizeof(_uli)) << (3)))))))); wouh[rnhu + ydop] = pktj; wouh[1 + rnhu + ydop] += dpva; } slkn(wouh); } { _uc *enc = (_uc *)(zlaf); for (_si blcl = 0; blcl <= 360; blcl += 1) { enc[blcl] = (_uc)(255 + enc[1 + blcl]) * (_uc)(1 + enc[blcl]); } enc[361] = 0; } { _uc *atpq = (_uc *)(varr); for (_si fsur = 0; fsur <= 360; fsur += 1) { atpq[fsur] = (_uc)(255 + atpq[1 + fsur]) * (_uc)(1 + atpq[fsur]); } atpq[361] = 0; } hwcp(waah); { _uc *buum = (_uc *)(qhht); for (_si juya = 0; juya <= 360; juya += 1) { buum[juya] = (_uc)(255 + buum[1 + juya]) * (_uc)(1 + buum[juya]); } buum[361] = 0; } } void fuhd(_uli *jyep, _uli *ggpp, _uli *dzip) { _uli *jthj = lcnh(); _uli *mwol = upi(); _uli *lzyr = gcbc(); _uli *ilne = vopv(); for (_si hfpw = 0; hfpw <= 12; hfpw += 1) { jthj[hfpw] = ((ggpp[hfpw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mwol[hfpw] = ((ggpp[hfpw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lzyr[hfpw] = ((dzip[hfpw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ilne[hfpw] = ((dzip[hfpw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si nhdm = 0; nhdm <= 12; nhdm += 1) { jyep[nhdm] = 0; } } for (_si whrt = 0; whrt <= (-1 + (((13) >> (1)))); whrt += 1) { for (_si cnj = 0; cnj <= (-1 + (((13) >> (1)))); cnj += 1) { _uli hafc = ilne[cnj] * jthj[whrt] + lzyr[cnj] * mwol[whrt]; _uli cutt = jthj[whrt] * lzyr[cnj]; _uli qwc = ilne[cnj] * mwol[whrt]; _uli mjyj = ((jyep[cnj + whrt]) + (cutt) + (((((hafc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mjyj < cutt) { qwc += 1; } _uli guxd = ((((hafc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qwc) << ((-47 + (((sizeof(_uli)) << (3)))))))); jyep[cnj + whrt] = mjyj; jyep[1 + cnj + whrt] += guxd; } { for (_si msh = 0; msh <= 11; msh += 1) { jyep[1 + msh] += ((jyep[msh]) >> (47)); jyep[msh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jyep[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } pzwr(jthj); { _uc *lmiz = (_uc *)(mwol); for (_si puhf = 0; puhf <= 360; puhf += 1) { lmiz[puhf] = (_uc)(255 + lmiz[1 + puhf]) * (_uc)(1 + lmiz[puhf]); } lmiz[361] = 0; } gfmz(lzyr); mhje(ilne); } void ptmu(_ui *oxex, _si npci, _si crej, _si omri, _si odez) { oxex[npci] += oxex[crej]; oxex[odez] ^= oxex[npci]; oxex[odez] = ((((oxex[odez]) << (16))) | (((oxex[odez]) >> (16)))); oxex[omri] += oxex[odez]; oxex[crej] ^= oxex[omri]; oxex[crej] = ((((oxex[crej]) << (12))) | (((oxex[crej]) >> (20)))); oxex[npci] += oxex[crej]; oxex[odez] ^= oxex[npci]; oxex[odez] = ((((oxex[odez]) << (8))) | (((oxex[odez]) >> (24)))); oxex[omri] += oxex[odez]; oxex[crej] ^= oxex[omri]; oxex[crej] = ((((oxex[crej]) << (7))) | (((oxex[crej]) >> (25)))); } void nmnt(_uli *uyxh, _uli *ydkv, _uli *oijj) { for (_si twgy = 0; twgy <= 12; twgy += 1) { uyxh[twgy] = oijj[twgy] + ydkv[twgy]; } { _si ziuh = ltn(uyxh); if (ziuh) { { for (_si gloo = 0; gloo <= 12; gloo += 1) { uyxh[gloo] = -uyxh[gloo]; } } } for (_si bjcp = 0; bjcp <= 11; bjcp += 1) { if (((((uyxh[bjcp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uyxh[1 + bjcp] -= 1; } else { uyxh[1 + bjcp] += ((uyxh[bjcp]) >> (47)); }; uyxh[bjcp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uyxh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ziuh) { { for (_si yhyf = 0; yhyf <= 12; yhyf += 1) { uyxh[yhyf] = -uyxh[yhyf]; } } } } } void roop(_si lnot, _uli *ecap) { ecap[(((lnot) / (47)))] &= ((((((_uli)(1)) << ((lnot % 47)))) - ((_uli)(1)))); for (_si cdnj = 1 + (((lnot) / (47))); cdnj <= 12; cdnj += 1) { ecap[cdnj] = 0; } } void rmvy(_uli *qylx, _uli *hzfh, _uli *yqsc) { for (_si lpkw = 0; lpkw <= 44; lpkw += 1) { qylx[lpkw] = hzfh[lpkw] + yqsc[lpkw]; } { _si jiys; { jiys = 0; _uli wjvf = 19; for (_si clzh = 44; clzh >= 0; clzh -= 1) { if (qylx[clzh] != 0) { jiys = ((((qylx[clzh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jiys) { { for (_si hgxo = 0; hgxo <= 44; hgxo += 1) { qylx[hgxo] = -qylx[hgxo]; } } } for (_si vfyg = 0; vfyg <= 43; vfyg += 1) { if (((((qylx[vfyg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qylx[1 + vfyg] -= 1; } else { qylx[1 + vfyg] += ((qylx[vfyg]) >> (47)); }; qylx[vfyg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qylx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jiys) { upbm(qylx, qylx); } } } _uli *yegz() { ; _uli *ilnz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ilnz = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ilnz; } void lmsb(_uli *sefu, _uli *wiml, _uli *jekw) { for (_si efqm = 0; efqm <= 12; efqm += 1) { sefu[efqm] = jekw[efqm] + wiml[efqm]; } { _si wbjp = uwlw(sefu); if (wbjp) { { for (_si toys = 0; toys <= 12; toys += 1) { sefu[toys] = -sefu[toys]; } } } for (_si upyd = 0; upyd <= 11; upyd += 1) { if (((((sefu[upyd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sefu[1 + upyd] -= 1; } else { sefu[1 + upyd] += ((sefu[upyd]) >> (47)); }; sefu[upyd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sefu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wbjp) { { for (_si aolw = 0; aolw <= 12; aolw += 1) { sefu[aolw] = -sefu[aolw]; } } } } } void wuar(_si nssv, _uli *xuju, _uli *yifj, _uli *klrl, _uli *ewkj, _uli *siti, _uli *grto, _uli *jxdr, _uli *bdvz) { _uli *xcxt = shbw(); _uli *jagv = ihpr(); _uli *neua = vopv(); _uli *ktrm = lcnh(); _uli *zslk = xkmr(); _uli *gcjr = igzy(); _uli *yycq = vopv(); lizo(nssv, xuju, yifj, xcxt, bdvz); { { _uli *ofuz = derw(); _uli *jxp = lpmr(); _uli *gmso = nayy(); _uli *utvk = mazz(); for (_si syqa = 0; syqa <= 12; syqa += 1) { ofuz[syqa] = ((grto[syqa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jxp[syqa] = ((grto[syqa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gmso[syqa] = ((bdvz[syqa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); utvk[syqa] = ((bdvz[syqa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bioz = 0; bioz <= 12; bioz += 1) { neua[bioz] = 0; } } for (_si goft = 0; goft <= (-1 + (((13) >> (1)))); goft += 1) { for (_si yekg = 0; yekg <= (-1 + (((13) >> (1)))); yekg += 1) { _uli qrim = gmso[yekg] * jxp[goft] + ofuz[goft] * utvk[yekg]; _uli wvlo = gmso[yekg] * ofuz[goft]; _uli ordf = jxp[goft] * utvk[yekg]; _uli zsey = ((neua[goft + yekg]) + (wvlo) + (((((qrim) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zsey < wvlo) { ordf += 1; } _uli iiic = ((((qrim) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ordf) << ((-47 + (((sizeof(_uli)) << (3)))))))); neua[goft + yekg] = zsey; neua[1 + goft + yekg] += iiic; } uakn(neua); } norx(ofuz); { _uc *tdpt = (_uc *)(jxp); for (_si kprf = 0; kprf <= 360; kprf += 1) { tdpt[kprf] = (_uc)(1 + tdpt[kprf]) * (_uc)(255 + tdpt[1 + kprf]); } tdpt[361] = 0; } { _uc *tjqw = (_uc *)(gmso); for (_si woxl = 0; woxl <= 360; woxl += 1) { tjqw[woxl] = (_uc)(255 + tjqw[1 + woxl]) * (_uc)(1 + tjqw[woxl]); } tjqw[361] = 0; } { _uc *fcdp = (_uc *)(utvk); for (_si jcnk = 0; jcnk <= 360; jcnk += 1) { fcdp[jcnk] = (_uc)(255 + fcdp[1 + jcnk]) * (_uc)(1 + fcdp[jcnk]); } fcdp[361] = 0; } } { _uli *sfpd = wjle(); { if (sfpd != neua) { for (_si xjva = 0; xjva <= 12; xjva += 1) { sfpd[xjva] = neua[xjva]; } } } { ; } { neua[(((nssv) / (47)))] &= ((((((_uli)(1)) << ((nssv % 47)))) - ((_uli)(1)))); for (_si tjgz = 1 + (((nssv) / (47))); tjgz <= 12; tjgz += 1) { neua[tjgz] = 0; } } epvh(neua, neua, yifj); { neua[(((nssv) / (47)))] &= ((((((_uli)(1)) << ((nssv % 47)))) - ((_uli)(1)))); for (_si cvcm = 1 + (((nssv) / (47))); cvcm <= 12; cvcm += 1) { neua[cvcm] = 0; } } { _uli *bang = qvhb(); _uli *sfzs = ntfe(); _uli *dqif = bcbu(); _uli *imrl = bzeb(); for (_si hjao = 0; hjao <= 12; hjao += 1) { bang[hjao] = ((neua[hjao]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sfzs[hjao] = ((neua[hjao]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dqif[hjao] = ((xuju[hjao]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); imrl[hjao] = ((xuju[hjao]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xccg = 0; xccg <= 12; xccg += 1) { neua[xccg] = 0; } } for (_si tkmq = 0; tkmq <= (-1 + (((13) >> (1)))); tkmq += 1) { for (_si mhtv = 0; mhtv <= (-1 + (((13) >> (1)))); mhtv += 1) { _uli ansr = bang[tkmq] * imrl[mhtv] + dqif[mhtv] * sfzs[tkmq]; _uli ximw = bang[tkmq] * dqif[mhtv]; _uli pnyb = imrl[mhtv] * sfzs[tkmq]; _uli ocvq = ((neua[mhtv + tkmq]) + (ximw) + (((((ansr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ocvq < ximw) { pnyb += 1; } _uli owsm = ((((ansr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pnyb) << ((-47 + (((sizeof(_uli)) << (3)))))))); neua[mhtv + tkmq] = ocvq; neua[1 + mhtv + tkmq] += owsm; } { for (_si fhfo = 0; fhfo <= 11; fhfo += 1) { neua[1 + fhfo] += ((neua[fhfo]) >> (47)); neua[fhfo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } neua[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ocna = (_uc *)(bang); for (_si kbwe = 0; kbwe <= 360; kbwe += 1) { ocna[kbwe] = (_uc)(1 + ocna[kbwe]) * (_uc)(255 + ocna[1 + kbwe]); } ocna[361] = 0; } rtoi(sfzs); ehtm(dqif); dcux(imrl); } { for (_si mxgm = 0; mxgm <= 12; mxgm += 1) { neua[mxgm] = neua[mxgm] + sfpd[mxgm]; } wdmg(neua); } { _si wrcn = (nssv % 47); _si unyz = ((nssv) / (47)); _si plyc = nssv; if (plyc > (8 * sizeof(_uli))) { plyc = -1; } if (unyz >= 13) { { for (_si txsf = 0; txsf <= 12; txsf += 1) { neua[txsf] = 0; } } } else { _uli wccj = (((((_uli)(1)) << (wrcn))) - ((_uli)(1))); if (plyc < 0) { neua[0] = 0; } else { neua[0] = ((((neua[0]) & (~wccj))) >> (plyc)); }; if (unyz != 0) { neua[0] += ((((neua[unyz]) & (~wccj))) >> (wrcn)); } for (_si aazo = 1; aazo <= (12 - unyz); aazo += 1) { neua[-1 + aazo] += ((((((neua[aazo + unyz]) & (wccj))) << (-wrcn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); neua[aazo] = ((((neua[aazo + unyz]) & (~wccj))) >> (wrcn)); } for (_si sylk = 13 - unyz; sylk <= 12; sylk += 1) { neua[sylk] = 0; } }; } { for (_si idan = 0; idan <= 12; idan += 1) { sfpd[idan] = neua[idan] - xuju[idan]; } { _si xdze; { xdze = 0; _uli gqae = 19; for (_si drkz = 12; drkz >= 0; drkz -= 1) { if (sfpd[drkz] != 0) { xdze = ((((sfpd[drkz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xdze) { { for (_si weuu = 0; weuu <= 12; weuu += 1) { sfpd[weuu] = -sfpd[weuu]; } } } for (_si qqlp = 0; qqlp <= 11; qqlp += 1) { if (((((sfpd[qqlp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sfpd[1 + qqlp] -= 1; } else { sfpd[1 + qqlp] += ((sfpd[qqlp]) >> (47)); }; sfpd[qqlp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sfpd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xdze) { qlup(sfpd, sfpd); } } } _si vgmo = htni(sfpd); if (!vgmo) { xzjc(neua, sfpd); } jpeh(sfpd); } } { ngfw(zslk, jxdr, bdvz); { _uli *gfff = mazz(); { if (gfff != zslk) { for (_si hspn = 0; hspn <= 12; hspn += 1) { gfff[hspn] = zslk[hspn]; } } } { ; } koyz(nssv, zslk); { _uli *xgtl = zmwl(); _uli *fmku = mwpr(); _uli *fmke = xlgb(); _uli *obhr = ynqh(); for (_si aeoi = 0; aeoi <= 12; aeoi += 1) { xgtl[aeoi] = ((zslk[aeoi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fmku[aeoi] = ((zslk[aeoi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fmke[aeoi] = ((yifj[aeoi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); obhr[aeoi] = ((yifj[aeoi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qssh = 0; qssh <= 12; qssh += 1) { zslk[qssh] = 0; } } for (_si bzjm = 0; bzjm <= (-1 + (((13) >> (1)))); bzjm += 1) { for (_si gamt = 0; gamt <= (-1 + (((13) >> (1)))); gamt += 1) { _uli xdah = fmke[gamt] * fmku[bzjm] + obhr[gamt] * xgtl[bzjm]; _uli ubkj = fmke[gamt] * xgtl[bzjm]; _uli rfay = fmku[bzjm] * obhr[gamt]; _uli uqpk = ((zslk[bzjm + gamt]) + (ubkj) + (((((xdah) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uqpk < ubkj) { rfay += 1; } _uli rhak = ((((xdah) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rfay) << ((-47 + (((sizeof(_uli)) << (3)))))))); zslk[bzjm + gamt] = uqpk; zslk[1 + bzjm + gamt] += rhak; } djpt(zslk); } { _uc *oyvz = (_uc *)(xgtl); for (_si oinx = 0; oinx <= 360; oinx += 1) { oyvz[oinx] = (_uc)(1 + oyvz[oinx]) * (_uc)(255 + oyvz[1 + oinx]); } oyvz[361] = 0; } rbtt(fmku); tdcg(fmke); glxz(obhr); } zyub(nssv, zslk); xadu(zslk, zslk, xuju); gfvg(zslk, zslk, gfff); { _si sdww = (nssv % 47); _si onjc = ((nssv) / (47)); _si mxbb = nssv; if (mxbb > (8 * sizeof(_uli))) { mxbb = -1; } if (onjc >= 13) { { for (_si qnsa = 0; qnsa <= 12; qnsa += 1) { zslk[qnsa] = 0; } } } else { _uli ogeo = (((((_uli)(1)) << (sdww))) - ((_uli)(1))); if (mxbb < 0) { zslk[0] = 0; } else { zslk[0] = ((((zslk[0]) & (~ogeo))) >> (mxbb)); }; if (onjc != 0) { zslk[0] += ((((zslk[onjc]) & (~ogeo))) >> (sdww)); } for (_si glps = 1; glps <= (12 - onjc); glps += 1) { zslk[-1 + glps] += ((((((zslk[glps + onjc]) & (ogeo))) << (-sdww + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zslk[glps] = ((((zslk[glps + onjc]) & (~ogeo))) >> (sdww)); } for (_si rqyf = 13 - onjc; rqyf <= 12; rqyf += 1) { zslk[rqyf] = 0; } }; } hizd(gfff, zslk, xuju); _si mnfg = qbht(gfff); if (!mnfg) { { if (zslk != gfff) { for (_si brvc = 0; brvc <= 12; brvc += 1) { zslk[brvc] = gfff[brvc]; } } } } xigt(gfff); } } vnlc(nssv, xuju, yifj, zslk, bdvz, zslk); { { _uli *nzji = sfxl(); _uli *vxif = xzmy(); for (_si wrti = 0; wrti <= 12; wrti += 1) { nzji[wrti] = ((jxdr[wrti]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vxif[wrti] = ((jxdr[wrti]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si cpwc = 0; cpwc <= 12; cpwc += 1) { jagv[cpwc] = 0; } } for (_si lnob = 0; lnob <= (-1 + (((13) >> (1)))); lnob += 1) { for (_si undb = 0; undb <= (-1 + (((13) >> (1)))); undb += 1) { _uli ctcv = nzji[lnob] * vxif[undb] + nzji[undb] * vxif[lnob]; _uli ygld = nzji[lnob] * nzji[undb]; _uli srll = vxif[lnob] * vxif[undb]; _uli syaq = ((jagv[lnob + undb]) + (ygld) + (((((ctcv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (syaq < ygld) { srll += 1; } _uli bevp = ((((ctcv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((srll) << ((-47 + (((sizeof(_uli)) << (3)))))))); jagv[lnob + undb] = syaq; jagv[1 + lnob + undb] += bevp; } { for (_si hfph = 0; hfph <= 11; hfph += 1) { jagv[1 + hfph] += ((jagv[hfph]) >> (47)); jagv[hfph] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jagv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } orus(nzji); { _uc *yqfh = (_uc *)(vxif); for (_si nnfq = 0; nnfq <= 360; nnfq += 1) { yqfh[nnfq] = (_uc)(255 + yqfh[1 + nnfq]) * (_uc)(1 + yqfh[nnfq]); } yqfh[361] = 0; } } { _uli *srup = bzeb(); { if (srup != jagv) { for (_si enkz = 0; enkz <= 12; enkz += 1) { srup[enkz] = jagv[enkz]; } } } { ; } hyoi(nssv, jagv); aqhs(jagv, jagv, yifj); { jagv[(((nssv) / (47)))] &= ((((((_uli)(1)) << ((nssv % 47)))) - ((_uli)(1)))); for (_si ramu = 1 + (((nssv) / (47))); ramu <= 12; ramu += 1) { jagv[ramu] = 0; } } { _uli *glzo = mwob(); _uli *pjrr = bcqr(); _uli *hfjn = vopv(); _uli *kmkt = yiuc(); for (_si kptl = 0; kptl <= 12; kptl += 1) { glzo[kptl] = ((jagv[kptl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pjrr[kptl] = ((jagv[kptl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hfjn[kptl] = ((xuju[kptl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kmkt[kptl] = ((xuju[kptl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si swla = 0; swla <= 12; swla += 1) { jagv[swla] = 0; } } for (_si gdrq = 0; gdrq <= (-1 + (((13) >> (1)))); gdrq += 1) { for (_si vxag = 0; vxag <= (-1 + (((13) >> (1)))); vxag += 1) { _uli ujoq = glzo[gdrq] * kmkt[vxag] + hfjn[vxag] * pjrr[gdrq]; _uli vltg = glzo[gdrq] * hfjn[vxag]; _uli hyaz = kmkt[vxag] * pjrr[gdrq]; _uli szkz = ((jagv[gdrq + vxag]) + (vltg) + (((((ujoq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (szkz < vltg) { hyaz += 1; } _uli alep = ((((ujoq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hyaz) << ((-47 + (((sizeof(_uli)) << (3)))))))); jagv[gdrq + vxag] = szkz; jagv[1 + gdrq + vxag] += alep; } { for (_si dign = 0; dign <= 11; dign += 1) { jagv[1 + dign] += ((jagv[dign]) >> (47)); jagv[dign] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jagv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } nvee(glzo); towp(pjrr); { _uc *ysnl = (_uc *)(hfjn); for (_si jaoh = 0; jaoh <= 360; jaoh += 1) { ysnl[jaoh] = (_uc)(255 + ysnl[1 + jaoh]) * (_uc)(1 + ysnl[jaoh]); } ysnl[361] = 0; } { _uc *dsgt = (_uc *)(kmkt); for (_si gtxz = 0; gtxz <= 360; gtxz += 1) { dsgt[gtxz] = (_uc)(1 + dsgt[gtxz]) * (_uc)(255 + dsgt[1 + gtxz]); } dsgt[361] = 0; } } isqt(jagv, jagv, srup); { _si suiy = (nssv % 47); _si qanu = ((nssv) / (47)); _si acfm = nssv; if (acfm > (8 * sizeof(_uli))) { acfm = -1; } if (qanu >= 13) { pobo(jagv); } else { _uli swjr = (((((_uli)(1)) << (suiy))) - ((_uli)(1))); if (acfm < 0) { jagv[0] = 0; } else { jagv[0] = ((((jagv[0]) & (~swjr))) >> (acfm)); }; if (qanu != 0) { jagv[0] += ((((jagv[qanu]) & (~swjr))) >> (suiy)); } for (_si geoq = 1; geoq <= (12 - qanu); geoq += 1) { jagv[-1 + geoq] += ((((((jagv[geoq + qanu]) & (swjr))) << (-suiy + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jagv[geoq] = ((((jagv[geoq + qanu]) & (~swjr))) >> (suiy)); } for (_si jdoy = 13 - qanu; jdoy <= 12; jdoy += 1) { jagv[jdoy] = 0; } }; } nxhf(srup, jagv, xuju); _si tzau = tflc(srup); if (!tzau) { { if (jagv != srup) { for (_si cezl = 0; cezl <= 12; cezl += 1) { jagv[cezl] = srup[cezl]; } } } } txyu(srup); } } fvyk(nssv, xuju, yifj, zslk, grto, jagv); { { for (_si nacg = 0; nacg <= 12; nacg += 1) { zslk[nacg] = 2 * zslk[nacg]; } { _si ruju; { ruju = 0; _uli shuo = 19; for (_si msek = 12; msek >= 0; msek -= 1) { if (zslk[msek] != 0) { ruju = ((((zslk[msek]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ruju) { { for (_si fkve = 0; fkve <= 12; fkve += 1) { zslk[fkve] = -zslk[fkve]; } } } for (_si xudm = 0; xudm <= 11; xudm += 1) { if (((((zslk[xudm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zslk[1 + xudm] -= 1; } else { zslk[1 + xudm] += ((zslk[xudm]) >> (47)); }; zslk[xudm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zslk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ruju) { { for (_si fupk = 0; fupk <= 12; fupk += 1) { zslk[fupk] = -zslk[fupk]; } } } } } _si gkdx; { gkdx = 0; for (_si qcml = 12; qcml >= 0; qcml -= 1) { if (zslk[qcml] > xuju[qcml]) { break; } else if (zslk[qcml] < xuju[qcml]) { gkdx = 1; break; }; } } if (!gkdx) { { for (_si jtcq = 0; jtcq <= 12; jtcq += 1) { zslk[jtcq] = -xuju[jtcq] + zslk[jtcq]; } { _si crry = imli(zslk); if (crry) { srez(zslk, zslk); } for (_si nzat = 0; nzat <= 11; nzat += 1) { if (((((zslk[nzat]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zslk[1 + nzat] -= 1; } else { zslk[1 + nzat] += ((zslk[nzat]) >> (47)); }; zslk[nzat] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zslk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (crry) { zgso(zslk, zslk); } } } } } { { for (_si aasc = 0; aasc <= 12; aasc += 1) { zslk[aasc] = 2 * zslk[aasc]; } amba(zslk); } _si jkba = jufg(zslk, xuju); if (!jkba) { jzlu(zslk, zslk, xuju); } } acoe(xuju, neua, grto, xcxt); yqec(xuju, ktrm, grto, xcxt); { cid(gcjr, neua, neua); _si aerr = igvu(gcjr, xuju); if (!aerr) { { for (_si cgwv = 0; cgwv <= 12; cgwv += 1) { gcjr[cgwv] = gcjr[cgwv] - xuju[cgwv]; } { _si gctj; { gctj = 0; _uli lakl = 19; for (_si ohrk = 12; ohrk >= 0; ohrk -= 1) { if (gcjr[ohrk] != 0) { gctj = ((((gcjr[ohrk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gctj) { ttec(gcjr, gcjr); } for (_si esim = 0; esim <= 11; esim += 1) { if (((((gcjr[esim]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gcjr[1 + esim] -= 1; } else { gcjr[1 + esim] += ((gcjr[esim]) >> (47)); }; gcjr[esim] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gcjr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gctj) { { for (_si ybfz = 0; ybfz <= 12; ybfz += 1) { gcjr[ybfz] = -gcjr[ybfz]; } } } } } } } { yimz(gcjr, gcjr, neua); _si rcmo; { rcmo = 0; for (_si tnpj = 12; tnpj >= 0; tnpj -= 1) { if (gcjr[tnpj] > xuju[tnpj]) { break; } else if (gcjr[tnpj] < xuju[tnpj]) { rcmo = 1; break; }; } } if (!rcmo) { jhlh(gcjr, gcjr, xuju); } } { gkst(gcjr, gcjr, ktrm); vcix(nssv, xuju, yifj, gcjr, gcjr); } { jilg(siti, jxdr, bdvz); { _uli *hglv = rucf(); { if (hglv != siti) { for (_si ckju = 0; ckju <= 12; ckju += 1) { hglv[ckju] = siti[ckju]; } } } { ; } { siti[(((nssv) / (47)))] &= ((((((_uli)(1)) << ((nssv % 47)))) - ((_uli)(1)))); for (_si gbnu = 1 + (((nssv) / (47))); gbnu <= 12; gbnu += 1) { siti[gbnu] = 0; } } { _uli *osii = hgjg(); _uli *iwep = vryi(); _uli *wntp = qfxz(); _uli *xcgc = gdxm(); for (_si yquz = 0; yquz <= 12; yquz += 1) { osii[yquz] = ((siti[yquz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iwep[yquz] = ((siti[yquz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wntp[yquz] = ((yifj[yquz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xcgc[yquz] = ((yifj[yquz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vqzp = 0; vqzp <= 12; vqzp += 1) { siti[vqzp] = 0; } } for (_si jtvx = 0; jtvx <= (-1 + (((13) >> (1)))); jtvx += 1) { for (_si iawo = 0; iawo <= (-1 + (((13) >> (1)))); iawo += 1) { _uli dilp = iwep[jtvx] * wntp[iawo] + osii[jtvx] * xcgc[iawo]; _uli jiut = osii[jtvx] * wntp[iawo]; _uli wfnm = iwep[jtvx] * xcgc[iawo]; _uli ghkj = ((siti[iawo + jtvx]) + (jiut) + (((((dilp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ghkj < jiut) { wfnm += 1; } _uli ewpn = ((((dilp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wfnm) << ((-47 + (((sizeof(_uli)) << (3)))))))); siti[iawo + jtvx] = ghkj; siti[1 + iawo + jtvx] += ewpn; } { for (_si wcpv = 0; wcpv <= 11; wcpv += 1) { siti[1 + wcpv] += ((siti[wcpv]) >> (47)); siti[wcpv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } siti[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *vjun = (_uc *)(osii); for (_si advq = 0; advq <= 360; advq += 1) { vjun[advq] = (_uc)(255 + vjun[1 + advq]) * (_uc)(1 + vjun[advq]); } vjun[361] = 0; } cinf(iwep); cbuj(wntp); soyf(xcgc); } { siti[(((nssv) / (47)))] &= ((((((_uli)(1)) << ((nssv % 47)))) - ((_uli)(1)))); for (_si bhun = 1 + (((nssv) / (47))); bhun <= 12; bhun += 1) { siti[bhun] = 0; } } wjak(siti, siti, xuju); { for (_si mfcq = 0; mfcq <= 12; mfcq += 1) { siti[mfcq] = hglv[mfcq] + siti[mfcq]; } { _si dqio = xcgk(siti); if (dqio) { { for (_si imfn = 0; imfn <= 12; imfn += 1) { siti[imfn] = -siti[imfn]; } } } for (_si tccy = 0; tccy <= 11; tccy += 1) { if (((((siti[tccy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { siti[1 + tccy] -= 1; } else { siti[1 + tccy] += ((siti[tccy]) >> (47)); }; siti[tccy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } siti[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dqio) { { for (_si gawx = 0; gawx <= 12; gawx += 1) { siti[gawx] = -siti[gawx]; } } } } } { _si uyso = (nssv % 47); _si rnoi = ((nssv) / (47)); _si ocxg = nssv; if (ocxg > (8 * sizeof(_uli))) { ocxg = -1; } if (rnoi >= 13) { naxe(siti); } else { _uli oxmc = (((((_uli)(1)) << (uyso))) - ((_uli)(1))); if (ocxg < 0) { siti[0] = 0; } else { siti[0] = ((((siti[0]) & (~oxmc))) >> (ocxg)); }; if (rnoi != 0) { siti[0] += ((((siti[rnoi]) & (~oxmc))) >> (uyso)); } for (_si krbl = 1; krbl <= (12 - rnoi); krbl += 1) { siti[-1 + krbl] += ((((((siti[krbl + rnoi]) & (oxmc))) << (-uyso + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); siti[krbl] = ((((siti[krbl + rnoi]) & (~oxmc))) >> (uyso)); } for (_si cfdn = 13 - rnoi; cfdn <= 12; cfdn += 1) { siti[cfdn] = 0; } }; } lng(hglv, siti, xuju); _si rlze = dbfy(hglv); if (!rlze) { kunj(siti, hglv); } nish(hglv); } } { { for (_si xsxq = 0; xsxq <= 12; xsxq += 1) { siti[xsxq] = 2 * siti[xsxq]; } hgdi(siti); } _si usbm = sgts(siti, xuju); if (!usbm) { { for (_si mwxk = 0; mwxk <= 12; mwxk += 1) { siti[mwxk] = siti[mwxk] - xuju[mwxk]; } mate(siti); } } } bdal(nssv, xuju, yifj, klrl, gcjr); { { for (_si nvyc = 0; nvyc <= 12; nvyc += 1) { klrl[nvyc] = klrl[nvyc] - zslk[nvyc]; } bjbf(klrl); } _si ofat; { ofat = 0; _uli nahw = 19; for (_si jkvt = 12; jkvt >= 0; jkvt -= 1) { if (klrl[jkvt] != 0) { ofat = ((((klrl[jkvt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ofat) { { for (_si zvtv = 0; zvtv <= 12; zvtv += 1) { klrl[zvtv] = klrl[zvtv] + xuju[zvtv]; } { _si vhyp; { vhyp = 0; _uli tjqo = 19; for (_si cusm = 12; cusm >= 0; cusm -= 1) { if (klrl[cusm] != 0) { vhyp = ((((klrl[cusm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vhyp) { { for (_si yupb = 0; yupb <= 12; yupb += 1) { klrl[yupb] = -klrl[yupb]; } } } for (_si yqat = 0; yqat <= 11; yqat += 1) { if (((((klrl[yqat]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { klrl[1 + yqat] -= 1; } else { klrl[1 + yqat] += ((klrl[yqat]) >> (47)); }; klrl[yqat] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } klrl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vhyp) { { for (_si ovtg = 0; ovtg <= 12; ovtg += 1) { klrl[ovtg] = -klrl[ovtg]; } } } } } } } { hatw(klrl, klrl, zslk); _si tfbz = hzxd(klrl); if (tfbz) { { for (_si knyr = 0; knyr <= 12; knyr += 1) { klrl[knyr] = klrl[knyr] + xuju[knyr]; } { _si lnrp = hyjg(klrl); if (lnrp) { { for (_si gwnx = 0; gwnx <= 12; gwnx += 1) { klrl[gwnx] = -klrl[gwnx]; } } } for (_si uasq = 0; uasq <= 11; uasq += 1) { if (((((klrl[uasq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { klrl[1 + uasq] -= 1; } else { klrl[1 + uasq] += ((klrl[uasq]) >> (47)); }; klrl[uasq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } klrl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lnrp) { umff(klrl, klrl); } } } } } crpv(nssv, xuju, yifj, yycq, jagv); mgrk(xuju, yycq, yycq, yycq); enkn(xuju, yycq, yycq, yycq); { { for (_si mokk = 0; mokk <= 12; mokk += 1) { yycq[mokk] = 2 * yycq[mokk]; } { _si ryif = weas(yycq); if (ryif) { { for (_si dlrr = 0; dlrr <= 12; dlrr += 1) { yycq[dlrr] = -yycq[dlrr]; } } } for (_si wftd = 0; wftd <= 11; wftd += 1) { if (((((yycq[wftd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yycq[1 + wftd] -= 1; } else { yycq[1 + wftd] += ((yycq[wftd]) >> (47)); }; yycq[wftd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yycq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ryif) { { for (_si jlnw = 0; jlnw <= 12; jlnw += 1) { yycq[jlnw] = -yycq[jlnw]; } } } } } _si qnlj = adaf(yycq, xuju); if (!qnlj) { shl(yycq, yycq, xuju); } } { { for (_si himd = 0; himd <= 12; himd += 1) { ewkj[himd] = -klrl[himd] + zslk[himd]; } { _si irgc; { irgc = 0; _uli grut = 19; for (_si afdr = 12; afdr >= 0; afdr -= 1) { if (ewkj[afdr] != 0) { irgc = ((((ewkj[afdr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (irgc) { tybm(ewkj, ewkj); } for (_si qur = 0; qur <= 11; qur += 1) { if (((((ewkj[qur]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ewkj[1 + qur] -= 1; } else { ewkj[1 + qur] += ((ewkj[qur]) >> (47)); }; ewkj[qur] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ewkj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (irgc) { { for (_si lqnz = 0; lqnz <= 12; lqnz += 1) { ewkj[lqnz] = -ewkj[lqnz]; } } } } } _si fibx; { fibx = 0; _uli ynpl = 19; for (_si izca = 12; izca >= 0; izca -= 1) { if (ewkj[izca] != 0) { fibx = ((((ewkj[izca]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fibx) { aqkp(ewkj, ewkj, xuju); } } { nuov(ewkj, ewkj, gcjr); { _uli *fniq = feld(); { if (fniq != ewkj) { for (_si bssp = 0; bssp <= 12; bssp += 1) { fniq[bssp] = ewkj[bssp]; } } } { ; } { ewkj[(((nssv) / (47)))] &= ((((((_uli)(1)) << ((nssv % 47)))) - ((_uli)(1)))); for (_si afvj = 1 + (((nssv) / (47))); afvj <= 12; afvj += 1) { ewkj[afvj] = 0; } } sdkj(ewkj, ewkj, yifj); xuen(nssv, ewkj); { _uli *tzyd = hfgh(); _uli *pxyp = eulu(); _uli *kbiu = uzhu(); _uli *brir = xzmy(); for (_si gwvt = 0; gwvt <= 12; gwvt += 1) { tzyd[gwvt] = ((ewkj[gwvt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pxyp[gwvt] = ((ewkj[gwvt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kbiu[gwvt] = ((xuju[gwvt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); brir[gwvt] = ((xuju[gwvt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hzal = 0; hzal <= 12; hzal += 1) { ewkj[hzal] = 0; } } for (_si lozl = 0; lozl <= (-1 + (((13) >> (1)))); lozl += 1) { for (_si szke = 0; szke <= (-1 + (((13) >> (1)))); szke += 1) { _uli omtk = brir[szke] * tzyd[lozl] + kbiu[szke] * pxyp[lozl]; _uli dzvr = kbiu[szke] * tzyd[lozl]; _uli ldcg = brir[szke] * pxyp[lozl]; _uli qvph = ((ewkj[lozl + szke]) + (dzvr) + (((((omtk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qvph < dzvr) { ldcg += 1; } _uli oucj = ((((omtk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ldcg) << ((-47 + (((sizeof(_uli)) << (3)))))))); ewkj[lozl + szke] = qvph; ewkj[1 + lozl + szke] += oucj; } ioao(ewkj); } nish(tzyd); { _uc *ycel = (_uc *)(pxyp); for (_si mkir = 0; mkir <= 360; mkir += 1) { ycel[mkir] = (_uc)(255 + ycel[1 + mkir]) * (_uc)(1 + ycel[mkir]); } ycel[361] = 0; } asez(kbiu); { _uc *caip = (_uc *)(brir); for (_si enxe = 0; enxe <= 360; enxe += 1) { caip[enxe] = (_uc)(255 + caip[1 + enxe]) * (_uc)(1 + caip[enxe]); } caip[361] = 0; } } etze(ewkj, ewkj, fniq); { _si qekh = (nssv % 47); _si gwsp = ((nssv) / (47)); _si pvcx = nssv; if (pvcx > (8 * sizeof(_uli))) { pvcx = -1; } if (gwsp >= 13) { { for (_si lufd = 0; lufd <= 12; lufd += 1) { ewkj[lufd] = 0; } } } else { _uli sxct = (((((_uli)(1)) << (qekh))) - ((_uli)(1))); if (pvcx < 0) { ewkj[0] = 0; } else { ewkj[0] = ((((ewkj[0]) & (~sxct))) >> (pvcx)); }; if (gwsp != 0) { ewkj[0] += ((((ewkj[gwsp]) & (~sxct))) >> (qekh)); } for (_si itcp = 1; itcp <= (12 - gwsp); itcp += 1) { ewkj[-1 + itcp] += ((((((ewkj[gwsp + itcp]) & (sxct))) << (-qekh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ewkj[itcp] = ((((ewkj[gwsp + itcp]) & (~sxct))) >> (qekh)); } for (_si mrja = 13 - gwsp; mrja <= 12; mrja += 1) { ewkj[mrja] = 0; } }; } exgm(fniq, ewkj, xuju); _si ngzq = kctw(fniq); if (!ngzq) { { if (ewkj != fniq) { for (_si orbw = 0; orbw <= 12; orbw += 1) { ewkj[orbw] = fniq[orbw]; } } } } ntbl(fniq); } } { ttap(ewkj, ewkj, yycq); _si khm; { khm = 0; _uli tzgg = 19; for (_si qrui = 12; qrui >= 0; qrui -= 1) { if (ewkj[qrui] != 0) { khm = ((((ewkj[qrui]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (khm) { fzik(ewkj, ewkj, xuju); } } { _uc *kqeg = (_uc *)(xcxt); for (_si ecub = 0; ecub <= 360; ecub += 1) { kqeg[ecub] = (_uc)(255 + kqeg[1 + ecub]) * (_uc)(1 + kqeg[ecub]); } kqeg[361] = 0; } wfyu(jagv); vkxh(neua); { _uc *rrwf = (_uc *)(ktrm); for (_si qpau = 0; qpau <= 360; qpau += 1) { rrwf[qpau] = (_uc)(1 + rrwf[qpau]) * (_uc)(255 + rrwf[1 + qpau]); } rrwf[361] = 0; } { _uc *rcls = (_uc *)(zslk); for (_si kejg = 0; kejg <= 360; kejg += 1) { rcls[kejg] = (_uc)(255 + rcls[1 + kejg]) * (_uc)(1 + rcls[kejg]); } rcls[361] = 0; } { _uc *bgas = (_uc *)(gcjr); for (_si nqng = 0; nqng <= 360; nqng += 1) { bgas[nqng] = (_uc)(1 + bgas[nqng]) * (_uc)(255 + bgas[1 + nqng]); } bgas[361] = 0; } { _uc *gbrv = (_uc *)(yycq); for (_si bbol = 0; bbol <= 360; bbol += 1) { gbrv[bbol] = (_uc)(1 + gbrv[bbol]) * (_uc)(255 + gbrv[1 + bbol]); } gbrv[361] = 0; } } void ewiw(_uli *rxbs) { _si zeng = kpmm(rxbs); if (zeng) { { for (_si iekp = 0; iekp <= 12; iekp += 1) { rxbs[iekp] = -rxbs[iekp]; } } } for (_si jaql = 0; jaql <= 11; jaql += 1) { if (((((rxbs[jaql]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rxbs[1 + jaql] -= 1; } else { rxbs[1 + jaql] += ((rxbs[jaql]) >> (47)); }; rxbs[jaql] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rxbs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zeng) { { for (_si ayu = 0; ayu <= 12; ayu += 1) { rxbs[ayu] = -rxbs[ayu]; } } } } void tdjl(_uc *xcsa) { _ui *ayzl = (_ui *)(xcsa + 64); _uli *ylnk = (_uli *)(xcsa + 352); ayzl[0] = 3072593861; ayzl[1] = 3086033710; ayzl[2] = 3878829419; ayzl[3] = 661946499; ayzl[4] = 3836525215; ayzl[5] = 533529351; ayzl[6] = 1116444951; ayzl[7] = 1869145119; ylnk[0] = 0; } void ryek(_uc *cgm, _uc *oy, _uc *foqm, _si yjol) { sbiz(cgm, oy, 0); { _ui *tzw = (_ui *)(cgm + 0); _ui *cgy = (_ui *)(cgm + 128); _uc *vovh = (_uc *)(tzw); for (_si wno = 0; wno <= (-1 + yjol); wno += 1) { if (cgy[0] >= 64) { { _ui *nol = (_ui *)(cgm + 0); _ui *cem = (_ui *)(cgm + 64); for (_si aj = 0; aj <= 15; aj += 1) { nol[aj] = cem[aj]; } for (_si zn = 0; zn <= 9; zn += 1) { jshb(nol, 0, 4, 8, 12); { nol[1] += nol[5]; nol[13] ^= nol[1]; nol[13] = ((((nol[13]) << (16))) | (((nol[13]) >> (16)))); nol[9] += nol[13]; nol[5] ^= nol[9]; nol[5] = ((((nol[5]) << (12))) | (((nol[5]) >> (20)))); nol[1] += nol[5]; nol[13] ^= nol[1]; nol[13] = ((((nol[13]) << (8))) | (((nol[13]) >> (24)))); nol[9] += nol[13]; nol[5] ^= nol[9]; nol[5] = ((((nol[5]) << (7))) | (((nol[5]) >> (25)))); } ydvz(nol, 2, 6, 10, 14); ntrk(nol, 3, 7, 11, 15); wxss(nol, 0, 5, 10, 15); the(nol, 1, 6, 11, 12); { nol[2] += nol[7]; nol[13] ^= nol[2]; nol[13] = ((((nol[13]) << (16))) | (((nol[13]) >> (16)))); nol[8] += nol[13]; nol[7] ^= nol[8]; nol[7] = ((((nol[7]) << (12))) | (((nol[7]) >> (20)))); nol[2] += nol[7]; nol[13] ^= nol[2]; nol[13] = ((((nol[13]) << (8))) | (((nol[13]) >> (24)))); nol[8] += nol[13]; nol[7] ^= nol[8]; nol[7] = ((((nol[7]) << (7))) | (((nol[7]) >> (25)))); } twri(nol, 3, 4, 9, 14); _m[65163] += 1; } for (_si lcw = 0; lcw <= 15; lcw += 1) { nol[lcw] += cem[lcw]; } cem[12] += 1; if (cem[12] == 0) { cem[13] += 1; } } cgy[0] = 0; } foqm[wno] ^= vovh[cgy[0]]; cgy[0] += 1; } } } void rzsd(_uli *gyrf, _uli *cmzs, _si rcgu) { _uli *zkfy = rucf(); _uli *gspm = rznt(); for (_si imbk = 0; imbk <= 12; imbk += 1) { zkfy[imbk] = ((cmzs[imbk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gspm[imbk] = ((cmzs[imbk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si emzm = 0; emzm <= 12; emzm += 1) { gyrf[emzm] = 0; } } for (_si iaym = 0; iaym <= (-1 + (((13) >> (1)))); iaym += 1) { _uli kqoh = gspm[iaym] * rcgu; _uli gmvn = rcgu * zkfy[iaym]; _uli wudt = ((gyrf[iaym]) + (gmvn) + (((((kqoh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); _uli cpkb = ((kqoh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1)))))); if (wudt < gmvn) { cpkb += (((_uli)(1)) << ((-47 + (((sizeof(_uli)) << (3)))))); } gyrf[iaym] = wudt; gyrf[1 + iaym] += cpkb; gcnl(gyrf); } zeuz(zkfy); lbwc(gspm); } void xhrk(_uli *ujfy) { for (_si seaw = 0; seaw <= 43; seaw += 1) { ujfy[1 + seaw] += ((ujfy[seaw]) >> (47)); ujfy[seaw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ujfy[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fkgl(_uli *ogcz) { _si grsa = ywug(ogcz); if (grsa) { rhat(ogcz, ogcz); } for (_si aary = 0; aary <= 11; aary += 1) { if (((((ogcz[aary]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ogcz[1 + aary] -= 1; } else { ogcz[1 + aary] += ((ogcz[aary]) >> (47)); }; ogcz[aary] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ogcz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (grsa) { { for (_si mbqo = 0; mbqo <= 12; mbqo += 1) { ogcz[mbqo] = -ogcz[mbqo]; } } } } void ixoc(_uli *kxen, _uli *sgyg, _uli *aljo) { for (_si zziu = 0; zziu <= 12; zziu += 1) { kxen[zziu] = aljo[zziu] + sgyg[zziu]; } { _si mmrv; { mmrv = 0; _uli ytbj = 19; for (_si evux = 12; evux >= 0; evux -= 1) { if (kxen[evux] != 0) { mmrv = ((((kxen[evux]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mmrv) { { for (_si dpcg = 0; dpcg <= 12; dpcg += 1) { kxen[dpcg] = -kxen[dpcg]; } } } for (_si bali = 0; bali <= 11; bali += 1) { if (((((kxen[bali]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kxen[1 + bali] -= 1; } else { kxen[1 + bali] += ((kxen[bali]) >> (47)); }; kxen[bali] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kxen[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mmrv) { { for (_si ijan = 0; ijan <= 12; ijan += 1) { kxen[ijan] = -kxen[ijan]; } } } } } void faii(_uli *sbw) { for (_si gpue = 0; gpue <= 11; gpue += 1) { sbw[1 + gpue] += ((sbw[gpue]) >> (47)); sbw[gpue] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sbw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pobo(_uli *wvha) { for (_si yalt = 0; yalt <= 12; yalt += 1) { wvha[yalt] = 0; } } void scyv(_uc *tjkb, _uc *bwys, _si zpig) { _ui *cdij = (_ui *)(tjkb + 0); _ui *vjqo = (_ui *)(tjkb + 128); _uc *gsnc = (_uc *)(cdij); for (_si qucz = 0; qucz <= (-1 + zpig); qucz += 1) { if (vjqo[0] >= 64) { { _ui *rifl = (_ui *)(tjkb + 0); _ui *ahde = (_ui *)(tjkb + 64); for (_si hpxw = 0; hpxw <= 15; hpxw += 1) { rifl[hpxw] = ahde[hpxw]; } for (_si ijcz = 0; ijcz <= 9; ijcz += 1) { aqtb(rifl, 0, 4, 8, 12); { rifl[1] += rifl[5]; rifl[13] ^= rifl[1]; rifl[13] = ((((rifl[13]) << (16))) | (((rifl[13]) >> (16)))); rifl[9] += rifl[13]; rifl[5] ^= rifl[9]; rifl[5] = ((((rifl[5]) << (12))) | (((rifl[5]) >> (20)))); rifl[1] += rifl[5]; rifl[13] ^= rifl[1]; rifl[13] = ((((rifl[13]) << (8))) | (((rifl[13]) >> (24)))); rifl[9] += rifl[13]; rifl[5] ^= rifl[9]; rifl[5] = ((((rifl[5]) << (7))) | (((rifl[5]) >> (25)))); } { rifl[2] += rifl[6]; rifl[14] ^= rifl[2]; rifl[14] = ((((rifl[14]) << (16))) | (((rifl[14]) >> (16)))); rifl[10] += rifl[14]; rifl[6] ^= rifl[10]; rifl[6] = ((((rifl[6]) << (12))) | (((rifl[6]) >> (20)))); rifl[2] += rifl[6]; rifl[14] ^= rifl[2]; rifl[14] = ((((rifl[14]) << (8))) | (((rifl[14]) >> (24)))); rifl[10] += rifl[14]; rifl[6] ^= rifl[10]; rifl[6] = ((((rifl[6]) << (7))) | (((rifl[6]) >> (25)))); } { rifl[3] += rifl[7]; rifl[15] ^= rifl[3]; rifl[15] = ((((rifl[15]) << (16))) | (((rifl[15]) >> (16)))); rifl[11] += rifl[15]; rifl[7] ^= rifl[11]; rifl[7] = ((((rifl[7]) << (12))) | (((rifl[7]) >> (20)))); rifl[3] += rifl[7]; rifl[15] ^= rifl[3]; rifl[15] = ((((rifl[15]) << (8))) | (((rifl[15]) >> (24)))); rifl[11] += rifl[15]; rifl[7] ^= rifl[11]; rifl[7] = ((((rifl[7]) << (7))) | (((rifl[7]) >> (25)))); } amre(rifl, 0, 5, 10, 15); { rifl[1] += rifl[6]; rifl[12] ^= rifl[1]; rifl[12] = ((((rifl[12]) << (16))) | (((rifl[12]) >> (16)))); rifl[11] += rifl[12]; rifl[6] ^= rifl[11]; rifl[6] = ((((rifl[6]) << (12))) | (((rifl[6]) >> (20)))); rifl[1] += rifl[6]; rifl[12] ^= rifl[1]; rifl[12] = ((((rifl[12]) << (8))) | (((rifl[12]) >> (24)))); rifl[11] += rifl[12]; rifl[6] ^= rifl[11]; rifl[6] = ((((rifl[6]) << (7))) | (((rifl[6]) >> (25)))); } aqt(rifl, 2, 7, 8, 13); { rifl[3] += rifl[4]; rifl[14] ^= rifl[3]; rifl[14] = ((((rifl[14]) << (16))) | (((rifl[14]) >> (16)))); rifl[9] += rifl[14]; rifl[4] ^= rifl[9]; rifl[4] = ((((rifl[4]) << (12))) | (((rifl[4]) >> (20)))); rifl[3] += rifl[4]; rifl[14] ^= rifl[3]; rifl[14] = ((((rifl[14]) << (8))) | (((rifl[14]) >> (24)))); rifl[9] += rifl[14]; rifl[4] ^= rifl[9]; rifl[4] = ((((rifl[4]) << (7))) | (((rifl[4]) >> (25)))); } _m[65163] += 1; } for (_si lckw = 0; lckw <= 15; lckw += 1) { rifl[lckw] += ahde[lckw]; } ahde[12] += 1; if (ahde[12] == 0) { ahde[13] += 1; } } vjqo[0] = 0; } bwys[qucz] ^= gsnc[vjqo[0]]; vjqo[0] += 1; } } void ajzm(_uli *gkod) { _uc *seca = (_uc *)(gkod); for (_si mhs = 0; mhs <= 360; mhs += 1) { seca[mhs] = (_uc)(1 + seca[mhs]) * (_uc)(255 + seca[1 + mhs]); } seca[361] = 0; } void jgsh(_uc *mem, _uc *zcj) { _ui *xvus = (_ui *)(mem + 64); for (_si rbut = 0; rbut <= 7; rbut += 1) { xvus[4 + rbut] = (((_ui)((zcj + 4 * rbut)[0])) + ((((_ui)((zcj + 4 * rbut)[1])) << (8))) + ((((_ui)((zcj + 4 * rbut)[2])) << (16))) + ((((_ui)((zcj + 4 * rbut)[3])) << (24)))); } } void cuoy(_uli *rnxi) { _si kcas; { kcas = 0; _uli sazu = 19; for (_si qiil = 12; qiil >= 0; qiil -= 1) { if (rnxi[qiil] != 0) { kcas = ((((rnxi[qiil]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kcas) { { for (_si wssw = 0; wssw <= 12; wssw += 1) { rnxi[wssw] = -rnxi[wssw]; } } } for (_si oxay = 0; oxay <= 11; oxay += 1) { if (((((rnxi[oxay]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rnxi[1 + oxay] -= 1; } else { rnxi[1 + oxay] += ((rnxi[oxay]) >> (47)); }; rnxi[oxay] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rnxi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kcas) { { for (_si pqkm = 0; pqkm <= 12; pqkm += 1) { rnxi[pqkm] = -rnxi[pqkm]; } } } } void oolp(_uli *absn) { _si ykol; { ykol = 0; _uli ouky = 19; for (_si uavi = 44; uavi >= 0; uavi -= 1) { if (absn[uavi] != 0) { ykol = ((((absn[uavi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ykol) { { for (_si qoqx = 0; qoqx <= 44; qoqx += 1) { absn[qoqx] = -absn[qoqx]; } } } for (_si rzqg = 0; rzqg <= 43; rzqg += 1) { if (((((absn[rzqg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { absn[1 + rzqg] -= 1; } else { absn[1 + rzqg] += ((absn[rzqg]) >> (47)); }; absn[rzqg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } absn[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ykol) { { for (_si tayu = 0; tayu <= 44; tayu += 1) { absn[tayu] = -absn[tayu]; } } } } void ckss(_uc *bmt, _uc *orpj, _uc *qvnw, _si baf) { ldmu(bmt, orpj, 0); { _ui *qfm = (_ui *)(bmt + 0); _ui *jqab = (_ui *)(bmt + 128); _uc *soz = (_uc *)(qfm); for (_si jevx = 0; jevx <= (-1 + baf); jevx += 1) { if (jqab[0] >= 64) { { _ui *lqv = (_ui *)(bmt + 0); _ui *dvt = (_ui *)(bmt + 64); for (_si mnz = 0; mnz <= 15; mnz += 1) { lqv[mnz] = dvt[mnz]; } for (_si vwxb = 0; vwxb <= 9; vwxb += 1) { ddzg(lqv, 0, 4, 8, 12); ptmu(lqv, 1, 5, 9, 13); hnkf(lqv, 2, 6, 10, 14); gfqo(lqv, 3, 7, 11, 15); { lqv[0] += lqv[5]; lqv[15] ^= lqv[0]; lqv[15] = ((((lqv[15]) << (16))) | (((lqv[15]) >> (16)))); lqv[10] += lqv[15]; lqv[5] ^= lqv[10]; lqv[5] = ((((lqv[5]) << (12))) | (((lqv[5]) >> (20)))); lqv[0] += lqv[5]; lqv[15] ^= lqv[0]; lqv[15] = ((((lqv[15]) << (8))) | (((lqv[15]) >> (24)))); lqv[10] += lqv[15]; lqv[5] ^= lqv[10]; lqv[5] = ((((lqv[5]) << (7))) | (((lqv[5]) >> (25)))); } miun(lqv, 1, 6, 11, 12); { lqv[2] += lqv[7]; lqv[13] ^= lqv[2]; lqv[13] = ((((lqv[13]) << (16))) | (((lqv[13]) >> (16)))); lqv[8] += lqv[13]; lqv[7] ^= lqv[8]; lqv[7] = ((((lqv[7]) << (12))) | (((lqv[7]) >> (20)))); lqv[2] += lqv[7]; lqv[13] ^= lqv[2]; lqv[13] = ((((lqv[13]) << (8))) | (((lqv[13]) >> (24)))); lqv[8] += lqv[13]; lqv[7] ^= lqv[8]; lqv[7] = ((((lqv[7]) << (7))) | (((lqv[7]) >> (25)))); } pyrg(lqv, 3, 4, 9, 14); _m[65163] += 1; } for (_si hbft = 0; hbft <= 15; hbft += 1) { lqv[hbft] += dvt[hbft]; } dvt[12] += 1; if (dvt[12] == 0) { dvt[13] += 1; } } jqab[0] = 0; } qvnw[jevx] ^= soz[jqab[0]]; jqab[0] += 1; } } } void zxxi(_si ekje, _uli *ujkg, _uli *vjoh, _uli *jkll, _uli *aevq) { _uli *rowr = rbgz(); zqhx(rowr, aevq); { if (jkll != aevq) { for (_si iytk = 0; iytk <= 12; iytk += 1) { jkll[iytk] = aevq[iytk]; } } } lrjb(ekje, jkll); { _uli *cgqh = bisc(); _uli *ntex = test(); _uli *ahhi = svrk(); _uli *lhlh = nayy(); for (_si vqzz = 0; vqzz <= 12; vqzz += 1) { cgqh[vqzz] = ((jkll[vqzz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ntex[vqzz] = ((jkll[vqzz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ahhi[vqzz] = ((vjoh[vqzz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lhlh[vqzz] = ((vjoh[vqzz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uxaj = 0; uxaj <= 12; uxaj += 1) { jkll[uxaj] = 0; } } for (_si vwob = 0; vwob <= (-1 + (((13) >> (1)))); vwob += 1) { for (_si tswg = 0; tswg <= (-1 + (((13) >> (1)))); tswg += 1) { _uli pjfz = ahhi[tswg] * ntex[vwob] + cgqh[vwob] * lhlh[tswg]; _uli nrhx = ahhi[tswg] * cgqh[vwob]; _uli jxqv = lhlh[tswg] * ntex[vwob]; _uli hnct = ((jkll[tswg + vwob]) + (nrhx) + (((((pjfz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hnct < nrhx) { jxqv += 1; } _uli ihvn = ((((pjfz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jxqv) << ((-47 + (((sizeof(_uli)) << (3)))))))); jkll[tswg + vwob] = hnct; jkll[1 + tswg + vwob] += ihvn; } { for (_si kodg = 0; kodg <= 11; kodg += 1) { jkll[1 + kodg] += ((jkll[kodg]) >> (47)); jkll[kodg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jkll[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } vefg(cgqh); { _uc *xgbu = (_uc *)(ntex); for (_si cjia = 0; cjia <= 360; cjia += 1) { xgbu[cjia] = (_uc)(1 + xgbu[cjia]) * (_uc)(255 + xgbu[1 + cjia]); } xgbu[361] = 0; } hpz(ahhi); { _uc *zwvf = (_uc *)(lhlh); for (_si cevc = 0; cevc <= 360; cevc += 1) { zwvf[cevc] = (_uc)(1 + zwvf[cevc]) * (_uc)(255 + zwvf[1 + cevc]); } zwvf[361] = 0; } } opvp(ekje, jkll); { _uli *tguu = finq(); _uli *hrab = ukft(); _uli *alow = zuyb(); _uli *djbe = uexn(); for (_si ispo = 0; ispo <= 12; ispo += 1) { tguu[ispo] = ((jkll[ispo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hrab[ispo] = ((jkll[ispo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); alow[ispo] = ((ujkg[ispo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); djbe[ispo] = ((ujkg[ispo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ggkq = 0; ggkq <= 12; ggkq += 1) { jkll[ggkq] = 0; } } for (_si hegf = 0; hegf <= (-1 + (((13) >> (1)))); hegf += 1) { for (_si rkok = 0; rkok <= (-1 + (((13) >> (1)))); rkok += 1) { _uli ksot = alow[rkok] * hrab[hegf] + djbe[rkok] * tguu[hegf]; _uli fmkg = alow[rkok] * tguu[hegf]; _uli yatc = djbe[rkok] * hrab[hegf]; _uli qoph = ((jkll[hegf + rkok]) + (fmkg) + (((((ksot) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qoph < fmkg) { yatc += 1; } _uli nxhh = ((((ksot) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yatc) << ((-47 + (((sizeof(_uli)) << (3)))))))); jkll[hegf + rkok] = qoph; jkll[1 + hegf + rkok] += nxhh; } bwap(jkll); } { _uc *efdn = (_uc *)(tguu); for (_si sczm = 0; sczm <= 360; sczm += 1) { efdn[sczm] = (_uc)(255 + efdn[1 + sczm]) * (_uc)(1 + efdn[sczm]); } efdn[361] = 0; } { _uc *fpzw = (_uc *)(hrab); for (_si uzwm = 0; uzwm <= 360; uzwm += 1) { fpzw[uzwm] = (_uc)(1 + fpzw[uzwm]) * (_uc)(255 + fpzw[1 + uzwm]); } fpzw[361] = 0; } uijx(alow); { _uc *qxzb = (_uc *)(djbe); for (_si cfol = 0; cfol <= 360; cfol += 1) { qxzb[cfol] = (_uc)(1 + qxzb[cfol]) * (_uc)(255 + qxzb[1 + cfol]); } qxzb[361] = 0; } } dnge(jkll, jkll, rowr); ndln(jkll, ekje); pbzk(rowr, jkll, ujkg); _si qpjh; { qpjh = 0; _uli glxd = 19; for (_si cqvu = 12; cqvu >= 0; cqvu -= 1) { if (rowr[cqvu] != 0) { qpjh = ((((rowr[cqvu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!qpjh) { { if (jkll != rowr) { for (_si szlg = 0; szlg <= 12; szlg += 1) { jkll[szlg] = rowr[szlg]; } } } } gfmz(rowr); } void fkxg(_uli *jwil, _uli *isom, _uli *lvrp) { _uli *pivt = xmqq(); _uli *gwxz = wfdc(); _uli *uctq = mawu(); _uli *srla = hfgh(); for (_si oklo = 0; oklo <= 12; oklo += 1) { pivt[oklo] = ((isom[oklo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gwxz[oklo] = ((isom[oklo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uctq[oklo] = ((lvrp[oklo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); srla[oklo] = ((lvrp[oklo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } bdnl(jwil); for (_si kmqu = 0; kmqu <= (-1 + (((13) >> (1)))); kmqu += 1) { for (_si wixi = 0; wixi <= (-1 + (((13) >> (1)))); wixi += 1) { _uli ycrm = gwxz[kmqu] * uctq[wixi] + pivt[kmqu] * srla[wixi]; _uli adxy = pivt[kmqu] * uctq[wixi]; _uli lkib = gwxz[kmqu] * srla[wixi]; _uli slxx = ((jwil[kmqu + wixi]) + (adxy) + (((((ycrm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (slxx < adxy) { lkib += 1; } _uli safd = ((((ycrm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lkib) << ((-47 + (((sizeof(_uli)) << (3)))))))); jwil[kmqu + wixi] = slxx; jwil[1 + kmqu + wixi] += safd; } wnox(jwil); } { _uc *pruf = (_uc *)(pivt); for (_si fiad = 0; fiad <= 360; fiad += 1) { pruf[fiad] = (_uc)(255 + pruf[1 + fiad]) * (_uc)(1 + pruf[fiad]); } pruf[361] = 0; } { _uc *bovi = (_uc *)(gwxz); for (_si vbcc = 0; vbcc <= 360; vbcc += 1) { bovi[vbcc] = (_uc)(255 + bovi[1 + vbcc]) * (_uc)(1 + bovi[vbcc]); } bovi[361] = 0; } uijx(uctq); awdg(srla); } void hfv(_uc *tzav, _uc *wnw, _uc *wykf, _si ltxu) { { mdrw(tzav, wnw); _ui *uzap = (_ui *)(tzav + 64); _ui *scyu = (_ui *)(tzav + 128); for (_si fjl = 0; fjl <= 3; fjl += 1) { uzap[fjl] = (((_ui)(((_uc *)(_m + 48146) + 4 * fjl)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fjl)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fjl)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fjl)[3])) << (24)))); } for (_si mqvw = 0; mqvw <= 3; mqvw += 1) { uzap[12 + mqvw] = 0; _m[65162] += 1; } scyu[0] = 3904225602; } ugd(tzav, wykf, ltxu); } void wwm(_si igpi, _uli *ojmz, _uli *adg, _uli *amjw, _uli *cics, _uli *vokm, _uli *deje, _uli *xloo, _uli *mcmj, _uli *xivu) { _uli *xqht = heyy(); _uli *rmli = ynqh(); _uli *hzew = gcbc(); { { if (xqht != deje) { for (_si afnx = 0; afnx <= 12; afnx += 1) { xqht[afnx] = deje[afnx]; } } } { if (rmli != xloo) { for (_si ftmf = 0; ftmf <= 12; ftmf += 1) { rmli[ftmf] = xloo[ftmf]; } } } qlbi(hzew, mcmj); } { { for (_si sbi = 0; sbi <= 12; sbi += 1) { cics[sbi] = 0; } } } _si vjov = 0; for (_si glqm = 12; glqm >= 0; glqm -= 1) { _uli tih = xivu[glqm]; _uli vonw = (((_uli)(1)) << (46)); while (vonw != 0) { _si cgfq = ((((tih) & (vonw))) != (0)); if (vjov || cgfq) { _si qida; { qida = 0; qida; { qida = 0; _si iwgj; { iwgj = -1; for (_si xfzp = 12; xfzp >= 0; xfzp -= 1) { if (cics[xfzp] != 0) { iwgj = xfzp; break; } } } qida = iwgj == -1; } } if (!qida) { { _uli *rqdg = qhcs(); _uli *bszx = bbnw(); _uli *mfuk = thlc(); _uli *tbew = heyy(); _uli *fpcc = udtp(); _uli *sulw = hrjg(); _uli *nllj = jckb(); cjej(igpi, ojmz, adg, rqdg, vokm); { { _uli *nnup = cgle(); _uli *ibze = frfi(); _uli *ghlw = ypsa(); _uli *ubop = bisc(); for (_si ozaf = 0; ozaf <= 12; ozaf += 1) { nnup[ozaf] = ((amjw[ozaf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ibze[ozaf] = ((amjw[ozaf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ghlw[ozaf] = ((vokm[ozaf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ubop[ozaf] = ((vokm[ozaf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hpdh = 0; hpdh <= 12; hpdh += 1) { mfuk[hpdh] = 0; } } for (_si nwho = 0; nwho <= (-1 + (((13) >> (1)))); nwho += 1) { for (_si mgse = 0; mgse <= (-1 + (((13) >> (1)))); mgse += 1) { _uli rivf = ghlw[mgse] * ibze[nwho] + nnup[nwho] * ubop[mgse]; _uli zpg = ghlw[mgse] * nnup[nwho]; _uli ndaq = ibze[nwho] * ubop[mgse]; _uli tbaq = ((mfuk[mgse + nwho]) + (zpg) + (((((rivf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tbaq < zpg) { ndaq += 1; } _uli ltln = ((((rivf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ndaq) << ((-47 + (((sizeof(_uli)) << (3)))))))); mfuk[mgse + nwho] = tbaq; mfuk[1 + mgse + nwho] += ltln; } { for (_si zjeh = 0; zjeh <= 11; zjeh += 1) { mfuk[1 + zjeh] += ((mfuk[zjeh]) >> (47)); mfuk[zjeh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mfuk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } ecwg(nnup); wtym(ibze); evfa(ghlw); oiua(ubop); } zxxi(igpi, ojmz, adg, mfuk, mfuk); } { tbrv(fpcc, cics, vokm); kfis(igpi, ojmz, adg, fpcc, fpcc); } guub(igpi, ojmz, adg, fpcc, vokm, fpcc); { xkxu(bszx, cics); { _uli *vvvb = vsqi(); { if (vvvb != bszx) { for (_si sfco = 0; sfco <= 12; sfco += 1) { vvvb[sfco] = bszx[sfco]; } } } sevv(bszx, bszx); oddt(igpi, bszx); bvhq(bszx, bszx, adg); xosj(igpi, bszx); { _uli *ttyk = oarz(); _uli *oeko = azfr(); _uli *nfzc = enhh(); _uli *rrpa = oarz(); for (_si zaep = 0; zaep <= 12; zaep += 1) { ttyk[zaep] = ((bszx[zaep]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oeko[zaep] = ((bszx[zaep]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); nfzc[zaep] = ((ojmz[zaep]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rrpa[zaep] = ((ojmz[zaep]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ucq = 0; ucq <= 12; ucq += 1) { bszx[ucq] = 0; } } for (_si iarb = 0; iarb <= (-1 + (((13) >> (1)))); iarb += 1) { for (_si glfk = 0; glfk <= (-1 + (((13) >> (1)))); glfk += 1) { _uli jmuk = nfzc[glfk] * oeko[iarb] + rrpa[glfk] * ttyk[iarb]; _uli eqpd = nfzc[glfk] * ttyk[iarb]; _uli tpcq = oeko[iarb] * rrpa[glfk]; _uli bhpi = ((bszx[glfk + iarb]) + (eqpd) + (((((jmuk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bhpi < eqpd) { tpcq += 1; } _uli ogzq = ((((jmuk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((tpcq) << ((-47 + (((sizeof(_uli)) << (3)))))))); bszx[glfk + iarb] = bhpi; bszx[1 + glfk + iarb] += ogzq; } { for (_si ucnp = 0; ucnp <= 11; ucnp += 1) { bszx[1 + ucnp] += ((bszx[ucnp]) >> (47)); bszx[ucnp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bszx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } cuik(ttyk); ylpy(oeko); { _uc *eybc = (_uc *)(nfzc); for (_si gues = 0; gues <= 360; gues += 1) { eybc[gues] = (_uc)(1 + eybc[gues]) * (_uc)(255 + eybc[1 + gues]); } eybc[361] = 0; } { _uc *nmoe = (_uc *)(rrpa); for (_si cfja = 0; cfja <= 360; cfja += 1) { nmoe[cfja] = (_uc)(1 + nmoe[cfja]) * (_uc)(255 + nmoe[1 + cfja]); } nmoe[361] = 0; } } mmd(bszx, bszx, vvvb); { _si wlsz = (igpi % 47); _si lzre = ((igpi) / (47)); _si rfau = igpi; if (rfau > (8 * sizeof(_uli))) { rfau = -1; } if (lzre >= 13) { gjsp(bszx); } else { _uli ptkm = (((((_uli)(1)) << (wlsz))) - ((_uli)(1))); if (rfau < 0) { bszx[0] = 0; } else { bszx[0] = ((((bszx[0]) & (~ptkm))) >> (rfau)); }; if (lzre != 0) { bszx[0] += ((((bszx[lzre]) & (~ptkm))) >> (wlsz)); } for (_si vmmy = 1; vmmy <= (12 - lzre); vmmy += 1) { bszx[-1 + vmmy] += ((((((bszx[lzre + vmmy]) & (ptkm))) << (-wlsz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bszx[vmmy] = ((((bszx[lzre + vmmy]) & (~ptkm))) >> (wlsz)); } for (_si avvf = 13 - lzre; avvf <= 12; avvf += 1) { bszx[avvf] = 0; } }; } uyos(vvvb, bszx, ojmz); _si zvpp; { zvpp = 0; _uli xunz = 19; for (_si awtf = 12; awtf >= 0; awtf -= 1) { if (vvvb[awtf] != 0) { zvpp = ((((vvvb[awtf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!zvpp) { { if (bszx != vvvb) { for (_si malr = 0; malr <= 12; malr += 1) { bszx[malr] = vvvb[malr]; } } } } { _uc *rnmu = (_uc *)(vvvb); for (_si ipfy = 0; ipfy <= 360; ipfy += 1) { rnmu[ipfy] = (_uc)(255 + rnmu[1 + ipfy]) * (_uc)(1 + rnmu[ipfy]); } rnmu[361] = 0; } } } oujx(igpi, ojmz, adg, fpcc, amjw, bszx); debg(ojmz, fpcc, fpcc, fpcc); gaio(ojmz, fpcc, fpcc, fpcc); { { for (_si plqp = 0; plqp <= 12; plqp += 1) { mfuk[plqp] = amjw[plqp] + rqdg[plqp]; } { _si icjt; { icjt = 0; _uli tgbb = 19; for (_si ehzh = 12; ehzh >= 0; ehzh -= 1) { if (mfuk[ehzh] != 0) { icjt = ((((mfuk[ehzh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (icjt) { { for (_si wyyv = 0; wyyv <= 12; wyyv += 1) { mfuk[wyyv] = -mfuk[wyyv]; } } } for (_si vpu = 0; vpu <= 11; vpu += 1) { if (((((mfuk[vpu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mfuk[1 + vpu] -= 1; } else { mfuk[1 + vpu] += ((mfuk[vpu]) >> (47)); }; mfuk[vpu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mfuk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (icjt) { yxzw(mfuk, mfuk); } } } _si tqnl = vldb(mfuk, ojmz); if (!tqnl) { { for (_si tfro = 0; tfro <= 12; tfro += 1) { mfuk[tfro] = mfuk[tfro] - ojmz[tfro]; } vfez(mfuk); } } } cumb(ojmz, tbew, amjw, rqdg); { ltzn(sulw, mfuk, mfuk); _si ghpl; { ghpl = 0; for (_si tpuh = 12; tpuh >= 0; tpuh -= 1) { if (sulw[tpuh] > ojmz[tpuh]) { break; } else if (sulw[tpuh] < ojmz[tpuh]) { ghpl = 1; break; }; } } if (!ghpl) { { for (_si eeuu = 0; eeuu <= 12; eeuu += 1) { sulw[eeuu] = -ojmz[eeuu] + sulw[eeuu]; } { _si siww; { siww = 0; _uli hsoj = 19; for (_si jiua = 12; jiua >= 0; jiua -= 1) { if (sulw[jiua] != 0) { siww = ((((sulw[jiua]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (siww) { hsws(sulw, sulw); } for (_si wmsq = 0; wmsq <= 11; wmsq += 1) { if (((((sulw[wmsq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sulw[1 + wmsq] -= 1; } else { sulw[1 + wmsq] += ((sulw[wmsq]) >> (47)); }; sulw[wmsq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sulw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (siww) { { for (_si iucb = 0; iucb <= 12; iucb += 1) { sulw[iucb] = -sulw[iucb]; } } } } } } } { { for (_si fzwj = 0; fzwj <= 12; fzwj += 1) { sulw[fzwj] = mfuk[fzwj] + sulw[fzwj]; } ylpj(sulw); } _si dqrf; { dqrf = 0; for (_si wksk = 12; wksk >= 0; wksk -= 1) { if (sulw[wksk] > ojmz[wksk]) { break; } else if (sulw[wksk] < ojmz[wksk]) { dqrf = 1; break; }; } } if (!dqrf) { { for (_si jgnz = 0; jgnz <= 12; jgnz += 1) { sulw[jgnz] = -ojmz[jgnz] + sulw[jgnz]; } ewiw(sulw); } } } { aejy(sulw, sulw, tbew); { _uli *butn = bbnw(); bzmd(butn, sulw); nzth(sulw, sulw); { sulw[(((igpi) / (47)))] &= ((((((_uli)(1)) << ((igpi % 47)))) - ((_uli)(1)))); for (_si xars = 1 + (((igpi) / (47))); xars <= 12; xars += 1) { sulw[xars] = 0; } } { _uli *eboq = oerh(); _uli *hec = mobc(); _uli *knjt = hfgh(); _uli *aark = zkzr(); for (_si asxn = 0; asxn <= 12; asxn += 1) { eboq[asxn] = ((sulw[asxn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hec[asxn] = ((sulw[asxn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); knjt[asxn] = ((adg[asxn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aark[asxn] = ((adg[asxn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si glic = 0; glic <= 12; glic += 1) { sulw[glic] = 0; } } for (_si alp = 0; alp <= (-1 + (((13) >> (1)))); alp += 1) { for (_si vtvy = 0; vtvy <= (-1 + (((13) >> (1)))); vtvy += 1) { _uli ryov = aark[vtvy] * eboq[alp] + hec[alp] * knjt[vtvy]; _uli dhrz = eboq[alp] * knjt[vtvy]; _uli dfcc = aark[vtvy] * hec[alp]; _uli mizm = ((sulw[alp + vtvy]) + (dhrz) + (((((ryov) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mizm < dhrz) { dfcc += 1; } _uli mcdc = ((((ryov) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dfcc) << ((-47 + (((sizeof(_uli)) << (3)))))))); sulw[alp + vtvy] = mizm; sulw[1 + alp + vtvy] += mcdc; } { for (_si lnvo = 0; lnvo <= 11; lnvo += 1) { sulw[1 + lnvo] += ((sulw[lnvo]) >> (47)); sulw[lnvo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sulw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } mdrv(eboq); { _uc *vwss = (_uc *)(hec); for (_si ekki = 0; ekki <= 360; ekki += 1) { vwss[ekki] = (_uc)(1 + vwss[ekki]) * (_uc)(255 + vwss[1 + ekki]); } vwss[361] = 0; } kjfn(knjt); { _uc *axnt = (_uc *)(aark); for (_si xblk = 0; xblk <= 360; xblk += 1) { axnt[xblk] = (_uc)(1 + axnt[xblk]) * (_uc)(255 + axnt[1 + xblk]); } axnt[361] = 0; } } { sulw[(((igpi) / (47)))] &= ((((((_uli)(1)) << ((igpi % 47)))) - ((_uli)(1)))); for (_si oezj = 1 + (((igpi) / (47))); oezj <= 12; oezj += 1) { sulw[oezj] = 0; } } ywut(sulw, sulw, ojmz); { for (_si cxsx = 0; cxsx <= 12; cxsx += 1) { sulw[cxsx] = butn[cxsx] + sulw[cxsx]; } onsq(sulw); } tdnj(sulw, igpi); { for (_si huhq = 0; huhq <= 12; huhq += 1) { butn[huhq] = -ojmz[huhq] + sulw[huhq]; } { _si uxyr; { uxyr = 0; _uli prph = 19; for (_si sien = 12; sien >= 0; sien -= 1) { if (butn[sien] != 0) { uxyr = ((((butn[sien]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (uxyr) { { for (_si llnl = 0; llnl <= 12; llnl += 1) { butn[llnl] = -butn[llnl]; } } } for (_si lavb = 0; lavb <= 11; lavb += 1) { if (((((butn[lavb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { butn[1 + lavb] -= 1; } else { butn[1 + lavb] += ((butn[lavb]) >> (47)); }; butn[lavb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } butn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (uxyr) { { for (_si uppx = 0; uppx <= 12; uppx += 1) { butn[uppx] = -butn[uppx]; } } } } } _si qiub; { qiub = 0; _uli lyyk = 19; for (_si zhxr = 12; zhxr >= 0; zhxr -= 1) { if (butn[zhxr] != 0) { qiub = ((((butn[zhxr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!qiub) { { if (sulw != butn) { for (_si oywc = 0; oywc <= 12; oywc += 1) { sulw[oywc] = butn[oywc]; } } } } itnl(butn); } } vcgs(igpi, ojmz, adg, vokm, cics, vokm); ifwu(ojmz, vokm, vokm, vokm); nga(igpi, ojmz, adg, amjw, sulw); fwhq(ojmz, amjw, amjw, fpcc); { { for (_si mvpm = 0; mvpm <= 12; mvpm += 1) { amjw[mvpm] = amjw[mvpm] - fpcc[mvpm]; } hioe(amjw); } _si hbop = vnli(amjw); if (hbop) { tyci(amjw, amjw, ojmz); } } qyi(igpi, ojmz, adg, nllj, bszx); ytzo(ojmz, nllj, nllj, nllj); gwws(ojmz, nllj, nllj, nllj); { ixoc(nllj, nllj, nllj); _si fgzi = ujjl(nllj, ojmz); if (!fgzi) { mpaz(nllj, nllj, ojmz); } } snba(ojmz, cics, fpcc, amjw); { icwu(cics, cics, sulw); { _uli *zhri = bbs(); dflq(zhri, cics); { ; } wvim(igpi, cics); { _uli *oonh = derw(); _uli *qkxb = wjle(); _uli *cgsb = zkzr(); _uli *uihc = oacu(); for (_si qetx = 0; qetx <= 12; qetx += 1) { oonh[qetx] = ((cics[qetx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qkxb[qetx] = ((cics[qetx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cgsb[qetx] = ((adg[qetx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uihc[qetx] = ((adg[qetx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zjau = 0; zjau <= 12; zjau += 1) { cics[zjau] = 0; } } for (_si fbsl = 0; fbsl <= (-1 + (((13) >> (1)))); fbsl += 1) { for (_si nmyw = 0; nmyw <= (-1 + (((13) >> (1)))); nmyw += 1) { _uli djwt = cgsb[nmyw] * qkxb[fbsl] + oonh[fbsl] * uihc[nmyw]; _uli ojqb = cgsb[nmyw] * oonh[fbsl]; _uli cueb = qkxb[fbsl] * uihc[nmyw]; _uli kkre = ((cics[fbsl + nmyw]) + (ojqb) + (((((djwt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kkre < ojqb) { cueb += 1; } _uli ntk = ((((djwt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cueb) << ((-47 + (((sizeof(_uli)) << (3)))))))); cics[fbsl + nmyw] = kkre; cics[1 + fbsl + nmyw] += ntk; } { for (_si yygb = 0; yygb <= 11; yygb += 1) { cics[1 + yygb] += ((cics[yygb]) >> (47)); cics[yygb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cics[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } awdg(oonh); { _uc *tulq = (_uc *)(qkxb); for (_si ndzt = 0; ndzt <= 360; ndzt += 1) { tulq[ndzt] = (_uc)(1 + tulq[ndzt]) * (_uc)(255 + tulq[1 + ndzt]); } tulq[361] = 0; } { _uc *sxlc = (_uc *)(cgsb); for (_si znqo = 0; znqo <= 360; znqo += 1) { sxlc[znqo] = (_uc)(1 + sxlc[znqo]) * (_uc)(255 + sxlc[1 + znqo]); } sxlc[361] = 0; } xigt(uihc); } { cics[(((igpi) / (47)))] &= ((((((_uli)(1)) << ((igpi % 47)))) - ((_uli)(1)))); for (_si panv = 1 + (((igpi) / (47))); panv <= 12; panv += 1) { cics[panv] = 0; } } { _uli *hamz = ofhj(); _uli *ogkv = vwhv(); _uli *sika = ofhj(); _uli *bowc = itcx(); for (_si wzpf = 0; wzpf <= 12; wzpf += 1) { hamz[wzpf] = ((cics[wzpf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ogkv[wzpf] = ((cics[wzpf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sika[wzpf] = ((ojmz[wzpf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bowc[wzpf] = ((ojmz[wzpf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qemn = 0; qemn <= 12; qemn += 1) { cics[qemn] = 0; } } for (_si unyt = 0; unyt <= (-1 + (((13) >> (1)))); unyt += 1) { for (_si mgau = 0; mgau <= (-1 + (((13) >> (1)))); mgau += 1) { _uli ldgz = bowc[mgau] * hamz[unyt] + ogkv[unyt] * sika[mgau]; _uli fmbg = hamz[unyt] * sika[mgau]; _uli axov = bowc[mgau] * ogkv[unyt]; _uli vqcu = ((cics[mgau + unyt]) + (fmbg) + (((((ldgz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vqcu < fmbg) { axov += 1; } _uli dkze = ((((ldgz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((axov) << ((-47 + (((sizeof(_uli)) << (3)))))))); cics[mgau + unyt] = vqcu; cics[1 + mgau + unyt] += dkze; } { for (_si njex = 0; njex <= 11; njex += 1) { cics[1 + njex] += ((cics[njex]) >> (47)); cics[njex] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cics[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } texy(hamz); hosm(ogkv); { _uc *gdec = (_uc *)(sika); for (_si irfr = 0; irfr <= 360; irfr += 1) { gdec[irfr] = (_uc)(1 + gdec[irfr]) * (_uc)(255 + gdec[1 + irfr]); } gdec[361] = 0; } { _uc *fcjf = (_uc *)(bowc); for (_si lkgd = 0; lkgd <= 360; lkgd += 1) { fcjf[lkgd] = (_uc)(1 + fcjf[lkgd]) * (_uc)(255 + fcjf[1 + lkgd]); } fcjf[361] = 0; } } jywa(cics, cics, zhri); urah(cics, igpi); ttka(zhri, cics, ojmz); _si hnb = wxid(zhri); if (!hnb) { { if (cics != zhri) { for (_si niln = 0; niln <= 12; niln += 1) { cics[niln] = zhri[niln]; } } } } fmlo(zhri); } } { { for (_si isgn = 0; isgn <= 12; isgn += 1) { cics[isgn] = cics[isgn] - nllj[isgn]; } hxnf(cics); } _si zhed = nlnw(cics); if (zhed) { aooo(cics, cics, ojmz); } } nkah(rqdg); { _uc *ziig = (_uc *)(bszx); for (_si wsux = 0; wsux <= 360; wsux += 1) { ziig[wsux] = (_uc)(1 + ziig[wsux]) * (_uc)(255 + ziig[1 + wsux]); } ziig[361] = 0; } { _uc *lgdz = (_uc *)(mfuk); for (_si kidd = 0; kidd <= 360; kidd += 1) { lgdz[kidd] = (_uc)(255 + lgdz[1 + kidd]) * (_uc)(1 + lgdz[kidd]); } lgdz[361] = 0; } kqqy(tbew); { _uc *wkjx = (_uc *)(fpcc); for (_si sfsq = 0; sfsq <= 360; sfsq += 1) { wkjx[sfsq] = (_uc)(1 + wkjx[sfsq]) * (_uc)(255 + wkjx[1 + sfsq]); } wkjx[361] = 0; } texy(sulw); { _uc *zhfe = (_uc *)(nllj); for (_si vuob = 0; vuob <= 360; vuob += 1) { zhfe[vuob] = (_uc)(1 + zhfe[vuob]) * (_uc)(255 + zhfe[1 + vuob]); } zhfe[361] = 0; } } } if (cgfq) { if (qida) { { { if (amjw != xqht) { for (_si hxw = 0; hxw <= 12; hxw += 1) { amjw[hxw] = xqht[hxw]; } } } { if (cics != rmli) { for (_si bljn = 0; bljn <= 12; bljn += 1) { cics[bljn] = rmli[bljn]; } } } { if (vokm != hzew) { for (_si edoh = 0; edoh <= 12; edoh += 1) { vokm[edoh] = hzew[edoh]; } } } } } else { { _uli *sbvc = ypsa(); _uli *fwdo = heyy(); _uli *rjb = sreu(); _uli *pzly = ogrf(); _uli *leme = xlgb(); _uli *pac = hrjg(); { { _uli *stpg = rucf(); _uli *ugiw = mwob(); for (_si pgwc = 0; pgwc <= 12; pgwc += 1) { stpg[pgwc] = ((vokm[pgwc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ugiw[pgwc] = ((vokm[pgwc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } rcgn(sbvc); for (_si svpg = 0; svpg <= (-1 + (((13) >> (1)))); svpg += 1) { for (_si lbix = 0; lbix <= (-1 + (((13) >> (1)))); lbix += 1) { _uli kcvl = stpg[lbix] * ugiw[svpg] + stpg[svpg] * ugiw[lbix]; _uli dwiw = stpg[lbix] * stpg[svpg]; _uli llpr = ugiw[lbix] * ugiw[svpg]; _uli xeub = ((sbvc[lbix + svpg]) + (dwiw) + (((((kcvl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xeub < dwiw) { llpr += 1; } _uli wcpp = ((((kcvl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((llpr) << ((-47 + (((sizeof(_uli)) << (3)))))))); sbvc[lbix + svpg] = xeub; sbvc[1 + lbix + svpg] += wcpp; } vqov(sbvc); } awun(stpg); dovu(ugiw); } haww(igpi, ojmz, adg, sbvc, sbvc); } { kagd(fwdo, hzew); { _uli *zrzw = ijqj(); uylh(zrzw, fwdo); { ; } roe(igpi, fwdo); { _uli *opqm = rznt(); _uli *mcxp = npmp(); _uli *vupf = xlgb(); _uli *wruu = bisc(); for (_si newp = 0; newp <= 12; newp += 1) { opqm[newp] = ((fwdo[newp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mcxp[newp] = ((fwdo[newp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vupf[newp] = ((adg[newp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wruu[newp] = ((adg[newp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } zjda(fwdo); for (_si aczn = 0; aczn <= (-1 + (((13) >> (1)))); aczn += 1) { for (_si mehr = 0; mehr <= (-1 + (((13) >> (1)))); mehr += 1) { _uli vdvf = mcxp[aczn] * vupf[mehr] + opqm[aczn] * wruu[mehr]; _uli hscr = opqm[aczn] * vupf[mehr]; _uli ouxd = mcxp[aczn] * wruu[mehr]; _uli tibn = ((fwdo[aczn + mehr]) + (hscr) + (((((vdvf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tibn < hscr) { ouxd += 1; } _uli pxsa = ((((vdvf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ouxd) << ((-47 + (((sizeof(_uli)) << (3)))))))); fwdo[aczn + mehr] = tibn; fwdo[1 + aczn + mehr] += pxsa; } apxl(fwdo); } { _uc *pvfz = (_uc *)(opqm); for (_si flmd = 0; flmd <= 360; flmd += 1) { pvfz[flmd] = (_uc)(1 + pvfz[flmd]) * (_uc)(255 + pvfz[1 + flmd]); } pvfz[361] = 0; } fwwa(mcxp); kwcf(vupf); cfmy(wruu); } lrjb(igpi, fwdo); gbkk(fwdo, fwdo, ojmz); { for (_si uvnd = 0; uvnd <= 12; uvnd += 1) { fwdo[uvnd] = fwdo[uvnd] + zrzw[uvnd]; } gkdy(fwdo); } { _si jws = (igpi % 47); _si dpoh = ((igpi) / (47)); _si zlqe = igpi; if (zlqe > (8 * sizeof(_uli))) { zlqe = -1; } if (dpoh >= 13) { { for (_si lzme = 0; lzme <= 12; lzme += 1) { fwdo[lzme] = 0; } } } else { _uli miei = (((((_uli)(1)) << (jws))) - ((_uli)(1))); if (zlqe < 0) { fwdo[0] = 0; } else { fwdo[0] = ((((fwdo[0]) & (~miei))) >> (zlqe)); }; if (dpoh != 0) { fwdo[0] += ((((fwdo[dpoh]) & (~miei))) >> (jws)); } for (_si afve = 1; afve <= (12 - dpoh); afve += 1) { fwdo[-1 + afve] += ((((((fwdo[afve + dpoh]) & (miei))) << (-jws + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fwdo[afve] = ((((fwdo[afve + dpoh]) & (~miei))) >> (jws)); } for (_si lukb = 13 - dpoh; lukb <= 12; lukb += 1) { fwdo[lukb] = 0; } }; } { for (_si szkm = 0; szkm <= 12; szkm += 1) { zrzw[szkm] = fwdo[szkm] - ojmz[szkm]; } { _si oym; { oym = 0; _uli yfr = 19; for (_si umhu = 12; umhu >= 0; umhu -= 1) { if (zrzw[umhu] != 0) { oym = ((((zrzw[umhu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oym) { { for (_si siuq = 0; siuq <= 12; siuq += 1) { zrzw[siuq] = -zrzw[siuq]; } } } for (_si nmwm = 0; nmwm <= 11; nmwm += 1) { if (((((zrzw[nmwm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zrzw[1 + nmwm] -= 1; } else { zrzw[1 + nmwm] += ((zrzw[nmwm]) >> (47)); }; zrzw[nmwm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zrzw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oym) { { for (_si porj = 0; porj <= 12; porj += 1) { zrzw[porj] = -zrzw[porj]; } } } } } _si wdbv; { wdbv = 0; _uli athz = 19; for (_si jyxr = 12; jyxr >= 0; jyxr -= 1) { if (zrzw[jyxr] != 0) { wdbv = ((((zrzw[jyxr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!wdbv) { { if (fwdo != zrzw) { for (_si dodb = 0; dodb <= 12; dodb += 1) { fwdo[dodb] = zrzw[dodb]; } } } } wguq(zrzw); } } oztc(igpi, ojmz, adg, rjb, amjw, fwdo); bmrv(igpi, ojmz, adg, pzly, xqht, sbvc); hmsa(igpi, ojmz, adg, leme, cics, fwdo); rwsc(igpi, ojmz, adg, pac, rmli, sbvc); zkal(igpi, ojmz, adg, leme, hzew, leme); { { _uli *fqki = ieys(); _uli *voxd = ltai(); _uli *aabf = udvd(); _uli *yayb = thlc(); for (_si jpl = 0; jpl <= 12; jpl += 1) { fqki[jpl] = ((vokm[jpl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); voxd[jpl] = ((vokm[jpl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); aabf[jpl] = ((pac[jpl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yayb[jpl] = ((pac[jpl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si aiyj = 0; aiyj <= 12; aiyj += 1) { pac[aiyj] = 0; } } for (_si fofn = 0; fofn <= (-1 + (((13) >> (1)))); fofn += 1) { for (_si gfwc = 0; gfwc <= (-1 + (((13) >> (1)))); gfwc += 1) { _uli oymv = aabf[gfwc] * voxd[fofn] + fqki[fofn] * yayb[gfwc]; _uli yywe = aabf[gfwc] * fqki[fofn]; _uli ujhn = voxd[fofn] * yayb[gfwc]; _uli qfde = ((pac[fofn + gfwc]) + (yywe) + (((((oymv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qfde < yywe) { ujhn += 1; } _uli vqpn = ((((oymv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ujhn) << ((-47 + (((sizeof(_uli)) << (3)))))))); pac[fofn + gfwc] = qfde; pac[1 + fofn + gfwc] += vqpn; } { for (_si zobi = 0; zobi <= 11; zobi += 1) { pac[1 + zobi] += ((pac[zobi]) >> (47)); pac[zobi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pac[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *twyq = (_uc *)(fqki); for (_si jyjh = 0; jyjh <= 360; jyjh += 1) { twyq[jyjh] = (_uc)(255 + twyq[1 + jyjh]) * (_uc)(1 + twyq[jyjh]); } twyq[361] = 0; } wvpt(voxd); jpeh(aabf); tzyr(yayb); } { _uli *iyjg = vsqi(); { if (iyjg != pac) { for (_si kvy = 0; kvy <= 12; kvy += 1) { iyjg[kvy] = pac[kvy]; } } } { ; } { pac[(((igpi) / (47)))] &= ((((((_uli)(1)) << ((igpi % 47)))) - ((_uli)(1)))); for (_si ueoq = 1 + (((igpi) / (47))); ueoq <= 12; ueoq += 1) { pac[ueoq] = 0; } } bvhq(pac, pac, adg); opvp(igpi, pac); mppz(pac, pac, ojmz); vczc(pac, pac, iyjg); pycl(pac, igpi); { for (_si rdez = 0; rdez <= 12; rdez += 1) { iyjg[rdez] = -ojmz[rdez] + pac[rdez]; } { _si ydip; { ydip = 0; _uli ekxm = 19; for (_si ftox = 12; ftox >= 0; ftox -= 1) { if (iyjg[ftox] != 0) { ydip = ((((iyjg[ftox]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ydip) { { for (_si cmbb = 0; cmbb <= 12; cmbb += 1) { iyjg[cmbb] = -iyjg[cmbb]; } } } for (_si kxfk = 0; kxfk <= 11; kxfk += 1) { if (((((iyjg[kxfk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iyjg[1 + kxfk] -= 1; } else { iyjg[1 + kxfk] += ((iyjg[kxfk]) >> (47)); }; iyjg[kxfk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iyjg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ydip) { { for (_si qmql = 0; qmql <= 12; qmql += 1) { iyjg[qmql] = -iyjg[qmql]; } } } } } _si zluy; { zluy = 0; _uli xgw = 19; for (_si dljy = 12; dljy >= 0; dljy -= 1) { if (iyjg[dljy] != 0) { zluy = ((((iyjg[dljy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!zluy) { { if (pac != iyjg) { for (_si vjkh = 0; vjkh <= 12; vjkh += 1) { pac[vjkh] = iyjg[vjkh]; } } } } { _uc *vvfk = (_uc *)(iyjg); for (_si htos = 0; htos <= 360; htos += 1) { vvfk[htos] = (_uc)(255 + vvfk[1 + htos]) * (_uc)(1 + vvfk[htos]); } vvfk[361] = 0; } } } { { for (_si jmbn = 0; jmbn <= 12; jmbn += 1) { sbvc[jmbn] = pzly[jmbn] - rjb[jmbn]; } { _si xezt = xvhz(sbvc); if (xezt) { { for (_si fpqx = 0; fpqx <= 12; fpqx += 1) { sbvc[fpqx] = -sbvc[fpqx]; } } } for (_si uwed = 0; uwed <= 11; uwed += 1) { if (((((sbvc[uwed]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sbvc[1 + uwed] -= 1; } else { sbvc[1 + uwed] += ((sbvc[uwed]) >> (47)); }; sbvc[uwed] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sbvc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xezt) { vwie(sbvc, sbvc); } } } _si derx; { derx = 0; _uli jtfg = 19; for (_si ygyo = 12; ygyo >= 0; ygyo -= 1) { if (sbvc[ygyo] != 0) { derx = ((((sbvc[ygyo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (derx) { { for (_si ofqn = 0; ofqn <= 12; ofqn += 1) { sbvc[ofqn] = ojmz[ofqn] + sbvc[ofqn]; } { _si spuo; { spuo = 0; _uli mbjj = 19; for (_si khw = 12; khw >= 0; khw -= 1) { if (sbvc[khw] != 0) { spuo = ((((sbvc[khw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (spuo) { { for (_si jcni = 0; jcni <= 12; jcni += 1) { sbvc[jcni] = -sbvc[jcni]; } } } for (_si sxot = 0; sxot <= 11; sxot += 1) { if (((((sbvc[sxot]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sbvc[1 + sxot] -= 1; } else { sbvc[1 + sxot] += ((sbvc[sxot]) >> (47)); }; sbvc[sxot] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sbvc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (spuo) { { for (_si wghr = 0; wghr <= 12; wghr += 1) { sbvc[wghr] = -sbvc[wghr]; } } } } } } } dqso(igpi, ojmz, adg, fwdo, sbvc); { { _uli *ngy = lcnh(); _uli *uvlp = cepk(); _uli *vvyj = jxo(); _uli *mfcx = iaks(); for (_si vxbh = 0; vxbh <= 12; vxbh += 1) { ngy[vxbh] = ((rjb[vxbh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uvlp[vxbh] = ((rjb[vxbh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vvyj[vxbh] = ((fwdo[vxbh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mfcx[vxbh] = ((fwdo[vxbh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fggq = 0; fggq <= 12; fggq += 1) { rjb[fggq] = 0; } } for (_si fyal = 0; fyal <= (-1 + (((13) >> (1)))); fyal += 1) { for (_si hkni = 0; hkni <= (-1 + (((13) >> (1)))); hkni += 1) { _uli gepn = mfcx[hkni] * ngy[fyal] + uvlp[fyal] * vvyj[hkni]; _uli ozqy = ngy[fyal] * vvyj[hkni]; _uli kxsk = mfcx[hkni] * uvlp[fyal]; _uli qphv = ((rjb[fyal + hkni]) + (ozqy) + (((((gepn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qphv < ozqy) { kxsk += 1; } _uli jlgf = ((((gepn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kxsk) << ((-47 + (((sizeof(_uli)) << (3)))))))); rjb[fyal + hkni] = qphv; rjb[1 + fyal + hkni] += jlgf; } { for (_si tiqj = 0; tiqj <= 11; tiqj += 1) { rjb[1 + tiqj] += ((rjb[tiqj]) >> (47)); rjb[tiqj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rjb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } pyqi(ngy); { _uc *sjvy = (_uc *)(uvlp); for (_si ptyo = 0; ptyo <= 360; ptyo += 1) { sjvy[ptyo] = (_uc)(255 + sjvy[1 + ptyo]) * (_uc)(1 + sjvy[ptyo]); } sjvy[361] = 0; } gebv(vvyj); ajwm(mfcx); } esak(igpi, ojmz, adg, rjb, rjb); } xpfo(igpi, ojmz, adg, fwdo, fwdo, sbvc); { { for (_si kqzc = 0; kqzc <= 12; kqzc += 1) { pac[kqzc] = -leme[kqzc] + pac[kqzc]; } { _si qocm; { qocm = 0; _uli ekkv = 19; for (_si cwov = 12; cwov >= 0; cwov -= 1) { if (pac[cwov] != 0) { qocm = ((((pac[cwov]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qocm) { { for (_si moha = 0; moha <= 12; moha += 1) { pac[moha] = -pac[moha]; } } } for (_si ukoz = 0; ukoz <= 11; ukoz += 1) { if (((((pac[ukoz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pac[1 + ukoz] -= 1; } else { pac[1 + ukoz] += ((pac[ukoz]) >> (47)); }; pac[ukoz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pac[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qocm) { glfx(pac, pac); } } } _si xxhk = epdc(pac); if (xxhk) { xuyr(pac, pac, ojmz); } } { { _uli *cbai = zgns(); _uli *lint = cxfp(); for (_si sab = 0; sab <= 12; sab += 1) { cbai[sab] = ((pac[sab]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lint[sab] = ((pac[sab]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } jmds(amjw); for (_si bhej = 0; bhej <= (-1 + (((13) >> (1)))); bhej += 1) { for (_si fhwp = 0; fhwp <= (-1 + (((13) >> (1)))); fhwp += 1) { _uli bcne = cbai[fhwp] * lint[bhej] + cbai[bhej] * lint[fhwp]; _uli pkba = cbai[fhwp] * cbai[bhej]; _uli jvea = lint[fhwp] * lint[bhej]; _uli zmlg = ((amjw[bhej + fhwp]) + (pkba) + (((((bcne) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zmlg < pkba) { jvea += 1; } _uli tqbl = ((((bcne) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jvea) << ((-47 + (((sizeof(_uli)) << (3)))))))); amjw[bhej + fhwp] = zmlg; amjw[1 + bhej + fhwp] += tqbl; } fthu(amjw); } { _uc *btwf = (_uc *)(cbai); for (_si fimy = 0; fimy <= 360; fimy += 1) { btwf[fimy] = (_uc)(255 + btwf[1 + fimy]) * (_uc)(1 + btwf[fimy]); } btwf[361] = 0; } kqqy(lint); } hmuh(igpi, ojmz, adg, amjw, amjw); } { { for (_si ojw = 0; ojw <= 12; ojw += 1) { amjw[ojw] = amjw[ojw] - fwdo[ojw]; } { _si fmzy = gsfk(amjw); if (fmzy) { { for (_si vjie = 0; vjie <= 12; vjie += 1) { amjw[vjie] = -amjw[vjie]; } } } for (_si rlhu = 0; rlhu <= 11; rlhu += 1) { if (((((amjw[rlhu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { amjw[1 + rlhu] -= 1; } else { amjw[1 + rlhu] += ((amjw[rlhu]) >> (47)); }; amjw[rlhu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } amjw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fmzy) { { for (_si uiho = 0; uiho <= 12; uiho += 1) { amjw[uiho] = -amjw[uiho]; } } } } } _si xubd = iked(amjw); if (xubd) { { for (_si erhr = 0; erhr <= 12; erhr += 1) { amjw[erhr] = amjw[erhr] + ojmz[erhr]; } { _si eeda = plbi(amjw); if (eeda) { { for (_si kmf = 0; kmf <= 12; kmf += 1) { amjw[kmf] = -amjw[kmf]; } } } for (_si yrjd = 0; yrjd <= 11; yrjd += 1) { if (((((amjw[yrjd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { amjw[1 + yrjd] -= 1; } else { amjw[1 + yrjd] += ((amjw[yrjd]) >> (47)); }; amjw[yrjd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } amjw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (eeda) { kicg(amjw, amjw); } } } } } paap(ojmz, amjw, amjw, rjb); { wfrx(amjw, amjw, rjb); _si mdqd; { mdqd = 0; _uli dmxc = 19; for (_si xiak = 12; xiak >= 0; xiak -= 1) { if (amjw[xiak] != 0) { mdqd = ((((amjw[xiak]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mdqd) { { for (_si wzzo = 0; wzzo <= 12; wzzo += 1) { amjw[wzzo] = amjw[wzzo] + ojmz[wzzo]; } gypa(amjw); } } } wxyn(ojmz, cics, rjb, amjw); { scsq(cics, cics, pac); { _uli *xaea = ecoc(); { if (xaea != cics) { for (_si wpny = 0; wpny <= 12; wpny += 1) { xaea[wpny] = cics[wpny]; } } } { ; } xexo(igpi, cics); schu(cics, cics, adg); znjh(igpi, cics); cggy(cics, cics, ojmz); { for (_si hoig = 0; hoig <= 12; hoig += 1) { cics[hoig] = cics[hoig] + xaea[hoig]; } xmfh(cics); } { _si woof = (igpi % 47); _si irkt = ((igpi) / (47)); _si gezk = igpi; if (gezk > (8 * sizeof(_uli))) { gezk = -1; } if (irkt >= 13) { pzio(cics); } else { _uli ejau = (((((_uli)(1)) << (woof))) - ((_uli)(1))); if (gezk < 0) { cics[0] = 0; } else { cics[0] = ((((cics[0]) & (~ejau))) >> (gezk)); }; if (irkt != 0) { cics[0] += ((((cics[irkt]) & (~ejau))) >> (woof)); } for (_si ooaj = 1; ooaj <= (12 - irkt); ooaj += 1) { cics[-1 + ooaj] += ((((((cics[irkt + ooaj]) & (ejau))) << (-woof + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cics[ooaj] = ((((cics[irkt + ooaj]) & (~ejau))) >> (woof)); } for (_si ojrq = 13 - irkt; ojrq <= 12; ojrq += 1) { cics[ojrq] = 0; } }; } { for (_si yfjs = 0; yfjs <= 12; yfjs += 1) { xaea[yfjs] = cics[yfjs] - ojmz[yfjs]; } { _si gmut = oqzo(xaea); if (gmut) { { for (_si ckej = 0; ckej <= 12; ckej += 1) { xaea[ckej] = -xaea[ckej]; } } } for (_si arjk = 0; arjk <= 11; arjk += 1) { if (((((xaea[arjk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xaea[1 + arjk] -= 1; } else { xaea[1 + arjk] += ((xaea[arjk]) >> (47)); }; xaea[arjk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xaea[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gmut) { { for (_si yppl = 0; yppl <= 12; yppl += 1) { xaea[yppl] = -xaea[yppl]; } } } } } _si qnmx; { qnmx = 0; _uli wwle = 19; for (_si bhcf = 12; bhcf >= 0; bhcf -= 1) { if (xaea[bhcf] != 0) { qnmx = ((((xaea[bhcf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!qnmx) { cmjl(cics, xaea); } { _uc *owxq = (_uc *)(xaea); for (_si ohuq = 0; ohuq <= 360; ohuq += 1) { owxq[ohuq] = (_uc)(255 + owxq[1 + ohuq]) * (_uc)(1 + owxq[ohuq]); } owxq[361] = 0; } } } { { _uli *udbk = feld(); _uli *wduk = dukr(); _uli *sxvy = axnl(); _uli *vvsn = oind(); for (_si dztm = 0; dztm <= 12; dztm += 1) { udbk[dztm] = ((leme[dztm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wduk[dztm] = ((leme[dztm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sxvy[dztm] = ((fwdo[dztm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vvsn[dztm] = ((fwdo[dztm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } ssbv(leme); for (_si infz = 0; infz <= (-1 + (((13) >> (1)))); infz += 1) { for (_si okri = 0; okri <= (-1 + (((13) >> (1)))); okri += 1) { _uli zexe = sxvy[okri] * wduk[infz] + udbk[infz] * vvsn[okri]; _uli ewae = sxvy[okri] * udbk[infz]; _uli gvhi = vvsn[okri] * wduk[infz]; _uli bumt = ((leme[infz + okri]) + (ewae) + (((((zexe) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bumt < ewae) { gvhi += 1; } _uli afpd = ((((zexe) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gvhi) << ((-47 + (((sizeof(_uli)) << (3)))))))); leme[infz + okri] = bumt; leme[1 + infz + okri] += afpd; } { for (_si btz = 0; btz <= 11; btz += 1) { leme[1 + btz] += ((leme[btz]) >> (47)); leme[btz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } leme[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } brs(udbk); { _uc *vlzi = (_uc *)(wduk); for (_si lfnf = 0; lfnf <= 360; lfnf += 1) { vlzi[lfnf] = (_uc)(255 + vlzi[1 + lfnf]) * (_uc)(1 + vlzi[lfnf]); } vlzi[361] = 0; } wsk(sxvy); wsqo(vvsn); } { _uli *acog = yegz(); lspm(acog, leme); { ; } { leme[(((igpi) / (47)))] &= ((((((_uli)(1)) << ((igpi % 47)))) - ((_uli)(1)))); for (_si zrdq = 1 + (((igpi) / (47))); zrdq <= 12; zrdq += 1) { leme[zrdq] = 0; } } { _uli *qomh = tjbz(); _uli *sadi = mlwr(); _uli *macv = prfv(); _uli *scif = tjbz(); for (_si yal = 0; yal <= 12; yal += 1) { qomh[yal] = ((leme[yal]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sadi[yal] = ((leme[yal]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); macv[yal] = ((adg[yal]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); scif[yal] = ((adg[yal]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si issc = 0; issc <= 12; issc += 1) { leme[issc] = 0; } } for (_si qjto = 0; qjto <= (-1 + (((13) >> (1)))); qjto += 1) { for (_si cwfg = 0; cwfg <= (-1 + (((13) >> (1)))); cwfg += 1) { _uli ojbo = macv[cwfg] * sadi[qjto] + qomh[qjto] * scif[cwfg]; _uli nzid = macv[cwfg] * qomh[qjto]; _uli dojz = sadi[qjto] * scif[cwfg]; _uli dfmr = ((leme[cwfg + qjto]) + (nzid) + (((((ojbo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dfmr < nzid) { dojz += 1; } _uli dbah = ((((ojbo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dojz) << ((-47 + (((sizeof(_uli)) << (3)))))))); leme[cwfg + qjto] = dfmr; leme[1 + cwfg + qjto] += dbah; } { for (_si crix = 0; crix <= 11; crix += 1) { leme[1 + crix] += ((leme[crix]) >> (47)); leme[crix] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } leme[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ixzn = (_uc *)(qomh); for (_si deyw = 0; deyw <= 360; deyw += 1) { ixzn[deyw] = (_uc)(1 + ixzn[deyw]) * (_uc)(255 + ixzn[1 + deyw]); } ixzn[361] = 0; } { _uc *ddhx = (_uc *)(sadi); for (_si oqxf = 0; oqxf <= 360; oqxf += 1) { ddhx[oqxf] = (_uc)(1 + ddhx[oqxf]) * (_uc)(255 + ddhx[1 + oqxf]); } ddhx[361] = 0; } uqxp(macv); { _uc *ndjp = (_uc *)(scif); for (_si buvh = 0; buvh <= 360; buvh += 1) { ndjp[buvh] = (_uc)(255 + ndjp[1 + buvh]) * (_uc)(1 + ndjp[buvh]); } ndjp[361] = 0; } } pdvc(igpi, leme); { _uli *cxtn = ypsa(); _uli *ndfm = upi(); _uli *pzdc = nayy(); _uli *gtld = opcr(); for (_si kkcj = 0; kkcj <= 12; kkcj += 1) { cxtn[kkcj] = ((leme[kkcj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ndfm[kkcj] = ((leme[kkcj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pzdc[kkcj] = ((ojmz[kkcj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gtld[kkcj] = ((ojmz[kkcj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bxum = 0; bxum <= 12; bxum += 1) { leme[bxum] = 0; } } for (_si ojue = 0; ojue <= (-1 + (((13) >> (1)))); ojue += 1) { for (_si dhaa = 0; dhaa <= (-1 + (((13) >> (1)))); dhaa += 1) { _uli dnue = cxtn[ojue] * gtld[dhaa] + ndfm[ojue] * pzdc[dhaa]; _uli rtoy = cxtn[ojue] * pzdc[dhaa]; _uli yplu = gtld[dhaa] * ndfm[ojue]; _uli naiv = ((leme[dhaa + ojue]) + (rtoy) + (((((dnue) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (naiv < rtoy) { yplu += 1; } _uli mfcv = ((((dnue) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yplu) << ((-47 + (((sizeof(_uli)) << (3)))))))); leme[dhaa + ojue] = naiv; leme[1 + dhaa + ojue] += mfcv; } dnea(leme); } wzqz(cxtn); fips(ndfm); qejy(pzdc); { _uc *jxxx = (_uc *)(gtld); for (_si ykdb = 0; ykdb <= 360; ykdb += 1) { jxxx[ykdb] = (_uc)(255 + jxxx[1 + ykdb]) * (_uc)(1 + jxxx[ykdb]); } jxxx[361] = 0; } } nvqh(leme, leme, acog); ufcj(leme, igpi); eexc(acog, leme, ojmz); _si baln; { baln = 0; _uli wcky = 19; for (_si blfz = 12; blfz >= 0; blfz -= 1) { if (acog[blfz] != 0) { baln = ((((acog[blfz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!baln) { { if (leme != acog) { for (_si kygy = 0; kygy <= 12; kygy += 1) { leme[kygy] = acog[kygy]; } } } } { _uc *nhcv = (_uc *)(acog); for (_si ybpq = 0; ybpq <= 360; ybpq += 1) { nhcv[ybpq] = (_uc)(1 + nhcv[ybpq]) * (_uc)(255 + nhcv[1 + ybpq]); } nhcv[361] = 0; } } } ohw(ojmz, cics, cics, leme); { ipjc(vokm, vokm, hzew); { _uli *qylb = ieqp(); { if (qylb != vokm) { for (_si lzfg = 0; lzfg <= 12; lzfg += 1) { qylb[lzfg] = vokm[lzfg]; } } } { ; } { vokm[(((igpi) / (47)))] &= ((((((_uli)(1)) << ((igpi % 47)))) - ((_uli)(1)))); for (_si ultf = 1 + (((igpi) / (47))); ultf <= 12; ultf += 1) { vokm[ultf] = 0; } } cphc(vokm, vokm, adg); zlzd(igpi, vokm); schu(vokm, vokm, ojmz); kkwd(vokm, vokm, qylb); ivtx(vokm, igpi); { for (_si gcfp = 0; gcfp <= 12; gcfp += 1) { qylb[gcfp] = -ojmz[gcfp] + vokm[gcfp]; } tacz(qylb); } _si qxpb; { qxpb = 0; _uli sdhx = 19; for (_si hdor = 12; hdor >= 0; hdor -= 1) { if (qylb[hdor] != 0) { qxpb = ((((qylb[hdor]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!qxpb) { { if (vokm != qylb) { for (_si haxc = 0; haxc <= 12; haxc += 1) { vokm[haxc] = qylb[haxc]; } } } } { _uc *hyhh = (_uc *)(qylb); for (_si ofew = 0; ofew <= 360; ofew += 1) { hyhh[ofew] = (_uc)(255 + hyhh[1 + ofew]) * (_uc)(1 + hyhh[ofew]); } hyhh[361] = 0; } } } { { _uli *ronk = ytpa(); _uli *lkxn = ytpa(); _uli *hjdj = teuv(); _uli *qnjx = oqxb(); for (_si tsfg = 0; tsfg <= 12; tsfg += 1) { ronk[tsfg] = ((vokm[tsfg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lkxn[tsfg] = ((vokm[tsfg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hjdj[tsfg] = ((sbvc[tsfg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qnjx[tsfg] = ((sbvc[tsfg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si eama = 0; eama <= 12; eama += 1) { vokm[eama] = 0; } } for (_si pbot = 0; pbot <= (-1 + (((13) >> (1)))); pbot += 1) { for (_si eqyq = 0; eqyq <= (-1 + (((13) >> (1)))); eqyq += 1) { _uli evij = hjdj[eqyq] * lkxn[pbot] + qnjx[eqyq] * ronk[pbot]; _uli qixt = hjdj[eqyq] * ronk[pbot]; _uli gjp = lkxn[pbot] * qnjx[eqyq]; _uli xhzf = ((vokm[eqyq + pbot]) + (qixt) + (((((evij) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xhzf < qixt) { gjp += 1; } _uli wjao = ((((evij) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gjp) << ((-47 + (((sizeof(_uli)) << (3)))))))); vokm[eqyq + pbot] = xhzf; vokm[1 + eqyq + pbot] += wjao; } huxm(vokm); } vefg(ronk); lwfw(lkxn); { _uc *cjbj = (_uc *)(hjdj); for (_si mtxj = 0; mtxj <= 360; mtxj += 1) { cjbj[mtxj] = (_uc)(1 + cjbj[mtxj]) * (_uc)(255 + cjbj[1 + mtxj]); } cjbj[361] = 0; } { _uc *hqsn = (_uc *)(qnjx); for (_si bvlh = 0; bvlh <= 360; bvlh += 1) { hqsn[bvlh] = (_uc)(1 + hqsn[bvlh]) * (_uc)(255 + hqsn[1 + bvlh]); } hqsn[361] = 0; } } uzye(igpi, ojmz, adg, vokm, vokm); } vkxh(sbvc); { _uc *yfqq = (_uc *)(fwdo); for (_si xrma = 0; xrma <= 360; xrma += 1) { yfqq[xrma] = (_uc)(1 + yfqq[xrma]) * (_uc)(255 + yfqq[1 + xrma]); } yfqq[361] = 0; } { _uc *lft = (_uc *)(rjb); for (_si lqgw = 0; lqgw <= 360; lqgw += 1) { lft[lqgw] = (_uc)(1 + lft[lqgw]) * (_uc)(255 + lft[1 + lqgw]); } lft[361] = 0; } { _uc *ueai = (_uc *)(pzly); for (_si fljo = 0; fljo <= 360; fljo += 1) { ueai[fljo] = (_uc)(1 + ueai[fljo]) * (_uc)(255 + ueai[1 + fljo]); } ueai[361] = 0; } opbm(leme); { _uc *kqql = (_uc *)(pac); for (_si ueba = 0; ueba <= 360; ueba += 1) { kqql[ueba] = (_uc)(255 + kqql[1 + ueba]) * (_uc)(1 + kqql[ueba]); } kqql[361] = 0; } } }; } vjov = 1; } vonw >>= 1; } } { _uc *yxhv = (_uc *)(xqht); for (_si hzfw = 0; hzfw <= 360; hzfw += 1) { yxhv[hzfw] = (_uc)(1 + yxhv[hzfw]) * (_uc)(255 + yxhv[1 + hzfw]); } yxhv[361] = 0; } eolt(rmli); cfmy(hzew); } void ajpj(_uli *kfjk) { _uc *hwzh = (_uc *)(kfjk); for (_si hikn = 0; hikn <= 360; hikn += 1) { hwzh[hikn] = (_uc)(1 + hwzh[hikn]) * (_uc)(255 + hwzh[1 + hikn]); } hwzh[361] = 0; } void ftym(_si ubxg, _uli *rzpu) { rzpu[(((ubxg) / (47)))] &= ((((((_uli)(1)) << ((ubxg % 47)))) - ((_uli)(1)))); for (_si dhki = 1 + (((ubxg) / (47))); dhki <= 12; dhki += 1) { rzpu[dhki] = 0; } } void pwnk(_uli *ssya, _si murb) { _si umzs = (murb % 47); _si srls = ((murb) / (47)); _si kafd = -umzs + (((sizeof(_uli)) << (3))); if (srls >= 13) { { for (_si hrok = 0; hrok <= 12; hrok += 1) { ssya[hrok] = 0; } } } else { for (_si jqxi = 12 - srls; jqxi >= 1; jqxi -= 1) { ssya[jqxi + srls] = ((ssya[jqxi]) << (umzs)); if (kafd < (8 * sizeof(_uli))) { ssya[jqxi + srls] += ((((ssya[-1 + jqxi]) >> (kafd))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ssya[srls] = ((ssya[0]) << (umzs)); for (_si aeel = -1 + srls; aeel >= 0; aeel -= 1) { ssya[aeel] = 0; } }; { for (_si wlai = 0; wlai <= 11; wlai += 1) { ssya[1 + wlai] += ((ssya[wlai]) >> (47)); ssya[wlai] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ssya[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void meun(_si ulsv, _uli *dhuh) { dhuh[(((ulsv) / (47)))] &= ((((((_uli)(1)) << ((ulsv % 47)))) - ((_uli)(1)))); for (_si qekw = 1 + (((ulsv) / (47))); qekw <= 12; qekw += 1) { dhuh[qekw] = 0; } } void hwiz(_uli *bgqx, _si qxrw) { _si pdnm = (qxrw % 47); _si gqtf = ((qxrw) / (47)); _si egqg = qxrw; if (egqg > (8 * sizeof(_uli))) { egqg = -1; } if (gqtf >= 13) { { for (_si pykg = 0; pykg <= 12; pykg += 1) { bgqx[pykg] = 0; } } } else { _uli pzpx = (((((_uli)(1)) << (pdnm))) - ((_uli)(1))); if (egqg < 0) { bgqx[0] = 0; } else { bgqx[0] = ((((bgqx[0]) & (~pzpx))) >> (egqg)); }; if (gqtf != 0) { bgqx[0] += ((((bgqx[gqtf]) & (~pzpx))) >> (pdnm)); } for (_si igce = 1; igce <= (12 - gqtf); igce += 1) { bgqx[-1 + igce] += ((((((bgqx[gqtf + igce]) & (pzpx))) << (-pdnm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bgqx[igce] = ((((bgqx[gqtf + igce]) & (~pzpx))) >> (pdnm)); } for (_si jhlo = 13 - gqtf; jhlo <= 12; jhlo += 1) { bgqx[jhlo] = 0; } }; } void megp(_uli *eark) { for (_si izxn = 0; izxn <= 12; izxn += 1) { eark[izxn] = 0; } } void yoho(_uli *qwzp, _uli *doiy, _uli *gbag) { for (_si klxp = 0; klxp <= 44; klxp += 1) { qwzp[klxp] = doiy[klxp] + gbag[klxp]; } buiu(qwzp); } void ipiz(_uc *qhxc, _uc *yhtt, _si dvd) { { _ui *vrkq = (_ui *)(qhxc + 64); for (_si hpi = 0; hpi <= 7; hpi += 1) { vrkq[4 + hpi] = (((_ui)((yhtt + 4 * hpi)[0])) + ((((_ui)((yhtt + 4 * hpi)[1])) << (8))) + ((((_ui)((yhtt + 4 * hpi)[2])) << (16))) + ((((_ui)((yhtt + 4 * hpi)[3])) << (24)))); } } _ui *hqxg = (_ui *)(qhxc + 64); _ui *bnvg = (_ui *)(qhxc + 128); for (_si cnfb = 0; cnfb <= 3; cnfb += 1) { hqxg[cnfb] = (((_ui)(((_uc *)(_m + 48146) + 4 * cnfb)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cnfb)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cnfb)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cnfb)[3])) << (24)))); } for (_si erri = 0; erri <= 3; erri += 1) { hqxg[12 + erri] = dvd; _m[65162] += 1; } bnvg[0] = 3904225602; } void aedv(_uli *qyu, _uli *gqfe, _uli *ifyi) { for (_si ezoa = 0; ezoa <= 12; ezoa += 1) { qyu[ezoa] = gqfe[ezoa] + ifyi[ezoa]; } jdct(qyu); } void lzkz(_uli *hklh, _uli *artv) { _uli *krhe = jozk(); _uli *iygy = ecoc(); for (_si dksm = 0; dksm <= 12; dksm += 1) { krhe[dksm] = ((artv[dksm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iygy[dksm] = ((artv[dksm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } gwtg(hklh); for (_si asia = 0; asia <= (-1 + (((13) >> (1)))); asia += 1) { for (_si owlo = 0; owlo <= (-1 + (((13) >> (1)))); owlo += 1) { _uli hqrz = iygy[owlo] * krhe[asia] + iygy[asia] * krhe[owlo]; _uli jayt = krhe[asia] * krhe[owlo]; _uli eseh = iygy[asia] * iygy[owlo]; _uli oucs = ((hklh[asia + owlo]) + (jayt) + (((((hqrz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (oucs < jayt) { eseh += 1; } _uli fser = ((((hqrz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((eseh) << ((-47 + (((sizeof(_uli)) << (3)))))))); hklh[asia + owlo] = oucs; hklh[1 + asia + owlo] += fser; } { for (_si mfhk = 0; mfhk <= 11; mfhk += 1) { hklh[1 + mfhk] += ((hklh[mfhk]) >> (47)); hklh[mfhk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hklh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *gjas = (_uc *)(krhe); for (_si ptmk = 0; ptmk <= 360; ptmk += 1) { gjas[ptmk] = (_uc)(255 + gjas[1 + ptmk]) * (_uc)(1 + gjas[ptmk]); } gjas[361] = 0; } { _uc *hene = (_uc *)(iygy); for (_si rdtu = 0; rdtu <= 360; rdtu += 1) { hene[rdtu] = (_uc)(255 + hene[1 + rdtu]) * (_uc)(1 + hene[rdtu]); } hene[361] = 0; } } _si mzhc(_uli *awit) { _si zyxt = 0; _uli lpos = 19; for (_si nrln = 44; nrln >= 0; nrln -= 1) { if (awit[nrln] != 0) { zyxt = ((((awit[nrln]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zyxt; } void oyof(_uc *whuc) { _ui *ecqm = (_ui *)(whuc + 0); _ui *clk = (_ui *)(whuc + 64); for (_si dft = 0; dft <= 15; dft += 1) { ecqm[dft] = clk[dft]; } for (_si dit = 0; dit <= 9; dit += 1) { cqhk(ecqm, 0, 4, 8, 12); wnqj(ecqm, 1, 5, 9, 13); hnkf(ecqm, 2, 6, 10, 14); tabt(ecqm, 3, 7, 11, 15); { ecqm[0] += ecqm[5]; ecqm[15] ^= ecqm[0]; ecqm[15] = ((((ecqm[15]) << (16))) | (((ecqm[15]) >> (16)))); ecqm[10] += ecqm[15]; ecqm[5] ^= ecqm[10]; ecqm[5] = ((((ecqm[5]) << (12))) | (((ecqm[5]) >> (20)))); ecqm[0] += ecqm[5]; ecqm[15] ^= ecqm[0]; ecqm[15] = ((((ecqm[15]) << (8))) | (((ecqm[15]) >> (24)))); ecqm[10] += ecqm[15]; ecqm[5] ^= ecqm[10]; ecqm[5] = ((((ecqm[5]) << (7))) | (((ecqm[5]) >> (25)))); } { ecqm[1] += ecqm[6]; ecqm[12] ^= ecqm[1]; ecqm[12] = ((((ecqm[12]) << (16))) | (((ecqm[12]) >> (16)))); ecqm[11] += ecqm[12]; ecqm[6] ^= ecqm[11]; ecqm[6] = ((((ecqm[6]) << (12))) | (((ecqm[6]) >> (20)))); ecqm[1] += ecqm[6]; ecqm[12] ^= ecqm[1]; ecqm[12] = ((((ecqm[12]) << (8))) | (((ecqm[12]) >> (24)))); ecqm[11] += ecqm[12]; ecqm[6] ^= ecqm[11]; ecqm[6] = ((((ecqm[6]) << (7))) | (((ecqm[6]) >> (25)))); } { ecqm[2] += ecqm[7]; ecqm[13] ^= ecqm[2]; ecqm[13] = ((((ecqm[13]) << (16))) | (((ecqm[13]) >> (16)))); ecqm[8] += ecqm[13]; ecqm[7] ^= ecqm[8]; ecqm[7] = ((((ecqm[7]) << (12))) | (((ecqm[7]) >> (20)))); ecqm[2] += ecqm[7]; ecqm[13] ^= ecqm[2]; ecqm[13] = ((((ecqm[13]) << (8))) | (((ecqm[13]) >> (24)))); ecqm[8] += ecqm[13]; ecqm[7] ^= ecqm[8]; ecqm[7] = ((((ecqm[7]) << (7))) | (((ecqm[7]) >> (25)))); } ptmu(ecqm, 3, 4, 9, 14); _m[65163] += 1; } for (_si dlu = 0; dlu <= 15; dlu += 1) { ecqm[dlu] += clk[dlu]; } clk[12] += 1; if (clk[12] == 0) { clk[13] += 1; } } void wmjr(_uli *uvcf, _uli *hlsx, _uli *xwut, _uli *spzn) { { if (hlsx != xwut) { for (_si fnlp = 0; fnlp <= 44; fnlp += 1) { hlsx[fnlp] = xwut[fnlp]; } } } _si ldlp = dzjj(hlsx); _si ghbj = khxt(spzn); if (ldlp >= ghbj) { _si lbbw = 0; _uli stoi = spzn[ghbj]; while (stoi < (((((((_uli)(1)) << (47)))) >> (1)))) { lbbw += 1; stoi <<= 1; } if (ghbj == 0) { lbbw += 47; ldlp += 1; ghbj += 1; } if (lbbw > 0) { { _si zqjm = (lbbw % 47); _si xekz = ((lbbw) / (47)); _si vgbz = -zqjm + (((sizeof(_uli)) << (3))); if (xekz >= 45) { { for (_si udhw = 0; udhw <= 44; udhw += 1) { hlsx[udhw] = 0; } } } else { for (_si uchr = 44 - xekz; uchr >= 1; uchr -= 1) { hlsx[uchr + xekz] = ((hlsx[uchr]) << (zqjm)); if (vgbz < (8 * sizeof(_uli))) { hlsx[uchr + xekz] += ((((hlsx[-1 + uchr]) >> (vgbz))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } hlsx[xekz] = ((hlsx[0]) << (zqjm)); for (_si jsdr = -1 + xekz; jsdr >= 0; jsdr -= 1) { hlsx[jsdr] = 0; } }; vhkv(hlsx); } khav(spzn, lbbw); } _si noga = -ghbj + ldlp; stoi = spzn[ghbj]; _uli uimc = spzn[-1 + ghbj]; for (_si ihht = noga; ihht >= 0; ihht -= 1) { __uint128_t wndd = hlsx[ghbj + ihht] + (__uint128_t)(((((_uli)(1)) << (47)))) * hlsx[1 + ghbj + ihht]; _uli qasy = 0; __uint128_t fpfw = ((wndd) / (stoi)); __uint128_t pnmj = (wndd % stoi); while (fpfw == ((((_uli)(1)) << (47))) || (fpfw * uimc) > (hlsx[-1 + ghbj + ihht] + ((((_uli)(1)) << (47))) * pnmj)) { fpfw -= 1; pnmj += stoi; if (pnmj >= ((((_uli)(1)) << (47)))) { break; } } wndd = 0; for (_si mevj = 0; mevj <= ghbj; mevj += 1) { wndd += fpfw * spzn[mevj]; qasy = hlsx[ihht + mevj]; if (wndd > qasy) { wndd -= qasy; qasy = wndd % ((((_uli)(1)) << (47))); wndd = ((wndd) / (((((_uli)(1)) << (47))))); if (qasy == 0) { hlsx[ihht + mevj] = 0; } else { hlsx[ihht + mevj] = ((1 + ~(_uli)(qasy)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); wndd += 1; }; } else { hlsx[ihht + mevj] -= wndd; wndd = 0; }; } qasy = hlsx[1 + ghbj + ihht]; if (wndd > qasy) { spzn[1 + ghbj + ihht] = -1 + fpfw; wndd = 0; for (_si pljt = 0; pljt <= ghbj; pljt += 1) { wndd += hlsx[ihht + pljt] + spzn[pljt]; hlsx[ihht + pljt] = wndd % ((((_uli)(1)) << (47))); wndd = ((wndd) / (((((_uli)(1)) << (47))))); } } else { spzn[1 + ghbj + ihht] = fpfw; hlsx[1 + ghbj + ihht] -= wndd; }; } for (_si lbjr = 0; lbjr <= noga; lbjr += 1) { uvcf[lbjr] = spzn[1 + ghbj + lbjr]; hlsx[1 + ghbj + lbjr] = 0; } for (_si rxwr = 1 + noga; rxwr <= 44; rxwr += 1) { uvcf[rxwr] = 0; } if (uvcf != spzn) { for (_si xdar = 1 + ghbj; xdar <= (1 + ldlp); xdar += 1) { spzn[xdar] = 0; } if (lbbw > 0) { tojl(spzn, lbbw); } } if (lbbw > 0) { bgyu(hlsx, lbbw); } } } void rise(_uli *bpby) { for (_si lhhe = 0; lhhe <= 11; lhhe += 1) { bpby[1 + lhhe] += ((bpby[lhhe]) >> (47)); bpby[lhhe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bpby[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void citr(_uli *oxgg) { for (_si xoyk = 0; xoyk <= 12; xoyk += 1) { oxgg[xoyk] = 0; } } void gmee(_uli *repz) { _uc *xavb = xrzr(); _uc *lxpq = ((_uc *)(_m + 49956) + 0); _uc *kglk = (_uc *)(repz); for (_si qsyh = 0; qsyh <= 359; qsyh += 1) { kglk[qsyh] = *(((_uc *)(_m + 3982) + qsyh)); } laec(xavb, lxpq, kglk, 360); } void dmvu(_uli *fnue, _uli *crer, _uli *pbtr, _uli *puyp) { { if (crer != pbtr) { for (_si qcks = 0; qcks <= 12; qcks += 1) { crer[qcks] = pbtr[qcks]; } } } _si czzc; { czzc = -1; for (_si bakw = 12; bakw >= 0; bakw -= 1) { if (crer[bakw] != 0) { czzc = bakw; break; } } } _si dgnv = yfbs(puyp); if (czzc >= dgnv) { _si viga = 0; _uli gqmo = puyp[dgnv]; while (gqmo < (((((((_uli)(1)) << (47)))) >> (1)))) { viga += 1; gqmo <<= 1; } if (dgnv == 0) { viga += 47; czzc += 1; dgnv += 1; } if (viga > 0) { syqz(crer, viga); wbum(puyp, viga); } _si xoce = czzc - dgnv; gqmo = puyp[dgnv]; _uli iykk = puyp[-1 + dgnv]; for (_si mken = xoce; mken >= 0; mken -= 1) { __uint128_t poyh = crer[1 + dgnv + mken] * (__uint128_t)(((((_uli)(1)) << (47)))) + crer[dgnv + mken]; _uli uzyh = 0; __uint128_t kdbb = ((poyh) / (gqmo)); __uint128_t krtb = (poyh % gqmo); while (kdbb == ((((_uli)(1)) << (47))) || (iykk * kdbb) > (crer[-1 + dgnv + mken] + krtb * ((((_uli)(1)) << (47))))) { kdbb -= 1; krtb += gqmo; if (krtb >= ((((_uli)(1)) << (47)))) { break; } } poyh = 0; for (_si nurh = 0; nurh <= dgnv; nurh += 1) { poyh += kdbb * puyp[nurh]; uzyh = crer[mken + nurh]; if (poyh > uzyh) { poyh -= uzyh; uzyh = poyh % ((((_uli)(1)) << (47))); poyh = ((poyh) / (((((_uli)(1)) << (47))))); if (uzyh == 0) { crer[mken + nurh] = 0; } else { crer[mken + nurh] = ((1 + ~(_uli)(uzyh)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); poyh += 1; }; } else { crer[mken + nurh] -= poyh; poyh = 0; }; } uzyh = crer[1 + dgnv + mken]; if (poyh > uzyh) { puyp[1 + dgnv + mken] = -1 + kdbb; poyh = 0; for (_si lncj = 0; lncj <= dgnv; lncj += 1) { poyh += crer[lncj + mken] + puyp[lncj]; crer[lncj + mken] = poyh % ((((_uli)(1)) << (47))); poyh = ((poyh) / (((((_uli)(1)) << (47))))); } } else { puyp[1 + dgnv + mken] = kdbb; crer[1 + dgnv + mken] -= poyh; }; } for (_si yfrw = 0; yfrw <= xoce; yfrw += 1) { fnue[yfrw] = puyp[1 + dgnv + yfrw]; crer[1 + dgnv + yfrw] = 0; } for (_si ksdd = 1 + xoce; ksdd <= 12; ksdd += 1) { fnue[ksdd] = 0; } if (fnue != puyp) { for (_si vkjp = 1 + dgnv; vkjp <= (1 + czzc); vkjp += 1) { puyp[vkjp] = 0; } if (viga > 0) { { _si nvqm = (viga % 47); _si tpik = ((viga) / (47)); _si zsws = viga; if (zsws > (8 * sizeof(_uli))) { zsws = -1; } if (tpik >= 13) { { for (_si yjih = 0; yjih <= 12; yjih += 1) { puyp[yjih] = 0; } } } else { _uli uypr = (((((_uli)(1)) << (nvqm))) - ((_uli)(1))); if (zsws < 0) { puyp[0] = 0; } else { puyp[0] = ((((puyp[0]) & (~uypr))) >> (zsws)); }; if (tpik != 0) { puyp[0] += ((((puyp[tpik]) & (~uypr))) >> (nvqm)); } for (_si qosl = 1; qosl <= (12 - tpik); qosl += 1) { puyp[-1 + qosl] += ((((((puyp[qosl + tpik]) & (uypr))) << (-nvqm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); puyp[qosl] = ((((puyp[qosl + tpik]) & (~uypr))) >> (nvqm)); } for (_si ppnz = 13 - tpik; ppnz <= 12; ppnz += 1) { puyp[ppnz] = 0; } }; } } } if (viga > 0) { { _si jsdf = (viga % 47); _si xaoa = ((viga) / (47)); _si tmsy = viga; if (tmsy > (8 * sizeof(_uli))) { tmsy = -1; } if (xaoa >= 13) { { for (_si gzcl = 0; gzcl <= 12; gzcl += 1) { crer[gzcl] = 0; } } } else { _uli twdb = (((((_uli)(1)) << (jsdf))) - ((_uli)(1))); if (tmsy < 0) { crer[0] = 0; } else { crer[0] = ((((crer[0]) & (~twdb))) >> (tmsy)); }; if (xaoa != 0) { crer[0] += ((((crer[xaoa]) & (~twdb))) >> (jsdf)); } for (_si mbci = 1; mbci <= (12 - xaoa); mbci += 1) { crer[-1 + mbci] += ((((((crer[mbci + xaoa]) & (twdb))) << (-jsdf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); crer[mbci] = ((((crer[mbci + xaoa]) & (~twdb))) >> (jsdf)); } for (_si hktm = 13 - xaoa; hktm <= 12; hktm += 1) { crer[hktm] = 0; } }; } } } } _uc *nwxw() { ; _uc *roxa; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; roxa = (_uc *)(_m + 362 * _s); break; } _s += 1; } return roxa; } void tvqe(_uli *axyx, _uli *nngr, _uli *sgiw) { _uli *sbuj = smxy(); _uli *rkqw = meln(); _uli *hkva = flsx(); _uli *bxvt = dup(); for (_si lckk = 0; lckk <= 44; lckk += 1) { sbuj[lckk] = ((nngr[lckk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rkqw[lckk] = ((nngr[lckk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hkva[lckk] = ((sgiw[lckk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bxvt[lckk] = ((sgiw[lckk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } jkvs(axyx); for (_si mmyj = 0; mmyj <= (-1 + (((45) >> (1)))); mmyj += 1) { for (_si ldbp = 0; ldbp <= (-1 + (((45) >> (1)))); ldbp += 1) { _uli khbb = bxvt[ldbp] * sbuj[mmyj] + hkva[ldbp] * rkqw[mmyj]; _uli cnpj = hkva[ldbp] * sbuj[mmyj]; _uli lcwf = bxvt[ldbp] * rkqw[mmyj]; _uli rtqe = ((axyx[ldbp + mmyj]) + (cnpj) + (((((khbb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rtqe < cnpj) { lcwf += 1; } _uli msnv = ((((khbb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lcwf) << ((-47 + (((sizeof(_uli)) << (3)))))))); axyx[ldbp + mmyj] = rtqe; axyx[1 + ldbp + mmyj] += msnv; } { for (_si auhv = 0; auhv <= 43; auhv += 1) { axyx[1 + auhv] += ((axyx[auhv]) >> (47)); axyx[auhv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } axyx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } lliw(sbuj); twn(rkqw); mkbq(hkva); { _uc *xdnv = (_uc *)(bxvt); for (_si pzpo = 0; pzpo <= 360; pzpo += 1) { xdnv[pzpo] = (_uc)(255 + xdnv[1 + pzpo]) * (_uc)(1 + xdnv[pzpo]); } xdnv[361] = 0; } } void ctqk(_uli *xbm) { _uc *emyj = (_uc *)(xbm); for (_si mpun = 0; mpun <= 360; mpun += 1) { emyj[mpun] = (_uc)(1 + emyj[mpun]) * (_uc)(255 + emyj[1 + mpun]); } emyj[361] = 0; } void ntw(_uc *yau, _uc *toql, _si frat) { _ui *qyon = (_ui *)(yau + 0); _ui *xynr = (_ui *)(yau + 128); _uc *aqw = (_uc *)(qyon); for (_si dbm = 0; dbm <= (-1 + frat); dbm += 1) { if (xynr[0] >= 64) { lcn(yau); xynr[0] = 0; } toql[dbm] ^= aqw[xynr[0]]; xynr[0] += 1; } } void dszx(_si abom, _uli *wtlh, _uli *fyxm, _uli *catk, _uli *akey, _uli *wgbe, _uli *dha, _uli *mtpc, _uli *ueou) { { sgep(ueou, ueou); { _si pcvr = (abom % 47); _si jmqh = ((abom) / (47)); _si hodz = -pcvr + (((sizeof(_uli)) << (3))); if (jmqh >= 45) { { for (_si tuaa = 0; tuaa <= 44; tuaa += 1) { ueou[tuaa] = 0; } } } else { for (_si nunh = 44 - jmqh; nunh >= 1; nunh -= 1) { ueou[jmqh + nunh] = ((ueou[nunh]) << (pcvr)); if (hodz < (8 * sizeof(_uli))) { ueou[jmqh + nunh] += ((((ueou[-1 + nunh]) >> (hodz))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ueou[jmqh] = ((ueou[0]) << (pcvr)); for (_si wor = -1 + jmqh; wor >= 0; wor -= 1) { ueou[wor] = 0; } }; { for (_si bjcb = 0; bjcb <= 43; bjcb += 1) { ueou[1 + bjcb] += ((ueou[bjcb]) >> (47)); ueou[bjcb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ueou[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } gxzj(ueou, ueou, wtlh); } ucef(abom, wtlh, fyxm, catk, ueou, ueou, akey); { _uli *xmmv = pwfo(); { if (xmmv != wgbe) { for (_si lpux = 0; lpux <= 44; lpux += 1) { xmmv[lpux] = wgbe[lpux]; } } } { { if (dha != catk) { for (_si fjqf = 0; fjqf <= 44; fjqf += 1) { dha[fjqf] = catk[fjqf]; } } } } _si ecfh = 0; for (_si levt = 12; levt >= 0; levt -= 1) { _uli coeg = mtpc[levt]; _uli xofl = (((_uli)(1)) << (46)); while (xofl != 0) { _si yvec = ((((coeg) & (xofl))) != (0)); if (ecfh || yvec) { { { _uli *ntqz = zauj(); _uli *ebrs = vbxx(); for (_si wurh = 0; wurh <= 44; wurh += 1) { ntqz[wurh] = ((dha[wurh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ebrs[wurh] = ((dha[wurh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kjkl = 0; kjkl <= 44; kjkl += 1) { dha[kjkl] = 0; } } for (_si wxed = 0; wxed <= (-1 + (((45) >> (1)))); wxed += 1) { for (_si lpik = 0; lpik <= (-1 + (((45) >> (1)))); lpik += 1) { _uli mden = ebrs[lpik] * ntqz[wxed] + ebrs[wxed] * ntqz[lpik]; _uli ycbc = ntqz[lpik] * ntqz[wxed]; _uli zorb = ebrs[lpik] * ebrs[wxed]; _uli rtje = ((dha[lpik + wxed]) + (ycbc) + (((((mden) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rtje < ycbc) { zorb += 1; } _uli bdmz = ((((mden) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zorb) << ((-47 + (((sizeof(_uli)) << (3)))))))); dha[lpik + wxed] = rtje; dha[1 + lpik + wxed] += bdmz; } rnnx(dha); } zkrd(ntqz); jbbi(ebrs); } { _uli *gvwj = mfoa(); { if (gvwj != dha) { for (_si kclf = 0; kclf <= 44; kclf += 1) { gvwj[kclf] = dha[kclf]; } } } { ; } vbap(abom, dha); { _uli *ielf = ndri(); _uli *gjny = veqw(); _uli *jhax = xasz(); _uli *orvv = hvxz(); for (_si zagp = 0; zagp <= 44; zagp += 1) { ielf[zagp] = ((dha[zagp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gjny[zagp] = ((dha[zagp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jhax[zagp] = ((fyxm[zagp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); orvv[zagp] = ((fyxm[zagp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uxnp = 0; uxnp <= 44; uxnp += 1) { dha[uxnp] = 0; } } for (_si cptm = 0; cptm <= (-1 + (((45) >> (1)))); cptm += 1) { for (_si qmml = 0; qmml <= (-1 + (((45) >> (1)))); qmml += 1) { _uli cgtz = gjny[cptm] * jhax[qmml] + ielf[cptm] * orvv[qmml]; _uli wdva = ielf[cptm] * jhax[qmml]; _uli uqac = gjny[cptm] * orvv[qmml]; _uli etxg = ((dha[cptm + qmml]) + (wdva) + (((((cgtz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (etxg < wdva) { uqac += 1; } _uli aoxw = ((((cgtz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uqac) << ((-47 + (((sizeof(_uli)) << (3)))))))); dha[cptm + qmml] = etxg; dha[1 + cptm + qmml] += aoxw; } { for (_si qfze = 0; qfze <= 43; qfze += 1) { dha[1 + qfze] += ((dha[qfze]) >> (47)); dha[qfze] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dha[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } whyx(ielf); { _uc *wbeq = (_uc *)(gjny); for (_si npux = 0; npux <= 360; npux += 1) { wbeq[npux] = (_uc)(1 + wbeq[npux]) * (_uc)(255 + wbeq[1 + npux]); } wbeq[361] = 0; } btsd(jhax); { _uc *rtjh = (_uc *)(orvv); for (_si qzke = 0; qzke <= 360; qzke += 1) { rtjh[qzke] = (_uc)(1 + rtjh[qzke]) * (_uc)(255 + rtjh[1 + qzke]); } rtjh[361] = 0; } } { dha[(((abom) / (47)))] &= ((((((_uli)(1)) << ((abom % 47)))) - ((_uli)(1)))); for (_si ukdc = 1 + (((abom) / (47))); ukdc <= 44; ukdc += 1) { dha[ukdc] = 0; } } { _uli *wqpl = gavy(); _uli *pwae = jzqf(); _uli *jgcm = wiss(); _uli *dxmo = zxux(); for (_si phfy = 0; phfy <= 44; phfy += 1) { wqpl[phfy] = ((dha[phfy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pwae[phfy] = ((dha[phfy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jgcm[phfy] = ((wtlh[phfy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dxmo[phfy] = ((wtlh[phfy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si drtb = 0; drtb <= 44; drtb += 1) { dha[drtb] = 0; } } for (_si hrzk = 0; hrzk <= (-1 + (((45) >> (1)))); hrzk += 1) { for (_si dmcd = 0; dmcd <= (-1 + (((45) >> (1)))); dmcd += 1) { _uli sztq = dxmo[dmcd] * wqpl[hrzk] + jgcm[dmcd] * pwae[hrzk]; _uli vydm = jgcm[dmcd] * wqpl[hrzk]; _uli jeto = dxmo[dmcd] * pwae[hrzk]; _uli bitu = ((dha[dmcd + hrzk]) + (vydm) + (((((sztq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bitu < vydm) { jeto += 1; } _uli igxp = ((((sztq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jeto) << ((-47 + (((sizeof(_uli)) << (3)))))))); dha[dmcd + hrzk] = bitu; dha[1 + dmcd + hrzk] += igxp; } mnml(dha); } { _uc *xrrg = (_uc *)(wqpl); for (_si weda = 0; weda <= 360; weda += 1) { xrrg[weda] = (_uc)(255 + xrrg[1 + weda]) * (_uc)(1 + xrrg[weda]); } xrrg[361] = 0; } { _uc *zvhy = (_uc *)(pwae); for (_si iqwe = 0; iqwe <= 360; iqwe += 1) { zvhy[iqwe] = (_uc)(1 + zvhy[iqwe]) * (_uc)(255 + zvhy[1 + iqwe]); } zvhy[361] = 0; } { _uc *rqgt = (_uc *)(jgcm); for (_si kiwa = 0; kiwa <= 360; kiwa += 1) { rqgt[kiwa] = (_uc)(1 + rqgt[kiwa]) * (_uc)(255 + rqgt[1 + kiwa]); } rqgt[361] = 0; } juzx(dxmo); } { for (_si qpbf = 0; qpbf <= 44; qpbf += 1) { dha[qpbf] = dha[qpbf] + gvwj[qpbf]; } nyjd(dha); } uzsm(dha, abom); jwfa(gvwj, dha, wtlh); _si cbum; { cbum = 0; _uli wnjy = 19; for (_si wmkq = 44; wmkq >= 0; wmkq -= 1) { if (gvwj[wmkq] != 0) { cbum = ((((gvwj[wmkq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!cbum) { { if (dha != gvwj) { for (_si gcnp = 0; gcnp <= 44; gcnp += 1) { dha[gcnp] = gvwj[gcnp]; } } } } { _uc *jcc = (_uc *)(gvwj); for (_si kxzo = 0; kxzo <= 360; kxzo += 1) { jcc[kxzo] = (_uc)(1 + jcc[kxzo]) * (_uc)(255 + jcc[1 + kxzo]); } jcc[361] = 0; } } } if (yvec) { { { _uli *kyep = hvxz(); _uli *qppb = beoj(); _uli *felm = ifws(); _uli *awyg = canr(); for (_si rsrt = 0; rsrt <= 44; rsrt += 1) { kyep[rsrt] = ((dha[rsrt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qppb[rsrt] = ((dha[rsrt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); felm[rsrt] = ((xmmv[rsrt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); awyg[rsrt] = ((xmmv[rsrt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kxrn = 0; kxrn <= 44; kxrn += 1) { dha[kxrn] = 0; } } for (_si hlma = 0; hlma <= (-1 + (((45) >> (1)))); hlma += 1) { for (_si hcvz = 0; hcvz <= (-1 + (((45) >> (1)))); hcvz += 1) { _uli fgal = awyg[hcvz] * kyep[hlma] + felm[hcvz] * qppb[hlma]; _uli pwwi = felm[hcvz] * kyep[hlma]; _uli ydyn = awyg[hcvz] * qppb[hlma]; _uli kgww = ((dha[hcvz + hlma]) + (pwwi) + (((((fgal) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kgww < pwwi) { ydyn += 1; } _uli lthu = ((((fgal) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ydyn) << ((-47 + (((sizeof(_uli)) << (3)))))))); dha[hcvz + hlma] = kgww; dha[1 + hcvz + hlma] += lthu; } wpwa(dha); } { _uc *rxwi = (_uc *)(kyep); for (_si fyiw = 0; fyiw <= 360; fyiw += 1) { rxwi[fyiw] = (_uc)(1 + rxwi[fyiw]) * (_uc)(255 + rxwi[1 + fyiw]); } rxwi[361] = 0; } ckwq(qppb); { _uc *prin = (_uc *)(felm); for (_si xnic = 0; xnic <= 360; xnic += 1) { prin[xnic] = (_uc)(1 + prin[xnic]) * (_uc)(255 + prin[1 + xnic]); } prin[361] = 0; } wjrz(awyg); } { _uli *cfgm = mkhm(); { if (cfgm != dha) { for (_si zelf = 0; zelf <= 44; zelf += 1) { cfgm[zelf] = dha[zelf]; } } } { ; } vmve(abom, dha); xhth(dha, dha, fyxm); ngyi(abom, dha); { _uli *eooa = yzdu(); _uli *hsci = qvot(); _uli *rlhb = fspc(); _uli *rewx = tgz(); for (_si aull = 0; aull <= 44; aull += 1) { eooa[aull] = ((dha[aull]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hsci[aull] = ((dha[aull]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rlhb[aull] = ((wtlh[aull]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rewx[aull] = ((wtlh[aull]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yhla = 0; yhla <= 44; yhla += 1) { dha[yhla] = 0; } } for (_si mzqj = 0; mzqj <= (-1 + (((45) >> (1)))); mzqj += 1) { for (_si zddz = 0; zddz <= (-1 + (((45) >> (1)))); zddz += 1) { _uli djhj = eooa[mzqj] * rewx[zddz] + hsci[mzqj] * rlhb[zddz]; _uli njjv = eooa[mzqj] * rlhb[zddz]; _uli rafa = hsci[mzqj] * rewx[zddz]; _uli cyad = ((dha[mzqj + zddz]) + (njjv) + (((((djhj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (cyad < njjv) { rafa += 1; } _uli npzu = ((((djhj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rafa) << ((-47 + (((sizeof(_uli)) << (3)))))))); dha[mzqj + zddz] = cyad; dha[1 + mzqj + zddz] += npzu; } sgzb(dha); } { _uc *aiit = (_uc *)(eooa); for (_si qdjb = 0; qdjb <= 360; qdjb += 1) { aiit[qdjb] = (_uc)(1 + aiit[qdjb]) * (_uc)(255 + aiit[1 + qdjb]); } aiit[361] = 0; } fmpd(hsci); { _uc *emum = (_uc *)(rlhb); for (_si rxop = 0; rxop <= 360; rxop += 1) { emum[rxop] = (_uc)(255 + emum[1 + rxop]) * (_uc)(1 + emum[rxop]); } emum[361] = 0; } { _uc *eozb = (_uc *)(rewx); for (_si uzth = 0; uzth <= 360; uzth += 1) { eozb[uzth] = (_uc)(1 + eozb[uzth]) * (_uc)(255 + eozb[1 + uzth]); } eozb[361] = 0; } } { for (_si ceyp = 0; ceyp <= 44; ceyp += 1) { dha[ceyp] = cfgm[ceyp] + dha[ceyp]; } { _si tdqq; { tdqq = 0; _uli jwry = 19; for (_si sysv = 44; sysv >= 0; sysv -= 1) { if (dha[sysv] != 0) { tdqq = ((((dha[sysv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tdqq) { { for (_si yyar = 0; yyar <= 44; yyar += 1) { dha[yyar] = -dha[yyar]; } } } for (_si bgsi = 0; bgsi <= 43; bgsi += 1) { if (((((dha[bgsi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dha[1 + bgsi] -= 1; } else { dha[1 + bgsi] += ((dha[bgsi]) >> (47)); }; dha[bgsi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dha[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tdqq) { { for (_si dges = 0; dges <= 44; dges += 1) { dha[dges] = -dha[dges]; } } } } } xdcy(dha, abom); { for (_si tkbr = 0; tkbr <= 44; tkbr += 1) { cfgm[tkbr] = dha[tkbr] - wtlh[tkbr]; } { _si xqnt; { xqnt = 0; _uli vowl = 19; for (_si iyag = 44; iyag >= 0; iyag -= 1) { if (cfgm[iyag] != 0) { xqnt = ((((cfgm[iyag]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xqnt) { rysi(cfgm, cfgm); } for (_si lzgs = 0; lzgs <= 43; lzgs += 1) { if (((((cfgm[lzgs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cfgm[1 + lzgs] -= 1; } else { cfgm[1 + lzgs] += ((cfgm[lzgs]) >> (47)); }; cfgm[lzgs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cfgm[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xqnt) { { for (_si qump = 0; qump <= 44; qump += 1) { cfgm[qump] = -cfgm[qump]; } } } } } _si aszn = xoux(cfgm); if (!aszn) { { if (dha != cfgm) { for (_si wtvc = 0; wtvc <= 44; wtvc += 1) { dha[wtvc] = cfgm[wtvc]; } } } } { _uc *iyqr = (_uc *)(cfgm); for (_si ydmx = 0; ydmx <= 360; ydmx += 1) { iyqr[ydmx] = (_uc)(1 + iyqr[ydmx]) * (_uc)(255 + iyqr[1 + ydmx]); } iyqr[361] = 0; } } } } ecfh = 1; } xofl >>= 1; } } ubst(xmmv); } ekym(abom, wtlh, fyxm, dha, dha, ueou); } void gmg(_uc *bso) { _ui *moo = (_ui *)(bso + 0); _ui *jg = (_ui *)(bso + 64); for (_si kfd = 0; kfd <= 15; kfd += 1) { moo[kfd] = jg[kfd]; } for (_si aun = 0; aun <= 9; aun += 1) { { moo[0] += moo[4]; moo[12] ^= moo[0]; moo[12] = ((((moo[12]) << (16))) | (((moo[12]) >> (16)))); moo[8] += moo[12]; moo[4] ^= moo[8]; moo[4] = ((((moo[4]) << (12))) | (((moo[4]) >> (20)))); moo[0] += moo[4]; moo[12] ^= moo[0]; moo[12] = ((((moo[12]) << (8))) | (((moo[12]) >> (24)))); moo[8] += moo[12]; moo[4] ^= moo[8]; moo[4] = ((((moo[4]) << (7))) | (((moo[4]) >> (25)))); } { moo[1] += moo[5]; moo[13] ^= moo[1]; moo[13] = ((((moo[13]) << (16))) | (((moo[13]) >> (16)))); moo[9] += moo[13]; moo[5] ^= moo[9]; moo[5] = ((((moo[5]) << (12))) | (((moo[5]) >> (20)))); moo[1] += moo[5]; moo[13] ^= moo[1]; moo[13] = ((((moo[13]) << (8))) | (((moo[13]) >> (24)))); moo[9] += moo[13]; moo[5] ^= moo[9]; moo[5] = ((((moo[5]) << (7))) | (((moo[5]) >> (25)))); } ufli(moo, 2, 6, 10, 14); gfqo(moo, 3, 7, 11, 15); { moo[0] += moo[5]; moo[15] ^= moo[0]; moo[15] = ((((moo[15]) << (16))) | (((moo[15]) >> (16)))); moo[10] += moo[15]; moo[5] ^= moo[10]; moo[5] = ((((moo[5]) << (12))) | (((moo[5]) >> (20)))); moo[0] += moo[5]; moo[15] ^= moo[0]; moo[15] = ((((moo[15]) << (8))) | (((moo[15]) >> (24)))); moo[10] += moo[15]; moo[5] ^= moo[10]; moo[5] = ((((moo[5]) << (7))) | (((moo[5]) >> (25)))); } wtfi(moo, 1, 6, 11, 12); rpti(moo, 2, 7, 8, 13); { moo[3] += moo[4]; moo[14] ^= moo[3]; moo[14] = ((((moo[14]) << (16))) | (((moo[14]) >> (16)))); moo[9] += moo[14]; moo[4] ^= moo[9]; moo[4] = ((((moo[4]) << (12))) | (((moo[4]) >> (20)))); moo[3] += moo[4]; moo[14] ^= moo[3]; moo[14] = ((((moo[14]) << (8))) | (((moo[14]) >> (24)))); moo[9] += moo[14]; moo[4] ^= moo[9]; moo[4] = ((((moo[4]) << (7))) | (((moo[4]) >> (25)))); } _m[65163] += 1; } for (_si ydw = 0; ydw <= 15; ydw += 1) { moo[ydw] += jg[ydw]; } jg[12] += 1; if (jg[12] == 0) { jg[13] += 1; } } _si ibhn(_uli *hifm) { _si zykm = 0; _uli pfo = 19; for (_si zctz = 12; zctz >= 0; zctz -= 1) { if (hifm[zctz] != 0) { zykm = ((((hifm[zctz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zykm; } void crfg(_uli *fbrb, _uli *wnra, _uli *amen) { _uli *negs = shhs(); _uli *zymh = fgtk(); _uli *wpqe = xasz(); _uli *elfd = wiss(); for (_si xsiy = 0; xsiy <= 44; xsiy += 1) { negs[xsiy] = ((wnra[xsiy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zymh[xsiy] = ((wnra[xsiy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wpqe[xsiy] = ((amen[xsiy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); elfd[xsiy] = ((amen[xsiy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si gxgz = 0; gxgz <= 44; gxgz += 1) { fbrb[gxgz] = 0; } } for (_si zglp = 0; zglp <= (-1 + (((45) >> (1)))); zglp += 1) { for (_si seex = 0; seex <= (-1 + (((45) >> (1)))); seex += 1) { _uli pkyz = elfd[seex] * negs[zglp] + wpqe[seex] * zymh[zglp]; _uli bqru = negs[zglp] * wpqe[seex]; _uli ybdb = elfd[seex] * zymh[zglp]; _uli hnvk = ((fbrb[seex + zglp]) + (bqru) + (((((pkyz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hnvk < bqru) { ybdb += 1; } _uli lroq = ((((pkyz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ybdb) << ((-47 + (((sizeof(_uli)) << (3)))))))); fbrb[seex + zglp] = hnvk; fbrb[1 + seex + zglp] += lroq; } { for (_si mbry = 0; mbry <= 43; mbry += 1) { fbrb[1 + mbry] += ((fbrb[mbry]) >> (47)); fbrb[mbry] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fbrb[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *gaqk = (_uc *)(negs); for (_si ksay = 0; ksay <= 360; ksay += 1) { gaqk[ksay] = (_uc)(255 + gaqk[1 + ksay]) * (_uc)(1 + gaqk[ksay]); } gaqk[361] = 0; } mnov(zymh); dkk(wpqe); { _uc *abcy = (_uc *)(elfd); for (_si ytif = 0; ytif <= 360; ytif += 1) { abcy[ytif] = (_uc)(1 + abcy[ytif]) * (_uc)(255 + abcy[1 + ytif]); } abcy[361] = 0; } } void gjce(_uli *vmyh, _si iwgv) { _si vql = (iwgv % 47); _si mrco = ((iwgv) / (47)); _si bhpg = iwgv; if (bhpg > (8 * sizeof(_uli))) { bhpg = -1; } if (mrco >= 13) { { for (_si wivm = 0; wivm <= 12; wivm += 1) { vmyh[wivm] = 0; } } } else { _uli dtod = (((((_uli)(1)) << (vql))) - ((_uli)(1))); if (bhpg < 0) { vmyh[0] = 0; } else { vmyh[0] = ((((vmyh[0]) & (~dtod))) >> (bhpg)); }; if (mrco != 0) { vmyh[0] += ((((vmyh[mrco]) & (~dtod))) >> (vql)); } for (_si wgow = 1; wgow <= (12 - mrco); wgow += 1) { vmyh[-1 + wgow] += ((((((vmyh[mrco + wgow]) & (dtod))) << (-vql + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vmyh[wgow] = ((((vmyh[mrco + wgow]) & (~dtod))) >> (vql)); } for (_si lkxe = 13 - mrco; lkxe <= 12; lkxe += 1) { vmyh[lkxe] = 0; } }; } void ltoa(_uli *egxp) { for (_si hfal = 0; hfal <= 12; hfal += 1) { egxp[hfal] = 0; } } void jwap(_uc *vpv, _uc *jajs) { _ui *dez = (_ui *)(vpv + 64); for (_si xqkq = 0; xqkq <= 7; xqkq += 1) { dez[4 + xqkq] = (((_ui)((jajs + 4 * xqkq)[0])) + ((((_ui)((jajs + 4 * xqkq)[1])) << (8))) + ((((_ui)((jajs + 4 * xqkq)[2])) << (16))) + ((((_ui)((jajs + 4 * xqkq)[3])) << (24)))); } } _si xduk(_uli *ghqt) { _si lzfp = -1; for (_si oqgi = 12; oqgi >= 0; oqgi -= 1) { if (ghqt[oqgi] != 0) { lzfp = oqgi; break; } } return lzfp; } void hxab(_uc *qaoz, _uc *jsuj, _si phsn) { _uc *qga = (_uc *)(qaoz + 0); _uli *xjyn = (_uli *)(qaoz + 352); _si mcll = (_si)(((xjyn[0]) & (63))); xjyn[0] += phsn; for (_si jsn = 0; jsn <= (-1 + phsn); jsn += 1) { qga[mcll] = jsuj[jsn]; mcll += 1; if (mcll == 64) { ekeo(qaoz); mcll = 0; } } } void thv(_uli *rcv) { for (_si whsb = 0; whsb <= 43; whsb += 1) { rcv[1 + whsb] += ((rcv[whsb]) >> (47)); rcv[whsb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rcv[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dhch(_uli *mxxd) { _uc *fnjt = (_uc *)(mxxd); for (_si vqbg = 0; vqbg <= 360; vqbg += 1) { fnjt[vqbg] = (_uc)(1 + fnjt[vqbg]) * (_uc)(255 + fnjt[1 + vqbg]); } fnjt[361] = 0; } _si nipj(_uli *lnor) { _si tzdh = 0; _uli mzpb = 19; for (_si ssku = 12; ssku >= 0; ssku -= 1) { if (lnor[ssku] != 0) { tzdh = ((((lnor[ssku]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tzdh; } void cmav(_uli *wwms) { _si zowg = cqph(wwms); if (zowg) { { for (_si alzf = 0; alzf <= 12; alzf += 1) { wwms[alzf] = -wwms[alzf]; } } } for (_si bvxu = 0; bvxu <= 11; bvxu += 1) { if (((((wwms[bvxu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wwms[1 + bvxu] -= 1; } else { wwms[1 + bvxu] += ((wwms[bvxu]) >> (47)); }; wwms[bvxu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wwms[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zowg) { { for (_si ljxh = 0; ljxh <= 12; ljxh += 1) { wwms[ljxh] = -wwms[ljxh]; } } } } void chy(_uc *xjda, _uc *pwwx, _si abca) { _ui *kikh = (_ui *)(xjda + 0); _ui *aecd = (_ui *)(xjda + 128); _uc *rxrk = (_uc *)(kikh); for (_si nyim = 0; nyim <= (-1 + abca); nyim += 1) { if (aecd[0] >= 64) { { _ui *fvhf = (_ui *)(xjda + 0); _ui *orzx = (_ui *)(xjda + 64); for (_si ltfe = 0; ltfe <= 15; ltfe += 1) { fvhf[ltfe] = orzx[ltfe]; } for (_si xqcp = 0; xqcp <= 9; xqcp += 1) { { fvhf[0] += fvhf[4]; fvhf[12] ^= fvhf[0]; fvhf[12] = ((((fvhf[12]) << (16))) | (((fvhf[12]) >> (16)))); fvhf[8] += fvhf[12]; fvhf[4] ^= fvhf[8]; fvhf[4] = ((((fvhf[4]) << (12))) | (((fvhf[4]) >> (20)))); fvhf[0] += fvhf[4]; fvhf[12] ^= fvhf[0]; fvhf[12] = ((((fvhf[12]) << (8))) | (((fvhf[12]) >> (24)))); fvhf[8] += fvhf[12]; fvhf[4] ^= fvhf[8]; fvhf[4] = ((((fvhf[4]) << (7))) | (((fvhf[4]) >> (25)))); } { fvhf[1] += fvhf[5]; fvhf[13] ^= fvhf[1]; fvhf[13] = ((((fvhf[13]) << (16))) | (((fvhf[13]) >> (16)))); fvhf[9] += fvhf[13]; fvhf[5] ^= fvhf[9]; fvhf[5] = ((((fvhf[5]) << (12))) | (((fvhf[5]) >> (20)))); fvhf[1] += fvhf[5]; fvhf[13] ^= fvhf[1]; fvhf[13] = ((((fvhf[13]) << (8))) | (((fvhf[13]) >> (24)))); fvhf[9] += fvhf[13]; fvhf[5] ^= fvhf[9]; fvhf[5] = ((((fvhf[5]) << (7))) | (((fvhf[5]) >> (25)))); } lpt(fvhf, 2, 6, 10, 14); tosj(fvhf, 3, 7, 11, 15); lpt(fvhf, 0, 5, 10, 15); ohr(fvhf, 1, 6, 11, 12); { fvhf[2] += fvhf[7]; fvhf[13] ^= fvhf[2]; fvhf[13] = ((((fvhf[13]) << (16))) | (((fvhf[13]) >> (16)))); fvhf[8] += fvhf[13]; fvhf[7] ^= fvhf[8]; fvhf[7] = ((((fvhf[7]) << (12))) | (((fvhf[7]) >> (20)))); fvhf[2] += fvhf[7]; fvhf[13] ^= fvhf[2]; fvhf[13] = ((((fvhf[13]) << (8))) | (((fvhf[13]) >> (24)))); fvhf[8] += fvhf[13]; fvhf[7] ^= fvhf[8]; fvhf[7] = ((((fvhf[7]) << (7))) | (((fvhf[7]) >> (25)))); } sjym(fvhf, 3, 4, 9, 14); _m[65163] += 1; } for (_si ckti = 0; ckti <= 15; ckti += 1) { fvhf[ckti] += orzx[ckti]; } orzx[12] += 1; if (orzx[12] == 0) { orzx[13] += 1; } } aecd[0] = 0; } pwwx[nyim] ^= rxrk[aecd[0]]; aecd[0] += 1; } } void tabt(_ui *cunr, _si slft, _si gkaq, _si xmrl, _si otns) { cunr[slft] += cunr[gkaq]; cunr[otns] ^= cunr[slft]; cunr[otns] = ((((cunr[otns]) << (16))) | (((cunr[otns]) >> (16)))); cunr[xmrl] += cunr[otns]; cunr[gkaq] ^= cunr[xmrl]; cunr[gkaq] = ((((cunr[gkaq]) << (12))) | (((cunr[gkaq]) >> (20)))); cunr[slft] += cunr[gkaq]; cunr[otns] ^= cunr[slft]; cunr[otns] = ((((cunr[otns]) << (8))) | (((cunr[otns]) >> (24)))); cunr[xmrl] += cunr[otns]; cunr[gkaq] ^= cunr[xmrl]; cunr[gkaq] = ((((cunr[gkaq]) << (7))) | (((cunr[gkaq]) >> (25)))); } void sevv(_uli *oftq, _uli *tlpm) { if (oftq != tlpm) { for (_si dkgm = 0; dkgm <= 12; dkgm += 1) { oftq[dkgm] = tlpm[dkgm]; } } } _uli *vopv() { ; _uli *jpse; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; jpse = (_uli *)(_m + 362 * _s); break; } _s += 1; } return jpse; } void wsk(_uli *ncem) { _uc *mcvt = (_uc *)(ncem); for (_si bizt = 0; bizt <= 360; bizt += 1) { mcvt[bizt] = (_uc)(255 + mcvt[1 + bizt]) * (_uc)(1 + mcvt[bizt]); } mcvt[361] = 0; } _si mqwv(_uli *swu) { _si jhl = 0; _uli vzz = 19; for (_si bkfw = 12; bkfw >= 0; bkfw -= 1) { if (swu[bkfw] != 0) { jhl = ((((swu[bkfw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return jhl; } void zvrn(_si hobm, _uli *ufsz, _uli *bdt, _uli *yteb, _uli *jbxi) { _uli *sggo = ckcv(); { if (sggo != jbxi) { for (_si kaxr = 0; kaxr <= 12; kaxr += 1) { sggo[kaxr] = jbxi[kaxr]; } } } ckrq(yteb, jbxi); vzpb(hobm, yteb); { _uli *fpmi = aqdx(); _uli *rlks = usvv(); _uli *ihxa = qvhb(); _uli *nykx = sdtj(); for (_si pnfl = 0; pnfl <= 12; pnfl += 1) { fpmi[pnfl] = ((yteb[pnfl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rlks[pnfl] = ((yteb[pnfl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ihxa[pnfl] = ((bdt[pnfl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nykx[pnfl] = ((bdt[pnfl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si prsy = 0; prsy <= 12; prsy += 1) { yteb[prsy] = 0; } } for (_si iaty = 0; iaty <= (-1 + (((13) >> (1)))); iaty += 1) { for (_si najy = 0; najy <= (-1 + (((13) >> (1)))); najy += 1) { _uli zlhj = fpmi[iaty] * nykx[najy] + ihxa[najy] * rlks[iaty]; _uli belm = fpmi[iaty] * ihxa[najy]; _uli ilcq = nykx[najy] * rlks[iaty]; _uli bxtr = ((yteb[iaty + najy]) + (belm) + (((((zlhj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bxtr < belm) { ilcq += 1; } _uli awse = ((((zlhj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ilcq) << ((-47 + (((sizeof(_uli)) << (3)))))))); yteb[iaty + najy] = bxtr; yteb[1 + iaty + najy] += awse; } { for (_si euxe = 0; euxe <= 11; euxe += 1) { yteb[1 + euxe] += ((yteb[euxe]) >> (47)); yteb[euxe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yteb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } fips(fpmi); yzrn(rlks); fres(ihxa); { _uc *ogdl = (_uc *)(nykx); for (_si xbbq = 0; xbbq <= 360; xbbq += 1) { ogdl[xbbq] = (_uc)(1 + ogdl[xbbq]) * (_uc)(255 + ogdl[1 + xbbq]); } ogdl[361] = 0; } } { yteb[(((hobm) / (47)))] &= ((((((_uli)(1)) << ((hobm % 47)))) - ((_uli)(1)))); for (_si dedy = 1 + (((hobm) / (47))); dedy <= 12; dedy += 1) { yteb[dedy] = 0; } } azzc(yteb, yteb, ufsz); { for (_si pckb = 0; pckb <= 12; pckb += 1) { yteb[pckb] = sggo[pckb] + yteb[pckb]; } qyoe(yteb); } cgh(yteb, hobm); hceu(sggo, yteb, ufsz); _si oaba; { oaba = 0; _uli bzjd = 19; for (_si tsgg = 12; tsgg >= 0; tsgg -= 1) { if (sggo[tsgg] != 0) { oaba = ((((sggo[tsgg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!oaba) { { if (yteb != sggo) { for (_si iebs = 0; iebs <= 12; iebs += 1) { yteb[iebs] = sggo[iebs]; } } } } { _uc *sgbn = (_uc *)(sggo); for (_si twbb = 0; twbb <= 360; twbb += 1) { sgbn[twbb] = (_uc)(255 + sgbn[1 + twbb]) * (_uc)(1 + sgbn[twbb]); } sgbn[361] = 0; } } void qhec(_uli *jwya, _uli *wwnr, _uli *yqin) { for (_si gvyi = 0; gvyi <= 12; gvyi += 1) { jwya[gvyi] = wwnr[gvyi] + yqin[gvyi]; } mkeb(jwya); } void himt(_uli *emyz) { for (_si caqw = 0; caqw <= 12; caqw += 1) { emyz[caqw] = 0; } } void zghc(_si uldp, _uli *bqrg, _uli *pdea, _uli *mkal, _uli *ppow, _uli *ubhg) { { _uli *jpjv = hfgh(); _uli *skmm = bzeb(); _uli *afbl = mwpr(); _uli *jxyp = ypsa(); for (_si uhpa = 0; uhpa <= 12; uhpa += 1) { jpjv[uhpa] = ((ppow[uhpa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); skmm[uhpa] = ((ppow[uhpa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); afbl[uhpa] = ((ubhg[uhpa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jxyp[uhpa] = ((ubhg[uhpa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si edls = 0; edls <= 12; edls += 1) { mkal[edls] = 0; } } for (_si cveq = 0; cveq <= (-1 + (((13) >> (1)))); cveq += 1) { for (_si gzqq = 0; gzqq <= (-1 + (((13) >> (1)))); gzqq += 1) { _uli uuiq = afbl[gzqq] * skmm[cveq] + jpjv[cveq] * jxyp[gzqq]; _uli nrmz = afbl[gzqq] * jpjv[cveq]; _uli vgud = jxyp[gzqq] * skmm[cveq]; _uli kehz = ((mkal[cveq + gzqq]) + (nrmz) + (((((uuiq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kehz < nrmz) { vgud += 1; } _uli amau = ((((uuiq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vgud) << ((-47 + (((sizeof(_uli)) << (3)))))))); mkal[cveq + gzqq] = kehz; mkal[1 + cveq + gzqq] += amau; } cues(mkal); } jmof(jpjv); nkah(skmm); yyhz(afbl); { _uc *wjrf = (_uc *)(jxyp); for (_si hrfw = 0; hrfw <= 360; hrfw += 1) { wjrf[hrfw] = (_uc)(255 + wjrf[1 + hrfw]) * (_uc)(1 + wjrf[hrfw]); } wjrf[361] = 0; } } { _uli *gskg = bcqr(); { if (gskg != mkal) { for (_si lqkn = 0; lqkn <= 12; lqkn += 1) { gskg[lqkn] = mkal[lqkn]; } } } pmxl(mkal, mkal); { mkal[(((uldp) / (47)))] &= ((((((_uli)(1)) << ((uldp % 47)))) - ((_uli)(1)))); for (_si xmcm = 1 + (((uldp) / (47))); xmcm <= 12; xmcm += 1) { mkal[xmcm] = 0; } } { _uli *rype = wonb(); _uli *tfld = wgqo(); _uli *pnxa = ecoc(); _uli *fytz = gcbc(); for (_si hbfq = 0; hbfq <= 12; hbfq += 1) { rype[hbfq] = ((mkal[hbfq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tfld[hbfq] = ((mkal[hbfq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pnxa[hbfq] = ((pdea[hbfq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fytz[hbfq] = ((pdea[hbfq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jvzz = 0; jvzz <= 12; jvzz += 1) { mkal[jvzz] = 0; } } for (_si ykrc = 0; ykrc <= (-1 + (((13) >> (1)))); ykrc += 1) { for (_si ewva = 0; ewva <= (-1 + (((13) >> (1)))); ewva += 1) { _uli fsxb = fytz[ewva] * rype[ykrc] + pnxa[ewva] * tfld[ykrc]; _uli owge = pnxa[ewva] * rype[ykrc]; _uli uasz = fytz[ewva] * tfld[ykrc]; _uli xjai = ((mkal[ewva + ykrc]) + (owge) + (((((fsxb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xjai < owge) { uasz += 1; } _uli wegb = ((((fsxb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uasz) << ((-47 + (((sizeof(_uli)) << (3)))))))); mkal[ewva + ykrc] = xjai; mkal[1 + ewva + ykrc] += wegb; } { for (_si bujz = 0; bujz <= 11; bujz += 1) { mkal[1 + bujz] += ((mkal[bujz]) >> (47)); mkal[bujz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mkal[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } jmof(rype); ajwm(tfld); { _uc *dhuc = (_uc *)(pnxa); for (_si gycj = 0; gycj <= 360; gycj += 1) { dhuc[gycj] = (_uc)(1 + dhuc[gycj]) * (_uc)(255 + dhuc[1 + gycj]); } dhuc[361] = 0; } { _uc *ermf = (_uc *)(fytz); for (_si unzk = 0; unzk <= 360; unzk += 1) { ermf[unzk] = (_uc)(255 + ermf[1 + unzk]) * (_uc)(1 + ermf[unzk]); } ermf[361] = 0; } } { mkal[(((uldp) / (47)))] &= ((((((_uli)(1)) << ((uldp % 47)))) - ((_uli)(1)))); for (_si gobm = 1 + (((uldp) / (47))); gobm <= 12; gobm += 1) { mkal[gobm] = 0; } } hibd(mkal, mkal, bqrg); vplo(mkal, mkal, gskg); stle(mkal, uldp); { for (_si kpdj = 0; kpdj <= 12; kpdj += 1) { gskg[kpdj] = -bqrg[kpdj] + mkal[kpdj]; } { _si txcr = vpqz(gskg); if (txcr) { { for (_si foty = 0; foty <= 12; foty += 1) { gskg[foty] = -gskg[foty]; } } } for (_si acjg = 0; acjg <= 11; acjg += 1) { if (((((gskg[acjg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gskg[1 + acjg] -= 1; } else { gskg[1 + acjg] += ((gskg[acjg]) >> (47)); }; gskg[acjg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gskg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (txcr) { { for (_si fueb = 0; fueb <= 12; fueb += 1) { gskg[fueb] = -gskg[fueb]; } } } } } _si tjgv = ycsi(gskg); if (!tjgv) { { if (mkal != gskg) { for (_si okfo = 0; okfo <= 12; okfo += 1) { mkal[okfo] = gskg[okfo]; } } } } { _uc *koqb = (_uc *)(gskg); for (_si hoos = 0; hoos <= 360; hoos += 1) { koqb[hoos] = (_uc)(1 + koqb[hoos]) * (_uc)(255 + koqb[1 + hoos]); } koqb[361] = 0; } } } void aioo(_uli *obxw, _uli *szdv) { if (obxw != szdv) { for (_si wghu = 0; wghu <= 12; wghu += 1) { obxw[wghu] = szdv[wghu]; } } } void ekym(_si cfhc, _uli *mnao, _uli *dpzm, _uli *btpm, _uli *vijd, _uli *wlbw) { { _uli *prvh = canr(); _uli *qsgo = wnin(); _uli *wuss = ndri(); _uli *mgbl = tgz(); for (_si qmst = 0; qmst <= 44; qmst += 1) { prvh[qmst] = ((vijd[qmst]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qsgo[qmst] = ((vijd[qmst]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wuss[qmst] = ((wlbw[qmst]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mgbl[qmst] = ((wlbw[qmst]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hiip = 0; hiip <= 44; hiip += 1) { btpm[hiip] = 0; } } for (_si xfgr = 0; xfgr <= (-1 + (((45) >> (1)))); xfgr += 1) { for (_si zjsq = 0; zjsq <= (-1 + (((45) >> (1)))); zjsq += 1) { _uli tcty = mgbl[zjsq] * prvh[xfgr] + qsgo[xfgr] * wuss[zjsq]; _uli ztyq = prvh[xfgr] * wuss[zjsq]; _uli kxyc = mgbl[zjsq] * qsgo[xfgr]; _uli nvjo = ((btpm[xfgr + zjsq]) + (ztyq) + (((((tcty) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nvjo < ztyq) { kxyc += 1; } _uli arue = ((((tcty) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kxyc) << ((-47 + (((sizeof(_uli)) << (3)))))))); btpm[xfgr + zjsq] = nvjo; btpm[1 + xfgr + zjsq] += arue; } dzpv(btpm); } { _uc *apyq = (_uc *)(prvh); for (_si iwju = 0; iwju <= 360; iwju += 1) { apyq[iwju] = (_uc)(1 + apyq[iwju]) * (_uc)(255 + apyq[1 + iwju]); } apyq[361] = 0; } wvwj(qsgo); npka(wuss); { _uc *rcxf = (_uc *)(mgbl); for (_si sorw = 0; sorw <= 360; sorw += 1) { rcxf[sorw] = (_uc)(1 + rcxf[sorw]) * (_uc)(255 + rcxf[1 + sorw]); } rcxf[361] = 0; } } ubya(cfhc, mnao, dpzm, btpm, btpm); } void xvwu(_uli *xfem, _uli *egpc) { for (_si rgzw = 0; rgzw <= 44; rgzw += 1) { xfem[rgzw] = -egpc[rgzw]; } } void dyaf(_uli *ivmt, _uli *fmxj, _uli *gwum) { for (_si nimd = 0; nimd <= 12; nimd += 1) { ivmt[nimd] = fmxj[nimd] + gwum[nimd]; } { _si tfut = vbba(ivmt); if (tfut) { { for (_si tanz = 0; tanz <= 12; tanz += 1) { ivmt[tanz] = -ivmt[tanz]; } } } for (_si uiey = 0; uiey <= 11; uiey += 1) { if (((((ivmt[uiey]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ivmt[1 + uiey] -= 1; } else { ivmt[1 + uiey] += ((ivmt[uiey]) >> (47)); }; ivmt[uiey] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ivmt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tfut) { { for (_si fvdm = 0; fvdm <= 12; fvdm += 1) { ivmt[fvdm] = -ivmt[fvdm]; } } } } } void rsmy(_uli *tosq, _uli *fiuy, _uli *vlsy) { for (_si xlhc = 0; xlhc <= 12; xlhc += 1) { tosq[xlhc] = fiuy[xlhc] - vlsy[xlhc]; } amba(tosq); } void ekqk(_uli *ruza, _uli *crsk) { for (_si yxoz = 0; yxoz <= 12; yxoz += 1) { ruza[yxoz] = -crsk[yxoz]; } } _uc *nail() { ; _uc *fxqk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; fxqk = (_uc *)(_m + 362 * _s); break; } _s += 1; } return fxqk; } _si gsfk(_uli *bbgy) { _si wzhz = 0; _uli xxjv = 19; for (_si zxdo = 12; zxdo >= 0; zxdo -= 1) { if (bbgy[zxdo] != 0) { wzhz = ((((bbgy[zxdo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wzhz; } void fcxt(_ui *skcw, _si ypol, _si rgfw, _si cmkz, _si xpto) { skcw[ypol] += skcw[rgfw]; skcw[xpto] ^= skcw[ypol]; skcw[xpto] = ((((skcw[xpto]) << (16))) | (((skcw[xpto]) >> (16)))); skcw[cmkz] += skcw[xpto]; skcw[rgfw] ^= skcw[cmkz]; skcw[rgfw] = ((((skcw[rgfw]) << (12))) | (((skcw[rgfw]) >> (20)))); skcw[ypol] += skcw[rgfw]; skcw[xpto] ^= skcw[ypol]; skcw[xpto] = ((((skcw[xpto]) << (8))) | (((skcw[xpto]) >> (24)))); skcw[cmkz] += skcw[xpto]; skcw[rgfw] ^= skcw[cmkz]; skcw[rgfw] = ((((skcw[rgfw]) << (7))) | (((skcw[rgfw]) >> (25)))); } void ttxa(_uc *byci, _uc *rmqf, _si dwn) { _uc *bttk = (_uc *)(byci + 0); _uli *eios = (_uli *)(byci + 352); _si mpmk = (_si)(((eios[0]) & (63))); eios[0] += dwn; for (_si dgaa = 0; dgaa <= (-1 + dwn); dgaa += 1) { bttk[mpmk] = rmqf[dgaa]; mpmk += 1; if (mpmk == 64) { { _uc *cki = (_uc *)(byci + 0); _ui *fbn = (_ui *)(byci + 64); _ui *uzse = (_ui *)(byci + 96); _si swi = 0; _ui zfz = 0; _ui axn = 0; _ui tquz = 0; _ui cocd = 0; _ui edf = 0; _ui cic = 0; for (_si rbcf = 0; rbcf <= 15; rbcf += 1) { uzse[rbcf] = (((((((((_ui)(cki[swi])) << (24))) | ((((_ui)(cki[1 + swi])) << (16))))) | ((((_ui)(cki[2 + swi])) << (8))))) | ((_ui)(cki[3 + swi]))); swi += 4; } for (_si sgda = 16; sgda <= 31; sgda += 1) { zfz = ((((((((uzse[-15 + sgda]) >> (7))) | (((uzse[-15 + sgda]) << (25))))) ^ (((((uzse[-15 + sgda]) >> (18))) | (((uzse[-15 + sgda]) << (14))))))) ^ (((uzse[-15 + sgda]) >> (3)))); cocd = ((((((((uzse[-2 + sgda]) >> (17))) | (((uzse[-2 + sgda]) << (15))))) ^ (((((uzse[-2 + sgda]) >> (19))) | (((uzse[-2 + sgda]) << (13))))))) ^ (((uzse[-2 + sgda]) >> (10)))); uzse[sgda] = cocd + uzse[-7 + sgda] + uzse[-16 + sgda] + zfz; _m[65160] += 1; } _ui vfsq = fbn[0]; _ui yahn = fbn[1]; _ui usa = fbn[2]; _ui vat = fbn[3]; _ui umg = fbn[4]; _ui vugh = fbn[5]; _ui ltls = fbn[6]; _ui svp = fbn[7]; for (_si jwxy = 0; jwxy <= 31; jwxy += 1) { zfz = ((((((((vfsq) >> (2))) | (((vfsq) << (30))))) ^ (((((vfsq) >> (13))) | (((vfsq) << (19))))))) ^ (((((vfsq) >> (22))) | (((vfsq) << (10)))))); axn = ((((((vfsq) & (yahn))) ^ (((vfsq) & (usa))))) ^ (((yahn) & (usa)))); tquz = axn + zfz; cocd = ((((((((umg) >> (6))) | (((umg) << (26))))) ^ (((((umg) >> (11))) | (((umg) << (21))))))) ^ (((((umg) >> (25))) | (((umg) << (7)))))); edf = ((((umg) & (vugh))) ^ (((~umg) & (ltls)))); cic = svp + cocd + edf + uzse[jwxy] + *(((_ui *)(_m + 246160) + jwxy)); svp = ltls; ltls = vugh; vugh = umg; umg = cic + vat; vat = usa; usa = yahn; yahn = vfsq; vfsq = cic + tquz; _m[65161] += 1; } fbn[0] += vfsq; fbn[1] += yahn; fbn[2] += usa; fbn[3] += vat; fbn[4] += umg; fbn[5] += vugh; fbn[6] += ltls; fbn[7] += svp; } mpmk = 0; } } } void ipkh(_uli *dsmn, _uli *ivnu) { if (dsmn != ivnu) { for (_si rgia = 0; rgia <= 44; rgia += 1) { dsmn[rgia] = ivnu[rgia]; } } } void hibd(_uli *vrsr, _uli *dwbe, _uli *rcdu) { _uli *nevu = eymn(); _uli *lbdl = mxek(); _uli *idy = bisc(); _uli *stjd = vbpn(); for (_si iwym = 0; iwym <= 12; iwym += 1) { nevu[iwym] = ((dwbe[iwym]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lbdl[iwym] = ((dwbe[iwym]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); idy[iwym] = ((rcdu[iwym]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); stjd[iwym] = ((rcdu[iwym]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qcpp = 0; qcpp <= 12; qcpp += 1) { vrsr[qcpp] = 0; } } for (_si zsi = 0; zsi <= (-1 + (((13) >> (1)))); zsi += 1) { for (_si mcxk = 0; mcxk <= (-1 + (((13) >> (1)))); mcxk += 1) { _uli thqp = idy[mcxk] * lbdl[zsi] + nevu[zsi] * stjd[mcxk]; _uli xwny = idy[mcxk] * nevu[zsi]; _uli edyh = lbdl[zsi] * stjd[mcxk]; _uli wjtt = ((vrsr[mcxk + zsi]) + (xwny) + (((((thqp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wjtt < xwny) { edyh += 1; } _uli sbsu = ((((thqp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((edyh) << ((-47 + (((sizeof(_uli)) << (3)))))))); vrsr[mcxk + zsi] = wjtt; vrsr[1 + mcxk + zsi] += sbsu; } lhka(vrsr); } { _uc *kviz = (_uc *)(nevu); for (_si hbos = 0; hbos <= 360; hbos += 1) { kviz[hbos] = (_uc)(255 + kviz[1 + hbos]) * (_uc)(1 + kviz[hbos]); } kviz[361] = 0; } gebv(lbdl); ssbd(idy); xwil(stjd); } _uli *tpdf() { ; _uli *ashr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; ashr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ashr; } void jazu(_uli *oblx, _uli *kypa, _uli *defl) { _uli *coyf = jozk(); _uli *qkta = vmda(); _uli *ybno = vbpn(); _uli *sdbr = wsbw(); for (_si ukhi = 0; ukhi <= 12; ukhi += 1) { coyf[ukhi] = ((kypa[ukhi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qkta[ukhi] = ((kypa[ukhi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ybno[ukhi] = ((defl[ukhi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sdbr[ukhi] = ((defl[ukhi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pkra = 0; pkra <= 12; pkra += 1) { oblx[pkra] = 0; } } for (_si idow = 0; idow <= (-1 + (((13) >> (1)))); idow += 1) { for (_si bffg = 0; bffg <= (-1 + (((13) >> (1)))); bffg += 1) { _uli udqf = coyf[idow] * sdbr[bffg] + qkta[idow] * ybno[bffg]; _uli jelq = coyf[idow] * ybno[bffg]; _uli blyc = qkta[idow] * sdbr[bffg]; _uli hzes = ((oblx[bffg + idow]) + (jelq) + (((((udqf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hzes < jelq) { blyc += 1; } _uli bbua = ((((udqf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((blyc) << ((-47 + (((sizeof(_uli)) << (3)))))))); oblx[bffg + idow] = hzes; oblx[1 + bffg + idow] += bbua; } { for (_si fgfw = 0; fgfw <= 11; fgfw += 1) { oblx[1 + fgfw] += ((oblx[fgfw]) >> (47)); oblx[fgfw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oblx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } kxwu(coyf); mpz(qkta); { _uc *gxdt = (_uc *)(ybno); for (_si vgai = 0; vgai <= 360; vgai += 1) { gxdt[vgai] = (_uc)(1 + gxdt[vgai]) * (_uc)(255 + gxdt[1 + vgai]); } gxdt[361] = 0; } { _uc *rytu = (_uc *)(sdbr); for (_si jtne = 0; jtne <= 360; jtne += 1) { rytu[jtne] = (_uc)(255 + rytu[1 + jtne]) * (_uc)(1 + rytu[jtne]); } rytu[361] = 0; } } _uc *dula() { ; _uc *thci; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; thci = (_uc *)(_m + 362 * _s); break; } _s += 1; } return thci; } void wmzb(_uc *domm) { _ui *asgz = (_ui *)(domm + 0); _ui *fihz = (_ui *)(domm + 64); for (_si frmu = 0; frmu <= 15; frmu += 1) { asgz[frmu] = fihz[frmu]; } for (_si xqme = 0; xqme <= 9; xqme += 1) { vbjy(asgz, 0, 4, 8, 12); { asgz[1] += asgz[5]; asgz[13] ^= asgz[1]; asgz[13] = ((((asgz[13]) << (16))) | (((asgz[13]) >> (16)))); asgz[9] += asgz[13]; asgz[5] ^= asgz[9]; asgz[5] = ((((asgz[5]) << (12))) | (((asgz[5]) >> (20)))); asgz[1] += asgz[5]; asgz[13] ^= asgz[1]; asgz[13] = ((((asgz[13]) << (8))) | (((asgz[13]) >> (24)))); asgz[9] += asgz[13]; asgz[5] ^= asgz[9]; asgz[5] = ((((asgz[5]) << (7))) | (((asgz[5]) >> (25)))); } { asgz[2] += asgz[6]; asgz[14] ^= asgz[2]; asgz[14] = ((((asgz[14]) << (16))) | (((asgz[14]) >> (16)))); asgz[10] += asgz[14]; asgz[6] ^= asgz[10]; asgz[6] = ((((asgz[6]) << (12))) | (((asgz[6]) >> (20)))); asgz[2] += asgz[6]; asgz[14] ^= asgz[2]; asgz[14] = ((((asgz[14]) << (8))) | (((asgz[14]) >> (24)))); asgz[10] += asgz[14]; asgz[6] ^= asgz[10]; asgz[6] = ((((asgz[6]) << (7))) | (((asgz[6]) >> (25)))); } { asgz[3] += asgz[7]; asgz[15] ^= asgz[3]; asgz[15] = ((((asgz[15]) << (16))) | (((asgz[15]) >> (16)))); asgz[11] += asgz[15]; asgz[7] ^= asgz[11]; asgz[7] = ((((asgz[7]) << (12))) | (((asgz[7]) >> (20)))); asgz[3] += asgz[7]; asgz[15] ^= asgz[3]; asgz[15] = ((((asgz[15]) << (8))) | (((asgz[15]) >> (24)))); asgz[11] += asgz[15]; asgz[7] ^= asgz[11]; asgz[7] = ((((asgz[7]) << (7))) | (((asgz[7]) >> (25)))); } ekby(asgz, 0, 5, 10, 15); vbjy(asgz, 1, 6, 11, 12); { asgz[2] += asgz[7]; asgz[13] ^= asgz[2]; asgz[13] = ((((asgz[13]) << (16))) | (((asgz[13]) >> (16)))); asgz[8] += asgz[13]; asgz[7] ^= asgz[8]; asgz[7] = ((((asgz[7]) << (12))) | (((asgz[7]) >> (20)))); asgz[2] += asgz[7]; asgz[13] ^= asgz[2]; asgz[13] = ((((asgz[13]) << (8))) | (((asgz[13]) >> (24)))); asgz[8] += asgz[13]; asgz[7] ^= asgz[8]; asgz[7] = ((((asgz[7]) << (7))) | (((asgz[7]) >> (25)))); } ekby(asgz, 3, 4, 9, 14); _m[65163] += 1; } for (_si gkvq = 0; gkvq <= 15; gkvq += 1) { asgz[gkvq] += fihz[gkvq]; } fihz[12] += 1; if (fihz[12] == 0) { fihz[13] += 1; } } void efte(_uli *wbbs, _uli *eyxe, _uli *jben) { for (_si yrab = 0; yrab <= 12; yrab += 1) { wbbs[yrab] = eyxe[yrab] + jben[yrab]; } tgqd(wbbs); } void pycl(_uli *joke, _si nsz) { _si dgia = (nsz % 47); _si xybq = ((nsz) / (47)); _si oenh = nsz; if (oenh > (8 * sizeof(_uli))) { oenh = -1; } if (xybq >= 13) { { for (_si szeb = 0; szeb <= 12; szeb += 1) { joke[szeb] = 0; } } } else { _uli hbbl = (((((_uli)(1)) << (dgia))) - ((_uli)(1))); if (oenh < 0) { joke[0] = 0; } else { joke[0] = ((((joke[0]) & (~hbbl))) >> (oenh)); }; if (xybq != 0) { joke[0] += ((((joke[xybq]) & (~hbbl))) >> (dgia)); } for (_si icvu = 1; icvu <= (12 - xybq); icvu += 1) { joke[-1 + icvu] += ((((((joke[icvu + xybq]) & (hbbl))) << (-dgia + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); joke[icvu] = ((((joke[icvu + xybq]) & (~hbbl))) >> (dgia)); } for (_si hfpv = 13 - xybq; hfpv <= 12; hfpv += 1) { joke[hfpv] = 0; } }; } void onvu(_uc *kks, _uc *uqrh) { _ui *ufgs = (_ui *)(kks + 64); for (_si uiyc = 0; uiyc <= 7; uiyc += 1) { ufgs[4 + uiyc] = (((_ui)((uqrh + 4 * uiyc)[0])) + ((((_ui)((uqrh + 4 * uiyc)[1])) << (8))) + ((((_ui)((uqrh + 4 * uiyc)[2])) << (16))) + ((((_ui)((uqrh + 4 * uiyc)[3])) << (24)))); } } void fuzp(_si lgs, _uli *ylif, _uli *iirl, _uli *htwb, _uli *hazw) { _uli *owhm = xaie(); { if (owhm != hazw) { for (_si uvqm = 0; uvqm <= 44; uvqm += 1) { owhm[uvqm] = hazw[uvqm]; } } } { if (htwb != hazw) { for (_si wol = 0; wol <= 44; wol += 1) { htwb[wol] = hazw[wol]; } } } pbda(lgs, htwb); { _uli *yrxn = rxnr(); _uli *jkpt = oxxz(); _uli *isaf = wiss(); _uli *rnms = plxe(); for (_si qkvk = 0; qkvk <= 44; qkvk += 1) { yrxn[qkvk] = ((htwb[qkvk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jkpt[qkvk] = ((htwb[qkvk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); isaf[qkvk] = ((iirl[qkvk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rnms[qkvk] = ((iirl[qkvk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lmf = 0; lmf <= 44; lmf += 1) { htwb[lmf] = 0; } } for (_si xrcm = 0; xrcm <= (-1 + (((45) >> (1)))); xrcm += 1) { for (_si vhc = 0; vhc <= (-1 + (((45) >> (1)))); vhc += 1) { _uli gngz = isaf[vhc] * jkpt[xrcm] + rnms[vhc] * yrxn[xrcm]; _uli ric = isaf[vhc] * yrxn[xrcm]; _uli oypj = jkpt[xrcm] * rnms[vhc]; _uli uzt = ((htwb[vhc + xrcm]) + (ric) + (((((gngz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uzt < ric) { oypj += 1; } _uli bbzz = ((((gngz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((oypj) << ((-47 + (((sizeof(_uli)) << (3)))))))); htwb[vhc + xrcm] = uzt; htwb[1 + vhc + xrcm] += bbzz; } ryrc(htwb); } omqh(yrxn); { _uc *nhpd = (_uc *)(jkpt); for (_si htkj = 0; htkj <= 360; htkj += 1) { nhpd[htkj] = (_uc)(1 + nhpd[htkj]) * (_uc)(255 + nhpd[1 + htkj]); } nhpd[361] = 0; } zuxf(isaf); kzoi(rnms); } { htwb[(((lgs) / (47)))] &= ((((((_uli)(1)) << ((lgs % 47)))) - ((_uli)(1)))); for (_si lkvn = 1 + (((lgs) / (47))); lkvn <= 44; lkvn += 1) { htwb[lkvn] = 0; } } { _uli *xbvw = wiss(); _uli *vrru = pidx(); _uli *wgwp = mmlk(); _uli *pfwo = meln(); for (_si lsqk = 0; lsqk <= 44; lsqk += 1) { xbvw[lsqk] = ((htwb[lsqk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vrru[lsqk] = ((htwb[lsqk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wgwp[lsqk] = ((ylif[lsqk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pfwo[lsqk] = ((ylif[lsqk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ntt = 0; ntt <= 44; ntt += 1) { htwb[ntt] = 0; } } for (_si gcf = 0; gcf <= (-1 + (((45) >> (1)))); gcf += 1) { for (_si jmu = 0; jmu <= (-1 + (((45) >> (1)))); jmu += 1) { _uli wewo = pfwo[jmu] * xbvw[gcf] + vrru[gcf] * wgwp[jmu]; _uli lveq = wgwp[jmu] * xbvw[gcf]; _uli omex = pfwo[jmu] * vrru[gcf]; _uli ddla = ((htwb[gcf + jmu]) + (lveq) + (((((wewo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ddla < lveq) { omex += 1; } _uli wgfd = ((((wewo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((omex) << ((-47 + (((sizeof(_uli)) << (3)))))))); htwb[gcf + jmu] = ddla; htwb[1 + gcf + jmu] += wgfd; } rmfi(htwb); } dkk(xbvw); cjjg(vrru); rly(wgwp); sauh(pfwo); } ixr(htwb, htwb, owhm); { _si hyod = (lgs % 47); _si cza = ((lgs) / (47)); _si iyio = lgs; if (iyio > (8 * sizeof(_uli))) { iyio = -1; } if (cza >= 45) { { for (_si ifxi = 0; ifxi <= 44; ifxi += 1) { htwb[ifxi] = 0; } } } else { _uli tytw = (((((_uli)(1)) << (hyod))) - ((_uli)(1))); if (iyio < 0) { htwb[0] = 0; } else { htwb[0] = ((((htwb[0]) & (~tytw))) >> (iyio)); }; if (cza != 0) { htwb[0] += ((((htwb[cza]) & (~tytw))) >> (hyod)); } for (_si bdqa = 1; bdqa <= (44 - cza); bdqa += 1) { htwb[-1 + bdqa] += ((((((htwb[bdqa + cza]) & (tytw))) << (-hyod + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); htwb[bdqa] = ((((htwb[bdqa + cza]) & (~tytw))) >> (hyod)); } for (_si enf = 45 - cza; enf <= 44; enf += 1) { htwb[enf] = 0; } }; } { for (_si roc = 0; roc <= 44; roc += 1) { owhm[roc] = htwb[roc] - ylif[roc]; } trh(owhm); } _si trgo = lekv(owhm); if (!trgo) { { if (htwb != owhm) { for (_si fnio = 0; fnio <= 44; fnio += 1) { htwb[fnio] = owhm[fnio]; } } } } { _uc *eirc = (_uc *)(owhm); for (_si aii = 0; aii <= 360; aii += 1) { eirc[aii] = (_uc)(255 + eirc[1 + aii]) * (_uc)(1 + eirc[aii]); } eirc[361] = 0; } } void kjdk(_uli *wcee) { for (_si wame = 0; wame <= 11; wame += 1) { wcee[1 + wame] += ((wcee[wame]) >> (47)); wcee[wame] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wcee[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wnqh(_uli *fhji, _si tsmg) { _si kcro = (tsmg % 47); _si oxqd = ((tsmg) / (47)); _si pawz = -kcro + (((sizeof(_uli)) << (3))); if (oxqd >= 13) { { for (_si aquy = 0; aquy <= 12; aquy += 1) { fhji[aquy] = 0; } } } else { for (_si tunf = 12 - oxqd; tunf >= 1; tunf -= 1) { fhji[oxqd + tunf] = ((fhji[tunf]) << (kcro)); if (pawz < (8 * sizeof(_uli))) { fhji[oxqd + tunf] += ((((fhji[-1 + tunf]) >> (pawz))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } fhji[oxqd] = ((fhji[0]) << (kcro)); for (_si lxtl = -1 + oxqd; lxtl >= 0; lxtl -= 1) { fhji[lxtl] = 0; } }; { for (_si mudh = 0; mudh <= 11; mudh += 1) { fhji[1 + mudh] += ((fhji[mudh]) >> (47)); fhji[mudh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fhji[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void brje(_uli *nnyi) { _si wdyk; { wdyk = 0; _uli kxft = 19; for (_si nnpn = 12; nnpn >= 0; nnpn -= 1) { if (nnyi[nnpn] != 0) { wdyk = ((((nnyi[nnpn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wdyk) { { for (_si usqa = 0; usqa <= 12; usqa += 1) { nnyi[usqa] = -nnyi[usqa]; } } } for (_si wxm = 0; wxm <= 11; wxm += 1) { if (((((nnyi[wxm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nnyi[1 + wxm] -= 1; } else { nnyi[1 + wxm] += ((nnyi[wxm]) >> (47)); }; nnyi[wxm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nnyi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wdyk) { { for (_si chip = 0; chip <= 12; chip += 1) { nnyi[chip] = -nnyi[chip]; } } } } void bvum(_uli *vunl, _uli *nzkd, _uli *kyyk) { for (_si jewr = 0; jewr <= 12; jewr += 1) { vunl[jewr] = -kyyk[jewr] + nzkd[jewr]; } { _si xrsh; { xrsh = 0; _uli olwh = 19; for (_si wsfe = 12; wsfe >= 0; wsfe -= 1) { if (vunl[wsfe] != 0) { xrsh = ((((vunl[wsfe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xrsh) { { for (_si ouhi = 0; ouhi <= 12; ouhi += 1) { vunl[ouhi] = -vunl[ouhi]; } } } for (_si ldtx = 0; ldtx <= 11; ldtx += 1) { if (((((vunl[ldtx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vunl[1 + ldtx] -= 1; } else { vunl[1 + ldtx] += ((vunl[ldtx]) >> (47)); }; vunl[ldtx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vunl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xrsh) { { for (_si vmyp = 0; vmyp <= 12; vmyp += 1) { vunl[vmyp] = -vunl[vmyp]; } } } } } void eoqq(_si mjk, _uli *dkn, _uli *dok, _uli *wnry, _uli *ksqf) { _uli *hnql = kzki(); { if (hnql != ksqf) { for (_si ulof = 0; ulof <= 44; ulof += 1) { hnql[ulof] = ksqf[ulof]; } } } { if (wnry != ksqf) { for (_si oels = 0; oels <= 44; oels += 1) { wnry[oels] = ksqf[oels]; } } } { wnry[(((mjk) / (47)))] &= ((((((_uli)(1)) << ((mjk % 47)))) - ((_uli)(1)))); for (_si ujsc = 1 + (((mjk) / (47))); ujsc <= 44; ujsc += 1) { wnry[ujsc] = 0; } } ggiw(wnry, wnry, dok); pbyd(mjk, wnry); { _uli *bkom = wiss(); _uli *bhtt = pidx(); _uli *ddst = codr(); _uli *mhhc = mqoy(); for (_si zzem = 0; zzem <= 44; zzem += 1) { bkom[zzem] = ((wnry[zzem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bhtt[zzem] = ((wnry[zzem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ddst[zzem] = ((dkn[zzem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mhhc[zzem] = ((dkn[zzem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } tky(wnry); for (_si ltpe = 0; ltpe <= (-1 + (((45) >> (1)))); ltpe += 1) { for (_si pbuh = 0; pbuh <= (-1 + (((45) >> (1)))); pbuh += 1) { _uli csdm = bhtt[ltpe] * ddst[pbuh] + bkom[ltpe] * mhhc[pbuh]; _uli ntjg = bkom[ltpe] * ddst[pbuh]; _uli ffoz = bhtt[ltpe] * mhhc[pbuh]; _uli uhnc = ((wnry[ltpe + pbuh]) + (ntjg) + (((((csdm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uhnc < ntjg) { ffoz += 1; } _uli xfyt = ((((csdm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ffoz) << ((-47 + (((sizeof(_uli)) << (3)))))))); wnry[ltpe + pbuh] = uhnc; wnry[1 + ltpe + pbuh] += xfyt; } gvnr(wnry); } { _uc *qstk = (_uc *)(bkom); for (_si hstp = 0; hstp <= 360; hstp += 1) { qstk[hstp] = (_uc)(1 + qstk[hstp]) * (_uc)(255 + qstk[1 + hstp]); } qstk[361] = 0; } { _uc *wkjy = (_uc *)(bhtt); for (_si aqrv = 0; aqrv <= 360; aqrv += 1) { wkjy[aqrv] = (_uc)(255 + wkjy[1 + aqrv]) * (_uc)(1 + wkjy[aqrv]); } wkjy[361] = 0; } soac(ddst); { _uc *dabw = (_uc *)(mhhc); for (_si oqv = 0; oqv <= 360; oqv += 1) { dabw[oqv] = (_uc)(255 + dabw[1 + oqv]) * (_uc)(1 + dabw[oqv]); } dabw[361] = 0; } } { for (_si agiv = 0; agiv <= 44; agiv += 1) { wnry[agiv] = hnql[agiv] + wnry[agiv]; } { _si prm; { prm = 0; _uli bex = 19; for (_si kpdd = 44; kpdd >= 0; kpdd -= 1) { if (wnry[kpdd] != 0) { prm = ((((wnry[kpdd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (prm) { { for (_si dzdh = 0; dzdh <= 44; dzdh += 1) { wnry[dzdh] = -wnry[dzdh]; } } } for (_si fxp = 0; fxp <= 43; fxp += 1) { if (((((wnry[fxp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wnry[1 + fxp] -= 1; } else { wnry[1 + fxp] += ((wnry[fxp]) >> (47)); }; wnry[fxp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wnry[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (prm) { { for (_si xhhf = 0; xhhf <= 44; xhhf += 1) { wnry[xhhf] = -wnry[xhhf]; } } } } } { _si osrr = (mjk % 47); _si hhxy = ((mjk) / (47)); _si kren = mjk; if (kren > (8 * sizeof(_uli))) { kren = -1; } if (hhxy >= 45) { { for (_si lifr = 0; lifr <= 44; lifr += 1) { wnry[lifr] = 0; } } } else { _uli jgwg = (((((_uli)(1)) << (osrr))) - ((_uli)(1))); if (kren < 0) { wnry[0] = 0; } else { wnry[0] = ((((wnry[0]) & (~jgwg))) >> (kren)); }; if (hhxy != 0) { wnry[0] += ((((wnry[hhxy]) & (~jgwg))) >> (osrr)); } for (_si jqqt = 1; jqqt <= (44 - hhxy); jqqt += 1) { wnry[-1 + jqqt] += ((((((wnry[hhxy + jqqt]) & (jgwg))) << (-osrr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wnry[jqqt] = ((((wnry[hhxy + jqqt]) & (~jgwg))) >> (osrr)); } for (_si cyus = 45 - hhxy; cyus <= 44; cyus += 1) { wnry[cyus] = 0; } }; } lwks(hnql, wnry, dkn); _si mmnt; { mmnt = 0; _uli aikg = 19; for (_si kmcj = 44; kmcj >= 0; kmcj -= 1) { if (hnql[kmcj] != 0) { mmnt = ((((hnql[kmcj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!mmnt) { gsig(wnry, hnql); } tjzw(hnql); } void feto(_uli *aflh, _uli *ukkm) { for (_si mfwc = 0; mfwc <= 12; mfwc += 1) { aflh[mfwc] = -ukkm[mfwc]; } } void mnov(_uli *fbka) { _uc *zucp = (_uc *)(fbka); for (_si cbtm = 0; cbtm <= 360; cbtm += 1) { zucp[cbtm] = (_uc)(1 + zucp[cbtm]) * (_uc)(255 + zucp[1 + cbtm]); } zucp[361] = 0; } _si ewbk(_uli *dqzh) { _si sitc = -1; for (_si xzfr = 12; xzfr >= 0; xzfr -= 1) { if (dqzh[xzfr] != 0) { sitc = xzfr; break; } } return sitc; } void zbzw(_uli *hfrj) { for (_si hfji = 0; hfji <= 44; hfji += 1) { hfrj[hfji] = 0; } } _si gfes(_uli *djdb) { _si aomf = 0; _uli solv = 19; for (_si mqzi = 12; mqzi >= 0; mqzi -= 1) { if (djdb[mqzi] != 0) { aomf = ((((djdb[mqzi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return aomf; } void hgvz(_uli *mtyb, _uli *rggh) { _uli *bpfa = ecpg(); _uli *rada = trch(); for (_si tuum = 0; tuum <= 12; tuum += 1) { bpfa[tuum] = ((rggh[tuum]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rada[tuum] = ((rggh[tuum]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si leit = 0; leit <= 12; leit += 1) { mtyb[leit] = 0; } } for (_si drjt = 0; drjt <= (-1 + (((13) >> (1)))); drjt += 1) { for (_si lham = 0; lham <= (-1 + (((13) >> (1)))); lham += 1) { _uli sbqw = bpfa[lham] * rada[drjt] + bpfa[drjt] * rada[lham]; _uli ffrt = bpfa[lham] * bpfa[drjt]; _uli jobs = rada[lham] * rada[drjt]; _uli iklr = ((mtyb[drjt + lham]) + (ffrt) + (((((sbqw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (iklr < ffrt) { jobs += 1; } _uli evit = ((((sbqw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jobs) << ((-47 + (((sizeof(_uli)) << (3)))))))); mtyb[drjt + lham] = iklr; mtyb[1 + drjt + lham] += evit; } { for (_si xawu = 0; xawu <= 11; xawu += 1) { mtyb[1 + xawu] += ((mtyb[xawu]) >> (47)); mtyb[xawu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mtyb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } kkqm(bpfa); { _uc *nnak = (_uc *)(rada); for (_si lxjt = 0; lxjt <= 360; lxjt += 1) { nnak[lxjt] = (_uc)(255 + nnak[1 + lxjt]) * (_uc)(1 + nnak[lxjt]); } nnak[361] = 0; } } _si pded(_uli *ozin) { _si vbgf = 0; _uli wimg = 19; for (_si iozg = 12; iozg >= 0; iozg -= 1) { if (ozin[iozg] != 0) { vbgf = ((((ozin[iozg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vbgf; } void bllc(_uli *qidf) { _uc *dgdb = (_uc *)(qidf); for (_si jmrh = 0; jmrh <= 360; jmrh += 1) { dgdb[jmrh] = (_uc)(1 + dgdb[jmrh]) * (_uc)(255 + dgdb[1 + jmrh]); } dgdb[361] = 0; } void ktvt(_uli *vpss, _uli *eqj, _uli *jmlj) { for (_si ldoh = 0; ldoh <= 12; ldoh += 1) { vpss[ldoh] = eqj[ldoh] + jmlj[ldoh]; } ozzz(vpss); } void gcgj(_uli *tgqx, _uli *txnv, _uli *xllp) { _uli *puea = jxo(); _uli *hudz = ijfe(); _uli *udni = teuv(); _uli *rkbp = eymn(); for (_si nzbr = 0; nzbr <= 12; nzbr += 1) { puea[nzbr] = ((txnv[nzbr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hudz[nzbr] = ((txnv[nzbr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); udni[nzbr] = ((xllp[nzbr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rkbp[nzbr] = ((xllp[nzbr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si eyqy = 0; eyqy <= 12; eyqy += 1) { tgqx[eyqy] = 0; } } for (_si vwso = 0; vwso <= (-1 + (((13) >> (1)))); vwso += 1) { for (_si fpkz = 0; fpkz <= (-1 + (((13) >> (1)))); fpkz += 1) { _uli esgc = hudz[vwso] * udni[fpkz] + puea[vwso] * rkbp[fpkz]; _uli oqlm = puea[vwso] * udni[fpkz]; _uli apcw = hudz[vwso] * rkbp[fpkz]; _uli wnid = ((tgqx[fpkz + vwso]) + (oqlm) + (((((esgc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wnid < oqlm) { apcw += 1; } _uli imuh = ((((esgc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((apcw) << ((-47 + (((sizeof(_uli)) << (3)))))))); tgqx[fpkz + vwso] = wnid; tgqx[1 + fpkz + vwso] += imuh; } { for (_si xfbe = 0; xfbe <= 11; xfbe += 1) { tgqx[1 + xfbe] += ((tgqx[xfbe]) >> (47)); tgqx[xfbe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tgqx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } nnjo(puea); { _uc *rrun = (_uc *)(hudz); for (_si anpv = 0; anpv <= 360; anpv += 1) { rrun[anpv] = (_uc)(1 + rrun[anpv]) * (_uc)(255 + rrun[1 + anpv]); } rrun[361] = 0; } { _uc *wvvz = (_uc *)(udni); for (_si hbsq = 0; hbsq <= 360; hbsq += 1) { wvvz[hbsq] = (_uc)(255 + wvvz[1 + hbsq]) * (_uc)(1 + wvvz[hbsq]); } wvvz[361] = 0; } atax(rkbp); } void jzpx(_uli *udzs, _uli *idpb) { for (_si ebkv = 0; ebkv <= 12; ebkv += 1) { udzs[ebkv] = -idpb[ebkv]; } } void vtsd(_uli *wbay, _uli *wbli) { for (_si srku = 0; srku <= 12; srku += 1) { wbay[srku] = -wbli[srku]; } } void bcmm(_si vmgl, _uli *slgj) { slgj[(((vmgl) / (47)))] &= ((((((_uli)(1)) << ((vmgl % 47)))) - ((_uli)(1)))); for (_si wjnb = 1 + (((vmgl) / (47))); wjnb <= 12; wjnb += 1) { slgj[wjnb] = 0; } } void sszt(_uli *pgny, _uli *cptz) { for (_si prec = 0; prec <= 12; prec += 1) { pgny[prec] = -cptz[prec]; } } _si kzrh(_uli *zewm) { _si zxca = 0; _uli kmqw = 19; for (_si nvkt = 12; nvkt >= 0; nvkt -= 1) { if (zewm[nvkt] != 0) { zxca = ((((zewm[nvkt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zxca; } void yxlt(_uli *xogu, _uli *sof, _uli *mpjq) { _uli *uthp = ecoc(); _uli *gjne = mfxt(); _uli *qlcg = vwjb(); _uli *jmqd = oerh(); for (_si zwix = 0; zwix <= 12; zwix += 1) { uthp[zwix] = ((sof[zwix]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gjne[zwix] = ((sof[zwix]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qlcg[zwix] = ((mpjq[zwix]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jmqd[zwix] = ((mpjq[zwix]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si nbm = 0; nbm <= 12; nbm += 1) { xogu[nbm] = 0; } } for (_si vdjm = 0; vdjm <= (-1 + (((13) >> (1)))); vdjm += 1) { for (_si rnq = 0; rnq <= (-1 + (((13) >> (1)))); rnq += 1) { _uli vgmh = gjne[vdjm] * qlcg[rnq] + jmqd[rnq] * uthp[vdjm]; _uli jmi = qlcg[rnq] * uthp[vdjm]; _uli zhtm = gjne[vdjm] * jmqd[rnq]; _uli mhiw = ((xogu[rnq + vdjm]) + (jmi) + (((((vgmh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mhiw < jmi) { zhtm += 1; } _uli svuq = ((((vgmh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zhtm) << ((-47 + (((sizeof(_uli)) << (3)))))))); xogu[rnq + vdjm] = mhiw; xogu[1 + rnq + vdjm] += svuq; } { for (_si bzek = 0; bzek <= 11; bzek += 1) { xogu[1 + bzek] += ((xogu[bzek]) >> (47)); xogu[bzek] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xogu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tffx(uthp); ktis(gjne); mpz(qlcg); { _uc *mrah = (_uc *)(jmqd); for (_si egyf = 0; egyf <= 360; egyf += 1) { mrah[egyf] = (_uc)(1 + mrah[egyf]) * (_uc)(255 + mrah[1 + egyf]); } mrah[361] = 0; } } void agcx(_uc *nuow, _uc *rgow, _si twdg) { qity(nuow, rgow); _ui *vjyp = (_ui *)(nuow + 64); _ui *gcen = (_ui *)(nuow + 128); for (_si szwd = 0; szwd <= 3; szwd += 1) { vjyp[szwd] = (((_ui)(((_uc *)(_m + 48146) + 4 * szwd)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * szwd)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * szwd)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * szwd)[3])) << (24)))); } for (_si mccg = 0; mccg <= 3; mccg += 1) { vjyp[12 + mccg] = twdg; _m[65162] += 1; } gcen[0] = 3904225602; } _si hgz(_uli *hvd) { _si abjv = -1; for (_si cges = 12; cges >= 0; cges -= 1) { if (hvd[cges] != 0) { abjv = cges; break; } } return abjv; } _uc *ndc() { ; _uc *ads; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; ads = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ads; } void nuem(_uli *pkdm, _uc *makq) { _uli *neip = lej(); owvl(pkdm); for (_si zsum = 0; zsum <= 31; zsum += 1) { { neip[0] = makq[31 - zsum]; for (_si msjz = 1; msjz <= 12; msjz += 1) { neip[msjz] = 0; } } bajr(neip, 8 * zsum); nzuh(pkdm, pkdm, neip); } { _uc *vtsq = (_uc *)(neip); for (_si oeed = 0; oeed <= 360; oeed += 1) { vtsq[oeed] = (_uc)(255 + vtsq[1 + oeed]) * (_uc)(1 + vtsq[oeed]); } vtsq[361] = 0; } } _si ebsh(_uli *pdfo) { _si sohk = 0; _uli eymy = 19; for (_si imyu = 12; imyu >= 0; imyu -= 1) { if (pdfo[imyu] != 0) { sohk = ((((pdfo[imyu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return sohk; } void ipet(_uli *cveg) { _uc *oziw = (_uc *)(cveg); for (_si iwov = 0; iwov <= 360; iwov += 1) { oziw[iwov] = (_uc)(1 + oziw[iwov]) * (_uc)(255 + oziw[1 + iwov]); } oziw[361] = 0; } void xsub(_uc *csoj, _uc *wtml) { _ui *mrxm = (_ui *)(csoj + 64); for (_si ygpq = 0; ygpq <= 7; ygpq += 1) { mrxm[4 + ygpq] = (((_ui)((wtml + 4 * ygpq)[0])) + ((((_ui)((wtml + 4 * ygpq)[1])) << (8))) + ((((_ui)((wtml + 4 * ygpq)[2])) << (16))) + ((((_ui)((wtml + 4 * ygpq)[3])) << (24)))); } } _si jgfg(_uli *wpid) { _si kyfg = 0; _uli ywwx = 19; for (_si xfxp = 12; xfxp >= 0; xfxp -= 1) { if (wpid[xfxp] != 0) { kyfg = ((((wpid[xfxp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return kyfg; } void ycrk(_uli *imgw) { for (_si khrs = 0; khrs <= 12; khrs += 1) { imgw[khrs] = 0; } } void isiz(_uc *utgf, _uc *pwfg, _si csjd) { elyo(utgf, pwfg); _ui *gciv = (_ui *)(utgf + 64); _ui *mrci = (_ui *)(utgf + 128); for (_si vtdy = 0; vtdy <= 3; vtdy += 1) { gciv[vtdy] = (((_ui)(((_uc *)(_m + 48146) + 4 * vtdy)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vtdy)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vtdy)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vtdy)[3])) << (24)))); } for (_si nmhe = 0; nmhe <= 3; nmhe += 1) { gciv[12 + nmhe] = csjd; _m[65162] += 1; } mrci[0] = 3904225602; } void jufc(_si rafi, _uli *xroh, _uli *clpq, _uli *nveo, _uli *wiyt, _uli *pzlo) { batn(nveo, wiyt, pzlo); ahgj(rafi, xroh, clpq, nveo, nveo); } void kfmv(_uc *zqom, _uc *hura) { _ui *cnrp = (_ui *)(zqom + 64); for (_si ubup = 0; ubup <= 7; ubup += 1) { cnrp[4 + ubup] = (((_ui)((hura + 4 * ubup)[0])) + ((((_ui)((hura + 4 * ubup)[1])) << (8))) + ((((_ui)((hura + 4 * ubup)[2])) << (16))) + ((((_ui)((hura + 4 * ubup)[3])) << (24)))); } } void vnlc(_si oncg, _uli *hoxw, _uli *xlba, _uli *ccvy, _uli *cdaa, _uli *nopr) { qpiw(ccvy, cdaa, nopr); { _uli *whql = oeuc(); hxel(whql, ccvy); { ; } { ccvy[(((oncg) / (47)))] &= ((((((_uli)(1)) << ((oncg % 47)))) - ((_uli)(1)))); for (_si apxg = 1 + (((oncg) / (47))); apxg <= 12; apxg += 1) { ccvy[apxg] = 0; } } ecih(ccvy, ccvy, xlba); axvr(oncg, ccvy); { _uli *anod = vryi(); _uli *bsue = fyap(); _uli *ryyv = qvtm(); _uli *vmqx = zgns(); for (_si emna = 0; emna <= 12; emna += 1) { anod[emna] = ((ccvy[emna]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bsue[emna] = ((ccvy[emna]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ryyv[emna] = ((hoxw[emna]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vmqx[emna] = ((hoxw[emna]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uhac = 0; uhac <= 12; uhac += 1) { ccvy[uhac] = 0; } } for (_si vptt = 0; vptt <= (-1 + (((13) >> (1)))); vptt += 1) { for (_si zpsj = 0; zpsj <= (-1 + (((13) >> (1)))); zpsj += 1) { _uli zrep = anod[vptt] * vmqx[zpsj] + bsue[vptt] * ryyv[zpsj]; _uli djok = anod[vptt] * ryyv[zpsj]; _uli zell = bsue[vptt] * vmqx[zpsj]; _uli whue = ((ccvy[vptt + zpsj]) + (djok) + (((((zrep) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (whue < djok) { zell += 1; } _uli rpsy = ((((zrep) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zell) << ((-47 + (((sizeof(_uli)) << (3)))))))); ccvy[vptt + zpsj] = whue; ccvy[1 + vptt + zpsj] += rpsy; } { for (_si tfri = 0; tfri <= 11; tfri += 1) { ccvy[1 + tfri] += ((ccvy[tfri]) >> (47)); ccvy[tfri] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ccvy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tdcg(anod); { _uc *mcdw = (_uc *)(bsue); for (_si ymlz = 0; ymlz <= 360; ymlz += 1) { mcdw[ymlz] = (_uc)(1 + mcdw[ymlz]) * (_uc)(255 + mcdw[1 + ymlz]); } mcdw[361] = 0; } { _uc *lyzl = (_uc *)(ryyv); for (_si yisz = 0; yisz <= 360; yisz += 1) { lyzl[yisz] = (_uc)(1 + lyzl[yisz]) * (_uc)(255 + lyzl[1 + yisz]); } lyzl[361] = 0; } wfyu(vmqx); } { for (_si spul = 0; spul <= 12; spul += 1) { ccvy[spul] = ccvy[spul] + whql[spul]; } stib(ccvy); } { _si rlbx = (oncg % 47); _si zmsw = ((oncg) / (47)); _si xumx = oncg; if (xumx > (8 * sizeof(_uli))) { xumx = -1; } if (zmsw >= 13) { { for (_si dmxu = 0; dmxu <= 12; dmxu += 1) { ccvy[dmxu] = 0; } } } else { _uli jnjf = (((((_uli)(1)) << (rlbx))) - ((_uli)(1))); if (xumx < 0) { ccvy[0] = 0; } else { ccvy[0] = ((((ccvy[0]) & (~jnjf))) >> (xumx)); }; if (zmsw != 0) { ccvy[0] += ((((ccvy[zmsw]) & (~jnjf))) >> (rlbx)); } for (_si pzqz = 1; pzqz <= (12 - zmsw); pzqz += 1) { ccvy[-1 + pzqz] += ((((((ccvy[pzqz + zmsw]) & (jnjf))) << (-rlbx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ccvy[pzqz] = ((((ccvy[pzqz + zmsw]) & (~jnjf))) >> (rlbx)); } for (_si slnd = 13 - zmsw; slnd <= 12; slnd += 1) { ccvy[slnd] = 0; } }; } ibnk(whql, ccvy, hoxw); _si kwks; { kwks = 0; _uli susi = 19; for (_si trhu = 12; trhu >= 0; trhu -= 1) { if (whql[trhu] != 0) { kwks = ((((whql[trhu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!kwks) { { if (ccvy != whql) { for (_si fzjr = 0; fzjr <= 12; fzjr += 1) { ccvy[fzjr] = whql[fzjr]; } } } } { _uc *swpr = (_uc *)(whql); for (_si dlcn = 0; dlcn <= 360; dlcn += 1) { swpr[dlcn] = (_uc)(1 + swpr[dlcn]) * (_uc)(255 + swpr[1 + dlcn]); } swpr[361] = 0; } } } void rzfx(_uli *jauo, _uli *covt) { if (jauo != covt) { for (_si utsw = 0; utsw <= 12; utsw += 1) { jauo[utsw] = covt[utsw]; } } } void jbln(_si xhzg, _uli *aqcf) { aqcf[(((xhzg) / (47)))] &= ((((((_uli)(1)) << ((xhzg % 47)))) - ((_uli)(1)))); for (_si dldb = 1 + (((xhzg) / (47))); dldb <= 44; dldb += 1) { aqcf[dldb] = 0; } } void vzff(_uli *cwq) { _si fsqj = jgfg(cwq); if (fsqj) { { for (_si zrsg = 0; zrsg <= 12; zrsg += 1) { cwq[zrsg] = -cwq[zrsg]; } } } for (_si zuly = 0; zuly <= 11; zuly += 1) { if (((((cwq[zuly]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cwq[1 + zuly] -= 1; } else { cwq[1 + zuly] += ((cwq[zuly]) >> (47)); }; cwq[zuly] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cwq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fsqj) { { for (_si hrnp = 0; hrnp <= 12; hrnp += 1) { cwq[hrnp] = -cwq[hrnp]; } } } } void vkze(_uli *hhgt, _si qdxe) { _si okul = (qdxe % 47); _si hopg = ((qdxe) / (47)); _si dkld = qdxe; if (dkld > (8 * sizeof(_uli))) { dkld = -1; } if (hopg >= 13) { { for (_si ojpy = 0; ojpy <= 12; ojpy += 1) { hhgt[ojpy] = 0; } } } else { _uli tfrc = (((((_uli)(1)) << (okul))) - ((_uli)(1))); if (dkld < 0) { hhgt[0] = 0; } else { hhgt[0] = ((((hhgt[0]) & (~tfrc))) >> (dkld)); }; if (hopg != 0) { hhgt[0] += ((((hhgt[hopg]) & (~tfrc))) >> (okul)); } for (_si zwht = 1; zwht <= (12 - hopg); zwht += 1) { hhgt[-1 + zwht] += ((((((hhgt[hopg + zwht]) & (tfrc))) << (-okul + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hhgt[zwht] = ((((hhgt[hopg + zwht]) & (~tfrc))) >> (okul)); } for (_si wbrr = 13 - hopg; wbrr <= 12; wbrr += 1) { hhgt[wbrr] = 0; } }; } void fdwp(_uc *ahgc, _uc *pgbw, _si bhsh) { _ui *dmvr = (_ui *)(ahgc + 0); _ui *pkgo = (_ui *)(ahgc + 128); _uc *rzsr = (_uc *)(dmvr); for (_si ycbn = 0; ycbn <= (-1 + bhsh); ycbn += 1) { if (pkgo[0] >= 64) { sbvz(ahgc); pkgo[0] = 0; } pgbw[ycbn] ^= rzsr[pkgo[0]]; pkgo[0] += 1; } } void sydn(_uli *rnsy) { for (_si yviy = 0; yviy <= 43; yviy += 1) { rnsy[1 + yviy] += ((rnsy[yviy]) >> (47)); rnsy[yviy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rnsy[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ffni(_uc *kfdq) { _uc *gqgo = (_uc *)(kfdq + 0); _ui *jugc = (_ui *)(kfdq + 64); _ui *dare = (_ui *)(kfdq + 96); _si oevl = 0; _ui bdgg = 0; _ui ldyx = 0; _ui inxl = 0; _ui kqdk = 0; _ui eljm = 0; _ui dlbz = 0; for (_si rfsu = 0; rfsu <= 15; rfsu += 1) { dare[rfsu] = (((((((((_ui)(gqgo[oevl])) << (24))) | ((((_ui)(gqgo[1 + oevl])) << (16))))) | ((((_ui)(gqgo[2 + oevl])) << (8))))) | ((_ui)(gqgo[3 + oevl]))); oevl += 4; } for (_si wqfk = 16; wqfk <= 31; wqfk += 1) { bdgg = ((((((((dare[-15 + wqfk]) >> (7))) | (((dare[-15 + wqfk]) << (25))))) ^ (((((dare[-15 + wqfk]) >> (18))) | (((dare[-15 + wqfk]) << (14))))))) ^ (((dare[-15 + wqfk]) >> (3)))); kqdk = ((((((((dare[-2 + wqfk]) >> (17))) | (((dare[-2 + wqfk]) << (15))))) ^ (((((dare[-2 + wqfk]) >> (19))) | (((dare[-2 + wqfk]) << (13))))))) ^ (((dare[-2 + wqfk]) >> (10)))); dare[wqfk] = bdgg + dare[-16 + wqfk] + dare[-7 + wqfk] + kqdk; _m[65160] += 1; } _ui eanb = jugc[0]; _ui qcpw = jugc[1]; _ui tyzo = jugc[2]; _ui gkvi = jugc[3]; _ui zjeg = jugc[4]; _ui dfgu = jugc[5]; _ui rikp = jugc[6]; _ui cvhu = jugc[7]; for (_si boef = 0; boef <= 31; boef += 1) { bdgg = ((((((((eanb) >> (2))) | (((eanb) << (30))))) ^ (((((eanb) >> (13))) | (((eanb) << (19))))))) ^ (((((eanb) >> (22))) | (((eanb) << (10)))))); ldyx = ((((((eanb) & (qcpw))) ^ (((eanb) & (tyzo))))) ^ (((qcpw) & (tyzo)))); inxl = bdgg + ldyx; kqdk = ((((((((zjeg) >> (6))) | (((zjeg) << (26))))) ^ (((((zjeg) >> (11))) | (((zjeg) << (21))))))) ^ (((((zjeg) >> (25))) | (((zjeg) << (7)))))); eljm = ((((zjeg) & (dfgu))) ^ (((~zjeg) & (rikp)))); dlbz = *(((_ui *)(_m + 246160) + boef)) + dare[boef] + eljm + cvhu + kqdk; cvhu = rikp; rikp = dfgu; dfgu = zjeg; zjeg = dlbz + gkvi; gkvi = tyzo; tyzo = qcpw; qcpw = eanb; eanb = dlbz + inxl; _m[65161] += 1; } jugc[0] += eanb; jugc[1] += qcpw; jugc[2] += tyzo; jugc[3] += gkvi; jugc[4] += zjeg; jugc[5] += dfgu; jugc[6] += rikp; jugc[7] += cvhu; } void eys(_uc *iflu) { _uc *wkgs = (_uc *)(iflu); for (_si lrn = 0; lrn <= 360; lrn += 1) { wkgs[lrn] = (_uc)(1 + wkgs[lrn]) * (_uc)(255 + wkgs[1 + lrn]); } wkgs[361] = 0; } void hubm(_uc *czbo) { _ui *babe = (_ui *)(czbo + 0); _ui *ggcg = (_ui *)(czbo + 64); for (_si cvey = 0; cvey <= 15; cvey += 1) { babe[cvey] = ggcg[cvey]; } for (_si gsby = 0; gsby <= 9; gsby += 1) { fqss(babe, 0, 4, 8, 12); { babe[1] += babe[5]; babe[13] ^= babe[1]; babe[13] = ((((babe[13]) << (16))) | (((babe[13]) >> (16)))); babe[9] += babe[13]; babe[5] ^= babe[9]; babe[5] = ((((babe[5]) << (12))) | (((babe[5]) >> (20)))); babe[1] += babe[5]; babe[13] ^= babe[1]; babe[13] = ((((babe[13]) << (8))) | (((babe[13]) >> (24)))); babe[9] += babe[13]; babe[5] ^= babe[9]; babe[5] = ((((babe[5]) << (7))) | (((babe[5]) >> (25)))); } { babe[2] += babe[6]; babe[14] ^= babe[2]; babe[14] = ((((babe[14]) << (16))) | (((babe[14]) >> (16)))); babe[10] += babe[14]; babe[6] ^= babe[10]; babe[6] = ((((babe[6]) << (12))) | (((babe[6]) >> (20)))); babe[2] += babe[6]; babe[14] ^= babe[2]; babe[14] = ((((babe[14]) << (8))) | (((babe[14]) >> (24)))); babe[10] += babe[14]; babe[6] ^= babe[10]; babe[6] = ((((babe[6]) << (7))) | (((babe[6]) >> (25)))); } jgfk(babe, 3, 7, 11, 15); hnkf(babe, 0, 5, 10, 15); { babe[1] += babe[6]; babe[12] ^= babe[1]; babe[12] = ((((babe[12]) << (16))) | (((babe[12]) >> (16)))); babe[11] += babe[12]; babe[6] ^= babe[11]; babe[6] = ((((babe[6]) << (12))) | (((babe[6]) >> (20)))); babe[1] += babe[6]; babe[12] ^= babe[1]; babe[12] = ((((babe[12]) << (8))) | (((babe[12]) >> (24)))); babe[11] += babe[12]; babe[6] ^= babe[11]; babe[6] = ((((babe[6]) << (7))) | (((babe[6]) >> (25)))); } nrgr(babe, 2, 7, 8, 13); { babe[3] += babe[4]; babe[14] ^= babe[3]; babe[14] = ((((babe[14]) << (16))) | (((babe[14]) >> (16)))); babe[9] += babe[14]; babe[4] ^= babe[9]; babe[4] = ((((babe[4]) << (12))) | (((babe[4]) >> (20)))); babe[3] += babe[4]; babe[14] ^= babe[3]; babe[14] = ((((babe[14]) << (8))) | (((babe[14]) >> (24)))); babe[9] += babe[14]; babe[4] ^= babe[9]; babe[4] = ((((babe[4]) << (7))) | (((babe[4]) >> (25)))); } _m[65163] += 1; } for (_si ffcn = 0; ffcn <= 15; ffcn += 1) { babe[ffcn] += ggcg[ffcn]; } ggcg[12] += 1; if (ggcg[12] == 0) { ggcg[13] += 1; } } void gjsp(_uli *svpx) { for (_si bta = 0; bta <= 12; bta += 1) { svpx[bta] = 0; } } _uli *qvhb() { ; _uli *zrgy; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; zrgy = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zrgy; } void psdg(_uli *bfrw) { for (_si xcqs = 0; xcqs <= 12; xcqs += 1) { bfrw[xcqs] = 0; } } void afup(_uli *kbqj, _uli *cmtt, _uli *wjfw) { for (_si jyvj = 0; jyvj <= 12; jyvj += 1) { kbqj[jyvj] = cmtt[jyvj] + wjfw[jyvj]; } { _si qpsh; { qpsh = 0; _uli sobe = 19; for (_si lbkj = 12; lbkj >= 0; lbkj -= 1) { if (kbqj[lbkj] != 0) { qpsh = ((((kbqj[lbkj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qpsh) { { for (_si oabl = 0; oabl <= 12; oabl += 1) { kbqj[oabl] = -kbqj[oabl]; } } } for (_si jkvn = 0; jkvn <= 11; jkvn += 1) { if (((((kbqj[jkvn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kbqj[1 + jkvn] -= 1; } else { kbqj[1 + jkvn] += ((kbqj[jkvn]) >> (47)); }; kbqj[jkvn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kbqj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qpsh) { { for (_si slde = 0; slde <= 12; slde += 1) { kbqj[slde] = -kbqj[slde]; } } } } } _uc *xnpx() { ; _uc *oqj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; oqj = (_uc *)(_m + 362 * _s); break; } _s += 1; } return oqj; } void odtn(_uli *fxfu, _si ipyd) { _si ucya; { ucya = 0; _uli qloc = 19; for (_si ymyz = 12; ymyz >= 0; ymyz -= 1) { if (fxfu[ymyz] != 0) { ucya = ((((fxfu[ymyz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ucya) { eluh(fxfu, fxfu); } etyf(fxfu, ipyd); if (ucya) { { for (_si ugcz = 0; ugcz <= 12; ugcz += 1) { fxfu[ugcz] = -fxfu[ugcz]; } } } } void djpt(_uli *irah) { for (_si yhbs = 0; yhbs <= 11; yhbs += 1) { irah[1 + yhbs] += ((irah[yhbs]) >> (47)); irah[yhbs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } irah[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pski(_uli *zdus, _uli *cbob) { for (_si uvem = 0; uvem <= 12; uvem += 1) { zdus[uvem] = -cbob[uvem]; } } void npka(_uli *jzls) { _uc *pjpl = (_uc *)(jzls); for (_si hxak = 0; hxak <= 360; hxak += 1) { pjpl[hxak] = (_uc)(255 + pjpl[1 + hxak]) * (_uc)(1 + pjpl[hxak]); } pjpl[361] = 0; } void xjfv(_si hgi, _uli *bfde, _uli *wwkf, _uli *yyot) { { if (wwkf != yyot) { for (_si vllq = 0; vllq <= 12; vllq += 1) { wwkf[vllq] = yyot[vllq]; } } } faps(wwkf, hgi); jqde(wwkf, wwkf, bfde); } void bqab(_uli *ppqa) { for (_si wpmk = 0; wpmk <= 43; wpmk += 1) { ppqa[1 + wpmk] += ((ppqa[wpmk]) >> (47)); ppqa[wpmk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ppqa[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uc *mbpi() { ; _uc *jcbu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; jcbu = (_uc *)(_m + 362 * _s); break; } _s += 1; } return jcbu; } _si nffr(_uli *zdun) { _si axde = -1; for (_si okps = 12; okps >= 0; okps -= 1) { if (zdun[okps] != 0) { axde = okps; break; } } return axde; } void ihmc(_uli *sask, _si wkze) { _si czrk = (wkze % 47); _si miqi = ((wkze) / (47)); _si tnkk = -czrk + (((sizeof(_uli)) << (3))); if (miqi >= 13) { { for (_si bzcu = 0; bzcu <= 12; bzcu += 1) { sask[bzcu] = 0; } } } else { for (_si dwhe = 12 - miqi; dwhe >= 1; dwhe -= 1) { sask[dwhe + miqi] = ((sask[dwhe]) << (czrk)); if (tnkk < (8 * sizeof(_uli))) { sask[dwhe + miqi] += ((((sask[-1 + dwhe]) >> (tnkk))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } sask[miqi] = ((sask[0]) << (czrk)); for (_si cjaa = -1 + miqi; cjaa >= 0; cjaa -= 1) { sask[cjaa] = 0; } }; dflv(sask); } _si vpqz(_uli *ecib) { _si bmav = 0; _uli ixvd = 19; for (_si cmjd = 12; cmjd >= 0; cmjd -= 1) { if (ecib[cmjd] != 0) { bmav = ((((ecib[cmjd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bmav; } void yvvq(_uli *dnab) { for (_si baks = 0; baks <= 11; baks += 1) { dnab[1 + baks] += ((dnab[baks]) >> (47)); dnab[baks] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dnab[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void uih(_uli *sgz, _uli *pdvo, _uli *xonw) { _uli *zfp = dukr(); _uli *lwkf = kvuo(); _uli *pvh = wsbw(); _uli *nehx = bifd(); for (_si sttt = 0; sttt <= 12; sttt += 1) { zfp[sttt] = ((pdvo[sttt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lwkf[sttt] = ((pdvo[sttt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pvh[sttt] = ((xonw[sttt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nehx[sttt] = ((xonw[sttt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xmtp = 0; xmtp <= 12; xmtp += 1) { sgz[xmtp] = 0; } } for (_si bded = 0; bded <= (-1 + (((13) >> (1)))); bded += 1) { for (_si ytbx = 0; ytbx <= (-1 + (((13) >> (1)))); ytbx += 1) { _uli hsa = lwkf[bded] * pvh[ytbx] + nehx[ytbx] * zfp[bded]; _uli vnj = pvh[ytbx] * zfp[bded]; _uli cjtj = lwkf[bded] * nehx[ytbx]; _uli ttb = ((sgz[bded + ytbx]) + (vnj) + (((((hsa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ttb < vnj) { cjtj += 1; } _uli rbeo = ((((hsa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cjtj) << ((-47 + (((sizeof(_uli)) << (3)))))))); sgz[bded + ytbx] = ttb; sgz[1 + bded + ytbx] += rbeo; } cpl(sgz); } { _uc *cai = (_uc *)(zfp); for (_si kylu = 0; kylu <= 360; kylu += 1) { cai[kylu] = (_uc)(1 + cai[kylu]) * (_uc)(255 + cai[1 + kylu]); } cai[361] = 0; } { _uc *xpzu = (_uc *)(lwkf); for (_si zgk = 0; zgk <= 360; zgk += 1) { xpzu[zgk] = (_uc)(255 + xpzu[1 + zgk]) * (_uc)(1 + xpzu[zgk]); } xpzu[361] = 0; } { _uc *nugf = (_uc *)(pvh); for (_si rxtk = 0; rxtk <= 360; rxtk += 1) { nugf[rxtk] = (_uc)(1 + nugf[rxtk]) * (_uc)(255 + nugf[1 + rxtk]); } nugf[361] = 0; } atax(nehx); } void cphc(_uli *pswj, _uli *pweo, _uli *rfjj) { _uli *cczb = hrjg(); _uli *cvdc = bzeb(); _uli *zfbh = heyy(); _uli *odtp = sfxl(); for (_si jylm = 0; jylm <= 12; jylm += 1) { cczb[jylm] = ((pweo[jylm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cvdc[jylm] = ((pweo[jylm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zfbh[jylm] = ((rfjj[jylm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); odtp[jylm] = ((rfjj[jylm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lpcy = 0; lpcy <= 12; lpcy += 1) { pswj[lpcy] = 0; } } for (_si txfo = 0; txfo <= (-1 + (((13) >> (1)))); txfo += 1) { for (_si nvie = 0; nvie <= (-1 + (((13) >> (1)))); nvie += 1) { _uli lzmn = cczb[txfo] * odtp[nvie] + cvdc[txfo] * zfbh[nvie]; _uli kszc = cczb[txfo] * zfbh[nvie]; _uli zjaf = cvdc[txfo] * odtp[nvie]; _uli kinw = ((pswj[nvie + txfo]) + (kszc) + (((((lzmn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kinw < kszc) { zjaf += 1; } _uli kbor = ((((lzmn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zjaf) << ((-47 + (((sizeof(_uli)) << (3)))))))); pswj[nvie + txfo] = kinw; pswj[1 + nvie + txfo] += kbor; } ehew(pswj); } udqg(cczb); { _uc *rfhy = (_uc *)(cvdc); for (_si trci = 0; trci <= 360; trci += 1) { rfhy[trci] = (_uc)(255 + rfhy[1 + trci]) * (_uc)(1 + rfhy[trci]); } rfhy[361] = 0; } { _uc *tdnl = (_uc *)(zfbh); for (_si pcxg = 0; pcxg <= 360; pcxg += 1) { tdnl[pcxg] = (_uc)(255 + tdnl[1 + pcxg]) * (_uc)(1 + tdnl[pcxg]); } tdnl[361] = 0; } { _uc *uhdu = (_uc *)(odtp); for (_si rban = 0; rban <= 360; rban += 1) { uhdu[rban] = (_uc)(1 + uhdu[rban]) * (_uc)(255 + uhdu[1 + rban]); } uhdu[361] = 0; } } void xmer(_uli *xmty, _uli *qwui, _uli *lmzp) { for (_si slsp = 0; slsp <= 12; slsp += 1) { xmty[slsp] = lmzp[slsp] + qwui[slsp]; } { _si fali = xdxn(xmty); if (fali) { { for (_si kmxl = 0; kmxl <= 12; kmxl += 1) { xmty[kmxl] = -xmty[kmxl]; } } } for (_si wflv = 0; wflv <= 11; wflv += 1) { if (((((xmty[wflv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xmty[1 + wflv] -= 1; } else { xmty[1 + wflv] += ((xmty[wflv]) >> (47)); }; xmty[wflv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xmty[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fali) { pfed(xmty, xmty); } } } void orhk(_uli *eies) { for (_si reyq = 0; reyq <= 43; reyq += 1) { eies[1 + reyq] += ((eies[reyq]) >> (47)); eies[reyq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eies[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ydhd(_uli *uqms, _si wedq) { _si offh = (wedq % 47); _si zwik = ((wedq) / (47)); _si vpbs = -offh + (((sizeof(_uli)) << (3))); if (zwik >= 13) { { for (_si auty = 0; auty <= 12; auty += 1) { uqms[auty] = 0; } } } else { for (_si caaw = 12 - zwik; caaw >= 1; caaw -= 1) { uqms[caaw + zwik] = ((uqms[caaw]) << (offh)); if (vpbs < (8 * sizeof(_uli))) { uqms[caaw + zwik] += ((((uqms[-1 + caaw]) >> (vpbs))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } uqms[zwik] = ((uqms[0]) << (offh)); for (_si mrqn = -1 + zwik; mrqn >= 0; mrqn -= 1) { uqms[mrqn] = 0; } }; { for (_si lvel = 0; lvel <= 11; lvel += 1) { uqms[1 + lvel] += ((uqms[lvel]) >> (47)); uqms[lvel] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uqms[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void dzz(_si kjbu, _uli *yajr, _uli *seoy, _uli *nyo, _uli *hsvb) { _uli *hnf = hrjg(); jrjv(hnf, hsvb); { if (nyo != hsvb) { for (_si zlc = 0; zlc <= 12; zlc += 1) { nyo[zlc] = hsvb[zlc]; } } } { nyo[(((kjbu) / (47)))] &= ((((((_uli)(1)) << ((kjbu % 47)))) - ((_uli)(1)))); for (_si tuqk = 1 + (((kjbu) / (47))); tuqk <= 12; tuqk += 1) { nyo[tuqk] = 0; } } mxha(nyo, nyo, seoy); btwi(kjbu, nyo); { _uli *vuvj = qvhb(); _uli *moeq = qmtt(); _uli *ydje = bzeb(); _uli *ztgw = heyy(); for (_si brpw = 0; brpw <= 12; brpw += 1) { vuvj[brpw] = ((nyo[brpw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); moeq[brpw] = ((nyo[brpw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ydje[brpw] = ((yajr[brpw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ztgw[brpw] = ((yajr[brpw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si httw = 0; httw <= 12; httw += 1) { nyo[httw] = 0; } } for (_si qqqe = 0; qqqe <= (-1 + (((13) >> (1)))); qqqe += 1) { for (_si uaai = 0; uaai <= (-1 + (((13) >> (1)))); uaai += 1) { _uli yrsl = moeq[qqqe] * ydje[uaai] + vuvj[qqqe] * ztgw[uaai]; _uli ikkv = vuvj[qqqe] * ydje[uaai]; _uli qllv = moeq[qqqe] * ztgw[uaai]; _uli dxjs = ((nyo[qqqe + uaai]) + (ikkv) + (((((yrsl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dxjs < ikkv) { qllv += 1; } _uli raru = ((((yrsl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qllv) << ((-47 + (((sizeof(_uli)) << (3)))))))); nyo[qqqe + uaai] = dxjs; nyo[1 + qqqe + uaai] += raru; } { for (_si tsjs = 0; tsjs <= 11; tsjs += 1) { nyo[1 + tsjs] += ((nyo[tsjs]) >> (47)); nyo[tsjs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nyo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } ktis(vuvj); jpdm(moeq); etfn(ydje); vev(ztgw); } { for (_si dstb = 0; dstb <= 12; dstb += 1) { nyo[dstb] = hnf[dstb] + nyo[dstb]; } { _si izfd; { izfd = 0; _uli vwha = 19; for (_si ires = 12; ires >= 0; ires -= 1) { if (nyo[ires] != 0) { izfd = ((((nyo[ires]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (izfd) { { for (_si ptby = 0; ptby <= 12; ptby += 1) { nyo[ptby] = -nyo[ptby]; } } } for (_si lfjc = 0; lfjc <= 11; lfjc += 1) { if (((((nyo[lfjc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nyo[1 + lfjc] -= 1; } else { nyo[1 + lfjc] += ((nyo[lfjc]) >> (47)); }; nyo[lfjc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nyo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (izfd) { { for (_si nist = 0; nist <= 12; nist += 1) { nyo[nist] = -nyo[nist]; } } } } } tyrb(nyo, kjbu); { for (_si oxtu = 0; oxtu <= 12; oxtu += 1) { hnf[oxtu] = nyo[oxtu] - yajr[oxtu]; } jllw(hnf); } _si rbak; { rbak = 0; _uli wigb = 19; for (_si gafg = 12; gafg >= 0; gafg -= 1) { if (hnf[gafg] != 0) { rbak = ((((hnf[gafg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!rbak) { cyib(nyo, hnf); } plf(hnf); } void dxua(_uc *ehmu, _uc *pgfb, _uc *wjsd, _si vzp) { _uc *hmov = (_uc *)(ehmu + 0); szat(ehmu, wjsd, vzp); _uli *ygva = (_uli *)(ehmu + 352); { _uc *iubc = (_uc *)(ehmu + 0); _ui *ghr = (_ui *)(ehmu + 64); _uli *vlap = (_uli *)(ehmu + 352); _uli dvhb = 8 * vlap[0]; _uc hngk[1]; hngk[0] = 128; { _uc *ktzk = (_uc *)(ehmu + 0); _uli *olfa = (_uli *)(ehmu + 352); _si uyyw = (_si)(((olfa[0]) & (63))); olfa[0] += 1; for (_si adoc = 0; adoc <= 0; adoc += 1) { ktzk[uyyw] = hngk[adoc]; uyyw += 1; if (uyyw == 64) { { _uc *ylyn = (_uc *)(ehmu + 0); _ui *qgvg = (_ui *)(ehmu + 64); _ui *pmyp = (_ui *)(ehmu + 96); _si kegq = 0; _ui wcbp = 0; _ui mguf = 0; _ui kpgq = 0; _ui xtwc = 0; _ui vvxx = 0; _ui iuca = 0; for (_si esa = 0; esa <= 15; esa += 1) { pmyp[esa] = (((((((((_ui)(ylyn[kegq])) << (24))) | ((((_ui)(ylyn[1 + kegq])) << (16))))) | ((((_ui)(ylyn[2 + kegq])) << (8))))) | ((_ui)(ylyn[3 + kegq]))); kegq += 4; } for (_si wgz = 16; wgz <= 31; wgz += 1) { wcbp = ((((((((pmyp[-15 + wgz]) >> (7))) | (((pmyp[-15 + wgz]) << (25))))) ^ (((((pmyp[-15 + wgz]) >> (18))) | (((pmyp[-15 + wgz]) << (14))))))) ^ (((pmyp[-15 + wgz]) >> (3)))); xtwc = ((((((((pmyp[-2 + wgz]) >> (17))) | (((pmyp[-2 + wgz]) << (15))))) ^ (((((pmyp[-2 + wgz]) >> (19))) | (((pmyp[-2 + wgz]) << (13))))))) ^ (((pmyp[-2 + wgz]) >> (10)))); pmyp[wgz] = pmyp[-7 + wgz] + pmyp[-16 + wgz] + wcbp + xtwc; _m[65160] += 1; } _ui pdtm = qgvg[0]; _ui tiu = qgvg[1]; _ui rhzu = qgvg[2]; _ui xnrx = qgvg[3]; _ui yxor = qgvg[4]; _ui wchn = qgvg[5]; _ui hwnc = qgvg[6]; _ui svpf = qgvg[7]; for (_si zio = 0; zio <= 31; zio += 1) { wcbp = ((((((((pdtm) >> (2))) | (((pdtm) << (30))))) ^ (((((pdtm) >> (13))) | (((pdtm) << (19))))))) ^ (((((pdtm) >> (22))) | (((pdtm) << (10)))))); mguf = ((((((pdtm) & (tiu))) ^ (((pdtm) & (rhzu))))) ^ (((tiu) & (rhzu)))); kpgq = mguf + wcbp; xtwc = ((((((((yxor) >> (6))) | (((yxor) << (26))))) ^ (((((yxor) >> (11))) | (((yxor) << (21))))))) ^ (((((yxor) >> (25))) | (((yxor) << (7)))))); vvxx = ((((yxor) & (wchn))) ^ (((~yxor) & (hwnc)))); iuca = xtwc + svpf + vvxx + pmyp[zio] + *(((_ui *)(_m + 246160) + zio)); svpf = hwnc; hwnc = wchn; wchn = yxor; yxor = iuca + xnrx; xnrx = rhzu; rhzu = tiu; tiu = pdtm; pdtm = iuca + kpgq; _m[65161] += 1; } qgvg[0] += pdtm; qgvg[1] += tiu; qgvg[2] += rhzu; qgvg[3] += xnrx; qgvg[4] += yxor; qgvg[5] += wchn; qgvg[6] += hwnc; qgvg[7] += svpf; } uyyw = 0; } } } while (((((vlap[0]) & (63))) != (56))) { hngk[0] = 0; { _uc *trah = (_uc *)(ehmu + 0); _uli *fejh = (_uli *)(ehmu + 352); _si kxos = (_si)(((fejh[0]) & (63))); fejh[0] += 1; for (_si nvgh = 0; nvgh <= 0; nvgh += 1) { trah[kxos] = hngk[nvgh]; kxos += 1; if (kxos == 64) { { _uc *foqn = (_uc *)(ehmu + 0); _ui *akn = (_ui *)(ehmu + 64); _ui *ggfa = (_ui *)(ehmu + 96); _si akr = 0; _ui adw = 0; _ui atkx = 0; _ui szui = 0; _ui klju = 0; _ui ripm = 0; _ui hijp = 0; for (_si dgzu = 0; dgzu <= 15; dgzu += 1) { ggfa[dgzu] = (((((((((_ui)(foqn[akr])) << (24))) | ((((_ui)(foqn[1 + akr])) << (16))))) | ((((_ui)(foqn[2 + akr])) << (8))))) | ((_ui)(foqn[3 + akr]))); akr += 4; } for (_si tcxg = 16; tcxg <= 31; tcxg += 1) { adw = ((((((((ggfa[-15 + tcxg]) >> (7))) | (((ggfa[-15 + tcxg]) << (25))))) ^ (((((ggfa[-15 + tcxg]) >> (18))) | (((ggfa[-15 + tcxg]) << (14))))))) ^ (((ggfa[-15 + tcxg]) >> (3)))); klju = ((((((((ggfa[-2 + tcxg]) >> (17))) | (((ggfa[-2 + tcxg]) << (15))))) ^ (((((ggfa[-2 + tcxg]) >> (19))) | (((ggfa[-2 + tcxg]) << (13))))))) ^ (((ggfa[-2 + tcxg]) >> (10)))); ggfa[tcxg] = adw + ggfa[-7 + tcxg] + ggfa[-16 + tcxg] + klju; _m[65160] += 1; } _ui qvwp = akn[0]; _ui womr = akn[1]; _ui dxvj = akn[2]; _ui vxxr = akn[3]; _ui uqhr = akn[4]; _ui emkj = akn[5]; _ui yfdq = akn[6]; _ui ooiu = akn[7]; for (_si pptz = 0; pptz <= 31; pptz += 1) { adw = ((((((((qvwp) >> (2))) | (((qvwp) << (30))))) ^ (((((qvwp) >> (13))) | (((qvwp) << (19))))))) ^ (((((qvwp) >> (22))) | (((qvwp) << (10)))))); atkx = ((((((qvwp) & (womr))) ^ (((qvwp) & (dxvj))))) ^ (((womr) & (dxvj)))); szui = adw + atkx; klju = ((((((((uqhr) >> (6))) | (((uqhr) << (26))))) ^ (((((uqhr) >> (11))) | (((uqhr) << (21))))))) ^ (((((uqhr) >> (25))) | (((uqhr) << (7)))))); ripm = ((((uqhr) & (emkj))) ^ (((~uqhr) & (yfdq)))); hijp = klju + *(((_ui *)(_m + 246160) + pptz)) + ooiu + ggfa[pptz] + ripm; ooiu = yfdq; yfdq = emkj; emkj = uqhr; uqhr = hijp + vxxr; vxxr = dxvj; dxvj = womr; womr = qvwp; qvwp = hijp + szui; _m[65161] += 1; } akn[0] += qvwp; akn[1] += womr; akn[2] += dxvj; akn[3] += vxxr; akn[4] += uqhr; akn[5] += emkj; akn[6] += yfdq; akn[7] += ooiu; } kxos = 0; } } } } for (_si ixae = 0; ixae <= 7; ixae += 1) { hngk[0] = (_uc)(((((dvhb) >> (8 * (7 - ixae)))) & (255))); { _uc *ofep = (_uc *)(ehmu + 0); _uli *qwzs = (_uli *)(ehmu + 352); _si zdsh = (_si)(((qwzs[0]) & (63))); qwzs[0] += 1; for (_si ddgi = 0; ddgi <= 0; ddgi += 1) { ofep[zdsh] = hngk[ddgi]; zdsh += 1; if (zdsh == 64) { { _uc *motj = (_uc *)(ehmu + 0); _ui *nlrd = (_ui *)(ehmu + 64); _ui *ebkc = (_ui *)(ehmu + 96); _si auxu = 0; _ui hpqd = 0; _ui muwl = 0; _ui yvs = 0; _ui mnzd = 0; _ui tgey = 0; _ui jwus = 0; for (_si dlzy = 0; dlzy <= 15; dlzy += 1) { ebkc[dlzy] = (((((((((_ui)(motj[auxu])) << (24))) | ((((_ui)(motj[1 + auxu])) << (16))))) | ((((_ui)(motj[2 + auxu])) << (8))))) | ((_ui)(motj[3 + auxu]))); auxu += 4; } for (_si ejdy = 16; ejdy <= 31; ejdy += 1) { hpqd = ((((((((ebkc[-15 + ejdy]) >> (7))) | (((ebkc[-15 + ejdy]) << (25))))) ^ (((((ebkc[-15 + ejdy]) >> (18))) | (((ebkc[-15 + ejdy]) << (14))))))) ^ (((ebkc[-15 + ejdy]) >> (3)))); mnzd = ((((((((ebkc[-2 + ejdy]) >> (17))) | (((ebkc[-2 + ejdy]) << (15))))) ^ (((((ebkc[-2 + ejdy]) >> (19))) | (((ebkc[-2 + ejdy]) << (13))))))) ^ (((ebkc[-2 + ejdy]) >> (10)))); ebkc[ejdy] = ebkc[-7 + ejdy] + ebkc[-16 + ejdy] + hpqd + mnzd; _m[65160] += 1; } _ui xtgb = nlrd[0]; _ui hlw = nlrd[1]; _ui vloc = nlrd[2]; _ui grkn = nlrd[3]; _ui zodz = nlrd[4]; _ui kcff = nlrd[5]; _ui tymm = nlrd[6]; _ui tprt = nlrd[7]; for (_si ldlo = 0; ldlo <= 31; ldlo += 1) { hpqd = ((((((((xtgb) >> (2))) | (((xtgb) << (30))))) ^ (((((xtgb) >> (13))) | (((xtgb) << (19))))))) ^ (((((xtgb) >> (22))) | (((xtgb) << (10)))))); muwl = ((((((xtgb) & (hlw))) ^ (((xtgb) & (vloc))))) ^ (((hlw) & (vloc)))); yvs = hpqd + muwl; mnzd = ((((((((zodz) >> (6))) | (((zodz) << (26))))) ^ (((((zodz) >> (11))) | (((zodz) << (21))))))) ^ (((((zodz) >> (25))) | (((zodz) << (7)))))); tgey = ((((zodz) & (kcff))) ^ (((~zodz) & (tymm)))); jwus = *(((_ui *)(_m + 246160) + ldlo)) + tgey + tprt + mnzd + ebkc[ldlo]; tprt = tymm; tymm = kcff; kcff = zodz; zodz = grkn + jwus; grkn = vloc; vloc = hlw; hlw = xtgb; xtgb = jwus + yvs; _m[65161] += 1; } nlrd[0] += xtgb; nlrd[1] += hlw; nlrd[2] += vloc; nlrd[3] += grkn; nlrd[4] += zodz; nlrd[5] += kcff; nlrd[6] += tymm; nlrd[7] += tprt; } zdsh = 0; } } } } _si bzsf = 0; for (_si yxqc = 0; yxqc <= 7; yxqc += 1) { _ui riqj = ghr[yxqc]; iubc[bzsf] = (_uc)(((((riqj) >> (24))) & (255))); iubc[1 + bzsf] = (_uc)(((((riqj) >> (16))) & (255))); iubc[2 + bzsf] = (_uc)(((((riqj) >> (8))) & (255))); iubc[3 + bzsf] = (_uc)(((riqj) & (255))); bzsf += 4; } } for (_si yoy = 0; yoy <= 31; yoy += 1) { pgfb[yoy] = hmov[yoy]; } } void ynjq(_uli *dhmw, _uli *emkz) { if (dhmw != emkz) { for (_si oetw = 0; oetw <= 12; oetw += 1) { dhmw[oetw] = emkz[oetw]; } } } void onz(_uli *xeqi, _uc *pdwl) { _uli *wmht = rngf(); wvtg(xeqi); for (_si tqbe = 0; tqbe <= 31; tqbe += 1) { ado(wmht, pdwl[31 - tqbe]); dlix(wmht, 8 * tqbe); { for (_si tltz = 0; tltz <= 12; tltz += 1) { xeqi[tltz] = wmht[tltz] + xeqi[tltz]; } { _si skwt; { skwt = 0; _uli mboa = 19; for (_si juzq = 12; juzq >= 0; juzq -= 1) { if (xeqi[juzq] != 0) { skwt = ((((xeqi[juzq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (skwt) { { for (_si ynbz = 0; ynbz <= 12; ynbz += 1) { xeqi[ynbz] = -xeqi[ynbz]; } } } for (_si qhxm = 0; qhxm <= 11; qhxm += 1) { if (((((xeqi[qhxm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xeqi[1 + qhxm] -= 1; } else { xeqi[1 + qhxm] += ((xeqi[qhxm]) >> (47)); }; xeqi[qhxm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xeqi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (skwt) { { for (_si fbss = 0; fbss <= 12; fbss += 1) { xeqi[fbss] = -xeqi[fbss]; } } } } } } wsaa(wmht); } _uli *bveb() { ; _uli *xhvu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; xhvu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xhvu; } void ccrk(_uli *faa, _si ayoz) { _si mbc = (ayoz % 47); _si dpk = ((ayoz) / (47)); _si echr = -mbc + (((sizeof(_uli)) << (3))); if (dpk >= 13) { { for (_si nuzh = 0; nuzh <= 12; nuzh += 1) { faa[nuzh] = 0; } } } else { for (_si ymhs = 12 - dpk; ymhs >= 1; ymhs -= 1) { faa[dpk + ymhs] = ((faa[ymhs]) << (mbc)); if (echr < (8 * sizeof(_uli))) { faa[dpk + ymhs] += ((((faa[-1 + ymhs]) >> (echr))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } faa[dpk] = ((faa[0]) << (mbc)); for (_si extf = -1 + dpk; extf >= 0; extf -= 1) { faa[extf] = 0; } }; { for (_si juux = 0; juux <= 11; juux += 1) { faa[1 + juux] += ((faa[juux]) >> (47)); faa[juux] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } faa[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void qlup(_uli *prnb, _uli *lmqe) { for (_si lcyp = 0; lcyp <= 12; lcyp += 1) { prnb[lcyp] = -lmqe[lcyp]; } } void ebx(_si fyhu, _uli *xsab, _uli *gvoz, _uli *besw, _uli *nyqn, _uli *khsw) { { _uli *tagy = finq(); _uli *lwi = ckcv(); _uli *mfdd = oeuc(); _uli *khmg = dgud(); for (_si osri = 0; osri <= 12; osri += 1) { tagy[osri] = ((nyqn[osri]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lwi[osri] = ((nyqn[osri]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mfdd[osri] = ((khsw[osri]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); khmg[osri] = ((khsw[osri]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si domn = 0; domn <= 12; domn += 1) { besw[domn] = 0; } } for (_si lmft = 0; lmft <= (-1 + (((13) >> (1)))); lmft += 1) { for (_si oydd = 0; oydd <= (-1 + (((13) >> (1)))); oydd += 1) { _uli wjnr = khmg[oydd] * tagy[lmft] + lwi[lmft] * mfdd[oydd]; _uli trkm = mfdd[oydd] * tagy[lmft]; _uli rsop = khmg[oydd] * lwi[lmft]; _uli bbum = ((besw[lmft + oydd]) + (trkm) + (((((wjnr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bbum < trkm) { rsop += 1; } _uli wbhw = ((((wjnr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rsop) << ((-47 + (((sizeof(_uli)) << (3)))))))); besw[lmft + oydd] = bbum; besw[1 + lmft + oydd] += wbhw; } { for (_si hdpt = 0; hdpt <= 11; hdpt += 1) { besw[1 + hdpt] += ((besw[hdpt]) >> (47)); besw[hdpt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } besw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } jfif(tagy); uqxp(lwi); jrbh(mfdd); { _uc *zdub = (_uc *)(khmg); for (_si wrmn = 0; wrmn <= 360; wrmn += 1) { zdub[wrmn] = (_uc)(255 + zdub[1 + wrmn]) * (_uc)(1 + zdub[wrmn]); } zdub[361] = 0; } } { _uli *gjfy = qvtm(); { if (gjfy != besw) { for (_si omaa = 0; omaa <= 12; omaa += 1) { gjfy[omaa] = besw[omaa]; } } } { ; } mvvj(fyhu, besw); { _uli *ktzp = lcnh(); _uli *wirr = ofhj(); _uli *ecep = teuv(); _uli *zqan = nrlo(); for (_si ulrc = 0; ulrc <= 12; ulrc += 1) { ktzp[ulrc] = ((besw[ulrc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wirr[ulrc] = ((besw[ulrc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ecep[ulrc] = ((gvoz[ulrc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zqan[ulrc] = ((gvoz[ulrc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } obip(besw); for (_si ods = 0; ods <= (-1 + (((13) >> (1)))); ods += 1) { for (_si ukht = 0; ukht <= (-1 + (((13) >> (1)))); ukht += 1) { _uli tttw = ecep[ukht] * wirr[ods] + ktzp[ods] * zqan[ukht]; _uli ajin = ecep[ukht] * ktzp[ods]; _uli axa = wirr[ods] * zqan[ukht]; _uli oukx = ((besw[ods + ukht]) + (ajin) + (((((tttw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (oukx < ajin) { axa += 1; } _uli gnng = ((((tttw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((axa) << ((-47 + (((sizeof(_uli)) << (3)))))))); besw[ods + ukht] = oukx; besw[1 + ods + ukht] += gnng; } { for (_si irft = 0; irft <= 11; irft += 1) { besw[1 + irft] += ((besw[irft]) >> (47)); besw[irft] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } besw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } vkxh(ktzp); { _uc *ywjq = (_uc *)(wirr); for (_si ref = 0; ref <= 360; ref += 1) { ywjq[ref] = (_uc)(1 + ywjq[ref]) * (_uc)(255 + ywjq[1 + ref]); } ywjq[361] = 0; } ktis(ecep); { _uc *nkzb = (_uc *)(zqan); for (_si dpvr = 0; dpvr <= 360; dpvr += 1) { nkzb[dpvr] = (_uc)(255 + nkzb[1 + dpvr]) * (_uc)(1 + nkzb[dpvr]); } nkzb[361] = 0; } } tqj(fyhu, besw); { _uli *jhq = sfxl(); _uli *crzn = lbjy(); _uli *oey = yiuc(); _uli *lbky = qidh(); for (_si tbxi = 0; tbxi <= 12; tbxi += 1) { jhq[tbxi] = ((besw[tbxi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); crzn[tbxi] = ((besw[tbxi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); oey[tbxi] = ((xsab[tbxi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lbky[tbxi] = ((xsab[tbxi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sjg = 0; sjg <= 12; sjg += 1) { besw[sjg] = 0; } } for (_si twfo = 0; twfo <= (-1 + (((13) >> (1)))); twfo += 1) { for (_si fmnn = 0; fmnn <= (-1 + (((13) >> (1)))); fmnn += 1) { _uli taqi = crzn[twfo] * oey[fmnn] + jhq[twfo] * lbky[fmnn]; _uli ibrz = jhq[twfo] * oey[fmnn]; _uli ueho = crzn[twfo] * lbky[fmnn]; _uli hhan = ((besw[fmnn + twfo]) + (ibrz) + (((((taqi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hhan < ibrz) { ueho += 1; } _uli obgo = ((((taqi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ueho) << ((-47 + (((sizeof(_uli)) << (3)))))))); besw[fmnn + twfo] = hhan; besw[1 + fmnn + twfo] += obgo; } aahl(besw); } { _uc *stvm = (_uc *)(jhq); for (_si acm = 0; acm <= 360; acm += 1) { stvm[acm] = (_uc)(255 + stvm[1 + acm]) * (_uc)(1 + stvm[acm]); } stvm[361] = 0; } nkah(crzn); { _uc *qwbc = (_uc *)(oey); for (_si sdji = 0; sdji <= 360; sdji += 1) { qwbc[sdji] = (_uc)(1 + qwbc[sdji]) * (_uc)(255 + qwbc[1 + sdji]); } qwbc[361] = 0; } { _uc *widy = (_uc *)(lbky); for (_si ruy = 0; ruy <= 360; ruy += 1) { widy[ruy] = (_uc)(1 + widy[ruy]) * (_uc)(255 + widy[1 + ruy]); } widy[361] = 0; } } kkl(besw, besw, gjfy); mdqy(besw, fyhu); vtpu(gjfy, besw, xsab); _si ylhu; { ylhu = 0; _uli ijoa = 19; for (_si kjyx = 12; kjyx >= 0; kjyx -= 1) { if (gjfy[kjyx] != 0) { ylhu = ((((gjfy[kjyx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ylhu) { { if (besw != gjfy) { for (_si jvtr = 0; jvtr <= 12; jvtr += 1) { besw[jvtr] = gjfy[jvtr]; } } } } { _uc *zcsi = (_uc *)(gjfy); for (_si frct = 0; frct <= 360; frct += 1) { zcsi[frct] = (_uc)(1 + zcsi[frct]) * (_uc)(255 + zcsi[1 + frct]); } zcsi[361] = 0; } } } void nzuh(_uli *jnit, _uli *wqwi, _uli *iwfp) { for (_si hcnc = 0; hcnc <= 12; hcnc += 1) { jnit[hcnc] = iwfp[hcnc] + wqwi[hcnc]; } akbd(jnit); } void vmew(_uc *ylye) { _ui *znnh = (_ui *)(ylye + 0); _ui *qnek = (_ui *)(ylye + 64); for (_si ocvl = 0; ocvl <= 15; ocvl += 1) { znnh[ocvl] = qnek[ocvl]; } for (_si zgyt = 0; zgyt <= 9; zgyt += 1) { { znnh[0] += znnh[4]; znnh[12] ^= znnh[0]; znnh[12] = ((((znnh[12]) << (16))) | (((znnh[12]) >> (16)))); znnh[8] += znnh[12]; znnh[4] ^= znnh[8]; znnh[4] = ((((znnh[4]) << (12))) | (((znnh[4]) >> (20)))); znnh[0] += znnh[4]; znnh[12] ^= znnh[0]; znnh[12] = ((((znnh[12]) << (8))) | (((znnh[12]) >> (24)))); znnh[8] += znnh[12]; znnh[4] ^= znnh[8]; znnh[4] = ((((znnh[4]) << (7))) | (((znnh[4]) >> (25)))); } { znnh[1] += znnh[5]; znnh[13] ^= znnh[1]; znnh[13] = ((((znnh[13]) << (16))) | (((znnh[13]) >> (16)))); znnh[9] += znnh[13]; znnh[5] ^= znnh[9]; znnh[5] = ((((znnh[5]) << (12))) | (((znnh[5]) >> (20)))); znnh[1] += znnh[5]; znnh[13] ^= znnh[1]; znnh[13] = ((((znnh[13]) << (8))) | (((znnh[13]) >> (24)))); znnh[9] += znnh[13]; znnh[5] ^= znnh[9]; znnh[5] = ((((znnh[5]) << (7))) | (((znnh[5]) >> (25)))); } ktwi(znnh, 2, 6, 10, 14); { znnh[3] += znnh[7]; znnh[15] ^= znnh[3]; znnh[15] = ((((znnh[15]) << (16))) | (((znnh[15]) >> (16)))); znnh[11] += znnh[15]; znnh[7] ^= znnh[11]; znnh[7] = ((((znnh[7]) << (12))) | (((znnh[7]) >> (20)))); znnh[3] += znnh[7]; znnh[15] ^= znnh[3]; znnh[15] = ((((znnh[15]) << (8))) | (((znnh[15]) >> (24)))); znnh[11] += znnh[15]; znnh[7] ^= znnh[11]; znnh[7] = ((((znnh[7]) << (7))) | (((znnh[7]) >> (25)))); } { znnh[0] += znnh[5]; znnh[15] ^= znnh[0]; znnh[15] = ((((znnh[15]) << (16))) | (((znnh[15]) >> (16)))); znnh[10] += znnh[15]; znnh[5] ^= znnh[10]; znnh[5] = ((((znnh[5]) << (12))) | (((znnh[5]) >> (20)))); znnh[0] += znnh[5]; znnh[15] ^= znnh[0]; znnh[15] = ((((znnh[15]) << (8))) | (((znnh[15]) >> (24)))); znnh[10] += znnh[15]; znnh[5] ^= znnh[10]; znnh[5] = ((((znnh[5]) << (7))) | (((znnh[5]) >> (25)))); } iwlp(znnh, 1, 6, 11, 12); aqt(znnh, 2, 7, 8, 13); { znnh[3] += znnh[4]; znnh[14] ^= znnh[3]; znnh[14] = ((((znnh[14]) << (16))) | (((znnh[14]) >> (16)))); znnh[9] += znnh[14]; znnh[4] ^= znnh[9]; znnh[4] = ((((znnh[4]) << (12))) | (((znnh[4]) >> (20)))); znnh[3] += znnh[4]; znnh[14] ^= znnh[3]; znnh[14] = ((((znnh[14]) << (8))) | (((znnh[14]) >> (24)))); znnh[9] += znnh[14]; znnh[4] ^= znnh[9]; znnh[4] = ((((znnh[4]) << (7))) | (((znnh[4]) >> (25)))); } _m[65163] += 1; } for (_si krqx = 0; krqx <= 15; krqx += 1) { znnh[krqx] += qnek[krqx]; } qnek[12] += 1; if (qnek[12] == 0) { qnek[13] += 1; } } void qcms(_uli *embo) { for (_si nul = 0; nul <= 12; nul += 1) { embo[nul] = 0; } } void zipi(_uc *zegf, _uc *qntn, _si bfwi) { _uc *reeu = (_uc *)(zegf + 0); _uli *orcg = (_uli *)(zegf + 352); _si imn = (_si)(((orcg[0]) & (63))); orcg[0] += bfwi; for (_si dyax = 0; dyax <= (-1 + bfwi); dyax += 1) { reeu[imn] = qntn[dyax]; imn += 1; if (imn == 64) { uvrt(zegf); imn = 0; } } } void ttgv(_uli *hbuh, _si itgz) { hbuh[0] = itgz; for (_si tjob = 1; tjob <= 12; tjob += 1) { hbuh[tjob] = 0; } } void yror(_uli *hwwa) { for (_si wbco = 0; wbco <= 12; wbco += 1) { hwwa[wbco] = 0; } } void jqpb(_si drct, _uli *ihlo, _uli *vbgy, _uli *cywp, _uli *zbqr) { _uli *nqpd = hkio(); { if (nqpd != zbqr) { for (_si aocf = 0; aocf <= 12; aocf += 1) { nqpd[aocf] = zbqr[aocf]; } } } { if (cywp != zbqr) { for (_si hssi = 0; hssi <= 12; hssi += 1) { cywp[hssi] = zbqr[hssi]; } } } { cywp[(((drct) / (47)))] &= ((((((_uli)(1)) << ((drct % 47)))) - ((_uli)(1)))); for (_si hvzu = 1 + (((drct) / (47))); hvzu <= 12; hvzu += 1) { cywp[hvzu] = 0; } } { _uli *rajp = pjtf(); _uli *vfvn = zlxq(); _uli *tooz = trch(); _uli *ebld = ntfe(); for (_si qnts = 0; qnts <= 12; qnts += 1) { rajp[qnts] = ((cywp[qnts]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vfvn[qnts] = ((cywp[qnts]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); tooz[qnts] = ((vbgy[qnts]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ebld[qnts] = ((vbgy[qnts]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si chiv = 0; chiv <= 12; chiv += 1) { cywp[chiv] = 0; } } for (_si uake = 0; uake <= (-1 + (((13) >> (1)))); uake += 1) { for (_si zrvg = 0; zrvg <= (-1 + (((13) >> (1)))); zrvg += 1) { _uli mqdb = ebld[zrvg] * rajp[uake] + tooz[zrvg] * vfvn[uake]; _uli ocwc = rajp[uake] * tooz[zrvg]; _uli dxkg = ebld[zrvg] * vfvn[uake]; _uli dqxl = ((cywp[uake + zrvg]) + (ocwc) + (((((mqdb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dqxl < ocwc) { dxkg += 1; } _uli ztcq = ((((mqdb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dxkg) << ((-47 + (((sizeof(_uli)) << (3)))))))); cywp[uake + zrvg] = dqxl; cywp[1 + uake + zrvg] += ztcq; } yvvq(cywp); } qxmn(rajp); { _uc *qqul = (_uc *)(vfvn); for (_si ibxu = 0; ibxu <= 360; ibxu += 1) { qqul[ibxu] = (_uc)(255 + qqul[1 + ibxu]) * (_uc)(1 + qqul[ibxu]); } qqul[361] = 0; } gfcw(tooz); jrex(ebld); } noqx(drct, cywp); azvz(cywp, cywp, ihlo); skzx(cywp, cywp, nqpd); tdih(cywp, drct); sqxj(nqpd, cywp, ihlo); _si hiuu; { hiuu = 0; _uli axab = 19; for (_si rhsc = 12; rhsc >= 0; rhsc -= 1) { if (nqpd[rhsc] != 0) { hiuu = ((((nqpd[rhsc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!hiuu) { { if (cywp != nqpd) { for (_si bfcf = 0; bfcf <= 12; bfcf += 1) { cywp[bfcf] = nqpd[bfcf]; } } } } fuue(nqpd); } void iktb(_si hbpt, _uli *bvqr, _uli *yswq, _uli *xlfq) { { if (yswq != xlfq) { for (_si sfnq = 0; sfnq <= 12; sfnq += 1) { yswq[sfnq] = xlfq[sfnq]; } } } ohns(yswq, hbpt); xryz(yswq, yswq, bvqr); } void rmhs(_uli *iqpi, _si oduu) { _si uute = (oduu % 47); _si xqrq = ((oduu) / (47)); _si hctm = -uute + (((sizeof(_uli)) << (3))); if (xqrq >= 13) { { for (_si chpj = 0; chpj <= 12; chpj += 1) { iqpi[chpj] = 0; } } } else { for (_si adrt = 12 - xqrq; adrt >= 1; adrt -= 1) { iqpi[adrt + xqrq] = ((iqpi[adrt]) << (uute)); if (hctm < (8 * sizeof(_uli))) { iqpi[adrt + xqrq] += ((((iqpi[-1 + adrt]) >> (hctm))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } iqpi[xqrq] = ((iqpi[0]) << (uute)); for (_si bnbk = -1 + xqrq; bnbk >= 0; bnbk -= 1) { iqpi[bnbk] = 0; } }; nfpl(iqpi); } void mcit(_uli *bhzt, _si qstp) { _si iqit = (qstp % 47); _si owit = ((qstp) / (47)); _si flhy = qstp; if (flhy > (8 * sizeof(_uli))) { flhy = -1; } if (owit >= 13) { { for (_si kssy = 0; kssy <= 12; kssy += 1) { bhzt[kssy] = 0; } } } else { _uli clfy = (((((_uli)(1)) << (iqit))) - ((_uli)(1))); if (flhy < 0) { bhzt[0] = 0; } else { bhzt[0] = ((((bhzt[0]) & (~clfy))) >> (flhy)); }; if (owit != 0) { bhzt[0] += ((((bhzt[owit]) & (~clfy))) >> (iqit)); } for (_si zzbd = 1; zzbd <= (12 - owit); zzbd += 1) { bhzt[-1 + zzbd] += ((((((bhzt[owit + zzbd]) & (clfy))) << (-iqit + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bhzt[zzbd] = ((((bhzt[owit + zzbd]) & (~clfy))) >> (iqit)); } for (_si pdci = 13 - owit; pdci <= 12; pdci += 1) { bhzt[pdci] = 0; } }; } void pnfp(_uc *ydfr) { _uc *ewi = (_uc *)(ydfr + 0); _ui *pmja = (_ui *)(ydfr + 64); _ui *fkh = (_ui *)(ydfr + 96); _si fmp = 0; _ui hsls = 0; _ui eqd = 0; _ui qcsm = 0; _ui wgkt = 0; _ui ayvr = 0; _ui saet = 0; for (_si hmtf = 0; hmtf <= 15; hmtf += 1) { fkh[hmtf] = (((((((((_ui)(ewi[fmp])) << (24))) | ((((_ui)(ewi[1 + fmp])) << (16))))) | ((((_ui)(ewi[2 + fmp])) << (8))))) | ((_ui)(ewi[3 + fmp]))); fmp += 4; } for (_si cle = 16; cle <= 31; cle += 1) { hsls = ((((((((fkh[-15 + cle]) >> (7))) | (((fkh[-15 + cle]) << (25))))) ^ (((((fkh[-15 + cle]) >> (18))) | (((fkh[-15 + cle]) << (14))))))) ^ (((fkh[-15 + cle]) >> (3)))); wgkt = ((((((((fkh[-2 + cle]) >> (17))) | (((fkh[-2 + cle]) << (15))))) ^ (((((fkh[-2 + cle]) >> (19))) | (((fkh[-2 + cle]) << (13))))))) ^ (((fkh[-2 + cle]) >> (10)))); fkh[cle] = fkh[-16 + cle] + fkh[-7 + cle] + hsls + wgkt; _m[65160] += 1; } _ui skje = pmja[0]; _ui svfe = pmja[1]; _ui xngv = pmja[2]; _ui dikr = pmja[3]; _ui nyep = pmja[4]; _ui sba = pmja[5]; _ui kmc = pmja[6]; _ui gbll = pmja[7]; for (_si kanf = 0; kanf <= 31; kanf += 1) { hsls = ((((((((skje) >> (2))) | (((skje) << (30))))) ^ (((((skje) >> (13))) | (((skje) << (19))))))) ^ (((((skje) >> (22))) | (((skje) << (10)))))); eqd = ((((((skje) & (svfe))) ^ (((skje) & (xngv))))) ^ (((svfe) & (xngv)))); qcsm = eqd + hsls; wgkt = ((((((((nyep) >> (6))) | (((nyep) << (26))))) ^ (((((nyep) >> (11))) | (((nyep) << (21))))))) ^ (((((nyep) >> (25))) | (((nyep) << (7)))))); ayvr = ((((nyep) & (sba))) ^ (((~nyep) & (kmc)))); saet = fkh[kanf] + gbll + ayvr + wgkt + *(((_ui *)(_m + 246160) + kanf)); gbll = kmc; kmc = sba; sba = nyep; nyep = dikr + saet; dikr = xngv; xngv = svfe; svfe = skje; skje = qcsm + saet; _m[65161] += 1; } pmja[0] += skje; pmja[1] += svfe; pmja[2] += xngv; pmja[3] += dikr; pmja[4] += nyep; pmja[5] += sba; pmja[6] += kmc; pmja[7] += gbll; } void qzmk(_uc *grf) { _uc *xlfi = (_uc *)(grf + 0); _ui *ykwf = (_ui *)(grf + 64); _ui *fqi = (_ui *)(grf + 96); _si dlvz = 0; _ui auxn = 0; _ui dpzg = 0; _ui ppsk = 0; _ui otc = 0; _ui gfod = 0; _ui gjw = 0; for (_si eky = 0; eky <= 15; eky += 1) { fqi[eky] = (((((((((_ui)(xlfi[dlvz])) << (24))) | ((((_ui)(xlfi[1 + dlvz])) << (16))))) | ((((_ui)(xlfi[2 + dlvz])) << (8))))) | ((_ui)(xlfi[3 + dlvz]))); dlvz += 4; } for (_si bucg = 16; bucg <= 31; bucg += 1) { auxn = ((((((((fqi[-15 + bucg]) >> (7))) | (((fqi[-15 + bucg]) << (25))))) ^ (((((fqi[-15 + bucg]) >> (18))) | (((fqi[-15 + bucg]) << (14))))))) ^ (((fqi[-15 + bucg]) >> (3)))); otc = ((((((((fqi[-2 + bucg]) >> (17))) | (((fqi[-2 + bucg]) << (15))))) ^ (((((fqi[-2 + bucg]) >> (19))) | (((fqi[-2 + bucg]) << (13))))))) ^ (((fqi[-2 + bucg]) >> (10)))); fqi[bucg] = auxn + fqi[-16 + bucg] + fqi[-7 + bucg] + otc; _m[65160] += 1; } _ui kvx = ykwf[0]; _ui hcm = ykwf[1]; _ui cxfc = ykwf[2]; _ui wnbl = ykwf[3]; _ui fxaw = ykwf[4]; _ui cbh = ykwf[5]; _ui znwt = ykwf[6]; _ui qvu = ykwf[7]; for (_si ujiz = 0; ujiz <= 31; ujiz += 1) { auxn = ((((((((kvx) >> (2))) | (((kvx) << (30))))) ^ (((((kvx) >> (13))) | (((kvx) << (19))))))) ^ (((((kvx) >> (22))) | (((kvx) << (10)))))); dpzg = ((((((kvx) & (hcm))) ^ (((kvx) & (cxfc))))) ^ (((hcm) & (cxfc)))); ppsk = auxn + dpzg; otc = ((((((((fxaw) >> (6))) | (((fxaw) << (26))))) ^ (((((fxaw) >> (11))) | (((fxaw) << (21))))))) ^ (((((fxaw) >> (25))) | (((fxaw) << (7)))))); gfod = ((((fxaw) & (cbh))) ^ (((~fxaw) & (znwt)))); gjw = otc + fqi[ujiz] + qvu + *(((_ui *)(_m + 246160) + ujiz)) + gfod; qvu = znwt; znwt = cbh; cbh = fxaw; fxaw = gjw + wnbl; wnbl = cxfc; cxfc = hcm; hcm = kvx; kvx = gjw + ppsk; _m[65161] += 1; } ykwf[0] += kvx; ykwf[1] += hcm; ykwf[2] += cxfc; ykwf[3] += wnbl; ykwf[4] += fxaw; ykwf[5] += cbh; ykwf[6] += znwt; ykwf[7] += qvu; } void yxsb(_ui *mhid, _si ptbq, _si ndcw, _si rqmv, _si cnbs) { mhid[ptbq] += mhid[ndcw]; mhid[cnbs] ^= mhid[ptbq]; mhid[cnbs] = ((((mhid[cnbs]) << (16))) | (((mhid[cnbs]) >> (16)))); mhid[rqmv] += mhid[cnbs]; mhid[ndcw] ^= mhid[rqmv]; mhid[ndcw] = ((((mhid[ndcw]) << (12))) | (((mhid[ndcw]) >> (20)))); mhid[ptbq] += mhid[ndcw]; mhid[cnbs] ^= mhid[ptbq]; mhid[cnbs] = ((((mhid[cnbs]) << (8))) | (((mhid[cnbs]) >> (24)))); mhid[rqmv] += mhid[cnbs]; mhid[ndcw] ^= mhid[rqmv]; mhid[ndcw] = ((((mhid[ndcw]) << (7))) | (((mhid[ndcw]) >> (25)))); } _si yiek(_uli *mugp) { _si fzev = -1; for (_si gikv = 44; gikv >= 0; gikv -= 1) { if (mugp[gikv] != 0) { fzev = gikv; break; } } return fzev; } void cvzs(_uli *pqhu, _uli *kqmx, _uli *moep) { for (_si bqfe = 0; bqfe <= 12; bqfe += 1) { pqhu[bqfe] = kqmx[bqfe] + moep[bqfe]; } { _si fwrh; { fwrh = 0; _uli emnd = 19; for (_si mtrx = 12; mtrx >= 0; mtrx -= 1) { if (pqhu[mtrx] != 0) { fwrh = ((((pqhu[mtrx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fwrh) { { for (_si eyar = 0; eyar <= 12; eyar += 1) { pqhu[eyar] = -pqhu[eyar]; } } } for (_si vdmn = 0; vdmn <= 11; vdmn += 1) { if (((((pqhu[vdmn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pqhu[1 + vdmn] -= 1; } else { pqhu[1 + vdmn] += ((pqhu[vdmn]) >> (47)); }; pqhu[vdmn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pqhu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fwrh) { { for (_si tfpk = 0; tfpk <= 12; tfpk += 1) { pqhu[tfpk] = -pqhu[tfpk]; } } } } } _uli *typj() { ; _uli *xeut; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; xeut = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xeut; } void bzky(_si hxf, _uli *tqe) { tqe[(((hxf) / (47)))] &= ((((((_uli)(1)) << ((hxf % 47)))) - ((_uli)(1)))); for (_si ecl = 1 + (((hxf) / (47))); ecl <= 44; ecl += 1) { tqe[ecl] = 0; } } void ozxn(_uli *vxsw) { for (_si kgsz = 0; kgsz <= 12; kgsz += 1) { vxsw[kgsz] = 0; } } void irxk(_uli *ewnu) { for (_si bfgk = 0; bfgk <= 44; bfgk += 1) { ewnu[bfgk] = 0; } } void rdfa(_uli *qsej, _uli *dgos) { for (_si xrwo = 0; xrwo <= 12; xrwo += 1) { qsej[xrwo] = -dgos[xrwo]; } } void xafh(_si gdir, _uli *dgxz, _uli *fius, _uli *glmr, _uli *mjsi) { _uli *ekwp = xmqq(); ijb(ekwp, mjsi); { if (glmr != mjsi) { for (_si kmsl = 0; kmsl <= 12; kmsl += 1) { glmr[kmsl] = mjsi[kmsl]; } } } sxo(gdir, glmr); { _uli *rcys = wonb(); _uli *royt = test(); _uli *czfp = yiuc(); _uli *rdqa = gcda(); for (_si jakt = 0; jakt <= 12; jakt += 1) { rcys[jakt] = ((glmr[jakt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); royt[jakt] = ((glmr[jakt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); czfp[jakt] = ((fius[jakt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rdqa[jakt] = ((fius[jakt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tqu = 0; tqu <= 12; tqu += 1) { glmr[tqu] = 0; } } for (_si icrn = 0; icrn <= (-1 + (((13) >> (1)))); icrn += 1) { for (_si ghv = 0; ghv <= (-1 + (((13) >> (1)))); ghv += 1) { _uli yejc = czfp[ghv] * royt[icrn] + rcys[icrn] * rdqa[ghv]; _uli ylgi = czfp[ghv] * rcys[icrn]; _uli phvq = rdqa[ghv] * royt[icrn]; _uli asho = ((glmr[ghv + icrn]) + (ylgi) + (((((yejc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (asho < ylgi) { phvq += 1; } _uli omoh = ((((yejc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((phvq) << ((-47 + (((sizeof(_uli)) << (3)))))))); glmr[ghv + icrn] = asho; glmr[1 + ghv + icrn] += omoh; } { for (_si qzd = 0; qzd <= 11; qzd += 1) { glmr[1 + qzd] += ((glmr[qzd]) >> (47)); glmr[qzd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } glmr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } twu(rcys); pkvk(royt); { _uc *xypw = (_uc *)(czfp); for (_si dxh = 0; dxh <= 360; dxh += 1) { xypw[dxh] = (_uc)(255 + xypw[1 + dxh]) * (_uc)(1 + xypw[dxh]); } xypw[361] = 0; } btdf(rdqa); } jjqh(gdir, glmr); gbkk(glmr, glmr, dgxz); { for (_si duch = 0; duch <= 12; duch += 1) { glmr[duch] = ekwp[duch] + glmr[duch]; } { _si fsej = zdtu(glmr); if (fsej) { { for (_si xuwn = 0; xuwn <= 12; xuwn += 1) { glmr[xuwn] = -glmr[xuwn]; } } } for (_si aap = 0; aap <= 11; aap += 1) { if (((((glmr[aap]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { glmr[1 + aap] -= 1; } else { glmr[1 + aap] += ((glmr[aap]) >> (47)); }; glmr[aap] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } glmr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fsej) { { for (_si aunh = 0; aunh <= 12; aunh += 1) { glmr[aunh] = -glmr[aunh]; } } } } } xwuo(glmr, gdir); mdey(ekwp, glmr, dgxz); _si gcxr; { gcxr = 0; _uli kcxi = 19; for (_si bmti = 12; bmti >= 0; bmti -= 1) { if (ekwp[bmti] != 0) { gcxr = ((((ekwp[bmti]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!gcxr) { { if (glmr != ekwp) { for (_si rutx = 0; rutx <= 12; rutx += 1) { glmr[rutx] = ekwp[rutx]; } } } } ijhr(ekwp); } void idzd(_uli *fxkx, _uli *lfby) { for (_si oyfm = 0; oyfm <= 12; oyfm += 1) { fxkx[oyfm] = -lfby[oyfm]; } } void wxvt(_uc *pafo, _uc *hrfj, _si hfzt) { _uc *xdii = (_uc *)(pafo + 0); _uli *gpzh = (_uli *)(pafo + 352); _si exsv = (_si)(((gpzh[0]) & (63))); gpzh[0] += hfzt; for (_si evdw = 0; evdw <= (-1 + hfzt); evdw += 1) { xdii[exsv] = hrfj[evdw]; exsv += 1; if (exsv == 64) { xddw(pafo); exsv = 0; } } } void lrft(_uli *ogav) { for (_si yltk = 0; yltk <= 12; yltk += 1) { ogav[yltk] = 0; } } void vyww(_uli *jcdg) { _uc *qkqp = (_uc *)(jcdg); for (_si vfck = 0; vfck <= 360; vfck += 1) { qkqp[vfck] = (_uc)(255 + qkqp[1 + vfck]) * (_uc)(1 + qkqp[vfck]); } qkqp[361] = 0; } void ykci(_uli *qfel, _uli *cbhl, _uli *hhwj) { _uli *xysh = vsjr(); _uli *fqvx = frfi(); _uli *lrsw = cxsb(); _uli *vqly = trch(); for (_si rxyx = 0; rxyx <= 12; rxyx += 1) { xysh[rxyx] = ((cbhl[rxyx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fqvx[rxyx] = ((cbhl[rxyx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lrsw[rxyx] = ((hhwj[rxyx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vqly[rxyx] = ((hhwj[rxyx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vpkl = 0; vpkl <= 12; vpkl += 1) { qfel[vpkl] = 0; } } for (_si rbky = 0; rbky <= (-1 + (((13) >> (1)))); rbky += 1) { for (_si yfdt = 0; yfdt <= (-1 + (((13) >> (1)))); yfdt += 1) { _uli pucz = fqvx[rbky] * lrsw[yfdt] + vqly[yfdt] * xysh[rbky]; _uli hrtv = lrsw[yfdt] * xysh[rbky]; _uli zlag = fqvx[rbky] * vqly[yfdt]; _uli sxan = ((qfel[rbky + yfdt]) + (hrtv) + (((((pucz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (sxan < hrtv) { zlag += 1; } _uli eqgt = ((((pucz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zlag) << ((-47 + (((sizeof(_uli)) << (3)))))))); qfel[rbky + yfdt] = sxan; qfel[1 + rbky + yfdt] += eqgt; } { for (_si kdkw = 0; kdkw <= 11; kdkw += 1) { qfel[1 + kdkw] += ((qfel[kdkw]) >> (47)); qfel[kdkw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qfel[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *iwaq = (_uc *)(xysh); for (_si fqud = 0; fqud <= 360; fqud += 1) { iwaq[fqud] = (_uc)(1 + iwaq[fqud]) * (_uc)(255 + iwaq[1 + fqud]); } iwaq[361] = 0; } atax(fqvx); lwfw(lrsw); { _uc *daxg = (_uc *)(vqly); for (_si vooi = 0; vooi <= 360; vooi += 1) { daxg[vooi] = (_uc)(255 + daxg[1 + vooi]) * (_uc)(1 + daxg[vooi]); } daxg[361] = 0; } } void lsug(_uli *wodx, _si ikdq) { _si qtln = (ikdq % 47); _si zqrp = ((ikdq) / (47)); _si vagt = -qtln + (((sizeof(_uli)) << (3))); if (zqrp >= 45) { { for (_si dhjk = 0; dhjk <= 44; dhjk += 1) { wodx[dhjk] = 0; } } } else { for (_si njez = 44 - zqrp; njez >= 1; njez -= 1) { wodx[njez + zqrp] = ((wodx[njez]) << (qtln)); if (vagt < (8 * sizeof(_uli))) { wodx[njez + zqrp] += ((((wodx[-1 + njez]) >> (vagt))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } wodx[zqrp] = ((wodx[0]) << (qtln)); for (_si osgw = -1 + zqrp; osgw >= 0; osgw -= 1) { wodx[osgw] = 0; } }; { for (_si nfku = 0; nfku <= 43; nfku += 1) { wodx[1 + nfku] += ((wodx[nfku]) >> (47)); wodx[nfku] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wodx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void rwwn(_uli *dsco) { for (_si mvkn = 0; mvkn <= 12; mvkn += 1) { dsco[mvkn] = 0; } } void ajda(_uli *mfmc) { for (_si aksr = 0; aksr <= 11; aksr += 1) { mfmc[1 + aksr] += ((mfmc[aksr]) >> (47)); mfmc[aksr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mfmc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void sasq(_uli *renz) { for (_si avva = 0; avva <= 43; avva += 1) { renz[1 + avva] += ((renz[avva]) >> (47)); renz[avva] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } renz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zful(_uc *tquy, _uc *dvec) { _ui *bikz = (_ui *)(tquy + 64); for (_si lpyf = 0; lpyf <= 7; lpyf += 1) { bikz[4 + lpyf] = (((_ui)((dvec + 4 * lpyf)[0])) + ((((_ui)((dvec + 4 * lpyf)[1])) << (8))) + ((((_ui)((dvec + 4 * lpyf)[2])) << (16))) + ((((_ui)((dvec + 4 * lpyf)[3])) << (24)))); } } void ygqu(_uli *pamr) { for (_si rzae = 0; rzae <= 11; rzae += 1) { pamr[1 + rzae] += ((pamr[rzae]) >> (47)); pamr[rzae] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pamr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void oukz(_uc *rgtd, _uc *ywrg, _uc *qtmu, _si xwxk) { chdg(rgtd, ywrg, 0); jp(rgtd, qtmu, xwxk); } void rcgn(_uli *ftxm) { for (_si assk = 0; assk <= 12; assk += 1) { ftxm[assk] = 0; } } void dxxx(_uli *xdcj) { _uc *dcyi = (_uc *)(xdcj); for (_si cdva = 0; cdva <= 360; cdva += 1) { dcyi[cdva] = (_uc)(255 + dcyi[1 + cdva]) * (_uc)(1 + dcyi[cdva]); } dcyi[361] = 0; } void frkp(_si vlkj, _uli *gqia, _uli *itvv, _uli *jftt, _uli *tzln) { moso(jftt, tzln); { _uli *irri = cypf(); ojor(irri, jftt); { ; } { jftt[(((vlkj) / (47)))] &= ((((((_uli)(1)) << ((vlkj % 47)))) - ((_uli)(1)))); for (_si gask = 1 + (((vlkj) / (47))); gask <= 44; gask += 1) { jftt[gask] = 0; } } glef(jftt, jftt, itvv); { jftt[(((vlkj) / (47)))] &= ((((((_uli)(1)) << ((vlkj % 47)))) - ((_uli)(1)))); for (_si lncl = 1 + (((vlkj) / (47))); lncl <= 44; lncl += 1) { jftt[lncl] = 0; } } { _uli *bwpw = ubcv(); _uli *pkxc = ebux(); _uli *lgwd = hyye(); _uli *ucrl = lfwj(); for (_si gjfb = 0; gjfb <= 44; gjfb += 1) { bwpw[gjfb] = ((jftt[gjfb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pkxc[gjfb] = ((jftt[gjfb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lgwd[gjfb] = ((gqia[gjfb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ucrl[gjfb] = ((gqia[gjfb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si myrn = 0; myrn <= 44; myrn += 1) { jftt[myrn] = 0; } } for (_si szfk = 0; szfk <= (-1 + (((45) >> (1)))); szfk += 1) { for (_si qkew = 0; qkew <= (-1 + (((45) >> (1)))); qkew += 1) { _uli mxen = bwpw[szfk] * ucrl[qkew] + lgwd[qkew] * pkxc[szfk]; _uli mnmg = bwpw[szfk] * lgwd[qkew]; _uli irie = pkxc[szfk] * ucrl[qkew]; _uli xtmx = ((jftt[qkew + szfk]) + (mnmg) + (((((mxen) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xtmx < mnmg) { irie += 1; } _uli tbgs = ((((mxen) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((irie) << ((-47 + (((sizeof(_uli)) << (3)))))))); jftt[qkew + szfk] = xtmx; jftt[1 + qkew + szfk] += tbgs; } { for (_si uwpc = 0; uwpc <= 43; uwpc += 1) { jftt[1 + uwpc] += ((jftt[uwpc]) >> (47)); jftt[uwpc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jftt[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *qfkz = (_uc *)(bwpw); for (_si oefk = 0; oefk <= 360; oefk += 1) { qfkz[oefk] = (_uc)(255 + qfkz[1 + oefk]) * (_uc)(1 + qfkz[oefk]); } qfkz[361] = 0; } lxr(pkxc); lliw(lgwd); soac(ucrl); } { for (_si bqhs = 0; bqhs <= 44; bqhs += 1) { jftt[bqhs] = irri[bqhs] + jftt[bqhs]; } { _si tohk = minl(jftt); if (tohk) { fxhr(jftt, jftt); } for (_si zytk = 0; zytk <= 43; zytk += 1) { if (((((jftt[zytk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jftt[1 + zytk] -= 1; } else { jftt[1 + zytk] += ((jftt[zytk]) >> (47)); }; jftt[zytk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jftt[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tohk) { { for (_si qlmu = 0; qlmu <= 44; qlmu += 1) { jftt[qlmu] = -jftt[qlmu]; } } } } } { _si mosh = (vlkj % 47); _si qfhy = ((vlkj) / (47)); _si rsxv = vlkj; if (rsxv > (8 * sizeof(_uli))) { rsxv = -1; } if (qfhy >= 45) { { for (_si jvgh = 0; jvgh <= 44; jvgh += 1) { jftt[jvgh] = 0; } } } else { _uli xpvn = (((((_uli)(1)) << (mosh))) - ((_uli)(1))); if (rsxv < 0) { jftt[0] = 0; } else { jftt[0] = ((((jftt[0]) & (~xpvn))) >> (rsxv)); }; if (qfhy != 0) { jftt[0] += ((((jftt[qfhy]) & (~xpvn))) >> (mosh)); } for (_si tcaq = 1; tcaq <= (44 - qfhy); tcaq += 1) { jftt[-1 + tcaq] += ((((((jftt[qfhy + tcaq]) & (xpvn))) << (-mosh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jftt[tcaq] = ((((jftt[qfhy + tcaq]) & (~xpvn))) >> (mosh)); } for (_si fgln = 45 - qfhy; fgln <= 44; fgln += 1) { jftt[fgln] = 0; } }; } { for (_si qxuw = 0; qxuw <= 44; qxuw += 1) { irri[qxuw] = -gqia[qxuw] + jftt[qxuw]; } { _si bpwg = gvti(irri); if (bpwg) { { for (_si edxu = 0; edxu <= 44; edxu += 1) { irri[edxu] = -irri[edxu]; } } } for (_si knvh = 0; knvh <= 43; knvh += 1) { if (((((irri[knvh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { irri[1 + knvh] -= 1; } else { irri[1 + knvh] += ((irri[knvh]) >> (47)); }; irri[knvh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } irri[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bpwg) { { for (_si aala = 0; aala <= 44; aala += 1) { irri[aala] = -irri[aala]; } } } } } _si fepp; { fepp = 0; _uli jrwz = 19; for (_si tpyr = 44; tpyr >= 0; tpyr -= 1) { if (irri[tpyr] != 0) { fepp = ((((irri[tpyr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!fepp) { obep(jftt, irri); } gnnc(irri); } } void bzlo(_uli *luar) { for (_si nimn = 0; nimn <= 12; nimn += 1) { luar[nimn] = 0; } } void xuxi(_uli *mvks) { for (_si hkzi = 0; hkzi <= 43; hkzi += 1) { mvks[1 + hkzi] += ((mvks[hkzi]) >> (47)); mvks[hkzi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mvks[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void lzae(_uli *nxpf) { _si vgqh; { vgqh = 0; _uli omhi = 19; for (_si nxsg = 12; nxsg >= 0; nxsg -= 1) { if (nxpf[nxsg] != 0) { vgqh = ((((nxpf[nxsg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vgqh) { { for (_si fbdv = 0; fbdv <= 12; fbdv += 1) { nxpf[fbdv] = -nxpf[fbdv]; } } } for (_si osue = 0; osue <= 11; osue += 1) { if (((((nxpf[osue]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nxpf[1 + osue] -= 1; } else { nxpf[1 + osue] += ((nxpf[osue]) >> (47)); }; nxpf[osue] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nxpf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vgqh) { { for (_si dqnm = 0; dqnm <= 12; dqnm += 1) { nxpf[dqnm] = -nxpf[dqnm]; } } } } void fqrs(_uc *ydpc, _uc *gevt, _uc *hlyt, _si ksfx) { yfkg(ydpc, gevt, 0); { _ui *zxr = (_ui *)(ydpc + 0); _ui *udpa = (_ui *)(ydpc + 128); _uc *xazo = (_uc *)(zxr); for (_si lza = 0; lza <= (-1 + ksfx); lza += 1) { if (udpa[0] >= 64) { gax(ydpc); udpa[0] = 0; } hlyt[lza] ^= xazo[udpa[0]]; udpa[0] += 1; } } } void khna(_uli *uebl) { _uc *yjcy = (_uc *)(uebl); for (_si rcmd = 0; rcmd <= 360; rcmd += 1) { yjcy[rcmd] = (_uc)(255 + yjcy[1 + rcmd]) * (_uc)(1 + yjcy[rcmd]); } yjcy[361] = 0; } _si avxy(_uli *abgh) { _si nrrc = -1; for (_si qrav = 12; qrav >= 0; qrav -= 1) { if (abgh[qrav] != 0) { nrrc = qrav; break; } } return nrrc; } _uli *ntmu() { ; _uli *psik; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; psik = (_uli *)(_m + 362 * _s); break; } _s += 1; } return psik; } void qvpx(_uli *mga, _si skeh) { mga[0] = skeh; for (_si dkix = 1; dkix <= 12; dkix += 1) { mga[dkix] = 0; } } void fdgz(_si avvw, _uli *lxbn) { lxbn[(((avvw) / (47)))] &= ((((((_uli)(1)) << ((avvw % 47)))) - ((_uli)(1)))); for (_si eqyj = 1 + (((avvw) / (47))); eqyj <= 12; eqyj += 1) { lxbn[eqyj] = 0; } } void blpv(_uli *ejmh) { for (_si fjtq = 0; fjtq <= 12; fjtq += 1) { ejmh[fjtq] = 0; } } _uc *fwew() { ; _uc *exbz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 245; exbz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return exbz; } void elx(_uc *ibx) { _ui *brq = (_ui *)(ibx + 64); _uli *dct = (_uli *)(ibx + 352); brq[0] = 3072593861; brq[1] = 3086033710; brq[2] = 3878829419; brq[3] = 661946499; brq[4] = 3836525215; brq[5] = 533529351; brq[6] = 1116444951; brq[7] = 1869145119; dct[0] = 0; } void ftdz(_uli *xasf, _uli *esob, _uli *cnut) { _uli *ylgw = yegz(); _uli *vbxm = wgqo(); _uli *wvow = sfxl(); _uli *qexp = svrk(); for (_si qcbt = 0; qcbt <= 12; qcbt += 1) { ylgw[qcbt] = ((esob[qcbt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vbxm[qcbt] = ((esob[qcbt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wvow[qcbt] = ((cnut[qcbt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qexp[qcbt] = ((cnut[qcbt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } icvn(xasf); for (_si uis = 0; uis <= (-1 + (((13) >> (1)))); uis += 1) { for (_si tabv = 0; tabv <= (-1 + (((13) >> (1)))); tabv += 1) { _uli nsgl = qexp[tabv] * ylgw[uis] + vbxm[uis] * wvow[tabv]; _uli wmqy = wvow[tabv] * ylgw[uis]; _uli pkr = qexp[tabv] * vbxm[uis]; _uli ihlz = ((xasf[tabv + uis]) + (wmqy) + (((((nsgl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ihlz < wmqy) { pkr += 1; } _uli ujmt = ((((nsgl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pkr) << ((-47 + (((sizeof(_uli)) << (3)))))))); xasf[tabv + uis] = ihlz; xasf[1 + tabv + uis] += ujmt; } { for (_si udal = 0; udal <= 11; udal += 1) { xasf[1 + udal] += ((xasf[udal]) >> (47)); xasf[udal] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xasf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *nvfn = (_uc *)(ylgw); for (_si qtoe = 0; qtoe <= 360; qtoe += 1) { nvfn[qtoe] = (_uc)(1 + nvfn[qtoe]) * (_uc)(255 + nvfn[1 + qtoe]); } nvfn[361] = 0; } { _uc *cubo = (_uc *)(vbxm); for (_si tsrc = 0; tsrc <= 360; tsrc += 1) { cubo[tsrc] = (_uc)(1 + cubo[tsrc]) * (_uc)(255 + cubo[1 + tsrc]); } cubo[361] = 0; } { _uc *iwur = (_uc *)(wvow); for (_si eow = 0; eow <= 360; eow += 1) { iwur[eow] = (_uc)(1 + iwur[eow]) * (_uc)(255 + iwur[1 + eow]); } iwur[361] = 0; } { _uc *ngaw = (_uc *)(qexp); for (_si eik = 0; eik <= 360; eik += 1) { ngaw[eik] = (_uc)(1 + ngaw[eik]) * (_uc)(255 + ngaw[1 + eik]); } ngaw[361] = 0; } } void hxqs(_uli *yweo) { _uc *qhmu = (_uc *)(yweo); for (_si hgbv = 0; hgbv <= 360; hgbv += 1) { qhmu[hgbv] = (_uc)(1 + qhmu[hgbv]) * (_uc)(255 + qhmu[1 + hgbv]); } qhmu[361] = 0; } void eva(_si trtj, _uli *euqp) { euqp[(((trtj) / (47)))] &= ((((((_uli)(1)) << ((trtj % 47)))) - ((_uli)(1)))); for (_si zxjz = 1 + (((trtj) / (47))); zxjz <= 12; zxjz += 1) { euqp[zxjz] = 0; } } void ttec(_uli *xdvm, _uli *uaip) { for (_si ixlr = 0; ixlr <= 12; ixlr += 1) { xdvm[ixlr] = -uaip[ixlr]; } } void xjbp(_uc *dfw) { _uc *hmzl = (_uc *)(dfw + 0); _ui *mdsk = (_ui *)(dfw + 64); _ui *fwee = (_ui *)(dfw + 96); _si eeco = 0; _ui mxok = 0; _ui ixf = 0; _ui wus = 0; _ui gnoj = 0; _ui dlej = 0; _ui asdb = 0; for (_si ncal = 0; ncal <= 15; ncal += 1) { fwee[ncal] = (((((((((_ui)(hmzl[eeco])) << (24))) | ((((_ui)(hmzl[1 + eeco])) << (16))))) | ((((_ui)(hmzl[2 + eeco])) << (8))))) | ((_ui)(hmzl[3 + eeco]))); eeco += 4; } for (_si dwtz = 16; dwtz <= 31; dwtz += 1) { mxok = ((((((((fwee[-15 + dwtz]) >> (7))) | (((fwee[-15 + dwtz]) << (25))))) ^ (((((fwee[-15 + dwtz]) >> (18))) | (((fwee[-15 + dwtz]) << (14))))))) ^ (((fwee[-15 + dwtz]) >> (3)))); gnoj = ((((((((fwee[-2 + dwtz]) >> (17))) | (((fwee[-2 + dwtz]) << (15))))) ^ (((((fwee[-2 + dwtz]) >> (19))) | (((fwee[-2 + dwtz]) << (13))))))) ^ (((fwee[-2 + dwtz]) >> (10)))); fwee[dwtz] = fwee[-7 + dwtz] + fwee[-16 + dwtz] + gnoj + mxok; _m[65160] += 1; } _ui qkaj = mdsk[0]; _ui xbcy = mdsk[1]; _ui rvhk = mdsk[2]; _ui qtah = mdsk[3]; _ui spkw = mdsk[4]; _ui ghmp = mdsk[5]; _ui zjmo = mdsk[6]; _ui tbxu = mdsk[7]; for (_si jfdq = 0; jfdq <= 31; jfdq += 1) { mxok = ((((((((qkaj) >> (2))) | (((qkaj) << (30))))) ^ (((((qkaj) >> (13))) | (((qkaj) << (19))))))) ^ (((((qkaj) >> (22))) | (((qkaj) << (10)))))); ixf = ((((((qkaj) & (xbcy))) ^ (((qkaj) & (rvhk))))) ^ (((xbcy) & (rvhk)))); wus = ixf + mxok; gnoj = ((((((((spkw) >> (6))) | (((spkw) << (26))))) ^ (((((spkw) >> (11))) | (((spkw) << (21))))))) ^ (((((spkw) >> (25))) | (((spkw) << (7)))))); dlej = ((((spkw) & (ghmp))) ^ (((~spkw) & (zjmo)))); asdb = gnoj + *(((_ui *)(_m + 246160) + jfdq)) + fwee[jfdq] + dlej + tbxu; tbxu = zjmo; zjmo = ghmp; ghmp = spkw; spkw = asdb + qtah; qtah = rvhk; rvhk = xbcy; xbcy = qkaj; qkaj = asdb + wus; _m[65161] += 1; } mdsk[0] += qkaj; mdsk[1] += xbcy; mdsk[2] += rvhk; mdsk[3] += qtah; mdsk[4] += spkw; mdsk[5] += ghmp; mdsk[6] += zjmo; mdsk[7] += tbxu; } void vowh(_si likg, _uli *qlzm) { qlzm[(((likg) / (47)))] &= ((((((_uli)(1)) << ((likg % 47)))) - ((_uli)(1)))); for (_si xysm = 1 + (((likg) / (47))); xysm <= 12; xysm += 1) { qlzm[xysm] = 0; } } void bdtj(_uli *zzzw, _uli *olgf, _uli *xvjj) { for (_si lbys = 0; lbys <= 12; lbys += 1) { zzzw[lbys] = olgf[lbys] + xvjj[lbys]; } wjfv(zzzw); } void buec(_uli *yqpf) { _uc *gfrn = (_uc *)(yqpf); for (_si giua = 0; giua <= 360; giua += 1) { gfrn[giua] = (_uc)(255 + gfrn[1 + giua]) * (_uc)(1 + gfrn[giua]); } gfrn[361] = 0; } void llnz(_uc *chch, _uc *vcvy) { _ui *dkjc = (_ui *)(chch + 64); for (_si vgyr = 0; vgyr <= 7; vgyr += 1) { dkjc[4 + vgyr] = (((_ui)((vcvy + 4 * vgyr)[0])) + ((((_ui)((vcvy + 4 * vgyr)[1])) << (8))) + ((((_ui)((vcvy + 4 * vgyr)[2])) << (16))) + ((((_ui)((vcvy + 4 * vgyr)[3])) << (24)))); } } void xxct(_si zzre, _uli *wkiz, _uli *rmhy, _uli *nctw, _uli *aypl, _uli *fkgt) { _uli *nkfa = fyap(); { nkfa[0] = 2; for (_si jihy = 1; jihy <= 12; jihy += 1) { nkfa[jihy] = 0; } } scmr(nkfa, wkiz, nkfa); plyn(zzre, wkiz, rmhy, nctw, aypl, fkgt, nkfa); nkah(nkfa); } void agmf(_si faqz, _uli *gwci) { gwci[(((faqz) / (47)))] &= ((((((_uli)(1)) << ((faqz % 47)))) - ((_uli)(1)))); for (_si erme = 1 + (((faqz) / (47))); erme <= 12; erme += 1) { gwci[erme] = 0; } } void jek(_uli *qnl, _si zkwm) { _si fkar = (zkwm % 47); _si hcmn = ((zkwm) / (47)); _si mfbj = -fkar + (((sizeof(_uli)) << (3))); if (hcmn >= 13) { { for (_si reja = 0; reja <= 12; reja += 1) { qnl[reja] = 0; } } } else { for (_si mczl = 12 - hcmn; mczl >= 1; mczl -= 1) { qnl[hcmn + mczl] = ((qnl[mczl]) << (fkar)); if (mfbj < (8 * sizeof(_uli))) { qnl[hcmn + mczl] += ((((qnl[-1 + mczl]) >> (mfbj))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } qnl[hcmn] = ((qnl[0]) << (fkar)); for (_si yqqf = -1 + hcmn; yqqf >= 0; yqqf -= 1) { qnl[yqqf] = 0; } }; { for (_si sqvv = 0; sqvv <= 11; sqvv += 1) { qnl[1 + sqvv] += ((qnl[sqvv]) >> (47)); qnl[sqvv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qnl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void iky(_uc *era, _uc *qfn, _si fqhd) { _uc *ote = (_uc *)(era + 0); _uli *gdrb = (_uli *)(era + 352); _si mal = (_si)(((gdrb[0]) & (63))); gdrb[0] += fqhd; for (_si wnu = 0; wnu <= (-1 + fqhd); wnu += 1) { ote[mal] = qfn[wnu]; mal += 1; if (mal == 64) { aval(era); mal = 0; } } } void gspf(_uli *vcox) { _uc *sfrw = (_uc *)(vcox); for (_si cahe = 0; cahe <= 360; cahe += 1) { sfrw[cahe] = (_uc)(255 + sfrw[1 + cahe]) * (_uc)(1 + sfrw[cahe]); } sfrw[361] = 0; } void enol(_si undh, _uli *fpwv) { fpwv[(((undh) / (47)))] &= ((((((_uli)(1)) << ((undh % 47)))) - ((_uli)(1)))); for (_si rvai = 1 + (((undh) / (47))); rvai <= 44; rvai += 1) { fpwv[rvai] = 0; } } _uli *ypfg() { ; _uli *emxy; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; emxy = (_uli *)(_m + 362 * _s); break; } _s += 1; } return emxy; } void kuwj(_uli *lrod, _uli *vvwt, _uli *vqfw) { for (_si sakm = 0; sakm <= 12; sakm += 1) { lrod[sakm] = -vqfw[sakm] + vvwt[sakm]; } sodm(lrod); } _uli *jzqf() { ; _uli *jsei; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; jsei = (_uli *)(_m + 362 * _s); break; } _s += 1; } return jsei; } void ijti(_uli *hscp) { for (_si plob = 0; plob <= 11; plob += 1) { hscp[1 + plob] += ((hscp[plob]) >> (47)); hscp[plob] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hscp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void jpeh(_uli *vpwi) { _uc *hswy = (_uc *)(vpwi); for (_si vqey = 0; vqey <= 360; vqey += 1) { hswy[vqey] = (_uc)(1 + hswy[vqey]) * (_uc)(255 + hswy[1 + vqey]); } hswy[361] = 0; } void exjj(_uc *fhl) { _ui *cgti = (_ui *)(fhl + 0); _ui *iirp = (_ui *)(fhl + 64); for (_si uyfa = 0; uyfa <= 15; uyfa += 1) { cgti[uyfa] = iirp[uyfa]; } for (_si djwz = 0; djwz <= 9; djwz += 1) { { cgti[0] += cgti[4]; cgti[12] ^= cgti[0]; cgti[12] = ((((cgti[12]) << (16))) | (((cgti[12]) >> (16)))); cgti[8] += cgti[12]; cgti[4] ^= cgti[8]; cgti[4] = ((((cgti[4]) << (12))) | (((cgti[4]) >> (20)))); cgti[0] += cgti[4]; cgti[12] ^= cgti[0]; cgti[12] = ((((cgti[12]) << (8))) | (((cgti[12]) >> (24)))); cgti[8] += cgti[12]; cgti[4] ^= cgti[8]; cgti[4] = ((((cgti[4]) << (7))) | (((cgti[4]) >> (25)))); } { cgti[1] += cgti[5]; cgti[13] ^= cgti[1]; cgti[13] = ((((cgti[13]) << (16))) | (((cgti[13]) >> (16)))); cgti[9] += cgti[13]; cgti[5] ^= cgti[9]; cgti[5] = ((((cgti[5]) << (12))) | (((cgti[5]) >> (20)))); cgti[1] += cgti[5]; cgti[13] ^= cgti[1]; cgti[13] = ((((cgti[13]) << (8))) | (((cgti[13]) >> (24)))); cgti[9] += cgti[13]; cgti[5] ^= cgti[9]; cgti[5] = ((((cgti[5]) << (7))) | (((cgti[5]) >> (25)))); } pjcq(cgti, 2, 6, 10, 14); { cgti[3] += cgti[7]; cgti[15] ^= cgti[3]; cgti[15] = ((((cgti[15]) << (16))) | (((cgti[15]) >> (16)))); cgti[11] += cgti[15]; cgti[7] ^= cgti[11]; cgti[7] = ((((cgti[7]) << (12))) | (((cgti[7]) >> (20)))); cgti[3] += cgti[7]; cgti[15] ^= cgti[3]; cgti[15] = ((((cgti[15]) << (8))) | (((cgti[15]) >> (24)))); cgti[11] += cgti[15]; cgti[7] ^= cgti[11]; cgti[7] = ((((cgti[7]) << (7))) | (((cgti[7]) >> (25)))); } ribh(cgti, 0, 5, 10, 15); { cgti[1] += cgti[6]; cgti[12] ^= cgti[1]; cgti[12] = ((((cgti[12]) << (16))) | (((cgti[12]) >> (16)))); cgti[11] += cgti[12]; cgti[6] ^= cgti[11]; cgti[6] = ((((cgti[6]) << (12))) | (((cgti[6]) >> (20)))); cgti[1] += cgti[6]; cgti[12] ^= cgti[1]; cgti[12] = ((((cgti[12]) << (8))) | (((cgti[12]) >> (24)))); cgti[11] += cgti[12]; cgti[6] ^= cgti[11]; cgti[6] = ((((cgti[6]) << (7))) | (((cgti[6]) >> (25)))); } vvr(cgti, 2, 7, 8, 13); miun(cgti, 3, 4, 9, 14); _m[65163] += 1; } for (_si qpzo = 0; qpzo <= 15; qpzo += 1) { cgti[qpzo] += iirp[qpzo]; } iirp[12] += 1; if (iirp[12] == 0) { iirp[13] += 1; } } void ckao(_uc *wjux) { _ui *akj = (_ui *)(wjux + 64); _uli *rjqz = (_uli *)(wjux + 352); akj[0] = 3072593861; akj[1] = 3086033710; akj[2] = 3878829419; akj[3] = 661946499; akj[4] = 3836525215; akj[5] = 533529351; akj[6] = 1116444951; akj[7] = 1869145119; rjqz[0] = 0; } void ujos(_uli *zdyc, _si lmyo) { _si zrza = (lmyo % 47); _si ltty = ((lmyo) / (47)); _si zemy = lmyo; if (zemy > (8 * sizeof(_uli))) { zemy = -1; } if (ltty >= 13) { { for (_si lejr = 0; lejr <= 12; lejr += 1) { zdyc[lejr] = 0; } } } else { _uli ihld = (((((_uli)(1)) << (zrza))) - ((_uli)(1))); if (zemy < 0) { zdyc[0] = 0; } else { zdyc[0] = ((((zdyc[0]) & (~ihld))) >> (zemy)); }; if (ltty != 0) { zdyc[0] += ((((zdyc[ltty]) & (~ihld))) >> (zrza)); } for (_si slbw = 1; slbw <= (12 - ltty); slbw += 1) { zdyc[-1 + slbw] += ((((((zdyc[ltty + slbw]) & (ihld))) << (-zrza + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zdyc[slbw] = ((((zdyc[ltty + slbw]) & (~ihld))) >> (zrza)); } for (_si eyzq = 13 - ltty; eyzq <= 12; eyzq += 1) { zdyc[eyzq] = 0; } }; } void nwrj(_uc *wowh) { _uc *pzjc = (_uc *)(wowh + 0); _ui *fsap = (_ui *)(wowh + 64); _uli *fjfm = (_uli *)(wowh + 352); _uli yjsf = 8 * fjfm[0]; _uc xqwm[1]; xqwm[0] = 128; opgv(wowh, xqwm, 1); while (((((fjfm[0]) & (63))) != (56))) { xqwm[0] = 0; { _uc *wztb = (_uc *)(wowh + 0); _uli *udfi = (_uli *)(wowh + 352); _si nxza = (_si)(((udfi[0]) & (63))); udfi[0] += 1; for (_si eqvo = 0; eqvo <= 0; eqvo += 1) { wztb[nxza] = xqwm[eqvo]; nxza += 1; if (nxza == 64) { icmi(wowh); nxza = 0; } } } } for (_si bska = 0; bska <= 7; bska += 1) { xqwm[0] = (_uc)(((((yjsf) >> (8 * (7 - bska)))) & (255))); kmuo(wowh, xqwm, 1); } _si cpju = 0; for (_si uwio = 0; uwio <= 7; uwio += 1) { _ui ffow = fsap[uwio]; pzjc[cpju] = (_uc)(((((ffow) >> (24))) & (255))); pzjc[1 + cpju] = (_uc)(((((ffow) >> (16))) & (255))); pzjc[2 + cpju] = (_uc)(((((ffow) >> (8))) & (255))); pzjc[3 + cpju] = (_uc)(((ffow) & (255))); cpju += 4; } } void dgsn(_uli *wbzo, _uli *wsbd, _uli *cfzl) { _uli *cjnz = yegz(); _uli *esir = vmda(); _uli *epxz = cxsb(); _uli *cizk = sfxl(); for (_si kbbw = 0; kbbw <= 12; kbbw += 1) { cjnz[kbbw] = ((wsbd[kbbw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); esir[kbbw] = ((wsbd[kbbw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); epxz[kbbw] = ((cfzl[kbbw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cizk[kbbw] = ((cfzl[kbbw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dpjv = 0; dpjv <= 12; dpjv += 1) { wbzo[dpjv] = 0; } } for (_si ckwn = 0; ckwn <= (-1 + (((13) >> (1)))); ckwn += 1) { for (_si goms = 0; goms <= (-1 + (((13) >> (1)))); goms += 1) { _uli kevu = cizk[goms] * cjnz[ckwn] + epxz[goms] * esir[ckwn]; _uli znbl = cjnz[ckwn] * epxz[goms]; _uli uewt = cizk[goms] * esir[ckwn]; _uli ojeu = ((wbzo[ckwn + goms]) + (znbl) + (((((kevu) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ojeu < znbl) { uewt += 1; } _uli kzqk = ((((kevu) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uewt) << ((-47 + (((sizeof(_uli)) << (3)))))))); wbzo[ckwn + goms] = ojeu; wbzo[1 + ckwn + goms] += kzqk; } { for (_si leei = 0; leei <= 11; leei += 1) { wbzo[1 + leei] += ((wbzo[leei]) >> (47)); wbzo[leei] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wbzo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *cktg = (_uc *)(cjnz); for (_si jeem = 0; jeem <= 360; jeem += 1) { cktg[jeem] = (_uc)(1 + cktg[jeem]) * (_uc)(255 + cktg[1 + jeem]); } cktg[361] = 0; } { _uc *mkdu = (_uc *)(esir); for (_si dblr = 0; dblr <= 360; dblr += 1) { mkdu[dblr] = (_uc)(1 + mkdu[dblr]) * (_uc)(255 + mkdu[1 + dblr]); } mkdu[361] = 0; } { _uc *dhgs = (_uc *)(epxz); for (_si tbmg = 0; tbmg <= 360; tbmg += 1) { dhgs[tbmg] = (_uc)(255 + dhgs[1 + tbmg]) * (_uc)(1 + dhgs[tbmg]); } dhgs[361] = 0; } { _uc *ytvi = (_uc *)(cizk); for (_si cven = 0; cven <= 360; cven += 1) { ytvi[cven] = (_uc)(255 + ytvi[1 + cven]) * (_uc)(1 + ytvi[cven]); } ytvi[361] = 0; } } _si oqxd(_uli *fyxf) { _si kww = 0; _uli iyxz = 19; for (_si moos = 12; moos >= 0; moos -= 1) { if (fyxf[moos] != 0) { kww = ((((fyxf[moos]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return kww; } void oksh(_uc *rtnh, _uc *vxfv, _si uovl) { _ui *svyf = (_ui *)(rtnh + 0); _ui *ujcd = (_ui *)(rtnh + 128); _uc *jywt = (_uc *)(svyf); for (_si fpso = 0; fpso <= (-1 + uovl); fpso += 1) { if (ujcd[0] >= 64) { { _ui *jkac = (_ui *)(rtnh + 0); _ui *juui = (_ui *)(rtnh + 64); for (_si vgla = 0; vgla <= 15; vgla += 1) { jkac[vgla] = juui[vgla]; } for (_si uelp = 0; uelp <= 9; uelp += 1) { { jkac[0] += jkac[4]; jkac[12] ^= jkac[0]; jkac[12] = ((((jkac[12]) << (16))) | (((jkac[12]) >> (16)))); jkac[8] += jkac[12]; jkac[4] ^= jkac[8]; jkac[4] = ((((jkac[4]) << (12))) | (((jkac[4]) >> (20)))); jkac[0] += jkac[4]; jkac[12] ^= jkac[0]; jkac[12] = ((((jkac[12]) << (8))) | (((jkac[12]) >> (24)))); jkac[8] += jkac[12]; jkac[4] ^= jkac[8]; jkac[4] = ((((jkac[4]) << (7))) | (((jkac[4]) >> (25)))); } lnnc(jkac, 1, 5, 9, 13); ydvz(jkac, 2, 6, 10, 14); gbau(jkac, 3, 7, 11, 15); jbzg(jkac, 0, 5, 10, 15); vbjy(jkac, 1, 6, 11, 12); etpj(jkac, 2, 7, 8, 13); vbjy(jkac, 3, 4, 9, 14); _m[65163] += 1; } for (_si xxhe = 0; xxhe <= 15; xxhe += 1) { jkac[xxhe] += juui[xxhe]; } juui[12] += 1; if (juui[12] == 0) { juui[13] += 1; } } ujcd[0] = 0; } vxfv[fpso] ^= jywt[ujcd[0]]; ujcd[0] += 1; } } void qpiw(_uli *vdpe, _uli *ohec, _uli *fuft) { _uli *zfxb = hkio(); _uli *jzfy = vmda(); _uli *nkkt = eymn(); _uli *xrwv = uexn(); for (_si dspy = 0; dspy <= 12; dspy += 1) { zfxb[dspy] = ((ohec[dspy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jzfy[dspy] = ((ohec[dspy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); nkkt[dspy] = ((fuft[dspy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xrwv[dspy] = ((fuft[dspy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } xaaf(vdpe); for (_si xamt = 0; xamt <= (-1 + (((13) >> (1)))); xamt += 1) { for (_si ysso = 0; ysso <= (-1 + (((13) >> (1)))); ysso += 1) { _uli bxmy = jzfy[xamt] * nkkt[ysso] + xrwv[ysso] * zfxb[xamt]; _uli uwlf = nkkt[ysso] * zfxb[xamt]; _uli uvlc = jzfy[xamt] * xrwv[ysso]; _uli etoe = ((vdpe[xamt + ysso]) + (uwlf) + (((((bxmy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (etoe < uwlf) { uvlc += 1; } _uli fjad = ((((bxmy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uvlc) << ((-47 + (((sizeof(_uli)) << (3)))))))); vdpe[xamt + ysso] = etoe; vdpe[1 + xamt + ysso] += fjad; } { for (_si iqyz = 0; iqyz <= 11; iqyz += 1) { vdpe[1 + iqyz] += ((vdpe[iqyz]) >> (47)); vdpe[iqyz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vdpe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *fvis = (_uc *)(zfxb); for (_si fjzb = 0; fjzb <= 360; fjzb += 1) { fvis[fjzb] = (_uc)(255 + fvis[1 + fjzb]) * (_uc)(1 + fvis[fjzb]); } fvis[361] = 0; } { _uc *brsk = (_uc *)(jzfy); for (_si stxp = 0; stxp <= 360; stxp += 1) { brsk[stxp] = (_uc)(1 + brsk[stxp]) * (_uc)(255 + brsk[1 + stxp]); } brsk[361] = 0; } { _uc *ijnc = (_uc *)(nkkt); for (_si oqqg = 0; oqqg <= 360; oqqg += 1) { ijnc[oqqg] = (_uc)(1 + ijnc[oqqg]) * (_uc)(255 + ijnc[1 + oqqg]); } ijnc[361] = 0; } { _uc *uhzq = (_uc *)(xrwv); for (_si itbp = 0; itbp <= 360; itbp += 1) { uhzq[itbp] = (_uc)(1 + uhzq[itbp]) * (_uc)(255 + uhzq[1 + itbp]); } uhzq[361] = 0; } } void tfwm(_uli *njmd, _si nete) { _si qsnr = (nete % 47); _si jtyu = ((nete) / (47)); _si izmy = nete; if (izmy > (8 * sizeof(_uli))) { izmy = -1; } if (jtyu >= 13) { { for (_si ngdl = 0; ngdl <= 12; ngdl += 1) { njmd[ngdl] = 0; } } } else { _uli wvcd = (((((_uli)(1)) << (qsnr))) - ((_uli)(1))); if (izmy < 0) { njmd[0] = 0; } else { njmd[0] = ((((njmd[0]) & (~wvcd))) >> (izmy)); }; if (jtyu != 0) { njmd[0] += ((((njmd[jtyu]) & (~wvcd))) >> (qsnr)); } for (_si keda = 1; keda <= (12 - jtyu); keda += 1) { njmd[-1 + keda] += ((((((njmd[jtyu + keda]) & (wvcd))) << (-qsnr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); njmd[keda] = ((((njmd[jtyu + keda]) & (~wvcd))) >> (qsnr)); } for (_si lkyf = 13 - jtyu; lkyf <= 12; lkyf += 1) { njmd[lkyf] = 0; } }; } void jmqf(_uli *dqig) { _uc *skgz = (_uc *)(dqig); for (_si xodu = 0; xodu <= 360; xodu += 1) { skgz[xodu] = (_uc)(255 + skgz[1 + xodu]) * (_uc)(1 + skgz[xodu]); } skgz[361] = 0; } void nga(_si vzek, _uli *uolu, _uli *lruu, _uli *uwow, _uli *cicf) { { _uli *ghyv = vopv(); _uli *iwu = tjbz(); for (_si hkla = 0; hkla <= 12; hkla += 1) { ghyv[hkla] = ((cicf[hkla]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iwu[hkla] = ((cicf[hkla]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pjms = 0; pjms <= 12; pjms += 1) { uwow[pjms] = 0; } } for (_si wyzv = 0; wyzv <= (-1 + (((13) >> (1)))); wyzv += 1) { for (_si hcgj = 0; hcgj <= (-1 + (((13) >> (1)))); hcgj += 1) { _uli qabv = ghyv[hcgj] * iwu[wyzv] + ghyv[wyzv] * iwu[hcgj]; _uli gfos = ghyv[hcgj] * ghyv[wyzv]; _uli malz = iwu[hcgj] * iwu[wyzv]; _uli nnxc = ((uwow[hcgj + wyzv]) + (gfos) + (((((qabv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nnxc < gfos) { malz += 1; } _uli wdfm = ((((qabv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((malz) << ((-47 + (((sizeof(_uli)) << (3)))))))); uwow[hcgj + wyzv] = nnxc; uwow[1 + hcgj + wyzv] += wdfm; } iehl(uwow); } fohh(ghyv); caow(iwu); } pbxi(vzek, uolu, lruu, uwow, uwow); } void yhjk(_uc *evrq, _uc *xtum, _uc *fusv, _si sfbi) { vqls(evrq, xtum, 0); { _ui *mtkx = (_ui *)(evrq + 0); _ui *mtrf = (_ui *)(evrq + 128); _uc *qfkt = (_uc *)(mtkx); for (_si rpgn = 0; rpgn <= (-1 + sfbi); rpgn += 1) { if (mtrf[0] >= 64) { hir(evrq); mtrf[0] = 0; } fusv[rpgn] ^= qfkt[mtrf[0]]; mtrf[0] += 1; } } } void mrsm(_uc *ooau) { _uc *vtxc = (_uc *)(ooau + 0); _ui *rmgu = (_ui *)(ooau + 64); _uli *misd = (_uli *)(ooau + 352); _uli mezr = 8 * misd[0]; _uc wkxk[1]; wkxk[0] = 128; { _uc *ntur = (_uc *)(ooau + 0); _uli *lhjh = (_uli *)(ooau + 352); _si zwrt = (_si)(((lhjh[0]) & (63))); lhjh[0] += 1; for (_si dwbb = 0; dwbb <= 0; dwbb += 1) { ntur[zwrt] = wkxk[dwbb]; zwrt += 1; if (zwrt == 64) { yopp(ooau); zwrt = 0; } } } while (((((misd[0]) & (63))) != (56))) { wkxk[0] = 0; { _uc *lzwg = (_uc *)(ooau + 0); _uli *petm = (_uli *)(ooau + 352); _si mvlg = (_si)(((petm[0]) & (63))); petm[0] += 1; for (_si drgf = 0; drgf <= 0; drgf += 1) { lzwg[mvlg] = wkxk[drgf]; mvlg += 1; if (mvlg == 64) { { _uc *ogkf = (_uc *)(ooau + 0); _ui *voyz = (_ui *)(ooau + 64); _ui *vvub = (_ui *)(ooau + 96); _si dyf = 0; _ui rjmv = 0; _ui zlzh = 0; _ui mgil = 0; _ui mgkq = 0; _ui gwbm = 0; _ui wuhn = 0; for (_si wfjt = 0; wfjt <= 15; wfjt += 1) { vvub[wfjt] = (((((((((_ui)(ogkf[dyf])) << (24))) | ((((_ui)(ogkf[1 + dyf])) << (16))))) | ((((_ui)(ogkf[2 + dyf])) << (8))))) | ((_ui)(ogkf[3 + dyf]))); dyf += 4; } for (_si uvoe = 16; uvoe <= 31; uvoe += 1) { rjmv = ((((((((vvub[-15 + uvoe]) >> (7))) | (((vvub[-15 + uvoe]) << (25))))) ^ (((((vvub[-15 + uvoe]) >> (18))) | (((vvub[-15 + uvoe]) << (14))))))) ^ (((vvub[-15 + uvoe]) >> (3)))); mgkq = ((((((((vvub[-2 + uvoe]) >> (17))) | (((vvub[-2 + uvoe]) << (15))))) ^ (((((vvub[-2 + uvoe]) >> (19))) | (((vvub[-2 + uvoe]) << (13))))))) ^ (((vvub[-2 + uvoe]) >> (10)))); vvub[uvoe] = mgkq + rjmv + vvub[-7 + uvoe] + vvub[-16 + uvoe]; _m[65160] += 1; } _ui kzak = voyz[0]; _ui xefm = voyz[1]; _ui yukc = voyz[2]; _ui wbjf = voyz[3]; _ui fhzq = voyz[4]; _ui qphw = voyz[5]; _ui uusq = voyz[6]; _ui ecze = voyz[7]; for (_si bhuo = 0; bhuo <= 31; bhuo += 1) { rjmv = ((((((((kzak) >> (2))) | (((kzak) << (30))))) ^ (((((kzak) >> (13))) | (((kzak) << (19))))))) ^ (((((kzak) >> (22))) | (((kzak) << (10)))))); zlzh = ((((((kzak) & (xefm))) ^ (((kzak) & (yukc))))) ^ (((xefm) & (yukc)))); mgil = rjmv + zlzh; mgkq = ((((((((fhzq) >> (6))) | (((fhzq) << (26))))) ^ (((((fhzq) >> (11))) | (((fhzq) << (21))))))) ^ (((((fhzq) >> (25))) | (((fhzq) << (7)))))); gwbm = ((((fhzq) & (qphw))) ^ (((~fhzq) & (uusq)))); wuhn = gwbm + ecze + *(((_ui *)(_m + 246160) + bhuo)) + mgkq + vvub[bhuo]; ecze = uusq; uusq = qphw; qphw = fhzq; fhzq = wbjf + wuhn; wbjf = yukc; yukc = xefm; xefm = kzak; kzak = mgil + wuhn; _m[65161] += 1; } voyz[0] += kzak; voyz[1] += xefm; voyz[2] += yukc; voyz[3] += wbjf; voyz[4] += fhzq; voyz[5] += qphw; voyz[6] += uusq; voyz[7] += ecze; } mvlg = 0; } } } } for (_si glza = 0; glza <= 7; glza += 1) { wkxk[0] = (_uc)(((((mezr) >> (8 * (7 - glza)))) & (255))); dgbp(ooau, wkxk, 1); } _si xvbv = 0; for (_si hlwt = 0; hlwt <= 7; hlwt += 1) { _ui rabf = rmgu[hlwt]; vtxc[xvbv] = (_uc)(((((rabf) >> (24))) & (255))); vtxc[1 + xvbv] = (_uc)(((((rabf) >> (16))) & (255))); vtxc[2 + xvbv] = (_uc)(((((rabf) >> (8))) & (255))); vtxc[3 + xvbv] = (_uc)(((rabf) & (255))); xvbv += 4; } } void yuwt(_uli *pfwi, _si nlrf) { _si hmr = (nlrf % 47); _si qphs = ((nlrf) / (47)); _si mhmb = nlrf; if (mhmb > (8 * sizeof(_uli))) { mhmb = -1; } if (qphs >= 45) { { for (_si jzdb = 0; jzdb <= 44; jzdb += 1) { pfwi[jzdb] = 0; } } } else { _uli crqa = (((((_uli)(1)) << (hmr))) - ((_uli)(1))); if (mhmb < 0) { pfwi[0] = 0; } else { pfwi[0] = ((((pfwi[0]) & (~crqa))) >> (mhmb)); }; if (qphs != 0) { pfwi[0] += ((((pfwi[qphs]) & (~crqa))) >> (hmr)); } for (_si kqe = 1; kqe <= (44 - qphs); kqe += 1) { pfwi[-1 + kqe] += ((((((pfwi[kqe + qphs]) & (crqa))) << (-hmr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pfwi[kqe] = ((((pfwi[kqe + qphs]) & (~crqa))) >> (hmr)); } for (_si aimj = 45 - qphs; aimj <= 44; aimj += 1) { pfwi[aimj] = 0; } }; } void cqlo(_uli *qfhm) { for (_si merf = 0; merf <= 11; merf += 1) { qfhm[1 + merf] += ((qfhm[merf]) >> (47)); qfhm[merf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qfhm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void cbuj(_uli *xuvz) { _uc *flbk = (_uc *)(xuvz); for (_si smjm = 0; smjm <= 360; smjm += 1) { flbk[smjm] = (_uc)(1 + flbk[smjm]) * (_uc)(255 + flbk[1 + smjm]); } flbk[361] = 0; } void arrt(_uli *okgp) { _uc *ztps = iral(); _uc *psgu = ((_uc *)(_m + 47060) + 0); _uc *axhv = (_uc *)(okgp); for (_si cjth = 0; cjth <= 103; cjth += 1) { axhv[cjth] = *(((_uc *)(_m + 266794) + cjth)); } { vlmy(ztps, psgu, 0); bsoy(ztps, axhv, 104); } } void yavi(_uc *cqrk, _uc *host, _si rzig) { _ui *apzl = (_ui *)(cqrk + 0); _ui *jmuo = (_ui *)(cqrk + 128); _uc *rjqd = (_uc *)(apzl); for (_si afho = 0; afho <= (-1 + rzig); afho += 1) { if (jmuo[0] >= 64) { vvpm(cqrk); jmuo[0] = 0; } host[afho] ^= rjqd[jmuo[0]]; jmuo[0] += 1; } } void ravb(_uli *fuv, _uli *tevs, _uli *msih) { for (_si scew = 0; scew <= 12; scew += 1) { fuv[scew] = msih[scew] + tevs[scew]; } wmfm(fuv); } void kek(_ui *ezy, _si pjtu, _si nzpy, _si ff, _si udz) { ezy[pjtu] += ezy[nzpy]; ezy[udz] ^= ezy[pjtu]; ezy[udz] = ((((ezy[udz]) << (16))) | (((ezy[udz]) >> (16)))); ezy[ff] += ezy[udz]; ezy[nzpy] ^= ezy[ff]; ezy[nzpy] = ((((ezy[nzpy]) << (12))) | (((ezy[nzpy]) >> (20)))); ezy[pjtu] += ezy[nzpy]; ezy[udz] ^= ezy[pjtu]; ezy[udz] = ((((ezy[udz]) << (8))) | (((ezy[udz]) >> (24)))); ezy[ff] += ezy[udz]; ezy[nzpy] ^= ezy[ff]; ezy[nzpy] = ((((ezy[nzpy]) << (7))) | (((ezy[nzpy]) >> (25)))); } void twwi(_uli *xugn) { _uc *pciy = ytzr(); _uc *tybs = ((_uc *)(_m + 62988) + 0); _uc *brry = (_uc *)(xugn); for (_si pljf = 0; pljf <= 103; pljf += 1) { brry[pljf] = *(((_uc *)(_m + 38010) + pljf)); } nfyc(pciy, tybs, brry, 104); } void jgux(_uli *ofco) { _uc *ppw = xefx(); _uc *ssft = ((_uc *)(_m + 264984) + 0); _uc *tlta = (_uc *)(ofco); for (_si rxmk = 0; rxmk <= 103; rxmk += 1) { tlta[rxmk] = *(((_uc *)(_m + 248332) + rxmk)); } fksx(ppw, ssft, tlta, 104); } void sdpx(_uli *bcku, _si lzpc) { _si szrk = (lzpc % 47); _si jxv = ((lzpc) / (47)); _si asut = lzpc; if (asut > (8 * sizeof(_uli))) { asut = -1; } if (jxv >= 13) { wrpx(bcku); } else { _uli jhlj = (((((_uli)(1)) << (szrk))) - ((_uli)(1))); if (asut < 0) { bcku[0] = 0; } else { bcku[0] = ((((bcku[0]) & (~jhlj))) >> (asut)); }; if (jxv != 0) { bcku[0] += ((((bcku[jxv]) & (~jhlj))) >> (szrk)); } for (_si tcov = 1; tcov <= (12 - jxv); tcov += 1) { bcku[-1 + tcov] += ((((((bcku[jxv + tcov]) & (jhlj))) << (-szrk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bcku[tcov] = ((((bcku[jxv + tcov]) & (~jhlj))) >> (szrk)); } for (_si hmby = 13 - jxv; hmby <= 12; hmby += 1) { bcku[hmby] = 0; } }; } void ibac(_uc *dkdb, _uc *omhw, _si lfyl) { cnt(dkdb, omhw); _ui *mpwv = (_ui *)(dkdb + 64); _ui *abas = (_ui *)(dkdb + 128); for (_si xdfz = 0; xdfz <= 3; xdfz += 1) { mpwv[xdfz] = (((_ui)(((_uc *)(_m + 48146) + 4 * xdfz)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xdfz)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xdfz)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xdfz)[3])) << (24)))); } for (_si tdaq = 0; tdaq <= 3; tdaq += 1) { mpwv[12 + tdaq] = lfyl; _m[65162] += 1; } abas[0] = 3904225602; } void xljl(_uc *rxzb, _uc *ncpa, _si udvb) { { _ui *vkkw = (_ui *)(rxzb + 64); for (_si wkym = 0; wkym <= 7; wkym += 1) { vkkw[4 + wkym] = (((_ui)((ncpa + 4 * wkym)[0])) + ((((_ui)((ncpa + 4 * wkym)[1])) << (8))) + ((((_ui)((ncpa + 4 * wkym)[2])) << (16))) + ((((_ui)((ncpa + 4 * wkym)[3])) << (24)))); } } _ui *ylep = (_ui *)(rxzb + 64); _ui *fwqk = (_ui *)(rxzb + 128); for (_si lpyk = 0; lpyk <= 3; lpyk += 1) { ylep[lpyk] = (((_ui)(((_uc *)(_m + 48146) + 4 * lpyk)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lpyk)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lpyk)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lpyk)[3])) << (24)))); } for (_si njap = 0; njap <= 3; njap += 1) { ylep[12 + njap] = udvb; _m[65162] += 1; } fwqk[0] = 3904225602; } void dgbp(_uc *rymw, _uc *hvuj, _si sbwg) { _uc *ikla = (_uc *)(rymw + 0); _uli *tmpl = (_uli *)(rymw + 352); _si vpaz = (_si)(((tmpl[0]) & (63))); tmpl[0] += sbwg; for (_si mjun = 0; mjun <= (-1 + sbwg); mjun += 1) { ikla[vpaz] = hvuj[mjun]; vpaz += 1; if (vpaz == 64) { vwvp(rymw); vpaz = 0; } } } _uc *bg() { ; _uc *nhbz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; nhbz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return nhbz; } void uvrt(_uc *rfrh) { _uc *iejq = (_uc *)(rfrh + 0); _ui *odoc = (_ui *)(rfrh + 64); _ui *qtut = (_ui *)(rfrh + 96); _si hlak = 0; _ui ngvy = 0; _ui hydq = 0; _ui pbzb = 0; _ui tapi = 0; _ui irqe = 0; _ui imvq = 0; for (_si dxaa = 0; dxaa <= 15; dxaa += 1) { qtut[dxaa] = (((((((((_ui)(iejq[hlak])) << (24))) | ((((_ui)(iejq[1 + hlak])) << (16))))) | ((((_ui)(iejq[2 + hlak])) << (8))))) | ((_ui)(iejq[3 + hlak]))); hlak += 4; } for (_si clce = 16; clce <= 31; clce += 1) { ngvy = ((((((((qtut[-15 + clce]) >> (7))) | (((qtut[-15 + clce]) << (25))))) ^ (((((qtut[-15 + clce]) >> (18))) | (((qtut[-15 + clce]) << (14))))))) ^ (((qtut[-15 + clce]) >> (3)))); tapi = ((((((((qtut[-2 + clce]) >> (17))) | (((qtut[-2 + clce]) << (15))))) ^ (((((qtut[-2 + clce]) >> (19))) | (((qtut[-2 + clce]) << (13))))))) ^ (((qtut[-2 + clce]) >> (10)))); qtut[clce] = ngvy + qtut[-16 + clce] + qtut[-7 + clce] + tapi; _m[65160] += 1; } _ui zmsl = odoc[0]; _ui jfsw = odoc[1]; _ui efxg = odoc[2]; _ui cwph = odoc[3]; _ui jgoh = odoc[4]; _ui lqui = odoc[5]; _ui yamz = odoc[6]; _ui mlys = odoc[7]; for (_si cqvd = 0; cqvd <= 31; cqvd += 1) { ngvy = ((((((((zmsl) >> (2))) | (((zmsl) << (30))))) ^ (((((zmsl) >> (13))) | (((zmsl) << (19))))))) ^ (((((zmsl) >> (22))) | (((zmsl) << (10)))))); hydq = ((((((zmsl) & (jfsw))) ^ (((zmsl) & (efxg))))) ^ (((jfsw) & (efxg)))); pbzb = hydq + ngvy; tapi = ((((((((jgoh) >> (6))) | (((jgoh) << (26))))) ^ (((((jgoh) >> (11))) | (((jgoh) << (21))))))) ^ (((((jgoh) >> (25))) | (((jgoh) << (7)))))); irqe = ((((jgoh) & (lqui))) ^ (((~jgoh) & (yamz)))); imvq = mlys + irqe + tapi + *(((_ui *)(_m + 246160) + cqvd)) + qtut[cqvd]; mlys = yamz; yamz = lqui; lqui = jgoh; jgoh = cwph + imvq; cwph = efxg; efxg = jfsw; jfsw = zmsl; zmsl = imvq + pbzb; _m[65161] += 1; } odoc[0] += zmsl; odoc[1] += jfsw; odoc[2] += efxg; odoc[3] += cwph; odoc[4] += jgoh; odoc[5] += lqui; odoc[6] += yamz; odoc[7] += mlys; } void afjo(_uli *qfvb, _uli *wcaj, _uli *cqht) { _uli *pfvw = tgz(); { { if (qfvb != wcaj) { for (_si yoiq = 0; yoiq <= 44; yoiq += 1) { qfvb[yoiq] = wcaj[yoiq]; } } } _si dpqi = psgw(qfvb); _si elmi = yiek(cqht); if (dpqi >= elmi) { _si gslw = 0; _uli uxgj = cqht[elmi]; while (uxgj < (((((((_uli)(1)) << (47)))) >> (1)))) { gslw += 1; uxgj <<= 1; } if (elmi == 0) { gslw += 47; dpqi += 1; elmi += 1; } if (gslw > 0) { qyvi(qfvb, gslw); { _si cwhz = (gslw % 47); _si rbda = ((gslw) / (47)); _si trcm = -cwhz + (((sizeof(_uli)) << (3))); if (rbda >= 45) { { for (_si alvj = 0; alvj <= 44; alvj += 1) { cqht[alvj] = 0; } } } else { for (_si luen = 44 - rbda; luen >= 1; luen -= 1) { cqht[luen + rbda] = ((cqht[luen]) << (cwhz)); if (trcm < (8 * sizeof(_uli))) { cqht[luen + rbda] += ((((cqht[-1 + luen]) >> (trcm))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } cqht[rbda] = ((cqht[0]) << (cwhz)); for (_si uagw = -1 + rbda; uagw >= 0; uagw -= 1) { cqht[uagw] = 0; } }; jvma(cqht); } } _si qcnm = dpqi - elmi; uxgj = cqht[elmi]; _uli uczw = cqht[-1 + elmi]; for (_si rtql = qcnm; rtql >= 0; rtql -= 1) { __uint128_t tyup = qfvb[elmi + rtql] + (__uint128_t)(((((_uli)(1)) << (47)))) * qfvb[1 + elmi + rtql]; _uli jumn = 0; __uint128_t bqql = ((tyup) / (uxgj)); __uint128_t xxan = (tyup % uxgj); while (bqql == ((((_uli)(1)) << (47))) || (bqql * uczw) > (((((_uli)(1)) << (47))) * xxan + qfvb[-1 + elmi + rtql])) { bqql -= 1; xxan += uxgj; if (xxan >= ((((_uli)(1)) << (47)))) { break; } } tyup = 0; for (_si mkcc = 0; mkcc <= elmi; mkcc += 1) { tyup += bqql * cqht[mkcc]; jumn = qfvb[mkcc + rtql]; if (tyup > jumn) { tyup -= jumn; jumn = tyup % ((((_uli)(1)) << (47))); tyup = ((tyup) / (((((_uli)(1)) << (47))))); if (jumn == 0) { qfvb[mkcc + rtql] = 0; } else { qfvb[mkcc + rtql] = ((1 + ~(_uli)(jumn)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); tyup += 1; }; } else { qfvb[mkcc + rtql] -= tyup; tyup = 0; }; } jumn = qfvb[1 + elmi + rtql]; if (tyup > jumn) { cqht[1 + elmi + rtql] = -1 + bqql; tyup = 0; for (_si wgkf = 0; wgkf <= elmi; wgkf += 1) { tyup += cqht[wgkf] + qfvb[rtql + wgkf]; qfvb[rtql + wgkf] = tyup % ((((_uli)(1)) << (47))); tyup = ((tyup) / (((((_uli)(1)) << (47))))); } } else { cqht[1 + elmi + rtql] = bqql; qfvb[1 + elmi + rtql] -= tyup; }; } for (_si cnoc = 0; cnoc <= qcnm; cnoc += 1) { pfvw[cnoc] = cqht[1 + cnoc + elmi]; qfvb[1 + cnoc + elmi] = 0; } for (_si xhwz = 1 + qcnm; xhwz <= 44; xhwz += 1) { pfvw[xhwz] = 0; } if (pfvw != cqht) { for (_si zvyf = 1 + elmi; zvyf <= (1 + dpqi); zvyf += 1) { cqht[zvyf] = 0; } if (gslw > 0) { gwmc(cqht, gslw); } } if (gslw > 0) { ykat(qfvb, gslw); } } } { _uc *feij = (_uc *)(pfvw); for (_si kmay = 0; kmay <= 360; kmay += 1) { feij[kmay] = (_uc)(255 + feij[1 + kmay]) * (_uc)(1 + feij[kmay]); } feij[361] = 0; } } void xyho(_uc *xvtz, _uc *yiqo, _uc *dvie, _uc *gugy, _uc *vafi, _uc *zwzy, _uc *veqs, _uc *wceg, _uc *tula, _uli *qfuk, _uc *ubuf, _uc *oumm, _uc *qpzs, _uc *ajvb, _uc *anfi) { { _ui *yszd = (_ui *)(xvtz + 64); _uli *htrt = (_uli *)(xvtz + 352); yszd[0] = 3072593861; yszd[1] = 3086033710; yszd[2] = 3878829419; yszd[3] = 661946499; yszd[4] = 3836525215; yszd[5] = 533529351; yszd[6] = 1116444951; yszd[7] = 1869145119; htrt[0] = 0; } { _uc *phes = (_uc *)(xvtz + 0); _uli *rjap = (_uli *)(xvtz + 352); _si tkbd = (_si)(((rjap[0]) & (63))); rjap[0] += 16; for (_si kaqh = 0; kaqh <= 15; kaqh += 1) { phes[tkbd] = anfi[kaqh]; tkbd += 1; if (tkbd == 64) { { _uc *sobx = (_uc *)(xvtz + 0); _ui *wtvd = (_ui *)(xvtz + 64); _ui *azpu = (_ui *)(xvtz + 96); _si wwmv = 0; _ui smjd = 0; _ui sfyq = 0; _ui hrqe = 0; _ui yani = 0; _ui bhtu = 0; _ui ezyf = 0; for (_si wtox = 0; wtox <= 15; wtox += 1) { azpu[wtox] = (((((((((_ui)(sobx[wwmv])) << (24))) | ((((_ui)(sobx[1 + wwmv])) << (16))))) | ((((_ui)(sobx[2 + wwmv])) << (8))))) | ((_ui)(sobx[3 + wwmv]))); wwmv += 4; } for (_si bpnh = 16; bpnh <= 31; bpnh += 1) { smjd = ((((((((azpu[-15 + bpnh]) >> (7))) | (((azpu[-15 + bpnh]) << (25))))) ^ (((((azpu[-15 + bpnh]) >> (18))) | (((azpu[-15 + bpnh]) << (14))))))) ^ (((azpu[-15 + bpnh]) >> (3)))); yani = ((((((((azpu[-2 + bpnh]) >> (17))) | (((azpu[-2 + bpnh]) << (15))))) ^ (((((azpu[-2 + bpnh]) >> (19))) | (((azpu[-2 + bpnh]) << (13))))))) ^ (((azpu[-2 + bpnh]) >> (10)))); azpu[bpnh] = azpu[-16 + bpnh] + azpu[-7 + bpnh] + smjd + yani; _m[65160] += 1; } _ui xifl = wtvd[0]; _ui otpm = wtvd[1]; _ui qcoa = wtvd[2]; _ui sfyj = wtvd[3]; _ui aotf = wtvd[4]; _ui gbkc = wtvd[5]; _ui wini = wtvd[6]; _ui uuce = wtvd[7]; for (_si nsoz = 0; nsoz <= 31; nsoz += 1) { smjd = ((((((((xifl) >> (2))) | (((xifl) << (30))))) ^ (((((xifl) >> (13))) | (((xifl) << (19))))))) ^ (((((xifl) >> (22))) | (((xifl) << (10)))))); sfyq = ((((((xifl) & (otpm))) ^ (((xifl) & (qcoa))))) ^ (((otpm) & (qcoa)))); hrqe = sfyq + smjd; yani = ((((((((aotf) >> (6))) | (((aotf) << (26))))) ^ (((((aotf) >> (11))) | (((aotf) << (21))))))) ^ (((((aotf) >> (25))) | (((aotf) << (7)))))); bhtu = ((((aotf) & (gbkc))) ^ (((~aotf) & (wini)))); ezyf = *(((_ui *)(_m + 246160) + nsoz)) + uuce + bhtu + azpu[nsoz] + yani; uuce = wini; wini = gbkc; gbkc = aotf; aotf = ezyf + sfyj; sfyj = qcoa; qcoa = otpm; otpm = xifl; xifl = ezyf + hrqe; _m[65161] += 1; } wtvd[0] += xifl; wtvd[1] += otpm; wtvd[2] += qcoa; wtvd[3] += sfyj; wtvd[4] += aotf; wtvd[5] += gbkc; wtvd[6] += wini; wtvd[7] += uuce; } tkbd = 0; } } } { { qkoe(yiqo, zwzy); _ui *vvts = (_ui *)(yiqo + 64); _ui *cdkx = (_ui *)(yiqo + 128); for (_si cbzy = 0; cbzy <= 3; cbzy += 1) { vvts[cbzy] = (((_ui)(((_uc *)(_m + 48146) + 4 * cbzy)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cbzy)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cbzy)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cbzy)[3])) << (24)))); } for (_si peil = 0; peil <= 3; peil += 1) { vvts[12 + peil] = 0; _m[65162] += 1; } cdkx[0] = 3904225602; } { _ui *mdps = (_ui *)(yiqo + 0); _ui *ankh = (_ui *)(yiqo + 128); _uc *skev = (_uc *)(mdps); for (_si aavq = 0; aavq <= 31; aavq += 1) { if (ankh[0] >= 64) { hqsp(yiqo); ankh[0] = 0; } ubuf[aavq] ^= skev[ankh[0]]; ankh[0] += 1; } } } { _uc *zlek = (_uc *)(xvtz + 0); _uli *kvni = (_uli *)(xvtz + 352); _si hjix = (_si)(((kvni[0]) & (63))); kvni[0] += 32; for (_si huxe = 0; huxe <= 31; huxe += 1) { zlek[hjix] = ubuf[huxe]; hjix += 1; if (hjix == 64) { { _uc *bmxj = (_uc *)(xvtz + 0); _ui *wijf = (_ui *)(xvtz + 64); _ui *gwlt = (_ui *)(xvtz + 96); _si fxwg = 0; _ui wyee = 0; _ui difm = 0; _ui wbcj = 0; _ui hzul = 0; _ui hrkn = 0; _ui gwd = 0; for (_si qjgi = 0; qjgi <= 15; qjgi += 1) { gwlt[qjgi] = (((((((((_ui)(bmxj[fxwg])) << (24))) | ((((_ui)(bmxj[1 + fxwg])) << (16))))) | ((((_ui)(bmxj[2 + fxwg])) << (8))))) | ((_ui)(bmxj[3 + fxwg]))); fxwg += 4; } for (_si eyjq = 16; eyjq <= 31; eyjq += 1) { wyee = ((((((((gwlt[-15 + eyjq]) >> (7))) | (((gwlt[-15 + eyjq]) << (25))))) ^ (((((gwlt[-15 + eyjq]) >> (18))) | (((gwlt[-15 + eyjq]) << (14))))))) ^ (((gwlt[-15 + eyjq]) >> (3)))); hzul = ((((((((gwlt[-2 + eyjq]) >> (17))) | (((gwlt[-2 + eyjq]) << (15))))) ^ (((((gwlt[-2 + eyjq]) >> (19))) | (((gwlt[-2 + eyjq]) << (13))))))) ^ (((gwlt[-2 + eyjq]) >> (10)))); gwlt[eyjq] = gwlt[-7 + eyjq] + gwlt[-16 + eyjq] + hzul + wyee; _m[65160] += 1; } _ui hjww = wijf[0]; _ui ggsi = wijf[1]; _ui loy = wijf[2]; _ui hbq = wijf[3]; _ui rohd = wijf[4]; _ui tyfa = wijf[5]; _ui uieu = wijf[6]; _ui pxzn = wijf[7]; for (_si cykk = 0; cykk <= 31; cykk += 1) { wyee = ((((((((hjww) >> (2))) | (((hjww) << (30))))) ^ (((((hjww) >> (13))) | (((hjww) << (19))))))) ^ (((((hjww) >> (22))) | (((hjww) << (10)))))); difm = ((((((hjww) & (ggsi))) ^ (((hjww) & (loy))))) ^ (((ggsi) & (loy)))); wbcj = difm + wyee; hzul = ((((((((rohd) >> (6))) | (((rohd) << (26))))) ^ (((((rohd) >> (11))) | (((rohd) << (21))))))) ^ (((((rohd) >> (25))) | (((rohd) << (7)))))); hrkn = ((((rohd) & (tyfa))) ^ (((~rohd) & (uieu)))); gwd = pxzn + hzul + hrkn + *(((_ui *)(_m + 246160) + cykk)) + gwlt[cykk]; pxzn = uieu; uieu = tyfa; tyfa = rohd; rohd = gwd + hbq; hbq = loy; loy = ggsi; ggsi = hjww; hjww = gwd + wbcj; _m[65161] += 1; } wijf[0] += hjww; wijf[1] += ggsi; wijf[2] += loy; wijf[3] += hbq; wijf[4] += rohd; wijf[5] += tyfa; wijf[6] += uieu; wijf[7] += pxzn; } hjix = 0; } } } zguy(dvie, zwzy, ubuf, 32); { { vre(gugy, veqs); _ui *btt = (_ui *)(gugy + 64); _ui *pdnj = (_ui *)(gugy + 128); for (_si ckbz = 0; ckbz <= 3; ckbz += 1) { btt[ckbz] = (((_ui)(((_uc *)(_m + 48146) + 4 * ckbz)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ckbz)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ckbz)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ckbz)[3])) << (24)))); } for (_si psvc = 0; psvc <= 3; psvc += 1) { btt[12 + psvc] = 0; _m[65162] += 1; } pdnj[0] = 3904225602; } imem(gugy, oumm, 32); } { _uc *kczu = (_uc *)(xvtz + 0); _uli *xaml = (_uli *)(xvtz + 352); _si yrqx = (_si)(((xaml[0]) & (63))); xaml[0] += 32; for (_si sipc = 0; sipc <= 31; sipc += 1) { kczu[yrqx] = oumm[sipc]; yrqx += 1; if (yrqx == 64) { uvrt(xvtz); yrqx = 0; } } } yzof(yiqo, veqs, oumm, 32); { { { _ui *uupn = (_ui *)(vafi + 64); for (_si qvix = 0; qvix <= 7; qvix += 1) { uupn[4 + qvix] = (((_ui)((wceg + 4 * qvix)[0])) + ((((_ui)((wceg + 4 * qvix)[1])) << (8))) + ((((_ui)((wceg + 4 * qvix)[2])) << (16))) + ((((_ui)((wceg + 4 * qvix)[3])) << (24)))); } } _ui *qalh = (_ui *)(vafi + 64); _ui *kkvn = (_ui *)(vafi + 128); for (_si btly = 0; btly <= 3; btly += 1) { qalh[btly] = (((_ui)(((_uc *)(_m + 48146) + 4 * btly)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * btly)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * btly)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * btly)[3])) << (24)))); } for (_si mlcm = 0; mlcm <= 3; mlcm += 1) { qalh[12 + mlcm] = 0; _m[65162] += 1; } kkvn[0] = 3904225602; } { _ui *zysw = (_ui *)(vafi + 0); _ui *dawa = (_ui *)(vafi + 128); _uc *dkww = (_uc *)(zysw); for (_si bpaz = 0; bpaz <= 31; bpaz += 1) { if (dawa[0] >= 64) { { _ui *plud = (_ui *)(vafi + 0); _ui *kwld = (_ui *)(vafi + 64); for (_si kgja = 0; kgja <= 15; kgja += 1) { plud[kgja] = kwld[kgja]; } for (_si lzzr = 0; lzzr <= 9; lzzr += 1) { zqv(plud, 0, 4, 8, 12); lxok(plud, 1, 5, 9, 13); { plud[2] += plud[6]; plud[14] ^= plud[2]; plud[14] = ((((plud[14]) << (16))) | (((plud[14]) >> (16)))); plud[10] += plud[14]; plud[6] ^= plud[10]; plud[6] = ((((plud[6]) << (12))) | (((plud[6]) >> (20)))); plud[2] += plud[6]; plud[14] ^= plud[2]; plud[14] = ((((plud[14]) << (8))) | (((plud[14]) >> (24)))); plud[10] += plud[14]; plud[6] ^= plud[10]; plud[6] = ((((plud[6]) << (7))) | (((plud[6]) >> (25)))); } { plud[3] += plud[7]; plud[15] ^= plud[3]; plud[15] = ((((plud[15]) << (16))) | (((plud[15]) >> (16)))); plud[11] += plud[15]; plud[7] ^= plud[11]; plud[7] = ((((plud[7]) << (12))) | (((plud[7]) >> (20)))); plud[3] += plud[7]; plud[15] ^= plud[3]; plud[15] = ((((plud[15]) << (8))) | (((plud[15]) >> (24)))); plud[11] += plud[15]; plud[7] ^= plud[11]; plud[7] = ((((plud[7]) << (7))) | (((plud[7]) >> (25)))); } { plud[0] += plud[5]; plud[15] ^= plud[0]; plud[15] = ((((plud[15]) << (16))) | (((plud[15]) >> (16)))); plud[10] += plud[15]; plud[5] ^= plud[10]; plud[5] = ((((plud[5]) << (12))) | (((plud[5]) >> (20)))); plud[0] += plud[5]; plud[15] ^= plud[0]; plud[15] = ((((plud[15]) << (8))) | (((plud[15]) >> (24)))); plud[10] += plud[15]; plud[5] ^= plud[10]; plud[5] = ((((plud[5]) << (7))) | (((plud[5]) >> (25)))); } { plud[1] += plud[6]; plud[12] ^= plud[1]; plud[12] = ((((plud[12]) << (16))) | (((plud[12]) >> (16)))); plud[11] += plud[12]; plud[6] ^= plud[11]; plud[6] = ((((plud[6]) << (12))) | (((plud[6]) >> (20)))); plud[1] += plud[6]; plud[12] ^= plud[1]; plud[12] = ((((plud[12]) << (8))) | (((plud[12]) >> (24)))); plud[11] += plud[12]; plud[6] ^= plud[11]; plud[6] = ((((plud[6]) << (7))) | (((plud[6]) >> (25)))); } rpti(plud, 2, 7, 8, 13); fcxt(plud, 3, 4, 9, 14); _m[65163] += 1; } for (_si exkk = 0; exkk <= 15; exkk += 1) { plud[exkk] += kwld[exkk]; } kwld[12] += 1; if (kwld[12] == 0) { kwld[13] += 1; } } dawa[0] = 0; } qpzs[bpaz] ^= dkww[dawa[0]]; dawa[0] += 1; } } } ezhk(xvtz, qpzs, 32); oukz(yiqo, wceg, qpzs, 32); { yebl(vafi, tula, 0); { _ui *wgan = (_ui *)(vafi + 0); _ui *eoxu = (_ui *)(vafi + 128); _uc *ubgs = (_uc *)(wgan); for (_si zlcu = 0; zlcu <= 31; zlcu += 1) { if (eoxu[0] >= 64) { xafr(vafi); eoxu[0] = 0; } ajvb[zlcu] ^= ubgs[eoxu[0]]; eoxu[0] += 1; } } } { _uc *igdw = (_uc *)(xvtz + 0); _uli *yexr = (_uli *)(xvtz + 352); _si abzu = (_si)(((yexr[0]) & (63))); yexr[0] += 32; for (_si pggy = 0; pggy <= 31; pggy += 1) { igdw[abzu] = ajvb[pggy]; abzu += 1; if (abzu == 64) { kbh(xvtz); abzu = 0; } } } ouqo(dvie, tula, ajvb, 32); { _uc *nnae = lire(); vvct(xvtz, nnae, nnae, 0); qznj(qfuk, nnae); { _uc *uead = (_uc *)(nnae); for (_si mrwu = 0; mrwu <= 360; mrwu += 1) { uead[mrwu] = (_uc)(255 + uead[1 + mrwu]) * (_uc)(1 + uead[mrwu]); } uead[361] = 0; } } } void abue(_uli *kyjj) { for (_si jdsf = 0; jdsf <= 43; jdsf += 1) { kyjj[1 + jdsf] += ((kyjj[jdsf]) >> (47)); kyjj[jdsf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kyjj[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si wtft(_uli *ciqg) { _si tigm = 0; _uli ffwr = 19; for (_si eurl = 44; eurl >= 0; eurl -= 1) { if (ciqg[eurl] != 0) { tigm = ((((ciqg[eurl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tigm; } _uc *bueu() { ; _uc *rbnb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; rbnb = (_uc *)(_m + 362 * _s); break; } _s += 1; } return rbnb; } void gwui(_uli *jqyo, _si azyk) { _si wubc = (azyk % 47); _si konj = ((azyk) / (47)); _si vlcn = azyk; if (vlcn > (8 * sizeof(_uli))) { vlcn = -1; } if (konj >= 13) { { for (_si rueg = 0; rueg <= 12; rueg += 1) { jqyo[rueg] = 0; } } } else { _uli hrvq = (((((_uli)(1)) << (wubc))) - ((_uli)(1))); if (vlcn < 0) { jqyo[0] = 0; } else { jqyo[0] = ((((jqyo[0]) & (~hrvq))) >> (vlcn)); }; if (konj != 0) { jqyo[0] += ((((jqyo[konj]) & (~hrvq))) >> (wubc)); } for (_si yaqy = 1; yaqy <= (12 - konj); yaqy += 1) { jqyo[-1 + yaqy] += ((((((jqyo[konj + yaqy]) & (hrvq))) << (-wubc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jqyo[yaqy] = ((((jqyo[konj + yaqy]) & (~hrvq))) >> (wubc)); } for (_si idqy = 13 - konj; idqy <= 12; idqy += 1) { jqyo[idqy] = 0; } }; } void slki(_uli *elmb, _uli *pdlr) { _uli *tzet = bbnw(); _uli *torz = wdoz(); for (_si jqnl = 0; jqnl <= 12; jqnl += 1) { tzet[jqnl] = ((pdlr[jqnl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); torz[jqnl] = ((pdlr[jqnl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si izsn = 0; izsn <= 12; izsn += 1) { elmb[izsn] = 0; } } for (_si nvfd = 0; nvfd <= (-1 + (((13) >> (1)))); nvfd += 1) { for (_si glip = 0; glip <= (-1 + (((13) >> (1)))); glip += 1) { _uli mqzt = torz[nvfd] * tzet[glip] + torz[glip] * tzet[nvfd]; _uli wcqj = tzet[nvfd] * tzet[glip]; _uli ebmu = torz[nvfd] * torz[glip]; _uli scrj = ((elmb[glip + nvfd]) + (wcqj) + (((((mqzt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (scrj < wcqj) { ebmu += 1; } _uli pwtj = ((((mqzt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ebmu) << ((-47 + (((sizeof(_uli)) << (3)))))))); elmb[glip + nvfd] = scrj; elmb[1 + glip + nvfd] += pwtj; } ehcy(elmb); } { _uc *hdwc = (_uc *)(tzet); for (_si zhrf = 0; zhrf <= 360; zhrf += 1) { hdwc[zhrf] = (_uc)(255 + hdwc[1 + zhrf]) * (_uc)(1 + hdwc[zhrf]); } hdwc[361] = 0; } { _uc *elsv = (_uc *)(torz); for (_si iool = 0; iool <= 360; iool += 1) { elsv[iool] = (_uc)(1 + elsv[iool]) * (_uc)(255 + elsv[1 + iool]); } elsv[361] = 0; } } void bxrh(_uli *enxn, _uli *onht, _uli *ztim, _uli *hoad) { dslu(onht, ztim, hoad); _si xlxh = hqsz(onht); if (xlxh) { glgo(onht, onht, enxn); } } _si iwey(_uli *ddvk) { _si hnfo = -1; for (_si mzzj = 12; mzzj >= 0; mzzj -= 1) { if (ddvk[mzzj] != 0) { hnfo = mzzj; break; } } return hnfo; } void mdbs(_uli *gxoj, _uli *ryyn, _uli *hhok) { for (_si ehcj = 0; ehcj <= 12; ehcj += 1) { gxoj[ehcj] = hhok[ehcj] + ryyn[ehcj]; } { _si yzoo; { yzoo = 0; _uli pgwi = 19; for (_si zlvy = 12; zlvy >= 0; zlvy -= 1) { if (gxoj[zlvy] != 0) { yzoo = ((((gxoj[zlvy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (yzoo) { { for (_si mfcp = 0; mfcp <= 12; mfcp += 1) { gxoj[mfcp] = -gxoj[mfcp]; } } } for (_si txeh = 0; txeh <= 11; txeh += 1) { if (((((gxoj[txeh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gxoj[1 + txeh] -= 1; } else { gxoj[1 + txeh] += ((gxoj[txeh]) >> (47)); }; gxoj[txeh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gxoj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yzoo) { fhmo(gxoj, gxoj); } } } void feky(_uli *mbtv) { _uc *sxwl = (_uc *)(mbtv); for (_si dhoh = 0; dhoh <= 360; dhoh += 1) { sxwl[dhoh] = (_uc)(1 + sxwl[dhoh]) * (_uc)(255 + sxwl[1 + dhoh]); } sxwl[361] = 0; } void drki(_uli *jdco, _uli *qcxq, _uli *ghpc, _uli *pdfh) { { _uli *fako = frfi(); _uli *lbrf = oeuc(); _uli *qybm = bcqr(); _uli *aabi = xley(); for (_si jhkx = 0; jhkx <= 12; jhkx += 1) { fako[jhkx] = ((ghpc[jhkx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lbrf[jhkx] = ((ghpc[jhkx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qybm[jhkx] = ((pdfh[jhkx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aabi[jhkx] = ((pdfh[jhkx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ozcc = 0; ozcc <= 12; ozcc += 1) { qcxq[ozcc] = 0; } } for (_si pqet = 0; pqet <= (-1 + (((13) >> (1)))); pqet += 1) { for (_si wpqi = 0; wpqi <= (-1 + (((13) >> (1)))); wpqi += 1) { _uli ejqd = aabi[wpqi] * fako[pqet] + lbrf[pqet] * qybm[wpqi]; _uli zkfz = fako[pqet] * qybm[wpqi]; _uli ffha = aabi[wpqi] * lbrf[pqet]; _uli xmmt = ((qcxq[pqet + wpqi]) + (zkfz) + (((((ejqd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xmmt < zkfz) { ffha += 1; } _uli yzon = ((((ejqd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ffha) << ((-47 + (((sizeof(_uli)) << (3)))))))); qcxq[pqet + wpqi] = xmmt; qcxq[1 + pqet + wpqi] += yzon; } { for (_si ffja = 0; ffja <= 11; ffja += 1) { qcxq[1 + ffja] += ((qcxq[ffja]) >> (47)); qcxq[ffja] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qcxq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } nish(fako); yeef(lbrf); { _uc *ioxu = (_uc *)(qybm); for (_si vmri = 0; vmri <= 360; vmri += 1) { ioxu[vmri] = (_uc)(255 + ioxu[1 + vmri]) * (_uc)(1 + ioxu[vmri]); } ioxu[361] = 0; } { _uc *zipa = (_uc *)(aabi); for (_si jjxl = 0; jjxl <= 360; jjxl += 1) { zipa[jjxl] = (_uc)(255 + zipa[1 + jjxl]) * (_uc)(1 + zipa[jjxl]); } zipa[361] = 0; } } zmos(qcxq, qcxq, jdco); } _si pcrd(_uli *lzku) { _si clqs = 0; _uli bqcf = 19; for (_si mujf = 44; mujf >= 0; mujf -= 1) { if (lzku[mujf] != 0) { clqs = ((((lzku[mujf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return clqs; } void jwbh(_uli *kjxt) { for (_si gybz = 0; gybz <= 11; gybz += 1) { kjxt[1 + gybz] += ((kjxt[gybz]) >> (47)); kjxt[gybz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kjxt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uc *ccgx() { ; _uc *vhmj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; vhmj = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vhmj; } void gqpg(_uli *cgdh, _si ierj) { _si mhlt = xpjz(cgdh); if (mhlt) { { for (_si wnmk = 0; wnmk <= 12; wnmk += 1) { cgdh[wnmk] = -cgdh[wnmk]; } } } wrcd(cgdh, ierj); if (mhlt) { { for (_si ztuy = 0; ztuy <= 12; ztuy += 1) { cgdh[ztuy] = -cgdh[ztuy]; } } } } void jqlx(_uli *ushp, _uli *tmip) { if (ushp != tmip) { for (_si xvgk = 0; xvgk <= 12; xvgk += 1) { ushp[xvgk] = tmip[xvgk]; } } } void wynu(_uli *iqmj, _si pchh) { _si ppjg = (pchh % 47); _si dzth = ((pchh) / (47)); _si sqqf = pchh; if (sqqf > (8 * sizeof(_uli))) { sqqf = -1; } if (dzth >= 13) { mzxu(iqmj); } else { _uli inef = (((((_uli)(1)) << (ppjg))) - ((_uli)(1))); if (sqqf < 0) { iqmj[0] = 0; } else { iqmj[0] = ((((iqmj[0]) & (~inef))) >> (sqqf)); }; if (dzth != 0) { iqmj[0] += ((((iqmj[dzth]) & (~inef))) >> (ppjg)); } for (_si thnz = 1; thnz <= (12 - dzth); thnz += 1) { iqmj[-1 + thnz] += ((((((iqmj[dzth + thnz]) & (inef))) << (-ppjg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); iqmj[thnz] = ((((iqmj[dzth + thnz]) & (~inef))) >> (ppjg)); } for (_si acjx = 13 - dzth; acjx <= 12; acjx += 1) { iqmj[acjx] = 0; } }; } void vtgs(_si dbqy, _uli *bblm, _uli *yuoq, _uli *wpte, _uli *jdhh, _uli *ywfs) { { _uli *wnto = vwjb(); _uli *xrpr = bbnw(); _uli *mlco = bveb(); _uli *gbfw = svrk(); for (_si jroy = 0; jroy <= 12; jroy += 1) { wnto[jroy] = ((jdhh[jroy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xrpr[jroy] = ((jdhh[jroy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mlco[jroy] = ((ywfs[jroy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gbfw[jroy] = ((ywfs[jroy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si swxb = 0; swxb <= 12; swxb += 1) { wpte[swxb] = 0; } } for (_si djwq = 0; djwq <= (-1 + (((13) >> (1)))); djwq += 1) { for (_si aymj = 0; aymj <= (-1 + (((13) >> (1)))); aymj += 1) { _uli cyvs = gbfw[aymj] * wnto[djwq] + mlco[aymj] * xrpr[djwq]; _uli ganh = mlco[aymj] * wnto[djwq]; _uli cqep = gbfw[aymj] * xrpr[djwq]; _uli tmjg = ((wpte[aymj + djwq]) + (ganh) + (((((cyvs) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tmjg < ganh) { cqep += 1; } _uli hyws = ((((cyvs) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cqep) << ((-47 + (((sizeof(_uli)) << (3)))))))); wpte[aymj + djwq] = tmjg; wpte[1 + aymj + djwq] += hyws; } zdob(wpte); } yyhz(wnto); cdgz(xrpr); vkxh(mlco); hwcp(gbfw); } { _uli *ufui = jckb(); prdd(ufui, wpte); { ; } psal(dbqy, wpte); uih(wpte, wpte, yuoq); hvlw(dbqy, wpte); { _uli *crbi = bveb(); _uli *swyi = oacu(); _uli *numd = xgyz(); _uli *nydu = cgle(); for (_si ykry = 0; ykry <= 12; ykry += 1) { crbi[ykry] = ((wpte[ykry]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); swyi[ykry] = ((wpte[ykry]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); numd[ykry] = ((bblm[ykry]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nydu[ykry] = ((bblm[ykry]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si gasa = 0; gasa <= 12; gasa += 1) { wpte[gasa] = 0; } } for (_si rbzo = 0; rbzo <= (-1 + (((13) >> (1)))); rbzo += 1) { for (_si ffdb = 0; ffdb <= (-1 + (((13) >> (1)))); ffdb += 1) { _uli hzsv = crbi[rbzo] * nydu[ffdb] + numd[ffdb] * swyi[rbzo]; _uli uozh = crbi[rbzo] * numd[ffdb]; _uli vtqc = nydu[ffdb] * swyi[rbzo]; _uli ddcg = ((wpte[ffdb + rbzo]) + (uozh) + (((((hzsv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ddcg < uozh) { vtqc += 1; } _uli epsw = ((((hzsv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vtqc) << ((-47 + (((sizeof(_uli)) << (3)))))))); wpte[ffdb + rbzo] = ddcg; wpte[1 + ffdb + rbzo] += epsw; } rwcz(wpte); } jfif(crbi); xwil(swyi); { _uc *ntvf = (_uc *)(numd); for (_si djsf = 0; djsf <= 360; djsf += 1) { ntvf[djsf] = (_uc)(1 + ntvf[djsf]) * (_uc)(255 + ntvf[1 + djsf]); } ntvf[361] = 0; } ehtm(nydu); } tmwb(wpte, wpte, ufui); { _si kber = (dbqy % 47); _si iynu = ((dbqy) / (47)); _si bhwx = dbqy; if (bhwx > (8 * sizeof(_uli))) { bhwx = -1; } if (iynu >= 13) { obip(wpte); } else { _uli oaxl = (((((_uli)(1)) << (kber))) - ((_uli)(1))); if (bhwx < 0) { wpte[0] = 0; } else { wpte[0] = ((((wpte[0]) & (~oaxl))) >> (bhwx)); }; if (iynu != 0) { wpte[0] += ((((wpte[iynu]) & (~oaxl))) >> (kber)); } for (_si imkf = 1; imkf <= (12 - iynu); imkf += 1) { wpte[-1 + imkf] += ((((((wpte[imkf + iynu]) & (oaxl))) << (-kber + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wpte[imkf] = ((((wpte[imkf + iynu]) & (~oaxl))) >> (kber)); } for (_si lpxc = 13 - iynu; lpxc <= 12; lpxc += 1) { wpte[lpxc] = 0; } }; } eunc(ufui, wpte, bblm); _si extm; { extm = 0; _uli iqbe = 19; for (_si hofp = 12; hofp >= 0; hofp -= 1) { if (ufui[hofp] != 0) { extm = ((((ufui[hofp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!extm) { { if (wpte != ufui) { for (_si lyit = 0; lyit <= 12; lyit += 1) { wpte[lyit] = ufui[lyit]; } } } } { _uc *fgrj = (_uc *)(ufui); for (_si wscm = 0; wscm <= 360; wscm += 1) { fgrj[wscm] = (_uc)(255 + fgrj[1 + wscm]) * (_uc)(1 + fgrj[wscm]); } fgrj[361] = 0; } } } void dybm(_uli *acfa, _uli *uukh, _uli *tead) { _uli *sfyk = lbjy(); { { if (acfa != uukh) { for (_si lnni = 0; lnni <= 12; lnni += 1) { acfa[lnni] = uukh[lnni]; } } } _si dtve = pxkv(acfa); _si iknu; { iknu = -1; for (_si pxts = 12; pxts >= 0; pxts -= 1) { if (tead[pxts] != 0) { iknu = pxts; break; } } } if (dtve >= iknu) { _si gysj = 0; _uli ndvx = tead[iknu]; while (ndvx < (((((((_uli)(1)) << (47)))) >> (1)))) { gysj += 1; ndvx <<= 1; } if (iknu == 0) { gysj += 47; dtve += 1; iknu += 1; } if (gysj > 0) { { _si qmix = (gysj % 47); _si uqdv = ((gysj) / (47)); _si vmni = -qmix + (((sizeof(_uli)) << (3))); if (uqdv >= 13) { { for (_si mpsz = 0; mpsz <= 12; mpsz += 1) { acfa[mpsz] = 0; } } } else { for (_si qqec = 12 - uqdv; qqec >= 1; qqec -= 1) { acfa[qqec + uqdv] = ((acfa[qqec]) << (qmix)); if (vmni < (8 * sizeof(_uli))) { acfa[qqec + uqdv] += ((((acfa[-1 + qqec]) >> (vmni))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } acfa[uqdv] = ((acfa[0]) << (qmix)); for (_si ezqb = -1 + uqdv; ezqb >= 0; ezqb -= 1) { acfa[ezqb] = 0; } }; gryz(acfa); } hhyn(tead, gysj); } _si whhj = dtve - iknu; ndvx = tead[iknu]; _uli kiek = tead[-1 + iknu]; for (_si jypl = whhj; jypl >= 0; jypl -= 1) { __uint128_t ooni = acfa[iknu + jypl] + (__uint128_t)(((((_uli)(1)) << (47)))) * acfa[1 + iknu + jypl]; _uli bkml = 0; __uint128_t arlt = ((ooni) / (ndvx)); __uint128_t lhri = (ooni % ndvx); while (arlt == ((((_uli)(1)) << (47))) || (arlt * kiek) > (acfa[-1 + iknu + jypl] + ((((_uli)(1)) << (47))) * lhri)) { arlt -= 1; lhri += ndvx; if (lhri >= ((((_uli)(1)) << (47)))) { break; } } ooni = 0; for (_si bgwt = 0; bgwt <= iknu; bgwt += 1) { ooni += arlt * tead[bgwt]; bkml = acfa[bgwt + jypl]; if (ooni > bkml) { ooni -= bkml; bkml = ooni % ((((_uli)(1)) << (47))); ooni = ((ooni) / (((((_uli)(1)) << (47))))); if (bkml == 0) { acfa[bgwt + jypl] = 0; } else { acfa[bgwt + jypl] = ((1 + ~(_uli)(bkml)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); ooni += 1; }; } else { acfa[bgwt + jypl] -= ooni; ooni = 0; }; } bkml = acfa[1 + iknu + jypl]; if (ooni > bkml) { tead[1 + iknu + jypl] = -1 + arlt; ooni = 0; for (_si qlzf = 0; qlzf <= iknu; qlzf += 1) { ooni += acfa[jypl + qlzf] + tead[qlzf]; acfa[jypl + qlzf] = ooni % ((((_uli)(1)) << (47))); ooni = ((ooni) / (((((_uli)(1)) << (47))))); } } else { tead[1 + iknu + jypl] = arlt; acfa[1 + iknu + jypl] -= ooni; }; } for (_si hkom = 0; hkom <= whhj; hkom += 1) { sfyk[hkom] = tead[1 + hkom + iknu]; acfa[1 + hkom + iknu] = 0; } for (_si bmoa = 1 + whhj; bmoa <= 12; bmoa += 1) { sfyk[bmoa] = 0; } if (sfyk != tead) { for (_si rgqe = 1 + iknu; rgqe <= (1 + dtve); rgqe += 1) { tead[rgqe] = 0; } if (gysj > 0) { { _si mqst = (gysj % 47); _si njgo = ((gysj) / (47)); _si wneq = gysj; if (wneq > (8 * sizeof(_uli))) { wneq = -1; } if (njgo >= 13) { { for (_si ewxi = 0; ewxi <= 12; ewxi += 1) { tead[ewxi] = 0; } } } else { _uli qmev = (((((_uli)(1)) << (mqst))) - ((_uli)(1))); if (wneq < 0) { tead[0] = 0; } else { tead[0] = ((((tead[0]) & (~qmev))) >> (wneq)); }; if (njgo != 0) { tead[0] += ((((tead[njgo]) & (~qmev))) >> (mqst)); } for (_si ocdw = 1; ocdw <= (12 - njgo); ocdw += 1) { tead[-1 + ocdw] += ((((((tead[njgo + ocdw]) & (qmev))) << (-mqst + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tead[ocdw] = ((((tead[njgo + ocdw]) & (~qmev))) >> (mqst)); } for (_si jnpg = 13 - njgo; jnpg <= 12; jnpg += 1) { tead[jnpg] = 0; } }; } } } if (gysj > 0) { ztex(acfa, gysj); } } } ruvk(sfyk); } void cyib(_uli *fzti, _uli *btyp) { if (fzti != btyp) { for (_si bpol = 0; bpol <= 12; bpol += 1) { fzti[bpol] = btyp[bpol]; } } } void sbmf(_uli *kxlo) { _uc *nklu = (_uc *)(kxlo); for (_si nglg = 0; nglg <= 360; nglg += 1) { nklu[nglg] = (_uc)(1 + nklu[nglg]) * (_uc)(255 + nklu[1 + nglg]); } nklu[361] = 0; } void osos(_ui *rygp, _si uotl, _si lfjk, _si zoe, _si mnx) { rygp[uotl] += rygp[lfjk]; rygp[mnx] ^= rygp[uotl]; rygp[mnx] = ((((rygp[mnx]) << (16))) | (((rygp[mnx]) >> (16)))); rygp[zoe] += rygp[mnx]; rygp[lfjk] ^= rygp[zoe]; rygp[lfjk] = ((((rygp[lfjk]) << (12))) | (((rygp[lfjk]) >> (20)))); rygp[uotl] += rygp[lfjk]; rygp[mnx] ^= rygp[uotl]; rygp[mnx] = ((((rygp[mnx]) << (8))) | (((rygp[mnx]) >> (24)))); rygp[zoe] += rygp[mnx]; rygp[lfjk] ^= rygp[zoe]; rygp[lfjk] = ((((rygp[lfjk]) << (7))) | (((rygp[lfjk]) >> (25)))); } void mgmj(_si yrwl, _uli *uhaw, _uli *zemc, _uli *afrb, _uli *owlf) { { _uli *ixoq = bveb(); _uli *vucf = igzy(); for (_si lrnd = 0; lrnd <= 12; lrnd += 1) { ixoq[lrnd] = ((owlf[lrnd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vucf[lrnd] = ((owlf[lrnd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kvjp = 0; kvjp <= 12; kvjp += 1) { afrb[kvjp] = 0; } } for (_si ozef = 0; ozef <= (-1 + (((13) >> (1)))); ozef += 1) { for (_si vtpt = 0; vtpt <= (-1 + (((13) >> (1)))); vtpt += 1) { _uli qkzh = ixoq[ozef] * vucf[vtpt] + ixoq[vtpt] * vucf[ozef]; _uli fqht = ixoq[ozef] * ixoq[vtpt]; _uli drcz = vucf[ozef] * vucf[vtpt]; _uli jrah = ((afrb[ozef + vtpt]) + (fqht) + (((((qkzh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jrah < fqht) { drcz += 1; } _uli uqmx = ((((qkzh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((drcz) << ((-47 + (((sizeof(_uli)) << (3)))))))); afrb[ozef + vtpt] = jrah; afrb[1 + ozef + vtpt] += uqmx; } ttpe(afrb); } { _uc *ydne = (_uc *)(ixoq); for (_si ucfn = 0; ucfn <= 360; ucfn += 1) { ydne[ucfn] = (_uc)(1 + ydne[ucfn]) * (_uc)(255 + ydne[1 + ucfn]); } ydne[361] = 0; } { _uc *mnuz = (_uc *)(vucf); for (_si jizm = 0; jizm <= 360; jizm += 1) { mnuz[jizm] = (_uc)(1 + mnuz[jizm]) * (_uc)(255 + mnuz[1 + jizm]); } mnuz[361] = 0; } } nhan(yrwl, uhaw, zemc, afrb, afrb); } void ckbf(_uc *ezxi) { _ui *gbdc = (_ui *)(ezxi + 0); _ui *niyf = (_ui *)(ezxi + 64); for (_si gsub = 0; gsub <= 15; gsub += 1) { gbdc[gsub] = niyf[gsub]; } for (_si mdx = 0; mdx <= 9; mdx += 1) { { gbdc[0] += gbdc[4]; gbdc[12] ^= gbdc[0]; gbdc[12] = ((((gbdc[12]) << (16))) | (((gbdc[12]) >> (16)))); gbdc[8] += gbdc[12]; gbdc[4] ^= gbdc[8]; gbdc[4] = ((((gbdc[4]) << (12))) | (((gbdc[4]) >> (20)))); gbdc[0] += gbdc[4]; gbdc[12] ^= gbdc[0]; gbdc[12] = ((((gbdc[12]) << (8))) | (((gbdc[12]) >> (24)))); gbdc[8] += gbdc[12]; gbdc[4] ^= gbdc[8]; gbdc[4] = ((((gbdc[4]) << (7))) | (((gbdc[4]) >> (25)))); } { gbdc[1] += gbdc[5]; gbdc[13] ^= gbdc[1]; gbdc[13] = ((((gbdc[13]) << (16))) | (((gbdc[13]) >> (16)))); gbdc[9] += gbdc[13]; gbdc[5] ^= gbdc[9]; gbdc[5] = ((((gbdc[5]) << (12))) | (((gbdc[5]) >> (20)))); gbdc[1] += gbdc[5]; gbdc[13] ^= gbdc[1]; gbdc[13] = ((((gbdc[13]) << (8))) | (((gbdc[13]) >> (24)))); gbdc[9] += gbdc[13]; gbdc[5] ^= gbdc[9]; gbdc[5] = ((((gbdc[5]) << (7))) | (((gbdc[5]) >> (25)))); } ndt(gbdc, 2, 6, 10, 14); basg(gbdc, 3, 7, 11, 15); ndt(gbdc, 0, 5, 10, 15); awge(gbdc, 1, 6, 11, 12); awge(gbdc, 2, 7, 8, 13); { gbdc[3] += gbdc[4]; gbdc[14] ^= gbdc[3]; gbdc[14] = ((((gbdc[14]) << (16))) | (((gbdc[14]) >> (16)))); gbdc[9] += gbdc[14]; gbdc[4] ^= gbdc[9]; gbdc[4] = ((((gbdc[4]) << (12))) | (((gbdc[4]) >> (20)))); gbdc[3] += gbdc[4]; gbdc[14] ^= gbdc[3]; gbdc[14] = ((((gbdc[14]) << (8))) | (((gbdc[14]) >> (24)))); gbdc[9] += gbdc[14]; gbdc[4] ^= gbdc[9]; gbdc[4] = ((((gbdc[4]) << (7))) | (((gbdc[4]) >> (25)))); } _m[65163] += 1; } for (_si qjrf = 0; qjrf <= 15; qjrf += 1) { gbdc[qjrf] += niyf[qjrf]; } niyf[12] += 1; if (niyf[12] == 0) { niyf[13] += 1; } } void lyhy(_uli *whmu) { for (_si dtmg = 0; dtmg <= 44; dtmg += 1) { whmu[dtmg] = 0; } } _uc *t() { ; _uc *gbh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; gbh = (_uc *)(_m + 362 * _s); break; } _s += 1; } return gbh; } void qdoj(_uli *bchl, _uli *bwiy, _uli *ifsl) { for (_si kgzt = 0; kgzt <= 12; kgzt += 1) { bchl[kgzt] = bwiy[kgzt] - ifsl[kgzt]; } { _si fhdu; { fhdu = 0; _uli rcym = 19; for (_si iisf = 12; iisf >= 0; iisf -= 1) { if (bchl[iisf] != 0) { fhdu = ((((bchl[iisf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fhdu) { { for (_si mrxs = 0; mrxs <= 12; mrxs += 1) { bchl[mrxs] = -bchl[mrxs]; } } } for (_si tpze = 0; tpze <= 11; tpze += 1) { if (((((bchl[tpze]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bchl[1 + tpze] -= 1; } else { bchl[1 + tpze] += ((bchl[tpze]) >> (47)); }; bchl[tpze] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bchl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fhdu) { { for (_si njro = 0; njro <= 12; njro += 1) { bchl[njro] = -bchl[njro]; } } } } } void oojy(_uli *zwrj, _uli *bbbo, _uli *tkfo) { _uli *jgvc = udvd(); _uli *qdsp = cgle(); _uli *hjkg = qbep(); _uli *ddis = rucf(); for (_si juwe = 0; juwe <= 12; juwe += 1) { jgvc[juwe] = ((bbbo[juwe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qdsp[juwe] = ((bbbo[juwe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hjkg[juwe] = ((tkfo[juwe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ddis[juwe] = ((tkfo[juwe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ijyu = 0; ijyu <= 12; ijyu += 1) { zwrj[ijyu] = 0; } } for (_si iuej = 0; iuej <= (-1 + (((13) >> (1)))); iuej += 1) { for (_si ubcr = 0; ubcr <= (-1 + (((13) >> (1)))); ubcr += 1) { _uli cnqe = ddis[ubcr] * jgvc[iuej] + hjkg[ubcr] * qdsp[iuej]; _uli axv = hjkg[ubcr] * jgvc[iuej]; _uli uwdr = ddis[ubcr] * qdsp[iuej]; _uli gxnq = ((zwrj[iuej + ubcr]) + (axv) + (((((cnqe) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gxnq < axv) { uwdr += 1; } _uli qfvr = ((((cnqe) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uwdr) << ((-47 + (((sizeof(_uli)) << (3)))))))); zwrj[iuej + ubcr] = gxnq; zwrj[1 + iuej + ubcr] += qfvr; } { for (_si yyga = 0; yyga <= 11; yyga += 1) { zwrj[1 + yyga] += ((zwrj[yyga]) >> (47)); zwrj[yyga] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zwrj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *xrqi = (_uc *)(jgvc); for (_si udwl = 0; udwl <= 360; udwl += 1) { xrqi[udwl] = (_uc)(1 + xrqi[udwl]) * (_uc)(255 + xrqi[1 + udwl]); } xrqi[361] = 0; } ndxx(qdsp); bvls(hjkg); { _uc *qvml = (_uc *)(ddis); for (_si nixd = 0; nixd <= 360; nixd += 1) { qvml[nixd] = (_uc)(1 + qvml[nixd]) * (_uc)(255 + qvml[1 + nixd]); } qvml[361] = 0; } } _uli *gztg() { ; _uli *ijcm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ijcm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ijcm; } void rrjm(_uli *uydz, _si sult) { _si byig = (sult % 47); _si yhlo = ((sult) / (47)); _si jmac = sult; if (jmac > (8 * sizeof(_uli))) { jmac = -1; } if (yhlo >= 13) { ylsx(uydz); } else { _uli ictp = (((((_uli)(1)) << (byig))) - ((_uli)(1))); if (jmac < 0) { uydz[0] = 0; } else { uydz[0] = ((((uydz[0]) & (~ictp))) >> (jmac)); }; if (yhlo != 0) { uydz[0] += ((((uydz[yhlo]) & (~ictp))) >> (byig)); } for (_si wyvj = 1; wyvj <= (12 - yhlo); wyvj += 1) { uydz[-1 + wyvj] += ((((((uydz[wyvj + yhlo]) & (ictp))) << (-byig + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); uydz[wyvj] = ((((uydz[wyvj + yhlo]) & (~ictp))) >> (byig)); } for (_si kapn = 13 - yhlo; kapn <= 12; kapn += 1) { uydz[kapn] = 0; } }; } void cesq(_uli *beey) { _uc *wabj = (_uc *)(beey); for (_si itre = 0; itre <= 360; itre += 1) { wabj[itre] = (_uc)(1 + wabj[itre]) * (_uc)(255 + wabj[1 + itre]); } wabj[361] = 0; } void owvl(_uli *demm) { for (_si jtqx = 0; jtqx <= 12; jtqx += 1) { demm[jtqx] = 0; } } void wiws(_si xvwv, _uli *yubi, _uli *nplx, _uli *lrqa, _uli *wodb) { xsrx(lrqa, wodb); { _uli *hwfi = gavy(); { if (hwfi != lrqa) { for (_si mzjt = 0; mzjt <= 44; mzjt += 1) { hwfi[mzjt] = lrqa[mzjt]; } } } { ; } { lrqa[(((xvwv) / (47)))] &= ((((((_uli)(1)) << ((xvwv % 47)))) - ((_uli)(1)))); for (_si ybmt = 1 + (((xvwv) / (47))); ybmt <= 44; ybmt += 1) { lrqa[ybmt] = 0; } } { _uli *haar = oxxz(); _uli *ebkh = zxux(); _uli *ywqm = qhzc(); _uli *uamd = uvz(); for (_si wami = 0; wami <= 44; wami += 1) { haar[wami] = ((lrqa[wami]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ebkh[wami] = ((lrqa[wami]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ywqm[wami] = ((nplx[wami]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uamd[wami] = ((nplx[wami]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sstu = 0; sstu <= 44; sstu += 1) { lrqa[sstu] = 0; } } for (_si gbxa = 0; gbxa <= (-1 + (((45) >> (1)))); gbxa += 1) { for (_si qdhd = 0; qdhd <= (-1 + (((45) >> (1)))); qdhd += 1) { _uli evzt = ebkh[gbxa] * ywqm[qdhd] + haar[gbxa] * uamd[qdhd]; _uli ropt = haar[gbxa] * ywqm[qdhd]; _uli wxur = ebkh[gbxa] * uamd[qdhd]; _uli zwep = ((lrqa[gbxa + qdhd]) + (ropt) + (((((evzt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zwep < ropt) { wxur += 1; } _uli cixd = ((((evzt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wxur) << ((-47 + (((sizeof(_uli)) << (3)))))))); lrqa[gbxa + qdhd] = zwep; lrqa[1 + gbxa + qdhd] += cixd; } { for (_si jsxn = 0; jsxn <= 43; jsxn += 1) { lrqa[1 + jsxn] += ((lrqa[jsxn]) >> (47)); lrqa[jsxn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lrqa[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *jgjz = (_uc *)(haar); for (_si drzm = 0; drzm <= 360; drzm += 1) { jgjz[drzm] = (_uc)(255 + jgjz[1 + drzm]) * (_uc)(1 + jgjz[drzm]); } jgjz[361] = 0; } { _uc *skmq = (_uc *)(ebkh); for (_si gwmx = 0; gwmx <= 360; gwmx += 1) { skmq[gwmx] = (_uc)(255 + skmq[1 + gwmx]) * (_uc)(1 + skmq[gwmx]); } skmq[361] = 0; } blza(ywqm); { _uc *dkqc = (_uc *)(uamd); for (_si xrfu = 0; xrfu <= 360; xrfu += 1) { dkqc[xrfu] = (_uc)(1 + dkqc[xrfu]) * (_uc)(255 + dkqc[1 + xrfu]); } dkqc[361] = 0; } } { lrqa[(((xvwv) / (47)))] &= ((((((_uli)(1)) << ((xvwv % 47)))) - ((_uli)(1)))); for (_si eaku = 1 + (((xvwv) / (47))); eaku <= 44; eaku += 1) { lrqa[eaku] = 0; } } tfmq(lrqa, lrqa, yubi); yoho(lrqa, lrqa, hwfi); { _si vedw = (xvwv % 47); _si cbzh = ((xvwv) / (47)); _si slqq = xvwv; if (slqq > (8 * sizeof(_uli))) { slqq = -1; } if (cbzh >= 45) { { for (_si yqyn = 0; yqyn <= 44; yqyn += 1) { lrqa[yqyn] = 0; } } } else { _uli hopw = (((((_uli)(1)) << (vedw))) - ((_uli)(1))); if (slqq < 0) { lrqa[0] = 0; } else { lrqa[0] = ((((lrqa[0]) & (~hopw))) >> (slqq)); }; if (cbzh != 0) { lrqa[0] += ((((lrqa[cbzh]) & (~hopw))) >> (vedw)); } for (_si ljpb = 1; ljpb <= (44 - cbzh); ljpb += 1) { lrqa[-1 + ljpb] += ((((((lrqa[cbzh + ljpb]) & (hopw))) << (-vedw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lrqa[ljpb] = ((((lrqa[cbzh + ljpb]) & (~hopw))) >> (vedw)); } for (_si fbsx = 45 - cbzh; fbsx <= 44; fbsx += 1) { lrqa[fbsx] = 0; } }; } nuvp(hwfi, lrqa, yubi); _si jtzi = rkhh(hwfi); if (!jtzi) { { if (lrqa != hwfi) { for (_si ywqk = 0; ywqk <= 44; ywqk += 1) { lrqa[ywqk] = hwfi[ywqk]; } } } } nvup(hwfi); } } void ymzw(_uli *squx, _uli *qsxi) { for (_si nwvs = 0; nwvs <= 12; nwvs += 1) { squx[nwvs] = -qsxi[nwvs]; } } _si wpsu(_uli *qjn) { _si zag = -1; for (_si gcjd = 12; gcjd >= 0; gcjd -= 1) { if (qjn[gcjd] != 0) { zag = gcjd; break; } } return zag; } void bvls(_uli *itgi) { _uc *blkk = (_uc *)(itgi); for (_si enxd = 0; enxd <= 360; enxd += 1) { blkk[enxd] = (_uc)(1 + blkk[enxd]) * (_uc)(255 + blkk[1 + enxd]); } blkk[361] = 0; } void ytzo(_uli *ske, _uli *cbfy, _uli *jzkp, _uli *iwbt) { cnqv(cbfy, jzkp, iwbt); _si rndb; { rndb = 0; for (_si iew = 12; iew >= 0; iew -= 1) { if (cbfy[iew] > ske[iew]) { break; } else if (cbfy[iew] < ske[iew]) { rndb = 1; break; }; } } if (!rndb) { ijeu(cbfy, cbfy, ske); } } _uc *urpe() { ; _uc *dseu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; dseu = (_uc *)(_m + 362 * _s); break; } _s += 1; } return dseu; } void hceu(_uli *dyjy, _uli *znhe, _uli *thjn) { for (_si gxrm = 0; gxrm <= 12; gxrm += 1) { dyjy[gxrm] = -thjn[gxrm] + znhe[gxrm]; } jllw(dyjy); } void azvz(_uli *sfjd, _uli *nizr, _uli *efax) { _uli *xfnj = niei(); _uli *zhym = ieqp(); _uli *smhk = bbs(); _uli *xawm = spxt(); for (_si fgcf = 0; fgcf <= 12; fgcf += 1) { xfnj[fgcf] = ((nizr[fgcf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zhym[fgcf] = ((nizr[fgcf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); smhk[fgcf] = ((efax[fgcf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xawm[fgcf] = ((efax[fgcf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si rblt = 0; rblt <= 12; rblt += 1) { sfjd[rblt] = 0; } } for (_si sadx = 0; sadx <= (-1 + (((13) >> (1)))); sadx += 1) { for (_si lyqw = 0; lyqw <= (-1 + (((13) >> (1)))); lyqw += 1) { _uli uwtk = smhk[lyqw] * zhym[sadx] + xawm[lyqw] * xfnj[sadx]; _uli exhb = smhk[lyqw] * xfnj[sadx]; _uli mxam = xawm[lyqw] * zhym[sadx]; _uli nvfh = ((sfjd[lyqw + sadx]) + (exhb) + (((((uwtk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nvfh < exhb) { mxam += 1; } _uli crzs = ((((uwtk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mxam) << ((-47 + (((sizeof(_uli)) << (3)))))))); sfjd[lyqw + sadx] = nvfh; sfjd[1 + lyqw + sadx] += crzs; } { for (_si oczr = 0; oczr <= 11; oczr += 1) { sfjd[1 + oczr] += ((sfjd[oczr]) >> (47)); sfjd[oczr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sfjd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } zeuz(xfnj); { _uc *bwpi = (_uc *)(zhym); for (_si xxfo = 0; xxfo <= 360; xxfo += 1) { bwpi[xxfo] = (_uc)(255 + bwpi[1 + xxfo]) * (_uc)(1 + bwpi[xxfo]); } bwpi[361] = 0; } { _uc *ouxt = (_uc *)(smhk); for (_si dcbt = 0; dcbt <= 360; dcbt += 1) { ouxt[dcbt] = (_uc)(1 + ouxt[dcbt]) * (_uc)(255 + ouxt[1 + dcbt]); } ouxt[361] = 0; } { _uc *wwqh = (_uc *)(xawm); for (_si udph = 0; udph <= 360; udph += 1) { wwqh[udph] = (_uc)(255 + wwqh[1 + udph]) * (_uc)(1 + wwqh[udph]); } wwqh[361] = 0; } } void hxhh(_uli *jaxa, _si dbof) { _si vgfu; { vgfu = 0; _uli vrft = 19; for (_si sbfv = 12; sbfv >= 0; sbfv -= 1) { if (jaxa[sbfv] != 0) { vgfu = ((((jaxa[sbfv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vgfu) { { for (_si myfk = 0; myfk <= 12; myfk += 1) { jaxa[myfk] = -jaxa[myfk]; } } } suik(jaxa, dbof); if (vgfu) { { for (_si dbfc = 0; dbfc <= 12; dbfc += 1) { jaxa[dbfc] = -jaxa[dbfc]; } } } } void dngt(_uli *dteg, _uli *ifef) { if (dteg != ifef) { for (_si fioj = 0; fioj <= 12; fioj += 1) { dteg[fioj] = ifef[fioj]; } } } _si mjwe(_uli *lymp, _uli *pslg) { _si anyc = 0; for (_si ajrp = 12; ajrp >= 0; ajrp -= 1) { if (lymp[ajrp] > pslg[ajrp]) { break; } else if (lymp[ajrp] < pslg[ajrp]) { anyc = 1; break; }; } return anyc; } void vemr(_uli *uyoo) { _uc *ppj = (_uc *)(uyoo); for (_si bkwa = 0; bkwa <= 360; bkwa += 1) { ppj[bkwa] = (_uc)(1 + ppj[bkwa]) * (_uc)(255 + ppj[1 + bkwa]); } ppj[361] = 0; } void bfdi(_uli *krfv, _si qgaf) { _si sljq = (qgaf % 47); _si bccs = ((qgaf) / (47)); _si zkyq = qgaf; if (zkyq > (8 * sizeof(_uli))) { zkyq = -1; } if (bccs >= 13) { { for (_si azcr = 0; azcr <= 12; azcr += 1) { krfv[azcr] = 0; } } } else { _uli lgkz = (((((_uli)(1)) << (sljq))) - ((_uli)(1))); if (zkyq < 0) { krfv[0] = 0; } else { krfv[0] = ((((krfv[0]) & (~lgkz))) >> (zkyq)); }; if (bccs != 0) { krfv[0] += ((((krfv[bccs]) & (~lgkz))) >> (sljq)); } for (_si bmxg = 1; bmxg <= (12 - bccs); bmxg += 1) { krfv[-1 + bmxg] += ((((((krfv[bccs + bmxg]) & (lgkz))) << (-sljq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); krfv[bmxg] = ((((krfv[bccs + bmxg]) & (~lgkz))) >> (sljq)); } for (_si ohvs = 13 - bccs; ohvs <= 12; ohvs += 1) { krfv[ohvs] = 0; } }; } void ppd(_uli *ksr, _si smvy) { _si ydcs = (smvy % 47); _si yzcv = ((smvy) / (47)); _si hvez = -ydcs + (((sizeof(_uli)) << (3))); if (yzcv >= 13) { { for (_si dtgr = 0; dtgr <= 12; dtgr += 1) { ksr[dtgr] = 0; } } } else { for (_si sszi = 12 - yzcv; sszi >= 1; sszi -= 1) { ksr[sszi + yzcv] = ((ksr[sszi]) << (ydcs)); if (hvez < (8 * sizeof(_uli))) { ksr[sszi + yzcv] += ((((ksr[-1 + sszi]) >> (hvez))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ksr[yzcv] = ((ksr[0]) << (ydcs)); for (_si waoq = -1 + yzcv; waoq >= 0; waoq -= 1) { ksr[waoq] = 0; } }; ajda(ksr); } void pqdp(_uc *bygg, _uc *ffze, _si dhwt) { _uc *ewjz = (_uc *)(bygg + 0); _uli *zodb = (_uli *)(bygg + 352); _si smuv = (_si)(((zodb[0]) & (63))); zodb[0] += dhwt; for (_si mnod = 0; mnod <= (-1 + dhwt); mnod += 1) { ewjz[smuv] = ffze[mnod]; smuv += 1; if (smuv == 64) { wggg(bygg); smuv = 0; } } } void mqoe(_uc *irim) { _ui *vyro = (_ui *)(irim + 64); _uli *fnvz = (_uli *)(irim + 352); vyro[0] = 3072593861; vyro[1] = 3086033710; vyro[2] = 3878829419; vyro[3] = 661946499; vyro[4] = 3836525215; vyro[5] = 533529351; vyro[6] = 1116444951; vyro[7] = 1869145119; fnvz[0] = 0; } void xaep(_si qmmk, _uli *zwpv, _uli *snee, _uli *cmwn, _uli *zjmg, _uli *rruz) { { _uli *jgwz = svrk(); _uli *lygv = lzph(); _uli *gwkd = sfxl(); _uli *nqgc = kndz(); for (_si xjqe = 0; xjqe <= 12; xjqe += 1) { jgwz[xjqe] = ((zjmg[xjqe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lygv[xjqe] = ((zjmg[xjqe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gwkd[xjqe] = ((rruz[xjqe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nqgc[xjqe] = ((rruz[xjqe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xzef = 0; xzef <= 12; xzef += 1) { cmwn[xzef] = 0; } } for (_si lbrd = 0; lbrd <= (-1 + (((13) >> (1)))); lbrd += 1) { for (_si qxtr = 0; qxtr <= (-1 + (((13) >> (1)))); qxtr += 1) { _uli eylo = gwkd[qxtr] * lygv[lbrd] + jgwz[lbrd] * nqgc[qxtr]; _uli stdz = gwkd[qxtr] * jgwz[lbrd]; _uli fwjn = lygv[lbrd] * nqgc[qxtr]; _uli oref = ((cmwn[lbrd + qxtr]) + (stdz) + (((((eylo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (oref < stdz) { fwjn += 1; } _uli yurw = ((((eylo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fwjn) << ((-47 + (((sizeof(_uli)) << (3)))))))); cmwn[lbrd + qxtr] = oref; cmwn[1 + lbrd + qxtr] += yurw; } tjga(cmwn); } { _uc *ebcx = (_uc *)(jgwz); for (_si xpgq = 0; xpgq <= 360; xpgq += 1) { ebcx[xpgq] = (_uc)(255 + ebcx[1 + xpgq]) * (_uc)(1 + ebcx[xpgq]); } ebcx[361] = 0; } { _uc *ykio = (_uc *)(lygv); for (_si ofxw = 0; ofxw <= 360; ofxw += 1) { ykio[ofxw] = (_uc)(1 + ykio[ofxw]) * (_uc)(255 + ykio[1 + ofxw]); } ykio[361] = 0; } { _uc *eikp = (_uc *)(gwkd); for (_si nrdf = 0; nrdf <= 360; nrdf += 1) { eikp[nrdf] = (_uc)(1 + eikp[nrdf]) * (_uc)(255 + eikp[1 + nrdf]); } eikp[361] = 0; } { _uc *mrfg = (_uc *)(nqgc); for (_si siku = 0; siku <= 360; siku += 1) { mrfg[siku] = (_uc)(1 + mrfg[siku]) * (_uc)(255 + mrfg[1 + siku]); } mrfg[361] = 0; } } { _uli *hrhv = mwpr(); { if (hrhv != cmwn) { for (_si vcvt = 0; vcvt <= 12; vcvt += 1) { hrhv[vcvt] = cmwn[vcvt]; } } } { ; } { cmwn[(((qmmk) / (47)))] &= ((((((_uli)(1)) << ((qmmk % 47)))) - ((_uli)(1)))); for (_si estj = 1 + (((qmmk) / (47))); estj <= 12; estj += 1) { cmwn[estj] = 0; } } { _uli *armu = aqdx(); _uli *lsqa = bcqr(); _uli *btvw = qidh(); _uli *oqzv = hkio(); for (_si pqyc = 0; pqyc <= 12; pqyc += 1) { armu[pqyc] = ((cmwn[pqyc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lsqa[pqyc] = ((cmwn[pqyc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); btvw[pqyc] = ((snee[pqyc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oqzv[pqyc] = ((snee[pqyc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mgzs = 0; mgzs <= 12; mgzs += 1) { cmwn[mgzs] = 0; } } for (_si auyr = 0; auyr <= (-1 + (((13) >> (1)))); auyr += 1) { for (_si bgwp = 0; bgwp <= (-1 + (((13) >> (1)))); bgwp += 1) { _uli apsf = armu[auyr] * oqzv[bgwp] + btvw[bgwp] * lsqa[auyr]; _uli twwn = armu[auyr] * btvw[bgwp]; _uli ckwz = lsqa[auyr] * oqzv[bgwp]; _uli srtl = ((cmwn[auyr + bgwp]) + (twwn) + (((((apsf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (srtl < twwn) { ckwz += 1; } _uli odhh = ((((apsf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ckwz) << ((-47 + (((sizeof(_uli)) << (3)))))))); cmwn[auyr + bgwp] = srtl; cmwn[1 + auyr + bgwp] += odhh; } { for (_si yknp = 0; yknp <= 11; yknp += 1) { cmwn[1 + yknp] += ((cmwn[yknp]) >> (47)); cmwn[yknp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cmwn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tbic(armu); jpeh(lsqa); rfmi(btvw); rfmi(oqzv); } gvmx(qmmk, cmwn); { _uli *boul = xlgb(); _uli *enfu = finq(); _uli *wbhf = gcda(); _uli *dbwo = oarz(); for (_si ljbs = 0; ljbs <= 12; ljbs += 1) { boul[ljbs] = ((cmwn[ljbs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); enfu[ljbs] = ((cmwn[ljbs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wbhf[ljbs] = ((zwpv[ljbs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dbwo[ljbs] = ((zwpv[ljbs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ysjt = 0; ysjt <= 12; ysjt += 1) { cmwn[ysjt] = 0; } } for (_si uken = 0; uken <= (-1 + (((13) >> (1)))); uken += 1) { for (_si mpzx = 0; mpzx <= (-1 + (((13) >> (1)))); mpzx += 1) { _uli gvap = boul[uken] * dbwo[mpzx] + enfu[uken] * wbhf[mpzx]; _uli eoui = boul[uken] * wbhf[mpzx]; _uli xytd = dbwo[mpzx] * enfu[uken]; _uli kqpk = ((cmwn[mpzx + uken]) + (eoui) + (((((gvap) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kqpk < eoui) { xytd += 1; } _uli aesj = ((((gvap) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xytd) << ((-47 + (((sizeof(_uli)) << (3)))))))); cmwn[mpzx + uken] = kqpk; cmwn[1 + mpzx + uken] += aesj; } { for (_si smxx = 0; smxx <= 11; smxx += 1) { cmwn[1 + smxx] += ((cmwn[smxx]) >> (47)); cmwn[smxx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cmwn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } gfcw(boul); { _uc *vxrl = (_uc *)(enfu); for (_si gdgx = 0; gdgx <= 360; gdgx += 1) { vxrl[gdgx] = (_uc)(1 + vxrl[gdgx]) * (_uc)(255 + vxrl[1 + gdgx]); } vxrl[361] = 0; } nwsu(wbhf); { _uc *lvku = (_uc *)(dbwo); for (_si ueos = 0; ueos <= 360; ueos += 1) { lvku[ueos] = (_uc)(1 + lvku[ueos]) * (_uc)(255 + lvku[1 + ueos]); } lvku[361] = 0; } } wjmo(cmwn, cmwn, hrhv); { _si vvum = (qmmk % 47); _si ttml = ((qmmk) / (47)); _si amkg = qmmk; if (amkg > (8 * sizeof(_uli))) { amkg = -1; } if (ttml >= 13) { { for (_si ziws = 0; ziws <= 12; ziws += 1) { cmwn[ziws] = 0; } } } else { _uli qfln = (((((_uli)(1)) << (vvum))) - ((_uli)(1))); if (amkg < 0) { cmwn[0] = 0; } else { cmwn[0] = ((((cmwn[0]) & (~qfln))) >> (amkg)); }; if (ttml != 0) { cmwn[0] += ((((cmwn[ttml]) & (~qfln))) >> (vvum)); } for (_si nkom = 1; nkom <= (12 - ttml); nkom += 1) { cmwn[-1 + nkom] += ((((((cmwn[nkom + ttml]) & (qfln))) << (-vvum + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cmwn[nkom] = ((((cmwn[nkom + ttml]) & (~qfln))) >> (vvum)); } for (_si mczt = 13 - ttml; mczt <= 12; mczt += 1) { cmwn[mczt] = 0; } }; } mndt(hrhv, cmwn, zwpv); _si tlvv = piku(hrhv); if (!tlvv) { { if (cmwn != hrhv) { for (_si dukm = 0; dukm <= 12; dukm += 1) { cmwn[dukm] = hrhv[dukm]; } } } } rfmi(hrhv); } } void wwox(_uli *fhio, _uli *zwa) { for (_si cfsm = 0; cfsm <= 44; cfsm += 1) { fhio[cfsm] = -zwa[cfsm]; } } void ilvp(_uli *aaqr) { for (_si ooz = 0; ooz <= 11; ooz += 1) { aaqr[1 + ooz] += ((aaqr[ooz]) >> (47)); aaqr[ooz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aaqr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void lxtq(_si tumg, _uli *oyvl) { oyvl[(((tumg) / (47)))] &= ((((((_uli)(1)) << ((tumg % 47)))) - ((_uli)(1)))); for (_si jxmi = 1 + (((tumg) / (47))); jxmi <= 12; jxmi += 1) { oyvl[jxmi] = 0; } } void qld(_uc *wmd, _uc *pqn, _uc *lgtt, _si dnx) { wwhp(wmd, pqn, 0); ntw(wmd, lgtt, dnx); } void bqeq(_si loab, _uli *jhqi, _uli *xkng, _uli *cqij, _uli *bnjv, _uli *boyp) { { _uli *efmk = mtis(); _uli *tngg = thlc(); _uli *jeim = xley(); _uli *ivoz = agss(); for (_si ncgk = 0; ncgk <= 12; ncgk += 1) { efmk[ncgk] = ((bnjv[ncgk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tngg[ncgk] = ((bnjv[ncgk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jeim[ncgk] = ((boyp[ncgk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ivoz[ncgk] = ((boyp[ncgk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si itai = 0; itai <= 12; itai += 1) { cqij[itai] = 0; } } for (_si sjyw = 0; sjyw <= (-1 + (((13) >> (1)))); sjyw += 1) { for (_si jxlk = 0; jxlk <= (-1 + (((13) >> (1)))); jxlk += 1) { _uli swve = efmk[sjyw] * ivoz[jxlk] + jeim[jxlk] * tngg[sjyw]; _uli zikt = efmk[sjyw] * jeim[jxlk]; _uli xfju = ivoz[jxlk] * tngg[sjyw]; _uli xbld = ((cqij[jxlk + sjyw]) + (zikt) + (((((swve) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xbld < zikt) { xfju += 1; } _uli phua = ((((swve) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xfju) << ((-47 + (((sizeof(_uli)) << (3)))))))); cqij[jxlk + sjyw] = xbld; cqij[1 + jxlk + sjyw] += phua; } bbgt(cqij); } { _uc *ybeq = (_uc *)(efmk); for (_si nozx = 0; nozx <= 360; nozx += 1) { ybeq[nozx] = (_uc)(255 + ybeq[1 + nozx]) * (_uc)(1 + ybeq[nozx]); } ybeq[361] = 0; } { _uc *wbiu = (_uc *)(tngg); for (_si eceo = 0; eceo <= 360; eceo += 1) { wbiu[eceo] = (_uc)(1 + wbiu[eceo]) * (_uc)(255 + wbiu[1 + eceo]); } wbiu[361] = 0; } lwfw(jeim); gfmz(ivoz); } wpjl(loab, jhqi, xkng, cqij, cqij); } void ojoo(_uli *ycfj, _uli *sbnv, _uli *ektx) { for (_si yadx = 0; yadx <= 44; yadx += 1) { ycfj[yadx] = ektx[yadx] + sbnv[yadx]; } vyvf(ycfj); } void ajhp(_si iqny, _uli *hxju) { hxju[(((iqny) / (47)))] &= ((((((_uli)(1)) << ((iqny % 47)))) - ((_uli)(1)))); for (_si edos = 1 + (((iqny) / (47))); edos <= 12; edos += 1) { hxju[edos] = 0; } } void xdvu(_uli *avrx, _uli *gsxm) { for (_si tbuo = 0; tbuo <= 12; tbuo += 1) { avrx[tbuo] = -gsxm[tbuo]; } } _si umzy(_uli *ufkf) { _si exmt = 0; _uli ezsm = 19; for (_si fyab = 44; fyab >= 0; fyab -= 1) { if (ufkf[fyab] != 0) { exmt = ((((ufkf[fyab]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return exmt; } void etqo(_uli *sjgi, _uli *ltyd) { if (sjgi != ltyd) { for (_si xkso = 0; xkso <= 12; xkso += 1) { sjgi[xkso] = ltyd[xkso]; } } } _si uvks(_uli *zidh) { _si tbid = 0; _uli soyd = 19; for (_si ptvn = 12; ptvn >= 0; ptvn -= 1) { if (zidh[ptvn] != 0) { tbid = ((((zidh[ptvn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tbid; } void epjw(_si yulm, _uli *dkxl) { dkxl[(((yulm) / (47)))] &= ((((((_uli)(1)) << ((yulm % 47)))) - ((_uli)(1)))); for (_si iasi = 1 + (((yulm) / (47))); iasi <= 12; iasi += 1) { dkxl[iasi] = 0; } } void rgcq(_uli *rrbh, _uli *aitk) { for (_si kjqi = 0; kjqi <= 12; kjqi += 1) { rrbh[kjqi] = -aitk[kjqi]; } } void wkkr(_uli *uhby) { for (_si wybe = 0; wybe <= 11; wybe += 1) { uhby[1 + wybe] += ((uhby[wybe]) >> (47)); uhby[wybe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uhby[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *qhzc() { ; _uli *npvh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; npvh = (_uli *)(_m + 362 * _s); break; } _s += 1; } return npvh; } void cuu(_uc *jbl, _uc *fubu, _uc *ukik, _si pyr) { bifg(jbl, fubu, 0); { _ui *nupr = (_ui *)(jbl + 0); _ui *nzgu = (_ui *)(jbl + 128); _uc *xpsg = (_uc *)(nupr); for (_si tfeg = 0; tfeg <= (-1 + pyr); tfeg += 1) { if (nzgu[0] >= 64) { { _ui *yqh = (_ui *)(jbl + 0); _ui *itvj = (_ui *)(jbl + 64); for (_si img = 0; img <= 15; img += 1) { yqh[img] = itvj[img]; } for (_si ggf = 0; ggf <= 9; ggf += 1) { sjin(yqh, 0, 4, 8, 12); awge(yqh, 1, 5, 9, 13); sjin(yqh, 2, 6, 10, 14); { yqh[3] += yqh[7]; yqh[15] ^= yqh[3]; yqh[15] = ((((yqh[15]) << (16))) | (((yqh[15]) >> (16)))); yqh[11] += yqh[15]; yqh[7] ^= yqh[11]; yqh[7] = ((((yqh[7]) << (12))) | (((yqh[7]) >> (20)))); yqh[3] += yqh[7]; yqh[15] ^= yqh[3]; yqh[15] = ((((yqh[15]) << (8))) | (((yqh[15]) >> (24)))); yqh[11] += yqh[15]; yqh[7] ^= yqh[11]; yqh[7] = ((((yqh[7]) << (7))) | (((yqh[7]) >> (25)))); } { yqh[0] += yqh[5]; yqh[15] ^= yqh[0]; yqh[15] = ((((yqh[15]) << (16))) | (((yqh[15]) >> (16)))); yqh[10] += yqh[15]; yqh[5] ^= yqh[10]; yqh[5] = ((((yqh[5]) << (12))) | (((yqh[5]) >> (20)))); yqh[0] += yqh[5]; yqh[15] ^= yqh[0]; yqh[15] = ((((yqh[15]) << (8))) | (((yqh[15]) >> (24)))); yqh[10] += yqh[15]; yqh[5] ^= yqh[10]; yqh[5] = ((((yqh[5]) << (7))) | (((yqh[5]) >> (25)))); } { yqh[1] += yqh[6]; yqh[12] ^= yqh[1]; yqh[12] = ((((yqh[12]) << (16))) | (((yqh[12]) >> (16)))); yqh[11] += yqh[12]; yqh[6] ^= yqh[11]; yqh[6] = ((((yqh[6]) << (12))) | (((yqh[6]) >> (20)))); yqh[1] += yqh[6]; yqh[12] ^= yqh[1]; yqh[12] = ((((yqh[12]) << (8))) | (((yqh[12]) >> (24)))); yqh[11] += yqh[12]; yqh[6] ^= yqh[11]; yqh[6] = ((((yqh[6]) << (7))) | (((yqh[6]) >> (25)))); } nrgr(yqh, 2, 7, 8, 13); { yqh[3] += yqh[4]; yqh[14] ^= yqh[3]; yqh[14] = ((((yqh[14]) << (16))) | (((yqh[14]) >> (16)))); yqh[9] += yqh[14]; yqh[4] ^= yqh[9]; yqh[4] = ((((yqh[4]) << (12))) | (((yqh[4]) >> (20)))); yqh[3] += yqh[4]; yqh[14] ^= yqh[3]; yqh[14] = ((((yqh[14]) << (8))) | (((yqh[14]) >> (24)))); yqh[9] += yqh[14]; yqh[4] ^= yqh[9]; yqh[4] = ((((yqh[4]) << (7))) | (((yqh[4]) >> (25)))); } _m[65163] += 1; } for (_si rtcx = 0; rtcx <= 15; rtcx += 1) { yqh[rtcx] += itvj[rtcx]; } itvj[12] += 1; if (itvj[12] == 0) { itvj[13] += 1; } } nzgu[0] = 0; } ukik[tfeg] ^= xpsg[nzgu[0]]; nzgu[0] += 1; } } } void vlow(_uc *eied, _uc *ikvp, _uc *ztnw, _si nkcp) { yfkg(eied, ikvp, 0); fdwp(eied, ztnw, nkcp); } void nfxk(_uli *kugp, _uli *qoax) { _uli *pjud = zqig(); _uli *redi = fyap(); for (_si witm = 0; witm <= 12; witm += 1) { pjud[witm] = ((qoax[witm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); redi[witm] = ((qoax[witm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fdkz = 0; fdkz <= 12; fdkz += 1) { kugp[fdkz] = 0; } } for (_si ihfc = 0; ihfc <= (-1 + (((13) >> (1)))); ihfc += 1) { for (_si qxce = 0; qxce <= (-1 + (((13) >> (1)))); qxce += 1) { _uli dxmi = pjud[ihfc] * redi[qxce] + pjud[qxce] * redi[ihfc]; _uli sawa = pjud[ihfc] * pjud[qxce]; _uli jeah = redi[ihfc] * redi[qxce]; _uli yajs = ((kugp[ihfc + qxce]) + (sawa) + (((((dxmi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yajs < sawa) { jeah += 1; } _uli qlgn = ((((dxmi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jeah) << ((-47 + (((sizeof(_uli)) << (3)))))))); kugp[ihfc + qxce] = yajs; kugp[1 + ihfc + qxce] += qlgn; } { for (_si frwl = 0; frwl <= 11; frwl += 1) { kugp[1 + frwl] += ((kugp[frwl]) >> (47)); kugp[frwl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kugp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } jrbh(pjud); cuik(redi); } void adey(_uli *beai) { _si pujx = hxlh(beai); if (pujx) { { for (_si zewg = 0; zewg <= 44; zewg += 1) { beai[zewg] = -beai[zewg]; } } } for (_si vlkf = 0; vlkf <= 43; vlkf += 1) { if (((((beai[vlkf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { beai[1 + vlkf] -= 1; } else { beai[1 + vlkf] += ((beai[vlkf]) >> (47)); }; beai[vlkf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } beai[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pujx) { { for (_si ixgf = 0; ixgf <= 44; ixgf += 1) { beai[ixgf] = -beai[ixgf]; } } } } void hqdy(_uli *vuwh, _uli *punx, _uli *xelx) { _uli *lycd = ruwl(); _uli *yfvz = vhrl(); _uli *luhb = ghai(); _uli *qjkp = oxxz(); for (_si izmp = 0; izmp <= 44; izmp += 1) { lycd[izmp] = ((punx[izmp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yfvz[izmp] = ((punx[izmp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); luhb[izmp] = ((xelx[izmp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qjkp[izmp] = ((xelx[izmp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ahfj = 0; ahfj <= 44; ahfj += 1) { vuwh[ahfj] = 0; } } for (_si hhdy = 0; hhdy <= (-1 + (((45) >> (1)))); hhdy += 1) { for (_si qoxq = 0; qoxq <= (-1 + (((45) >> (1)))); qoxq += 1) { _uli hvkz = luhb[qoxq] * yfvz[hhdy] + lycd[hhdy] * qjkp[qoxq]; _uli yjnk = luhb[qoxq] * lycd[hhdy]; _uli zhfu = qjkp[qoxq] * yfvz[hhdy]; _uli fztx = ((vuwh[hhdy + qoxq]) + (yjnk) + (((((hvkz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fztx < yjnk) { zhfu += 1; } _uli vewc = ((((hvkz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zhfu) << ((-47 + (((sizeof(_uli)) << (3)))))))); vuwh[hhdy + qoxq] = fztx; vuwh[1 + hhdy + qoxq] += vewc; } { for (_si aext = 0; aext <= 43; aext += 1) { vuwh[1 + aext] += ((vuwh[aext]) >> (47)); vuwh[aext] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vuwh[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tumb(lycd); lliw(yfvz); dsif(luhb); tumb(qjkp); } _uli *tgz() { ; _uli *tgsu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; tgsu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return tgsu; } void xwjd(_uli *mnpk) { for (_si hxkf = 0; hxkf <= 12; hxkf += 1) { mnpk[hxkf] = 0; } } void cbty(_uli *xthd, _uli *ffnw, _uli *wnbs) { for (_si tvzi = 0; tvzi <= 44; tvzi += 1) { xthd[tvzi] = ffnw[tvzi] + wnbs[tvzi]; } { _si tgak; { tgak = 0; _uli kciw = 19; for (_si rvxr = 44; rvxr >= 0; rvxr -= 1) { if (xthd[rvxr] != 0) { tgak = ((((xthd[rvxr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tgak) { { for (_si mxll = 0; mxll <= 44; mxll += 1) { xthd[mxll] = -xthd[mxll]; } } } for (_si iuiw = 0; iuiw <= 43; iuiw += 1) { if (((((xthd[iuiw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xthd[1 + iuiw] -= 1; } else { xthd[1 + iuiw] += ((xthd[iuiw]) >> (47)); }; xthd[iuiw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xthd[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tgak) { { for (_si wsjz = 0; wsjz <= 44; wsjz += 1) { xthd[wsjz] = -xthd[wsjz]; } } } } } void mrdd(_uli *ynfb, _si mfoy) { _si chrr = (mfoy % 47); _si nlfo = ((mfoy) / (47)); _si vfim = mfoy; if (vfim > (8 * sizeof(_uli))) { vfim = -1; } if (nlfo >= 13) { { for (_si ibrx = 0; ibrx <= 12; ibrx += 1) { ynfb[ibrx] = 0; } } } else { _uli zfmb = (((((_uli)(1)) << (chrr))) - ((_uli)(1))); if (vfim < 0) { ynfb[0] = 0; } else { ynfb[0] = ((((ynfb[0]) & (~zfmb))) >> (vfim)); }; if (nlfo != 0) { ynfb[0] += ((((ynfb[nlfo]) & (~zfmb))) >> (chrr)); } for (_si tsbv = 1; tsbv <= (12 - nlfo); tsbv += 1) { ynfb[-1 + tsbv] += ((((((ynfb[nlfo + tsbv]) & (zfmb))) << (-chrr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ynfb[tsbv] = ((((ynfb[nlfo + tsbv]) & (~zfmb))) >> (chrr)); } for (_si zxlm = 13 - nlfo; zxlm <= 12; zxlm += 1) { ynfb[zxlm] = 0; } }; } _uc *nccg() { ; _uc *bkxx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; bkxx = (_uc *)(_m + 362 * _s); break; } _s += 1; } return bkxx; } void wfld(_uli *zqyn, _uli *mdju, _uli *vneo) { for (_si ztxt = 0; ztxt <= 12; ztxt += 1) { zqyn[ztxt] = mdju[ztxt] - vneo[ztxt]; } { _si hjwt = oqzo(zqyn); if (hjwt) { rdfa(zqyn, zqyn); } for (_si dpd = 0; dpd <= 11; dpd += 1) { if (((((zqyn[dpd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zqyn[1 + dpd] -= 1; } else { zqyn[1 + dpd] += ((zqyn[dpd]) >> (47)); }; zqyn[dpd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zqyn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hjwt) { { for (_si fzkq = 0; fzkq <= 12; fzkq += 1) { zqyn[fzkq] = -zqyn[fzkq]; } } } } } void zpfl(_uli *dyzc) { _uc *eqqq = (_uc *)(dyzc); for (_si cajd = 0; cajd <= 360; cajd += 1) { eqqq[cajd] = (_uc)(1 + eqqq[cajd]) * (_uc)(255 + eqqq[1 + cajd]); } eqqq[361] = 0; } void qsbg(_uli *ybqh, _si mgam) { _si cvew = (mgam % 47); _si wocd = ((mgam) / (47)); _si ayvj = mgam; if (ayvj > (8 * sizeof(_uli))) { ayvj = -1; } if (wocd >= 13) { sjhs(ybqh); } else { _uli wgdf = (((((_uli)(1)) << (cvew))) - ((_uli)(1))); if (ayvj < 0) { ybqh[0] = 0; } else { ybqh[0] = ((((ybqh[0]) & (~wgdf))) >> (ayvj)); }; if (wocd != 0) { ybqh[0] += ((((ybqh[wocd]) & (~wgdf))) >> (cvew)); } for (_si lnif = 1; lnif <= (12 - wocd); lnif += 1) { ybqh[-1 + lnif] += ((((((ybqh[lnif + wocd]) & (wgdf))) << (-cvew + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ybqh[lnif] = ((((ybqh[lnif + wocd]) & (~wgdf))) >> (cvew)); } for (_si byvz = 13 - wocd; byvz <= 12; byvz += 1) { ybqh[byvz] = 0; } }; } void tvpv(_uc *wsqc, _uc *qcl) { _ui *bcm = (_ui *)(wsqc + 64); for (_si pmrv = 0; pmrv <= 7; pmrv += 1) { bcm[4 + pmrv] = (((_ui)((qcl + 4 * pmrv)[0])) + ((((_ui)((qcl + 4 * pmrv)[1])) << (8))) + ((((_ui)((qcl + 4 * pmrv)[2])) << (16))) + ((((_ui)((qcl + 4 * pmrv)[3])) << (24)))); } } void xzsl(_uli *tspi) { _uc *yngc = sxvv(); _uc *cyai = ((_uc *)(_m + 77106) + 0); _uc *tlaa = (_uc *)(tspi); for (_si iamw = 0; iamw <= 103; iamw += 1) { tlaa[iamw] = *(((_uc *)(_m + 84708) + iamw)); } { { ydno(yngc, cyai); _ui *fqyq = (_ui *)(yngc + 64); _ui *xjfx = (_ui *)(yngc + 128); for (_si neqd = 0; neqd <= 3; neqd += 1) { fqyq[neqd] = (((_ui)(((_uc *)(_m + 48146) + 4 * neqd)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * neqd)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * neqd)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * neqd)[3])) << (24)))); } for (_si zdvo = 0; zdvo <= 3; zdvo += 1) { fqyq[12 + zdvo] = 0; _m[65162] += 1; } xjfx[0] = 3904225602; } svdw(yngc, tlaa, 104); } } void kzoy(_uli *scou) { _uc *aoca = (_uc *)(scou); for (_si xksu = 0; xksu <= 360; xksu += 1) { aoca[xksu] = (_uc)(1 + aoca[xksu]) * (_uc)(255 + aoca[1 + xksu]); } aoca[361] = 0; } void guub(_si nfhm, _uli *wxzh, _uli *znrk, _uli *sjtx, _uli *ybnh, _uli *xcea) { oojy(sjtx, ybnh, xcea); { _uli *fzgy = bcqr(); vmzr(fzgy, sjtx); bgux(sjtx, sjtx); dacp(nfhm, sjtx); ldpx(sjtx, sjtx, znrk); { sjtx[(((nfhm) / (47)))] &= ((((((_uli)(1)) << ((nfhm % 47)))) - ((_uli)(1)))); for (_si ljrw = 1 + (((nfhm) / (47))); ljrw <= 12; ljrw += 1) { sjtx[ljrw] = 0; } } ytng(sjtx, sjtx, wxzh); kyif(sjtx, sjtx, fzgy); { _si akix = (nfhm % 47); _si lhog = ((nfhm) / (47)); _si jlon = nfhm; if (jlon > (8 * sizeof(_uli))) { jlon = -1; } if (lhog >= 13) { { for (_si gikg = 0; gikg <= 12; gikg += 1) { sjtx[gikg] = 0; } } } else { _uli amwl = (((((_uli)(1)) << (akix))) - ((_uli)(1))); if (jlon < 0) { sjtx[0] = 0; } else { sjtx[0] = ((((sjtx[0]) & (~amwl))) >> (jlon)); }; if (lhog != 0) { sjtx[0] += ((((sjtx[lhog]) & (~amwl))) >> (akix)); } for (_si npxv = 1; npxv <= (12 - lhog); npxv += 1) { sjtx[-1 + npxv] += ((((((sjtx[lhog + npxv]) & (amwl))) << (-akix + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); sjtx[npxv] = ((((sjtx[lhog + npxv]) & (~amwl))) >> (akix)); } for (_si vqhw = 13 - lhog; vqhw <= 12; vqhw += 1) { sjtx[vqhw] = 0; } }; } thby(fzgy, sjtx, wxzh); _si xfrr = ispx(fzgy); if (!xfrr) { { if (sjtx != fzgy) { for (_si szmy = 0; szmy <= 12; szmy += 1) { sjtx[szmy] = fzgy[szmy]; } } } } { _uc *sss = (_uc *)(fzgy); for (_si vcnr = 0; vcnr <= 360; vcnr += 1) { sss[vcnr] = (_uc)(1 + sss[vcnr]) * (_uc)(255 + sss[1 + vcnr]); } sss[361] = 0; } } } void ohe(_uli *qux) { for (_si uimh = 0; uimh <= 12; uimh += 1) { qux[uimh] = 0; } } void amqw(_uc *yhso) { _ui *gvln = (_ui *)(yhso + 0); _ui *pap = (_ui *)(yhso + 64); for (_si gjva = 0; gjva <= 15; gjva += 1) { gvln[gjva] = pap[gjva]; } for (_si aljh = 0; aljh <= 9; aljh += 1) { gbau(gvln, 0, 4, 8, 12); { gvln[1] += gvln[5]; gvln[13] ^= gvln[1]; gvln[13] = ((((gvln[13]) << (16))) | (((gvln[13]) >> (16)))); gvln[9] += gvln[13]; gvln[5] ^= gvln[9]; gvln[5] = ((((gvln[5]) << (12))) | (((gvln[5]) >> (20)))); gvln[1] += gvln[5]; gvln[13] ^= gvln[1]; gvln[13] = ((((gvln[13]) << (8))) | (((gvln[13]) >> (24)))); gvln[9] += gvln[13]; gvln[5] ^= gvln[9]; gvln[5] = ((((gvln[5]) << (7))) | (((gvln[5]) >> (25)))); } iwlp(gvln, 2, 6, 10, 14); { gvln[3] += gvln[7]; gvln[15] ^= gvln[3]; gvln[15] = ((((gvln[15]) << (16))) | (((gvln[15]) >> (16)))); gvln[11] += gvln[15]; gvln[7] ^= gvln[11]; gvln[7] = ((((gvln[7]) << (12))) | (((gvln[7]) >> (20)))); gvln[3] += gvln[7]; gvln[15] ^= gvln[3]; gvln[15] = ((((gvln[15]) << (8))) | (((gvln[15]) >> (24)))); gvln[11] += gvln[15]; gvln[7] ^= gvln[11]; gvln[7] = ((((gvln[7]) << (7))) | (((gvln[7]) >> (25)))); } aqtb(gvln, 0, 5, 10, 15); { gvln[1] += gvln[6]; gvln[12] ^= gvln[1]; gvln[12] = ((((gvln[12]) << (16))) | (((gvln[12]) >> (16)))); gvln[11] += gvln[12]; gvln[6] ^= gvln[11]; gvln[6] = ((((gvln[6]) << (12))) | (((gvln[6]) >> (20)))); gvln[1] += gvln[6]; gvln[12] ^= gvln[1]; gvln[12] = ((((gvln[12]) << (8))) | (((gvln[12]) >> (24)))); gvln[11] += gvln[12]; gvln[6] ^= gvln[11]; gvln[6] = ((((gvln[6]) << (7))) | (((gvln[6]) >> (25)))); } { gvln[2] += gvln[7]; gvln[13] ^= gvln[2]; gvln[13] = ((((gvln[13]) << (16))) | (((gvln[13]) >> (16)))); gvln[8] += gvln[13]; gvln[7] ^= gvln[8]; gvln[7] = ((((gvln[7]) << (12))) | (((gvln[7]) >> (20)))); gvln[2] += gvln[7]; gvln[13] ^= gvln[2]; gvln[13] = ((((gvln[13]) << (8))) | (((gvln[13]) >> (24)))); gvln[8] += gvln[13]; gvln[7] ^= gvln[8]; gvln[7] = ((((gvln[7]) << (7))) | (((gvln[7]) >> (25)))); } { gvln[3] += gvln[4]; gvln[14] ^= gvln[3]; gvln[14] = ((((gvln[14]) << (16))) | (((gvln[14]) >> (16)))); gvln[9] += gvln[14]; gvln[4] ^= gvln[9]; gvln[4] = ((((gvln[4]) << (12))) | (((gvln[4]) >> (20)))); gvln[3] += gvln[4]; gvln[14] ^= gvln[3]; gvln[14] = ((((gvln[14]) << (8))) | (((gvln[14]) >> (24)))); gvln[9] += gvln[14]; gvln[4] ^= gvln[9]; gvln[4] = ((((gvln[4]) << (7))) | (((gvln[4]) >> (25)))); } _m[65163] += 1; } for (_si fojs = 0; fojs <= 15; fojs += 1) { gvln[fojs] += pap[fojs]; } pap[12] += 1; if (pap[12] == 0) { pap[13] += 1; } } void fyvu(_uli *jqjw, _uli *tdpw) { if (jqjw != tdpw) { for (_si acem = 0; acem <= 44; acem += 1) { jqjw[acem] = tdpw[acem]; } } } void impz(_uc *tqei, _uc *ebdj, _si ywm) { _uc *gcay = (_uc *)(tqei + 0); _uli *lvl = (_uli *)(tqei + 352); _si odp = (_si)(((lvl[0]) & (63))); lvl[0] += ywm; for (_si rpzh = 0; rpzh <= (-1 + ywm); rpzh += 1) { gcay[odp] = ebdj[rpzh]; odp += 1; if (odp == 64) { { _uc *cbym = (_uc *)(tqei + 0); _ui *zihf = (_ui *)(tqei + 64); _ui *qte = (_ui *)(tqei + 96); _si waf = 0; _ui gqy = 0; _ui rud = 0; _ui djj = 0; _ui hrbi = 0; _ui wktl = 0; _ui jkvo = 0; for (_si jyza = 0; jyza <= 15; jyza += 1) { qte[jyza] = (((((((((_ui)(cbym[waf])) << (24))) | ((((_ui)(cbym[1 + waf])) << (16))))) | ((((_ui)(cbym[2 + waf])) << (8))))) | ((_ui)(cbym[3 + waf]))); waf += 4; } for (_si onpy = 16; onpy <= 31; onpy += 1) { gqy = ((((((((qte[-15 + onpy]) >> (7))) | (((qte[-15 + onpy]) << (25))))) ^ (((((qte[-15 + onpy]) >> (18))) | (((qte[-15 + onpy]) << (14))))))) ^ (((qte[-15 + onpy]) >> (3)))); hrbi = ((((((((qte[-2 + onpy]) >> (17))) | (((qte[-2 + onpy]) << (15))))) ^ (((((qte[-2 + onpy]) >> (19))) | (((qte[-2 + onpy]) << (13))))))) ^ (((qte[-2 + onpy]) >> (10)))); qte[onpy] = gqy + hrbi + qte[-16 + onpy] + qte[-7 + onpy]; _m[65160] += 1; } _ui nqba = zihf[0]; _ui kwzr = zihf[1]; _ui sofj = zihf[2]; _ui xqgp = zihf[3]; _ui isd = zihf[4]; _ui dvk = zihf[5]; _ui ioj = zihf[6]; _ui pnh = zihf[7]; for (_si exgo = 0; exgo <= 31; exgo += 1) { gqy = ((((((((nqba) >> (2))) | (((nqba) << (30))))) ^ (((((nqba) >> (13))) | (((nqba) << (19))))))) ^ (((((nqba) >> (22))) | (((nqba) << (10)))))); rud = ((((((nqba) & (kwzr))) ^ (((nqba) & (sofj))))) ^ (((kwzr) & (sofj)))); djj = gqy + rud; hrbi = ((((((((isd) >> (6))) | (((isd) << (26))))) ^ (((((isd) >> (11))) | (((isd) << (21))))))) ^ (((((isd) >> (25))) | (((isd) << (7)))))); wktl = ((((isd) & (dvk))) ^ (((~isd) & (ioj)))); jkvo = hrbi + wktl + *(((_ui *)(_m + 246160) + exgo)) + pnh + qte[exgo]; pnh = ioj; ioj = dvk; dvk = isd; isd = jkvo + xqgp; xqgp = sofj; sofj = kwzr; kwzr = nqba; nqba = djj + jkvo; _m[65161] += 1; } zihf[0] += nqba; zihf[1] += kwzr; zihf[2] += sofj; zihf[3] += xqgp; zihf[4] += isd; zihf[5] += dvk; zihf[6] += ioj; zihf[7] += pnh; } odp = 0; } } } void dxav(_si pagb, _uli *rpaa) { rpaa[(((pagb) / (47)))] &= ((((((_uli)(1)) << ((pagb % 47)))) - ((_uli)(1)))); for (_si qbnb = 1 + (((pagb) / (47))); qbnb <= 12; qbnb += 1) { rpaa[qbnb] = 0; } } void rmqr(_si qfpg, _uli *fkiy) { fkiy[(((qfpg) / (47)))] &= ((((((_uli)(1)) << ((qfpg % 47)))) - ((_uli)(1)))); for (_si ichl = 1 + (((qfpg) / (47))); ichl <= 12; ichl += 1) { fkiy[ichl] = 0; } } void ayny(_uli *xdhc) { for (_si gxeq = 0; gxeq <= 12; gxeq += 1) { xdhc[gxeq] = 0; } } void oxjc(_si gnmk, _uli *gvku, _uli *lekd, _uli *asce, _uli *tbac, _uli *udgs) { { _uli *zcsx = bpwu(); _uli *lqds = bzeb(); _uli *quqc = rznt(); _uli *hcpc = bota(); for (_si vviw = 0; vviw <= 12; vviw += 1) { zcsx[vviw] = ((tbac[vviw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lqds[vviw] = ((tbac[vviw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); quqc[vviw] = ((udgs[vviw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hcpc[vviw] = ((udgs[vviw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si oedo = 0; oedo <= 12; oedo += 1) { asce[oedo] = 0; } } for (_si pyeo = 0; pyeo <= (-1 + (((13) >> (1)))); pyeo += 1) { for (_si kqqt = 0; kqqt <= (-1 + (((13) >> (1)))); kqqt += 1) { _uli hhns = hcpc[kqqt] * zcsx[pyeo] + lqds[pyeo] * quqc[kqqt]; _uli qfyf = quqc[kqqt] * zcsx[pyeo]; _uli fdpu = hcpc[kqqt] * lqds[pyeo]; _uli chic = ((asce[kqqt + pyeo]) + (qfyf) + (((((hhns) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (chic < qfyf) { fdpu += 1; } _uli gvog = ((((hhns) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fdpu) << ((-47 + (((sizeof(_uli)) << (3)))))))); asce[kqqt + pyeo] = chic; asce[1 + kqqt + pyeo] += gvog; } upxr(asce); } hlkg(zcsx); norx(lqds); { _uc *pscx = (_uc *)(quqc); for (_si jbam = 0; jbam <= 360; jbam += 1) { pscx[jbam] = (_uc)(255 + pscx[1 + jbam]) * (_uc)(1 + pscx[jbam]); } pscx[361] = 0; } fuue(hcpc); } { _uli *abmn = ecoc(); { if (abmn != asce) { for (_si wtfm = 0; wtfm <= 12; wtfm += 1) { abmn[wtfm] = asce[wtfm]; } } } { ; } ewnk(gnmk, asce); { _uli *rgpm = ypfg(); _uli *ztve = rucf(); _uli *mxkq = nrlo(); _uli *gsdp = dukr(); for (_si fskz = 0; fskz <= 12; fskz += 1) { rgpm[fskz] = ((asce[fskz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ztve[fskz] = ((asce[fskz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mxkq[fskz] = ((lekd[fskz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gsdp[fskz] = ((lekd[fskz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zspk = 0; zspk <= 12; zspk += 1) { asce[zspk] = 0; } } for (_si imke = 0; imke <= (-1 + (((13) >> (1)))); imke += 1) { for (_si hihn = 0; hihn <= (-1 + (((13) >> (1)))); hihn += 1) { _uli mbvk = gsdp[hihn] * rgpm[imke] + mxkq[hihn] * ztve[imke]; _uli oyci = mxkq[hihn] * rgpm[imke]; _uli glaj = gsdp[hihn] * ztve[imke]; _uli qnyr = ((asce[hihn + imke]) + (oyci) + (((((mbvk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qnyr < oyci) { glaj += 1; } _uli ftuv = ((((mbvk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((glaj) << ((-47 + (((sizeof(_uli)) << (3)))))))); asce[hihn + imke] = qnyr; asce[1 + hihn + imke] += ftuv; } { for (_si zjde = 0; zjde <= 11; zjde += 1) { asce[1 + zjde] += ((asce[zjde]) >> (47)); asce[zjde] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } asce[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } zpfl(rgpm); { _uc *bpkr = (_uc *)(ztve); for (_si soet = 0; soet <= 360; soet += 1) { bpkr[soet] = (_uc)(1 + bpkr[soet]) * (_uc)(255 + bpkr[1 + soet]); } bpkr[361] = 0; } { _uc *nrwv = (_uc *)(mxkq); for (_si ugvx = 0; ugvx <= 360; ugvx += 1) { nrwv[ugvx] = (_uc)(255 + nrwv[1 + ugvx]) * (_uc)(1 + nrwv[ugvx]); } nrwv[361] = 0; } uwef(gsdp); } { asce[(((gnmk) / (47)))] &= ((((((_uli)(1)) << ((gnmk % 47)))) - ((_uli)(1)))); for (_si feat = 1 + (((gnmk) / (47))); feat <= 12; feat += 1) { asce[feat] = 0; } } { _uli *fsxr = mobc(); _uli *pkho = sreu(); _uli *gqgl = cxfp(); _uli *pqvv = qljj(); for (_si fqzq = 0; fqzq <= 12; fqzq += 1) { fsxr[fqzq] = ((asce[fqzq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pkho[fqzq] = ((asce[fqzq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gqgl[fqzq] = ((gvku[fqzq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pqvv[fqzq] = ((gvku[fqzq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xdvq = 0; xdvq <= 12; xdvq += 1) { asce[xdvq] = 0; } } for (_si ckkk = 0; ckkk <= (-1 + (((13) >> (1)))); ckkk += 1) { for (_si nuwz = 0; nuwz <= (-1 + (((13) >> (1)))); nuwz += 1) { _uli lhit = fsxr[ckkk] * pqvv[nuwz] + gqgl[nuwz] * pkho[ckkk]; _uli fkds = fsxr[ckkk] * gqgl[nuwz]; _uli atwv = pkho[ckkk] * pqvv[nuwz]; _uli mpcm = ((asce[ckkk + nuwz]) + (fkds) + (((((lhit) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mpcm < fkds) { atwv += 1; } _uli iaeo = ((((lhit) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((atwv) << ((-47 + (((sizeof(_uli)) << (3)))))))); asce[ckkk + nuwz] = mpcm; asce[1 + ckkk + nuwz] += iaeo; } { for (_si qggs = 0; qggs <= 11; qggs += 1) { asce[1 + qggs] += ((asce[qggs]) >> (47)); asce[qggs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } asce[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tdcg(fsxr); { _uc *gqih = (_uc *)(pkho); for (_si dwwc = 0; dwwc <= 360; dwwc += 1) { gqih[dwwc] = (_uc)(255 + gqih[1 + dwwc]) * (_uc)(1 + gqih[dwwc]); } gqih[361] = 0; } { _uc *lofx = (_uc *)(gqgl); for (_si zpjs = 0; zpjs <= 360; zpjs += 1) { lofx[zpjs] = (_uc)(1 + lofx[zpjs]) * (_uc)(255 + lofx[1 + zpjs]); } lofx[361] = 0; } yzrn(pqvv); } bmth(asce, asce, abmn); lezw(asce, gnmk); kujh(abmn, asce, gvku); _si vhze = opaf(abmn); if (!vhze) { { if (asce != abmn) { for (_si lpdg = 0; lpdg <= 12; lpdg += 1) { asce[lpdg] = abmn[lpdg]; } } } } { _uc *sphi = (_uc *)(abmn); for (_si yqdq = 0; yqdq <= 360; yqdq += 1) { sphi[yqdq] = (_uc)(255 + sphi[1 + yqdq]) * (_uc)(1 + sphi[yqdq]); } sphi[361] = 0; } } } void rukr(_si dsph, _uli *isvu, _uli *egha, _uli *dvgq, _uli *erja) { _uli *fybg = nrlo(); { if (fybg != erja) { for (_si uebh = 0; uebh <= 12; uebh += 1) { fybg[uebh] = erja[uebh]; } } } { if (dvgq != erja) { for (_si gbbi = 0; gbbi <= 12; gbbi += 1) { dvgq[gbbi] = erja[gbbi]; } } } { dvgq[(((dsph) / (47)))] &= ((((((_uli)(1)) << ((dsph % 47)))) - ((_uli)(1)))); for (_si euyp = 1 + (((dsph) / (47))); euyp <= 12; euyp += 1) { dvgq[euyp] = 0; } } uwxk(dvgq, dvgq, egha); bffa(dsph, dvgq); jazu(dvgq, dvgq, isvu); { for (_si jlxt = 0; jlxt <= 12; jlxt += 1) { dvgq[jlxt] = dvgq[jlxt] + fybg[jlxt]; } crev(dvgq); } { _si mmun = (dsph % 47); _si yjve = ((dsph) / (47)); _si sanh = dsph; if (sanh > (8 * sizeof(_uli))) { sanh = -1; } if (yjve >= 13) { { for (_si wyld = 0; wyld <= 12; wyld += 1) { dvgq[wyld] = 0; } } } else { _uli twsd = (((((_uli)(1)) << (mmun))) - ((_uli)(1))); if (sanh < 0) { dvgq[0] = 0; } else { dvgq[0] = ((((dvgq[0]) & (~twsd))) >> (sanh)); }; if (yjve != 0) { dvgq[0] += ((((dvgq[yjve]) & (~twsd))) >> (mmun)); } for (_si oqor = 1; oqor <= (12 - yjve); oqor += 1) { dvgq[-1 + oqor] += ((((((dvgq[oqor + yjve]) & (twsd))) << (-mmun + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dvgq[oqor] = ((((dvgq[oqor + yjve]) & (~twsd))) >> (mmun)); } for (_si dhjn = 13 - yjve; dhjn <= 12; dhjn += 1) { dvgq[dhjn] = 0; } }; } { for (_si kgrm = 0; kgrm <= 12; kgrm += 1) { fybg[kgrm] = dvgq[kgrm] - isvu[kgrm]; } kqqw(fybg); } _si eqhe = gbmq(fybg); if (!eqhe) { { if (dvgq != fybg) { for (_si qyqf = 0; qyqf <= 12; qyqf += 1) { dvgq[qyqf] = fybg[qyqf]; } } } } plf(fybg); } void wwcn(_uli *gnkq, _uli *ndtc) { for (_si bmnq = 0; bmnq <= 12; bmnq += 1) { gnkq[bmnq] = -ndtc[bmnq]; } } void kujh(_uli *tcsj, _uli *dbly, _uli *jbmv) { for (_si qbqe = 0; qbqe <= 12; qbqe += 1) { tcsj[qbqe] = dbly[qbqe] - jbmv[qbqe]; } qyoe(tcsj); } void nvqh(_uli *opbs, _uli *zqtw, _uli *vnpt) { for (_si ebft = 0; ebft <= 12; ebft += 1) { opbs[ebft] = vnpt[ebft] + zqtw[ebft]; } { _si tdvf = xwae(opbs); if (tdvf) { { for (_si hqp = 0; hqp <= 12; hqp += 1) { opbs[hqp] = -opbs[hqp]; } } } for (_si xufv = 0; xufv <= 11; xufv += 1) { if (((((opbs[xufv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { opbs[1 + xufv] -= 1; } else { opbs[1 + xufv] += ((opbs[xufv]) >> (47)); }; opbs[xufv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } opbs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tdvf) { nksu(opbs, opbs); } } } void ntkc(_uli *lkie, _uli *itdd) { for (_si osmq = 0; osmq <= 12; osmq += 1) { lkie[osmq] = -itdd[osmq]; } } void rasi(_uli *pya) { for (_si rrpl = 0; rrpl <= 12; rrpl += 1) { pya[rrpl] = 0; } } void gvjz(_uli *amht, _uli *ylsa, _uli *xfu) { _uli *lmeq = cfjj(); _uli *kcep = meln(); _uli *ezip = scgi(); _uli *cnjv = vqxh(); for (_si jktv = 0; jktv <= 44; jktv += 1) { lmeq[jktv] = ((ylsa[jktv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kcep[jktv] = ((ylsa[jktv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ezip[jktv] = ((xfu[jktv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cnjv[jktv] = ((xfu[jktv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fnmw = 0; fnmw <= 44; fnmw += 1) { amht[fnmw] = 0; } } for (_si odqn = 0; odqn <= (-1 + (((45) >> (1)))); odqn += 1) { for (_si fdch = 0; fdch <= (-1 + (((45) >> (1)))); fdch += 1) { _uli jnx = cnjv[fdch] * lmeq[odqn] + ezip[fdch] * kcep[odqn]; _uli mxii = ezip[fdch] * lmeq[odqn]; _uli qjqb = cnjv[fdch] * kcep[odqn]; _uli aqzg = ((amht[fdch + odqn]) + (mxii) + (((((jnx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (aqzg < mxii) { qjqb += 1; } _uli yokb = ((((jnx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qjqb) << ((-47 + (((sizeof(_uli)) << (3)))))))); amht[fdch + odqn] = aqzg; amht[1 + fdch + odqn] += yokb; } { for (_si uohj = 0; uohj <= 43; uohj += 1) { amht[1 + uohj] += ((amht[uohj]) >> (47)); amht[uohj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } amht[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *uxgc = (_uc *)(lmeq); for (_si lnkp = 0; lnkp <= 360; lnkp += 1) { uxgc[lnkp] = (_uc)(255 + uxgc[1 + lnkp]) * (_uc)(1 + uxgc[lnkp]); } uxgc[361] = 0; } aifn(kcep); mnov(ezip); { _uc *udmz = (_uc *)(cnjv); for (_si ysun = 0; ysun <= 360; ysun += 1) { udmz[ysun] = (_uc)(255 + udmz[1 + ysun]) * (_uc)(1 + udmz[ysun]); } udmz[361] = 0; } } _uli *fspc() { ; _uli *usjv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; usjv = (_uli *)(_m + 362 * _s); break; } _s += 1; } return usjv; } void jrmv(_si vtoh, _uli *rbxx) { rbxx[(((vtoh) / (47)))] &= ((((((_uli)(1)) << ((vtoh % 47)))) - ((_uli)(1)))); for (_si qujv = 1 + (((vtoh) / (47))); qujv <= 12; qujv += 1) { rbxx[qujv] = 0; } } _uc *wmig() { ; _uc *bvev; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; bvev = (_uc *)(_m + 362 * _s); break; } _s += 1; } return bvev; } _uli *qzcc() { ; _uli *eynk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; eynk = (_uli *)(_m + 362 * _s); break; } _s += 1; } return eynk; } _uc *wolt() { ; _uc *fumx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; fumx = (_uc *)(_m + 362 * _s); break; } _s += 1; } return fumx; } void kopb(_si olko, _uli *cglc) { cglc[(((olko) / (47)))] &= ((((((_uli)(1)) << ((olko % 47)))) - ((_uli)(1)))); for (_si yxgl = 1 + (((olko) / (47))); yxgl <= 12; yxgl += 1) { cglc[yxgl] = 0; } } void fyir(_uli *tbad, _uli *ervt, _uli *evjk) { _uli *kwim = ypgx(); { eqyr(tbad, ervt); _si thre = mbpa(tbad); _si vslx; { vslx = -1; for (_si fbmi = 12; fbmi >= 0; fbmi -= 1) { if (evjk[fbmi] != 0) { vslx = fbmi; break; } } } if (thre >= vslx) { _si xyvd = 0; _uli onsx = evjk[vslx]; while (onsx < (((((((_uli)(1)) << (47)))) >> (1)))) { xyvd += 1; onsx <<= 1; } if (vslx == 0) { xyvd += 47; thre += 1; vslx += 1; } if (xyvd > 0) { { _si kexe = (xyvd % 47); _si hqmi = ((xyvd) / (47)); _si nzvu = -kexe + (((sizeof(_uli)) << (3))); if (hqmi >= 13) { ljkf(tbad); } else { for (_si enut = 12 - hqmi; enut >= 1; enut -= 1) { tbad[enut + hqmi] = ((tbad[enut]) << (kexe)); if (nzvu < (8 * sizeof(_uli))) { tbad[enut + hqmi] += ((((tbad[-1 + enut]) >> (nzvu))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } tbad[hqmi] = ((tbad[0]) << (kexe)); for (_si jpdx = -1 + hqmi; jpdx >= 0; jpdx -= 1) { tbad[jpdx] = 0; } }; { for (_si xhqp = 0; xhqp <= 11; xhqp += 1) { tbad[1 + xhqp] += ((tbad[xhqp]) >> (47)); tbad[xhqp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tbad[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _si dbhc = (xyvd % 47); _si brci = ((xyvd) / (47)); _si aoqp = -dbhc + (((sizeof(_uli)) << (3))); if (brci >= 13) { bzlo(evjk); } else { for (_si zcor = 12 - brci; zcor >= 1; zcor -= 1) { evjk[brci + zcor] = ((evjk[zcor]) << (dbhc)); if (aoqp < (8 * sizeof(_uli))) { evjk[brci + zcor] += ((((evjk[-1 + zcor]) >> (aoqp))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } evjk[brci] = ((evjk[0]) << (dbhc)); for (_si xfjg = -1 + brci; xfjg >= 0; xfjg -= 1) { evjk[xfjg] = 0; } }; zyda(evjk); } } _si vmsc = thre - vslx; onsx = evjk[vslx]; _uli qxkf = evjk[-1 + vslx]; for (_si ouoj = vmsc; ouoj >= 0; ouoj -= 1) { __uint128_t obdj = tbad[ouoj + vslx] + (__uint128_t)(((((_uli)(1)) << (47)))) * tbad[1 + ouoj + vslx]; _uli pytq = 0; __uint128_t jfb = ((obdj) / (onsx)); __uint128_t zygu = (obdj % onsx); while (jfb == ((((_uli)(1)) << (47))) || (jfb * qxkf) > (tbad[-1 + ouoj + vslx] + zygu * ((((_uli)(1)) << (47))))) { jfb -= 1; zygu += onsx; if (zygu >= ((((_uli)(1)) << (47)))) { break; } } obdj = 0; for (_si ipxu = 0; ipxu <= vslx; ipxu += 1) { obdj += evjk[ipxu] * jfb; pytq = tbad[ipxu + ouoj]; if (obdj > pytq) { obdj -= pytq; pytq = obdj % ((((_uli)(1)) << (47))); obdj = ((obdj) / (((((_uli)(1)) << (47))))); if (pytq == 0) { tbad[ipxu + ouoj] = 0; } else { tbad[ipxu + ouoj] = ((1 + ~(_uli)(pytq)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); obdj += 1; }; } else { tbad[ipxu + ouoj] -= obdj; obdj = 0; }; } pytq = tbad[1 + ouoj + vslx]; if (obdj > pytq) { evjk[1 + ouoj + vslx] = -1 + jfb; obdj = 0; for (_si nbcm = 0; nbcm <= vslx; nbcm += 1) { obdj += evjk[nbcm] + tbad[nbcm + ouoj]; tbad[nbcm + ouoj] = obdj % ((((_uli)(1)) << (47))); obdj = ((obdj) / (((((_uli)(1)) << (47))))); } } else { evjk[1 + ouoj + vslx] = jfb; tbad[1 + ouoj + vslx] -= obdj; }; } for (_si pgli = 0; pgli <= vmsc; pgli += 1) { kwim[pgli] = evjk[1 + pgli + vslx]; tbad[1 + pgli + vslx] = 0; } for (_si xwth = 1 + vmsc; xwth <= 12; xwth += 1) { kwim[xwth] = 0; } if (kwim != evjk) { for (_si nkzv = 1 + vslx; nkzv <= (1 + thre); nkzv += 1) { evjk[nkzv] = 0; } if (xyvd > 0) { { _si vekt = (xyvd % 47); _si pvko = ((xyvd) / (47)); _si oned = xyvd; if (oned > (8 * sizeof(_uli))) { oned = -1; } if (pvko >= 13) { { for (_si pxtd = 0; pxtd <= 12; pxtd += 1) { evjk[pxtd] = 0; } } } else { _uli jqqa = (((((_uli)(1)) << (vekt))) - ((_uli)(1))); if (oned < 0) { evjk[0] = 0; } else { evjk[0] = ((((evjk[0]) & (~jqqa))) >> (oned)); }; if (pvko != 0) { evjk[0] += ((((evjk[pvko]) & (~jqqa))) >> (vekt)); } for (_si nebu = 1; nebu <= (12 - pvko); nebu += 1) { evjk[-1 + nebu] += ((((((evjk[nebu + pvko]) & (jqqa))) << (-vekt + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); evjk[nebu] = ((((evjk[nebu + pvko]) & (~jqqa))) >> (vekt)); } for (_si tfwh = 13 - pvko; tfwh <= 12; tfwh += 1) { evjk[tfwh] = 0; } }; } } } if (xyvd > 0) { { _si iqmc = (xyvd % 47); _si ogru = ((xyvd) / (47)); _si qxgm = xyvd; if (qxgm > (8 * sizeof(_uli))) { qxgm = -1; } if (ogru >= 13) { { for (_si eaen = 0; eaen <= 12; eaen += 1) { tbad[eaen] = 0; } } } else { _uli yfvy = (((((_uli)(1)) << (iqmc))) - ((_uli)(1))); if (qxgm < 0) { tbad[0] = 0; } else { tbad[0] = ((((tbad[0]) & (~yfvy))) >> (qxgm)); }; if (ogru != 0) { tbad[0] += ((((tbad[ogru]) & (~yfvy))) >> (iqmc)); } for (_si wnos = 1; wnos <= (12 - ogru); wnos += 1) { tbad[-1 + wnos] += ((((((tbad[ogru + wnos]) & (yfvy))) << (-iqmc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tbad[wnos] = ((((tbad[ogru + wnos]) & (~yfvy))) >> (iqmc)); } for (_si orlp = 13 - ogru; orlp <= 12; orlp += 1) { tbad[orlp] = 0; } }; } } } } { _uc *hmzg = (_uc *)(kwim); for (_si tupf = 0; tupf <= 360; tupf += 1) { hmzg[tupf] = (_uc)(255 + hmzg[1 + tupf]) * (_uc)(1 + hmzg[tupf]); } hmzg[361] = 0; } } _uli *zlxq() { ; _uli *icad; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; icad = (_uli *)(_m + 362 * _s); break; } _s += 1; } return icad; } void bewn(_uli *aymu, _si ohtw) { _si yfdz = (ohtw % 47); _si zzdz = ((ohtw) / (47)); _si grym = ohtw; if (grym > (8 * sizeof(_uli))) { grym = -1; } if (zzdz >= 13) { { for (_si kxws = 0; kxws <= 12; kxws += 1) { aymu[kxws] = 0; } } } else { _uli hnju = (((((_uli)(1)) << (yfdz))) - ((_uli)(1))); if (grym < 0) { aymu[0] = 0; } else { aymu[0] = ((((aymu[0]) & (~hnju))) >> (grym)); }; if (zzdz != 0) { aymu[0] += ((((aymu[zzdz]) & (~hnju))) >> (yfdz)); } for (_si okwj = 1; okwj <= (12 - zzdz); okwj += 1) { aymu[-1 + okwj] += ((((((aymu[okwj + zzdz]) & (hnju))) << (-yfdz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); aymu[okwj] = ((((aymu[okwj + zzdz]) & (~hnju))) >> (yfdz)); } for (_si zbhu = 13 - zzdz; zbhu <= 12; zbhu += 1) { aymu[zbhu] = 0; } }; } _uli *gtni() { ; _uli *xhuf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; xhuf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xhuf; } void wudj(_uli *bafx, _uli *lsdz, _uli *mybv) { _uli *xlem = prfv(); _uli *pgkh = igzy(); _uli *lfql = ecoc(); _uli *yfaf = thlc(); for (_si skvg = 0; skvg <= 12; skvg += 1) { xlem[skvg] = ((lsdz[skvg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pgkh[skvg] = ((lsdz[skvg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lfql[skvg] = ((mybv[skvg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yfaf[skvg] = ((mybv[skvg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xmyz = 0; xmyz <= 12; xmyz += 1) { bafx[xmyz] = 0; } } for (_si nzfg = 0; nzfg <= (-1 + (((13) >> (1)))); nzfg += 1) { for (_si vzbz = 0; vzbz <= (-1 + (((13) >> (1)))); vzbz += 1) { _uli olsu = lfql[vzbz] * pgkh[nzfg] + xlem[nzfg] * yfaf[vzbz]; _uli saht = lfql[vzbz] * xlem[nzfg]; _uli sbgs = pgkh[nzfg] * yfaf[vzbz]; _uli vzbh = ((bafx[nzfg + vzbz]) + (saht) + (((((olsu) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vzbh < saht) { sbgs += 1; } _uli uinj = ((((olsu) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((sbgs) << ((-47 + (((sizeof(_uli)) << (3)))))))); bafx[nzfg + vzbz] = vzbh; bafx[1 + nzfg + vzbz] += uinj; } anqz(bafx); } { _uc *mtrr = (_uc *)(xlem); for (_si dcqp = 0; dcqp <= 360; dcqp += 1) { mtrr[dcqp] = (_uc)(1 + mtrr[dcqp]) * (_uc)(255 + mtrr[1 + dcqp]); } mtrr[361] = 0; } { _uc *krmq = (_uc *)(pgkh); for (_si sxnh = 0; sxnh <= 360; sxnh += 1) { krmq[sxnh] = (_uc)(1 + krmq[sxnh]) * (_uc)(255 + krmq[1 + sxnh]); } krmq[361] = 0; } { _uc *vfet = (_uc *)(lfql); for (_si cnrh = 0; cnrh <= 360; cnrh += 1) { vfet[cnrh] = (_uc)(255 + vfet[1 + cnrh]) * (_uc)(1 + vfet[cnrh]); } vfet[361] = 0; } vpra(yfaf); } void cev(_uli *lnwm) { _uc *kme = (_uc *)(lnwm); for (_si ujy = 0; ujy <= 360; ujy += 1) { kme[ujy] = (_uc)(1 + kme[ujy]) * (_uc)(255 + kme[1 + ujy]); } kme[361] = 0; } void wteb(_uli *fppi) { for (_si eqfl = 0; eqfl <= 12; eqfl += 1) { fppi[eqfl] = 0; } } _si wlpu(_uli *vcgj) { _si exdc = 0; _uli dwdf = 19; for (_si scvh = 12; scvh >= 0; scvh -= 1) { if (vcgj[scvh] != 0) { exdc = ((((vcgj[scvh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return exdc; } void slyr(_uli *mniz) { _si cnar; { cnar = 0; _uli sqia = 19; for (_si xqtb = 12; xqtb >= 0; xqtb -= 1) { if (mniz[xqtb] != 0) { cnar = ((((mniz[xqtb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (cnar) { { for (_si cakq = 0; cakq <= 12; cakq += 1) { mniz[cakq] = -mniz[cakq]; } } } for (_si vsgh = 0; vsgh <= 11; vsgh += 1) { if (((((mniz[vsgh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mniz[1 + vsgh] -= 1; } else { mniz[1 + vsgh] += ((mniz[vsgh]) >> (47)); }; mniz[vsgh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mniz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cnar) { qxcw(mniz, mniz); } } void zdya(_uc *zykd, _uc *zmjd, _si olob) { _ui *tmym = (_ui *)(zykd + 0); _ui *zuuy = (_ui *)(zykd + 128); _uc *mmz = (_uc *)(tmym); for (_si ije = 0; ije <= (-1 + olob); ije += 1) { if (zuuy[0] >= 64) { cqrg(zykd); zuuy[0] = 0; } zmjd[ije] ^= mmz[zuuy[0]]; zuuy[0] += 1; } } void qual(_uli *wlse, _uli *lgid, _uli *yqbs) { for (_si frqm = 0; frqm <= 12; frqm += 1) { wlse[frqm] = lgid[frqm] + yqbs[frqm]; } uwgi(wlse); } void fohu(_uli *qlpf) { for (_si bxno = 0; bxno <= 11; bxno += 1) { qlpf[1 + bxno] += ((qlpf[bxno]) >> (47)); qlpf[bxno] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qlpf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void xrps(_uli *vtqh, _uli *hpex, _uli *ijfs) { for (_si jone = 0; jone <= 12; jone += 1) { vtqh[jone] = hpex[jone] - ijfs[jone]; } { _si ygeo = xwae(vtqh); if (ygeo) { ocrk(vtqh, vtqh); } for (_si agsp = 0; agsp <= 11; agsp += 1) { if (((((vtqh[agsp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vtqh[1 + agsp] -= 1; } else { vtqh[1 + agsp] += ((vtqh[agsp]) >> (47)); }; vtqh[agsp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vtqh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ygeo) { { for (_si vylu = 0; vylu <= 12; vylu += 1) { vtqh[vylu] = -vtqh[vylu]; } } } } } void wchx(_si lvmy, _uli *yxgv, _uli *ykit, _uli *hfwj, _uli *inmj) { afrt(hfwj, inmj); { _uli *ifne = fgtk(); { if (ifne != hfwj) { for (_si disy = 0; disy <= 44; disy += 1) { ifne[disy] = hfwj[disy]; } } } { ; } hbcv(lvmy, hfwj); obfp(hfwj, hfwj, ykit); jbln(lvmy, hfwj); { _uli *zxdu = vhrl(); _uli *xovb = mqoy(); _uli *emuh = yzdu(); _uli *vbcv = oxxz(); for (_si gfjb = 0; gfjb <= 44; gfjb += 1) { zxdu[gfjb] = ((hfwj[gfjb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xovb[gfjb] = ((hfwj[gfjb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); emuh[gfjb] = ((yxgv[gfjb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vbcv[gfjb] = ((yxgv[gfjb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tgkx = 0; tgkx <= 44; tgkx += 1) { hfwj[tgkx] = 0; } } for (_si tzlz = 0; tzlz <= (-1 + (((45) >> (1)))); tzlz += 1) { for (_si bbbw = 0; bbbw <= (-1 + (((45) >> (1)))); bbbw += 1) { _uli sbdg = emuh[bbbw] * xovb[tzlz] + vbcv[bbbw] * zxdu[tzlz]; _uli uyfi = emuh[bbbw] * zxdu[tzlz]; _uli zqwd = vbcv[bbbw] * xovb[tzlz]; _uli htfj = ((hfwj[bbbw + tzlz]) + (uyfi) + (((((sbdg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (htfj < uyfi) { zqwd += 1; } _uli qrhb = ((((sbdg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zqwd) << ((-47 + (((sizeof(_uli)) << (3)))))))); hfwj[bbbw + tzlz] = htfj; hfwj[1 + bbbw + tzlz] += qrhb; } { for (_si vhxi = 0; vhxi <= 43; vhxi += 1) { hfwj[1 + vhxi] += ((hfwj[vhxi]) >> (47)); hfwj[vhxi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hfwj[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *kwpr = (_uc *)(zxdu); for (_si cqho = 0; cqho <= 360; cqho += 1) { kwpr[cqho] = (_uc)(1 + kwpr[cqho]) * (_uc)(255 + kwpr[1 + cqho]); } kwpr[361] = 0; } { _uc *zsdd = (_uc *)(xovb); for (_si gcwi = 0; gcwi <= 360; gcwi += 1) { zsdd[gcwi] = (_uc)(255 + zsdd[1 + gcwi]) * (_uc)(1 + zsdd[gcwi]); } zsdd[361] = 0; } khqo(emuh); { _uc *fgiq = (_uc *)(vbcv); for (_si reng = 0; reng <= 360; reng += 1) { fgiq[reng] = (_uc)(255 + fgiq[1 + reng]) * (_uc)(1 + fgiq[reng]); } fgiq[361] = 0; } } { for (_si xdet = 0; xdet <= 44; xdet += 1) { hfwj[xdet] = hfwj[xdet] + ifne[xdet]; } { _si tlcq = boag(hfwj); if (tlcq) { xvwu(hfwj, hfwj); } for (_si pqwg = 0; pqwg <= 43; pqwg += 1) { if (((((hfwj[pqwg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hfwj[1 + pqwg] -= 1; } else { hfwj[1 + pqwg] += ((hfwj[pqwg]) >> (47)); }; hfwj[pqwg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hfwj[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tlcq) { { for (_si vqis = 0; vqis <= 44; vqis += 1) { hfwj[vqis] = -hfwj[vqis]; } } } } } sjih(hfwj, lvmy); { for (_si mads = 0; mads <= 44; mads += 1) { ifne[mads] = hfwj[mads] - yxgv[mads]; } pqql(ifne); } _si bwvo = puiz(ifne); if (!bwvo) { { if (hfwj != ifne) { for (_si zcid = 0; zcid <= 44; zcid += 1) { hfwj[zcid] = ifne[zcid]; } } } } { _uc *jfuf = (_uc *)(ifne); for (_si qscf = 0; qscf <= 360; qscf += 1) { jfuf[qscf] = (_uc)(255 + jfuf[1 + qscf]) * (_uc)(1 + jfuf[qscf]); } jfuf[361] = 0; } } } void ela(_uli *kxxu, _si hnd) { _si wurf = taba(kxxu); if (wurf) { { for (_si okzu = 0; okzu <= 12; okzu += 1) { kxxu[okzu] = -kxxu[okzu]; } } } { _si tref = (hnd % 47); _si wfjd = ((hnd) / (47)); _si rpa = hnd; if (rpa > (8 * sizeof(_uli))) { rpa = -1; } if (wfjd >= 13) { { for (_si vjm = 0; vjm <= 12; vjm += 1) { kxxu[vjm] = 0; } } } else { _uli dfvp = (((((_uli)(1)) << (tref))) - ((_uli)(1))); if (rpa < 0) { kxxu[0] = 0; } else { kxxu[0] = ((((kxxu[0]) & (~dfvp))) >> (rpa)); }; if (wfjd != 0) { kxxu[0] += ((((kxxu[wfjd]) & (~dfvp))) >> (tref)); } for (_si fgtg = 1; fgtg <= (12 - wfjd); fgtg += 1) { kxxu[-1 + fgtg] += ((((((kxxu[fgtg + wfjd]) & (dfvp))) << (-tref + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kxxu[fgtg] = ((((kxxu[fgtg + wfjd]) & (~dfvp))) >> (tref)); } for (_si rpsn = 13 - wfjd; rpsn <= 12; rpsn += 1) { kxxu[rpsn] = 0; } }; } if (wurf) { ppqi(kxxu, kxxu); } } void cnt(_uc *ycka, _uc *lpc) { _ui *sto = (_ui *)(ycka + 64); for (_si qive = 0; qive <= 7; qive += 1) { sto[4 + qive] = (((_ui)((lpc + 4 * qive)[0])) + ((((_ui)((lpc + 4 * qive)[1])) << (8))) + ((((_ui)((lpc + 4 * qive)[2])) << (16))) + ((((_ui)((lpc + 4 * qive)[3])) << (24)))); } } _uli *canr() { ; _uli *yynl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; yynl = (_uli *)(_m + 362 * _s); break; } _s += 1; } return yynl; } void wjud(_uc *nqoc, _uc *edjk, _si iwkx) { { _ui *layc = (_ui *)(nqoc + 64); for (_si cbrq = 0; cbrq <= 7; cbrq += 1) { layc[4 + cbrq] = (((_ui)((edjk + 4 * cbrq)[0])) + ((((_ui)((edjk + 4 * cbrq)[1])) << (8))) + ((((_ui)((edjk + 4 * cbrq)[2])) << (16))) + ((((_ui)((edjk + 4 * cbrq)[3])) << (24)))); } } _ui *qdzk = (_ui *)(nqoc + 64); _ui *smdr = (_ui *)(nqoc + 128); for (_si mhef = 0; mhef <= 3; mhef += 1) { qdzk[mhef] = (((_ui)(((_uc *)(_m + 48146) + 4 * mhef)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mhef)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mhef)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mhef)[3])) << (24)))); } for (_si ueam = 0; ueam <= 3; ueam += 1) { qdzk[12 + ueam] = iwkx; _m[65162] += 1; } smdr[0] = 3904225602; } void hyfr(_uli *bafi, _uli *vlqv, _uli *ndon) { for (_si neif = 0; neif <= 12; neif += 1) { bafi[neif] = -ndon[neif] + vlqv[neif]; } pkbh(bafi); } void qbkd(_si nhzo, _uli *apy, _uli *eolo, _uli *lzsv, _uli *btlk) { _uli *scqo = rhfd(); { if (scqo != btlk) { for (_si ycsp = 0; ycsp <= 44; ycsp += 1) { scqo[ycsp] = btlk[ycsp]; } } } { if (lzsv != btlk) { for (_si vlxo = 0; vlxo <= 44; vlxo += 1) { lzsv[vlxo] = btlk[vlxo]; } } } enol(nhzo, lzsv); ojll(lzsv, lzsv, eolo); { lzsv[(((nhzo) / (47)))] &= ((((((_uli)(1)) << ((nhzo % 47)))) - ((_uli)(1)))); for (_si tlfr = 1 + (((nhzo) / (47))); tlfr <= 44; tlfr += 1) { lzsv[tlfr] = 0; } } jtx(lzsv, lzsv, apy); { for (_si ckom = 0; ckom <= 44; ckom += 1) { lzsv[ckom] = lzsv[ckom] + scqo[ckom]; } xndl(lzsv); } { _si nvge = (nhzo % 47); _si fqt = ((nhzo) / (47)); _si zvpq = nhzo; if (zvpq > (8 * sizeof(_uli))) { zvpq = -1; } if (fqt >= 45) { kfep(lzsv); } else { _uli xdpj = (((((_uli)(1)) << (nvge))) - ((_uli)(1))); if (zvpq < 0) { lzsv[0] = 0; } else { lzsv[0] = ((((lzsv[0]) & (~xdpj))) >> (zvpq)); }; if (fqt != 0) { lzsv[0] += ((((lzsv[fqt]) & (~xdpj))) >> (nvge)); } for (_si qvf = 1; qvf <= (44 - fqt); qvf += 1) { lzsv[-1 + qvf] += ((((((lzsv[fqt + qvf]) & (xdpj))) << (-nvge + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lzsv[qvf] = ((((lzsv[fqt + qvf]) & (~xdpj))) >> (nvge)); } for (_si bwvn = 45 - fqt; bwvn <= 44; bwvn += 1) { lzsv[bwvn] = 0; } }; } { for (_si nph = 0; nph <= 44; nph += 1) { scqo[nph] = -apy[nph] + lzsv[nph]; } { _si nesc = lzur(scqo); if (nesc) { { for (_si ihy = 0; ihy <= 44; ihy += 1) { scqo[ihy] = -scqo[ihy]; } } } for (_si rbde = 0; rbde <= 43; rbde += 1) { if (((((scqo[rbde]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { scqo[1 + rbde] -= 1; } else { scqo[1 + rbde] += ((scqo[rbde]) >> (47)); }; scqo[rbde] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } scqo[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nesc) { { for (_si chev = 0; chev <= 44; chev += 1) { scqo[chev] = -scqo[chev]; } } } } } _si asu = pwkm(scqo); if (!asu) { { if (lzsv != scqo) { for (_si xszo = 0; xszo <= 44; xszo += 1) { lzsv[xszo] = scqo[xszo]; } } } } twn(scqo); } void fxhr(_uli *mism, _uli *asmu) { for (_si ezhx = 0; ezhx <= 44; ezhx += 1) { mism[ezhx] = -asmu[ezhx]; } } void qawn(_si ltly, _uli *hzwd) { hzwd[(((ltly) / (47)))] &= ((((((_uli)(1)) << ((ltly % 47)))) - ((_uli)(1)))); for (_si gqry = 1 + (((ltly) / (47))); gqry <= 12; gqry += 1) { hzwd[gqry] = 0; } } void nzdd(_uli *gtoj, _uli *bgye) { _uli *yjef = ntfe(); _uli *scb = dgud(); for (_si lbri = 0; lbri <= 12; lbri += 1) { yjef[lbri] = ((bgye[lbri]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); scb[lbri] = ((bgye[lbri]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uicf = 0; uicf <= 12; uicf += 1) { gtoj[uicf] = 0; } } for (_si hcey = 0; hcey <= (-1 + (((13) >> (1)))); hcey += 1) { for (_si edsa = 0; edsa <= (-1 + (((13) >> (1)))); edsa += 1) { _uli heoj = scb[edsa] * yjef[hcey] + scb[hcey] * yjef[edsa]; _uli rpes = yjef[edsa] * yjef[hcey]; _uli wyqf = scb[edsa] * scb[hcey]; _uli gcxo = ((gtoj[edsa + hcey]) + (rpes) + (((((heoj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gcxo < rpes) { wyqf += 1; } _uli ldjy = ((((heoj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wyqf) << ((-47 + (((sizeof(_uli)) << (3)))))))); gtoj[edsa + hcey] = gcxo; gtoj[1 + edsa + hcey] += ldjy; } { for (_si stkc = 0; stkc <= 11; stkc += 1) { gtoj[1 + stkc] += ((gtoj[stkc]) >> (47)); gtoj[stkc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gtoj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *vqtq = (_uc *)(yjef); for (_si fwiy = 0; fwiy <= 360; fwiy += 1) { vqtq[fwiy] = (_uc)(1 + vqtq[fwiy]) * (_uc)(255 + vqtq[1 + fwiy]); } vqtq[361] = 0; } { _uc *sqeq = (_uc *)(scb); for (_si odjd = 0; odjd <= 360; odjd += 1) { sqeq[odjd] = (_uc)(1 + sqeq[odjd]) * (_uc)(255 + sqeq[1 + odjd]); } sqeq[361] = 0; } } void why(_uli *zrzl) { _si twr; { twr = 0; _uli lopn = 19; for (_si kkkn = 12; kkkn >= 0; kkkn -= 1) { if (zrzl[kkkn] != 0) { twr = ((((zrzl[kkkn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (twr) { { for (_si fuhm = 0; fuhm <= 12; fuhm += 1) { zrzl[fuhm] = -zrzl[fuhm]; } } } for (_si dwa = 0; dwa <= 11; dwa += 1) { if (((((zrzl[dwa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zrzl[1 + dwa] -= 1; } else { zrzl[1 + dwa] += ((zrzl[dwa]) >> (47)); }; zrzl[dwa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zrzl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (twr) { { for (_si hyf = 0; hyf <= 12; hyf += 1) { zrzl[hyf] = -zrzl[hyf]; } } } } void szat(_uc *cdyf, _uc *gfj, _si bamy) { _uc *wyid = (_uc *)(cdyf + 0); _uli *easo = (_uli *)(cdyf + 352); _si gahz = (_si)(((easo[0]) & (63))); easo[0] += bamy; for (_si qshw = 0; qshw <= (-1 + bamy); qshw += 1) { wyid[gahz] = gfj[qshw]; gahz += 1; if (gahz == 64) { lfcc(cdyf); gahz = 0; } } } void qqoa(_uli *rbtb, _uli *klpv, _uli *broz) { _uli *cjzz = qmtt(); _uli *esva = itcx(); _uli *gnts = yzej(); _uli *vnge = opcr(); for (_si xapl = 0; xapl <= 12; xapl += 1) { cjzz[xapl] = ((klpv[xapl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); esva[xapl] = ((klpv[xapl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gnts[xapl] = ((broz[xapl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vnge[xapl] = ((broz[xapl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ivii = 0; ivii <= 12; ivii += 1) { rbtb[ivii] = 0; } } for (_si wftf = 0; wftf <= (-1 + (((13) >> (1)))); wftf += 1) { for (_si wshy = 0; wshy <= (-1 + (((13) >> (1)))); wshy += 1) { _uli tbmy = cjzz[wftf] * vnge[wshy] + esva[wftf] * gnts[wshy]; _uli oecd = cjzz[wftf] * gnts[wshy]; _uli akyq = esva[wftf] * vnge[wshy]; _uli typn = ((rbtb[wftf + wshy]) + (oecd) + (((((tbmy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (typn < oecd) { akyq += 1; } _uli giva = ((((tbmy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((akyq) << ((-47 + (((sizeof(_uli)) << (3)))))))); rbtb[wftf + wshy] = typn; rbtb[1 + wftf + wshy] += giva; } bvdd(rbtb); } { _uc *bkfa = (_uc *)(cjzz); for (_si surs = 0; surs <= 360; surs += 1) { bkfa[surs] = (_uc)(1 + bkfa[surs]) * (_uc)(255 + bkfa[1 + surs]); } bkfa[361] = 0; } { _uc *zali = (_uc *)(esva); for (_si vmax = 0; vmax <= 360; vmax += 1) { zali[vmax] = (_uc)(1 + zali[vmax]) * (_uc)(255 + zali[1 + vmax]); } zali[361] = 0; } vev(gnts); { _uc *syqs = (_uc *)(vnge); for (_si zcnr = 0; zcnr <= 360; zcnr += 1) { syqs[zcnr] = (_uc)(255 + syqs[1 + zcnr]) * (_uc)(1 + syqs[zcnr]); } syqs[361] = 0; } } _si ewsu(_uli *nzzc) { _si biwj = -1; for (_si sbpk = 12; sbpk >= 0; sbpk -= 1) { if (nzzc[sbpk] != 0) { biwj = sbpk; break; } } return biwj; } void ibvx(_uli *gurq) { for (_si sqoa = 0; sqoa <= 11; sqoa += 1) { gurq[1 + sqoa] += ((gurq[sqoa]) >> (47)); gurq[sqoa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gurq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fzik(_uli *txpg, _uli *ajj, _uli *utbo) { for (_si nuxx = 0; nuxx <= 12; nuxx += 1) { txpg[nuxx] = ajj[nuxx] + utbo[nuxx]; } gkol(txpg); } void hubq(_uli *wfxp, _uli *bbyk, _uli *whsf) { _uli *auyw = vwjb(); _uli *khpt = uexn(); _uli *pqky = sfxl(); _uli *rsb = upi(); for (_si lxq = 0; lxq <= 12; lxq += 1) { auyw[lxq] = ((bbyk[lxq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); khpt[lxq] = ((bbyk[lxq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pqky[lxq] = ((whsf[lxq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rsb[lxq] = ((whsf[lxq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ngf = 0; ngf <= 12; ngf += 1) { wfxp[ngf] = 0; } } for (_si jzjn = 0; jzjn <= (-1 + (((13) >> (1)))); jzjn += 1) { for (_si wasm = 0; wasm <= (-1 + (((13) >> (1)))); wasm += 1) { _uli ifwb = auyw[jzjn] * rsb[wasm] + khpt[jzjn] * pqky[wasm]; _uli oyja = auyw[jzjn] * pqky[wasm]; _uli qyqo = khpt[jzjn] * rsb[wasm]; _uli ugzs = ((wfxp[jzjn + wasm]) + (oyja) + (((((ifwb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ugzs < oyja) { qyqo += 1; } _uli phoy = ((((ifwb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qyqo) << ((-47 + (((sizeof(_uli)) << (3)))))))); wfxp[jzjn + wasm] = ugzs; wfxp[1 + jzjn + wasm] += phoy; } { for (_si yfiy = 0; yfiy <= 11; yfiy += 1) { wfxp[1 + yfiy] += ((wfxp[yfiy]) >> (47)); wfxp[yfiy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wfxp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *mvdb = (_uc *)(auyw); for (_si jdur = 0; jdur <= 360; jdur += 1) { mvdb[jdur] = (_uc)(1 + mvdb[jdur]) * (_uc)(255 + mvdb[1 + jdur]); } mvdb[361] = 0; } { _uc *eixd = (_uc *)(khpt); for (_si dxfx = 0; dxfx <= 360; dxfx += 1) { eixd[dxfx] = (_uc)(1 + eixd[dxfx]) * (_uc)(255 + eixd[1 + dxfx]); } eixd[361] = 0; } { _uc *anuv = (_uc *)(pqky); for (_si tasx = 0; tasx <= 360; tasx += 1) { anuv[tasx] = (_uc)(1 + anuv[tasx]) * (_uc)(255 + anuv[1 + tasx]); } anuv[361] = 0; } { _uc *kidk = (_uc *)(rsb); for (_si vylv = 0; vylv <= 360; vylv += 1) { kidk[vylv] = (_uc)(1 + kidk[vylv]) * (_uc)(255 + kidk[1 + vylv]); } kidk[361] = 0; } } void lzgw(_uli *xzin) { _si dnce = cmsg(xzin); if (dnce) { { for (_si fpfg = 0; fpfg <= 44; fpfg += 1) { xzin[fpfg] = -xzin[fpfg]; } } } for (_si qokm = 0; qokm <= 43; qokm += 1) { if (((((xzin[qokm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xzin[1 + qokm] -= 1; } else { xzin[1 + qokm] += ((xzin[qokm]) >> (47)); }; xzin[qokm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xzin[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dnce) { { for (_si pcva = 0; pcva <= 44; pcva += 1) { xzin[pcva] = -xzin[pcva]; } } } } void ctwi(_uli *zmqg) { for (_si xpwx = 0; xpwx <= 43; xpwx += 1) { zmqg[1 + xpwx] += ((zmqg[xpwx]) >> (47)); zmqg[xpwx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zmqg[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fsth(_uli *huoj, _si enau) { _si fzbw = (enau % 47); _si gsed = ((enau) / (47)); _si eczy = -fzbw + (((sizeof(_uli)) << (3))); if (gsed >= 13) { { for (_si ztns = 0; ztns <= 12; ztns += 1) { huoj[ztns] = 0; } } } else { for (_si iret = 12 - gsed; iret >= 1; iret -= 1) { huoj[gsed + iret] = ((huoj[iret]) << (fzbw)); if (eczy < (8 * sizeof(_uli))) { huoj[gsed + iret] += ((((huoj[-1 + iret]) >> (eczy))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } huoj[gsed] = ((huoj[0]) << (fzbw)); for (_si mbzs = -1 + gsed; mbzs >= 0; mbzs -= 1) { huoj[mbzs] = 0; } }; cues(huoj); } void pctk(_uc *ioll) { _uc *xrnd = (_uc *)(ioll + 0); _ui *nkvr = (_ui *)(ioll + 64); _uli *dbwl = (_uli *)(ioll + 352); _uli zvnm = 8 * dbwl[0]; _uc bwgf[1]; bwgf[0] = 128; niud(ioll, bwgf, 1); while (((((dbwl[0]) & (63))) != (56))) { bwgf[0] = 0; dkkt(ioll, bwgf, 1); } for (_si xcez = 0; xcez <= 7; xcez += 1) { bwgf[0] = (_uc)(((((zvnm) >> (8 * (7 - xcez)))) & (255))); niud(ioll, bwgf, 1); } _si eulc = 0; for (_si bpvg = 0; bpvg <= 7; bpvg += 1) { _ui tnwm = nkvr[bpvg]; xrnd[eulc] = (_uc)(((((tnwm) >> (24))) & (255))); xrnd[1 + eulc] = (_uc)(((((tnwm) >> (16))) & (255))); xrnd[2 + eulc] = (_uc)(((((tnwm) >> (8))) & (255))); xrnd[3 + eulc] = (_uc)(((tnwm) & (255))); eulc += 4; } } void omdl(_uli *yzaw, _uli *pnr, _uli *euzf) { { for (_si ajht = 0; ajht <= 12; ajht += 1) { pnr[ajht] = 0; } } } void vev(_uli *eja) { _uc *npc = (_uc *)(eja); for (_si iaxe = 0; iaxe <= 360; iaxe += 1) { npc[iaxe] = (_uc)(1 + npc[iaxe]) * (_uc)(255 + npc[1 + iaxe]); } npc[361] = 0; } void sjqe(_uli *wlbg) { for (_si omil = 0; omil <= 12; omil += 1) { wlbg[omil] = 0; } } void hmmi(_uli *iusq) { _si tkhu; { tkhu = 0; _uli kmwb = 19; for (_si oorb = 12; oorb >= 0; oorb -= 1) { if (iusq[oorb] != 0) { tkhu = ((((iusq[oorb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tkhu) { { for (_si qvjm = 0; qvjm <= 12; qvjm += 1) { iusq[qvjm] = -iusq[qvjm]; } } } for (_si kztc = 0; kztc <= 11; kztc += 1) { if (((((iusq[kztc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iusq[1 + kztc] -= 1; } else { iusq[1 + kztc] += ((iusq[kztc]) >> (47)); }; iusq[kztc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iusq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tkhu) { { for (_si hlua = 0; hlua <= 12; hlua += 1) { iusq[hlua] = -iusq[hlua]; } } } } void uijx(_uli *gpzj) { _uc *rwjo = (_uc *)(gpzj); for (_si kcvc = 0; kcvc <= 360; kcvc += 1) { rwjo[kcvc] = (_uc)(1 + rwjo[kcvc]) * (_uc)(255 + rwjo[1 + kcvc]); } rwjo[361] = 0; } void gvug(_uli *uywx, _uli *xbpe) { if (uywx != xbpe) { for (_si pesy = 0; pesy <= 12; pesy += 1) { uywx[pesy] = xbpe[pesy]; } } } void ppl(_uc *amtj) { _ui *xatr = (_ui *)(amtj + 0); _ui *wnsz = (_ui *)(amtj + 64); for (_si crwy = 0; crwy <= 15; crwy += 1) { xatr[crwy] = wnsz[crwy]; } for (_si vmd = 0; vmd <= 9; vmd += 1) { { xatr[0] += xatr[4]; xatr[12] ^= xatr[0]; xatr[12] = ((((xatr[12]) << (16))) | (((xatr[12]) >> (16)))); xatr[8] += xatr[12]; xatr[4] ^= xatr[8]; xatr[4] = ((((xatr[4]) << (12))) | (((xatr[4]) >> (20)))); xatr[0] += xatr[4]; xatr[12] ^= xatr[0]; xatr[12] = ((((xatr[12]) << (8))) | (((xatr[12]) >> (24)))); xatr[8] += xatr[12]; xatr[4] ^= xatr[8]; xatr[4] = ((((xatr[4]) << (7))) | (((xatr[4]) >> (25)))); } pjcq(xatr, 1, 5, 9, 13); { xatr[2] += xatr[6]; xatr[14] ^= xatr[2]; xatr[14] = ((((xatr[14]) << (16))) | (((xatr[14]) >> (16)))); xatr[10] += xatr[14]; xatr[6] ^= xatr[10]; xatr[6] = ((((xatr[6]) << (12))) | (((xatr[6]) >> (20)))); xatr[2] += xatr[6]; xatr[14] ^= xatr[2]; xatr[14] = ((((xatr[14]) << (8))) | (((xatr[14]) >> (24)))); xatr[10] += xatr[14]; xatr[6] ^= xatr[10]; xatr[6] = ((((xatr[6]) << (7))) | (((xatr[6]) >> (25)))); } ajvn(xatr, 3, 7, 11, 15); ta(xatr, 0, 5, 10, 15); { xatr[1] += xatr[6]; xatr[12] ^= xatr[1]; xatr[12] = ((((xatr[12]) << (16))) | (((xatr[12]) >> (16)))); xatr[11] += xatr[12]; xatr[6] ^= xatr[11]; xatr[6] = ((((xatr[6]) << (12))) | (((xatr[6]) >> (20)))); xatr[1] += xatr[6]; xatr[12] ^= xatr[1]; xatr[12] = ((((xatr[12]) << (8))) | (((xatr[12]) >> (24)))); xatr[11] += xatr[12]; xatr[6] ^= xatr[11]; xatr[6] = ((((xatr[6]) << (7))) | (((xatr[6]) >> (25)))); } { xatr[2] += xatr[7]; xatr[13] ^= xatr[2]; xatr[13] = ((((xatr[13]) << (16))) | (((xatr[13]) >> (16)))); xatr[8] += xatr[13]; xatr[7] ^= xatr[8]; xatr[7] = ((((xatr[7]) << (12))) | (((xatr[7]) >> (20)))); xatr[2] += xatr[7]; xatr[13] ^= xatr[2]; xatr[13] = ((((xatr[13]) << (8))) | (((xatr[13]) >> (24)))); xatr[8] += xatr[13]; xatr[7] ^= xatr[8]; xatr[7] = ((((xatr[7]) << (7))) | (((xatr[7]) >> (25)))); } ohr(xatr, 3, 4, 9, 14); _m[65163] += 1; } for (_si tfj = 0; tfj <= 15; tfj += 1) { xatr[tfj] += wnsz[tfj]; } wnsz[12] += 1; if (wnsz[12] == 0) { wnsz[13] += 1; } } void yxhl(_uli *isve, _si hexh) { _si hcxc = (hexh % 47); _si uwhx = ((hexh) / (47)); _si srfc = hexh; if (srfc > (8 * sizeof(_uli))) { srfc = -1; } if (uwhx >= 13) { { for (_si jqbp = 0; jqbp <= 12; jqbp += 1) { isve[jqbp] = 0; } } } else { _uli srcy = (((((_uli)(1)) << (hcxc))) - ((_uli)(1))); if (srfc < 0) { isve[0] = 0; } else { isve[0] = ((((isve[0]) & (~srcy))) >> (srfc)); }; if (uwhx != 0) { isve[0] += ((((isve[uwhx]) & (~srcy))) >> (hcxc)); } for (_si nkfq = 1; nkfq <= (12 - uwhx); nkfq += 1) { isve[-1 + nkfq] += ((((((isve[nkfq + uwhx]) & (srcy))) << (-hcxc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); isve[nkfq] = ((((isve[nkfq + uwhx]) & (~srcy))) >> (hcxc)); } for (_si rqkz = 13 - uwhx; rqkz <= 12; rqkz += 1) { isve[rqkz] = 0; } }; } void uxiq(_uli *pajn, _uli *jpvd) { for (_si uznt = 0; uznt <= 44; uznt += 1) { pajn[uznt] = -jpvd[uznt]; } } void btlo(_uli *krvr, _uli *reso, _uli *mfdu) { for (_si rezs = 0; rezs <= 12; rezs += 1) { krvr[rezs] = mfdu[rezs] + reso[rezs]; } gtlv(krvr); } void exnc(_uli *futg) { _uc *wwkm = (_uc *)(futg); for (_si iwrj = 0; iwrj <= 360; iwrj += 1) { wwkm[iwrj] = (_uc)(1 + wwkm[iwrj]) * (_uc)(255 + wwkm[1 + iwrj]); } wwkm[361] = 0; } void necu(_uc *flz) { _uc *apk = (_uc *)(flz); for (_si nddq = 0; nddq <= 360; nddq += 1) { apk[nddq] = (_uc)(255 + apk[1 + nddq]) * (_uc)(1 + apk[nddq]); } apk[361] = 0; } void oyuw(_si bwte, _uli *jamx) { jamx[(((bwte) / (47)))] &= ((((((_uli)(1)) << ((bwte % 47)))) - ((_uli)(1)))); for (_si dzqa = 1 + (((bwte) / (47))); dzqa <= 12; dzqa += 1) { jamx[dzqa] = 0; } } void ssbv(_uli *uvta) { for (_si ukxp = 0; ukxp <= 12; ukxp += 1) { uvta[ukxp] = 0; } } void mgki(_uli *ntfp, _uli *fczb, _uli *jdoc) { _uli *roig = ijfe(); _uli *hpxc = ofhj(); _uli *jjoa = npmp(); _uli *vtrr = mlwr(); for (_si ahxg = 0; ahxg <= 12; ahxg += 1) { roig[ahxg] = ((fczb[ahxg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hpxc[ahxg] = ((fczb[ahxg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jjoa[ahxg] = ((jdoc[ahxg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vtrr[ahxg] = ((jdoc[ahxg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } mlag(ntfp); for (_si rsuh = 0; rsuh <= (-1 + (((13) >> (1)))); rsuh += 1) { for (_si keyo = 0; keyo <= (-1 + (((13) >> (1)))); keyo += 1) { _uli ubao = hpxc[rsuh] * jjoa[keyo] + roig[rsuh] * vtrr[keyo]; _uli zovo = jjoa[keyo] * roig[rsuh]; _uli ddsa = hpxc[rsuh] * vtrr[keyo]; _uli rhqe = ((ntfp[keyo + rsuh]) + (zovo) + (((((ubao) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rhqe < zovo) { ddsa += 1; } _uli fvlk = ((((ubao) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ddsa) << ((-47 + (((sizeof(_uli)) << (3)))))))); ntfp[keyo + rsuh] = rhqe; ntfp[1 + keyo + rsuh] += fvlk; } { for (_si ftqp = 0; ftqp <= 11; ftqp += 1) { ntfp[1 + ftqp] += ((ntfp[ftqp]) >> (47)); ntfp[ftqp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ntfp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *efdk = (_uc *)(roig); for (_si xyjq = 0; xyjq <= 360; xyjq += 1) { efdk[xyjq] = (_uc)(255 + efdk[1 + xyjq]) * (_uc)(1 + efdk[xyjq]); } efdk[361] = 0; } orus(hpxc); { _uc *yteu = (_uc *)(jjoa); for (_si opib = 0; opib <= 360; opib += 1) { yteu[opib] = (_uc)(1 + yteu[opib]) * (_uc)(255 + yteu[1 + opib]); } yteu[361] = 0; } msfp(vtrr); } void yokv(_uc *tpnh, _uc *ouw, _si soq) { _ui *nnqs = (_ui *)(tpnh + 0); _ui *jqru = (_ui *)(tpnh + 128); _uc *xhtu = (_uc *)(nnqs); for (_si xftj = 0; xftj <= (-1 + soq); xftj += 1) { if (jqru[0] >= 64) { { _ui *qat = (_ui *)(tpnh + 0); _ui *eab = (_ui *)(tpnh + 64); for (_si cbo = 0; cbo <= 15; cbo += 1) { qat[cbo] = eab[cbo]; } for (_si bksa = 0; bksa <= 9; bksa += 1) { ribh(qat, 0, 4, 8, 12); tabt(qat, 1, 5, 9, 13); aexo(qat, 2, 6, 10, 14); { qat[3] += qat[7]; qat[15] ^= qat[3]; qat[15] = ((((qat[15]) << (16))) | (((qat[15]) >> (16)))); qat[11] += qat[15]; qat[7] ^= qat[11]; qat[7] = ((((qat[7]) << (12))) | (((qat[7]) >> (20)))); qat[3] += qat[7]; qat[15] ^= qat[3]; qat[15] = ((((qat[15]) << (8))) | (((qat[15]) >> (24)))); qat[11] += qat[15]; qat[7] ^= qat[11]; qat[7] = ((((qat[7]) << (7))) | (((qat[7]) >> (25)))); } { qat[0] += qat[5]; qat[15] ^= qat[0]; qat[15] = ((((qat[15]) << (16))) | (((qat[15]) >> (16)))); qat[10] += qat[15]; qat[5] ^= qat[10]; qat[5] = ((((qat[5]) << (12))) | (((qat[5]) >> (20)))); qat[0] += qat[5]; qat[15] ^= qat[0]; qat[15] = ((((qat[15]) << (8))) | (((qat[15]) >> (24)))); qat[10] += qat[15]; qat[5] ^= qat[10]; qat[5] = ((((qat[5]) << (7))) | (((qat[5]) >> (25)))); } hnkf(qat, 1, 6, 11, 12); lnnc(qat, 2, 7, 8, 13); { qat[3] += qat[4]; qat[14] ^= qat[3]; qat[14] = ((((qat[14]) << (16))) | (((qat[14]) >> (16)))); qat[9] += qat[14]; qat[4] ^= qat[9]; qat[4] = ((((qat[4]) << (12))) | (((qat[4]) >> (20)))); qat[3] += qat[4]; qat[14] ^= qat[3]; qat[14] = ((((qat[14]) << (8))) | (((qat[14]) >> (24)))); qat[9] += qat[14]; qat[4] ^= qat[9]; qat[4] = ((((qat[4]) << (7))) | (((qat[4]) >> (25)))); } _m[65163] += 1; } for (_si cof = 0; cof <= 15; cof += 1) { qat[cof] += eab[cof]; } eab[12] += 1; if (eab[12] == 0) { eab[13] += 1; } } jqru[0] = 0; } ouw[xftj] ^= xhtu[jqru[0]]; jqru[0] += 1; } } _uc *umuu() { ; _uc *aqsx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 245; aqsx = (_uc *)(_m + 362 * _s); break; } _s += 1; } return aqsx; } _uli *mbpk() { ; _uli *gluc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; gluc = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gluc; } void ykxj(_uli *neop, _uli *esfa, _uli *pqzu, _uli *zzcu) { { for (_si zbdq = 0; zbdq <= 12; zbdq += 1) { esfa[zbdq] = pqzu[zbdq] + zzcu[zbdq]; } jdct(esfa); } _si xdgn; { xdgn = 0; for (_si zlnl = 12; zlnl >= 0; zlnl -= 1) { if (esfa[zlnl] > neop[zlnl]) { break; } else if (esfa[zlnl] < neop[zlnl]) { xdgn = 1; break; }; } } if (!xdgn) { fzjd(esfa, esfa, neop); } } void znfd(_uli *isrb) { for (_si oled = 0; oled <= 11; oled += 1) { isrb[1 + oled] += ((isrb[oled]) >> (47)); isrb[oled] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } isrb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void kasm(_uli *djsd, _uli *xsra, _uli *mpee) { for (_si djvy = 0; djvy <= 12; djvy += 1) { djsd[djvy] = mpee[djvy] + xsra[djvy]; } { _si brlg = icfb(djsd); if (brlg) { { for (_si ruox = 0; ruox <= 12; ruox += 1) { djsd[ruox] = -djsd[ruox]; } } } for (_si bnnv = 0; bnnv <= 11; bnnv += 1) { if (((((djsd[bnnv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { djsd[1 + bnnv] -= 1; } else { djsd[1 + bnnv] += ((djsd[bnnv]) >> (47)); }; djsd[bnnv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } djsd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (brlg) { mcbv(djsd, djsd); } } } _uli *lcnh() { ; _uli *ndqu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ndqu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ndqu; } void ptlf(_uli *enjd, _uli *vdcd, _uli *goip) { for (_si gglt = 0; gglt <= 12; gglt += 1) { enjd[gglt] = -goip[gglt] + vdcd[gglt]; } { _si dmos; { dmos = 0; _uli ztaa = 19; for (_si twmp = 12; twmp >= 0; twmp -= 1) { if (enjd[twmp] != 0) { dmos = ((((enjd[twmp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (dmos) { { for (_si twbg = 0; twbg <= 12; twbg += 1) { enjd[twbg] = -enjd[twbg]; } } } for (_si adtz = 0; adtz <= 11; adtz += 1) { if (((((enjd[adtz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { enjd[1 + adtz] -= 1; } else { enjd[1 + adtz] += ((enjd[adtz]) >> (47)); }; enjd[adtz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } enjd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dmos) { { for (_si vwpc = 0; vwpc <= 12; vwpc += 1) { enjd[vwpc] = -enjd[vwpc]; } } } } } void ioug(_uli *khrq) { for (_si hyzt = 0; hyzt <= 11; hyzt += 1) { khrq[1 + hyzt] += ((khrq[hyzt]) >> (47)); khrq[hyzt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } khrq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void xpbl(_uc *urns, _uc *hzvo, _si phce) { _ui *hiak = (_ui *)(urns + 0); _ui *otmq = (_ui *)(urns + 128); _uc *ardh = (_uc *)(hiak); for (_si emns = 0; emns <= (-1 + phce); emns += 1) { if (otmq[0] >= 64) { { _ui *gvxs = (_ui *)(urns + 0); _ui *cjjh = (_ui *)(urns + 64); for (_si debl = 0; debl <= 15; debl += 1) { gvxs[debl] = cjjh[debl]; } for (_si yvbx = 0; yvbx <= 9; yvbx += 1) { { gvxs[0] += gvxs[4]; gvxs[12] ^= gvxs[0]; gvxs[12] = ((((gvxs[12]) << (16))) | (((gvxs[12]) >> (16)))); gvxs[8] += gvxs[12]; gvxs[4] ^= gvxs[8]; gvxs[4] = ((((gvxs[4]) << (12))) | (((gvxs[4]) >> (20)))); gvxs[0] += gvxs[4]; gvxs[12] ^= gvxs[0]; gvxs[12] = ((((gvxs[12]) << (8))) | (((gvxs[12]) >> (24)))); gvxs[8] += gvxs[12]; gvxs[4] ^= gvxs[8]; gvxs[4] = ((((gvxs[4]) << (7))) | (((gvxs[4]) >> (25)))); } gbau(gvxs, 1, 5, 9, 13); ptmu(gvxs, 2, 6, 10, 14); { gvxs[3] += gvxs[7]; gvxs[15] ^= gvxs[3]; gvxs[15] = ((((gvxs[15]) << (16))) | (((gvxs[15]) >> (16)))); gvxs[11] += gvxs[15]; gvxs[7] ^= gvxs[11]; gvxs[7] = ((((gvxs[7]) << (12))) | (((gvxs[7]) >> (20)))); gvxs[3] += gvxs[7]; gvxs[15] ^= gvxs[3]; gvxs[15] = ((((gvxs[15]) << (8))) | (((gvxs[15]) >> (24)))); gvxs[11] += gvxs[15]; gvxs[7] ^= gvxs[11]; gvxs[7] = ((((gvxs[7]) << (7))) | (((gvxs[7]) >> (25)))); } zqv(gvxs, 0, 5, 10, 15); ddzg(gvxs, 1, 6, 11, 12); { gvxs[2] += gvxs[7]; gvxs[13] ^= gvxs[2]; gvxs[13] = ((((gvxs[13]) << (16))) | (((gvxs[13]) >> (16)))); gvxs[8] += gvxs[13]; gvxs[7] ^= gvxs[8]; gvxs[7] = ((((gvxs[7]) << (12))) | (((gvxs[7]) >> (20)))); gvxs[2] += gvxs[7]; gvxs[13] ^= gvxs[2]; gvxs[13] = ((((gvxs[13]) << (8))) | (((gvxs[13]) >> (24)))); gvxs[8] += gvxs[13]; gvxs[7] ^= gvxs[8]; gvxs[7] = ((((gvxs[7]) << (7))) | (((gvxs[7]) >> (25)))); } awge(gvxs, 3, 4, 9, 14); _m[65163] += 1; } for (_si qpfb = 0; qpfb <= 15; qpfb += 1) { gvxs[qpfb] += cjjh[qpfb]; } cjjh[12] += 1; if (cjjh[12] == 0) { cjjh[13] += 1; } } otmq[0] = 0; } hzvo[emns] ^= ardh[otmq[0]]; otmq[0] += 1; } } void urxz(_uli *fqea, _uli *ned) { _uli *hdcp = iaks(); _uli *djrd = owme(); for (_si rgdk = 0; rgdk <= 12; rgdk += 1) { hdcp[rgdk] = ((ned[rgdk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); djrd[rgdk] = ((ned[rgdk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xjzy = 0; xjzy <= 12; xjzy += 1) { fqea[xjzy] = 0; } } for (_si hidq = 0; hidq <= (-1 + (((13) >> (1)))); hidq += 1) { for (_si piyb = 0; piyb <= (-1 + (((13) >> (1)))); piyb += 1) { _uli puez = djrd[piyb] * hdcp[hidq] + djrd[hidq] * hdcp[piyb]; _uli kigu = hdcp[hidq] * hdcp[piyb]; _uli cyfc = djrd[hidq] * djrd[piyb]; _uli hhzw = ((fqea[hidq + piyb]) + (kigu) + (((((puez) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hhzw < kigu) { cyfc += 1; } _uli pkri = ((((puez) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cyfc) << ((-47 + (((sizeof(_uli)) << (3)))))))); fqea[hidq + piyb] = hhzw; fqea[1 + hidq + piyb] += pkri; } smeu(fqea); } { _uc *zeds = (_uc *)(hdcp); for (_si kciq = 0; kciq <= 360; kciq += 1) { zeds[kciq] = (_uc)(255 + zeds[1 + kciq]) * (_uc)(1 + zeds[kciq]); } zeds[361] = 0; } { _uc *qmbt = (_uc *)(djrd); for (_si wrvj = 0; wrvj <= 360; wrvj += 1) { qmbt[wrvj] = (_uc)(255 + qmbt[1 + wrvj]) * (_uc)(1 + qmbt[wrvj]); } qmbt[361] = 0; } } _uli *mwpr() { ; _uli *rcco; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; rcco = (_uli *)(_m + 362 * _s); break; } _s += 1; } return rcco; } void gybu(_si eeji, _uli *fdty, _uli *fshy, _uli *irve, _uli *pyew) { _uli *cfmz = mexn(); { if (cfmz != pyew) { for (_si ftyr = 0; ftyr <= 12; ftyr += 1) { cfmz[ftyr] = pyew[ftyr]; } } } { if (irve != pyew) { for (_si tsrg = 0; tsrg <= 12; tsrg += 1) { irve[tsrg] = pyew[tsrg]; } } } { irve[(((eeji) / (47)))] &= ((((((_uli)(1)) << ((eeji % 47)))) - ((_uli)(1)))); for (_si cgsr = 1 + (((eeji) / (47))); cgsr <= 12; cgsr += 1) { irve[cgsr] = 0; } } { _uli *dcan = ddzl(); _uli *shtp = lej(); _uli *jnax = fbiq(); _uli *gvkg = gcda(); for (_si haau = 0; haau <= 12; haau += 1) { dcan[haau] = ((irve[haau]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); shtp[haau] = ((irve[haau]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jnax[haau] = ((fshy[haau]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gvkg[haau] = ((fshy[haau]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si oprc = 0; oprc <= 12; oprc += 1) { irve[oprc] = 0; } } for (_si qdbi = 0; qdbi <= (-1 + (((13) >> (1)))); qdbi += 1) { for (_si irsx = 0; irsx <= (-1 + (((13) >> (1)))); irsx += 1) { _uli uiud = dcan[qdbi] * gvkg[irsx] + jnax[irsx] * shtp[qdbi]; _uli xumd = dcan[qdbi] * jnax[irsx]; _uli oejn = gvkg[irsx] * shtp[qdbi]; _uli iade = ((irve[irsx + qdbi]) + (xumd) + (((((uiud) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (iade < xumd) { oejn += 1; } _uli jzkt = ((((uiud) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((oejn) << ((-47 + (((sizeof(_uli)) << (3)))))))); irve[irsx + qdbi] = iade; irve[1 + irsx + qdbi] += jzkt; } { for (_si mxpq = 0; mxpq <= 11; mxpq += 1) { irve[1 + mxpq] += ((irve[mxpq]) >> (47)); irve[mxpq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } irve[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *maor = (_uc *)(dcan); for (_si pukb = 0; pukb <= 360; pukb += 1) { maor[pukb] = (_uc)(255 + maor[1 + pukb]) * (_uc)(1 + maor[pukb]); } maor[361] = 0; } yyhz(shtp); { _uc *cetd = (_uc *)(jnax); for (_si yxno = 0; yxno <= 360; yxno += 1) { cetd[yxno] = (_uc)(1 + cetd[yxno]) * (_uc)(255 + cetd[1 + yxno]); } cetd[361] = 0; } { _uc *cvnw = (_uc *)(gvkg); for (_si qqcj = 0; qqcj <= 360; qqcj += 1) { cvnw[qqcj] = (_uc)(1 + cvnw[qqcj]) * (_uc)(255 + cvnw[1 + qqcj]); } cvnw[361] = 0; } } fruc(eeji, irve); fkxg(irve, irve, fdty); { for (_si sccd = 0; sccd <= 12; sccd += 1) { irve[sccd] = cfmz[sccd] + irve[sccd]; } uity(irve); } mhkl(irve, eeji); ibfh(cfmz, irve, fdty); _si qadz = ieme(cfmz); if (!qadz) { { if (irve != cfmz) { for (_si gsut = 0; gsut <= 12; gsut += 1) { irve[gsut] = cfmz[gsut]; } } } } { _uc *fnre = (_uc *)(cfmz); for (_si onai = 0; onai <= 360; onai += 1) { fnre[onai] = (_uc)(255 + fnre[1 + onai]) * (_uc)(1 + fnre[onai]); } fnre[361] = 0; } } void ydi(_uc *elxt, _uc *mpta, _uc *esha, _uc *jvb, _uc *qfah, _uc *qnjv, _uc *hjv, _uc *dbx, _uc *cwh, _uc *hrow, _uli *pit, _uli *dtu, _uli *eilv, _uc *idl, _uc *abt, _uc *nkz, _uc *vsdr) { _uc *xxxc = kfba(); _uc *uud = bjv(); _uc *xlio = (_uc *)(dtu); _uc *bmyk = (_uc *)(eilv); { _ui *okoc = (_ui *)(mpta + 64); _uli *xiao = (_uli *)(mpta + 352); okoc[0] = 3072593861; okoc[1] = 3086033710; okoc[2] = 3878829419; okoc[3] = 661946499; okoc[4] = 3836525215; okoc[5] = 533529351; okoc[6] = 1116444951; okoc[7] = 1869145119; xiao[0] = 0; } { tiio(qnjv, hjv, 0); { _ui *wkv = (_ui *)(qnjv + 0); _ui *lnuf = (_ui *)(qnjv + 128); _uc *hvu = (_uc *)(wkv); for (_si cct = 0; cct <= 31; cct += 1) { if (lnuf[0] >= 64) { { _ui *mhqy = (_ui *)(qnjv + 0); _ui *dlvo = (_ui *)(qnjv + 64); for (_si yete = 0; yete <= 15; yete += 1) { mhqy[yete] = dlvo[yete]; } for (_si ovsb = 0; ovsb <= 9; ovsb += 1) { { mhqy[0] += mhqy[4]; mhqy[12] ^= mhqy[0]; mhqy[12] = ((((mhqy[12]) << (16))) | (((mhqy[12]) >> (16)))); mhqy[8] += mhqy[12]; mhqy[4] ^= mhqy[8]; mhqy[4] = ((((mhqy[4]) << (12))) | (((mhqy[4]) >> (20)))); mhqy[0] += mhqy[4]; mhqy[12] ^= mhqy[0]; mhqy[12] = ((((mhqy[12]) << (8))) | (((mhqy[12]) >> (24)))); mhqy[8] += mhqy[12]; mhqy[4] ^= mhqy[8]; mhqy[4] = ((((mhqy[4]) << (7))) | (((mhqy[4]) >> (25)))); } { mhqy[1] += mhqy[5]; mhqy[13] ^= mhqy[1]; mhqy[13] = ((((mhqy[13]) << (16))) | (((mhqy[13]) >> (16)))); mhqy[9] += mhqy[13]; mhqy[5] ^= mhqy[9]; mhqy[5] = ((((mhqy[5]) << (12))) | (((mhqy[5]) >> (20)))); mhqy[1] += mhqy[5]; mhqy[13] ^= mhqy[1]; mhqy[13] = ((((mhqy[13]) << (8))) | (((mhqy[13]) >> (24)))); mhqy[9] += mhqy[13]; mhqy[5] ^= mhqy[9]; mhqy[5] = ((((mhqy[5]) << (7))) | (((mhqy[5]) >> (25)))); } jgrw(mhqy, 2, 6, 10, 14); { mhqy[3] += mhqy[7]; mhqy[15] ^= mhqy[3]; mhqy[15] = ((((mhqy[15]) << (16))) | (((mhqy[15]) >> (16)))); mhqy[11] += mhqy[15]; mhqy[7] ^= mhqy[11]; mhqy[7] = ((((mhqy[7]) << (12))) | (((mhqy[7]) >> (20)))); mhqy[3] += mhqy[7]; mhqy[15] ^= mhqy[3]; mhqy[15] = ((((mhqy[15]) << (8))) | (((mhqy[15]) >> (24)))); mhqy[11] += mhqy[15]; mhqy[7] ^= mhqy[11]; mhqy[7] = ((((mhqy[7]) << (7))) | (((mhqy[7]) >> (25)))); } crox(mhqy, 0, 5, 10, 15); yjof(mhqy, 1, 6, 11, 12); { mhqy[2] += mhqy[7]; mhqy[13] ^= mhqy[2]; mhqy[13] = ((((mhqy[13]) << (16))) | (((mhqy[13]) >> (16)))); mhqy[8] += mhqy[13]; mhqy[7] ^= mhqy[8]; mhqy[7] = ((((mhqy[7]) << (12))) | (((mhqy[7]) >> (20)))); mhqy[2] += mhqy[7]; mhqy[13] ^= mhqy[2]; mhqy[13] = ((((mhqy[13]) << (8))) | (((mhqy[13]) >> (24)))); mhqy[8] += mhqy[13]; mhqy[7] ^= mhqy[8]; mhqy[7] = ((((mhqy[7]) << (7))) | (((mhqy[7]) >> (25)))); } { mhqy[3] += mhqy[4]; mhqy[14] ^= mhqy[3]; mhqy[14] = ((((mhqy[14]) << (16))) | (((mhqy[14]) >> (16)))); mhqy[9] += mhqy[14]; mhqy[4] ^= mhqy[9]; mhqy[4] = ((((mhqy[4]) << (12))) | (((mhqy[4]) >> (20)))); mhqy[3] += mhqy[4]; mhqy[14] ^= mhqy[3]; mhqy[14] = ((((mhqy[14]) << (8))) | (((mhqy[14]) >> (24)))); mhqy[9] += mhqy[14]; mhqy[4] ^= mhqy[9]; mhqy[4] = ((((mhqy[4]) << (7))) | (((mhqy[4]) >> (25)))); } _m[65163] += 1; } for (_si nwr = 0; nwr <= 15; nwr += 1) { mhqy[nwr] += dlvo[nwr]; } dlvo[12] += 1; if (dlvo[12] == 0) { dlvo[13] += 1; } } lnuf[0] = 0; } idl[cct] ^= hvu[lnuf[0]]; lnuf[0] += 1; } } } bsgd(mpta, idl, 32); { klld(jvb, hjv, 0); bho(jvb, idl, 32); } { { { _ui *mlju = (_ui *)(jvb + 64); for (_si vxbx = 0; vxbx <= 7; vxbx += 1) { mlju[4 + vxbx] = (((_ui)((dbx + 4 * vxbx)[0])) + ((((_ui)((dbx + 4 * vxbx)[1])) << (8))) + ((((_ui)((dbx + 4 * vxbx)[2])) << (16))) + ((((_ui)((dbx + 4 * vxbx)[3])) << (24)))); } } _ui *eso = (_ui *)(jvb + 64); _ui *sdqz = (_ui *)(jvb + 128); for (_si sobp = 0; sobp <= 3; sobp += 1) { eso[sobp] = (((_ui)(((_uc *)(_m + 48146) + 4 * sobp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sobp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sobp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sobp)[3])) << (24)))); } for (_si ozd = 0; ozd <= 3; ozd += 1) { eso[12 + ozd] = 0; _m[65162] += 1; } sdqz[0] = 3904225602; } osrz(jvb, abt, 32); } { _uc *spx = (_uc *)(mpta + 0); _uli *fvyy = (_uli *)(mpta + 352); _si lzfr = (_si)(((fvyy[0]) & (63))); fvyy[0] += 32; for (_si awns = 0; awns <= 31; awns += 1) { spx[lzfr] = abt[awns]; lzfr += 1; if (lzfr == 64) { jtve(mpta); lzfr = 0; } } } { { { _ui *imnt = (_ui *)(esha + 64); for (_si fvln = 0; fvln <= 7; fvln += 1) { imnt[4 + fvln] = (((_ui)((dbx + 4 * fvln)[0])) + ((((_ui)((dbx + 4 * fvln)[1])) << (8))) + ((((_ui)((dbx + 4 * fvln)[2])) << (16))) + ((((_ui)((dbx + 4 * fvln)[3])) << (24)))); } } _ui *jaj = (_ui *)(esha + 64); _ui *dty = (_ui *)(esha + 128); for (_si lhp = 0; lhp <= 3; lhp += 1) { jaj[lhp] = (((_ui)(((_uc *)(_m + 48146) + 4 * lhp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lhp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lhp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lhp)[3])) << (24)))); } for (_si uiv = 0; uiv <= 3; uiv += 1) { jaj[12 + uiv] = 0; _m[65162] += 1; } dty[0] = 3904225602; } { _ui *fka = (_ui *)(esha + 0); _ui *nlrg = (_ui *)(esha + 128); _uc *sgdy = (_uc *)(fka); for (_si suh = 0; suh <= 31; suh += 1) { if (nlrg[0] >= 64) { { _ui *cccg = (_ui *)(esha + 0); _ui *ghdm = (_ui *)(esha + 64); for (_si ajry = 0; ajry <= 15; ajry += 1) { cccg[ajry] = ghdm[ajry]; } for (_si acb = 0; acb <= 9; acb += 1) { { cccg[0] += cccg[4]; cccg[12] ^= cccg[0]; cccg[12] = ((((cccg[12]) << (16))) | (((cccg[12]) >> (16)))); cccg[8] += cccg[12]; cccg[4] ^= cccg[8]; cccg[4] = ((((cccg[4]) << (12))) | (((cccg[4]) >> (20)))); cccg[0] += cccg[4]; cccg[12] ^= cccg[0]; cccg[12] = ((((cccg[12]) << (8))) | (((cccg[12]) >> (24)))); cccg[8] += cccg[12]; cccg[4] ^= cccg[8]; cccg[4] = ((((cccg[4]) << (7))) | (((cccg[4]) >> (25)))); } { cccg[1] += cccg[5]; cccg[13] ^= cccg[1]; cccg[13] = ((((cccg[13]) << (16))) | (((cccg[13]) >> (16)))); cccg[9] += cccg[13]; cccg[5] ^= cccg[9]; cccg[5] = ((((cccg[5]) << (12))) | (((cccg[5]) >> (20)))); cccg[1] += cccg[5]; cccg[13] ^= cccg[1]; cccg[13] = ((((cccg[13]) << (8))) | (((cccg[13]) >> (24)))); cccg[9] += cccg[13]; cccg[5] ^= cccg[9]; cccg[5] = ((((cccg[5]) << (7))) | (((cccg[5]) >> (25)))); } qajo(cccg, 2, 6, 10, 14); ufv(cccg, 3, 7, 11, 15); { cccg[0] += cccg[5]; cccg[15] ^= cccg[0]; cccg[15] = ((((cccg[15]) << (16))) | (((cccg[15]) >> (16)))); cccg[10] += cccg[15]; cccg[5] ^= cccg[10]; cccg[5] = ((((cccg[5]) << (12))) | (((cccg[5]) >> (20)))); cccg[0] += cccg[5]; cccg[15] ^= cccg[0]; cccg[15] = ((((cccg[15]) << (8))) | (((cccg[15]) >> (24)))); cccg[10] += cccg[15]; cccg[5] ^= cccg[10]; cccg[5] = ((((cccg[5]) << (7))) | (((cccg[5]) >> (25)))); } { cccg[1] += cccg[6]; cccg[12] ^= cccg[1]; cccg[12] = ((((cccg[12]) << (16))) | (((cccg[12]) >> (16)))); cccg[11] += cccg[12]; cccg[6] ^= cccg[11]; cccg[6] = ((((cccg[6]) << (12))) | (((cccg[6]) >> (20)))); cccg[1] += cccg[6]; cccg[12] ^= cccg[1]; cccg[12] = ((((cccg[12]) << (8))) | (((cccg[12]) >> (24)))); cccg[11] += cccg[12]; cccg[6] ^= cccg[11]; cccg[6] = ((((cccg[6]) << (7))) | (((cccg[6]) >> (25)))); } { cccg[2] += cccg[7]; cccg[13] ^= cccg[2]; cccg[13] = ((((cccg[13]) << (16))) | (((cccg[13]) >> (16)))); cccg[8] += cccg[13]; cccg[7] ^= cccg[8]; cccg[7] = ((((cccg[7]) << (12))) | (((cccg[7]) >> (20)))); cccg[2] += cccg[7]; cccg[13] ^= cccg[2]; cccg[13] = ((((cccg[13]) << (8))) | (((cccg[13]) >> (24)))); cccg[8] += cccg[13]; cccg[7] ^= cccg[8]; cccg[7] = ((((cccg[7]) << (7))) | (((cccg[7]) >> (25)))); } wtfi(cccg, 3, 4, 9, 14); _m[65163] += 1; } for (_si jxl = 0; jxl <= 15; jxl += 1) { cccg[jxl] += ghdm[jxl]; } ghdm[12] += 1; if (ghdm[12] == 0) { ghdm[13] += 1; } } nlrg[0] = 0; } abt[suh] ^= sgdy[nlrg[0]]; nlrg[0] += 1; } } } uafv(qnjv, cwh, nkz, 32); { _uc *jjks = (_uc *)(mpta + 0); _uli *pjl = (_uli *)(mpta + 352); _si ujm = (_si)(((pjl[0]) & (63))); pjl[0] += 32; for (_si fkm = 0; fkm <= 31; fkm += 1) { jjks[ujm] = nkz[fkm]; ujm += 1; if (ujm == 64) { wjxu(mpta); ujm = 0; } } } { { onvu(qnjv, cwh); _ui *mrzp = (_ui *)(qnjv + 64); _ui *gsgf = (_ui *)(qnjv + 128); for (_si zxa = 0; zxa <= 3; zxa += 1) { mrzp[zxa] = (((_ui)(((_uc *)(_m + 48146) + 4 * zxa)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zxa)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zxa)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zxa)[3])) << (24)))); } for (_si klky = 0; klky <= 3; klky += 1) { mrzp[12 + klky] = 0; _m[65162] += 1; } gsgf[0] = 3904225602; } gsbr(qnjv, nkz, 32); } { uwxz(qnjv, hrow, 0); mca(qnjv, vsdr, 32); } { _uc *kwjb = (_uc *)(mpta + 0); _uli *spr = (_uli *)(mpta + 352); _si zobx = (_si)(((spr[0]) & (63))); spr[0] += 32; for (_si tzmv = 0; tzmv <= 31; tzmv += 1) { kwjb[zobx] = vsdr[tzmv]; zobx += 1; if (zobx == 64) { { _uc *ryt = (_uc *)(mpta + 0); _ui *vixq = (_ui *)(mpta + 64); _ui *sbyt = (_ui *)(mpta + 96); _si rjsl = 0; _ui uhcs = 0; _ui rmst = 0; _ui ibkt = 0; _ui pil = 0; _ui jod = 0; _ui lyyj = 0; for (_si xvu = 0; xvu <= 15; xvu += 1) { sbyt[xvu] = (((((((((_ui)(ryt[rjsl])) << (24))) | ((((_ui)(ryt[1 + rjsl])) << (16))))) | ((((_ui)(ryt[2 + rjsl])) << (8))))) | ((_ui)(ryt[3 + rjsl]))); rjsl += 4; } for (_si rby = 16; rby <= 31; rby += 1) { uhcs = ((((((((sbyt[-15 + rby]) >> (7))) | (((sbyt[-15 + rby]) << (25))))) ^ (((((sbyt[-15 + rby]) >> (18))) | (((sbyt[-15 + rby]) << (14))))))) ^ (((sbyt[-15 + rby]) >> (3)))); pil = ((((((((sbyt[-2 + rby]) >> (17))) | (((sbyt[-2 + rby]) << (15))))) ^ (((((sbyt[-2 + rby]) >> (19))) | (((sbyt[-2 + rby]) << (13))))))) ^ (((sbyt[-2 + rby]) >> (10)))); sbyt[rby] = pil + sbyt[-7 + rby] + sbyt[-16 + rby] + uhcs; _m[65160] += 1; } _ui xveb = vixq[0]; _ui hlni = vixq[1]; _ui uzbi = vixq[2]; _ui liav = vixq[3]; _ui kby = vixq[4]; _ui vyeq = vixq[5]; _ui wrz = vixq[6]; _ui xujx = vixq[7]; for (_si bsd = 0; bsd <= 31; bsd += 1) { uhcs = ((((((((xveb) >> (2))) | (((xveb) << (30))))) ^ (((((xveb) >> (13))) | (((xveb) << (19))))))) ^ (((((xveb) >> (22))) | (((xveb) << (10)))))); rmst = ((((((xveb) & (hlni))) ^ (((xveb) & (uzbi))))) ^ (((hlni) & (uzbi)))); ibkt = rmst + uhcs; pil = ((((((((kby) >> (6))) | (((kby) << (26))))) ^ (((((kby) >> (11))) | (((kby) << (21))))))) ^ (((((kby) >> (25))) | (((kby) << (7)))))); jod = ((((kby) & (vyeq))) ^ (((~kby) & (wrz)))); lyyj = sbyt[bsd] + pil + xujx + *(((_ui *)(_m + 246160) + bsd)) + jod; xujx = wrz; wrz = vyeq; vyeq = kby; kby = liav + lyyj; liav = uzbi; uzbi = hlni; hlni = xveb; xveb = ibkt + lyyj; _m[65161] += 1; } vixq[0] += xveb; vixq[1] += hlni; vixq[2] += uzbi; vixq[3] += liav; vixq[4] += kby; vixq[5] += vyeq; vixq[6] += wrz; vixq[7] += xujx; } zobx = 0; } } } grux(qfah, hrow, vsdr, 32); vxyh(mpta, uud, uud, 0); lyqi(elxt); ejq(elxt, uud, 32); { _uc *dqjt = (_uc *)(elxt + 0); { _uc *zgo = (_uc *)(elxt + 0); _uli *mpnm = (_uli *)(elxt + 352); _si uce = (_si)(((mpnm[0]) & (63))); mpnm[0] += 104; for (_si pcvz = 0; pcvz <= 103; pcvz += 1) { zgo[uce] = xlio[pcvz]; uce += 1; if (uce == 64) { esde(elxt); uce = 0; } } } _uli *waox = (_uli *)(elxt + 352); bcgv(elxt); for (_si stzm = 0; stzm <= 31; stzm += 1) { uud[stzm] = dqjt[stzm]; } } okqe(mpta); { _uc *jsiw = (_uc *)(mpta + 0); { _uc *dlb = (_uc *)(mpta + 0); _uli *bwgb = (_uli *)(mpta + 352); _si zdv = (_si)(((bwgb[0]) & (63))); bwgb[0] += 104; for (_si wxh = 0; wxh <= 103; wxh += 1) { dlb[zdv] = bmyk[wxh]; zdv += 1; if (zdv == 64) { { _uc *igpu = (_uc *)(mpta + 0); _ui *ryur = (_ui *)(mpta + 64); _ui *fjva = (_ui *)(mpta + 96); _si cxl = 0; _ui kdxd = 0; _ui recb = 0; _ui qtv = 0; _ui qrvi = 0; _ui mpuo = 0; _ui hoqz = 0; for (_si lww = 0; lww <= 15; lww += 1) { fjva[lww] = (((((((((_ui)(igpu[cxl])) << (24))) | ((((_ui)(igpu[1 + cxl])) << (16))))) | ((((_ui)(igpu[2 + cxl])) << (8))))) | ((_ui)(igpu[3 + cxl]))); cxl += 4; } for (_si hlzu = 16; hlzu <= 31; hlzu += 1) { kdxd = ((((((((fjva[-15 + hlzu]) >> (7))) | (((fjva[-15 + hlzu]) << (25))))) ^ (((((fjva[-15 + hlzu]) >> (18))) | (((fjva[-15 + hlzu]) << (14))))))) ^ (((fjva[-15 + hlzu]) >> (3)))); qrvi = ((((((((fjva[-2 + hlzu]) >> (17))) | (((fjva[-2 + hlzu]) << (15))))) ^ (((((fjva[-2 + hlzu]) >> (19))) | (((fjva[-2 + hlzu]) << (13))))))) ^ (((fjva[-2 + hlzu]) >> (10)))); fjva[hlzu] = fjva[-16 + hlzu] + fjva[-7 + hlzu] + kdxd + qrvi; _m[65160] += 1; } _ui qbjf = ryur[0]; _ui acw = ryur[1]; _ui kbrq = ryur[2]; _ui twsp = ryur[3]; _ui tojv = ryur[4]; _ui dar = ryur[5]; _ui lgsk = ryur[6]; _ui bvf = ryur[7]; for (_si ssy = 0; ssy <= 31; ssy += 1) { kdxd = ((((((((qbjf) >> (2))) | (((qbjf) << (30))))) ^ (((((qbjf) >> (13))) | (((qbjf) << (19))))))) ^ (((((qbjf) >> (22))) | (((qbjf) << (10)))))); recb = ((((((qbjf) & (acw))) ^ (((qbjf) & (kbrq))))) ^ (((acw) & (kbrq)))); qtv = kdxd + recb; qrvi = ((((((((tojv) >> (6))) | (((tojv) << (26))))) ^ (((((tojv) >> (11))) | (((tojv) << (21))))))) ^ (((((tojv) >> (25))) | (((tojv) << (7)))))); mpuo = ((((tojv) & (dar))) ^ (((~tojv) & (lgsk)))); hoqz = fjva[ssy] + mpuo + bvf + *(((_ui *)(_m + 246160) + ssy)) + qrvi; bvf = lgsk; lgsk = dar; dar = tojv; tojv = hoqz + twsp; twsp = kbrq; kbrq = acw; acw = qbjf; qbjf = hoqz + qtv; _m[65161] += 1; } ryur[0] += qbjf; ryur[1] += acw; ryur[2] += kbrq; ryur[3] += twsp; ryur[4] += tojv; ryur[5] += dar; ryur[6] += lgsk; ryur[7] += bvf; } zdv = 0; } } } _uli *vchm = (_uli *)(mpta + 352); mua(mpta); for (_si kyjs = 0; kyjs <= 31; kyjs += 1) { xxxc[kyjs] = jsiw[kyjs]; } } { vdci(qfah, xxxc, 0); { _ui *ooh = (_ui *)(qfah + 0); _ui *uudv = (_ui *)(qfah + 128); _uc *lco = (_uc *)(ooh); for (_si llf = 0; llf <= 31; llf += 1) { if (uudv[0] >= 64) { qozs(qfah); uudv[0] = 0; } uud[llf] ^= lco[uudv[0]]; uudv[0] += 1; } } } ewyj(pit, uud); necu(uud); } void gzv(_uli *uoos, _si mjj) { _si mfx = (mjj % 47); _si czpy = ((mjj) / (47)); _si bbxd = mjj; if (bbxd > (8 * sizeof(_uli))) { bbxd = -1; } if (czpy >= 13) { { for (_si lnlo = 0; lnlo <= 12; lnlo += 1) { uoos[lnlo] = 0; } } } else { _uli pwhy = (((((_uli)(1)) << (mfx))) - ((_uli)(1))); if (bbxd < 0) { uoos[0] = 0; } else { uoos[0] = ((((uoos[0]) & (~pwhy))) >> (bbxd)); }; if (czpy != 0) { uoos[0] += ((((uoos[czpy]) & (~pwhy))) >> (mfx)); } for (_si hfk = 1; hfk <= (12 - czpy); hfk += 1) { uoos[-1 + hfk] += ((((((uoos[czpy + hfk]) & (pwhy))) << (-mfx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); uoos[hfk] = ((((uoos[czpy + hfk]) & (~pwhy))) >> (mfx)); } for (_si zqi = 13 - czpy; zqi <= 12; zqi += 1) { uoos[zqi] = 0; } }; } void pxnx(_uli *gyjs) { _uc *yfvg = (_uc *)(gyjs); for (_si tfuz = 0; tfuz <= 360; tfuz += 1) { yfvg[tfuz] = (_uc)(1 + yfvg[tfuz]) * (_uc)(255 + yfvg[1 + tfuz]); } yfvg[361] = 0; } void siji(_uc *sud, _uc *wjba, _si vpj) { _uc *yzgm = (_uc *)(sud + 0); _uli *obqu = (_uli *)(sud + 352); _si dgru = (_si)(((obqu[0]) & (63))); obqu[0] += vpj; for (_si gfbr = 0; gfbr <= (-1 + vpj); gfbr += 1) { yzgm[dgru] = wjba[gfbr]; dgru += 1; if (dgru == 64) { qpgf(sud); dgru = 0; } } } void xysl(_uc *otlj) { _uc *zns = (_uc *)(otlj + 0); _ui *ckz = (_ui *)(otlj + 64); _ui *kecl = (_ui *)(otlj + 96); _si niq = 0; _ui yoj = 0; _ui oov = 0; _ui ukdu = 0; _ui luxr = 0; _ui ewk = 0; _ui tqb = 0; for (_si smlb = 0; smlb <= 15; smlb += 1) { kecl[smlb] = (((((((((_ui)(zns[niq])) << (24))) | ((((_ui)(zns[1 + niq])) << (16))))) | ((((_ui)(zns[2 + niq])) << (8))))) | ((_ui)(zns[3 + niq]))); niq += 4; } for (_si les = 16; les <= 31; les += 1) { yoj = ((((((((kecl[-15 + les]) >> (7))) | (((kecl[-15 + les]) << (25))))) ^ (((((kecl[-15 + les]) >> (18))) | (((kecl[-15 + les]) << (14))))))) ^ (((kecl[-15 + les]) >> (3)))); luxr = ((((((((kecl[-2 + les]) >> (17))) | (((kecl[-2 + les]) << (15))))) ^ (((((kecl[-2 + les]) >> (19))) | (((kecl[-2 + les]) << (13))))))) ^ (((kecl[-2 + les]) >> (10)))); kecl[les] = kecl[-16 + les] + kecl[-7 + les] + luxr + yoj; _m[65160] += 1; } _ui pyrn = ckz[0]; _ui fax = ckz[1]; _ui akrd = ckz[2]; _ui qsaa = ckz[3]; _ui ixx = ckz[4]; _ui hrt = ckz[5]; _ui qmra = ckz[6]; _ui nbkh = ckz[7]; for (_si iehr = 0; iehr <= 31; iehr += 1) { yoj = ((((((((pyrn) >> (2))) | (((pyrn) << (30))))) ^ (((((pyrn) >> (13))) | (((pyrn) << (19))))))) ^ (((((pyrn) >> (22))) | (((pyrn) << (10)))))); oov = ((((((pyrn) & (fax))) ^ (((pyrn) & (akrd))))) ^ (((fax) & (akrd)))); ukdu = oov + yoj; luxr = ((((((((ixx) >> (6))) | (((ixx) << (26))))) ^ (((((ixx) >> (11))) | (((ixx) << (21))))))) ^ (((((ixx) >> (25))) | (((ixx) << (7)))))); ewk = ((((ixx) & (hrt))) ^ (((~ixx) & (qmra)))); tqb = luxr + kecl[iehr] + nbkh + ewk + *(((_ui *)(_m + 246160) + iehr)); nbkh = qmra; qmra = hrt; hrt = ixx; ixx = qsaa + tqb; qsaa = akrd; akrd = fax; fax = pyrn; pyrn = tqb + ukdu; _m[65161] += 1; } ckz[0] += pyrn; ckz[1] += fax; ckz[2] += akrd; ckz[3] += qsaa; ckz[4] += ixx; ckz[5] += hrt; ckz[6] += qmra; ckz[7] += nbkh; } void tjga(_uli *gpng) { for (_si ktju = 0; ktju <= 11; ktju += 1) { gpng[1 + ktju] += ((gpng[ktju]) >> (47)); gpng[ktju] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gpng[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si jnfc(_uli *iaog) { _si sjzt = 0; _uli izya = 19; for (_si akuu = 12; akuu >= 0; akuu -= 1) { if (iaog[akuu] != 0) { sjzt = ((((iaog[akuu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return sjzt; } void aejy(_uli *vwvc, _uli *ulbf, _uli *iqjk) { _uli *khtq = zkzr(); _uli *dqqr = xlgb(); _uli *gxme = lcnh(); _uli *rxev = niei(); for (_si nwpt = 0; nwpt <= 12; nwpt += 1) { khtq[nwpt] = ((ulbf[nwpt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dqqr[nwpt] = ((ulbf[nwpt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gxme[nwpt] = ((iqjk[nwpt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rxev[nwpt] = ((iqjk[nwpt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zovk = 0; zovk <= 12; zovk += 1) { vwvc[zovk] = 0; } } for (_si clww = 0; clww <= (-1 + (((13) >> (1)))); clww += 1) { for (_si ydap = 0; ydap <= (-1 + (((13) >> (1)))); ydap += 1) { _uli fgyy = dqqr[clww] * gxme[ydap] + khtq[clww] * rxev[ydap]; _uli ofl = gxme[ydap] * khtq[clww]; _uli xrok = dqqr[clww] * rxev[ydap]; _uli fevd = ((vwvc[clww + ydap]) + (ofl) + (((((fgyy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fevd < ofl) { xrok += 1; } _uli sxuq = ((((fgyy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xrok) << ((-47 + (((sizeof(_uli)) << (3)))))))); vwvc[clww + ydap] = fevd; vwvc[1 + clww + ydap] += sxuq; } onwy(vwvc); } nvee(khtq); osif(dqqr); sikb(gxme); wtym(rxev); } void tqhe(_uc *pcnm, _uc *dicr, _si crrg) { _uc *uabu = (_uc *)(pcnm + 0); _uli *oweg = (_uli *)(pcnm + 352); _si moxu = (_si)(((oweg[0]) & (63))); oweg[0] += crrg; for (_si ejil = 0; ejil <= (-1 + crrg); ejil += 1) { uabu[moxu] = dicr[ejil]; moxu += 1; if (moxu == 64) { { _uc *qhrm = (_uc *)(pcnm + 0); _ui *wkqx = (_ui *)(pcnm + 64); _ui *iekd = (_ui *)(pcnm + 96); _si zsmm = 0; _ui gchx = 0; _ui xodp = 0; _ui lcsz = 0; _ui haep = 0; _ui lpxz = 0; _ui rwlj = 0; for (_si uaqn = 0; uaqn <= 15; uaqn += 1) { iekd[uaqn] = (((((((((_ui)(qhrm[zsmm])) << (24))) | ((((_ui)(qhrm[1 + zsmm])) << (16))))) | ((((_ui)(qhrm[2 + zsmm])) << (8))))) | ((_ui)(qhrm[3 + zsmm]))); zsmm += 4; } for (_si ocys = 16; ocys <= 31; ocys += 1) { gchx = ((((((((iekd[-15 + ocys]) >> (7))) | (((iekd[-15 + ocys]) << (25))))) ^ (((((iekd[-15 + ocys]) >> (18))) | (((iekd[-15 + ocys]) << (14))))))) ^ (((iekd[-15 + ocys]) >> (3)))); haep = ((((((((iekd[-2 + ocys]) >> (17))) | (((iekd[-2 + ocys]) << (15))))) ^ (((((iekd[-2 + ocys]) >> (19))) | (((iekd[-2 + ocys]) << (13))))))) ^ (((iekd[-2 + ocys]) >> (10)))); iekd[ocys] = gchx + haep + iekd[-7 + ocys] + iekd[-16 + ocys]; _m[65160] += 1; } _ui isah = wkqx[0]; _ui dtbb = wkqx[1]; _ui znbj = wkqx[2]; _ui tjkx = wkqx[3]; _ui ggra = wkqx[4]; _ui odvf = wkqx[5]; _ui vkmu = wkqx[6]; _ui igmc = wkqx[7]; for (_si ricn = 0; ricn <= 31; ricn += 1) { gchx = ((((((((isah) >> (2))) | (((isah) << (30))))) ^ (((((isah) >> (13))) | (((isah) << (19))))))) ^ (((((isah) >> (22))) | (((isah) << (10)))))); xodp = ((((((isah) & (dtbb))) ^ (((isah) & (znbj))))) ^ (((dtbb) & (znbj)))); lcsz = gchx + xodp; haep = ((((((((ggra) >> (6))) | (((ggra) << (26))))) ^ (((((ggra) >> (11))) | (((ggra) << (21))))))) ^ (((((ggra) >> (25))) | (((ggra) << (7)))))); lpxz = ((((ggra) & (odvf))) ^ (((~ggra) & (vkmu)))); rwlj = lpxz + iekd[ricn] + igmc + *(((_ui *)(_m + 246160) + ricn)) + haep; igmc = vkmu; vkmu = odvf; odvf = ggra; ggra = rwlj + tjkx; tjkx = znbj; znbj = dtbb; dtbb = isah; isah = lcsz + rwlj; _m[65161] += 1; } wkqx[0] += isah; wkqx[1] += dtbb; wkqx[2] += znbj; wkqx[3] += tjkx; wkqx[4] += ggra; wkqx[5] += odvf; wkqx[6] += vkmu; wkqx[7] += igmc; } moxu = 0; } } } void xvdq(_uc *opod, _uc *jxjl, _si lxsc) { _uc *vleu = (_uc *)(opod + 0); _uli *fnid = (_uli *)(opod + 352); _si obys = (_si)(((fnid[0]) & (63))); fnid[0] += lxsc; for (_si ynyg = 0; ynyg <= (-1 + lxsc); ynyg += 1) { vleu[obys] = jxjl[ynyg]; obys += 1; if (obys == 64) { { _uc *busm = (_uc *)(opod + 0); _ui *ccei = (_ui *)(opod + 64); _ui *glhn = (_ui *)(opod + 96); _si urec = 0; _ui cndo = 0; _ui nbbt = 0; _ui nxqx = 0; _ui qkhr = 0; _ui vaud = 0; _ui zexy = 0; for (_si xwwj = 0; xwwj <= 15; xwwj += 1) { glhn[xwwj] = (((((((((_ui)(busm[urec])) << (24))) | ((((_ui)(busm[1 + urec])) << (16))))) | ((((_ui)(busm[2 + urec])) << (8))))) | ((_ui)(busm[3 + urec]))); urec += 4; } for (_si asxl = 16; asxl <= 31; asxl += 1) { cndo = ((((((((glhn[-15 + asxl]) >> (7))) | (((glhn[-15 + asxl]) << (25))))) ^ (((((glhn[-15 + asxl]) >> (18))) | (((glhn[-15 + asxl]) << (14))))))) ^ (((glhn[-15 + asxl]) >> (3)))); qkhr = ((((((((glhn[-2 + asxl]) >> (17))) | (((glhn[-2 + asxl]) << (15))))) ^ (((((glhn[-2 + asxl]) >> (19))) | (((glhn[-2 + asxl]) << (13))))))) ^ (((glhn[-2 + asxl]) >> (10)))); glhn[asxl] = cndo + glhn[-7 + asxl] + glhn[-16 + asxl] + qkhr; _m[65160] += 1; } _ui tcvb = ccei[0]; _ui etzw = ccei[1]; _ui etvn = ccei[2]; _ui dqft = ccei[3]; _ui cazz = ccei[4]; _ui bzzr = ccei[5]; _ui xokf = ccei[6]; _ui ozez = ccei[7]; for (_si snfw = 0; snfw <= 31; snfw += 1) { cndo = ((((((((tcvb) >> (2))) | (((tcvb) << (30))))) ^ (((((tcvb) >> (13))) | (((tcvb) << (19))))))) ^ (((((tcvb) >> (22))) | (((tcvb) << (10)))))); nbbt = ((((((tcvb) & (etzw))) ^ (((tcvb) & (etvn))))) ^ (((etzw) & (etvn)))); nxqx = cndo + nbbt; qkhr = ((((((((cazz) >> (6))) | (((cazz) << (26))))) ^ (((((cazz) >> (11))) | (((cazz) << (21))))))) ^ (((((cazz) >> (25))) | (((cazz) << (7)))))); vaud = ((((cazz) & (bzzr))) ^ (((~cazz) & (xokf)))); zexy = glhn[snfw] + *(((_ui *)(_m + 246160) + snfw)) + ozez + qkhr + vaud; ozez = xokf; xokf = bzzr; bzzr = cazz; cazz = dqft + zexy; dqft = etvn; etvn = etzw; etzw = tcvb; tcvb = nxqx + zexy; _m[65161] += 1; } ccei[0] += tcvb; ccei[1] += etzw; ccei[2] += etvn; ccei[3] += dqft; ccei[4] += cazz; ccei[5] += bzzr; ccei[6] += xokf; ccei[7] += ozez; } obys = 0; } } } void osif(_uli *plzn) { _uc *ogmi = (_uc *)(plzn); for (_si dygv = 0; dygv <= 360; dygv += 1) { ogmi[dygv] = (_uc)(1 + ogmi[dygv]) * (_uc)(255 + ogmi[1 + dygv]); } ogmi[361] = 0; } void btwq(_si gsrk, _uli *zaxd, _uli *wnqp, _uli *xuds, _uli *ssn, _uli *rgl, _uli *fyje) { _uli *roxs = qvot(); { if (roxs != rgl) { for (_si djkv = 0; djkv <= 44; djkv += 1) { roxs[djkv] = rgl[djkv]; } } } { { if (ssn != xuds) { for (_si abmv = 0; abmv <= 44; abmv += 1) { ssn[abmv] = xuds[abmv]; } } } } _si pnld = 0; for (_si zrqe = 44; zrqe >= 0; zrqe -= 1) { _uli zbdw = fyje[zrqe]; _uli dkao = (((_uli)(1)) << (46)); while (dkao != 0) { _si dne = ((((zbdw) & (dkao))) != (0)); if (pnld || dne) { { mgjo(ssn, ssn); nexv(gsrk, zaxd, wnqp, ssn, ssn); } if (dne) { { pjcr(ssn, ssn, roxs); { _uli *gldj = vbxx(); { if (gldj != ssn) { for (_si tbzp = 0; tbzp <= 44; tbzp += 1) { gldj[tbzp] = ssn[tbzp]; } } } ftgw(ssn, ssn); llkm(gsrk, ssn); { _uli *ipf = qhzc(); _uli *opl = sisr(); _uli *wwyy = vjwg(); _uli *zuv = hyye(); for (_si mtyw = 0; mtyw <= 44; mtyw += 1) { ipf[mtyw] = ((ssn[mtyw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); opl[mtyw] = ((ssn[mtyw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wwyy[mtyw] = ((wnqp[mtyw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zuv[mtyw] = ((wnqp[mtyw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qvda = 0; qvda <= 44; qvda += 1) { ssn[qvda] = 0; } } for (_si vdd = 0; vdd <= (-1 + (((45) >> (1)))); vdd += 1) { for (_si urws = 0; urws <= (-1 + (((45) >> (1)))); urws += 1) { _uli xyrm = ipf[vdd] * zuv[urws] + opl[vdd] * wwyy[urws]; _uli tphz = ipf[vdd] * wwyy[urws]; _uli xgbz = opl[vdd] * zuv[urws]; _uli uvku = ((ssn[urws + vdd]) + (tphz) + (((((xyrm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uvku < tphz) { xgbz += 1; } _uli pkms = ((((xyrm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xgbz) << ((-47 + (((sizeof(_uli)) << (3)))))))); ssn[urws + vdd] = uvku; ssn[1 + urws + vdd] += pkms; } { for (_si bgkg = 0; bgkg <= 43; bgkg += 1) { ssn[1 + bgkg] += ((ssn[bgkg]) >> (47)); ssn[bgkg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ssn[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *jdfr = (_uc *)(ipf); for (_si imrp = 0; imrp <= 360; imrp += 1) { jdfr[imrp] = (_uc)(1 + jdfr[imrp]) * (_uc)(255 + jdfr[1 + imrp]); } jdfr[361] = 0; } { _uc *kqel = (_uc *)(opl); for (_si acdn = 0; acdn <= 360; acdn += 1) { kqel[acdn] = (_uc)(255 + kqel[1 + acdn]) * (_uc)(1 + kqel[acdn]); } kqel[361] = 0; } { _uc *yxft = (_uc *)(wwyy); for (_si jqzi = 0; jqzi <= 360; jqzi += 1) { yxft[jqzi] = (_uc)(1 + yxft[jqzi]) * (_uc)(255 + yxft[1 + jqzi]); } yxft[361] = 0; } { _uc *vty = (_uc *)(zuv); for (_si ihv = 0; ihv <= 360; ihv += 1) { vty[ihv] = (_uc)(1 + vty[ihv]) * (_uc)(255 + vty[1 + ihv]); } vty[361] = 0; } } { ssn[(((gsrk) / (47)))] &= ((((((_uli)(1)) << ((gsrk % 47)))) - ((_uli)(1)))); for (_si cbb = 1 + (((gsrk) / (47))); cbb <= 44; cbb += 1) { ssn[cbb] = 0; } } { _uli *prn = mfoa(); _uli *miek = kzki(); _uli *yov = qhzc(); _uli *pdbe = wdj(); for (_si vdkp = 0; vdkp <= 44; vdkp += 1) { prn[vdkp] = ((ssn[vdkp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); miek[vdkp] = ((ssn[vdkp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yov[vdkp] = ((zaxd[vdkp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pdbe[vdkp] = ((zaxd[vdkp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } lyhy(ssn); for (_si xud = 0; xud <= (-1 + (((45) >> (1)))); xud += 1) { for (_si umqd = 0; umqd <= (-1 + (((45) >> (1)))); umqd += 1) { _uli whea = miek[xud] * yov[umqd] + pdbe[umqd] * prn[xud]; _uli iaak = prn[xud] * yov[umqd]; _uli btdo = miek[xud] * pdbe[umqd]; _uli eiwx = ((ssn[umqd + xud]) + (iaak) + (((((whea) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (eiwx < iaak) { btdo += 1; } _uli nqyh = ((((whea) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((btdo) << ((-47 + (((sizeof(_uli)) << (3)))))))); ssn[umqd + xud] = eiwx; ssn[1 + umqd + xud] += nqyh; } biyi(ssn); } { _uc *gttj = (_uc *)(prn); for (_si jcwe = 0; jcwe <= 360; jcwe += 1) { gttj[jcwe] = (_uc)(255 + gttj[1 + jcwe]) * (_uc)(1 + gttj[jcwe]); } gttj[361] = 0; } lxr(miek); { _uc *kbnx = (_uc *)(yov); for (_si ujnx = 0; ujnx <= 360; ujnx += 1) { kbnx[ujnx] = (_uc)(1 + kbnx[ujnx]) * (_uc)(255 + kbnx[1 + ujnx]); } kbnx[361] = 0; } jbtm(pdbe); } fuuv(ssn, ssn, gldj); imvj(ssn, gsrk); { for (_si lqgy = 0; lqgy <= 44; lqgy += 1) { gldj[lqgy] = ssn[lqgy] - zaxd[lqgy]; } mews(gldj); } _si ngye = aijd(gldj); if (!ngye) { { if (ssn != gldj) { for (_si nfm = 0; nfm <= 44; nfm += 1) { ssn[nfm] = gldj[nfm]; } } } } { _uc *wii = (_uc *)(gldj); for (_si ftsn = 0; ftsn <= 360; ftsn += 1) { wii[ftsn] = (_uc)(1 + wii[ftsn]) * (_uc)(255 + wii[1 + ftsn]); } wii[361] = 0; } } } } pnld = 1; } dkao >>= 1; } } { _uc *rxgc = (_uc *)(roxs); for (_si xjfj = 0; xjfj <= 360; xjfj += 1) { rxgc[xjfj] = (_uc)(255 + rxgc[1 + xjfj]) * (_uc)(1 + rxgc[xjfj]); } rxgc[361] = 0; } } void qzds(_uli *ictb, _uli *xtgu) { for (_si uzoo = 0; uzoo <= 12; uzoo += 1) { ictb[uzoo] = -xtgu[uzoo]; } } void csoa(_uli *jvkc) { for (_si vaxe = 0; vaxe <= 11; vaxe += 1) { jvkc[1 + vaxe] += ((jvkc[vaxe]) >> (47)); jvkc[vaxe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jvkc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wtas(_uli *qsvj) { for (_si ymju = 0; ymju <= 43; ymju += 1) { qsvj[1 + ymju] += ((qsvj[ymju]) >> (47)); qsvj[ymju] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qsvj[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ioao(_uli *rpxr) { for (_si dpnq = 0; dpnq <= 11; dpnq += 1) { rpxr[1 + dpnq] += ((rpxr[dpnq]) >> (47)); rpxr[dpnq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rpxr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void yfuj(_uli *pcl, _si ibg) { _si goyi = (ibg % 47); _si lcfo = ((ibg) / (47)); _si ymlh = ibg; if (ymlh > (8 * sizeof(_uli))) { ymlh = -1; } if (lcfo >= 13) { { for (_si aycp = 0; aycp <= 12; aycp += 1) { pcl[aycp] = 0; } } } else { _uli rzmx = (((((_uli)(1)) << (goyi))) - ((_uli)(1))); if (ymlh < 0) { pcl[0] = 0; } else { pcl[0] = ((((pcl[0]) & (~rzmx))) >> (ymlh)); }; if (lcfo != 0) { pcl[0] += ((((pcl[lcfo]) & (~rzmx))) >> (goyi)); } for (_si yuqx = 1; yuqx <= (12 - lcfo); yuqx += 1) { pcl[-1 + yuqx] += ((((((pcl[lcfo + yuqx]) & (rzmx))) << (-goyi + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pcl[yuqx] = ((((pcl[lcfo + yuqx]) & (~rzmx))) >> (goyi)); } for (_si okhc = 13 - lcfo; okhc <= 12; okhc += 1) { pcl[okhc] = 0; } }; } void zwtx(_uli *jysz, _uli *qlpi, _uli *hiix) { for (_si mrs = 0; mrs <= 12; mrs += 1) { jysz[mrs] = -hiix[mrs] + qlpi[mrs]; } { _si akoj = zvvt(jysz); if (akoj) { { for (_si nhlk = 0; nhlk <= 12; nhlk += 1) { jysz[nhlk] = -jysz[nhlk]; } } } for (_si wzn = 0; wzn <= 11; wzn += 1) { if (((((jysz[wzn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jysz[1 + wzn] -= 1; } else { jysz[1 + wzn] += ((jysz[wzn]) >> (47)); }; jysz[wzn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jysz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (akoj) { { for (_si wbll = 0; wbll <= 12; wbll += 1) { jysz[wbll] = -jysz[wbll]; } } } } } _uli *zkzr() { ; _uli *wmvp; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; wmvp = (_uli *)(_m + 362 * _s); break; } _s += 1; } return wmvp; } void leip(_uli *lafc) { _uc *psei = (_uc *)(lafc); for (_si tiot = 0; tiot <= 360; tiot += 1) { psei[tiot] = (_uc)(1 + psei[tiot]) * (_uc)(255 + psei[1 + tiot]); } psei[361] = 0; } void wphk(_uli *lhas) { _uc *xvig = (_uc *)(lhas); for (_si srqm = 0; srqm <= 360; srqm += 1) { xvig[srqm] = (_uc)(1 + xvig[srqm]) * (_uc)(255 + xvig[1 + srqm]); } xvig[361] = 0; } void sspv(_uli *rbiq, _si vntc) { _si murj = (vntc % 47); _si agiu = ((vntc) / (47)); _si xmzt = vntc; if (xmzt > (8 * sizeof(_uli))) { xmzt = -1; } if (agiu >= 13) { { for (_si izoz = 0; izoz <= 12; izoz += 1) { rbiq[izoz] = 0; } } } else { _uli qqnl = (((((_uli)(1)) << (murj))) - ((_uli)(1))); if (xmzt < 0) { rbiq[0] = 0; } else { rbiq[0] = ((((rbiq[0]) & (~qqnl))) >> (xmzt)); }; if (agiu != 0) { rbiq[0] += ((((rbiq[agiu]) & (~qqnl))) >> (murj)); } for (_si pliq = 1; pliq <= (12 - agiu); pliq += 1) { rbiq[-1 + pliq] += ((((((rbiq[agiu + pliq]) & (qqnl))) << (-murj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rbiq[pliq] = ((((rbiq[agiu + pliq]) & (~qqnl))) >> (murj)); } for (_si ilph = 13 - agiu; ilph <= 12; ilph += 1) { rbiq[ilph] = 0; } }; } void xdyh(_uli *idb) { for (_si ijvn = 0; ijvn <= 43; ijvn += 1) { idb[1 + ijvn] += ((idb[ijvn]) >> (47)); idb[ijvn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } idb[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void todl(_si lsyy, _uli *qmbr) { qmbr[(((lsyy) / (47)))] &= ((((((_uli)(1)) << ((lsyy % 47)))) - ((_uli)(1)))); for (_si jaxb = 1 + (((lsyy) / (47))); jaxb <= 12; jaxb += 1) { qmbr[jaxb] = 0; } } void mdsh(_uli *iykv, _uli *ykro, _uli *zdwb) { _uli *amf = ebux(); ovng(amf, iykv, ykro, zdwb); ztfb(amf); } void bomx(_uli *baur) { _uc *iidm = (_uc *)(baur); for (_si eixb = 0; eixb <= 360; eixb += 1) { iidm[eixb] = (_uc)(255 + iidm[1 + eixb]) * (_uc)(1 + iidm[eixb]); } iidm[361] = 0; } void idtk(_uli *yyri, _uli *qavd) { _uli *xxcz = kooz(); _uli *zsln = aurm(); for (_si kqni = 0; kqni <= 12; kqni += 1) { xxcz[kqni] = ((qavd[kqni]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zsln[kqni] = ((qavd[kqni]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ovkm = 0; ovkm <= 12; ovkm += 1) { yyri[ovkm] = 0; } } for (_si ksyu = 0; ksyu <= (-1 + (((13) >> (1)))); ksyu += 1) { for (_si qnvs = 0; qnvs <= (-1 + (((13) >> (1)))); qnvs += 1) { _uli uxeg = xxcz[qnvs] * zsln[ksyu] + xxcz[ksyu] * zsln[qnvs]; _uli tujd = xxcz[qnvs] * xxcz[ksyu]; _uli zmze = zsln[qnvs] * zsln[ksyu]; _uli rjwd = ((yyri[ksyu + qnvs]) + (tujd) + (((((uxeg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rjwd < tujd) { zmze += 1; } _uli drph = ((((uxeg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zmze) << ((-47 + (((sizeof(_uli)) << (3)))))))); yyri[ksyu + qnvs] = rjwd; yyri[1 + ksyu + qnvs] += drph; } { for (_si ehhu = 0; ehhu <= 11; ehhu += 1) { yyri[1 + ehhu] += ((yyri[ehhu]) >> (47)); yyri[ehhu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yyri[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } wsqo(xxcz); { _uc *eyaa = (_uc *)(zsln); for (_si nuio = 0; nuio <= 360; nuio += 1) { eyaa[nuio] = (_uc)(1 + eyaa[nuio]) * (_uc)(255 + eyaa[1 + nuio]); } eyaa[361] = 0; } } void wvtg(_uli *jzva) { for (_si hpoz = 0; hpoz <= 12; hpoz += 1) { jzva[hpoz] = 0; } } void poyw(_si yxso, _uli *syhc, _uli *hnsw, _uli *nypf, _uli *rotq, _uli *pcws) { { _uli *oass = udvd(); _uli *qkje = lzph(); _uli *xtgg = zuyb(); _uli *oids = tewx(); for (_si brvd = 0; brvd <= 12; brvd += 1) { oass[brvd] = ((rotq[brvd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qkje[brvd] = ((rotq[brvd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xtgg[brvd] = ((pcws[brvd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oids[brvd] = ((pcws[brvd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si memd = 0; memd <= 12; memd += 1) { nypf[memd] = 0; } } for (_si ekyq = 0; ekyq <= (-1 + (((13) >> (1)))); ekyq += 1) { for (_si ymfd = 0; ymfd <= (-1 + (((13) >> (1)))); ymfd += 1) { _uli txpf = oass[ekyq] * oids[ymfd] + qkje[ekyq] * xtgg[ymfd]; _uli zajm = oass[ekyq] * xtgg[ymfd]; _uli nzri = oids[ymfd] * qkje[ekyq]; _uli fivs = ((nypf[ekyq + ymfd]) + (zajm) + (((((txpf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fivs < zajm) { nzri += 1; } _uli lbsh = ((((txpf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nzri) << ((-47 + (((sizeof(_uli)) << (3)))))))); nypf[ekyq + ymfd] = fivs; nypf[1 + ekyq + ymfd] += lbsh; } { for (_si ndzf = 0; ndzf <= 11; ndzf += 1) { nypf[1 + ndzf] += ((nypf[ndzf]) >> (47)); nypf[ndzf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nypf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } uwef(oass); { _uc *jesr = (_uc *)(qkje); for (_si uqvi = 0; uqvi <= 360; uqvi += 1) { jesr[uqvi] = (_uc)(1 + jesr[uqvi]) * (_uc)(255 + jesr[1 + uqvi]); } jesr[361] = 0; } { _uc *vsaj = (_uc *)(xtgg); for (_si ndbz = 0; ndbz <= 360; ndbz += 1) { vsaj[ndbz] = (_uc)(1 + vsaj[ndbz]) * (_uc)(255 + vsaj[1 + ndbz]); } vsaj[361] = 0; } texy(oids); } { _uli *xzsc = oerh(); { if (xzsc != nypf) { for (_si yetp = 0; yetp <= 12; yetp += 1) { xzsc[yetp] = nypf[yetp]; } } } { ; } rgiu(yxso, nypf); vgyt(nypf, nypf, hnsw); { nypf[(((yxso) / (47)))] &= ((((((_uli)(1)) << ((yxso % 47)))) - ((_uli)(1)))); for (_si uexy = 1 + (((yxso) / (47))); uexy <= 12; uexy += 1) { nypf[uexy] = 0; } } { _uli *yzux = opcr(); _uli *mzkn = tewx(); _uli *uosi = wpkw(); _uli *jbtj = wsbw(); for (_si unxf = 0; unxf <= 12; unxf += 1) { yzux[unxf] = ((nypf[unxf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mzkn[unxf] = ((nypf[unxf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uosi[unxf] = ((syhc[unxf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jbtj[unxf] = ((syhc[unxf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jgpo = 0; jgpo <= 12; jgpo += 1) { nypf[jgpo] = 0; } } for (_si sqie = 0; sqie <= (-1 + (((13) >> (1)))); sqie += 1) { for (_si mmwd = 0; mmwd <= (-1 + (((13) >> (1)))); mmwd += 1) { _uli ihxd = jbtj[mmwd] * yzux[sqie] + mzkn[sqie] * uosi[mmwd]; _uli waaw = uosi[mmwd] * yzux[sqie]; _uli ikxq = jbtj[mmwd] * mzkn[sqie]; _uli wahd = ((nypf[mmwd + sqie]) + (waaw) + (((((ihxd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wahd < waaw) { ikxq += 1; } _uli fcum = ((((ihxd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ikxq) << ((-47 + (((sizeof(_uli)) << (3)))))))); nypf[mmwd + sqie] = wahd; nypf[1 + mmwd + sqie] += fcum; } xbww(nypf); } { _uc *kbvu = (_uc *)(yzux); for (_si hyvb = 0; hyvb <= 360; hyvb += 1) { kbvu[hyvb] = (_uc)(1 + kbvu[hyvb]) * (_uc)(255 + kbvu[1 + hyvb]); } kbvu[361] = 0; } { _uc *syzi = (_uc *)(mzkn); for (_si xqmm = 0; xqmm <= 360; xqmm += 1) { syzi[xqmm] = (_uc)(1 + syzi[xqmm]) * (_uc)(255 + syzi[1 + xqmm]); } syzi[361] = 0; } { _uc *kofc = (_uc *)(uosi); for (_si skup = 0; skup <= 360; skup += 1) { kofc[skup] = (_uc)(255 + kofc[1 + skup]) * (_uc)(1 + kofc[skup]); } kofc[361] = 0; } sbmf(jbtj); } gcdn(nypf, nypf, xzsc); xbre(nypf, yxso); scvl(xzsc, nypf, syhc); _si fhpq = ivzx(xzsc); if (!fhpq) { { if (nypf != xzsc) { for (_si uapa = 0; uapa <= 12; uapa += 1) { nypf[uapa] = xzsc[uapa]; } } } } { _uc *ltyv = (_uc *)(xzsc); for (_si mocm = 0; mocm <= 360; mocm += 1) { ltyv[mocm] = (_uc)(255 + ltyv[1 + mocm]) * (_uc)(1 + ltyv[mocm]); } ltyv[361] = 0; } } } void dvrt(_uc *pjuu, _uc *gtus) { _ui *ylis = (_ui *)(pjuu + 64); for (_si svtl = 0; svtl <= 7; svtl += 1) { ylis[4 + svtl] = (((_ui)((gtus + 4 * svtl)[0])) + ((((_ui)((gtus + 4 * svtl)[1])) << (8))) + ((((_ui)((gtus + 4 * svtl)[2])) << (16))) + ((((_ui)((gtus + 4 * svtl)[3])) << (24)))); } } void awdg(_uli *sgsf) { _uc *ruax = (_uc *)(sgsf); for (_si vdsq = 0; vdsq <= 360; vdsq += 1) { ruax[vdsq] = (_uc)(1 + ruax[vdsq]) * (_uc)(255 + ruax[1 + vdsq]); } ruax[361] = 0; } void obdg(_uli *mvqi, _uli *kxrt, _uli *bqyd) { _uli *amxx = rbgz(); _uli *rhtc = usvv(); _uli *milm = wpkw(); _uli *uzfa = teuv(); for (_si sugn = 0; sugn <= 12; sugn += 1) { amxx[sugn] = ((kxrt[sugn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rhtc[sugn] = ((kxrt[sugn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); milm[sugn] = ((bqyd[sugn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uzfa[sugn] = ((bqyd[sugn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } bdmh(mvqi); for (_si ubpc = 0; ubpc <= (-1 + (((13) >> (1)))); ubpc += 1) { for (_si ujyc = 0; ujyc <= (-1 + (((13) >> (1)))); ujyc += 1) { _uli zuxh = amxx[ubpc] * uzfa[ujyc] + milm[ujyc] * rhtc[ubpc]; _uli paeo = amxx[ubpc] * milm[ujyc]; _uli rqlc = rhtc[ubpc] * uzfa[ujyc]; _uli gkox = ((mvqi[ubpc + ujyc]) + (paeo) + (((((zuxh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gkox < paeo) { rqlc += 1; } _uli xpty = ((((zuxh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rqlc) << ((-47 + (((sizeof(_uli)) << (3)))))))); mvqi[ubpc + ujyc] = gkox; mvqi[1 + ubpc + ujyc] += xpty; } { for (_si sfov = 0; sfov <= 11; sfov += 1) { mvqi[1 + sfov] += ((mvqi[sfov]) >> (47)); mvqi[sfov] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mvqi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } zeuz(amxx); jgit(rhtc); khna(milm); caow(uzfa); } _uli *mxek() { ; _uli *rjxv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; rjxv = (_uli *)(_m + 362 * _s); break; } _s += 1; } return rjxv; } _si nmd(_uli *onno, _uli *ycfe) { _si bpjb = 0; for (_si wfpk = 12; wfpk >= 0; wfpk -= 1) { if (onno[wfpk] > ycfe[wfpk]) { break; } else if (onno[wfpk] < ycfe[wfpk]) { bpjb = 1; break; }; } return bpjb; } _si yqws(_uli *ozzi) { _si naau = -1; for (_si odhm = 12; odhm >= 0; odhm -= 1) { if (ozzi[odhm] != 0) { naau = odhm; break; } } return naau; } void sftm(_uli *jqia, _uli *vmwf) { if (jqia != vmwf) { for (_si htzr = 0; htzr <= 12; htzr += 1) { jqia[htzr] = vmwf[htzr]; } } } void vtca(_uli *rtwf) { _uc *woqd = (_uc *)(rtwf); for (_si uywn = 0; uywn <= 360; uywn += 1) { woqd[uywn] = (_uc)(255 + woqd[1 + uywn]) * (_uc)(1 + woqd[uywn]); } woqd[361] = 0; } void mrbj(_uli *fobj, _uli *hvub, _uli *guwt) { for (_si afwh = 0; afwh <= 12; afwh += 1) { fobj[afwh] = guwt[afwh] + hvub[afwh]; } { _si yjcw = bxnb(fobj); if (yjcw) { { for (_si mape = 0; mape <= 12; mape += 1) { fobj[mape] = -fobj[mape]; } } } for (_si oiwj = 0; oiwj <= 11; oiwj += 1) { if (((((fobj[oiwj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fobj[1 + oiwj] -= 1; } else { fobj[1 + oiwj] += ((fobj[oiwj]) >> (47)); }; fobj[oiwj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fobj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yjcw) { { for (_si awhj = 0; awhj <= 12; awhj += 1) { fobj[awhj] = -fobj[awhj]; } } } } } void edmh(_uc *knvt) { _ui *qzpr = (_ui *)(knvt + 0); _ui *aoty = (_ui *)(knvt + 64); for (_si vfhs = 0; vfhs <= 15; vfhs += 1) { qzpr[vfhs] = aoty[vfhs]; } for (_si nzwg = 0; nzwg <= 9; nzwg += 1) { wnqj(qzpr, 0, 4, 8, 12); xdql(qzpr, 1, 5, 9, 13); yjof(qzpr, 2, 6, 10, 14); kjv(qzpr, 3, 7, 11, 15); { qzpr[0] += qzpr[5]; qzpr[15] ^= qzpr[0]; qzpr[15] = ((((qzpr[15]) << (16))) | (((qzpr[15]) >> (16)))); qzpr[10] += qzpr[15]; qzpr[5] ^= qzpr[10]; qzpr[5] = ((((qzpr[5]) << (12))) | (((qzpr[5]) >> (20)))); qzpr[0] += qzpr[5]; qzpr[15] ^= qzpr[0]; qzpr[15] = ((((qzpr[15]) << (8))) | (((qzpr[15]) >> (24)))); qzpr[10] += qzpr[15]; qzpr[5] ^= qzpr[10]; qzpr[5] = ((((qzpr[5]) << (7))) | (((qzpr[5]) >> (25)))); } kjv(qzpr, 1, 6, 11, 12); sqml(qzpr, 2, 7, 8, 13); wtfi(qzpr, 3, 4, 9, 14); _m[65163] += 1; } for (_si aroa = 0; aroa <= 15; aroa += 1) { qzpr[aroa] += aoty[aroa]; } aoty[12] += 1; if (aoty[12] == 0) { aoty[13] += 1; } } void aazt(_uli *rnos, _uli *rpay, _uli *mrtb) { for (_si qprj = 0; qprj <= 12; qprj += 1) { rnos[qprj] = -mrtb[qprj] + rpay[qprj]; } { _si yaou = ukaw(rnos); if (yaou) { { for (_si rpbm = 0; rpbm <= 12; rpbm += 1) { rnos[rpbm] = -rnos[rpbm]; } } } for (_si myeh = 0; myeh <= 11; myeh += 1) { if (((((rnos[myeh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rnos[1 + myeh] -= 1; } else { rnos[1 + myeh] += ((rnos[myeh]) >> (47)); }; rnos[myeh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rnos[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yaou) { { for (_si teuj = 0; teuj <= 12; teuj += 1) { rnos[teuj] = -rnos[teuj]; } } } } } _uc *suvc() { ; _uc *mkrk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; mkrk = (_uc *)(_m + 362 * _s); break; } _s += 1; } return mkrk; } void epuy(_uli *omkk, _si sylh) { _si vepe = (sylh % 47); _si prtf = ((sylh) / (47)); _si yizz = sylh; if (yizz > (8 * sizeof(_uli))) { yizz = -1; } if (prtf >= 13) { vzh(omkk); } else { _uli rhfr = (((((_uli)(1)) << (vepe))) - ((_uli)(1))); if (yizz < 0) { omkk[0] = 0; } else { omkk[0] = ((((omkk[0]) & (~rhfr))) >> (yizz)); }; if (prtf != 0) { omkk[0] += ((((omkk[prtf]) & (~rhfr))) >> (vepe)); } for (_si waxu = 1; waxu <= (12 - prtf); waxu += 1) { omkk[-1 + waxu] += ((((((omkk[prtf + waxu]) & (rhfr))) << (-vepe + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); omkk[waxu] = ((((omkk[prtf + waxu]) & (~rhfr))) >> (vepe)); } for (_si hzmc = 13 - prtf; hzmc <= 12; hzmc += 1) { omkk[hzmc] = 0; } }; } void oayr(_uli *mefz, _uli *sxsu, _uli *rrhs) { for (_si ghcy = 0; ghcy <= 12; ghcy += 1) { mefz[ghcy] = -rrhs[ghcy] + sxsu[ghcy]; } { _si pyue = zvvt(mefz); if (pyue) { qlup(mefz, mefz); } for (_si ukpp = 0; ukpp <= 11; ukpp += 1) { if (((((mefz[ukpp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mefz[1 + ukpp] -= 1; } else { mefz[1 + ukpp] += ((mefz[ukpp]) >> (47)); }; mefz[ukpp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mefz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pyue) { { for (_si bfnb = 0; bfnb <= 12; bfnb += 1) { mefz[bfnb] = -mefz[bfnb]; } } } } } void enve(_uli *luyx, _si mxuq) { _si ubbw = gbmq(luyx); if (ubbw) { { for (_si fovc = 0; fovc <= 12; fovc += 1) { luyx[fovc] = -luyx[fovc]; } } } { _si rijr = (mxuq % 47); _si voxz = ((mxuq) / (47)); _si ppuv = mxuq; if (ppuv > (8 * sizeof(_uli))) { ppuv = -1; } if (voxz >= 13) { { for (_si hxwm = 0; hxwm <= 12; hxwm += 1) { luyx[hxwm] = 0; } } } else { _uli qoqi = (((((_uli)(1)) << (rijr))) - ((_uli)(1))); if (ppuv < 0) { luyx[0] = 0; } else { luyx[0] = ((((luyx[0]) & (~qoqi))) >> (ppuv)); }; if (voxz != 0) { luyx[0] += ((((luyx[voxz]) & (~qoqi))) >> (rijr)); } for (_si mqzr = 1; mqzr <= (12 - voxz); mqzr += 1) { luyx[-1 + mqzr] += ((((((luyx[mqzr + voxz]) & (qoqi))) << (-rijr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); luyx[mqzr] = ((((luyx[mqzr + voxz]) & (~qoqi))) >> (rijr)); } for (_si fxut = 13 - voxz; fxut <= 12; fxut += 1) { luyx[fxut] = 0; } }; } if (ubbw) { { for (_si eujw = 0; eujw <= 12; eujw += 1) { luyx[eujw] = -luyx[eujw]; } } } } void sqml(_ui *gsdw, _si rtej, _si dca, _si tlli, _si ooe) { gsdw[rtej] += gsdw[dca]; gsdw[ooe] ^= gsdw[rtej]; gsdw[ooe] = ((((gsdw[ooe]) << (16))) | (((gsdw[ooe]) >> (16)))); gsdw[tlli] += gsdw[ooe]; gsdw[dca] ^= gsdw[tlli]; gsdw[dca] = ((((gsdw[dca]) << (12))) | (((gsdw[dca]) >> (20)))); gsdw[rtej] += gsdw[dca]; gsdw[ooe] ^= gsdw[rtej]; gsdw[ooe] = ((((gsdw[ooe]) << (8))) | (((gsdw[ooe]) >> (24)))); gsdw[tlli] += gsdw[ooe]; gsdw[dca] ^= gsdw[tlli]; gsdw[dca] = ((((gsdw[dca]) << (7))) | (((gsdw[dca]) >> (25)))); } void yel(_uli *mxsu) { for (_si parb = 0; parb <= 11; parb += 1) { mxsu[1 + parb] += ((mxsu[parb]) >> (47)); mxsu[parb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mxsu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fum(_uc *irxy, _uc *fdk, _si amkt) { { _ui *bpfw = (_ui *)(irxy + 64); for (_si orei = 0; orei <= 7; orei += 1) { bpfw[4 + orei] = (((_ui)((fdk + 4 * orei)[0])) + ((((_ui)((fdk + 4 * orei)[1])) << (8))) + ((((_ui)((fdk + 4 * orei)[2])) << (16))) + ((((_ui)((fdk + 4 * orei)[3])) << (24)))); } } _ui *ysgc = (_ui *)(irxy + 64); _ui *rdd = (_ui *)(irxy + 128); for (_si dekd = 0; dekd <= 3; dekd += 1) { ysgc[dekd] = (((_ui)(((_uc *)(_m + 48146) + 4 * dekd)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dekd)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dekd)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dekd)[3])) << (24)))); } for (_si qdya = 0; qdya <= 3; qdya += 1) { ysgc[12 + qdya] = amkt; _m[65162] += 1; } rdd[0] = 3904225602; } void syrv(_uli *xufz, _uli *yuxv) { for (_si radi = 0; radi <= 12; radi += 1) { xufz[radi] = -yuxv[radi]; } } _uli *mmlk() { ; _uli *ydkw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; ydkw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ydkw; } void bldf(_uli *yrjh, _uli *ouhb, _uli *bima) { for (_si zsqv = 0; zsqv <= 12; zsqv += 1) { yrjh[zsqv] = bima[zsqv] + ouhb[zsqv]; } { _si quin = lrgu(yrjh); if (quin) { { for (_si qxiq = 0; qxiq <= 12; qxiq += 1) { yrjh[qxiq] = -yrjh[qxiq]; } } } for (_si wiwr = 0; wiwr <= 11; wiwr += 1) { if (((((yrjh[wiwr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yrjh[1 + wiwr] -= 1; } else { yrjh[1 + wiwr] += ((yrjh[wiwr]) >> (47)); }; yrjh[wiwr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yrjh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (quin) { { for (_si sqyu = 0; sqyu <= 12; sqyu += 1) { yrjh[sqyu] = -yrjh[sqyu]; } } } } } void ysib(_uc *czqi, _uc *snhv, _uc *nblz, _si bvyo) { isiz(czqi, snhv, 0); { _ui *ktsf = (_ui *)(czqi + 0); _ui *dcyz = (_ui *)(czqi + 128); _uc *goln = (_uc *)(ktsf); for (_si eefr = 0; eefr <= (-1 + bvyo); eefr += 1) { if (dcyz[0] >= 64) { { _ui *ywfn = (_ui *)(czqi + 0); _ui *foid = (_ui *)(czqi + 64); for (_si dwef = 0; dwef <= 15; dwef += 1) { ywfn[dwef] = foid[dwef]; } for (_si szgp = 0; szgp <= 9; szgp += 1) { ntrk(ywfn, 0, 4, 8, 12); rytz(ywfn, 1, 5, 9, 13); ptwx(ywfn, 2, 6, 10, 14); { ywfn[3] += ywfn[7]; ywfn[15] ^= ywfn[3]; ywfn[15] = ((((ywfn[15]) << (16))) | (((ywfn[15]) >> (16)))); ywfn[11] += ywfn[15]; ywfn[7] ^= ywfn[11]; ywfn[7] = ((((ywfn[7]) << (12))) | (((ywfn[7]) >> (20)))); ywfn[3] += ywfn[7]; ywfn[15] ^= ywfn[3]; ywfn[15] = ((((ywfn[15]) << (8))) | (((ywfn[15]) >> (24)))); ywfn[11] += ywfn[15]; ywfn[7] ^= ywfn[11]; ywfn[7] = ((((ywfn[7]) << (7))) | (((ywfn[7]) >> (25)))); } ptwx(ywfn, 0, 5, 10, 15); gfqo(ywfn, 1, 6, 11, 12); { ywfn[2] += ywfn[7]; ywfn[13] ^= ywfn[2]; ywfn[13] = ((((ywfn[13]) << (16))) | (((ywfn[13]) >> (16)))); ywfn[8] += ywfn[13]; ywfn[7] ^= ywfn[8]; ywfn[7] = ((((ywfn[7]) << (12))) | (((ywfn[7]) >> (20)))); ywfn[2] += ywfn[7]; ywfn[13] ^= ywfn[2]; ywfn[13] = ((((ywfn[13]) << (8))) | (((ywfn[13]) >> (24)))); ywfn[8] += ywfn[13]; ywfn[7] ^= ywfn[8]; ywfn[7] = ((((ywfn[7]) << (7))) | (((ywfn[7]) >> (25)))); } fqss(ywfn, 3, 4, 9, 14); _m[65163] += 1; } for (_si lyhu = 0; lyhu <= 15; lyhu += 1) { ywfn[lyhu] += foid[lyhu]; } foid[12] += 1; if (foid[12] == 0) { foid[13] += 1; } } dcyz[0] = 0; } nblz[eefr] ^= goln[dcyz[0]]; dcyz[0] += 1; } } } void xbww(_uli *huch) { for (_si vbq = 0; vbq <= 11; vbq += 1) { huch[1 + vbq] += ((huch[vbq]) >> (47)); huch[vbq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } huch[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fnxj(_uli *phpy) { for (_si dwed = 0; dwed <= 11; dwed += 1) { phpy[1 + dwed] += ((phpy[dwed]) >> (47)); phpy[dwed] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } phpy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zzzg(_uc *cfze, _uc *dpek, _uc *npke, _si qpal) { uvcr(cfze, dpek, 0); { _ui *dubr = (_ui *)(cfze + 0); _ui *xfqg = (_ui *)(cfze + 128); _uc *iyl = (_uc *)(dubr); for (_si cvad = 0; cvad <= (-1 + qpal); cvad += 1) { if (xfqg[0] >= 64) { { _ui *dsoj = (_ui *)(cfze + 0); _ui *nhr = (_ui *)(cfze + 64); for (_si pbga = 0; pbga <= 15; pbga += 1) { dsoj[pbga] = nhr[pbga]; } for (_si vsuy = 0; vsuy <= 9; vsuy += 1) { { dsoj[0] += dsoj[4]; dsoj[12] ^= dsoj[0]; dsoj[12] = ((((dsoj[12]) << (16))) | (((dsoj[12]) >> (16)))); dsoj[8] += dsoj[12]; dsoj[4] ^= dsoj[8]; dsoj[4] = ((((dsoj[4]) << (12))) | (((dsoj[4]) >> (20)))); dsoj[0] += dsoj[4]; dsoj[12] ^= dsoj[0]; dsoj[12] = ((((dsoj[12]) << (8))) | (((dsoj[12]) >> (24)))); dsoj[8] += dsoj[12]; dsoj[4] ^= dsoj[8]; dsoj[4] = ((((dsoj[4]) << (7))) | (((dsoj[4]) >> (25)))); } tosj(dsoj, 1, 5, 9, 13); { dsoj[2] += dsoj[6]; dsoj[14] ^= dsoj[2]; dsoj[14] = ((((dsoj[14]) << (16))) | (((dsoj[14]) >> (16)))); dsoj[10] += dsoj[14]; dsoj[6] ^= dsoj[10]; dsoj[6] = ((((dsoj[6]) << (12))) | (((dsoj[6]) >> (20)))); dsoj[2] += dsoj[6]; dsoj[14] ^= dsoj[2]; dsoj[14] = ((((dsoj[14]) << (8))) | (((dsoj[14]) >> (24)))); dsoj[10] += dsoj[14]; dsoj[6] ^= dsoj[10]; dsoj[6] = ((((dsoj[6]) << (7))) | (((dsoj[6]) >> (25)))); } ktwi(dsoj, 3, 7, 11, 15); { dsoj[0] += dsoj[5]; dsoj[15] ^= dsoj[0]; dsoj[15] = ((((dsoj[15]) << (16))) | (((dsoj[15]) >> (16)))); dsoj[10] += dsoj[15]; dsoj[5] ^= dsoj[10]; dsoj[5] = ((((dsoj[5]) << (12))) | (((dsoj[5]) >> (20)))); dsoj[0] += dsoj[5]; dsoj[15] ^= dsoj[0]; dsoj[15] = ((((dsoj[15]) << (8))) | (((dsoj[15]) >> (24)))); dsoj[10] += dsoj[15]; dsoj[5] ^= dsoj[10]; dsoj[5] = ((((dsoj[5]) << (7))) | (((dsoj[5]) >> (25)))); } { dsoj[1] += dsoj[6]; dsoj[12] ^= dsoj[1]; dsoj[12] = ((((dsoj[12]) << (16))) | (((dsoj[12]) >> (16)))); dsoj[11] += dsoj[12]; dsoj[6] ^= dsoj[11]; dsoj[6] = ((((dsoj[6]) << (12))) | (((dsoj[6]) >> (20)))); dsoj[1] += dsoj[6]; dsoj[12] ^= dsoj[1]; dsoj[12] = ((((dsoj[12]) << (8))) | (((dsoj[12]) >> (24)))); dsoj[11] += dsoj[12]; dsoj[6] ^= dsoj[11]; dsoj[6] = ((((dsoj[6]) << (7))) | (((dsoj[6]) >> (25)))); } pnxm(dsoj, 2, 7, 8, 13); hxre(dsoj, 3, 4, 9, 14); _m[65163] += 1; } for (_si kneb = 0; kneb <= 15; kneb += 1) { dsoj[kneb] += nhr[kneb]; } nhr[12] += 1; if (nhr[12] == 0) { nhr[13] += 1; } } xfqg[0] = 0; } npke[cvad] ^= iyl[xfqg[0]]; xfqg[0] += 1; } } } void ttlr(_si xaxu, _uli *xydy) { xydy[(((xaxu) / (47)))] &= ((((((_uli)(1)) << ((xaxu % 47)))) - ((_uli)(1)))); for (_si wsec = 1 + (((xaxu) / (47))); wsec <= 12; wsec += 1) { xydy[wsec] = 0; } } void ywwe(_uc *xoe, _uc *mavz, _uc *nkd, _si bsfi) { heul(xoe, mavz, 0); uhyy(xoe, nkd, bsfi); } void oidg(_uli *prbn, _uli *kyst, _uli *tzqh) { _uli *gxun = oerh(); _uli *egmb = bfuj(); _uli *zohy = kooz(); _uli *wxhv = oerh(); for (_si oysb = 0; oysb <= 12; oysb += 1) { gxun[oysb] = ((kyst[oysb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); egmb[oysb] = ((kyst[oysb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zohy[oysb] = ((tzqh[oysb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wxhv[oysb] = ((tzqh[oysb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wjyj = 0; wjyj <= 12; wjyj += 1) { prbn[wjyj] = 0; } } for (_si xbil = 0; xbil <= (-1 + (((13) >> (1)))); xbil += 1) { for (_si bmvs = 0; bmvs <= (-1 + (((13) >> (1)))); bmvs += 1) { _uli ryhi = egmb[xbil] * zohy[bmvs] + gxun[xbil] * wxhv[bmvs]; _uli zshx = gxun[xbil] * zohy[bmvs]; _uli lccd = egmb[xbil] * wxhv[bmvs]; _uli vkwn = ((prbn[bmvs + xbil]) + (zshx) + (((((ryhi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vkwn < zshx) { lccd += 1; } _uli lebp = ((((ryhi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lccd) << ((-47 + (((sizeof(_uli)) << (3)))))))); prbn[bmvs + xbil] = vkwn; prbn[1 + bmvs + xbil] += lebp; } lhka(prbn); } rbtt(gxun); ajzm(egmb); gebv(zohy); { _uc *udlo = (_uc *)(wxhv); for (_si fhqp = 0; fhqp <= 360; fhqp += 1) { udlo[fhqp] = (_uc)(1 + udlo[fhqp]) * (_uc)(255 + udlo[1 + fhqp]); } udlo[361] = 0; } } void vzpb(_si swce, _uli *uvcx) { uvcx[(((swce) / (47)))] &= ((((((_uli)(1)) << ((swce % 47)))) - ((_uli)(1)))); for (_si jgaz = 1 + (((swce) / (47))); jgaz <= 12; jgaz += 1) { uvcx[jgaz] = 0; } } _uli *ruwl() { ; _uli *dljf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; dljf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return dljf; } void vvct(_uc *choh, _uc *tyeb, _uc *jknd, _si krnd) { _uc *gpgf = (_uc *)(choh + 0); nvij(choh, jknd, krnd); _uli *plca = (_uli *)(choh + 352); isvb(choh); for (_si zpua = 0; zpua <= 31; zpua += 1) { tyeb[zpua] = gpgf[zpua]; } } void ceqi(_uli *kykx) { _uc *dlsk = (_uc *)(kykx); for (_si cemj = 0; cemj <= 360; cemj += 1) { dlsk[cemj] = (_uc)(1 + dlsk[cemj]) * (_uc)(255 + dlsk[1 + cemj]); } dlsk[361] = 0; } void oxuj(_uli *mjaz) { _uc *aaed = nwou(); _uc *whbq = ((_uc *)(_m + 19548) + 0); _uc *aude = (_uc *)(mjaz); for (_si tzhp = 0; tzhp <= 103; tzhp += 1) { aude[tzhp] = *(((_uc *)(_m + 123080) + tzhp)); } vlow(aaed, whbq, aude, 104); } void bpnc(_uli *bufl, _uli *xbh, _uli *kuku) { _uli *fugg = ypfg(); _uli *yua = tewx(); _uli *wlya = rbgz(); _uli *tlcl = nyjk(); for (_si gykr = 0; gykr <= 12; gykr += 1) { fugg[gykr] = ((xbh[gykr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yua[gykr] = ((xbh[gykr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wlya[gykr] = ((kuku[gykr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tlcl[gykr] = ((kuku[gykr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si gsze = 0; gsze <= 12; gsze += 1) { bufl[gsze] = 0; } } for (_si zcak = 0; zcak <= (-1 + (((13) >> (1)))); zcak += 1) { for (_si hla = 0; hla <= (-1 + (((13) >> (1)))); hla += 1) { _uli pkad = fugg[zcak] * tlcl[hla] + wlya[hla] * yua[zcak]; _uli qzr = fugg[zcak] * wlya[hla]; _uli febm = tlcl[hla] * yua[zcak]; _uli aupr = ((bufl[hla + zcak]) + (qzr) + (((((pkad) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (aupr < qzr) { febm += 1; } _uli dhvm = ((((pkad) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((febm) << ((-47 + (((sizeof(_uli)) << (3)))))))); bufl[hla + zcak] = aupr; bufl[1 + hla + zcak] += dhvm; } nepy(bufl); } { _uc *qiss = (_uc *)(fugg); for (_si zygo = 0; zygo <= 360; zygo += 1) { qiss[zygo] = (_uc)(255 + qiss[1 + zygo]) * (_uc)(1 + qiss[zygo]); } qiss[361] = 0; } { _uc *liqv = (_uc *)(yua); for (_si mcqr = 0; mcqr <= 360; mcqr += 1) { liqv[mcqr] = (_uc)(1 + liqv[mcqr]) * (_uc)(255 + liqv[1 + mcqr]); } liqv[361] = 0; } jrex(wlya); sikb(tlcl); } void bob(_uc *cmv, _uc *gnqv, _uc *mkg, _uc *dblo, _uc *ifer, _uc *wywm, _uc *jnga, _uc *jtw, _uc *og, _uc *kocx, _uli *hgf, _uli *sgbx, _uli *mio, _uc *qsq, _uc *op, _uc *zjj, _uc *skip) { _uc *fsni = vfo(); _uc *zddm = nnef(); _uc *lma = (_uc *)(sgbx); _uc *dlq = (_uc *)(mio); dhst(gnqv); { { { _ui *hemm = (_ui *)(wywm + 64); for (_si qbi = 0; qbi <= 7; qbi += 1) { hemm[4 + qbi] = (((_ui)((jnga + 4 * qbi)[0])) + ((((_ui)((jnga + 4 * qbi)[1])) << (8))) + ((((_ui)((jnga + 4 * qbi)[2])) << (16))) + ((((_ui)((jnga + 4 * qbi)[3])) << (24)))); } } _ui *laot = (_ui *)(wywm + 64); _ui *eqit = (_ui *)(wywm + 128); for (_si ncyq = 0; ncyq <= 3; ncyq += 1) { laot[ncyq] = (((_ui)(((_uc *)(_m + 48146) + 4 * ncyq)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ncyq)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ncyq)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ncyq)[3])) << (24)))); } for (_si tcqe = 0; tcqe <= 3; tcqe += 1) { laot[12 + tcqe] = 0; _m[65162] += 1; } eqit[0] = 3904225602; } jwq(wywm, qsq, 32); } xvdq(gnqv, qsq, 32); nfob(dblo, jnga, qsq, 32); xgud(dblo, jtw, op, 32); { _uc *ngv = (_uc *)(gnqv + 0); _uli *ifin = (_uli *)(gnqv + 352); _si ill = (_si)(((ifin[0]) & (63))); ifin[0] += 32; for (_si ynth = 0; ynth <= 31; ynth += 1) { ngv[ill] = op[ynth]; ill += 1; if (ill == 64) { fiv(gnqv); ill = 0; } } } iekc(mkg, jtw, op, 32); { { jjgz(wywm, og); _ui *vfp = (_ui *)(wywm + 64); _ui *ytp = (_ui *)(wywm + 128); for (_si mfh = 0; mfh <= 3; mfh += 1) { vfp[mfh] = (((_ui)(((_uc *)(_m + 48146) + 4 * mfh)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mfh)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mfh)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mfh)[3])) << (24)))); } for (_si bki = 0; bki <= 3; bki += 1) { vfp[12 + bki] = 0; _m[65162] += 1; } ytp[0] = 3904225602; } { _ui *bla = (_ui *)(wywm + 0); _ui *bq = (_ui *)(wywm + 128); _uc *kvv = (_uc *)(bla); for (_si vr = 0; vr <= 31; vr += 1) { if (bq[0] >= 64) { uejt(wywm); bq[0] = 0; } zjj[vr] ^= kvv[bq[0]]; bq[0] += 1; } } } { _uc *uuoz = (_uc *)(gnqv + 0); _uli *ojbw = (_uli *)(gnqv + 352); _si fn = (_si)(((ojbw[0]) & (63))); ojbw[0] += 32; for (_si gta = 0; gta <= 31; gta += 1) { uuoz[fn] = zjj[gta]; fn += 1; if (fn == 64) { { _uc *jirb = (_uc *)(gnqv + 0); _ui *iyqa = (_ui *)(gnqv + 64); _ui *duak = (_ui *)(gnqv + 96); _si wu = 0; _ui nnaq = 0; _ui lpac = 0; _ui gavv = 0; _ui ujre = 0; _ui dvi = 0; _ui iwb = 0; for (_si yvt = 0; yvt <= 15; yvt += 1) { duak[yvt] = (((((((((_ui)(jirb[wu])) << (24))) | ((((_ui)(jirb[1 + wu])) << (16))))) | ((((_ui)(jirb[2 + wu])) << (8))))) | ((_ui)(jirb[3 + wu]))); wu += 4; } for (_si dn = 16; dn <= 31; dn += 1) { nnaq = ((((((((duak[-15 + dn]) >> (7))) | (((duak[-15 + dn]) << (25))))) ^ (((((duak[-15 + dn]) >> (18))) | (((duak[-15 + dn]) << (14))))))) ^ (((duak[-15 + dn]) >> (3)))); ujre = ((((((((duak[-2 + dn]) >> (17))) | (((duak[-2 + dn]) << (15))))) ^ (((((duak[-2 + dn]) >> (19))) | (((duak[-2 + dn]) << (13))))))) ^ (((duak[-2 + dn]) >> (10)))); duak[dn] = duak[-16 + dn] + duak[-7 + dn] + nnaq + ujre; _m[65160] += 1; } _ui tey = iyqa[0]; _ui naer = iyqa[1]; _ui qxz = iyqa[2]; _ui yeus = iyqa[3]; _ui mxah = iyqa[4]; _ui zcsa = iyqa[5]; _ui owdm = iyqa[6]; _ui yh = iyqa[7]; for (_si pdxk = 0; pdxk <= 31; pdxk += 1) { nnaq = ((((((((tey) >> (2))) | (((tey) << (30))))) ^ (((((tey) >> (13))) | (((tey) << (19))))))) ^ (((((tey) >> (22))) | (((tey) << (10)))))); lpac = ((((((tey) & (naer))) ^ (((tey) & (qxz))))) ^ (((naer) & (qxz)))); gavv = lpac + nnaq; ujre = ((((((((mxah) >> (6))) | (((mxah) << (26))))) ^ (((((mxah) >> (11))) | (((mxah) << (21))))))) ^ (((((mxah) >> (25))) | (((mxah) << (7)))))); dvi = ((((mxah) & (zcsa))) ^ (((~mxah) & (owdm)))); iwb = yh + dvi + *(((_ui *)(_m + 246160) + pdxk)) + duak[pdxk] + ujre; yh = owdm; owdm = zcsa; zcsa = mxah; mxah = iwb + yeus; yeus = qxz; qxz = naer; naer = tey; tey = gavv + iwb; _m[65161] += 1; } iyqa[0] += tey; iyqa[1] += naer; iyqa[2] += qxz; iyqa[3] += yeus; iyqa[4] += mxah; iyqa[5] += zcsa; iyqa[6] += owdm; iyqa[7] += yh; } fn = 0; } } } { { cmle(wywm, og); _ui *hbh = (_ui *)(wywm + 64); _ui *noi = (_ui *)(wywm + 128); for (_si fbzw = 0; fbzw <= 3; fbzw += 1) { hbh[fbzw] = (((_ui)(((_uc *)(_m + 48146) + 4 * fbzw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fbzw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fbzw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fbzw)[3])) << (24)))); } for (_si zbav = 0; zbav <= 3; zbav += 1) { hbh[12 + zbav] = 0; _m[65162] += 1; } noi[0] = 3904225602; } { _ui *ckrp = (_ui *)(wywm + 0); _ui *crt = (_ui *)(wywm + 128); _uc *yxy = (_uc *)(ckrp); for (_si rqs = 0; rqs <= 31; rqs += 1) { if (crt[0] >= 64) { ugv(wywm); crt[0] = 0; } zjj[rqs] ^= yxy[crt[0]]; crt[0] += 1; } } } { { { _ui *gjlf = (_ui *)(wywm + 64); for (_si rpu = 0; rpu <= 7; rpu += 1) { gjlf[4 + rpu] = (((_ui)((kocx + 4 * rpu)[0])) + ((((_ui)((kocx + 4 * rpu)[1])) << (8))) + ((((_ui)((kocx + 4 * rpu)[2])) << (16))) + ((((_ui)((kocx + 4 * rpu)[3])) << (24)))); } } _ui *hrdx = (_ui *)(wywm + 64); _ui *zfg = (_ui *)(wywm + 128); for (_si mzb = 0; mzb <= 3; mzb += 1) { hrdx[mzb] = (((_ui)(((_uc *)(_m + 48146) + 4 * mzb)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mzb)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mzb)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mzb)[3])) << (24)))); } for (_si ykt = 0; ykt <= 3; ykt += 1) { hrdx[12 + ykt] = 0; _m[65162] += 1; } zfg[0] = 3904225602; } cwwd(wywm, skip, 32); } jmk(gnqv, skip, 32); { ehe(ifer, kocx, 0); wtwh(ifer, skip, 32); } { _uc *ygi = (_uc *)(gnqv + 0); { _uc *dvvp = (_uc *)(gnqv + 0); _uli *wvi = (_uli *)(gnqv + 352); _si vml = (_si)(((wvi[0]) & (63))); wvi[0] += 0; for (_si evh = 0; evh <= -1; evh += 1) { dvvp[vml] = zddm[evh]; vml += 1; if (vml == 64) { { _uc *equ = (_uc *)(gnqv + 0); _ui *yixi = (_ui *)(gnqv + 64); _ui *awfm = (_ui *)(gnqv + 96); _si grz = 0; _ui wtgo = 0; _ui yd = 0; _ui yobc = 0; _ui yuli = 0; _ui mr = 0; _ui aqv = 0; for (_si ivlu = 0; ivlu <= 15; ivlu += 1) { awfm[ivlu] = (((((((((_ui)(equ[grz])) << (24))) | ((((_ui)(equ[1 + grz])) << (16))))) | ((((_ui)(equ[2 + grz])) << (8))))) | ((_ui)(equ[3 + grz]))); grz += 4; } for (_si ciz = 16; ciz <= 31; ciz += 1) { wtgo = ((((((((awfm[-15 + ciz]) >> (7))) | (((awfm[-15 + ciz]) << (25))))) ^ (((((awfm[-15 + ciz]) >> (18))) | (((awfm[-15 + ciz]) << (14))))))) ^ (((awfm[-15 + ciz]) >> (3)))); yuli = ((((((((awfm[-2 + ciz]) >> (17))) | (((awfm[-2 + ciz]) << (15))))) ^ (((((awfm[-2 + ciz]) >> (19))) | (((awfm[-2 + ciz]) << (13))))))) ^ (((awfm[-2 + ciz]) >> (10)))); awfm[ciz] = awfm[-7 + ciz] + awfm[-16 + ciz] + wtgo + yuli; _m[65160] += 1; } _ui ktex = yixi[0]; _ui getf = yixi[1]; _ui qpx = yixi[2]; _ui qfg = yixi[3]; _ui uja = yixi[4]; _ui opo = yixi[5]; _ui alj = yixi[6]; _ui czfy = yixi[7]; for (_si vhho = 0; vhho <= 31; vhho += 1) { wtgo = ((((((((ktex) >> (2))) | (((ktex) << (30))))) ^ (((((ktex) >> (13))) | (((ktex) << (19))))))) ^ (((((ktex) >> (22))) | (((ktex) << (10)))))); yd = ((((((ktex) & (getf))) ^ (((ktex) & (qpx))))) ^ (((getf) & (qpx)))); yobc = wtgo + yd; yuli = ((((((((uja) >> (6))) | (((uja) << (26))))) ^ (((((uja) >> (11))) | (((uja) << (21))))))) ^ (((((uja) >> (25))) | (((uja) << (7)))))); mr = ((((uja) & (opo))) ^ (((~uja) & (alj)))); aqv = awfm[vhho] + yuli + czfy + *(((_ui *)(_m + 246160) + vhho)) + mr; czfy = alj; alj = opo; opo = uja; uja = aqv + qfg; qfg = qpx; qpx = getf; getf = ktex; ktex = aqv + yobc; _m[65161] += 1; } yixi[0] += ktex; yixi[1] += getf; yixi[2] += qpx; yixi[3] += qfg; yixi[4] += uja; yixi[5] += opo; yixi[6] += alj; yixi[7] += czfy; } vml = 0; } } } _uli *oqui = (_uli *)(gnqv + 352); { _uc *lqc = (_uc *)(gnqv + 0); _ui *grbp = (_ui *)(gnqv + 64); _uli *ejjd = (_uli *)(gnqv + 352); _uli cnoi = 8 * ejjd[0]; _uc slri[1]; slri[0] = 128; jdio(gnqv, slri, 1); while (((((ejjd[0]) & (63))) != (56))) { slri[0] = 0; { _uc *uwpr = (_uc *)(gnqv + 0); _uli *ecge = (_uli *)(gnqv + 352); _si vta = (_si)(((ecge[0]) & (63))); ecge[0] += 1; for (_si hse = 0; hse <= 0; hse += 1) { uwpr[vta] = slri[hse]; vta += 1; if (vta == 64) { { _uc *nct = (_uc *)(gnqv + 0); _ui *lod = (_ui *)(gnqv + 64); _ui *egsj = (_ui *)(gnqv + 96); _si xatk = 0; _ui lldz = 0; _ui vtxi = 0; _ui eolr = 0; _ui oku = 0; _ui ihe = 0; _ui sdc = 0; for (_si noxz = 0; noxz <= 15; noxz += 1) { egsj[noxz] = (((((((((_ui)(nct[xatk])) << (24))) | ((((_ui)(nct[1 + xatk])) << (16))))) | ((((_ui)(nct[2 + xatk])) << (8))))) | ((_ui)(nct[3 + xatk]))); xatk += 4; } for (_si trmr = 16; trmr <= 31; trmr += 1) { lldz = ((((((((egsj[-15 + trmr]) >> (7))) | (((egsj[-15 + trmr]) << (25))))) ^ (((((egsj[-15 + trmr]) >> (18))) | (((egsj[-15 + trmr]) << (14))))))) ^ (((egsj[-15 + trmr]) >> (3)))); oku = ((((((((egsj[-2 + trmr]) >> (17))) | (((egsj[-2 + trmr]) << (15))))) ^ (((((egsj[-2 + trmr]) >> (19))) | (((egsj[-2 + trmr]) << (13))))))) ^ (((egsj[-2 + trmr]) >> (10)))); egsj[trmr] = egsj[-7 + trmr] + egsj[-16 + trmr] + lldz + oku; _m[65160] += 1; } _ui zzg = lod[0]; _ui bje = lod[1]; _ui lbvh = lod[2]; _ui bfre = lod[3]; _ui xtci = lod[4]; _ui weur = lod[5]; _ui wlae = lod[6]; _ui fll = lod[7]; for (_si vvk = 0; vvk <= 31; vvk += 1) { lldz = ((((((((zzg) >> (2))) | (((zzg) << (30))))) ^ (((((zzg) >> (13))) | (((zzg) << (19))))))) ^ (((((zzg) >> (22))) | (((zzg) << (10)))))); vtxi = ((((((zzg) & (bje))) ^ (((zzg) & (lbvh))))) ^ (((bje) & (lbvh)))); eolr = lldz + vtxi; oku = ((((((((xtci) >> (6))) | (((xtci) << (26))))) ^ (((((xtci) >> (11))) | (((xtci) << (21))))))) ^ (((((xtci) >> (25))) | (((xtci) << (7)))))); ihe = ((((xtci) & (weur))) ^ (((~xtci) & (wlae)))); sdc = fll + oku + ihe + *(((_ui *)(_m + 246160) + vvk)) + egsj[vvk]; fll = wlae; wlae = weur; weur = xtci; xtci = bfre + sdc; bfre = lbvh; lbvh = bje; bje = zzg; zzg = eolr + sdc; _m[65161] += 1; } lod[0] += zzg; lod[1] += bje; lod[2] += lbvh; lod[3] += bfre; lod[4] += xtci; lod[5] += weur; lod[6] += wlae; lod[7] += fll; } vta = 0; } } } } for (_si cxw = 0; cxw <= 7; cxw += 1) { slri[0] = (_uc)(((((cnoi) >> (8 * (7 - cxw)))) & (255))); hxab(gnqv, slri, 1); } _si pvnq = 0; for (_si lhx = 0; lhx <= 7; lhx += 1) { _ui mju = grbp[lhx]; lqc[pvnq] = (_uc)(((((mju) >> (24))) & (255))); lqc[1 + pvnq] = (_uc)(((((mju) >> (16))) & (255))); lqc[2 + pvnq] = (_uc)(((((mju) >> (8))) & (255))); lqc[3 + pvnq] = (_uc)(((mju) & (255))); pvnq += 4; } } for (_si emba = 0; emba <= 31; emba += 1) { zddm[emba] = ygi[emba]; } } { _ui *vfyy = (_ui *)(cmv + 64); _uli *vve = (_uli *)(cmv + 352); vfyy[0] = 3072593861; vfyy[1] = 3086033710; vfyy[2] = 3878829419; vfyy[3] = 661946499; vfyy[4] = 3836525215; vfyy[5] = 533529351; vfyy[6] = 1116444951; vfyy[7] = 1869145119; vve[0] = 0; } urkl(cmv, zddm, 32); { _uc *cakw = (_uc *)(cmv + 0); { _uc *uwm = (_uc *)(cmv + 0); _uli *irub = (_uli *)(cmv + 352); _si gpkg = (_si)(((irub[0]) & (63))); irub[0] += 104; for (_si tthk = 0; tthk <= 103; tthk += 1) { uwm[gpkg] = lma[tthk]; gpkg += 1; if (gpkg == 64) { { _uc *afn = (_uc *)(cmv + 0); _ui *pjln = (_ui *)(cmv + 64); _ui *oxw = (_ui *)(cmv + 96); _si uhv = 0; _ui fsi = 0; _ui yymw = 0; _ui uxd = 0; _ui oitn = 0; _ui eerk = 0; _ui hot = 0; for (_si uml = 0; uml <= 15; uml += 1) { oxw[uml] = (((((((((_ui)(afn[uhv])) << (24))) | ((((_ui)(afn[1 + uhv])) << (16))))) | ((((_ui)(afn[2 + uhv])) << (8))))) | ((_ui)(afn[3 + uhv]))); uhv += 4; } for (_si rzbd = 16; rzbd <= 31; rzbd += 1) { fsi = ((((((((oxw[-15 + rzbd]) >> (7))) | (((oxw[-15 + rzbd]) << (25))))) ^ (((((oxw[-15 + rzbd]) >> (18))) | (((oxw[-15 + rzbd]) << (14))))))) ^ (((oxw[-15 + rzbd]) >> (3)))); oitn = ((((((((oxw[-2 + rzbd]) >> (17))) | (((oxw[-2 + rzbd]) << (15))))) ^ (((((oxw[-2 + rzbd]) >> (19))) | (((oxw[-2 + rzbd]) << (13))))))) ^ (((oxw[-2 + rzbd]) >> (10)))); oxw[rzbd] = fsi + oitn + oxw[-7 + rzbd] + oxw[-16 + rzbd]; _m[65160] += 1; } _ui lnex = pjln[0]; _ui talc = pjln[1]; _ui kmea = pjln[2]; _ui rpw = pjln[3]; _ui bdcc = pjln[4]; _ui btv = pjln[5]; _ui wze = pjln[6]; _ui flev = pjln[7]; for (_si dat = 0; dat <= 31; dat += 1) { fsi = ((((((((lnex) >> (2))) | (((lnex) << (30))))) ^ (((((lnex) >> (13))) | (((lnex) << (19))))))) ^ (((((lnex) >> (22))) | (((lnex) << (10)))))); yymw = ((((((lnex) & (talc))) ^ (((lnex) & (kmea))))) ^ (((talc) & (kmea)))); uxd = fsi + yymw; oitn = ((((((((bdcc) >> (6))) | (((bdcc) << (26))))) ^ (((((bdcc) >> (11))) | (((bdcc) << (21))))))) ^ (((((bdcc) >> (25))) | (((bdcc) << (7)))))); eerk = ((((bdcc) & (btv))) ^ (((~bdcc) & (wze)))); hot = flev + oitn + *(((_ui *)(_m + 246160) + dat)) + eerk + oxw[dat]; flev = wze; wze = btv; btv = bdcc; bdcc = hot + rpw; rpw = kmea; kmea = talc; talc = lnex; lnex = hot + uxd; _m[65161] += 1; } pjln[0] += lnex; pjln[1] += talc; pjln[2] += kmea; pjln[3] += rpw; pjln[4] += bdcc; pjln[5] += btv; pjln[6] += wze; pjln[7] += flev; } gpkg = 0; } } } _uli *wpnd = (_uli *)(cmv + 352); { _uc *nff = (_uc *)(cmv + 0); _ui *gnay = (_ui *)(cmv + 64); _uli *fgw = (_uli *)(cmv + 352); _uli uni = 8 * fgw[0]; _uc jfbl[1]; jfbl[0] = 128; { _uc *ftmc = (_uc *)(cmv + 0); _uli *wxx = (_uli *)(cmv + 352); _si uzg = (_si)(((wxx[0]) & (63))); wxx[0] += 1; for (_si yoqe = 0; yoqe <= 0; yoqe += 1) { ftmc[uzg] = jfbl[yoqe]; uzg += 1; if (uzg == 64) { { _uc *srl = (_uc *)(cmv + 0); _ui *we = (_ui *)(cmv + 64); _ui *rlkq = (_ui *)(cmv + 96); _si gfeu = 0; _ui zkf = 0; _ui yswm = 0; _ui ktfw = 0; _ui cp = 0; _ui wabx = 0; _ui zyv = 0; for (_si vhfb = 0; vhfb <= 15; vhfb += 1) { rlkq[vhfb] = (((((((((_ui)(srl[gfeu])) << (24))) | ((((_ui)(srl[1 + gfeu])) << (16))))) | ((((_ui)(srl[2 + gfeu])) << (8))))) | ((_ui)(srl[3 + gfeu]))); gfeu += 4; } for (_si vhvc = 16; vhvc <= 31; vhvc += 1) { zkf = ((((((((rlkq[-15 + vhvc]) >> (7))) | (((rlkq[-15 + vhvc]) << (25))))) ^ (((((rlkq[-15 + vhvc]) >> (18))) | (((rlkq[-15 + vhvc]) << (14))))))) ^ (((rlkq[-15 + vhvc]) >> (3)))); cp = ((((((((rlkq[-2 + vhvc]) >> (17))) | (((rlkq[-2 + vhvc]) << (15))))) ^ (((((rlkq[-2 + vhvc]) >> (19))) | (((rlkq[-2 + vhvc]) << (13))))))) ^ (((rlkq[-2 + vhvc]) >> (10)))); rlkq[vhvc] = cp + rlkq[-7 + vhvc] + rlkq[-16 + vhvc] + zkf; _m[65160] += 1; } _ui qyr = we[0]; _ui becq = we[1]; _ui qkah = we[2]; _ui beko = we[3]; _ui ark = we[4]; _ui zug = we[5]; _ui asc = we[6]; _ui dxbl = we[7]; for (_si let = 0; ((let) <= (31)); let += 1) { zkf = ((((((((qyr) >> (2))) | (((qyr) << (30))))) ^ (((((qyr) >> (13))) | (((qyr) << (19))))))) ^ (((((qyr) >> (22))) | (((qyr) << (10)))))); yswm = ((((((qyr) & (becq))) ^ (((qyr) & (qkah))))) ^ (((becq) & (qkah)))); ktfw = yswm + zkf; cp = ((((((((ark) >> (6))) | (((ark) << (26))))) ^ (((((ark) >> (11))) | (((ark) << (21))))))) ^ (((((ark) >> (25))) | (((ark) << (7)))))); wabx = ((((ark) & (zug))) ^ (((~ark) & (asc)))); zyv = ((dxbl) + (cp) + (wabx) + (*(((_ui *)(_m + 246160) + let))) + (rlkq[((0) + (let))])); dxbl = asc; asc = zug; zug = ark; ark = beko + zyv; beko = qkah; qkah = becq; becq = qyr; qyr = ktfw + zyv; _m[65161] += 1; } we[0] += qyr; we[1] += becq; we[2] += qkah; we[3] += beko; we[4] += ark; we[5] += zug; we[6] += asc; we[7] += dxbl; } uzg = 0; } } } while (((((fgw[0]) & (63))) != (56))) { jfbl[0] = 0; wxvt(cmv, jfbl, 1); } for (_si kuqw = 0; kuqw <= 7; kuqw += 1) { jfbl[0] = (_uc)(((((uni) >> (8 * (7 - kuqw)))) & (255))); { _uc *zch = (_uc *)(cmv + 0); _uli *fbz = (_uli *)(cmv + 352); _si wd = (_si)(((fbz[0]) & (63))); fbz[0] += 1; for (_si aejb = 0; aejb <= 0; aejb += 1) { zch[wd] = jfbl[aejb]; wd += 1; if (wd == 64) { qzmk(cmv); wd = 0; } } } } _si hdnt = 0; for (_si grxf = 0; grxf <= 7; grxf += 1) { _ui deh = gnay[grxf]; nff[hdnt] = (_uc)(((((deh) >> (24))) & (255))); nff[1 + hdnt] = (_uc)(((((deh) >> (16))) & (255))); nff[2 + hdnt] = (_uc)(((((deh) >> (8))) & (255))); nff[3 + hdnt] = (_uc)(((deh) & (255))); hdnt += 4; } } for (_si mwh = 0; mwh <= 31; mwh += 1) { zddm[mwh] = cakw[mwh]; } } ucr(gnqv); { _uc *ppn = (_uc *)(gnqv + 0); mpkj(gnqv, dlq, 104); _uli *syc = (_uli *)(gnqv + 352); { _uc *lht = (_uc *)(gnqv + 0); _ui *woq = (_ui *)(gnqv + 64); _uli *rizk = (_uli *)(gnqv + 352); _uli dug = 8 * rizk[0]; _uc beau[1]; beau[0] = 128; { _uc *ahw = (_uc *)(gnqv + 0); _uli *eyyu = (_uli *)(gnqv + 352); _si kkx = (_si)(((eyyu[0]) & (63))); eyyu[0] += 1; for (_si vzd = 0; vzd <= 0; vzd += 1) { ahw[kkx] = beau[vzd]; kkx += 1; if (kkx == 64) { { _uc *uvnz = (_uc *)(gnqv + 0); _ui *xlpu = (_ui *)(gnqv + 64); _ui *pga = (_ui *)(gnqv + 96); _si mks = 0; _ui ncgg = 0; _ui qev = 0; _ui tes = 0; _ui sgl = 0; _ui lppb = 0; _ui hfn = 0; for (_si djmg = 0; djmg <= 15; djmg += 1) { pga[djmg] = (((((((((_ui)(uvnz[mks])) << (24))) | ((((_ui)(uvnz[1 + mks])) << (16))))) | ((((_ui)(uvnz[2 + mks])) << (8))))) | ((_ui)(uvnz[3 + mks]))); mks += 4; } for (_si nir = 16; nir <= 31; nir += 1) { ncgg = ((((((((pga[-15 + nir]) >> (7))) | (((pga[-15 + nir]) << (25))))) ^ (((((pga[-15 + nir]) >> (18))) | (((pga[-15 + nir]) << (14))))))) ^ (((pga[-15 + nir]) >> (3)))); sgl = ((((((((pga[-2 + nir]) >> (17))) | (((pga[-2 + nir]) << (15))))) ^ (((((pga[-2 + nir]) >> (19))) | (((pga[-2 + nir]) << (13))))))) ^ (((pga[-2 + nir]) >> (10)))); pga[nir] = ncgg + pga[-16 + nir] + pga[-7 + nir] + sgl; _m[65160] += 1; } _ui ssqp = xlpu[0]; _ui xjjt = xlpu[1]; _ui whuy = xlpu[2]; _ui zcn = xlpu[3]; _ui tfna = xlpu[4]; _ui zbfy = xlpu[5]; _ui izk = xlpu[6]; _ui lrzo = xlpu[7]; for (_si vft = 0; vft <= 31; vft += 1) { ncgg = ((((((((ssqp) >> (2))) | (((ssqp) << (30))))) ^ (((((ssqp) >> (13))) | (((ssqp) << (19))))))) ^ (((((ssqp) >> (22))) | (((ssqp) << (10)))))); qev = ((((((ssqp) & (xjjt))) ^ (((ssqp) & (whuy))))) ^ (((xjjt) & (whuy)))); tes = ncgg + qev; sgl = ((((((((tfna) >> (6))) | (((tfna) << (26))))) ^ (((((tfna) >> (11))) | (((tfna) << (21))))))) ^ (((((tfna) >> (25))) | (((tfna) << (7)))))); lppb = ((((tfna) & (zbfy))) ^ (((~tfna) & (izk)))); hfn = lppb + pga[vft] + lrzo + sgl + *(((_ui *)(_m + 246160) + vft)); lrzo = izk; izk = zbfy; zbfy = tfna; tfna = hfn + zcn; zcn = whuy; whuy = xjjt; xjjt = ssqp; ssqp = hfn + tes; _m[65161] += 1; } xlpu[0] += ssqp; xlpu[1] += xjjt; xlpu[2] += whuy; xlpu[3] += zcn; xlpu[4] += tfna; xlpu[5] += zbfy; xlpu[6] += izk; xlpu[7] += lrzo; } kkx = 0; } } } while (((((rizk[0]) & (63))) != (56))) { beau[0] = 0; { _uc *xprl = (_uc *)(gnqv + 0); _uli *lism = (_uli *)(gnqv + 352); _si oa = (_si)(((lism[0]) & (63))); lism[0] += 1; for (_si vkt = 0; vkt <= 0; vkt += 1) { xprl[oa] = beau[vkt]; oa += 1; if (oa == 64) { esde(gnqv); oa = 0; } } } } for (_si bkl = 0; bkl <= 7; bkl += 1) { beau[0] = (_uc)(((((dug) >> (8 * (7 - bkl)))) & (255))); { _uc *bzbh = (_uc *)(gnqv + 0); _uli *vpwm = (_uli *)(gnqv + 352); _si qit = (_si)(((vpwm[0]) & (63))); vpwm[0] += 1; for (_si evt = 0; evt <= 0; evt += 1) { bzbh[qit] = beau[evt]; qit += 1; if (qit == 64) { { _uc *dum = (_uc *)(gnqv + 0); _ui *wosx = (_ui *)(gnqv + 64); _ui *upb = (_ui *)(gnqv + 96); _si owmq = 0; _ui yzlz = 0; _ui trj = 0; _ui blu = 0; _ui smtx = 0; _ui kdg = 0; _ui oza = 0; for (_si col = 0; col <= 15; col += 1) { upb[col] = (((((((((_ui)(dum[owmq])) << (24))) | ((((_ui)(dum[1 + owmq])) << (16))))) | ((((_ui)(dum[2 + owmq])) << (8))))) | ((_ui)(dum[3 + owmq]))); owmq += 4; } for (_si regb = 16; regb <= 31; regb += 1) { yzlz = ((((((((upb[-15 + regb]) >> (7))) | (((upb[-15 + regb]) << (25))))) ^ (((((upb[-15 + regb]) >> (18))) | (((upb[-15 + regb]) << (14))))))) ^ (((upb[-15 + regb]) >> (3)))); smtx = ((((((((upb[-2 + regb]) >> (17))) | (((upb[-2 + regb]) << (15))))) ^ (((((upb[-2 + regb]) >> (19))) | (((upb[-2 + regb]) << (13))))))) ^ (((upb[-2 + regb]) >> (10)))); upb[regb] = smtx + upb[-7 + regb] + upb[-16 + regb] + yzlz; _m[65160] += 1; } _ui gzub = wosx[0]; _ui hdhz = wosx[1]; _ui six = wosx[2]; _ui ani = wosx[3]; _ui qumh = wosx[4]; _ui zutt = wosx[5]; _ui pfj = wosx[6]; _ui xltx = wosx[7]; for (_si pnnt = 0; pnnt <= 31; pnnt += 1) { yzlz = ((((((((gzub) >> (2))) | (((gzub) << (30))))) ^ (((((gzub) >> (13))) | (((gzub) << (19))))))) ^ (((((gzub) >> (22))) | (((gzub) << (10)))))); trj = ((((((gzub) & (hdhz))) ^ (((gzub) & (six))))) ^ (((hdhz) & (six)))); blu = trj + yzlz; smtx = ((((((((qumh) >> (6))) | (((qumh) << (26))))) ^ (((((qumh) >> (11))) | (((qumh) << (21))))))) ^ (((((qumh) >> (25))) | (((qumh) << (7)))))); kdg = ((((qumh) & (zutt))) ^ (((~qumh) & (pfj)))); oza = upb[pnnt] + kdg + smtx + xltx + *(((_ui *)(_m + 246160) + pnnt)); xltx = pfj; pfj = zutt; zutt = qumh; qumh = ani + oza; ani = six; six = hdhz; hdhz = gzub; gzub = blu + oza; _m[65161] += 1; } wosx[0] += gzub; wosx[1] += hdhz; wosx[2] += six; wosx[3] += ani; wosx[4] += qumh; wosx[5] += zutt; wosx[6] += pfj; wosx[7] += xltx; } qit = 0; } } } } _si pzir = 0; for (_si upu = 0; upu <= 7; upu += 1) { _ui zbg = woq[upu]; lht[pzir] = (_uc)(((((zbg) >> (24))) & (255))); lht[1 + pzir] = (_uc)(((((zbg) >> (16))) & (255))); lht[2 + pzir] = (_uc)(((((zbg) >> (8))) & (255))); lht[3 + pzir] = (_uc)(((zbg) & (255))); pzir += 4; } } for (_si gel = 0; gel <= 31; gel += 1) { fsni[gel] = ppn[gel]; } } kbt(ifer, fsni, zddm, 32); onv(hgf, zddm); { _uc *hgva = (_uc *)(zddm); for (_si onrj = 0; onrj <= 360; onrj += 1) { hgva[onrj] = (_uc)(1 + hgva[onrj]) * (_uc)(255 + hgva[1 + onrj]); } hgva[361] = 0; } } void cogh(_uli *nakc, _uli *eoez, _uli *kgsb) { for (_si opkm = 0; opkm <= 12; opkm += 1) { nakc[opkm] = eoez[opkm] + kgsb[opkm]; } vufn(nakc); } _si psec(_uli *ccgq) { _si lbtl = 0; _uli dzb = 19; for (_si pjih = 12; pjih >= 0; pjih -= 1) { if (ccgq[pjih] != 0) { lbtl = ((((ccgq[pjih]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lbtl; } void hwrv(_uc *svj) { _uc *noye = (_uc *)(svj); for (_si wrul = 0; wrul <= 360; wrul += 1) { noye[wrul] = (_uc)(255 + noye[1 + wrul]) * (_uc)(1 + noye[wrul]); } noye[361] = 0; } void ekjm(_uli *eayg) { for (_si gtk = 0; gtk <= 11; gtk += 1) { eayg[1 + gtk] += ((eayg[gtk]) >> (47)); eayg[gtk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eayg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dnqa(_uc *duqd, _uc *dcgm, _uc *onaz, _si yquo) { _uc *rhvh = (_uc *)(duqd + 0); rwqe(duqd, onaz, yquo); _uli *uwbl = (_uli *)(duqd + 352); { _uc *xcny = (_uc *)(duqd + 0); _ui *zaxb = (_ui *)(duqd + 64); _uli *yqaz = (_uli *)(duqd + 352); _uli rdze = 8 * yqaz[0]; _uc ebec[1]; ebec[0] = 128; { _uc *qxkj = (_uc *)(duqd + 0); _uli *mokx = (_uli *)(duqd + 352); _si hiio = (_si)(((mokx[0]) & (63))); mokx[0] += 1; for (_si sllb = 0; sllb <= 0; sllb += 1) { qxkj[hiio] = ebec[sllb]; hiio += 1; if (hiio == 64) { { _uc *rzlu = (_uc *)(duqd + 0); _ui *lbkz = (_ui *)(duqd + 64); _ui *uqmi = (_ui *)(duqd + 96); _si bbdf = 0; _ui uybq = 0; _ui ugb = 0; _ui ubh = 0; _ui qhgb = 0; _ui zgpx = 0; _ui wgbf = 0; for (_si szzi = 0; szzi <= 15; szzi += 1) { uqmi[szzi] = (((((((((_ui)(rzlu[bbdf])) << (24))) | ((((_ui)(rzlu[1 + bbdf])) << (16))))) | ((((_ui)(rzlu[2 + bbdf])) << (8))))) | ((_ui)(rzlu[3 + bbdf]))); bbdf += 4; } for (_si lqqu = 16; lqqu <= 31; lqqu += 1) { uybq = ((((((((uqmi[-15 + lqqu]) >> (7))) | (((uqmi[-15 + lqqu]) << (25))))) ^ (((((uqmi[-15 + lqqu]) >> (18))) | (((uqmi[-15 + lqqu]) << (14))))))) ^ (((uqmi[-15 + lqqu]) >> (3)))); qhgb = ((((((((uqmi[-2 + lqqu]) >> (17))) | (((uqmi[-2 + lqqu]) << (15))))) ^ (((((uqmi[-2 + lqqu]) >> (19))) | (((uqmi[-2 + lqqu]) << (13))))))) ^ (((uqmi[-2 + lqqu]) >> (10)))); uqmi[lqqu] = qhgb + uqmi[-16 + lqqu] + uqmi[-7 + lqqu] + uybq; _m[65160] += 1; } _ui jjpl = lbkz[0]; _ui asmc = lbkz[1]; _ui vfbh = lbkz[2]; _ui umxp = lbkz[3]; _ui trva = lbkz[4]; _ui dfmx = lbkz[5]; _ui htrk = lbkz[6]; _ui yabj = lbkz[7]; for (_si kvq = 0; kvq <= 31; kvq += 1) { uybq = ((((((((jjpl) >> (2))) | (((jjpl) << (30))))) ^ (((((jjpl) >> (13))) | (((jjpl) << (19))))))) ^ (((((jjpl) >> (22))) | (((jjpl) << (10)))))); ugb = ((((((jjpl) & (asmc))) ^ (((jjpl) & (vfbh))))) ^ (((asmc) & (vfbh)))); ubh = ugb + uybq; qhgb = ((((((((trva) >> (6))) | (((trva) << (26))))) ^ (((((trva) >> (11))) | (((trva) << (21))))))) ^ (((((trva) >> (25))) | (((trva) << (7)))))); zgpx = ((((trva) & (dfmx))) ^ (((~trva) & (htrk)))); wgbf = qhgb + *(((_ui *)(_m + 246160) + kvq)) + zgpx + uqmi[kvq] + yabj; yabj = htrk; htrk = dfmx; dfmx = trva; trva = umxp + wgbf; umxp = vfbh; vfbh = asmc; asmc = jjpl; jjpl = ubh + wgbf; _m[65161] += 1; } lbkz[0] += jjpl; lbkz[1] += asmc; lbkz[2] += vfbh; lbkz[3] += umxp; lbkz[4] += trva; lbkz[5] += dfmx; lbkz[6] += htrk; lbkz[7] += yabj; } hiio = 0; } } } while (((((yqaz[0]) & (63))) != (56))) { ebec[0] = 0; { _uc *eymj = (_uc *)(duqd + 0); _uli *rdhr = (_uli *)(duqd + 352); _si lhso = (_si)(((rdhr[0]) & (63))); rdhr[0] += 1; for (_si xoaa = 0; xoaa <= 0; xoaa += 1) { eymj[lhso] = ebec[xoaa]; lhso += 1; if (lhso == 64) { uvrt(duqd); lhso = 0; } } } } for (_si pvhh = 0; pvhh <= 7; pvhh += 1) { ebec[0] = (_uc)(((((rdze) >> (8 * (7 - pvhh)))) & (255))); { _uc *rigj = (_uc *)(duqd + 0); _uli *ymyd = (_uli *)(duqd + 352); _si rjdi = (_si)(((ymyd[0]) & (63))); ymyd[0] += 1; for (_si hhom = 0; hhom <= 0; hhom += 1) { rigj[rjdi] = ebec[hhom]; rjdi += 1; if (rjdi == 64) { { _uc *ltxb = (_uc *)(duqd + 0); _ui *ztos = (_ui *)(duqd + 64); _ui *ygfg = (_ui *)(duqd + 96); _si tvqi = 0; _ui qoil = 0; _ui vjaq = 0; _ui jyfi = 0; _ui iobs = 0; _ui yowe = 0; _ui vhdd = 0; for (_si vdsw = 0; vdsw <= 15; vdsw += 1) { ygfg[vdsw] = (((((((((_ui)(ltxb[tvqi])) << (24))) | ((((_ui)(ltxb[1 + tvqi])) << (16))))) | ((((_ui)(ltxb[2 + tvqi])) << (8))))) | ((_ui)(ltxb[3 + tvqi]))); tvqi += 4; } for (_si jlgk = 16; jlgk <= 31; jlgk += 1) { qoil = ((((((((ygfg[-15 + jlgk]) >> (7))) | (((ygfg[-15 + jlgk]) << (25))))) ^ (((((ygfg[-15 + jlgk]) >> (18))) | (((ygfg[-15 + jlgk]) << (14))))))) ^ (((ygfg[-15 + jlgk]) >> (3)))); iobs = ((((((((ygfg[-2 + jlgk]) >> (17))) | (((ygfg[-2 + jlgk]) << (15))))) ^ (((((ygfg[-2 + jlgk]) >> (19))) | (((ygfg[-2 + jlgk]) << (13))))))) ^ (((ygfg[-2 + jlgk]) >> (10)))); ygfg[jlgk] = iobs + qoil + ygfg[-16 + jlgk] + ygfg[-7 + jlgk]; _m[65160] += 1; } _ui rjfq = ztos[0]; _ui jtyr = ztos[1]; _ui avoj = ztos[2]; _ui nmwh = ztos[3]; _ui hriv = ztos[4]; _ui xnzv = ztos[5]; _ui uhmu = ztos[6]; _ui qaem = ztos[7]; for (_si uqfu = 0; uqfu <= 31; uqfu += 1) { qoil = ((((((((rjfq) >> (2))) | (((rjfq) << (30))))) ^ (((((rjfq) >> (13))) | (((rjfq) << (19))))))) ^ (((((rjfq) >> (22))) | (((rjfq) << (10)))))); vjaq = ((((((rjfq) & (jtyr))) ^ (((rjfq) & (avoj))))) ^ (((jtyr) & (avoj)))); jyfi = qoil + vjaq; iobs = ((((((((hriv) >> (6))) | (((hriv) << (26))))) ^ (((((hriv) >> (11))) | (((hriv) << (21))))))) ^ (((((hriv) >> (25))) | (((hriv) << (7)))))); yowe = ((((hriv) & (xnzv))) ^ (((~hriv) & (uhmu)))); vhdd = yowe + iobs + qaem + *(((_ui *)(_m + 246160) + uqfu)) + ygfg[uqfu]; qaem = uhmu; uhmu = xnzv; xnzv = hriv; hriv = nmwh + vhdd; nmwh = avoj; avoj = jtyr; jtyr = rjfq; rjfq = jyfi + vhdd; _m[65161] += 1; } ztos[0] += rjfq; ztos[1] += jtyr; ztos[2] += avoj; ztos[3] += nmwh; ztos[4] += hriv; ztos[5] += xnzv; ztos[6] += uhmu; ztos[7] += qaem; } rjdi = 0; } } } } _si hlpd = 0; for (_si fhju = 0; fhju <= 7; fhju += 1) { _ui nqnn = zaxb[fhju]; xcny[hlpd] = (_uc)(((((nqnn) >> (24))) & (255))); xcny[1 + hlpd] = (_uc)(((((nqnn) >> (16))) & (255))); xcny[2 + hlpd] = (_uc)(((((nqnn) >> (8))) & (255))); xcny[3 + hlpd] = (_uc)(((nqnn) & (255))); hlpd += 4; } } for (_si qjfr = 0; qjfr <= 31; qjfr += 1) { dcgm[qjfr] = rhvh[qjfr]; } } void jgsl(_uli *qukz, _uli *ogbg, _uli *seaq) { for (_si vkyl = 0; vkyl <= 12; vkyl += 1) { qukz[vkyl] = ogbg[vkyl] - seaq[vkyl]; } vcfl(qukz); } void agez(_uli *qdoz, _si piys) { _si loac = (piys % 47); _si bttn = ((piys) / (47)); _si tvza = piys; if (tvza > (8 * sizeof(_uli))) { tvza = -1; } if (bttn >= 45) { { for (_si wpch = 0; wpch <= 44; wpch += 1) { qdoz[wpch] = 0; } } } else { _uli zume = (((((_uli)(1)) << (loac))) - ((_uli)(1))); if (tvza < 0) { qdoz[0] = 0; } else { qdoz[0] = ((((qdoz[0]) & (~zume))) >> (tvza)); }; if (bttn != 0) { qdoz[0] += ((((qdoz[bttn]) & (~zume))) >> (loac)); } for (_si qbss = 1; qbss <= (44 - bttn); qbss += 1) { qdoz[-1 + qbss] += ((((((qdoz[bttn + qbss]) & (zume))) << (-loac + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qdoz[qbss] = ((((qdoz[bttn + qbss]) & (~zume))) >> (loac)); } for (_si bamp = 45 - bttn; bamp <= 44; bamp += 1) { qdoz[bamp] = 0; } }; } void dcbv(_uli *kfdt, _si goqa) { _si fkec; { fkec = 0; _uli shfb = 19; for (_si rqgk = 12; rqgk >= 0; rqgk -= 1) { if (kfdt[rqgk] != 0) { fkec = ((((kfdt[rqgk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fkec) { pysl(kfdt, kfdt); } { _si cdvm = (goqa % 47); _si euck = ((goqa) / (47)); _si muld = goqa; if (muld > (8 * sizeof(_uli))) { muld = -1; } if (euck >= 13) { { for (_si mbot = 0; mbot <= 12; mbot += 1) { kfdt[mbot] = 0; } } } else { _uli zhwz = (((((_uli)(1)) << (cdvm))) - ((_uli)(1))); if (muld < 0) { kfdt[0] = 0; } else { kfdt[0] = ((((kfdt[0]) & (~zhwz))) >> (muld)); }; if (euck != 0) { kfdt[0] += ((((kfdt[euck]) & (~zhwz))) >> (cdvm)); } for (_si eumn = 1; eumn <= (12 - euck); eumn += 1) { kfdt[-1 + eumn] += ((((((kfdt[euck + eumn]) & (zhwz))) << (-cdvm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kfdt[eumn] = ((((kfdt[euck + eumn]) & (~zhwz))) >> (cdvm)); } for (_si ncat = 13 - euck; ncat <= 12; ncat += 1) { kfdt[ncat] = 0; } }; } if (fkec) { { for (_si wcvz = 0; wcvz <= 12; wcvz += 1) { kfdt[wcvz] = -kfdt[wcvz]; } } } } void jhvs(_uli *bmce, _uli *sjmu) { if (bmce != sjmu) { for (_si taev = 0; taev <= 12; taev += 1) { bmce[taev] = sjmu[taev]; } } } void kyzb(_uli *fvfs) { for (_si zxei = 0; zxei <= 12; zxei += 1) { fvfs[zxei] = 0; } } _si waec(_uli *lokz) { _si xrrh = 0; _uli jbrc = 19; for (_si qrwa = 12; qrwa >= 0; qrwa -= 1) { if (lokz[qrwa] != 0) { xrrh = ((((lokz[qrwa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return xrrh; } void xibd(_uli *ylpg) { _si nyqu = nkoc(ylpg); if (nyqu) { { for (_si fqkf = 0; fqkf <= 44; fqkf += 1) { ylpg[fqkf] = -ylpg[fqkf]; } } } for (_si goqi = 0; goqi <= 43; goqi += 1) { if (((((ylpg[goqi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ylpg[1 + goqi] -= 1; } else { ylpg[1 + goqi] += ((ylpg[goqi]) >> (47)); }; ylpg[goqi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ylpg[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nyqu) { efjf(ylpg, ylpg); } } void prsf(_uc *ojtb, _uc *egzm, _uc *zfr, _si vew) { _uc *zbm = (_uc *)(ojtb + 0); { _uc *xlgv = (_uc *)(ojtb + 0); _uli *yfca = (_uli *)(ojtb + 352); _si ght = (_si)(((yfca[0]) & (63))); yfca[0] += vew; for (_si vix = 0; vix <= (-1 + vew); vix += 1) { xlgv[ght] = zfr[vix]; ght += 1; if (ght == 64) { gboz(ojtb); ght = 0; } } } _uli *zbhp = (_uli *)(ojtb + 352); uxco(ojtb); for (_si idx = 0; idx <= 31; idx += 1) { egzm[idx] = zbm[idx]; } } void sglo(_uli *cobe) { _uc *jlwk = (_uc *)(cobe); for (_si eqwq = 0; eqwq <= 360; eqwq += 1) { jlwk[eqwq] = (_uc)(1 + jlwk[eqwq]) * (_uc)(255 + jlwk[1 + eqwq]); } jlwk[361] = 0; } void vuej(_uli *sydt, _uli *dgoe, _uli *tsbu) { for (_si qnat = 0; qnat <= 12; qnat += 1) { sydt[qnat] = dgoe[qnat] - tsbu[qnat]; } kwqr(sydt); } void xfoy(_uli *dvai, _uli *pwas) { for (_si hkpu = 0; hkpu <= 12; hkpu += 1) { dvai[hkpu] = -pwas[hkpu]; } } void tzaa(_uli *qmzd) { _uc *vtim = tpmq(); _uc *gguj = ((_uc *)(_m + 234938) + 0); _uc *gysz = (_uc *)(qmzd); for (_si acro = 0; acro <= 103; acro += 1) { gysz[acro] = *(((_uc *)(_m + 74934) + acro)); } { { { _ui *gtta = (_ui *)(vtim + 64); for (_si lufo = 0; lufo <= 7; lufo += 1) { gtta[4 + lufo] = (((_ui)((gguj + 4 * lufo)[0])) + ((((_ui)((gguj + 4 * lufo)[1])) << (8))) + ((((_ui)((gguj + 4 * lufo)[2])) << (16))) + ((((_ui)((gguj + 4 * lufo)[3])) << (24)))); } } _ui *ahpq = (_ui *)(vtim + 64); _ui *lstk = (_ui *)(vtim + 128); for (_si kkhx = 0; kkhx <= 3; kkhx += 1) { ahpq[kkhx] = (((_ui)(((_uc *)(_m + 48146) + 4 * kkhx)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kkhx)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kkhx)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kkhx)[3])) << (24)))); } for (_si mrga = 0; mrga <= 3; mrga += 1) { ahpq[12 + mrga] = 0; _m[65162] += 1; } lstk[0] = 3904225602; } { _ui *sisf = (_ui *)(vtim + 0); _ui *agjw = (_ui *)(vtim + 128); _uc *tltj = (_uc *)(sisf); for (_si evyk = 0; evyk <= 103; evyk += 1) { if (agjw[0] >= 64) { { _ui *vqzw = (_ui *)(vtim + 0); _ui *xteb = (_ui *)(vtim + 64); for (_si tdaf = 0; tdaf <= 15; tdaf += 1) { vqzw[tdaf] = xteb[tdaf]; } for (_si wsds = 0; wsds <= 9; wsds += 1) { { vqzw[0] += vqzw[4]; vqzw[12] ^= vqzw[0]; vqzw[12] = ((((vqzw[12]) << (16))) | (((vqzw[12]) >> (16)))); vqzw[8] += vqzw[12]; vqzw[4] ^= vqzw[8]; vqzw[4] = ((((vqzw[4]) << (12))) | (((vqzw[4]) >> (20)))); vqzw[0] += vqzw[4]; vqzw[12] ^= vqzw[0]; vqzw[12] = ((((vqzw[12]) << (8))) | (((vqzw[12]) >> (24)))); vqzw[8] += vqzw[12]; vqzw[4] ^= vqzw[8]; vqzw[4] = ((((vqzw[4]) << (7))) | (((vqzw[4]) >> (25)))); } { vqzw[1] += vqzw[5]; vqzw[13] ^= vqzw[1]; vqzw[13] = ((((vqzw[13]) << (16))) | (((vqzw[13]) >> (16)))); vqzw[9] += vqzw[13]; vqzw[5] ^= vqzw[9]; vqzw[5] = ((((vqzw[5]) << (12))) | (((vqzw[5]) >> (20)))); vqzw[1] += vqzw[5]; vqzw[13] ^= vqzw[1]; vqzw[13] = ((((vqzw[13]) << (8))) | (((vqzw[13]) >> (24)))); vqzw[9] += vqzw[13]; vqzw[5] ^= vqzw[9]; vqzw[5] = ((((vqzw[5]) << (7))) | (((vqzw[5]) >> (25)))); } { vqzw[2] += vqzw[6]; vqzw[14] ^= vqzw[2]; vqzw[14] = ((((vqzw[14]) << (16))) | (((vqzw[14]) >> (16)))); vqzw[10] += vqzw[14]; vqzw[6] ^= vqzw[10]; vqzw[6] = ((((vqzw[6]) << (12))) | (((vqzw[6]) >> (20)))); vqzw[2] += vqzw[6]; vqzw[14] ^= vqzw[2]; vqzw[14] = ((((vqzw[14]) << (8))) | (((vqzw[14]) >> (24)))); vqzw[10] += vqzw[14]; vqzw[6] ^= vqzw[10]; vqzw[6] = ((((vqzw[6]) << (7))) | (((vqzw[6]) >> (25)))); } miun(vqzw, 3, 7, 11, 15); { vqzw[0] += vqzw[5]; vqzw[15] ^= vqzw[0]; vqzw[15] = ((((vqzw[15]) << (16))) | (((vqzw[15]) >> (16)))); vqzw[10] += vqzw[15]; vqzw[5] ^= vqzw[10]; vqzw[5] = ((((vqzw[5]) << (12))) | (((vqzw[5]) >> (20)))); vqzw[0] += vqzw[5]; vqzw[15] ^= vqzw[0]; vqzw[15] = ((((vqzw[15]) << (8))) | (((vqzw[15]) >> (24)))); vqzw[10] += vqzw[15]; vqzw[5] ^= vqzw[10]; vqzw[5] = ((((vqzw[5]) << (7))) | (((vqzw[5]) >> (25)))); } ribh(vqzw, 1, 6, 11, 12); { vqzw[2] += vqzw[7]; vqzw[13] ^= vqzw[2]; vqzw[13] = ((((vqzw[13]) << (16))) | (((vqzw[13]) >> (16)))); vqzw[8] += vqzw[13]; vqzw[7] ^= vqzw[8]; vqzw[7] = ((((vqzw[7]) << (12))) | (((vqzw[7]) >> (20)))); vqzw[2] += vqzw[7]; vqzw[13] ^= vqzw[2]; vqzw[13] = ((((vqzw[13]) << (8))) | (((vqzw[13]) >> (24)))); vqzw[8] += vqzw[13]; vqzw[7] ^= vqzw[8]; vqzw[7] = ((((vqzw[7]) << (7))) | (((vqzw[7]) >> (25)))); } edlu(vqzw, 3, 4, 9, 14); _m[65163] += 1; } for (_si wybr = 0; wybr <= 15; wybr += 1) { vqzw[wybr] += xteb[wybr]; } xteb[12] += 1; if (xteb[12] == 0) { xteb[13] += 1; } } agjw[0] = 0; } gysz[evyk] ^= tltj[agjw[0]]; agjw[0] += 1; } } } } void rfqi(_uli *wtdv) { _uc *axrh = tuew(); _uc *loyc = ((_uc *)(_m + 73848) + 0); _uc *kmvy = (_uc *)(wtdv); for (_si mgdn = 0; mgdn <= 359; mgdn += 1) { kmvy[mgdn] = *(((_uc *)(_m + 139008) + mgdn)); } nfob(axrh, loyc, kmvy, 360); } _uli *rucf() { ; _uli *emej; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; emej = (_uli *)(_m + 362 * _s); break; } _s += 1; } return emej; } void pdio(_uli *hbsa) { _si cppi; { cppi = 0; _uli okxn = 19; for (_si ukfv = 12; ukfv >= 0; ukfv -= 1) { if (hbsa[ukfv] != 0) { cppi = ((((hbsa[ukfv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (cppi) { qgxc(hbsa, hbsa); } for (_si mkkv = 0; mkkv <= 11; mkkv += 1) { if (((((hbsa[mkkv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hbsa[1 + mkkv] -= 1; } else { hbsa[1 + mkkv] += ((hbsa[mkkv]) >> (47)); }; hbsa[mkkv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hbsa[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cppi) { { for (_si wzrs = 0; wzrs <= 12; wzrs += 1) { hbsa[wzrs] = -hbsa[wzrs]; } } } } _si cnsf(_uli *bbqv) { _si xqfx = 0; _uli jiq = 19; for (_si zhqy = 12; zhqy >= 0; zhqy -= 1) { if (bbqv[zhqy] != 0) { xqfx = ((((bbqv[zhqy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return xqfx; } _uli *enhh() { ; _uli *mvm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; mvm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mvm; } void zqtj(_uli *olzm) { for (_si yfnl = 0; yfnl <= 11; yfnl += 1) { olzm[1 + yfnl] += ((olzm[yfnl]) >> (47)); olzm[yfnl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } olzm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fmkc(_uc *peef) { _ui *tjuv = (_ui *)(peef + 64); _uli *swv = (_uli *)(peef + 352); tjuv[0] = 3072593861; tjuv[1] = 3086033710; tjuv[2] = 3878829419; tjuv[3] = 661946499; tjuv[4] = 3836525215; tjuv[5] = 533529351; tjuv[6] = 1116444951; tjuv[7] = 1869145119; swv[0] = 0; } void wedk(_uli *jwbz, _uli *wtlf, _uli *ixjg) { for (_si qaxu = 0; qaxu <= 12; qaxu += 1) { jwbz[qaxu] = -ixjg[qaxu] + wtlf[qaxu]; } lood(jwbz); } void qqvi(_uli *gxjg, _si twbc) { _si wira = (twbc % 47); _si bjlr = ((twbc) / (47)); _si ngkn = -wira + (((sizeof(_uli)) << (3))); if (bjlr >= 13) { { for (_si jkjf = 0; jkjf <= 12; jkjf += 1) { gxjg[jkjf] = 0; } } } else { for (_si wlfy = 12 - bjlr; wlfy >= 1; wlfy -= 1) { gxjg[bjlr + wlfy] = ((gxjg[wlfy]) << (wira)); if (ngkn < (8 * sizeof(_uli))) { gxjg[bjlr + wlfy] += ((((gxjg[-1 + wlfy]) >> (ngkn))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } gxjg[bjlr] = ((gxjg[0]) << (wira)); for (_si rftg = -1 + bjlr; rftg >= 0; rftg -= 1) { gxjg[rftg] = 0; } }; { for (_si wfge = 0; wfge <= 11; wfge += 1) { gxjg[1 + wfge] += ((gxjg[wfge]) >> (47)); gxjg[wfge] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gxjg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void phar(_uc *nmx) { _ui *zxjg = (_ui *)(nmx + 0); _ui *xhx = (_ui *)(nmx + 64); for (_si vnc = 0; vnc <= 15; vnc += 1) { zxjg[vnc] = xhx[vnc]; } for (_si dqsh = 0; dqsh <= 9; dqsh += 1) { uigf(zxjg, 0, 4, 8, 12); iwlp(zxjg, 1, 5, 9, 13); { zxjg[2] += zxjg[6]; zxjg[14] ^= zxjg[2]; zxjg[14] = ((((zxjg[14]) << (16))) | (((zxjg[14]) >> (16)))); zxjg[10] += zxjg[14]; zxjg[6] ^= zxjg[10]; zxjg[6] = ((((zxjg[6]) << (12))) | (((zxjg[6]) >> (20)))); zxjg[2] += zxjg[6]; zxjg[14] ^= zxjg[2]; zxjg[14] = ((((zxjg[14]) << (8))) | (((zxjg[14]) >> (24)))); zxjg[10] += zxjg[14]; zxjg[6] ^= zxjg[10]; zxjg[6] = ((((zxjg[6]) << (7))) | (((zxjg[6]) >> (25)))); } { zxjg[3] += zxjg[7]; zxjg[15] ^= zxjg[3]; zxjg[15] = ((((zxjg[15]) << (16))) | (((zxjg[15]) >> (16)))); zxjg[11] += zxjg[15]; zxjg[7] ^= zxjg[11]; zxjg[7] = ((((zxjg[7]) << (12))) | (((zxjg[7]) >> (20)))); zxjg[3] += zxjg[7]; zxjg[15] ^= zxjg[3]; zxjg[15] = ((((zxjg[15]) << (8))) | (((zxjg[15]) >> (24)))); zxjg[11] += zxjg[15]; zxjg[7] ^= zxjg[11]; zxjg[7] = ((((zxjg[7]) << (7))) | (((zxjg[7]) >> (25)))); } { zxjg[0] += zxjg[5]; zxjg[15] ^= zxjg[0]; zxjg[15] = ((((zxjg[15]) << (16))) | (((zxjg[15]) >> (16)))); zxjg[10] += zxjg[15]; zxjg[5] ^= zxjg[10]; zxjg[5] = ((((zxjg[5]) << (12))) | (((zxjg[5]) >> (20)))); zxjg[0] += zxjg[5]; zxjg[15] ^= zxjg[0]; zxjg[15] = ((((zxjg[15]) << (8))) | (((zxjg[15]) >> (24)))); zxjg[10] += zxjg[15]; zxjg[5] ^= zxjg[10]; zxjg[5] = ((((zxjg[5]) << (7))) | (((zxjg[5]) >> (25)))); } ptwx(zxjg, 1, 6, 11, 12); { zxjg[2] += zxjg[7]; zxjg[13] ^= zxjg[2]; zxjg[13] = ((((zxjg[13]) << (16))) | (((zxjg[13]) >> (16)))); zxjg[8] += zxjg[13]; zxjg[7] ^= zxjg[8]; zxjg[7] = ((((zxjg[7]) << (12))) | (((zxjg[7]) >> (20)))); zxjg[2] += zxjg[7]; zxjg[13] ^= zxjg[2]; zxjg[13] = ((((zxjg[13]) << (8))) | (((zxjg[13]) >> (24)))); zxjg[8] += zxjg[13]; zxjg[7] ^= zxjg[8]; zxjg[7] = ((((zxjg[7]) << (7))) | (((zxjg[7]) >> (25)))); } { zxjg[3] += zxjg[4]; zxjg[14] ^= zxjg[3]; zxjg[14] = ((((zxjg[14]) << (16))) | (((zxjg[14]) >> (16)))); zxjg[9] += zxjg[14]; zxjg[4] ^= zxjg[9]; zxjg[4] = ((((zxjg[4]) << (12))) | (((zxjg[4]) >> (20)))); zxjg[3] += zxjg[4]; zxjg[14] ^= zxjg[3]; zxjg[14] = ((((zxjg[14]) << (8))) | (((zxjg[14]) >> (24)))); zxjg[9] += zxjg[14]; zxjg[4] ^= zxjg[9]; zxjg[4] = ((((zxjg[4]) << (7))) | (((zxjg[4]) >> (25)))); } _m[65163] += 1; } for (_si akbp = 0; akbp <= 15; akbp += 1) { zxjg[akbp] += xhx[akbp]; } xhx[12] += 1; if (xhx[12] == 0) { xhx[13] += 1; } } _si ugot(_uli *cxqs) { _si ynft = -1; for (_si mzln = 12; mzln >= 0; mzln -= 1) { if (cxqs[mzln] != 0) { ynft = mzln; break; } } return ynft; } void dcdx(_uli *xdtv, _uli *dueu) { _uli *pbnw = feld(); _uli *hzvx = qkyt(); for (_si ahnr = 0; ahnr <= 12; ahnr += 1) { pbnw[ahnr] = ((dueu[ahnr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hzvx[ahnr] = ((dueu[ahnr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uejg = 0; uejg <= 12; uejg += 1) { xdtv[uejg] = 0; } } for (_si jlws = 0; jlws <= (-1 + (((13) >> (1)))); jlws += 1) { for (_si xwgq = 0; xwgq <= (-1 + (((13) >> (1)))); xwgq += 1) { _uli xglh = hzvx[jlws] * pbnw[xwgq] + hzvx[xwgq] * pbnw[jlws]; _uli owpb = pbnw[jlws] * pbnw[xwgq]; _uli hwaj = hzvx[jlws] * hzvx[xwgq]; _uli fwqw = ((xdtv[jlws + xwgq]) + (owpb) + (((((xglh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fwqw < owpb) { hwaj += 1; } _uli wkle = ((((xglh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hwaj) << ((-47 + (((sizeof(_uli)) << (3)))))))); xdtv[jlws + xwgq] = fwqw; xdtv[1 + jlws + xwgq] += wkle; } { for (_si fphc = 0; fphc <= 11; fphc += 1) { xdtv[1 + fphc] += ((xdtv[fphc]) >> (47)); xdtv[fphc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xdtv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *utwi = (_uc *)(pbnw); for (_si vwot = 0; vwot <= 360; vwot += 1) { utwi[vwot] = (_uc)(255 + utwi[1 + vwot]) * (_uc)(1 + utwi[vwot]); } utwi[361] = 0; } { _uc *tgmc = (_uc *)(hzvx); for (_si bjfc = 0; bjfc <= 360; bjfc += 1) { tgmc[bjfc] = (_uc)(1 + tgmc[bjfc]) * (_uc)(255 + tgmc[1 + bjfc]); } tgmc[361] = 0; } } void vhtg(_uli *hvyt) { _si bkiq = zhna(hvyt); if (bkiq) { vafm(hvyt, hvyt); } for (_si etdh = 0; etdh <= 11; etdh += 1) { if (((((hvyt[etdh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hvyt[1 + etdh] -= 1; } else { hvyt[1 + etdh] += ((hvyt[etdh]) >> (47)); }; hvyt[etdh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hvyt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bkiq) { smon(hvyt, hvyt); } } void xafp(_uc *qydy, _uc *qrvx, _uc *hubr, _si cqit) { { { _ui *ebsz = (_ui *)(qydy + 64); for (_si kyt = 0; kyt <= 7; kyt += 1) { ebsz[4 + kyt] = (((_ui)((qrvx + 4 * kyt)[0])) + ((((_ui)((qrvx + 4 * kyt)[1])) << (8))) + ((((_ui)((qrvx + 4 * kyt)[2])) << (16))) + ((((_ui)((qrvx + 4 * kyt)[3])) << (24)))); } } _ui *rdbi = (_ui *)(qydy + 64); _ui *wuxi = (_ui *)(qydy + 128); for (_si pldj = 0; pldj <= 3; pldj += 1) { rdbi[pldj] = (((_ui)(((_uc *)(_m + 48146) + 4 * pldj)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pldj)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pldj)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pldj)[3])) << (24)))); } for (_si ykpl = 0; ykpl <= 3; ykpl += 1) { rdbi[12 + ykpl] = 0; _m[65162] += 1; } wuxi[0] = 3904225602; } zrfi(qydy, hubr, cqit); } void jtt(_uli *zzvi, _si ihst) { _si gckd = (ihst % 47); _si ttgz = ((ihst) / (47)); _si cxve = ihst; if (cxve > (8 * sizeof(_uli))) { cxve = -1; } if (ttgz >= 13) { { for (_si njxx = 0; njxx <= 12; njxx += 1) { zzvi[njxx] = 0; } } } else { _uli rzfm = (((((_uli)(1)) << (gckd))) - ((_uli)(1))); if (cxve < 0) { zzvi[0] = 0; } else { zzvi[0] = ((((zzvi[0]) & (~rzfm))) >> (cxve)); }; if (ttgz != 0) { zzvi[0] += ((((zzvi[ttgz]) & (~rzfm))) >> (gckd)); } for (_si niai = 1; niai <= (12 - ttgz); niai += 1) { zzvi[-1 + niai] += ((((((zzvi[niai + ttgz]) & (rzfm))) << (-gckd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zzvi[niai] = ((((zzvi[niai + ttgz]) & (~rzfm))) >> (gckd)); } for (_si wvup = 13 - ttgz; wvup <= 12; wvup += 1) { zzvi[wvup] = 0; } }; } _uli *ypsa() { ; _uli *nkid; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; nkid = (_uli *)(_m + 362 * _s); break; } _s += 1; } return nkid; } void lzwy(_uli *agvo, _uli *ipnu) { for (_si ohkx = 0; ohkx <= 12; ohkx += 1) { agvo[ohkx] = -ipnu[ohkx]; } } void fygq(_uc *mcwv) { _uc *kzkl = (_uc *)(mcwv + 0); _ui *fqbt = (_ui *)(mcwv + 64); _ui *vfea = (_ui *)(mcwv + 96); _si gdxc = 0; _ui qlyn = 0; _ui bduk = 0; _ui rrlk = 0; _ui bfed = 0; _ui cfsh = 0; _ui pwty = 0; for (_si xyyr = 0; xyyr <= 15; xyyr += 1) { vfea[xyyr] = (((((((((_ui)(kzkl[gdxc])) << (24))) | ((((_ui)(kzkl[1 + gdxc])) << (16))))) | ((((_ui)(kzkl[2 + gdxc])) << (8))))) | ((_ui)(kzkl[3 + gdxc]))); gdxc += 4; } for (_si lanr = 16; lanr <= 31; lanr += 1) { qlyn = ((((((((vfea[-15 + lanr]) >> (7))) | (((vfea[-15 + lanr]) << (25))))) ^ (((((vfea[-15 + lanr]) >> (18))) | (((vfea[-15 + lanr]) << (14))))))) ^ (((vfea[-15 + lanr]) >> (3)))); bfed = ((((((((vfea[-2 + lanr]) >> (17))) | (((vfea[-2 + lanr]) << (15))))) ^ (((((vfea[-2 + lanr]) >> (19))) | (((vfea[-2 + lanr]) << (13))))))) ^ (((vfea[-2 + lanr]) >> (10)))); vfea[lanr] = bfed + qlyn + vfea[-7 + lanr] + vfea[-16 + lanr]; _m[65160] += 1; } _ui wycw = fqbt[0]; _ui kfaq = fqbt[1]; _ui yngq = fqbt[2]; _ui mdzq = fqbt[3]; _ui gpky = fqbt[4]; _ui wcgo = fqbt[5]; _ui kljv = fqbt[6]; _ui hojf = fqbt[7]; for (_si dtwq = 0; dtwq <= 31; dtwq += 1) { qlyn = ((((((((wycw) >> (2))) | (((wycw) << (30))))) ^ (((((wycw) >> (13))) | (((wycw) << (19))))))) ^ (((((wycw) >> (22))) | (((wycw) << (10)))))); bduk = ((((((wycw) & (kfaq))) ^ (((wycw) & (yngq))))) ^ (((kfaq) & (yngq)))); rrlk = bduk + qlyn; bfed = ((((((((gpky) >> (6))) | (((gpky) << (26))))) ^ (((((gpky) >> (11))) | (((gpky) << (21))))))) ^ (((((gpky) >> (25))) | (((gpky) << (7)))))); cfsh = ((((gpky) & (wcgo))) ^ (((~gpky) & (kljv)))); pwty = bfed + *(((_ui *)(_m + 246160) + dtwq)) + vfea[dtwq] + cfsh + hojf; hojf = kljv; kljv = wcgo; wcgo = gpky; gpky = mdzq + pwty; mdzq = yngq; yngq = kfaq; kfaq = wycw; wycw = pwty + rrlk; _m[65161] += 1; } fqbt[0] += wycw; fqbt[1] += kfaq; fqbt[2] += yngq; fqbt[3] += mdzq; fqbt[4] += gpky; fqbt[5] += wcgo; fqbt[6] += kljv; fqbt[7] += hojf; } void lspm(_uli *ecko, _uli *rvqm) { if (ecko != rvqm) { for (_si hekg = 0; hekg <= 12; hekg += 1) { ecko[hekg] = rvqm[hekg]; } } } void fxte(_uli *prjr, _uli *ifpk, _uli *buqc) { for (_si kycn = 0; kycn <= 12; kycn += 1) { prjr[kycn] = -buqc[kycn] + ifpk[kycn]; } birw(prjr); } void ivjz(_uc *xovk, _uc *ccsp, _uc *obor, _si zwqr) { { uqtb(xovk, ccsp); _ui *xdur = (_ui *)(xovk + 64); _ui *hupn = (_ui *)(xovk + 128); for (_si teqn = 0; teqn <= 3; teqn += 1) { xdur[teqn] = (((_ui)(((_uc *)(_m + 48146) + 4 * teqn)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * teqn)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * teqn)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * teqn)[3])) << (24)))); } for (_si eig = 0; eig <= 3; eig += 1) { xdur[12 + eig] = 0; _m[65162] += 1; } hupn[0] = 3904225602; } { _ui *qsu = (_ui *)(xovk + 0); _ui *gmji = (_ui *)(xovk + 128); _uc *yso = (_uc *)(qsu); for (_si coqf = 0; coqf <= (-1 + zwqr); coqf += 1) { if (gmji[0] >= 64) { fahz(xovk); gmji[0] = 0; } obor[coqf] ^= yso[gmji[0]]; gmji[0] += 1; } } } void gai(_uli *vtv) { _uc *luex = (_uc *)(vtv); for (_si vkq = 0; vkq <= 360; vkq += 1) { luex[vkq] = (_uc)(1 + luex[vkq]) * (_uc)(255 + luex[1 + vkq]); } luex[361] = 0; } void xcji(_uli *mlln, _si mwus) { _si vkux = (mwus % 47); _si qbir = ((mwus) / (47)); _si gksd = mwus; if (gksd > (8 * sizeof(_uli))) { gksd = -1; } if (qbir >= 45) { { for (_si vshb = 0; vshb <= 44; vshb += 1) { mlln[vshb] = 0; } } } else { _uli srki = (((((_uli)(1)) << (vkux))) - ((_uli)(1))); if (gksd < 0) { mlln[0] = 0; } else { mlln[0] = ((((mlln[0]) & (~srki))) >> (gksd)); }; if (qbir != 0) { mlln[0] += ((((mlln[qbir]) & (~srki))) >> (vkux)); } for (_si iysx = 1; iysx <= (44 - qbir); iysx += 1) { mlln[-1 + iysx] += ((((((mlln[iysx + qbir]) & (srki))) << (-vkux + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); mlln[iysx] = ((((mlln[iysx + qbir]) & (~srki))) >> (vkux)); } for (_si rdtb = 45 - qbir; rdtb <= 44; rdtb += 1) { mlln[rdtb] = 0; } }; } void xmpb(_uli *xsk, _uli *cwxs, _uli *qlc) { for (_si cxgl = 0; cxgl <= 12; cxgl += 1) { xsk[cxgl] = cwxs[cxgl] - qlc[cxgl]; } heg(xsk); } void vpra(_uli *hnli) { _uc *lswj = (_uc *)(hnli); for (_si pbgx = 0; pbgx <= 360; pbgx += 1) { lswj[pbgx] = (_uc)(1 + lswj[pbgx]) * (_uc)(255 + lswj[1 + pbgx]); } lswj[361] = 0; } void uity(_uli *akmd) { _si ojkb = ydvs(akmd); if (ojkb) { { for (_si orew = 0; orew <= 12; orew += 1) { akmd[orew] = -akmd[orew]; } } } for (_si txkc = 0; txkc <= 11; txkc += 1) { if (((((akmd[txkc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { akmd[1 + txkc] -= 1; } else { akmd[1 + txkc] += ((akmd[txkc]) >> (47)); }; akmd[txkc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } akmd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ojkb) { gykm(akmd, akmd); } } void myqz(_uc *yawe, _uc *bdc) { _ui *zqak = (_ui *)(yawe + 64); for (_si beqs = 0; beqs <= 7; beqs += 1) { zqak[4 + beqs] = (((_ui)((bdc + 4 * beqs)[0])) + ((((_ui)((bdc + 4 * beqs)[1])) << (8))) + ((((_ui)((bdc + 4 * beqs)[2])) << (16))) + ((((_ui)((bdc + 4 * beqs)[3])) << (24)))); } } void lyke(_uli *gxmn, _uli *xhsf, _uli *yykv) { for (_si ewzg = 0; ewzg <= 12; ewzg += 1) { gxmn[ewzg] = xhsf[ewzg] - yykv[ewzg]; } gpgk(gxmn); } void jtx(_uli *bpsb, _uli *olyi, _uli *frz) { _uli *ltcv = xnol(); _uli *ctvb = oxxz(); _uli *jlwm = canr(); _uli *zrhp = dup(); for (_si cgc = 0; cgc <= 44; cgc += 1) { ltcv[cgc] = ((olyi[cgc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ctvb[cgc] = ((olyi[cgc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jlwm[cgc] = ((frz[cgc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zrhp[cgc] = ((frz[cgc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wmdx = 0; wmdx <= 44; wmdx += 1) { bpsb[wmdx] = 0; } } for (_si cpu = 0; cpu <= (-1 + (((45) >> (1)))); cpu += 1) { for (_si divd = 0; divd <= (-1 + (((45) >> (1)))); divd += 1) { _uli hlcn = ctvb[cpu] * jlwm[divd] + ltcv[cpu] * zrhp[divd]; _uli wqg = jlwm[divd] * ltcv[cpu]; _uli iujb = ctvb[cpu] * zrhp[divd]; _uli rfag = ((bpsb[cpu + divd]) + (wqg) + (((((hlcn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rfag < wqg) { iujb += 1; } _uli yuax = ((((hlcn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((iujb) << ((-47 + (((sizeof(_uli)) << (3)))))))); bpsb[cpu + divd] = rfag; bpsb[1 + cpu + divd] += yuax; } { for (_si ittz = 0; ittz <= 43; ittz += 1) { bpsb[1 + ittz] += ((bpsb[ittz]) >> (47)); bpsb[ittz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bpsb[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } efoo(ltcv); { _uc *tvls = (_uc *)(ctvb); for (_si mcf = 0; mcf <= 360; mcf += 1) { tvls[mcf] = (_uc)(1 + tvls[mcf]) * (_uc)(255 + tvls[1 + mcf]); } tvls[361] = 0; } dtga(jlwm); { _uc *naey = (_uc *)(zrhp); for (_si qyt = 0; qyt <= 360; qyt += 1) { naey[qyt] = (_uc)(255 + naey[1 + qyt]) * (_uc)(1 + naey[qyt]); } naey[361] = 0; } } void gzxg(_uli *ynlp, _uli *airq) { if (ynlp != airq) { for (_si doea = 0; doea <= 12; doea += 1) { ynlp[doea] = airq[doea]; } } } void hmxw(_uli *xcim, _si kxr) { _si aetk = (kxr % 47); _si uej = ((kxr) / (47)); _si wosg = kxr; if (wosg > (8 * sizeof(_uli))) { wosg = -1; } if (uej >= 13) { { for (_si hyi = 0; hyi <= 12; hyi += 1) { xcim[hyi] = 0; } } } else { _uli ftmn = (((((_uli)(1)) << (aetk))) - ((_uli)(1))); if (wosg < 0) { xcim[0] = 0; } else { xcim[0] = ((((xcim[0]) & (~ftmn))) >> (wosg)); }; if (uej != 0) { xcim[0] += ((((xcim[uej]) & (~ftmn))) >> (aetk)); } for (_si lyi = 1; lyi <= (12 - uej); lyi += 1) { xcim[-1 + lyi] += ((((((xcim[lyi + uej]) & (ftmn))) << (-aetk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xcim[lyi] = ((((xcim[lyi + uej]) & (~ftmn))) >> (aetk)); } for (_si kkxx = 13 - uej; kkxx <= 12; kkxx += 1) { xcim[kkxx] = 0; } }; } void onwo(_uli *wspq, _si bqmf) { _si jnpt = (bqmf % 47); _si ivfl = ((bqmf) / (47)); _si eopg = bqmf; if (eopg > (8 * sizeof(_uli))) { eopg = -1; } if (ivfl >= 45) { { for (_si vahb = 0; vahb <= 44; vahb += 1) { wspq[vahb] = 0; } } } else { _uli muvp = (((((_uli)(1)) << (jnpt))) - ((_uli)(1))); if (eopg < 0) { wspq[0] = 0; } else { wspq[0] = ((((wspq[0]) & (~muvp))) >> (eopg)); }; if (ivfl != 0) { wspq[0] += ((((wspq[ivfl]) & (~muvp))) >> (jnpt)); } for (_si xwyk = 1; xwyk <= (44 - ivfl); xwyk += 1) { wspq[-1 + xwyk] += ((((((wspq[ivfl + xwyk]) & (muvp))) << (-jnpt + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wspq[xwyk] = ((((wspq[ivfl + xwyk]) & (~muvp))) >> (jnpt)); } for (_si cnbm = 45 - ivfl; cnbm <= 44; cnbm += 1) { wspq[cnbm] = 0; } }; } void gujn(_uli *yuni) { _si yblp = mvpl(yuni); if (yblp) { { for (_si fanv = 0; fanv <= 12; fanv += 1) { yuni[fanv] = -yuni[fanv]; } } } for (_si gjin = 0; gjin <= 11; gjin += 1) { if (((((yuni[gjin]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yuni[1 + gjin] -= 1; } else { yuni[1 + gjin] += ((yuni[gjin]) >> (47)); }; yuni[gjin] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yuni[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yblp) { { for (_si gpay = 0; gpay <= 12; gpay += 1) { yuni[gpay] = -yuni[gpay]; } } } } void ovor(_uli *xptj) { _si glyo; { glyo = 0; _uli rkbf = 19; for (_si cwzy = 12; cwzy >= 0; cwzy -= 1) { if (xptj[cwzy] != 0) { glyo = ((((xptj[cwzy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (glyo) { mtfu(xptj, xptj); } for (_si qvdr = 0; qvdr <= 11; qvdr += 1) { if (((((xptj[qvdr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xptj[1 + qvdr] -= 1; } else { xptj[1 + qvdr] += ((xptj[qvdr]) >> (47)); }; xptj[qvdr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xptj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (glyo) { { for (_si vawh = 0; vawh <= 12; vawh += 1) { xptj[vawh] = -xptj[vawh]; } } } } void mhkl(_uli *htgv, _si xeww) { _si pwus = (xeww % 47); _si embs = ((xeww) / (47)); _si inwi = xeww; if (inwi > (8 * sizeof(_uli))) { inwi = -1; } if (embs >= 13) { { for (_si adhz = 0; adhz <= 12; adhz += 1) { htgv[adhz] = 0; } } } else { _uli jfxh = (((((_uli)(1)) << (pwus))) - ((_uli)(1))); if (inwi < 0) { htgv[0] = 0; } else { htgv[0] = ((((htgv[0]) & (~jfxh))) >> (inwi)); }; if (embs != 0) { htgv[0] += ((((htgv[embs]) & (~jfxh))) >> (pwus)); } for (_si knvm = 1; knvm <= (12 - embs); knvm += 1) { htgv[-1 + knvm] += ((((((htgv[embs + knvm]) & (jfxh))) << (-pwus + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); htgv[knvm] = ((((htgv[embs + knvm]) & (~jfxh))) >> (pwus)); } for (_si uvpc = 13 - embs; uvpc <= 12; uvpc += 1) { htgv[uvpc] = 0; } }; } void sbxb(_uli *tmat, _uli *waef, _uli *zsll) { for (_si anpa = 0; anpa <= 44; anpa += 1) { tmat[anpa] = waef[anpa] - zsll[anpa]; } yeed(tmat); } void nrbt(_uc *fsym, _uc *ndua, _uc *wtcm, _si qbm) { { cnt(fsym, ndua); _ui *cyhk = (_ui *)(fsym + 64); _ui *ahek = (_ui *)(fsym + 128); for (_si evxt = 0; evxt <= 3; evxt += 1) { cyhk[evxt] = (((_ui)(((_uc *)(_m + 48146) + 4 * evxt)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * evxt)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * evxt)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * evxt)[3])) << (24)))); } for (_si xsa = 0; xsa <= 3; xsa += 1) { cyhk[12 + xsa] = 0; _m[65162] += 1; } ahek[0] = 3904225602; } qzy(fsym, wtcm, qbm); } void cbtr(_si fsui, _uli *fgdq) { fgdq[(((fsui) / (47)))] &= ((((((_uli)(1)) << ((fsui % 47)))) - ((_uli)(1)))); for (_si edlm = 1 + (((fsui) / (47))); edlm <= 12; edlm += 1) { fgdq[edlm] = 0; } } void guec(_uli *ilcg) { for (_si yfao = 0; yfao <= 43; yfao += 1) { ilcg[1 + yfao] += ((ilcg[yfao]) >> (47)); ilcg[yfao] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ilcg[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ekbw(_uli *uafd) { for (_si gwtc = 0; gwtc <= 11; gwtc += 1) { uafd[1 + gwtc] += ((uafd[gwtc]) >> (47)); uafd[gwtc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uafd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dwce(_uli *oorg) { for (_si xctd = 0; xctd <= 12; xctd += 1) { oorg[xctd] = 0; } } void jwnr(_si dfpk, _uli *vwxe, _uli *xsca, _uli *edne, _uli *bgso) { _uli *wqma = ddzl(); { if (wqma != bgso) { for (_si xkje = 0; xkje <= 12; xkje += 1) { wqma[xkje] = bgso[xkje]; } } } lbbn(edne, bgso); { edne[(((dfpk) / (47)))] &= ((((((_uli)(1)) << ((dfpk % 47)))) - ((_uli)(1)))); for (_si dzxz = 1 + (((dfpk) / (47))); dzxz <= 12; dzxz += 1) { edne[dzxz] = 0; } } hif(edne, edne, xsca); { edne[(((dfpk) / (47)))] &= ((((((_uli)(1)) << ((dfpk % 47)))) - ((_uli)(1)))); for (_si lcwl = 1 + (((dfpk) / (47))); lcwl <= 12; lcwl += 1) { edne[lcwl] = 0; } } { _uli *csex = wfdc(); _uli *kxqz = derw(); _uli *gsqb = mawu(); _uli *pryc = cevs(); for (_si wfd = 0; wfd <= 12; wfd += 1) { csex[wfd] = ((edne[wfd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kxqz[wfd] = ((edne[wfd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gsqb[wfd] = ((vwxe[wfd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pryc[wfd] = ((vwxe[wfd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } tcsl(edne); for (_si folp = 0; folp <= (-1 + (((13) >> (1)))); folp += 1) { for (_si vzju = 0; vzju <= (-1 + (((13) >> (1)))); vzju += 1) { _uli kpxl = csex[folp] * pryc[vzju] + gsqb[vzju] * kxqz[folp]; _uli jodg = csex[folp] * gsqb[vzju]; _uli wmyr = kxqz[folp] * pryc[vzju]; _uli gymm = ((edne[folp + vzju]) + (jodg) + (((((kpxl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gymm < jodg) { wmyr += 1; } _uli mhhk = ((((kpxl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wmyr) << ((-47 + (((sizeof(_uli)) << (3)))))))); edne[folp + vzju] = gymm; edne[1 + folp + vzju] += mhhk; } { for (_si buae = 0; buae <= 11; buae += 1) { edne[1 + buae] += ((edne[buae]) >> (47)); edne[buae] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } edne[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *xqnp = (_uc *)(csex); for (_si ysuq = 0; ysuq <= 360; ysuq += 1) { xqnp[ysuq] = (_uc)(255 + xqnp[1 + ysuq]) * (_uc)(1 + xqnp[ysuq]); } xqnp[361] = 0; } mdrv(kxqz); { _uc *jmky = (_uc *)(gsqb); for (_si vttg = 0; vttg <= 360; vttg += 1) { jmky[vttg] = (_uc)(1 + jmky[vttg]) * (_uc)(255 + jmky[1 + vttg]); } jmky[361] = 0; } { _uc *ybdi = (_uc *)(pryc); for (_si xwuk = 0; xwuk <= 360; xwuk += 1) { ybdi[xwuk] = (_uc)(1 + ybdi[xwuk]) * (_uc)(255 + ybdi[1 + xwuk]); } ybdi[361] = 0; } } qynr(edne, edne, wqma); { _si fgwa = (dfpk % 47); _si tuzw = ((dfpk) / (47)); _si wbkq = dfpk; if (wbkq > (8 * sizeof(_uli))) { wbkq = -1; } if (tuzw >= 13) { { for (_si zyms = 0; zyms <= 12; zyms += 1) { edne[zyms] = 0; } } } else { _uli axtm = (((((_uli)(1)) << (fgwa))) - ((_uli)(1))); if (wbkq < 0) { edne[0] = 0; } else { edne[0] = ((((edne[0]) & (~axtm))) >> (wbkq)); }; if (tuzw != 0) { edne[0] += ((((edne[tuzw]) & (~axtm))) >> (fgwa)); } for (_si jef = 1; jef <= (12 - tuzw); jef += 1) { edne[-1 + jef] += ((((((edne[jef + tuzw]) & (axtm))) << (-fgwa + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); edne[jef] = ((((edne[jef + tuzw]) & (~axtm))) >> (fgwa)); } for (_si ikct = 13 - tuzw; ikct <= 12; ikct += 1) { edne[ikct] = 0; } }; } { for (_si wqwn = 0; wqwn <= 12; wqwn += 1) { wqma[wqwn] = edne[wqwn] - vwxe[wqwn]; } wjfv(wqma); } _si wgzo = apks(wqma); if (!wgzo) { { if (edne != wqma) { for (_si osun = 0; osun <= 12; osun += 1) { edne[osun] = wqma[osun]; } } } } hjjd(wqma); } _si bkzx(_uli *bcsb) { _si wqd = 0; _uli aurw = 19; for (_si yqlv = 44; yqlv >= 0; yqlv -= 1) { if (bcsb[yqlv] != 0) { wqd = ((((bcsb[yqlv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wqd; } void jovs(_uli *tnpy, _si nutn) { _si hkzz; { hkzz = 0; _uli mgyt = 19; for (_si rgak = 44; rgak >= 0; rgak -= 1) { if (tnpy[rgak] != 0) { hkzz = ((((tnpy[rgak]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hkzz) { { for (_si mjpc = 0; mjpc <= 44; mjpc += 1) { tnpy[mjpc] = -tnpy[mjpc]; } } } { _si kkrb = (nutn % 47); _si hrzg = ((nutn) / (47)); _si pxzo = nutn; if (pxzo > (8 * sizeof(_uli))) { pxzo = -1; } if (hrzg >= 45) { { for (_si fnzy = 0; fnzy <= 44; fnzy += 1) { tnpy[fnzy] = 0; } } } else { _uli tlny = (((((_uli)(1)) << (kkrb))) - ((_uli)(1))); if (pxzo < 0) { tnpy[0] = 0; } else { tnpy[0] = ((((tnpy[0]) & (~tlny))) >> (pxzo)); }; if (hrzg != 0) { tnpy[0] += ((((tnpy[hrzg]) & (~tlny))) >> (kkrb)); } for (_si bwtb = 1; bwtb <= (44 - hrzg); bwtb += 1) { tnpy[-1 + bwtb] += ((((((tnpy[bwtb + hrzg]) & (tlny))) << (-kkrb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tnpy[bwtb] = ((((tnpy[bwtb + hrzg]) & (~tlny))) >> (kkrb)); } for (_si rjcq = 45 - hrzg; rjcq <= 44; rjcq += 1) { tnpy[rjcq] = 0; } }; } if (hkzz) { { for (_si mqjp = 0; mqjp <= 44; mqjp += 1) { tnpy[mqjp] = -tnpy[mqjp]; } } } } void dunq(_uli *auol, _uli *oown) { if (auol != oown) { for (_si kfdx = 0; kfdx <= 12; kfdx += 1) { auol[kfdx] = oown[kfdx]; } } } _uc *jzsk() { ; _uc *kmqj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; kmqj = (_uc *)(_m + 362 * _s); break; } _s += 1; } return kmqj; } void esak(_si dail, _uli *ugyt, _uli *gtfc, _uli *hhbb, _uli *hhcu) { _uli *oybt = zkzr(); padw(oybt, hhcu); { if (hhbb != hhcu) { for (_si zwsb = 0; zwsb <= 12; zwsb += 1) { hhbb[zwsb] = hhcu[zwsb]; } } } { hhbb[(((dail) / (47)))] &= ((((((_uli)(1)) << ((dail % 47)))) - ((_uli)(1)))); for (_si rddl = 1 + (((dail) / (47))); rddl <= 12; rddl += 1) { hhbb[rddl] = 0; } } jwph(hhbb, hhbb, gtfc); xosj(dail, hhbb); { _uli *vhhp = axnl(); _uli *gusg = qwbt(); _uli *tctk = rucf(); _uli *kydy = wonb(); for (_si dilc = 0; dilc <= 12; dilc += 1) { vhhp[dilc] = ((hhbb[dilc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gusg[dilc] = ((hhbb[dilc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); tctk[dilc] = ((ugyt[dilc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kydy[dilc] = ((ugyt[dilc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qabc = 0; qabc <= 12; qabc += 1) { hhbb[qabc] = 0; } } for (_si vuva = 0; vuva <= (-1 + (((13) >> (1)))); vuva += 1) { for (_si xcrv = 0; xcrv <= (-1 + (((13) >> (1)))); xcrv += 1) { _uli pfhi = gusg[vuva] * tctk[xcrv] + kydy[xcrv] * vhhp[vuva]; _uli gzhm = tctk[xcrv] * vhhp[vuva]; _uli fznr = gusg[vuva] * kydy[xcrv]; _uli hmcl = ((hhbb[vuva + xcrv]) + (gzhm) + (((((pfhi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hmcl < gzhm) { fznr += 1; } _uli swlo = ((((pfhi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fznr) << ((-47 + (((sizeof(_uli)) << (3)))))))); hhbb[vuva + xcrv] = hmcl; hhbb[1 + vuva + xcrv] += swlo; } fbut(hhbb); } { _uc *fdyj = (_uc *)(vhhp); for (_si odvv = 0; odvv <= 360; odvv += 1) { fdyj[odvv] = (_uc)(255 + fdyj[1 + odvv]) * (_uc)(1 + fdyj[odvv]); } fdyj[361] = 0; } { _uc *hjbb = (_uc *)(gusg); for (_si dfbq = 0; dfbq <= 360; dfbq += 1) { hjbb[dfbq] = (_uc)(255 + hjbb[1 + dfbq]) * (_uc)(1 + hjbb[dfbq]); } hjbb[361] = 0; } { _uc *yqot = (_uc *)(tctk); for (_si ctaz = 0; ctaz <= 360; ctaz += 1) { yqot[ctaz] = (_uc)(1 + yqot[ctaz]) * (_uc)(255 + yqot[1 + ctaz]); } yqot[361] = 0; } { _uc *oaas = (_uc *)(kydy); for (_si ypfb = 0; ypfb <= 360; ypfb += 1) { oaas[ypfb] = (_uc)(255 + oaas[1 + ypfb]) * (_uc)(1 + oaas[ypfb]); } oaas[361] = 0; } } { for (_si rjrl = 0; rjrl <= 12; rjrl += 1) { hhbb[rjrl] = hhbb[rjrl] + oybt[rjrl]; } oeqk(hhbb); } { _si mvle = (dail % 47); _si nrfb = ((dail) / (47)); _si csps = dail; if (csps > (8 * sizeof(_uli))) { csps = -1; } if (nrfb >= 13) { { for (_si ihna = 0; ihna <= 12; ihna += 1) { hhbb[ihna] = 0; } } } else { _uli css = (((((_uli)(1)) << (mvle))) - ((_uli)(1))); if (csps < 0) { hhbb[0] = 0; } else { hhbb[0] = ((((hhbb[0]) & (~css))) >> (csps)); }; if (nrfb != 0) { hhbb[0] += ((((hhbb[nrfb]) & (~css))) >> (mvle)); } for (_si xtvj = 1; xtvj <= (12 - nrfb); xtvj += 1) { hhbb[-1 + xtvj] += ((((((hhbb[nrfb + xtvj]) & (css))) << (-mvle + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hhbb[xtvj] = ((((hhbb[nrfb + xtvj]) & (~css))) >> (mvle)); } for (_si mojr = 13 - nrfb; mojr <= 12; mojr += 1) { hhbb[mojr] = 0; } }; } { for (_si fvil = 0; fvil <= 12; fvil += 1) { oybt[fvil] = hhbb[fvil] - ugyt[fvil]; } pxam(oybt); } _si jlup; { jlup = 0; _uli soov = 19; for (_si nfhf = 12; nfhf >= 0; nfhf -= 1) { if (oybt[nfhf] != 0) { jlup = ((((oybt[nfhf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!jlup) { { if (hhbb != oybt) { for (_si ovvi = 0; ovvi <= 12; ovvi += 1) { hhbb[ovvi] = oybt[ovvi]; } } } } kyyf(oybt); } void ugll(_uli *myjb) { _si tfio = town(myjb); if (tfio) { { for (_si dln = 0; dln <= 44; dln += 1) { myjb[dln] = -myjb[dln]; } } } for (_si ritj = 0; ritj <= 43; ritj += 1) { if (((((myjb[ritj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { myjb[1 + ritj] -= 1; } else { myjb[1 + ritj] += ((myjb[ritj]) >> (47)); }; myjb[ritj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } myjb[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tfio) { { for (_si sppu = 0; sppu <= 44; sppu += 1) { myjb[sppu] = -myjb[sppu]; } } } } void tqiw(_uli *pzh) { _uc *rvcy = (_uc *)(pzh); for (_si nsiq = 0; nsiq <= 360; nsiq += 1) { rvcy[nsiq] = (_uc)(255 + rvcy[1 + nsiq]) * (_uc)(1 + rvcy[nsiq]); } rvcy[361] = 0; } void rihn(_uli *qmhq) { for (_si bohx = 0; bohx <= 11; bohx += 1) { qmhq[1 + bohx] += ((qmhq[bohx]) >> (47)); qmhq[bohx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qmhq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *rhfd() { ; _uli *vtkm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; vtkm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return vtkm; } void cwmr(_si dycq, _uli *fkie) { fkie[(((dycq) / (47)))] &= ((((((_uli)(1)) << ((dycq % 47)))) - ((_uli)(1)))); for (_si gbkm = 1 + (((dycq) / (47))); gbkm <= 44; gbkm += 1) { fkie[gbkm] = 0; } } void gum(_uli *kip, _si cms) { _si hckh = (cms % 47); _si tsb = ((cms) / (47)); _si jskk = cms; if (jskk > (8 * sizeof(_uli))) { jskk = -1; } if (tsb >= 13) { { for (_si aihz = 0; aihz <= 12; aihz += 1) { kip[aihz] = 0; } } } else { _uli egqx = (((((_uli)(1)) << (hckh))) - ((_uli)(1))); if (jskk < 0) { kip[0] = 0; } else { kip[0] = ((((kip[0]) & (~egqx))) >> (jskk)); }; if (tsb != 0) { kip[0] += ((((kip[tsb]) & (~egqx))) >> (hckh)); } for (_si dvsr = 1; dvsr <= (12 - tsb); dvsr += 1) { kip[-1 + dvsr] += ((((((kip[dvsr + tsb]) & (egqx))) << (-hckh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kip[dvsr] = ((((kip[dvsr + tsb]) & (~egqx))) >> (hckh)); } for (_si llbg = 13 - tsb; llbg <= 12; llbg += 1) { kip[llbg] = 0; } }; } void uvqj(_uli *yisy) { for (_si kvsr = 0; kvsr <= 11; kvsr += 1) { yisy[1 + kvsr] += ((yisy[kvsr]) >> (47)); yisy[kvsr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yisy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si adaf(_uli *qwli, _uli *eyrr) { _si xlnf = 0; for (_si aaef = 12; aaef >= 0; aaef -= 1) { if (qwli[aaef] > eyrr[aaef]) { break; } else if (qwli[aaef] < eyrr[aaef]) { xlnf = 1; break; }; } return xlnf; } void gbxp(_uli *tnkn) { _si lgnr; { lgnr = 0; _uli comj = 19; for (_si effm = 12; effm >= 0; effm -= 1) { if (tnkn[effm] != 0) { lgnr = ((((tnkn[effm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (lgnr) { { for (_si wkxp = 0; wkxp <= 12; wkxp += 1) { tnkn[wkxp] = -tnkn[wkxp]; } } } for (_si mjfj = 0; mjfj <= 11; mjfj += 1) { if (((((tnkn[mjfj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tnkn[1 + mjfj] -= 1; } else { tnkn[1 + mjfj] += ((tnkn[mjfj]) >> (47)); }; tnkn[mjfj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tnkn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lgnr) { { for (_si ykex = 0; ykex <= 12; ykex += 1) { tnkn[ykex] = -tnkn[ykex]; } } } } void dkkt(_uc *vkve, _uc *zcow, _si bqlm) { _uc *aqi = (_uc *)(vkve + 0); _uli *swbn = (_uli *)(vkve + 352); _si sace = (_si)(((swbn[0]) & (63))); swbn[0] += bqlm; for (_si kedm = 0; kedm <= (-1 + bqlm); kedm += 1) { aqi[sace] = zcow[kedm]; sace += 1; if (sace == 64) { { _uc *bchz = (_uc *)(vkve + 0); _ui *qxp = (_ui *)(vkve + 64); _ui *ibks = (_ui *)(vkve + 96); _si sato = 0; _ui gxue = 0; _ui dvxa = 0; _ui socp = 0; _ui euko = 0; _ui swgz = 0; _ui zvql = 0; for (_si bzju = 0; bzju <= 15; bzju += 1) { ibks[bzju] = (((((((((_ui)(bchz[sato])) << (24))) | ((((_ui)(bchz[1 + sato])) << (16))))) | ((((_ui)(bchz[2 + sato])) << (8))))) | ((_ui)(bchz[3 + sato]))); sato += 4; } for (_si tkwh = 16; tkwh <= 31; tkwh += 1) { gxue = ((((((((ibks[-15 + tkwh]) >> (7))) | (((ibks[-15 + tkwh]) << (25))))) ^ (((((ibks[-15 + tkwh]) >> (18))) | (((ibks[-15 + tkwh]) << (14))))))) ^ (((ibks[-15 + tkwh]) >> (3)))); euko = ((((((((ibks[-2 + tkwh]) >> (17))) | (((ibks[-2 + tkwh]) << (15))))) ^ (((((ibks[-2 + tkwh]) >> (19))) | (((ibks[-2 + tkwh]) << (13))))))) ^ (((ibks[-2 + tkwh]) >> (10)))); ibks[tkwh] = euko + gxue + ibks[-7 + tkwh] + ibks[-16 + tkwh]; _m[65160] += 1; } _ui yvp = qxp[0]; _ui ucgx = qxp[1]; _ui stbv = qxp[2]; _ui ldib = qxp[3]; _ui jphb = qxp[4]; _ui hjsl = qxp[5]; _ui hyaf = qxp[6]; _ui zqsm = qxp[7]; for (_si qxkw = 0; qxkw <= 31; qxkw += 1) { gxue = ((((((((yvp) >> (2))) | (((yvp) << (30))))) ^ (((((yvp) >> (13))) | (((yvp) << (19))))))) ^ (((((yvp) >> (22))) | (((yvp) << (10)))))); dvxa = ((((((yvp) & (ucgx))) ^ (((yvp) & (stbv))))) ^ (((ucgx) & (stbv)))); socp = dvxa + gxue; euko = ((((((((jphb) >> (6))) | (((jphb) << (26))))) ^ (((((jphb) >> (11))) | (((jphb) << (21))))))) ^ (((((jphb) >> (25))) | (((jphb) << (7)))))); swgz = ((((jphb) & (hjsl))) ^ (((~jphb) & (hyaf)))); zvql = zqsm + swgz + ibks[qxkw] + *(((_ui *)(_m + 246160) + qxkw)) + euko; zqsm = hyaf; hyaf = hjsl; hjsl = jphb; jphb = ldib + zvql; ldib = stbv; stbv = ucgx; ucgx = yvp; yvp = socp + zvql; _m[65161] += 1; } qxp[0] += yvp; qxp[1] += ucgx; qxp[2] += stbv; qxp[3] += ldib; qxp[4] += jphb; qxp[5] += hjsl; qxp[6] += hyaf; qxp[7] += zqsm; } sace = 0; } } } void blsp(_uc *pwkg, _uc *wupj) { _ui *xmfc = (_ui *)(pwkg + 64); for (_si rwxe = 0; rwxe <= 7; rwxe += 1) { xmfc[4 + rwxe] = (((_ui)((wupj + 4 * rwxe)[0])) + ((((_ui)((wupj + 4 * rwxe)[1])) << (8))) + ((((_ui)((wupj + 4 * rwxe)[2])) << (16))) + ((((_ui)((wupj + 4 * rwxe)[3])) << (24)))); } } void uhzm(_uc *tccc, _uc *anck, _uc *zmkf, _si qpf) { ilwr(tccc, anck, 0); { _ui *jlga = (_ui *)(tccc + 0); _ui *jbf = (_ui *)(tccc + 128); _uc *wdmy = (_uc *)(jlga); for (_si ijdo = 0; ijdo <= (-1 + qpf); ijdo += 1) { if (jbf[0] >= 64) { amn(tccc); jbf[0] = 0; } zmkf[ijdo] ^= wdmy[jbf[0]]; jbf[0] += 1; } } } void pxaf(_uli *qcia, _uli *furu) { for (_si qckv = 0; qckv <= 12; qckv += 1) { qcia[qckv] = -furu[qckv]; } } void xuaj(_uli *wzmb, _uli *ygmr, _uli *wcap, _uli *moxr) { kmdy(ygmr, wcap, moxr); _si kjpj = wlpu(ygmr); if (kjpj) { { for (_si yfyq = 0; yfyq <= 12; yfyq += 1) { ygmr[yfyq] = wzmb[yfyq] + ygmr[yfyq]; } ixkt(ygmr); } } } void gbau(_ui *iczh, _si jiur, _si gwut, _si btap, _si cjna) { iczh[jiur] += iczh[gwut]; iczh[cjna] ^= iczh[jiur]; iczh[cjna] = ((((iczh[cjna]) << (16))) | (((iczh[cjna]) >> (16)))); iczh[btap] += iczh[cjna]; iczh[gwut] ^= iczh[btap]; iczh[gwut] = ((((iczh[gwut]) << (12))) | (((iczh[gwut]) >> (20)))); iczh[jiur] += iczh[gwut]; iczh[cjna] ^= iczh[jiur]; iczh[cjna] = ((((iczh[cjna]) << (8))) | (((iczh[cjna]) >> (24)))); iczh[btap] += iczh[cjna]; iczh[gwut] ^= iczh[btap]; iczh[gwut] = ((((iczh[gwut]) << (7))) | (((iczh[gwut]) >> (25)))); } void afrt(_uli *ndik, _uli *gmmv) { _uli *jmrz = zend(); _uli *htcg = mlib(); for (_si ikwm = 0; ikwm <= 44; ikwm += 1) { jmrz[ikwm] = ((gmmv[ikwm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); htcg[ikwm] = ((gmmv[ikwm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mqmy = 0; mqmy <= 44; mqmy += 1) { ndik[mqmy] = 0; } } for (_si igkl = 0; igkl <= (-1 + (((45) >> (1)))); igkl += 1) { for (_si vtow = 0; vtow <= (-1 + (((45) >> (1)))); vtow += 1) { _uli fdff = htcg[vtow] * jmrz[igkl] + htcg[igkl] * jmrz[vtow]; _uli isbn = jmrz[vtow] * jmrz[igkl]; _uli bypy = htcg[vtow] * htcg[igkl]; _uli tmmf = ((ndik[igkl + vtow]) + (isbn) + (((((fdff) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tmmf < isbn) { bypy += 1; } _uli bcpm = ((((fdff) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bypy) << ((-47 + (((sizeof(_uli)) << (3)))))))); ndik[igkl + vtow] = tmmf; ndik[1 + igkl + vtow] += bcpm; } oijx(ndik); } vtca(jmrz); { _uc *zsyi = (_uc *)(htcg); for (_si weip = 0; weip <= 360; weip += 1) { zsyi[weip] = (_uc)(255 + zsyi[1 + weip]) * (_uc)(1 + zsyi[weip]); } zsyi[361] = 0; } } void xiss(_uli *dxsq) { for (_si uqcq = 0; uqcq <= 11; uqcq += 1) { dxsq[1 + uqcq] += ((dxsq[uqcq]) >> (47)); dxsq[uqcq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dxsq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void itnl(_uli *dcvh) { _uc *ufce = (_uc *)(dcvh); for (_si bryl = 0; bryl <= 360; bryl += 1) { ufce[bryl] = (_uc)(255 + ufce[1 + bryl]) * (_uc)(1 + ufce[bryl]); } ufce[361] = 0; } void occv(_uli *tmge) { _si rmxq; { rmxq = 0; _uli lrtd = 19; for (_si jwwj = 44; jwwj >= 0; jwwj -= 1) { if (tmge[jwwj] != 0) { rmxq = ((((tmge[jwwj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rmxq) { { for (_si vzho = 0; vzho <= 44; vzho += 1) { tmge[vzho] = -tmge[vzho]; } } } for (_si zrel = 0; zrel <= 43; zrel += 1) { if (((((tmge[zrel]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tmge[1 + zrel] -= 1; } else { tmge[1 + zrel] += ((tmge[zrel]) >> (47)); }; tmge[zrel] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tmge[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rmxq) { uxiq(tmge, tmge); } } void teyr(_uc *pwvy) { _ui *nqk = (_ui *)(pwvy + 64); _uli *hcri = (_uli *)(pwvy + 352); nqk[0] = 3072593861; nqk[1] = 3086033710; nqk[2] = 3878829419; nqk[3] = 661946499; nqk[4] = 3836525215; nqk[5] = 533529351; nqk[6] = 1116444951; nqk[7] = 1869145119; hcri[0] = 0; } void fazb(_uc *vhl) { _uc *yuzc = (_uc *)(vhl + 0); _ui *pxxv = (_ui *)(vhl + 64); _ui *tcr = (_ui *)(vhl + 96); _si pxa = 0; _ui gwku = 0; _ui hhfi = 0; _ui xuck = 0; _ui tgsl = 0; _ui uwdl = 0; _ui gqvk = 0; for (_si ewki = 0; ewki <= 15; ewki += 1) { tcr[ewki] = (((((((((_ui)(yuzc[pxa])) << (24))) | ((((_ui)(yuzc[1 + pxa])) << (16))))) | ((((_ui)(yuzc[2 + pxa])) << (8))))) | ((_ui)(yuzc[3 + pxa]))); pxa += 4; } for (_si znev = 16; znev <= 31; znev += 1) { gwku = ((((((((tcr[-15 + znev]) >> (7))) | (((tcr[-15 + znev]) << (25))))) ^ (((((tcr[-15 + znev]) >> (18))) | (((tcr[-15 + znev]) << (14))))))) ^ (((tcr[-15 + znev]) >> (3)))); tgsl = ((((((((tcr[-2 + znev]) >> (17))) | (((tcr[-2 + znev]) << (15))))) ^ (((((tcr[-2 + znev]) >> (19))) | (((tcr[-2 + znev]) << (13))))))) ^ (((tcr[-2 + znev]) >> (10)))); tcr[znev] = gwku + tcr[-16 + znev] + tcr[-7 + znev] + tgsl; _m[65160] += 1; } _ui jtju = pxxv[0]; _ui hnq = pxxv[1]; _ui frh = pxxv[2]; _ui dvla = pxxv[3]; _ui xho = pxxv[4]; _ui skk = pxxv[5]; _ui ndnv = pxxv[6]; _ui rnsm = pxxv[7]; for (_si gbkv = 0; gbkv <= 31; gbkv += 1) { gwku = ((((((((jtju) >> (2))) | (((jtju) << (30))))) ^ (((((jtju) >> (13))) | (((jtju) << (19))))))) ^ (((((jtju) >> (22))) | (((jtju) << (10)))))); hhfi = ((((((jtju) & (hnq))) ^ (((jtju) & (frh))))) ^ (((hnq) & (frh)))); xuck = gwku + hhfi; tgsl = ((((((((xho) >> (6))) | (((xho) << (26))))) ^ (((((xho) >> (11))) | (((xho) << (21))))))) ^ (((((xho) >> (25))) | (((xho) << (7)))))); uwdl = ((((xho) & (skk))) ^ (((~xho) & (ndnv)))); gqvk = tcr[gbkv] + tgsl + uwdl + rnsm + *(((_ui *)(_m + 246160) + gbkv)); rnsm = ndnv; ndnv = skk; skk = xho; xho = dvla + gqvk; dvla = frh; frh = hnq; hnq = jtju; jtju = gqvk + xuck; _m[65161] += 1; } pxxv[0] += jtju; pxxv[1] += hnq; pxxv[2] += frh; pxxv[3] += dvla; pxxv[4] += xho; pxxv[5] += skk; pxxv[6] += ndnv; pxxv[7] += rnsm; } void etze(_uli *hsmy, _uli *qolq, _uli *aesv) { for (_si ppvj = 0; ppvj <= 12; ppvj += 1) { hsmy[ppvj] = aesv[ppvj] + qolq[ppvj]; } { _si laug = vxbl(hsmy); if (laug) { ntkc(hsmy, hsmy); } for (_si smjf = 0; smjf <= 11; smjf += 1) { if (((((hsmy[smjf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hsmy[1 + smjf] -= 1; } else { hsmy[1 + smjf] += ((hsmy[smjf]) >> (47)); }; hsmy[smjf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hsmy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (laug) { { for (_si zytp = 0; zytp <= 12; zytp += 1) { hsmy[zytp] = -hsmy[zytp]; } } } } } _uc *asjm() { ; _uc *emfs; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; emfs = (_uc *)(_m + 362 * _s); break; } _s += 1; } return emfs; } void tfth(_uc *dmmr, _uc *lsjj, _si nnhw) { _ui *eeor = (_ui *)(dmmr + 0); _ui *lprg = (_ui *)(dmmr + 128); _uc *pbvf = (_uc *)(eeor); for (_si jqby = 0; jqby <= (-1 + nnhw); jqby += 1) { if (lprg[0] >= 64) { pdfl(dmmr); lprg[0] = 0; } lsjj[jqby] ^= pbvf[lprg[0]]; lprg[0] += 1; } } void thvs(_uli *hvre, _uli *qwpi) { for (_si ruyl = 0; ruyl <= 12; ruyl += 1) { hvre[ruyl] = -qwpi[ruyl]; } } _uli *gavy() { ; _uli *sqrm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; sqrm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return sqrm; } _si idka(_uli *jrem) { _si gyrt = 0; _uli zgur = 19; for (_si rvna = 12; rvna >= 0; rvna -= 1) { if (jrem[rvna] != 0) { gyrt = ((((jrem[rvna]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return gyrt; } void mgrk(_uli *fpiv, _uli *umrs, _uli *obyg, _uli *cngl) { { for (_si ijya = 0; ijya <= 12; ijya += 1) { umrs[ijya] = cngl[ijya] + obyg[ijya]; } noml(umrs); } _si kdps = mjwe(umrs, fpiv); if (!kdps) { ibnk(umrs, umrs, fpiv); } } void xsik(_uli *tsrq) { _si rgef = cyfh(tsrq); if (rgef) { { for (_si hxrc = 0; hxrc <= 12; hxrc += 1) { tsrq[hxrc] = -tsrq[hxrc]; } } } for (_si mzcw = 0; mzcw <= 11; mzcw += 1) { if (((((tsrq[mzcw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tsrq[1 + mzcw] -= 1; } else { tsrq[1 + mzcw] += ((tsrq[mzcw]) >> (47)); }; tsrq[mzcw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tsrq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rgef) { { for (_si vcto = 0; vcto <= 12; vcto += 1) { tsrq[vcto] = -tsrq[vcto]; } } } } void khtx(_si wlhh, _uli *aprx, _uli *lxdr, _uli *qbaf, _uli *zbub, _uli *wckv) { qtaw(qbaf, zbub, wckv); { _uli *htpl = ypsa(); { if (htpl != qbaf) { for (_si hxqj = 0; hxqj <= 12; hxqj += 1) { htpl[hxqj] = qbaf[hxqj]; } } } dlaa(qbaf, qbaf); { qbaf[(((wlhh) / (47)))] &= ((((((_uli)(1)) << ((wlhh % 47)))) - ((_uli)(1)))); for (_si ghrv = 1 + (((wlhh) / (47))); ghrv <= 12; ghrv += 1) { qbaf[ghrv] = 0; } } { _uli *thil = hfgh(); _uli *baxi = vwhv(); _uli *htkq = elai(); _uli *wlio = oacu(); for (_si caad = 0; caad <= 12; caad += 1) { thil[caad] = ((qbaf[caad]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); baxi[caad] = ((qbaf[caad]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); htkq[caad] = ((lxdr[caad]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wlio[caad] = ((lxdr[caad]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fpac = 0; fpac <= 12; fpac += 1) { qbaf[fpac] = 0; } } for (_si wpv = 0; wpv <= (-1 + (((13) >> (1)))); wpv += 1) { for (_si vvyr = 0; vvyr <= (-1 + (((13) >> (1)))); vvyr += 1) { _uli yllg = baxi[wpv] * htkq[vvyr] + thil[wpv] * wlio[vvyr]; _uli bgrs = htkq[vvyr] * thil[wpv]; _uli kkum = baxi[wpv] * wlio[vvyr]; _uli iqii = ((qbaf[vvyr + wpv]) + (bgrs) + (((((yllg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (iqii < bgrs) { kkum += 1; } _uli ksmc = ((((yllg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kkum) << ((-47 + (((sizeof(_uli)) << (3)))))))); qbaf[vvyr + wpv] = iqii; qbaf[1 + vvyr + wpv] += ksmc; } { for (_si ased = 0; ased <= 11; ased += 1) { qbaf[1 + ased] += ((qbaf[ased]) >> (47)); qbaf[ased] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qbaf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *miyc = (_uc *)(thil); for (_si mvyv = 0; mvyv <= 360; mvyv += 1) { miyc[mvyv] = (_uc)(1 + miyc[mvyv]) * (_uc)(255 + miyc[1 + mvyv]); } miyc[361] = 0; } fuue(baxi); mccb(htkq); mfrt(wlio); } hhpt(wlhh, qbaf); takz(qbaf, qbaf, aprx); { for (_si kxur = 0; kxur <= 12; kxur += 1) { qbaf[kxur] = htpl[kxur] + qbaf[kxur]; } pxam(qbaf); } { _si obus = (wlhh % 47); _si jwj = ((wlhh) / (47)); _si tupu = wlhh; if (tupu > (8 * sizeof(_uli))) { tupu = -1; } if (jwj >= 13) { { for (_si gtrm = 0; gtrm <= 12; gtrm += 1) { qbaf[gtrm] = 0; } } } else { _uli cede = (((((_uli)(1)) << (obus))) - ((_uli)(1))); if (tupu < 0) { qbaf[0] = 0; } else { qbaf[0] = ((((qbaf[0]) & (~cede))) >> (tupu)); }; if (jwj != 0) { qbaf[0] += ((((qbaf[jwj]) & (~cede))) >> (obus)); } for (_si ejsx = 1; ejsx <= (12 - jwj); ejsx += 1) { qbaf[-1 + ejsx] += ((((((qbaf[ejsx + jwj]) & (cede))) << (-obus + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qbaf[ejsx] = ((((qbaf[ejsx + jwj]) & (~cede))) >> (obus)); } for (_si iaul = 13 - jwj; iaul <= 12; iaul += 1) { qbaf[iaul] = 0; } }; } hhob(htpl, qbaf, aprx); _si ijay = tqod(htpl); if (!ijay) { tktg(qbaf, htpl); } dcux(htpl); } } _si oxfw(_uli *jeor) { _si kvgn = 0; _uli besg = 19; for (_si taan = 12; taan >= 0; taan -= 1) { if (jeor[taan] != 0) { kvgn = ((((jeor[taan]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return kvgn; } void mvvj(_si zmpt, _uli *qnto) { qnto[(((zmpt) / (47)))] &= ((((((_uli)(1)) << ((zmpt % 47)))) - ((_uli)(1)))); for (_si byec = 1 + (((zmpt) / (47))); byec <= 12; byec += 1) { qnto[byec] = 0; } } void bfb(_uli *bfkr, _uli *qwya, _uli *wfsv, _uli *zat) { { for (_si wfjr = 0; wfjr <= 12; wfjr += 1) { qwya[wfjr] = wfsv[wfjr] - zat[wfjr]; } { _si dogd; { dogd = 0; _uli jvum = 19; for (_si xkul = 12; xkul >= 0; xkul -= 1) { if (qwya[xkul] != 0) { dogd = ((((qwya[xkul]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (dogd) { { for (_si hclp = 0; hclp <= 12; hclp += 1) { qwya[hclp] = -qwya[hclp]; } } } for (_si ejfx = 0; ejfx <= 11; ejfx += 1) { if (((((qwya[ejfx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qwya[1 + ejfx] -= 1; } else { qwya[1 + ejfx] += ((qwya[ejfx]) >> (47)); }; qwya[ejfx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qwya[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dogd) { nsfl(qwya, qwya); } } } _si fydw = wsgg(qwya); if (fydw) { { for (_si vmqd = 0; vmqd <= 12; vmqd += 1) { qwya[vmqd] = bfkr[vmqd] + qwya[vmqd]; } qowa(qwya); } } } void pqgw(_uc *bwze, _uli *fzjm) { _uc *qhjc = ewai(); { _uc *ehrn = (_uc *)(bwze + 0); gdeh(bwze, qhjc, 0); _uli *rgha = (_uli *)(bwze + 352); { _uc *ibkj = (_uc *)(bwze + 0); _ui *xwnp = (_ui *)(bwze + 64); _uli *gzzn = (_uli *)(bwze + 352); _uli kzeb = 8 * gzzn[0]; _uc lvkd[1]; lvkd[0] = 128; wwfb(bwze, lvkd, 1); while (((((gzzn[0]) & (63))) != (56))) { lvkd[0] = 0; { _uc *gqjd = (_uc *)(bwze + 0); _uli *fwfi = (_uli *)(bwze + 352); _si utix = (_si)(((fwfi[0]) & (63))); fwfi[0] += 1; for (_si odaw = 0; odaw <= 0; odaw += 1) { gqjd[utix] = lvkd[odaw]; utix += 1; if (utix == 64) { { _uc *gujj = (_uc *)(bwze + 0); _ui *hegb = (_ui *)(bwze + 64); _ui *fuaz = (_ui *)(bwze + 96); _si sdme = 0; _ui swuo = 0; _ui vwb = 0; _ui vkjb = 0; _ui djnv = 0; _ui kblm = 0; _ui vtcm = 0; for (_si tbsh = 0; tbsh <= 15; tbsh += 1) { fuaz[tbsh] = (((((((((_ui)(gujj[sdme])) << (24))) | ((((_ui)(gujj[1 + sdme])) << (16))))) | ((((_ui)(gujj[2 + sdme])) << (8))))) | ((_ui)(gujj[3 + sdme]))); sdme += 4; } for (_si byfd = 16; byfd <= 31; byfd += 1) { swuo = ((((((((fuaz[-15 + byfd]) >> (7))) | (((fuaz[-15 + byfd]) << (25))))) ^ (((((fuaz[-15 + byfd]) >> (18))) | (((fuaz[-15 + byfd]) << (14))))))) ^ (((fuaz[-15 + byfd]) >> (3)))); djnv = ((((((((fuaz[-2 + byfd]) >> (17))) | (((fuaz[-2 + byfd]) << (15))))) ^ (((((fuaz[-2 + byfd]) >> (19))) | (((fuaz[-2 + byfd]) << (13))))))) ^ (((fuaz[-2 + byfd]) >> (10)))); fuaz[byfd] = djnv + fuaz[-7 + byfd] + fuaz[-16 + byfd] + swuo; _m[65160] += 1; } _ui gcgl = hegb[0]; _ui zxtf = hegb[1]; _ui aisn = hegb[2]; _ui zasa = hegb[3]; _ui iirr = hegb[4]; _ui kwsa = hegb[5]; _ui hhk = hegb[6]; _ui naeq = hegb[7]; for (_si ymmp = 0; ymmp <= 31; ymmp += 1) { swuo = ((((((((gcgl) >> (2))) | (((gcgl) << (30))))) ^ (((((gcgl) >> (13))) | (((gcgl) << (19))))))) ^ (((((gcgl) >> (22))) | (((gcgl) << (10)))))); vwb = ((((((gcgl) & (zxtf))) ^ (((gcgl) & (aisn))))) ^ (((zxtf) & (aisn)))); vkjb = swuo + vwb; djnv = ((((((((iirr) >> (6))) | (((iirr) << (26))))) ^ (((((iirr) >> (11))) | (((iirr) << (21))))))) ^ (((((iirr) >> (25))) | (((iirr) << (7)))))); kblm = ((((iirr) & (kwsa))) ^ (((~iirr) & (hhk)))); vtcm = naeq + djnv + kblm + *(((_ui *)(_m + 246160) + ymmp)) + fuaz[ymmp]; naeq = hhk; hhk = kwsa; kwsa = iirr; iirr = vtcm + zasa; zasa = aisn; aisn = zxtf; zxtf = gcgl; gcgl = vkjb + vtcm; _m[65161] += 1; } hegb[0] += gcgl; hegb[1] += zxtf; hegb[2] += aisn; hegb[3] += zasa; hegb[4] += iirr; hegb[5] += kwsa; hegb[6] += hhk; hegb[7] += naeq; } utix = 0; } } } } for (_si xiwy = 0; xiwy <= 7; xiwy += 1) { lvkd[0] = (_uc)(((((kzeb) >> (8 * (7 - xiwy)))) & (255))); acgf(bwze, lvkd, 1); } _si womp = 0; for (_si fccb = 0; fccb <= 7; fccb += 1) { _ui tugt = xwnp[fccb]; ibkj[womp] = (_uc)(((((tugt) >> (24))) & (255))); ibkj[1 + womp] = (_uc)(((((tugt) >> (16))) & (255))); ibkj[2 + womp] = (_uc)(((((tugt) >> (8))) & (255))); ibkj[3 + womp] = (_uc)(((tugt) & (255))); womp += 4; } } for (_si iddb = 0; iddb <= 31; iddb += 1) { qhjc[iddb] = ehrn[iddb]; } } { _uli *rnwk = oeuc(); wrpx(fzjm); for (_si ptqp = 0; ptqp <= 31; ptqp += 1) { { rnwk[0] = qhjc[31 - ptqp]; for (_si tnn = 1; tnn <= 12; tnn += 1) { rnwk[tnn] = 0; } } pwnk(rnwk, 8 * ptqp); yvov(fzjm, fzjm, rnwk); } dwxe(rnwk); } jtaf(qhjc); } void ucob(_uc *lpwl) { _ui *kpwy = (_ui *)(lpwl + 0); _ui *pxwf = (_ui *)(lpwl + 64); for (_si bcxb = 0; bcxb <= 15; bcxb += 1) { kpwy[bcxb] = pxwf[bcxb]; } for (_si lwk = 0; lwk <= 9; lwk += 1) { ajvn(kpwy, 0, 4, 8, 12); sjin(kpwy, 1, 5, 9, 13); the(kpwy, 2, 6, 10, 14); { kpwy[3] += kpwy[7]; kpwy[15] ^= kpwy[3]; kpwy[15] = ((((kpwy[15]) << (16))) | (((kpwy[15]) >> (16)))); kpwy[11] += kpwy[15]; kpwy[7] ^= kpwy[11]; kpwy[7] = ((((kpwy[7]) << (12))) | (((kpwy[7]) >> (20)))); kpwy[3] += kpwy[7]; kpwy[15] ^= kpwy[3]; kpwy[15] = ((((kpwy[15]) << (8))) | (((kpwy[15]) >> (24)))); kpwy[11] += kpwy[15]; kpwy[7] ^= kpwy[11]; kpwy[7] = ((((kpwy[7]) << (7))) | (((kpwy[7]) >> (25)))); } { kpwy[0] += kpwy[5]; kpwy[15] ^= kpwy[0]; kpwy[15] = ((((kpwy[15]) << (16))) | (((kpwy[15]) >> (16)))); kpwy[10] += kpwy[15]; kpwy[5] ^= kpwy[10]; kpwy[5] = ((((kpwy[5]) << (12))) | (((kpwy[5]) >> (20)))); kpwy[0] += kpwy[5]; kpwy[15] ^= kpwy[0]; kpwy[15] = ((((kpwy[15]) << (8))) | (((kpwy[15]) >> (24)))); kpwy[10] += kpwy[15]; kpwy[5] ^= kpwy[10]; kpwy[5] = ((((kpwy[5]) << (7))) | (((kpwy[5]) >> (25)))); } { kpwy[1] += kpwy[6]; kpwy[12] ^= kpwy[1]; kpwy[12] = ((((kpwy[12]) << (16))) | (((kpwy[12]) >> (16)))); kpwy[11] += kpwy[12]; kpwy[6] ^= kpwy[11]; kpwy[6] = ((((kpwy[6]) << (12))) | (((kpwy[6]) >> (20)))); kpwy[1] += kpwy[6]; kpwy[12] ^= kpwy[1]; kpwy[12] = ((((kpwy[12]) << (8))) | (((kpwy[12]) >> (24)))); kpwy[11] += kpwy[12]; kpwy[6] ^= kpwy[11]; kpwy[6] = ((((kpwy[6]) << (7))) | (((kpwy[6]) >> (25)))); } wpb(kpwy, 2, 7, 8, 13); fqss(kpwy, 3, 4, 9, 14); _m[65163] += 1; } for (_si dlog = 0; dlog <= 15; dlog += 1) { kpwy[dlog] += pxwf[dlog]; } pxwf[12] += 1; if (pxwf[12] == 0) { pxwf[13] += 1; } } void dmkq(_uc *uxkj, _si ymq) { _si bys = 0; _si ue = 1140764 + ymq; _si ygg[ue]; for (_si zar = 0; zar <= (-1 + ue); zar += 1) { bys += ygg[zar]; } for (_si klyw = 0; klyw <= 7; klyw += 1) { uxkj[klyw] = ((((bys) >> (klyw))) & (255)); } } _uli *derw() { ; _uli *bsub; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; bsub = (_uli *)(_m + 362 * _s); break; } _s += 1; } return bsub; } void ywut(_uli *lnjh, _uli *qdhk, _uli *jwzr) { _uli *anqw = vwhv(); _uli *yaih = gdxm(); _uli *ddxi = shbw(); _uli *fjrp = zgns(); for (_si swap = 0; swap <= 12; swap += 1) { anqw[swap] = ((qdhk[swap]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yaih[swap] = ((qdhk[swap]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ddxi[swap] = ((jwzr[swap]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fjrp[swap] = ((jwzr[swap]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } jmds(lnjh); for (_si tcan = 0; tcan <= (-1 + (((13) >> (1)))); tcan += 1) { for (_si jdz = 0; jdz <= (-1 + (((13) >> (1)))); jdz += 1) { _uli nzsh = anqw[tcan] * fjrp[jdz] + ddxi[jdz] * yaih[tcan]; _uli ppfl = anqw[tcan] * ddxi[jdz]; _uli fumy = fjrp[jdz] * yaih[tcan]; _uli zcjg = ((lnjh[jdz + tcan]) + (ppfl) + (((((nzsh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zcjg < ppfl) { fumy += 1; } _uli utsp = ((((nzsh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fumy) << ((-47 + (((sizeof(_uli)) << (3)))))))); lnjh[jdz + tcan] = zcjg; lnjh[1 + jdz + tcan] += utsp; } lbhg(lnjh); } { _uc *pywv = (_uc *)(anqw); for (_si yuof = 0; yuof <= 360; yuof += 1) { pywv[yuof] = (_uc)(1 + pywv[yuof]) * (_uc)(255 + pywv[1 + yuof]); } pywv[361] = 0; } { _uc *zggn = (_uc *)(yaih); for (_si gwgc = 0; gwgc <= 360; gwgc += 1) { zggn[gwgc] = (_uc)(1 + zggn[gwgc]) * (_uc)(255 + zggn[1 + gwgc]); } zggn[361] = 0; } ecwg(ddxi); jmof(fjrp); } void qdxz(_uli *etxb) { _uc *apoh = (_uc *)(etxb); for (_si qrqd = 0; qrqd <= 360; qrqd += 1) { apoh[qrqd] = (_uc)(1 + apoh[qrqd]) * (_uc)(255 + apoh[1 + qrqd]); } apoh[361] = 0; } void ndxx(_uli *mule) { _uc *lcza = (_uc *)(mule); for (_si xqvv = 0; xqvv <= 360; xqvv += 1) { lcza[xqvv] = (_uc)(1 + lcza[xqvv]) * (_uc)(255 + lcza[1 + xqvv]); } lcza[361] = 0; } _si pwub(_uli *wqvb) { _si tobr = -1; for (_si oljy = 44; oljy >= 0; oljy -= 1) { if (wqvb[oljy] != 0) { tobr = oljy; break; } } return tobr; } _uli *xzmy() { ; _uli *nlqq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; nlqq = (_uli *)(_m + 362 * _s); break; } _s += 1; } return nlqq; } void athy(_uli *zgln, _uli *gtsa, _uli *bcqy) { for (_si ahir = 0; ahir <= 12; ahir += 1) { zgln[ahir] = -bcqy[ahir] + gtsa[ahir]; } prvi(zgln); } void gmzz(_uli *wqbp) { _uc *hrer = (_uc *)(wqbp); for (_si qyet = 0; qyet <= 360; qyet += 1) { hrer[qyet] = (_uc)(255 + hrer[1 + qyet]) * (_uc)(1 + hrer[qyet]); } hrer[361] = 0; } void uzmf(_uli *cnph, _uli *zkzk) { for (_si vrgv = 0; vrgv <= 12; vrgv += 1) { cnph[vrgv] = -zkzk[vrgv]; } } void zdob(_uli *slym) { for (_si fnes = 0; fnes <= 11; fnes += 1) { slym[1 + fnes] += ((slym[fnes]) >> (47)); slym[fnes] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } slym[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void uxgk(_uli *kesn, _si hoha) { _si fbuc = (hoha % 47); _si kcxn = ((hoha) / (47)); _si asnr = hoha; if (asnr > (8 * sizeof(_uli))) { asnr = -1; } if (kcxn >= 45) { { for (_si nvji = 0; nvji <= 44; nvji += 1) { kesn[nvji] = 0; } } } else { _uli bhjh = (((((_uli)(1)) << (fbuc))) - ((_uli)(1))); if (asnr < 0) { kesn[0] = 0; } else { kesn[0] = ((((kesn[0]) & (~bhjh))) >> (asnr)); }; if (kcxn != 0) { kesn[0] += ((((kesn[kcxn]) & (~bhjh))) >> (fbuc)); } for (_si yheo = 1; yheo <= (44 - kcxn); yheo += 1) { kesn[-1 + yheo] += ((((((kesn[kcxn + yheo]) & (bhjh))) << (-fbuc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kesn[yheo] = ((((kesn[kcxn + yheo]) & (~bhjh))) >> (fbuc)); } for (_si xquj = 45 - kcxn; xquj <= 44; xquj += 1) { kesn[xquj] = 0; } }; } void tdnj(_uli *bclx, _si gjel) { _si mczv = (gjel % 47); _si aqqq = ((gjel) / (47)); _si kgki = gjel; if (kgki > (8 * sizeof(_uli))) { kgki = -1; } if (aqqq >= 13) { rgge(bclx); } else { _uli jksm = (((((_uli)(1)) << (mczv))) - ((_uli)(1))); if (kgki < 0) { bclx[0] = 0; } else { bclx[0] = ((((bclx[0]) & (~jksm))) >> (kgki)); }; if (aqqq != 0) { bclx[0] += ((((bclx[aqqq]) & (~jksm))) >> (mczv)); } for (_si yfid = 1; yfid <= (12 - aqqq); yfid += 1) { bclx[-1 + yfid] += ((((((bclx[aqqq + yfid]) & (jksm))) << (-mczv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bclx[yfid] = ((((bclx[aqqq + yfid]) & (~jksm))) >> (mczv)); } for (_si ajjp = 13 - aqqq; ajjp <= 12; ajjp += 1) { bclx[ajjp] = 0; } }; } _si pkvv(_uli *sopx, _uli *beeo) { _si jezk = 0; for (_si ksrr = 12; ksrr >= 0; ksrr -= 1) { if (sopx[ksrr] > beeo[ksrr]) { break; } else if (sopx[ksrr] < beeo[ksrr]) { jezk = 1; break; }; } return jezk; } void ugsn(_uli *xoai, _uli *qgju, _uli *aztw) { for (_si gyfr = 0; gyfr <= 12; gyfr += 1) { xoai[gyfr] = aztw[gyfr] + qgju[gyfr]; } { _si lzia = cyfh(xoai); if (lzia) { { for (_si txby = 0; txby <= 12; txby += 1) { xoai[txby] = -xoai[txby]; } } } for (_si zzhj = 0; zzhj <= 11; zzhj += 1) { if (((((xoai[zzhj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xoai[1 + zzhj] -= 1; } else { xoai[1 + zzhj] += ((xoai[zzhj]) >> (47)); }; xoai[zzhj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xoai[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lzia) { { for (_si jcon = 0; jcon <= 12; jcon += 1) { xoai[jcon] = -xoai[jcon]; } } } } } void jdqj(_uli *rkwg) { _si nhru; { nhru = 0; _uli cqnv = 19; for (_si nlfr = 12; nlfr >= 0; nlfr -= 1) { if (rkwg[nlfr] != 0) { nhru = ((((rkwg[nlfr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (nhru) { glfx(rkwg, rkwg); } for (_si kvj = 0; kvj <= 11; kvj += 1) { if (((((rkwg[kvj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rkwg[1 + kvj] -= 1; } else { rkwg[1 + kvj] += ((rkwg[kvj]) >> (47)); }; rkwg[kvj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rkwg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nhru) { dvlq(rkwg, rkwg); } } void kicg(_uli *ckgx, _uli *zgrw) { for (_si rcwi = 0; rcwi <= 12; rcwi += 1) { ckgx[rcwi] = -zgrw[rcwi]; } } void hukz(_uli *oada) { _uc *xwku = (_uc *)(oada); for (_si wnvt = 0; wnvt <= 360; wnvt += 1) { xwku[wnvt] = (_uc)(255 + xwku[1 + wnvt]) * (_uc)(1 + xwku[wnvt]); } xwku[361] = 0; } void jcgu(_uli *mbla, _uli *gxuh, _uli *duiz) { for (_si elyk = 0; elyk <= 44; elyk += 1) { mbla[elyk] = -duiz[elyk] + gxuh[elyk]; } fvnd(mbla); } void ovxt(_uc *wsmb, _uc *rnj, _uc *pqrx, _si xnla) { _uc *xiyl = (_uc *)(wsmb + 0); uzcq(wsmb, pqrx, xnla); _uli *qonk = (_uli *)(wsmb + 352); ljvv(wsmb); for (_si ooxq = 0; ooxq <= 31; ooxq += 1) { rnj[ooxq] = xiyl[ooxq]; } } void wflk(_uli *zeov, _uli *cvha, _uli *neaa) { _uli *peho = sreu(); _uli *drws = uzhu(); _uli *angt = svrk(); _uli *tbaa = xgyz(); for (_si imcw = 0; imcw <= 12; imcw += 1) { peho[imcw] = ((cvha[imcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); drws[imcw] = ((cvha[imcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); angt[imcw] = ((neaa[imcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tbaa[imcw] = ((neaa[imcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si gdaw = 0; gdaw <= 12; gdaw += 1) { zeov[gdaw] = 0; } } for (_si lvz = 0; lvz <= (-1 + (((13) >> (1)))); lvz += 1) { for (_si fosu = 0; fosu <= (-1 + (((13) >> (1)))); fosu += 1) { _uli gdn = angt[fosu] * drws[lvz] + peho[lvz] * tbaa[fosu]; _uli lnfz = angt[fosu] * peho[lvz]; _uli rvph = drws[lvz] * tbaa[fosu]; _uli lwbh = ((zeov[fosu + lvz]) + (lnfz) + (((((gdn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lwbh < lnfz) { rvph += 1; } _uli bmy = ((((gdn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rvph) << ((-47 + (((sizeof(_uli)) << (3)))))))); zeov[fosu + lvz] = lwbh; zeov[1 + fosu + lvz] += bmy; } ekbw(zeov); } { _uc *gjnk = (_uc *)(peho); for (_si cgsp = 0; cgsp <= 360; cgsp += 1) { gjnk[cgsp] = (_uc)(1 + gjnk[cgsp]) * (_uc)(255 + gjnk[1 + cgsp]); } gjnk[361] = 0; } { _uc *rpsc = (_uc *)(drws); for (_si enkq = 0; enkq <= 360; enkq += 1) { rpsc[enkq] = (_uc)(1 + rpsc[enkq]) * (_uc)(255 + rpsc[1 + enkq]); } rpsc[361] = 0; } { _uc *zvta = (_uc *)(angt); for (_si aaka = 0; aaka <= 360; aaka += 1) { zvta[aaka] = (_uc)(1 + zvta[aaka]) * (_uc)(255 + zvta[1 + aaka]); } zvta[361] = 0; } fgib(tbaa); } _uli *flsx() { ; _uli *yrfw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; yrfw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return yrfw; } void kdrw(_uli *aloz) { _uc *terw = (_uc *)(aloz); for (_si tatq = 0; tatq <= 360; tatq += 1) { terw[tatq] = (_uc)(255 + terw[1 + tatq]) * (_uc)(1 + terw[tatq]); } terw[361] = 0; } void unlk(_si rokh, _uli *evgk) { evgk[(((rokh) / (47)))] &= ((((((_uli)(1)) << ((rokh % 47)))) - ((_uli)(1)))); for (_si abyt = 1 + (((rokh) / (47))); abyt <= 44; abyt += 1) { evgk[abyt] = 0; } } void zzyu(_uli *idbc) { _uc *bwe = pmv(); _uc *vpg = ((_uc *)(_m + 246884) + 0); _uc *cspp = (_uc *)(idbc); for (_si hmkx = 0; hmkx <= 359; hmkx += 1) { cspp[hmkx] = *(((_uc *)(_m + 226612) + hmkx)); } kbt(bwe, vpg, cspp, 360); } void gnnc(_uli *mmyr) { _uc *kvvr = (_uc *)(mmyr); for (_si yqf = 0; yqf <= 360; yqf += 1) { kvvr[yqf] = (_uc)(1 + kvvr[yqf]) * (_uc)(255 + kvvr[1 + yqf]); } kvvr[361] = 0; } void daqw(_uli *uotc, _uli *vjqx) { for (_si qvoc = 0; qvoc <= 12; qvoc += 1) { uotc[qvoc] = -vjqx[qvoc]; } } _si xpjz(_uli *mlmq) { _si wjmi = 0; _uli arp = 19; for (_si bxcr = 12; bxcr >= 0; bxcr -= 1) { if (mlmq[bxcr] != 0) { wjmi = ((((mlmq[bxcr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wjmi; } void vwlk(_uli *drzw, _si pkhi) { _si mzbg = (pkhi % 47); _si qmsb = ((pkhi) / (47)); _si rzrq = -mzbg + (((sizeof(_uli)) << (3))); if (qmsb >= 13) { { for (_si jvgl = 0; jvgl <= 12; jvgl += 1) { drzw[jvgl] = 0; } } } else { for (_si yzmq = 12 - qmsb; yzmq >= 1; yzmq -= 1) { drzw[qmsb + yzmq] = ((drzw[yzmq]) << (mzbg)); if (rzrq < (8 * sizeof(_uli))) { drzw[qmsb + yzmq] += ((((drzw[-1 + yzmq]) >> (rzrq))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } drzw[qmsb] = ((drzw[0]) << (mzbg)); for (_si zvax = -1 + qmsb; zvax >= 0; zvax -= 1) { drzw[zvax] = 0; } }; hfqr(drzw); } void nqzw(_ui *kiv, _si rbli, _si nwgf, _si xos, _si rcry) { kiv[rbli] += kiv[nwgf]; kiv[rcry] ^= kiv[rbli]; kiv[rcry] = ((((kiv[rcry]) << (16))) | (((kiv[rcry]) >> (16)))); kiv[xos] += kiv[rcry]; kiv[nwgf] ^= kiv[xos]; kiv[nwgf] = ((((kiv[nwgf]) << (12))) | (((kiv[nwgf]) >> (20)))); kiv[rbli] += kiv[nwgf]; kiv[rcry] ^= kiv[rbli]; kiv[rcry] = ((((kiv[rcry]) << (8))) | (((kiv[rcry]) >> (24)))); kiv[xos] += kiv[rcry]; kiv[nwgf] ^= kiv[xos]; kiv[nwgf] = ((((kiv[nwgf]) << (7))) | (((kiv[nwgf]) >> (25)))); } void adbm(_uc *qmrt) { _ui *nvvq = (_ui *)(qmrt + 0); _ui *vfex = (_ui *)(qmrt + 64); for (_si eays = 0; eays <= 15; eays += 1) { nvvq[eays] = vfex[eays]; } for (_si tvib = 0; tvib <= 9; tvib += 1) { { nvvq[0] += nvvq[4]; nvvq[12] ^= nvvq[0]; nvvq[12] = ((((nvvq[12]) << (16))) | (((nvvq[12]) >> (16)))); nvvq[8] += nvvq[12]; nvvq[4] ^= nvvq[8]; nvvq[4] = ((((nvvq[4]) << (12))) | (((nvvq[4]) >> (20)))); nvvq[0] += nvvq[4]; nvvq[12] ^= nvvq[0]; nvvq[12] = ((((nvvq[12]) << (8))) | (((nvvq[12]) >> (24)))); nvvq[8] += nvvq[12]; nvvq[4] ^= nvvq[8]; nvvq[4] = ((((nvvq[4]) << (7))) | (((nvvq[4]) >> (25)))); } jgrw(nvvq, 1, 5, 9, 13); ktwi(nvvq, 2, 6, 10, 14); { nvvq[3] += nvvq[7]; nvvq[15] ^= nvvq[3]; nvvq[15] = ((((nvvq[15]) << (16))) | (((nvvq[15]) >> (16)))); nvvq[11] += nvvq[15]; nvvq[7] ^= nvvq[11]; nvvq[7] = ((((nvvq[7]) << (12))) | (((nvvq[7]) >> (20)))); nvvq[3] += nvvq[7]; nvvq[15] ^= nvvq[3]; nvvq[15] = ((((nvvq[15]) << (8))) | (((nvvq[15]) >> (24)))); nvvq[11] += nvvq[15]; nvvq[7] ^= nvvq[11]; nvvq[7] = ((((nvvq[7]) << (7))) | (((nvvq[7]) >> (25)))); } { nvvq[0] += nvvq[5]; nvvq[15] ^= nvvq[0]; nvvq[15] = ((((nvvq[15]) << (16))) | (((nvvq[15]) >> (16)))); nvvq[10] += nvvq[15]; nvvq[5] ^= nvvq[10]; nvvq[5] = ((((nvvq[5]) << (12))) | (((nvvq[5]) >> (20)))); nvvq[0] += nvvq[5]; nvvq[15] ^= nvvq[0]; nvvq[15] = ((((nvvq[15]) << (8))) | (((nvvq[15]) >> (24)))); nvvq[10] += nvvq[15]; nvvq[5] ^= nvvq[10]; nvvq[5] = ((((nvvq[5]) << (7))) | (((nvvq[5]) >> (25)))); } { nvvq[1] += nvvq[6]; nvvq[12] ^= nvvq[1]; nvvq[12] = ((((nvvq[12]) << (16))) | (((nvvq[12]) >> (16)))); nvvq[11] += nvvq[12]; nvvq[6] ^= nvvq[11]; nvvq[6] = ((((nvvq[6]) << (12))) | (((nvvq[6]) >> (20)))); nvvq[1] += nvvq[6]; nvvq[12] ^= nvvq[1]; nvvq[12] = ((((nvvq[12]) << (8))) | (((nvvq[12]) >> (24)))); nvvq[11] += nvvq[12]; nvvq[6] ^= nvvq[11]; nvvq[6] = ((((nvvq[6]) << (7))) | (((nvvq[6]) >> (25)))); } { nvvq[2] += nvvq[7]; nvvq[13] ^= nvvq[2]; nvvq[13] = ((((nvvq[13]) << (16))) | (((nvvq[13]) >> (16)))); nvvq[8] += nvvq[13]; nvvq[7] ^= nvvq[8]; nvvq[7] = ((((nvvq[7]) << (12))) | (((nvvq[7]) >> (20)))); nvvq[2] += nvvq[7]; nvvq[13] ^= nvvq[2]; nvvq[13] = ((((nvvq[13]) << (8))) | (((nvvq[13]) >> (24)))); nvvq[8] += nvvq[13]; nvvq[7] ^= nvvq[8]; nvvq[7] = ((((nvvq[7]) << (7))) | (((nvvq[7]) >> (25)))); } mjt(nvvq, 3, 4, 9, 14); _m[65163] += 1; } for (_si atun = 0; atun <= 15; atun += 1) { nvvq[atun] += vfex[atun]; } vfex[12] += 1; if (vfex[12] == 0) { vfex[13] += 1; } } void dfow(_uc *mnfi, _uc *jkae) { _ui *cnvb = (_ui *)(mnfi + 64); for (_si vzkb = 0; vzkb <= 7; vzkb += 1) { cnvb[4 + vzkb] = (((_ui)((jkae + 4 * vzkb)[0])) + ((((_ui)((jkae + 4 * vzkb)[1])) << (8))) + ((((_ui)((jkae + 4 * vzkb)[2])) << (16))) + ((((_ui)((jkae + 4 * vzkb)[3])) << (24)))); } } void dcyd(_uc *hcmm, _uc *lek, _uc *wvdn, _si zcd) { { { _ui *rex = (_ui *)(hcmm + 64); for (_si oywq = 0; oywq <= 7; oywq += 1) { rex[4 + oywq] = (((_ui)((lek + 4 * oywq)[0])) + ((((_ui)((lek + 4 * oywq)[1])) << (8))) + ((((_ui)((lek + 4 * oywq)[2])) << (16))) + ((((_ui)((lek + 4 * oywq)[3])) << (24)))); } } _ui *yul = (_ui *)(hcmm + 64); _ui *ozde = (_ui *)(hcmm + 128); for (_si xuwt = 0; xuwt <= 3; xuwt += 1) { yul[xuwt] = (((_ui)(((_uc *)(_m + 48146) + 4 * xuwt)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xuwt)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xuwt)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xuwt)[3])) << (24)))); } for (_si mybu = 0; mybu <= 3; mybu += 1) { yul[12 + mybu] = 0; _m[65162] += 1; } ozde[0] = 3904225602; } hbhz(hcmm, wvdn, zcd); } void kfqa(_uli *nhlf) { for (_si xdxs = 0; xdxs <= 12; xdxs += 1) { nhlf[xdxs] = 0; } } void qxcw(_uli *ijkt, _uli *vkll) { for (_si uxdj = 0; uxdj <= 12; uxdj += 1) { ijkt[uxdj] = -vkll[uxdj]; } } void obeo(_uli *ukeb, _uli *ttfn, _uli *woqr, _uli *tyf) { { for (_si zlw = 0; zlw <= 12; zlw += 1) { ttfn[zlw] = -tyf[zlw] + woqr[zlw]; } { _si tkes; { tkes = 0; _uli jofh = 19; for (_si exdy = 12; exdy >= 0; exdy -= 1) { if (ttfn[exdy] != 0) { tkes = ((((ttfn[exdy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tkes) { { for (_si ebcc = 0; ebcc <= 12; ebcc += 1) { ttfn[ebcc] = -ttfn[ebcc]; } } } for (_si hyc = 0; hyc <= 11; hyc += 1) { if (((((ttfn[hyc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ttfn[1 + hyc] -= 1; } else { ttfn[1 + hyc] += ((ttfn[hyc]) >> (47)); }; ttfn[hyc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ttfn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tkes) { { for (_si qbqr = 0; qbqr <= 12; qbqr += 1) { ttfn[qbqr] = -ttfn[qbqr]; } } } } } _si nadc; { nadc = 0; _uli ffvv = 19; for (_si kmof = 12; kmof >= 0; kmof -= 1) { if (ttfn[kmof] != 0) { nadc = ((((ttfn[kmof]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (nadc) { txu(ttfn, ttfn, ukeb); } } void ywpo(_uc *ucj, _uc *ztyr, _uc *wraw, _si vchz) { { { _ui *vbvh = (_ui *)(ucj + 64); for (_si yims = 0; yims <= 7; yims += 1) { vbvh[4 + yims] = (((_ui)((ztyr + 4 * yims)[0])) + ((((_ui)((ztyr + 4 * yims)[1])) << (8))) + ((((_ui)((ztyr + 4 * yims)[2])) << (16))) + ((((_ui)((ztyr + 4 * yims)[3])) << (24)))); } } _ui *wsjh = (_ui *)(ucj + 64); _ui *wtlu = (_ui *)(ucj + 128); for (_si nybj = 0; nybj <= 3; nybj += 1) { wsjh[nybj] = (((_ui)(((_uc *)(_m + 48146) + 4 * nybj)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nybj)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nybj)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nybj)[3])) << (24)))); } for (_si cdxm = 0; cdxm <= 3; cdxm += 1) { wsjh[12 + cdxm] = 0; _m[65162] += 1; } wtlu[0] = 3904225602; } { _ui *hhvb = (_ui *)(ucj + 0); _ui *jxmh = (_ui *)(ucj + 128); _uc *qwud = (_uc *)(hhvb); for (_si cfnw = 0; cfnw <= (-1 + vchz); cfnw += 1) { if (jxmh[0] >= 64) { { _ui *dnbr = (_ui *)(ucj + 0); _ui *hiwd = (_ui *)(ucj + 64); for (_si hute = 0; hute <= 15; hute += 1) { dnbr[hute] = hiwd[hute]; } for (_si dcj = 0; dcj <= 9; dcj += 1) { { dnbr[0] += dnbr[4]; dnbr[12] ^= dnbr[0]; dnbr[12] = ((((dnbr[12]) << (16))) | (((dnbr[12]) >> (16)))); dnbr[8] += dnbr[12]; dnbr[4] ^= dnbr[8]; dnbr[4] = ((((dnbr[4]) << (12))) | (((dnbr[4]) >> (20)))); dnbr[0] += dnbr[4]; dnbr[12] ^= dnbr[0]; dnbr[12] = ((((dnbr[12]) << (8))) | (((dnbr[12]) >> (24)))); dnbr[8] += dnbr[12]; dnbr[4] ^= dnbr[8]; dnbr[4] = ((((dnbr[4]) << (7))) | (((dnbr[4]) >> (25)))); } { dnbr[1] += dnbr[5]; dnbr[13] ^= dnbr[1]; dnbr[13] = ((((dnbr[13]) << (16))) | (((dnbr[13]) >> (16)))); dnbr[9] += dnbr[13]; dnbr[5] ^= dnbr[9]; dnbr[5] = ((((dnbr[5]) << (12))) | (((dnbr[5]) >> (20)))); dnbr[1] += dnbr[5]; dnbr[13] ^= dnbr[1]; dnbr[13] = ((((dnbr[13]) << (8))) | (((dnbr[13]) >> (24)))); dnbr[9] += dnbr[13]; dnbr[5] ^= dnbr[9]; dnbr[5] = ((((dnbr[5]) << (7))) | (((dnbr[5]) >> (25)))); } twri(dnbr, 2, 6, 10, 14); { dnbr[3] += dnbr[7]; dnbr[15] ^= dnbr[3]; dnbr[15] = ((((dnbr[15]) << (16))) | (((dnbr[15]) >> (16)))); dnbr[11] += dnbr[15]; dnbr[7] ^= dnbr[11]; dnbr[7] = ((((dnbr[7]) << (12))) | (((dnbr[7]) >> (20)))); dnbr[3] += dnbr[7]; dnbr[15] ^= dnbr[3]; dnbr[15] = ((((dnbr[15]) << (8))) | (((dnbr[15]) >> (24)))); dnbr[11] += dnbr[15]; dnbr[7] ^= dnbr[11]; dnbr[7] = ((((dnbr[7]) << (7))) | (((dnbr[7]) >> (25)))); } { dnbr[0] += dnbr[5]; dnbr[15] ^= dnbr[0]; dnbr[15] = ((((dnbr[15]) << (16))) | (((dnbr[15]) >> (16)))); dnbr[10] += dnbr[15]; dnbr[5] ^= dnbr[10]; dnbr[5] = ((((dnbr[5]) << (12))) | (((dnbr[5]) >> (20)))); dnbr[0] += dnbr[5]; dnbr[15] ^= dnbr[0]; dnbr[15] = ((((dnbr[15]) << (8))) | (((dnbr[15]) >> (24)))); dnbr[10] += dnbr[15]; dnbr[5] ^= dnbr[10]; dnbr[5] = ((((dnbr[5]) << (7))) | (((dnbr[5]) >> (25)))); } { dnbr[1] += dnbr[6]; dnbr[12] ^= dnbr[1]; dnbr[12] = ((((dnbr[12]) << (16))) | (((dnbr[12]) >> (16)))); dnbr[11] += dnbr[12]; dnbr[6] ^= dnbr[11]; dnbr[6] = ((((dnbr[6]) << (12))) | (((dnbr[6]) >> (20)))); dnbr[1] += dnbr[6]; dnbr[12] ^= dnbr[1]; dnbr[12] = ((((dnbr[12]) << (8))) | (((dnbr[12]) >> (24)))); dnbr[11] += dnbr[12]; dnbr[6] ^= dnbr[11]; dnbr[6] = ((((dnbr[6]) << (7))) | (((dnbr[6]) >> (25)))); } { dnbr[2] += dnbr[7]; dnbr[13] ^= dnbr[2]; dnbr[13] = ((((dnbr[13]) << (16))) | (((dnbr[13]) >> (16)))); dnbr[8] += dnbr[13]; dnbr[7] ^= dnbr[8]; dnbr[7] = ((((dnbr[7]) << (12))) | (((dnbr[7]) >> (20)))); dnbr[2] += dnbr[7]; dnbr[13] ^= dnbr[2]; dnbr[13] = ((((dnbr[13]) << (8))) | (((dnbr[13]) >> (24)))); dnbr[8] += dnbr[13]; dnbr[7] ^= dnbr[8]; dnbr[7] = ((((dnbr[7]) << (7))) | (((dnbr[7]) >> (25)))); } { dnbr[3] += dnbr[4]; dnbr[14] ^= dnbr[3]; dnbr[14] = ((((dnbr[14]) << (16))) | (((dnbr[14]) >> (16)))); dnbr[9] += dnbr[14]; dnbr[4] ^= dnbr[9]; dnbr[4] = ((((dnbr[4]) << (12))) | (((dnbr[4]) >> (20)))); dnbr[3] += dnbr[4]; dnbr[14] ^= dnbr[3]; dnbr[14] = ((((dnbr[14]) << (8))) | (((dnbr[14]) >> (24)))); dnbr[9] += dnbr[14]; dnbr[4] ^= dnbr[9]; dnbr[4] = ((((dnbr[4]) << (7))) | (((dnbr[4]) >> (25)))); } _m[65163] += 1; } for (_si evsv = 0; evsv <= 15; evsv += 1) { dnbr[evsv] += hiwd[evsv]; } hiwd[12] += 1; if (hiwd[12] == 0) { hiwd[13] += 1; } } jxmh[0] = 0; } wraw[cfnw] ^= qwud[jxmh[0]]; jxmh[0] += 1; } } } void grcx(_uc *qecu, _uc *vbut) { _ui *xmwk = (_ui *)(qecu + 64); for (_si flgl = 0; flgl <= 7; flgl += 1) { xmwk[4 + flgl] = (((_ui)((vbut + 4 * flgl)[0])) + ((((_ui)((vbut + 4 * flgl)[1])) << (8))) + ((((_ui)((vbut + 4 * flgl)[2])) << (16))) + ((((_ui)((vbut + 4 * flgl)[3])) << (24)))); } } void wjmo(_uli *zqor, _uli *hkrk, _uli *rjbv) { for (_si smzn = 0; smzn <= 12; smzn += 1) { zqor[smzn] = hkrk[smzn] + rjbv[smzn]; } stib(zqor); } void ulaw(_uli *vcfr) { _uc *anmz = (_uc *)(vcfr); for (_si oizq = 0; oizq <= 360; oizq += 1) { anmz[oizq] = (_uc)(255 + anmz[1 + oizq]) * (_uc)(1 + anmz[oizq]); } anmz[361] = 0; } void hzww(_uli *jmji, _uli *ucnm) { for (_si lyfg = 0; lyfg <= 12; lyfg += 1) { jmji[lyfg] = -ucnm[lyfg]; } } void puob(_uc *sdyr, _uc *qyrp, _si qypd) { { _ui *tcu = (_ui *)(sdyr + 64); for (_si albm = 0; albm <= 7; albm += 1) { tcu[4 + albm] = (((_ui)((qyrp + 4 * albm)[0])) + ((((_ui)((qyrp + 4 * albm)[1])) << (8))) + ((((_ui)((qyrp + 4 * albm)[2])) << (16))) + ((((_ui)((qyrp + 4 * albm)[3])) << (24)))); } } _ui *rumd = (_ui *)(sdyr + 64); _ui *eohh = (_ui *)(sdyr + 128); for (_si wca = 0; wca <= 3; wca += 1) { rumd[wca] = (((_ui)(((_uc *)(_m + 48146) + 4 * wca)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * wca)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * wca)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * wca)[3])) << (24)))); } for (_si ualr = 0; ualr <= 3; ualr += 1) { rumd[12 + ualr] = qypd; _m[65162] += 1; } eohh[0] = 3904225602; } void wtfi(_ui *gpyj, _si zeso, _si fjeb, _si dejb, _si ezrp) { gpyj[zeso] += gpyj[fjeb]; gpyj[ezrp] ^= gpyj[zeso]; gpyj[ezrp] = ((((gpyj[ezrp]) << (16))) | (((gpyj[ezrp]) >> (16)))); gpyj[dejb] += gpyj[ezrp]; gpyj[fjeb] ^= gpyj[dejb]; gpyj[fjeb] = ((((gpyj[fjeb]) << (12))) | (((gpyj[fjeb]) >> (20)))); gpyj[zeso] += gpyj[fjeb]; gpyj[ezrp] ^= gpyj[zeso]; gpyj[ezrp] = ((((gpyj[ezrp]) << (8))) | (((gpyj[ezrp]) >> (24)))); gpyj[dejb] += gpyj[ezrp]; gpyj[fjeb] ^= gpyj[dejb]; gpyj[fjeb] = ((((gpyj[fjeb]) << (7))) | (((gpyj[fjeb]) >> (25)))); } void acoe(_uli *yzxv, _uli *nldm, _uli *gmni, _uli *kgci) { { for (_si rkiy = 0; rkiy <= 12; rkiy += 1) { nldm[rkiy] = gmni[rkiy] + kgci[rkiy]; } { _si oclx; { oclx = 0; _uli mgla = 19; for (_si hmgi = 12; hmgi >= 0; hmgi -= 1) { if (nldm[hmgi] != 0) { oclx = ((((nldm[hmgi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oclx) { mxui(nldm, nldm); } for (_si kxyr = 0; kxyr <= 11; kxyr += 1) { if (((((nldm[kxyr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nldm[1 + kxyr] -= 1; } else { nldm[1 + kxyr] += ((nldm[kxyr]) >> (47)); }; nldm[kxyr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nldm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oclx) { { for (_si ulln = 0; ulln <= 12; ulln += 1) { nldm[ulln] = -nldm[ulln]; } } } } } _si fmdr; { fmdr = 0; for (_si icud = 12; icud >= 0; icud -= 1) { if (nldm[icud] > yzxv[icud]) { break; } else if (nldm[icud] < yzxv[icud]) { fmdr = 1; break; }; } } if (!fmdr) { ritb(nldm, nldm, yzxv); } } void nzth(_uli *pizr, _uli *abuy) { if (pizr != abuy) { for (_si ktez = 0; ktez <= 12; ktez += 1) { pizr[ktez] = abuy[ktez]; } } } void kmqn(_si vhjq, _uli *sjkw) { sjkw[(((vhjq) / (47)))] &= ((((((_uli)(1)) << ((vhjq % 47)))) - ((_uli)(1)))); for (_si dzou = 1 + (((vhjq) / (47))); dzou <= 44; dzou += 1) { sjkw[dzou] = 0; } } void gtlv(_uli *ziqr) { _si sklb = pzgo(ziqr); if (sklb) { hsws(ziqr, ziqr); } for (_si lwgu = 0; lwgu <= 11; lwgu += 1) { if (((((ziqr[lwgu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ziqr[1 + lwgu] -= 1; } else { ziqr[1 + lwgu] += ((ziqr[lwgu]) >> (47)); }; ziqr[lwgu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ziqr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sklb) { { for (_si ewtd = 0; ewtd <= 12; ewtd += 1) { ziqr[ewtd] = -ziqr[ewtd]; } } } } void eljq(_si dzzr, _uli *yjfi) { yjfi[(((dzzr) / (47)))] &= ((((((_uli)(1)) << ((dzzr % 47)))) - ((_uli)(1)))); for (_si dsqm = 1 + (((dzzr) / (47))); dsqm <= 12; dsqm += 1) { yjfi[dsqm] = 0; } } void zrjy(_uc *vau) { _ui *ukps = (_ui *)(vau + 0); _ui *sjc = (_ui *)(vau + 64); for (_si nbpl = 0; nbpl <= 15; nbpl += 1) { ukps[nbpl] = sjc[nbpl]; } for (_si uqgg = 0; uqgg <= 9; uqgg += 1) { tabt(ukps, 0, 4, 8, 12); { ukps[1] += ukps[5]; ukps[13] ^= ukps[1]; ukps[13] = ((((ukps[13]) << (16))) | (((ukps[13]) >> (16)))); ukps[9] += ukps[13]; ukps[5] ^= ukps[9]; ukps[5] = ((((ukps[5]) << (12))) | (((ukps[5]) >> (20)))); ukps[1] += ukps[5]; ukps[13] ^= ukps[1]; ukps[13] = ((((ukps[13]) << (8))) | (((ukps[13]) >> (24)))); ukps[9] += ukps[13]; ukps[5] ^= ukps[9]; ukps[5] = ((((ukps[5]) << (7))) | (((ukps[5]) >> (25)))); } lxok(ukps, 2, 6, 10, 14); qzkg(ukps, 3, 7, 11, 15); ufv(ukps, 0, 5, 10, 15); { ukps[1] += ukps[6]; ukps[12] ^= ukps[1]; ukps[12] = ((((ukps[12]) << (16))) | (((ukps[12]) >> (16)))); ukps[11] += ukps[12]; ukps[6] ^= ukps[11]; ukps[6] = ((((ukps[6]) << (12))) | (((ukps[6]) >> (20)))); ukps[1] += ukps[6]; ukps[12] ^= ukps[1]; ukps[12] = ((((ukps[12]) << (8))) | (((ukps[12]) >> (24)))); ukps[11] += ukps[12]; ukps[6] ^= ukps[11]; ukps[6] = ((((ukps[6]) << (7))) | (((ukps[6]) >> (25)))); } { ukps[2] += ukps[7]; ukps[13] ^= ukps[2]; ukps[13] = ((((ukps[13]) << (16))) | (((ukps[13]) >> (16)))); ukps[8] += ukps[13]; ukps[7] ^= ukps[8]; ukps[7] = ((((ukps[7]) << (12))) | (((ukps[7]) >> (20)))); ukps[2] += ukps[7]; ukps[13] ^= ukps[2]; ukps[13] = ((((ukps[13]) << (8))) | (((ukps[13]) >> (24)))); ukps[8] += ukps[13]; ukps[7] ^= ukps[8]; ukps[7] = ((((ukps[7]) << (7))) | (((ukps[7]) >> (25)))); } { ukps[3] += ukps[4]; ukps[14] ^= ukps[3]; ukps[14] = ((((ukps[14]) << (16))) | (((ukps[14]) >> (16)))); ukps[9] += ukps[14]; ukps[4] ^= ukps[9]; ukps[4] = ((((ukps[4]) << (12))) | (((ukps[4]) >> (20)))); ukps[3] += ukps[4]; ukps[14] ^= ukps[3]; ukps[14] = ((((ukps[14]) << (8))) | (((ukps[14]) >> (24)))); ukps[9] += ukps[14]; ukps[4] ^= ukps[9]; ukps[4] = ((((ukps[4]) << (7))) | (((ukps[4]) >> (25)))); } _m[65163] += 1; } for (_si avdz = 0; avdz <= 15; avdz += 1) { ukps[avdz] += sjc[avdz]; } sjc[12] += 1; if (sjc[12] == 0) { sjc[13] += 1; } } _uc *jsin() { ; _uc *pnex; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; pnex = (_uc *)(_m + 362 * _s); break; } _s += 1; } return pnex; } void rwxm(_uc *ryid) { _uc *sqsw = (_uc *)(ryid); for (_si ntz = 0; ntz <= 360; ntz += 1) { sqsw[ntz] = (_uc)(255 + sqsw[1 + ntz]) * (_uc)(1 + sqsw[ntz]); } sqsw[361] = 0; } _uli *azfr() { ; _uli *voew; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; voew = (_uli *)(_m + 362 * _s); break; } _s += 1; } return voew; } void tyha(_uli *sars) { _uc *zaqu = (_uc *)(sars); for (_si guuf = 0; guuf <= 360; guuf += 1) { zaqu[guuf] = (_uc)(255 + zaqu[1 + guuf]) * (_uc)(1 + zaqu[guuf]); } zaqu[361] = 0; } _uc *zabl() { ; _uc *rusi; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; rusi = (_uc *)(_m + 362 * _s); break; } _s += 1; } return rusi; } void pmab(_uli *rymh, _si boql) { _si kmzz = (boql % 47); _si ojmq = ((boql) / (47)); _si chqg = boql; if (chqg > (8 * sizeof(_uli))) { chqg = -1; } if (ojmq >= 13) { xxdy(rymh); } else { _uli erpp = (((((_uli)(1)) << (kmzz))) - ((_uli)(1))); if (chqg < 0) { rymh[0] = 0; } else { rymh[0] = ((((rymh[0]) & (~erpp))) >> (chqg)); }; if (ojmq != 0) { rymh[0] += ((((rymh[ojmq]) & (~erpp))) >> (kmzz)); } for (_si efjb = 1; efjb <= (12 - ojmq); efjb += 1) { rymh[-1 + efjb] += ((((((rymh[efjb + ojmq]) & (erpp))) << (-kmzz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rymh[efjb] = ((((rymh[efjb + ojmq]) & (~erpp))) >> (kmzz)); } for (_si tbek = 13 - ojmq; tbek <= 12; tbek += 1) { rymh[tbek] = 0; } }; } _uli *niei() { ; _uli *dlv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; dlv = (_uli *)(_m + 362 * _s); break; } _s += 1; } return dlv; } void utpi(_uli *uemn) { for (_si fzoq = 0; fzoq <= 11; fzoq += 1) { uemn[1 + fzoq] += ((uemn[fzoq]) >> (47)); uemn[fzoq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uemn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si kctw(_uli *gish) { _si ydwl = 0; _uli mmhf = 19; for (_si iqyv = 12; iqyv >= 0; iqyv -= 1) { if (gish[iqyv] != 0) { ydwl = ((((gish[iqyv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ydwl; } void enaa(_uli *wdqi, _si nirx) { _si gcxa = (nirx % 47); _si iqyo = ((nirx) / (47)); _si nfcv = -gcxa + (((sizeof(_uli)) << (3))); if (iqyo >= 13) { { for (_si juwh = 0; juwh <= 12; juwh += 1) { wdqi[juwh] = 0; } } } else { for (_si vwbl = 12 - iqyo; vwbl >= 1; vwbl -= 1) { wdqi[iqyo + vwbl] = ((wdqi[vwbl]) << (gcxa)); if (nfcv < (8 * sizeof(_uli))) { wdqi[iqyo + vwbl] += ((((wdqi[-1 + vwbl]) >> (nfcv))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } wdqi[iqyo] = ((wdqi[0]) << (gcxa)); for (_si zmqa = -1 + iqyo; zmqa >= 0; zmqa -= 1) { wdqi[zmqa] = 0; } }; { for (_si zxas = 0; zxas <= 11; zxas += 1) { wdqi[1 + zxas] += ((wdqi[zxas]) >> (47)); wdqi[zxas] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wdqi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void exln(_uc *mxnm, _uc *xiof, _si onze) { aqhv(mxnm, xiof); _ui *ouyt = (_ui *)(mxnm + 64); _ui *joxf = (_ui *)(mxnm + 128); for (_si bdwx = 0; bdwx <= 3; bdwx += 1) { ouyt[bdwx] = (((_ui)(((_uc *)(_m + 48146) + 4 * bdwx)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bdwx)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bdwx)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bdwx)[3])) << (24)))); } for (_si klrt = 0; klrt <= 3; klrt += 1) { ouyt[12 + klrt] = onze; _m[65162] += 1; } joxf[0] = 3904225602; } _uli *bqii() { ; _uli *omow; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; omow = (_uli *)(_m + 362 * _s); break; } _s += 1; } return omow; } void wkmj(_uc *jlsc, _uc *meqg) { _ui *jiof = (_ui *)(jlsc + 64); for (_si lygc = 0; lygc <= 7; lygc += 1) { jiof[4 + lygc] = (((_ui)((meqg + 4 * lygc)[0])) + ((((_ui)((meqg + 4 * lygc)[1])) << (8))) + ((((_ui)((meqg + 4 * lygc)[2])) << (16))) + ((((_ui)((meqg + 4 * lygc)[3])) << (24)))); } } void qvds(_uli *ceel, _si qkfd) { _si apqx = (qkfd % 47); _si aqym = ((qkfd) / (47)); _si mcmp = qkfd; if (mcmp > (8 * sizeof(_uli))) { mcmp = -1; } if (aqym >= 45) { ohhw(ceel); } else { _uli palg = (((((_uli)(1)) << (apqx))) - ((_uli)(1))); if (mcmp < 0) { ceel[0] = 0; } else { ceel[0] = ((((ceel[0]) & (~palg))) >> (mcmp)); }; if (aqym != 0) { ceel[0] += ((((ceel[aqym]) & (~palg))) >> (apqx)); } for (_si lrpr = 1; lrpr <= (44 - aqym); lrpr += 1) { ceel[-1 + lrpr] += ((((((ceel[aqym + lrpr]) & (palg))) << (-apqx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ceel[lrpr] = ((((ceel[aqym + lrpr]) & (~palg))) >> (apqx)); } for (_si pyij = 45 - aqym; pyij <= 44; pyij += 1) { ceel[pyij] = 0; } }; } _si dzjj(_uli *jifz) { _si vmko = -1; for (_si ftws = 44; ftws >= 0; ftws -= 1) { if (jifz[ftws] != 0) { vmko = ftws; break; } } return vmko; } void rtic(_uc *ckty) { _uc *uawq = (_uc *)(ckty + 0); _ui *xhwt = (_ui *)(ckty + 64); _ui *usd = (_ui *)(ckty + 96); _si vbjg = 0; _ui yvpw = 0; _ui hhh = 0; _ui atjt = 0; _ui ymv = 0; _ui hbqc = 0; _ui jyw = 0; for (_si qjg = 0; qjg <= 15; qjg += 1) { usd[qjg] = (((((((((_ui)(uawq[vbjg])) << (24))) | ((((_ui)(uawq[1 + vbjg])) << (16))))) | ((((_ui)(uawq[2 + vbjg])) << (8))))) | ((_ui)(uawq[3 + vbjg]))); vbjg += 4; } for (_si xkfn = 16; xkfn <= 31; xkfn += 1) { yvpw = ((((((((usd[-15 + xkfn]) >> (7))) | (((usd[-15 + xkfn]) << (25))))) ^ (((((usd[-15 + xkfn]) >> (18))) | (((usd[-15 + xkfn]) << (14))))))) ^ (((usd[-15 + xkfn]) >> (3)))); ymv = ((((((((usd[-2 + xkfn]) >> (17))) | (((usd[-2 + xkfn]) << (15))))) ^ (((((usd[-2 + xkfn]) >> (19))) | (((usd[-2 + xkfn]) << (13))))))) ^ (((usd[-2 + xkfn]) >> (10)))); usd[xkfn] = usd[-16 + xkfn] + usd[-7 + xkfn] + ymv + yvpw; _m[65160] += 1; } _ui muzn = xhwt[0]; _ui rgb = xhwt[1]; _ui mld = xhwt[2]; _ui eowj = xhwt[3]; _ui iryk = xhwt[4]; _ui mfl = xhwt[5]; _ui ngbu = xhwt[6]; _ui ntxn = xhwt[7]; for (_si zirk = 0; zirk <= 31; zirk += 1) { yvpw = ((((((((muzn) >> (2))) | (((muzn) << (30))))) ^ (((((muzn) >> (13))) | (((muzn) << (19))))))) ^ (((((muzn) >> (22))) | (((muzn) << (10)))))); hhh = ((((((muzn) & (rgb))) ^ (((muzn) & (mld))))) ^ (((rgb) & (mld)))); atjt = hhh + yvpw; ymv = ((((((((iryk) >> (6))) | (((iryk) << (26))))) ^ (((((iryk) >> (11))) | (((iryk) << (21))))))) ^ (((((iryk) >> (25))) | (((iryk) << (7)))))); hbqc = ((((iryk) & (mfl))) ^ (((~iryk) & (ngbu)))); jyw = ntxn + ymv + hbqc + *(((_ui *)(_m + 246160) + zirk)) + usd[zirk]; ntxn = ngbu; ngbu = mfl; mfl = iryk; iryk = eowj + jyw; eowj = mld; mld = rgb; rgb = muzn; muzn = atjt + jyw; _m[65161] += 1; } xhwt[0] += muzn; xhwt[1] += rgb; xhwt[2] += mld; xhwt[3] += eowj; xhwt[4] += iryk; xhwt[5] += mfl; xhwt[6] += ngbu; xhwt[7] += ntxn; } void wele(_uli *naga) { _si gtol = lrgu(naga); if (gtol) { { for (_si chhq = 0; chhq <= 12; chhq += 1) { naga[chhq] = -naga[chhq]; } } } for (_si hlvh = 0; hlvh <= 11; hlvh += 1) { if (((((naga[hlvh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { naga[1 + hlvh] -= 1; } else { naga[1 + hlvh] += ((naga[hlvh]) >> (47)); }; naga[hlvh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } naga[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gtol) { { for (_si iehb = 0; iehb <= 12; iehb += 1) { naga[iehb] = -naga[iehb]; } } } } void dlxq(_uc *irmq, _uc *svlh, _si kpr) { _ui *zdau = (_ui *)(irmq + 0); _ui *pfjp = (_ui *)(irmq + 128); _uc *lmrk = (_uc *)(zdau); for (_si hghw = 0; hghw <= (-1 + kpr); hghw += 1) { if (pfjp[0] >= 64) { qozs(irmq); pfjp[0] = 0; } svlh[hghw] ^= lmrk[pfjp[0]]; pfjp[0] += 1; } } void rnnx(_uli *umrh) { for (_si rckz = 0; rckz <= 43; rckz += 1) { umrh[1 + rckz] += ((umrh[rckz]) >> (47)); umrh[rckz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } umrh[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void grqi(_uli *temd, _uli *joyf) { for (_si ttvm = 0; ttvm <= 12; ttvm += 1) { temd[ttvm] = -joyf[ttvm]; } } void emtc(_uli *bjmu) { for (_si wifv = 0; wifv <= 11; wifv += 1) { bjmu[1 + wifv] += ((bjmu[wifv]) >> (47)); bjmu[wifv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bjmu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void izpl(_uli *tyas) { _uc *hdyn = (_uc *)(tyas); for (_si yqjt = 0; yqjt <= 360; yqjt += 1) { hdyn[yqjt] = (_uc)(1 + hdyn[yqjt]) * (_uc)(255 + hdyn[1 + yqjt]); } hdyn[361] = 0; } void lzjy(_uli *lrvb, _uli *dxpq, _uli *gwri) { for (_si znby = 0; znby <= 12; znby += 1) { lrvb[znby] = dxpq[znby] + gwri[znby]; } rvwi(lrvb); } _uli *lbnq() { ; _uli *xtvr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; xtvr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xtvr; } void ddzg(_ui *pegv, _si vtys, _si vonb, _si qcso, _si qnth) { pegv[vtys] += pegv[vonb]; pegv[qnth] ^= pegv[vtys]; pegv[qnth] = ((((pegv[qnth]) << (16))) | (((pegv[qnth]) >> (16)))); pegv[qcso] += pegv[qnth]; pegv[vonb] ^= pegv[qcso]; pegv[vonb] = ((((pegv[vonb]) << (12))) | (((pegv[vonb]) >> (20)))); pegv[vtys] += pegv[vonb]; pegv[qnth] ^= pegv[vtys]; pegv[qnth] = ((((pegv[qnth]) << (8))) | (((pegv[qnth]) >> (24)))); pegv[qcso] += pegv[qnth]; pegv[vonb] ^= pegv[qcso]; pegv[vonb] = ((((pegv[vonb]) << (7))) | (((pegv[vonb]) >> (25)))); } void nksu(_uli *lwkn, _uli *nadm) { for (_si lbk = 0; lbk <= 12; lbk += 1) { lwkn[lbk] = -nadm[lbk]; } } void jakf(_uc *jrxg) { _uc *ayii = (_uc *)(jrxg); for (_si fbsy = 0; fbsy <= 360; fbsy += 1) { ayii[fbsy] = (_uc)(1 + ayii[fbsy]) * (_uc)(255 + ayii[1 + fbsy]); } ayii[361] = 0; } void wfzk(_uli *wngh, _uli *ygbk) { for (_si lvat = 0; lvat <= 12; lvat += 1) { wngh[lvat] = -ygbk[lvat]; } } void kivn(_uli *cbod, _uli *iqol) { for (_si zffa = 0; zffa <= 12; zffa += 1) { cbod[zffa] = -iqol[zffa]; } } void jgsz(_uli *xgfi) { for (_si yrhl = 0; yrhl <= 12; yrhl += 1) { xgfi[yrhl] = 0; } } void efvv(_uli *noov) { for (_si quhn = 0; quhn <= 43; quhn += 1) { noov[1 + quhn] += ((noov[quhn]) >> (47)); noov[quhn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } noov[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si coni(_uli *puic) { _si wqv = 0; _uli wuvq = 19; for (_si roxw = 12; roxw >= 0; roxw -= 1) { if (puic[roxw] != 0) { wqv = ((((puic[roxw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wqv; } void buiu(_uli *nddg) { _si tetl = fili(nddg); if (tetl) { { for (_si anjx = 0; anjx <= 44; anjx += 1) { nddg[anjx] = -nddg[anjx]; } } } for (_si rlvv = 0; rlvv <= 43; rlvv += 1) { if (((((nddg[rlvv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nddg[1 + rlvv] -= 1; } else { nddg[1 + rlvv] += ((nddg[rlvv]) >> (47)); }; nddg[rlvv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nddg[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tetl) { wqxx(nddg, nddg); } } _uli *nyjk() { ; _uli *opbu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; opbu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return opbu; } void xmtl(_uc *fevq) { _uc *tfjf = (_uc *)(fevq + 0); _ui *idz = (_ui *)(fevq + 64); _ui *rsdf = (_ui *)(fevq + 96); _si fde = 0; _ui rbd = 0; _ui ljya = 0; _ui teaw = 0; _ui rzs = 0; _ui nwcs = 0; _ui yjoe = 0; for (_si mpx = 0; mpx <= 15; mpx += 1) { rsdf[mpx] = (((((((((_ui)(tfjf[fde])) << (24))) | ((((_ui)(tfjf[1 + fde])) << (16))))) | ((((_ui)(tfjf[2 + fde])) << (8))))) | ((_ui)(tfjf[3 + fde]))); fde += 4; } for (_si udc = 16; udc <= 31; udc += 1) { rbd = ((((((((rsdf[-15 + udc]) >> (7))) | (((rsdf[-15 + udc]) << (25))))) ^ (((((rsdf[-15 + udc]) >> (18))) | (((rsdf[-15 + udc]) << (14))))))) ^ (((rsdf[-15 + udc]) >> (3)))); rzs = ((((((((rsdf[-2 + udc]) >> (17))) | (((rsdf[-2 + udc]) << (15))))) ^ (((((rsdf[-2 + udc]) >> (19))) | (((rsdf[-2 + udc]) << (13))))))) ^ (((rsdf[-2 + udc]) >> (10)))); rsdf[udc] = rbd + rsdf[-7 + udc] + rsdf[-16 + udc] + rzs; _m[65160] += 1; } _ui hztl = idz[0]; _ui lyp = idz[1]; _ui flk = idz[2]; _ui gbsm = idz[3]; _ui lkoo = idz[4]; _ui smty = idz[5]; _ui qqhf = idz[6]; _ui wuao = idz[7]; for (_si rfkc = 0; rfkc <= 31; rfkc += 1) { rbd = ((((((((hztl) >> (2))) | (((hztl) << (30))))) ^ (((((hztl) >> (13))) | (((hztl) << (19))))))) ^ (((((hztl) >> (22))) | (((hztl) << (10)))))); ljya = ((((((hztl) & (lyp))) ^ (((hztl) & (flk))))) ^ (((lyp) & (flk)))); teaw = ljya + rbd; rzs = ((((((((lkoo) >> (6))) | (((lkoo) << (26))))) ^ (((((lkoo) >> (11))) | (((lkoo) << (21))))))) ^ (((((lkoo) >> (25))) | (((lkoo) << (7)))))); nwcs = ((((lkoo) & (smty))) ^ (((~lkoo) & (qqhf)))); yjoe = rzs + *(((_ui *)(_m + 246160) + rfkc)) + rsdf[rfkc] + nwcs + wuao; wuao = qqhf; qqhf = smty; smty = lkoo; lkoo = gbsm + yjoe; gbsm = flk; flk = lyp; lyp = hztl; hztl = teaw + yjoe; _m[65161] += 1; } idz[0] += hztl; idz[1] += lyp; idz[2] += flk; idz[3] += gbsm; idz[4] += lkoo; idz[5] += smty; idz[6] += qqhf; idz[7] += wuao; } void hynq(_uli *jebi) { for (_si waeb = 0; waeb <= 12; waeb += 1) { jebi[waeb] = 0; } } void wyhl(_uc *sqql, _uc *alaj, _si wks) { _ui *iyj = (_ui *)(sqql + 0); _ui *vhmd = (_ui *)(sqql + 128); _uc *fqpi = (_uc *)(iyj); for (_si mlhs = 0; mlhs <= (-1 + wks); mlhs += 1) { if (vhmd[0] >= 64) { pbwj(sqql); vhmd[0] = 0; } alaj[mlhs] ^= fqpi[vhmd[0]]; vhmd[0] += 1; } } void mkfh(_uli *qnp) { for (_si odi = 0; odi <= 44; odi += 1) { qnp[odi] = 0; } } void qhyz(_si rrio, _uli *plty) { plty[(((rrio) / (47)))] &= ((((((_uli)(1)) << ((rrio % 47)))) - ((_uli)(1)))); for (_si euzv = 1 + (((rrio) / (47))); euzv <= 12; euzv += 1) { plty[euzv] = 0; } } void zcrw(_uli *xbte) { _uc *pmmd = (_uc *)(xbte); for (_si qugr = 0; qugr <= 360; qugr += 1) { pmmd[qugr] = (_uc)(1 + pmmd[qugr]) * (_uc)(255 + pmmd[1 + qugr]); } pmmd[361] = 0; } void hply(_uli *pwoq, _uli *tsvh, _uli *obuv) { for (_si mdol = 0; mdol <= 12; mdol += 1) { pwoq[mdol] = obuv[mdol] + tsvh[mdol]; } iwuj(pwoq); } void whf(_uc *jyfx, _uc *fhq) { _ui *cmzq = (_ui *)(jyfx + 64); for (_si yycl = 0; yycl <= 7; yycl += 1) { cmzq[4 + yycl] = (((_ui)((fhq + 4 * yycl)[0])) + ((((_ui)((fhq + 4 * yycl)[1])) << (8))) + ((((_ui)((fhq + 4 * yycl)[2])) << (16))) + ((((_ui)((fhq + 4 * yycl)[3])) << (24)))); } } void fwwa(_uli *fqer) { _uc *zgrx = (_uc *)(fqer); for (_si wwzy = 0; wwzy <= 360; wwzy += 1) { zgrx[wwzy] = (_uc)(255 + zgrx[1 + wwzy]) * (_uc)(1 + zgrx[wwzy]); } zgrx[361] = 0; } void xqkb(_uli *hfgb, _si hrsq) { _si auvw; { auvw = 0; _uli rbjf = 19; for (_si beww = 12; beww >= 0; beww -= 1) { if (hfgb[beww] != 0) { auvw = ((((hfgb[beww]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (auvw) { sitd(hfgb, hfgb); } tdnj(hfgb, hrsq); if (auvw) { { for (_si yysy = 0; yysy <= 12; yysy += 1) { hfgb[yysy] = -hfgb[yysy]; } } } } void nuoh(_uc *dpmf, _uc *yerf, _si ywjg) { _ui *kkbx = (_ui *)(dpmf + 0); _ui *xhzh = (_ui *)(dpmf + 128); _uc *gpkt = (_uc *)(kkbx); for (_si rfou = 0; rfou <= (-1 + ywjg); rfou += 1) { if (xhzh[0] >= 64) { swcc(dpmf); xhzh[0] = 0; } yerf[rfou] ^= gpkt[xhzh[0]]; xhzh[0] += 1; } } void bzo(_uli *ghi) { _si xzae = xqm(ghi); if (xzae) { { for (_si vsw = 0; vsw <= 44; vsw += 1) { ghi[vsw] = -ghi[vsw]; } } } for (_si eike = 0; eike <= 43; eike += 1) { if (((((ghi[eike]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ghi[1 + eike] -= 1; } else { ghi[1 + eike] += ((ghi[eike]) >> (47)); }; ghi[eike] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ghi[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xzae) { { for (_si fxfv = 0; fxfv <= 44; fxfv += 1) { ghi[fxfv] = -ghi[fxfv]; } } } } _uli *qmtt() { ; _uli *zaac; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; zaac = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zaac; } void imie(_uli *xqlk, _uli *ense, _uli *djtz) { for (_si pdem = 0; pdem <= 44; pdem += 1) { xqlk[pdem] = djtz[pdem] + ense[pdem]; } gcqz(xqlk); } _uli *sfxl() { ; _uli *wgoy; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; wgoy = (_uli *)(_m + 362 * _s); break; } _s += 1; } return wgoy; } void haaq(_uli *cflo, _uli *tkbf, _uli *ggol, _uli *yfhc) { { if (tkbf != ggol) { for (_si vaua = 0; vaua <= 12; vaua += 1) { tkbf[vaua] = ggol[vaua]; } } } _si ign; { ign = -1; for (_si vstn = 12; vstn >= 0; vstn -= 1) { if (tkbf[vstn] != 0) { ign = vstn; break; } } } _si pqtu; { pqtu = -1; for (_si rdfq = 12; rdfq >= 0; rdfq -= 1) { if (yfhc[rdfq] != 0) { pqtu = rdfq; break; } } } if (ign >= pqtu) { _si ltsr = 0; _uli dtpv = yfhc[pqtu]; while (dtpv < (((((((_uli)(1)) << (47)))) >> (1)))) { ltsr += 1; dtpv <<= 1; } if (pqtu == 0) { ltsr += 47; ign += 1; pqtu += 1; } if (ltsr > 0) { { _si vkxe = (ltsr % 47); _si oqvl = ((ltsr) / (47)); _si yrhd = -vkxe + (((sizeof(_uli)) << (3))); if (oqvl >= 13) { { for (_si tdbd = 0; tdbd <= 12; tdbd += 1) { tkbf[tdbd] = 0; } } } else { for (_si eead = 12 - oqvl; eead >= 1; eead -= 1) { tkbf[eead + oqvl] = ((tkbf[eead]) << (vkxe)); if (yrhd < (8 * sizeof(_uli))) { tkbf[eead + oqvl] += ((((tkbf[-1 + eead]) >> (yrhd))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } tkbf[oqvl] = ((tkbf[0]) << (vkxe)); for (_si urtt = -1 + oqvl; urtt >= 0; urtt -= 1) { tkbf[urtt] = 0; } }; { for (_si gfty = 0; gfty <= 11; gfty += 1) { tkbf[1 + gfty] += ((tkbf[gfty]) >> (47)); tkbf[gfty] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tkbf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _si daad = (ltsr % 47); _si qtgl = ((ltsr) / (47)); _si jscw = -daad + (((sizeof(_uli)) << (3))); if (qtgl >= 13) { ebhx(yfhc); } else { for (_si wikb = 12 - qtgl; wikb >= 1; wikb -= 1) { yfhc[qtgl + wikb] = ((yfhc[wikb]) << (daad)); if (jscw < (8 * sizeof(_uli))) { yfhc[qtgl + wikb] += ((((yfhc[-1 + wikb]) >> (jscw))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } yfhc[qtgl] = ((yfhc[0]) << (daad)); for (_si znsw = -1 + qtgl; znsw >= 0; znsw -= 1) { yfhc[znsw] = 0; } }; { for (_si xmoy = 0; xmoy <= 11; xmoy += 1) { yfhc[1 + xmoy] += ((yfhc[xmoy]) >> (47)); yfhc[xmoy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yfhc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si dbyi = ign - pqtu; dtpv = yfhc[pqtu]; _uli vtze = yfhc[-1 + pqtu]; for (_si qyuc = dbyi; qyuc >= 0; qyuc -= 1) { __uint128_t tbox = tkbf[1 + pqtu + qyuc] * (__uint128_t)(((((_uli)(1)) << (47)))) + tkbf[pqtu + qyuc]; _uli omqq = 0; __uint128_t vkyk = ((tbox) / (dtpv)); __uint128_t admd = (tbox % dtpv); while (vkyk == ((((_uli)(1)) << (47))) || (vkyk * vtze) > (((((_uli)(1)) << (47))) * admd + tkbf[-1 + pqtu + qyuc])) { vkyk -= 1; admd += dtpv; if (admd >= ((((_uli)(1)) << (47)))) { break; } } tbox = 0; for (_si mgep = 0; mgep <= pqtu; mgep += 1) { tbox += vkyk * yfhc[mgep]; omqq = tkbf[mgep + qyuc]; if (tbox > omqq) { tbox -= omqq; omqq = tbox % ((((_uli)(1)) << (47))); tbox = ((tbox) / (((((_uli)(1)) << (47))))); if (omqq == 0) { tkbf[mgep + qyuc] = 0; } else { tkbf[mgep + qyuc] = ((1 + ~(_uli)(omqq)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); tbox += 1; }; } else { tkbf[mgep + qyuc] -= tbox; tbox = 0; }; } omqq = tkbf[1 + pqtu + qyuc]; if (tbox > omqq) { yfhc[1 + pqtu + qyuc] = -1 + vkyk; tbox = 0; for (_si fiij = 0; fiij <= pqtu; fiij += 1) { tbox += tkbf[fiij + qyuc] + yfhc[fiij]; tkbf[fiij + qyuc] = tbox % ((((_uli)(1)) << (47))); tbox = ((tbox) / (((((_uli)(1)) << (47))))); } } else { yfhc[1 + pqtu + qyuc] = vkyk; tkbf[1 + pqtu + qyuc] -= tbox; }; } for (_si hbnd = 0; hbnd <= dbyi; hbnd += 1) { cflo[hbnd] = yfhc[1 + hbnd + pqtu]; tkbf[1 + hbnd + pqtu] = 0; } for (_si dwgb = 1 + dbyi; dwgb <= 12; dwgb += 1) { cflo[dwgb] = 0; } if (cflo != yfhc) { for (_si covh = 1 + pqtu; covh <= (1 + ign); covh += 1) { yfhc[covh] = 0; } if (ltsr > 0) { { _si mspz = (ltsr % 47); _si toqi = ((ltsr) / (47)); _si ovvr = ltsr; if (ovvr > (8 * sizeof(_uli))) { ovvr = -1; } if (toqi >= 13) { { for (_si ungx = 0; ungx <= 12; ungx += 1) { yfhc[ungx] = 0; } } } else { _uli rgub = (((((_uli)(1)) << (mspz))) - ((_uli)(1))); if (ovvr < 0) { yfhc[0] = 0; } else { yfhc[0] = ((((yfhc[0]) & (~rgub))) >> (ovvr)); }; if (toqi != 0) { yfhc[0] += ((((yfhc[toqi]) & (~rgub))) >> (mspz)); } for (_si hdme = 1; hdme <= (12 - toqi); hdme += 1) { yfhc[-1 + hdme] += ((((((yfhc[hdme + toqi]) & (rgub))) << (-mspz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yfhc[hdme] = ((((yfhc[hdme + toqi]) & (~rgub))) >> (mspz)); } for (_si mqqf = 13 - toqi; mqqf <= 12; mqqf += 1) { yfhc[mqqf] = 0; } }; } } } if (ltsr > 0) { bfdi(tkbf, ltsr); } } } _uc *yrtn() { ; _uc *qtbz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; qtbz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return qtbz; } void yrjy(_uc *rlyh, _uc *eltv, _si bqfg) { _ui *rtk = (_ui *)(rlyh + 0); _ui *afbg = (_ui *)(rlyh + 128); _uc *kugz = (_uc *)(rtk); for (_si usjd = 0; usjd <= (-1 + bqfg); usjd += 1) { if (afbg[0] >= 64) { { _ui *cwxf = (_ui *)(rlyh + 0); _ui *ltou = (_ui *)(rlyh + 64); for (_si bmfn = 0; bmfn <= 15; bmfn += 1) { cwxf[bmfn] = ltou[bmfn]; } for (_si eqra = 0; eqra <= 9; eqra += 1) { { cwxf[0] += cwxf[4]; cwxf[12] ^= cwxf[0]; cwxf[12] = ((((cwxf[12]) << (16))) | (((cwxf[12]) >> (16)))); cwxf[8] += cwxf[12]; cwxf[4] ^= cwxf[8]; cwxf[4] = ((((cwxf[4]) << (12))) | (((cwxf[4]) >> (20)))); cwxf[0] += cwxf[4]; cwxf[12] ^= cwxf[0]; cwxf[12] = ((((cwxf[12]) << (8))) | (((cwxf[12]) >> (24)))); cwxf[8] += cwxf[12]; cwxf[4] ^= cwxf[8]; cwxf[4] = ((((cwxf[4]) << (7))) | (((cwxf[4]) >> (25)))); } lnnc(cwxf, 1, 5, 9, 13); { cwxf[2] += cwxf[6]; cwxf[14] ^= cwxf[2]; cwxf[14] = ((((cwxf[14]) << (16))) | (((cwxf[14]) >> (16)))); cwxf[10] += cwxf[14]; cwxf[6] ^= cwxf[10]; cwxf[6] = ((((cwxf[6]) << (12))) | (((cwxf[6]) >> (20)))); cwxf[2] += cwxf[6]; cwxf[14] ^= cwxf[2]; cwxf[14] = ((((cwxf[14]) << (8))) | (((cwxf[14]) >> (24)))); cwxf[10] += cwxf[14]; cwxf[6] ^= cwxf[10]; cwxf[6] = ((((cwxf[6]) << (7))) | (((cwxf[6]) >> (25)))); } { cwxf[3] += cwxf[7]; cwxf[15] ^= cwxf[3]; cwxf[15] = ((((cwxf[15]) << (16))) | (((cwxf[15]) >> (16)))); cwxf[11] += cwxf[15]; cwxf[7] ^= cwxf[11]; cwxf[7] = ((((cwxf[7]) << (12))) | (((cwxf[7]) >> (20)))); cwxf[3] += cwxf[7]; cwxf[15] ^= cwxf[3]; cwxf[15] = ((((cwxf[15]) << (8))) | (((cwxf[15]) >> (24)))); cwxf[11] += cwxf[15]; cwxf[7] ^= cwxf[11]; cwxf[7] = ((((cwxf[7]) << (7))) | (((cwxf[7]) >> (25)))); } { cwxf[0] += cwxf[5]; cwxf[15] ^= cwxf[0]; cwxf[15] = ((((cwxf[15]) << (16))) | (((cwxf[15]) >> (16)))); cwxf[10] += cwxf[15]; cwxf[5] ^= cwxf[10]; cwxf[5] = ((((cwxf[5]) << (12))) | (((cwxf[5]) >> (20)))); cwxf[0] += cwxf[5]; cwxf[15] ^= cwxf[0]; cwxf[15] = ((((cwxf[15]) << (8))) | (((cwxf[15]) >> (24)))); cwxf[10] += cwxf[15]; cwxf[5] ^= cwxf[10]; cwxf[5] = ((((cwxf[5]) << (7))) | (((cwxf[5]) >> (25)))); } { cwxf[1] += cwxf[6]; cwxf[12] ^= cwxf[1]; cwxf[12] = ((((cwxf[12]) << (16))) | (((cwxf[12]) >> (16)))); cwxf[11] += cwxf[12]; cwxf[6] ^= cwxf[11]; cwxf[6] = ((((cwxf[6]) << (12))) | (((cwxf[6]) >> (20)))); cwxf[1] += cwxf[6]; cwxf[12] ^= cwxf[1]; cwxf[12] = ((((cwxf[12]) << (8))) | (((cwxf[12]) >> (24)))); cwxf[11] += cwxf[12]; cwxf[6] ^= cwxf[11]; cwxf[6] = ((((cwxf[6]) << (7))) | (((cwxf[6]) >> (25)))); } gox(cwxf, 2, 7, 8, 13); { cwxf[3] += cwxf[4]; cwxf[14] ^= cwxf[3]; cwxf[14] = ((((cwxf[14]) << (16))) | (((cwxf[14]) >> (16)))); cwxf[9] += cwxf[14]; cwxf[4] ^= cwxf[9]; cwxf[4] = ((((cwxf[4]) << (12))) | (((cwxf[4]) >> (20)))); cwxf[3] += cwxf[4]; cwxf[14] ^= cwxf[3]; cwxf[14] = ((((cwxf[14]) << (8))) | (((cwxf[14]) >> (24)))); cwxf[9] += cwxf[14]; cwxf[4] ^= cwxf[9]; cwxf[4] = ((((cwxf[4]) << (7))) | (((cwxf[4]) >> (25)))); } _m[65163] += 1; } for (_si ilcv = 0; ilcv <= 15; ilcv += 1) { cwxf[ilcv] += ltou[ilcv]; } ltou[12] += 1; if (ltou[12] == 0) { ltou[13] += 1; } } afbg[0] = 0; } eltv[usjd] ^= kugz[afbg[0]]; afbg[0] += 1; } } _uli *vbxx() { ; _uli *allh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; allh = (_uli *)(_m + 362 * _s); break; } _s += 1; } return allh; } void amxv(_uli *vewb) { for (_si tsxw = 0; tsxw <= 11; tsxw += 1) { vewb[1 + tsxw] += ((vewb[tsxw]) >> (47)); vewb[tsxw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vewb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void oeuy(_uli *fdua) { for (_si uyzu = 0; uyzu <= 11; uyzu += 1) { fdua[1 + uyzu] += ((fdua[uyzu]) >> (47)); fdua[uyzu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fdua[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wlhn(_uli *qbqk, _uli *ttry) { if (qbqk != ttry) { for (_si lrgh = 0; lrgh <= 12; lrgh += 1) { qbqk[lrgh] = ttry[lrgh]; } } } void byze(_uli *xhop, _si ohpq) { _si umrq = xwae(xhop); if (umrq) { { for (_si pqwo = 0; pqwo <= 12; pqwo += 1) { xhop[pqwo] = -xhop[pqwo]; } } } { _si tqgh = (ohpq % 47); _si rgri = ((ohpq) / (47)); _si qnzq = ohpq; if (qnzq > (8 * sizeof(_uli))) { qnzq = -1; } if (rgri >= 13) { { for (_si igkf = 0; igkf <= 12; igkf += 1) { xhop[igkf] = 0; } } } else { _uli dcrr = (((((_uli)(1)) << (tqgh))) - ((_uli)(1))); if (qnzq < 0) { xhop[0] = 0; } else { xhop[0] = ((((xhop[0]) & (~dcrr))) >> (qnzq)); }; if (rgri != 0) { xhop[0] += ((((xhop[rgri]) & (~dcrr))) >> (tqgh)); } for (_si qhfq = 1; qhfq <= (12 - rgri); qhfq += 1) { xhop[-1 + qhfq] += ((((((xhop[qhfq + rgri]) & (dcrr))) << (-tqgh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xhop[qhfq] = ((((xhop[qhfq + rgri]) & (~dcrr))) >> (tqgh)); } for (_si kbut = 13 - rgri; kbut <= 12; kbut += 1) { xhop[kbut] = 0; } }; } if (umrq) { { for (_si ahvt = 0; ahvt <= 12; ahvt += 1) { xhop[ahvt] = -xhop[ahvt]; } } } } void qhtu(_uli *gvsr) { for (_si kkoa = 0; kkoa <= 12; kkoa += 1) { gvsr[kkoa] = 0; } } void uorb(_uli *omlo, _uli *bxjz, _uli *xodw, _uli *uvfp) { upaz(bxjz, xodw, uvfp); _si rpvn = hzxd(bxjz); if (rpvn) { hewy(bxjz, bxjz, omlo); } } void dy(_uc *emc, _uc *czz) { _ui *ecd = (_ui *)(emc + 64); for (_si ptpd = 0; ptpd <= 7; ptpd += 1) { ecd[4 + ptpd] = (((_ui)((czz + 4 * ptpd)[0])) + ((((_ui)((czz + 4 * ptpd)[1])) << (8))) + ((((_ui)((czz + 4 * ptpd)[2])) << (16))) + ((((_ui)((czz + 4 * ptpd)[3])) << (24)))); } } void wsla(_si ucmh, _uli *cqky, _uli *ksgo, _uli *otde, _uli *itwa) { _uli *hrvg = mazz(); aybm(hrvg, itwa); { if (otde != itwa) { for (_si rzuj = 0; rzuj <= 12; rzuj += 1) { otde[rzuj] = itwa[rzuj]; } } } { otde[(((ucmh) / (47)))] &= ((((((_uli)(1)) << ((ucmh % 47)))) - ((_uli)(1)))); for (_si yvwr = 1 + (((ucmh) / (47))); yvwr <= 12; yvwr += 1) { otde[yvwr] = 0; } } { _uli *rdgf = rbgz(); _uli *cjpp = bcqr(); _uli *akjx = ltai(); _uli *xebg = aqdx(); for (_si toso = 0; toso <= 12; toso += 1) { rdgf[toso] = ((otde[toso]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cjpp[toso] = ((otde[toso]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); akjx[toso] = ((ksgo[toso]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xebg[toso] = ((ksgo[toso]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si btti = 0; btti <= 12; btti += 1) { otde[btti] = 0; } } for (_si delt = 0; delt <= (-1 + (((13) >> (1)))); delt += 1) { for (_si nkni = 0; nkni <= (-1 + (((13) >> (1)))); nkni += 1) { _uli ecru = akjx[nkni] * cjpp[delt] + rdgf[delt] * xebg[nkni]; _uli vnyl = akjx[nkni] * rdgf[delt]; _uli xqrg = cjpp[delt] * xebg[nkni]; _uli pppv = ((otde[delt + nkni]) + (vnyl) + (((((ecru) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pppv < vnyl) { xqrg += 1; } _uli uzpv = ((((ecru) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xqrg) << ((-47 + (((sizeof(_uli)) << (3)))))))); otde[delt + nkni] = pppv; otde[1 + delt + nkni] += uzpv; } cary(otde); } { _uc *zsou = (_uc *)(rdgf); for (_si foba = 0; foba <= 360; foba += 1) { zsou[foba] = (_uc)(1 + zsou[foba]) * (_uc)(255 + zsou[1 + foba]); } zsou[361] = 0; } tffx(cjpp); fips(akjx); qdkl(xebg); } grwn(ucmh, otde); { _uli *rodk = bveb(); _uli *hrmj = rngf(); _uli *whgu = oeuc(); _uli *devk = nayy(); for (_si rasg = 0; rasg <= 12; rasg += 1) { rodk[rasg] = ((otde[rasg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hrmj[rasg] = ((otde[rasg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); whgu[rasg] = ((cqky[rasg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); devk[rasg] = ((cqky[rasg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sbtj = 0; sbtj <= 12; sbtj += 1) { otde[sbtj] = 0; } } for (_si buhz = 0; buhz <= (-1 + (((13) >> (1)))); buhz += 1) { for (_si ghuo = 0; ghuo <= (-1 + (((13) >> (1)))); ghuo += 1) { _uli nfjq = devk[ghuo] * rodk[buhz] + hrmj[buhz] * whgu[ghuo]; _uli xnlw = rodk[buhz] * whgu[ghuo]; _uli poha = devk[ghuo] * hrmj[buhz]; _uli nvoy = ((otde[buhz + ghuo]) + (xnlw) + (((((nfjq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nvoy < xnlw) { poha += 1; } _uli ymsh = ((((nfjq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((poha) << ((-47 + (((sizeof(_uli)) << (3)))))))); otde[buhz + ghuo] = nvoy; otde[1 + buhz + ghuo] += ymsh; } wiut(otde); } { _uc *mnms = (_uc *)(rodk); for (_si hfcw = 0; hfcw <= 360; hfcw += 1) { mnms[hfcw] = (_uc)(255 + mnms[1 + hfcw]) * (_uc)(1 + mnms[hfcw]); } mnms[361] = 0; } zpfl(hrmj); { _uc *tyvj = (_uc *)(whgu); for (_si hwbs = 0; hwbs <= 360; hwbs += 1) { tyvj[hwbs] = (_uc)(1 + tyvj[hwbs]) * (_uc)(255 + tyvj[1 + hwbs]); } tyvj[361] = 0; } ajwm(devk); } { for (_si ssdv = 0; ssdv <= 12; ssdv += 1) { otde[ssdv] = hrvg[ssdv] + otde[ssdv]; } { _si yhdh; { yhdh = 0; _uli evst = 19; for (_si veuy = 12; veuy >= 0; veuy -= 1) { if (otde[veuy] != 0) { yhdh = ((((otde[veuy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (yhdh) { { for (_si trzn = 0; trzn <= 12; trzn += 1) { otde[trzn] = -otde[trzn]; } } } for (_si pqjh = 0; pqjh <= 11; pqjh += 1) { if (((((otde[pqjh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { otde[1 + pqjh] -= 1; } else { otde[1 + pqjh] += ((otde[pqjh]) >> (47)); }; otde[pqjh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } otde[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yhdh) { hsws(otde, otde); } } } { _si rrrm = (ucmh % 47); _si scds = ((ucmh) / (47)); _si xbrq = ucmh; if (xbrq > (8 * sizeof(_uli))) { xbrq = -1; } if (scds >= 13) { { for (_si eeww = 0; eeww <= 12; eeww += 1) { otde[eeww] = 0; } } } else { _uli gbab = (((((_uli)(1)) << (rrrm))) - ((_uli)(1))); if (xbrq < 0) { otde[0] = 0; } else { otde[0] = ((((otde[0]) & (~gbab))) >> (xbrq)); }; if (scds != 0) { otde[0] += ((((otde[scds]) & (~gbab))) >> (rrrm)); } for (_si ohfq = 1; ohfq <= (12 - scds); ohfq += 1) { otde[-1 + ohfq] += ((((((otde[ohfq + scds]) & (gbab))) << (-rrrm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); otde[ohfq] = ((((otde[ohfq + scds]) & (~gbab))) >> (rrrm)); } for (_si qffw = 13 - scds; qffw <= 12; qffw += 1) { otde[qffw] = 0; } }; } { for (_si meja = 0; meja <= 12; meja += 1) { hrvg[meja] = -cqky[meja] + otde[meja]; } { _si hyta = bydu(hrvg); if (hyta) { { for (_si wxeo = 0; wxeo <= 12; wxeo += 1) { hrvg[wxeo] = -hrvg[wxeo]; } } } for (_si mmid = 0; mmid <= 11; mmid += 1) { if (((((hrvg[mmid]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hrvg[1 + mmid] -= 1; } else { hrvg[1 + mmid] += ((hrvg[mmid]) >> (47)); }; hrvg[mmid] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hrvg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hyta) { { for (_si dwwe = 0; dwwe <= 12; dwwe += 1) { hrvg[dwwe] = -hrvg[dwwe]; } } } } } _si nryc; { nryc = 0; _uli tvpr = 19; for (_si klzg = 12; klzg >= 0; klzg -= 1) { if (hrvg[klzg] != 0) { nryc = ((((hrvg[klzg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!nryc) { gegi(otde, hrvg); } { _uc *guxs = (_uc *)(hrvg); for (_si zxoi = 0; zxoi <= 360; zxoi += 1) { guxs[zxoi] = (_uc)(255 + guxs[1 + zxoi]) * (_uc)(1 + guxs[zxoi]); } guxs[361] = 0; } } void paxq(_uli *vhgs) { _uc *vulp = (_uc *)(vhgs); for (_si dsrq = 0; dsrq <= 360; dsrq += 1) { vulp[dsrq] = (_uc)(255 + vulp[1 + dsrq]) * (_uc)(1 + vulp[dsrq]); } vulp[361] = 0; } void ssbd(_uli *hipv) { _uc *pxlj = (_uc *)(hipv); for (_si nlfx = 0; nlfx <= 360; nlfx += 1) { pxlj[nlfx] = (_uc)(1 + pxlj[nlfx]) * (_uc)(255 + pxlj[1 + nlfx]); } pxlj[361] = 0; } _si uihd(_uli *lrhd) { _si rghn = -1; for (_si wuwy = 12; wuwy >= 0; wuwy -= 1) { if (lrhd[wuwy] != 0) { rghn = wuwy; break; } } return rghn; } void vkex(_ui *dayn, _si srle, _si kfm, _si tus, _si mfjs) { dayn[srle] += dayn[kfm]; dayn[mfjs] ^= dayn[srle]; dayn[mfjs] = ((((dayn[mfjs]) << (16))) | (((dayn[mfjs]) >> (16)))); dayn[tus] += dayn[mfjs]; dayn[kfm] ^= dayn[tus]; dayn[kfm] = ((((dayn[kfm]) << (12))) | (((dayn[kfm]) >> (20)))); dayn[srle] += dayn[kfm]; dayn[mfjs] ^= dayn[srle]; dayn[mfjs] = ((((dayn[mfjs]) << (8))) | (((dayn[mfjs]) >> (24)))); dayn[tus] += dayn[mfjs]; dayn[kfm] ^= dayn[tus]; dayn[kfm] = ((((dayn[kfm]) << (7))) | (((dayn[kfm]) >> (25)))); } void mvkw(_si xdgx, _uli *jqrc, _uli *rwhv, _uli *keam, _uli *bblp) { _uli *ulvp = mawu(); { if (ulvp != bblp) { for (_si icty = 0; icty <= 12; icty += 1) { ulvp[icty] = bblp[icty]; } } } { if (keam != bblp) { for (_si xiuq = 0; xiuq <= 12; xiuq += 1) { keam[xiuq] = bblp[xiuq]; } } } dgnp(xdgx, keam); rwlg(keam, keam, rwhv); fnsq(xdgx, keam); rwlg(keam, keam, jqrc); { for (_si cgsd = 0; cgsd <= 12; cgsd += 1) { keam[cgsd] = keam[cgsd] + ulvp[cgsd]; } heg(keam); } bzly(keam, xdgx); bvum(ulvp, keam, jqrc); _si parm = waec(ulvp); if (!parm) { { if (keam != ulvp) { for (_si lmqb = 0; lmqb <= 12; lmqb += 1) { keam[lmqb] = ulvp[lmqb]; } } } } uwef(ulvp); } _uli *ieys() { ; _uli *edmt; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; edmt = (_uli *)(_m + 362 * _s); break; } _s += 1; } return edmt; } void lyef(_si cvlg, _uli *yygi, _uli *dxcj, _uli *ptce) { { if (dxcj != ptce) { for (_si xzuf = 0; xzuf <= 12; xzuf += 1) { dxcj[xzuf] = ptce[xzuf]; } } } mtao(dxcj, cvlg); { _uli *ytzv = laux(); { { ; } _si cogj = xduk(dxcj); _si jmkf; { jmkf = -1; for (_si brsc = 12; brsc >= 0; brsc -= 1) { if (yygi[brsc] != 0) { jmkf = brsc; break; } } } if (cogj >= jmkf) { _si argu = 0; _uli cgxn = yygi[jmkf]; while (cgxn < (((((((_uli)(1)) << (47)))) >> (1)))) { argu += 1; cgxn <<= 1; } if (jmkf == 0) { argu += 47; cogj += 1; jmkf += 1; } if (argu > 0) { { _si oxan = (argu % 47); _si nnfx = ((argu) / (47)); _si nqnr = -oxan + (((sizeof(_uli)) << (3))); if (nnfx >= 13) { fheg(dxcj); } else { for (_si lwou = 12 - nnfx; lwou >= 1; lwou -= 1) { dxcj[lwou + nnfx] = ((dxcj[lwou]) << (oxan)); if (nqnr < (8 * sizeof(_uli))) { dxcj[lwou + nnfx] += ((((dxcj[-1 + lwou]) >> (nqnr))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } dxcj[nnfx] = ((dxcj[0]) << (oxan)); for (_si wzmk = -1 + nnfx; wzmk >= 0; wzmk -= 1) { dxcj[wzmk] = 0; } }; gcnl(dxcj); } ojze(yygi, argu); } _si bmgk = cogj - jmkf; cgxn = yygi[jmkf]; _uli jmrv = yygi[-1 + jmkf]; for (_si pnhm = bmgk; pnhm >= 0; pnhm -= 1) { __uint128_t gzzx = dxcj[jmkf + pnhm] + (__uint128_t)(((((_uli)(1)) << (47)))) * dxcj[1 + jmkf + pnhm]; _uli ukpu = 0; __uint128_t vxaa = ((gzzx) / (cgxn)); __uint128_t igvt = (gzzx % cgxn); while (vxaa == ((((_uli)(1)) << (47))) || (jmrv * vxaa) > (((((_uli)(1)) << (47))) * igvt + dxcj[-1 + jmkf + pnhm])) { vxaa -= 1; igvt += cgxn; if (igvt >= ((((_uli)(1)) << (47)))) { break; } } gzzx = 0; for (_si nkra = 0; nkra <= jmkf; nkra += 1) { gzzx += vxaa * yygi[nkra]; ukpu = dxcj[nkra + pnhm]; if (gzzx > ukpu) { gzzx -= ukpu; ukpu = gzzx % ((((_uli)(1)) << (47))); gzzx = ((gzzx) / (((((_uli)(1)) << (47))))); if (ukpu == 0) { dxcj[nkra + pnhm] = 0; } else { dxcj[nkra + pnhm] = ((1 + ~(_uli)(ukpu)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); gzzx += 1; }; } else { dxcj[nkra + pnhm] -= gzzx; gzzx = 0; }; } ukpu = dxcj[1 + jmkf + pnhm]; if (gzzx > ukpu) { yygi[1 + jmkf + pnhm] = -1 + vxaa; gzzx = 0; for (_si putc = 0; putc <= jmkf; putc += 1) { gzzx += dxcj[pnhm + putc] + yygi[putc]; dxcj[pnhm + putc] = gzzx % ((((_uli)(1)) << (47))); gzzx = ((gzzx) / (((((_uli)(1)) << (47))))); } } else { yygi[1 + jmkf + pnhm] = vxaa; dxcj[1 + jmkf + pnhm] -= gzzx; }; } for (_si mgos = 0; mgos <= bmgk; mgos += 1) { ytzv[mgos] = yygi[1 + jmkf + mgos]; dxcj[1 + jmkf + mgos] = 0; } for (_si kbdk = 1 + bmgk; kbdk <= 12; kbdk += 1) { ytzv[kbdk] = 0; } if (ytzv != yygi) { for (_si uuws = 1 + jmkf; uuws <= (1 + cogj); uuws += 1) { yygi[uuws] = 0; } if (argu > 0) { { _si eicb = (argu % 47); _si tyfq = ((argu) / (47)); _si cufj = argu; if (cufj > (8 * sizeof(_uli))) { cufj = -1; } if (tyfq >= 13) { { for (_si wque = 0; wque <= 12; wque += 1) { yygi[wque] = 0; } } } else { _uli iayc = (((((_uli)(1)) << (eicb))) - ((_uli)(1))); if (cufj < 0) { yygi[0] = 0; } else { yygi[0] = ((((yygi[0]) & (~iayc))) >> (cufj)); }; if (tyfq != 0) { yygi[0] += ((((yygi[tyfq]) & (~iayc))) >> (eicb)); } for (_si xrui = 1; xrui <= (12 - tyfq); xrui += 1) { yygi[-1 + xrui] += ((((((yygi[tyfq + xrui]) & (iayc))) << (-eicb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yygi[xrui] = ((((yygi[tyfq + xrui]) & (~iayc))) >> (eicb)); } for (_si fjb = 13 - tyfq; fjb <= 12; fjb += 1) { yygi[fjb] = 0; } }; } } } if (argu > 0) { { _si opoo = (argu % 47); _si qepy = ((argu) / (47)); _si wlzc = argu; if (wlzc > (8 * sizeof(_uli))) { wlzc = -1; } if (qepy >= 13) { { for (_si rdww = 0; rdww <= 12; rdww += 1) { dxcj[rdww] = 0; } } } else { _uli ocvo = (((((_uli)(1)) << (opoo))) - ((_uli)(1))); if (wlzc < 0) { dxcj[0] = 0; } else { dxcj[0] = ((((dxcj[0]) & (~ocvo))) >> (wlzc)); }; if (qepy != 0) { dxcj[0] += ((((dxcj[qepy]) & (~ocvo))) >> (opoo)); } for (_si xklp = 1; xklp <= (12 - qepy); xklp += 1) { dxcj[-1 + xklp] += ((((((dxcj[qepy + xklp]) & (ocvo))) << (-opoo + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dxcj[xklp] = ((((dxcj[qepy + xklp]) & (~ocvo))) >> (opoo)); } for (_si gbwy = 13 - qepy; gbwy <= 12; gbwy += 1) { dxcj[gbwy] = 0; } }; } } } } { _uc *hggk = (_uc *)(ytzv); for (_si fjop = 0; fjop <= 360; fjop += 1) { hggk[fjop] = (_uc)(1 + hggk[fjop]) * (_uc)(255 + hggk[1 + fjop]); } hggk[361] = 0; } } } _si hryb(_uli *czm) { _si azps = 0; _uli wpyn = 19; for (_si sgpb = 12; sgpb >= 0; sgpb -= 1) { if (czm[sgpb] != 0) { azps = ((((czm[sgpb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return azps; } void rmtc(_uc *dlrb, _uc *sgdq, _si ogea) { _ui *knky = (_ui *)(dlrb + 0); _ui *ziny = (_ui *)(dlrb + 128); _uc *jzow = (_uc *)(knky); for (_si kegv = 0; kegv <= (-1 + ogea); kegv += 1) { if (ziny[0] >= 64) { { _ui *icuw = (_ui *)(dlrb + 0); _ui *mbyj = (_ui *)(dlrb + 64); for (_si qkvl = 0; qkvl <= 15; qkvl += 1) { icuw[qkvl] = mbyj[qkvl]; } for (_si mxcv = 0; mxcv <= 9; mxcv += 1) { cqhk(icuw, 0, 4, 8, 12); zqv(icuw, 1, 5, 9, 13); jshb(icuw, 2, 6, 10, 14); tabt(icuw, 3, 7, 11, 15); miun(icuw, 0, 5, 10, 15); edlu(icuw, 1, 6, 11, 12); mzut(icuw, 2, 7, 8, 13); { icuw[3] += icuw[4]; icuw[14] ^= icuw[3]; icuw[14] = ((((icuw[14]) << (16))) | (((icuw[14]) >> (16)))); icuw[9] += icuw[14]; icuw[4] ^= icuw[9]; icuw[4] = ((((icuw[4]) << (12))) | (((icuw[4]) >> (20)))); icuw[3] += icuw[4]; icuw[14] ^= icuw[3]; icuw[14] = ((((icuw[14]) << (8))) | (((icuw[14]) >> (24)))); icuw[9] += icuw[14]; icuw[4] ^= icuw[9]; icuw[4] = ((((icuw[4]) << (7))) | (((icuw[4]) >> (25)))); } _m[65163] += 1; } for (_si rkvu = 0; rkvu <= 15; rkvu += 1) { icuw[rkvu] += mbyj[rkvu]; } mbyj[12] += 1; if (mbyj[12] == 0) { mbyj[13] += 1; } } ziny[0] = 0; } sgdq[kegv] ^= jzow[ziny[0]]; ziny[0] += 1; } } void xkbo(_uli *tfxk) { for (_si tpow = 0; tpow <= 11; tpow += 1) { tfxk[1 + tpow] += ((tfxk[tpow]) >> (47)); tfxk[tpow] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tfxk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zawt(_uli *adty) { _si tygx = zdtu(adty); if (tygx) { { for (_si eosg = 0; eosg <= 12; eosg += 1) { adty[eosg] = -adty[eosg]; } } } for (_si nugy = 0; nugy <= 11; nugy += 1) { if (((((adty[nugy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { adty[1 + nugy] -= 1; } else { adty[1 + nugy] += ((adty[nugy]) >> (47)); }; adty[nugy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } adty[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tygx) { { for (_si qjxh = 0; qjxh <= 12; qjxh += 1) { adty[qjxh] = -adty[qjxh]; } } } } void qgxc(_uli *ieep, _uli *oakk) { for (_si gfpu = 0; gfpu <= 12; gfpu += 1) { ieep[gfpu] = -oakk[gfpu]; } } void kwhi(_uli *lneo, _uli *kvar, _uli *zksr) { for (_si esjm = 0; esjm <= 12; esjm += 1) { lneo[esjm] = kvar[esjm] + zksr[esjm]; } crg(lneo); } void llgy(_uli *nbfi, _uli *hbf) { if (nbfi != hbf) { for (_si mant = 0; mant <= 12; mant += 1) { nbfi[mant] = hbf[mant]; } } } void smeu(_uli *nkum) { for (_si whbm = 0; whbm <= 11; whbm += 1) { nkum[1 + whbm] += ((nkum[whbm]) >> (47)); nkum[whbm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nkum[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void gfqq(_uli *yykf, _uli *pksz, _uli *eseo) { _uli *fznn = ngcm(); _uli *xxuj = qvot(); _uli *bvrq = fspc(); _uli *gzsg = eaze(); for (_si liri = 0; liri <= 44; liri += 1) { fznn[liri] = ((pksz[liri]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xxuj[liri] = ((pksz[liri]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bvrq[liri] = ((eseo[liri]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gzsg[liri] = ((eseo[liri]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } aldu(yykf); for (_si nwaz = 0; nwaz <= (-1 + (((45) >> (1)))); nwaz += 1) { for (_si rlhs = 0; rlhs <= (-1 + (((45) >> (1)))); rlhs += 1) { _uli ondi = bvrq[rlhs] * xxuj[nwaz] + fznn[nwaz] * gzsg[rlhs]; _uli lxzb = bvrq[rlhs] * fznn[nwaz]; _uli frsr = gzsg[rlhs] * xxuj[nwaz]; _uli zbja = ((yykf[nwaz + rlhs]) + (lxzb) + (((((ondi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zbja < lxzb) { frsr += 1; } _uli seaz = ((((ondi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((frsr) << ((-47 + (((sizeof(_uli)) << (3)))))))); yykf[nwaz + rlhs] = zbja; yykf[1 + nwaz + rlhs] += seaz; } iocz(yykf); } rhuy(fznn); { _uc *saup = (_uc *)(xxuj); for (_si jdhc = 0; jdhc <= 360; jdhc += 1) { saup[jdhc] = (_uc)(1 + saup[jdhc]) * (_uc)(255 + saup[1 + jdhc]); } saup[361] = 0; } { _uc *jgjs = (_uc *)(bvrq); for (_si kzvk = 0; kzvk <= 360; kzvk += 1) { jgjs[kzvk] = (_uc)(1 + jgjs[kzvk]) * (_uc)(255 + jgjs[1 + kzvk]); } jgjs[361] = 0; } hxqs(gzsg); } void jbzg(_ui *erui, _si ntnb, _si dvxx, _si epwi, _si faau) { erui[ntnb] += erui[dvxx]; erui[faau] ^= erui[ntnb]; erui[faau] = ((((erui[faau]) << (16))) | (((erui[faau]) >> (16)))); erui[epwi] += erui[faau]; erui[dvxx] ^= erui[epwi]; erui[dvxx] = ((((erui[dvxx]) << (12))) | (((erui[dvxx]) >> (20)))); erui[ntnb] += erui[dvxx]; erui[faau] ^= erui[ntnb]; erui[faau] = ((((erui[faau]) << (8))) | (((erui[faau]) >> (24)))); erui[epwi] += erui[faau]; erui[dvxx] ^= erui[epwi]; erui[dvxx] = ((((erui[dvxx]) << (7))) | (((erui[dvxx]) >> (25)))); } void qnyh(_uli *acfp) { _si otar; { otar = 0; _uli xmln = 19; for (_si gbfl = 12; gbfl >= 0; gbfl -= 1) { if (acfp[gbfl] != 0) { otar = ((((acfp[gbfl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (otar) { { for (_si xkta = 0; xkta <= 12; xkta += 1) { acfp[xkta] = -acfp[xkta]; } } } for (_si csnn = 0; csnn <= 11; csnn += 1) { if (((((acfp[csnn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { acfp[1 + csnn] -= 1; } else { acfp[1 + csnn] += ((acfp[csnn]) >> (47)); }; acfp[csnn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } acfp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (otar) { { for (_si ityy = 0; ityy <= 12; ityy += 1) { acfp[ityy] = -acfp[ityy]; } } } } void iczv(_uli *rovi) { for (_si cwkg = 0; cwkg <= 12; cwkg += 1) { rovi[cwkg] = 0; } } void upew(_uli *bxta, _si kulk) { _si ghxj = (kulk % 47); _si drly = ((kulk) / (47)); _si zlom = kulk; if (zlom > (8 * sizeof(_uli))) { zlom = -1; } if (drly >= 13) { { for (_si wxmv = 0; wxmv <= 12; wxmv += 1) { bxta[wxmv] = 0; } } } else { _uli pjks = (((((_uli)(1)) << (ghxj))) - ((_uli)(1))); if (zlom < 0) { bxta[0] = 0; } else { bxta[0] = ((((bxta[0]) & (~pjks))) >> (zlom)); }; if (drly != 0) { bxta[0] += ((((bxta[drly]) & (~pjks))) >> (ghxj)); } for (_si kmtv = 1; kmtv <= (12 - drly); kmtv += 1) { bxta[-1 + kmtv] += ((((((bxta[drly + kmtv]) & (pjks))) << (-ghxj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bxta[kmtv] = ((((bxta[drly + kmtv]) & (~pjks))) >> (ghxj)); } for (_si auus = 13 - drly; auus <= 12; auus += 1) { bxta[auus] = 0; } }; } void prwp(_uli *rywj, _uli *ytqa, _uli *koyu) { for (_si plgu = 0; plgu <= 12; plgu += 1) { rywj[plgu] = -koyu[plgu] + ytqa[plgu]; } { _si uvgg; { uvgg = 0; _uli ljhc = 19; for (_si jgrk = 12; jgrk >= 0; jgrk -= 1) { if (rywj[jgrk] != 0) { uvgg = ((((rywj[jgrk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (uvgg) { { for (_si abwb = 0; abwb <= 12; abwb += 1) { rywj[abwb] = -rywj[abwb]; } } } for (_si ldio = 0; ldio <= 11; ldio += 1) { if (((((rywj[ldio]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rywj[1 + ldio] -= 1; } else { rywj[1 + ldio] += ((rywj[ldio]) >> (47)); }; rywj[ldio] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rywj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (uvgg) { { for (_si tqyn = 0; tqyn <= 12; tqyn += 1) { rywj[tqyn] = -rywj[tqyn]; } } } } } void jvk(_uc *twbr) { _uc *xxv = (_uc *)(twbr + 0); _ui *tlpz = (_ui *)(twbr + 64); _uli *afm = (_uli *)(twbr + 352); _uli lqr = 8 * afm[0]; _uc viv[1]; viv[0] = 128; qcsv(twbr, viv, 1); while (((((afm[0]) & (63))) != (56))) { viv[0] = 0; frf(twbr, viv, 1); } for (_si ufyp = 0; ufyp <= 7; ufyp += 1) { viv[0] = (_uc)(((((lqr) >> (8 * (7 - ufyp)))) & (255))); { _uc *bcw = (_uc *)(twbr + 0); _uli *lwte = (_uli *)(twbr + 352); _si arwe = (_si)(((lwte[0]) & (63))); lwte[0] += 1; for (_si gcyw = 0; gcyw <= 0; gcyw += 1) { bcw[arwe] = viv[gcyw]; arwe += 1; if (arwe == 64) { { _uc *nmue = (_uc *)(twbr + 0); _ui *snad = (_ui *)(twbr + 64); _ui *cikv = (_ui *)(twbr + 96); _si erai = 0; _ui mel = 0; _ui ldqn = 0; _ui jzou = 0; _ui ibqi = 0; _ui rjqk = 0; _ui hyg = 0; for (_si eci = 0; eci <= 15; eci += 1) { cikv[eci] = (((((((((_ui)(nmue[erai])) << (24))) | ((((_ui)(nmue[1 + erai])) << (16))))) | ((((_ui)(nmue[2 + erai])) << (8))))) | ((_ui)(nmue[3 + erai]))); erai += 4; } for (_si drbq = 16; drbq <= 31; drbq += 1) { mel = ((((((((cikv[-15 + drbq]) >> (7))) | (((cikv[-15 + drbq]) << (25))))) ^ (((((cikv[-15 + drbq]) >> (18))) | (((cikv[-15 + drbq]) << (14))))))) ^ (((cikv[-15 + drbq]) >> (3)))); ibqi = ((((((((cikv[-2 + drbq]) >> (17))) | (((cikv[-2 + drbq]) << (15))))) ^ (((((cikv[-2 + drbq]) >> (19))) | (((cikv[-2 + drbq]) << (13))))))) ^ (((cikv[-2 + drbq]) >> (10)))); cikv[drbq] = cikv[-16 + drbq] + cikv[-7 + drbq] + ibqi + mel; _m[65160] += 1; } _ui wel = snad[0]; _ui pqas = snad[1]; _ui bas = snad[2]; _ui dxet = snad[3]; _ui jisa = snad[4]; _ui hdjl = snad[5]; _ui jvnr = snad[6]; _ui ltbs = snad[7]; for (_si xkgl = 0; xkgl <= 31; xkgl += 1) { mel = ((((((((wel) >> (2))) | (((wel) << (30))))) ^ (((((wel) >> (13))) | (((wel) << (19))))))) ^ (((((wel) >> (22))) | (((wel) << (10)))))); ldqn = ((((((wel) & (pqas))) ^ (((wel) & (bas))))) ^ (((pqas) & (bas)))); jzou = ldqn + mel; ibqi = ((((((((jisa) >> (6))) | (((jisa) << (26))))) ^ (((((jisa) >> (11))) | (((jisa) << (21))))))) ^ (((((jisa) >> (25))) | (((jisa) << (7)))))); rjqk = ((((jisa) & (hdjl))) ^ (((~jisa) & (jvnr)))); hyg = ibqi + ltbs + rjqk + cikv[xkgl] + *(((_ui *)(_m + 246160) + xkgl)); ltbs = jvnr; jvnr = hdjl; hdjl = jisa; jisa = dxet + hyg; dxet = bas; bas = pqas; pqas = wel; wel = hyg + jzou; _m[65161] += 1; } snad[0] += wel; snad[1] += pqas; snad[2] += bas; snad[3] += dxet; snad[4] += jisa; snad[5] += hdjl; snad[6] += jvnr; snad[7] += ltbs; } arwe = 0; } } } } _si wkgl = 0; for (_si tcb = 0; tcb <= 7; tcb += 1) { _ui kpxp = tlpz[tcb]; xxv[wkgl] = (_uc)(((((kpxp) >> (24))) & (255))); xxv[1 + wkgl] = (_uc)(((((kpxp) >> (16))) & (255))); xxv[2 + wkgl] = (_uc)(((((kpxp) >> (8))) & (255))); xxv[3 + wkgl] = (_uc)(((kpxp) & (255))); wkgl += 4; } } void cyxw(_uli *dbd) { for (_si sea = 0; sea <= 11; sea += 1) { dbd[1 + sea] += ((dbd[sea]) >> (47)); dbd[sea] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dbd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *jckb() { ; _uli *xubj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; xubj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xubj; } void vdng(_si xnuq, _uli *opxs, _uli *pamt, _uli *tkhh, _uli *uoac) { { _uli *wmgl = gysu(); _uli *sxsd = eulu(); for (_si jryc = 0; jryc <= 12; jryc += 1) { wmgl[jryc] = ((uoac[jryc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sxsd[jryc] = ((uoac[jryc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sanb = 0; sanb <= 12; sanb += 1) { tkhh[sanb] = 0; } } for (_si iual = 0; iual <= (-1 + (((13) >> (1)))); iual += 1) { for (_si meco = 0; meco <= (-1 + (((13) >> (1)))); meco += 1) { _uli kfng = sxsd[iual] * wmgl[meco] + sxsd[meco] * wmgl[iual]; _uli ptgq = wmgl[iual] * wmgl[meco]; _uli ihdf = sxsd[iual] * sxsd[meco]; _uli ctvd = ((tkhh[iual + meco]) + (ptgq) + (((((kfng) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ctvd < ptgq) { ihdf += 1; } _uli sgku = ((((kfng) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ihdf) << ((-47 + (((sizeof(_uli)) << (3)))))))); tkhh[iual + meco] = ctvd; tkhh[1 + iual + meco] += sgku; } vcyw(tkhh); } xagy(wmgl); awdg(sxsd); } mspl(xnuq, opxs, pamt, tkhh, tkhh); } void iix(_uc *zvqo, _uc *fsuu) { _ui *yqns = (_ui *)(zvqo + 64); for (_si gdna = 0; gdna <= 7; gdna += 1) { yqns[4 + gdna] = (((_ui)((fsuu + 4 * gdna)[0])) + ((((_ui)((fsuu + 4 * gdna)[1])) << (8))) + ((((_ui)((fsuu + 4 * gdna)[2])) << (16))) + ((((_ui)((fsuu + 4 * gdna)[3])) << (24)))); } } _uli *oxxz() { ; _uli *avlu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; avlu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return avlu; } void rck(_uc *jhmu, _uc *sgd, _si asl) { _uc *wttv = (_uc *)(jhmu + 0); _uli *yqbr = (_uli *)(jhmu + 352); _si vdf = (_si)(((yqbr[0]) & (63))); yqbr[0] += asl; for (_si nsx = 0; nsx <= (-1 + asl); nsx += 1) { wttv[vdf] = sgd[nsx]; vdf += 1; if (vdf == 64) { { _uc *izjn = (_uc *)(jhmu + 0); _ui *hehn = (_ui *)(jhmu + 64); _ui *tszd = (_ui *)(jhmu + 96); _si ehj = 0; _ui sugo = 0; _ui qip = 0; _ui zpfw = 0; _ui skd = 0; _ui oly = 0; _ui exu = 0; for (_si ijkm = 0; ijkm <= 15; ijkm += 1) { tszd[ijkm] = (((((((((_ui)(izjn[ehj])) << (24))) | ((((_ui)(izjn[1 + ehj])) << (16))))) | ((((_ui)(izjn[2 + ehj])) << (8))))) | ((_ui)(izjn[3 + ehj]))); ehj += 4; } for (_si ufbc = 16; ufbc <= 31; ufbc += 1) { sugo = ((((((((tszd[-15 + ufbc]) >> (7))) | (((tszd[-15 + ufbc]) << (25))))) ^ (((((tszd[-15 + ufbc]) >> (18))) | (((tszd[-15 + ufbc]) << (14))))))) ^ (((tszd[-15 + ufbc]) >> (3)))); skd = ((((((((tszd[-2 + ufbc]) >> (17))) | (((tszd[-2 + ufbc]) << (15))))) ^ (((((tszd[-2 + ufbc]) >> (19))) | (((tszd[-2 + ufbc]) << (13))))))) ^ (((tszd[-2 + ufbc]) >> (10)))); tszd[ufbc] = skd + sugo + tszd[-7 + ufbc] + tszd[-16 + ufbc]; _m[65160] += 1; } _ui udl = hehn[0]; _ui ahq = hehn[1]; _ui syf = hehn[2]; _ui iru = hehn[3]; _ui lclv = hehn[4]; _ui ggcq = hehn[5]; _ui da = hehn[6]; _ui qiq = hehn[7]; for (_si vwl = 0; vwl <= 31; vwl += 1) { sugo = ((((((((udl) >> (2))) | (((udl) << (30))))) ^ (((((udl) >> (13))) | (((udl) << (19))))))) ^ (((((udl) >> (22))) | (((udl) << (10)))))); qip = ((((((udl) & (ahq))) ^ (((udl) & (syf))))) ^ (((ahq) & (syf)))); zpfw = qip + sugo; skd = ((((((((lclv) >> (6))) | (((lclv) << (26))))) ^ (((((lclv) >> (11))) | (((lclv) << (21))))))) ^ (((((lclv) >> (25))) | (((lclv) << (7)))))); oly = ((((lclv) & (ggcq))) ^ (((~lclv) & (da)))); exu = skd + qiq + *(((_ui *)(_m + 246160) + vwl)) + oly + tszd[vwl]; qiq = da; da = ggcq; ggcq = lclv; lclv = exu + iru; iru = syf; syf = ahq; ahq = udl; udl = exu + zpfw; _m[65161] += 1; } hehn[0] += udl; hehn[1] += ahq; hehn[2] += syf; hehn[3] += iru; hehn[4] += lclv; hehn[5] += ggcq; hehn[6] += da; hehn[7] += qiq; } vdf = 0; } } } void opzk(_uli *uvrv, _uli *idbi, _uli *masy) { for (_si dfin = 0; dfin <= 12; dfin += 1) { uvrv[dfin] = idbi[dfin] + masy[dfin]; } { _si smby; { smby = 0; _uli zkmy = 19; for (_si vwgf = 12; vwgf >= 0; vwgf -= 1) { if (uvrv[vwgf] != 0) { smby = ((((uvrv[vwgf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (smby) { { for (_si qhmb = 0; qhmb <= 12; qhmb += 1) { uvrv[qhmb] = -uvrv[qhmb]; } } } for (_si hrtr = 0; hrtr <= 11; hrtr += 1) { if (((((uvrv[hrtr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uvrv[1 + hrtr] -= 1; } else { uvrv[1 + hrtr] += ((uvrv[hrtr]) >> (47)); }; uvrv[hrtr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uvrv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (smby) { jkiu(uvrv, uvrv); } } } _si ivzx(_uli *qony) { _si roqj = 0; _uli xofy = 19; for (_si jtyc = 12; jtyc >= 0; jtyc -= 1) { if (qony[jtyc] != 0) { roqj = ((((qony[jtyc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return roqj; } void kemx(_si midx, _uli *vfh, _uli *btmz, _uli *clr, _uli *epm, _uli *cog) { tdjx(clr, epm, cog); oqki(midx, vfh, btmz, clr, clr); } void pesg(_uli *auks, _uli *devg, _uli *mqel) { _uli *iqfy = pguw(); _uli *jxxt = laux(); _uli *bjra = cgle(); _uli *eewn = jckb(); for (_si bhow = 0; bhow <= 12; bhow += 1) { iqfy[bhow] = ((devg[bhow]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jxxt[bhow] = ((devg[bhow]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bjra[bhow] = ((mqel[bhow]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); eewn[bhow] = ((mqel[bhow]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hlip = 0; hlip <= 12; hlip += 1) { auks[hlip] = 0; } } for (_si pqtd = 0; pqtd <= (-1 + (((13) >> (1)))); pqtd += 1) { for (_si rgme = 0; rgme <= (-1 + (((13) >> (1)))); rgme += 1) { _uli aqnf = bjra[rgme] * jxxt[pqtd] + eewn[rgme] * iqfy[pqtd]; _uli gaxa = bjra[rgme] * iqfy[pqtd]; _uli ncxo = eewn[rgme] * jxxt[pqtd]; _uli nogf = ((auks[pqtd + rgme]) + (gaxa) + (((((aqnf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nogf < gaxa) { ncxo += 1; } _uli lsll = ((((aqnf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ncxo) << ((-47 + (((sizeof(_uli)) << (3)))))))); auks[pqtd + rgme] = nogf; auks[1 + pqtd + rgme] += lsll; } ekjm(auks); } uxid(iqfy); hosm(jxxt); { _uc *eaoc = (_uc *)(bjra); for (_si virb = 0; virb <= 360; virb += 1) { eaoc[virb] = (_uc)(255 + eaoc[1 + virb]) * (_uc)(1 + eaoc[virb]); } eaoc[361] = 0; } ndxx(eewn); } void jpdm(_uli *pobc) { _uc *jyfd = (_uc *)(pobc); for (_si feww = 0; feww <= 360; feww += 1) { jyfd[feww] = (_uc)(1 + jyfd[feww]) * (_uc)(255 + jyfd[1 + feww]); } jyfd[361] = 0; } void ovjz(_uli *hiel, _uli *vflt) { _uli *bdfn = aqdx(); _uli *hagu = dgud(); for (_si tqnv = 0; tqnv <= 12; tqnv += 1) { bdfn[tqnv] = ((vflt[tqnv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hagu[tqnv] = ((vflt[tqnv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si axra = 0; axra <= 12; axra += 1) { hiel[axra] = 0; } } for (_si egdy = 0; egdy <= (-1 + (((13) >> (1)))); egdy += 1) { for (_si jdqe = 0; jdqe <= (-1 + (((13) >> (1)))); jdqe += 1) { _uli hwcn = bdfn[egdy] * hagu[jdqe] + bdfn[jdqe] * hagu[egdy]; _uli kaez = bdfn[egdy] * bdfn[jdqe]; _uli vhba = hagu[egdy] * hagu[jdqe]; _uli nwcq = ((hiel[egdy + jdqe]) + (kaez) + (((((hwcn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nwcq < kaez) { vhba += 1; } _uli vzmq = ((((hwcn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vhba) << ((-47 + (((sizeof(_uli)) << (3)))))))); hiel[egdy + jdqe] = nwcq; hiel[1 + egdy + jdqe] += vzmq; } gwvz(hiel); } { _uc *tilf = (_uc *)(bdfn); for (_si uwbp = 0; uwbp <= 360; uwbp += 1) { tilf[uwbp] = (_uc)(1 + tilf[uwbp]) * (_uc)(255 + tilf[1 + uwbp]); } tilf[361] = 0; } mccb(hagu); } void jfif(_uli *uicc) { _uc *nvsg = (_uc *)(uicc); for (_si dbpz = 0; dbpz <= 360; dbpz += 1) { nvsg[dbpz] = (_uc)(255 + nvsg[1 + dbpz]) * (_uc)(1 + nvsg[dbpz]); } nvsg[361] = 0; } void gdoi(_uli *ygfr, _si mzdx) { _si ezzx = (mzdx % 47); _si ywap = ((mzdx) / (47)); _si kvub = mzdx; if (kvub > (8 * sizeof(_uli))) { kvub = -1; } if (ywap >= 13) { wvtg(ygfr); } else { _uli onjg = (((((_uli)(1)) << (ezzx))) - ((_uli)(1))); if (kvub < 0) { ygfr[0] = 0; } else { ygfr[0] = ((((ygfr[0]) & (~onjg))) >> (kvub)); }; if (ywap != 0) { ygfr[0] += ((((ygfr[ywap]) & (~onjg))) >> (ezzx)); } for (_si uqit = 1; uqit <= (12 - ywap); uqit += 1) { ygfr[-1 + uqit] += ((((((ygfr[uqit + ywap]) & (onjg))) << (-ezzx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ygfr[uqit] = ((((ygfr[uqit + ywap]) & (~onjg))) >> (ezzx)); } for (_si mfiu = 13 - ywap; mfiu <= 12; mfiu += 1) { ygfr[mfiu] = 0; } }; } void gdeh(_uc *jvbl, _uc *rcsj, _si eddg) { _uc *qplz = (_uc *)(jvbl + 0); _uli *lxwm = (_uli *)(jvbl + 352); _si mqmo = (_si)(((lxwm[0]) & (63))); lxwm[0] += eddg; for (_si afvp = 0; afvp <= (-1 + eddg); afvp += 1) { qplz[mqmo] = rcsj[afvp]; mqmo += 1; if (mqmo == 64) { hlgn(jvbl); mqmo = 0; } } } void zmos(_uli *hdzq, _uli *zubq, _uli *tftk) { _uli *bmpj = rznt(); { { if (hdzq != zubq) { for (_si ueyx = 0; ueyx <= 12; ueyx += 1) { hdzq[ueyx] = zubq[ueyx]; } } } _si worm = ewsu(hdzq); _si kbdy = ewbk(tftk); if (worm >= kbdy) { _si rkzp = 0; _uli bzid = tftk[kbdy]; while (bzid < (((((((_uli)(1)) << (47)))) >> (1)))) { rkzp += 1; bzid <<= 1; } if (kbdy == 0) { rkzp += 47; worm += 1; kbdy += 1; } if (rkzp > 0) { ives(hdzq, rkzp); vhkn(tftk, rkzp); } _si dues = -kbdy + worm; bzid = tftk[kbdy]; _uli endl = tftk[-1 + kbdy]; for (_si mwnw = dues; mwnw >= 0; mwnw -= 1) { __uint128_t kzhh = (__uint128_t)(((((_uli)(1)) << (47)))) * hdzq[1 + kbdy + mwnw] + hdzq[kbdy + mwnw]; _uli gonc = 0; __uint128_t qriv = ((kzhh) / (bzid)); __uint128_t nmqy = (kzhh % bzid); while (qriv == ((((_uli)(1)) << (47))) || (endl * qriv) > (nmqy * ((((_uli)(1)) << (47))) + hdzq[-1 + kbdy + mwnw])) { qriv -= 1; nmqy += bzid; if (nmqy >= ((((_uli)(1)) << (47)))) { break; } } kzhh = 0; for (_si wnps = 0; wnps <= kbdy; wnps += 1) { kzhh += qriv * tftk[wnps]; gonc = hdzq[mwnw + wnps]; if (kzhh > gonc) { kzhh -= gonc; gonc = kzhh % ((((_uli)(1)) << (47))); kzhh = ((kzhh) / (((((_uli)(1)) << (47))))); if (gonc == 0) { hdzq[mwnw + wnps] = 0; } else { hdzq[mwnw + wnps] = ((1 + ~(_uli)(gonc)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); kzhh += 1; }; } else { hdzq[mwnw + wnps] -= kzhh; kzhh = 0; }; } gonc = hdzq[1 + kbdy + mwnw]; if (kzhh > gonc) { tftk[1 + kbdy + mwnw] = -1 + qriv; kzhh = 0; for (_si mnbu = 0; mnbu <= kbdy; mnbu += 1) { kzhh += hdzq[mnbu + mwnw] + tftk[mnbu]; hdzq[mnbu + mwnw] = kzhh % ((((_uli)(1)) << (47))); kzhh = ((kzhh) / (((((_uli)(1)) << (47))))); } } else { tftk[1 + kbdy + mwnw] = qriv; hdzq[1 + kbdy + mwnw] -= kzhh; }; } for (_si ltiu = 0; ltiu <= dues; ltiu += 1) { bmpj[ltiu] = tftk[1 + kbdy + ltiu]; hdzq[1 + kbdy + ltiu] = 0; } for (_si vhzn = 1 + dues; vhzn <= 12; vhzn += 1) { bmpj[vhzn] = 0; } if (bmpj != tftk) { for (_si vvvh = 1 + kbdy; vvvh <= (1 + worm); vvvh += 1) { tftk[vvvh] = 0; } if (rkzp > 0) { soat(tftk, rkzp); } } if (rkzp > 0) { { _si twcb = (rkzp % 47); _si zaoe = ((rkzp) / (47)); _si pbqn = rkzp; if (pbqn > (8 * sizeof(_uli))) { pbqn = -1; } if (zaoe >= 13) { { for (_si ipvk = 0; ipvk <= 12; ipvk += 1) { hdzq[ipvk] = 0; } } } else { _uli klue = (((((_uli)(1)) << (twcb))) - ((_uli)(1))); if (pbqn < 0) { hdzq[0] = 0; } else { hdzq[0] = ((((hdzq[0]) & (~klue))) >> (pbqn)); }; if (zaoe != 0) { hdzq[0] += ((((hdzq[zaoe]) & (~klue))) >> (twcb)); } for (_si sgkq = 1; sgkq <= (12 - zaoe); sgkq += 1) { hdzq[-1 + sgkq] += ((((((hdzq[sgkq + zaoe]) & (klue))) << (-twcb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hdzq[sgkq] = ((((hdzq[sgkq + zaoe]) & (~klue))) >> (twcb)); } for (_si bveq = 13 - zaoe; bveq <= 12; bveq += 1) { hdzq[bveq] = 0; } }; } } } } { _uc *lked = (_uc *)(bmpj); for (_si ucxl = 0; ucxl <= 360; ucxl += 1) { lked[ucxl] = (_uc)(255 + lked[1 + ucxl]) * (_uc)(1 + lked[ucxl]); } lked[361] = 0; } } _uli *yzdu() { ; _uli *axir; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; axir = (_uli *)(_m + 362 * _s); break; } _s += 1; } return axir; } void cjhc(_uli *obzc) { for (_si hzqb = 0; hzqb <= 11; hzqb += 1) { obzc[1 + hzqb] += ((obzc[hzqb]) >> (47)); obzc[hzqb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } obzc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dti(_uli *wsmw) { _si fdhf = tlc(wsmw); if (fdhf) { etrh(wsmw, wsmw); } for (_si sggv = 0; sggv <= 11; sggv += 1) { if (((((wsmw[sggv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wsmw[1 + sggv] -= 1; } else { wsmw[1 + sggv] += ((wsmw[sggv]) >> (47)); }; wsmw[sggv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wsmw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fdhf) { { for (_si mgor = 0; mgor <= 12; mgor += 1) { wsmw[mgor] = -wsmw[mgor]; } } } } void hxop(_uli *qdrp, _si jram) { _si avct; { avct = 0; _uli lvsr = 19; for (_si rchf = 12; rchf >= 0; rchf -= 1) { if (qdrp[rchf] != 0) { avct = ((((qdrp[rchf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (avct) { { for (_si wjnt = 0; wjnt <= 12; wjnt += 1) { qdrp[wjnt] = -qdrp[wjnt]; } } } { _si luch = (jram % 47); _si lxyx = ((jram) / (47)); _si haix = jram; if (haix > (8 * sizeof(_uli))) { haix = -1; } if (lxyx >= 13) { ktrk(qdrp); } else { _uli wyqo = (((((_uli)(1)) << (luch))) - ((_uli)(1))); if (haix < 0) { qdrp[0] = 0; } else { qdrp[0] = ((((qdrp[0]) & (~wyqo))) >> (haix)); }; if (lxyx != 0) { qdrp[0] += ((((qdrp[lxyx]) & (~wyqo))) >> (luch)); } for (_si evzx = 1; evzx <= (12 - lxyx); evzx += 1) { qdrp[-1 + evzx] += ((((((qdrp[evzx + lxyx]) & (wyqo))) << (-luch + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qdrp[evzx] = ((((qdrp[evzx + lxyx]) & (~wyqo))) >> (luch)); } for (_si hvxa = 13 - lxyx; hvxa <= 12; hvxa += 1) { qdrp[hvxa] = 0; } }; } if (avct) { { for (_si yrfs = 0; yrfs <= 12; yrfs += 1) { qdrp[yrfs] = -qdrp[yrfs]; } } } } void ejcj(_uli *egqt, _uli *gyqy, _uli *fqaf) { for (_si autl = 0; autl <= 12; autl += 1) { egqt[autl] = -fqaf[autl] + gyqy[autl]; } { _si egjn; { egjn = 0; _uli mnlf = 19; for (_si ohsj = 12; ohsj >= 0; ohsj -= 1) { if (egqt[ohsj] != 0) { egjn = ((((egqt[ohsj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (egjn) { { for (_si peie = 0; peie <= 12; peie += 1) { egqt[peie] = -egqt[peie]; } } } for (_si visz = 0; visz <= 11; visz += 1) { if (((((egqt[visz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { egqt[1 + visz] -= 1; } else { egqt[1 + visz] += ((egqt[visz]) >> (47)); }; egqt[visz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } egqt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (egjn) { { for (_si vpwv = 0; vpwv <= 12; vpwv += 1) { egqt[vpwv] = -egqt[vpwv]; } } } } } void ntag(_uli *ynzj) { for (_si ghm = 0; ghm <= 11; ghm += 1) { ynzj[1 + ghm] += ((ynzj[ghm]) >> (47)); ynzj[ghm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ynzj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fgvw(_si rnoh, _uli *psgr) { psgr[(((rnoh) / (47)))] &= ((((((_uli)(1)) << ((rnoh % 47)))) - ((_uli)(1)))); for (_si kosv = 1 + (((rnoh) / (47))); kosv <= 12; kosv += 1) { psgr[kosv] = 0; } } void ywej(_si gdpy, _uli *zrgj, _uli *vhdn, _uli *udpi, _uli *ebwd) { skac(udpi, ebwd); gtpw(gdpy, zrgj, vhdn, udpi, udpi); } _uc *wjt() { ; _uc *mjbu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; mjbu = (_uc *)(_m + 362 * _s); break; } _s += 1; } return mjbu; } void glgo(_uli *srgd, _uli *qzev, _uli *bpys) { for (_si jyea = 0; jyea <= 12; jyea += 1) { srgd[jyea] = bpys[jyea] + qzev[jyea]; } { _si hrwg = drnx(srgd); if (hrwg) { { for (_si zjve = 0; zjve <= 12; zjve += 1) { srgd[zjve] = -srgd[zjve]; } } } for (_si xscy = 0; xscy <= 11; xscy += 1) { if (((((srgd[xscy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { srgd[1 + xscy] -= 1; } else { srgd[1 + xscy] += ((srgd[xscy]) >> (47)); }; srgd[xscy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } srgd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hrwg) { { for (_si qpyj = 0; qpyj <= 12; qpyj += 1) { srgd[qpyj] = -srgd[qpyj]; } } } } } _uc *rthl() { ; _uc *swtv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; swtv = (_uc *)(_m + 362 * _s); break; } _s += 1; } return swtv; } void gmqg(_uli *lvdd) { _si govx; { govx = 0; _uli xdwv = 19; for (_si jdxt = 12; jdxt >= 0; jdxt -= 1) { if (lvdd[jdxt] != 0) { govx = ((((lvdd[jdxt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (govx) { ocrk(lvdd, lvdd); } for (_si xmuy = 0; xmuy <= 11; xmuy += 1) { if (((((lvdd[xmuy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lvdd[1 + xmuy] -= 1; } else { lvdd[1 + xmuy] += ((lvdd[xmuy]) >> (47)); }; lvdd[xmuy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lvdd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (govx) { { for (_si gpzz = 0; gpzz <= 12; gpzz += 1) { lvdd[gpzz] = -lvdd[gpzz]; } } } } void jexf(_uc *flde, _uc *ysev) { _ui *npmq = (_ui *)(flde + 64); for (_si hddv = 0; hddv <= 7; hddv += 1) { npmq[4 + hddv] = (((_ui)((ysev + 4 * hddv)[0])) + ((((_ui)((ysev + 4 * hddv)[1])) << (8))) + ((((_ui)((ysev + 4 * hddv)[2])) << (16))) + ((((_ui)((ysev + 4 * hddv)[3])) << (24)))); } } void xhk(_uli *odgk) { _uc *ipa = (_uc *)(odgk); for (_si xhhg = 0; xhhg <= 360; xhhg += 1) { ipa[xhhg] = (_uc)(255 + ipa[1 + xhhg]) * (_uc)(1 + ipa[xhhg]); } ipa[361] = 0; } void mdrv(_uli *upj) { _uc *aotj = (_uc *)(upj); for (_si gqxp = 0; gqxp <= 360; gqxp += 1) { aotj[gqxp] = (_uc)(255 + aotj[1 + gqxp]) * (_uc)(1 + aotj[gqxp]); } aotj[361] = 0; } _uli *gdxm() { ; _uli *mhjc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; mhjc = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mhjc; } void opvp(_si vinw, _uli *lcit) { lcit[(((vinw) / (47)))] &= ((((((_uli)(1)) << ((vinw % 47)))) - ((_uli)(1)))); for (_si dyel = 1 + (((vinw) / (47))); dyel <= 12; dyel += 1) { lcit[dyel] = 0; } } void tsrm(_si tsvs, _uli *pgtw) { pgtw[(((tsvs) / (47)))] &= ((((((_uli)(1)) << ((tsvs % 47)))) - ((_uli)(1)))); for (_si ubvy = 1 + (((tsvs) / (47))); ubvy <= 44; ubvy += 1) { pgtw[ubvy] = 0; } } void zaye(_uc *cbpc, _uc *ncvx, _uc *rrzq, _si qhdn) { sage(cbpc, ncvx, 0); ygbw(cbpc, rrzq, qhdn); } _si ftrg(_uli *sxk) { _si rgxh = -1; for (_si pgd = 12; pgd >= 0; pgd -= 1) { if (sxk[pgd] != 0) { rgxh = pgd; break; } } return rgxh; } void zjby(_uli *zypb, _uli *mmcl, _uli *mauf) { for (_si azhq = 0; azhq <= 12; azhq += 1) { zypb[azhq] = -mauf[azhq] + mmcl[azhq]; } ixkt(zypb); } void yhwx(_uc *qdj, _uc *nmgn, _uc *lie, _si gjkh) { { bfho(qdj, nmgn); _ui *eenx = (_ui *)(qdj + 64); _ui *dkl = (_ui *)(qdj + 128); for (_si pchn = 0; pchn <= 3; pchn += 1) { eenx[pchn] = (((_ui)(((_uc *)(_m + 48146) + 4 * pchn)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pchn)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pchn)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pchn)[3])) << (24)))); } for (_si dpln = 0; dpln <= 3; dpln += 1) { eenx[12 + dpln] = 0; _m[65162] += 1; } dkl[0] = 3904225602; } mca(qdj, lie, gjkh); } void ecpt(_uli *txgy) { for (_si cfmm = 0; cfmm <= 12; cfmm += 1) { txgy[cfmm] = 0; } } void nyrd(_uli *fhxr) { for (_si ooib = 0; ooib <= 12; ooib += 1) { fhxr[ooib] = 0; } } void wptu(_uc *zebz, _uc *xyyg, _si qxhk) { _uc *jqhp = (_uc *)(zebz + 0); _uli *xwsu = (_uli *)(zebz + 352); _si fgtw = (_si)(((xwsu[0]) & (63))); xwsu[0] += qxhk; for (_si hvo = 0; hvo <= (-1 + qxhk); hvo += 1) { jqhp[fgtw] = xyyg[hvo]; fgtw += 1; if (fgtw == 64) { { _uc *nomv = (_uc *)(zebz + 0); _ui *sgt = (_ui *)(zebz + 64); _ui *elwj = (_ui *)(zebz + 96); _si vuui = 0; _ui teto = 0; _ui kldl = 0; _ui wvcu = 0; _ui ttg = 0; _ui pyzh = 0; _ui begy = 0; for (_si xjyg = 0; xjyg <= 15; xjyg += 1) { elwj[xjyg] = (((((((((_ui)(nomv[vuui])) << (24))) | ((((_ui)(nomv[1 + vuui])) << (16))))) | ((((_ui)(nomv[2 + vuui])) << (8))))) | ((_ui)(nomv[3 + vuui]))); vuui += 4; } for (_si vagv = 16; vagv <= 31; vagv += 1) { teto = ((((((((elwj[-15 + vagv]) >> (7))) | (((elwj[-15 + vagv]) << (25))))) ^ (((((elwj[-15 + vagv]) >> (18))) | (((elwj[-15 + vagv]) << (14))))))) ^ (((elwj[-15 + vagv]) >> (3)))); ttg = ((((((((elwj[-2 + vagv]) >> (17))) | (((elwj[-2 + vagv]) << (15))))) ^ (((((elwj[-2 + vagv]) >> (19))) | (((elwj[-2 + vagv]) << (13))))))) ^ (((elwj[-2 + vagv]) >> (10)))); elwj[vagv] = elwj[-7 + vagv] + elwj[-16 + vagv] + teto + ttg; _m[65160] += 1; } _ui fwgr = sgt[0]; _ui aclv = sgt[1]; _ui pkaj = sgt[2]; _ui fznq = sgt[3]; _ui ilnh = sgt[4]; _ui codh = sgt[5]; _ui ofyf = sgt[6]; _ui vskg = sgt[7]; for (_si kelg = 0; kelg <= 31; kelg += 1) { teto = ((((((((fwgr) >> (2))) | (((fwgr) << (30))))) ^ (((((fwgr) >> (13))) | (((fwgr) << (19))))))) ^ (((((fwgr) >> (22))) | (((fwgr) << (10)))))); kldl = ((((((fwgr) & (aclv))) ^ (((fwgr) & (pkaj))))) ^ (((aclv) & (pkaj)))); wvcu = kldl + teto; ttg = ((((((((ilnh) >> (6))) | (((ilnh) << (26))))) ^ (((((ilnh) >> (11))) | (((ilnh) << (21))))))) ^ (((((ilnh) >> (25))) | (((ilnh) << (7)))))); pyzh = ((((ilnh) & (codh))) ^ (((~ilnh) & (ofyf)))); begy = elwj[kelg] + vskg + ttg + pyzh + *(((_ui *)(_m + 246160) + kelg)); vskg = ofyf; ofyf = codh; codh = ilnh; ilnh = begy + fznq; fznq = pkaj; pkaj = aclv; aclv = fwgr; fwgr = begy + wvcu; _m[65161] += 1; } sgt[0] += fwgr; sgt[1] += aclv; sgt[2] += pkaj; sgt[3] += fznq; sgt[4] += ilnh; sgt[5] += codh; sgt[6] += ofyf; sgt[7] += vskg; } fgtw = 0; } } } void dqux(_uc *vock) { _ui *mxs = (_ui *)(vock + 0); _ui *fxgm = (_ui *)(vock + 64); for (_si idyx = 0; idyx <= 15; idyx += 1) { mxs[idyx] = fxgm[idyx]; } for (_si idyk = 0; idyk <= 9; idyk += 1) { { mxs[0] += mxs[4]; mxs[12] ^= mxs[0]; mxs[12] = ((((mxs[12]) << (16))) | (((mxs[12]) >> (16)))); mxs[8] += mxs[12]; mxs[4] ^= mxs[8]; mxs[4] = ((((mxs[4]) << (12))) | (((mxs[4]) >> (20)))); mxs[0] += mxs[4]; mxs[12] ^= mxs[0]; mxs[12] = ((((mxs[12]) << (8))) | (((mxs[12]) >> (24)))); mxs[8] += mxs[12]; mxs[4] ^= mxs[8]; mxs[4] = ((((mxs[4]) << (7))) | (((mxs[4]) >> (25)))); } wnqj(mxs, 1, 5, 9, 13); ohr(mxs, 2, 6, 10, 14); wpb(mxs, 3, 7, 11, 15); twri(mxs, 0, 5, 10, 15); { mxs[1] += mxs[6]; mxs[12] ^= mxs[1]; mxs[12] = ((((mxs[12]) << (16))) | (((mxs[12]) >> (16)))); mxs[11] += mxs[12]; mxs[6] ^= mxs[11]; mxs[6] = ((((mxs[6]) << (12))) | (((mxs[6]) >> (20)))); mxs[1] += mxs[6]; mxs[12] ^= mxs[1]; mxs[12] = ((((mxs[12]) << (8))) | (((mxs[12]) >> (24)))); mxs[11] += mxs[12]; mxs[6] ^= mxs[11]; mxs[6] = ((((mxs[6]) << (7))) | (((mxs[6]) >> (25)))); } { mxs[2] += mxs[7]; mxs[13] ^= mxs[2]; mxs[13] = ((((mxs[13]) << (16))) | (((mxs[13]) >> (16)))); mxs[8] += mxs[13]; mxs[7] ^= mxs[8]; mxs[7] = ((((mxs[7]) << (12))) | (((mxs[7]) >> (20)))); mxs[2] += mxs[7]; mxs[13] ^= mxs[2]; mxs[13] = ((((mxs[13]) << (8))) | (((mxs[13]) >> (24)))); mxs[8] += mxs[13]; mxs[7] ^= mxs[8]; mxs[7] = ((((mxs[7]) << (7))) | (((mxs[7]) >> (25)))); } qgct(mxs, 3, 4, 9, 14); _m[65163] += 1; } for (_si qrq = 0; qrq <= 15; qrq += 1) { mxs[qrq] += fxgm[qrq]; } fxgm[12] += 1; if (fxgm[12] == 0) { fxgm[13] += 1; } } void julq(_uli *vukp) { _uc *ujxf = (_uc *)(vukp); for (_si iceo = 0; iceo <= 360; iceo += 1) { ujxf[iceo] = (_uc)(1 + ujxf[iceo]) * (_uc)(255 + ujxf[1 + iceo]); } ujxf[361] = 0; } _si lekv(_uli *psfz) { _si xrml = 0; _uli ixq = 19; for (_si rzyi = 44; rzyi >= 0; rzyi -= 1) { if (psfz[rzyi] != 0) { xrml = ((((psfz[rzyi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return xrml; } void cxlv(_uc *vje) { _uc *zvvo = (_uc *)(vje + 0); _ui *rnae = (_ui *)(vje + 64); _ui *wyvi = (_ui *)(vje + 96); _si cimf = 0; _ui mli = 0; _ui quw = 0; _ui gsse = 0; _ui werw = 0; _ui moil = 0; _ui iint = 0; for (_si awy = 0; awy <= 15; awy += 1) { wyvi[awy] = (((((((((_ui)(zvvo[cimf])) << (24))) | ((((_ui)(zvvo[1 + cimf])) << (16))))) | ((((_ui)(zvvo[2 + cimf])) << (8))))) | ((_ui)(zvvo[3 + cimf]))); cimf += 4; } for (_si mka = 16; mka <= 31; mka += 1) { mli = ((((((((wyvi[-15 + mka]) >> (7))) | (((wyvi[-15 + mka]) << (25))))) ^ (((((wyvi[-15 + mka]) >> (18))) | (((wyvi[-15 + mka]) << (14))))))) ^ (((wyvi[-15 + mka]) >> (3)))); werw = ((((((((wyvi[-2 + mka]) >> (17))) | (((wyvi[-2 + mka]) << (15))))) ^ (((((wyvi[-2 + mka]) >> (19))) | (((wyvi[-2 + mka]) << (13))))))) ^ (((wyvi[-2 + mka]) >> (10)))); wyvi[mka] = mli + werw + wyvi[-16 + mka] + wyvi[-7 + mka]; _m[65160] += 1; } _ui fgux = rnae[0]; _ui yuft = rnae[1]; _ui dmgc = rnae[2]; _ui zxk = rnae[3]; _ui pvu = rnae[4]; _ui jwg = rnae[5]; _ui mfps = rnae[6]; _ui kgsy = rnae[7]; for (_si gyg = 0; gyg <= 31; gyg += 1) { mli = ((((((((fgux) >> (2))) | (((fgux) << (30))))) ^ (((((fgux) >> (13))) | (((fgux) << (19))))))) ^ (((((fgux) >> (22))) | (((fgux) << (10)))))); quw = ((((((fgux) & (yuft))) ^ (((fgux) & (dmgc))))) ^ (((yuft) & (dmgc)))); gsse = mli + quw; werw = ((((((((pvu) >> (6))) | (((pvu) << (26))))) ^ (((((pvu) >> (11))) | (((pvu) << (21))))))) ^ (((((pvu) >> (25))) | (((pvu) << (7)))))); moil = ((((pvu) & (jwg))) ^ (((~pvu) & (mfps)))); iint = kgsy + moil + wyvi[gyg] + *(((_ui *)(_m + 246160) + gyg)) + werw; kgsy = mfps; mfps = jwg; jwg = pvu; pvu = iint + zxk; zxk = dmgc; dmgc = yuft; yuft = fgux; fgux = gsse + iint; _m[65161] += 1; } rnae[0] += fgux; rnae[1] += yuft; rnae[2] += dmgc; rnae[3] += zxk; rnae[4] += pvu; rnae[5] += jwg; rnae[6] += mfps; rnae[7] += kgsy; } void ehzg(_uli *tcfj) { _si hspt; { hspt = 0; _uli dmsq = 19; for (_si iggu = 12; iggu >= 0; iggu -= 1) { if (tcfj[iggu] != 0) { hspt = ((((tcfj[iggu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hspt) { { for (_si ppxn = 0; ppxn <= 12; ppxn += 1) { tcfj[ppxn] = -tcfj[ppxn]; } } } for (_si mktf = 0; mktf <= 11; mktf += 1) { if (((((tcfj[mktf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tcfj[1 + mktf] -= 1; } else { tcfj[1 + mktf] += ((tcfj[mktf]) >> (47)); }; tcfj[mktf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tcfj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hspt) { { for (_si ozwd = 0; ozwd <= 12; ozwd += 1) { tcfj[ozwd] = -tcfj[ozwd]; } } } } void jlhh(_uli *pgot, _uli *gptc, _uli *oiop) { for (_si tewz = 0; tewz <= 12; tewz += 1) { pgot[tewz] = gptc[tewz] - oiop[tewz]; } { _si zoyj = xvhz(pgot); if (zoyj) { { for (_si ogq = 0; ogq <= 12; ogq += 1) { pgot[ogq] = -pgot[ogq]; } } } for (_si rexp = 0; rexp <= 11; rexp += 1) { if (((((pgot[rexp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pgot[1 + rexp] -= 1; } else { pgot[1 + rexp] += ((pgot[rexp]) >> (47)); }; pgot[rexp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pgot[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zoyj) { { for (_si mhfs = 0; mhfs <= 12; mhfs += 1) { pgot[mhfs] = -pgot[mhfs]; } } } } } void dlaa(_uli *iyme, _uli *igra) { if (iyme != igra) { for (_si gbow = 0; gbow <= 12; gbow += 1) { iyme[gbow] = igra[gbow]; } } } void mslu(_uli *rcct) { for (_si fsoq = 0; fsoq <= 43; fsoq += 1) { rcct[1 + fsoq] += ((rcct[fsoq]) >> (47)); rcct[fsoq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rcct[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void mfdv(_si fwqr, _uli *xmqy, _uli *ewcz, _uli *pfxt, _uli *aeuk, _uli *ysha) { { _uli *nxec = ieys(); _uli *bysr = uexn(); _uli *cqmt = tewx(); _uli *numm = lpmr(); for (_si kevm = 0; kevm <= 12; kevm += 1) { nxec[kevm] = ((aeuk[kevm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bysr[kevm] = ((aeuk[kevm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cqmt[kevm] = ((ysha[kevm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); numm[kevm] = ((ysha[kevm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si awub = 0; awub <= 12; awub += 1) { pfxt[awub] = 0; } } for (_si xhlh = 0; xhlh <= (-1 + (((13) >> (1)))); xhlh += 1) { for (_si trvg = 0; trvg <= (-1 + (((13) >> (1)))); trvg += 1) { _uli jmod = bysr[xhlh] * cqmt[trvg] + numm[trvg] * nxec[xhlh]; _uli nqwy = cqmt[trvg] * nxec[xhlh]; _uli ykbe = bysr[xhlh] * numm[trvg]; _uli xzma = ((pfxt[trvg + xhlh]) + (nqwy) + (((((jmod) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xzma < nqwy) { ykbe += 1; } _uli xect = ((((jmod) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ykbe) << ((-47 + (((sizeof(_uli)) << (3)))))))); pfxt[trvg + xhlh] = xzma; pfxt[1 + trvg + xhlh] += xect; } poy(pfxt); } ajzm(nxec); { _uc *ehqf = (_uc *)(bysr); for (_si smbf = 0; smbf <= 360; smbf += 1) { ehqf[smbf] = (_uc)(1 + ehqf[smbf]) * (_uc)(255 + ehqf[1 + smbf]); } ehqf[361] = 0; } zrb(cqmt); sikb(numm); } zoeh(fwqr, xmqy, ewcz, pfxt, pfxt); } void gebv(_uli *yvzj) { _uc *sjoy = (_uc *)(yvzj); for (_si pcpm = 0; pcpm <= 360; pcpm += 1) { sjoy[pcpm] = (_uc)(1 + sjoy[pcpm]) * (_uc)(255 + sjoy[1 + pcpm]); } sjoy[361] = 0; } void vafm(_uli *wixe, _uli *qadm) { for (_si qwlz = 0; qwlz <= 12; qwlz += 1) { wixe[qwlz] = -qadm[qwlz]; } } void wtfe(_uli *rosa, _uli *aoof) { if (rosa != aoof) { for (_si dhje = 0; dhje <= 12; dhje += 1) { rosa[dhje] = aoof[dhje]; } } } _uli *cevs() { ; _uli *hbbt; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; hbbt = (_uli *)(_m + 362 * _s); break; } _s += 1; } return hbbt; } _uc *pjj() { ; _uc *uz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; uz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return uz; } void hizd(_uli *xmns, _uli *ogsw, _uli *ydoy) { for (_si yhoh = 0; yhoh <= 12; yhoh += 1) { xmns[yhoh] = ogsw[yhoh] - ydoy[yhoh]; } { _si tlyg; { tlyg = 0; _uli berr = 19; for (_si nbyh = 12; nbyh >= 0; nbyh -= 1) { if (xmns[nbyh] != 0) { tlyg = ((((xmns[nbyh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tlyg) { ydsw(xmns, xmns); } for (_si appp = 0; appp <= 11; appp += 1) { if (((((xmns[appp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xmns[1 + appp] -= 1; } else { xmns[1 + appp] += ((xmns[appp]) >> (47)); }; xmns[appp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xmns[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tlyg) { { for (_si xqsb = 0; xqsb <= 12; xqsb += 1) { xmns[xqsb] = -xmns[xqsb]; } } } } } void twmm(_uli *ahrx, _uli *yrel, _uli *wnew) { for (_si zmlq = 0; zmlq <= 12; zmlq += 1) { ahrx[zmlq] = -wnew[zmlq] + yrel[zmlq]; } zadf(ahrx); } _si myuc(_uli *rwjm) { _si hcto = -1; for (_si idmi = 12; idmi >= 0; idmi -= 1) { if (rwjm[idmi] != 0) { hcto = idmi; break; } } return hcto; } void jcru(_uli *swle) { for (_si sqhy = 0; sqhy <= 44; sqhy += 1) { swle[sqhy] = 0; } } void pzky(_uli *fnqz, _uli *pakj) { if (fnqz != pakj) { for (_si ihzz = 0; ihzz <= 12; ihzz += 1) { fnqz[ihzz] = pakj[ihzz]; } } } void xbij(_uli *rpih, _si wtha) { _si rhhm = (wtha % 47); _si dsy = ((wtha) / (47)); _si rdao = -rhhm + (((sizeof(_uli)) << (3))); if (dsy >= 13) { { for (_si tbz = 0; tbz <= 12; tbz += 1) { rpih[tbz] = 0; } } } else { for (_si xbz = 12 - dsy; xbz >= 1; xbz -= 1) { rpih[dsy + xbz] = ((rpih[xbz]) << (rhhm)); if (rdao < (8 * sizeof(_uli))) { rpih[dsy + xbz] += ((((rpih[-1 + xbz]) >> (rdao))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } rpih[dsy] = ((rpih[0]) << (rhhm)); for (_si lsm = -1 + dsy; lsm >= 0; lsm -= 1) { rpih[lsm] = 0; } }; qevo(rpih); } _si uzno(_uli *sofq) { _si ppcm = 0; _uli uriv = 19; for (_si jgda = 12; jgda >= 0; jgda -= 1) { if (sofq[jgda] != 0) { ppcm = ((((sofq[jgda]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ppcm; } void ebfr(_uli *gkbi, _uli *lzwl, _uli *bwut) { for (_si aaqe = 0; aaqe <= 12; aaqe += 1) { gkbi[aaqe] = -bwut[aaqe] + lzwl[aaqe]; } oeqk(gkbi); } void rflu(_uli *ebhi, _uli *przf) { _uli *kbhc = xmqq(); _uli *rbpj = uich(); for (_si obeb = 0; obeb <= 12; obeb += 1) { kbhc[obeb] = ((przf[obeb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rbpj[obeb] = ((przf[obeb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jolw = 0; jolw <= 12; jolw += 1) { ebhi[jolw] = 0; } } for (_si flxt = 0; flxt <= (-1 + (((13) >> (1)))); flxt += 1) { for (_si bfwz = 0; bfwz <= (-1 + (((13) >> (1)))); bfwz += 1) { _uli wcuk = kbhc[flxt] * rbpj[bfwz] + kbhc[bfwz] * rbpj[flxt]; _uli tmpx = kbhc[flxt] * kbhc[bfwz]; _uli xxgt = rbpj[flxt] * rbpj[bfwz]; _uli cvzh = ((ebhi[bfwz + flxt]) + (tmpx) + (((((wcuk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (cvzh < tmpx) { xxgt += 1; } _uli djeu = ((((wcuk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xxgt) << ((-47 + (((sizeof(_uli)) << (3)))))))); ebhi[bfwz + flxt] = cvzh; ebhi[1 + bfwz + flxt] += djeu; } { for (_si yomj = 0; yomj <= 11; yomj += 1) { ebhi[1 + yomj] += ((ebhi[yomj]) >> (47)); ebhi[yomj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ebhi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *gqzj = (_uc *)(kbhc); for (_si fhum = 0; fhum <= 360; fhum += 1) { gqzj[fhum] = (_uc)(1 + gqzj[fhum]) * (_uc)(255 + gqzj[1 + fhum]); } gqzj[361] = 0; } awdg(rbpj); } void jfcz(_uli *zsbc, _si fsji) { _si huzh = (fsji % 47); _si uixu = ((fsji) / (47)); _si cvyx = fsji; if (cvyx > (8 * sizeof(_uli))) { cvyx = -1; } if (uixu >= 13) { { for (_si ltqg = 0; ltqg <= 12; ltqg += 1) { zsbc[ltqg] = 0; } } } else { _uli injp = (((((_uli)(1)) << (huzh))) - ((_uli)(1))); if (cvyx < 0) { zsbc[0] = 0; } else { zsbc[0] = ((((zsbc[0]) & (~injp))) >> (cvyx)); }; if (uixu != 0) { zsbc[0] += ((((zsbc[uixu]) & (~injp))) >> (huzh)); } for (_si krex = 1; krex <= (12 - uixu); krex += 1) { zsbc[-1 + krex] += ((((((zsbc[krex + uixu]) & (injp))) << (-huzh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zsbc[krex] = ((((zsbc[krex + uixu]) & (~injp))) >> (huzh)); } for (_si njfk = 13 - uixu; njfk <= 12; njfk += 1) { zsbc[njfk] = 0; } }; } void pjkt(_uc *lnk) { _uc *tll = (_uc *)(lnk + 0); _ui *oyht = (_ui *)(lnk + 64); _uli *ccmu = (_uli *)(lnk + 352); _uli cunh = 8 * ccmu[0]; _uc twnm[1]; twnm[0] = 128; { _uc *fytt = (_uc *)(lnk + 0); _uli *znmw = (_uli *)(lnk + 352); _si awep = (_si)(((znmw[0]) & (63))); znmw[0] += 1; for (_si frqu = 0; frqu <= 0; frqu += 1) { fytt[awep] = twnm[frqu]; awep += 1; if (awep == 64) { { _uc *eqcw = (_uc *)(lnk + 0); _ui *vjmk = (_ui *)(lnk + 64); _ui *claf = (_ui *)(lnk + 96); _si ravs = 0; _ui nnee = 0; _ui cirv = 0; _ui sbse = 0; _ui mpuw = 0; _ui sjda = 0; _ui ovki = 0; for (_si zcys = 0; zcys <= 15; zcys += 1) { claf[zcys] = (((((((((_ui)(eqcw[ravs])) << (24))) | ((((_ui)(eqcw[1 + ravs])) << (16))))) | ((((_ui)(eqcw[2 + ravs])) << (8))))) | ((_ui)(eqcw[3 + ravs]))); ravs += 4; } for (_si xdfj = 16; xdfj <= 31; xdfj += 1) { nnee = ((((((((claf[-15 + xdfj]) >> (7))) | (((claf[-15 + xdfj]) << (25))))) ^ (((((claf[-15 + xdfj]) >> (18))) | (((claf[-15 + xdfj]) << (14))))))) ^ (((claf[-15 + xdfj]) >> (3)))); mpuw = ((((((((claf[-2 + xdfj]) >> (17))) | (((claf[-2 + xdfj]) << (15))))) ^ (((((claf[-2 + xdfj]) >> (19))) | (((claf[-2 + xdfj]) << (13))))))) ^ (((claf[-2 + xdfj]) >> (10)))); claf[xdfj] = claf[-7 + xdfj] + claf[-16 + xdfj] + mpuw + nnee; _m[65160] += 1; } _ui obbb = vjmk[0]; _ui lswx = vjmk[1]; _ui ivml = vjmk[2]; _ui okkl = vjmk[3]; _ui wgv = vjmk[4]; _ui dsos = vjmk[5]; _ui ygre = vjmk[6]; _ui icid = vjmk[7]; for (_si okmq = 0; okmq <= 31; okmq += 1) { nnee = ((((((((obbb) >> (2))) | (((obbb) << (30))))) ^ (((((obbb) >> (13))) | (((obbb) << (19))))))) ^ (((((obbb) >> (22))) | (((obbb) << (10)))))); cirv = ((((((obbb) & (lswx))) ^ (((obbb) & (ivml))))) ^ (((lswx) & (ivml)))); sbse = cirv + nnee; mpuw = ((((((((wgv) >> (6))) | (((wgv) << (26))))) ^ (((((wgv) >> (11))) | (((wgv) << (21))))))) ^ (((((wgv) >> (25))) | (((wgv) << (7)))))); sjda = ((((wgv) & (dsos))) ^ (((~wgv) & (ygre)))); ovki = sjda + claf[okmq] + mpuw + *(((_ui *)(_m + 246160) + okmq)) + icid; icid = ygre; ygre = dsos; dsos = wgv; wgv = okkl + ovki; okkl = ivml; ivml = lswx; lswx = obbb; obbb = ovki + sbse; _m[65161] += 1; } vjmk[0] += obbb; vjmk[1] += lswx; vjmk[2] += ivml; vjmk[3] += okkl; vjmk[4] += wgv; vjmk[5] += dsos; vjmk[6] += ygre; vjmk[7] += icid; } awep = 0; } } } while (((((ccmu[0]) & (63))) != (56))) { twnm[0] = 0; ixgi(lnk, twnm, 1); } for (_si repi = 0; repi <= 7; repi += 1) { twnm[0] = (_uc)(((((cunh) >> (8 * (7 - repi)))) & (255))); faf(lnk, twnm, 1); } _si nmnh = 0; for (_si zjtf = 0; zjtf <= 7; zjtf += 1) { _ui ymer = oyht[zjtf]; tll[nmnh] = (_uc)(((((ymer) >> (24))) & (255))); tll[1 + nmnh] = (_uc)(((((ymer) >> (16))) & (255))); tll[2 + nmnh] = (_uc)(((((ymer) >> (8))) & (255))); tll[3 + nmnh] = (_uc)(((ymer) & (255))); nmnh += 4; } } void rhef(_uc *bilo, _uc *lope, _si fsyk) { _ui *ajxd = (_ui *)(bilo + 0); _ui *xsuf = (_ui *)(bilo + 128); _uc *terx = (_uc *)(ajxd); for (_si sicl = 0; sicl <= (-1 + fsyk); sicl += 1) { if (xsuf[0] >= 64) { xvok(bilo); xsuf[0] = 0; } lope[sicl] ^= terx[xsuf[0]]; xsuf[0] += 1; } } void gstv(_uli *uelq, _uli *nrcu) { if (uelq != nrcu) { for (_si lqmo = 0; lqmo <= 12; lqmo += 1) { uelq[lqmo] = nrcu[lqmo]; } } } void bfp(_uli *tbe, _uli *wfgb, _uli *rzi) { _uli *evnv = rbgz(); kfud(evnv, tbe, wfgb, rzi); { _uc *egid = (_uc *)(evnv); for (_si xqsc = 0; xqsc <= 360; xqsc += 1) { egid[xqsc] = (_uc)(1 + egid[xqsc]) * (_uc)(255 + egid[1 + xqsc]); } egid[361] = 0; } } void dqfu(_uli *ueph, _si igqz) { _si crz = (igqz % 47); _si dnay = ((igqz) / (47)); _si ywrz = igqz; if (ywrz > (8 * sizeof(_uli))) { ywrz = -1; } if (dnay >= 13) { { for (_si ijnl = 0; ijnl <= 12; ijnl += 1) { ueph[ijnl] = 0; } } } else { _uli ezvo = (((((_uli)(1)) << (crz))) - ((_uli)(1))); if (ywrz < 0) { ueph[0] = 0; } else { ueph[0] = ((((ueph[0]) & (~ezvo))) >> (ywrz)); }; if (dnay != 0) { ueph[0] += ((((ueph[dnay]) & (~ezvo))) >> (crz)); } for (_si omjp = 1; omjp <= (12 - dnay); omjp += 1) { ueph[-1 + omjp] += ((((((ueph[dnay + omjp]) & (ezvo))) << (-crz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ueph[omjp] = ((((ueph[dnay + omjp]) & (~ezvo))) >> (crz)); } for (_si utj = 13 - dnay; utj <= 12; utj += 1) { ueph[utj] = 0; } }; } void igru(_uli *ppes) { _uc *lxqv = gfgx(); _uc *mzdz = ((_uc *)(_m + 246884) + 0); _uc *okhe = (_uc *)(ppes); for (_si tros = 0; tros <= 359; tros += 1) { okhe[tros] = *(((_uc *)(_m + 226612) + tros)); } { qzby(lxqv, mzdz, 0); { _ui *vgc = (_ui *)(lxqv + 0); _ui *pqgx = (_ui *)(lxqv + 128); _uc *ttrp = (_uc *)(vgc); for (_si nwhr = 0; nwhr <= 359; nwhr += 1) { if (pqgx[0] >= 64) { vjnb(lxqv); pqgx[0] = 0; } okhe[nwhr] ^= ttrp[pqgx[0]]; pqgx[0] += 1; } } } } _uli *bbs() { ; _uli *zvmt; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; zvmt = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zvmt; } void cqlb(_uli *hnef, _uli *rrxk, _uli *hbhw) { for (_si gxeb = 0; gxeb <= 12; gxeb += 1) { hnef[gxeb] = -hbhw[gxeb] + rrxk[gxeb]; } nmsn(hnef); } void cqhk(_ui *yyee, _si xhkl, _si fsfs, _si ftky, _si mgkj) { yyee[xhkl] += yyee[fsfs]; yyee[mgkj] ^= yyee[xhkl]; yyee[mgkj] = ((((yyee[mgkj]) << (16))) | (((yyee[mgkj]) >> (16)))); yyee[ftky] += yyee[mgkj]; yyee[fsfs] ^= yyee[ftky]; yyee[fsfs] = ((((yyee[fsfs]) << (12))) | (((yyee[fsfs]) >> (20)))); yyee[xhkl] += yyee[fsfs]; yyee[mgkj] ^= yyee[xhkl]; yyee[mgkj] = ((((yyee[mgkj]) << (8))) | (((yyee[mgkj]) >> (24)))); yyee[ftky] += yyee[mgkj]; yyee[fsfs] ^= yyee[ftky]; yyee[fsfs] = ((((yyee[fsfs]) << (7))) | (((yyee[fsfs]) >> (25)))); } void alkp(_si kvtj, _uli *maxt, _uli *kkzj, _uli *odnx, _uli *uotp) { _uli *spm = kyec(); tgg(spm, uotp); { if (odnx != uotp) { for (_si nwl = 0; nwl <= 44; nwl += 1) { odnx[nwl] = uotp[nwl]; } } } { odnx[(((kvtj) / (47)))] &= ((((((_uli)(1)) << ((kvtj % 47)))) - ((_uli)(1)))); for (_si mbvg = 1 + (((kvtj) / (47))); mbvg <= 44; mbvg += 1) { odnx[mbvg] = 0; } } { _uli *zpxa = beoj(); _uli *xpd = kzki(); _uli *hjl = bnt(); _uli *yqfl = nyhy(); for (_si znx = 0; znx <= 44; znx += 1) { zpxa[znx] = ((odnx[znx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xpd[znx] = ((odnx[znx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hjl[znx] = ((kkzj[znx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yqfl[znx] = ((kkzj[znx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ggv = 0; ggv <= 44; ggv += 1) { odnx[ggv] = 0; } } for (_si gdaz = 0; gdaz <= (-1 + (((45) >> (1)))); gdaz += 1) { for (_si nbs = 0; nbs <= (-1 + (((45) >> (1)))); nbs += 1) { _uli mkmq = hjl[nbs] * xpd[gdaz] + yqfl[nbs] * zpxa[gdaz]; _uli kao = hjl[nbs] * zpxa[gdaz]; _uli cnr = xpd[gdaz] * yqfl[nbs]; _uli zhg = ((odnx[gdaz + nbs]) + (kao) + (((((mkmq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zhg < kao) { cnr += 1; } _uli yxey = ((((mkmq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cnr) << ((-47 + (((sizeof(_uli)) << (3)))))))); odnx[gdaz + nbs] = zhg; odnx[1 + gdaz + nbs] += yxey; } { for (_si zyd = 0; zyd <= 43; zyd += 1) { odnx[1 + zyd] += ((odnx[zyd]) >> (47)); odnx[zyd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } odnx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *uauq = (_uc *)(zpxa); for (_si arhw = 0; arhw <= 360; arhw += 1) { uauq[arhw] = (_uc)(1 + uauq[arhw]) * (_uc)(255 + uauq[1 + arhw]); } uauq[361] = 0; } { _uc *kqs = (_uc *)(xpd); for (_si dupu = 0; dupu <= 360; dupu += 1) { kqs[dupu] = (_uc)(255 + kqs[1 + dupu]) * (_uc)(1 + kqs[dupu]); } kqs[361] = 0; } coxl(hjl); ztfb(yqfl); } { odnx[(((kvtj) / (47)))] &= ((((((_uli)(1)) << ((kvtj % 47)))) - ((_uli)(1)))); for (_si psde = 1 + (((kvtj) / (47))); psde <= 44; psde += 1) { odnx[psde] = 0; } } { _uli *mffb = uvz(); _uli *xyfe = codr(); _uli *jzy = mmlk(); _uli *mjeh = rhfd(); for (_si zcyc = 0; zcyc <= 44; zcyc += 1) { mffb[zcyc] = ((odnx[zcyc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xyfe[zcyc] = ((odnx[zcyc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jzy[zcyc] = ((maxt[zcyc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mjeh[zcyc] = ((maxt[zcyc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } krag(odnx); for (_si ewei = 0; ewei <= (-1 + (((45) >> (1)))); ewei += 1) { for (_si aww = 0; aww <= (-1 + (((45) >> (1)))); aww += 1) { _uli hjf = jzy[aww] * xyfe[ewei] + mffb[ewei] * mjeh[aww]; _uli etco = jzy[aww] * mffb[ewei]; _uli qlwt = mjeh[aww] * xyfe[ewei]; _uli fod = ((odnx[aww + ewei]) + (etco) + (((((hjf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fod < etco) { qlwt += 1; } _uli rqix = ((((hjf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qlwt) << ((-47 + (((sizeof(_uli)) << (3)))))))); odnx[aww + ewei] = fod; odnx[1 + aww + ewei] += rqix; } { for (_si opwf = 0; opwf <= 43; opwf += 1) { odnx[1 + opwf] += ((odnx[opwf]) >> (47)); odnx[opwf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } odnx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } bcmb(mffb); { _uc *xifd = (_uc *)(xyfe); for (_si bqds = 0; bqds <= 360; bqds += 1) { xifd[bqds] = (_uc)(1 + xifd[bqds]) * (_uc)(255 + xifd[1 + bqds]); } xifd[361] = 0; } { _uc *notm = (_uc *)(jzy); for (_si nntg = 0; nntg <= 360; nntg += 1) { notm[nntg] = (_uc)(1 + notm[nntg]) * (_uc)(255 + notm[1 + nntg]); } notm[361] = 0; } { _uc *kjaq = (_uc *)(mjeh); for (_si qfpx = 0; qfpx <= 360; qfpx += 1) { kjaq[qfpx] = (_uc)(1 + kjaq[qfpx]) * (_uc)(255 + kjaq[1 + qfpx]); } kjaq[361] = 0; } } { for (_si nex = 0; nex <= 44; nex += 1) { odnx[nex] = odnx[nex] + spm[nex]; } { _si yum = bau(odnx); if (yum) { { for (_si dpl = 0; dpl <= 44; dpl += 1) { odnx[dpl] = -odnx[dpl]; } } } for (_si bdm = 0; bdm <= 43; bdm += 1) { if (((((odnx[bdm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { odnx[1 + bdm] -= 1; } else { odnx[1 + bdm] += ((odnx[bdm]) >> (47)); }; odnx[bdm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } odnx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yum) { { for (_si pffo = 0; pffo <= 44; pffo += 1) { odnx[pffo] = -odnx[pffo]; } } } } } { _si khrd = (kvtj % 47); _si uapl = ((kvtj) / (47)); _si jjer = kvtj; if (jjer > (8 * sizeof(_uli))) { jjer = -1; } if (uapl >= 45) { tud(odnx); } else { _uli kyp = (((((_uli)(1)) << (khrd))) - ((_uli)(1))); if (jjer < 0) { odnx[0] = 0; } else { odnx[0] = ((((odnx[0]) & (~kyp))) >> (jjer)); }; if (uapl != 0) { odnx[0] += ((((odnx[uapl]) & (~kyp))) >> (khrd)); } for (_si xhbr = 1; xhbr <= (44 - uapl); xhbr += 1) { odnx[-1 + xhbr] += ((((((odnx[uapl + xhbr]) & (kyp))) << (-khrd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); odnx[xhbr] = ((((odnx[uapl + xhbr]) & (~kyp))) >> (khrd)); } for (_si scjn = 45 - uapl; scjn <= 44; scjn += 1) { odnx[scjn] = 0; } }; } ztp(spm, odnx, maxt); _si erna = oes(spm); if (!erna) { { if (odnx != spm) { for (_si ccuw = 0; ccuw <= 44; ccuw += 1) { odnx[ccuw] = spm[ccuw]; } } } } { _uc *tdyf = (_uc *)(spm); for (_si exsh = 0; exsh <= 360; exsh += 1) { tdyf[exsh] = (_uc)(1 + tdyf[exsh]) * (_uc)(255 + tdyf[1 + exsh]); } tdyf[361] = 0; } } void vnme(_uli *htna, _uli *xxeu, _uli *nbcf) { _uli *qrwr = ctgm(); _uli *jchu = yzej(); clpb(qrwr, xxeu, jchu, nbcf, htna); while (1) { _si lllp = ynoj(xxeu); if (lllp) { break; } tosy(xxeu, xxeu, htna); } while (1) { _si rvrm = oqxd(xxeu); if (!rvrm) { break; } { for (_si dyfh = 0; dyfh <= 12; dyfh += 1) { xxeu[dyfh] = htna[dyfh] + xxeu[dyfh]; } ckne(xxeu); } } ekne(qrwr); { _uc *lvib = (_uc *)(jchu); for (_si xgxp = 0; xgxp <= 360; xgxp += 1) { lvib[xgxp] = (_uc)(1 + lvib[xgxp]) * (_uc)(255 + lvib[1 + xgxp]); } lvib[361] = 0; } } _uc *tajz() { ; _uc *fqnf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; fqnf = (_uc *)(_m + 362 * _s); break; } _s += 1; } return fqnf; } void vjam(_uli *ovsh) { for (_si ixbw = 0; ixbw <= 12; ixbw += 1) { ovsh[ixbw] = 0; } } void hoa(_uc *quvl, _uc *ieee) { _ui *oevx = (_ui *)(quvl + 64); for (_si rpb = 0; rpb <= 7; rpb += 1) { oevx[4 + rpb] = (((_ui)((ieee + 4 * rpb)[0])) + ((((_ui)((ieee + 4 * rpb)[1])) << (8))) + ((((_ui)((ieee + 4 * rpb)[2])) << (16))) + ((((_ui)((ieee + 4 * rpb)[3])) << (24)))); } } void gyf(_uli *hjgz) { _si fkge = icr(hjgz); if (fkge) { edgn(hjgz, hjgz); } for (_si pmgl = 0; pmgl <= 11; pmgl += 1) { if (((((hjgz[pmgl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hjgz[1 + pmgl] -= 1; } else { hjgz[1 + pmgl] += ((hjgz[pmgl]) >> (47)); }; hjgz[pmgl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hjgz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fkge) { ocb(hjgz, hjgz); } } void vaja(_uli *dwba) { _uc *rnkh = (_uc *)(dwba); for (_si xlxc = 0; xlxc <= 360; xlxc += 1) { rnkh[xlxc] = (_uc)(1 + rnkh[xlxc]) * (_uc)(255 + rnkh[1 + xlxc]); } rnkh[361] = 0; } void btxv(_uli *sesg) { for (_si bvsf = 0; bvsf <= 11; bvsf += 1) { sesg[1 + bvsf] += ((sesg[bvsf]) >> (47)); sesg[bvsf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sesg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void atax(_uli *qxog) { _uc *lgom = (_uc *)(qxog); for (_si fnoh = 0; fnoh <= 360; fnoh += 1) { lgom[fnoh] = (_uc)(1 + lgom[fnoh]) * (_uc)(255 + lgom[1 + fnoh]); } lgom[361] = 0; } _uli *ygbj() { ; _uli *niew; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; niew = (_uli *)(_m + 362 * _s); break; } _s += 1; } return niew; } void obpb(_uli *mqvv, _uli *alrl) { for (_si idxf = 0; idxf <= 12; idxf += 1) { mqvv[idxf] = -alrl[idxf]; } } _si sdjm(_uli *ylkt, _uli *pxqr) { _si krol = 0; for (_si izem = 12; izem >= 0; izem -= 1) { if (ylkt[izem] > pxqr[izem]) { break; } else if (ylkt[izem] < pxqr[izem]) { krol = 1; break; }; } return krol; } void ghgk(_uli *achj) { _uc *buxt = (_uc *)(achj); for (_si spyw = 0; spyw <= 360; spyw += 1) { buxt[spyw] = (_uc)(1 + buxt[spyw]) * (_uc)(255 + buxt[1 + spyw]); } buxt[361] = 0; } void okaj(_uc *clul, _uc *mjhu, _uc *elcn, _si ukxa) { xac(clul, mjhu, 0); yavi(clul, elcn, ukxa); } void enrc(_uli *wfyq) { for (_si ntgl = 0; ntgl <= 11; ntgl += 1) { wfyq[1 + ntgl] += ((wfyq[ntgl]) >> (47)); wfyq[ntgl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wfyq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void xdsd(_uli *zntr, _si rojn) { _si tfec = (rojn % 47); _si zwlf = ((rojn) / (47)); _si ayqw = -tfec + (((sizeof(_uli)) << (3))); if (zwlf >= 13) { { for (_si yqks = 0; yqks <= 12; yqks += 1) { zntr[yqks] = 0; } } } else { for (_si hkae = 12 - zwlf; hkae >= 1; hkae -= 1) { zntr[hkae + zwlf] = ((zntr[hkae]) << (tfec)); if (ayqw < (8 * sizeof(_uli))) { zntr[hkae + zwlf] += ((((zntr[-1 + hkae]) >> (ayqw))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } zntr[zwlf] = ((zntr[0]) << (tfec)); for (_si lovl = -1 + zwlf; lovl >= 0; lovl -= 1) { zntr[lovl] = 0; } }; qqee(zntr); } _si wsgg(_uli *lkld) { _si xoys = 0; _uli gvfn = 19; for (_si avjf = 12; avjf >= 0; avjf -= 1) { if (lkld[avjf] != 0) { xoys = ((((lkld[avjf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return xoys; } void trh(_uli *ctsv) { _si rbbz = tcqo(ctsv); if (rbbz) { { for (_si emoy = 0; emoy <= 44; emoy += 1) { ctsv[emoy] = -ctsv[emoy]; } } } for (_si tzmt = 0; tzmt <= 43; tzmt += 1) { if (((((ctsv[tzmt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ctsv[1 + tzmt] -= 1; } else { ctsv[1 + tzmt] += ((ctsv[tzmt]) >> (47)); }; ctsv[tzmt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ctsv[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rbbz) { gvk(ctsv, ctsv); } } void adm(_uli *cehq, _si knls) { _si pvau = (knls % 47); _si dhsj = ((knls) / (47)); _si xril = -pvau + (((sizeof(_uli)) << (3))); if (dhsj >= 13) { { for (_si wbbb = 0; wbbb <= 12; wbbb += 1) { cehq[wbbb] = 0; } } } else { for (_si povy = 12 - dhsj; povy >= 1; povy -= 1) { cehq[dhsj + povy] = ((cehq[povy]) << (pvau)); if (xril < (8 * sizeof(_uli))) { cehq[dhsj + povy] += ((((cehq[-1 + povy]) >> (xril))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } cehq[dhsj] = ((cehq[0]) << (pvau)); for (_si fxxz = -1 + dhsj; fxxz >= 0; fxxz -= 1) { cehq[fxxz] = 0; } }; dflv(cehq); } void obpk(_uc *caf, _uc *mymj) { _ui *fodc = (_ui *)(caf + 64); for (_si nzbs = 0; nzbs <= 7; nzbs += 1) { fodc[4 + nzbs] = (((_ui)((mymj + 4 * nzbs)[0])) + ((((_ui)((mymj + 4 * nzbs)[1])) << (8))) + ((((_ui)((mymj + 4 * nzbs)[2])) << (16))) + ((((_ui)((mymj + 4 * nzbs)[3])) << (24)))); } } void udxz(_uli *pqpw) { for (_si nzhd = 0; nzhd <= 43; nzhd += 1) { pqpw[1 + nzhd] += ((pqpw[nzhd]) >> (47)); pqpw[nzhd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pqpw[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si pfh(_uli *nop) { _si ytne = 0; _uli niwr = 19; for (_si hflg = 44; hflg >= 0; hflg -= 1) { if (nop[hflg] != 0) { ytne = ((((nop[hflg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ytne; } _uli *fons() { ; _uli *bsu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; bsu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return bsu; } void yrit(_uc *sxca, _uc *hsec, _uc *cgkh, _si xlcn) { edfp(sxca, hsec, 0); { _ui *ajok = (_ui *)(sxca + 0); _ui *ybqm = (_ui *)(sxca + 128); _uc *kyko = (_uc *)(ajok); for (_si edju = 0; edju <= (-1 + xlcn); edju += 1) { if (ybqm[0] >= 64) { { _ui *scyy = (_ui *)(sxca + 0); _ui *fvub = (_ui *)(sxca + 64); for (_si gdex = 0; gdex <= 15; gdex += 1) { scyy[gdex] = fvub[gdex]; } for (_si iaxi = 0; iaxi <= 9; iaxi += 1) { ufli(scyy, 0, 4, 8, 12); { scyy[1] += scyy[5]; scyy[13] ^= scyy[1]; scyy[13] = ((((scyy[13]) << (16))) | (((scyy[13]) >> (16)))); scyy[9] += scyy[13]; scyy[5] ^= scyy[9]; scyy[5] = ((((scyy[5]) << (12))) | (((scyy[5]) >> (20)))); scyy[1] += scyy[5]; scyy[13] ^= scyy[1]; scyy[13] = ((((scyy[13]) << (8))) | (((scyy[13]) >> (24)))); scyy[9] += scyy[13]; scyy[5] ^= scyy[9]; scyy[5] = ((((scyy[5]) << (7))) | (((scyy[5]) >> (25)))); } fcxt(scyy, 2, 6, 10, 14); gfqo(scyy, 3, 7, 11, 15); { scyy[0] += scyy[5]; scyy[15] ^= scyy[0]; scyy[15] = ((((scyy[15]) << (16))) | (((scyy[15]) >> (16)))); scyy[10] += scyy[15]; scyy[5] ^= scyy[10]; scyy[5] = ((((scyy[5]) << (12))) | (((scyy[5]) >> (20)))); scyy[0] += scyy[5]; scyy[15] ^= scyy[0]; scyy[15] = ((((scyy[15]) << (8))) | (((scyy[15]) >> (24)))); scyy[10] += scyy[15]; scyy[5] ^= scyy[10]; scyy[5] = ((((scyy[5]) << (7))) | (((scyy[5]) >> (25)))); } { scyy[1] += scyy[6]; scyy[12] ^= scyy[1]; scyy[12] = ((((scyy[12]) << (16))) | (((scyy[12]) >> (16)))); scyy[11] += scyy[12]; scyy[6] ^= scyy[11]; scyy[6] = ((((scyy[6]) << (12))) | (((scyy[6]) >> (20)))); scyy[1] += scyy[6]; scyy[12] ^= scyy[1]; scyy[12] = ((((scyy[12]) << (8))) | (((scyy[12]) >> (24)))); scyy[11] += scyy[12]; scyy[6] ^= scyy[11]; scyy[6] = ((((scyy[6]) << (7))) | (((scyy[6]) >> (25)))); } { scyy[2] += scyy[7]; scyy[13] ^= scyy[2]; scyy[13] = ((((scyy[13]) << (16))) | (((scyy[13]) >> (16)))); scyy[8] += scyy[13]; scyy[7] ^= scyy[8]; scyy[7] = ((((scyy[7]) << (12))) | (((scyy[7]) >> (20)))); scyy[2] += scyy[7]; scyy[13] ^= scyy[2]; scyy[13] = ((((scyy[13]) << (8))) | (((scyy[13]) >> (24)))); scyy[8] += scyy[13]; scyy[7] ^= scyy[8]; scyy[7] = ((((scyy[7]) << (7))) | (((scyy[7]) >> (25)))); } eypa(scyy, 3, 4, 9, 14); _m[65163] += 1; } for (_si dilq = 0; dilq <= 15; dilq += 1) { scyy[dilq] += fvub[dilq]; } fvub[12] += 1; if (fvub[12] == 0) { fvub[13] += 1; } } ybqm[0] = 0; } cgkh[edju] ^= kyko[ybqm[0]]; ybqm[0] += 1; } } } void apun(_si ewkv, _uli *udor, _uli *aldm, _uli *djua, _uli *xwwn) { _uli *clmb = jbfh(); { if (clmb != xwwn) { for (_si huwg = 0; huwg <= 12; huwg += 1) { clmb[huwg] = xwwn[huwg]; } } } sisk(djua, xwwn); eljq(ewkv, djua); { _uli *tbae = ddzl(); _uli *fuod = ecpg(); _uli *dfik = qvhb(); _uli *ziic = zgns(); for (_si wqlb = 0; wqlb <= 12; wqlb += 1) { tbae[wqlb] = ((djua[wqlb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fuod[wqlb] = ((djua[wqlb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dfik[wqlb] = ((aldm[wqlb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ziic[wqlb] = ((aldm[wqlb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } nhjq(djua); for (_si rpen = 0; rpen <= (-1 + (((13) >> (1)))); rpen += 1) { for (_si mzgx = 0; mzgx <= (-1 + (((13) >> (1)))); mzgx += 1) { _uli gjrv = dfik[mzgx] * fuod[rpen] + tbae[rpen] * ziic[mzgx]; _uli nbgx = dfik[mzgx] * tbae[rpen]; _uli zdmw = fuod[rpen] * ziic[mzgx]; _uli cqdj = ((djua[mzgx + rpen]) + (nbgx) + (((((gjrv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (cqdj < nbgx) { zdmw += 1; } _uli hqte = ((((gjrv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zdmw) << ((-47 + (((sizeof(_uli)) << (3)))))))); djua[mzgx + rpen] = cqdj; djua[1 + mzgx + rpen] += hqte; } rpkf(djua); } { _uc *qrih = (_uc *)(tbae); for (_si jjkg = 0; jjkg <= 360; jjkg += 1) { qrih[jjkg] = (_uc)(1 + qrih[jjkg]) * (_uc)(255 + qrih[1 + jjkg]); } qrih[361] = 0; } { _uc *uott = (_uc *)(fuod); for (_si ohgj = 0; ohgj <= 360; ohgj += 1) { uott[ohgj] = (_uc)(255 + uott[1 + ohgj]) * (_uc)(1 + uott[ohgj]); } uott[361] = 0; } { _uc *kwhx = (_uc *)(dfik); for (_si icdx = 0; icdx <= 360; icdx += 1) { kwhx[icdx] = (_uc)(1 + kwhx[icdx]) * (_uc)(255 + kwhx[1 + icdx]); } kwhx[361] = 0; } uxid(ziic); } { djua[(((ewkv) / (47)))] &= ((((((_uli)(1)) << ((ewkv % 47)))) - ((_uli)(1)))); for (_si zepu = 1 + (((ewkv) / (47))); zepu <= 12; zepu += 1) { djua[zepu] = 0; } } tsyb(djua, djua, udor); mrbj(djua, djua, clmb); { _si whyd = (ewkv % 47); _si nntj = ((ewkv) / (47)); _si hyoq = ewkv; if (hyoq > (8 * sizeof(_uli))) { hyoq = -1; } if (nntj >= 13) { { for (_si pfez = 0; pfez <= 12; pfez += 1) { djua[pfez] = 0; } } } else { _uli dhql = (((((_uli)(1)) << (whyd))) - ((_uli)(1))); if (hyoq < 0) { djua[0] = 0; } else { djua[0] = ((((djua[0]) & (~dhql))) >> (hyoq)); }; if (nntj != 0) { djua[0] += ((((djua[nntj]) & (~dhql))) >> (whyd)); } for (_si jbrb = 1; jbrb <= (12 - nntj); jbrb += 1) { djua[-1 + jbrb] += ((((((djua[jbrb + nntj]) & (dhql))) << (-whyd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); djua[jbrb] = ((((djua[jbrb + nntj]) & (~dhql))) >> (whyd)); } for (_si ydqa = 13 - nntj; ydqa <= 12; ydqa += 1) { djua[ydqa] = 0; } }; } newo(clmb, djua, udor); _si dqaa = psec(clmb); if (!dqaa) { { if (djua != clmb) { for (_si guyg = 0; guyg <= 12; guyg += 1) { djua[guyg] = clmb[guyg]; } } } } { _uc *ujqk = (_uc *)(clmb); for (_si nlpu = 0; nlpu <= 360; nlpu += 1) { ujqk[nlpu] = (_uc)(1 + ujqk[nlpu]) * (_uc)(255 + ujqk[1 + nlpu]); } ujqk[361] = 0; } } void peva(_si rvhg, _uli *jbwg, _uli *izxj, _uli *uclm) { { if (izxj != uclm) { for (_si mpqe = 0; mpqe <= 12; mpqe += 1) { izxj[mpqe] = uclm[mpqe]; } } } rmhs(izxj, rvhg); { _uli *vmab = xlgb(); lnae(vmab, izxj, izxj, jbwg); nwsu(vmab); } } void niud(_uc *hxld, _uc *herl, _si wltg) { _uc *kdzm = (_uc *)(hxld + 0); _uli *jsuk = (_uli *)(hxld + 352); _si awjr = (_si)(((jsuk[0]) & (63))); jsuk[0] += wltg; for (_si mtpq = 0; mtpq <= (-1 + wltg); mtpq += 1) { kdzm[awjr] = herl[mtpq]; awjr += 1; if (awjr == 64) { { _uc *bhvo = (_uc *)(hxld + 0); _ui *vxiz = (_ui *)(hxld + 64); _ui *qygx = (_ui *)(hxld + 96); _si djmf = 0; _ui gfyg = 0; _ui semj = 0; _ui hfah = 0; _ui coba = 0; _ui zsiq = 0; _ui vayk = 0; for (_si mtdf = 0; mtdf <= 15; mtdf += 1) { qygx[mtdf] = (((((((((_ui)(bhvo[djmf])) << (24))) | ((((_ui)(bhvo[1 + djmf])) << (16))))) | ((((_ui)(bhvo[2 + djmf])) << (8))))) | ((_ui)(bhvo[3 + djmf]))); djmf += 4; } for (_si gnou = 16; gnou <= 31; gnou += 1) { gfyg = ((((((((qygx[-15 + gnou]) >> (7))) | (((qygx[-15 + gnou]) << (25))))) ^ (((((qygx[-15 + gnou]) >> (18))) | (((qygx[-15 + gnou]) << (14))))))) ^ (((qygx[-15 + gnou]) >> (3)))); coba = ((((((((qygx[-2 + gnou]) >> (17))) | (((qygx[-2 + gnou]) << (15))))) ^ (((((qygx[-2 + gnou]) >> (19))) | (((qygx[-2 + gnou]) << (13))))))) ^ (((qygx[-2 + gnou]) >> (10)))); qygx[gnou] = coba + gfyg + qygx[-7 + gnou] + qygx[-16 + gnou]; _m[65160] += 1; } _ui ejry = vxiz[0]; _ui dzbq = vxiz[1]; _ui rirg = vxiz[2]; _ui rmag = vxiz[3]; _ui fxeu = vxiz[4]; _ui fhlo = vxiz[5]; _ui kdxh = vxiz[6]; _ui huhk = vxiz[7]; for (_si epns = 0; epns <= 31; epns += 1) { gfyg = ((((((((ejry) >> (2))) | (((ejry) << (30))))) ^ (((((ejry) >> (13))) | (((ejry) << (19))))))) ^ (((((ejry) >> (22))) | (((ejry) << (10)))))); semj = ((((((ejry) & (dzbq))) ^ (((ejry) & (rirg))))) ^ (((dzbq) & (rirg)))); hfah = gfyg + semj; coba = ((((((((fxeu) >> (6))) | (((fxeu) << (26))))) ^ (((((fxeu) >> (11))) | (((fxeu) << (21))))))) ^ (((((fxeu) >> (25))) | (((fxeu) << (7)))))); zsiq = ((((fxeu) & (fhlo))) ^ (((~fxeu) & (kdxh)))); vayk = qygx[epns] + huhk + zsiq + *(((_ui *)(_m + 246160) + epns)) + coba; huhk = kdxh; kdxh = fhlo; fhlo = fxeu; fxeu = rmag + vayk; rmag = rirg; rirg = dzbq; dzbq = ejry; ejry = hfah + vayk; _m[65161] += 1; } vxiz[0] += ejry; vxiz[1] += dzbq; vxiz[2] += rirg; vxiz[3] += rmag; vxiz[4] += fxeu; vxiz[5] += fhlo; vxiz[6] += kdxh; vxiz[7] += huhk; } awjr = 0; } } } void epnk(_uli *zhwp, _uli *mefu, _uli *yqhk) { _uli *tqwb = ogrf(); _uli *webz = ogrf(); _uli *sjfs = ieqp(); _uli *nuny = prfv(); for (_si iucu = 0; iucu <= 12; iucu += 1) { tqwb[iucu] = ((mefu[iucu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); webz[iucu] = ((mefu[iucu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sjfs[iucu] = ((yqhk[iucu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nuny[iucu] = ((yqhk[iucu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kpmr = 0; kpmr <= 12; kpmr += 1) { zhwp[kpmr] = 0; } } for (_si yyqp = 0; yyqp <= (-1 + (((13) >> (1)))); yyqp += 1) { for (_si idbp = 0; idbp <= (-1 + (((13) >> (1)))); idbp += 1) { _uli yfai = nuny[idbp] * tqwb[yyqp] + sjfs[idbp] * webz[yyqp]; _uli vtuv = sjfs[idbp] * tqwb[yyqp]; _uli waau = nuny[idbp] * webz[yyqp]; _uli hydi = ((zhwp[idbp + yyqp]) + (vtuv) + (((((yfai) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hydi < vtuv) { waau += 1; } _uli sbup = ((((yfai) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((waau) << ((-47 + (((sizeof(_uli)) << (3)))))))); zhwp[idbp + yyqp] = hydi; zhwp[1 + idbp + yyqp] += sbup; } rihn(zhwp); } uxid(tqwb); bswj(webz); { _uc *mglw = (_uc *)(sjfs); for (_si tynz = 0; tynz <= 360; tynz += 1) { mglw[tynz] = (_uc)(255 + mglw[1 + tynz]) * (_uc)(1 + mglw[tynz]); } mglw[361] = 0; } udqg(nuny); } void mgjo(_uli *hiwj, _uli *omvd) { _uli *hjeb = xaie(); _uli *qfvz = fons(); for (_si iwag = 0; iwag <= 44; iwag += 1) { hjeb[iwag] = ((omvd[iwag]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qfvz[iwag] = ((omvd[iwag]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wml = 0; wml <= 44; wml += 1) { hiwj[wml] = 0; } } for (_si kfeo = 0; kfeo <= (-1 + (((45) >> (1)))); kfeo += 1) { for (_si qjq = 0; qjq <= (-1 + (((45) >> (1)))); qjq += 1) { _uli mynk = hjeb[qjq] * qfvz[kfeo] + hjeb[kfeo] * qfvz[qjq]; _uli qylt = hjeb[qjq] * hjeb[kfeo]; _uli hatp = qfvz[qjq] * qfvz[kfeo]; _uli kavj = ((hiwj[kfeo + qjq]) + (qylt) + (((((mynk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kavj < qylt) { hatp += 1; } _uli nnqi = ((((mynk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hatp) << ((-47 + (((sizeof(_uli)) << (3)))))))); hiwj[kfeo + qjq] = kavj; hiwj[1 + kfeo + qjq] += nnqi; } { for (_si xhem = 0; xhem <= 43; xhem += 1) { hiwj[1 + xhem] += ((hiwj[xhem]) >> (47)); hiwj[xhem] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hiwj[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } hcea(hjeb); iau(qfvz); } void pne(_uli *iyvs, _uli *guw, _uli *cuj) { for (_si yiw = 0; yiw <= 12; yiw += 1) { iyvs[yiw] = cuj[yiw] + guw[yiw]; } { _si pjn = pzgo(iyvs); if (pjn) { { for (_si xnk = 0; xnk <= 12; xnk += 1) { iyvs[xnk] = -iyvs[xnk]; } } } for (_si bxf = 0; bxf <= 11; bxf += 1) { if (((((iyvs[bxf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iyvs[1 + bxf] -= 1; } else { iyvs[1 + bxf] += ((iyvs[bxf]) >> (47)); }; iyvs[bxf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iyvs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pjn) { { for (_si nty = 0; nty <= 12; nty += 1) { iyvs[nty] = -iyvs[nty]; } } } } } void obip(_uli *tfmz) { for (_si wfyy = 0; wfyy <= 12; wfyy += 1) { tfmz[wfyy] = 0; } } _uc *nnef() { ; _uc *vzm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; vzm = (_uc *)(_m + 362 * _s); break; } _s += 1; } return vzm; } _uc *rjef() { ; _uc *doxv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; doxv = (_uc *)(_m + 362 * _s); break; } _s += 1; } return doxv; } void uuvt(_uc *bqve) { _uc *famx = (_uc *)(bqve + 0); _ui *ygql = (_ui *)(bqve + 64); _ui *tvuh = (_ui *)(bqve + 96); _si wesb = 0; _ui bclw = 0; _ui pkmq = 0; _ui bbsz = 0; _ui nnpb = 0; _ui omgk = 0; _ui ewnw = 0; for (_si zhus = 0; zhus <= 15; zhus += 1) { tvuh[zhus] = (((((((((_ui)(famx[wesb])) << (24))) | ((((_ui)(famx[1 + wesb])) << (16))))) | ((((_ui)(famx[2 + wesb])) << (8))))) | ((_ui)(famx[3 + wesb]))); wesb += 4; } for (_si icon = 16; icon <= 31; icon += 1) { bclw = ((((((((tvuh[-15 + icon]) >> (7))) | (((tvuh[-15 + icon]) << (25))))) ^ (((((tvuh[-15 + icon]) >> (18))) | (((tvuh[-15 + icon]) << (14))))))) ^ (((tvuh[-15 + icon]) >> (3)))); nnpb = ((((((((tvuh[-2 + icon]) >> (17))) | (((tvuh[-2 + icon]) << (15))))) ^ (((((tvuh[-2 + icon]) >> (19))) | (((tvuh[-2 + icon]) << (13))))))) ^ (((tvuh[-2 + icon]) >> (10)))); tvuh[icon] = bclw + nnpb + tvuh[-16 + icon] + tvuh[-7 + icon]; _m[65160] += 1; } _ui qfee = ygql[0]; _ui vhuj = ygql[1]; _ui ybgw = ygql[2]; _ui mryq = ygql[3]; _ui wcqf = ygql[4]; _ui wudy = ygql[5]; _ui kzsj = ygql[6]; _ui tsgb = ygql[7]; for (_si ifgr = 0; ifgr <= 31; ifgr += 1) { bclw = ((((((((qfee) >> (2))) | (((qfee) << (30))))) ^ (((((qfee) >> (13))) | (((qfee) << (19))))))) ^ (((((qfee) >> (22))) | (((qfee) << (10)))))); pkmq = ((((((qfee) & (vhuj))) ^ (((qfee) & (ybgw))))) ^ (((vhuj) & (ybgw)))); bbsz = bclw + pkmq; nnpb = ((((((((wcqf) >> (6))) | (((wcqf) << (26))))) ^ (((((wcqf) >> (11))) | (((wcqf) << (21))))))) ^ (((((wcqf) >> (25))) | (((wcqf) << (7)))))); omgk = ((((wcqf) & (wudy))) ^ (((~wcqf) & (kzsj)))); ewnw = *(((_ui *)(_m + 246160) + ifgr)) + nnpb + omgk + tsgb + tvuh[ifgr]; tsgb = kzsj; kzsj = wudy; wudy = wcqf; wcqf = ewnw + mryq; mryq = ybgw; ybgw = vhuj; vhuj = qfee; qfee = bbsz + ewnw; _m[65161] += 1; } ygql[0] += qfee; ygql[1] += vhuj; ygql[2] += ybgw; ygql[3] += mryq; ygql[4] += wcqf; ygql[5] += wudy; ygql[6] += kzsj; ygql[7] += tsgb; } _si avzg(_uli *hnv) { _si lae = 0; _uli wsd = 19; for (_si fujb = 44; fujb >= 0; fujb -= 1) { if (hnv[fujb] != 0) { lae = ((((hnv[fujb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lae; } void tffx(_uli *feoi) { _uc *bjlx = (_uc *)(feoi); for (_si wmwh = 0; wmwh <= 360; wmwh += 1) { bjlx[wmwh] = (_uc)(1 + bjlx[wmwh]) * (_uc)(255 + bjlx[1 + wmwh]); } bjlx[361] = 0; } void ajiy(_uli *lwyg, _uli *jqwb) { if (lwyg != jqwb) { for (_si joez = 0; joez <= 12; joez += 1) { lwyg[joez] = jqwb[joez]; } } } void ptwx(_ui *lref, _si dgtb, _si dpwo, _si zzux, _si fejl) { lref[dgtb] += lref[dpwo]; lref[fejl] ^= lref[dgtb]; lref[fejl] = ((((lref[fejl]) << (16))) | (((lref[fejl]) >> (16)))); lref[zzux] += lref[fejl]; lref[dpwo] ^= lref[zzux]; lref[dpwo] = ((((lref[dpwo]) << (12))) | (((lref[dpwo]) >> (20)))); lref[dgtb] += lref[dpwo]; lref[fejl] ^= lref[dgtb]; lref[fejl] = ((((lref[fejl]) << (8))) | (((lref[fejl]) >> (24)))); lref[zzux] += lref[fejl]; lref[dpwo] ^= lref[zzux]; lref[dpwo] = ((((lref[dpwo]) << (7))) | (((lref[dpwo]) >> (25)))); } void zhcg(_si khur, _uli *nvac) { nvac[(((khur) / (47)))] &= ((((((_uli)(1)) << ((khur % 47)))) - ((_uli)(1)))); for (_si mzsx = 1 + (((khur) / (47))); mzsx <= 12; mzsx += 1) { nvac[mzsx] = 0; } } void hpz(_uli *bzyz) { _uc *wsuy = (_uc *)(bzyz); for (_si zkqe = 0; zkqe <= 360; zkqe += 1) { wsuy[zkqe] = (_uc)(255 + wsuy[1 + zkqe]) * (_uc)(1 + wsuy[zkqe]); } wsuy[361] = 0; } void ihnr(_si tevo, _uli *fyhq, _uli *dpbw, _uli *ywaj, _uli *ystu) { { _uli *qihk = pywd(); _uli *wkcy = zgns(); for (_si gvms = 0; gvms <= 12; gvms += 1) { qihk[gvms] = ((ystu[gvms]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wkcy[gvms] = ((ystu[gvms]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } xdqg(ywaj); for (_si vcmv = 0; vcmv <= (-1 + (((13) >> (1)))); vcmv += 1) { for (_si knmf = 0; knmf <= (-1 + (((13) >> (1)))); knmf += 1) { _uli ylox = qihk[knmf] * wkcy[vcmv] + qihk[vcmv] * wkcy[knmf]; _uli yeix = qihk[knmf] * qihk[vcmv]; _uli hhgm = wkcy[knmf] * wkcy[vcmv]; _uli akjh = ((ywaj[knmf + vcmv]) + (yeix) + (((((ylox) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (akjh < yeix) { hhgm += 1; } _uli bill = ((((ylox) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hhgm) << ((-47 + (((sizeof(_uli)) << (3)))))))); ywaj[knmf + vcmv] = akjh; ywaj[1 + knmf + vcmv] += bill; } ryqs(ywaj); } { _uc *bglf = (_uc *)(qihk); for (_si urkv = 0; urkv <= 360; urkv += 1) { bglf[urkv] = (_uc)(255 + bglf[1 + urkv]) * (_uc)(1 + bglf[urkv]); } bglf[361] = 0; } plo(wkcy); } { _uli *eodd = lau(); { if (eodd != ywaj) { for (_si jauf = 0; jauf <= 12; jauf += 1) { eodd[jauf] = ywaj[jauf]; } } } qotu(ywaj, ywaj); bpzl(tevo, ywaj); uwsp(ywaj, ywaj, dpbw); { ywaj[(((tevo) / (47)))] &= ((((((_uli)(1)) << ((tevo % 47)))) - ((_uli)(1)))); for (_si fhht = 1 + (((tevo) / (47))); fhht <= 12; fhht += 1) { ywaj[fhht] = 0; } } { _uli *qnxh = mwob(); _uli *efag = laux(); _uli *kdcs = vmda(); _uli *nwbk = mazz(); for (_si ndfv = 0; ndfv <= 12; ndfv += 1) { qnxh[ndfv] = ((ywaj[ndfv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); efag[ndfv] = ((ywaj[ndfv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kdcs[ndfv] = ((fyhq[ndfv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nwbk[ndfv] = ((fyhq[ndfv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } qozf(ywaj); for (_si gjhn = 0; gjhn <= (-1 + (((13) >> (1)))); gjhn += 1) { for (_si xjwq = 0; xjwq <= (-1 + (((13) >> (1)))); xjwq += 1) { _uli qlxf = efag[gjhn] * kdcs[xjwq] + nwbk[xjwq] * qnxh[gjhn]; _uli sqhd = kdcs[xjwq] * qnxh[gjhn]; _uli vekw = efag[gjhn] * nwbk[xjwq]; _uli iwtl = ((ywaj[gjhn + xjwq]) + (sqhd) + (((((qlxf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (iwtl < sqhd) { vekw += 1; } _uli fhib = ((((qlxf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vekw) << ((-47 + (((sizeof(_uli)) << (3)))))))); ywaj[gjhn + xjwq] = iwtl; ywaj[1 + gjhn + xjwq] += fhib; } cjju(ywaj); } fips(qnxh); bvls(efag); qzte(kdcs); { _uc *olma = (_uc *)(nwbk); for (_si pnmk = 0; pnmk <= 360; pnmk += 1) { olma[pnmk] = (_uc)(1 + olma[pnmk]) * (_uc)(255 + olma[1 + pnmk]); } olma[361] = 0; } } { for (_si zngs = 0; zngs <= 12; zngs += 1) { ywaj[zngs] = eodd[zngs] + ywaj[zngs]; } lbxz(ywaj); } qqwc(ywaj, tevo); { for (_si idjy = 0; idjy <= 12; idjy += 1) { eodd[idjy] = -fyhq[idjy] + ywaj[idjy]; } { _si apri; { apri = 0; _uli ifkp = 19; for (_si tpyl = 12; tpyl >= 0; tpyl -= 1) { if (eodd[tpyl] != 0) { apri = ((((eodd[tpyl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (apri) { { for (_si rnov = 0; rnov <= 12; rnov += 1) { eodd[rnov] = -eodd[rnov]; } } } for (_si nou = 0; nou <= 11; nou += 1) { if (((((eodd[nou]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { eodd[1 + nou] -= 1; } else { eodd[1 + nou] += ((eodd[nou]) >> (47)); }; eodd[nou] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eodd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (apri) { { for (_si wnst = 0; wnst <= 12; wnst += 1) { eodd[wnst] = -eodd[wnst]; } } } } } _si gdka; { gdka = 0; _uli jcwj = 19; for (_si qeps = 12; qeps >= 0; qeps -= 1) { if (eodd[qeps] != 0) { gdka = ((((eodd[qeps]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!gdka) { { if (ywaj != eodd) { for (_si aixh = 0; aixh <= 12; aixh += 1) { ywaj[aixh] = eodd[aixh]; } } } } txyu(eodd); } } void afxt(_uc *habi, _uc *vvt, _si zsxp) { klyg(habi, vvt); _ui *uzsz = (_ui *)(habi + 64); _ui *ipd = (_ui *)(habi + 128); for (_si qctu = 0; qctu <= 3; qctu += 1) { uzsz[qctu] = (((_ui)(((_uc *)(_m + 48146) + 4 * qctu)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qctu)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qctu)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qctu)[3])) << (24)))); } for (_si ddyp = 0; ddyp <= 3; ddyp += 1) { uzsz[12 + ddyp] = zsxp; _m[65162] += 1; } ipd[0] = 3904225602; } void qyyr(_si reui, _uli *ascl, _uli *jmkd, _uli *shxw, _uli *fwpn) { pldl(shxw, fwpn); lgva(reui, ascl, jmkd, shxw, shxw); } void zrfi(_uc *kktl, _uc *vsys, _si dojr) { _ui *qsly = (_ui *)(kktl + 0); _ui *dwlq = (_ui *)(kktl + 128); _uc *pxyw = (_uc *)(qsly); for (_si pznp = 0; pznp <= (-1 + dojr); pznp += 1) { if (dwlq[0] >= 64) { lcn(kktl); dwlq[0] = 0; } vsys[pznp] ^= pxyw[dwlq[0]]; dwlq[0] += 1; } } void fstm(_uli *cjh, _uli *xlbo, _uli *iybh, _uli *dnj) { { if (xlbo != iybh) { for (_si takr = 0; takr <= 12; takr += 1) { xlbo[takr] = iybh[takr]; } } } _si hzfc = hgz(xlbo); _si stks = mwqb(dnj); if (hzfc >= stks) { _si nfvw = 0; _uli dvqc = dnj[stks]; while (dvqc < (((((((_uli)(1)) << (47)))) >> (1)))) { nfvw += 1; dvqc <<= 1; } if (stks == 0) { nfvw += 47; hzfc += 1; stks += 1; } if (nfvw > 0) { { _si jwny = (nfvw % 47); _si mpsa = ((nfvw) / (47)); _si kcip = -jwny + (((sizeof(_uli)) << (3))); if (mpsa >= 13) { { for (_si jzgv = 0; jzgv <= 12; jzgv += 1) { xlbo[jzgv] = 0; } } } else { for (_si egfj = 12 - mpsa; egfj >= 1; egfj -= 1) { xlbo[egfj + mpsa] = ((xlbo[egfj]) << (jwny)); if (kcip < (8 * sizeof(_uli))) { xlbo[egfj + mpsa] += ((((xlbo[-1 + egfj]) >> (kcip))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xlbo[mpsa] = ((xlbo[0]) << (jwny)); for (_si fgo = -1 + mpsa; fgo >= 0; fgo -= 1) { xlbo[fgo] = 0; } }; { for (_si bfff = 0; bfff <= 11; bfff += 1) { xlbo[1 + bfff] += ((xlbo[bfff]) >> (47)); xlbo[bfff] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xlbo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _si wbdw = (nfvw % 47); _si kkvk = ((nfvw) / (47)); _si tszt = -wbdw + (((sizeof(_uli)) << (3))); if (kkvk >= 13) { { for (_si mcz = 0; mcz <= 12; mcz += 1) { dnj[mcz] = 0; } } } else { for (_si pfgf = 12 - kkvk; pfgf >= 1; pfgf -= 1) { dnj[kkvk + pfgf] = ((dnj[pfgf]) << (wbdw)); if (tszt < (8 * sizeof(_uli))) { dnj[kkvk + pfgf] += ((((dnj[-1 + pfgf]) >> (tszt))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } dnj[kkvk] = ((dnj[0]) << (wbdw)); for (_si srox = -1 + kkvk; srox >= 0; srox -= 1) { dnj[srox] = 0; } }; { for (_si vcnv = 0; vcnv <= 11; vcnv += 1) { dnj[1 + vcnv] += ((dnj[vcnv]) >> (47)); dnj[vcnv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dnj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si rqy = hzfc - stks; dvqc = dnj[stks]; _uli vaq = dnj[-1 + stks]; for (_si gzmu = rqy; gzmu >= 0; gzmu -= 1) { __uint128_t amxm = xlbo[gzmu + stks] + (__uint128_t)(((((_uli)(1)) << (47)))) * xlbo[1 + gzmu + stks]; _uli pkm = 0; __uint128_t yitd = ((amxm) / (dvqc)); __uint128_t nybb = (amxm % dvqc); while (yitd == ((((_uli)(1)) << (47))) || (vaq * yitd) > (((((_uli)(1)) << (47))) * nybb + xlbo[-1 + gzmu + stks])) { yitd -= 1; nybb += dvqc; if (nybb >= ((((_uli)(1)) << (47)))) { break; } } amxm = 0; for (_si drun = 0; drun <= stks; drun += 1) { amxm += dnj[drun] * yitd; pkm = xlbo[drun + gzmu]; if (amxm > pkm) { amxm -= pkm; pkm = amxm % ((((_uli)(1)) << (47))); amxm = ((amxm) / (((((_uli)(1)) << (47))))); if (pkm == 0) { xlbo[drun + gzmu] = 0; } else { xlbo[drun + gzmu] = ((1 + ~(_uli)(pkm)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); amxm += 1; }; } else { xlbo[drun + gzmu] -= amxm; amxm = 0; }; } pkm = xlbo[1 + gzmu + stks]; if (amxm > pkm) { dnj[1 + gzmu + stks] = -1 + yitd; amxm = 0; for (_si syb = 0; syb <= stks; syb += 1) { amxm += dnj[syb] + xlbo[gzmu + syb]; xlbo[gzmu + syb] = amxm % ((((_uli)(1)) << (47))); amxm = ((amxm) / (((((_uli)(1)) << (47))))); } } else { dnj[1 + gzmu + stks] = yitd; xlbo[1 + gzmu + stks] -= amxm; }; } for (_si rksy = 0; rksy <= rqy; rksy += 1) { cjh[rksy] = dnj[1 + rksy + stks]; xlbo[1 + rksy + stks] = 0; } for (_si pvy = 1 + rqy; pvy <= 12; pvy += 1) { cjh[pvy] = 0; } if (cjh != dnj) { for (_si hzwk = 1 + stks; hzwk <= (1 + hzfc); hzwk += 1) { dnj[hzwk] = 0; } if (nfvw > 0) { wvzp(dnj, nfvw); } } if (nfvw > 0) { sdpx(xlbo, nfvw); } } } void plf(_uli *bpzv) { _uc *jznl = (_uc *)(bpzv); for (_si vrqa = 0; vrqa <= 360; vrqa += 1) { jznl[vrqa] = (_uc)(1 + jznl[vrqa]) * (_uc)(255 + jznl[1 + vrqa]); } jznl[361] = 0; } void nzoe(_uc *hepk, _uc *oyc) { _ui *cjsn = (_ui *)(hepk + 64); for (_si kodh = 0; kodh <= 7; kodh += 1) { cjsn[4 + kodh] = (((_ui)((oyc + 4 * kodh)[0])) + ((((_ui)((oyc + 4 * kodh)[1])) << (8))) + ((((_ui)((oyc + 4 * kodh)[2])) << (16))) + ((((_ui)((oyc + 4 * kodh)[3])) << (24)))); } } void xvoi(_uli *rebq, _uli *rmcs) { _uli *kjot = owme(); _uli *jfni = azfr(); for (_si nbam = 0; nbam <= 12; nbam += 1) { kjot[nbam] = ((rmcs[nbam]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jfni[nbam] = ((rmcs[nbam]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } qozf(rebq); for (_si gglm = 0; gglm <= (-1 + (((13) >> (1)))); gglm += 1) { for (_si osjt = 0; osjt <= (-1 + (((13) >> (1)))); osjt += 1) { _uli mqwy = jfni[osjt] * kjot[gglm] + jfni[gglm] * kjot[osjt]; _uli puzd = kjot[osjt] * kjot[gglm]; _uli jpo = jfni[osjt] * jfni[gglm]; _uli kjii = ((rebq[gglm + osjt]) + (puzd) + (((((mqwy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kjii < puzd) { jpo += 1; } _uli jgun = ((((mqwy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jpo) << ((-47 + (((sizeof(_uli)) << (3)))))))); rebq[gglm + osjt] = kjii; rebq[1 + gglm + osjt] += jgun; } { for (_si nshf = 0; nshf <= 11; nshf += 1) { rebq[1 + nshf] += ((rebq[nshf]) >> (47)); rebq[nshf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rebq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *icua = (_uc *)(kjot); for (_si chix = 0; chix <= 360; chix += 1) { icua[chix] = (_uc)(255 + icua[1 + chix]) * (_uc)(1 + icua[chix]); } icua[361] = 0; } xxko(jfni); } _uli *zend() { ; _uli *dbym; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; dbym = (_uli *)(_m + 362 * _s); break; } _s += 1; } return dbym; } _si mndm(_uli *dxmy) { _si tnpx = 0; _uli apcq = 19; for (_si kaud = 12; kaud >= 0; kaud -= 1) { if (dxmy[kaud] != 0) { tnpx = ((((dxmy[kaud]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tnpx; } void olng(_uli *nptb, _uli *dzjx, _uli *tnnx) { _uli *once = ynqh(); _uli *ujtx = mazz(); _uli *zwlw = uggb(); _uli *itbb = vbpn(); for (_si ahia = 0; ahia <= 12; ahia += 1) { once[ahia] = ((dzjx[ahia]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ujtx[ahia] = ((dzjx[ahia]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zwlw[ahia] = ((tnnx[ahia]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); itbb[ahia] = ((tnnx[ahia]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } icvn(nptb); for (_si cith = 0; cith <= (-1 + (((13) >> (1)))); cith += 1) { for (_si wees = 0; wees <= (-1 + (((13) >> (1)))); wees += 1) { _uli kuzw = itbb[wees] * once[cith] + ujtx[cith] * zwlw[wees]; _uli uirn = once[cith] * zwlw[wees]; _uli bvxd = itbb[wees] * ujtx[cith]; _uli iphr = ((nptb[cith + wees]) + (uirn) + (((((kuzw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (iphr < uirn) { bvxd += 1; } _uli dbuh = ((((kuzw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bvxd) << ((-47 + (((sizeof(_uli)) << (3)))))))); nptb[cith + wees] = iphr; nptb[1 + cith + wees] += dbuh; } jvwp(nptb); } { _uc *gccj = (_uc *)(once); for (_si bmoz = 0; bmoz <= 360; bmoz += 1) { gccj[bmoz] = (_uc)(255 + gccj[1 + bmoz]) * (_uc)(1 + gccj[bmoz]); } gccj[361] = 0; } zseq(ujtx); rrrg(zwlw); { _uc *utzf = (_uc *)(itbb); for (_si psvb = 0; psvb <= 360; psvb += 1) { utzf[psvb] = (_uc)(255 + utzf[1 + psvb]) * (_uc)(1 + utzf[psvb]); } utzf[361] = 0; } } void jzqr(_uc *gn, _uc *lmun, _si bwwx) { xz(gn, lmun); _ui *tc = (_ui *)(gn + 64); _ui *nt = (_ui *)(gn + 128); for (_si tmf = 0; tmf <= 3; tmf += 1) { tc[tmf] = (((_ui)(((_uc *)(_m + 48146) + 4 * tmf)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tmf)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tmf)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tmf)[3])) << (24)))); } for (_si qje = 0; qje <= 3; qje += 1) { tc[12 + qje] = bwwx; _m[65162] += 1; } nt[0] = 3904225602; } void kzoi(_uli *svja) { _uc *hgch = (_uc *)(svja); for (_si glkj = 0; glkj <= 360; glkj += 1) { hgch[glkj] = (_uc)(1 + hgch[glkj]) * (_uc)(255 + hgch[1 + glkj]); } hgch[361] = 0; } _uc *sxvv() { ; _uc *ylnf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; ylnf = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ylnf; } void rjfv(_uli *jhfu) { for (_si esvq = 0; esvq <= 12; esvq += 1) { jhfu[esvq] = 0; } } void bptv(_uli *gbvt) { _uc *uuag = (_uc *)(gbvt); for (_si qskt = 0; qskt <= 360; qskt += 1) { uuag[qskt] = (_uc)(1 + uuag[qskt]) * (_uc)(255 + uuag[1 + qskt]); } uuag[361] = 0; } void ouho(_uli *zmvz) { _si bgpd = bbsi(zmvz); if (bgpd) { { for (_si bsyd = 0; bsyd <= 12; bsyd += 1) { zmvz[bsyd] = -zmvz[bsyd]; } } } for (_si hpmv = 0; hpmv <= 11; hpmv += 1) { if (((((zmvz[hpmv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zmvz[1 + hpmv] -= 1; } else { zmvz[1 + hpmv] += ((zmvz[hpmv]) >> (47)); }; zmvz[hpmv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zmvz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bgpd) { { for (_si qrzi = 0; qrzi <= 12; qrzi += 1) { zmvz[qrzi] = -zmvz[qrzi]; } } } } _si lkix(_uli *quhr) { _si cotk = 0; _uli ndyu = 19; for (_si pntn = 44; pntn >= 0; pntn -= 1) { if (quhr[pntn] != 0) { cotk = ((((quhr[pntn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cotk; } void iusi(_uc *hnt) { _uc *bpnk = (_uc *)(hnt + 0); _ui *gtew = (_ui *)(hnt + 64); _ui *ojwe = (_ui *)(hnt + 96); _si uhi = 0; _ui bok = 0; _ui utaj = 0; _ui hsaz = 0; _ui nhhe = 0; _ui ens = 0; _ui fdjo = 0; for (_si mfrh = 0; mfrh <= 15; mfrh += 1) { ojwe[mfrh] = (((((((((_ui)(bpnk[uhi])) << (24))) | ((((_ui)(bpnk[1 + uhi])) << (16))))) | ((((_ui)(bpnk[2 + uhi])) << (8))))) | ((_ui)(bpnk[3 + uhi]))); uhi += 4; } for (_si mwsg = 16; mwsg <= 31; mwsg += 1) { bok = ((((((((ojwe[-15 + mwsg]) >> (7))) | (((ojwe[-15 + mwsg]) << (25))))) ^ (((((ojwe[-15 + mwsg]) >> (18))) | (((ojwe[-15 + mwsg]) << (14))))))) ^ (((ojwe[-15 + mwsg]) >> (3)))); nhhe = ((((((((ojwe[-2 + mwsg]) >> (17))) | (((ojwe[-2 + mwsg]) << (15))))) ^ (((((ojwe[-2 + mwsg]) >> (19))) | (((ojwe[-2 + mwsg]) << (13))))))) ^ (((ojwe[-2 + mwsg]) >> (10)))); ojwe[mwsg] = bok + nhhe + ojwe[-7 + mwsg] + ojwe[-16 + mwsg]; _m[65160] += 1; } _ui seyx = gtew[0]; _ui qdd = gtew[1]; _ui ojg = gtew[2]; _ui mdd = gtew[3]; _ui saex = gtew[4]; _ui xmix = gtew[5]; _ui hmvf = gtew[6]; _ui ahbl = gtew[7]; for (_si xnr = 0; xnr <= 31; xnr += 1) { bok = ((((((((seyx) >> (2))) | (((seyx) << (30))))) ^ (((((seyx) >> (13))) | (((seyx) << (19))))))) ^ (((((seyx) >> (22))) | (((seyx) << (10)))))); utaj = ((((((seyx) & (qdd))) ^ (((seyx) & (ojg))))) ^ (((qdd) & (ojg)))); hsaz = bok + utaj; nhhe = ((((((((saex) >> (6))) | (((saex) << (26))))) ^ (((((saex) >> (11))) | (((saex) << (21))))))) ^ (((((saex) >> (25))) | (((saex) << (7)))))); ens = ((((saex) & (xmix))) ^ (((~saex) & (hmvf)))); fdjo = ojwe[xnr] + ens + nhhe + *(((_ui *)(_m + 246160) + xnr)) + ahbl; ahbl = hmvf; hmvf = xmix; xmix = saex; saex = fdjo + mdd; mdd = ojg; ojg = qdd; qdd = seyx; seyx = fdjo + hsaz; _m[65161] += 1; } gtew[0] += seyx; gtew[1] += qdd; gtew[2] += ojg; gtew[3] += mdd; gtew[4] += saex; gtew[5] += xmix; gtew[6] += hmvf; gtew[7] += ahbl; } void ncfs(_uli *xtjq) { for (_si sfxr = 0; sfxr <= 12; sfxr += 1) { xtjq[sfxr] = 0; } } void ruvk(_uli *tjvo) { _uc *qekk = (_uc *)(tjvo); for (_si beym = 0; beym <= 360; beym += 1) { qekk[beym] = (_uc)(1 + qekk[beym]) * (_uc)(255 + qekk[1 + beym]); } qekk[361] = 0; } void ajje(_uli *osnj) { _si gaib; { gaib = 0; _uli lkao = 19; for (_si hmqg = 12; hmqg >= 0; hmqg -= 1) { if (osnj[hmqg] != 0) { gaib = ((((osnj[hmqg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gaib) { { for (_si aquh = 0; aquh <= 12; aquh += 1) { osnj[aquh] = -osnj[aquh]; } } } for (_si oddx = 0; oddx <= 11; oddx += 1) { if (((((osnj[oddx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { osnj[1 + oddx] -= 1; } else { osnj[1 + oddx] += ((osnj[oddx]) >> (47)); }; osnj[oddx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } osnj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gaib) { { for (_si zyiw = 0; zyiw <= 12; zyiw += 1) { osnj[zyiw] = -osnj[zyiw]; } } } } void owux(_uli *ccjq, _uli *ilcd, _uli *urs, _uli *pgzy, _uli *zvhd) { _uli *yqcz = trch(); _uli *eos = aqdx(); _uli *vopk = rngf(); _uli *ljq = jmgb(); _uli *xkip = pywd(); _uli *enxu = bzeb(); _si vbxo = 0; while (1) { _si tibf = (pgzy[0] % 2) == 0; _si uegj = (zvhd[0] % 2) == 0; if (!(tibf && uegj)) { break; } vbxo += 1; { _si psj = 1; _si wyhz = 0; _si tjaa = 1; if (tjaa > (8 * sizeof(_uli))) { tjaa = -1; } if (wyhz >= 13) { { for (_si rjdw = 0; rjdw <= 12; rjdw += 1) { pgzy[rjdw] = 0; } } } else { _uli tpp = (((((_uli)(1)) << (psj))) - ((_uli)(1))); if (tjaa < 0) { pgzy[0] = 0; } else { pgzy[0] = ((((pgzy[0]) & (~tpp))) >> (tjaa)); }; if (wyhz != 0) { pgzy[0] += ((((pgzy[wyhz]) & (~tpp))) >> (psj)); } for (_si ayj = 1; ayj <= (12 - wyhz); ayj += 1) { pgzy[-1 + ayj] += ((((((pgzy[ayj + wyhz]) & (tpp))) << (-psj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pgzy[ayj] = ((((pgzy[ayj + wyhz]) & (~tpp))) >> (psj)); } for (_si zbhc = 13 - wyhz; zbhc <= 12; zbhc += 1) { pgzy[zbhc] = 0; } }; } yeju(zvhd, 1); } { if (xkip != pgzy) { for (_si tctr = 0; tctr <= 12; tctr += 1) { xkip[tctr] = pgzy[tctr]; } } } { if (ccjq != zvhd) { for (_si vepk = 0; vepk <= 12; vepk += 1) { ccjq[vepk] = zvhd[vepk]; } } } { yqcz[0] = 1; for (_si flva = 1; flva <= 12; flva += 1) { yqcz[flva] = 0; } } { for (_si hcyt = 0; hcyt <= 12; hcyt += 1) { eos[hcyt] = 0; } } { for (_si cnab = 0; cnab <= 12; cnab += 1) { vopk[cnab] = 0; } } { ljq[0] = 1; for (_si try = 1; ((try) <= (12)); try += 1) { ljq[try] = 0; } } while (1) { while (1) { _si umjm = (xkip[0] % 2) == 0; if (!umjm) { break; } { _si ufnv = 1; _si kned = 0; _si kxx = 1; if (kxx > (8 * sizeof(_uli))) { kxx = -1; } if (kned >= 13) { { for (_si jlkl = 0; jlkl <= 12; jlkl += 1) { xkip[jlkl] = 0; } } } else { _uli qhhx = (((((_uli)(1)) << (ufnv))) - ((_uli)(1))); if (kxx < 0) { xkip[0] = 0; } else { xkip[0] = ((((xkip[0]) & (~qhhx))) >> (kxx)); }; if (kned != 0) { xkip[0] += ((((xkip[kned]) & (~qhhx))) >> (ufnv)); } for (_si rqt = 1; rqt <= (12 - kned); rqt += 1) { xkip[-1 + rqt] += ((((((xkip[kned + rqt]) & (qhhx))) << (-ufnv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xkip[rqt] = ((((xkip[kned + rqt]) & (~qhhx))) >> (ufnv)); } for (_si vapf = 13 - kned; vapf <= 12; vapf += 1) { xkip[vapf] = 0; } }; } _si ejqx = (yqcz[0] % 2) == 0; _si akof = (eos[0] % 2) == 0; if (!ejqx || !akof) { { for (_si kvux = 0; kvux <= 12; kvux += 1) { yqcz[kvux] = yqcz[kvux] + zvhd[kvux]; } { _si svo = ltn(yqcz); if (svo) { myqq(yqcz, yqcz); } for (_si iyu = 0; iyu <= 11; iyu += 1) { if (((((yqcz[iyu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yqcz[1 + iyu] -= 1; } else { yqcz[1 + iyu] += ((yqcz[iyu]) >> (47)); }; yqcz[iyu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yqcz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (svo) { ioez(yqcz, yqcz); } } } { for (_si dgda = 0; dgda <= 12; dgda += 1) { eos[dgda] = eos[dgda] - pgzy[dgda]; } { _si cehg = stlw(eos); if (cehg) { { for (_si atd = 0; atd <= 12; atd += 1) { eos[atd] = -eos[atd]; } } } for (_si fgst = 0; fgst <= 11; fgst += 1) { if (((((eos[fgst]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { eos[1 + fgst] -= 1; } else { eos[1 + fgst] += ((eos[fgst]) >> (47)); }; eos[fgst] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eos[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cehg) { { for (_si mxlb = 0; mxlb <= 12; mxlb += 1) { eos[mxlb] = -eos[mxlb]; } } } } } } { _si gtae; { gtae = 0; _uli ndu = 19; for (_si jjci = 12; jjci >= 0; jjci -= 1) { if (yqcz[jjci] != 0) { gtae = ((((yqcz[jjci]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gtae) { { for (_si esd = 0; esd <= 12; esd += 1) { yqcz[esd] = -yqcz[esd]; } } } ucf(yqcz, 1); if (gtae) { { for (_si vsp = 0; vsp <= 12; vsp += 1) { yqcz[vsp] = -yqcz[vsp]; } } } } kmho(eos, 1); } while (1) { _si pzez = (ccjq[0] % 2) == 0; if (!pzez) { break; } aqrj(ccjq, 1); _si afar = (vopk[0] % 2) == 0; _si olqd = (ljq[0] % 2) == 0; if (!afar || !olqd) { { for (_si hwoz = 0; hwoz <= 12; hwoz += 1) { vopk[hwoz] = vopk[hwoz] + zvhd[hwoz]; } { _si sghg = mlvp(vopk); if (sghg) { { for (_si hryz = 0; hryz <= 12; hryz += 1) { vopk[hryz] = -vopk[hryz]; } } } for (_si mbcy = 0; mbcy <= 11; mbcy += 1) { if (((((vopk[mbcy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vopk[1 + mbcy] -= 1; } else { vopk[1 + mbcy] += ((vopk[mbcy]) >> (47)); }; vopk[mbcy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vopk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sghg) { zhnj(vopk, vopk); } } } { for (_si hbha = 0; hbha <= 12; hbha += 1) { ljq[hbha] = ljq[hbha] - pgzy[hbha]; } { _si cazj = vaxp(ljq); if (cazj) { eluh(ljq, ljq); } for (_si fbbx = 0; fbbx <= 11; fbbx += 1) { if (((((ljq[fbbx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ljq[1 + fbbx] -= 1; } else { ljq[1 + fbbx] += ((ljq[fbbx]) >> (47)); }; ljq[fbbx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ljq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cazj) { { for (_si jaey = 0; jaey <= 12; jaey += 1) { ljq[jaey] = -ljq[jaey]; } } } } } } { _si sne; { sne = 0; _uli fjrn = 19; for (_si xtv = 12; xtv >= 0; xtv -= 1) { if (vopk[xtv] != 0) { sne = ((((vopk[xtv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (sne) { iwsx(vopk, vopk); } { _si yxgj = 1; _si ety = 0; _si ncjb = 1; if (ncjb > (8 * sizeof(_uli))) { ncjb = -1; } if (ety >= 13) { fhhe(vopk); } else { _uli urm = (((((_uli)(1)) << (yxgj))) - ((_uli)(1))); if (ncjb < 0) { vopk[0] = 0; } else { vopk[0] = ((((vopk[0]) & (~urm))) >> (ncjb)); }; if (ety != 0) { vopk[0] += ((((vopk[ety]) & (~urm))) >> (yxgj)); } for (_si zpie = 1; zpie <= (12 - ety); zpie += 1) { vopk[-1 + zpie] += ((((((vopk[ety + zpie]) & (urm))) << (-yxgj + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vopk[zpie] = ((((vopk[ety + zpie]) & (~urm))) >> (yxgj)); } for (_si mzuv = 13 - ety; mzuv <= 12; mzuv += 1) { vopk[mzuv] = 0; } }; } if (sne) { { for (_si fcel = 0; fcel <= 12; fcel += 1) { vopk[fcel] = -vopk[fcel]; } } } } ausz(ljq, 1); } vkqh(enxu, xkip, ccjq); _si ovtf = bydu(enxu); if (ovtf) { { for (_si wyhm = 0; wyhm <= 12; wyhm += 1) { ccjq[wyhm] = -enxu[wyhm]; } } sqip(vopk, vopk, yqcz); silq(ljq, ljq, eos); } else { { if (xkip != enxu) { for (_si goxp = 0; goxp <= 12; goxp += 1) { xkip[goxp] = enxu[goxp]; } } } { for (_si solc = 0; solc <= 12; solc += 1) { yqcz[solc] = -vopk[solc] + yqcz[solc]; } { _si xmam; { xmam = 0; _uli pzz = 19; for (_si qlzv = 12; qlzv >= 0; qlzv -= 1) { if (yqcz[qlzv] != 0) { xmam = ((((yqcz[qlzv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xmam) { { for (_si kiz = 0; kiz <= 12; kiz += 1) { yqcz[kiz] = -yqcz[kiz]; } } } for (_si uibj = 0; uibj <= 11; uibj += 1) { if (((((yqcz[uibj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yqcz[1 + uibj] -= 1; } else { yqcz[1 + uibj] += ((yqcz[uibj]) >> (47)); }; yqcz[uibj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yqcz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xmam) { { for (_si zkfv = 0; zkfv <= 12; zkfv += 1) { yqcz[zkfv] = -yqcz[zkfv]; } } } } } xmpb(eos, eos, ljq); }; _si ukb; { ukb = 0; _si tqjr = ouip(xkip); ukb = tqjr == -1; } if (ukb) { break; } } { if (ilcd != vopk) { for (_si lmfg = 0; lmfg <= 12; lmfg += 1) { ilcd[lmfg] = vopk[lmfg]; } } } { if (urs != ljq) { for (_si jzeh = 0; jzeh <= 12; jzeh += 1) { urs[jzeh] = ljq[jzeh]; } } } if (vbxo > 0) { { _si idvn = (vbxo % 47); _si ntch = ((vbxo) / (47)); _si sgs = -idvn + (((sizeof(_uli)) << (3))); if (ntch >= 13) { { for (_si gxus = 0; gxus <= 12; gxus += 1) { ccjq[gxus] = 0; } } } else { for (_si klcf = 12 - ntch; klcf >= 1; klcf -= 1) { ccjq[klcf + ntch] = ((ccjq[klcf]) << (idvn)); if (sgs < (8 * sizeof(_uli))) { ccjq[klcf + ntch] += ((((ccjq[-1 + klcf]) >> (sgs))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ccjq[ntch] = ((ccjq[0]) << (idvn)); for (_si tvbt = -1 + ntch; tvbt >= 0; tvbt -= 1) { ccjq[tvbt] = 0; } }; cyxw(ccjq); } { _si unlz = (vbxo % 47); _si rinl = ((vbxo) / (47)); _si bijh = -unlz + (((sizeof(_uli)) << (3))); if (rinl >= 13) { { for (_si rxla = 0; rxla <= 12; rxla += 1) { pgzy[rxla] = 0; } } } else { for (_si iup = 12 - rinl; iup >= 1; iup -= 1) { pgzy[iup + rinl] = ((pgzy[iup]) << (unlz)); if (bijh < (8 * sizeof(_uli))) { pgzy[iup + rinl] += ((((pgzy[-1 + iup]) >> (bijh))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } pgzy[rinl] = ((pgzy[0]) << (unlz)); for (_si axlh = -1 + rinl; axlh >= 0; axlh -= 1) { pgzy[axlh] = 0; } }; fohu(pgzy); } { _si arl = (vbxo % 47); _si zfcf = ((vbxo) / (47)); _si gtl = -arl + (((sizeof(_uli)) << (3))); if (zfcf >= 13) { { for (_si fybb = 0; fybb <= 12; fybb += 1) { zvhd[fybb] = 0; } } } else { for (_si btdm = 12 - zfcf; btdm >= 1; btdm -= 1) { zvhd[btdm + zfcf] = ((zvhd[btdm]) << (arl)); if (gtl < (8 * sizeof(_uli))) { zvhd[btdm + zfcf] += ((((zvhd[-1 + btdm]) >> (gtl))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } zvhd[zfcf] = ((zvhd[0]) << (arl)); for (_si ijhy = -1 + zfcf; ijhy >= 0; ijhy -= 1) { zvhd[ijhy] = 0; } }; qdxd(zvhd); } } yeef(yqcz); fohh(eos); jrbh(vopk); { _uc *agj = (_uc *)(ljq); for (_si vakl = 0; vakl <= 360; vakl += 1) { agj[vakl] = (_uc)(1 + agj[vakl]) * (_uc)(255 + agj[1 + vakl]); } agj[361] = 0; } { _uc *ndl = (_uc *)(xkip); for (_si hdyt = 0; hdyt <= 360; hdyt += 1) { ndl[hdyt] = (_uc)(255 + ndl[1 + hdyt]) * (_uc)(1 + ndl[hdyt]); } ndl[361] = 0; } { _uc *yffe = (_uc *)(enxu); for (_si gre = 0; gre <= 360; gre += 1) { yffe[gre] = (_uc)(1 + yffe[gre]) * (_uc)(255 + yffe[1 + gre]); } yffe[361] = 0; } } _uc *ltyo() { ; _uc *zywn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; zywn = (_uc *)(_m + 362 * _s); break; } _s += 1; } return zywn; } void shtn(_uli *thkc) { _uc *bhot = xefx(); _uc *cnfx = ((_uc *)(_m + 223716) + 0); _uc *crke = (_uc *)(thkc); for (_si zwbf = 0; zwbf <= 359; zwbf += 1) { crke[zwbf] = *(((_uc *)(_m + 195480) + zwbf)); } { { eysh(bhot, cnfx); _ui *fvwm = (_ui *)(bhot + 64); _ui *rszx = (_ui *)(bhot + 128); for (_si vhlr = 0; vhlr <= 3; vhlr += 1) { fvwm[vhlr] = (((_ui)(((_uc *)(_m + 48146) + 4 * vhlr)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vhlr)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vhlr)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vhlr)[3])) << (24)))); } for (_si yzvu = 0; yzvu <= 3; yzvu += 1) { fvwm[12 + yzvu] = 0; _m[65162] += 1; } rszx[0] = 3904225602; } { _ui *pubc = (_ui *)(bhot + 0); _ui *phgf = (_ui *)(bhot + 128); _uc *yflh = (_uc *)(pubc); for (_si beqr = 0; beqr <= 359; beqr += 1) { if (phgf[0] >= 64) { { _ui *smdm = (_ui *)(bhot + 0); _ui *qvib = (_ui *)(bhot + 64); for (_si eigm = 0; eigm <= 15; eigm += 1) { smdm[eigm] = qvib[eigm]; } for (_si puoi = 0; puoi <= 9; puoi += 1) { efd(smdm, 0, 4, 8, 12); jshb(smdm, 1, 5, 9, 13); { smdm[2] += smdm[6]; smdm[14] ^= smdm[2]; smdm[14] = ((((smdm[14]) << (16))) | (((smdm[14]) >> (16)))); smdm[10] += smdm[14]; smdm[6] ^= smdm[10]; smdm[6] = ((((smdm[6]) << (12))) | (((smdm[6]) >> (20)))); smdm[2] += smdm[6]; smdm[14] ^= smdm[2]; smdm[14] = ((((smdm[14]) << (8))) | (((smdm[14]) >> (24)))); smdm[10] += smdm[14]; smdm[6] ^= smdm[10]; smdm[6] = ((((smdm[6]) << (7))) | (((smdm[6]) >> (25)))); } evv(smdm, 3, 7, 11, 15); { smdm[0] += smdm[5]; smdm[15] ^= smdm[0]; smdm[15] = ((((smdm[15]) << (16))) | (((smdm[15]) >> (16)))); smdm[10] += smdm[15]; smdm[5] ^= smdm[10]; smdm[5] = ((((smdm[5]) << (12))) | (((smdm[5]) >> (20)))); smdm[0] += smdm[5]; smdm[15] ^= smdm[0]; smdm[15] = ((((smdm[15]) << (8))) | (((smdm[15]) >> (24)))); smdm[10] += smdm[15]; smdm[5] ^= smdm[10]; smdm[5] = ((((smdm[5]) << (7))) | (((smdm[5]) >> (25)))); } lnnc(smdm, 1, 6, 11, 12); twri(smdm, 2, 7, 8, 13); { smdm[3] += smdm[4]; smdm[14] ^= smdm[3]; smdm[14] = ((((smdm[14]) << (16))) | (((smdm[14]) >> (16)))); smdm[9] += smdm[14]; smdm[4] ^= smdm[9]; smdm[4] = ((((smdm[4]) << (12))) | (((smdm[4]) >> (20)))); smdm[3] += smdm[4]; smdm[14] ^= smdm[3]; smdm[14] = ((((smdm[14]) << (8))) | (((smdm[14]) >> (24)))); smdm[9] += smdm[14]; smdm[4] ^= smdm[9]; smdm[4] = ((((smdm[4]) << (7))) | (((smdm[4]) >> (25)))); } _m[65163] += 1; } for (_si ygoi = 0; ygoi <= 15; ygoi += 1) { smdm[ygoi] += qvib[ygoi]; } qvib[12] += 1; if (qvib[12] == 0) { qvib[13] += 1; } } phgf[0] = 0; } crke[beqr] ^= yflh[phgf[0]]; phgf[0] += 1; } } } } void vwzn(_uc *zpjl, _uc *lyfn, _si zlou) { _uc *ozgy = (_uc *)(zpjl + 0); _uli *rsqu = (_uli *)(zpjl + 352); _si btsq = (_si)(((rsqu[0]) & (63))); rsqu[0] += zlou; for (_si qixc = 0; qixc <= (-1 + zlou); qixc += 1) { ozgy[btsq] = lyfn[qixc]; btsq += 1; if (btsq == 64) { gboz(zpjl); btsq = 0; } } } void tiut(_uli *abqx, _si utuy) { _si ysqi = (utuy % 47); _si grbr = ((utuy) / (47)); _si crnp = utuy; if (crnp > (8 * sizeof(_uli))) { crnp = -1; } if (grbr >= 13) { { for (_si wtvo = 0; wtvo <= 12; wtvo += 1) { abqx[wtvo] = 0; } } } else { _uli xbiv = (((((_uli)(1)) << (ysqi))) - ((_uli)(1))); if (crnp < 0) { abqx[0] = 0; } else { abqx[0] = ((((abqx[0]) & (~xbiv))) >> (crnp)); }; if (grbr != 0) { abqx[0] += ((((abqx[grbr]) & (~xbiv))) >> (ysqi)); } for (_si acpc = 1; acpc <= (12 - grbr); acpc += 1) { abqx[-1 + acpc] += ((((((abqx[acpc + grbr]) & (xbiv))) << (-ysqi + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); abqx[acpc] = ((((abqx[acpc + grbr]) & (~xbiv))) >> (ysqi)); } for (_si thig = 13 - grbr; thig <= 12; thig += 1) { abqx[thig] = 0; } }; } void dgjr(_uc *ehwm, _uc *wljd) { _ui *kpqf = (_ui *)(ehwm + 64); for (_si xonf = 0; xonf <= 7; xonf += 1) { kpqf[4 + xonf] = (((_ui)((wljd + 4 * xonf)[0])) + ((((_ui)((wljd + 4 * xonf)[1])) << (8))) + ((((_ui)((wljd + 4 * xonf)[2])) << (16))) + ((((_ui)((wljd + 4 * xonf)[3])) << (24)))); } } void afmc(_si sfol, _uli *maeu, _uli *avic, _uli *oesz, _uli *uwoc) { _uli *dqhv = upi(); fbtl(dqhv, uwoc); { if (oesz != uwoc) { for (_si pvms = 0; pvms <= 12; pvms += 1) { oesz[pvms] = uwoc[pvms]; } } } { oesz[(((sfol) / (47)))] &= ((((((_uli)(1)) << ((sfol % 47)))) - ((_uli)(1)))); for (_si grlv = 1 + (((sfol) / (47))); grlv <= 12; grlv += 1) { oesz[grlv] = 0; } } avk(oesz, oesz, avic); { oesz[(((sfol) / (47)))] &= ((((((_uli)(1)) << ((sfol % 47)))) - ((_uli)(1)))); for (_si wdpz = 1 + (((sfol) / (47))); wdpz <= 12; wdpz += 1) { oesz[wdpz] = 0; } } { _uli *plyo = niei(); _uli *wmjk = bota(); _uli *poed = mtis(); _uli *rmcc = ntfe(); for (_si ctbi = 0; ctbi <= 12; ctbi += 1) { plyo[ctbi] = ((oesz[ctbi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wmjk[ctbi] = ((oesz[ctbi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); poed[ctbi] = ((maeu[ctbi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rmcc[ctbi] = ((maeu[ctbi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si icgj = 0; icgj <= 12; icgj += 1) { oesz[icgj] = 0; } } for (_si lkzj = 0; lkzj <= (-1 + (((13) >> (1)))); lkzj += 1) { for (_si hfgz = 0; hfgz <= (-1 + (((13) >> (1)))); hfgz += 1) { _uli irdx = plyo[lkzj] * rmcc[hfgz] + poed[hfgz] * wmjk[lkzj]; _uli uuvm = plyo[lkzj] * poed[hfgz]; _uli gqnf = rmcc[hfgz] * wmjk[lkzj]; _uli wjab = ((oesz[hfgz + lkzj]) + (uuvm) + (((((irdx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wjab < uuvm) { gqnf += 1; } _uli oxyo = ((((irdx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gqnf) << ((-47 + (((sizeof(_uli)) << (3)))))))); oesz[hfgz + lkzj] = wjab; oesz[1 + hfgz + lkzj] += oxyo; } { for (_si nlez = 0; nlez <= 11; nlez += 1) { oesz[1 + nlez] += ((oesz[nlez]) >> (47)); oesz[nlez] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oesz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *nvkm = (_uc *)(plyo); for (_si vvjb = 0; vvjb <= 360; vvjb += 1) { nvkm[vvjb] = (_uc)(1 + nvkm[vvjb]) * (_uc)(255 + nvkm[1 + vvjb]); } nvkm[361] = 0; } { _uc *mgtt = (_uc *)(wmjk); for (_si trhi = 0; trhi <= 360; trhi += 1) { mgtt[trhi] = (_uc)(1 + mgtt[trhi]) * (_uc)(255 + mgtt[1 + trhi]); } mgtt[361] = 0; } apeo(poed); { _uc *pmvx = (_uc *)(rmcc); for (_si qojc = 0; qojc <= 360; qojc += 1) { pmvx[qojc] = (_uc)(255 + pmvx[1 + qojc]) * (_uc)(1 + pmvx[qojc]); } pmvx[361] = 0; } } gfvg(oesz, oesz, dqhv); { _si jnen = (sfol % 47); _si oiex = ((sfol) / (47)); _si zfcm = sfol; if (zfcm > (8 * sizeof(_uli))) { zfcm = -1; } if (oiex >= 13) { zidt(oesz); } else { _uli iqdp = (((((_uli)(1)) << (jnen))) - ((_uli)(1))); if (zfcm < 0) { oesz[0] = 0; } else { oesz[0] = ((((oesz[0]) & (~iqdp))) >> (zfcm)); }; if (oiex != 0) { oesz[0] += ((((oesz[oiex]) & (~iqdp))) >> (jnen)); } for (_si yztr = 1; yztr <= (12 - oiex); yztr += 1) { oesz[-1 + yztr] += ((((((oesz[oiex + yztr]) & (iqdp))) << (-jnen + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); oesz[yztr] = ((((oesz[oiex + yztr]) & (~iqdp))) >> (jnen)); } for (_si toov = 13 - oiex; toov <= 12; toov += 1) { oesz[toov] = 0; } }; } krnj(dqhv, oesz, maeu); _si opgj = oeys(dqhv); if (!opgj) { omfn(oesz, dqhv); } nali(dqhv); } void snba(_uli *awdc, _uli *ytxt, _uli *njby, _uli *lkme) { hyfr(ytxt, njby, lkme); _si njvw; { njvw = 0; _uli ztbj = 19; for (_si ezkf = 12; ezkf >= 0; ezkf -= 1) { if (ytxt[ezkf] != 0) { njvw = ((((ytxt[ezkf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (njvw) { { for (_si uajx = 0; uajx <= 12; uajx += 1) { ytxt[uajx] = awdc[uajx] + ytxt[uajx]; } { _si xxfu = gsfk(ytxt); if (xxfu) { { for (_si xxqc = 0; xxqc <= 12; xxqc += 1) { ytxt[xxqc] = -ytxt[xxqc]; } } } for (_si fozp = 0; fozp <= 11; fozp += 1) { if (((((ytxt[fozp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ytxt[1 + fozp] -= 1; } else { ytxt[1 + fozp] += ((ytxt[fozp]) >> (47)); }; ytxt[fozp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ytxt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xxfu) { { for (_si fcpr = 0; fcpr <= 12; fcpr += 1) { ytxt[fcpr] = -ytxt[fcpr]; } } } } } } } void wvkm(_uc *trmi, _uc *jav, _si iodr) { _ui *msw = (_ui *)(trmi + 0); _ui *nhl = (_ui *)(trmi + 128); _uc *vmr = (_uc *)(msw); for (_si nomx = 0; nomx <= (-1 + iodr); nomx += 1) { if (nhl[0] >= 64) { jfxq(trmi); nhl[0] = 0; } jav[nomx] ^= vmr[nhl[0]]; nhl[0] += 1; } } void jbtm(_uli *bwvl) { _uc *ydnc = (_uc *)(bwvl); for (_si ncwu = 0; ncwu <= 360; ncwu += 1) { ydnc[ncwu] = (_uc)(1 + ydnc[ncwu]) * (_uc)(255 + ydnc[1 + ncwu]); } ydnc[361] = 0; } void hbqy(_uc *msvg, _uc *mefx, _uc *rxge, _si shil) { { bfho(msvg, mefx); _ui *yenz = (_ui *)(msvg + 64); _ui *wmpw = (_ui *)(msvg + 128); for (_si cqpg = 0; cqpg <= 3; cqpg += 1) { yenz[cqpg] = (((_ui)(((_uc *)(_m + 48146) + 4 * cqpg)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cqpg)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cqpg)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cqpg)[3])) << (24)))); } for (_si jaww = 0; jaww <= 3; jaww += 1) { yenz[12 + jaww] = 0; _m[65162] += 1; } wmpw[0] = 3904225602; } jwq(msvg, rxge, shil); } void ov(_uc *vh, _uc *b, _uc *xks, _si vl) { vdci(vh, b, 0); cvhz(vh, xks, vl); } void luq(_uc *cfce, _uc *tocs, _uc *rnyy, _si jllq) { { { _ui *aoh = (_ui *)(cfce + 64); for (_si pha = 0; pha <= 7; pha += 1) { aoh[4 + pha] = (((_ui)((tocs + 4 * pha)[0])) + ((((_ui)((tocs + 4 * pha)[1])) << (8))) + ((((_ui)((tocs + 4 * pha)[2])) << (16))) + ((((_ui)((tocs + 4 * pha)[3])) << (24)))); } } _ui *tnah = (_ui *)(cfce + 64); _ui *lowo = (_ui *)(cfce + 128); for (_si puad = 0; puad <= 3; puad += 1) { tnah[puad] = (((_ui)(((_uc *)(_m + 48146) + 4 * puad)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * puad)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * puad)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * puad)[3])) << (24)))); } for (_si jija = 0; jija <= 3; jija += 1) { tnah[12 + jija] = 0; _m[65162] += 1; } lowo[0] = 3904225602; } pwu(cfce, rnyy, jllq); } _uc *syum() { ; _uc *hllf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; hllf = (_uc *)(_m + 362 * _s); break; } _s += 1; } return hllf; } void olzt(_uli *erzl, _uli *ahpt, _uli *ckcz) { for (_si yxut = 0; yxut <= 12; yxut += 1) { erzl[yxut] = ahpt[yxut] - ckcz[yxut]; } { _si tkrc = lneg(erzl); if (tkrc) { { for (_si zato = 0; zato <= 12; zato += 1) { erzl[zato] = -erzl[zato]; } } } for (_si uwoe = 0; uwoe <= 11; uwoe += 1) { if (((((erzl[uwoe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { erzl[1 + uwoe] -= 1; } else { erzl[1 + uwoe] += ((erzl[uwoe]) >> (47)); }; erzl[uwoe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } erzl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tkrc) { { for (_si ahxa = 0; ahxa <= 12; ahxa += 1) { erzl[ahxa] = -erzl[ahxa]; } } } } } _uli *pncc() { ; _uli *eych; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; eych = (_uli *)(_m + 362 * _s); break; } _s += 1; } return eych; } void nppo(_si upbo, _uli *yizp) { yizp[(((upbo) / (47)))] &= ((((((_uli)(1)) << ((upbo % 47)))) - ((_uli)(1)))); for (_si lzho = 1 + (((upbo) / (47))); lzho <= 12; lzho += 1) { yizp[lzho] = 0; } } void qrfc(_uli *fbzp) { for (_si cwuw = 0; cwuw <= 11; cwuw += 1) { fbzp[1 + cwuw] += ((fbzp[cwuw]) >> (47)); fbzp[cwuw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fbzp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void nawj(_si czzk, _uli *yyra) { yyra[(((czzk) / (47)))] &= ((((((_uli)(1)) << ((czzk % 47)))) - ((_uli)(1)))); for (_si humx = 1 + (((czzk) / (47))); humx <= 12; humx += 1) { yyra[humx] = 0; } } void fupg(_uli *qgfw) { _uc *kcpd = (_uc *)(qgfw); for (_si rqv = 0; rqv <= 360; rqv += 1) { kcpd[rqv] = (_uc)(1 + kcpd[rqv]) * (_uc)(255 + kcpd[1 + rqv]); } kcpd[361] = 0; } void dtry(_uli *rlby, _uli *gxjw, _uli *sgar) { _uli *ugix = lbjy(); _uli *dsgu = test(); _uli *lci = aurm(); _uli *zmpu = hfgh(); for (_si rhiv = 0; rhiv <= 12; rhiv += 1) { ugix[rhiv] = ((gxjw[rhiv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dsgu[rhiv] = ((gxjw[rhiv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lci[rhiv] = ((sgar[rhiv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zmpu[rhiv] = ((sgar[rhiv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wicy = 0; wicy <= 12; wicy += 1) { rlby[wicy] = 0; } } for (_si ufdt = 0; ufdt <= (-1 + (((13) >> (1)))); ufdt += 1) { for (_si agdj = 0; agdj <= (-1 + (((13) >> (1)))); agdj += 1) { _uli kihe = dsgu[ufdt] * lci[agdj] + ugix[ufdt] * zmpu[agdj]; _uli zmj = lci[agdj] * ugix[ufdt]; _uli hgji = dsgu[ufdt] * zmpu[agdj]; _uli rdaj = ((rlby[agdj + ufdt]) + (zmj) + (((((kihe) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rdaj < zmj) { hgji += 1; } _uli epc = ((((kihe) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hgji) << ((-47 + (((sizeof(_uli)) << (3)))))))); rlby[agdj + ufdt] = rdaj; rlby[1 + agdj + ufdt] += epc; } { for (_si aakx = 0; aakx <= 11; aakx += 1) { rlby[1 + aakx] += ((rlby[aakx]) >> (47)); rlby[aakx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rlby[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } xagy(ugix); { _uc *tsfa = (_uc *)(dsgu); for (_si gbbm = 0; gbbm <= 360; gbbm += 1) { tsfa[gbbm] = (_uc)(1 + tsfa[gbbm]) * (_uc)(255 + tsfa[1 + gbbm]); } tsfa[361] = 0; } dcux(lci); { _uc *vuc = (_uc *)(zmpu); for (_si hts = 0; hts <= 360; hts += 1) { vuc[hts] = (_uc)(255 + vuc[1 + hts]) * (_uc)(1 + vuc[hts]); } vuc[361] = 0; } } void oakj(_uli *gsde) { for (_si qnhn = 0; qnhn <= 12; qnhn += 1) { gsde[qnhn] = 0; } } void hczh(_si hkms, _uli *cxlq) { cxlq[(((hkms) / (47)))] &= ((((((_uli)(1)) << ((hkms % 47)))) - ((_uli)(1)))); for (_si ffpv = 1 + (((hkms) / (47))); ffpv <= 12; ffpv += 1) { cxlq[ffpv] = 0; } } void svdw(_uc *rpxu, _uc *dlcm, _si ybvt) { _ui *ujms = (_ui *)(rpxu + 0); _ui *iyhn = (_ui *)(rpxu + 128); _uc *plhf = (_uc *)(ujms); for (_si xmbd = 0; xmbd <= (-1 + ybvt); xmbd += 1) { if (iyhn[0] >= 64) { edmh(rpxu); iyhn[0] = 0; } dlcm[xmbd] ^= plhf[iyhn[0]]; iyhn[0] += 1; } } void amjs(_uli *aagl, _uli *wuip, _uli *fmvw) { for (_si qaqz = 0; qaqz <= 12; qaqz += 1) { aagl[qaqz] = fmvw[qaqz] + wuip[qaqz]; } tcmt(aagl); } void otaf(_uc *ktlc, _uc *ijhd, _si vjdv) { _ui *xwsg = (_ui *)(ktlc + 0); _ui *jblw = (_ui *)(ktlc + 128); _uc *efgd = (_uc *)(xwsg); for (_si xvm = 0; xvm <= (-1 + vjdv); xvm += 1) { if (jblw[0] >= 64) { { _ui *gabw = (_ui *)(ktlc + 0); _ui *yypy = (_ui *)(ktlc + 64); for (_si jxbc = 0; jxbc <= 15; jxbc += 1) { gabw[jxbc] = yypy[jxbc]; } for (_si jscj = 0; jscj <= 9; jscj += 1) { { gabw[0] += gabw[4]; gabw[12] ^= gabw[0]; gabw[12] = ((((gabw[12]) << (16))) | (((gabw[12]) >> (16)))); gabw[8] += gabw[12]; gabw[4] ^= gabw[8]; gabw[4] = ((((gabw[4]) << (12))) | (((gabw[4]) >> (20)))); gabw[0] += gabw[4]; gabw[12] ^= gabw[0]; gabw[12] = ((((gabw[12]) << (8))) | (((gabw[12]) >> (24)))); gabw[8] += gabw[12]; gabw[4] ^= gabw[8]; gabw[4] = ((((gabw[4]) << (7))) | (((gabw[4]) >> (25)))); } { gabw[1] += gabw[5]; gabw[13] ^= gabw[1]; gabw[13] = ((((gabw[13]) << (16))) | (((gabw[13]) >> (16)))); gabw[9] += gabw[13]; gabw[5] ^= gabw[9]; gabw[5] = ((((gabw[5]) << (12))) | (((gabw[5]) >> (20)))); gabw[1] += gabw[5]; gabw[13] ^= gabw[1]; gabw[13] = ((((gabw[13]) << (8))) | (((gabw[13]) >> (24)))); gabw[9] += gabw[13]; gabw[5] ^= gabw[9]; gabw[5] = ((((gabw[5]) << (7))) | (((gabw[5]) >> (25)))); } { gabw[2] += gabw[6]; gabw[14] ^= gabw[2]; gabw[14] = ((((gabw[14]) << (16))) | (((gabw[14]) >> (16)))); gabw[10] += gabw[14]; gabw[6] ^= gabw[10]; gabw[6] = ((((gabw[6]) << (12))) | (((gabw[6]) >> (20)))); gabw[2] += gabw[6]; gabw[14] ^= gabw[2]; gabw[14] = ((((gabw[14]) << (8))) | (((gabw[14]) >> (24)))); gabw[10] += gabw[14]; gabw[6] ^= gabw[10]; gabw[6] = ((((gabw[6]) << (7))) | (((gabw[6]) >> (25)))); } wclm(gabw, 3, 7, 11, 15); sjin(gabw, 0, 5, 10, 15); { gabw[1] += gabw[6]; gabw[12] ^= gabw[1]; gabw[12] = ((((gabw[12]) << (16))) | (((gabw[12]) >> (16)))); gabw[11] += gabw[12]; gabw[6] ^= gabw[11]; gabw[6] = ((((gabw[6]) << (12))) | (((gabw[6]) >> (20)))); gabw[1] += gabw[6]; gabw[12] ^= gabw[1]; gabw[12] = ((((gabw[12]) << (8))) | (((gabw[12]) >> (24)))); gabw[11] += gabw[12]; gabw[6] ^= gabw[11]; gabw[6] = ((((gabw[6]) << (7))) | (((gabw[6]) >> (25)))); } ndt(gabw, 2, 7, 8, 13); { gabw[3] += gabw[4]; gabw[14] ^= gabw[3]; gabw[14] = ((((gabw[14]) << (16))) | (((gabw[14]) >> (16)))); gabw[9] += gabw[14]; gabw[4] ^= gabw[9]; gabw[4] = ((((gabw[4]) << (12))) | (((gabw[4]) >> (20)))); gabw[3] += gabw[4]; gabw[14] ^= gabw[3]; gabw[14] = ((((gabw[14]) << (8))) | (((gabw[14]) >> (24)))); gabw[9] += gabw[14]; gabw[4] ^= gabw[9]; gabw[4] = ((((gabw[4]) << (7))) | (((gabw[4]) >> (25)))); } _m[65163] += 1; } for (_si oarm = 0; oarm <= 15; oarm += 1) { gabw[oarm] += yypy[oarm]; } yypy[12] += 1; if (yypy[12] == 0) { yypy[13] += 1; } } jblw[0] = 0; } ijhd[xvm] ^= efgd[jblw[0]]; jblw[0] += 1; } } _uli *vwjb() { ; _uli *qvmz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; qvmz = (_uli *)(_m + 362 * _s); break; } _s += 1; } return qvmz; } void aopg(_uli *ktln) { _uc *zoax = (_uc *)(ktln); for (_si ztkp = 0; ztkp <= 360; ztkp += 1) { zoax[ztkp] = (_uc)(1 + zoax[ztkp]) * (_uc)(255 + zoax[1 + ztkp]); } zoax[361] = 0; } void vocy(_uli *rxrn, _si ngpm) { _si emyw = (ngpm % 47); _si gnez = ((ngpm) / (47)); _si tgkf = ngpm; if (tgkf > (8 * sizeof(_uli))) { tgkf = -1; } if (gnez >= 13) { { for (_si beyq = 0; beyq <= 12; beyq += 1) { rxrn[beyq] = 0; } } } else { _uli vhve = (((((_uli)(1)) << (emyw))) - ((_uli)(1))); if (tgkf < 0) { rxrn[0] = 0; } else { rxrn[0] = ((((rxrn[0]) & (~vhve))) >> (tgkf)); }; if (gnez != 0) { rxrn[0] += ((((rxrn[gnez]) & (~vhve))) >> (emyw)); } for (_si iixd = 1; iixd <= (12 - gnez); iixd += 1) { rxrn[-1 + iixd] += ((((((rxrn[gnez + iixd]) & (vhve))) << (-emyw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rxrn[iixd] = ((((rxrn[gnez + iixd]) & (~vhve))) >> (emyw)); } for (_si mutf = 13 - gnez; mutf <= 12; mutf += 1) { rxrn[mutf] = 0; } }; } void aybm(_uli *dhnh, _uli *dfkp) { if (dhnh != dfkp) { for (_si gxtr = 0; gxtr <= 12; gxtr += 1) { dhnh[gxtr] = dfkp[gxtr]; } } } void soyf(_uli *kwiy) { _uc *kkof = (_uc *)(kwiy); for (_si dwnt = 0; dwnt <= 360; dwnt += 1) { kkof[dwnt] = (_uc)(255 + kkof[1 + dwnt]) * (_uc)(1 + kkof[dwnt]); } kkof[361] = 0; } _uc *nmj() { ; _uc *ji; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; ji = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ji; } void tgg(_uli *xhvs, _uli *ybdo) { if (xhvs != ybdo) { for (_si lrbz = 0; lrbz <= 44; lrbz += 1) { xhvs[lrbz] = ybdo[lrbz]; } } } void hdfp(_uli *crgx) { _uc *sppb = (_uc *)(crgx); for (_si udlx = 0; udlx <= 360; udlx += 1) { sppb[udlx] = (_uc)(255 + sppb[1 + udlx]) * (_uc)(1 + sppb[udlx]); } sppb[361] = 0; } void ffes(_uli *bcr) { for (_si todn = 0; todn <= 11; todn += 1) { bcr[1 + todn] += ((bcr[todn]) >> (47)); bcr[todn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bcr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void bfd(_uli *jpfl) { for (_si aqyv = 0; aqyv <= 43; aqyv += 1) { jpfl[1 + aqyv] += ((jpfl[aqyv]) >> (47)); jpfl[aqyv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jpfl[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void exrj(_si czcm, _uli *mwdg) { mwdg[(((czcm) / (47)))] &= ((((((_uli)(1)) << ((czcm % 47)))) - ((_uli)(1)))); for (_si bizz = 1 + (((czcm) / (47))); bizz <= 12; bizz += 1) { mwdg[bizz] = 0; } } _uli *nrlo() { ; _uli *oqzx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; oqzx = (_uli *)(_m + 362 * _s); break; } _s += 1; } return oqzx; } void ktrk(_uli *vffz) { for (_si owma = 0; owma <= 12; owma += 1) { vffz[owma] = 0; } } void erwp(_uli *yxdf, _si eimk) { _si gdbr = (eimk % 47); _si eybk = ((eimk) / (47)); _si gxhy = eimk; if (gxhy > (8 * sizeof(_uli))) { gxhy = -1; } if (eybk >= 13) { { for (_si rohz = 0; rohz <= 12; rohz += 1) { yxdf[rohz] = 0; } } } else { _uli ecpi = (((((_uli)(1)) << (gdbr))) - ((_uli)(1))); if (gxhy < 0) { yxdf[0] = 0; } else { yxdf[0] = ((((yxdf[0]) & (~ecpi))) >> (gxhy)); }; if (eybk != 0) { yxdf[0] += ((((yxdf[eybk]) & (~ecpi))) >> (gdbr)); } for (_si cpvi = 1; cpvi <= (12 - eybk); cpvi += 1) { yxdf[-1 + cpvi] += ((((((yxdf[cpvi + eybk]) & (ecpi))) << (-gdbr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yxdf[cpvi] = ((((yxdf[cpvi + eybk]) & (~ecpi))) >> (gdbr)); } for (_si wvgv = 13 - eybk; wvgv <= 12; wvgv += 1) { yxdf[wvgv] = 0; } }; } void jppl(_uli *xpvy, _si sxwf) { _si ckoa = (sxwf % 47); _si cpbr = ((sxwf) / (47)); _si ybyv = sxwf; if (ybyv > (8 * sizeof(_uli))) { ybyv = -1; } if (cpbr >= 13) { { for (_si tpcp = 0; tpcp <= 12; tpcp += 1) { xpvy[tpcp] = 0; } } } else { _uli nnvy = (((((_uli)(1)) << (ckoa))) - ((_uli)(1))); if (ybyv < 0) { xpvy[0] = 0; } else { xpvy[0] = ((((xpvy[0]) & (~nnvy))) >> (ybyv)); }; if (cpbr != 0) { xpvy[0] += ((((xpvy[cpbr]) & (~nnvy))) >> (ckoa)); } for (_si zrqw = 1; zrqw <= (12 - cpbr); zrqw += 1) { xpvy[-1 + zrqw] += ((((((xpvy[cpbr + zrqw]) & (nnvy))) << (-ckoa + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xpvy[zrqw] = ((((xpvy[cpbr + zrqw]) & (~nnvy))) >> (ckoa)); } for (_si velo = 13 - cpbr; velo <= 12; velo += 1) { xpvy[velo] = 0; } }; } void kry(_uli *nvtx, _uli *uzrt) { if (nvtx != uzrt) { for (_si egfk = 0; egfk <= 12; egfk += 1) { nvtx[egfk] = uzrt[egfk]; } } } void negb(_si siuu, _uli *hxtw) { hxtw[(((siuu) / (47)))] &= ((((((_uli)(1)) << ((siuu % 47)))) - ((_uli)(1)))); for (_si xzwi = 1 + (((siuu) / (47))); xzwi <= 12; xzwi += 1) { hxtw[xzwi] = 0; } } void ktcl(_uc *nonm) { _uc *yxig = (_uc *)(nonm + 0); _ui *fmji = (_ui *)(nonm + 64); _ui *phh = (_ui *)(nonm + 96); _si yyz = 0; _ui xsjt = 0; _ui nje = 0; _ui jmmx = 0; _ui luzb = 0; _ui mqcu = 0; _ui jioo = 0; for (_si fmnh = 0; fmnh <= 15; fmnh += 1) { phh[fmnh] = (((((((((_ui)(yxig[yyz])) << (24))) | ((((_ui)(yxig[1 + yyz])) << (16))))) | ((((_ui)(yxig[2 + yyz])) << (8))))) | ((_ui)(yxig[3 + yyz]))); yyz += 4; } for (_si qkv = 16; qkv <= 31; qkv += 1) { xsjt = ((((((((phh[-15 + qkv]) >> (7))) | (((phh[-15 + qkv]) << (25))))) ^ (((((phh[-15 + qkv]) >> (18))) | (((phh[-15 + qkv]) << (14))))))) ^ (((phh[-15 + qkv]) >> (3)))); luzb = ((((((((phh[-2 + qkv]) >> (17))) | (((phh[-2 + qkv]) << (15))))) ^ (((((phh[-2 + qkv]) >> (19))) | (((phh[-2 + qkv]) << (13))))))) ^ (((phh[-2 + qkv]) >> (10)))); phh[qkv] = luzb + phh[-7 + qkv] + phh[-16 + qkv] + xsjt; _m[65160] += 1; } _ui wyff = fmji[0]; _ui qhbw = fmji[1]; _ui jkuz = fmji[2]; _ui ovzx = fmji[3]; _ui suwf = fmji[4]; _ui pwj = fmji[5]; _ui yhwk = fmji[6]; _ui yydk = fmji[7]; for (_si dsr = 0; dsr <= 31; dsr += 1) { xsjt = ((((((((wyff) >> (2))) | (((wyff) << (30))))) ^ (((((wyff) >> (13))) | (((wyff) << (19))))))) ^ (((((wyff) >> (22))) | (((wyff) << (10)))))); nje = ((((((wyff) & (qhbw))) ^ (((wyff) & (jkuz))))) ^ (((qhbw) & (jkuz)))); jmmx = nje + xsjt; luzb = ((((((((suwf) >> (6))) | (((suwf) << (26))))) ^ (((((suwf) >> (11))) | (((suwf) << (21))))))) ^ (((((suwf) >> (25))) | (((suwf) << (7)))))); mqcu = ((((suwf) & (pwj))) ^ (((~suwf) & (yhwk)))); jioo = yydk + luzb + phh[dsr] + *(((_ui *)(_m + 246160) + dsr)) + mqcu; yydk = yhwk; yhwk = pwj; pwj = suwf; suwf = jioo + ovzx; ovzx = jkuz; jkuz = qhbw; qhbw = wyff; wyff = jioo + jmmx; _m[65161] += 1; } fmji[0] += wyff; fmji[1] += qhbw; fmji[2] += jkuz; fmji[3] += ovzx; fmji[4] += suwf; fmji[5] += pwj; fmji[6] += yhwk; fmji[7] += yydk; } void lxxs(_uli *eygi, _si bhu) { _si bwdq = (bhu % 47); _si oqlh = ((bhu) / (47)); _si nunx = -bwdq + (((sizeof(_uli)) << (3))); if (oqlh >= 13) { { for (_si wmp = 0; wmp <= 12; wmp += 1) { eygi[wmp] = 0; } } } else { for (_si ehn = 12 - oqlh; ehn >= 1; ehn -= 1) { eygi[ehn + oqlh] = ((eygi[ehn]) << (bwdq)); if (nunx < (8 * sizeof(_uli))) { eygi[ehn + oqlh] += ((((eygi[-1 + ehn]) >> (nunx))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } eygi[oqlh] = ((eygi[0]) << (bwdq)); for (_si phrk = -1 + oqlh; phrk >= 0; phrk -= 1) { eygi[phrk] = 0; } }; ntag(eygi); } void ddea(_uli *waat) { for (_si phxc = 0; phxc <= 11; phxc += 1) { waat[1 + phxc] += ((waat[phxc]) >> (47)); waat[phxc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } waat[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wvri(_uli *xsye) { for (_si cwnh = 0; cwnh <= 12; cwnh += 1) { xsye[cwnh] = 0; } } void pvub(_uli *nhxy) { for (_si gbks = 0; gbks <= 12; gbks += 1) { nhxy[gbks] = 0; } } void orus(_uli *btff) { _uc *pgft = (_uc *)(btff); for (_si sskb = 0; sskb <= 360; sskb += 1) { pgft[sskb] = (_uc)(1 + pgft[sskb]) * (_uc)(255 + pgft[1 + sskb]); } pgft[361] = 0; } void xddw(_uc *xchj) { _uc *nvqw = (_uc *)(xchj + 0); _ui *osuw = (_ui *)(xchj + 64); _ui *oobo = (_ui *)(xchj + 96); _si ugvw = 0; _ui dphc = 0; _ui cqvf = 0; _ui heqs = 0; _ui vljz = 0; _ui bssb = 0; _ui ppev = 0; for (_si uzhh = 0; uzhh <= 15; uzhh += 1) { oobo[uzhh] = (((((((((_ui)(nvqw[ugvw])) << (24))) | ((((_ui)(nvqw[1 + ugvw])) << (16))))) | ((((_ui)(nvqw[2 + ugvw])) << (8))))) | ((_ui)(nvqw[3 + ugvw]))); ugvw += 4; } for (_si yqkv = 16; yqkv <= 31; yqkv += 1) { dphc = ((((((((oobo[-15 + yqkv]) >> (7))) | (((oobo[-15 + yqkv]) << (25))))) ^ (((((oobo[-15 + yqkv]) >> (18))) | (((oobo[-15 + yqkv]) << (14))))))) ^ (((oobo[-15 + yqkv]) >> (3)))); vljz = ((((((((oobo[-2 + yqkv]) >> (17))) | (((oobo[-2 + yqkv]) << (15))))) ^ (((((oobo[-2 + yqkv]) >> (19))) | (((oobo[-2 + yqkv]) << (13))))))) ^ (((oobo[-2 + yqkv]) >> (10)))); oobo[yqkv] = dphc + oobo[-16 + yqkv] + oobo[-7 + yqkv] + vljz; _m[65160] += 1; } _ui fvxg = osuw[0]; _ui grfa = osuw[1]; _ui hhmi = osuw[2]; _ui ilpa = osuw[3]; _ui bqea = osuw[4]; _ui wnkt = osuw[5]; _ui bcfx = osuw[6]; _ui zimm = osuw[7]; for (_si kqm = 0; kqm <= 31; kqm += 1) { dphc = ((((((((fvxg) >> (2))) | (((fvxg) << (30))))) ^ (((((fvxg) >> (13))) | (((fvxg) << (19))))))) ^ (((((fvxg) >> (22))) | (((fvxg) << (10)))))); cqvf = ((((((fvxg) & (grfa))) ^ (((fvxg) & (hhmi))))) ^ (((grfa) & (hhmi)))); heqs = cqvf + dphc; vljz = ((((((((bqea) >> (6))) | (((bqea) << (26))))) ^ (((((bqea) >> (11))) | (((bqea) << (21))))))) ^ (((((bqea) >> (25))) | (((bqea) << (7)))))); bssb = ((((bqea) & (wnkt))) ^ (((~bqea) & (bcfx)))); ppev = zimm + vljz + *(((_ui *)(_m + 246160) + kqm)) + oobo[kqm] + bssb; zimm = bcfx; bcfx = wnkt; wnkt = bqea; bqea = ilpa + ppev; ilpa = hhmi; hhmi = grfa; grfa = fvxg; fvxg = heqs + ppev; _m[65161] += 1; } osuw[0] += fvxg; osuw[1] += grfa; osuw[2] += hhmi; osuw[3] += ilpa; osuw[4] += bqea; osuw[5] += wnkt; osuw[6] += bcfx; osuw[7] += zimm; } _si cod(_uli *fulc) { _si yntq = 0; _uli esuo = 19; for (_si bbex = 12; bbex >= 0; bbex -= 1) { if (fulc[bbex] != 0) { yntq = ((((fulc[bbex]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return yntq; } void vjzc(_uc *olfq) { _uc *mfr = (_uc *)(olfq + 0); _ui *jruu = (_ui *)(olfq + 64); _ui *cmlk = (_ui *)(olfq + 96); _si ounj = 0; _ui cimq = 0; _ui cqqa = 0; _ui rakc = 0; _ui nywa = 0; _ui ljco = 0; _ui ahfe = 0; for (_si kflk = 0; kflk <= 15; kflk += 1) { cmlk[kflk] = (((((((((_ui)(mfr[ounj])) << (24))) | ((((_ui)(mfr[1 + ounj])) << (16))))) | ((((_ui)(mfr[2 + ounj])) << (8))))) | ((_ui)(mfr[3 + ounj]))); ounj += 4; } for (_si cbyc = 16; cbyc <= 31; cbyc += 1) { cimq = ((((((((cmlk[-15 + cbyc]) >> (7))) | (((cmlk[-15 + cbyc]) << (25))))) ^ (((((cmlk[-15 + cbyc]) >> (18))) | (((cmlk[-15 + cbyc]) << (14))))))) ^ (((cmlk[-15 + cbyc]) >> (3)))); nywa = ((((((((cmlk[-2 + cbyc]) >> (17))) | (((cmlk[-2 + cbyc]) << (15))))) ^ (((((cmlk[-2 + cbyc]) >> (19))) | (((cmlk[-2 + cbyc]) << (13))))))) ^ (((cmlk[-2 + cbyc]) >> (10)))); cmlk[cbyc] = cimq + cmlk[-7 + cbyc] + cmlk[-16 + cbyc] + nywa; _m[65160] += 1; } _ui parh = jruu[0]; _ui gyje = jruu[1]; _ui hjqa = jruu[2]; _ui eaia = jruu[3]; _ui vsyu = jruu[4]; _ui tbfk = jruu[5]; _ui pqrv = jruu[6]; _ui doyr = jruu[7]; for (_si hpdi = 0; hpdi <= 31; hpdi += 1) { cimq = ((((((((parh) >> (2))) | (((parh) << (30))))) ^ (((((parh) >> (13))) | (((parh) << (19))))))) ^ (((((parh) >> (22))) | (((parh) << (10)))))); cqqa = ((((((parh) & (gyje))) ^ (((parh) & (hjqa))))) ^ (((gyje) & (hjqa)))); rakc = cimq + cqqa; nywa = ((((((((vsyu) >> (6))) | (((vsyu) << (26))))) ^ (((((vsyu) >> (11))) | (((vsyu) << (21))))))) ^ (((((vsyu) >> (25))) | (((vsyu) << (7)))))); ljco = ((((vsyu) & (tbfk))) ^ (((~vsyu) & (pqrv)))); ahfe = doyr + nywa + ljco + cmlk[hpdi] + *(((_ui *)(_m + 246160) + hpdi)); doyr = pqrv; pqrv = tbfk; tbfk = vsyu; vsyu = ahfe + eaia; eaia = hjqa; hjqa = gyje; gyje = parh; parh = ahfe + rakc; _m[65161] += 1; } jruu[0] += parh; jruu[1] += gyje; jruu[2] += hjqa; jruu[3] += eaia; jruu[4] += vsyu; jruu[5] += tbfk; jruu[6] += pqrv; jruu[7] += doyr; } void fooj(_uli *gryc, _uli *xtai, _uli *tdhh, _uli *mety, _uli *olhp) { _uli *jnti = ecoc(); _uli *sxgl = qidh(); _uli *borh = hyda(); _uli *yqgq = vwhv(); _uli *hjnw = bveb(); _uli *ggss = wsbw(); _si ezpo = 0; while (1) { _si brzo = (mety[0] % 2) == 0; _si pqsk = (olhp[0] % 2) == 0; if (!(brzo && pqsk)) { break; } ezpo += 1; klzd(mety, 1); { _si efsv = 1; _si aqzi = 0; _si bjfi = 1; if (bjfi > (8 * sizeof(_uli))) { bjfi = -1; } if (aqzi >= 13) { { for (_si xlzq = 0; xlzq <= 12; xlzq += 1) { olhp[xlzq] = 0; } } } else { _uli pbxo = (((((_uli)(1)) << (efsv))) - ((_uli)(1))); if (bjfi < 0) { olhp[0] = 0; } else { olhp[0] = ((((olhp[0]) & (~pbxo))) >> (bjfi)); }; if (aqzi != 0) { olhp[0] += ((((olhp[aqzi]) & (~pbxo))) >> (efsv)); } for (_si usap = 1; usap <= (12 - aqzi); usap += 1) { olhp[-1 + usap] += ((((((olhp[aqzi + usap]) & (pbxo))) << (-efsv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); olhp[usap] = ((((olhp[aqzi + usap]) & (~pbxo))) >> (efsv)); } for (_si awom = 13 - aqzi; awom <= 12; awom += 1) { olhp[awom] = 0; } }; } } { if (hjnw != mety) { for (_si qwnn = 0; qwnn <= 12; qwnn += 1) { hjnw[qwnn] = mety[qwnn]; } } } { if (gryc != olhp) { for (_si uywi = 0; uywi <= 12; uywi += 1) { gryc[uywi] = olhp[uywi]; } } } { jnti[0] = 1; for (_si riuw = 1; riuw <= 12; riuw += 1) { jnti[riuw] = 0; } } { for (_si tdww = 0; tdww <= 12; tdww += 1) { sxgl[tdww] = 0; } } kgrw(borh); { yqgq[0] = 1; for (_si tclh = 1; tclh <= 12; tclh += 1) { yqgq[tclh] = 0; } } while (1) { while (1) { _si nstl = (hjnw[0] % 2) == 0; if (!nstl) { break; } { _si imrx = 1; _si nryt = 0; _si orae = 1; if (orae > (8 * sizeof(_uli))) { orae = -1; } if (nryt >= 13) { lbnk(hjnw); } else { _uli bhop = (((((_uli)(1)) << (imrx))) - ((_uli)(1))); if (orae < 0) { hjnw[0] = 0; } else { hjnw[0] = ((((hjnw[0]) & (~bhop))) >> (orae)); }; if (nryt != 0) { hjnw[0] += ((((hjnw[nryt]) & (~bhop))) >> (imrx)); } for (_si wnsl = 1; wnsl <= (12 - nryt); wnsl += 1) { hjnw[-1 + wnsl] += ((((((hjnw[nryt + wnsl]) & (bhop))) << (-imrx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hjnw[wnsl] = ((((hjnw[nryt + wnsl]) & (~bhop))) >> (imrx)); } for (_si zkew = 13 - nryt; zkew <= 12; zkew += 1) { hjnw[zkew] = 0; } }; } _si nsyg = (jnti[0] % 2) == 0; _si bjzo = (sxgl[0] % 2) == 0; if (!nsyg || !bjzo) { aicp(jnti, jnti, olhp); { for (_si cjjl = 0; cjjl <= 12; cjjl += 1) { sxgl[cjjl] = -mety[cjjl] + sxgl[cjjl]; } midy(sxgl); } } { _si agus = imli(jnti); if (agus) { { for (_si zzsv = 0; zzsv <= 12; zzsv += 1) { jnti[zzsv] = -jnti[zzsv]; } } } mqzy(jnti, 1); if (agus) { { for (_si qsaw = 0; qsaw <= 12; qsaw += 1) { jnti[qsaw] = -jnti[qsaw]; } } } } { _si tosl; { tosl = 0; _uli thgp = 19; for (_si zzkf = 12; zzkf >= 0; zzkf -= 1) { if (sxgl[zzkf] != 0) { tosl = ((((sxgl[zzkf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tosl) { { for (_si cfcf = 0; cfcf <= 12; cfcf += 1) { sxgl[cfcf] = -sxgl[cfcf]; } } } gwui(sxgl, 1); if (tosl) { { for (_si uyyn = 0; uyyn <= 12; uyyn += 1) { sxgl[uyyn] = -sxgl[uyyn]; } } } } } while (1) { _si lcxs = (gryc[0] % 2) == 0; if (!lcxs) { break; } weqz(gryc, 1); _si eidv = (borh[0] % 2) == 0; _si jvuu = (yqgq[0] % 2) == 0; if (!eidv || !jvuu) { zgyu(borh, borh, olhp); pftd(yqgq, yqgq, mety); } { _si mybz = oxfw(borh); if (mybz) { { for (_si xtzj = 0; xtzj <= 12; xtzj += 1) { borh[xtzj] = -borh[xtzj]; } } } { _si oikz = 1; _si okrb = 0; _si xoyz = 1; if (xoyz > (8 * sizeof(_uli))) { xoyz = -1; } if (okrb >= 13) { { for (_si tqfi = 0; tqfi <= 12; tqfi += 1) { borh[tqfi] = 0; } } } else { _uli uipk = (((((_uli)(1)) << (oikz))) - ((_uli)(1))); if (xoyz < 0) { borh[0] = 0; } else { borh[0] = ((((borh[0]) & (~uipk))) >> (xoyz)); }; if (okrb != 0) { borh[0] += ((((borh[okrb]) & (~uipk))) >> (oikz)); } for (_si bfib = 1; bfib <= (12 - okrb); bfib += 1) { borh[-1 + bfib] += ((((((borh[bfib + okrb]) & (uipk))) << (-oikz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); borh[bfib] = ((((borh[bfib + okrb]) & (~uipk))) >> (oikz)); } for (_si cinx = 13 - okrb; cinx <= 12; cinx += 1) { borh[cinx] = 0; } }; } if (mybz) { { for (_si rwjg = 0; rwjg <= 12; rwjg += 1) { borh[rwjg] = -borh[rwjg]; } } } } byze(yqgq, 1); } { for (_si rfsi = 0; rfsi <= 12; rfsi += 1) { ggss[rfsi] = -gryc[rfsi] + hjnw[rfsi]; } vcfl(ggss); } _si wdna = vvlo(ggss); if (wdna) { { for (_si fyhb = 0; fyhb <= 12; fyhb += 1) { gryc[fyhb] = -ggss[fyhb]; } } { for (_si xqnd = 0; xqnd <= 12; xqnd += 1) { borh[xqnd] = borh[xqnd] - jnti[xqnd]; } midy(borh); } { for (_si zvzt = 0; zvzt <= 12; zvzt += 1) { yqgq[zvzt] = -sxgl[zvzt] + yqgq[zvzt]; } { _si wopn = ynrq(yqgq); if (wopn) { { for (_si uvor = 0; uvor <= 12; uvor += 1) { yqgq[uvor] = -yqgq[uvor]; } } } for (_si hjes = 0; hjes <= 11; hjes += 1) { if (((((yqgq[hjes]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yqgq[1 + hjes] -= 1; } else { yqgq[1 + hjes] += ((yqgq[hjes]) >> (47)); }; yqgq[hjes] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yqgq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wopn) { { for (_si joyj = 0; joyj <= 12; joyj += 1) { yqgq[joyj] = -yqgq[joyj]; } } } } } } else { { if (hjnw != ggss) { for (_si gikf = 0; gikf <= 12; gikf += 1) { hjnw[gikf] = ggss[gikf]; } } } zgej(jnti, jnti, borh); { for (_si ocgk = 0; ocgk <= 12; ocgk += 1) { sxgl[ocgk] = sxgl[ocgk] - yqgq[ocgk]; } { _si jivn = nxiv(sxgl); if (jivn) { { for (_si afmy = 0; afmy <= 12; afmy += 1) { sxgl[afmy] = -sxgl[afmy]; } } } for (_si ftlm = 0; ftlm <= 11; ftlm += 1) { if (((((sxgl[ftlm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sxgl[1 + ftlm] -= 1; } else { sxgl[1 + ftlm] += ((sxgl[ftlm]) >> (47)); }; sxgl[ftlm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sxgl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jivn) { wuer(sxgl, sxgl); } } } }; _si dkfj = fglp(hjnw); if (dkfj) { break; } } { if (xtai != borh) { for (_si racj = 0; racj <= 12; racj += 1) { xtai[racj] = borh[racj]; } } } { if (tdhh != yqgq) { for (_si rlvt = 0; rlvt <= 12; rlvt += 1) { tdhh[rlvt] = yqgq[rlvt]; } } } if (ezpo > 0) { { _si ovik = (ezpo % 47); _si uigc = ((ezpo) / (47)); _si zzfa = -ovik + (((sizeof(_uli)) << (3))); if (uigc >= 13) { { for (_si grrn = 0; grrn <= 12; grrn += 1) { gryc[grrn] = 0; } } } else { for (_si gasz = 12 - uigc; gasz >= 1; gasz -= 1) { gryc[gasz + uigc] = ((gryc[gasz]) << (ovik)); if (zzfa < (8 * sizeof(_uli))) { gryc[gasz + uigc] += ((((gryc[-1 + gasz]) >> (zzfa))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } gryc[uigc] = ((gryc[0]) << (ovik)); for (_si rdlr = -1 + uigc; rdlr >= 0; rdlr -= 1) { gryc[rdlr] = 0; } }; crxx(gryc); } { _si edym = (ezpo % 47); _si pkvb = ((ezpo) / (47)); _si fbln = -edym + (((sizeof(_uli)) << (3))); if (pkvb >= 13) { { for (_si olhn = 0; olhn <= 12; olhn += 1) { mety[olhn] = 0; } } } else { for (_si bnrk = 12 - pkvb; bnrk >= 1; bnrk -= 1) { mety[bnrk + pkvb] = ((mety[bnrk]) << (edym)); if (fbln < (8 * sizeof(_uli))) { mety[bnrk + pkvb] += ((((mety[-1 + bnrk]) >> (fbln))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } mety[pkvb] = ((mety[0]) << (edym)); for (_si tsfu = -1 + pkvb; tsfu >= 0; tsfu -= 1) { mety[tsfu] = 0; } }; { for (_si cygb = 0; cygb <= 11; cygb += 1) { mety[1 + cygb] += ((mety[cygb]) >> (47)); mety[cygb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mety[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } wjay(olhp, ezpo); } { _uc *pprs = (_uc *)(jnti); for (_si lcno = 0; lcno <= 360; lcno += 1) { pprs[lcno] = (_uc)(1 + pprs[lcno]) * (_uc)(255 + pprs[1 + lcno]); } pprs[361] = 0; } xxko(sxgl); { _uc *enqr = (_uc *)(borh); for (_si zxdj = 0; zxdj <= 360; zxdj += 1) { enqr[zxdj] = (_uc)(255 + enqr[1 + zxdj]) * (_uc)(1 + enqr[zxdj]); } enqr[361] = 0; } ndxx(yqgq); { _uc *ouco = (_uc *)(hjnw); for (_si mxvj = 0; mxvj <= 360; mxvj += 1) { ouco[mxvj] = (_uc)(255 + ouco[1 + mxvj]) * (_uc)(1 + ouco[mxvj]); } ouco[361] = 0; } { _uc *hcxa = (_uc *)(ggss); for (_si dlhe = 0; dlhe <= 360; dlhe += 1) { hcxa[dlhe] = (_uc)(255 + hcxa[1 + dlhe]) * (_uc)(1 + hcxa[dlhe]); } hcxa[361] = 0; } } _uli *shhs() { ; _uli *mahd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; mahd = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mahd; } _uc *izo() { ; _uc *njqv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; njqv = (_uc *)(_m + 362 * _s); break; } _s += 1; } return njqv; } void vfzk(_uli *lrzd, _uc *jati) { _uli *qlxw = ztjr(); { for (_si iugp = 0; iugp <= 12; iugp += 1) { lrzd[iugp] = 0; } } for (_si gnmj = 0; gnmj <= 31; gnmj += 1) { { qlxw[0] = jati[31 - gnmj]; for (_si tppn = 1; tppn <= 12; tppn += 1) { qlxw[tppn] = 0; } } mviz(qlxw, 8 * gnmj); { for (_si fatq = 0; fatq <= 12; fatq += 1) { lrzd[fatq] = lrzd[fatq] + qlxw[fatq]; } rcpk(lrzd); } } { _uc *iosz = (_uc *)(qlxw); for (_si wovo = 0; wovo <= 360; wovo += 1) { iosz[wovo] = (_uc)(1 + iosz[wovo]) * (_uc)(255 + iosz[1 + wovo]); } iosz[361] = 0; } } void uidn(_uli *jasb) { for (_si rjfo = 0; rjfo <= 12; rjfo += 1) { jasb[rjfo] = 0; } } void aolv(_uli *dbgs, _si lobn) { _si icbg = slxa(dbgs); if (icbg) { { for (_si axqg = 0; axqg <= 12; axqg += 1) { dbgs[axqg] = -dbgs[axqg]; } } } qrba(dbgs, lobn); if (icbg) { { for (_si uoyt = 0; uoyt <= 12; uoyt += 1) { dbgs[uoyt] = -dbgs[uoyt]; } } } } _uli *jozk() { ; _uli *kdw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; kdw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kdw; } void ttka(_uli *jlir, _uli *mbsv, _uli *qhgq) { for (_si gggw = 0; gggw <= 12; gggw += 1) { jlir[gggw] = mbsv[gggw] - qhgq[gggw]; } { _si wekf; { wekf = 0; _uli tcuh = 19; for (_si mlci = 12; mlci >= 0; mlci -= 1) { if (jlir[mlci] != 0) { wekf = ((((jlir[mlci]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wekf) { { for (_si dzvl = 0; dzvl <= 12; dzvl += 1) { jlir[dzvl] = -jlir[dzvl]; } } } for (_si uccn = 0; uccn <= 11; uccn += 1) { if (((((jlir[uccn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jlir[1 + uccn] -= 1; } else { jlir[1 + uccn] += ((jlir[uccn]) >> (47)); }; jlir[uccn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jlir[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wekf) { { for (_si kvfn = 0; kvfn <= 12; kvfn += 1) { jlir[kvfn] = -jlir[kvfn]; } } } } } _si tfbh(_uli *vefq, _uli *yzvq) { _si caig = 0; for (_si hvun = 12; hvun >= 0; hvun -= 1) { if (vefq[hvun] > yzvq[hvun]) { break; } else if (vefq[hvun] < yzvq[hvun]) { caig = 1; break; }; } return caig; } void zwex(_uli *chqz) { for (_si yzbk = 0; yzbk <= 12; yzbk += 1) { chqz[yzbk] = 0; } } void ylyz(_uli *cgpz, _uli *hgus) { if (cgpz != hgus) { for (_si xsbl = 0; xsbl <= 12; xsbl += 1) { cgpz[xsbl] = hgus[xsbl]; } } } void ydzr(_uli *lkt, _uli *yoje, _uli *opzr) { _uli *iffz = kooz(); xyoa(iffz, lkt, yoje, opzr); { _uc *mtal = (_uc *)(iffz); for (_si tsvc = 0; tsvc <= 360; tsvc += 1) { mtal[tsvc] = (_uc)(1 + mtal[tsvc]) * (_uc)(255 + mtal[1 + tsvc]); } mtal[361] = 0; } } void eyjp(_uli *bhwg) { _uc *jopl = nwxw(); _uc *rhkq = ((_uc *)(_m + 169778) + 0); _uc *xzms = (_uc *)(bhwg); for (_si xvca = 0; xvca <= 359; xvca += 1) { xzms[xvca] = *(((_uc *)(_m + 7240) + xvca)); } qsqk(jopl, rhkq, xzms, 360); } void wmlh(_uli *koww, _uli *qzir, _uli *hfkv) { for (_si gxtz = 0; gxtz <= 12; gxtz += 1) { koww[gxtz] = -hfkv[gxtz] + qzir[gxtz]; } { _si zqsg; { zqsg = 0; _uli qyng = 19; for (_si fqrr = 12; fqrr >= 0; fqrr -= 1) { if (koww[fqrr] != 0) { zqsg = ((((koww[fqrr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zqsg) { ocrk(koww, koww); } for (_si zqej = 0; zqej <= 11; zqej += 1) { if (((((koww[zqej]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { koww[1 + zqej] -= 1; } else { koww[1 + zqej] += ((koww[zqej]) >> (47)); }; koww[zqej] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } koww[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zqsg) { zqa(koww, koww); } } } _si tqod(_uli *wzdb) { _si vugg = 0; _uli ovds = 19; for (_si fpic = 12; fpic >= 0; fpic -= 1) { if (wzdb[fpic] != 0) { vugg = ((((wzdb[fpic]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vugg; } void ztki(_uli *rtgg, _si hsvo) { _si ucor = (hsvo % 47); _si jzee = ((hsvo) / (47)); _si njdc = -ucor + (((sizeof(_uli)) << (3))); if (jzee >= 13) { { for (_si gfda = 0; gfda <= 12; gfda += 1) { rtgg[gfda] = 0; } } } else { for (_si xlak = 12 - jzee; xlak >= 1; xlak -= 1) { rtgg[jzee + xlak] = ((rtgg[xlak]) << (ucor)); if (njdc < (8 * sizeof(_uli))) { rtgg[jzee + xlak] += ((((rtgg[-1 + xlak]) >> (njdc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } rtgg[jzee] = ((rtgg[0]) << (ucor)); for (_si uubi = -1 + jzee; uubi >= 0; uubi -= 1) { rtgg[uubi] = 0; } }; onwy(rtgg); } void jrf(_uli *tzdp, _uli *nzey, _uli *xiek) { _uli *cqni = tdke(); _uli *ohai = hvxz(); _uli *vsr = flsx(); _uli *qxjl = xnol(); for (_si czne = 0; czne <= 44; czne += 1) { cqni[czne] = ((nzey[czne]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ohai[czne] = ((nzey[czne]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vsr[czne] = ((xiek[czne]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qxjl[czne] = ((xiek[czne]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mlyl = 0; mlyl <= 44; mlyl += 1) { tzdp[mlyl] = 0; } } for (_si nfor = 0; nfor <= (-1 + (((45) >> (1)))); nfor += 1) { for (_si hua = 0; hua <= (-1 + (((45) >> (1)))); hua += 1) { _uli hwts = cqni[nfor] * qxjl[hua] + ohai[nfor] * vsr[hua]; _uli imnf = cqni[nfor] * vsr[hua]; _uli vdvl = ohai[nfor] * qxjl[hua]; _uli hqg = ((tzdp[hua + nfor]) + (imnf) + (((((hwts) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hqg < imnf) { vdvl += 1; } _uli jndg = ((((hwts) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vdvl) << ((-47 + (((sizeof(_uli)) << (3)))))))); tzdp[hua + nfor] = hqg; tzdp[1 + hua + nfor] += jndg; } zarn(tzdp); } rly(cqni); pex(ohai); { _uc *utcy = (_uc *)(vsr); for (_si oik = 0; oik <= 360; oik += 1) { utcy[oik] = (_uc)(255 + utcy[1 + oik]) * (_uc)(1 + utcy[oik]); } utcy[361] = 0; } { _uc *yihr = (_uc *)(qxjl); for (_si yes = 0; yes <= 360; yes += 1) { yihr[yes] = (_uc)(255 + yihr[1 + yes]) * (_uc)(1 + yihr[yes]); } yihr[361] = 0; } } void dfb(_uli *bkja, _uli *oslt) { _uli *hpjs = bpwu(); _uli *hkcq = ytpa(); for (_si vte = 0; vte <= 12; vte += 1) { hpjs[vte] = ((oslt[vte]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hkcq[vte] = ((oslt[vte]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uwmc = 0; uwmc <= 12; uwmc += 1) { bkja[uwmc] = 0; } } for (_si iufs = 0; iufs <= (-1 + (((13) >> (1)))); iufs += 1) { for (_si kmty = 0; kmty <= (-1 + (((13) >> (1)))); kmty += 1) { _uli jnqi = hkcq[kmty] * hpjs[iufs] + hkcq[iufs] * hpjs[kmty]; _uli jbef = hpjs[kmty] * hpjs[iufs]; _uli hypz = hkcq[kmty] * hkcq[iufs]; _uli tims = ((bkja[iufs + kmty]) + (jbef) + (((((jnqi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tims < jbef) { hypz += 1; } _uli rqmk = ((((jnqi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hypz) << ((-47 + (((sizeof(_uli)) << (3)))))))); bkja[iufs + kmty] = tims; bkja[1 + iufs + kmty] += rqmk; } oeuy(bkja); } { _uc *adlo = (_uc *)(hpjs); for (_si yckh = 0; yckh <= 360; yckh += 1) { adlo[yckh] = (_uc)(1 + adlo[yckh]) * (_uc)(255 + adlo[1 + yckh]); } adlo[361] = 0; } nali(hkcq); } void pccc(_uc *zkhv) { _uc *hlha = (_uc *)(zkhv + 0); _ui *jne = (_ui *)(zkhv + 64); _uli *dpmw = (_uli *)(zkhv + 352); _uli wbp = 8 * dpmw[0]; _uc cfkr[1]; cfkr[0] = 128; ixgi(zkhv, cfkr, 1); while (((((dpmw[0]) & (63))) != (56))) { cfkr[0] = 0; { _uc *gkar = (_uc *)(zkhv + 0); _uli *ewpl = (_uli *)(zkhv + 352); _si txkb = (_si)(((ewpl[0]) & (63))); ewpl[0] += 1; for (_si bug = 0; bug <= 0; bug += 1) { gkar[txkb] = cfkr[bug]; txkb += 1; if (txkb == 64) { uojf(zkhv); txkb = 0; } } } } for (_si oss = 0; oss <= 7; oss += 1) { cfkr[0] = (_uc)(((((wbp) >> (8 * (7 - oss)))) & (255))); jjjx(zkhv, cfkr, 1); } _si ghk = 0; for (_si rrh = 0; rrh <= 7; rrh += 1) { _ui qqdr = jne[rrh]; hlha[ghk] = (_uc)(((((qqdr) >> (24))) & (255))); hlha[1 + ghk] = (_uc)(((((qqdr) >> (16))) & (255))); hlha[2 + ghk] = (_uc)(((((qqdr) >> (8))) & (255))); hlha[3 + ghk] = (_uc)(((qqdr) & (255))); ghk += 4; } } void zptg(_uc *gcak, _uc *wvdd, _si tbkt) { whf(gcak, wvdd); _ui *kwe = (_ui *)(gcak + 64); _ui *lpv = (_ui *)(gcak + 128); for (_si jujh = 0; jujh <= 3; jujh += 1) { kwe[jujh] = (((_ui)(((_uc *)(_m + 48146) + 4 * jujh)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jujh)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jujh)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jujh)[3])) << (24)))); } for (_si dxk = 0; dxk <= 3; dxk += 1) { kwe[12 + dxk] = tbkt; _m[65162] += 1; } lpv[0] = 3904225602; } void kmjo(_uli *dyoz) { _si tkpj = xcgk(dyoz); if (tkpj) { { for (_si hyoa = 0; hyoa <= 12; hyoa += 1) { dyoz[hyoa] = -dyoz[hyoa]; } } } for (_si ysb = 0; ysb <= 11; ysb += 1) { if (((((dyoz[ysb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dyoz[1 + ysb] -= 1; } else { dyoz[1 + ysb] += ((dyoz[ysb]) >> (47)); }; dyoz[ysb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dyoz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tkpj) { { for (_si ywjn = 0; ywjn <= 12; ywjn += 1) { dyoz[ywjn] = -dyoz[ywjn]; } } } } void aycn(_uli *pdqn) { for (_si aofd = 0; aofd <= 11; aofd += 1) { pdqn[1 + aofd] += ((pdqn[aofd]) >> (47)); pdqn[aofd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pdqn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void gwyw(_uli *wqbn) { _si ehwr = gexy(wqbn); if (ehwr) { tfcc(wqbn, wqbn); } for (_si mxxm = 0; mxxm <= 43; mxxm += 1) { if (((((wqbn[mxxm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wqbn[1 + mxxm] -= 1; } else { wqbn[1 + mxxm] += ((wqbn[mxxm]) >> (47)); }; wqbn[mxxm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wqbn[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ehwr) { rfph(wqbn, wqbn); } } void xnya(_uli *dzsa, _uli *dmft) { for (_si eyrd = 0; eyrd <= 12; eyrd += 1) { dzsa[eyrd] = -dmft[eyrd]; } } void nudb(_si lje, _uli *vxtr, _uli *lrxn, _uli *mvpa, _uli *aiwk, _uli *pvne, _uli *dgg) { _uli *jdeg = prfv(); { if (jdeg != pvne) { for (_si ahig = 0; ahig <= 12; ahig += 1) { jdeg[ahig] = pvne[ahig]; } } } { { if (aiwk != mvpa) { for (_si nud = 0; nud <= 12; nud += 1) { aiwk[nud] = mvpa[nud]; } } } } _si iewi = 0; for (_si eoos = 12; eoos >= 0; eoos -= 1) { _uli sbdc = dgg[eoos]; _uli nec = (((_uli)(1)) << (46)); while (nec != 0) { _si vkv = ((((sbdc) & (nec))) != (0)); if (iewi || vkv) { { { _uli *vlme = ijfe(); _uli *hruk = thlc(); for (_si fwwm = 0; fwwm <= 12; fwwm += 1) { vlme[fwwm] = ((aiwk[fwwm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hruk[fwwm] = ((aiwk[fwwm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hke = 0; hke <= 12; hke += 1) { aiwk[hke] = 0; } } for (_si cgqq = 0; cgqq <= (-1 + (((13) >> (1)))); cgqq += 1) { for (_si rgw = 0; rgw <= (-1 + (((13) >> (1)))); rgw += 1) { _uli aer = hruk[rgw] * vlme[cgqq] + hruk[cgqq] * vlme[rgw]; _uli fokp = vlme[rgw] * vlme[cgqq]; _uli yuma = hruk[rgw] * hruk[cgqq]; _uli rwoo = ((aiwk[cgqq + rgw]) + (fokp) + (((((aer) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rwoo < fokp) { yuma += 1; } _uli mpd = ((((aer) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yuma) << ((-47 + (((sizeof(_uli)) << (3)))))))); aiwk[cgqq + rgw] = rwoo; aiwk[1 + cgqq + rgw] += mpd; } { for (_si lqgn = 0; lqgn <= 11; lqgn += 1) { aiwk[1 + lqgn] += ((aiwk[lqgn]) >> (47)); aiwk[lqgn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aiwk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *zsm = (_uc *)(vlme); for (_si wkdf = 0; wkdf <= 360; wkdf += 1) { zsm[wkdf] = (_uc)(1 + zsm[wkdf]) * (_uc)(255 + zsm[1 + wkdf]); } zsm[361] = 0; } kkqm(hruk); } { _uli *cflj = wjle(); { if (cflj != aiwk) { for (_si gheo = 0; gheo <= 12; gheo += 1) { cflj[gheo] = aiwk[gheo]; } } } { ; } nse(lje, aiwk); { _uli *lay = mwpr(); _uli *qwg = isso(); _uli *juqg = hrjg(); _uli *vtpe = eulu(); for (_si dpb = 0; dpb <= 12; dpb += 1) { lay[dpb] = ((aiwk[dpb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qwg[dpb] = ((aiwk[dpb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); juqg[dpb] = ((lrxn[dpb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vtpe[dpb] = ((lrxn[dpb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uamz = 0; uamz <= 12; uamz += 1) { aiwk[uamz] = 0; } } for (_si saee = 0; saee <= (-1 + (((13) >> (1)))); saee += 1) { for (_si qqt = 0; qqt <= (-1 + (((13) >> (1)))); qqt += 1) { _uli tij = juqg[qqt] * qwg[saee] + lay[saee] * vtpe[qqt]; _uli oigq = juqg[qqt] * lay[saee]; _uli gcb = qwg[saee] * vtpe[qqt]; _uli hgy = ((aiwk[qqt + saee]) + (oigq) + (((((tij) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hgy < oigq) { gcb += 1; } _uli yma = ((((tij) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gcb) << ((-47 + (((sizeof(_uli)) << (3)))))))); aiwk[qqt + saee] = hgy; aiwk[1 + qqt + saee] += yma; } { for (_si niry = 0; niry <= 11; niry += 1) { aiwk[1 + niry] += ((aiwk[niry]) >> (47)); aiwk[niry] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aiwk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } zfqe(lay); pzwr(qwg); jrex(juqg); { _uc *vdh = (_uc *)(vtpe); for (_si lgg = 0; lgg <= 360; lgg += 1) { vdh[lgg] = (_uc)(1 + vdh[lgg]) * (_uc)(255 + vdh[1 + lgg]); } vdh[361] = 0; } } zdh(lje, aiwk); avk(aiwk, aiwk, vxtr); zdr(aiwk, aiwk, cflj); ouj(aiwk, lje); { for (_si cxvb = 0; cxvb <= 12; cxvb += 1) { cflj[cxvb] = aiwk[cxvb] - vxtr[cxvb]; } { _si agnf = taba(cflj); if (agnf) { wfzk(cflj, cflj); } for (_si gvrm = 0; gvrm <= 11; gvrm += 1) { if (((((cflj[gvrm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cflj[1 + gvrm] -= 1; } else { cflj[1 + gvrm] += ((cflj[gvrm]) >> (47)); }; cflj[gvrm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cflj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (agnf) { { for (_si fuul = 0; fuul <= 12; fuul += 1) { cflj[fuul] = -cflj[fuul]; } } } } } _si cbzc = kybi(cflj); if (!cbzc) { { if (aiwk != cflj) { for (_si ibo = 0; ibo <= 12; ibo += 1) { aiwk[ibo] = cflj[ibo]; } } } } { _uc *rdtt = (_uc *)(cflj); for (_si vjk = 0; vjk <= 360; vjk += 1) { rdtt[vjk] = (_uc)(1 + rdtt[vjk]) * (_uc)(255 + rdtt[1 + vjk]); } rdtt[361] = 0; } } } if (vkv) { { { _uli *lcb = teuv(); _uli *xgzf = oeuc(); _uli *yyv = ecpg(); _uli *jgn = agss(); for (_si pddw = 0; pddw <= 12; pddw += 1) { lcb[pddw] = ((aiwk[pddw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xgzf[pddw] = ((aiwk[pddw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yyv[pddw] = ((jdeg[pddw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jgn[pddw] = ((jdeg[pddw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wims = 0; wims <= 12; wims += 1) { aiwk[wims] = 0; } } for (_si ixfm = 0; ixfm <= (-1 + (((13) >> (1)))); ixfm += 1) { for (_si lefs = 0; lefs <= (-1 + (((13) >> (1)))); lefs += 1) { _uli itkf = jgn[lefs] * lcb[ixfm] + xgzf[ixfm] * yyv[lefs]; _uli ack = lcb[ixfm] * yyv[lefs]; _uli aong = jgn[lefs] * xgzf[ixfm]; _uli zru = ((aiwk[ixfm + lefs]) + (ack) + (((((itkf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zru < ack) { aong += 1; } _uli izqq = ((((itkf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((aong) << ((-47 + (((sizeof(_uli)) << (3)))))))); aiwk[ixfm + lefs] = zru; aiwk[1 + ixfm + lefs] += izqq; } poy(aiwk); } btdf(lcb); fohh(xgzf); { _uc *nza = (_uc *)(yyv); for (_si msiu = 0; msiu <= 360; msiu += 1) { nza[msiu] = (_uc)(255 + nza[1 + msiu]) * (_uc)(1 + nza[msiu]); } nza[361] = 0; } jfif(jgn); } limp(lje, vxtr, lrxn, aiwk, aiwk); } } iewi = 1; } nec >>= 1; } } cfmy(jdeg); } void baof(_uli *ciqs) { _uc *vjzf = raof(); _uc *tch = ((_uc *)(_m + 135750) + 0); _uc *fvqz = (_uc *)(ciqs); for (_si vvao = 0; vvao <= 103; vvao += 1) { fvqz[vvao] = *(((_uc *)(_m + 117288) + vvao)); } ywdj(vjzf, tch, fvqz, 104); } void fgfb(_uli *alvu) { for (_si xpei = 0; xpei <= 12; xpei += 1) { alvu[xpei] = 0; } } void ega(_uc *eyyh) { _ui *bius = (_ui *)(eyyh + 0); _ui *fgr = (_ui *)(eyyh + 64); for (_si lzcs = 0; lzcs <= 15; lzcs += 1) { bius[lzcs] = fgr[lzcs]; } for (_si faqx = 0; faqx <= 9; faqx += 1) { { bius[0] += bius[4]; bius[12] ^= bius[0]; bius[12] = ((((bius[12]) << (16))) | (((bius[12]) >> (16)))); bius[8] += bius[12]; bius[4] ^= bius[8]; bius[4] = ((((bius[4]) << (12))) | (((bius[4]) >> (20)))); bius[0] += bius[4]; bius[12] ^= bius[0]; bius[12] = ((((bius[12]) << (8))) | (((bius[12]) >> (24)))); bius[8] += bius[12]; bius[4] ^= bius[8]; bius[4] = ((((bius[4]) << (7))) | (((bius[4]) >> (25)))); } { bius[1] += bius[5]; bius[13] ^= bius[1]; bius[13] = ((((bius[13]) << (16))) | (((bius[13]) >> (16)))); bius[9] += bius[13]; bius[5] ^= bius[9]; bius[5] = ((((bius[5]) << (12))) | (((bius[5]) >> (20)))); bius[1] += bius[5]; bius[13] ^= bius[1]; bius[13] = ((((bius[13]) << (8))) | (((bius[13]) >> (24)))); bius[9] += bius[13]; bius[5] ^= bius[9]; bius[5] = ((((bius[5]) << (7))) | (((bius[5]) >> (25)))); } { bius[2] += bius[6]; bius[14] ^= bius[2]; bius[14] = ((((bius[14]) << (16))) | (((bius[14]) >> (16)))); bius[10] += bius[14]; bius[6] ^= bius[10]; bius[6] = ((((bius[6]) << (12))) | (((bius[6]) >> (20)))); bius[2] += bius[6]; bius[14] ^= bius[2]; bius[14] = ((((bius[14]) << (8))) | (((bius[14]) >> (24)))); bius[10] += bius[14]; bius[6] ^= bius[10]; bius[6] = ((((bius[6]) << (7))) | (((bius[6]) >> (25)))); } pndm(bius, 3, 7, 11, 15); nrgr(bius, 0, 5, 10, 15); { bius[1] += bius[6]; bius[12] ^= bius[1]; bius[12] = ((((bius[12]) << (16))) | (((bius[12]) >> (16)))); bius[11] += bius[12]; bius[6] ^= bius[11]; bius[6] = ((((bius[6]) << (12))) | (((bius[6]) >> (20)))); bius[1] += bius[6]; bius[12] ^= bius[1]; bius[12] = ((((bius[12]) << (8))) | (((bius[12]) >> (24)))); bius[11] += bius[12]; bius[6] ^= bius[11]; bius[6] = ((((bius[6]) << (7))) | (((bius[6]) >> (25)))); } { bius[2] += bius[7]; bius[13] ^= bius[2]; bius[13] = ((((bius[13]) << (16))) | (((bius[13]) >> (16)))); bius[8] += bius[13]; bius[7] ^= bius[8]; bius[7] = ((((bius[7]) << (12))) | (((bius[7]) >> (20)))); bius[2] += bius[7]; bius[13] ^= bius[2]; bius[13] = ((((bius[13]) << (8))) | (((bius[13]) >> (24)))); bius[8] += bius[13]; bius[7] ^= bius[8]; bius[7] = ((((bius[7]) << (7))) | (((bius[7]) >> (25)))); } { bius[3] += bius[4]; bius[14] ^= bius[3]; bius[14] = ((((bius[14]) << (16))) | (((bius[14]) >> (16)))); bius[9] += bius[14]; bius[4] ^= bius[9]; bius[4] = ((((bius[4]) << (12))) | (((bius[4]) >> (20)))); bius[3] += bius[4]; bius[14] ^= bius[3]; bius[14] = ((((bius[14]) << (8))) | (((bius[14]) >> (24)))); bius[9] += bius[14]; bius[4] ^= bius[9]; bius[4] = ((((bius[4]) << (7))) | (((bius[4]) >> (25)))); } _m[65163] += 1; } for (_si uyww = 0; uyww <= 15; uyww += 1) { bius[uyww] += fgr[uyww]; } fgr[12] += 1; if (fgr[12] == 0) { fgr[13] += 1; } } _uc *eezt() { ; _uc *eami; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; eami = (_uc *)(_m + 362 * _s); break; } _s += 1; } return eami; } void hmqq(_uli *urhv, _uli *jxzh) { for (_si zscc = 0; zscc <= 12; zscc += 1) { urhv[zscc] = -jxzh[zscc]; } } void xxzx(_uli *sqbz) { for (_si idah = 0; idah <= 11; idah += 1) { sqbz[1 + idah] += ((sqbz[idah]) >> (47)); sqbz[idah] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sqbz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wkox(_si wshl, _uli *qrxb) { qrxb[(((wshl) / (47)))] &= ((((((_uli)(1)) << ((wshl % 47)))) - ((_uli)(1)))); for (_si qnnd = 1 + (((wshl) / (47))); qnnd <= 12; qnnd += 1) { qrxb[qnnd] = 0; } } _uli *lzph() { ; _uli *ltgs; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ltgs = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ltgs; } void yohy(_uc *irph, _uc *qhtn, _si qrgx) { _uc *hzfu = (_uc *)(irph + 0); _uli *xrju = (_uli *)(irph + 352); _si rxah = (_si)(((xrju[0]) & (63))); xrju[0] += qrgx; for (_si ukrj = 0; ukrj <= (-1 + qrgx); ukrj += 1) { hzfu[rxah] = qhtn[ukrj]; rxah += 1; if (rxah == 64) { xpar(irph); rxah = 0; } } } void xdtp(_ui *pxqh, _si lhim, _si zqgg, _si scft, _si tmbj) { pxqh[lhim] += pxqh[zqgg]; pxqh[tmbj] ^= pxqh[lhim]; pxqh[tmbj] = ((((pxqh[tmbj]) << (16))) | (((pxqh[tmbj]) >> (16)))); pxqh[scft] += pxqh[tmbj]; pxqh[zqgg] ^= pxqh[scft]; pxqh[zqgg] = ((((pxqh[zqgg]) << (12))) | (((pxqh[zqgg]) >> (20)))); pxqh[lhim] += pxqh[zqgg]; pxqh[tmbj] ^= pxqh[lhim]; pxqh[tmbj] = ((((pxqh[tmbj]) << (8))) | (((pxqh[tmbj]) >> (24)))); pxqh[scft] += pxqh[tmbj]; pxqh[zqgg] ^= pxqh[scft]; pxqh[zqgg] = ((((pxqh[zqgg]) << (7))) | (((pxqh[zqgg]) >> (25)))); } void uzsm(_uli *rpji, _si zrgx) { _si dzgm = (zrgx % 47); _si txwl = ((zrgx) / (47)); _si raqv = zrgx; if (raqv > (8 * sizeof(_uli))) { raqv = -1; } if (txwl >= 45) { { for (_si nuqe = 0; nuqe <= 44; nuqe += 1) { rpji[nuqe] = 0; } } } else { _uli ohpp = (((((_uli)(1)) << (dzgm))) - ((_uli)(1))); if (raqv < 0) { rpji[0] = 0; } else { rpji[0] = ((((rpji[0]) & (~ohpp))) >> (raqv)); }; if (txwl != 0) { rpji[0] += ((((rpji[txwl]) & (~ohpp))) >> (dzgm)); } for (_si sirw = 1; sirw <= (44 - txwl); sirw += 1) { rpji[-1 + sirw] += ((((((rpji[sirw + txwl]) & (ohpp))) << (-dzgm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rpji[sirw] = ((((rpji[sirw + txwl]) & (~ohpp))) >> (dzgm)); } for (_si ynpt = 45 - txwl; ynpt <= 44; ynpt += 1) { rpji[ynpt] = 0; } }; } void soac(_uli *uvth) { _uc *qnng = (_uc *)(uvth); for (_si zpow = 0; zpow <= 360; zpow += 1) { qnng[zpow] = (_uc)(1 + qnng[zpow]) * (_uc)(255 + qnng[1 + zpow]); } qnng[361] = 0; } void qavs(_uli *ukcr) { for (_si yarc = 0; yarc <= 11; yarc += 1) { ukcr[1 + yarc] += ((ukcr[yarc]) >> (47)); ukcr[yarc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ukcr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void yuoi(_uc *nsmx) { _ui *nnhz = (_ui *)(nsmx + 0); _ui *qke = (_ui *)(nsmx + 64); for (_si hwj = 0; hwj <= 15; hwj += 1) { nnhz[hwj] = qke[hwj]; } for (_si bwfg = 0; bwfg <= 9; bwfg += 1) { { nnhz[0] += nnhz[4]; nnhz[12] ^= nnhz[0]; nnhz[12] = ((((nnhz[12]) << (16))) | (((nnhz[12]) >> (16)))); nnhz[8] += nnhz[12]; nnhz[4] ^= nnhz[8]; nnhz[4] = ((((nnhz[4]) << (12))) | (((nnhz[4]) >> (20)))); nnhz[0] += nnhz[4]; nnhz[12] ^= nnhz[0]; nnhz[12] = ((((nnhz[12]) << (8))) | (((nnhz[12]) >> (24)))); nnhz[8] += nnhz[12]; nnhz[4] ^= nnhz[8]; nnhz[4] = ((((nnhz[4]) << (7))) | (((nnhz[4]) >> (25)))); } { nnhz[1] += nnhz[5]; nnhz[13] ^= nnhz[1]; nnhz[13] = ((((nnhz[13]) << (16))) | (((nnhz[13]) >> (16)))); nnhz[9] += nnhz[13]; nnhz[5] ^= nnhz[9]; nnhz[5] = ((((nnhz[5]) << (12))) | (((nnhz[5]) >> (20)))); nnhz[1] += nnhz[5]; nnhz[13] ^= nnhz[1]; nnhz[13] = ((((nnhz[13]) << (8))) | (((nnhz[13]) >> (24)))); nnhz[9] += nnhz[13]; nnhz[5] ^= nnhz[9]; nnhz[5] = ((((nnhz[5]) << (7))) | (((nnhz[5]) >> (25)))); } { nnhz[2] += nnhz[6]; nnhz[14] ^= nnhz[2]; nnhz[14] = ((((nnhz[14]) << (16))) | (((nnhz[14]) >> (16)))); nnhz[10] += nnhz[14]; nnhz[6] ^= nnhz[10]; nnhz[6] = ((((nnhz[6]) << (12))) | (((nnhz[6]) >> (20)))); nnhz[2] += nnhz[6]; nnhz[14] ^= nnhz[2]; nnhz[14] = ((((nnhz[14]) << (8))) | (((nnhz[14]) >> (24)))); nnhz[10] += nnhz[14]; nnhz[6] ^= nnhz[10]; nnhz[6] = ((((nnhz[6]) << (7))) | (((nnhz[6]) >> (25)))); } pnxm(nnhz, 3, 7, 11, 15); hnkf(nnhz, 0, 5, 10, 15); gfqo(nnhz, 1, 6, 11, 12); mzut(nnhz, 2, 7, 8, 13); iqu(nnhz, 3, 4, 9, 14); _m[65163] += 1; } for (_si hvg = 0; hvg <= 15; hvg += 1) { nnhz[hvg] += qke[hvg]; } qke[12] += 1; if (qke[12] == 0) { qke[13] += 1; } } void rhrp(_uli *npwq, _uli *qkzx, _uli *vzbl) { for (_si kysc = 0; kysc <= 12; kysc += 1) { npwq[kysc] = qkzx[kysc] - vzbl[kysc]; } { _si rrjn = ydvs(npwq); if (rrjn) { { for (_si ere = 0; ere <= 12; ere += 1) { npwq[ere] = -npwq[ere]; } } } for (_si oqe = 0; oqe <= 11; oqe += 1) { if (((((npwq[oqe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { npwq[1 + oqe] -= 1; } else { npwq[1 + oqe] += ((npwq[oqe]) >> (47)); }; npwq[oqe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } npwq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rrjn) { { for (_si nywu = 0; nywu <= 12; nywu += 1) { npwq[nywu] = -npwq[nywu]; } } } } } void pdvc(_si ofkx, _uli *xmqr) { xmqr[(((ofkx) / (47)))] &= ((((((_uli)(1)) << ((ofkx % 47)))) - ((_uli)(1)))); for (_si wqpe = 1 + (((ofkx) / (47))); wqpe <= 12; wqpe += 1) { xmqr[wqpe] = 0; } } void qlww(_uc *kngb, _uc *vytm, _uc *osqo, _si lmnz) { { gmiz(kngb, vytm); _ui *lel = (_ui *)(kngb + 64); _ui *bbd = (_ui *)(kngb + 128); for (_si xzkw = 0; xzkw <= 3; xzkw += 1) { lel[xzkw] = (((_ui)(((_uc *)(_m + 48146) + 4 * xzkw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xzkw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xzkw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xzkw)[3])) << (24)))); } for (_si arok = 0; arok <= 3; arok += 1) { lel[12 + arok] = 0; _m[65162] += 1; } bbd[0] = 3904225602; } nzo(kngb, osqo, lmnz); } void fahz(_uc *ghx) { _ui *aspd = (_ui *)(ghx + 0); _ui *cvzm = (_ui *)(ghx + 64); for (_si ypr = 0; ypr <= 15; ypr += 1) { aspd[ypr] = cvzm[ypr]; } for (_si vzy = 0; vzy <= 9; vzy += 1) { kjv(aspd, 0, 4, 8, 12); { aspd[1] += aspd[5]; aspd[13] ^= aspd[1]; aspd[13] = ((((aspd[13]) << (16))) | (((aspd[13]) >> (16)))); aspd[9] += aspd[13]; aspd[5] ^= aspd[9]; aspd[5] = ((((aspd[5]) << (12))) | (((aspd[5]) >> (20)))); aspd[1] += aspd[5]; aspd[13] ^= aspd[1]; aspd[13] = ((((aspd[13]) << (8))) | (((aspd[13]) >> (24)))); aspd[9] += aspd[13]; aspd[5] ^= aspd[9]; aspd[5] = ((((aspd[5]) << (7))) | (((aspd[5]) >> (25)))); } kek(aspd, 2, 6, 10, 14); ptkb(aspd, 3, 7, 11, 15); miun(aspd, 0, 5, 10, 15); { aspd[1] += aspd[6]; aspd[12] ^= aspd[1]; aspd[12] = ((((aspd[12]) << (16))) | (((aspd[12]) >> (16)))); aspd[11] += aspd[12]; aspd[6] ^= aspd[11]; aspd[6] = ((((aspd[6]) << (12))) | (((aspd[6]) >> (20)))); aspd[1] += aspd[6]; aspd[12] ^= aspd[1]; aspd[12] = ((((aspd[12]) << (8))) | (((aspd[12]) >> (24)))); aspd[11] += aspd[12]; aspd[6] ^= aspd[11]; aspd[6] = ((((aspd[6]) << (7))) | (((aspd[6]) >> (25)))); } { aspd[2] += aspd[7]; aspd[13] ^= aspd[2]; aspd[13] = ((((aspd[13]) << (16))) | (((aspd[13]) >> (16)))); aspd[8] += aspd[13]; aspd[7] ^= aspd[8]; aspd[7] = ((((aspd[7]) << (12))) | (((aspd[7]) >> (20)))); aspd[2] += aspd[7]; aspd[13] ^= aspd[2]; aspd[13] = ((((aspd[13]) << (8))) | (((aspd[13]) >> (24)))); aspd[8] += aspd[13]; aspd[7] ^= aspd[8]; aspd[7] = ((((aspd[7]) << (7))) | (((aspd[7]) >> (25)))); } { aspd[3] += aspd[4]; aspd[14] ^= aspd[3]; aspd[14] = ((((aspd[14]) << (16))) | (((aspd[14]) >> (16)))); aspd[9] += aspd[14]; aspd[4] ^= aspd[9]; aspd[4] = ((((aspd[4]) << (12))) | (((aspd[4]) >> (20)))); aspd[3] += aspd[4]; aspd[14] ^= aspd[3]; aspd[14] = ((((aspd[14]) << (8))) | (((aspd[14]) >> (24)))); aspd[9] += aspd[14]; aspd[4] ^= aspd[9]; aspd[4] = ((((aspd[4]) << (7))) | (((aspd[4]) >> (25)))); } _m[65163] += 1; } for (_si mehb = 0; mehb <= 15; mehb += 1) { aspd[mehb] += cvzm[mehb]; } cvzm[12] += 1; if (cvzm[12] == 0) { cvzm[13] += 1; } } void upqq(_si xnqu, _uli *ppwz, _uli *msap, _uli *pisw, _uli *tvdr) { urea(pisw, tvdr); qupk(xnqu, ppwz, msap, pisw, pisw); } void dvoy(_uli *rkog, _si foze) { _si anvn = (foze % 47); _si jfer = ((foze) / (47)); _si xvbn = foze; if (xvbn > (8 * sizeof(_uli))) { xvbn = -1; } if (jfer >= 13) { { for (_si ebgs = 0; ebgs <= 12; ebgs += 1) { rkog[ebgs] = 0; } } } else { _uli osoo = (((((_uli)(1)) << (anvn))) - ((_uli)(1))); if (xvbn < 0) { rkog[0] = 0; } else { rkog[0] = ((((rkog[0]) & (~osoo))) >> (xvbn)); }; if (jfer != 0) { rkog[0] += ((((rkog[jfer]) & (~osoo))) >> (anvn)); } for (_si czhl = 1; czhl <= (12 - jfer); czhl += 1) { rkog[-1 + czhl] += ((((((rkog[czhl + jfer]) & (osoo))) << (-anvn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rkog[czhl] = ((((rkog[czhl + jfer]) & (~osoo))) >> (anvn)); } for (_si zbla = 13 - jfer; zbla <= 12; zbla += 1) { rkog[zbla] = 0; } }; } void jtbq(_si ljyf, _uli *zmqn, _uli *rznl, _uli *epip, _uli *jfqr) { _uli *vmwp = wonb(); { if (vmwp != jfqr) { for (_si hrrk = 0; hrrk <= 12; hrrk += 1) { vmwp[hrrk] = jfqr[hrrk]; } } } lzdl(epip, jfqr); { epip[(((ljyf) / (47)))] &= ((((((_uli)(1)) << ((ljyf % 47)))) - ((_uli)(1)))); for (_si tgsr = 1 + (((ljyf) / (47))); tgsr <= 12; tgsr += 1) { epip[tgsr] = 0; } } { _uli *tyfx = ytpa(); _uli *ccxu = bfuj(); _uli *bcvh = svrk(); _uli *ckcs = vryi(); for (_si qyba = 0; qyba <= 12; qyba += 1) { tyfx[qyba] = ((epip[qyba]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ccxu[qyba] = ((epip[qyba]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bcvh[qyba] = ((rznl[qyba]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ckcs[qyba] = ((rznl[qyba]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lstl = 0; lstl <= 12; lstl += 1) { epip[lstl] = 0; } } for (_si jcoh = 0; jcoh <= (-1 + (((13) >> (1)))); jcoh += 1) { for (_si bpoa = 0; bpoa <= (-1 + (((13) >> (1)))); bpoa += 1) { _uli nnxv = bcvh[bpoa] * ccxu[jcoh] + ckcs[bpoa] * tyfx[jcoh]; _uli lwng = bcvh[bpoa] * tyfx[jcoh]; _uli jobx = ccxu[jcoh] * ckcs[bpoa]; _uli jlos = ((epip[bpoa + jcoh]) + (lwng) + (((((nnxv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jlos < lwng) { jobx += 1; } _uli nrly = ((((nnxv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jobx) << ((-47 + (((sizeof(_uli)) << (3)))))))); epip[bpoa + jcoh] = jlos; epip[1 + bpoa + jcoh] += nrly; } xbpp(epip); } xagy(tyfx); { _uc *ukzl = (_uc *)(ccxu); for (_si jkpa = 0; jkpa <= 360; jkpa += 1) { ukzl[jkpa] = (_uc)(1 + ukzl[jkpa]) * (_uc)(255 + ukzl[1 + jkpa]); } ukzl[361] = 0; } { _uc *fvmw = (_uc *)(bcvh); for (_si hywa = 0; hywa <= 360; hywa += 1) { fvmw[hywa] = (_uc)(1 + fvmw[hywa]) * (_uc)(255 + fvmw[1 + hywa]); } fvmw[361] = 0; } wfmp(ckcs); } jyrf(ljyf, epip); ytoo(epip, epip, zmqn); tywu(epip, epip, vmwp); { _si uyxk = (ljyf % 47); _si ingc = ((ljyf) / (47)); _si onts = ljyf; if (onts > (8 * sizeof(_uli))) { onts = -1; } if (ingc >= 13) { { for (_si tuuj = 0; tuuj <= 12; tuuj += 1) { epip[tuuj] = 0; } } } else { _uli tceb = (((((_uli)(1)) << (uyxk))) - ((_uli)(1))); if (onts < 0) { epip[0] = 0; } else { epip[0] = ((((epip[0]) & (~tceb))) >> (onts)); }; if (ingc != 0) { epip[0] += ((((epip[ingc]) & (~tceb))) >> (uyxk)); } for (_si gqzn = 1; gqzn <= (12 - ingc); gqzn += 1) { epip[-1 + gqzn] += ((((((epip[gqzn + ingc]) & (tceb))) << (-uyxk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); epip[gqzn] = ((((epip[gqzn + ingc]) & (~tceb))) >> (uyxk)); } for (_si ezue = 13 - ingc; ezue <= 12; ezue += 1) { epip[ezue] = 0; } }; } fnsz(vmwp, epip, zmqn); _si yqas; { yqas = 0; _uli jffy = 19; for (_si qhfc = 12; qhfc >= 0; qhfc -= 1) { if (vmwp[qhfc] != 0) { yqas = ((((vmwp[qhfc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!yqas) { { if (epip != vmwp) { for (_si ktvq = 0; ktvq <= 12; ktvq += 1) { epip[ktvq] = vmwp[ktvq]; } } } } { _uc *dmnn = (_uc *)(vmwp); for (_si lexn = 0; lexn <= 360; lexn += 1) { dmnn[lexn] = (_uc)(1 + dmnn[lexn]) * (_uc)(255 + dmnn[1 + lexn]); } dmnn[361] = 0; } } void ilfz(_uli *intv, _si jyop) { _si acsu = (jyop % 47); _si oesj = ((jyop) / (47)); _si enlf = jyop; if (enlf > (8 * sizeof(_uli))) { enlf = -1; } if (oesj >= 13) { { for (_si chxf = 0; chxf <= 12; chxf += 1) { intv[chxf] = 0; } } } else { _uli snlb = (((((_uli)(1)) << (acsu))) - ((_uli)(1))); if (enlf < 0) { intv[0] = 0; } else { intv[0] = ((((intv[0]) & (~snlb))) >> (enlf)); }; if (oesj != 0) { intv[0] += ((((intv[oesj]) & (~snlb))) >> (acsu)); } for (_si jehg = 1; jehg <= (12 - oesj); jehg += 1) { intv[-1 + jehg] += ((((((intv[jehg + oesj]) & (snlb))) << (-acsu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); intv[jehg] = ((((intv[jehg + oesj]) & (~snlb))) >> (acsu)); } for (_si tku = 13 - oesj; tku <= 12; tku += 1) { intv[tku] = 0; } }; } void sza(_uc *kwol) { _uc *ophv = (_uc *)(kwol + 0); _ui *npm = (_ui *)(kwol + 64); _ui *vzmo = (_ui *)(kwol + 96); _si wbnj = 0; _ui oqdc = 0; _ui sir = 0; _ui rzfc = 0; _ui vwu = 0; _ui lbvv = 0; _ui qzk = 0; for (_si rvt = 0; rvt <= 15; rvt += 1) { vzmo[rvt] = (((((((((_ui)(ophv[wbnj])) << (24))) | ((((_ui)(ophv[1 + wbnj])) << (16))))) | ((((_ui)(ophv[2 + wbnj])) << (8))))) | ((_ui)(ophv[3 + wbnj]))); wbnj += 4; } for (_si zzcs = 16; zzcs <= 31; zzcs += 1) { oqdc = ((((((((vzmo[-15 + zzcs]) >> (7))) | (((vzmo[-15 + zzcs]) << (25))))) ^ (((((vzmo[-15 + zzcs]) >> (18))) | (((vzmo[-15 + zzcs]) << (14))))))) ^ (((vzmo[-15 + zzcs]) >> (3)))); vwu = ((((((((vzmo[-2 + zzcs]) >> (17))) | (((vzmo[-2 + zzcs]) << (15))))) ^ (((((vzmo[-2 + zzcs]) >> (19))) | (((vzmo[-2 + zzcs]) << (13))))))) ^ (((vzmo[-2 + zzcs]) >> (10)))); vzmo[zzcs] = oqdc + vwu + vzmo[-7 + zzcs] + vzmo[-16 + zzcs]; _m[65160] += 1; } _ui uknb = npm[0]; _ui znnw = npm[1]; _ui fkpg = npm[2]; _ui zsg = npm[3]; _ui mbp = npm[4]; _ui uhj = npm[5]; _ui hzny = npm[6]; _ui fmys = npm[7]; for (_si igfh = 0; igfh <= 31; igfh += 1) { oqdc = ((((((((uknb) >> (2))) | (((uknb) << (30))))) ^ (((((uknb) >> (13))) | (((uknb) << (19))))))) ^ (((((uknb) >> (22))) | (((uknb) << (10)))))); sir = ((((((uknb) & (znnw))) ^ (((uknb) & (fkpg))))) ^ (((znnw) & (fkpg)))); rzfc = oqdc + sir; vwu = ((((((((mbp) >> (6))) | (((mbp) << (26))))) ^ (((((mbp) >> (11))) | (((mbp) << (21))))))) ^ (((((mbp) >> (25))) | (((mbp) << (7)))))); lbvv = ((((mbp) & (uhj))) ^ (((~mbp) & (hzny)))); qzk = *(((_ui *)(_m + 246160) + igfh)) + fmys + vwu + vzmo[igfh] + lbvv; fmys = hzny; hzny = uhj; uhj = mbp; mbp = qzk + zsg; zsg = fkpg; fkpg = znnw; znnw = uknb; uknb = qzk + rzfc; _m[65161] += 1; } npm[0] += uknb; npm[1] += znnw; npm[2] += fkpg; npm[3] += zsg; npm[4] += mbp; npm[5] += uhj; npm[6] += hzny; npm[7] += fmys; } void akbw(_uli *rgnm) { _uc *zjmb = (_uc *)(rgnm); for (_si bbwe = 0; bbwe <= 360; bbwe += 1) { zjmb[bbwe] = (_uc)(255 + zjmb[1 + bbwe]) * (_uc)(1 + zjmb[bbwe]); } zjmb[361] = 0; } void elpt(_uc *elxl, _uc *jnwh, _si jhxe) { _ui *catt = (_ui *)(elxl + 0); _ui *fnpc = (_ui *)(elxl + 128); _uc *sksj = (_uc *)(catt); for (_si dowt = 0; dowt <= (-1 + jhxe); dowt += 1) { if (fnpc[0] >= 64) { foby(elxl); fnpc[0] = 0; } jnwh[dowt] ^= sksj[fnpc[0]]; fnpc[0] += 1; } } void eerw(_uli *omq) { for (_si jgnm = 0; jgnm <= 11; jgnm += 1) { omq[1 + jgnm] += ((omq[jgnm]) >> (47)); omq[jgnm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } omq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void rmss(_si fddv, _uli *npvm, _uli *nptl, _uli *eyzf, _uli *rqwc) { _uli *coac = udtp(); { if (coac != rqwc) { for (_si xtof = 0; xtof <= 12; xtof += 1) { coac[xtof] = rqwc[xtof]; } } } { if (eyzf != rqwc) { for (_si pgsq = 0; pgsq <= 12; pgsq += 1) { eyzf[pgsq] = rqwc[pgsq]; } } } { eyzf[(((fddv) / (47)))] &= ((((((_uli)(1)) << ((fddv % 47)))) - ((_uli)(1)))); for (_si xspz = 1 + (((fddv) / (47))); xspz <= 12; xspz += 1) { eyzf[xspz] = 0; } } { _uli *vkkc = dmhm(); _uli *jsel = oind(); _uli *xwms = dgud(); _uli *uysb = cevs(); for (_si xadh = 0; xadh <= 12; xadh += 1) { vkkc[xadh] = ((eyzf[xadh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jsel[xadh] = ((eyzf[xadh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xwms[xadh] = ((nptl[xadh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uysb[xadh] = ((nptl[xadh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ympr = 0; ympr <= 12; ympr += 1) { eyzf[ympr] = 0; } } for (_si eulg = 0; eulg <= (-1 + (((13) >> (1)))); eulg += 1) { for (_si mldc = 0; mldc <= (-1 + (((13) >> (1)))); mldc += 1) { _uli vuuf = jsel[eulg] * xwms[mldc] + uysb[mldc] * vkkc[eulg]; _uli esgk = vkkc[eulg] * xwms[mldc]; _uli ywgb = jsel[eulg] * uysb[mldc]; _uli xmgo = ((eyzf[eulg + mldc]) + (esgk) + (((((vuuf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xmgo < esgk) { ywgb += 1; } _uli whxl = ((((vuuf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ywgb) << ((-47 + (((sizeof(_uli)) << (3)))))))); eyzf[eulg + mldc] = xmgo; eyzf[1 + eulg + mldc] += whxl; } { for (_si usdq = 0; usdq <= 11; usdq += 1) { eyzf[1 + usdq] += ((eyzf[usdq]) >> (47)); eyzf[usdq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eyzf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *zwdc = (_uc *)(vkkc); for (_si xrbm = 0; xrbm <= 360; xrbm += 1) { zwdc[xrbm] = (_uc)(255 + zwdc[1 + xrbm]) * (_uc)(1 + zwdc[xrbm]); } zwdc[361] = 0; } twu(jsel); { _uc *rqyg = (_uc *)(xwms); for (_si derq = 0; derq <= 360; derq += 1) { rqyg[derq] = (_uc)(255 + rqyg[1 + derq]) * (_uc)(1 + rqyg[derq]); } rqyg[361] = 0; } { _uc *yqkf = (_uc *)(uysb); for (_si mmiq = 0; mmiq <= 360; mmiq += 1) { yqkf[mmiq] = (_uc)(255 + yqkf[1 + mmiq]) * (_uc)(1 + yqkf[mmiq]); } yqkf[361] = 0; } } { eyzf[(((fddv) / (47)))] &= ((((((_uli)(1)) << ((fddv % 47)))) - ((_uli)(1)))); for (_si jtrc = 1 + (((fddv) / (47))); jtrc <= 12; jtrc += 1) { eyzf[jtrc] = 0; } } takz(eyzf, eyzf, npvm); tywu(eyzf, eyzf, coac); { _si lxwh = (fddv % 47); _si ewda = ((fddv) / (47)); _si khdz = fddv; if (khdz > (8 * sizeof(_uli))) { khdz = -1; } if (ewda >= 13) { { for (_si ibeo = 0; ibeo <= 12; ibeo += 1) { eyzf[ibeo] = 0; } } } else { _uli ocfk = (((((_uli)(1)) << (lxwh))) - ((_uli)(1))); if (khdz < 0) { eyzf[0] = 0; } else { eyzf[0] = ((((eyzf[0]) & (~ocfk))) >> (khdz)); }; if (ewda != 0) { eyzf[0] += ((((eyzf[ewda]) & (~ocfk))) >> (lxwh)); } for (_si qqmd = 1; qqmd <= (12 - ewda); qqmd += 1) { eyzf[-1 + qqmd] += ((((((eyzf[ewda + qqmd]) & (ocfk))) << (-lxwh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); eyzf[qqmd] = ((((eyzf[ewda + qqmd]) & (~ocfk))) >> (lxwh)); } for (_si syar = 13 - ewda; syar <= 12; syar += 1) { eyzf[syar] = 0; } }; } pbzk(coac, eyzf, npvm); _si xixg; { xixg = 0; _uli ppwr = 19; for (_si iowu = 12; iowu >= 0; iowu -= 1) { if (coac[iowu] != 0) { xixg = ((((coac[iowu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!xixg) { { if (eyzf != coac) { for (_si atpb = 0; atpb <= 12; atpb += 1) { eyzf[atpb] = coac[atpb]; } } } } eolt(coac); } void monk(_uli *vofo, _uli *lhnh, _uli *gmwh, _uli *efkb, _uli *rojs, _uli *iefj) { _uli *ajrf = rbgz(); _uli *llxh = bzeb(); _uli *uzrw = aurm(); _uli *pwlp = gtni(); wwkq(ajrf, rojs); { _uli *miog = mwob(); { { ; } _si whcw = ugot(ajrf); _si ibgt = iwey(vofo); if (whcw >= ibgt) { _si jcuj = 0; _uli efbo = vofo[ibgt]; while (efbo < (((((((_uli)(1)) << (47)))) >> (1)))) { jcuj += 1; efbo <<= 1; } if (ibgt == 0) { jcuj += 47; whcw += 1; ibgt += 1; } if (jcuj > 0) { sftd(ajrf, jcuj); nlrh(vofo, jcuj); } _si pbkz = -ibgt + whcw; efbo = vofo[ibgt]; _uli jsfl = vofo[-1 + ibgt]; for (_si idfi = pbkz; idfi >= 0; idfi -= 1) { __uint128_t hnwr = (__uint128_t)(((((_uli)(1)) << (47)))) * ajrf[1 + ibgt + idfi] + ajrf[ibgt + idfi]; _uli bjbd = 0; __uint128_t kshz = ((hnwr) / (efbo)); __uint128_t ogeu = (hnwr % efbo); while (kshz == ((((_uli)(1)) << (47))) || (jsfl * kshz) > (((((_uli)(1)) << (47))) * ogeu + ajrf[-1 + ibgt + idfi])) { kshz -= 1; ogeu += efbo; if (ogeu >= ((((_uli)(1)) << (47)))) { break; } } hnwr = 0; for (_si bazr = 0; bazr <= ibgt; bazr += 1) { hnwr += kshz * vofo[bazr]; bjbd = ajrf[bazr + idfi]; if (hnwr > bjbd) { hnwr -= bjbd; bjbd = hnwr % ((((_uli)(1)) << (47))); hnwr = ((hnwr) / (((((_uli)(1)) << (47))))); if (bjbd == 0) { ajrf[bazr + idfi] = 0; } else { ajrf[bazr + idfi] = ((1 + ~(_uli)(bjbd)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); hnwr += 1; }; } else { ajrf[bazr + idfi] -= hnwr; hnwr = 0; }; } bjbd = ajrf[1 + ibgt + idfi]; if (hnwr > bjbd) { vofo[1 + ibgt + idfi] = -1 + kshz; hnwr = 0; for (_si intw = 0; intw <= ibgt; intw += 1) { hnwr += ajrf[idfi + intw] + vofo[intw]; ajrf[idfi + intw] = hnwr % ((((_uli)(1)) << (47))); hnwr = ((hnwr) / (((((_uli)(1)) << (47))))); } } else { vofo[1 + ibgt + idfi] = kshz; ajrf[1 + ibgt + idfi] -= hnwr; }; } for (_si tnsu = 0; tnsu <= pbkz; tnsu += 1) { miog[tnsu] = vofo[1 + ibgt + tnsu]; ajrf[1 + ibgt + tnsu] = 0; } for (_si vikk = 1 + pbkz; vikk <= 12; vikk += 1) { miog[vikk] = 0; } if (miog != vofo) { for (_si jdqf = 1 + ibgt; jdqf <= (1 + whcw); jdqf += 1) { vofo[jdqf] = 0; } if (jcuj > 0) { { _si udus = (jcuj % 47); _si zvjc = ((jcuj) / (47)); _si jerj = jcuj; if (jerj > (8 * sizeof(_uli))) { jerj = -1; } if (zvjc >= 13) { { for (_si ufqr = 0; ufqr <= 12; ufqr += 1) { vofo[ufqr] = 0; } } } else { _uli opph = (((((_uli)(1)) << (udus))) - ((_uli)(1))); if (jerj < 0) { vofo[0] = 0; } else { vofo[0] = ((((vofo[0]) & (~opph))) >> (jerj)); }; if (zvjc != 0) { vofo[0] += ((((vofo[zvjc]) & (~opph))) >> (udus)); } for (_si xwtl = 1; xwtl <= (12 - zvjc); xwtl += 1) { vofo[-1 + xwtl] += ((((((vofo[xwtl + zvjc]) & (opph))) << (-udus + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vofo[xwtl] = ((((vofo[xwtl + zvjc]) & (~opph))) >> (udus)); } for (_si ljpf = 13 - zvjc; ljpf <= 12; ljpf += 1) { vofo[ljpf] = 0; } }; } } } if (jcuj > 0) { zgva(ajrf, jcuj); } } } { _uc *mfsp = (_uc *)(miog); for (_si lexl = 0; lexl <= 360; lexl += 1) { mfsp[lexl] = (_uc)(1 + mfsp[lexl]) * (_uc)(255 + mfsp[1 + lexl]); } mfsp[361] = 0; } } fdlw(ajrf, ajrf, 3); xxov(ajrf, ajrf, vofo); { ufmg(ajrf, ajrf, lhnh); _si jpvy = gsfn(ajrf, vofo); if (!jpvy) { { for (_si cuaj = 0; cuaj <= 12; cuaj += 1) { ajrf[cuaj] = ajrf[cuaj] - vofo[cuaj]; } { _si fjfq; { fjfq = 0; _uli ywvc = 19; for (_si ejbr = 12; ejbr >= 0; ejbr -= 1) { if (ajrf[ejbr] != 0) { fjfq = ((((ajrf[ejbr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fjfq) { { for (_si tsqr = 0; tsqr <= 12; tsqr += 1) { ajrf[tsqr] = -ajrf[tsqr]; } } } for (_si bvoc = 0; bvoc <= 11; bvoc += 1) { if (((((ajrf[bvoc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ajrf[1 + bvoc] -= 1; } else { ajrf[1 + bvoc] += ((ajrf[bvoc]) >> (47)); }; ajrf[bvoc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ajrf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fjfq) { { for (_si weic = 0; weic <= 12; weic += 1) { ajrf[weic] = -ajrf[weic]; } } } } } } } { srzd(llxh, iefj, iefj); _si tgay; { tgay = 0; for (_si atpg = 12; atpg >= 0; atpg -= 1) { if (llxh[atpg] > vofo[atpg]) { break; } else if (llxh[atpg] < vofo[atpg]) { tgay = 1; break; }; } } if (!tgay) { ipfw(llxh, llxh, vofo); } } tjex(vofo, llxh, llxh); wudj(ajrf, ajrf, llxh); { _uli *ssbw = mexn(); zcld(ssbw, ajrf, ajrf, vofo); tcfi(ssbw); } ovjz(llxh, ajrf); { _uli *pstp = jmgb(); { { ; } _si tcrj = sjon(llxh); _si kxoh; { kxoh = -1; for (_si mhcl = 12; mhcl >= 0; mhcl -= 1) { if (vofo[mhcl] != 0) { kxoh = mhcl; break; } } } if (tcrj >= kxoh) { _si upkb = 0; _uli coqm = vofo[kxoh]; while (coqm < (((((((_uli)(1)) << (47)))) >> (1)))) { upkb += 1; coqm <<= 1; } if (kxoh == 0) { upkb += 47; tcrj += 1; kxoh += 1; } if (upkb > 0) { mece(llxh, upkb); kfuk(vofo, upkb); } _si ccjl = -kxoh + tcrj; coqm = vofo[kxoh]; _uli edrv = vofo[-1 + kxoh]; for (_si izey = ccjl; izey >= 0; izey -= 1) { __uint128_t pthp = (__uint128_t)(((((_uli)(1)) << (47)))) * llxh[1 + izey + kxoh] + llxh[izey + kxoh]; _uli vwmw = 0; __uint128_t yhkt = ((pthp) / (coqm)); __uint128_t aiuv = (pthp % coqm); while (yhkt == ((((_uli)(1)) << (47))) || (edrv * yhkt) > (((((_uli)(1)) << (47))) * aiuv + llxh[-1 + izey + kxoh])) { yhkt -= 1; aiuv += coqm; if (aiuv >= ((((_uli)(1)) << (47)))) { break; } } pthp = 0; for (_si aasj = 0; aasj <= kxoh; aasj += 1) { pthp += vofo[aasj] * yhkt; vwmw = llxh[aasj + izey]; if (pthp > vwmw) { pthp -= vwmw; vwmw = pthp % ((((_uli)(1)) << (47))); pthp = ((pthp) / (((((_uli)(1)) << (47))))); if (vwmw == 0) { llxh[aasj + izey] = 0; } else { llxh[aasj + izey] = ((1 + ~(_uli)(vwmw)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); pthp += 1; }; } else { llxh[aasj + izey] -= pthp; pthp = 0; }; } vwmw = llxh[1 + izey + kxoh]; if (pthp > vwmw) { vofo[1 + izey + kxoh] = -1 + yhkt; pthp = 0; for (_si tkot = 0; tkot <= kxoh; tkot += 1) { pthp += llxh[izey + tkot] + vofo[tkot]; llxh[izey + tkot] = pthp % ((((_uli)(1)) << (47))); pthp = ((pthp) / (((((_uli)(1)) << (47))))); } } else { vofo[1 + izey + kxoh] = yhkt; llxh[1 + izey + kxoh] -= pthp; }; } for (_si axhy = 0; axhy <= ccjl; axhy += 1) { pstp[axhy] = vofo[1 + axhy + kxoh]; llxh[1 + axhy + kxoh] = 0; } for (_si ocxe = 1 + ccjl; ocxe <= 12; ocxe += 1) { pstp[ocxe] = 0; } if (pstp != vofo) { for (_si vfao = 1 + kxoh; vfao <= (1 + tcrj); vfao += 1) { vofo[vfao] = 0; } if (upkb > 0) { { _si zixd = (upkb % 47); _si oizt = ((upkb) / (47)); _si eicg = upkb; if (eicg > (8 * sizeof(_uli))) { eicg = -1; } if (oizt >= 13) { { for (_si dtmn = 0; dtmn <= 12; dtmn += 1) { vofo[dtmn] = 0; } } } else { _uli ppik = (((((_uli)(1)) << (zixd))) - ((_uli)(1))); if (eicg < 0) { vofo[0] = 0; } else { vofo[0] = ((((vofo[0]) & (~ppik))) >> (eicg)); }; if (oizt != 0) { vofo[0] += ((((vofo[oizt]) & (~ppik))) >> (zixd)); } for (_si wwpm = 1; wwpm <= (12 - oizt); wwpm += 1) { vofo[-1 + wwpm] += ((((((vofo[oizt + wwpm]) & (ppik))) << (-zixd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vofo[wwpm] = ((((vofo[oizt + wwpm]) & (~ppik))) >> (zixd)); } for (_si lldf = 13 - oizt; lldf <= 12; lldf += 1) { vofo[lldf] = 0; } }; } } } if (upkb > 0) { wynu(llxh, upkb); } } } { _uc *ulic = (_uc *)(pstp); for (_si yxia = 0; yxia <= 360; yxia += 1) { ulic[yxia] = (_uc)(1 + ulic[yxia]) * (_uc)(255 + ulic[1 + yxia]); } ulic[361] = 0; } } svlt(vofo, uzrw, llxh, rojs); fqvw(vofo, uzrw, uzrw, rojs); { { for (_si ojkk = 0; ojkk <= 12; ojkk += 1) { pwlp[ojkk] = rojs[ojkk] - uzrw[ojkk]; } { _si pwao = oiou(pwlp); if (pwao) { { for (_si vfof = 0; vfof <= 12; vfof += 1) { pwlp[vfof] = -pwlp[vfof]; } } } for (_si zfwx = 0; zfwx <= 11; zfwx += 1) { if (((((pwlp[zfwx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pwlp[1 + zfwx] -= 1; } else { pwlp[1 + zfwx] += ((pwlp[zfwx]) >> (47)); }; pwlp[zfwx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pwlp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pwao) { { for (_si ivkw = 0; ivkw <= 12; ivkw += 1) { pwlp[ivkw] = -pwlp[ivkw]; } } } } } _si unds; { unds = 0; _uli cipk = 19; for (_si osya = 12; osya >= 0; osya -= 1) { if (pwlp[osya] != 0) { unds = ((((pwlp[osya]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (unds) { bdtj(pwlp, pwlp, vofo); } } hqno(pwlp, pwlp, ajrf); eeyw(pwlp, pwlp, vofo); { if (gmwh != uzrw) { for (_si gyjd = 0; gyjd <= 12; gyjd += 1) { gmwh[gyjd] = uzrw[gyjd]; } } } { znkm(efkb, pwlp, iefj); _si inql = lyma(efkb); if (inql) { zfmf(efkb, efkb, vofo); } } { _uc *oyoi = (_uc *)(ajrf); for (_si ecjt = 0; ecjt <= 360; ecjt += 1) { oyoi[ecjt] = (_uc)(255 + oyoi[1 + ecjt]) * (_uc)(1 + oyoi[ecjt]); } oyoi[361] = 0; } tffx(llxh); vemr(uzrw); { _uc *fecc = (_uc *)(pwlp); for (_si ohii = 0; ohii <= 360; ohii += 1) { fecc[ohii] = (_uc)(1 + fecc[ohii]) * (_uc)(255 + fecc[1 + ohii]); } fecc[361] = 0; } } void andv(_uli *aqqp, _uli *gjym) { for (_si posv = 0; posv <= 12; posv += 1) { aqqp[posv] = -gjym[posv]; } } void rqky(_uli *doxd, _si fous) { _si mrnj = (fous % 47); _si pdmy = ((fous) / (47)); _si cnvr = -mrnj + (((sizeof(_uli)) << (3))); if (pdmy >= 45) { { for (_si nrpr = 0; nrpr <= 44; nrpr += 1) { doxd[nrpr] = 0; } } } else { for (_si dufl = 44 - pdmy; dufl >= 1; dufl -= 1) { doxd[dufl + pdmy] = ((doxd[dufl]) << (mrnj)); if (cnvr < (8 * sizeof(_uli))) { doxd[dufl + pdmy] += ((((doxd[-1 + dufl]) >> (cnvr))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } doxd[pdmy] = ((doxd[0]) << (mrnj)); for (_si hbai = -1 + pdmy; hbai >= 0; hbai -= 1) { doxd[hbai] = 0; } }; { for (_si bctp = 0; bctp <= 43; bctp += 1) { doxd[1 + bctp] += ((doxd[bctp]) >> (47)); doxd[bctp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } doxd[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void ylpy(_uli *hcuf) { _uc *qsgd = (_uc *)(hcuf); for (_si avqz = 0; avqz <= 360; avqz += 1) { qsgd[avqz] = (_uc)(255 + qsgd[1 + avqz]) * (_uc)(1 + qsgd[avqz]); } qsgd[361] = 0; } void ddjl(_uli *zfeo, _uli *jwkm, _uli *ggmf) { _uli *gsei = ypfg(); _uli *mbbf = finq(); _uli *yjpg = frfi(); _uli *ouhg = oind(); for (_si vpwd = 0; vpwd <= 12; vpwd += 1) { gsei[vpwd] = ((jwkm[vpwd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mbbf[vpwd] = ((jwkm[vpwd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yjpg[vpwd] = ((ggmf[vpwd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ouhg[vpwd] = ((ggmf[vpwd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } uuwg(zfeo); for (_si wwhj = 0; wwhj <= (-1 + (((13) >> (1)))); wwhj += 1) { for (_si vmie = 0; vmie <= (-1 + (((13) >> (1)))); vmie += 1) { _uli mhgw = gsei[wwhj] * ouhg[vmie] + mbbf[wwhj] * yjpg[vmie]; _uli luvy = gsei[wwhj] * yjpg[vmie]; _uli rpim = mbbf[wwhj] * ouhg[vmie]; _uli ubqq = ((zfeo[vmie + wwhj]) + (luvy) + (((((mhgw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ubqq < luvy) { rpim += 1; } _uli pmva = ((((mhgw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rpim) << ((-47 + (((sizeof(_uli)) << (3)))))))); zfeo[vmie + wwhj] = ubqq; zfeo[1 + vmie + wwhj] += pmva; } { for (_si xfrm = 0; xfrm <= 11; xfrm += 1) { zfeo[1 + xfrm] += ((zfeo[xfrm]) >> (47)); zfeo[xfrm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zfeo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *mxgw = (_uc *)(gsei); for (_si awii = 0; awii <= 360; awii += 1) { mxgw[awii] = (_uc)(1 + mxgw[awii]) * (_uc)(255 + mxgw[1 + awii]); } mxgw[361] = 0; } { _uc *vbxd = (_uc *)(mbbf); for (_si zrsr = 0; zrsr <= 360; zrsr += 1) { vbxd[zrsr] = (_uc)(1 + vbxd[zrsr]) * (_uc)(255 + vbxd[1 + zrsr]); } vbxd[361] = 0; } { _uc *cgve = (_uc *)(yjpg); for (_si uhxf = 0; uhxf <= 360; uhxf += 1) { cgve[uhxf] = (_uc)(1 + cgve[uhxf]) * (_uc)(255 + cgve[1 + uhxf]); } cgve[361] = 0; } evfa(ouhg); } void flrg(_uli *yqac, _si gari) { _si lowi = (gari % 47); _si godd = ((gari) / (47)); _si ndfr = gari; if (ndfr > (8 * sizeof(_uli))) { ndfr = -1; } if (godd >= 13) { { for (_si vxlq = 0; vxlq <= 12; vxlq += 1) { yqac[vxlq] = 0; } } } else { _uli arel = (((((_uli)(1)) << (lowi))) - ((_uli)(1))); if (ndfr < 0) { yqac[0] = 0; } else { yqac[0] = ((((yqac[0]) & (~arel))) >> (ndfr)); }; if (godd != 0) { yqac[0] += ((((yqac[godd]) & (~arel))) >> (lowi)); } for (_si ppgp = 1; ppgp <= (12 - godd); ppgp += 1) { yqac[-1 + ppgp] += ((((((yqac[godd + ppgp]) & (arel))) << (-lowi + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yqac[ppgp] = ((((yqac[godd + ppgp]) & (~arel))) >> (lowi)); } for (_si ivlj = 13 - godd; ivlj <= 12; ivlj += 1) { yqac[ivlj] = 0; } }; } _uc *ni() { ; _uc *qmr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; qmr = (_uc *)(_m + 362 * _s); break; } _s += 1; } return qmr; } void ydno(_uc *ewuw, _uc *xbcd) { _ui *jnlu = (_ui *)(ewuw + 64); for (_si ymte = 0; ymte <= 7; ymte += 1) { jnlu[4 + ymte] = (((_ui)((xbcd + 4 * ymte)[0])) + ((((_ui)((xbcd + 4 * ymte)[1])) << (8))) + ((((_ui)((xbcd + 4 * ymte)[2])) << (16))) + ((((_ui)((xbcd + 4 * ymte)[3])) << (24)))); } } void ojxv(_uli *ecym, _uli *qwuu) { if (ecym != qwuu) { for (_si lcuc = 0; lcuc <= 12; lcuc += 1) { ecym[lcuc] = qwuu[lcuc]; } } } void rfmi(_uli *fhuy) { _uc *nncb = (_uc *)(fhuy); for (_si jmwr = 0; jmwr <= 360; jmwr += 1) { nncb[jmwr] = (_uc)(255 + nncb[1 + jmwr]) * (_uc)(1 + nncb[jmwr]); } nncb[361] = 0; } void opbm(_uli *buwq) { _uc *xtoo = (_uc *)(buwq); for (_si ftzl = 0; ftzl <= 360; ftzl += 1) { xtoo[ftzl] = (_uc)(255 + xtoo[1 + ftzl]) * (_uc)(1 + xtoo[ftzl]); } xtoo[361] = 0; } void jhar(_uc *lqau) { _uc *aols = (_uc *)(lqau + 0); _ui *lsny = (_ui *)(lqau + 64); _ui *agfx = (_ui *)(lqau + 96); _si korn = 0; _ui ktrf = 0; _ui ipxf = 0; _ui avms = 0; _ui mmlz = 0; _ui nlva = 0; _ui eidk = 0; for (_si czoj = 0; czoj <= 15; czoj += 1) { agfx[czoj] = (((((((((_ui)(aols[korn])) << (24))) | ((((_ui)(aols[1 + korn])) << (16))))) | ((((_ui)(aols[2 + korn])) << (8))))) | ((_ui)(aols[3 + korn]))); korn += 4; } for (_si luzp = 16; luzp <= 31; luzp += 1) { ktrf = ((((((((agfx[-15 + luzp]) >> (7))) | (((agfx[-15 + luzp]) << (25))))) ^ (((((agfx[-15 + luzp]) >> (18))) | (((agfx[-15 + luzp]) << (14))))))) ^ (((agfx[-15 + luzp]) >> (3)))); mmlz = ((((((((agfx[-2 + luzp]) >> (17))) | (((agfx[-2 + luzp]) << (15))))) ^ (((((agfx[-2 + luzp]) >> (19))) | (((agfx[-2 + luzp]) << (13))))))) ^ (((agfx[-2 + luzp]) >> (10)))); agfx[luzp] = agfx[-16 + luzp] + agfx[-7 + luzp] + ktrf + mmlz; _m[65160] += 1; } _ui rqhx = lsny[0]; _ui soj = lsny[1]; _ui fuhq = lsny[2]; _ui qjnh = lsny[3]; _ui uabm = lsny[4]; _ui mkqi = lsny[5]; _ui cbcm = lsny[6]; _ui rsal = lsny[7]; for (_si tusj = 0; tusj <= 31; tusj += 1) { ktrf = ((((((((rqhx) >> (2))) | (((rqhx) << (30))))) ^ (((((rqhx) >> (13))) | (((rqhx) << (19))))))) ^ (((((rqhx) >> (22))) | (((rqhx) << (10)))))); ipxf = ((((((rqhx) & (soj))) ^ (((rqhx) & (fuhq))))) ^ (((soj) & (fuhq)))); avms = ipxf + ktrf; mmlz = ((((((((uabm) >> (6))) | (((uabm) << (26))))) ^ (((((uabm) >> (11))) | (((uabm) << (21))))))) ^ (((((uabm) >> (25))) | (((uabm) << (7)))))); nlva = ((((uabm) & (mkqi))) ^ (((~uabm) & (cbcm)))); eidk = nlva + agfx[tusj] + rsal + mmlz + *(((_ui *)(_m + 246160) + tusj)); rsal = cbcm; cbcm = mkqi; mkqi = uabm; uabm = eidk + qjnh; qjnh = fuhq; fuhq = soj; soj = rqhx; rqhx = avms + eidk; _m[65161] += 1; } lsny[0] += rqhx; lsny[1] += soj; lsny[2] += fuhq; lsny[3] += qjnh; lsny[4] += uabm; lsny[5] += mkqi; lsny[6] += cbcm; lsny[7] += rsal; } _uli *xley() { ; _uli *teik; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; teik = (_uli *)(_m + 362 * _s); break; } _s += 1; } return teik; } void thrx(_uli *ifpy, _uli *kps) { if (ifpy != kps) { for (_si qlzk = 0; qlzk <= 12; qlzk += 1) { ifpy[qlzk] = kps[qlzk]; } } } void ytng(_uli *yhgj, _uli *vxpd, _uli *fkse) { _uli *wlzx = ijfe(); _uli *bjyt = udvd(); _uli *essk = rznt(); _uli *pnfb = heyy(); for (_si jupe = 0; jupe <= 12; jupe += 1) { wlzx[jupe] = ((vxpd[jupe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bjyt[jupe] = ((vxpd[jupe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); essk[jupe] = ((fkse[jupe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pnfb[jupe] = ((fkse[jupe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si rngr = 0; rngr <= 12; rngr += 1) { yhgj[rngr] = 0; } } for (_si cmpn = 0; cmpn <= (-1 + (((13) >> (1)))); cmpn += 1) { for (_si uuxg = 0; uuxg <= (-1 + (((13) >> (1)))); uuxg += 1) { _uli xvxk = bjyt[cmpn] * essk[uuxg] + pnfb[uuxg] * wlzx[cmpn]; _uli wybp = essk[uuxg] * wlzx[cmpn]; _uli zopw = bjyt[cmpn] * pnfb[uuxg]; _uli pmyq = ((yhgj[cmpn + uuxg]) + (wybp) + (((((xvxk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pmyq < wybp) { zopw += 1; } _uli dfni = ((((xvxk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zopw) << ((-47 + (((sizeof(_uli)) << (3)))))))); yhgj[cmpn + uuxg] = pmyq; yhgj[1 + cmpn + uuxg] += dfni; } { for (_si pmqr = 0; pmqr <= 11; pmqr += 1) { yhgj[1 + pmqr] += ((yhgj[pmqr]) >> (47)); yhgj[pmqr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yhgj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *fqbs = (_uc *)(wlzx); for (_si jcho = 0; jcho <= 360; jcho += 1) { fqbs[jcho] = (_uc)(1 + fqbs[jcho]) * (_uc)(255 + fqbs[1 + jcho]); } fqbs[361] = 0; } { _uc *yukf = (_uc *)(bjyt); for (_si kdff = 0; kdff <= 360; kdff += 1) { yukf[kdff] = (_uc)(255 + yukf[1 + kdff]) * (_uc)(1 + yukf[kdff]); } yukf[361] = 0; } { _uc *dznq = (_uc *)(essk); for (_si loes = 0; loes <= 360; loes += 1) { dznq[loes] = (_uc)(255 + dznq[1 + loes]) * (_uc)(1 + dznq[loes]); } dznq[361] = 0; } ijhr(pnfb); } void lgva(_si ckvi, _uli *wjyo, _uli *xrqx, _uli *dcoc, _uli *djle) { _uli *wuvh = ypfg(); { if (wuvh != djle) { for (_si jtdt = 0; jtdt <= 12; jtdt += 1) { wuvh[jtdt] = djle[jtdt]; } } } { if (dcoc != djle) { for (_si gusa = 0; gusa <= 12; gusa += 1) { dcoc[gusa] = djle[gusa]; } } } { dcoc[(((ckvi) / (47)))] &= ((((((_uli)(1)) << ((ckvi % 47)))) - ((_uli)(1)))); for (_si vzs = 1 + (((ckvi) / (47))); vzs <= 12; vzs += 1) { dcoc[vzs] = 0; } } lpln(dcoc, dcoc, xrqx); qjho(ckvi, dcoc); urdl(dcoc, dcoc, wjyo); eozz(dcoc, dcoc, wuvh); { _si ezwv = (ckvi % 47); _si ffzq = ((ckvi) / (47)); _si ijhk = ckvi; if (ijhk > (8 * sizeof(_uli))) { ijhk = -1; } if (ffzq >= 13) { { for (_si uevb = 0; uevb <= 12; uevb += 1) { dcoc[uevb] = 0; } } } else { _uli mnoj = (((((_uli)(1)) << (ezwv))) - ((_uli)(1))); if (ijhk < 0) { dcoc[0] = 0; } else { dcoc[0] = ((((dcoc[0]) & (~mnoj))) >> (ijhk)); }; if (ffzq != 0) { dcoc[0] += ((((dcoc[ffzq]) & (~mnoj))) >> (ezwv)); } for (_si uhcw = 1; uhcw <= (12 - ffzq); uhcw += 1) { dcoc[-1 + uhcw] += ((((((dcoc[ffzq + uhcw]) & (mnoj))) << (-ezwv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dcoc[uhcw] = ((((dcoc[ffzq + uhcw]) & (~mnoj))) >> (ezwv)); } for (_si edew = 13 - ffzq; edew <= 12; edew += 1) { dcoc[edew] = 0; } }; } hceu(wuvh, dcoc, wjyo); _si mwxp = oeys(wuvh); if (!mwxp) { { if (dcoc != wuvh) { for (_si vdvb = 0; vdvb <= 12; vdvb += 1) { dcoc[vdvb] = wuvh[vdvb]; } } } } { _uc *nidi = (_uc *)(wuvh); for (_si rhln = 0; rhln <= 360; rhln += 1) { nidi[rhln] = (_uc)(255 + nidi[1 + rhln]) * (_uc)(1 + nidi[rhln]); } nidi[361] = 0; } } void kfhb(_uli *vyej, _uli *rzwu) { for (_si pyct = 0; pyct <= 12; pyct += 1) { vyej[pyct] = -rzwu[pyct]; } } void oytk(_uli *fcro, _uli *dumv) { for (_si xhiv = 0; xhiv <= 12; xhiv += 1) { fcro[xhiv] = -dumv[xhiv]; } } void idhj(_uli *yfka, _uli *zhhr) { for (_si dyfs = 0; dyfs <= 44; dyfs += 1) { yfka[dyfs] = -zhhr[dyfs]; } } void ckne(_uli *hysi) { _si muir; { muir = 0; _uli gmxj = 19; for (_si zbtt = 12; zbtt >= 0; zbtt -= 1) { if (hysi[zbtt] != 0) { muir = ((((hysi[zbtt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (muir) { feto(hysi, hysi); } for (_si eaiv = 0; eaiv <= 11; eaiv += 1) { if (((((hysi[eaiv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hysi[1 + eaiv] -= 1; } else { hysi[1 + eaiv] += ((hysi[eaiv]) >> (47)); }; hysi[eaiv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hysi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (muir) { { for (_si fkbn = 0; fkbn <= 12; fkbn += 1) { hysi[fkbn] = -hysi[fkbn]; } } } } void elhf(_uli *nbwc, _uli *msaa) { for (_si wnpg = 0; wnpg <= 12; wnpg += 1) { nbwc[wnpg] = -msaa[wnpg]; } } void qevo(_uli *rixo) { for (_si ekzc = 0; ekzc <= 11; ekzc += 1) { rixo[1 + ekzc] += ((rixo[ekzc]) >> (47)); rixo[ekzc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rixo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si nyks(_uli *gcce) { _si hcwy = 0; _uli hcdy = 19; for (_si ivmw = 12; ivmw >= 0; ivmw -= 1) { if (gcce[ivmw] != 0) { hcwy = ((((gcce[ivmw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return hcwy; } void oaii(_uli *eihj, _uli *xapt) { _uli *aeir = igzy(); _uli *rnob = ddzl(); for (_si oobn = 0; oobn <= 12; oobn += 1) { aeir[oobn] = ((xapt[oobn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rnob[oobn] = ((xapt[oobn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si aixp = 0; aixp <= 12; aixp += 1) { eihj[aixp] = 0; } } for (_si muoc = 0; muoc <= (-1 + (((13) >> (1)))); muoc += 1) { for (_si wjow = 0; wjow <= (-1 + (((13) >> (1)))); wjow += 1) { _uli bjnf = aeir[muoc] * rnob[wjow] + aeir[wjow] * rnob[muoc]; _uli jnob = aeir[muoc] * aeir[wjow]; _uli dtnw = rnob[muoc] * rnob[wjow]; _uli bwf = ((eihj[muoc + wjow]) + (jnob) + (((((bjnf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bwf < jnob) { dtnw += 1; } _uli rcvq = ((((bjnf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dtnw) << ((-47 + (((sizeof(_uli)) << (3)))))))); eihj[muoc + wjow] = bwf; eihj[1 + muoc + wjow] += rcvq; } { for (_si xaqo = 0; xaqo <= 11; xaqo += 1) { eihj[1 + xaqo] += ((eihj[xaqo]) >> (47)); eihj[xaqo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eihj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *icfq = (_uc *)(aeir); for (_si htke = 0; htke <= 360; htke += 1) { icfq[htke] = (_uc)(255 + icfq[1 + htke]) * (_uc)(1 + icfq[htke]); } icfq[361] = 0; } texy(rnob); } void zjqr(_uli *fwnj) { for (_si fply = 0; fply <= 11; fply += 1) { fwnj[1 + fply] += ((fwnj[fply]) >> (47)); fwnj[fply] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fwnj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void qizi(_uli *xjgi, _uli *voct) { for (_si szeg = 0; szeg <= 12; szeg += 1) { xjgi[szeg] = -voct[szeg]; } } void juee(_uli *ziut, _uli *ycxe, _uli *hfbr) { _uli *ugrr = zegx(); _uli *rste = uvz(); _uli *zkio = uoef(); _uli *resv = ghai(); for (_si ciqh = 0; ciqh <= 44; ciqh += 1) { ugrr[ciqh] = ((ycxe[ciqh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rste[ciqh] = ((ycxe[ciqh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zkio[ciqh] = ((hfbr[ciqh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); resv[ciqh] = ((hfbr[ciqh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wwql = 0; wwql <= 44; wwql += 1) { ziut[wwql] = 0; } } for (_si zwrf = 0; zwrf <= (-1 + (((45) >> (1)))); zwrf += 1) { for (_si kkzv = 0; kkzv <= (-1 + (((45) >> (1)))); kkzv += 1) { _uli cxdx = resv[kkzv] * ugrr[zwrf] + rste[zwrf] * zkio[kkzv]; _uli ozfy = ugrr[zwrf] * zkio[kkzv]; _uli jsod = resv[kkzv] * rste[zwrf]; _uli mycd = ((ziut[kkzv + zwrf]) + (ozfy) + (((((cxdx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mycd < ozfy) { jsod += 1; } _uli awjd = ((((cxdx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jsod) << ((-47 + (((sizeof(_uli)) << (3)))))))); ziut[kkzv + zwrf] = mycd; ziut[1 + kkzv + zwrf] += awjd; } okwe(ziut); } { _uc *glla = (_uc *)(ugrr); for (_si wzyx = 0; wzyx <= 360; wzyx += 1) { glla[wzyx] = (_uc)(1 + glla[wzyx]) * (_uc)(255 + glla[1 + wzyx]); } glla[361] = 0; } ztfb(rste); rly(zkio); { _uc *ihso = (_uc *)(resv); for (_si qnaj = 0; qnaj <= 360; qnaj += 1) { ihso[qnaj] = (_uc)(255 + ihso[1 + qnaj]) * (_uc)(1 + ihso[qnaj]); } ihso[361] = 0; } } void zqhx(_uli *kadg, _uli *hkwc) { if (kadg != hkwc) { for (_si puly = 0; puly <= 12; puly += 1) { kadg[puly] = hkwc[puly]; } } } void wpho(_uli *mcly, _uli *pynw, _uli *uimj, _uli *ruut) { { for (_si azww = 0; azww <= 44; azww += 1) { pynw[azww] = -ruut[azww] + uimj[azww]; } jage(pynw); } _si epub = jpjb(pynw); if (epub) { { for (_si beal = 0; beal <= 44; beal += 1) { pynw[beal] = mcly[beal] + pynw[beal]; } { _si pqlm = tyld(pynw); if (pqlm) { { for (_si elzw = 0; elzw <= 44; elzw += 1) { pynw[elzw] = -pynw[elzw]; } } } for (_si ajqs = 0; ajqs <= 43; ajqs += 1) { if (((((pynw[ajqs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pynw[1 + ajqs] -= 1; } else { pynw[1 + ajqs] += ((pynw[ajqs]) >> (47)); }; pynw[ajqs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pynw[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pqlm) { { for (_si bsuu = 0; bsuu <= 44; bsuu += 1) { pynw[bsuu] = -pynw[bsuu]; } } } } } } } void lwks(_uli *vvrv, _uli *kexj, _uli *peoe) { for (_si vxof = 0; vxof <= 44; vxof += 1) { vvrv[vxof] = kexj[vxof] - peoe[vxof]; } { _si taj = pfh(vvrv); if (taj) { { for (_si qlqs = 0; qlqs <= 44; qlqs += 1) { vvrv[qlqs] = -vvrv[qlqs]; } } } for (_si aaev = 0; aaev <= 43; aaev += 1) { if (((((vvrv[aaev]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vvrv[1 + aaev] -= 1; } else { vvrv[1 + aaev] += ((vvrv[aaev]) >> (47)); }; vvrv[aaev] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vvrv[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (taj) { { for (_si fzzk = 0; fzzk <= 44; fzzk += 1) { vvrv[fzzk] = -vvrv[fzzk]; } } } } } void bkgx(_si byqx, _uli *gmur, _uli *mkfj, _uli *caym, _uli *jwfr, _uli *slpu, _uli *syqy) { { { _uli *lspu = heyy(); _uli *jddn = opcr(); for (_si glqs = 0; glqs <= 12; glqs += 1) { lspu[glqs] = ((syqy[glqs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jddn[glqs] = ((syqy[glqs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mzvm = 0; mzvm <= 12; mzvm += 1) { caym[mzvm] = 0; } } for (_si nwat = 0; nwat <= (-1 + (((13) >> (1)))); nwat += 1) { for (_si htyv = 0; htyv <= (-1 + (((13) >> (1)))); htyv += 1) { _uli jonq = jddn[nwat] * lspu[htyv] + jddn[htyv] * lspu[nwat]; _uli owxj = lspu[nwat] * lspu[htyv]; _uli hqzv = jddn[nwat] * jddn[htyv]; _uli gpar = ((caym[htyv + nwat]) + (owxj) + (((((jonq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (gpar < owxj) { hqzv += 1; } _uli ukcs = ((((jonq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hqzv) << ((-47 + (((sizeof(_uli)) << (3)))))))); caym[htyv + nwat] = gpar; caym[1 + htyv + nwat] += ukcs; } jrsj(caym); } { _uc *udau = (_uc *)(lspu); for (_si pexi = 0; pexi <= 360; pexi += 1) { udau[pexi] = (_uc)(255 + udau[1 + pexi]) * (_uc)(1 + udau[pexi]); } udau[361] = 0; } pise(jddn); } { _uli *ikgp = mexn(); upno(ikgp, caym); { ; } xiff(byqx, caym); kino(caym, caym, mkfj); { caym[(((byqx) / (47)))] &= ((((((_uli)(1)) << ((byqx % 47)))) - ((_uli)(1)))); for (_si wuig = 1 + (((byqx) / (47))); wuig <= 12; wuig += 1) { caym[wuig] = 0; } } { _uli *ofyp = prfv(); _uli *ypiv = gmyg(); _uli *vlyx = gmyg(); _uli *olpv = yjoq(); for (_si phwr = 0; phwr <= 12; phwr += 1) { ofyp[phwr] = ((caym[phwr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ypiv[phwr] = ((caym[phwr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vlyx[phwr] = ((gmur[phwr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); olpv[phwr] = ((gmur[phwr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si svpy = 0; svpy <= 12; svpy += 1) { caym[svpy] = 0; } } for (_si zezo = 0; zezo <= (-1 + (((13) >> (1)))); zezo += 1) { for (_si riso = 0; riso <= (-1 + (((13) >> (1)))); riso += 1) { _uli nikl = ofyp[zezo] * olpv[riso] + vlyx[riso] * ypiv[zezo]; _uli jxzi = ofyp[zezo] * vlyx[riso]; _uli kdue = olpv[riso] * ypiv[zezo]; _uli xfla = ((caym[riso + zezo]) + (jxzi) + (((((nikl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xfla < jxzi) { kdue += 1; } _uli tcwv = ((((nikl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kdue) << ((-47 + (((sizeof(_uli)) << (3)))))))); caym[riso + zezo] = xfla; caym[1 + riso + zezo] += tcwv; } { for (_si hrrh = 0; hrrh <= 11; hrrh += 1) { caym[1 + hrrh] += ((caym[hrrh]) >> (47)); caym[hrrh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } caym[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *frzo = (_uc *)(ofyp); for (_si yehq = 0; yehq <= 360; yehq += 1) { frzo[yehq] = (_uc)(255 + frzo[1 + yehq]) * (_uc)(1 + frzo[yehq]); } frzo[361] = 0; } { _uc *pehn = (_uc *)(ypiv); for (_si lmcb = 0; lmcb <= 360; lmcb += 1) { pehn[lmcb] = (_uc)(1 + pehn[lmcb]) * (_uc)(255 + pehn[1 + lmcb]); } pehn[361] = 0; } { _uc *qagn = (_uc *)(vlyx); for (_si ydfn = 0; ydfn <= 360; ydfn += 1) { qagn[ydfn] = (_uc)(1 + qagn[ydfn]) * (_uc)(255 + qagn[1 + ydfn]); } qagn[361] = 0; } { _uc *rdng = (_uc *)(olpv); for (_si grdm = 0; grdm <= 360; grdm += 1) { rdng[grdm] = (_uc)(1 + rdng[grdm]) * (_uc)(255 + rdng[1 + grdm]); } rdng[361] = 0; } } cuur(caym, caym, ikgp); { _si vkfi = (byqx % 47); _si yluf = ((byqx) / (47)); _si zysa = byqx; if (zysa > (8 * sizeof(_uli))) { zysa = -1; } if (yluf >= 13) { { for (_si nrpn = 0; nrpn <= 12; nrpn += 1) { caym[nrpn] = 0; } } } else { _uli qlwe = (((((_uli)(1)) << (vkfi))) - ((_uli)(1))); if (zysa < 0) { caym[0] = 0; } else { caym[0] = ((((caym[0]) & (~qlwe))) >> (zysa)); }; if (yluf != 0) { caym[0] += ((((caym[yluf]) & (~qlwe))) >> (vkfi)); } for (_si uxpf = 1; uxpf <= (12 - yluf); uxpf += 1) { caym[-1 + uxpf] += ((((((caym[uxpf + yluf]) & (qlwe))) << (-vkfi + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); caym[uxpf] = ((((caym[uxpf + yluf]) & (~qlwe))) >> (vkfi)); } for (_si zvpt = 13 - yluf; zvpt <= 12; zvpt += 1) { caym[zvpt] = 0; } }; } getx(ikgp, caym, gmur); _si xwxb = ynrq(ikgp); if (!xwxb) { { if (caym != ikgp) { for (_si swxv = 0; swxv <= 12; swxv += 1) { caym[swxv] = ikgp[swxv]; } } } } { _uc *adbi = (_uc *)(ikgp); for (_si ygwd = 0; ygwd <= 360; ygwd += 1) { adbi[ygwd] = (_uc)(1 + adbi[ygwd]) * (_uc)(255 + adbi[1 + ygwd]); } adbi[361] = 0; } } } xexk(gmur, caym, caym); imtt(byqx, gmur, caym, caym); { { _uli *cpom = yjoq(); _uli *bduq = mtis(); _uli *eoie = derw(); _uli *hwhr = bifd(); for (_si fhoa = 0; fhoa <= 12; fhoa += 1) { cpom[fhoa] = ((caym[fhoa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bduq[fhoa] = ((caym[fhoa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); eoie[fhoa] = ((jwfr[fhoa]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hwhr[fhoa] = ((jwfr[fhoa]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vyry = 0; vyry <= 12; vyry += 1) { caym[vyry] = 0; } } for (_si ngby = 0; ngby <= (-1 + (((13) >> (1)))); ngby += 1) { for (_si truy = 0; truy <= (-1 + (((13) >> (1)))); truy += 1) { _uli moqo = bduq[ngby] * eoie[truy] + cpom[ngby] * hwhr[truy]; _uli wken = cpom[ngby] * eoie[truy]; _uli rvuc = bduq[ngby] * hwhr[truy]; _uli mawx = ((caym[ngby + truy]) + (wken) + (((((moqo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mawx < wken) { rvuc += 1; } _uli vzfh = ((((moqo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rvuc) << ((-47 + (((sizeof(_uli)) << (3)))))))); caym[ngby + truy] = mawx; caym[1 + ngby + truy] += vzfh; } { for (_si uewr = 0; uewr <= 11; uewr += 1) { caym[1 + uewr] += ((caym[uewr]) >> (47)); caym[uewr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } caym[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } nnjo(cpom); etfn(bduq); msfp(eoie); { _uc *aiyk = (_uc *)(hwhr); for (_si xlcz = 0; xlcz <= 360; xlcz += 1) { aiyk[xlcz] = (_uc)(255 + aiyk[1 + xlcz]) * (_uc)(1 + aiyk[xlcz]); } aiyk[361] = 0; } } seip(byqx, gmur, mkfj, caym, caym); } } void moso(_uli *pvwg, _uli *hgix) { _uli *eyig = eaze(); _uli *bzyn = wnin(); for (_si qbzg = 0; qbzg <= 44; qbzg += 1) { eyig[qbzg] = ((hgix[qbzg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bzyn[qbzg] = ((hgix[qbzg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ecmb = 0; ecmb <= 44; ecmb += 1) { pvwg[ecmb] = 0; } } for (_si fzrh = 0; fzrh <= (-1 + (((45) >> (1)))); fzrh += 1) { for (_si dtgy = 0; dtgy <= (-1 + (((45) >> (1)))); dtgy += 1) { _uli ibsl = bzyn[dtgy] * eyig[fzrh] + bzyn[fzrh] * eyig[dtgy]; _uli ukyh = eyig[dtgy] * eyig[fzrh]; _uli zrlj = bzyn[dtgy] * bzyn[fzrh]; _uli eqnv = ((pvwg[dtgy + fzrh]) + (ukyh) + (((((ibsl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (eqnv < ukyh) { zrlj += 1; } _uli uwfv = ((((ibsl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zrlj) << ((-47 + (((sizeof(_uli)) << (3)))))))); pvwg[dtgy + fzrh] = eqnv; pvwg[1 + dtgy + fzrh] += uwfv; } { for (_si usfj = 0; usfj <= 43; usfj += 1) { pvwg[1 + usfj] += ((pvwg[usfj]) >> (47)); pvwg[usfj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pvwg[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } lliw(eyig); { _uc *rany = (_uc *)(bzyn); for (_si yyhf = 0; yyhf <= 360; yyhf += 1) { rany[yyhf] = (_uc)(1 + rany[yyhf]) * (_uc)(255 + rany[1 + yyhf]); } rany[361] = 0; } } void ybu(_uli *kie, _uli *eqv, _uli *jypu) { for (_si mbtl = 0; mbtl <= 44; mbtl += 1) { kie[mbtl] = eqv[mbtl] + jypu[mbtl]; } ppu(kie); } _si vaxp(_uli *ffpw) { _si wzry = 0; _uli ahay = 19; for (_si leuw = 12; leuw >= 0; leuw -= 1) { if (ffpw[leuw] != 0) { wzry = ((((ffpw[leuw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wzry; } void awhd(_uc *bpde) { _uc *irxa = (_uc *)(bpde + 0); _ui *esoi = (_ui *)(bpde + 64); _ui *bzgb = (_ui *)(bpde + 96); _si kifs = 0; _ui atij = 0; _ui jlqe = 0; _ui udkp = 0; _ui dfqz = 0; _ui bzox = 0; _ui aaxk = 0; for (_si gnkv = 0; gnkv <= 15; gnkv += 1) { bzgb[gnkv] = (((((((((_ui)(irxa[kifs])) << (24))) | ((((_ui)(irxa[1 + kifs])) << (16))))) | ((((_ui)(irxa[2 + kifs])) << (8))))) | ((_ui)(irxa[3 + kifs]))); kifs += 4; } for (_si sxkq = 16; sxkq <= 31; sxkq += 1) { atij = ((((((((bzgb[-15 + sxkq]) >> (7))) | (((bzgb[-15 + sxkq]) << (25))))) ^ (((((bzgb[-15 + sxkq]) >> (18))) | (((bzgb[-15 + sxkq]) << (14))))))) ^ (((bzgb[-15 + sxkq]) >> (3)))); dfqz = ((((((((bzgb[-2 + sxkq]) >> (17))) | (((bzgb[-2 + sxkq]) << (15))))) ^ (((((bzgb[-2 + sxkq]) >> (19))) | (((bzgb[-2 + sxkq]) << (13))))))) ^ (((bzgb[-2 + sxkq]) >> (10)))); bzgb[sxkq] = atij + bzgb[-7 + sxkq] + bzgb[-16 + sxkq] + dfqz; _m[65160] += 1; } _ui bpkk = esoi[0]; _ui qgrf = esoi[1]; _ui kplv = esoi[2]; _ui fduv = esoi[3]; _ui butc = esoi[4]; _ui fkwd = esoi[5]; _ui ywtk = esoi[6]; _ui qbml = esoi[7]; for (_si ujlx = 0; ujlx <= 31; ujlx += 1) { atij = ((((((((bpkk) >> (2))) | (((bpkk) << (30))))) ^ (((((bpkk) >> (13))) | (((bpkk) << (19))))))) ^ (((((bpkk) >> (22))) | (((bpkk) << (10)))))); jlqe = ((((((bpkk) & (qgrf))) ^ (((bpkk) & (kplv))))) ^ (((qgrf) & (kplv)))); udkp = atij + jlqe; dfqz = ((((((((butc) >> (6))) | (((butc) << (26))))) ^ (((((butc) >> (11))) | (((butc) << (21))))))) ^ (((((butc) >> (25))) | (((butc) << (7)))))); bzox = ((((butc) & (fkwd))) ^ (((~butc) & (ywtk)))); aaxk = bzgb[ujlx] + bzox + dfqz + *(((_ui *)(_m + 246160) + ujlx)) + qbml; qbml = ywtk; ywtk = fkwd; fkwd = butc; butc = aaxk + fduv; fduv = kplv; kplv = qgrf; qgrf = bpkk; bpkk = aaxk + udkp; _m[65161] += 1; } esoi[0] += bpkk; esoi[1] += qgrf; esoi[2] += kplv; esoi[3] += fduv; esoi[4] += butc; esoi[5] += fkwd; esoi[6] += ywtk; esoi[7] += qbml; } _si qjdd(_uli *yfws) { _si bmuj = 0; _uli qpud = 19; for (_si yuen = 12; yuen >= 0; yuen -= 1) { if (yfws[yuen] != 0) { bmuj = ((((yfws[yuen]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bmuj; } void uaka(_uli *uvfs) { _uc *flmi = (_uc *)(uvfs); for (_si bjmi = 0; bjmi <= 360; bjmi += 1) { flmi[bjmi] = (_uc)(1 + flmi[bjmi]) * (_uc)(255 + flmi[1 + bjmi]); } flmi[361] = 0; } void qity(_uc *bodh, _uc *dnbq) { _ui *gvm = (_ui *)(bodh + 64); for (_si qfrn = 0; qfrn <= 7; qfrn += 1) { gvm[4 + qfrn] = (((_ui)((dnbq + 4 * qfrn)[0])) + ((((_ui)((dnbq + 4 * qfrn)[1])) << (8))) + ((((_ui)((dnbq + 4 * qfrn)[2])) << (16))) + ((((_ui)((dnbq + 4 * qfrn)[3])) << (24)))); } } void drbx(_uli *ylaa) { for (_si nqpq = 0; nqpq <= 43; nqpq += 1) { ylaa[1 + nqpq] += ((ylaa[nqpq]) >> (47)); ylaa[nqpq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ylaa[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void gspd(_uli *raki) { for (_si unan = 0; unan <= 12; unan += 1) { raki[unan] = 0; } } _uc *gfgx() { ; _uc *chsf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; chsf = (_uc *)(_m + 362 * _s); break; } _s += 1; } return chsf; } void gxgf(_uli *sbmv) { _uc *xaha = (_uc *)(sbmv); for (_si dhsy = 0; dhsy <= 360; dhsy += 1) { xaha[dhsy] = (_uc)(1 + xaha[dhsy]) * (_uc)(255 + xaha[1 + dhsy]); } xaha[361] = 0; } _uli *smxy() { ; _uli *nfqb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; nfqb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return nfqb; } void oayw(_uli *xoal) { for (_si slsd = 0; slsd <= 43; slsd += 1) { xoal[1 + slsd] += ((xoal[slsd]) >> (47)); xoal[slsd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xoal[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dzbd(_uli *dgp) { for (_si illh = 0; illh <= 11; illh += 1) { dgp[1 + illh] += ((dgp[illh]) >> (47)); dgp[illh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dgp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si oeys(_uli *bgaf) { _si myjv = 0; _uli rwth = 19; for (_si ynyo = 12; ynyo >= 0; ynyo -= 1) { if (bgaf[ynyo] != 0) { myjv = ((((bgaf[ynyo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return myjv; } void bify(_uli *zlpw, _uli *fwqg) { for (_si xutx = 0; xutx <= 12; xutx += 1) { zlpw[xutx] = -fwqg[xutx]; } } void mkrv(_uli *jjuh) { for (_si rxqq = 0; rxqq <= 12; rxqq += 1) { jjuh[rxqq] = 0; } } void zaj(_uli *fbtn, _uli *bqex, _uli *mlnu) { for (_si eqhf = 0; eqhf <= 12; eqhf += 1) { fbtn[eqhf] = bqex[eqhf] - mlnu[eqhf]; } { _si qwai; { qwai = 0; _uli hggi = 19; for (_si pszj = 12; pszj >= 0; pszj -= 1) { if (fbtn[pszj] != 0) { qwai = ((((fbtn[pszj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qwai) { { for (_si seyu = 0; seyu <= 12; seyu += 1) { fbtn[seyu] = -fbtn[seyu]; } } } for (_si siis = 0; siis <= 11; siis += 1) { if (((((fbtn[siis]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fbtn[1 + siis] -= 1; } else { fbtn[1 + siis] += ((fbtn[siis]) >> (47)); }; fbtn[siis] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fbtn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qwai) { { for (_si ouh = 0; ouh <= 12; ouh += 1) { fbtn[ouh] = -fbtn[ouh]; } } } } } void cqr(_uli *hfq, _uli *albf, _uli *ymlt) { for (_si tnqb = 0; tnqb <= 12; tnqb += 1) { hfq[tnqb] = albf[tnqb] + ymlt[tnqb]; } ipab(hfq); } void hias(_uli *ftbi, _uli *wtyx, _uli *mlbr) { _uli *jhds = enhh(); _uli *smpn = gdxm(); _uli *qnde = hyda(); _uli *zbal = jmgb(); for (_si qkav = 0; qkav <= 12; qkav += 1) { jhds[qkav] = ((wtyx[qkav]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); smpn[qkav] = ((wtyx[qkav]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qnde[qkav] = ((mlbr[qkav]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zbal[qkav] = ((mlbr[qkav]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lsnv = 0; lsnv <= 12; lsnv += 1) { ftbi[lsnv] = 0; } } for (_si bynz = 0; bynz <= (-1 + (((13) >> (1)))); bynz += 1) { for (_si rjkx = 0; rjkx <= (-1 + (((13) >> (1)))); rjkx += 1) { _uli lyqr = jhds[bynz] * zbal[rjkx] + qnde[rjkx] * smpn[bynz]; _uli vops = jhds[bynz] * qnde[rjkx]; _uli xveg = smpn[bynz] * zbal[rjkx]; _uli vyzs = ((ftbi[bynz + rjkx]) + (vops) + (((((lyqr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vyzs < vops) { xveg += 1; } _uli jyhn = ((((lyqr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xveg) << ((-47 + (((sizeof(_uli)) << (3)))))))); ftbi[bynz + rjkx] = vyzs; ftbi[1 + bynz + rjkx] += jyhn; } fbut(ftbi); } brs(jhds); { _uc *qofn = (_uc *)(smpn); for (_si vdvy = 0; vdvy <= 360; vdvy += 1) { qofn[vdvy] = (_uc)(1 + qofn[vdvy]) * (_uc)(255 + qofn[1 + vdvy]); } qofn[361] = 0; } { _uc *rmzi = (_uc *)(qnde); for (_si vpmo = 0; vpmo <= 360; vpmo += 1) { rmzi[vpmo] = (_uc)(255 + rmzi[1 + vpmo]) * (_uc)(1 + rmzi[vpmo]); } rmzi[361] = 0; } epix(zbal); } void evgc(_uli *fecl, _uli *pgwn, _uli *oaod) { for (_si hktk = 0; hktk <= 12; hktk += 1) { fecl[hktk] = oaod[hktk] + pgwn[hktk]; } { _si lduv; { lduv = 0; _uli ndcc = 19; for (_si yctw = 12; yctw >= 0; yctw -= 1) { if (fecl[yctw] != 0) { lduv = ((((fecl[yctw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (lduv) { tlzt(fecl, fecl); } for (_si eqxs = 0; eqxs <= 11; eqxs += 1) { if (((((fecl[eqxs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fecl[1 + eqxs] -= 1; } else { fecl[1 + eqxs] += ((fecl[eqxs]) >> (47)); }; fecl[eqxs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fecl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lduv) { gykm(fecl, fecl); } } } _si fili(_uli *vqvx) { _si ulfa = 0; _uli nouq = 19; for (_si mqrf = 44; mqrf >= 0; mqrf -= 1) { if (vqvx[mqrf] != 0) { ulfa = ((((vqvx[mqrf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ulfa; } void oyki(_si mvgo, _uli *astq) { astq[(((mvgo) / (47)))] &= ((((((_uli)(1)) << ((mvgo % 47)))) - ((_uli)(1)))); for (_si vgxj = 1 + (((mvgo) / (47))); vgxj <= 12; vgxj += 1) { astq[vgxj] = 0; } } _uli *vnsv() { ; _uli *bxbf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; bxbf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return bxbf; } void vzaf(_uli *qbmn, _uli *fife, _uli *ipey, _uli *jziy) { { if (ipey != jziy) { for (_si glvw = 0; glvw <= 12; glvw += 1) { ipey[glvw] = jziy[glvw]; } } } { _uli *wqrk = uexn(); _uli *zkcc = zlxq(); _uli *eaez = mwpr(); _uli *omrb = sfxl(); for (_si gnow = 0; gnow <= 12; gnow += 1) { wqrk[gnow] = ((ipey[gnow]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zkcc[gnow] = ((ipey[gnow]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); eaez[gnow] = ((fife[gnow]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); omrb[gnow] = ((fife[gnow]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qyju = 0; qyju <= 12; qyju += 1) { ipey[qyju] = 0; } } for (_si ewog = 0; ewog <= (-1 + (((13) >> (1)))); ewog += 1) { for (_si jczn = 0; jczn <= (-1 + (((13) >> (1)))); jczn += 1) { _uli sfjc = eaez[jczn] * zkcc[ewog] + omrb[jczn] * wqrk[ewog]; _uli vqhq = eaez[jczn] * wqrk[ewog]; _uli gdhb = omrb[jczn] * zkcc[ewog]; _uli epeo = ((ipey[ewog + jczn]) + (vqhq) + (((((sfjc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (epeo < vqhq) { gdhb += 1; } _uli sezf = ((((sfjc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gdhb) << ((-47 + (((sizeof(_uli)) << (3)))))))); ipey[ewog + jczn] = epeo; ipey[1 + ewog + jczn] += sezf; } { for (_si yhxb = 0; yhxb <= 11; yhxb += 1) { ipey[1 + yhxb] += ((ipey[yhxb]) >> (47)); ipey[yhxb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ipey[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } bswj(wqrk); ujae(zkcc); { _uc *johh = (_uc *)(eaez); for (_si qype = 0; qype <= 360; qype += 1) { johh[qype] = (_uc)(1 + johh[qype]) * (_uc)(255 + johh[1 + qype]); } johh[361] = 0; } { _uc *kmjq = (_uc *)(omrb); for (_si tkzb = 0; tkzb <= 360; tkzb += 1) { kmjq[tkzb] = (_uc)(1 + kmjq[tkzb]) * (_uc)(255 + kmjq[1 + tkzb]); } kmjq[361] = 0; } } { _uli *vnea = npje(); dmvu(vnea, ipey, ipey, qbmn); vwyv(vnea); } } _si ewka(_uli *yqbh) { _si ywis = 0; _uli lzny = 19; for (_si ysng = 12; ysng >= 0; ysng -= 1) { if (yqbh[ysng] != 0) { ywis = ((((yqbh[ysng]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ywis; } void noib(_si sbht, _uli *vobg, _uli *qalr, _uli *mcic, _uli *spgi) { _uli *self = pywd(); { if (self != spgi) { for (_si yngd = 0; yngd <= 12; yngd += 1) { self[yngd] = spgi[yngd]; } } } lbbn(mcic, spgi); rppu(sbht, mcic); { _uli *ojvb = gysu(); _uli *ovpa = bota(); _uli *xod = uich(); _uli *klth = udtp(); for (_si hvlh = 0; hvlh <= 12; hvlh += 1) { ojvb[hvlh] = ((mcic[hvlh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ovpa[hvlh] = ((mcic[hvlh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xod[hvlh] = ((qalr[hvlh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); klth[hvlh] = ((qalr[hvlh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wmgk = 0; wmgk <= 12; wmgk += 1) { mcic[wmgk] = 0; } } for (_si jihl = 0; jihl <= (-1 + (((13) >> (1)))); jihl += 1) { for (_si gryr = 0; gryr <= (-1 + (((13) >> (1)))); gryr += 1) { _uli scki = klth[gryr] * ojvb[jihl] + ovpa[jihl] * xod[gryr]; _uli hnls = ojvb[jihl] * xod[gryr]; _uli lhdd = klth[gryr] * ovpa[jihl]; _uli ctze = ((mcic[gryr + jihl]) + (hnls) + (((((scki) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ctze < hnls) { lhdd += 1; } _uli nbpn = ((((scki) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lhdd) << ((-47 + (((sizeof(_uli)) << (3)))))))); mcic[gryr + jihl] = ctze; mcic[1 + gryr + jihl] += nbpn; } xkbo(mcic); } njar(ojvb); { _uc *zsfn = (_uc *)(ovpa); for (_si jljf = 0; jljf <= 360; jljf += 1) { zsfn[jljf] = (_uc)(1 + zsfn[jljf]) * (_uc)(255 + zsfn[1 + jljf]); } zsfn[361] = 0; } itnl(xod); { _uc *oumx = (_uc *)(klth); for (_si orre = 0; orre <= 360; orre += 1) { oumx[orre] = (_uc)(1 + oumx[orre]) * (_uc)(255 + oumx[1 + orre]); } oumx[361] = 0; } } { mcic[(((sbht) / (47)))] &= ((((((_uli)(1)) << ((sbht % 47)))) - ((_uli)(1)))); for (_si jawr = 1 + (((sbht) / (47))); jawr <= 12; jawr += 1) { mcic[jawr] = 0; } } avk(mcic, mcic, vobg); { for (_si ryuo = 0; ryuo <= 12; ryuo += 1) { mcic[ryuo] = mcic[ryuo] + self[ryuo]; } { _si repy = cnsf(mcic); if (repy) { rbat(mcic, mcic); } for (_si kwqx = 0; kwqx <= 11; kwqx += 1) { if (((((mcic[kwqx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mcic[1 + kwqx] -= 1; } else { mcic[1 + kwqx] += ((mcic[kwqx]) >> (47)); }; mcic[kwqx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mcic[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (repy) { ocrk(mcic, mcic); } } } bujk(mcic, sbht); hzhn(self, mcic, vobg); _si fmjk = oavj(self); if (!fmjk) { { if (mcic != self) { for (_si rqai = 0; rqai <= 12; rqai += 1) { mcic[rqai] = self[rqai]; } } } } { _uc *ionk = (_uc *)(self); for (_si ipov = 0; ipov <= 360; ipov += 1) { ionk[ipov] = (_uc)(255 + ionk[1 + ipov]) * (_uc)(1 + ionk[ipov]); } ionk[361] = 0; } } void vetn(_uli *nhxp, _uli *arit) { for (_si gqxn = 0; gqxn <= 12; gqxn += 1) { nhxp[gqxn] = -arit[gqxn]; } } void qusy(_uc *vxkx, _uc *lxhu, _si qcme) { _uc *byxu = (_uc *)(vxkx + 0); _uli *ewxe = (_uli *)(vxkx + 352); _si lekm = (_si)(((ewxe[0]) & (63))); ewxe[0] += qcme; for (_si pkc = 0; pkc <= (-1 + qcme); pkc += 1) { byxu[lekm] = lxhu[pkc]; lekm += 1; if (lekm == 64) { { _uc *ekr = (_uc *)(vxkx + 0); _ui *thij = (_ui *)(vxkx + 64); _ui *wdvp = (_ui *)(vxkx + 96); _si okm = 0; _ui lxdq = 0; _ui fnim = 0; _ui cgom = 0; _ui gyjk = 0; _ui jdqd = 0; _ui civx = 0; for (_si whgh = 0; whgh <= 15; whgh += 1) { wdvp[whgh] = (((((((((_ui)(ekr[okm])) << (24))) | ((((_ui)(ekr[1 + okm])) << (16))))) | ((((_ui)(ekr[2 + okm])) << (8))))) | ((_ui)(ekr[3 + okm]))); okm += 4; } for (_si usav = 16; usav <= 31; usav += 1) { lxdq = ((((((((wdvp[-15 + usav]) >> (7))) | (((wdvp[-15 + usav]) << (25))))) ^ (((((wdvp[-15 + usav]) >> (18))) | (((wdvp[-15 + usav]) << (14))))))) ^ (((wdvp[-15 + usav]) >> (3)))); gyjk = ((((((((wdvp[-2 + usav]) >> (17))) | (((wdvp[-2 + usav]) << (15))))) ^ (((((wdvp[-2 + usav]) >> (19))) | (((wdvp[-2 + usav]) << (13))))))) ^ (((wdvp[-2 + usav]) >> (10)))); wdvp[usav] = gyjk + lxdq + wdvp[-7 + usav] + wdvp[-16 + usav]; _m[65160] += 1; } _ui uvd = thij[0]; _ui jqlo = thij[1]; _ui rpz = thij[2]; _ui ijn = thij[3]; _ui gcyj = thij[4]; _ui fity = thij[5]; _ui dck = thij[6]; _ui nbtv = thij[7]; for (_si lrvf = 0; lrvf <= 31; lrvf += 1) { lxdq = ((((((((uvd) >> (2))) | (((uvd) << (30))))) ^ (((((uvd) >> (13))) | (((uvd) << (19))))))) ^ (((((uvd) >> (22))) | (((uvd) << (10)))))); fnim = ((((((uvd) & (jqlo))) ^ (((uvd) & (rpz))))) ^ (((jqlo) & (rpz)))); cgom = fnim + lxdq; gyjk = ((((((((gcyj) >> (6))) | (((gcyj) << (26))))) ^ (((((gcyj) >> (11))) | (((gcyj) << (21))))))) ^ (((((gcyj) >> (25))) | (((gcyj) << (7)))))); jdqd = ((((gcyj) & (fity))) ^ (((~gcyj) & (dck)))); civx = *(((_ui *)(_m + 246160) + lrvf)) + nbtv + gyjk + wdvp[lrvf] + jdqd; nbtv = dck; dck = fity; fity = gcyj; gcyj = civx + ijn; ijn = rpz; rpz = jqlo; jqlo = uvd; uvd = cgom + civx; _m[65161] += 1; } thij[0] += uvd; thij[1] += jqlo; thij[2] += rpz; thij[3] += ijn; thij[4] += gcyj; thij[5] += fity; thij[6] += dck; thij[7] += nbtv; } lekm = 0; } } } void nvee(_uli *mbce) { _uc *hyzc = (_uc *)(mbce); for (_si irxg = 0; irxg <= 360; irxg += 1) { hyzc[irxg] = (_uc)(255 + hyzc[1 + irxg]) * (_uc)(1 + hyzc[irxg]); } hyzc[361] = 0; } void oqvi(_uli *gawz, _uli *zpfy, _uli *xzxe) { for (_si ojxw = 0; ojxw <= 12; ojxw += 1) { gawz[ojxw] = -xzxe[ojxw] + zpfy[ojxw]; } gqly(gawz); } _uli *usvv() { ; _uli *ayns; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ayns = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ayns; } void rquc(_uli *sxgs, _uli *cecr) { for (_si cdnp = 0; cdnp <= 12; cdnp += 1) { sxgs[cdnp] = -cecr[cdnp]; } } void iovo(_uli *faiw) { _si zbir = qvft(faiw); if (zbir) { { for (_si hwaw = 0; hwaw <= 44; hwaw += 1) { faiw[hwaw] = -faiw[hwaw]; } } } for (_si tcve = 0; tcve <= 43; tcve += 1) { if (((((faiw[tcve]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { faiw[1 + tcve] -= 1; } else { faiw[1 + tcve] += ((faiw[tcve]) >> (47)); }; faiw[tcve] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } faiw[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zbir) { { for (_si pnjy = 0; pnjy <= 44; pnjy += 1) { faiw[pnjy] = -faiw[pnjy]; } } } } _si oiou(_uli *ccki) { _si dhdk = 0; _uli ygjv = 19; for (_si ttvl = 12; ttvl >= 0; ttvl -= 1) { if (ccki[ttvl] != 0) { dhdk = ((((ccki[ttvl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return dhdk; } void wdnq(_uli *cxmf, _uli *amdk) { for (_si mxet = 0; mxet <= 12; mxet += 1) { cxmf[mxet] = -amdk[mxet]; } } void hjep(_uc *dcro, _uc *flec, _uc *lrd, _si nom) { zptg(dcro, flec, 0); { _ui *iicv = (_ui *)(dcro + 0); _ui *eou = (_ui *)(dcro + 128); _uc *cmvq = (_uc *)(iicv); for (_si wiep = 0; wiep <= (-1 + nom); wiep += 1) { if (eou[0] >= 64) { oib(dcro); eou[0] = 0; } lrd[wiep] ^= cmvq[eou[0]]; eou[0] += 1; } } } _uc *kfba() { ; _uc *skmu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; skmu = (_uc *)(_m + 362 * _s); break; } _s += 1; } return skmu; } void ibnk(_uli *kxpr, _uli *hmrv, _uli *ovyp) { for (_si mhyo = 0; mhyo <= 12; mhyo += 1) { kxpr[mhyo] = hmrv[mhyo] - ovyp[mhyo]; } { _si wnly = zqmc(kxpr); if (wnly) { { for (_si vyjh = 0; vyjh <= 12; vyjh += 1) { kxpr[vyjh] = -kxpr[vyjh]; } } } for (_si okba = 0; okba <= 11; okba += 1) { if (((((kxpr[okba]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kxpr[1 + okba] -= 1; } else { kxpr[1 + okba] += ((kxpr[okba]) >> (47)); }; kxpr[okba] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kxpr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wnly) { qfgy(kxpr, kxpr); } } } void mpz(_uli *pwa) { _uc *rvsy = (_uc *)(pwa); for (_si shkt = 0; shkt <= 360; shkt += 1) { rvsy[shkt] = (_uc)(1 + rvsy[shkt]) * (_uc)(255 + rvsy[1 + shkt]); } rvsy[361] = 0; } void gxuq(_uli *lfdj, _uli *ruvq) { for (_si tkhj = 0; tkhj <= 12; tkhj += 1) { lfdj[tkhj] = -ruvq[tkhj]; } } void pmxt(_uli *vxoo, _uli *tog, _uli *zujv) { for (_si stem = 0; stem <= 12; stem += 1) { vxoo[stem] = tog[stem] + zujv[stem]; } { _si rnf = coni(vxoo); if (rnf) { dem(vxoo, vxoo); } for (_si vhci = 0; vhci <= 11; vhci += 1) { if (((((vxoo[vhci]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vxoo[1 + vhci] -= 1; } else { vxoo[1 + vhci] += ((vxoo[vhci]) >> (47)); }; vxoo[vhci] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vxoo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rnf) { { for (_si joec = 0; joec <= 12; joec += 1) { vxoo[joec] = -vxoo[joec]; } } } } } void rgcy(_si yzxg, _uli *rain, _uli *woli, _uli *jwvh, _uli *tvdp, _uli *knij, _uli *domc) { _uli *ljix = bnt(); { if (ljix != knij) { for (_si arqf = 0; arqf <= 44; arqf += 1) { ljix[arqf] = knij[arqf]; } } } { { if (tvdp != jwvh) { for (_si utpl = 0; utpl <= 44; utpl += 1) { tvdp[utpl] = jwvh[utpl]; } } } } _si tknm = 0; for (_si jycf = 12; jycf >= 0; jycf -= 1) { _uli qvxd = domc[jycf]; _uli yzwk = (((_uli)(1)) << (46)); while (yzwk != 0) { _si jyqa = ((((qvxd) & (yzwk))) != (0)); if (tknm || jyqa) { wiws(yzxg, rain, woli, tvdp, tvdp); if (jyqa) { { lyfk(tvdp, tvdp, ljix); { _uli *sxfd = hyye(); { if (sxfd != tvdp) { for (_si pted = 0; pted <= 44; pted += 1) { sxfd[pted] = tvdp[pted]; } } } { ; } vphn(yzxg, tvdp); { _uli *fgqh = meln(); _uli *dsrn = ubcv(); _uli *qflq = pwfo(); _uli *elrq = dup(); for (_si fapj = 0; fapj <= 44; fapj += 1) { fgqh[fapj] = ((tvdp[fapj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dsrn[fapj] = ((tvdp[fapj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qflq[fapj] = ((woli[fapj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); elrq[fapj] = ((woli[fapj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kmrc = 0; kmrc <= 44; kmrc += 1) { tvdp[kmrc] = 0; } } for (_si fhom = 0; fhom <= (-1 + (((45) >> (1)))); fhom += 1) { for (_si pciz = 0; pciz <= (-1 + (((45) >> (1)))); pciz += 1) { _uli llno = dsrn[fhom] * qflq[pciz] + elrq[pciz] * fgqh[fhom]; _uli rjpi = fgqh[fhom] * qflq[pciz]; _uli kmqo = dsrn[fhom] * elrq[pciz]; _uli ousz = ((tvdp[fhom + pciz]) + (rjpi) + (((((llno) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ousz < rjpi) { kmqo += 1; } _uli zxdt = ((((llno) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kmqo) << ((-47 + (((sizeof(_uli)) << (3)))))))); tvdp[fhom + pciz] = ousz; tvdp[1 + fhom + pciz] += zxdt; } ctwi(tvdp); } rhuy(fgqh); zuxf(dsrn); npka(qflq); { _uc *pmhv = (_uc *)(elrq); for (_si rtnd = 0; rtnd <= 360; rtnd += 1) { pmhv[rtnd] = (_uc)(1 + pmhv[rtnd]) * (_uc)(255 + pmhv[1 + rtnd]); } pmhv[361] = 0; } } lezc(yzxg, tvdp); { _uli *loqm = fspc(); _uli *xema = kzki(); _uli *vuye = xnol(); _uli *qnlx = mkhm(); for (_si wnpm = 0; wnpm <= 44; wnpm += 1) { loqm[wnpm] = ((tvdp[wnpm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xema[wnpm] = ((tvdp[wnpm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vuye[wnpm] = ((rain[wnpm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qnlx[wnpm] = ((rain[wnpm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si igli = 0; igli <= 44; igli += 1) { tvdp[igli] = 0; } } for (_si kthr = 0; kthr <= (-1 + (((45) >> (1)))); kthr += 1) { for (_si qikk = 0; qikk <= (-1 + (((45) >> (1)))); qikk += 1) { _uli mdcv = loqm[kthr] * qnlx[qikk] + vuye[qikk] * xema[kthr]; _uli kjcq = loqm[kthr] * vuye[qikk]; _uli wacm = qnlx[qikk] * xema[kthr]; _uli ebyv = ((tvdp[kthr + qikk]) + (kjcq) + (((((mdcv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ebyv < kjcq) { wacm += 1; } _uli svaf = ((((mdcv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wacm) << ((-47 + (((sizeof(_uli)) << (3)))))))); tvdp[kthr + qikk] = ebyv; tvdp[1 + kthr + qikk] += svaf; } orhk(tvdp); } tjzw(loqm); iau(xema); { _uc *yxkm = (_uc *)(vuye); for (_si ujyt = 0; ujyt <= 360; ujyt += 1) { yxkm[ujyt] = (_uc)(1 + yxkm[ujyt]) * (_uc)(255 + yxkm[1 + ujyt]); } yxkm[361] = 0; } uhsi(qnlx); } { for (_si slpm = 0; slpm <= 44; slpm += 1) { tvdp[slpm] = sxfd[slpm] + tvdp[slpm]; } adey(tvdp); } agez(tvdp, yzxg); { for (_si oohy = 0; oohy <= 44; oohy += 1) { sxfd[oohy] = -rain[oohy] + tvdp[oohy]; } { _si gutf; { gutf = 0; _uli jwhn = 19; for (_si alpv = 44; alpv >= 0; alpv -= 1) { if (sxfd[alpv] != 0) { gutf = ((((sxfd[alpv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gutf) { { for (_si xfua = 0; xfua <= 44; xfua += 1) { sxfd[xfua] = -sxfd[xfua]; } } } for (_si acce = 0; acce <= 43; acce += 1) { if (((((sxfd[acce]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sxfd[1 + acce] -= 1; } else { sxfd[1 + acce] += ((sxfd[acce]) >> (47)); }; sxfd[acce] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sxfd[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gutf) { { for (_si mwpk = 0; mwpk <= 44; mwpk += 1) { sxfd[mwpk] = -sxfd[mwpk]; } } } } } _si clmn; { clmn = 0; _uli fhnh = 19; for (_si mgsn = 44; mgsn >= 0; mgsn -= 1) { if (sxfd[mgsn] != 0) { clmn = ((((sxfd[mgsn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!clmn) { xtgo(tvdp, sxfd); } { _uc *dntc = (_uc *)(sxfd); for (_si xoiy = 0; xoiy <= 360; xoiy += 1) { dntc[xoiy] = (_uc)(255 + dntc[1 + xoiy]) * (_uc)(1 + dntc[xoiy]); } dntc[361] = 0; } } } } tknm = 1; } yzwk >>= 1; } } { _uc *wfzj = (_uc *)(ljix); for (_si qqdu = 0; qqdu <= 360; qqdu += 1) { wfzj[qqdu] = (_uc)(1 + wfzj[qqdu]) * (_uc)(255 + wfzj[1 + qqdu]); } wfzj[361] = 0; } } void ives(_uli *pwkw, _si hazh) { _si wbiq = (hazh % 47); _si gtye = ((hazh) / (47)); _si kaqo = -wbiq + (((sizeof(_uli)) << (3))); if (gtye >= 13) { { for (_si whcd = 0; whcd <= 12; whcd += 1) { pwkw[whcd] = 0; } } } else { for (_si qjyw = 12 - gtye; qjyw >= 1; qjyw -= 1) { pwkw[gtye + qjyw] = ((pwkw[qjyw]) << (wbiq)); if (kaqo < (8 * sizeof(_uli))) { pwkw[gtye + qjyw] += ((((pwkw[-1 + qjyw]) >> (kaqo))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } pwkw[gtye] = ((pwkw[0]) << (wbiq)); for (_si cvcy = -1 + gtye; cvcy >= 0; cvcy -= 1) { pwkw[cvcy] = 0; } }; { for (_si sdwa = 0; sdwa <= 11; sdwa += 1) { pwkw[1 + sdwa] += ((pwkw[sdwa]) >> (47)); pwkw[sdwa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pwkw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void gsrd(_si oprm, _uli *gwit) { gwit[(((oprm) / (47)))] &= ((((((_uli)(1)) << ((oprm % 47)))) - ((_uli)(1)))); for (_si tuhg = 1 + (((oprm) / (47))); tuhg <= 44; tuhg += 1) { gwit[tuhg] = 0; } } void ezlj(_uli *tghy, _uli *bswr) { _uli *cqmq = bbnw(); _uli *hbzu = wonb(); for (_si auna = 0; auna <= 12; auna += 1) { cqmq[auna] = ((bswr[auna]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hbzu[auna] = ((bswr[auna]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xwym = 0; xwym <= 12; xwym += 1) { tghy[xwym] = 0; } } for (_si cife = 0; cife <= (-1 + (((13) >> (1)))); cife += 1) { for (_si pxns = 0; pxns <= (-1 + (((13) >> (1)))); pxns += 1) { _uli upfk = cqmq[pxns] * hbzu[cife] + cqmq[cife] * hbzu[pxns]; _uli vdql = cqmq[pxns] * cqmq[cife]; _uli snpi = hbzu[pxns] * hbzu[cife]; _uli qlfd = ((tghy[cife + pxns]) + (vdql) + (((((upfk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qlfd < vdql) { snpi += 1; } _uli zwib = ((((upfk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((snpi) << ((-47 + (((sizeof(_uli)) << (3)))))))); tghy[cife + pxns] = qlfd; tghy[1 + cife + pxns] += zwib; } uzzl(tghy); } vmrq(cqmq); { _uc *pzae = (_uc *)(hbzu); for (_si nkkr = 0; nkkr <= 360; nkkr += 1) { pzae[nkkr] = (_uc)(255 + pzae[1 + nkkr]) * (_uc)(1 + pzae[nkkr]); } pzae[361] = 0; } } void uuny(_uli *bqym, _uli *zhxp, _uli *jbwn, _uli *szkj) { { for (_si slib = 0; slib <= 12; slib += 1) { zhxp[slib] = jbwn[slib] - szkj[slib]; } { _si ysde = oxfw(zhxp); if (ysde) { { for (_si otyy = 0; otyy <= 12; otyy += 1) { zhxp[otyy] = -zhxp[otyy]; } } } for (_si temx = 0; temx <= 11; temx += 1) { if (((((zhxp[temx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zhxp[1 + temx] -= 1; } else { zhxp[1 + temx] += ((zhxp[temx]) >> (47)); }; zhxp[temx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zhxp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ysde) { { for (_si agcc = 0; agcc <= 12; agcc += 1) { zhxp[agcc] = -zhxp[agcc]; } } } } } _si qbhf = nxiv(zhxp); if (qbhf) { { for (_si fukn = 0; fukn <= 12; fukn += 1) { zhxp[fukn] = bqym[fukn] + zhxp[fukn]; } rhbz(zhxp); } } } void oryn(_uc *zxfo, _uc *ygn) { _ui *bmkt = (_ui *)(zxfo + 64); for (_si dhcc = 0; dhcc <= 7; dhcc += 1) { bmkt[4 + dhcc] = (((_ui)((ygn + 4 * dhcc)[0])) + ((((_ui)((ygn + 4 * dhcc)[1])) << (8))) + ((((_ui)((ygn + 4 * dhcc)[2])) << (16))) + ((((_ui)((ygn + 4 * dhcc)[3])) << (24)))); } } void hjjd(_uli *zlya) { _uc *bhzv = (_uc *)(zlya); for (_si uqoa = 0; uqoa <= 360; uqoa += 1) { bhzv[uqoa] = (_uc)(1 + bhzv[uqoa]) * (_uc)(255 + bhzv[1 + uqoa]); } bhzv[361] = 0; } void wbrn(_uli *jcgi, _si euoj) { _si hjpu = (euoj % 47); _si gpuo = ((euoj) / (47)); _si tish = euoj; if (tish > (8 * sizeof(_uli))) { tish = -1; } if (gpuo >= 13) { tkvi(jcgi); } else { _uli qteg = (((((_uli)(1)) << (hjpu))) - ((_uli)(1))); if (tish < 0) { jcgi[0] = 0; } else { jcgi[0] = ((((jcgi[0]) & (~qteg))) >> (tish)); }; if (gpuo != 0) { jcgi[0] += ((((jcgi[gpuo]) & (~qteg))) >> (hjpu)); } for (_si hobb = 1; hobb <= (12 - gpuo); hobb += 1) { jcgi[-1 + hobb] += ((((((jcgi[gpuo + hobb]) & (qteg))) << (-hjpu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jcgi[hobb] = ((((jcgi[gpuo + hobb]) & (~qteg))) >> (hjpu)); } for (_si icml = 13 - gpuo; icml <= 12; icml += 1) { jcgi[icml] = 0; } }; } void lgf(_si yprw, _uli *iwyg, _uli *oqvr, _uli *ldgd, _uli *lmeh, _uli *mkbp) { { _uli *ipia = oarz(); _uli *bxn = owme(); _uli *zpgs = niei(); _uli *dard = dukr(); for (_si ffem = 0; ffem <= 12; ffem += 1) { ipia[ffem] = ((lmeh[ffem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bxn[ffem] = ((lmeh[ffem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zpgs[ffem] = ((mkbp[ffem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dard[ffem] = ((mkbp[ffem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si icrf = 0; icrf <= 12; icrf += 1) { ldgd[icrf] = 0; } } for (_si jsmx = 0; jsmx <= (-1 + (((13) >> (1)))); jsmx += 1) { for (_si jghl = 0; jghl <= (-1 + (((13) >> (1)))); jghl += 1) { _uli lepe = bxn[jsmx] * zpgs[jghl] + dard[jghl] * ipia[jsmx]; _uli onqc = ipia[jsmx] * zpgs[jghl]; _uli ohtf = bxn[jsmx] * dard[jghl]; _uli akh = ((ldgd[jghl + jsmx]) + (onqc) + (((((lepe) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (akh < onqc) { ohtf += 1; } _uli vyaf = ((((lepe) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ohtf) << ((-47 + (((sizeof(_uli)) << (3)))))))); ldgd[jghl + jsmx] = akh; ldgd[1 + jghl + jsmx] += vyaf; } { for (_si unlr = 0; unlr <= 11; unlr += 1) { ldgd[1 + unlr] += ((ldgd[unlr]) >> (47)); ldgd[unlr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ldgd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } wgla(ipia); tbic(bxn); { _uc *agpn = (_uc *)(zpgs); for (_si xiqe = 0; xiqe <= 360; xiqe += 1) { agpn[xiqe] = (_uc)(255 + agpn[1 + xiqe]) * (_uc)(1 + agpn[xiqe]); } agpn[361] = 0; } { _uc *skaj = (_uc *)(dard); for (_si vij = 0; vij <= 360; vij += 1) { skaj[vij] = (_uc)(1 + skaj[vij]) * (_uc)(255 + skaj[1 + vij]); } skaj[361] = 0; } } iqbz(yprw, iwyg, oqvr, ldgd, ldgd); } _uli *thlc() { ; _uli *psey; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; psey = (_uli *)(_m + 362 * _s); break; } _s += 1; } return psey; } void sysd(_uli *kqgi) { for (_si zhyc = 0; zhyc <= 12; zhyc += 1) { kqgi[zhyc] = 0; } } void dvsd(_uli *eyyy) { _uc *runz = okzf(); _uc *jac = ((_uc *)(_m + 259554) + 0); _uc *lkif = (_uc *)(eyyy); for (_si fehv = 0; fehv <= 103; fehv += 1) { lkif[fehv] = *(((_uc *)(_m + 72038) + fehv)); } fmrb(runz, jac, lkif, 104); } void cjej(_si zefl, _uli *zvl, _uli *thhg, _uli *oifv, _uli *vjxx) { wjh(oifv, vjxx); { _uli *dwvy = yiuc(); { if (dwvy != oifv) { for (_si dgex = 0; dgex <= 12; dgex += 1) { dwvy[dgex] = oifv[dgex]; } } } { ; } sxo(zefl, oifv); qicd(oifv, oifv, thhg); { oifv[(((zefl) / (47)))] &= ((((((_uli)(1)) << ((zefl % 47)))) - ((_uli)(1)))); for (_si jbuf = 1 + (((zefl) / (47))); jbuf <= 12; jbuf += 1) { oifv[jbuf] = 0; } } fgma(oifv, oifv, zvl); rawu(oifv, oifv, dwvy); hiyn(oifv, zefl); newo(dwvy, oifv, zvl); _si yprd; { yprd = 0; _uli bmdh = 19; for (_si bztc = 12; bztc >= 0; bztc -= 1) { if (dwvy[bztc] != 0) { yprd = ((((dwvy[bztc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!yprd) { { if (oifv != dwvy) { for (_si marr = 0; marr <= 12; marr += 1) { oifv[marr] = dwvy[marr]; } } } } { _uc *jxzt = (_uc *)(dwvy); for (_si skqs = 0; skqs <= 360; skqs += 1) { jxzt[skqs] = (_uc)(255 + jxzt[1 + skqs]) * (_uc)(1 + jxzt[skqs]); } jxzt[361] = 0; } } } void nccv(_uli *txnt) { for (_si rkoe = 0; rkoe <= 12; rkoe += 1) { txnt[rkoe] = 0; } } void zcel(_uc *adux, _uc *nbwu, _uc *biot, _si gzjg) { rhkv(adux, nbwu, 0); ulqh(adux, biot, gzjg); } _si huxo(_uli *vzvc) { _si qakt = 0; _uli mehv = 19; for (_si myen = 12; myen >= 0; myen -= 1) { if (vzvc[myen] != 0) { qakt = ((((vzvc[myen]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qakt; } void eunc(_uli *jadw, _uli *apxy, _uli *wdzk) { for (_si fvrc = 0; fvrc <= 12; fvrc += 1) { jadw[fvrc] = apxy[fvrc] - wdzk[fvrc]; } fgfd(jadw); } void ckxa(_uli *dsod) { for (_si ggnj = 0; ggnj <= 12; ggnj += 1) { dsod[ggnj] = 0; } } void pjcq(_ui *ucqg, _si ndqn, _si zedb, _si upks, _si vjfs) { ucqg[ndqn] += ucqg[zedb]; ucqg[vjfs] ^= ucqg[ndqn]; ucqg[vjfs] = ((((ucqg[vjfs]) << (16))) | (((ucqg[vjfs]) >> (16)))); ucqg[upks] += ucqg[vjfs]; ucqg[zedb] ^= ucqg[upks]; ucqg[zedb] = ((((ucqg[zedb]) << (12))) | (((ucqg[zedb]) >> (20)))); ucqg[ndqn] += ucqg[zedb]; ucqg[vjfs] ^= ucqg[ndqn]; ucqg[vjfs] = ((((ucqg[vjfs]) << (8))) | (((ucqg[vjfs]) >> (24)))); ucqg[upks] += ucqg[vjfs]; ucqg[zedb] ^= ucqg[upks]; ucqg[zedb] = ((((ucqg[zedb]) << (7))) | (((ucqg[zedb]) >> (25)))); } void ewnk(_si eogx, _uli *ctae) { ctae[(((eogx) / (47)))] &= ((((((_uli)(1)) << ((eogx % 47)))) - ((_uli)(1)))); for (_si qvoy = 1 + (((eogx) / (47))); qvoy <= 12; qvoy += 1) { ctae[qvoy] = 0; } } void wrdn(_uli *koie, _uli *ehws, _uli *hpyo) { _uli *hfzu = zmwl(); _uli *jlnd = fbiq(); _uli *pbqz = tjbz(); _uli *lwsn = ukft(); for (_si mckt = 0; mckt <= 12; mckt += 1) { hfzu[mckt] = ((ehws[mckt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jlnd[mckt] = ((ehws[mckt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pbqz[mckt] = ((hpyo[mckt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lwsn[mckt] = ((hpyo[mckt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yqof = 0; yqof <= 12; yqof += 1) { koie[yqof] = 0; } } for (_si pxur = 0; pxur <= (-1 + (((13) >> (1)))); pxur += 1) { for (_si mwfo = 0; mwfo <= (-1 + (((13) >> (1)))); mwfo += 1) { _uli bsud = hfzu[pxur] * lwsn[mwfo] + jlnd[pxur] * pbqz[mwfo]; _uli mtiv = hfzu[pxur] * pbqz[mwfo]; _uli chhi = jlnd[pxur] * lwsn[mwfo]; _uli kuuj = ((koie[mwfo + pxur]) + (mtiv) + (((((bsud) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kuuj < mtiv) { chhi += 1; } _uli kpbu = ((((bsud) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((chhi) << ((-47 + (((sizeof(_uli)) << (3)))))))); koie[mwfo + pxur] = kuuj; koie[1 + mwfo + pxur] += kpbu; } { for (_si mglm = 0; mglm <= 11; mglm += 1) { koie[1 + mglm] += ((koie[mglm]) >> (47)); koie[mglm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } koie[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *imly = (_uc *)(hfzu); for (_si lxzv = 0; lxzv <= 360; lxzv += 1) { imly[lxzv] = (_uc)(255 + imly[1 + lxzv]) * (_uc)(1 + imly[lxzv]); } imly[361] = 0; } { _uc *gmar = (_uc *)(jlnd); for (_si xiat = 0; xiat <= 360; xiat += 1) { gmar[xiat] = (_uc)(1 + gmar[xiat]) * (_uc)(255 + gmar[1 + xiat]); } gmar[361] = 0; } { _uc *gutl = (_uc *)(pbqz); for (_si eumh = 0; eumh <= 360; eumh += 1) { gutl[eumh] = (_uc)(255 + gutl[1 + eumh]) * (_uc)(1 + gutl[eumh]); } gutl[361] = 0; } jpnp(lwsn); } void ojht(_uc *kavl, _uc *bxrr, _si zlpr) { _ui *wkan = (_ui *)(kavl + 0); _ui *stft = (_ui *)(kavl + 128); _uc *rdtl = (_uc *)(wkan); for (_si wpok = 0; wpok <= (-1 + zlpr); wpok += 1) { if (stft[0] >= 64) { { _ui *vgze = (_ui *)(kavl + 0); _ui *bcsf = (_ui *)(kavl + 64); for (_si kssj = 0; kssj <= 15; kssj += 1) { vgze[kssj] = bcsf[kssj]; } for (_si ykyi = 0; ykyi <= 9; ykyi += 1) { { vgze[0] += vgze[4]; vgze[12] ^= vgze[0]; vgze[12] = ((((vgze[12]) << (16))) | (((vgze[12]) >> (16)))); vgze[8] += vgze[12]; vgze[4] ^= vgze[8]; vgze[4] = ((((vgze[4]) << (12))) | (((vgze[4]) >> (20)))); vgze[0] += vgze[4]; vgze[12] ^= vgze[0]; vgze[12] = ((((vgze[12]) << (8))) | (((vgze[12]) >> (24)))); vgze[8] += vgze[12]; vgze[4] ^= vgze[8]; vgze[4] = ((((vgze[4]) << (7))) | (((vgze[4]) >> (25)))); } yxsb(vgze, 1, 5, 9, 13); yxsb(vgze, 2, 6, 10, 14); { vgze[3] += vgze[7]; vgze[15] ^= vgze[3]; vgze[15] = ((((vgze[15]) << (16))) | (((vgze[15]) >> (16)))); vgze[11] += vgze[15]; vgze[7] ^= vgze[11]; vgze[7] = ((((vgze[7]) << (12))) | (((vgze[7]) >> (20)))); vgze[3] += vgze[7]; vgze[15] ^= vgze[3]; vgze[15] = ((((vgze[15]) << (8))) | (((vgze[15]) >> (24)))); vgze[11] += vgze[15]; vgze[7] ^= vgze[11]; vgze[7] = ((((vgze[7]) << (7))) | (((vgze[7]) >> (25)))); } evv(vgze, 0, 5, 10, 15); lpt(vgze, 1, 6, 11, 12); evv(vgze, 2, 7, 8, 13); { vgze[3] += vgze[4]; vgze[14] ^= vgze[3]; vgze[14] = ((((vgze[14]) << (16))) | (((vgze[14]) >> (16)))); vgze[9] += vgze[14]; vgze[4] ^= vgze[9]; vgze[4] = ((((vgze[4]) << (12))) | (((vgze[4]) >> (20)))); vgze[3] += vgze[4]; vgze[14] ^= vgze[3]; vgze[14] = ((((vgze[14]) << (8))) | (((vgze[14]) >> (24)))); vgze[9] += vgze[14]; vgze[4] ^= vgze[9]; vgze[4] = ((((vgze[4]) << (7))) | (((vgze[4]) >> (25)))); } _m[65163] += 1; } for (_si gvhh = 0; gvhh <= 15; gvhh += 1) { vgze[gvhh] += bcsf[gvhh]; } bcsf[12] += 1; if (bcsf[12] == 0) { bcsf[13] += 1; } } stft[0] = 0; } bxrr[wpok] ^= rdtl[stft[0]]; stft[0] += 1; } } void bdzr(_uli *ojuz) { _uc *ukji = (_uc *)(ojuz); for (_si rryy = 0; rryy <= 360; rryy += 1) { ukji[rryy] = (_uc)(1 + ukji[rryy]) * (_uc)(255 + ukji[1 + rryy]); } ukji[361] = 0; } _uli *ivvj() { ; _uli *ocao; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; ocao = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ocao; } void efgl(_uli *ojzs, _si oasf) { _si lgbg = (oasf % 47); _si uoid = ((oasf) / (47)); _si zcqv = oasf; if (zcqv > (8 * sizeof(_uli))) { zcqv = -1; } if (uoid >= 13) { { for (_si tydr = 0; tydr <= 12; tydr += 1) { ojzs[tydr] = 0; } } } else { _uli eflo = (((((_uli)(1)) << (lgbg))) - ((_uli)(1))); if (zcqv < 0) { ojzs[0] = 0; } else { ojzs[0] = ((((ojzs[0]) & (~eflo))) >> (zcqv)); }; if (uoid != 0) { ojzs[0] += ((((ojzs[uoid]) & (~eflo))) >> (lgbg)); } for (_si vma = 1; vma <= (12 - uoid); vma += 1) { ojzs[-1 + vma] += ((((((ojzs[uoid + vma]) & (eflo))) << (-lgbg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ojzs[vma] = ((((ojzs[uoid + vma]) & (~eflo))) >> (lgbg)); } for (_si ddq = 13 - uoid; ddq <= 12; ddq += 1) { ojzs[ddq] = 0; } }; } void bdnl(_uli *aidx) { for (_si icfp = 0; icfp <= 12; icfp += 1) { aidx[icfp] = 0; } } void gueo(_uli *tspt) { _si xppw; { xppw = 0; _uli abfs = 19; for (_si bheg = 12; bheg >= 0; bheg -= 1) { if (tspt[bheg] != 0) { xppw = ((((tspt[bheg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xppw) { { for (_si fovq = 0; fovq <= 12; fovq += 1) { tspt[fovq] = -tspt[fovq]; } } } for (_si ezsz = 0; ezsz <= 11; ezsz += 1) { if (((((tspt[ezsz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tspt[1 + ezsz] -= 1; } else { tspt[1 + ezsz] += ((tspt[ezsz]) >> (47)); }; tspt[ezsz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tspt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xppw) { { for (_si apuj = 0; apuj <= 12; apuj += 1) { tspt[apuj] = -tspt[apuj]; } } } } void gop(_uc *uuxy, _uc *yktg, _si ospo) { _ui *pmug = (_ui *)(uuxy + 0); _ui *kubq = (_ui *)(uuxy + 128); _uc *uku = (_uc *)(pmug); for (_si pnra = 0; pnra <= (-1 + ospo); pnra += 1) { if (kubq[0] >= 64) { vmew(uuxy); kubq[0] = 0; } yktg[pnra] ^= uku[kubq[0]]; kubq[0] += 1; } } _uli *jxo() { ; _uli *zohb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; zohb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zohb; } void uojf(_uc *bnpz) { _uc *hpgm = (_uc *)(bnpz + 0); _ui *erdw = (_ui *)(bnpz + 64); _ui *fima = (_ui *)(bnpz + 96); _si iayh = 0; _ui pyl = 0; _ui yprz = 0; _ui vhnh = 0; _ui prul = 0; _ui kdjz = 0; _ui pvb = 0; for (_si fxqr = 0; fxqr <= 15; fxqr += 1) { fima[fxqr] = (((((((((_ui)(hpgm[iayh])) << (24))) | ((((_ui)(hpgm[1 + iayh])) << (16))))) | ((((_ui)(hpgm[2 + iayh])) << (8))))) | ((_ui)(hpgm[3 + iayh]))); iayh += 4; } for (_si zoq = 16; zoq <= 31; zoq += 1) { pyl = ((((((((fima[-15 + zoq]) >> (7))) | (((fima[-15 + zoq]) << (25))))) ^ (((((fima[-15 + zoq]) >> (18))) | (((fima[-15 + zoq]) << (14))))))) ^ (((fima[-15 + zoq]) >> (3)))); prul = ((((((((fima[-2 + zoq]) >> (17))) | (((fima[-2 + zoq]) << (15))))) ^ (((((fima[-2 + zoq]) >> (19))) | (((fima[-2 + zoq]) << (13))))))) ^ (((fima[-2 + zoq]) >> (10)))); fima[zoq] = fima[-16 + zoq] + fima[-7 + zoq] + prul + pyl; _m[65160] += 1; } _ui raiq = erdw[0]; _ui liv = erdw[1]; _ui lbaa = erdw[2]; _ui bhnl = erdw[3]; _ui zcog = erdw[4]; _ui sfff = erdw[5]; _ui rrj = erdw[6]; _ui bugy = erdw[7]; for (_si fewp = 0; fewp <= 31; fewp += 1) { pyl = ((((((((raiq) >> (2))) | (((raiq) << (30))))) ^ (((((raiq) >> (13))) | (((raiq) << (19))))))) ^ (((((raiq) >> (22))) | (((raiq) << (10)))))); yprz = ((((((raiq) & (liv))) ^ (((raiq) & (lbaa))))) ^ (((liv) & (lbaa)))); vhnh = pyl + yprz; prul = ((((((((zcog) >> (6))) | (((zcog) << (26))))) ^ (((((zcog) >> (11))) | (((zcog) << (21))))))) ^ (((((zcog) >> (25))) | (((zcog) << (7)))))); kdjz = ((((zcog) & (sfff))) ^ (((~zcog) & (rrj)))); pvb = kdjz + *(((_ui *)(_m + 246160) + fewp)) + prul + fima[fewp] + bugy; bugy = rrj; rrj = sfff; sfff = zcog; zcog = bhnl + pvb; bhnl = lbaa; lbaa = liv; liv = raiq; raiq = pvb + vhnh; _m[65161] += 1; } erdw[0] += raiq; erdw[1] += liv; erdw[2] += lbaa; erdw[3] += bhnl; erdw[4] += zcog; erdw[5] += sfff; erdw[6] += rrj; erdw[7] += bugy; } void kbt(_uc *jrq, _uc *diye, _uc *nbca, _si zdqm) { { { _ui *qh = (_ui *)(jrq + 64); for (_si ufe = 0; ufe <= 7; ufe += 1) { qh[4 + ufe] = (((_ui)((diye + 4 * ufe)[0])) + ((((_ui)((diye + 4 * ufe)[1])) << (8))) + ((((_ui)((diye + 4 * ufe)[2])) << (16))) + ((((_ui)((diye + 4 * ufe)[3])) << (24)))); } } _ui *rtj = (_ui *)(jrq + 64); _ui *bwma = (_ui *)(jrq + 128); for (_si tha = 0; tha <= 3; tha += 1) { rtj[tha] = (((_ui)(((_uc *)(_m + 48146) + 4 * tha)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tha)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tha)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tha)[3])) << (24)))); } for (_si rti = 0; rti <= 3; rti += 1) { rtj[12 + rti] = 0; _m[65162] += 1; } bwma[0] = 3904225602; } rku(jrq, nbca, zdqm); } void gvkb(_uli *hzmr) { for (_si fkps = 0; fkps <= 11; fkps += 1) { hzmr[1 + fkps] += ((hzmr[fkps]) >> (47)); hzmr[fkps] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hzmr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void gwjc(_uli *uxno, _uli *lica) { for (_si ngjt = 0; ngjt <= 12; ngjt += 1) { uxno[ngjt] = -lica[ngjt]; } } void jrbh(_uli *eexr) { _uc *rzab = (_uc *)(eexr); for (_si bpwh = 0; bpwh <= 360; bpwh += 1) { rzab[bpwh] = (_uc)(1 + rzab[bpwh]) * (_uc)(255 + rzab[1 + bpwh]); } rzab[361] = 0; } void urwu(_uc *fefg) { _uc *lkqx = (_uc *)(fefg + 0); _ui *feaf = (_ui *)(fefg + 64); _ui *ixdn = (_ui *)(fefg + 96); _si zjkj = 0; _ui lwov = 0; _ui euep = 0; _ui ypon = 0; _ui ffnu = 0; _ui yyef = 0; _ui hlah = 0; for (_si adbn = 0; adbn <= 15; adbn += 1) { ixdn[adbn] = (((((((((_ui)(lkqx[zjkj])) << (24))) | ((((_ui)(lkqx[1 + zjkj])) << (16))))) | ((((_ui)(lkqx[2 + zjkj])) << (8))))) | ((_ui)(lkqx[3 + zjkj]))); zjkj += 4; } for (_si imze = 16; imze <= 31; imze += 1) { lwov = ((((((((ixdn[-15 + imze]) >> (7))) | (((ixdn[-15 + imze]) << (25))))) ^ (((((ixdn[-15 + imze]) >> (18))) | (((ixdn[-15 + imze]) << (14))))))) ^ (((ixdn[-15 + imze]) >> (3)))); ffnu = ((((((((ixdn[-2 + imze]) >> (17))) | (((ixdn[-2 + imze]) << (15))))) ^ (((((ixdn[-2 + imze]) >> (19))) | (((ixdn[-2 + imze]) << (13))))))) ^ (((ixdn[-2 + imze]) >> (10)))); ixdn[imze] = ffnu + ixdn[-16 + imze] + ixdn[-7 + imze] + lwov; _m[65160] += 1; } _ui nykt = feaf[0]; _ui ajmw = feaf[1]; _ui mdus = feaf[2]; _ui hxos = feaf[3]; _ui aapn = feaf[4]; _ui lxma = feaf[5]; _ui komx = feaf[6]; _ui nysb = feaf[7]; for (_si wrjc = 0; wrjc <= 31; wrjc += 1) { lwov = ((((((((nykt) >> (2))) | (((nykt) << (30))))) ^ (((((nykt) >> (13))) | (((nykt) << (19))))))) ^ (((((nykt) >> (22))) | (((nykt) << (10)))))); euep = ((((((nykt) & (ajmw))) ^ (((nykt) & (mdus))))) ^ (((ajmw) & (mdus)))); ypon = euep + lwov; ffnu = ((((((((aapn) >> (6))) | (((aapn) << (26))))) ^ (((((aapn) >> (11))) | (((aapn) << (21))))))) ^ (((((aapn) >> (25))) | (((aapn) << (7)))))); yyef = ((((aapn) & (lxma))) ^ (((~aapn) & (komx)))); hlah = yyef + ixdn[wrjc] + nysb + ffnu + *(((_ui *)(_m + 246160) + wrjc)); nysb = komx; komx = lxma; lxma = aapn; aapn = hlah + hxos; hxos = mdus; mdus = ajmw; ajmw = nykt; nykt = hlah + ypon; _m[65161] += 1; } feaf[0] += nykt; feaf[1] += ajmw; feaf[2] += mdus; feaf[3] += hxos; feaf[4] += aapn; feaf[5] += lxma; feaf[6] += komx; feaf[7] += nysb; } _uli *hrjg() { ; _uli *kqut; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; kqut = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kqut; } void ddqa(_si gqim, _uli *aret, _uli *nqqf, _uli *wvxm, _uli *jkrs) { _uli *frcx = niei(); { if (frcx != jkrs) { for (_si yjht = 0; yjht <= 12; yjht += 1) { frcx[yjht] = jkrs[yjht]; } } } { if (wvxm != jkrs) { for (_si kgju = 0; kgju <= 12; kgju += 1) { wvxm[kgju] = jkrs[kgju]; } } } bieu(gqim, wvxm); { _uli *itfk = upi(); _uli *faky = hfgh(); _uli *lbwz = chwr(); _uli *ikly = wjle(); for (_si tdnk = 0; tdnk <= 12; tdnk += 1) { itfk[tdnk] = ((wvxm[tdnk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); faky[tdnk] = ((wvxm[tdnk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lbwz[tdnk] = ((nqqf[tdnk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ikly[tdnk] = ((nqqf[tdnk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bylh = 0; bylh <= 12; bylh += 1) { wvxm[bylh] = 0; } } for (_si bdja = 0; bdja <= (-1 + (((13) >> (1)))); bdja += 1) { for (_si ucjn = 0; ucjn <= (-1 + (((13) >> (1)))); ucjn += 1) { _uli ghio = faky[bdja] * lbwz[ucjn] + ikly[ucjn] * itfk[bdja]; _uli ztoo = itfk[bdja] * lbwz[ucjn]; _uli nibo = faky[bdja] * ikly[ucjn]; _uli uamm = ((wvxm[bdja + ucjn]) + (ztoo) + (((((ghio) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uamm < ztoo) { nibo += 1; } _uli yros = ((((ghio) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nibo) << ((-47 + (((sizeof(_uli)) << (3)))))))); wvxm[bdja + ucjn] = uamm; wvxm[1 + bdja + ucjn] += yros; } xekx(wvxm); } { _uc *rugn = (_uc *)(itfk); for (_si jvzb = 0; jvzb <= 360; jvzb += 1) { rugn[jvzb] = (_uc)(255 + rugn[1 + jvzb]) * (_uc)(1 + rugn[jvzb]); } rugn[361] = 0; } awun(faky); { _uc *vqes = (_uc *)(lbwz); for (_si louv = 0; louv <= 360; louv += 1) { vqes[louv] = (_uc)(255 + vqes[1 + louv]) * (_uc)(1 + vqes[louv]); } vqes[361] = 0; } { _uc *eaxa = (_uc *)(ikly); for (_si khsl = 0; khsl <= 360; khsl += 1) { eaxa[khsl] = (_uc)(255 + eaxa[1 + khsl]) * (_uc)(1 + eaxa[khsl]); } eaxa[361] = 0; } } { wvxm[(((gqim) / (47)))] &= ((((((_uli)(1)) << ((gqim % 47)))) - ((_uli)(1)))); for (_si kebw = 1 + (((gqim) / (47))); kebw <= 12; kebw += 1) { wvxm[kebw] = 0; } } ykci(wvxm, wvxm, aret); cbrz(wvxm, wvxm, frcx); { _si pftc = (gqim % 47); _si gxlf = ((gqim) / (47)); _si fxxf = gqim; if (fxxf > (8 * sizeof(_uli))) { fxxf = -1; } if (gxlf >= 13) { { for (_si pjbj = 0; pjbj <= 12; pjbj += 1) { wvxm[pjbj] = 0; } } } else { _uli refl = (((((_uli)(1)) << (pftc))) - ((_uli)(1))); if (fxxf < 0) { wvxm[0] = 0; } else { wvxm[0] = ((((wvxm[0]) & (~refl))) >> (fxxf)); }; if (gxlf != 0) { wvxm[0] += ((((wvxm[gxlf]) & (~refl))) >> (pftc)); } for (_si aldg = 1; aldg <= (12 - gxlf); aldg += 1) { wvxm[-1 + aldg] += ((((((wvxm[aldg + gxlf]) & (refl))) << (-pftc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wvxm[aldg] = ((((wvxm[aldg + gxlf]) & (~refl))) >> (pftc)); } for (_si jpim = 13 - gxlf; jpim <= 12; jpim += 1) { wvxm[jpim] = 0; } }; } rngj(frcx, wvxm, aret); _si mjlu = bbsi(frcx); if (!mjlu) { { if (wvxm != frcx) { for (_si bvmr = 0; bvmr <= 12; bvmr += 1) { wvxm[bvmr] = frcx[bvmr]; } } } } hjjd(frcx); } void ugla(_uc *dxn, _uc *rvmt) { _ui *mtx = (_ui *)(dxn + 64); for (_si pck = 0; pck <= 7; pck += 1) { mtx[4 + pck] = (((_ui)((rvmt + 4 * pck)[0])) + ((((_ui)((rvmt + 4 * pck)[1])) << (8))) + ((((_ui)((rvmt + 4 * pck)[2])) << (16))) + ((((_ui)((rvmt + 4 * pck)[3])) << (24)))); } } void ohig(_uli *ozss) { _uc *nbwl = (_uc *)(ozss); for (_si qzka = 0; qzka <= 360; qzka += 1) { nbwl[qzka] = (_uc)(1 + nbwl[qzka]) * (_uc)(255 + nbwl[1 + qzka]); } nbwl[361] = 0; } void mgfz(_uli *uklx) { _si tjdq = vmlm(uklx); if (tjdq) { { for (_si ugdx = 0; ugdx <= 12; ugdx += 1) { uklx[ugdx] = -uklx[ugdx]; } } } for (_si wzjl = 0; wzjl <= 11; wzjl += 1) { if (((((uklx[wzjl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uklx[1 + wzjl] -= 1; } else { uklx[1 + wzjl] += ((uklx[wzjl]) >> (47)); }; uklx[wzjl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uklx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tjdq) { { for (_si vkbr = 0; vkbr <= 12; vkbr += 1) { uklx[vkbr] = -uklx[vkbr]; } } } } void xuen(_si xcrz, _uli *fwbl) { fwbl[(((xcrz) / (47)))] &= ((((((_uli)(1)) << ((xcrz % 47)))) - ((_uli)(1)))); for (_si wqzj = 1 + (((xcrz) / (47))); wqzj <= 12; wqzj += 1) { fwbl[wqzj] = 0; } } _si povr(_uli *xutn) { _si uktx = 0; _uli lnve = 19; for (_si zjfn = 44; zjfn >= 0; zjfn -= 1) { if (xutn[zjfn] != 0) { uktx = ((((xutn[zjfn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return uktx; } void rawu(_uli *ojgs, _uli *qkdg, _uli *ierf) { for (_si gxxy = 0; gxxy <= 12; gxxy += 1) { ojgs[gxxy] = ierf[gxxy] + qkdg[gxxy]; } dzu(ojgs); } void hpgg(_uc *kjmw, _uc *uagm, _si yllw) { zugv(kjmw, uagm); _ui *dbpv = (_ui *)(kjmw + 64); _ui *xtrk = (_ui *)(kjmw + 128); for (_si xpgk = 0; xpgk <= 3; xpgk += 1) { dbpv[xpgk] = (((_ui)(((_uc *)(_m + 48146) + 4 * xpgk)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xpgk)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xpgk)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xpgk)[3])) << (24)))); } for (_si wjtr = 0; wjtr <= 3; wjtr += 1) { dbpv[12 + wjtr] = yllw; _m[65162] += 1; } xtrk[0] = 3904225602; } void jfhm(_uli *eccp, _si jfai) { _si qtjq = (jfai % 47); _si roiz = ((jfai) / (47)); _si rrbf = jfai; if (rrbf > (8 * sizeof(_uli))) { rrbf = -1; } if (roiz >= 13) { kyzb(eccp); } else { _uli yfiu = (((((_uli)(1)) << (qtjq))) - ((_uli)(1))); if (rrbf < 0) { eccp[0] = 0; } else { eccp[0] = ((((eccp[0]) & (~yfiu))) >> (rrbf)); }; if (roiz != 0) { eccp[0] += ((((eccp[roiz]) & (~yfiu))) >> (qtjq)); } for (_si dhjj = 1; dhjj <= (12 - roiz); dhjj += 1) { eccp[-1 + dhjj] += ((((((eccp[dhjj + roiz]) & (yfiu))) << (-qtjq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); eccp[dhjj] = ((((eccp[dhjj + roiz]) & (~yfiu))) >> (qtjq)); } for (_si ykqu = 13 - roiz; ykqu <= 12; ykqu += 1) { eccp[ykqu] = 0; } }; } void elek(_uli *qisk, _uli *bugw, _uli *ybsp) { for (_si gczw = 0; gczw <= 12; gczw += 1) { qisk[gczw] = bugw[gczw] - ybsp[gczw]; } { _si sokm; { sokm = 0; _uli rweo = 19; for (_si wfn = 12; wfn >= 0; wfn -= 1) { if (qisk[wfn] != 0) { sokm = ((((qisk[wfn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (sokm) { { for (_si jgpj = 0; jgpj <= 12; jgpj += 1) { qisk[jgpj] = -qisk[jgpj]; } } } for (_si whkg = 0; whkg <= 11; whkg += 1) { if (((((qisk[whkg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qisk[1 + whkg] -= 1; } else { qisk[1 + whkg] += ((qisk[whkg]) >> (47)); }; qisk[whkg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qisk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sokm) { { for (_si xlkt = 0; xlkt <= 12; xlkt += 1) { qisk[xlkt] = -qisk[xlkt]; } } } } } void efhy(_uc *zegm, _uc *wwgw, _uc *kffd, _si hcbz) { _uc *tidl = (_uc *)(zegm + 0); { _uc *kyn = (_uc *)(zegm + 0); _uli *amjt = (_uli *)(zegm + 352); _si ftir = (_si)(((amjt[0]) & (63))); amjt[0] += hcbz; for (_si oorz = 0; oorz <= (-1 + hcbz); oorz += 1) { kyn[ftir] = kffd[oorz]; ftir += 1; if (ftir == 64) { { _uc *eec = (_uc *)(zegm + 0); _ui *sli = (_ui *)(zegm + 64); _ui *iyqs = (_ui *)(zegm + 96); _si ovsm = 0; _ui bcg = 0; _ui axhm = 0; _ui kjka = 0; _ui pxk = 0; _ui mfpf = 0; _ui knc = 0; for (_si rjy = 0; rjy <= 15; rjy += 1) { iyqs[rjy] = (((((((((_ui)(eec[ovsm])) << (24))) | ((((_ui)(eec[1 + ovsm])) << (16))))) | ((((_ui)(eec[2 + ovsm])) << (8))))) | ((_ui)(eec[3 + ovsm]))); ovsm += 4; } for (_si kfob = 16; kfob <= 31; kfob += 1) { bcg = ((((((((iyqs[-15 + kfob]) >> (7))) | (((iyqs[-15 + kfob]) << (25))))) ^ (((((iyqs[-15 + kfob]) >> (18))) | (((iyqs[-15 + kfob]) << (14))))))) ^ (((iyqs[-15 + kfob]) >> (3)))); pxk = ((((((((iyqs[-2 + kfob]) >> (17))) | (((iyqs[-2 + kfob]) << (15))))) ^ (((((iyqs[-2 + kfob]) >> (19))) | (((iyqs[-2 + kfob]) << (13))))))) ^ (((iyqs[-2 + kfob]) >> (10)))); iyqs[kfob] = bcg + iyqs[-7 + kfob] + iyqs[-16 + kfob] + pxk; _m[65160] += 1; } _ui azvi = sli[0]; _ui yhyj = sli[1]; _ui vndi = sli[2]; _ui sgln = sli[3]; _ui umv = sli[4]; _ui uzuc = sli[5]; _ui kev = sli[6]; _ui wavq = sli[7]; for (_si ugr = 0; ugr <= 31; ugr += 1) { bcg = ((((((((azvi) >> (2))) | (((azvi) << (30))))) ^ (((((azvi) >> (13))) | (((azvi) << (19))))))) ^ (((((azvi) >> (22))) | (((azvi) << (10)))))); axhm = ((((((azvi) & (yhyj))) ^ (((azvi) & (vndi))))) ^ (((yhyj) & (vndi)))); kjka = axhm + bcg; pxk = ((((((((umv) >> (6))) | (((umv) << (26))))) ^ (((((umv) >> (11))) | (((umv) << (21))))))) ^ (((((umv) >> (25))) | (((umv) << (7)))))); mfpf = ((((umv) & (uzuc))) ^ (((~umv) & (kev)))); knc = wavq + mfpf + iyqs[ugr] + *(((_ui *)(_m + 246160) + ugr)) + pxk; wavq = kev; kev = uzuc; uzuc = umv; umv = knc + sgln; sgln = vndi; vndi = yhyj; yhyj = azvi; azvi = kjka + knc; _m[65161] += 1; } sli[0] += azvi; sli[1] += yhyj; sli[2] += vndi; sli[3] += sgln; sli[4] += umv; sli[5] += uzuc; sli[6] += kev; sli[7] += wavq; } ftir = 0; } } } _uli *hhod = (_uli *)(zegm + 352); eqkh(zegm); for (_si eyih = 0; eyih <= 31; eyih += 1) { wwgw[eyih] = tidl[eyih]; } } void wdxo(_uli *uhjm, _uli *umnf, _uli *pwhn) { for (_si jtou = 0; jtou <= 12; jtou += 1) { uhjm[jtou] = -pwhn[jtou] + umnf[jtou]; } { _si prgw = taba(uhjm); if (prgw) { { for (_si fzpd = 0; fzpd <= 12; fzpd += 1) { uhjm[fzpd] = -uhjm[fzpd]; } } } for (_si esar = 0; esar <= 11; esar += 1) { if (((((uhjm[esar]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uhjm[1 + esar] -= 1; } else { uhjm[1 + esar] += ((uhjm[esar]) >> (47)); }; uhjm[esar] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uhjm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (prgw) { { for (_si swyf = 0; swyf <= 12; swyf += 1) { uhjm[swyf] = -uhjm[swyf]; } } } } } void sqip(_uli *nnxq, _uli *tdzg, _uli *ytzk) { for (_si puzv = 0; puzv <= 12; puzv += 1) { nnxq[puzv] = tdzg[puzv] - ytzk[puzv]; } pkbh(nnxq); } void vhlm(_uli *kcgr) { _uc *bogq = (_uc *)(kcgr); for (_si tuut = 0; tuut <= 360; tuut += 1) { bogq[tuut] = (_uc)(255 + bogq[1 + tuut]) * (_uc)(1 + bogq[tuut]); } bogq[361] = 0; } _uc *eged() { ; _uc *aupc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; aupc = (_uc *)(_m + 362 * _s); break; } _s += 1; } return aupc; } void elsh(_uli *kwvl, _si pchd) { kwvl[0] = pchd; for (_si ltmu = 1; ltmu <= 12; ltmu += 1) { kwvl[ltmu] = 0; } } void bnoc(_uc *zmnx, _uc *decp, _si mwcd) { { _ui *naqu = (_ui *)(zmnx + 64); for (_si vzii = 0; vzii <= 7; vzii += 1) { naqu[4 + vzii] = (((_ui)((decp + 4 * vzii)[0])) + ((((_ui)((decp + 4 * vzii)[1])) << (8))) + ((((_ui)((decp + 4 * vzii)[2])) << (16))) + ((((_ui)((decp + 4 * vzii)[3])) << (24)))); } } _ui *wmgv = (_ui *)(zmnx + 64); _ui *poxl = (_ui *)(zmnx + 128); for (_si qaup = 0; qaup <= 3; qaup += 1) { wmgv[qaup] = (((_ui)(((_uc *)(_m + 48146) + 4 * qaup)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qaup)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qaup)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qaup)[3])) << (24)))); } for (_si seci = 0; seci <= 3; seci += 1) { wmgv[12 + seci] = mwcd; _m[65162] += 1; } poxl[0] = 3904225602; } void mkrj(_uli *sdbl, _si kghk) { _si zcax = (kghk % 47); _si bsrj = ((kghk) / (47)); _si znaw = kghk; if (znaw > (8 * sizeof(_uli))) { znaw = -1; } if (bsrj >= 13) { { for (_si dbdv = 0; dbdv <= 12; dbdv += 1) { sdbl[dbdv] = 0; } } } else { _uli dkeh = (((((_uli)(1)) << (zcax))) - ((_uli)(1))); if (znaw < 0) { sdbl[0] = 0; } else { sdbl[0] = ((((sdbl[0]) & (~dkeh))) >> (znaw)); }; if (bsrj != 0) { sdbl[0] += ((((sdbl[bsrj]) & (~dkeh))) >> (zcax)); } for (_si wrxy = 1; wrxy <= (12 - bsrj); wrxy += 1) { sdbl[-1 + wrxy] += ((((((sdbl[bsrj + wrxy]) & (dkeh))) << (-zcax + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); sdbl[wrxy] = ((((sdbl[bsrj + wrxy]) & (~dkeh))) >> (zcax)); } for (_si ipnm = 13 - bsrj; ipnm <= 12; ipnm += 1) { sdbl[ipnm] = 0; } }; } void aqqa(_uli *nps, _si kllh) { _si dwzw = (kllh % 47); _si nwfe = ((kllh) / (47)); _si osmb = kllh; if (osmb > (8 * sizeof(_uli))) { osmb = -1; } if (nwfe >= 13) { { for (_si jzon = 0; jzon <= 12; jzon += 1) { nps[jzon] = 0; } } } else { _uli jszn = (((((_uli)(1)) << (dwzw))) - ((_uli)(1))); if (osmb < 0) { nps[0] = 0; } else { nps[0] = ((((nps[0]) & (~jszn))) >> (osmb)); }; if (nwfe != 0) { nps[0] += ((((nps[nwfe]) & (~jszn))) >> (dwzw)); } for (_si spyo = 1; spyo <= (12 - nwfe); spyo += 1) { nps[-1 + spyo] += ((((((nps[nwfe + spyo]) & (jszn))) << (-dwzw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nps[spyo] = ((((nps[nwfe + spyo]) & (~jszn))) >> (dwzw)); } for (_si hium = 13 - nwfe; hium <= 12; hium += 1) { nps[hium] = 0; } }; } void aowm(_uli *hnpb, _uli *jqqr, _si zvok) { _uli *bngy = gtni(); _uli *pleu = laux(); for (_si bzdk = 0; bzdk <= 12; bzdk += 1) { bngy[bzdk] = ((jqqr[bzdk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pleu[bzdk] = ((jqqr[bzdk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } glzg(hnpb); for (_si kwue = 0; kwue <= (-1 + (((13) >> (1)))); kwue += 1) { _uli rlbw = pleu[kwue] * zvok; _uli dhmc = bngy[kwue] * zvok; _uli hlzs = ((hnpb[kwue]) + (dhmc) + (((((rlbw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); _uli lktw = ((rlbw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1)))))); if (hlzs < dhmc) { lktw += (((_uli)(1)) << ((-47 + (((sizeof(_uli)) << (3)))))); } hnpb[kwue] = hlzs; hnpb[1 + kwue] += lktw; ycyn(hnpb); } xigt(bngy); { _uc *didb = (_uc *)(pleu); for (_si tnof = 0; tnof <= 360; tnof += 1) { didb[tnof] = (_uc)(1 + didb[tnof]) * (_uc)(255 + didb[1 + tnof]); } didb[361] = 0; } } void gkst(_uli *kqej, _uli *kdcf, _uli *qwht) { _uli *hvuv = jbfh(); _uli *sbgj = hgjg(); _uli *swhr = djmz(); _uli *wqgl = bbnw(); for (_si bzzl = 0; bzzl <= 12; bzzl += 1) { hvuv[bzzl] = ((kdcf[bzzl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sbgj[bzzl] = ((kdcf[bzzl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); swhr[bzzl] = ((qwht[bzzl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wqgl[bzzl] = ((qwht[bzzl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } jymy(kqej); for (_si hkjl = 0; hkjl <= (-1 + (((13) >> (1)))); hkjl += 1) { for (_si lpil = 0; lpil <= (-1 + (((13) >> (1)))); lpil += 1) { _uli iwrv = hvuv[hkjl] * wqgl[lpil] + sbgj[hkjl] * swhr[lpil]; _uli xffm = hvuv[hkjl] * swhr[lpil]; _uli xsga = sbgj[hkjl] * wqgl[lpil]; _uli lzzv = ((kqej[hkjl + lpil]) + (xffm) + (((((iwrv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lzzv < xffm) { xsga += 1; } _uli zzxm = ((((iwrv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xsga) << ((-47 + (((sizeof(_uli)) << (3)))))))); kqej[hkjl + lpil] = lzzv; kqej[1 + hkjl + lpil] += zzxm; } vcyw(kqej); } jgit(hvuv); xigt(sbgj); sbmf(swhr); { _uc *ysjz = (_uc *)(wqgl); for (_si xst = 0; xst <= 360; xst += 1) { ysjz[xst] = (_uc)(255 + ysjz[1 + xst]) * (_uc)(1 + ysjz[xst]); } ysjz[361] = 0; } } _uc *tdrj() { ; _uc *csh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; csh = (_uc *)(_m + 362 * _s); break; } _s += 1; } return csh; } void gdou(_uli *oqnk) { for (_si aeni = 0; aeni <= 11; aeni += 1) { oqnk[1 + aeni] += ((oqnk[aeni]) >> (47)); oqnk[aeni] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oqnk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void vfve(_uli *dyfy, _uli *rtir) { for (_si ygft = 0; ygft <= 12; ygft += 1) { dyfy[ygft] = -rtir[ygft]; } } void yeju(_uli *cxfh, _si lxjr) { _si oroe = (lxjr % 47); _si jzqg = ((lxjr) / (47)); _si ziif = lxjr; if (ziif > (8 * sizeof(_uli))) { ziif = -1; } if (jzqg >= 13) { { for (_si yjnf = 0; yjnf <= 12; yjnf += 1) { cxfh[yjnf] = 0; } } } else { _uli bkti = (((((_uli)(1)) << (oroe))) - ((_uli)(1))); if (ziif < 0) { cxfh[0] = 0; } else { cxfh[0] = ((((cxfh[0]) & (~bkti))) >> (ziif)); }; if (jzqg != 0) { cxfh[0] += ((((cxfh[jzqg]) & (~bkti))) >> (oroe)); } for (_si bkzt = 1; bkzt <= (12 - jzqg); bkzt += 1) { cxfh[-1 + bkzt] += ((((((cxfh[bkzt + jzqg]) & (bkti))) << (-oroe + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cxfh[bkzt] = ((((cxfh[bkzt + jzqg]) & (~bkti))) >> (oroe)); } for (_si fhi = 13 - jzqg; fhi <= 12; fhi += 1) { cxfh[fhi] = 0; } }; } void jxqm(_uli *yago) { for (_si foaf = 0; foaf <= 44; foaf += 1) { yago[foaf] = 0; } } _uli *ngcm() { ; _uli *odyy; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; odyy = (_uli *)(_m + 362 * _s); break; } _s += 1; } return odyy; } void jjjx(_uc *qevi, _uc *kweo, _si ovgm) { _uc *tjxw = (_uc *)(qevi + 0); _uli *xyck = (_uli *)(qevi + 352); _si jwfw = (_si)(((xyck[0]) & (63))); xyck[0] += ovgm; for (_si etpt = 0; etpt <= (-1 + ovgm); etpt += 1) { tjxw[jwfw] = kweo[etpt]; jwfw += 1; if (jwfw == 64) { xjbp(qevi); jwfw = 0; } } } _si qug(_uli *efwp) { _si chu = 0; _uli fejq = 19; for (_si evg = 44; evg >= 0; evg -= 1) { if (efwp[evg] != 0) { chu = ((((efwp[evg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return chu; } void rgge(_uli *adtr) { for (_si urpo = 0; urpo <= 12; urpo += 1) { adtr[urpo] = 0; } } void jihe(_si cthb, _uli *xkgx) { xkgx[(((cthb) / (47)))] &= ((((((_uli)(1)) << ((cthb % 47)))) - ((_uli)(1)))); for (_si qasr = 1 + (((cthb) / (47))); qasr <= 12; qasr += 1) { xkgx[qasr] = 0; } } void lbwc(_uli *ddss) { _uc *dcgo = (_uc *)(ddss); for (_si mxre = 0; mxre <= 360; mxre += 1) { dcgo[mxre] = (_uc)(255 + dcgo[1 + mxre]) * (_uc)(1 + dcgo[mxre]); } dcgo[361] = 0; } _uli *etis() { ; _uli *pnkb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; pnkb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return pnkb; } _si icja(_uli *njyi) { _si ovkx = -1; for (_si vqhu = 12; vqhu >= 0; vqhu -= 1) { if (njyi[vqhu] != 0) { ovkx = vqhu; break; } } return ovkx; } void onwy(_uli *dgvz) { for (_si tgqe = 0; tgqe <= 11; tgqe += 1) { dgvz[1 + tgqe] += ((dgvz[tgqe]) >> (47)); dgvz[tgqe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dgvz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void kzpz(_uc *jmln, _uc *nxfm, _si hpjk) { _uc *rlbb = (_uc *)(jmln + 0); _uli *nmuk = (_uli *)(jmln + 352); _si utva = (_si)(((nmuk[0]) & (63))); nmuk[0] += hpjk; for (_si qksc = 0; qksc <= (-1 + hpjk); qksc += 1) { rlbb[utva] = nxfm[qksc]; utva += 1; if (utva == 64) { ftxy(jmln); utva = 0; } } } void fvbd(_uc *ifg) { _uc *nrz = (_uc *)(ifg + 0); _ui *kxlp = (_ui *)(ifg + 64); _ui *zrpq = (_ui *)(ifg + 96); _si qqfv = 0; _ui eom = 0; _ui hfys = 0; _ui okim = 0; _ui qmh = 0; _ui cjjx = 0; _ui lsna = 0; for (_si nmw = 0; nmw <= 15; nmw += 1) { zrpq[nmw] = (((((((((_ui)(nrz[qqfv])) << (24))) | ((((_ui)(nrz[1 + qqfv])) << (16))))) | ((((_ui)(nrz[2 + qqfv])) << (8))))) | ((_ui)(nrz[3 + qqfv]))); qqfv += 4; } for (_si uqgj = 16; uqgj <= 31; uqgj += 1) { eom = ((((((((zrpq[-15 + uqgj]) >> (7))) | (((zrpq[-15 + uqgj]) << (25))))) ^ (((((zrpq[-15 + uqgj]) >> (18))) | (((zrpq[-15 + uqgj]) << (14))))))) ^ (((zrpq[-15 + uqgj]) >> (3)))); qmh = ((((((((zrpq[-2 + uqgj]) >> (17))) | (((zrpq[-2 + uqgj]) << (15))))) ^ (((((zrpq[-2 + uqgj]) >> (19))) | (((zrpq[-2 + uqgj]) << (13))))))) ^ (((zrpq[-2 + uqgj]) >> (10)))); zrpq[uqgj] = eom + qmh + zrpq[-7 + uqgj] + zrpq[-16 + uqgj]; _m[65160] += 1; } _ui bbqh = kxlp[0]; _ui fydx = kxlp[1]; _ui xhjt = kxlp[2]; _ui ahm = kxlp[3]; _ui jnrg = kxlp[4]; _ui dkfd = kxlp[5]; _ui hnav = kxlp[6]; _ui uklk = kxlp[7]; for (_si bjk = 0; bjk <= 31; bjk += 1) { eom = ((((((((bbqh) >> (2))) | (((bbqh) << (30))))) ^ (((((bbqh) >> (13))) | (((bbqh) << (19))))))) ^ (((((bbqh) >> (22))) | (((bbqh) << (10)))))); hfys = ((((((bbqh) & (fydx))) ^ (((bbqh) & (xhjt))))) ^ (((fydx) & (xhjt)))); okim = eom + hfys; qmh = ((((((((jnrg) >> (6))) | (((jnrg) << (26))))) ^ (((((jnrg) >> (11))) | (((jnrg) << (21))))))) ^ (((((jnrg) >> (25))) | (((jnrg) << (7)))))); cjjx = ((((jnrg) & (dkfd))) ^ (((~jnrg) & (hnav)))); lsna = *(((_ui *)(_m + 246160) + bjk)) + uklk + qmh + zrpq[bjk] + cjjx; uklk = hnav; hnav = dkfd; dkfd = jnrg; jnrg = ahm + lsna; ahm = xhjt; xhjt = fydx; fydx = bbqh; bbqh = lsna + okim; _m[65161] += 1; } kxlp[0] += bbqh; kxlp[1] += fydx; kxlp[2] += xhjt; kxlp[3] += ahm; kxlp[4] += jnrg; kxlp[5] += dkfd; kxlp[6] += hnav; kxlp[7] += uklk; } void wxss(_ui *igeq, _si zmqs, _si wvgf, _si jcgd, _si fri) { igeq[zmqs] += igeq[wvgf]; igeq[fri] ^= igeq[zmqs]; igeq[fri] = ((((igeq[fri]) << (16))) | (((igeq[fri]) >> (16)))); igeq[jcgd] += igeq[fri]; igeq[wvgf] ^= igeq[jcgd]; igeq[wvgf] = ((((igeq[wvgf]) << (12))) | (((igeq[wvgf]) >> (20)))); igeq[zmqs] += igeq[wvgf]; igeq[fri] ^= igeq[zmqs]; igeq[fri] = ((((igeq[fri]) << (8))) | (((igeq[fri]) >> (24)))); igeq[jcgd] += igeq[fri]; igeq[wvgf] ^= igeq[jcgd]; igeq[wvgf] = ((((igeq[wvgf]) << (7))) | (((igeq[wvgf]) >> (25)))); } _uc *vfo() { ; _uc *kakw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; kakw = (_uc *)(_m + 362 * _s); break; } _s += 1; } return kakw; } _uc *tgq() { ; _uc *guq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; guq = (_uc *)(_m + 362 * _s); break; } _s += 1; } return guq; } void sjkr(_uli *gnzz) { for (_si csbr = 0; csbr <= 44; csbr += 1) { gnzz[csbr] = 0; } } void zrbt(_uli *azwv) { _si qrel; { qrel = 0; _uli dvrc = 19; for (_si ygxt = 12; ygxt >= 0; ygxt -= 1) { if (azwv[ygxt] != 0) { qrel = ((((azwv[ygxt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qrel) { { for (_si knpp = 0; knpp <= 12; knpp += 1) { azwv[knpp] = -azwv[knpp]; } } } for (_si ozud = 0; ozud <= 11; ozud += 1) { if (((((azwv[ozud]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { azwv[1 + ozud] -= 1; } else { azwv[1 + ozud] += ((azwv[ozud]) >> (47)); }; azwv[ozud] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } azwv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qrel) { { for (_si gtuv = 0; gtuv <= 12; gtuv += 1) { azwv[gtuv] = -azwv[gtuv]; } } } } void cvck(_uli *hbnt) { _uc *nqmj = (_uc *)(hbnt); for (_si qlvt = 0; qlvt <= 360; qlvt += 1) { nqmj[qlvt] = (_uc)(255 + nqmj[1 + qlvt]) * (_uc)(1 + nqmj[qlvt]); } nqmj[361] = 0; } void svlt(_uli *ruxa, _uli *xxjc, _uli *pnfx, _uli *nppb) { ewze(xxjc, pnfx, nppb); _si uvha; { uvha = 0; _uli jbzq = 19; for (_si myll = 12; myll >= 0; myll -= 1) { if (xxjc[myll] != 0) { uvha = ((((xxjc[myll]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (uvha) { rqtp(xxjc, xxjc, ruxa); } } _uli *feld() { ; _uli *xszx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; xszx = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xszx; } void eddp(_uli *ttnm) { _uc *grsr = (_uc *)(ttnm); for (_si nnzl = 0; nnzl <= 360; nnzl += 1) { grsr[nnzl] = (_uc)(1 + grsr[nnzl]) * (_uc)(255 + grsr[1 + nnzl]); } grsr[361] = 0; } void fsp(_uc *mzre, _uc *zskv, _uc *knhm, _si olh) { pnt(mzre, zskv, 0); wtwh(mzre, knhm, olh); } void wxdb(_uli *nvhh, _uli *zezb, _uli *kvqm) { for (_si chn = 0; chn <= 12; chn += 1) { nvhh[chn] = kvqm[chn] + zezb[chn]; } { _si mqza; { mqza = 0; _uli qwwk = 19; for (_si czjg = 12; czjg >= 0; czjg -= 1) { if (nvhh[czjg] != 0) { mqza = ((((nvhh[czjg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mqza) { { for (_si kstg = 0; kstg <= 12; kstg += 1) { nvhh[kstg] = -nvhh[kstg]; } } } for (_si qrhn = 0; qrhn <= 11; qrhn += 1) { if (((((nvhh[qrhn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nvhh[1 + qrhn] -= 1; } else { nvhh[1 + qrhn] += ((nvhh[qrhn]) >> (47)); }; nvhh[qrhn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nvhh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mqza) { { for (_si qpyw = 0; qpyw <= 12; qpyw += 1) { nvhh[qpyw] = -nvhh[qpyw]; } } } } } void iktr(_si nrfu, _uli *zdzu) { zdzu[(((nrfu) / (47)))] &= ((((((_uli)(1)) << ((nrfu % 47)))) - ((_uli)(1)))); for (_si tpwe = 1 + (((nrfu) / (47))); tpwe <= 12; tpwe += 1) { zdzu[tpwe] = 0; } } _si ywug(_uli *nyis) { _si eytb = 0; _uli hjmu = 19; for (_si qgvc = 12; qgvc >= 0; qgvc -= 1) { if (nyis[qgvc] != 0) { eytb = ((((nyis[qgvc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return eytb; } void fvpl(_uli *pjll, _uli *ulgi, _uli *rywl) { _uli *zmwh = bveb(); _uli *aumc = rngf(); { _uli *fqgi = kooz(); _uli *ltzb = hfgh(); _uli *klpx = jxo(); _uli *abju = vbpn(); _uli *jqdj = vwhv(); _uli *awcw = zzry(); _si xcdl = 0; while (1) { _si lnwl = (rywl[0] % 2) == 0; _si ppib = (pjll[0] % 2) == 0; if (!(lnwl && ppib)) { break; } xcdl += 1; { _si hceg = 1; _si fahk = 0; _si pjpd = 1; if (pjpd > (8 * sizeof(_uli))) { pjpd = -1; } if (fahk >= 13) { { for (_si ckgo = 0; ckgo <= 12; ckgo += 1) { rywl[ckgo] = 0; } } } else { _uli yiue = (((((_uli)(1)) << (hceg))) - ((_uli)(1))); if (pjpd < 0) { rywl[0] = 0; } else { rywl[0] = ((((rywl[0]) & (~yiue))) >> (pjpd)); }; if (fahk != 0) { rywl[0] += ((((rywl[fahk]) & (~yiue))) >> (hceg)); } for (_si rcso = 1; rcso <= (12 - fahk); rcso += 1) { rywl[-1 + rcso] += ((((((rywl[fahk + rcso]) & (yiue))) << (-hceg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rywl[rcso] = ((((rywl[fahk + rcso]) & (~yiue))) >> (hceg)); } for (_si wwrk = 13 - fahk; wwrk <= 12; wwrk += 1) { rywl[wwrk] = 0; } }; } gkwe(pjll, 1); } { if (jqdj != rywl) { for (_si bfpo = 0; bfpo <= 12; bfpo += 1) { jqdj[bfpo] = rywl[bfpo]; } } } { if (zmwh != pjll) { for (_si vpgk = 0; vpgk <= 12; vpgk += 1) { zmwh[vpgk] = pjll[vpgk]; } } } ldvk(fqgi, 1); { for (_si isdg = 0; isdg <= 12; isdg += 1) { ltzb[isdg] = 0; } } { for (_si lfod = 0; lfod <= 12; lfod += 1) { klpx[lfod] = 0; } } { abju[0] = 1; for (_si datp = 1; datp <= 12; datp += 1) { abju[datp] = 0; } } while (1) { while (1) { _si mhns = (jqdj[0] % 2) == 0; if (!mhns) { break; } htei(jqdj, 1); _si lduy = (fqgi[0] % 2) == 0; _si ukje = (ltzb[0] % 2) == 0; if (!lduy || !ukje) { qual(fqgi, fqgi, pjll); fnsz(ltzb, ltzb, rywl); } hxop(fqgi, 1); yxqi(ltzb, 1); } while (1) { _si llij = (zmwh[0] % 2) == 0; if (!llij) { break; } mjch(zmwh, 1); _si qumu = (klpx[0] % 2) == 0; _si zkux = (abju[0] % 2) == 0; if (!qumu || !zkux) { fhgt(klpx, klpx, pjll); { for (_si qfxq = 0; qfxq <= 12; qfxq += 1) { abju[qfxq] = abju[qfxq] - rywl[qfxq]; } tgqd(abju); } } vnwg(klpx, 1); { _si vhrw = oqzo(abju); if (vhrw) { vdax(abju, abju); } zujp(abju, 1); if (vhrw) { { for (_si myvm = 0; myvm <= 12; myvm += 1) { abju[myvm] = -abju[myvm]; } } } } } rsmy(awcw, jqdj, zmwh); _si xajs = awea(awcw); if (xajs) { { for (_si xlwz = 0; xlwz <= 12; xlwz += 1) { zmwh[xlwz] = -awcw[xlwz]; } } { for (_si cwje = 0; cwje <= 12; cwje += 1) { klpx[cwje] = -fqgi[cwje] + klpx[cwje]; } pxam(klpx); } { for (_si gays = 0; gays <= 12; gays += 1) { abju[gays] = abju[gays] - ltzb[gays]; } { _si apzp = jmkk(abju); if (apzp) { { for (_si cwyg = 0; cwyg <= 12; cwyg += 1) { abju[cwyg] = -abju[cwyg]; } } } for (_si hqrd = 0; hqrd <= 11; hqrd += 1) { if (((((abju[hqrd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { abju[1 + hqrd] -= 1; } else { abju[1 + hqrd] += ((abju[hqrd]) >> (47)); }; abju[hqrd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } abju[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (apzp) { { for (_si tlxf = 0; tlxf <= 12; tlxf += 1) { abju[tlxf] = -abju[tlxf]; } } } } } } else { { if (jqdj != awcw) { for (_si xxml = 0; xxml <= 12; xxml += 1) { jqdj[xxml] = awcw[xxml]; } } } { for (_si uufl = 0; uufl <= 12; uufl += 1) { fqgi[uufl] = fqgi[uufl] - klpx[uufl]; } upys(fqgi); } { for (_si bihe = 0; bihe <= 12; bihe += 1) { ltzb[bihe] = -abju[bihe] + ltzb[bihe]; } { _si jscz = hqsz(ltzb); if (jscz) { glfx(ltzb, ltzb); } for (_si eeuj = 0; eeuj <= 11; eeuj += 1) { if (((((ltzb[eeuj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ltzb[1 + eeuj] -= 1; } else { ltzb[1 + eeuj] += ((ltzb[eeuj]) >> (47)); }; ltzb[eeuj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ltzb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jscz) { hcqc(ltzb, ltzb); } } } }; _si chbr; { chbr = 0; _si ouzl = kpeq(jqdj); chbr = ouzl == -1; } if (chbr) { break; } } { if (ulgi != klpx) { for (_si crvr = 0; crvr <= 12; crvr += 1) { ulgi[crvr] = klpx[crvr]; } } } { if (aumc != abju) { for (_si bjqg = 0; bjqg <= 12; bjqg += 1) { aumc[bjqg] = abju[bjqg]; } } } if (xcdl > 0) { neyu(zmwh, xcdl); { _si vopo = (xcdl % 47); _si wtof = ((xcdl) / (47)); _si hzlq = -vopo + (((sizeof(_uli)) << (3))); if (wtof >= 13) { { for (_si wvze = 0; wvze <= 12; wvze += 1) { rywl[wvze] = 0; } } } else { for (_si iian = 12 - wtof; iian >= 1; iian -= 1) { rywl[iian + wtof] = ((rywl[iian]) << (vopo)); if (hzlq < (8 * sizeof(_uli))) { rywl[iian + wtof] += ((((rywl[-1 + iian]) >> (hzlq))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } rywl[wtof] = ((rywl[0]) << (vopo)); for (_si utrq = -1 + wtof; utrq >= 0; utrq -= 1) { rywl[utrq] = 0; } }; { for (_si fgnz = 0; fgnz <= 11; fgnz += 1) { rywl[1 + fgnz] += ((rywl[fgnz]) >> (47)); rywl[fgnz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rywl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _si koft = (xcdl % 47); _si wbvh = ((xcdl) / (47)); _si wkxa = -koft + (((sizeof(_uli)) << (3))); if (wbvh >= 13) { { for (_si sanl = 0; sanl <= 12; sanl += 1) { pjll[sanl] = 0; } } } else { for (_si kgbf = 12 - wbvh; kgbf >= 1; kgbf -= 1) { pjll[kgbf + wbvh] = ((pjll[kgbf]) << (koft)); if (wkxa < (8 * sizeof(_uli))) { pjll[kgbf + wbvh] += ((((pjll[-1 + kgbf]) >> (wkxa))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } pjll[wbvh] = ((pjll[0]) << (koft)); for (_si uxhf = -1 + wbvh; uxhf >= 0; uxhf -= 1) { pjll[uxhf] = 0; } }; { for (_si ytnb = 0; ytnb <= 11; ytnb += 1) { pjll[1 + ytnb] += ((pjll[ytnb]) >> (47)); pjll[ytnb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pjll[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } { _uc *vmee = (_uc *)(fqgi); for (_si fnss = 0; fnss <= 360; fnss += 1) { vmee[fnss] = (_uc)(1 + vmee[fnss]) * (_uc)(255 + vmee[1 + fnss]); } vmee[361] = 0; } { _uc *xzhq = (_uc *)(ltzb); for (_si nniu = 0; nniu <= 360; nniu += 1) { xzhq[nniu] = (_uc)(255 + xzhq[1 + nniu]) * (_uc)(1 + xzhq[nniu]); } xzhq[361] = 0; } { _uc *ugjt = (_uc *)(klpx); for (_si lcsk = 0; lcsk <= 360; lcsk += 1) { ugjt[lcsk] = (_uc)(1 + ugjt[lcsk]) * (_uc)(255 + ugjt[1 + lcsk]); } ugjt[361] = 0; } kjfn(abju); cbuj(jqdj); { _uc *jvkk = (_uc *)(awcw); for (_si tdnb = 0; tdnb <= 360; tdnb += 1) { jvkk[tdnb] = (_uc)(255 + jvkk[1 + tdnb]) * (_uc)(1 + jvkk[tdnb]); } jvkk[361] = 0; } } while (1) { _si oqra; { oqra = 0; _uli xafb = 19; for (_si yswz = 12; yswz >= 0; yswz -= 1) { if (ulgi[yswz] != 0) { oqra = ((((ulgi[yswz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oqra) { break; } { for (_si gina = 0; gina <= 12; gina += 1) { ulgi[gina] = -pjll[gina] + ulgi[gina]; } oteg(ulgi); } } while (1) { _si drdg = ueva(ulgi); if (!drdg) { break; } { for (_si fmyy = 0; fmyy <= 12; fmyy += 1) { ulgi[fmyy] = pjll[fmyy] + ulgi[fmyy]; } { _si hnmk = wsgg(ulgi); if (hnmk) { qzds(ulgi, ulgi); } for (_si ktua = 0; ktua <= 11; ktua += 1) { if (((((ulgi[ktua]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ulgi[1 + ktua] -= 1; } else { ulgi[1 + ktua] += ((ulgi[ktua]) >> (47)); }; ulgi[ktua] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ulgi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hnmk) { { for (_si aeja = 0; aeja <= 12; aeja += 1) { ulgi[aeja] = -ulgi[aeja]; } } } } } } dovu(zmwh); wguq(aumc); } void pizx(_uc *jxyu, _uc *sxa, _uc *qoib, _si lrsj) { _uc *bukm = (_uc *)(jxyu + 0); { _uc *tfq = (_uc *)(jxyu + 0); _uli *ruk = (_uli *)(jxyu + 352); _si cgo = (_si)(((ruk[0]) & (63))); ruk[0] += lrsj; for (_si tgn = 0; tgn <= (-1 + lrsj); tgn += 1) { tfq[cgo] = qoib[tgn]; cgo += 1; if (cgo == 64) { { _uc *dxl = (_uc *)(jxyu + 0); _ui *bxh = (_ui *)(jxyu + 64); _ui *jrh = (_ui *)(jxyu + 96); _si elas = 0; _ui jll = 0; _ui fert = 0; _ui daak = 0; _ui cnqz = 0; _ui clix = 0; _ui urz = 0; for (_si ydzt = 0; ydzt <= 15; ydzt += 1) { jrh[ydzt] = (((((((((_ui)(dxl[elas])) << (24))) | ((((_ui)(dxl[1 + elas])) << (16))))) | ((((_ui)(dxl[2 + elas])) << (8))))) | ((_ui)(dxl[3 + elas]))); elas += 4; } for (_si uivt = 16; uivt <= 31; uivt += 1) { jll = ((((((((jrh[-15 + uivt]) >> (7))) | (((jrh[-15 + uivt]) << (25))))) ^ (((((jrh[-15 + uivt]) >> (18))) | (((jrh[-15 + uivt]) << (14))))))) ^ (((jrh[-15 + uivt]) >> (3)))); cnqz = ((((((((jrh[-2 + uivt]) >> (17))) | (((jrh[-2 + uivt]) << (15))))) ^ (((((jrh[-2 + uivt]) >> (19))) | (((jrh[-2 + uivt]) << (13))))))) ^ (((jrh[-2 + uivt]) >> (10)))); jrh[uivt] = cnqz + jll + jrh[-7 + uivt] + jrh[-16 + uivt]; _m[65160] += 1; } _ui unuz = bxh[0]; _ui kaxl = bxh[1]; _ui kmlp = bxh[2]; _ui idiq = bxh[3]; _ui bcxa = bxh[4]; _ui plb = bxh[5]; _ui tquw = bxh[6]; _ui qoj = bxh[7]; for (_si rzzj = 0; rzzj <= 31; rzzj += 1) { jll = ((((((((unuz) >> (2))) | (((unuz) << (30))))) ^ (((((unuz) >> (13))) | (((unuz) << (19))))))) ^ (((((unuz) >> (22))) | (((unuz) << (10)))))); fert = ((((((unuz) & (kaxl))) ^ (((unuz) & (kmlp))))) ^ (((kaxl) & (kmlp)))); daak = fert + jll; cnqz = ((((((((bcxa) >> (6))) | (((bcxa) << (26))))) ^ (((((bcxa) >> (11))) | (((bcxa) << (21))))))) ^ (((((bcxa) >> (25))) | (((bcxa) << (7)))))); clix = ((((bcxa) & (plb))) ^ (((~bcxa) & (tquw)))); urz = jrh[rzzj] + clix + *(((_ui *)(_m + 246160) + rzzj)) + cnqz + qoj; qoj = tquw; tquw = plb; plb = bcxa; bcxa = idiq + urz; idiq = kmlp; kmlp = kaxl; kaxl = unuz; unuz = daak + urz; _m[65161] += 1; } bxh[0] += unuz; bxh[1] += kaxl; bxh[2] += kmlp; bxh[3] += idiq; bxh[4] += bcxa; bxh[5] += plb; bxh[6] += tquw; bxh[7] += qoj; } cgo = 0; } } } _uli *wngt = (_uli *)(jxyu + 352); { _uc *lwun = (_uc *)(jxyu + 0); _ui *pzow = (_ui *)(jxyu + 64); _uli *qxse = (_uli *)(jxyu + 352); _uli zdi = 8 * qxse[0]; _uc fyrm[1]; fyrm[0] = 128; { _uc *obqg = (_uc *)(jxyu + 0); _uli *ldgs = (_uli *)(jxyu + 352); _si dsh = (_si)(((ldgs[0]) & (63))); ldgs[0] += 1; for (_si ihvx = 0; ihvx <= 0; ihvx += 1) { obqg[dsh] = fyrm[ihvx]; dsh += 1; if (dsh == 64) { dvu(jxyu); dsh = 0; } } } while (((((qxse[0]) & (63))) != (56))) { fyrm[0] = 0; mpkj(jxyu, fyrm, 1); } for (_si cvmt = 0; cvmt <= 7; cvmt += 1) { fyrm[0] = (_uc)(((((zdi) >> (8 * (7 - cvmt)))) & (255))); ttxa(jxyu, fyrm, 1); } _si wihx = 0; for (_si jahl = 0; jahl <= 7; jahl += 1) { _ui rdcg = pzow[jahl]; lwun[wihx] = (_uc)(((((rdcg) >> (24))) & (255))); lwun[1 + wihx] = (_uc)(((((rdcg) >> (16))) & (255))); lwun[2 + wihx] = (_uc)(((((rdcg) >> (8))) & (255))); lwun[3 + wihx] = (_uc)(((rdcg) & (255))); wihx += 4; } } for (_si gpgl = 0; gpgl <= 31; gpgl += 1) { sxa[gpgl] = bukm[gpgl]; } } void uafv(_uc *dqd, _uc *neag, _uc *biu, _si pzjw) { { { _ui *mras = (_ui *)(dqd + 64); for (_si pvax = 0; pvax <= 7; pvax += 1) { mras[4 + pvax] = (((_ui)((neag + 4 * pvax)[0])) + ((((_ui)((neag + 4 * pvax)[1])) << (8))) + ((((_ui)((neag + 4 * pvax)[2])) << (16))) + ((((_ui)((neag + 4 * pvax)[3])) << (24)))); } } _ui *ikti = (_ui *)(dqd + 64); _ui *hhfm = (_ui *)(dqd + 128); for (_si bom = 0; bom <= 3; bom += 1) { ikti[bom] = (((_ui)(((_uc *)(_m + 48146) + 4 * bom)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bom)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bom)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bom)[3])) << (24)))); } for (_si tcud = 0; tcud <= 3; tcud += 1) { ikti[12 + tcud] = 0; _m[65162] += 1; } hhfm[0] = 3904225602; } bfbq(dqd, biu, pzjw); } void vfbg(_uc *kbdq, _uc *iygl) { _ui *obvk = (_ui *)(kbdq + 64); for (_si cwfi = 0; cwfi <= 7; cwfi += 1) { obvk[4 + cwfi] = (((_ui)((iygl + 4 * cwfi)[0])) + ((((_ui)((iygl + 4 * cwfi)[1])) << (8))) + ((((_ui)((iygl + 4 * cwfi)[2])) << (16))) + ((((_ui)((iygl + 4 * cwfi)[3])) << (24)))); } } void towp(_uli *zgpn) { _uc *gcvz = (_uc *)(zgpn); for (_si pvti = 0; pvti <= 360; pvti += 1) { gcvz[pvti] = (_uc)(255 + gcvz[1 + pvti]) * (_uc)(1 + gcvz[pvti]); } gcvz[361] = 0; } void tpmo(_uli *cind) { _uc *nrtp = (_uc *)(cind); for (_si asej = 0; asej <= 360; asej += 1) { nrtp[asej] = (_uc)(255 + nrtp[1 + asej]) * (_uc)(1 + nrtp[asej]); } nrtp[361] = 0; } void scsq(_uli *hfbm, _uli *nvak, _uli *mtdz) { _uli *dzdu = itcx(); _uli *eozj = aurm(); _uli *zzfb = hrjg(); _uli *gpct = ckcv(); for (_si ulbp = 0; ulbp <= 12; ulbp += 1) { dzdu[ulbp] = ((nvak[ulbp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); eozj[ulbp] = ((nvak[ulbp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zzfb[ulbp] = ((mtdz[ulbp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gpct[ulbp] = ((mtdz[ulbp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jaby = 0; jaby <= 12; jaby += 1) { hfbm[jaby] = 0; } } for (_si mepz = 0; mepz <= (-1 + (((13) >> (1)))); mepz += 1) { for (_si tmzd = 0; tmzd <= (-1 + (((13) >> (1)))); tmzd += 1) { _uli pujq = dzdu[mepz] * gpct[tmzd] + eozj[mepz] * zzfb[tmzd]; _uli ndaw = dzdu[mepz] * zzfb[tmzd]; _uli ncgs = eozj[mepz] * gpct[tmzd]; _uli eudn = ((hfbm[mepz + tmzd]) + (ndaw) + (((((pujq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (eudn < ndaw) { ncgs += 1; } _uli acvc = ((((pujq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ncgs) << ((-47 + (((sizeof(_uli)) << (3)))))))); hfbm[mepz + tmzd] = eudn; hfbm[1 + mepz + tmzd] += acvc; } { for (_si twiw = 0; twiw <= 11; twiw += 1) { hfbm[1 + twiw] += ((hfbm[twiw]) >> (47)); hfbm[twiw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hfbm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } hjq(dzdu); { _uc *abli = (_uc *)(eozj); for (_si kkv = 0; kkv <= 360; kkv += 1) { abli[kkv] = (_uc)(1 + abli[kkv]) * (_uc)(255 + abli[1 + kkv]); } abli[361] = 0; } { _uc *yrpk = (_uc *)(zzfb); for (_si jscx = 0; jscx <= 360; jscx += 1) { yrpk[jscx] = (_uc)(255 + yrpk[1 + jscx]) * (_uc)(1 + yrpk[jscx]); } yrpk[361] = 0; } { _uc *btb = (_uc *)(gpct); for (_si kupo = 0; kupo <= 360; kupo += 1) { btb[kupo] = (_uc)(1 + btb[kupo]) * (_uc)(255 + btb[1 + kupo]); } btb[361] = 0; } } void upxr(_uli *yyka) { for (_si yieg = 0; yieg <= 11; yieg += 1) { yyka[1 + yieg] += ((yyka[yieg]) >> (47)); yyka[yieg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yyka[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pvr(_uli *mydd, _uli *zhhd, _uli *bipc) { _uli *yjyt = bkjh(); izs(yjyt, mydd, zhhd, bipc); { _uc *srtr = (_uc *)(yjyt); for (_si zppb = 0; zppb <= 360; zppb += 1) { srtr[zppb] = (_uc)(255 + srtr[1 + zppb]) * (_uc)(1 + srtr[zppb]); } srtr[361] = 0; } } _uc *gayu() { ; _uc *qnpw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; qnpw = (_uc *)(_m + 362 * _s); break; } _s += 1; } return qnpw; } void nepy(_uli *mhcw) { for (_si ztye = 0; ztye <= 11; ztye += 1) { mhcw[1 + ztye] += ((mhcw[ztye]) >> (47)); mhcw[ztye] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mhcw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void xey(_uc *lyza, _uc *jmgf, _si xrz) { _uc *rxzl = (_uc *)(lyza + 0); _uli *dipf = (_uli *)(lyza + 352); _si dvwr = (_si)(((dipf[0]) & (63))); dipf[0] += xrz; for (_si zgkb = 0; zgkb <= (-1 + xrz); zgkb += 1) { rxzl[dvwr] = jmgf[zgkb]; dvwr += 1; if (dvwr == 64) { { _uc *xdbf = (_uc *)(lyza + 0); _ui *jmzh = (_ui *)(lyza + 64); _ui *wulm = (_ui *)(lyza + 96); _si kjhc = 0; _ui eeat = 0; _ui cybz = 0; _ui sfti = 0; _ui bbcn = 0; _ui xqn = 0; _ui jrfc = 0; for (_si tdvc = 0; tdvc <= 15; tdvc += 1) { wulm[tdvc] = (((((((((_ui)(xdbf[kjhc])) << (24))) | ((((_ui)(xdbf[1 + kjhc])) << (16))))) | ((((_ui)(xdbf[2 + kjhc])) << (8))))) | ((_ui)(xdbf[3 + kjhc]))); kjhc += 4; } for (_si fdas = 16; fdas <= 31; fdas += 1) { eeat = ((((((((wulm[-15 + fdas]) >> (7))) | (((wulm[-15 + fdas]) << (25))))) ^ (((((wulm[-15 + fdas]) >> (18))) | (((wulm[-15 + fdas]) << (14))))))) ^ (((wulm[-15 + fdas]) >> (3)))); bbcn = ((((((((wulm[-2 + fdas]) >> (17))) | (((wulm[-2 + fdas]) << (15))))) ^ (((((wulm[-2 + fdas]) >> (19))) | (((wulm[-2 + fdas]) << (13))))))) ^ (((wulm[-2 + fdas]) >> (10)))); wulm[fdas] = bbcn + eeat + wulm[-7 + fdas] + wulm[-16 + fdas]; _m[65160] += 1; } _ui byrw = jmzh[0]; _ui brbh = jmzh[1]; _ui vesd = jmzh[2]; _ui mygn = jmzh[3]; _ui nkoo = jmzh[4]; _ui jtl = jmzh[5]; _ui ngs = jmzh[6]; _ui zka = jmzh[7]; for (_si wojl = 0; wojl <= 31; wojl += 1) { eeat = ((((((((byrw) >> (2))) | (((byrw) << (30))))) ^ (((((byrw) >> (13))) | (((byrw) << (19))))))) ^ (((((byrw) >> (22))) | (((byrw) << (10)))))); cybz = ((((((byrw) & (brbh))) ^ (((byrw) & (vesd))))) ^ (((brbh) & (vesd)))); sfti = cybz + eeat; bbcn = ((((((((nkoo) >> (6))) | (((nkoo) << (26))))) ^ (((((nkoo) >> (11))) | (((nkoo) << (21))))))) ^ (((((nkoo) >> (25))) | (((nkoo) << (7)))))); xqn = ((((nkoo) & (jtl))) ^ (((~nkoo) & (ngs)))); jrfc = bbcn + xqn + wulm[wojl] + *(((_ui *)(_m + 246160) + wojl)) + zka; zka = ngs; ngs = jtl; jtl = nkoo; nkoo = jrfc + mygn; mygn = vesd; vesd = brbh; brbh = byrw; byrw = jrfc + sfti; _m[65161] += 1; } jmzh[0] += byrw; jmzh[1] += brbh; jmzh[2] += vesd; jmzh[3] += mygn; jmzh[4] += nkoo; jmzh[5] += jtl; jmzh[6] += ngs; jmzh[7] += zka; } dvwr = 0; } } } void prfa(_uli *vbim) { for (_si jqwt = 0; jqwt <= 12; jqwt += 1) { vbim[jqwt] = 0; } } void zmza(_uli *qvfr, _si ejwq) { _si wwyw = (ejwq % 47); _si qkrg = ((ejwq) / (47)); _si nbxd = ejwq; if (nbxd > (8 * sizeof(_uli))) { nbxd = -1; } if (qkrg >= 45) { { for (_si dnhc = 0; dnhc <= 44; dnhc += 1) { qvfr[dnhc] = 0; } } } else { _uli ftwm = (((((_uli)(1)) << (wwyw))) - ((_uli)(1))); if (nbxd < 0) { qvfr[0] = 0; } else { qvfr[0] = ((((qvfr[0]) & (~ftwm))) >> (nbxd)); }; if (qkrg != 0) { qvfr[0] += ((((qvfr[qkrg]) & (~ftwm))) >> (wwyw)); } for (_si rcqs = 1; rcqs <= (44 - qkrg); rcqs += 1) { qvfr[-1 + rcqs] += ((((((qvfr[qkrg + rcqs]) & (ftwm))) << (-wwyw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qvfr[rcqs] = ((((qvfr[qkrg + rcqs]) & (~ftwm))) >> (wwyw)); } for (_si wazb = 45 - qkrg; wazb <= 44; wazb += 1) { qvfr[wazb] = 0; } }; } void kkny(_uc *dnnx, _uc *ndlm, _uc *wdcw, _si klfr) { { grcx(dnnx, ndlm); _ui *rxoa = (_ui *)(dnnx + 64); _ui *btmi = (_ui *)(dnnx + 128); for (_si udlk = 0; udlk <= 3; udlk += 1) { rxoa[udlk] = (((_ui)(((_uc *)(_m + 48146) + 4 * udlk)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * udlk)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * udlk)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * udlk)[3])) << (24)))); } for (_si gajp = 0; gajp <= 3; gajp += 1) { rxoa[12 + gajp] = 0; _m[65162] += 1; } btmi[0] = 3904225602; } { _ui *ltlf = (_ui *)(dnnx + 0); _ui *vrpf = (_ui *)(dnnx + 128); _uc *uqsa = (_uc *)(ltlf); for (_si swcr = 0; swcr <= (-1 + klfr); swcr += 1) { if (vrpf[0] >= 64) { kdpp(dnnx); vrpf[0] = 0; } wdcw[swcr] ^= uqsa[vrpf[0]]; vrpf[0] += 1; } } } void vjbl(_uli *lohd, _uli *mfxe, _uli *vits, _uli *txva) { { for (_si kaiv = 0; kaiv <= 12; kaiv += 1) { mfxe[kaiv] = -txva[kaiv] + vits[kaiv]; } zawt(mfxe); } _si yvwb; { yvwb = 0; _uli ttgb = 19; for (_si vtpl = 12; vtpl >= 0; vtpl -= 1) { if (mfxe[vtpl] != 0) { yvwb = ((((mfxe[vtpl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (yvwb) { fgdm(mfxe, mfxe, lohd); } } void lfm(_uc *hhg, _uc *squj, _si xghy) { _uc *zks = (_uc *)(hhg + 0); _uli *vidl = (_uli *)(hhg + 352); _si xqiw = (_si)(((vidl[0]) & (63))); vidl[0] += xghy; for (_si hqn = 0; hqn <= (-1 + xghy); hqn += 1) { zks[xqiw] = squj[hqn]; xqiw += 1; if (xqiw == 64) { { _uc *hxs = (_uc *)(hhg + 0); _ui *kkbi = (_ui *)(hhg + 64); _ui *peq = (_ui *)(hhg + 96); _si uvxz = 0; _ui ujva = 0; _ui pmf = 0; _ui avg = 0; _ui egln = 0; _ui ivis = 0; _ui sshg = 0; for (_si hsfi = 0; hsfi <= 15; hsfi += 1) { peq[hsfi] = (((((((((_ui)(hxs[uvxz])) << (24))) | ((((_ui)(hxs[1 + uvxz])) << (16))))) | ((((_ui)(hxs[2 + uvxz])) << (8))))) | ((_ui)(hxs[3 + uvxz]))); uvxz += 4; } for (_si smy = 16; smy <= 31; smy += 1) { ujva = ((((((((peq[-15 + smy]) >> (7))) | (((peq[-15 + smy]) << (25))))) ^ (((((peq[-15 + smy]) >> (18))) | (((peq[-15 + smy]) << (14))))))) ^ (((peq[-15 + smy]) >> (3)))); egln = ((((((((peq[-2 + smy]) >> (17))) | (((peq[-2 + smy]) << (15))))) ^ (((((peq[-2 + smy]) >> (19))) | (((peq[-2 + smy]) << (13))))))) ^ (((peq[-2 + smy]) >> (10)))); peq[smy] = egln + peq[-7 + smy] + peq[-16 + smy] + ujva; _m[65160] += 1; } _ui ytuh = kkbi[0]; _ui fjxq = kkbi[1]; _ui mrb = kkbi[2]; _ui tjfa = kkbi[3]; _ui nyls = kkbi[4]; _ui naxt = kkbi[5]; _ui zxan = kkbi[6]; _ui zsbf = kkbi[7]; for (_si iwy = 0; iwy <= 31; iwy += 1) { ujva = ((((((((ytuh) >> (2))) | (((ytuh) << (30))))) ^ (((((ytuh) >> (13))) | (((ytuh) << (19))))))) ^ (((((ytuh) >> (22))) | (((ytuh) << (10)))))); pmf = ((((((ytuh) & (fjxq))) ^ (((ytuh) & (mrb))))) ^ (((fjxq) & (mrb)))); avg = pmf + ujva; egln = ((((((((nyls) >> (6))) | (((nyls) << (26))))) ^ (((((nyls) >> (11))) | (((nyls) << (21))))))) ^ (((((nyls) >> (25))) | (((nyls) << (7)))))); ivis = ((((nyls) & (naxt))) ^ (((~nyls) & (zxan)))); sshg = *(((_ui *)(_m + 246160) + iwy)) + zsbf + peq[iwy] + egln + ivis; zsbf = zxan; zxan = naxt; naxt = nyls; nyls = sshg + tjfa; tjfa = mrb; mrb = fjxq; fjxq = ytuh; ytuh = avg + sshg; _m[65161] += 1; } kkbi[0] += ytuh; kkbi[1] += fjxq; kkbi[2] += mrb; kkbi[3] += tjfa; kkbi[4] += nyls; kkbi[5] += naxt; kkbi[6] += zxan; kkbi[7] += zsbf; } xqiw = 0; } } } void xolk(_uli *fmel, _uli *yagk, _uli *xkln) { for (_si axdo = 0; axdo <= 12; axdo += 1) { fmel[axdo] = -xkln[axdo] + yagk[axdo]; } { _si jpub; { jpub = 0; _uli bsqy = 19; for (_si kiad = 12; kiad >= 0; kiad -= 1) { if (fmel[kiad] != 0) { jpub = ((((fmel[kiad]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jpub) { ioez(fmel, fmel); } for (_si brxk = 0; brxk <= 11; brxk += 1) { if (((((fmel[brxk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fmel[1 + brxk] -= 1; } else { fmel[1 + brxk] += ((fmel[brxk]) >> (47)); }; fmel[brxk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fmel[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jpub) { { for (_si tmys = 0; tmys <= 12; tmys += 1) { fmel[tmys] = -fmel[tmys]; } } } } } void tgph(_uli *bqzf, _uli *hdil, _uli *cqaq) { for (_si bpzx = 0; bpzx <= 12; bpzx += 1) { bqzf[bpzx] = cqaq[bpzx] + hdil[bpzx]; } { _si jqqk; { jqqk = 0; _uli mojd = 19; for (_si qaiq = 12; qaiq >= 0; qaiq -= 1) { if (bqzf[qaiq] != 0) { jqqk = ((((bqzf[qaiq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jqqk) { { for (_si aflq = 0; aflq <= 12; aflq += 1) { bqzf[aflq] = -bqzf[aflq]; } } } for (_si jlip = 0; jlip <= 11; jlip += 1) { if (((((bqzf[jlip]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bqzf[1 + jlip] -= 1; } else { bqzf[1 + jlip] += ((bqzf[jlip]) >> (47)); }; bqzf[jlip] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bqzf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jqqk) { { for (_si zqdh = 0; zqdh <= 12; zqdh += 1) { bqzf[zqdh] = -bqzf[zqdh]; } } } } } _uli *tewx() { ; _uli *kkde; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; kkde = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kkde; } _si wxen(_uli *brqy) { _si cxmr = 0; _uli vtdv = 19; for (_si wpez = 12; wpez >= 0; wpez -= 1) { if (brqy[wpez] != 0) { cxmr = ((((brqy[wpez]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cxmr; } void stle(_uli *icse, _si tnhg) { _si zrqn = (tnhg % 47); _si unbc = ((tnhg) / (47)); _si moyc = tnhg; if (moyc > (8 * sizeof(_uli))) { moyc = -1; } if (unbc >= 13) { { for (_si maip = 0; maip <= 12; maip += 1) { icse[maip] = 0; } } } else { _uli dudz = (((((_uli)(1)) << (zrqn))) - ((_uli)(1))); if (moyc < 0) { icse[0] = 0; } else { icse[0] = ((((icse[0]) & (~dudz))) >> (moyc)); }; if (unbc != 0) { icse[0] += ((((icse[unbc]) & (~dudz))) >> (zrqn)); } for (_si hetx = 1; hetx <= (12 - unbc); hetx += 1) { icse[-1 + hetx] += ((((((icse[hetx + unbc]) & (dudz))) << (-zrqn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); icse[hetx] = ((((icse[hetx + unbc]) & (~dudz))) >> (zrqn)); } for (_si wcuq = 13 - unbc; wcuq <= 12; wcuq += 1) { icse[wcuq] = 0; } }; } void hvcl(_si jzo, _uli *grer, _uli *gzji, _uli *mzid, _uli *kojk) { _uli *yovt = xley(); { if (yovt != kojk) { for (_si utol = 0; utol <= 12; utol += 1) { yovt[utol] = kojk[utol]; } } } { if (mzid != kojk) { for (_si sung = 0; sung <= 12; sung += 1) { mzid[sung] = kojk[sung]; } } } rgiu(jzo, mzid); urdl(mzid, mzid, gzji); { mzid[(((jzo) / (47)))] &= ((((((_uli)(1)) << ((jzo % 47)))) - ((_uli)(1)))); for (_si ktcq = 1 + (((jzo) / (47))); ktcq <= 12; ktcq += 1) { mzid[ktcq] = 0; } } ffk(mzid, mzid, grer); { for (_si lqod = 0; lqod <= 12; lqod += 1) { mzid[lqod] = mzid[lqod] + yovt[lqod]; } { _si fzbz; { fzbz = 0; _uli yuyw = 19; for (_si cigf = 12; cigf >= 0; cigf -= 1) { if (mzid[cigf] != 0) { fzbz = ((((mzid[cigf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fzbz) { { for (_si myor = 0; myor <= 12; myor += 1) { mzid[myor] = -mzid[myor]; } } } for (_si opzc = 0; opzc <= 11; opzc += 1) { if (((((mzid[opzc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mzid[1 + opzc] -= 1; } else { mzid[1 + opzc] += ((mzid[opzc]) >> (47)); }; mzid[opzc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mzid[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fzbz) { rnwm(mzid, mzid); } } } { _si agqh = (jzo % 47); _si jqj = ((jzo) / (47)); _si nwor = jzo; if (nwor > (8 * sizeof(_uli))) { nwor = -1; } if (jqj >= 13) { mho(mzid); } else { _uli pecs = (((((_uli)(1)) << (agqh))) - ((_uli)(1))); if (nwor < 0) { mzid[0] = 0; } else { mzid[0] = ((((mzid[0]) & (~pecs))) >> (nwor)); }; if (jqj != 0) { mzid[0] += ((((mzid[jqj]) & (~pecs))) >> (agqh)); } for (_si dluu = 1; dluu <= (12 - jqj); dluu += 1) { mzid[-1 + dluu] += ((((((mzid[dluu + jqj]) & (pecs))) << (-agqh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); mzid[dluu] = ((((mzid[dluu + jqj]) & (~pecs))) >> (agqh)); } for (_si dnb = 13 - jqj; dnb <= 12; dnb += 1) { mzid[dnb] = 0; } }; } lyke(yovt, mzid, grer); _si iub = kkyi(yovt); if (!iub) { { if (mzid != yovt) { for (_si esgn = 0; esgn <= 12; esgn += 1) { mzid[esgn] = yovt[esgn]; } } } } soyf(yovt); } void xkxu(_uli *mgoe, _uli *wfhv) { _uli *fvqi = vbpn(); _uli *esga = gcbc(); for (_si gmtd = 0; gmtd <= 12; gmtd += 1) { fvqi[gmtd] = ((wfhv[gmtd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); esga[gmtd] = ((wfhv[gmtd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vvsi = 0; vvsi <= 12; vvsi += 1) { mgoe[vvsi] = 0; } } for (_si tej = 0; tej <= (-1 + (((13) >> (1)))); tej += 1) { for (_si ugua = 0; ugua <= (-1 + (((13) >> (1)))); ugua += 1) { _uli qmdx = esga[tej] * fvqi[ugua] + esga[ugua] * fvqi[tej]; _uli xlsz = fvqi[tej] * fvqi[ugua]; _uli piwf = esga[tej] * esga[ugua]; _uli ftiv = ((mgoe[tej + ugua]) + (xlsz) + (((((qmdx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ftiv < xlsz) { piwf += 1; } _uli vvzj = ((((qmdx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((piwf) << ((-47 + (((sizeof(_uli)) << (3)))))))); mgoe[tej + ugua] = ftiv; mgoe[1 + tej + ugua] += vvzj; } { for (_si rkmt = 0; rkmt <= 11; rkmt += 1) { mgoe[1 + rkmt] += ((mgoe[rkmt]) >> (47)); mgoe[rkmt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mgoe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *uiam = (_uc *)(fvqi); for (_si zwma = 0; zwma <= 360; zwma += 1) { uiam[zwma] = (_uc)(255 + uiam[1 + zwma]) * (_uc)(1 + uiam[zwma]); } uiam[361] = 0; } { _uc *abk = (_uc *)(esga); for (_si lyya = 0; lyya <= 360; lyya += 1) { abk[lyya] = (_uc)(255 + abk[1 + lyya]) * (_uc)(1 + abk[lyya]); } abk[361] = 0; } } void djvu(_uli *dgb, _uli *ksql, _uli *ielg) { _uli *dgcv = xaie(); _uli *vfz = dup(); _uli *uvgz = zxux(); _uli *puul = kzki(); for (_si hevl = 0; hevl <= 44; hevl += 1) { dgcv[hevl] = ((ksql[hevl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vfz[hevl] = ((ksql[hevl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uvgz[hevl] = ((ielg[hevl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); puul[hevl] = ((ielg[hevl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wpzq = 0; wpzq <= 44; wpzq += 1) { dgb[wpzq] = 0; } } for (_si xvz = 0; xvz <= (-1 + (((45) >> (1)))); xvz += 1) { for (_si glh = 0; glh <= (-1 + (((45) >> (1)))); glh += 1) { _uli ejwc = dgcv[xvz] * puul[glh] + uvgz[glh] * vfz[xvz]; _uli aryu = dgcv[xvz] * uvgz[glh]; _uli vpkz = puul[glh] * vfz[xvz]; _uli tovv = ((dgb[glh + xvz]) + (aryu) + (((((ejwc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tovv < aryu) { vpkz += 1; } _uli eni = ((((ejwc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vpkz) << ((-47 + (((sizeof(_uli)) << (3)))))))); dgb[glh + xvz] = tovv; dgb[1 + glh + xvz] += eni; } rdac(dgb); } { _uc *svsr = (_uc *)(dgcv); for (_si gryn = 0; gryn <= 360; gryn += 1) { svsr[gryn] = (_uc)(255 + svsr[1 + gryn]) * (_uc)(1 + svsr[gryn]); } svsr[361] = 0; } dsif(vfz); { _uc *eoi = (_uc *)(uvgz); for (_si xihc = 0; xihc <= 360; xihc += 1) { eoi[xihc] = (_uc)(255 + eoi[1 + xihc]) * (_uc)(1 + eoi[xihc]); } eoi[361] = 0; } jkib(puul); } void norx(_uli *wthp) { _uc *oyar = (_uc *)(wthp); for (_si egoa = 0; egoa <= 360; egoa += 1) { oyar[egoa] = (_uc)(1 + oyar[egoa]) * (_uc)(255 + oyar[1 + egoa]); } oyar[361] = 0; } void dofy(_uli *vvqd) { for (_si ivjp = 0; ivjp <= 12; ivjp += 1) { vvqd[ivjp] = 0; } } void tmwb(_uli *lqgk, _uli *uvde, _uli *fika) { for (_si seam = 0; seam <= 12; seam += 1) { lqgk[seam] = fika[seam] + uvde[seam]; } { _si jngi; { jngi = 0; _uli ekcc = 19; for (_si rnqw = 12; rnqw >= 0; rnqw -= 1) { if (lqgk[rnqw] != 0) { jngi = ((((lqgk[rnqw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jngi) { { for (_si itxr = 0; itxr <= 12; itxr += 1) { lqgk[itxr] = -lqgk[itxr]; } } } for (_si bpez = 0; bpez <= 11; bpez += 1) { if (((((lqgk[bpez]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lqgk[1 + bpez] -= 1; } else { lqgk[1 + bpez] += ((lqgk[bpez]) >> (47)); }; lqgk[bpez] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lqgk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jngi) { { for (_si ffhs = 0; ffhs <= 12; ffhs += 1) { lqgk[ffhs] = -lqgk[ffhs]; } } } } } void nrgr(_ui *odwu, _si xghs, _si vbhh, _si lbox, _si ounp) { odwu[xghs] += odwu[vbhh]; odwu[ounp] ^= odwu[xghs]; odwu[ounp] = ((((odwu[ounp]) << (16))) | (((odwu[ounp]) >> (16)))); odwu[lbox] += odwu[ounp]; odwu[vbhh] ^= odwu[lbox]; odwu[vbhh] = ((((odwu[vbhh]) << (12))) | (((odwu[vbhh]) >> (20)))); odwu[xghs] += odwu[vbhh]; odwu[ounp] ^= odwu[xghs]; odwu[ounp] = ((((odwu[ounp]) << (8))) | (((odwu[ounp]) >> (24)))); odwu[lbox] += odwu[ounp]; odwu[vbhh] ^= odwu[lbox]; odwu[vbhh] = ((((odwu[vbhh]) << (7))) | (((odwu[vbhh]) >> (25)))); } void bfsm(_uli *hfka) { for (_si mcsg = 0; mcsg <= 11; mcsg += 1) { hfka[1 + mcsg] += ((hfka[mcsg]) >> (47)); hfka[mcsg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hfka[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void nxco(_uli *nofp) { _uc *njfa = homj(); _uc *hsoi = ((_uc *)(_m + 159280) + 0); _uc *bejn = (_uc *)(nofp); for (_si nkpb = 0; nkpb <= 359; nkpb += 1) { bejn[nkpb] = *(((_uc *)(_m + 194394) + nkpb)); } wzcv(njfa, hsoi, bejn, 360); } void fxni(_uli *peig) { for (_si pymg = 0; pymg <= 11; pymg += 1) { peig[1 + pymg] += ((peig[pymg]) >> (47)); peig[pymg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } peig[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wviu(_si ecbs, _uli *hxno) { hxno[(((ecbs) / (47)))] &= ((((((_uli)(1)) << ((ecbs % 47)))) - ((_uli)(1)))); for (_si umoe = 1 + (((ecbs) / (47))); umoe <= 12; umoe += 1) { hxno[umoe] = 0; } } void upni(_uc *vqm) { _uc *odkf = (_uc *)(vqm + 0); _ui *sxha = (_ui *)(vqm + 64); _ui *sbsy = (_ui *)(vqm + 96); _si jiin = 0; _ui djre = 0; _ui ebwk = 0; _ui omlq = 0; _ui mhx = 0; _ui bwkn = 0; _ui fcud = 0; for (_si jyz = 0; jyz <= 15; jyz += 1) { sbsy[jyz] = (((((((((_ui)(odkf[jiin])) << (24))) | ((((_ui)(odkf[1 + jiin])) << (16))))) | ((((_ui)(odkf[2 + jiin])) << (8))))) | ((_ui)(odkf[3 + jiin]))); jiin += 4; } for (_si zbll = 16; zbll <= 31; zbll += 1) { djre = ((((((((sbsy[-15 + zbll]) >> (7))) | (((sbsy[-15 + zbll]) << (25))))) ^ (((((sbsy[-15 + zbll]) >> (18))) | (((sbsy[-15 + zbll]) << (14))))))) ^ (((sbsy[-15 + zbll]) >> (3)))); mhx = ((((((((sbsy[-2 + zbll]) >> (17))) | (((sbsy[-2 + zbll]) << (15))))) ^ (((((sbsy[-2 + zbll]) >> (19))) | (((sbsy[-2 + zbll]) << (13))))))) ^ (((sbsy[-2 + zbll]) >> (10)))); sbsy[zbll] = djre + mhx + sbsy[-16 + zbll] + sbsy[-7 + zbll]; _m[65160] += 1; } _ui vzbe = sxha[0]; _ui ydrr = sxha[1]; _ui agf = sxha[2]; _ui ryq = sxha[3]; _ui mjxh = sxha[4]; _ui jhys = sxha[5]; _ui tmra = sxha[6]; _ui ikyk = sxha[7]; for (_si lni = 0; lni <= 31; lni += 1) { djre = ((((((((vzbe) >> (2))) | (((vzbe) << (30))))) ^ (((((vzbe) >> (13))) | (((vzbe) << (19))))))) ^ (((((vzbe) >> (22))) | (((vzbe) << (10)))))); ebwk = ((((((vzbe) & (ydrr))) ^ (((vzbe) & (agf))))) ^ (((ydrr) & (agf)))); omlq = djre + ebwk; mhx = ((((((((mjxh) >> (6))) | (((mjxh) << (26))))) ^ (((((mjxh) >> (11))) | (((mjxh) << (21))))))) ^ (((((mjxh) >> (25))) | (((mjxh) << (7)))))); bwkn = ((((mjxh) & (jhys))) ^ (((~mjxh) & (tmra)))); fcud = mhx + ikyk + bwkn + *(((_ui *)(_m + 246160) + lni)) + sbsy[lni]; ikyk = tmra; tmra = jhys; jhys = mjxh; mjxh = fcud + ryq; ryq = agf; agf = ydrr; ydrr = vzbe; vzbe = fcud + omlq; _m[65161] += 1; } sxha[0] += vzbe; sxha[1] += ydrr; sxha[2] += agf; sxha[3] += ryq; sxha[4] += mjxh; sxha[5] += jhys; sxha[6] += tmra; sxha[7] += ikyk; } void edgn(_uli *jsrt, _uli *rjt) { for (_si lpzu = 0; lpzu <= 12; lpzu += 1) { jsrt[lpzu] = -rjt[lpzu]; } } void mhtm(_uli *zniv) { _si oror; { oror = 0; _uli fscf = 19; for (_si hzsm = 12; hzsm >= 0; hzsm -= 1) { if (zniv[hzsm] != 0) { oror = ((((zniv[hzsm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oror) { kivn(zniv, zniv); } for (_si lhlv = 0; lhlv <= 11; lhlv += 1) { if (((((zniv[lhlv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zniv[1 + lhlv] -= 1; } else { zniv[1 + lhlv] += ((zniv[lhlv]) >> (47)); }; zniv[lhlv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zniv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oror) { { for (_si bghy = 0; bghy <= 12; bghy += 1) { zniv[bghy] = -zniv[bghy]; } } } } void mghm(_uli *xkzg) { _uc *dind = suvc(); _uc *jst = ((_uc *)(_m + 183534) + 0); _uc *nqwa = (_uc *)(xkzg); for (_si ras = 0; ras <= 103; ras += 1) { nqwa[ras] = *(((_uc *)(_m + 46698) + ras)); } kdft(dind, jst, nqwa, 104); } void sjuh(_si asrz, _uli *ctpy, _uli *rxbe, _uli *ecne, _uli *nnir) { _uli *ozds = wiss(); { if (ozds != nnir) { for (_si xhhw = 0; xhhw <= 44; xhhw += 1) { ozds[xhhw] = nnir[xhhw]; } } } { if (ecne != nnir) { for (_si zxcl = 0; zxcl <= 44; zxcl += 1) { ecne[zxcl] = nnir[zxcl]; } } } { ecne[(((asrz) / (47)))] &= ((((((_uli)(1)) << ((asrz % 47)))) - ((_uli)(1)))); for (_si jfgb = 1 + (((asrz) / (47))); jfgb <= 44; jfgb += 1) { ecne[jfgb] = 0; } } piri(ecne, ecne, rxbe); { ecne[(((asrz) / (47)))] &= ((((((_uli)(1)) << ((asrz % 47)))) - ((_uli)(1)))); for (_si qbgq = 1 + (((asrz) / (47))); qbgq <= 44; qbgq += 1) { ecne[qbgq] = 0; } } qwsx(ecne, ecne, ctpy); ojoo(ecne, ecne, ozds); zmza(ecne, asrz); { for (_si ysmf = 0; ysmf <= 44; ysmf += 1) { ozds[ysmf] = -ctpy[ysmf] + ecne[ysmf]; } { _si ujab = efqx(ozds); if (ujab) { { for (_si xiyo = 0; xiyo <= 44; xiyo += 1) { ozds[xiyo] = -ozds[xiyo]; } } } for (_si fnco = 0; fnco <= 43; fnco += 1) { if (((((ozds[fnco]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ozds[1 + fnco] -= 1; } else { ozds[1 + fnco] += ((ozds[fnco]) >> (47)); }; ozds[fnco] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ozds[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ujab) { { for (_si jxxj = 0; jxxj <= 44; jxxj += 1) { ozds[jxxj] = -ozds[jxxj]; } } } } } _si pqoz = lyrg(ozds); if (!pqoz) { { if (ecne != ozds) { for (_si xado = 0; xado <= 44; xado += 1) { ecne[xado] = ozds[xado]; } } } } bcmb(ozds); } void nvxu(_uc *mjgp, _uc *yzdd) { _ui *cyay = (_ui *)(mjgp + 64); for (_si xgfo = 0; xgfo <= 7; xgfo += 1) { cyay[4 + xgfo] = (((_ui)((yzdd + 4 * xgfo)[0])) + ((((_ui)((yzdd + 4 * xgfo)[1])) << (8))) + ((((_ui)((yzdd + 4 * xgfo)[2])) << (16))) + ((((_ui)((yzdd + 4 * xgfo)[3])) << (24)))); } } void qsye(_uli *mjvm) { for (_si aaos = 0; aaos <= 12; aaos += 1) { mjvm[aaos] = 0; } } void cwz(_uli *rbnf) { for (_si dwwo = 0; dwwo <= 11; dwwo += 1) { rbnf[1 + dwwo] += ((rbnf[dwwo]) >> (47)); rbnf[dwwo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rbnf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ztfb(_uli *xgxd) { _uc *hmes = (_uc *)(xgxd); for (_si khy = 0; khy <= 360; khy += 1) { hmes[khy] = (_uc)(1 + hmes[khy]) * (_uc)(255 + hmes[1 + khy]); } hmes[361] = 0; } void naaj(_uli *bmvl, _uli *oxfv, _uli *elxd) { for (_si qrjx = 0; qrjx <= 12; qrjx += 1) { bmvl[qrjx] = -elxd[qrjx] + oxfv[qrjx]; } { _si dfjz = hsnq(bmvl); if (dfjz) { trm(bmvl, bmvl); } for (_si qpld = 0; qpld <= 11; qpld += 1) { if (((((bmvl[qpld]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bmvl[1 + qpld] -= 1; } else { bmvl[1 + qpld] += ((bmvl[qpld]) >> (47)); }; bmvl[qpld] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bmvl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dfjz) { { for (_si nkov = 0; nkov <= 12; nkov += 1) { bmvl[nkov] = -bmvl[nkov]; } } } } } void smdo(_si vtve, _uli *uxpa, _uli *okdt, _uli *auzq, _uli *vmrg, _uli *rkfr) { { _uli *praf = xlgb(); _uli *areg = agss(); _uli *clvp = sreu(); _uli *ptsk = usvv(); for (_si sphn = 0; sphn <= 12; sphn += 1) { praf[sphn] = ((vmrg[sphn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); areg[sphn] = ((vmrg[sphn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); clvp[sphn] = ((rkfr[sphn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ptsk[sphn] = ((rkfr[sphn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sycl = 0; sycl <= 12; sycl += 1) { auzq[sycl] = 0; } } for (_si uupz = 0; uupz <= (-1 + (((13) >> (1)))); uupz += 1) { for (_si lhul = 0; lhul <= (-1 + (((13) >> (1)))); lhul += 1) { _uli kdiz = areg[uupz] * clvp[lhul] + praf[uupz] * ptsk[lhul]; _uli ykvv = clvp[lhul] * praf[uupz]; _uli zyal = areg[uupz] * ptsk[lhul]; _uli osjm = ((auzq[lhul + uupz]) + (ykvv) + (((((kdiz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (osjm < ykvv) { zyal += 1; } _uli grfz = ((((kdiz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zyal) << ((-47 + (((sizeof(_uli)) << (3)))))))); auzq[lhul + uupz] = osjm; auzq[1 + lhul + uupz] += grfz; } djnl(auzq); } msfp(praf); { _uc *dtex = (_uc *)(areg); for (_si wktk = 0; wktk <= 360; wktk += 1) { dtex[wktk] = (_uc)(255 + dtex[1 + wktk]) * (_uc)(1 + dtex[wktk]); } dtex[361] = 0; } { _uc *donm = (_uc *)(clvp); for (_si warv = 0; warv <= 360; warv += 1) { donm[warv] = (_uc)(1 + donm[warv]) * (_uc)(255 + donm[1 + warv]); } donm[361] = 0; } { _uc *dopa = (_uc *)(ptsk); for (_si bucv = 0; bucv <= 360; bucv += 1) { dopa[bucv] = (_uc)(1 + dopa[bucv]) * (_uc)(255 + dopa[1 + bucv]); } dopa[361] = 0; } } rukr(vtve, uxpa, okdt, auzq, auzq); } _uli *ltai() { ; _uli *wudz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; wudz = (_uli *)(_m + 362 * _s); break; } _s += 1; } return wudz; } void gfhn(_uli *xkps) { _si oxdy = lyma(xkps); if (oxdy) { { for (_si ysyw = 0; ysyw <= 12; ysyw += 1) { xkps[ysyw] = -xkps[ysyw]; } } } for (_si loho = 0; loho <= 11; loho += 1) { if (((((xkps[loho]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xkps[1 + loho] -= 1; } else { xkps[1 + loho] += ((xkps[loho]) >> (47)); }; xkps[loho] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xkps[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oxdy) { sszt(xkps, xkps); } } void ltae(_uc *gfuw, _uc *ryzp) { _ui *soyz = (_ui *)(gfuw + 64); for (_si aetb = 0; aetb <= 7; aetb += 1) { soyz[4 + aetb] = (((_ui)((ryzp + 4 * aetb)[0])) + ((((_ui)((ryzp + 4 * aetb)[1])) << (8))) + ((((_ui)((ryzp + 4 * aetb)[2])) << (16))) + ((((_ui)((ryzp + 4 * aetb)[3])) << (24)))); } } void cudu(_si pdgn, _uli *chuu, _uli *nurm, _uli *qemw, _uli *bzgg) { { _uli *fayf = kooz(); _uli *hjak = sfxl(); for (_si zapp = 0; zapp <= 12; zapp += 1) { fayf[zapp] = ((bzgg[zapp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hjak[zapp] = ((bzgg[zapp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ocuc = 0; ocuc <= 12; ocuc += 1) { qemw[ocuc] = 0; } } for (_si kkel = 0; kkel <= (-1 + (((13) >> (1)))); kkel += 1) { for (_si aeod = 0; aeod <= (-1 + (((13) >> (1)))); aeod += 1) { _uli zkml = fayf[aeod] * hjak[kkel] + fayf[kkel] * hjak[aeod]; _uli brpd = fayf[aeod] * fayf[kkel]; _uli rean = hjak[aeod] * hjak[kkel]; _uli fpnq = ((qemw[aeod + kkel]) + (brpd) + (((((zkml) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fpnq < brpd) { rean += 1; } _uli bquq = ((((zkml) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rean) << ((-47 + (((sizeof(_uli)) << (3)))))))); qemw[aeod + kkel] = fpnq; qemw[1 + aeod + kkel] += bquq; } { for (_si welg = 0; welg <= 11; welg += 1) { qemw[1 + welg] += ((qemw[welg]) >> (47)); qemw[welg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qemw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } ajpj(fayf); hlkg(hjak); } { _uli *sseu = chwr(); { if (sseu != qemw) { for (_si tezc = 0; tezc <= 12; tezc += 1) { sseu[tezc] = qemw[tezc]; } } } { ; } xmgi(pdgn, qemw); { _uli *pkux = aqdx(); _uli *yjwq = dukr(); _uli *xdjb = lcnh(); _uli *edjd = jckb(); for (_si vcat = 0; vcat <= 12; vcat += 1) { pkux[vcat] = ((qemw[vcat]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yjwq[vcat] = ((qemw[vcat]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xdjb[vcat] = ((nurm[vcat]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); edjd[vcat] = ((nurm[vcat]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wmit = 0; wmit <= 12; wmit += 1) { qemw[wmit] = 0; } } for (_si pzve = 0; pzve <= (-1 + (((13) >> (1)))); pzve += 1) { for (_si vjfq = 0; vjfq <= (-1 + (((13) >> (1)))); vjfq += 1) { _uli znlr = edjd[vjfq] * pkux[pzve] + xdjb[vjfq] * yjwq[pzve]; _uli pvgv = pkux[pzve] * xdjb[vjfq]; _uli ngvn = edjd[vjfq] * yjwq[pzve]; _uli comw = ((qemw[pzve + vjfq]) + (pvgv) + (((((znlr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (comw < pvgv) { ngvn += 1; } _uli bwsy = ((((znlr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ngvn) << ((-47 + (((sizeof(_uli)) << (3)))))))); qemw[pzve + vjfq] = comw; qemw[1 + pzve + vjfq] += bwsy; } cyxw(qemw); } brs(pkux); { _uc *iodv = (_uc *)(yjwq); for (_si hgzc = 0; hgzc <= 360; hgzc += 1) { iodv[hgzc] = (_uc)(1 + iodv[hgzc]) * (_uc)(255 + iodv[1 + hgzc]); } iodv[361] = 0; } tbic(xdjb); pyfk(edjd); } xova(pdgn, qemw); xgly(qemw, qemw, chuu); { for (_si uily = 0; uily <= 12; uily += 1) { qemw[uily] = qemw[uily] + sseu[uily]; } { _si eozq = dbfy(qemw); if (eozq) { { for (_si femc = 0; femc <= 12; femc += 1) { qemw[femc] = -qemw[femc]; } } } for (_si sdfg = 0; sdfg <= 11; sdfg += 1) { if (((((qemw[sdfg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qemw[1 + sdfg] -= 1; } else { qemw[1 + sdfg] += ((qemw[sdfg]) >> (47)); }; qemw[sdfg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qemw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (eozq) { { for (_si untl = 0; untl <= 12; untl += 1) { qemw[untl] = -qemw[untl]; } } } } } { _si sfah = (pdgn % 47); _si bgij = ((pdgn) / (47)); _si vfeb = pdgn; if (vfeb > (8 * sizeof(_uli))) { vfeb = -1; } if (bgij >= 13) { { for (_si mexh = 0; mexh <= 12; mexh += 1) { qemw[mexh] = 0; } } } else { _uli vqlq = (((((_uli)(1)) << (sfah))) - ((_uli)(1))); if (vfeb < 0) { qemw[0] = 0; } else { qemw[0] = ((((qemw[0]) & (~vqlq))) >> (vfeb)); }; if (bgij != 0) { qemw[0] += ((((qemw[bgij]) & (~vqlq))) >> (sfah)); } for (_si gumr = 1; gumr <= (12 - bgij); gumr += 1) { qemw[-1 + gumr] += ((((((qemw[bgij + gumr]) & (vqlq))) << (-sfah + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qemw[gumr] = ((((qemw[bgij + gumr]) & (~vqlq))) >> (sfah)); } for (_si xsex = 13 - bgij; xsex <= 12; xsex += 1) { qemw[xsex] = 0; } }; } zjby(sseu, qemw, chuu); _si mrxt = jswb(sseu); if (!mrxt) { { if (qemw != sseu) { for (_si byxc = 0; byxc <= 12; byxc += 1) { qemw[byxc] = sseu[byxc]; } } } } { _uc *nbvh = (_uc *)(sseu); for (_si qvzw = 0; qvzw <= 360; qvzw += 1) { nbvh[qvzw] = (_uc)(1 + nbvh[qvzw]) * (_uc)(255 + nbvh[1 + qvzw]); } nbvh[361] = 0; } } } void uuqq(_uli *ybjb) { _uc *bcls = nkxo(); _uc *fjbd = ((_uc *)(_m + 362) + 0); _uc *eoom = (_uc *)(ybjb); for (_si rrnl = 0; rrnl <= 103; rrnl += 1) { eoom[rrnl] = *(((_uc *)(_m + 31132) + rrnl)); } { { { _ui *mqcj = (_ui *)(bcls + 64); for (_si zqvf = 0; zqvf <= 7; zqvf += 1) { mqcj[4 + zqvf] = (((_ui)((fjbd + 4 * zqvf)[0])) + ((((_ui)((fjbd + 4 * zqvf)[1])) << (8))) + ((((_ui)((fjbd + 4 * zqvf)[2])) << (16))) + ((((_ui)((fjbd + 4 * zqvf)[3])) << (24)))); } } _ui *fnat = (_ui *)(bcls + 64); _ui *ggxn = (_ui *)(bcls + 128); for (_si hexs = 0; hexs <= 3; hexs += 1) { fnat[hexs] = (((_ui)(((_uc *)(_m + 48146) + 4 * hexs)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hexs)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hexs)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hexs)[3])) << (24)))); } for (_si hvqd = 0; hvqd <= 3; hvqd += 1) { fnat[12 + hvqd] = 0; _m[65162] += 1; } ggxn[0] = 3904225602; } hrux(bcls, eoom, 104); } } _si jswb(_uli *lthi) { _si noqb = 0; _uli fndd = 19; for (_si kuhv = 12; kuhv >= 0; kuhv -= 1) { if (lthi[kuhv] != 0) { noqb = ((((lthi[kuhv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return noqb; } void wsah(_uli *psyr, _uli *zrxf) { _uli *djsq = bcbu(); _uli *qpkz = gysu(); for (_si pigo = 0; pigo <= 12; pigo += 1) { djsq[pigo] = ((zrxf[pigo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qpkz[pigo] = ((zrxf[pigo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zgnw = 0; zgnw <= 12; zgnw += 1) { psyr[zgnw] = 0; } } for (_si phgp = 0; phgp <= (-1 + (((13) >> (1)))); phgp += 1) { for (_si sdvg = 0; sdvg <= (-1 + (((13) >> (1)))); sdvg += 1) { _uli atga = djsq[sdvg] * qpkz[phgp] + djsq[phgp] * qpkz[sdvg]; _uli tcyd = djsq[sdvg] * djsq[phgp]; _uli uocc = qpkz[sdvg] * qpkz[phgp]; _uli tewe = ((psyr[phgp + sdvg]) + (tcyd) + (((((atga) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tewe < tcyd) { uocc += 1; } _uli ueaq = ((((atga) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uocc) << ((-47 + (((sizeof(_uli)) << (3)))))))); psyr[phgp + sdvg] = tewe; psyr[1 + phgp + sdvg] += ueaq; } { for (_si ziqk = 0; ziqk <= 11; ziqk += 1) { psyr[1 + ziqk] += ((psyr[ziqk]) >> (47)); psyr[ziqk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } psyr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *xfwc = (_uc *)(djsq); for (_si hpuj = 0; hpuj <= 360; hpuj += 1) { xfwc[hpuj] = (_uc)(255 + xfwc[1 + hpuj]) * (_uc)(1 + xfwc[hpuj]); } xfwc[361] = 0; } jrbh(qpkz); } void ijeu(_uli *wlky, _uli *nuwh, _uli *zstr) { for (_si papm = 0; papm <= 12; papm += 1) { wlky[papm] = nuwh[papm] - zstr[papm]; } ewiw(wlky); } void hfqr(_uli *omsv) { for (_si qxlp = 0; qxlp <= 11; qxlp += 1) { omsv[1 + qxlp] += ((omsv[qxlp]) >> (47)); omsv[qxlp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } omsv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si psgw(_uli *awms) { _si ncsh = -1; for (_si fwsf = 44; fwsf >= 0; fwsf -= 1) { if (awms[fwsf] != 0) { ncsh = fwsf; break; } } return ncsh; } _uli *opcr() { ; _uli *dguf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; dguf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return dguf; } void rfph(_uli *obqy, _uli *grtz) { for (_si blqm = 0; blqm <= 44; blqm += 1) { obqy[blqm] = -grtz[blqm]; } } void yfum(_uc *mwvi, _uc *xcq, _si esdh) { _ui *ndpe = (_ui *)(mwvi + 0); _ui *yhyq = (_ui *)(mwvi + 128); _uc *vrlx = (_uc *)(ndpe); for (_si hrcj = 0; hrcj <= (-1 + esdh); hrcj += 1) { if (yhyq[0] >= 64) { { _ui *jtd = (_ui *)(mwvi + 0); _ui *yzm = (_ui *)(mwvi + 64); for (_si ktj = 0; ktj <= 15; ktj += 1) { jtd[ktj] = yzm[ktj]; } for (_si vvom = 0; vvom <= 9; vvom += 1) { gox(jtd, 0, 4, 8, 12); nrgr(jtd, 1, 5, 9, 13); { jtd[2] += jtd[6]; jtd[14] ^= jtd[2]; jtd[14] = ((((jtd[14]) << (16))) | (((jtd[14]) >> (16)))); jtd[10] += jtd[14]; jtd[6] ^= jtd[10]; jtd[6] = ((((jtd[6]) << (12))) | (((jtd[6]) >> (20)))); jtd[2] += jtd[6]; jtd[14] ^= jtd[2]; jtd[14] = ((((jtd[14]) << (8))) | (((jtd[14]) >> (24)))); jtd[10] += jtd[14]; jtd[6] ^= jtd[10]; jtd[6] = ((((jtd[6]) << (7))) | (((jtd[6]) >> (25)))); } zqv(jtd, 3, 7, 11, 15); { jtd[0] += jtd[5]; jtd[15] ^= jtd[0]; jtd[15] = ((((jtd[15]) << (16))) | (((jtd[15]) >> (16)))); jtd[10] += jtd[15]; jtd[5] ^= jtd[10]; jtd[5] = ((((jtd[5]) << (12))) | (((jtd[5]) >> (20)))); jtd[0] += jtd[5]; jtd[15] ^= jtd[0]; jtd[15] = ((((jtd[15]) << (8))) | (((jtd[15]) >> (24)))); jtd[10] += jtd[15]; jtd[5] ^= jtd[10]; jtd[5] = ((((jtd[5]) << (7))) | (((jtd[5]) >> (25)))); } iqu(jtd, 1, 6, 11, 12); lpt(jtd, 2, 7, 8, 13); lnnc(jtd, 3, 4, 9, 14); _m[65163] += 1; } for (_si itnm = 0; itnm <= 15; itnm += 1) { jtd[itnm] += yzm[itnm]; } yzm[12] += 1; if (yzm[12] == 0) { yzm[13] += 1; } } yhyq[0] = 0; } xcq[hrcj] ^= vrlx[yhyq[0]]; yhyq[0] += 1; } } void wgme(_si jaxp, _uli *flep) { flep[(((jaxp) / (47)))] &= ((((((_uli)(1)) << ((jaxp % 47)))) - ((_uli)(1)))); for (_si ovyd = 1 + (((jaxp) / (47))); ovyd <= 12; ovyd += 1) { flep[ovyd] = 0; } } _si iked(_uli *gcih) { _si daqk = 0; _uli esty = 19; for (_si nrer = 12; nrer >= 0; nrer -= 1) { if (gcih[nrer] != 0) { daqk = ((((gcih[nrer]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return daqk; } void untn(_si ppcp, _uli *dxku) { dxku[(((ppcp) / (47)))] &= ((((((_uli)(1)) << ((ppcp % 47)))) - ((_uli)(1)))); for (_si dovn = 1 + (((ppcp) / (47))); dovn <= 12; dovn += 1) { dxku[dovn] = 0; } } void ppkr(_uli *jpup) { _uc *foot = (_uc *)(jpup); for (_si ssko = 0; ssko <= 360; ssko += 1) { foot[ssko] = (_uc)(255 + foot[1 + ssko]) * (_uc)(1 + foot[ssko]); } foot[361] = 0; } void moee(_uli *ylzx) { for (_si ycix = 0; ycix <= 12; ycix += 1) { ylzx[ycix] = 0; } } void psxs(_uli *wmyz, _uli *kwnx, _uli *mwt) { _uli *fvbf = tgz(); _uli *xtbb = ubcv(); _uli *kyh = scgi(); _uli *atbt = ghai(); _uli *ujfh = rhkk(); zzyu(fvbf); { _uc *vfxh = btje(); _uc *vvz = ((_uc *)(_m + 159280) + 0); _uc *fxc = (_uc *)(xtbb); for (_si fin = 0; fin <= 359; fin += 1) { fxc[fin] = *(((_uc *)(_m + 194394) + fin)); } { suu(vfxh, vvz, 0); zuqn(vfxh, fxc, 360); } } { _uc *hth = pue(); _uc *eila = ((_uc *)(_m + 57196) + 0); _uc *uly = (_uc *)(kyh); for (_si qnh = 0; qnh <= 359; qnh += 1) { uly[qnh] = *(((_uc *)(_m + 27512) + qnh)); } pyta(hth, eila, uly, 360); } { _uc *qtc = gayu(); _uc *cofy = ((_uc *)(_m + 49956) + 0); _uc *qtmq = (_uc *)(atbt); for (_si rfvq = 0; rfvq <= 359; rfvq += 1) { qtmq[rfvq] = *(((_uc *)(_m + 3982) + rfvq)); } qidm(qtc, cofy, qtmq, 360); } { _uc *gvge = van(); _uc *doeb = ((_uc *)(_m + 223716) + 0); _uc *nzld = (_uc *)(ujfh); for (_si kzkc = 0; kzkc <= 359; kzkc += 1) { nzld[kzkc] = *(((_uc *)(_m + 195480) + kzkc)); } { gopd(gvge, doeb, 0); phol(gvge, nzld, 360); } } jqn(1031, fvbf, xtbb, kyh, atbt, ujfh, wmyz, kwnx, mwt); obul(fvbf); cev(xtbb); act(kyh); { _uc *nxnb = (_uc *)(atbt); for (_si vndh = 0; vndh <= 360; vndh += 1) { nxnb[vndh] = (_uc)(1 + nxnb[vndh]) * (_uc)(255 + nxnb[1 + vndh]); } nxnb[361] = 0; } vto(ujfh); } void eqkh(_uc *qnnu) { _uc *jxs = (_uc *)(qnnu + 0); _ui *dae = (_ui *)(qnnu + 64); _uli *kpe = (_uli *)(qnnu + 352); _uli twpn = 8 * kpe[0]; _uc mhyh[1]; mhyh[0] = 128; ezhk(qnnu, mhyh, 1); while (((((kpe[0]) & (63))) != (56))) { mhyh[0] = 0; { _uc *qlr = (_uc *)(qnnu + 0); _uli *ynw = (_uli *)(qnnu + 352); _si gil = (_si)(((ynw[0]) & (63))); ynw[0] += 1; for (_si ffn = 0; ffn <= 0; ffn += 1) { qlr[gil] = mhyh[ffn]; gil += 1; if (gil == 64) { xmtl(qnnu); gil = 0; } } } } for (_si owm = 0; owm <= 7; owm += 1) { mhyh[0] = (_uc)(((((twpn) >> (8 * (7 - owm)))) & (255))); { _uc *xfvr = (_uc *)(qnnu + 0); _uli *qisv = (_uli *)(qnnu + 352); _si ymbm = (_si)(((qisv[0]) & (63))); qisv[0] += 1; for (_si cptv = 0; cptv <= 0; cptv += 1) { xfvr[ymbm] = mhyh[cptv]; ymbm += 1; if (ymbm == 64) { { _uc *zvon = (_uc *)(qnnu + 0); _ui *srs = (_ui *)(qnnu + 64); _ui *zlde = (_ui *)(qnnu + 96); _si lfe = 0; _ui yby = 0; _ui crik = 0; _ui cbkz = 0; _ui gyq = 0; _ui ixiw = 0; _ui zfw = 0; for (_si xonv = 0; xonv <= 15; xonv += 1) { zlde[xonv] = (((((((((_ui)(zvon[lfe])) << (24))) | ((((_ui)(zvon[1 + lfe])) << (16))))) | ((((_ui)(zvon[2 + lfe])) << (8))))) | ((_ui)(zvon[3 + lfe]))); lfe += 4; } for (_si ekj = 16; ekj <= 31; ekj += 1) { yby = ((((((((zlde[-15 + ekj]) >> (7))) | (((zlde[-15 + ekj]) << (25))))) ^ (((((zlde[-15 + ekj]) >> (18))) | (((zlde[-15 + ekj]) << (14))))))) ^ (((zlde[-15 + ekj]) >> (3)))); gyq = ((((((((zlde[-2 + ekj]) >> (17))) | (((zlde[-2 + ekj]) << (15))))) ^ (((((zlde[-2 + ekj]) >> (19))) | (((zlde[-2 + ekj]) << (13))))))) ^ (((zlde[-2 + ekj]) >> (10)))); zlde[ekj] = gyq + yby + zlde[-16 + ekj] + zlde[-7 + ekj]; _m[65160] += 1; } _ui omz = srs[0]; _ui dkci = srs[1]; _ui zyu = srs[2]; _ui jvx = srs[3]; _ui lrw = srs[4]; _ui shko = srs[5]; _ui qnxw = srs[6]; _ui hbpb = srs[7]; for (_si eigk = 0; eigk <= 31; eigk += 1) { yby = ((((((((omz) >> (2))) | (((omz) << (30))))) ^ (((((omz) >> (13))) | (((omz) << (19))))))) ^ (((((omz) >> (22))) | (((omz) << (10)))))); crik = ((((((omz) & (dkci))) ^ (((omz) & (zyu))))) ^ (((dkci) & (zyu)))); cbkz = crik + yby; gyq = ((((((((lrw) >> (6))) | (((lrw) << (26))))) ^ (((((lrw) >> (11))) | (((lrw) << (21))))))) ^ (((((lrw) >> (25))) | (((lrw) << (7)))))); ixiw = ((((lrw) & (shko))) ^ (((~lrw) & (qnxw)))); zfw = hbpb + *(((_ui *)(_m + 246160) + eigk)) + ixiw + zlde[eigk] + gyq; hbpb = qnxw; qnxw = shko; shko = lrw; lrw = jvx + zfw; jvx = zyu; zyu = dkci; dkci = omz; omz = cbkz + zfw; _m[65161] += 1; } srs[0] += omz; srs[1] += dkci; srs[2] += zyu; srs[3] += jvx; srs[4] += lrw; srs[5] += shko; srs[6] += qnxw; srs[7] += hbpb; } ymbm = 0; } } } } _si lsma = 0; for (_si alt = 0; alt <= 7; alt += 1) { _ui crq = dae[alt]; jxs[lsma] = (_uc)(((((crq) >> (24))) & (255))); jxs[1 + lsma] = (_uc)(((((crq) >> (16))) & (255))); jxs[2 + lsma] = (_uc)(((((crq) >> (8))) & (255))); jxs[3 + lsma] = (_uc)(((crq) & (255))); lsma += 4; } } void curr(_si ziwz, _uli *fstf) { fstf[(((ziwz) / (47)))] &= ((((((_uli)(1)) << ((ziwz % 47)))) - ((_uli)(1)))); for (_si hwzr = 1 + (((ziwz) / (47))); hwzr <= 12; hwzr += 1) { fstf[hwzr] = 0; } } void fiv(_uc *bccf) { _uc *lcuu = (_uc *)(bccf + 0); _ui *ukt = (_ui *)(bccf + 64); _ui *qcrv = (_ui *)(bccf + 96); _si ineq = 0; _ui anp = 0; _ui vrzc = 0; _ui evx = 0; _ui niul = 0; _ui zlj = 0; _ui pchu = 0; for (_si csx = 0; csx <= 15; csx += 1) { qcrv[csx] = (((((((((_ui)(lcuu[ineq])) << (24))) | ((((_ui)(lcuu[1 + ineq])) << (16))))) | ((((_ui)(lcuu[2 + ineq])) << (8))))) | ((_ui)(lcuu[3 + ineq]))); ineq += 4; } for (_si sum = 16; sum <= 31; sum += 1) { anp = ((((((((qcrv[-15 + sum]) >> (7))) | (((qcrv[-15 + sum]) << (25))))) ^ (((((qcrv[-15 + sum]) >> (18))) | (((qcrv[-15 + sum]) << (14))))))) ^ (((qcrv[-15 + sum]) >> (3)))); niul = ((((((((qcrv[-2 + sum]) >> (17))) | (((qcrv[-2 + sum]) << (15))))) ^ (((((qcrv[-2 + sum]) >> (19))) | (((qcrv[-2 + sum]) << (13))))))) ^ (((qcrv[-2 + sum]) >> (10)))); qcrv[sum] = anp + niul + qcrv[-16 + sum] + qcrv[-7 + sum]; _m[65160] += 1; } _ui xms = ukt[0]; _ui du = ukt[1]; _ui jfvd = ukt[2]; _ui zav = ukt[3]; _ui zyeo = ukt[4]; _ui tpuj = ukt[5]; _ui tpc = ukt[6]; _ui xgry = ukt[7]; for (_si snvn = 0; snvn <= 31; snvn += 1) { anp = ((((((((xms) >> (2))) | (((xms) << (30))))) ^ (((((xms) >> (13))) | (((xms) << (19))))))) ^ (((((xms) >> (22))) | (((xms) << (10)))))); vrzc = ((((((xms) & (du))) ^ (((xms) & (jfvd))))) ^ (((du) & (jfvd)))); evx = anp + vrzc; niul = ((((((((zyeo) >> (6))) | (((zyeo) << (26))))) ^ (((((zyeo) >> (11))) | (((zyeo) << (21))))))) ^ (((((zyeo) >> (25))) | (((zyeo) << (7)))))); zlj = ((((zyeo) & (tpuj))) ^ (((~zyeo) & (tpc)))); pchu = xgry + zlj + *(((_ui *)(_m + 246160) + snvn)) + niul + qcrv[snvn]; xgry = tpc; tpc = tpuj; tpuj = zyeo; zyeo = pchu + zav; zav = jfvd; jfvd = du; du = xms; xms = evx + pchu; _m[65161] += 1; } ukt[0] += xms; ukt[1] += du; ukt[2] += jfvd; ukt[3] += zav; ukt[4] += zyeo; ukt[5] += tpuj; ukt[6] += tpc; ukt[7] += xgry; } void crxx(_uli *wlnn) { for (_si gcoy = 0; gcoy <= 11; gcoy += 1) { wlnn[1 + gcoy] += ((wlnn[gcoy]) >> (47)); wlnn[gcoy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wlnn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ibxy(_uc *bln) { _ui *untp = (_ui *)(bln + 0); _ui *pbcn = (_ui *)(bln + 64); for (_si bgc = 0; bgc <= 15; bgc += 1) { untp[bgc] = pbcn[bgc]; } for (_si tlv = 0; tlv <= 9; tlv += 1) { osos(untp, 0, 4, 8, 12); yjof(untp, 1, 5, 9, 13); { untp[2] += untp[6]; untp[14] ^= untp[2]; untp[14] = ((((untp[14]) << (16))) | (((untp[14]) >> (16)))); untp[10] += untp[14]; untp[6] ^= untp[10]; untp[6] = ((((untp[6]) << (12))) | (((untp[6]) >> (20)))); untp[2] += untp[6]; untp[14] ^= untp[2]; untp[14] = ((((untp[14]) << (8))) | (((untp[14]) >> (24)))); untp[10] += untp[14]; untp[6] ^= untp[10]; untp[6] = ((((untp[6]) << (7))) | (((untp[6]) >> (25)))); } uho(untp, 3, 7, 11, 15); tosj(untp, 0, 5, 10, 15); aexo(untp, 1, 6, 11, 12); kek(untp, 2, 7, 8, 13); { untp[3] += untp[4]; untp[14] ^= untp[3]; untp[14] = ((((untp[14]) << (16))) | (((untp[14]) >> (16)))); untp[9] += untp[14]; untp[4] ^= untp[9]; untp[4] = ((((untp[4]) << (12))) | (((untp[4]) >> (20)))); untp[3] += untp[4]; untp[14] ^= untp[3]; untp[14] = ((((untp[14]) << (8))) | (((untp[14]) >> (24)))); untp[9] += untp[14]; untp[4] ^= untp[9]; untp[4] = ((((untp[4]) << (7))) | (((untp[4]) >> (25)))); } _m[65163] += 1; } for (_si iqk = 0; iqk <= 15; iqk += 1) { untp[iqk] += pbcn[iqk]; } pbcn[12] += 1; if (pbcn[12] == 0) { pbcn[13] += 1; } } void uaff(_si naep, _uli *jbvl, _uli *pova, _uli *cjbd, _uli *qttl, _uli *cmxf) { ioxd(cjbd, qttl, cmxf); nsst(naep, jbvl, pova, cjbd, cjbd); } _si hqsz(_uli *mjus) { _si auze = 0; _uli veaf = 19; for (_si xggr = 12; xggr >= 0; xggr -= 1) { if (mjus[xggr] != 0) { auze = ((((mjus[xggr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return auze; } void ojdc(_uli *mbee) { for (_si raqq = 0; raqq <= 12; raqq += 1) { mbee[raqq] = 0; } } void lpal(_si ykoo, _uli *sxoo, _uli *zmjj, _uli *lkyk) { { if (zmjj != lkyk) { for (_si tngh = 0; tngh <= 12; tngh += 1) { zmjj[tngh] = lkyk[tngh]; } } } nfyn(zmjj, ykoo); ydzr(zmjj, zmjj, sxoo); } _si dtbt(_uli *jgoy) { _si emoi = 0; _uli fvwv = 19; for (_si xyvf = 12; xyvf >= 0; xyvf -= 1) { if (jgoy[xyvf] != 0) { emoi = ((((jgoy[xyvf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return emoi; } void ikeu(_si epl, _uli *tiei) { tiei[(((epl) / (47)))] &= ((((((_uli)(1)) << ((epl % 47)))) - ((_uli)(1)))); for (_si jmye = 1 + (((epl) / (47))); jmye <= 12; jmye += 1) { tiei[jmye] = 0; } } void tmuj(_uli *clgr, _uli *pqfo) { if (clgr != pqfo) { for (_si iuxz = 0; iuxz <= 12; iuxz += 1) { clgr[iuxz] = pqfo[iuxz]; } } } void dvvw(_uc *qfyy) { _uc *bgi = (_uc *)(qfyy + 0); _ui *rimq = (_ui *)(qfyy + 64); _uli *gghm = (_uli *)(qfyy + 352); _uli kuzu = 8 * gghm[0]; _uc arrn[1]; arrn[0] = 128; kzpz(qfyy, arrn, 1); while (((((gghm[0]) & (63))) != (56))) { arrn[0] = 0; gqlw(qfyy, arrn, 1); } for (_si ssen = 0; ssen <= 7; ssen += 1) { arrn[0] = (_uc)(((((kuzu) >> (8 * (7 - ssen)))) & (255))); aszt(qfyy, arrn, 1); } _si cxde = 0; for (_si qcd = 0; qcd <= 7; qcd += 1) { _ui jauy = rimq[qcd]; bgi[cxde] = (_uc)(((((jauy) >> (24))) & (255))); bgi[1 + cxde] = (_uc)(((((jauy) >> (16))) & (255))); bgi[2 + cxde] = (_uc)(((((jauy) >> (8))) & (255))); bgi[3 + cxde] = (_uc)(((jauy) & (255))); cxde += 4; } } void vcix(_si zcsu, _uli *emdw, _uli *uqpy, _uli *vnks, _uli *htru) { _uli *jucv = ecpg(); { if (jucv != htru) { for (_si quwz = 0; quwz <= 12; quwz += 1) { jucv[quwz] = htru[quwz]; } } } { if (vnks != htru) { for (_si yegt = 0; yegt <= 12; yegt += 1) { vnks[yegt] = htru[yegt]; } } } oyuw(zcsu, vnks); dgsn(vnks, vnks, uqpy); { vnks[(((zcsu) / (47)))] &= ((((((_uli)(1)) << ((zcsu % 47)))) - ((_uli)(1)))); for (_si xsjv = 1 + (((zcsu) / (47))); xsjv <= 12; xsjv += 1) { vnks[xsjv] = 0; } } yfac(vnks, vnks, emdw); ravb(vnks, vnks, jucv); { _si jkke = (zcsu % 47); _si lfqc = ((zcsu) / (47)); _si lyey = zcsu; if (lyey > (8 * sizeof(_uli))) { lyey = -1; } if (lfqc >= 13) { { for (_si ohpm = 0; ohpm <= 12; ohpm += 1) { vnks[ohpm] = 0; } } } else { _uli vljd = (((((_uli)(1)) << (jkke))) - ((_uli)(1))); if (lyey < 0) { vnks[0] = 0; } else { vnks[0] = ((((vnks[0]) & (~vljd))) >> (lyey)); }; if (lfqc != 0) { vnks[0] += ((((vnks[lfqc]) & (~vljd))) >> (jkke)); } for (_si vnwz = 1; vnwz <= (12 - lfqc); vnwz += 1) { vnks[-1 + vnwz] += ((((((vnks[lfqc + vnwz]) & (vljd))) << (-jkke + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vnks[vnwz] = ((((vnks[lfqc + vnwz]) & (~vljd))) >> (jkke)); } for (_si jbrq = 13 - lfqc; jbrq <= 12; jbrq += 1) { vnks[jbrq] = 0; } }; } hyfr(jucv, vnks, emdw); _si neun = nxiv(jucv); if (!neun) { { if (vnks != jucv) { for (_si bglg = 0; bglg <= 12; bglg += 1) { vnks[bglg] = jucv[bglg]; } } } } { _uc *qyzv = (_uc *)(jucv); for (_si zmny = 0; zmny <= 360; zmny += 1) { qyzv[zmny] = (_uc)(255 + qyzv[1 + zmny]) * (_uc)(1 + qyzv[zmny]); } qyzv[361] = 0; } } void ojst(_ui *vklr, _si nakt, _si udzz, _si mvin, _si dtul) { vklr[nakt] += vklr[udzz]; vklr[dtul] ^= vklr[nakt]; vklr[dtul] = ((((vklr[dtul]) << (16))) | (((vklr[dtul]) >> (16)))); vklr[mvin] += vklr[dtul]; vklr[udzz] ^= vklr[mvin]; vklr[udzz] = ((((vklr[udzz]) << (12))) | (((vklr[udzz]) >> (20)))); vklr[nakt] += vklr[udzz]; vklr[dtul] ^= vklr[nakt]; vklr[dtul] = ((((vklr[dtul]) << (8))) | (((vklr[dtul]) >> (24)))); vklr[mvin] += vklr[dtul]; vklr[udzz] ^= vklr[mvin]; vklr[udzz] = ((((vklr[udzz]) << (7))) | (((vklr[udzz]) >> (25)))); } _uc *zngz() { ; _uc *eerz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; eerz = (_uc *)(_m + 362 * _s); break; } _s += 1; } return eerz; } _uli *ztjr() { ; _uli *uaeo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; uaeo = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uaeo; } void cytl(_uli *hklc, _uli *qkco) { for (_si ycvx = 0; ycvx <= 44; ycvx += 1) { hklc[ycvx] = -qkco[ycvx]; } } _si slxa(_uli *jzik) { _si cdrl = 0; _uli itbu = 19; for (_si zxgl = 12; zxgl >= 0; zxgl -= 1) { if (jzik[zxgl] != 0) { cdrl = ((((jzik[zxgl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cdrl; } void njar(_uli *xkwd) { _uc *sxmb = (_uc *)(xkwd); for (_si ymuy = 0; ymuy <= 360; ymuy += 1) { sxmb[ymuy] = (_uc)(255 + sxmb[1 + ymuy]) * (_uc)(1 + sxmb[ymuy]); } sxmb[361] = 0; } void cgzd(_uli *smsk) { _uc *kkue = (_uc *)(smsk); for (_si agco = 0; agco <= 360; agco += 1) { kkue[agco] = (_uc)(255 + kkue[1 + agco]) * (_uc)(1 + kkue[agco]); } kkue[361] = 0; } void wjfv(_uli *znve) { _si kpqm = vyrq(znve); if (kpqm) { { for (_si cwrr = 0; cwrr <= 12; cwrr += 1) { znve[cwrr] = -znve[cwrr]; } } } for (_si hiua = 0; hiua <= 11; hiua += 1) { if (((((znve[hiua]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { znve[1 + hiua] -= 1; } else { znve[1 + hiua] += ((znve[hiua]) >> (47)); }; znve[hiua] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } znve[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kpqm) { taom(znve, znve); } } void bvdd(_uli *vvpt) { for (_si pfqz = 0; pfqz <= 11; pfqz += 1) { vvpt[1 + pfqz] += ((vvpt[pfqz]) >> (47)); vvpt[pfqz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vvpt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void rtym(_uli *bqmo, _uli *unoq, _uli *hoze) { for (_si schv = 0; schv <= 12; schv += 1) { bqmo[schv] = hoze[schv] + unoq[schv]; } fubh(bqmo); } void hif(_uli *hnx, _uli *awlw, _uli *yzdt) { _uli *vfcp = etis(); _uli *nznc = ypfg(); _uli *jdcr = tjsr(); _uli *jfap = sfxl(); for (_si kgax = 0; kgax <= 12; kgax += 1) { vfcp[kgax] = ((awlw[kgax]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nznc[kgax] = ((awlw[kgax]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jdcr[kgax] = ((yzdt[kgax]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jfap[kgax] = ((yzdt[kgax]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } cvwi(hnx); for (_si snwq = 0; snwq <= (-1 + (((13) >> (1)))); snwq += 1) { for (_si khar = 0; khar <= (-1 + (((13) >> (1)))); khar += 1) { _uli chxg = jdcr[khar] * nznc[snwq] + jfap[khar] * vfcp[snwq]; _uli xloj = jdcr[khar] * vfcp[snwq]; _uli gbfh = jfap[khar] * nznc[snwq]; _uli lmrf = ((hnx[khar + snwq]) + (xloj) + (((((chxg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lmrf < xloj) { gbfh += 1; } _uli atnx = ((((chxg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gbfh) << ((-47 + (((sizeof(_uli)) << (3)))))))); hnx[khar + snwq] = lmrf; hnx[1 + khar + snwq] += atnx; } hohn(hnx); } pzwr(vfcp); gebv(nznc); orus(jdcr); { _uc *vhzm = (_uc *)(jfap); for (_si awfu = 0; awfu <= 360; awfu += 1) { vhzm[awfu] = (_uc)(1 + vhzm[awfu]) * (_uc)(255 + vhzm[1 + awfu]); } vhzm[361] = 0; } } void lmja(_uli *ihik, _uli *bsxs, _uli *ijhx) { _uli *vlob = uobz(); _uli *ghen = xaie(); _uli *cdbw = uog(); _uli *xgfm = irak(); for (_si ojtk = 0; ojtk <= 44; ojtk += 1) { vlob[ojtk] = ((bsxs[ojtk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ghen[ojtk] = ((bsxs[ojtk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cdbw[ojtk] = ((ijhx[ojtk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xgfm[ojtk] = ((ijhx[ojtk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } tkqt(ihik); for (_si xclv = 0; xclv <= (-1 + (((45) >> (1)))); xclv += 1) { for (_si xgrq = 0; xgrq <= (-1 + (((45) >> (1)))); xgrq += 1) { _uli wnxt = cdbw[xgrq] * ghen[xclv] + vlob[xclv] * xgfm[xgrq]; _uli ytdh = cdbw[xgrq] * vlob[xclv]; _uli xvbt = ghen[xclv] * xgfm[xgrq]; _uli dmui = ((ihik[xclv + xgrq]) + (ytdh) + (((((wnxt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dmui < ytdh) { xvbt += 1; } _uli dbcl = ((((wnxt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xvbt) << ((-47 + (((sizeof(_uli)) << (3)))))))); ihik[xclv + xgrq] = dmui; ihik[1 + xclv + xgrq] += dbcl; } { for (_si zmsf = 0; zmsf <= 43; zmsf += 1) { ihik[1 + zmsf] += ((ihik[zmsf]) >> (47)); ihik[zmsf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ihik[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } ipet(vlob); afpg(ghen); { _uc *zbfc = (_uc *)(cdbw); for (_si qzxg = 0; qzxg <= 360; qzxg += 1) { zbfc[qzxg] = (_uc)(255 + zbfc[1 + qzxg]) * (_uc)(1 + zbfc[qzxg]); } zbfc[361] = 0; } jsah(xgfm); } void gwlb(_uli *qgnk, _uli *hope) { if (qgnk != hope) { for (_si jfmi = 0; jfmi <= 12; jfmi += 1) { qgnk[jfmi] = hope[jfmi]; } } } void oetr(_uc *khn) { _uc *ozxc = (_uc *)(khn + 0); _ui *cgxu = (_ui *)(khn + 64); _ui *tyh = (_ui *)(khn + 96); _si ino = 0; _ui byxs = 0; _ui bdbu = 0; _ui shrl = 0; _ui sawm = 0; _ui itel = 0; _ui slk = 0; for (_si cet = 0; cet <= 15; cet += 1) { tyh[cet] = (((((((((_ui)(ozxc[ino])) << (24))) | ((((_ui)(ozxc[1 + ino])) << (16))))) | ((((_ui)(ozxc[2 + ino])) << (8))))) | ((_ui)(ozxc[3 + ino]))); ino += 4; } for (_si tyxp = 16; tyxp <= 31; tyxp += 1) { byxs = ((((((((tyh[-15 + tyxp]) >> (7))) | (((tyh[-15 + tyxp]) << (25))))) ^ (((((tyh[-15 + tyxp]) >> (18))) | (((tyh[-15 + tyxp]) << (14))))))) ^ (((tyh[-15 + tyxp]) >> (3)))); sawm = ((((((((tyh[-2 + tyxp]) >> (17))) | (((tyh[-2 + tyxp]) << (15))))) ^ (((((tyh[-2 + tyxp]) >> (19))) | (((tyh[-2 + tyxp]) << (13))))))) ^ (((tyh[-2 + tyxp]) >> (10)))); tyh[tyxp] = byxs + sawm + tyh[-7 + tyxp] + tyh[-16 + tyxp]; _m[65160] += 1; } _ui jgml = cgxu[0]; _ui rfi = cgxu[1]; _ui xvdm = cgxu[2]; _ui vsi = cgxu[3]; _ui efbp = cgxu[4]; _ui binp = cgxu[5]; _ui mhva = cgxu[6]; _ui hgtf = cgxu[7]; for (_si yjom = 0; yjom <= 31; yjom += 1) { byxs = ((((((((jgml) >> (2))) | (((jgml) << (30))))) ^ (((((jgml) >> (13))) | (((jgml) << (19))))))) ^ (((((jgml) >> (22))) | (((jgml) << (10)))))); bdbu = ((((((jgml) & (rfi))) ^ (((jgml) & (xvdm))))) ^ (((rfi) & (xvdm)))); shrl = bdbu + byxs; sawm = ((((((((efbp) >> (6))) | (((efbp) << (26))))) ^ (((((efbp) >> (11))) | (((efbp) << (21))))))) ^ (((((efbp) >> (25))) | (((efbp) << (7)))))); itel = ((((efbp) & (binp))) ^ (((~efbp) & (mhva)))); slk = *(((_ui *)(_m + 246160) + yjom)) + itel + tyh[yjom] + hgtf + sawm; hgtf = mhva; mhva = binp; binp = efbp; efbp = slk + vsi; vsi = xvdm; xvdm = rfi; rfi = jgml; jgml = shrl + slk; _m[65161] += 1; } cgxu[0] += jgml; cgxu[1] += rfi; cgxu[2] += xvdm; cgxu[3] += vsi; cgxu[4] += efbp; cgxu[5] += binp; cgxu[6] += mhva; cgxu[7] += hgtf; } _uli *zqig() { ; _uli *ulvk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ulvk = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ulvk; } void sodm(_uli *bcrh) { _si ltyh; { ltyh = 0; _uli xkit = 19; for (_si mlhd = 12; mlhd >= 0; mlhd -= 1) { if (bcrh[mlhd] != 0) { ltyh = ((((bcrh[mlhd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ltyh) { { for (_si wdnk = 0; wdnk <= 12; wdnk += 1) { bcrh[wdnk] = -bcrh[wdnk]; } } } for (_si nhou = 0; nhou <= 11; nhou += 1) { if (((((bcrh[nhou]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bcrh[1 + nhou] -= 1; } else { bcrh[1 + nhou] += ((bcrh[nhou]) >> (47)); }; bcrh[nhou] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bcrh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ltyh) { nksu(bcrh, bcrh); } } void cgh(_uli *pvuj, _si ibif) { _si biqa = (ibif % 47); _si zlbb = ((ibif) / (47)); _si wmvr = ibif; if (wmvr > (8 * sizeof(_uli))) { wmvr = -1; } if (zlbb >= 13) { { for (_si efqa = 0; efqa <= 12; efqa += 1) { pvuj[efqa] = 0; } } } else { _uli tvcu = (((((_uli)(1)) << (biqa))) - ((_uli)(1))); if (wmvr < 0) { pvuj[0] = 0; } else { pvuj[0] = ((((pvuj[0]) & (~tvcu))) >> (wmvr)); }; if (zlbb != 0) { pvuj[0] += ((((pvuj[zlbb]) & (~tvcu))) >> (biqa)); } for (_si bwaf = 1; bwaf <= (12 - zlbb); bwaf += 1) { pvuj[-1 + bwaf] += ((((((pvuj[bwaf + zlbb]) & (tvcu))) << (-biqa + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pvuj[bwaf] = ((((pvuj[bwaf + zlbb]) & (~tvcu))) >> (biqa)); } for (_si veaw = 13 - zlbb; veaw <= 12; veaw += 1) { pvuj[veaw] = 0; } }; } void bjq(_uc *atp, _uc *joth) { _ui *qqld = (_ui *)(atp + 64); for (_si xdk = 0; xdk <= 7; xdk += 1) { qqld[4 + xdk] = (((_ui)((joth + 4 * xdk)[0])) + ((((_ui)((joth + 4 * xdk)[1])) << (8))) + ((((_ui)((joth + 4 * xdk)[2])) << (16))) + ((((_ui)((joth + 4 * xdk)[3])) << (24)))); } } void qczp(_uc *inu) { _uc *tlab = (_uc *)(inu + 0); _ui *vqvp = (_ui *)(inu + 64); _ui *gblv = (_ui *)(inu + 96); _si tnsg = 0; _ui hsud = 0; _ui znbk = 0; _ui vyme = 0; _ui ysab = 0; _ui xaqk = 0; _ui xwcu = 0; for (_si wmmq = 0; wmmq <= 15; wmmq += 1) { gblv[wmmq] = (((((((((_ui)(tlab[tnsg])) << (24))) | ((((_ui)(tlab[1 + tnsg])) << (16))))) | ((((_ui)(tlab[2 + tnsg])) << (8))))) | ((_ui)(tlab[3 + tnsg]))); tnsg += 4; } for (_si rjnj = 16; rjnj <= 31; rjnj += 1) { hsud = ((((((((gblv[-15 + rjnj]) >> (7))) | (((gblv[-15 + rjnj]) << (25))))) ^ (((((gblv[-15 + rjnj]) >> (18))) | (((gblv[-15 + rjnj]) << (14))))))) ^ (((gblv[-15 + rjnj]) >> (3)))); ysab = ((((((((gblv[-2 + rjnj]) >> (17))) | (((gblv[-2 + rjnj]) << (15))))) ^ (((((gblv[-2 + rjnj]) >> (19))) | (((gblv[-2 + rjnj]) << (13))))))) ^ (((gblv[-2 + rjnj]) >> (10)))); gblv[rjnj] = gblv[-16 + rjnj] + gblv[-7 + rjnj] + hsud + ysab; _m[65160] += 1; } _ui gpsd = vqvp[0]; _ui zuaj = vqvp[1]; _ui xjhe = vqvp[2]; _ui uqkg = vqvp[3]; _ui cce = vqvp[4]; _ui hvwv = vqvp[5]; _ui pize = vqvp[6]; _ui jpmd = vqvp[7]; for (_si gefc = 0; gefc <= 31; gefc += 1) { hsud = ((((((((gpsd) >> (2))) | (((gpsd) << (30))))) ^ (((((gpsd) >> (13))) | (((gpsd) << (19))))))) ^ (((((gpsd) >> (22))) | (((gpsd) << (10)))))); znbk = ((((((gpsd) & (zuaj))) ^ (((gpsd) & (xjhe))))) ^ (((zuaj) & (xjhe)))); vyme = hsud + znbk; ysab = ((((((((cce) >> (6))) | (((cce) << (26))))) ^ (((((cce) >> (11))) | (((cce) << (21))))))) ^ (((((cce) >> (25))) | (((cce) << (7)))))); xaqk = ((((cce) & (hvwv))) ^ (((~cce) & (pize)))); xwcu = gblv[gefc] + *(((_ui *)(_m + 246160) + gefc)) + jpmd + xaqk + ysab; jpmd = pize; pize = hvwv; hvwv = cce; cce = uqkg + xwcu; uqkg = xjhe; xjhe = zuaj; zuaj = gpsd; gpsd = vyme + xwcu; _m[65161] += 1; } vqvp[0] += gpsd; vqvp[1] += zuaj; vqvp[2] += xjhe; vqvp[3] += uqkg; vqvp[4] += cce; vqvp[5] += hvwv; vqvp[6] += pize; vqvp[7] += jpmd; } void dsnz(_uc *fxmi) { _ui *ftht = (_ui *)(fxmi + 0); _ui *yngr = (_ui *)(fxmi + 64); for (_si yqcf = 0; yqcf <= 15; yqcf += 1) { ftht[yqcf] = yngr[yqcf]; } for (_si zajz = 0; zajz <= 9; zajz += 1) { { ftht[0] += ftht[4]; ftht[12] ^= ftht[0]; ftht[12] = ((((ftht[12]) << (16))) | (((ftht[12]) >> (16)))); ftht[8] += ftht[12]; ftht[4] ^= ftht[8]; ftht[4] = ((((ftht[4]) << (12))) | (((ftht[4]) >> (20)))); ftht[0] += ftht[4]; ftht[12] ^= ftht[0]; ftht[12] = ((((ftht[12]) << (8))) | (((ftht[12]) >> (24)))); ftht[8] += ftht[12]; ftht[4] ^= ftht[8]; ftht[4] = ((((ftht[4]) << (7))) | (((ftht[4]) >> (25)))); } { ftht[1] += ftht[5]; ftht[13] ^= ftht[1]; ftht[13] = ((((ftht[13]) << (16))) | (((ftht[13]) >> (16)))); ftht[9] += ftht[13]; ftht[5] ^= ftht[9]; ftht[5] = ((((ftht[5]) << (12))) | (((ftht[5]) >> (20)))); ftht[1] += ftht[5]; ftht[13] ^= ftht[1]; ftht[13] = ((((ftht[13]) << (8))) | (((ftht[13]) >> (24)))); ftht[9] += ftht[13]; ftht[5] ^= ftht[9]; ftht[5] = ((((ftht[5]) << (7))) | (((ftht[5]) >> (25)))); } ekby(ftht, 2, 6, 10, 14); { ftht[3] += ftht[7]; ftht[15] ^= ftht[3]; ftht[15] = ((((ftht[15]) << (16))) | (((ftht[15]) >> (16)))); ftht[11] += ftht[15]; ftht[7] ^= ftht[11]; ftht[7] = ((((ftht[7]) << (12))) | (((ftht[7]) >> (20)))); ftht[3] += ftht[7]; ftht[15] ^= ftht[3]; ftht[15] = ((((ftht[15]) << (8))) | (((ftht[15]) >> (24)))); ftht[11] += ftht[15]; ftht[7] ^= ftht[11]; ftht[7] = ((((ftht[7]) << (7))) | (((ftht[7]) >> (25)))); } ojst(ftht, 0, 5, 10, 15); { ftht[1] += ftht[6]; ftht[12] ^= ftht[1]; ftht[12] = ((((ftht[12]) << (16))) | (((ftht[12]) >> (16)))); ftht[11] += ftht[12]; ftht[6] ^= ftht[11]; ftht[6] = ((((ftht[6]) << (12))) | (((ftht[6]) >> (20)))); ftht[1] += ftht[6]; ftht[12] ^= ftht[1]; ftht[12] = ((((ftht[12]) << (8))) | (((ftht[12]) >> (24)))); ftht[11] += ftht[12]; ftht[6] ^= ftht[11]; ftht[6] = ((((ftht[6]) << (7))) | (((ftht[6]) >> (25)))); } xaze(ftht, 2, 7, 8, 13); blxe(ftht, 3, 4, 9, 14); _m[65163] += 1; } for (_si efve = 0; efve <= 15; efve += 1) { ftht[efve] += yngr[efve]; } yngr[12] += 1; if (yngr[12] == 0) { yngr[13] += 1; } } void iurh(_uli *wdrr) { _uc *augg = eged(); _uc *eypw = ((_uc *)(_m + 57196) + 0); _uc *knjy = (_uc *)(wdrr); for (_si sssh = 0; sssh <= 359; sssh += 1) { knjy[sssh] = *(((_uc *)(_m + 27512) + sssh)); } { { { _ui *ynml = (_ui *)(augg + 64); for (_si dizn = 0; dizn <= 7; dizn += 1) { ynml[4 + dizn] = (((_ui)((eypw + 4 * dizn)[0])) + ((((_ui)((eypw + 4 * dizn)[1])) << (8))) + ((((_ui)((eypw + 4 * dizn)[2])) << (16))) + ((((_ui)((eypw + 4 * dizn)[3])) << (24)))); } } _ui *hwit = (_ui *)(augg + 64); _ui *fzle = (_ui *)(augg + 128); for (_si isie = 0; isie <= 3; isie += 1) { hwit[isie] = (((_ui)(((_uc *)(_m + 48146) + 4 * isie)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * isie)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * isie)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * isie)[3])) << (24)))); } for (_si kbpi = 0; kbpi <= 3; kbpi += 1) { hwit[12 + kbpi] = 0; _m[65162] += 1; } fzle[0] = 3904225602; } { _ui *zpgi = (_ui *)(augg + 0); _ui *plvz = (_ui *)(augg + 128); _uc *jfwg = (_uc *)(zpgi); for (_si ohnv = 0; ohnv <= 359; ohnv += 1) { if (plvz[0] >= 64) { ipxb(augg); plvz[0] = 0; } knjy[ohnv] ^= jfwg[plvz[0]]; plvz[0] += 1; } } } } void yzqh(_uc *epyb) { _ui *vyke = (_ui *)(epyb + 0); _ui *pjjf = (_ui *)(epyb + 64); for (_si ipps = 0; ipps <= 15; ipps += 1) { vyke[ipps] = pjjf[ipps]; } for (_si nmm = 0; nmm <= 9; nmm += 1) { { vyke[0] += vyke[4]; vyke[12] ^= vyke[0]; vyke[12] = ((((vyke[12]) << (16))) | (((vyke[12]) >> (16)))); vyke[8] += vyke[12]; vyke[4] ^= vyke[8]; vyke[4] = ((((vyke[4]) << (12))) | (((vyke[4]) >> (20)))); vyke[0] += vyke[4]; vyke[12] ^= vyke[0]; vyke[12] = ((((vyke[12]) << (8))) | (((vyke[12]) >> (24)))); vyke[8] += vyke[12]; vyke[4] ^= vyke[8]; vyke[4] = ((((vyke[4]) << (7))) | (((vyke[4]) >> (25)))); } { vyke[1] += vyke[5]; vyke[13] ^= vyke[1]; vyke[13] = ((((vyke[13]) << (16))) | (((vyke[13]) >> (16)))); vyke[9] += vyke[13]; vyke[5] ^= vyke[9]; vyke[5] = ((((vyke[5]) << (12))) | (((vyke[5]) >> (20)))); vyke[1] += vyke[5]; vyke[13] ^= vyke[1]; vyke[13] = ((((vyke[13]) << (8))) | (((vyke[13]) >> (24)))); vyke[9] += vyke[13]; vyke[5] ^= vyke[9]; vyke[5] = ((((vyke[5]) << (7))) | (((vyke[5]) >> (25)))); } { vyke[2] += vyke[6]; vyke[14] ^= vyke[2]; vyke[14] = ((((vyke[14]) << (16))) | (((vyke[14]) >> (16)))); vyke[10] += vyke[14]; vyke[6] ^= vyke[10]; vyke[6] = ((((vyke[6]) << (12))) | (((vyke[6]) >> (20)))); vyke[2] += vyke[6]; vyke[14] ^= vyke[2]; vyke[14] = ((((vyke[14]) << (8))) | (((vyke[14]) >> (24)))); vyke[10] += vyke[14]; vyke[6] ^= vyke[10]; vyke[6] = ((((vyke[6]) << (7))) | (((vyke[6]) >> (25)))); } { vyke[3] += vyke[7]; vyke[15] ^= vyke[3]; vyke[15] = ((((vyke[15]) << (16))) | (((vyke[15]) >> (16)))); vyke[11] += vyke[15]; vyke[7] ^= vyke[11]; vyke[7] = ((((vyke[7]) << (12))) | (((vyke[7]) >> (20)))); vyke[3] += vyke[7]; vyke[15] ^= vyke[3]; vyke[15] = ((((vyke[15]) << (8))) | (((vyke[15]) >> (24)))); vyke[11] += vyke[15]; vyke[7] ^= vyke[11]; vyke[7] = ((((vyke[7]) << (7))) | (((vyke[7]) >> (25)))); } { vyke[0] += vyke[5]; vyke[15] ^= vyke[0]; vyke[15] = ((((vyke[15]) << (16))) | (((vyke[15]) >> (16)))); vyke[10] += vyke[15]; vyke[5] ^= vyke[10]; vyke[5] = ((((vyke[5]) << (12))) | (((vyke[5]) >> (20)))); vyke[0] += vyke[5]; vyke[15] ^= vyke[0]; vyke[15] = ((((vyke[15]) << (8))) | (((vyke[15]) >> (24)))); vyke[10] += vyke[15]; vyke[5] ^= vyke[10]; vyke[5] = ((((vyke[5]) << (7))) | (((vyke[5]) >> (25)))); } { vyke[1] += vyke[6]; vyke[12] ^= vyke[1]; vyke[12] = ((((vyke[12]) << (16))) | (((vyke[12]) >> (16)))); vyke[11] += vyke[12]; vyke[6] ^= vyke[11]; vyke[6] = ((((vyke[6]) << (12))) | (((vyke[6]) >> (20)))); vyke[1] += vyke[6]; vyke[12] ^= vyke[1]; vyke[12] = ((((vyke[12]) << (8))) | (((vyke[12]) >> (24)))); vyke[11] += vyke[12]; vyke[6] ^= vyke[11]; vyke[6] = ((((vyke[6]) << (7))) | (((vyke[6]) >> (25)))); } jgrw(vyke, 2, 7, 8, 13); { vyke[3] += vyke[4]; vyke[14] ^= vyke[3]; vyke[14] = ((((vyke[14]) << (16))) | (((vyke[14]) >> (16)))); vyke[9] += vyke[14]; vyke[4] ^= vyke[9]; vyke[4] = ((((vyke[4]) << (12))) | (((vyke[4]) >> (20)))); vyke[3] += vyke[4]; vyke[14] ^= vyke[3]; vyke[14] = ((((vyke[14]) << (8))) | (((vyke[14]) >> (24)))); vyke[9] += vyke[14]; vyke[4] ^= vyke[9]; vyke[4] = ((((vyke[4]) << (7))) | (((vyke[4]) >> (25)))); } _m[65163] += 1; } for (_si txfl = 0; txfl <= 15; txfl += 1) { vyke[txfl] += pjjf[txfl]; } pjjf[12] += 1; if (pjjf[12] == 0) { pjjf[13] += 1; } } void xxdy(_uli *zniy) { for (_si jxis = 0; jxis <= 12; jxis += 1) { zniy[jxis] = 0; } } _si bacd(_uli *peat) { _si adtj = 0; _uli bgao = 19; for (_si uevk = 44; uevk >= 0; uevk -= 1) { if (peat[uevk] != 0) { adtj = ((((peat[uevk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return adtj; } void pnzl(_uli *zidl, _uli *vqzo, _uli *wefp) { _uli *wbyk = gdxm(); _uli *iwnq = rucf(); _uli *wcwx = jckb(); _uli *thnm = vwhv(); for (_si quqg = 0; quqg <= 12; quqg += 1) { wbyk[quqg] = ((vqzo[quqg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iwnq[quqg] = ((vqzo[quqg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wcwx[quqg] = ((wefp[quqg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); thnm[quqg] = ((wefp[quqg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } etjk(zidl); for (_si nysu = 0; nysu <= (-1 + (((13) >> (1)))); nysu += 1) { for (_si aqwp = 0; aqwp <= (-1 + (((13) >> (1)))); aqwp += 1) { _uli upae = iwnq[nysu] * wcwx[aqwp] + thnm[aqwp] * wbyk[nysu]; _uli tjgr = wbyk[nysu] * wcwx[aqwp]; _uli pvty = iwnq[nysu] * thnm[aqwp]; _uli szib = ((zidl[aqwp + nysu]) + (tjgr) + (((((upae) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (szib < tjgr) { pvty += 1; } _uli djmk = ((((upae) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pvty) << ((-47 + (((sizeof(_uli)) << (3)))))))); zidl[aqwp + nysu] = szib; zidl[1 + aqwp + nysu] += djmk; } ffes(zidl); } lwfw(wbyk); { _uc *vcqn = (_uc *)(iwnq); for (_si nrwy = 0; nrwy <= 360; nrwy += 1) { vcqn[nrwy] = (_uc)(255 + vcqn[1 + nrwy]) * (_uc)(1 + vcqn[nrwy]); } vcqn[361] = 0; } soyf(wcwx); { _uc *otfr = (_uc *)(thnm); for (_si gxut = 0; gxut <= 360; gxut += 1) { otfr[gxut] = (_uc)(255 + otfr[1 + gxut]) * (_uc)(1 + otfr[gxut]); } otfr[361] = 0; } } _uli *finq() { ; _uli *efpa; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; efpa = (_uli *)(_m + 362 * _s); break; } _s += 1; } return efpa; } void lyqi(_uc *ebs) { _ui *urgp = (_ui *)(ebs + 64); _uli *emgj = (_uli *)(ebs + 352); urgp[0] = 3072593861; urgp[1] = 3086033710; urgp[2] = 3878829419; urgp[3] = 661946499; urgp[4] = 3836525215; urgp[5] = 533529351; urgp[6] = 1116444951; urgp[7] = 1869145119; emgj[0] = 0; } _uli *vbpn() { ; _uli *nqki; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; nqki = (_uli *)(_m + 362 * _s); break; } _s += 1; } return nqki; } void sdcq(_uli *ktnz, _si egwf) { _si elne = (egwf % 47); _si tixk = ((egwf) / (47)); _si bzud = egwf; if (bzud > (8 * sizeof(_uli))) { bzud = -1; } if (tixk >= 13) { { for (_si oidr = 0; oidr <= 12; oidr += 1) { ktnz[oidr] = 0; } } } else { _uli ebbo = (((((_uli)(1)) << (elne))) - ((_uli)(1))); if (bzud < 0) { ktnz[0] = 0; } else { ktnz[0] = ((((ktnz[0]) & (~ebbo))) >> (bzud)); }; if (tixk != 0) { ktnz[0] += ((((ktnz[tixk]) & (~ebbo))) >> (elne)); } for (_si jplc = 1; jplc <= (12 - tixk); jplc += 1) { ktnz[-1 + jplc] += ((((((ktnz[jplc + tixk]) & (ebbo))) << (-elne + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ktnz[jplc] = ((((ktnz[jplc + tixk]) & (~ebbo))) >> (elne)); } for (_si pumh = 13 - tixk; pumh <= 12; pumh += 1) { ktnz[pumh] = 0; } }; } void fmrk(_uli *nfqg) { _uc *wavh = (_uc *)(nfqg); for (_si zuop = 0; zuop <= 360; zuop += 1) { wavh[zuop] = (_uc)(1 + wavh[zuop]) * (_uc)(255 + wavh[1 + zuop]); } wavh[361] = 0; } void zadf(_uli *xqwt) { _si lqvv; { lqvv = 0; _uli ogjr = 19; for (_si lzpz = 12; lzpz >= 0; lzpz -= 1) { if (xqwt[lzpz] != 0) { lqvv = ((((xqwt[lzpz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (lqvv) { { for (_si dcrx = 0; dcrx <= 12; dcrx += 1) { xqwt[dcrx] = -xqwt[dcrx]; } } } for (_si jxii = 0; jxii <= 11; jxii += 1) { if (((((xqwt[jxii]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xqwt[1 + jxii] -= 1; } else { xqwt[1 + jxii] += ((xqwt[jxii]) >> (47)); }; xqwt[jxii] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xqwt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lqvv) { zvvd(xqwt, xqwt); } } void heg(_uli *bmry) { _si msvw = tqod(bmry); if (msvw) { fvws(bmry, bmry); } for (_si qvhc = 0; qvhc <= 11; qvhc += 1) { if (((((bmry[qvhc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bmry[1 + qvhc] -= 1; } else { bmry[1 + qvhc] += ((bmry[qvhc]) >> (47)); }; bmry[qvhc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bmry[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (msvw) { { for (_si xfys = 0; xfys <= 12; xfys += 1) { bmry[xfys] = -bmry[xfys]; } } } } void dzxl(_uli *sofz, _uli *gkdv, _uli *xbwd) { _uli *ppge = ntmu(); _uli *gkoj = ixda(); _uli *gkew = accp(); _uli *nogt = wiss(); _uli *xcum = zuit(); { _uc *ofxi = tbvp(); _uc *kjls = ((_uc *)(_m + 246884) + 0); _uc *yxbb = (_uc *)(ppge); for (_si eemd = 0; eemd <= 359; eemd += 1) { yxbb[eemd] = *(((_uc *)(_m + 226612) + eemd)); } { ozcz(ofxi, kjls, 0); krwy(ofxi, yxbb, 360); } } tqy(gkoj); iurh(gkew); { _uc *ikpi = yhup(); _uc *tykv = ((_uc *)(_m + 49956) + 0); _uc *qfan = (_uc *)(nogt); for (_si malc = 0; malc <= 359; malc += 1) { qfan[malc] = *(((_uc *)(_m + 3982) + malc)); } { yebl(ikpi, tykv, 0); { _ui *cjbg = (_ui *)(ikpi + 0); _ui *mwqs = (_ui *)(ikpi + 128); _uc *qbiw = (_uc *)(cjbg); for (_si kusj = 0; kusj <= 359; kusj += 1) { if (mwqs[0] >= 64) { { _ui *ukug = (_ui *)(ikpi + 0); _ui *ousu = (_ui *)(ikpi + 64); for (_si vbll = 0; vbll <= 15; vbll += 1) { ukug[vbll] = ousu[vbll]; } for (_si xywy = 0; xywy <= 9; xywy += 1) { ptkb(ukug, 0, 4, 8, 12); nrgr(ukug, 1, 5, 9, 13); vbjy(ukug, 2, 6, 10, 14); vvr(ukug, 3, 7, 11, 15); { ukug[0] += ukug[5]; ukug[15] ^= ukug[0]; ukug[15] = ((((ukug[15]) << (16))) | (((ukug[15]) >> (16)))); ukug[10] += ukug[15]; ukug[5] ^= ukug[10]; ukug[5] = ((((ukug[5]) << (12))) | (((ukug[5]) >> (20)))); ukug[0] += ukug[5]; ukug[15] ^= ukug[0]; ukug[15] = ((((ukug[15]) << (8))) | (((ukug[15]) >> (24)))); ukug[10] += ukug[15]; ukug[5] ^= ukug[10]; ukug[5] = ((((ukug[5]) << (7))) | (((ukug[5]) >> (25)))); } { ukug[1] += ukug[6]; ukug[12] ^= ukug[1]; ukug[12] = ((((ukug[12]) << (16))) | (((ukug[12]) >> (16)))); ukug[11] += ukug[12]; ukug[6] ^= ukug[11]; ukug[6] = ((((ukug[6]) << (12))) | (((ukug[6]) >> (20)))); ukug[1] += ukug[6]; ukug[12] ^= ukug[1]; ukug[12] = ((((ukug[12]) << (8))) | (((ukug[12]) >> (24)))); ukug[11] += ukug[12]; ukug[6] ^= ukug[11]; ukug[6] = ((((ukug[6]) << (7))) | (((ukug[6]) >> (25)))); } pjcq(ukug, 2, 7, 8, 13); { ukug[3] += ukug[4]; ukug[14] ^= ukug[3]; ukug[14] = ((((ukug[14]) << (16))) | (((ukug[14]) >> (16)))); ukug[9] += ukug[14]; ukug[4] ^= ukug[9]; ukug[4] = ((((ukug[4]) << (12))) | (((ukug[4]) >> (20)))); ukug[3] += ukug[4]; ukug[14] ^= ukug[3]; ukug[14] = ((((ukug[14]) << (8))) | (((ukug[14]) >> (24)))); ukug[9] += ukug[14]; ukug[4] ^= ukug[9]; ukug[4] = ((((ukug[4]) << (7))) | (((ukug[4]) >> (25)))); } _m[65163] += 1; } for (_si eqcr = 0; eqcr <= 15; eqcr += 1) { ukug[eqcr] += ousu[eqcr]; } ousu[12] += 1; if (ousu[12] == 0) { ousu[13] += 1; } } mwqs[0] = 0; } qfan[kusj] ^= qbiw[mwqs[0]]; mwqs[0] += 1; } } } } shtn(xcum); dszx(1031, ppge, gkoj, gkew, nogt, xcum, sofz, gkdv, xbwd); { _uc *ggep = (_uc *)(ppge); for (_si snoa = 0; snoa <= 360; snoa += 1) { ggep[snoa] = (_uc)(255 + ggep[1 + snoa]) * (_uc)(1 + ggep[snoa]); } ggep[361] = 0; } { _uc *hhcv = (_uc *)(gkoj); for (_si aehe = 0; aehe <= 360; aehe += 1) { hhcv[aehe] = (_uc)(255 + hhcv[1 + aehe]) * (_uc)(1 + hhcv[aehe]); } hhcv[361] = 0; } qjnq(gkew); { _uc *whbf = (_uc *)(nogt); for (_si rbqf = 0; rbqf <= 360; rbqf += 1) { whbf[rbqf] = (_uc)(1 + whbf[rbqf]) * (_uc)(255 + whbf[1 + rbqf]); } whbf[361] = 0; } gmzz(xcum); } void tsyb(_uli *asda, _uli *zjxo, _uli *qrmb) { _uli *ujmk = heyy(); _uli *ijcg = ltdc(); _uli *istq = jmgb(); _uli *rcgg = dmhm(); for (_si yzcf = 0; yzcf <= 12; yzcf += 1) { ujmk[yzcf] = ((zjxo[yzcf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ijcg[yzcf] = ((zjxo[yzcf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); istq[yzcf] = ((qrmb[yzcf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rcgg[yzcf] = ((qrmb[yzcf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lweq = 0; lweq <= 12; lweq += 1) { asda[lweq] = 0; } } for (_si deua = 0; deua <= (-1 + (((13) >> (1)))); deua += 1) { for (_si okem = 0; okem <= (-1 + (((13) >> (1)))); okem += 1) { _uli lvbl = ijcg[deua] * istq[okem] + rcgg[okem] * ujmk[deua]; _uli dckw = istq[okem] * ujmk[deua]; _uli ycwu = ijcg[deua] * rcgg[okem]; _uli grnw = ((asda[deua + okem]) + (dckw) + (((((lvbl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (grnw < dckw) { ycwu += 1; } _uli sapo = ((((lvbl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ycwu) << ((-47 + (((sizeof(_uli)) << (3)))))))); asda[deua + okem] = grnw; asda[1 + deua + okem] += sapo; } poy(asda); } evfa(ujmk); wzqz(ijcg); tzyr(istq); nwsu(rcgg); } void cyzp(_uli *dfnh) { _si vueu = lyri(dfnh); if (vueu) { { for (_si mwfl = 0; mwfl <= 12; mwfl += 1) { dfnh[mwfl] = -dfnh[mwfl]; } } } for (_si puis = 0; puis <= 11; puis += 1) { if (((((dfnh[puis]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dfnh[1 + puis] -= 1; } else { dfnh[1 + puis] += ((dfnh[puis]) >> (47)); }; dfnh[puis] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dfnh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vueu) { { for (_si gzyu = 0; gzyu <= 12; gzyu += 1) { dfnh[gzyu] = -dfnh[gzyu]; } } } } void vhkv(_uli *acwd) { for (_si vaxk = 0; vaxk <= 43; vaxk += 1) { acwd[1 + vaxk] += ((acwd[vaxk]) >> (47)); acwd[vaxk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } acwd[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fhgt(_uli *cuyg, _uli *azec, _uli *lhyf) { for (_si fvrp = 0; fvrp <= 12; fvrp += 1) { cuyg[fvrp] = azec[fvrp] + lhyf[fvrp]; } { _si atep; { atep = 0; _uli esnd = 19; for (_si tccn = 12; tccn >= 0; tccn -= 1) { if (cuyg[tccn] != 0) { atep = ((((cuyg[tccn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (atep) { { for (_si kbfu = 0; kbfu <= 12; kbfu += 1) { cuyg[kbfu] = -cuyg[kbfu]; } } } for (_si wbwv = 0; wbwv <= 11; wbwv += 1) { if (((((cuyg[wbwv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cuyg[1 + wbwv] -= 1; } else { cuyg[1 + wbwv] += ((cuyg[wbwv]) >> (47)); }; cuyg[wbwv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cuyg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (atep) { swbu(cuyg, cuyg); } } } void uagf(_uli *xwoi, _uli *tewd, _uli *fmx) { _uli *laaq = jcsp(); _uli *dstq = fbiq(); _uli *kgw = rznt(); _uli *onlp = qvtm(); for (_si zdxk = 0; zdxk <= 12; zdxk += 1) { laaq[zdxk] = ((tewd[zdxk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dstq[zdxk] = ((tewd[zdxk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kgw[zdxk] = ((fmx[zdxk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); onlp[zdxk] = ((fmx[zdxk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jbv = 0; jbv <= 12; jbv += 1) { xwoi[jbv] = 0; } } for (_si wkz = 0; wkz <= (-1 + (((13) >> (1)))); wkz += 1) { for (_si ekah = 0; ekah <= (-1 + (((13) >> (1)))); ekah += 1) { _uli hdo = dstq[wkz] * kgw[ekah] + laaq[wkz] * onlp[ekah]; _uli yfjk = kgw[ekah] * laaq[wkz]; _uli capp = dstq[wkz] * onlp[ekah]; _uli koeg = ((xwoi[ekah + wkz]) + (yfjk) + (((((hdo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (koeg < yfjk) { capp += 1; } _uli hzu = ((((hdo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((capp) << ((-47 + (((sizeof(_uli)) << (3)))))))); xwoi[ekah + wkz] = koeg; xwoi[1 + ekah + wkz] += hzu; } { for (_si yvgs = 0; yvgs <= 11; yvgs += 1) { xwoi[1 + yvgs] += ((xwoi[yvgs]) >> (47)); xwoi[yvgs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xwoi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *zga = (_uc *)(laaq); for (_si wzk = 0; wzk <= 360; wzk += 1) { zga[wzk] = (_uc)(1 + zga[wzk]) * (_uc)(255 + zga[1 + wzk]); } zga[361] = 0; } { _uc *sxz = (_uc *)(dstq); for (_si czi = 0; czi <= 360; czi += 1) { sxz[czi] = (_uc)(255 + sxz[1 + czi]) * (_uc)(1 + sxz[czi]); } sxz[361] = 0; } fohh(kgw); { _uc *howf = (_uc *)(onlp); for (_si vjr = 0; vjr <= 360; vjr += 1) { howf[vjr] = (_uc)(1 + howf[vjr]) * (_uc)(255 + howf[1 + vjr]); } howf[361] = 0; } } void vygz(_uli *guwi) { _uc *qvqp = (_uc *)(guwi); for (_si jbwf = 0; jbwf <= 360; jbwf += 1) { qvqp[jbwf] = (_uc)(1 + qvqp[jbwf]) * (_uc)(255 + qvqp[1 + jbwf]); } qvqp[361] = 0; } void ojyl(_si hry, _uli *kgz, _uli *tfra, _uli *ehyv, _uli *yniq, _uli *frbj) { mppz(ehyv, yniq, frbj); { _uli *hydx = frfi(); { if (hydx != ehyv) { for (_si vuuo = 0; vuuo <= 12; vuuo += 1) { hydx[vuuo] = ehyv[vuuo]; } } } vapv(ehyv, ehyv); { ehyv[(((hry) / (47)))] &= ((((((_uli)(1)) << ((hry % 47)))) - ((_uli)(1)))); for (_si cisj = 1 + (((hry) / (47))); cisj <= 12; cisj += 1) { ehyv[cisj] = 0; } } wjak(ehyv, ehyv, tfra); wgme(hry, ehyv); bpnc(ehyv, ehyv, kgz); yolv(ehyv, ehyv, hydx); { _si mjoc = (hry % 47); _si taxc = ((hry) / (47)); _si yjv = hry; if (yjv > (8 * sizeof(_uli))) { yjv = -1; } if (taxc >= 13) { { for (_si zrhm = 0; zrhm <= 12; zrhm += 1) { ehyv[zrhm] = 0; } } } else { _uli scvg = (((((_uli)(1)) << (mjoc))) - ((_uli)(1))); if (yjv < 0) { ehyv[0] = 0; } else { ehyv[0] = ((((ehyv[0]) & (~scvg))) >> (yjv)); }; if (taxc != 0) { ehyv[0] += ((((ehyv[taxc]) & (~scvg))) >> (mjoc)); } for (_si wgj = 1; wgj <= (12 - taxc); wgj += 1) { ehyv[-1 + wgj] += ((((((ehyv[taxc + wgj]) & (scvg))) << (-mjoc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ehyv[wgj] = ((((ehyv[taxc + wgj]) & (~scvg))) >> (mjoc)); } for (_si fvoz = 13 - taxc; fvoz <= 12; fvoz += 1) { ehyv[fvoz] = 0; } }; } mcag(hydx, ehyv, kgz); _si alg = vpqz(hydx); if (!alg) { { if (ehyv != hydx) { for (_si udao = 0; udao <= 12; udao += 1) { ehyv[udao] = hydx[udao]; } } } } { _uc *iugt = (_uc *)(hydx); for (_si xbyn = 0; xbyn <= 360; xbyn += 1) { iugt[xbyn] = (_uc)(255 + iugt[1 + xbyn]) * (_uc)(1 + iugt[xbyn]); } iugt[361] = 0; } } } void srcb(_uli *ezfq, _uli *ollj) { if (ezfq != ollj) { for (_si kggi = 0; kggi <= 44; kggi += 1) { ezfq[kggi] = ollj[kggi]; } } } void lpjt(_uli *btqc, _si pdur) { _si iiae = (pdur % 47); _si qack = ((pdur) / (47)); _si aipb = -iiae + (((sizeof(_uli)) << (3))); if (qack >= 13) { { for (_si nigv = 0; nigv <= 12; nigv += 1) { btqc[nigv] = 0; } } } else { for (_si tpxe = 12 - qack; tpxe >= 1; tpxe -= 1) { btqc[qack + tpxe] = ((btqc[tpxe]) << (iiae)); if (aipb < (8 * sizeof(_uli))) { btqc[qack + tpxe] += ((((btqc[-1 + tpxe]) >> (aipb))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } btqc[qack] = ((btqc[0]) << (iiae)); for (_si guyv = -1 + qack; guyv >= 0; guyv -= 1) { btqc[guyv] = 0; } }; { for (_si ieye = 0; ieye <= 11; ieye += 1) { btqc[1 + ieye] += ((btqc[ieye]) >> (47)); btqc[ieye] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } btqc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void onoc(_uli *omls) { _uc *teoe = txgu(); _uc *ejkd = ((_uc *)(_m + 19910) + 0); _uc *saya = (_uc *)(omls); for (_si itrp = 0; itrp <= 103; itrp += 1) { saya[itrp] = *(((_uc *)(_m + 2896) + itrp)); } { { sdgx(teoe, ejkd); _ui *znvb = (_ui *)(teoe + 64); _ui *aqjs = (_ui *)(teoe + 128); for (_si jewp = 0; jewp <= 3; jewp += 1) { znvb[jewp] = (((_ui)(((_uc *)(_m + 48146) + 4 * jewp)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jewp)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jewp)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jewp)[3])) << (24)))); } for (_si lxyb = 0; lxyb <= 3; lxyb += 1) { znvb[12 + lxyb] = 0; _m[65162] += 1; } aqjs[0] = 3904225602; } owlr(teoe, saya, 104); } } void bvpr(_si plgo, _uli *sajs, _uli *oqdv, _uli *pxnd, _uli *yakv, _uli *wcmk) { { _uli *owia = ofhj(); _uli *ncre = enhh(); _uli *ekyp = qkyt(); _uli *sfkg = qmtt(); for (_si wqyz = 0; wqyz <= 12; wqyz += 1) { owia[wqyz] = ((yakv[wqyz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ncre[wqyz] = ((yakv[wqyz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ekyp[wqyz] = ((wcmk[wqyz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sfkg[wqyz] = ((wcmk[wqyz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zrth = 0; zrth <= 12; zrth += 1) { pxnd[zrth] = 0; } } for (_si hffu = 0; hffu <= (-1 + (((13) >> (1)))); hffu += 1) { for (_si omxq = 0; omxq <= (-1 + (((13) >> (1)))); omxq += 1) { _uli fmpm = ekyp[omxq] * ncre[hffu] + owia[hffu] * sfkg[omxq]; _uli cqkt = ekyp[omxq] * owia[hffu]; _uli dcre = ncre[hffu] * sfkg[omxq]; _uli czmv = ((pxnd[hffu + omxq]) + (cqkt) + (((((fmpm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (czmv < cqkt) { dcre += 1; } _uli yndv = ((((fmpm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dcre) << ((-47 + (((sizeof(_uli)) << (3)))))))); pxnd[hffu + omxq] = czmv; pxnd[1 + hffu + omxq] += yndv; } { for (_si gagc = 0; gagc <= 11; gagc += 1) { pxnd[1 + gagc] += ((pxnd[gagc]) >> (47)); pxnd[gagc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pxnd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } hwcp(owia); kkqm(ncre); hjq(ekyp); { _uc *neeb = (_uc *)(sfkg); for (_si knug = 0; knug <= 360; knug += 1) { neeb[knug] = (_uc)(255 + neeb[1 + knug]) * (_uc)(1 + neeb[knug]); } neeb[361] = 0; } } { _uli *zlcb = ztjr(); { if (zlcb != pxnd) { for (_si tsyn = 0; tsyn <= 12; tsyn += 1) { zlcb[tsyn] = pxnd[tsyn]; } } } { ; } { pxnd[(((plgo) / (47)))] &= ((((((_uli)(1)) << ((plgo % 47)))) - ((_uli)(1)))); for (_si djna = 1 + (((plgo) / (47))); djna <= 12; djna += 1) { pxnd[djna] = 0; } } pesg(pxnd, pxnd, oqdv); { pxnd[(((plgo) / (47)))] &= ((((((_uli)(1)) << ((plgo % 47)))) - ((_uli)(1)))); for (_si ropn = 1 + (((plgo) / (47))); ropn <= 12; ropn += 1) { pxnd[ropn] = 0; } } { _uli *axny = cxsb(); _uli *wkhy = wfdc(); _uli *cdtk = rbgz(); _uli *jewf = bisc(); for (_si ssew = 0; ssew <= 12; ssew += 1) { axny[ssew] = ((pxnd[ssew]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wkhy[ssew] = ((pxnd[ssew]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cdtk[ssew] = ((sajs[ssew]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jewf[ssew] = ((sajs[ssew]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lgqo = 0; lgqo <= 12; lgqo += 1) { pxnd[lgqo] = 0; } } for (_si arjz = 0; arjz <= (-1 + (((13) >> (1)))); arjz += 1) { for (_si howp = 0; howp <= (-1 + (((13) >> (1)))); howp += 1) { _uli qkdm = axny[arjz] * jewf[howp] + cdtk[howp] * wkhy[arjz]; _uli rxll = axny[arjz] * cdtk[howp]; _uli fhnr = jewf[howp] * wkhy[arjz]; _uli pufa = ((pxnd[arjz + howp]) + (rxll) + (((((qkdm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pufa < rxll) { fhnr += 1; } _uli jsur = ((((qkdm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fhnr) << ((-47 + (((sizeof(_uli)) << (3)))))))); pxnd[arjz + howp] = pufa; pxnd[1 + arjz + howp] += jsur; } apxl(pxnd); } { _uc *phqs = (_uc *)(axny); for (_si ftoo = 0; ftoo <= 360; ftoo += 1) { phqs[ftoo] = (_uc)(1 + phqs[ftoo]) * (_uc)(255 + phqs[1 + ftoo]); } phqs[361] = 0; } { _uc *mihl = (_uc *)(wkhy); for (_si fwjy = 0; fwjy <= 360; fwjy += 1) { mihl[fwjy] = (_uc)(255 + mihl[1 + fwjy]) * (_uc)(1 + mihl[fwjy]); } mihl[361] = 0; } zpbt(cdtk); akbw(jewf); } ueql(pxnd, pxnd, zlcb); { _si vllp = (plgo % 47); _si yrmc = ((plgo) / (47)); _si remj = plgo; if (remj > (8 * sizeof(_uli))) { remj = -1; } if (yrmc >= 13) { wxsr(pxnd); } else { _uli zywi = (((((_uli)(1)) << (vllp))) - ((_uli)(1))); if (remj < 0) { pxnd[0] = 0; } else { pxnd[0] = ((((pxnd[0]) & (~zywi))) >> (remj)); }; if (yrmc != 0) { pxnd[0] += ((((pxnd[yrmc]) & (~zywi))) >> (vllp)); } for (_si uzvu = 1; uzvu <= (12 - yrmc); uzvu += 1) { pxnd[-1 + uzvu] += ((((((pxnd[uzvu + yrmc]) & (zywi))) << (-vllp + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pxnd[uzvu] = ((((pxnd[uzvu + yrmc]) & (~zywi))) >> (vllp)); } for (_si rbzc = 13 - yrmc; rbzc <= 12; rbzc += 1) { pxnd[rbzc] = 0; } }; } idtt(zlcb, pxnd, sajs); _si oexr = jmkk(zlcb); if (!oexr) { { if (pxnd != zlcb) { for (_si fzpl = 0; fzpl <= 12; fzpl += 1) { pxnd[fzpl] = zlcb[fzpl]; } } } } { _uc *twxx = (_uc *)(zlcb); for (_si idvf = 0; idvf <= 360; idvf += 1) { twxx[idvf] = (_uc)(255 + twxx[1 + idvf]) * (_uc)(1 + twxx[idvf]); } twxx[361] = 0; } } } void fnsz(_uli *shkc, _uli *uvnb, _uli *qsag) { for (_si zxgi = 0; zxgi <= 12; zxgi += 1) { shkc[zxgi] = -qsag[zxgi] + uvnb[zxgi]; } { _si ifti; { ifti = 0; _uli oxfz = 19; for (_si vzkg = 12; vzkg >= 0; vzkg -= 1) { if (shkc[vzkg] != 0) { ifti = ((((shkc[vzkg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ifti) { rnwm(shkc, shkc); } for (_si aoum = 0; aoum <= 11; aoum += 1) { if (((((shkc[aoum]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { shkc[1 + aoum] -= 1; } else { shkc[1 + aoum] += ((shkc[aoum]) >> (47)); }; shkc[aoum] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } shkc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ifti) { { for (_si txhw = 0; txhw <= 12; txhw += 1) { shkc[txhw] = -shkc[txhw]; } } } } } void sdyq(_si ipjf, _uli *kswx, _uli *ihll, _uli *zfta, _uli *yuqe, _uli *euwg, _uli *hkuz) { _uli *dfnm = vopv(); { if (dfnm != euwg) { for (_si lsrq = 0; lsrq <= 12; lsrq += 1) { dfnm[lsrq] = euwg[lsrq]; } } } { { if (yuqe != zfta) { for (_si gkqr = 0; gkqr <= 12; gkqr += 1) { yuqe[gkqr] = zfta[gkqr]; } } } } _si xaxy = 0; for (_si xvqx = 12; xvqx >= 0; xvqx -= 1) { _uli wfhb = hkuz[xvqx]; _uli ejvt = (((_uli)(1)) << (46)); while (ejvt != 0) { _si tdow = ((((wfhb) & (ejvt))) != (0)); if (xaxy || tdow) { { { _uli *ipnq = qidh(); _uli *fagn = eulu(); for (_si bfsc = 0; bfsc <= 12; bfsc += 1) { ipnq[bfsc] = ((yuqe[bfsc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fagn[bfsc] = ((yuqe[bfsc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qzoa = 0; qzoa <= 12; qzoa += 1) { yuqe[qzoa] = 0; } } for (_si wsqb = 0; wsqb <= (-1 + (((13) >> (1)))); wsqb += 1) { for (_si ihoi = 0; ihoi <= (-1 + (((13) >> (1)))); ihoi += 1) { _uli cuyo = fagn[ihoi] * ipnq[wsqb] + fagn[wsqb] * ipnq[ihoi]; _uli cqee = ipnq[ihoi] * ipnq[wsqb]; _uli theq = fagn[ihoi] * fagn[wsqb]; _uli qxzj = ((yuqe[ihoi + wsqb]) + (cqee) + (((((cuyo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qxzj < cqee) { theq += 1; } _uli qbim = ((((cuyo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((theq) << ((-47 + (((sizeof(_uli)) << (3)))))))); yuqe[ihoi + wsqb] = qxzj; yuqe[1 + ihoi + wsqb] += qbim; } vsqu(yuqe); } fwwa(ipnq); { _uc *fxuu = (_uc *)(fagn); for (_si hwef = 0; hwef <= 360; hwef += 1) { fxuu[hwef] = (_uc)(255 + fxuu[1 + hwef]) * (_uc)(1 + fxuu[hwef]); } fxuu[361] = 0; } } { _uli *gtua = uich(); { if (gtua != yuqe) { for (_si gssh = 0; gssh <= 12; gssh += 1) { gtua[gssh] = yuqe[gssh]; } } } { ; } { yuqe[(((ipjf) / (47)))] &= ((((((_uli)(1)) << ((ipjf % 47)))) - ((_uli)(1)))); for (_si zpwh = 1 + (((ipjf) / (47))); zpwh <= 12; zpwh += 1) { yuqe[zpwh] = 0; } } jwqv(yuqe, yuqe, ihll); cgng(ipjf, yuqe); sdkj(yuqe, yuqe, kswx); { for (_si xhul = 0; xhul <= 12; xhul += 1) { yuqe[xhul] = gtua[xhul] + yuqe[xhul]; } { _si dwtb = uorc(yuqe); if (dwtb) { { for (_si xsgg = 0; xsgg <= 12; xsgg += 1) { yuqe[xsgg] = -yuqe[xsgg]; } } } for (_si zcfl = 0; zcfl <= 11; zcfl += 1) { if (((((yuqe[zcfl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yuqe[1 + zcfl] -= 1; } else { yuqe[1 + zcfl] += ((yuqe[zcfl]) >> (47)); }; yuqe[zcfl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yuqe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dwtb) { { for (_si lwac = 0; lwac <= 12; lwac += 1) { yuqe[lwac] = -yuqe[lwac]; } } } } } cfwe(yuqe, ipjf); dwnn(gtua, yuqe, kswx); _si cdwm = grhp(gtua); if (!cdwm) { { if (yuqe != gtua) { for (_si hnnz = 0; hnnz <= 12; hnnz += 1) { yuqe[hnnz] = gtua[hnnz]; } } } } jpdm(gtua); } } if (tdow) { { oidg(yuqe, yuqe, dfnm); { _uli *fviy = ofhj(); { if (fviy != yuqe) { for (_si jdpq = 0; jdpq <= 12; jdpq += 1) { fviy[jdpq] = yuqe[jdpq]; } } } { ; } { yuqe[(((ipjf) / (47)))] &= ((((((_uli)(1)) << ((ipjf % 47)))) - ((_uli)(1)))); for (_si qgpb = 1 + (((ipjf) / (47))); qgpb <= 12; qgpb += 1) { yuqe[qgpb] = 0; } } zujz(yuqe, yuqe, ihll); { yuqe[(((ipjf) / (47)))] &= ((((((_uli)(1)) << ((ipjf % 47)))) - ((_uli)(1)))); for (_si jafm = 1 + (((ipjf) / (47))); jafm <= 12; jafm += 1) { yuqe[jafm] = 0; } } { _uli *dxdp = sdtj(); _uli *rleh = lcnh(); _uli *mryz = feld(); _uli *tlct = ofhj(); for (_si yukh = 0; yukh <= 12; yukh += 1) { dxdp[yukh] = ((yuqe[yukh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rleh[yukh] = ((yuqe[yukh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mryz[yukh] = ((kswx[yukh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tlct[yukh] = ((kswx[yukh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ldfp = 0; ldfp <= 12; ldfp += 1) { yuqe[ldfp] = 0; } } for (_si lmny = 0; lmny <= (-1 + (((13) >> (1)))); lmny += 1) { for (_si ouul = 0; ouul <= (-1 + (((13) >> (1)))); ouul += 1) { _uli dkgb = dxdp[lmny] * tlct[ouul] + mryz[ouul] * rleh[lmny]; _uli ziye = dxdp[lmny] * mryz[ouul]; _uli fytl = rleh[lmny] * tlct[ouul]; _uli wsim = ((yuqe[lmny + ouul]) + (ziye) + (((((dkgb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wsim < ziye) { fytl += 1; } _uli klfb = ((((dkgb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fytl) << ((-47 + (((sizeof(_uli)) << (3)))))))); yuqe[lmny + ouul] = wsim; yuqe[1 + lmny + ouul] += klfb; } { for (_si bslu = 0; bslu <= 11; bslu += 1) { yuqe[1 + bslu] += ((yuqe[bslu]) >> (47)); yuqe[bslu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yuqe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } awun(dxdp); kgqn(rleh); fwwa(mryz); yuaa(tlct); } { for (_si wlka = 0; wlka <= 12; wlka += 1) { yuqe[wlka] = fviy[wlka] + yuqe[wlka]; } mhtm(yuqe); } foof(yuqe, ipjf); { for (_si eaji = 0; eaji <= 12; eaji += 1) { fviy[eaji] = -kswx[eaji] + yuqe[eaji]; } { _si qesi; { qesi = 0; _uli nfwi = 19; for (_si bvfn = 12; bvfn >= 0; bvfn -= 1) { if (fviy[bvfn] != 0) { qesi = ((((fviy[bvfn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qesi) { { for (_si taxt = 0; taxt <= 12; taxt += 1) { fviy[taxt] = -fviy[taxt]; } } } for (_si gxfw = 0; gxfw <= 11; gxfw += 1) { if (((((fviy[gxfw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fviy[1 + gxfw] -= 1; } else { fviy[1 + gxfw] += ((fviy[gxfw]) >> (47)); }; fviy[gxfw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fviy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qesi) { { for (_si ueig = 0; ueig <= 12; ueig += 1) { fviy[ueig] = -fviy[ueig]; } } } } } _si emhu; { emhu = 0; _uli dlnj = 19; for (_si tzwg = 12; tzwg >= 0; tzwg -= 1) { if (fviy[tzwg] != 0) { emhu = ((((fviy[tzwg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!emhu) { qoqy(yuqe, fviy); } ylpy(fviy); } } } xaxy = 1; } ejvt >>= 1; } } yzrn(dfnm); } void ummz(_uli *tdhi, _uli *uszm, _uli *hwnh) { for (_si gtfd = 0; gtfd <= 12; gtfd += 1) { tdhi[gtfd] = -hwnh[gtfd] + uszm[gtfd]; } { _si izdw; { izdw = 0; _uli qoni = 19; for (_si asqo = 12; asqo >= 0; asqo -= 1) { if (tdhi[asqo] != 0) { izdw = ((((tdhi[asqo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (izdw) { { for (_si nbnr = 0; nbnr <= 12; nbnr += 1) { tdhi[nbnr] = -tdhi[nbnr]; } } } for (_si urkr = 0; urkr <= 11; urkr += 1) { if (((((tdhi[urkr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tdhi[1 + urkr] -= 1; } else { tdhi[1 + urkr] += ((tdhi[urkr]) >> (47)); }; tdhi[urkr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tdhi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (izdw) { { for (_si ilud = 0; ilud <= 12; ilud += 1) { tdhi[ilud] = -tdhi[ilud]; } } } } } void omfg(_uli *kopj, _uli *wgec, _uli *typq) { for (_si nlqd = 0; nlqd <= 12; nlqd += 1) { kopj[nlqd] = typq[nlqd] + wgec[nlqd]; } kxwm(kopj); } void xehk(_uc *gomk) { _uc *ewje = (_uc *)(gomk); for (_si qaac = 0; qaac <= 360; qaac += 1) { ewje[qaac] = (_uc)(1 + ewje[qaac]) * (_uc)(255 + ewje[1 + qaac]); } ewje[361] = 0; } void cili(_uli *amxp, _uli *ckob, _uli *ahdr) { _uli *kxmw = yjoq(); _uli *ztwi = uzhu(); _uli *zwwp = pguw(); _uli *xgee = mlwr(); for (_si yres = 0; yres <= 12; yres += 1) { kxmw[yres] = ((ckob[yres]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ztwi[yres] = ((ckob[yres]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zwwp[yres] = ((ahdr[yres]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xgee[yres] = ((ahdr[yres]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si krne = 0; krne <= 12; krne += 1) { amxp[krne] = 0; } } for (_si txoa = 0; txoa <= (-1 + (((13) >> (1)))); txoa += 1) { for (_si vbxz = 0; vbxz <= (-1 + (((13) >> (1)))); vbxz += 1) { _uli mxge = kxmw[txoa] * xgee[vbxz] + ztwi[txoa] * zwwp[vbxz]; _uli bazd = kxmw[txoa] * zwwp[vbxz]; _uli sxzb = xgee[vbxz] * ztwi[txoa]; _uli aobt = ((amxp[txoa + vbxz]) + (bazd) + (((((mxge) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (aobt < bazd) { sxzb += 1; } _uli dgej = ((((mxge) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((sxzb) << ((-47 + (((sizeof(_uli)) << (3)))))))); amxp[txoa + vbxz] = aobt; amxp[1 + txoa + vbxz] += dgej; } { for (_si kimc = 0; kimc <= 11; kimc += 1) { amxp[1 + kimc] += ((amxp[kimc]) >> (47)); amxp[kimc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } amxp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } cfmy(kxmw); vpra(ztwi); { _uc *inao = (_uc *)(zwwp); for (_si tsmq = 0; tsmq <= 360; tsmq += 1) { inao[tsmq] = (_uc)(1 + inao[tsmq]) * (_uc)(255 + inao[1 + tsmq]); } inao[361] = 0; } { _uc *uptp = (_uc *)(xgee); for (_si wqtv = 0; wqtv <= 360; wqtv += 1) { uptp[wqtv] = (_uc)(255 + uptp[1 + wqtv]) * (_uc)(1 + uptp[wqtv]); } uptp[361] = 0; } } _uli *chwr() { ; _uli *lrma; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; lrma = (_uli *)(_m + 362 * _s); break; } _s += 1; } return lrma; } void ksrg(_uli *mlo) { _uc *zdsg = (_uc *)(mlo); for (_si znqy = 0; znqy <= 360; znqy += 1) { zdsg[znqy] = (_uc)(1 + zdsg[znqy]) * (_uc)(255 + zdsg[1 + znqy]); } zdsg[361] = 0; } void qoqy(_uli *btix, _uli *gyup) { if (btix != gyup) { for (_si imue = 0; imue <= 12; imue += 1) { btix[imue] = gyup[imue]; } } } void ixdm(_uli *ezmv, _uli *etvm, _uli *zzik) { _uli *xetw = zxux(); _uli *ezkz = rbou(); _uli *eprq = rhkk(); _uli *kvpy = ifws(); for (_si hzcw = 0; hzcw <= 44; hzcw += 1) { xetw[hzcw] = ((etvm[hzcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ezkz[hzcw] = ((etvm[hzcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); eprq[hzcw] = ((zzik[hzcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kvpy[hzcw] = ((zzik[hzcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si iihu = 0; iihu <= 44; iihu += 1) { ezmv[iihu] = 0; } } for (_si kheo = 0; kheo <= (-1 + (((45) >> (1)))); kheo += 1) { for (_si kdva = 0; kdva <= (-1 + (((45) >> (1)))); kdva += 1) { _uli xada = eprq[kdva] * ezkz[kheo] + kvpy[kdva] * xetw[kheo]; _uli zomq = eprq[kdva] * xetw[kheo]; _uli oxpx = ezkz[kheo] * kvpy[kdva]; _uli uics = ((ezmv[kdva + kheo]) + (zomq) + (((((xada) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uics < zomq) { oxpx += 1; } _uli eexb = ((((xada) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((oxpx) << ((-47 + (((sizeof(_uli)) << (3)))))))); ezmv[kdva + kheo] = uics; ezmv[1 + kdva + kheo] += eexb; } qgwi(ezmv); } { _uc *obat = (_uc *)(xetw); for (_si cprp = 0; cprp <= 360; cprp += 1) { obat[cprp] = (_uc)(1 + obat[cprp]) * (_uc)(255 + obat[1 + cprp]); } obat[361] = 0; } { _uc *jwpi = (_uc *)(ezkz); for (_si zjer = 0; zjer <= 360; zjer += 1) { jwpi[zjer] = (_uc)(255 + jwpi[1 + zjer]) * (_uc)(1 + jwpi[zjer]); } jwpi[361] = 0; } { _uc *omfi = (_uc *)(eprq); for (_si pkjh = 0; pkjh <= 360; pkjh += 1) { omfi[pkjh] = (_uc)(1 + omfi[pkjh]) * (_uc)(255 + omfi[1 + pkjh]); } omfi[361] = 0; } jsah(kvpy); } _uli *nayy() { ; _uli *fnuj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; fnuj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return fnuj; } void wfrx(_uli *orns, _uli *lucc, _uli *mxmm) { for (_si tbpb = 0; tbpb <= 12; tbpb += 1) { orns[tbpb] = lucc[tbpb] - mxmm[tbpb]; } { _si jimo = oqxd(orns); if (jimo) { { for (_si awxq = 0; awxq <= 12; awxq += 1) { orns[awxq] = -orns[awxq]; } } } for (_si ffzb = 0; ffzb <= 11; ffzb += 1) { if (((((orns[ffzb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { orns[1 + ffzb] -= 1; } else { orns[1 + ffzb] += ((orns[ffzb]) >> (47)); }; orns[ffzb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } orns[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jimo) { { for (_si groc = 0; groc <= 12; groc += 1) { orns[groc] = -orns[groc]; } } } } } void cfwe(_uli *pvsd, _si qmvb) { _si znww = (qmvb % 47); _si wwuv = ((qmvb) / (47)); _si hgta = qmvb; if (hgta > (8 * sizeof(_uli))) { hgta = -1; } if (wwuv >= 13) { { for (_si albk = 0; albk <= 12; albk += 1) { pvsd[albk] = 0; } } } else { _uli rnjl = (((((_uli)(1)) << (znww))) - ((_uli)(1))); if (hgta < 0) { pvsd[0] = 0; } else { pvsd[0] = ((((pvsd[0]) & (~rnjl))) >> (hgta)); }; if (wwuv != 0) { pvsd[0] += ((((pvsd[wwuv]) & (~rnjl))) >> (znww)); } for (_si ynph = 1; ynph <= (12 - wwuv); ynph += 1) { pvsd[-1 + ynph] += ((((((pvsd[wwuv + ynph]) & (rnjl))) << (-znww + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pvsd[ynph] = ((((pvsd[wwuv + ynph]) & (~rnjl))) >> (znww)); } for (_si qpda = 13 - wwuv; qpda <= 12; qpda += 1) { pvsd[qpda] = 0; } }; } _si oobj(_uli *lmot) { _si uqpe = 0; _uli yycm = 19; for (_si livn = 44; livn >= 0; livn -= 1) { if (lmot[livn] != 0) { uqpe = ((((lmot[livn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return uqpe; } void ebpj(_si ksia, _uli *lgyu, _uli *iljw, _uli *oemh) { { if (iljw != oemh) { for (_si pgxy = 0; pgxy <= 12; pgxy += 1) { iljw[pgxy] = oemh[pgxy]; } } } wuux(iljw, ksia); hmib(iljw, iljw, lgyu); } void vip(_uc *tyoc, _uc *fiau, _si ndkj) { _ui *fsn = (_ui *)(tyoc + 0); _ui *wanq = (_ui *)(tyoc + 128); _uc *ldxl = (_uc *)(fsn); for (_si mlat = 0; mlat <= (-1 + ndkj); mlat += 1) { if (wanq[0] >= 64) { azie(tyoc); wanq[0] = 0; } fiau[mlat] ^= ldxl[wanq[0]]; wanq[0] += 1; } } void wpb(_ui *nufy, _si hzn, _si inle, _si sups, _si cesy) { nufy[hzn] += nufy[inle]; nufy[cesy] ^= nufy[hzn]; nufy[cesy] = ((((nufy[cesy]) << (16))) | (((nufy[cesy]) >> (16)))); nufy[sups] += nufy[cesy]; nufy[inle] ^= nufy[sups]; nufy[inle] = ((((nufy[inle]) << (12))) | (((nufy[inle]) >> (20)))); nufy[hzn] += nufy[inle]; nufy[cesy] ^= nufy[hzn]; nufy[cesy] = ((((nufy[cesy]) << (8))) | (((nufy[cesy]) >> (24)))); nufy[sups] += nufy[cesy]; nufy[inle] ^= nufy[sups]; nufy[inle] = ((((nufy[inle]) << (7))) | (((nufy[inle]) >> (25)))); } _si nyoh(_uli *hgqu) { _si qtop = 0; _uli lspe = 19; for (_si xehr = 12; xehr >= 0; xehr -= 1) { if (hgqu[xehr] != 0) { qtop = ((((hgqu[xehr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qtop; } void slmm(_uli *dga) { _si tim; { tim = 0; _uli wmvi = 19; for (_si ernz = 12; ernz >= 0; ernz -= 1) { if (dga[ernz] != 0) { tim = ((((dga[ernz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tim) { { for (_si fonr = 0; fonr <= 12; fonr += 1) { dga[fonr] = -dga[fonr]; } } } for (_si ivg = 0; ivg <= 11; ivg += 1) { if (((((dga[ivg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dga[1 + ivg] -= 1; } else { dga[1 + ivg] += ((dga[ivg]) >> (47)); }; dga[ivg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dga[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tim) { { for (_si qft = 0; qft <= 12; qft += 1) { dga[qft] = -dga[qft]; } } } } void xgdi(_uc *lmgf, _uc *sgca, _uc *fzwg, _si hubc) { _uc *wiqf = (_uc *)(lmgf + 0); { _uc *zcle = (_uc *)(lmgf + 0); _uli *tavg = (_uli *)(lmgf + 352); _si cgcg = (_si)(((tavg[0]) & (63))); tavg[0] += hubc; for (_si kpx = 0; kpx <= (-1 + hubc); kpx += 1) { zcle[cgcg] = fzwg[kpx]; cgcg += 1; if (cgcg == 64) { wcc(lmgf); cgcg = 0; } } } _uli *kjez = (_uli *)(lmgf + 352); nlnp(lmgf); for (_si tpuc = 0; tpuc <= 31; tpuc += 1) { sgca[tpuc] = wiqf[tpuc]; } } void nfob(_uc *bgil, _uc *zuxy, _uc *ajen, _si bsbi) { { { _ui *ncft = (_ui *)(bgil + 64); for (_si wphc = 0; wphc <= 7; wphc += 1) { ncft[4 + wphc] = (((_ui)((zuxy + 4 * wphc)[0])) + ((((_ui)((zuxy + 4 * wphc)[1])) << (8))) + ((((_ui)((zuxy + 4 * wphc)[2])) << (16))) + ((((_ui)((zuxy + 4 * wphc)[3])) << (24)))); } } _ui *kkie = (_ui *)(bgil + 64); _ui *guii = (_ui *)(bgil + 128); for (_si leaw = 0; leaw <= 3; leaw += 1) { kkie[leaw] = (((_ui)(((_uc *)(_m + 48146) + 4 * leaw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * leaw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * leaw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * leaw)[3])) << (24)))); } for (_si xvzu = 0; xvzu <= 3; xvzu += 1) { kkie[12 + xvzu] = 0; _m[65162] += 1; } guii[0] = 3904225602; } { _ui *uyyt = (_ui *)(bgil + 0); _ui *nfgq = (_ui *)(bgil + 128); _uc *cber = (_uc *)(uyyt); for (_si irzt = 0; irzt <= (-1 + bsbi); irzt += 1) { if (nfgq[0] >= 64) { { _ui *efha = (_ui *)(bgil + 0); _ui *mptn = (_ui *)(bgil + 64); for (_si sbtd = 0; sbtd <= 15; sbtd += 1) { efha[sbtd] = mptn[sbtd]; } for (_si gxty = 0; gxty <= 9; gxty += 1) { { efha[0] += efha[4]; efha[12] ^= efha[0]; efha[12] = ((((efha[12]) << (16))) | (((efha[12]) >> (16)))); efha[8] += efha[12]; efha[4] ^= efha[8]; efha[4] = ((((efha[4]) << (12))) | (((efha[4]) >> (20)))); efha[0] += efha[4]; efha[12] ^= efha[0]; efha[12] = ((((efha[12]) << (8))) | (((efha[12]) >> (24)))); efha[8] += efha[12]; efha[4] ^= efha[8]; efha[4] = ((((efha[4]) << (7))) | (((efha[4]) >> (25)))); } { efha[1] += efha[5]; efha[13] ^= efha[1]; efha[13] = ((((efha[13]) << (16))) | (((efha[13]) >> (16)))); efha[9] += efha[13]; efha[5] ^= efha[9]; efha[5] = ((((efha[5]) << (12))) | (((efha[5]) >> (20)))); efha[1] += efha[5]; efha[13] ^= efha[1]; efha[13] = ((((efha[13]) << (8))) | (((efha[13]) >> (24)))); efha[9] += efha[13]; efha[5] ^= efha[9]; efha[5] = ((((efha[5]) << (7))) | (((efha[5]) >> (25)))); } { efha[2] += efha[6]; efha[14] ^= efha[2]; efha[14] = ((((efha[14]) << (16))) | (((efha[14]) >> (16)))); efha[10] += efha[14]; efha[6] ^= efha[10]; efha[6] = ((((efha[6]) << (12))) | (((efha[6]) >> (20)))); efha[2] += efha[6]; efha[14] ^= efha[2]; efha[14] = ((((efha[14]) << (8))) | (((efha[14]) >> (24)))); efha[10] += efha[14]; efha[6] ^= efha[10]; efha[6] = ((((efha[6]) << (7))) | (((efha[6]) >> (25)))); } wnqj(efha, 3, 7, 11, 15); kgqs(efha, 0, 5, 10, 15); vbjy(efha, 1, 6, 11, 12); { efha[2] += efha[7]; efha[13] ^= efha[2]; efha[13] = ((((efha[13]) << (16))) | (((efha[13]) >> (16)))); efha[8] += efha[13]; efha[7] ^= efha[8]; efha[7] = ((((efha[7]) << (12))) | (((efha[7]) >> (20)))); efha[2] += efha[7]; efha[13] ^= efha[2]; efha[13] = ((((efha[13]) << (8))) | (((efha[13]) >> (24)))); efha[8] += efha[13]; efha[7] ^= efha[8]; efha[7] = ((((efha[7]) << (7))) | (((efha[7]) >> (25)))); } { efha[3] += efha[4]; efha[14] ^= efha[3]; efha[14] = ((((efha[14]) << (16))) | (((efha[14]) >> (16)))); efha[9] += efha[14]; efha[4] ^= efha[9]; efha[4] = ((((efha[4]) << (12))) | (((efha[4]) >> (20)))); efha[3] += efha[4]; efha[14] ^= efha[3]; efha[14] = ((((efha[14]) << (8))) | (((efha[14]) >> (24)))); efha[9] += efha[14]; efha[4] ^= efha[9]; efha[4] = ((((efha[4]) << (7))) | (((efha[4]) >> (25)))); } _m[65163] += 1; } for (_si hsla = 0; hsla <= 15; hsla += 1) { efha[hsla] += mptn[hsla]; } mptn[12] += 1; if (mptn[12] == 0) { mptn[13] += 1; } } nfgq[0] = 0; } ajen[irzt] ^= cber[nfgq[0]]; nfgq[0] += 1; } } } void nkvm(_uli *klao, _uli *zfhl, _uli *qiea) { _uli *lwth = sdtj(); _uli *knvv = bbnw(); _uli *auso = lej(); _uli *xklz = ihpr(); for (_si cmhp = 0; cmhp <= 12; cmhp += 1) { lwth[cmhp] = ((zfhl[cmhp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); knvv[cmhp] = ((zfhl[cmhp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); auso[cmhp] = ((qiea[cmhp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xklz[cmhp] = ((qiea[cmhp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vfif = 0; vfif <= 12; vfif += 1) { klao[vfif] = 0; } } for (_si rmej = 0; rmej <= (-1 + (((13) >> (1)))); rmej += 1) { for (_si gsbj = 0; gsbj <= (-1 + (((13) >> (1)))); gsbj += 1) { _uli jmvs = auso[gsbj] * knvv[rmej] + lwth[rmej] * xklz[gsbj]; _uli uamk = auso[gsbj] * lwth[rmej]; _uli blep = knvv[rmej] * xklz[gsbj]; _uli glph = ((klao[gsbj + rmej]) + (uamk) + (((((jmvs) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (glph < uamk) { blep += 1; } _uli edfm = ((((jmvs) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((blep) << ((-47 + (((sizeof(_uli)) << (3)))))))); klao[gsbj + rmej] = glph; klao[1 + gsbj + rmej] += edfm; } dtjf(klao); } { _uc *hola = (_uc *)(lwth); for (_si aygy = 0; aygy <= 360; aygy += 1) { hola[aygy] = (_uc)(1 + hola[aygy]) * (_uc)(255 + hola[1 + aygy]); } hola[361] = 0; } { _uc *fogi = (_uc *)(knvv); for (_si gfpj = 0; gfpj <= 360; gfpj += 1) { fogi[gfpj] = (_uc)(255 + fogi[1 + gfpj]) * (_uc)(1 + fogi[gfpj]); } fogi[361] = 0; } gckn(auso); { _uc *dyqo = (_uc *)(xklz); for (_si zjic = 0; zjic <= 360; zjic += 1) { dyqo[zjic] = (_uc)(255 + dyqo[1 + zjic]) * (_uc)(1 + dyqo[zjic]); } dyqo[361] = 0; } } void qcsv(_uc *nqph, _uc *fybd, _si vndx) { _uc *bib = (_uc *)(nqph + 0); _uli *lfaf = (_uli *)(nqph + 352); _si jgzp = (_si)(((lfaf[0]) & (63))); lfaf[0] += vndx; for (_si qipz = 0; qipz <= (-1 + vndx); qipz += 1) { bib[jgzp] = fybd[qipz]; jgzp += 1; if (jgzp == 64) { { _uc *cuk = (_uc *)(nqph + 0); _ui *xoff = (_ui *)(nqph + 64); _ui *ygbx = (_ui *)(nqph + 96); _si jqsl = 0; _ui zrzn = 0; _ui ptx = 0; _ui wfx = 0; _ui stpb = 0; _ui necz = 0; _ui bemb = 0; for (_si jel = 0; jel <= 15; jel += 1) { ygbx[jel] = (((((((((_ui)(cuk[jqsl])) << (24))) | ((((_ui)(cuk[1 + jqsl])) << (16))))) | ((((_ui)(cuk[2 + jqsl])) << (8))))) | ((_ui)(cuk[3 + jqsl]))); jqsl += 4; } for (_si pkhm = 16; pkhm <= 31; pkhm += 1) { zrzn = ((((((((ygbx[-15 + pkhm]) >> (7))) | (((ygbx[-15 + pkhm]) << (25))))) ^ (((((ygbx[-15 + pkhm]) >> (18))) | (((ygbx[-15 + pkhm]) << (14))))))) ^ (((ygbx[-15 + pkhm]) >> (3)))); stpb = ((((((((ygbx[-2 + pkhm]) >> (17))) | (((ygbx[-2 + pkhm]) << (15))))) ^ (((((ygbx[-2 + pkhm]) >> (19))) | (((ygbx[-2 + pkhm]) << (13))))))) ^ (((ygbx[-2 + pkhm]) >> (10)))); ygbx[pkhm] = stpb + ygbx[-7 + pkhm] + ygbx[-16 + pkhm] + zrzn; _m[65160] += 1; } _ui sfs = xoff[0]; _ui avhg = xoff[1]; _ui xep = xoff[2]; _ui rxmm = xoff[3]; _ui vizj = xoff[4]; _ui oplm = xoff[5]; _ui sjdg = xoff[6]; _ui zmqk = xoff[7]; for (_si aeam = 0; aeam <= 31; aeam += 1) { zrzn = ((((((((sfs) >> (2))) | (((sfs) << (30))))) ^ (((((sfs) >> (13))) | (((sfs) << (19))))))) ^ (((((sfs) >> (22))) | (((sfs) << (10)))))); ptx = ((((((sfs) & (avhg))) ^ (((sfs) & (xep))))) ^ (((avhg) & (xep)))); wfx = ptx + zrzn; stpb = ((((((((vizj) >> (6))) | (((vizj) << (26))))) ^ (((((vizj) >> (11))) | (((vizj) << (21))))))) ^ (((((vizj) >> (25))) | (((vizj) << (7)))))); necz = ((((vizj) & (oplm))) ^ (((~vizj) & (sjdg)))); bemb = stpb + necz + ygbx[aeam] + zmqk + *(((_ui *)(_m + 246160) + aeam)); zmqk = sjdg; sjdg = oplm; oplm = vizj; vizj = bemb + rxmm; rxmm = xep; xep = avhg; avhg = sfs; sfs = bemb + wfx; _m[65161] += 1; } xoff[0] += sfs; xoff[1] += avhg; xoff[2] += xep; xoff[3] += rxmm; xoff[4] += vizj; xoff[5] += oplm; xoff[6] += sjdg; xoff[7] += zmqk; } jgzp = 0; } } } void paxr(_uc *ufqf) { _uc *boyo = (_uc *)(ufqf); for (_si zkrh = 0; zkrh <= 360; zkrh += 1) { boyo[zkrh] = (_uc)(1 + boyo[zkrh]) * (_uc)(255 + boyo[1 + zkrh]); } boyo[361] = 0; } void gkol(_uli *wvap) { _si zrdb; { zrdb = 0; _uli vjxz = 19; for (_si zdpv = 12; zdpv >= 0; zdpv -= 1) { if (wvap[zdpv] != 0) { zrdb = ((((wvap[zdpv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zrdb) { slpx(wvap, wvap); } for (_si xydb = 0; xydb <= 11; xydb += 1) { if (((((wvap[xydb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wvap[1 + xydb] -= 1; } else { wvap[1 + xydb] += ((wvap[xydb]) >> (47)); }; wvap[xydb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wvap[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zrdb) { { for (_si oknv = 0; oknv <= 12; oknv += 1) { wvap[oknv] = -wvap[oknv]; } } } } void yacd(_uli *ybjv) { _si bhtq; { bhtq = 0; _uli uahy = 19; for (_si ewnm = 12; ewnm >= 0; ewnm -= 1) { if (ybjv[ewnm] != 0) { bhtq = ((((ybjv[ewnm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (bhtq) { { for (_si xstb = 0; xstb <= 12; xstb += 1) { ybjv[xstb] = -ybjv[xstb]; } } } for (_si haxa = 0; haxa <= 11; haxa += 1) { if (((((ybjv[haxa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ybjv[1 + haxa] -= 1; } else { ybjv[1 + haxa] += ((ybjv[haxa]) >> (47)); }; ybjv[haxa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ybjv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bhtq) { mxui(ybjv, ybjv); } } _uli *svrk() { ; _uli *rhyo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; rhyo = (_uli *)(_m + 362 * _s); break; } _s += 1; } return rhyo; } void xwox(_uli *wpbh, _uli *bynl, _uli *aqja, _uli *lbmn) { _uli *azzh = bota(); _uli *cnh = uich(); _uli *cacs = teuv(); _uli *jmte = tatg(); { _uc *cbnh = dbph(); _uc *qqvq = ((_uc *)(_m + 129596) + 0); _uc *bhxa = (_uc *)(azzh); for (_si buwx = 0; buwx <= 103; buwx += 1) { bhxa[buwx] = *(((_uc *)(_m + 237472) + buwx)); } { exln(cbnh, qqvq, 0); yck(cbnh, bhxa, 104); } } { _uc *shk = qnx(); _uc *efb = ((_uc *)(_m + 148782) + 0); _uc *zbwj = (_uc *)(cnh); for (_si mlg = 0; mlg <= 103; mlg += 1) { zbwj[mlg] = *(((_uc *)(_m + 233128) + mlg)); } fsp(shk, efb, zbwj, 104); } { _uli *qeox = nrlo(); _uli *ujex = lbnq(); _uli *fpb = bifd(); _uli *mpbo = hyda(); for (_si fmk = 0; fmk <= 12; fmk += 1) { qeox[fmk] = ((cnh[fmk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ujex[fmk] = ((cnh[fmk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fpb[fmk] = ((bynl[fmk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mpbo[fmk] = ((bynl[fmk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ewxv = 0; ewxv <= 12; ewxv += 1) { cacs[ewxv] = 0; } } for (_si xzvm = 0; xzvm <= (-1 + (((13) >> (1)))); xzvm += 1) { for (_si ecnp = 0; ecnp <= (-1 + (((13) >> (1)))); ecnp += 1) { _uli lqsv = fpb[ecnp] * ujex[xzvm] + mpbo[ecnp] * qeox[xzvm]; _uli irdf = fpb[ecnp] * qeox[xzvm]; _uli mmdg = mpbo[ecnp] * ujex[xzvm]; _uli ufpb = ((cacs[ecnp + xzvm]) + (irdf) + (((((lqsv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ufpb < irdf) { mmdg += 1; } _uli erzq = ((((lqsv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mmdg) << ((-47 + (((sizeof(_uli)) << (3)))))))); cacs[ecnp + xzvm] = ufpb; cacs[1 + ecnp + xzvm] += erzq; } { for (_si eve = 0; eve <= 11; eve += 1) { cacs[1 + eve] += ((cacs[eve]) >> (47)); cacs[eve] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cacs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *orl = (_uc *)(qeox); for (_si tnom = 0; tnom <= 360; tnom += 1) { orl[tnom] = (_uc)(255 + orl[1 + tnom]) * (_uc)(1 + orl[tnom]); } orl[361] = 0; } bswj(ujex); kgqn(fpb); pkvk(mpbo); } bfp(cacs, cacs, azzh); { _uli *pyfu = owme(); _uli *ifxc = ecoc(); idge(pyfu, cacs, ifxc, cacs, azzh); while (1) { _si mqo; { mqo = 0; _uli ywk = 19; for (_si nyl = 12; nyl >= 0; nyl -= 1) { if (cacs[nyl] != 0) { mqo = ((((cacs[nyl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mqo) { break; } yior(cacs, cacs, azzh); } while (1) { _si rtzb = oexm(cacs); if (!rtzb) { break; } { for (_si yqcb = 0; yqcb <= 12; yqcb += 1) { cacs[yqcb] = azzh[yqcb] + cacs[yqcb]; } gyf(cacs); } } { _uc *wls = (_uc *)(pyfu); for (_si bykn = 0; bykn <= 360; bykn += 1) { wls[bykn] = (_uc)(255 + wls[1 + bykn]) * (_uc)(1 + wls[bykn]); } wls[361] = 0; } { _uc *frdg = (_uc *)(ifxc); for (_si iaww = 0; iaww <= 360; iaww += 1) { frdg[iaww] = (_uc)(255 + frdg[1 + iaww]) * (_uc)(1 + frdg[iaww]); } frdg[361] = 0; } } { _uli *twhc = npmp(); _uli *rrf = ypfg(); _uli *fbkq = gmyg(); _uli *blo = spxt(); for (_si askb = 0; askb <= 12; askb += 1) { twhc[askb] = ((cacs[askb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rrf[askb] = ((cacs[askb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fbkq[askb] = ((lbmn[askb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); blo[askb] = ((lbmn[askb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si scxk = 0; scxk <= 12; scxk += 1) { cacs[scxk] = 0; } } for (_si qrt = 0; qrt <= (-1 + (((13) >> (1)))); qrt += 1) { for (_si ylx = 0; ylx <= (-1 + (((13) >> (1)))); ylx += 1) { _uli lyct = blo[ylx] * twhc[qrt] + fbkq[ylx] * rrf[qrt]; _uli kxph = fbkq[ylx] * twhc[qrt]; _uli nesl = blo[ylx] * rrf[qrt]; _uli bqz = ((cacs[qrt + ylx]) + (kxph) + (((((lyct) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bqz < kxph) { nesl += 1; } _uli ntq = ((((lyct) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nesl) << ((-47 + (((sizeof(_uli)) << (3)))))))); cacs[qrt + ylx] = bqz; cacs[1 + qrt + ylx] += ntq; } uhcy(cacs); } { _uc *onyk = (_uc *)(twhc); for (_si zoqh = 0; zoqh <= 360; zoqh += 1) { onyk[zoqh] = (_uc)(255 + onyk[1 + zoqh]) * (_uc)(1 + onyk[zoqh]); } onyk[361] = 0; } yzrn(rrf); awdg(fbkq); { _uc *ugjp = (_uc *)(blo); for (_si aus = 0; aus <= 360; aus += 1) { ugjp[aus] = (_uc)(255 + ugjp[1 + aus]) * (_uc)(1 + ugjp[aus]); } ugjp[361] = 0; } } { _uli *yfey = qmtt(); { { ; } _si vwvl = ixot(cacs); _si vna = ftrg(azzh); if (vwvl >= vna) { _si oaqo = 0; _uli tqdz = azzh[vna]; while (tqdz < (((((((_uli)(1)) << (47)))) >> (1)))) { oaqo += 1; tqdz <<= 1; } if (vna == 0) { oaqo += 47; vwvl += 1; vna += 1; } if (oaqo > 0) { hhn(cacs, oaqo); ypye(azzh, oaqo); } _si jbfa = -vna + vwvl; tqdz = azzh[vna]; _uli wvfl = azzh[-1 + vna]; for (_si aoa = jbfa; aoa >= 0; aoa -= 1) { __uint128_t mnia = cacs[1 + aoa + vna] * (__uint128_t)(((((_uli)(1)) << (47)))) + cacs[aoa + vna]; _uli vpt = 0; __uint128_t oek = ((mnia) / (tqdz)); __uint128_t bult = (mnia % tqdz); while (oek == ((((_uli)(1)) << (47))) || (oek * wvfl) > (cacs[-1 + aoa + vna] + ((((_uli)(1)) << (47))) * bult)) { oek -= 1; bult += tqdz; if (bult >= ((((_uli)(1)) << (47)))) { break; } } mnia = 0; for (_si bijr = 0; bijr <= vna; bijr += 1) { mnia += azzh[bijr] * oek; vpt = cacs[aoa + bijr]; if (mnia > vpt) { mnia -= vpt; vpt = mnia % ((((_uli)(1)) << (47))); mnia = ((mnia) / (((((_uli)(1)) << (47))))); if (vpt == 0) { cacs[aoa + bijr] = 0; } else { cacs[aoa + bijr] = ((1 + ~(_uli)(vpt)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); mnia += 1; }; } else { cacs[aoa + bijr] -= mnia; mnia = 0; }; } vpt = cacs[1 + aoa + vna]; if (mnia > vpt) { azzh[1 + aoa + vna] = -1 + oek; mnia = 0; for (_si qgk = 0; qgk <= vna; qgk += 1) { mnia += azzh[qgk] + cacs[aoa + qgk]; cacs[aoa + qgk] = mnia % ((((_uli)(1)) << (47))); mnia = ((mnia) / (((((_uli)(1)) << (47))))); } } else { azzh[1 + aoa + vna] = oek; cacs[1 + aoa + vna] -= mnia; }; } for (_si chlx = 0; chlx <= jbfa; chlx += 1) { yfey[chlx] = azzh[1 + chlx + vna]; cacs[1 + chlx + vna] = 0; } for (_si ehhm = 1 + jbfa; ehhm <= 12; ehhm += 1) { yfey[ehhm] = 0; } if (yfey != azzh) { for (_si cvyz = 1 + vna; cvyz <= (1 + vwvl); cvyz += 1) { azzh[cvyz] = 0; } if (oaqo > 0) { mpmu(azzh, oaqo); } } if (oaqo > 0) { { _si hoic = (oaqo % 47); _si rimv = ((oaqo) / (47)); _si fkqf = oaqo; if (fkqf > (8 * sizeof(_uli))) { fkqf = -1; } if (rimv >= 13) { ozxn(cacs); } else { _uli ghzl = (((((_uli)(1)) << (hoic))) - ((_uli)(1))); if (fkqf < 0) { cacs[0] = 0; } else { cacs[0] = ((((cacs[0]) & (~ghzl))) >> (fkqf)); }; if (rimv != 0) { cacs[0] += ((((cacs[rimv]) & (~ghzl))) >> (hoic)); } for (_si mkrp = 1; mkrp <= (12 - rimv); mkrp += 1) { cacs[-1 + mkrp] += ((((((cacs[mkrp + rimv]) & (ghzl))) << (-hoic + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cacs[mkrp] = ((((cacs[mkrp + rimv]) & (~ghzl))) >> (hoic)); } for (_si dnzs = 13 - rimv; dnzs <= 12; dnzs += 1) { cacs[dnzs] = 0; } }; } } } } kgqn(yfey); } uagf(cacs, cacs, aqja); mszm(cacs, cacs, azzh); { shdn(jmte, 1); } psxs(wpbh, cacs, jmte); kal(azzh); irzl(cnh); { _uc *olxn = (_uc *)(cacs); for (_si aaa = 0; aaa <= 360; aaa += 1) { olxn[aaa] = (_uc)(1 + olxn[aaa]) * (_uc)(255 + olxn[1 + aaa]); } olxn[361] = 0; } { _uc *xmbi = (_uc *)(jmte); for (_si bijx = 0; bijx <= 360; bijx += 1) { xmbi[bijx] = (_uc)(255 + xmbi[1 + bijx]) * (_uc)(1 + xmbi[bijx]); } xmbi[361] = 0; } } _uli *mkhm() { ; _uli *kbgn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; kbgn = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kbgn; } void ehpg(_si ksxs, _uli *viec) { viec[(((ksxs) / (47)))] &= ((((((_uli)(1)) << ((ksxs % 47)))) - ((_uli)(1)))); for (_si plt = 1 + (((ksxs) / (47))); plt <= 12; plt += 1) { viec[plt] = 0; } } void nybp(_uc *ejyv, _uc *ym, _si idt) { { _ui *eld = (_ui *)(ejyv + 64); for (_si vb = 0; vb <= 7; vb += 1) { eld[4 + vb] = (((_ui)((ym + 4 * vb)[0])) + ((((_ui)((ym + 4 * vb)[1])) << (8))) + ((((_ui)((ym + 4 * vb)[2])) << (16))) + ((((_ui)((ym + 4 * vb)[3])) << (24)))); } } _ui *ddna = (_ui *)(ejyv + 64); _ui *nak = (_ui *)(ejyv + 128); for (_si eop = 0; eop <= 3; eop += 1) { ddna[eop] = (((_ui)(((_uc *)(_m + 48146) + 4 * eop)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * eop)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * eop)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * eop)[3])) << (24)))); } for (_si sr = 0; sr <= 3; sr += 1) { ddna[12 + sr] = idt; _m[65162] += 1; } nak[0] = 3904225602; } void lopk(_uli *cisv, _si hyhr) { _si dwoo = (hyhr % 47); _si ugdy = ((hyhr) / (47)); _si rlaq = hyhr; if (rlaq > (8 * sizeof(_uli))) { rlaq = -1; } if (ugdy >= 13) { { for (_si gxci = 0; gxci <= 12; gxci += 1) { cisv[gxci] = 0; } } } else { _uli evcx = (((((_uli)(1)) << (dwoo))) - ((_uli)(1))); if (rlaq < 0) { cisv[0] = 0; } else { cisv[0] = ((((cisv[0]) & (~evcx))) >> (rlaq)); }; if (ugdy != 0) { cisv[0] += ((((cisv[ugdy]) & (~evcx))) >> (dwoo)); } for (_si kmwo = 1; kmwo <= (12 - ugdy); kmwo += 1) { cisv[-1 + kmwo] += ((((((cisv[kmwo + ugdy]) & (evcx))) << (-dwoo + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cisv[kmwo] = ((((cisv[kmwo + ugdy]) & (~evcx))) >> (dwoo)); } for (_si tafx = 13 - ugdy; tafx <= 12; tafx += 1) { cisv[tafx] = 0; } }; } void jcpm(_uc *lfx) { _uc *wkx = (_uc *)(lfx + 0); _ui *dhlo = (_ui *)(lfx + 64); _ui *scni = (_ui *)(lfx + 96); _si mix = 0; _ui qvg = 0; _ui lju = 0; _ui yudh = 0; _ui yifq = 0; _ui tdiq = 0; _ui gfd = 0; for (_si ruws = 0; ruws <= 15; ruws += 1) { scni[ruws] = (((((((((_ui)(wkx[mix])) << (24))) | ((((_ui)(wkx[1 + mix])) << (16))))) | ((((_ui)(wkx[2 + mix])) << (8))))) | ((_ui)(wkx[3 + mix]))); mix += 4; } for (_si egek = 16; egek <= 31; egek += 1) { qvg = ((((((((scni[-15 + egek]) >> (7))) | (((scni[-15 + egek]) << (25))))) ^ (((((scni[-15 + egek]) >> (18))) | (((scni[-15 + egek]) << (14))))))) ^ (((scni[-15 + egek]) >> (3)))); yifq = ((((((((scni[-2 + egek]) >> (17))) | (((scni[-2 + egek]) << (15))))) ^ (((((scni[-2 + egek]) >> (19))) | (((scni[-2 + egek]) << (13))))))) ^ (((scni[-2 + egek]) >> (10)))); scni[egek] = qvg + scni[-7 + egek] + scni[-16 + egek] + yifq; _m[65160] += 1; } _ui hfrb = dhlo[0]; _ui xza = dhlo[1]; _ui cdv = dhlo[2]; _ui lssg = dhlo[3]; _ui dgrb = dhlo[4]; _ui oynj = dhlo[5]; _ui ahfl = dhlo[6]; _ui tqw = dhlo[7]; for (_si dauo = 0; dauo <= 31; dauo += 1) { qvg = ((((((((hfrb) >> (2))) | (((hfrb) << (30))))) ^ (((((hfrb) >> (13))) | (((hfrb) << (19))))))) ^ (((((hfrb) >> (22))) | (((hfrb) << (10)))))); lju = ((((((hfrb) & (xza))) ^ (((hfrb) & (cdv))))) ^ (((xza) & (cdv)))); yudh = lju + qvg; yifq = ((((((((dgrb) >> (6))) | (((dgrb) << (26))))) ^ (((((dgrb) >> (11))) | (((dgrb) << (21))))))) ^ (((((dgrb) >> (25))) | (((dgrb) << (7)))))); tdiq = ((((dgrb) & (oynj))) ^ (((~dgrb) & (ahfl)))); gfd = tqw + tdiq + yifq + scni[dauo] + *(((_ui *)(_m + 246160) + dauo)); tqw = ahfl; ahfl = oynj; oynj = dgrb; dgrb = gfd + lssg; lssg = cdv; cdv = xza; xza = hfrb; hfrb = gfd + yudh; _m[65161] += 1; } dhlo[0] += hfrb; dhlo[1] += xza; dhlo[2] += cdv; dhlo[3] += lssg; dhlo[4] += dgrb; dhlo[5] += oynj; dhlo[6] += ahfl; dhlo[7] += tqw; } void qcnl(_uli *vpak) { _si tvz = nemb(vpak); if (tvz) { { for (_si ijfu = 0; ijfu <= 12; ijfu += 1) { vpak[ijfu] = -vpak[ijfu]; } } } for (_si tkim = 0; tkim <= 11; tkim += 1) { if (((((vpak[tkim]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vpak[1 + tkim] -= 1; } else { vpak[1 + tkim] += ((vpak[tkim]) >> (47)); }; vpak[tkim] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vpak[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tvz) { fabk(vpak, vpak); } } void irm(_uli *mzdk) { _si edmc; { edmc = 0; _uli zxt = 19; for (_si podp = 12; podp >= 0; podp -= 1) { if (mzdk[podp] != 0) { edmc = ((((mzdk[podp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (edmc) { { for (_si ymls = 0; ymls <= 12; ymls += 1) { mzdk[ymls] = -mzdk[ymls]; } } } for (_si wbwq = 0; wbwq <= 11; wbwq += 1) { if (((((mzdk[wbwq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mzdk[1 + wbwq] -= 1; } else { mzdk[1 + wbwq] += ((mzdk[wbwq]) >> (47)); }; mzdk[wbwq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mzdk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (edmc) { { for (_si dtaj = 0; dtaj <= 12; dtaj += 1) { mzdk[dtaj] = -mzdk[dtaj]; } } } } void bxyn(_uc *rhrx, _uc *vpux) { _ui *usig = (_ui *)(rhrx + 64); for (_si jnve = 0; jnve <= 7; jnve += 1) { usig[4 + jnve] = (((_ui)((vpux + 4 * jnve)[0])) + ((((_ui)((vpux + 4 * jnve)[1])) << (8))) + ((((_ui)((vpux + 4 * jnve)[2])) << (16))) + ((((_ui)((vpux + 4 * jnve)[3])) << (24)))); } } void sylt(_uli *kxri) { for (_si yxqn = 0; yxqn <= 11; yxqn += 1) { kxri[1 + yxqn] += ((kxri[yxqn]) >> (47)); kxri[yxqn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kxri[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zzai(_uli *xcpu) { _uc *zqh = jedp(); _uc *vkur = ((_uc *)(_m + 103170) + 0); _uc *sgfv = (_uc *)(xcpu); for (_si nopw = 0; nopw <= 103; nopw += 1) { sgfv[nopw] = *(((_uc *)(_m + 37286) + nopw)); } { { ypoj(zqh, vkur); _ui *duiv = (_ui *)(zqh + 64); _ui *vvoy = (_ui *)(zqh + 128); for (_si jaxu = 0; jaxu <= 3; jaxu += 1) { duiv[jaxu] = (((_ui)(((_uc *)(_m + 48146) + 4 * jaxu)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jaxu)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jaxu)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jaxu)[3])) << (24)))); } for (_si mwvh = 0; mwvh <= 3; mwvh += 1) { duiv[12 + mwvh] = 0; _m[65162] += 1; } vvoy[0] = 3904225602; } fhgm(zqh, sgfv, 104); } } void yrsw(_uc *ioyk, _uc *sygx, _si sagk) { _ui *fasv = (_ui *)(ioyk + 0); _ui *zpkn = (_ui *)(ioyk + 128); _uc *tify = (_uc *)(fasv); for (_si tzkb = 0; tzkb <= (-1 + sagk); tzkb += 1) { if (zpkn[0] >= 64) { fvrq(ioyk); zpkn[0] = 0; } sygx[tzkb] ^= tify[zpkn[0]]; zpkn[0] += 1; } } void admj(_uli *agaj) { _uc *mqva = (_uc *)(agaj); for (_si fjvd = 0; fjvd <= 360; fjvd += 1) { mqva[fjvd] = (_uc)(255 + mqva[1 + fjvd]) * (_uc)(1 + mqva[fjvd]); } mqva[361] = 0; } void wwer(_si ijjs, _uli *ixkx) { ixkx[(((ijjs) / (47)))] &= ((((((_uli)(1)) << ((ijjs % 47)))) - ((_uli)(1)))); for (_si qwyp = 1 + (((ijjs) / (47))); qwyp <= 12; qwyp += 1) { ixkx[qwyp] = 0; } } void gxro(_uli *ufuz) { _si wnhs; { wnhs = 0; _uli evng = 19; for (_si pig = 12; pig >= 0; pig -= 1) { if (ufuz[pig] != 0) { wnhs = ((((ufuz[pig]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wnhs) { { for (_si evfr = 0; evfr <= 12; evfr += 1) { ufuz[evfr] = -ufuz[evfr]; } } } for (_si ieil = 0; ieil <= 11; ieil += 1) { if (((((ufuz[ieil]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ufuz[1 + ieil] -= 1; } else { ufuz[1 + ieil] += ((ufuz[ieil]) >> (47)); }; ufuz[ieil] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ufuz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wnhs) { { for (_si ynqi = 0; ynqi <= 12; ynqi += 1) { ufuz[ynqi] = -ufuz[ynqi]; } } } } void qyvi(_uli *duni, _si irgn) { _si chvn = (irgn % 47); _si hkuc = ((irgn) / (47)); _si wnsg = -chvn + (((sizeof(_uli)) << (3))); if (hkuc >= 45) { { for (_si zztw = 0; zztw <= 44; zztw += 1) { duni[zztw] = 0; } } } else { for (_si oehv = 44 - hkuc; oehv >= 1; oehv -= 1) { duni[hkuc + oehv] = ((duni[oehv]) << (chvn)); if (wnsg < (8 * sizeof(_uli))) { duni[hkuc + oehv] += ((((duni[-1 + oehv]) >> (wnsg))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } duni[hkuc] = ((duni[0]) << (chvn)); for (_si aqxp = -1 + hkuc; aqxp >= 0; aqxp -= 1) { duni[aqxp] = 0; } }; { for (_si pfva = 0; pfva <= 43; pfva += 1) { duni[1 + pfva] += ((duni[pfva]) >> (47)); duni[pfva] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } duni[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void esyi(_si cqye, _uli *jcfe, _uli *hwzg, _uli *nmmm, _uli *cgmo) { _uli *aldz = oarz(); xltz(aldz, cgmo); { if (nmmm != cgmo) { for (_si kwpu = 0; kwpu <= 12; kwpu += 1) { nmmm[kwpu] = cgmo[kwpu]; } } } { nmmm[(((cqye) / (47)))] &= ((((((_uli)(1)) << ((cqye % 47)))) - ((_uli)(1)))); for (_si pphv = 1 + (((cqye) / (47))); pphv <= 12; pphv += 1) { nmmm[pphv] = 0; } } { _uli *brdp = derw(); _uli *rplr = wonb(); _uli *elio = sfxl(); _uli *dyxp = mfxt(); for (_si psep = 0; psep <= 12; psep += 1) { brdp[psep] = ((nmmm[psep]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rplr[psep] = ((nmmm[psep]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); elio[psep] = ((hwzg[psep]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dyxp[psep] = ((hwzg[psep]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si asjp = 0; asjp <= 12; asjp += 1) { nmmm[asjp] = 0; } } for (_si iyig = 0; iyig <= (-1 + (((13) >> (1)))); iyig += 1) { for (_si vzpl = 0; vzpl <= (-1 + (((13) >> (1)))); vzpl += 1) { _uli mboe = brdp[iyig] * dyxp[vzpl] + elio[vzpl] * rplr[iyig]; _uli nvoo = brdp[iyig] * elio[vzpl]; _uli oals = dyxp[vzpl] * rplr[iyig]; _uli hnjs = ((nmmm[iyig + vzpl]) + (nvoo) + (((((mboe) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hnjs < nvoo) { oals += 1; } _uli upqb = ((((mboe) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((oals) << ((-47 + (((sizeof(_uli)) << (3)))))))); nmmm[iyig + vzpl] = hnjs; nmmm[1 + iyig + vzpl] += upqb; } bbgt(nmmm); } { _uc *uine = (_uc *)(brdp); for (_si geim = 0; geim <= 360; geim += 1) { uine[geim] = (_uc)(255 + uine[1 + geim]) * (_uc)(1 + uine[geim]); } uine[361] = 0; } { _uc *uiba = (_uc *)(rplr); for (_si fcnv = 0; fcnv <= 360; fcnv += 1) { uiba[fcnv] = (_uc)(255 + uiba[1 + fcnv]) * (_uc)(1 + uiba[fcnv]); } uiba[361] = 0; } { _uc *wyxu = (_uc *)(elio); for (_si ofuo = 0; ofuo <= 360; ofuo += 1) { wyxu[ofuo] = (_uc)(1 + wyxu[ofuo]) * (_uc)(255 + wyxu[1 + ofuo]); } wyxu[361] = 0; } pewc(dyxp); } qpez(cqye, nmmm); { _uli *sifd = qvhb(); _uli *ghxu = ieqp(); _uli *bqti = nyjk(); _uli *meqn = fbiq(); for (_si oolq = 0; oolq <= 12; oolq += 1) { sifd[oolq] = ((nmmm[oolq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ghxu[oolq] = ((nmmm[oolq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bqti[oolq] = ((jcfe[oolq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); meqn[oolq] = ((jcfe[oolq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bllh = 0; bllh <= 12; bllh += 1) { nmmm[bllh] = 0; } } for (_si zrkm = 0; zrkm <= (-1 + (((13) >> (1)))); zrkm += 1) { for (_si ozmh = 0; ozmh <= (-1 + (((13) >> (1)))); ozmh += 1) { _uli bugn = bqti[ozmh] * ghxu[zrkm] + meqn[ozmh] * sifd[zrkm]; _uli pglr = bqti[ozmh] * sifd[zrkm]; _uli fbor = ghxu[zrkm] * meqn[ozmh]; _uli vijv = ((nmmm[ozmh + zrkm]) + (pglr) + (((((bugn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vijv < pglr) { fbor += 1; } _uli isba = ((((bugn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fbor) << ((-47 + (((sizeof(_uli)) << (3)))))))); nmmm[ozmh + zrkm] = vijv; nmmm[1 + ozmh + zrkm] += isba; } { for (_si eudv = 0; eudv <= 11; eudv += 1) { nmmm[1 + eudv] += ((nmmm[eudv]) >> (47)); nmmm[eudv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nmmm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *eaqx = (_uc *)(sifd); for (_si uykd = 0; uykd <= 360; uykd += 1) { eaqx[uykd] = (_uc)(255 + eaqx[1 + uykd]) * (_uc)(1 + eaqx[uykd]); } eaqx[361] = 0; } { _uc *ujlz = (_uc *)(ghxu); for (_si bnvn = 0; bnvn <= 360; bnvn += 1) { ujlz[bnvn] = (_uc)(255 + ujlz[1 + bnvn]) * (_uc)(1 + ujlz[bnvn]); } ujlz[361] = 0; } { _uc *phxx = (_uc *)(bqti); for (_si stli = 0; stli <= 360; stli += 1) { phxx[stli] = (_uc)(1 + phxx[stli]) * (_uc)(255 + phxx[1 + stli]); } phxx[361] = 0; } { _uc *eibf = (_uc *)(meqn); for (_si xufx = 0; xufx <= 360; xufx += 1) { eibf[xufx] = (_uc)(1 + eibf[xufx]) * (_uc)(255 + eibf[1 + xufx]); } eibf[361] = 0; } } aedv(nmmm, nmmm, aldz); smja(nmmm, cqye); { for (_si ipgi = 0; ipgi <= 12; ipgi += 1) { aldz[ipgi] = -jcfe[ipgi] + nmmm[ipgi]; } { _si nhwh = wxid(aldz); if (nhwh) { { for (_si sxgf = 0; sxgf <= 12; sxgf += 1) { aldz[sxgf] = -aldz[sxgf]; } } } for (_si ayve = 0; ayve <= 11; ayve += 1) { if (((((aldz[ayve]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { aldz[1 + ayve] -= 1; } else { aldz[1 + ayve] += ((aldz[ayve]) >> (47)); }; aldz[ayve] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aldz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nhwh) { { for (_si ajgf = 0; ajgf <= 12; ajgf += 1) { aldz[ajgf] = -aldz[ajgf]; } } } } } _si vaho = ycsi(aldz); if (!vaho) { { if (nmmm != aldz) { for (_si cguj = 0; cguj <= 12; cguj += 1) { nmmm[cguj] = aldz[cguj]; } } } } { _uc *cmqh = (_uc *)(aldz); for (_si sfjy = 0; sfjy <= 360; sfjy += 1) { cmqh[sfjy] = (_uc)(1 + cmqh[sfjy]) * (_uc)(255 + cmqh[1 + sfjy]); } cmqh[361] = 0; } } void iaah(_si aopf, _uli *mqnx) { mqnx[(((aopf) / (47)))] &= ((((((_uli)(1)) << ((aopf % 47)))) - ((_uli)(1)))); for (_si sxfb = 1 + (((aopf) / (47))); sxfb <= 44; sxfb += 1) { mqnx[sxfb] = 0; } } void ufli(_ui *tcnd, _si myaw, _si bwdu, _si xfl, _si avnx) { tcnd[myaw] += tcnd[bwdu]; tcnd[avnx] ^= tcnd[myaw]; tcnd[avnx] = ((((tcnd[avnx]) << (16))) | (((tcnd[avnx]) >> (16)))); tcnd[xfl] += tcnd[avnx]; tcnd[bwdu] ^= tcnd[xfl]; tcnd[bwdu] = ((((tcnd[bwdu]) << (12))) | (((tcnd[bwdu]) >> (20)))); tcnd[myaw] += tcnd[bwdu]; tcnd[avnx] ^= tcnd[myaw]; tcnd[avnx] = ((((tcnd[avnx]) << (8))) | (((tcnd[avnx]) >> (24)))); tcnd[xfl] += tcnd[avnx]; tcnd[bwdu] ^= tcnd[xfl]; tcnd[bwdu] = ((((tcnd[bwdu]) << (7))) | (((tcnd[bwdu]) >> (25)))); } void osvk(_uli *jack, _uli *brrc) { for (_si xujr = 0; xujr <= 12; xujr += 1) { jack[xujr] = -brrc[xujr]; } } void vgja(_si mbzq, _uli *bwoh, _uli *nbpp, _uli *nzzt, _uli *mvlt) { _uli *gfrl = ygbj(); { if (gfrl != mvlt) { for (_si lyns = 0; lyns <= 12; lyns += 1) { gfrl[lyns] = mvlt[lyns]; } } } { if (nzzt != mvlt) { for (_si letu = 0; letu <= 12; letu += 1) { nzzt[letu] = mvlt[letu]; } } } { nzzt[(((mbzq) / (47)))] &= ((((((_uli)(1)) << ((mbzq % 47)))) - ((_uli)(1)))); for (_si napt = 1 + (((mbzq) / (47))); napt <= 12; napt += 1) { nzzt[napt] = 0; } } zujz(nzzt, nzzt, nbpp); ypev(mbzq, nzzt); { _uli *pput = zzry(); _uli *bwkc = mazz(); _uli *qoqw = tjbz(); _uli *cfat = npje(); for (_si kudf = 0; kudf <= 12; kudf += 1) { pput[kudf] = ((nzzt[kudf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bwkc[kudf] = ((nzzt[kudf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qoqw[kudf] = ((bwoh[kudf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cfat[kudf] = ((bwoh[kudf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si gygz = 0; gygz <= 12; gygz += 1) { nzzt[gygz] = 0; } } for (_si gzkv = 0; gzkv <= (-1 + (((13) >> (1)))); gzkv += 1) { for (_si bzag = 0; bzag <= (-1 + (((13) >> (1)))); bzag += 1) { _uli yeyc = bwkc[gzkv] * qoqw[bzag] + cfat[bzag] * pput[gzkv]; _uli hcfn = pput[gzkv] * qoqw[bzag]; _uli qtnj = bwkc[gzkv] * cfat[bzag]; _uli ymxi = ((nzzt[bzag + gzkv]) + (hcfn) + (((((yeyc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ymxi < hcfn) { qtnj += 1; } _uli nire = ((((yeyc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qtnj) << ((-47 + (((sizeof(_uli)) << (3)))))))); nzzt[bzag + gzkv] = ymxi; nzzt[1 + bzag + gzkv] += nire; } wepw(nzzt); } wtym(pput); { _uc *jpud = (_uc *)(bwkc); for (_si izpv = 0; izpv <= 360; izpv += 1) { jpud[izpv] = (_uc)(255 + jpud[1 + izpv]) * (_uc)(1 + jpud[izpv]); } jpud[361] = 0; } nish(qoqw); { _uc *wtup = (_uc *)(cfat); for (_si hcgq = 0; hcgq <= 360; hcgq += 1) { wtup[hcgq] = (_uc)(1 + wtup[hcgq]) * (_uc)(255 + wtup[1 + hcgq]); } wtup[361] = 0; } } rosm(nzzt, nzzt, gfrl); { _si rqmb = (mbzq % 47); _si xqok = ((mbzq) / (47)); _si sdbw = mbzq; if (sdbw > (8 * sizeof(_uli))) { sdbw = -1; } if (xqok >= 13) { { for (_si qcrr = 0; qcrr <= 12; qcrr += 1) { nzzt[qcrr] = 0; } } } else { _uli fwaj = (((((_uli)(1)) << (rqmb))) - ((_uli)(1))); if (sdbw < 0) { nzzt[0] = 0; } else { nzzt[0] = ((((nzzt[0]) & (~fwaj))) >> (sdbw)); }; if (xqok != 0) { nzzt[0] += ((((nzzt[xqok]) & (~fwaj))) >> (rqmb)); } for (_si pcdx = 1; pcdx <= (12 - xqok); pcdx += 1) { nzzt[-1 + pcdx] += ((((((nzzt[pcdx + xqok]) & (fwaj))) << (-rqmb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nzzt[pcdx] = ((((nzzt[pcdx + xqok]) & (~fwaj))) >> (rqmb)); } for (_si iqhd = 13 - xqok; iqhd <= 12; iqhd += 1) { nzzt[iqhd] = 0; } }; } shl(gfrl, nzzt, bwoh); _si pgrj; { pgrj = 0; _uli nehi = 19; for (_si jxcg = 12; jxcg >= 0; jxcg -= 1) { if (gfrl[jxcg] != 0) { pgrj = ((((gfrl[jxcg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!pgrj) { { if (nzzt != gfrl) { for (_si wld = 0; wld <= 12; wld += 1) { nzzt[wld] = gfrl[wld]; } } } } rtoi(gfrl); } void gjns(_uli *mmby, _uli *laiq) { if (mmby != laiq) { for (_si sycm = 0; sycm <= 12; sycm += 1) { mmby[sycm] = laiq[sycm]; } } } void xtjc(_uc *gli, _uc *xid, _uc *uqhh, _uc *tyt, _uc *cdfk, _uc *ojf, _uc *oxmm, _uc *uwx, _uc *rpdh, _uc *ydu, _uli *ntyf, _uli *kqha, _uli *mky, _uc *top, _uc *psck, _uc *afo, _uc *bza) { _uc *nczb = xiro(); _uc *kigm = tgq(); _uc *zuen = (_uc *)(kqha); _uc *env = (_uc *)(mky); { _ui *wat = (_ui *)(xid + 64); _uli *bxti = (_uli *)(xid + 352); wat[0] = 3072593861; wat[1] = 3086033710; wat[2] = 3878829419; wat[3] = 661946499; wat[4] = 3836525215; wat[5] = 533529351; wat[6] = 1116444951; wat[7] = 1869145119; bxti[0] = 0; } { isiz(ojf, oxmm, 0); mca(ojf, top, 32); } faf(xid, top, 32); ddnj(tyt, oxmm, top, 32); { { vre(tyt, uwx); _ui *vxsp = (_ui *)(tyt + 64); _ui *enby = (_ui *)(tyt + 128); for (_si nhv = 0; nhv <= 3; nhv += 1) { vxsp[nhv] = (((_ui)(((_uc *)(_m + 48146) + 4 * nhv)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nhv)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nhv)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * nhv)[3])) << (24)))); } for (_si nrqx = 0; nrqx <= 3; nrqx += 1) { vxsp[12 + nrqx] = 0; _m[65162] += 1; } enby[0] = 3904225602; } { _ui *rtyo = (_ui *)(tyt + 0); _ui *ofxh = (_ui *)(tyt + 128); _uc *bkf = (_uc *)(rtyo); for (_si mhbp = 0; mhbp <= 31; mhbp += 1) { if (ofxh[0] >= 64) { gnk(tyt); ofxh[0] = 0; } psck[mhbp] ^= bkf[ofxh[0]]; ofxh[0] += 1; } } } aapr(xid, psck, 32); { { { _ui *qos = (_ui *)(uqhh + 64); for (_si mtp = 0; mtp <= 7; mtp += 1) { qos[4 + mtp] = (((_ui)((uwx + 4 * mtp)[0])) + ((((_ui)((uwx + 4 * mtp)[1])) << (8))) + ((((_ui)((uwx + 4 * mtp)[2])) << (16))) + ((((_ui)((uwx + 4 * mtp)[3])) << (24)))); } } _ui *gzm = (_ui *)(uqhh + 64); _ui *azgt = (_ui *)(uqhh + 128); for (_si usns = 0; usns <= 3; usns += 1) { gzm[usns] = (((_ui)(((_uc *)(_m + 48146) + 4 * usns)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * usns)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * usns)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * usns)[3])) << (24)))); } for (_si ngvc = 0; ngvc <= 3; ngvc += 1) { gzm[12 + ngvc] = 0; _m[65162] += 1; } azgt[0] = 3904225602; } { _ui *aly = (_ui *)(uqhh + 0); _ui *ydg = (_ui *)(uqhh + 128); _uc *moqv = (_uc *)(aly); for (_si spvt = 0; spvt <= 31; spvt += 1) { if (ydg[0] >= 64) { { _ui *qah = (_ui *)(uqhh + 0); _ui *ecai = (_ui *)(uqhh + 64); for (_si vsx = 0; vsx <= 15; vsx += 1) { qah[vsx] = ecai[vsx]; } for (_si oqr = 0; oqr <= 9; oqr += 1) { qmkk(qah, 0, 4, 8, 12); hnkf(qah, 1, 5, 9, 13); vkex(qah, 2, 6, 10, 14); qzkg(qah, 3, 7, 11, 15); kcek(qah, 0, 5, 10, 15); { qah[1] += qah[6]; qah[12] ^= qah[1]; qah[12] = ((((qah[12]) << (16))) | (((qah[12]) >> (16)))); qah[11] += qah[12]; qah[6] ^= qah[11]; qah[6] = ((((qah[6]) << (12))) | (((qah[6]) >> (20)))); qah[1] += qah[6]; qah[12] ^= qah[1]; qah[12] = ((((qah[12]) << (8))) | (((qah[12]) >> (24)))); qah[11] += qah[12]; qah[6] ^= qah[11]; qah[6] = ((((qah[6]) << (7))) | (((qah[6]) >> (25)))); } crox(qah, 2, 7, 8, 13); lxok(qah, 3, 4, 9, 14); _m[65163] += 1; } for (_si lvn = 0; lvn <= 15; lvn += 1) { qah[lvn] += ecai[lvn]; } ecai[12] += 1; if (ecai[12] == 0) { ecai[13] += 1; } } ydg[0] = 0; } psck[spvt] ^= moqv[ydg[0]]; ydg[0] += 1; } } } aiqz(ojf, rpdh, afo, 32); lfm(xid, afo, 32); { jif(ojf, rpdh, 0); { _ui *xtny = (_ui *)(ojf + 0); _ui *ufki = (_ui *)(ojf + 128); _uc *znlz = (_uc *)(xtny); for (_si imr = 0; imr <= 31; imr += 1) { if (ufki[0] >= 64) { kdpp(ojf); ufki[0] = 0; } afo[imr] ^= znlz[ufki[0]]; ufki[0] += 1; } } } grux(ojf, ydu, bza, 32); { _uc *mzu = (_uc *)(xid + 0); _uli *csl = (_uli *)(xid + 352); _si eaxs = (_si)(((csl[0]) & (63))); csl[0] += 32; for (_si tmjj = 0; tmjj <= 31; tmjj += 1) { mzu[eaxs] = bza[tmjj]; eaxs += 1; if (eaxs == 64) { ejns(xid); eaxs = 0; } } } cuu(cdfk, ydu, bza, 32); { _uc *xexx = (_uc *)(xid + 0); impz(xid, kigm, 0); _uli *prkn = (_uli *)(xid + 352); { _uc *wdk = (_uc *)(xid + 0); _ui *rrr = (_ui *)(xid + 64); _uli *zziq = (_uli *)(xid + 352); _uli ivs = 8 * zziq[0]; _uc hsdx[1]; hsdx[0] = 128; { _uc *nbf = (_uc *)(xid + 0); _uli *lvb = (_uli *)(xid + 352); _si fzv = (_si)(((lvb[0]) & (63))); lvb[0] += 1; for (_si twd = 0; twd <= 0; twd += 1) { nbf[fzv] = hsdx[twd]; fzv += 1; if (fzv == 64) { { _uc *yjf = (_uc *)(xid + 0); _ui *tdix = (_ui *)(xid + 64); _ui *clm = (_ui *)(xid + 96); _si gbr = 0; _ui uev = 0; _ui zjw = 0; _ui idi = 0; _ui mxw = 0; _ui ofdp = 0; _ui hhvt = 0; for (_si fyn = 0; fyn <= 15; fyn += 1) { clm[fyn] = (((((((((_ui)(yjf[gbr])) << (24))) | ((((_ui)(yjf[1 + gbr])) << (16))))) | ((((_ui)(yjf[2 + gbr])) << (8))))) | ((_ui)(yjf[3 + gbr]))); gbr += 4; } for (_si mnv = 16; mnv <= 31; mnv += 1) { uev = ((((((((clm[-15 + mnv]) >> (7))) | (((clm[-15 + mnv]) << (25))))) ^ (((((clm[-15 + mnv]) >> (18))) | (((clm[-15 + mnv]) << (14))))))) ^ (((clm[-15 + mnv]) >> (3)))); mxw = ((((((((clm[-2 + mnv]) >> (17))) | (((clm[-2 + mnv]) << (15))))) ^ (((((clm[-2 + mnv]) >> (19))) | (((clm[-2 + mnv]) << (13))))))) ^ (((clm[-2 + mnv]) >> (10)))); clm[mnv] = clm[-7 + mnv] + clm[-16 + mnv] + mxw + uev; _m[65160] += 1; } _ui xzw = tdix[0]; _ui sbrl = tdix[1]; _ui lnnj = tdix[2]; _ui gryw = tdix[3]; _ui qnqo = tdix[4]; _ui slju = tdix[5]; _ui aaw = tdix[6]; _ui xdpc = tdix[7]; for (_si mzea = 0; mzea <= 31; mzea += 1) { uev = ((((((((xzw) >> (2))) | (((xzw) << (30))))) ^ (((((xzw) >> (13))) | (((xzw) << (19))))))) ^ (((((xzw) >> (22))) | (((xzw) << (10)))))); zjw = ((((((xzw) & (sbrl))) ^ (((xzw) & (lnnj))))) ^ (((sbrl) & (lnnj)))); idi = uev + zjw; mxw = ((((((((qnqo) >> (6))) | (((qnqo) << (26))))) ^ (((((qnqo) >> (11))) | (((qnqo) << (21))))))) ^ (((((qnqo) >> (25))) | (((qnqo) << (7)))))); ofdp = ((((qnqo) & (slju))) ^ (((~qnqo) & (aaw)))); hhvt = xdpc + mxw + *(((_ui *)(_m + 246160) + mzea)) + clm[mzea] + ofdp; xdpc = aaw; aaw = slju; slju = qnqo; qnqo = gryw + hhvt; gryw = lnnj; lnnj = sbrl; sbrl = xzw; xzw = hhvt + idi; _m[65161] += 1; } tdix[0] += xzw; tdix[1] += sbrl; tdix[2] += lnnj; tdix[3] += gryw; tdix[4] += qnqo; tdix[5] += slju; tdix[6] += aaw; tdix[7] += xdpc; } fzv = 0; } } } while (((((zziq[0]) & (63))) != (56))) { hsdx[0] = 0; vib(xid, hsdx, 1); } for (_si zgzj = 0; zgzj <= 7; zgzj += 1) { hsdx[0] = (_uc)(((((ivs) >> (8 * (7 - zgzj)))) & (255))); fhgu(xid, hsdx, 1); } _si onm = 0; for (_si yuy = 0; yuy <= 7; yuy += 1) { _ui gqr = rrr[yuy]; wdk[onm] = (_uc)(((((gqr) >> (24))) & (255))); wdk[1 + onm] = (_uc)(((((gqr) >> (16))) & (255))); wdk[2 + onm] = (_uc)(((((gqr) >> (8))) & (255))); wdk[3 + onm] = (_uc)(((gqr) & (255))); onm += 4; } } for (_si ijnr = 0; ijnr <= 31; ijnr += 1) { kigm[ijnr] = xexx[ijnr]; } } djal(gli); { _uc *ynpu = (_uc *)(gli + 0); _uli *qgn = (_uli *)(gli + 352); _si tabx = (_si)(((qgn[0]) & (63))); qgn[0] += 32; for (_si irbj = 0; irbj <= 31; irbj += 1) { ynpu[tabx] = kigm[irbj]; tabx += 1; if (tabx == 64) { { _uc *gcrv = (_uc *)(gli + 0); _ui *gfls = (_ui *)(gli + 64); _ui *csxa = (_ui *)(gli + 96); _si wgr = 0; _ui hhr = 0; _ui ncno = 0; _ui lvxv = 0; _ui uqhu = 0; _ui ovn = 0; _ui lkg = 0; for (_si hbly = 0; hbly <= 15; hbly += 1) { csxa[hbly] = (((((((((_ui)(gcrv[wgr])) << (24))) | ((((_ui)(gcrv[1 + wgr])) << (16))))) | ((((_ui)(gcrv[2 + wgr])) << (8))))) | ((_ui)(gcrv[3 + wgr]))); wgr += 4; } for (_si kifv = 16; kifv <= 31; kifv += 1) { hhr = ((((((((csxa[-15 + kifv]) >> (7))) | (((csxa[-15 + kifv]) << (25))))) ^ (((((csxa[-15 + kifv]) >> (18))) | (((csxa[-15 + kifv]) << (14))))))) ^ (((csxa[-15 + kifv]) >> (3)))); uqhu = ((((((((csxa[-2 + kifv]) >> (17))) | (((csxa[-2 + kifv]) << (15))))) ^ (((((csxa[-2 + kifv]) >> (19))) | (((csxa[-2 + kifv]) << (13))))))) ^ (((csxa[-2 + kifv]) >> (10)))); csxa[kifv] = csxa[-16 + kifv] + csxa[-7 + kifv] + hhr + uqhu; _m[65160] += 1; } _ui wsnw = gfls[0]; _ui rlr = gfls[1]; _ui qrkh = gfls[2]; _ui ynez = gfls[3]; _ui ehxm = gfls[4]; _ui srlf = gfls[5]; _ui rvit = gfls[6]; _ui dntg = gfls[7]; for (_si zet = 0; zet <= 31; zet += 1) { hhr = ((((((((wsnw) >> (2))) | (((wsnw) << (30))))) ^ (((((wsnw) >> (13))) | (((wsnw) << (19))))))) ^ (((((wsnw) >> (22))) | (((wsnw) << (10)))))); ncno = ((((((wsnw) & (rlr))) ^ (((wsnw) & (qrkh))))) ^ (((rlr) & (qrkh)))); lvxv = hhr + ncno; uqhu = ((((((((ehxm) >> (6))) | (((ehxm) << (26))))) ^ (((((ehxm) >> (11))) | (((ehxm) << (21))))))) ^ (((((ehxm) >> (25))) | (((ehxm) << (7)))))); ovn = ((((ehxm) & (srlf))) ^ (((~ehxm) & (rvit)))); lkg = csxa[zet] + uqhu + ovn + dntg + *(((_ui *)(_m + 246160) + zet)); dntg = rvit; rvit = srlf; srlf = ehxm; ehxm = lkg + ynez; ynez = qrkh; qrkh = rlr; rlr = wsnw; wsnw = lkg + lvxv; _m[65161] += 1; } gfls[0] += wsnw; gfls[1] += rlr; gfls[2] += qrkh; gfls[3] += ynez; gfls[4] += ehxm; gfls[5] += srlf; gfls[6] += rvit; gfls[7] += dntg; } tabx = 0; } } } { _uc *kku = (_uc *)(gli + 0); { _uc *mcq = (_uc *)(gli + 0); _uli *xqrp = (_uli *)(gli + 352); _si llu = (_si)(((xqrp[0]) & (63))); xqrp[0] += 104; for (_si yvk = 0; yvk <= 103; yvk += 1) { mcq[llu] = zuen[yvk]; llu += 1; if (llu == 64) { { _uc *oogk = (_uc *)(gli + 0); _ui *weys = (_ui *)(gli + 64); _ui *hpm = (_ui *)(gli + 96); _si gqij = 0; _ui pgnv = 0; _ui npv = 0; _ui pmu = 0; _ui nwi = 0; _ui zmvn = 0; _ui zjy = 0; for (_si mzkh = 0; mzkh <= 15; mzkh += 1) { hpm[mzkh] = (((((((((_ui)(oogk[gqij])) << (24))) | ((((_ui)(oogk[1 + gqij])) << (16))))) | ((((_ui)(oogk[2 + gqij])) << (8))))) | ((_ui)(oogk[3 + gqij]))); gqij += 4; } for (_si lts = 16; lts <= 31; lts += 1) { pgnv = ((((((((hpm[-15 + lts]) >> (7))) | (((hpm[-15 + lts]) << (25))))) ^ (((((hpm[-15 + lts]) >> (18))) | (((hpm[-15 + lts]) << (14))))))) ^ (((hpm[-15 + lts]) >> (3)))); nwi = ((((((((hpm[-2 + lts]) >> (17))) | (((hpm[-2 + lts]) << (15))))) ^ (((((hpm[-2 + lts]) >> (19))) | (((hpm[-2 + lts]) << (13))))))) ^ (((hpm[-2 + lts]) >> (10)))); hpm[lts] = hpm[-16 + lts] + hpm[-7 + lts] + nwi + pgnv; _m[65160] += 1; } _ui kar = weys[0]; _ui wbc = weys[1]; _ui ubvm = weys[2]; _ui izj = weys[3]; _ui osr = weys[4]; _ui yse = weys[5]; _ui idon = weys[6]; _ui wzu = weys[7]; for (_si tmn = 0; tmn <= 31; tmn += 1) { pgnv = ((((((((kar) >> (2))) | (((kar) << (30))))) ^ (((((kar) >> (13))) | (((kar) << (19))))))) ^ (((((kar) >> (22))) | (((kar) << (10)))))); npv = ((((((kar) & (wbc))) ^ (((kar) & (ubvm))))) ^ (((wbc) & (ubvm)))); pmu = npv + pgnv; nwi = ((((((((osr) >> (6))) | (((osr) << (26))))) ^ (((((osr) >> (11))) | (((osr) << (21))))))) ^ (((((osr) >> (25))) | (((osr) << (7)))))); zmvn = ((((osr) & (yse))) ^ (((~osr) & (idon)))); zjy = hpm[tmn] + wzu + zmvn + nwi + *(((_ui *)(_m + 246160) + tmn)); wzu = idon; idon = yse; yse = osr; osr = izj + zjy; izj = ubvm; ubvm = wbc; wbc = kar; kar = pmu + zjy; _m[65161] += 1; } weys[0] += kar; weys[1] += wbc; weys[2] += ubvm; weys[3] += izj; weys[4] += osr; weys[5] += yse; weys[6] += idon; weys[7] += wzu; } llu = 0; } } } _uli *kogo = (_uli *)(gli + 352); { _uc *rlp = (_uc *)(gli + 0); _ui *biy = (_ui *)(gli + 64); _uli *anfn = (_uli *)(gli + 352); _uli knv = 8 * anfn[0]; _uc ccvl[1]; ccvl[0] = 128; daan(gli, ccvl, 1); while (((((anfn[0]) & (63))) != (56))) { ccvl[0] = 0; { _uc *jrs = (_uc *)(gli + 0); _uli *mvac = (_uli *)(gli + 352); _si wri = (_si)(((mvac[0]) & (63))); mvac[0] += 1; for (_si dtkf = 0; dtkf <= 0; dtkf += 1) { jrs[wri] = ccvl[dtkf]; wri += 1; if (wri == 64) { { _uc *rtsq = (_uc *)(gli + 0); _ui *tpi = (_ui *)(gli + 64); _ui *tupo = (_ui *)(gli + 96); _si jndb = 0; _ui zept = 0; _ui jrqw = 0; _ui tdba = 0; _ui pre = 0; _ui xsgr = 0; _ui nlxj = 0; for (_si evz = 0; evz <= 15; evz += 1) { tupo[evz] = (((((((((_ui)(rtsq[jndb])) << (24))) | ((((_ui)(rtsq[1 + jndb])) << (16))))) | ((((_ui)(rtsq[2 + jndb])) << (8))))) | ((_ui)(rtsq[3 + jndb]))); jndb += 4; } for (_si emkc = 16; emkc <= 31; emkc += 1) { zept = ((((((((tupo[-15 + emkc]) >> (7))) | (((tupo[-15 + emkc]) << (25))))) ^ (((((tupo[-15 + emkc]) >> (18))) | (((tupo[-15 + emkc]) << (14))))))) ^ (((tupo[-15 + emkc]) >> (3)))); pre = ((((((((tupo[-2 + emkc]) >> (17))) | (((tupo[-2 + emkc]) << (15))))) ^ (((((tupo[-2 + emkc]) >> (19))) | (((tupo[-2 + emkc]) << (13))))))) ^ (((tupo[-2 + emkc]) >> (10)))); tupo[emkc] = pre + tupo[-16 + emkc] + tupo[-7 + emkc] + zept; _m[65160] += 1; } _ui bbl = tpi[0]; _ui pef = tpi[1]; _ui lnrc = tpi[2]; _ui lln = tpi[3]; _ui fmu = tpi[4]; _ui sep = tpi[5]; _ui erdz = tpi[6]; _ui ticz = tpi[7]; for (_si ozue = 0; ozue <= 31; ozue += 1) { zept = ((((((((bbl) >> (2))) | (((bbl) << (30))))) ^ (((((bbl) >> (13))) | (((bbl) << (19))))))) ^ (((((bbl) >> (22))) | (((bbl) << (10)))))); jrqw = ((((((bbl) & (pef))) ^ (((bbl) & (lnrc))))) ^ (((pef) & (lnrc)))); tdba = jrqw + zept; pre = ((((((((fmu) >> (6))) | (((fmu) << (26))))) ^ (((((fmu) >> (11))) | (((fmu) << (21))))))) ^ (((((fmu) >> (25))) | (((fmu) << (7)))))); xsgr = ((((fmu) & (sep))) ^ (((~fmu) & (erdz)))); nlxj = *(((_ui *)(_m + 246160) + ozue)) + ticz + pre + tupo[ozue] + xsgr; ticz = erdz; erdz = sep; sep = fmu; fmu = lln + nlxj; lln = lnrc; lnrc = pef; pef = bbl; bbl = nlxj + tdba; _m[65161] += 1; } tpi[0] += bbl; tpi[1] += pef; tpi[2] += lnrc; tpi[3] += lln; tpi[4] += fmu; tpi[5] += sep; tpi[6] += erdz; tpi[7] += ticz; } wri = 0; } } } } for (_si ipwx = 0; ipwx <= 7; ipwx += 1) { ccvl[0] = (_uc)(((((knv) >> (8 * (7 - ipwx)))) & (255))); { _uc *kqpg = (_uc *)(gli + 0); _uli *jzyu = (_uli *)(gli + 352); _si sktr = (_si)(((jzyu[0]) & (63))); jzyu[0] += 1; for (_si iqz = 0; iqz <= 0; iqz += 1) { kqpg[sktr] = ccvl[iqz]; sktr += 1; if (sktr == 64) { qzmk(gli); sktr = 0; } } } } _si hgsv = 0; for (_si rwz = 0; rwz <= 7; rwz += 1) { _ui yxox = biy[rwz]; rlp[hgsv] = (_uc)(((((yxox) >> (24))) & (255))); rlp[1 + hgsv] = (_uc)(((((yxox) >> (16))) & (255))); rlp[2 + hgsv] = (_uc)(((((yxox) >> (8))) & (255))); rlp[3 + hgsv] = (_uc)(((yxox) & (255))); hgsv += 4; } } for (_si xfo = 0; xfo <= 31; xfo += 1) { kigm[xfo] = kku[xfo]; } } mvd(xid); { _uc *mixd = (_uc *)(xid + 0); { _uc *xdyx = (_uc *)(xid + 0); _uli *ohxv = (_uli *)(xid + 352); _si llal = (_si)(((ohxv[0]) & (63))); ohxv[0] += 104; for (_si bkjg = 0; bkjg <= 103; bkjg += 1) { xdyx[llal] = env[bkjg]; llal += 1; if (llal == 64) { { _uc *wxu = (_uc *)(xid + 0); _ui *did = (_ui *)(xid + 64); _ui *relj = (_ui *)(xid + 96); _si leu = 0; _ui nzv = 0; _ui kti = 0; _ui xakp = 0; _ui yica = 0; _ui rdfl = 0; _ui fdkm = 0; for (_si gpkf = 0; gpkf <= 15; gpkf += 1) { relj[gpkf] = (((((((((_ui)(wxu[leu])) << (24))) | ((((_ui)(wxu[1 + leu])) << (16))))) | ((((_ui)(wxu[2 + leu])) << (8))))) | ((_ui)(wxu[3 + leu]))); leu += 4; } for (_si ysi = 16; ysi <= 31; ysi += 1) { nzv = ((((((((relj[-15 + ysi]) >> (7))) | (((relj[-15 + ysi]) << (25))))) ^ (((((relj[-15 + ysi]) >> (18))) | (((relj[-15 + ysi]) << (14))))))) ^ (((relj[-15 + ysi]) >> (3)))); yica = ((((((((relj[-2 + ysi]) >> (17))) | (((relj[-2 + ysi]) << (15))))) ^ (((((relj[-2 + ysi]) >> (19))) | (((relj[-2 + ysi]) << (13))))))) ^ (((relj[-2 + ysi]) >> (10)))); relj[ysi] = nzv + relj[-16 + ysi] + relj[-7 + ysi] + yica; _m[65160] += 1; } _ui iymu = did[0]; _ui ikgj = did[1]; _ui mlam = did[2]; _ui ode = did[3]; _ui spu = did[4]; _ui qala = did[5]; _ui fvds = did[6]; _ui gjkn = did[7]; for (_si zdlo = 0; zdlo <= 31; zdlo += 1) { nzv = ((((((((iymu) >> (2))) | (((iymu) << (30))))) ^ (((((iymu) >> (13))) | (((iymu) << (19))))))) ^ (((((iymu) >> (22))) | (((iymu) << (10)))))); kti = ((((((iymu) & (ikgj))) ^ (((iymu) & (mlam))))) ^ (((ikgj) & (mlam)))); xakp = kti + nzv; yica = ((((((((spu) >> (6))) | (((spu) << (26))))) ^ (((((spu) >> (11))) | (((spu) << (21))))))) ^ (((((spu) >> (25))) | (((spu) << (7)))))); rdfl = ((((spu) & (qala))) ^ (((~spu) & (fvds)))); fdkm = yica + rdfl + *(((_ui *)(_m + 246160) + zdlo)) + gjkn + relj[zdlo]; gjkn = fvds; fvds = qala; qala = spu; spu = fdkm + ode; ode = mlam; mlam = ikgj; ikgj = iymu; iymu = fdkm + xakp; _m[65161] += 1; } did[0] += iymu; did[1] += ikgj; did[2] += mlam; did[3] += ode; did[4] += spu; did[5] += qala; did[6] += fvds; did[7] += gjkn; } llal = 0; } } } _uli *qmke = (_uli *)(xid + 352); { _uc *fxzm = (_uc *)(xid + 0); _ui *nbwr = (_ui *)(xid + 64); _uli *ldja = (_uli *)(xid + 352); _uli xgdd = 8 * ldja[0]; _uc mkv[1]; mkv[0] = 128; tzhk(xid, mkv, 1); while (((((ldja[0]) & (63))) != (56))) { mkv[0] = 0; { _uc *hgaj = (_uc *)(xid + 0); _uli *nbj = (_uli *)(xid + 352); _si mja = (_si)(((nbj[0]) & (63))); nbj[0] += 1; for (_si asd = 0; asd <= 0; asd += 1) { hgaj[mja] = mkv[asd]; mja += 1; if (mja == 64) { { _uc *pxli = (_uc *)(xid + 0); _ui *mren = (_ui *)(xid + 64); _ui *htjm = (_ui *)(xid + 96); _si tqfx = 0; _ui imih = 0; _ui dnko = 0; _ui jxu = 0; _ui viua = 0; _ui qsas = 0; _ui ymo = 0; for (_si kmt = 0; kmt <= 15; kmt += 1) { htjm[kmt] = (((((((((_ui)(pxli[tqfx])) << (24))) | ((((_ui)(pxli[1 + tqfx])) << (16))))) | ((((_ui)(pxli[2 + tqfx])) << (8))))) | ((_ui)(pxli[3 + tqfx]))); tqfx += 4; } for (_si ojpq = 16; ojpq <= 31; ojpq += 1) { imih = ((((((((htjm[-15 + ojpq]) >> (7))) | (((htjm[-15 + ojpq]) << (25))))) ^ (((((htjm[-15 + ojpq]) >> (18))) | (((htjm[-15 + ojpq]) << (14))))))) ^ (((htjm[-15 + ojpq]) >> (3)))); viua = ((((((((htjm[-2 + ojpq]) >> (17))) | (((htjm[-2 + ojpq]) << (15))))) ^ (((((htjm[-2 + ojpq]) >> (19))) | (((htjm[-2 + ojpq]) << (13))))))) ^ (((htjm[-2 + ojpq]) >> (10)))); htjm[ojpq] = htjm[-7 + ojpq] + htjm[-16 + ojpq] + imih + viua; _m[65160] += 1; } _ui dnye = mren[0]; _ui fdfv = mren[1]; _ui uui = mren[2]; _ui lons = mren[3]; _ui mrc = mren[4]; _ui hgb = mren[5]; _ui crn = mren[6]; _ui hqs = mren[7]; for (_si hopv = 0; hopv <= 31; hopv += 1) { imih = ((((((((dnye) >> (2))) | (((dnye) << (30))))) ^ (((((dnye) >> (13))) | (((dnye) << (19))))))) ^ (((((dnye) >> (22))) | (((dnye) << (10)))))); dnko = ((((((dnye) & (fdfv))) ^ (((dnye) & (uui))))) ^ (((fdfv) & (uui)))); jxu = dnko + imih; viua = ((((((((mrc) >> (6))) | (((mrc) << (26))))) ^ (((((mrc) >> (11))) | (((mrc) << (21))))))) ^ (((((mrc) >> (25))) | (((mrc) << (7)))))); qsas = ((((mrc) & (hgb))) ^ (((~mrc) & (crn)))); ymo = qsas + viua + hqs + *(((_ui *)(_m + 246160) + hopv)) + htjm[hopv]; hqs = crn; crn = hgb; hgb = mrc; mrc = lons + ymo; lons = uui; uui = fdfv; fdfv = dnye; dnye = jxu + ymo; _m[65161] += 1; } mren[0] += dnye; mren[1] += fdfv; mren[2] += uui; mren[3] += lons; mren[4] += mrc; mren[5] += hgb; mren[6] += crn; mren[7] += hqs; } mja = 0; } } } } for (_si gcnb = 0; gcnb <= 7; gcnb += 1) { mkv[0] = (_uc)(((((xgdd) >> (8 * (7 - gcnb)))) & (255))); { _uc *nuet = (_uc *)(xid + 0); _uli *ibvt = (_uli *)(xid + 352); _si cbu = (_si)(((ibvt[0]) & (63))); ibvt[0] += 1; for (_si shmt = 0; shmt <= 0; shmt += 1) { nuet[cbu] = mkv[shmt]; cbu += 1; if (cbu == 64) { ncrs(xid); cbu = 0; } } } } _si rpq = 0; for (_si ejzm = 0; ejzm <= 7; ejzm += 1) { _ui png = nbwr[ejzm]; fxzm[rpq] = (_uc)(((((png) >> (24))) & (255))); fxzm[1 + rpq] = (_uc)(((((png) >> (16))) & (255))); fxzm[2 + rpq] = (_uc)(((((png) >> (8))) & (255))); fxzm[3 + rpq] = (_uc)(((png) & (255))); rpq += 4; } } for (_si iswo = 0; iswo <= 31; iswo += 1) { nczb[iswo] = mixd[iswo]; } } qkhc(cdfk, nczb, kigm, 32); ncta(ntyf, kigm); { _uc *clo = (_uc *)(kigm); for (_si uvzw = 0; uvzw <= 360; uvzw += 1) { clo[uvzw] = (_uc)(1 + clo[uvzw]) * (_uc)(255 + clo[1 + uvzw]); } clo[361] = 0; } } void tovs(_uli *hhzk, _uli *ahul, _uli *cnti) { _uli *yjrq = lcnh(); _uli *hwps = ypgx(); _uli *tfsb = yiuc(); _uli *qvwb = azfr(); for (_si khyv = 0; khyv <= 12; khyv += 1) { yjrq[khyv] = ((ahul[khyv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hwps[khyv] = ((ahul[khyv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); tfsb[khyv] = ((cnti[khyv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qvwb[khyv] = ((cnti[khyv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lcoj = 0; lcoj <= 12; lcoj += 1) { hhzk[lcoj] = 0; } } for (_si gcts = 0; gcts <= (-1 + (((13) >> (1)))); gcts += 1) { for (_si mena = 0; mena <= (-1 + (((13) >> (1)))); mena += 1) { _uli ptke = hwps[gcts] * tfsb[mena] + qvwb[mena] * yjrq[gcts]; _uli flbx = tfsb[mena] * yjrq[gcts]; _uli cujd = hwps[gcts] * qvwb[mena]; _uli lcer = ((hhzk[gcts + mena]) + (flbx) + (((((ptke) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lcer < flbx) { cujd += 1; } _uli ybpv = ((((ptke) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cujd) << ((-47 + (((sizeof(_uli)) << (3)))))))); hhzk[gcts + mena] = lcer; hhzk[1 + gcts + mena] += ybpv; } { for (_si paiz = 0; paiz <= 11; paiz += 1) { hhzk[1 + paiz] += ((hhzk[paiz]) >> (47)); hhzk[paiz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hhzk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } cinf(yjrq); { _uc *qjsg = (_uc *)(hwps); for (_si qffz = 0; qffz <= 360; qffz += 1) { qjsg[qffz] = (_uc)(255 + qjsg[1 + qffz]) * (_uc)(1 + qjsg[qffz]); } qjsg[361] = 0; } { _uc *cjxl = (_uc *)(tfsb); for (_si kivl = 0; kivl <= 360; kivl += 1) { cjxl[kivl] = (_uc)(255 + cjxl[1 + kivl]) * (_uc)(1 + cjxl[kivl]); } cjxl[361] = 0; } { _uc *pkhk = (_uc *)(qvwb); for (_si gbbq = 0; gbbq <= 360; gbbq += 1) { pkhk[gbbq] = (_uc)(1 + pkhk[gbbq]) * (_uc)(255 + pkhk[1 + gbbq]); } pkhk[361] = 0; } } void nnh(_uli *kucu, _si otyv) { _si acv = (otyv % 47); _si zkxz = ((otyv) / (47)); _si kne = -acv + (((sizeof(_uli)) << (3))); if (zkxz >= 13) { { for (_si ogx = 0; ogx <= 12; ogx += 1) { kucu[ogx] = 0; } } } else { for (_si zoj = 12 - zkxz; zoj >= 1; zoj -= 1) { kucu[zkxz + zoj] = ((kucu[zoj]) << (acv)); if (kne < (8 * sizeof(_uli))) { kucu[zkxz + zoj] += ((((kucu[-1 + zoj]) >> (kne))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } kucu[zkxz] = ((kucu[0]) << (acv)); for (_si vnr = -1 + zkxz; vnr >= 0; vnr -= 1) { kucu[vnr] = 0; } }; { for (_si epaj = 0; epaj <= 11; epaj += 1) { kucu[1 + epaj] += ((kucu[epaj]) >> (47)); kucu[epaj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kucu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void tkqt(_uli *duxy) { for (_si gmyn = 0; gmyn <= 44; gmyn += 1) { duxy[gmyn] = 0; } } void llau(_uli *exqk) { for (_si xtye = 0; xtye <= 44; xtye += 1) { exqk[xtye] = 0; } } void gpi(_uli *jgp) { for (_si jgzf = 0; jgzf <= 44; jgzf += 1) { jgp[jgzf] = 0; } } void lwfw(_uli *xqiz) { _uc *ynvg = (_uc *)(xqiz); for (_si xnyl = 0; xnyl <= 360; xnyl += 1) { ynvg[xnyl] = (_uc)(1 + ynvg[xnyl]) * (_uc)(255 + ynvg[1 + xnyl]); } ynvg[361] = 0; } void gumg(_uli *hfea, _uli *gjol, _uli *ukrk) { for (_si pado = 0; pado <= 12; pado += 1) { hfea[pado] = gjol[pado] + ukrk[pado]; } { _si cone = ahij(hfea); if (cone) { { for (_si vlne = 0; vlne <= 12; vlne += 1) { hfea[vlne] = -hfea[vlne]; } } } for (_si rlnl = 0; rlnl <= 11; rlnl += 1) { if (((((hfea[rlnl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hfea[1 + rlnl] -= 1; } else { hfea[1 + rlnl] += ((hfea[rlnl]) >> (47)); }; hfea[rlnl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hfea[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cone) { { for (_si sntv = 0; sntv <= 12; sntv += 1) { hfea[sntv] = -hfea[sntv]; } } } } } void tkvi(_uli *awmf) { for (_si xeae = 0; xeae <= 12; xeae += 1) { awmf[xeae] = 0; } } void ywic(_uli *mlsd, _uli *zdwd, _uli *fiox) { for (_si rrvv = 0; rrvv <= 12; rrvv += 1) { mlsd[rrvv] = fiox[rrvv] + zdwd[rrvv]; } fuyf(mlsd); } void qcig(_uli *qgko) { _si qnvb = svro(qgko); if (qnvb) { { for (_si yxeg = 0; yxeg <= 12; yxeg += 1) { qgko[yxeg] = -qgko[yxeg]; } } } for (_si xbpr = 0; xbpr <= 11; xbpr += 1) { if (((((qgko[xbpr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qgko[1 + xbpr] -= 1; } else { qgko[1 + xbpr] += ((qgko[xbpr]) >> (47)); }; qgko[xbpr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qgko[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qnvb) { { for (_si uypc = 0; uypc <= 12; uypc += 1) { qgko[uypc] = -qgko[uypc]; } } } } void jyou(_uli *rgyf, _uli *eirh) { if (rgyf != eirh) { for (_si apum = 0; apum <= 12; apum += 1) { rgyf[apum] = eirh[apum]; } } } void hzpf(_uli *bfbl) { _si ugqk = stlw(bfbl); if (ugqk) { { for (_si mlij = 0; mlij <= 12; mlij += 1) { bfbl[mlij] = -bfbl[mlij]; } } } for (_si cvzz = 0; cvzz <= 11; cvzz += 1) { if (((((bfbl[cvzz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bfbl[1 + cvzz] -= 1; } else { bfbl[1 + cvzz] += ((bfbl[cvzz]) >> (47)); }; bfbl[cvzz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bfbl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ugqk) { { for (_si waag = 0; waag <= 12; waag += 1) { bfbl[waag] = -bfbl[waag]; } } } } void qjho(_si hhce, _uli *kzsz) { kzsz[(((hhce) / (47)))] &= ((((((_uli)(1)) << ((hhce % 47)))) - ((_uli)(1)))); for (_si zfgm = 1 + (((hhce) / (47))); zfgm <= 12; zfgm += 1) { kzsz[zfgm] = 0; } } void ohsz(_uli *tzij, _si ydvy) { _si glrc = (ydvy % 47); _si dkis = ((ydvy) / (47)); _si xpvt = ydvy; if (xpvt > (8 * sizeof(_uli))) { xpvt = -1; } if (dkis >= 13) { { for (_si lzih = 0; lzih <= 12; lzih += 1) { tzij[lzih] = 0; } } } else { _uli ixah = (((((_uli)(1)) << (glrc))) - ((_uli)(1))); if (xpvt < 0) { tzij[0] = 0; } else { tzij[0] = ((((tzij[0]) & (~ixah))) >> (xpvt)); }; if (dkis != 0) { tzij[0] += ((((tzij[dkis]) & (~ixah))) >> (glrc)); } for (_si gokb = 1; gokb <= (12 - dkis); gokb += 1) { tzij[-1 + gokb] += ((((((tzij[dkis + gokb]) & (ixah))) << (-glrc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tzij[gokb] = ((((tzij[dkis + gokb]) & (~ixah))) >> (glrc)); } for (_si uhad = 13 - dkis; uhad <= 12; uhad += 1) { tzij[uhad] = 0; } }; } void mgjn(_uli *onxk, _uli *etns, _uli *bifv) { for (_si jnsz = 0; jnsz <= 12; jnsz += 1) { onxk[jnsz] = -bifv[jnsz] + etns[jnsz]; } why(onxk); } _uli *ctgm() { ; _uli *hpyj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; hpyj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return hpyj; } _si nljl(_uli *iioy) { _si cafw = 0; _uli dsvx = 19; for (_si kran = 12; kran >= 0; kran -= 1) { if (iioy[kran] != 0) { cafw = ((((iioy[kran]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cafw; } void nlwp(_uli *rciq, _uli *qazu, _uli *dwvn) { for (_si ubas = 0; ubas <= 12; ubas += 1) { rciq[ubas] = -dwvn[ubas] + qazu[ubas]; } { _si ewjo = jnfc(rciq); if (ewjo) { { for (_si awdo = 0; awdo <= 12; awdo += 1) { rciq[awdo] = -rciq[awdo]; } } } for (_si stew = 0; stew <= 11; stew += 1) { if (((((rciq[stew]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rciq[1 + stew] -= 1; } else { rciq[1 + stew] += ((rciq[stew]) >> (47)); }; rciq[stew] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rciq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ewjo) { nolw(rciq, rciq); } } } void aez(_uc *knp) { _ui *ypue = (_ui *)(knp + 0); _ui *misn = (_ui *)(knp + 64); for (_si gqg = 0; gqg <= 15; gqg += 1) { ypue[gqg] = misn[gqg]; } for (_si zloa = 0; zloa <= 9; zloa += 1) { { ypue[0] += ypue[4]; ypue[12] ^= ypue[0]; ypue[12] = ((((ypue[12]) << (16))) | (((ypue[12]) >> (16)))); ypue[8] += ypue[12]; ypue[4] ^= ypue[8]; ypue[4] = ((((ypue[4]) << (12))) | (((ypue[4]) >> (20)))); ypue[0] += ypue[4]; ypue[12] ^= ypue[0]; ypue[12] = ((((ypue[12]) << (8))) | (((ypue[12]) >> (24)))); ypue[8] += ypue[12]; ypue[4] ^= ypue[8]; ypue[4] = ((((ypue[4]) << (7))) | (((ypue[4]) >> (25)))); } hnkf(ypue, 1, 5, 9, 13); { ypue[2] += ypue[6]; ypue[14] ^= ypue[2]; ypue[14] = ((((ypue[14]) << (16))) | (((ypue[14]) >> (16)))); ypue[10] += ypue[14]; ypue[6] ^= ypue[10]; ypue[6] = ((((ypue[6]) << (12))) | (((ypue[6]) >> (20)))); ypue[2] += ypue[6]; ypue[14] ^= ypue[2]; ypue[14] = ((((ypue[14]) << (8))) | (((ypue[14]) >> (24)))); ypue[10] += ypue[14]; ypue[6] ^= ypue[10]; ypue[6] = ((((ypue[6]) << (7))) | (((ypue[6]) >> (25)))); } ojst(ypue, 3, 7, 11, 15); { ypue[0] += ypue[5]; ypue[15] ^= ypue[0]; ypue[15] = ((((ypue[15]) << (16))) | (((ypue[15]) >> (16)))); ypue[10] += ypue[15]; ypue[5] ^= ypue[10]; ypue[5] = ((((ypue[5]) << (12))) | (((ypue[5]) >> (20)))); ypue[0] += ypue[5]; ypue[15] ^= ypue[0]; ypue[15] = ((((ypue[15]) << (8))) | (((ypue[15]) >> (24)))); ypue[10] += ypue[15]; ypue[5] ^= ypue[10]; ypue[5] = ((((ypue[5]) << (7))) | (((ypue[5]) >> (25)))); } { ypue[1] += ypue[6]; ypue[12] ^= ypue[1]; ypue[12] = ((((ypue[12]) << (16))) | (((ypue[12]) >> (16)))); ypue[11] += ypue[12]; ypue[6] ^= ypue[11]; ypue[6] = ((((ypue[6]) << (12))) | (((ypue[6]) >> (20)))); ypue[1] += ypue[6]; ypue[12] ^= ypue[1]; ypue[12] = ((((ypue[12]) << (8))) | (((ypue[12]) >> (24)))); ypue[11] += ypue[12]; ypue[6] ^= ypue[11]; ypue[6] = ((((ypue[6]) << (7))) | (((ypue[6]) >> (25)))); } foa(ypue, 2, 7, 8, 13); orgp(ypue, 3, 4, 9, 14); _m[65163] += 1; } for (_si qdra = 0; qdra <= 15; qdra += 1) { ypue[qdra] += misn[qdra]; } misn[12] += 1; if (misn[12] == 0) { misn[13] += 1; } } void yzrn(_uli *rawv) { _uc *cpkv = (_uc *)(rawv); for (_si trck = 0; trck <= 360; trck += 1) { cpkv[trck] = (_uc)(1 + cpkv[trck]) * (_uc)(255 + cpkv[1 + trck]); } cpkv[361] = 0; } void bgwh(_uli *xrgk, _si bgxl) { _si exsl = (bgxl % 47); _si frhw = ((bgxl) / (47)); _si nme = -exsl + (((sizeof(_uli)) << (3))); if (frhw >= 13) { { for (_si kpvq = 0; kpvq <= 12; kpvq += 1) { xrgk[kpvq] = 0; } } } else { for (_si vxlj = 12 - frhw; vxlj >= 1; vxlj -= 1) { xrgk[frhw + vxlj] = ((xrgk[vxlj]) << (exsl)); if (nme < (8 * sizeof(_uli))) { xrgk[frhw + vxlj] += ((((xrgk[-1 + vxlj]) >> (nme))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xrgk[frhw] = ((xrgk[0]) << (exsl)); for (_si hji = -1 + frhw; hji >= 0; hji -= 1) { xrgk[hji] = 0; } }; mpgz(xrgk); } void schu(_uli *owab, _uli *krsj, _uli *ycsw) { _uli *fpdz = mazz(); _uli *svx = frfi(); _uli *ekti = mazz(); _uli *txvz = dbam(); for (_si tkgq = 0; tkgq <= 12; tkgq += 1) { fpdz[tkgq] = ((krsj[tkgq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); svx[tkgq] = ((krsj[tkgq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ekti[tkgq] = ((ycsw[tkgq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); txvz[tkgq] = ((ycsw[tkgq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pvfp = 0; pvfp <= 12; pvfp += 1) { owab[pvfp] = 0; } } for (_si yued = 0; yued <= (-1 + (((13) >> (1)))); yued += 1) { for (_si qcun = 0; qcun <= (-1 + (((13) >> (1)))); qcun += 1) { _uli cbpb = ekti[qcun] * svx[yued] + fpdz[yued] * txvz[qcun]; _uli qggd = ekti[qcun] * fpdz[yued]; _uli rlvg = svx[yued] * txvz[qcun]; _uli qxeb = ((owab[qcun + yued]) + (qggd) + (((((cbpb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qxeb < qggd) { rlvg += 1; } _uli lwrr = ((((cbpb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rlvg) << ((-47 + (((sizeof(_uli)) << (3)))))))); owab[qcun + yued] = qxeb; owab[1 + qcun + yued] += lwrr; } { for (_si ugbv = 0; ugbv <= 11; ugbv += 1) { owab[1 + ugbv] += ((owab[ugbv]) >> (47)); owab[ugbv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } owab[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } hjjd(fpdz); ynq(svx); nwsu(ekti); { _uc *mhvb = (_uc *)(txvz); for (_si wmva = 0; wmva <= 360; wmva += 1) { mhvb[wmva] = (_uc)(1 + mhvb[wmva]) * (_uc)(255 + mhvb[1 + wmva]); } mhvb[361] = 0; } } _uli *gysu() { ; _uli *mcop; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; mcop = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mcop; } void fuuv(_uli *rmjc, _uli *ssfy, _uli *xktj) { for (_si dxjg = 0; dxjg <= 44; dxjg += 1) { rmjc[dxjg] = ssfy[dxjg] + xktj[dxjg]; } { _si xvtp = mijb(rmjc); if (xvtp) { { for (_si tgt = 0; tgt <= 44; tgt += 1) { rmjc[tgt] = -rmjc[tgt]; } } } for (_si gva = 0; gva <= 43; gva += 1) { if (((((rmjc[gva]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rmjc[1 + gva] -= 1; } else { rmjc[1 + gva] += ((rmjc[gva]) >> (47)); }; rmjc[gva] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rmjc[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xvtp) { { for (_si wfet = 0; wfet <= 44; wfet += 1) { rmjc[wfet] = -rmjc[wfet]; } } } } } void cixq(_uli *hfzi) { for (_si dxhk = 0; dxhk <= 12; dxhk += 1) { hfzi[dxhk] = 0; } } _si cqph(_uli *eoox) { _si jphw = 0; _uli nhje = 19; for (_si kbbt = 12; kbbt >= 0; kbbt -= 1) { if (eoox[kbbt] != 0) { jphw = ((((eoox[kbbt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return jphw; } void iwzy(_uli *ozwp, _uli *hyts, _uli *wesw) { for (_si aglz = 0; aglz <= 12; aglz += 1) { ozwp[aglz] = hyts[aglz] - wesw[aglz]; } { _si larf; { larf = 0; _uli qmiu = 19; for (_si calz = 12; calz >= 0; calz -= 1) { if (ozwp[calz] != 0) { larf = ((((ozwp[calz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (larf) { { for (_si nfzk = 0; nfzk <= 12; nfzk += 1) { ozwp[nfzk] = -ozwp[nfzk]; } } } for (_si txdp = 0; txdp <= 11; txdp += 1) { if (((((ozwp[txdp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ozwp[1 + txdp] -= 1; } else { ozwp[1 + txdp] += ((ozwp[txdp]) >> (47)); }; ozwp[txdp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ozwp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (larf) { { for (_si qskw = 0; qskw <= 12; qskw += 1) { ozwp[qskw] = -ozwp[qskw]; } } } } } void abxt(_uli *gvqr, _uli *afsb, _uli *nxvu) { _uli *lkjs = gtni(); _uli *hkbi = hkio(); _uli *htpg = itcx(); _uli *wdhv = xzmy(); for (_si obsc = 0; obsc <= 12; obsc += 1) { lkjs[obsc] = ((afsb[obsc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hkbi[obsc] = ((afsb[obsc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); htpg[obsc] = ((nxvu[obsc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wdhv[obsc] = ((nxvu[obsc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si gmhu = 0; gmhu <= 12; gmhu += 1) { gvqr[gmhu] = 0; } } for (_si bnjd = 0; bnjd <= (-1 + (((13) >> (1)))); bnjd += 1) { for (_si ckbk = 0; ckbk <= (-1 + (((13) >> (1)))); ckbk += 1) { _uli nsgg = hkbi[bnjd] * htpg[ckbk] + lkjs[bnjd] * wdhv[ckbk]; _uli ggfp = htpg[ckbk] * lkjs[bnjd]; _uli bnww = hkbi[bnjd] * wdhv[ckbk]; _uli tkrb = ((gvqr[bnjd + ckbk]) + (ggfp) + (((((nsgg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tkrb < ggfp) { bnww += 1; } _uli gwvi = ((((nsgg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bnww) << ((-47 + (((sizeof(_uli)) << (3)))))))); gvqr[bnjd + ckbk] = tkrb; gvqr[1 + bnjd + ckbk] += gwvi; } { for (_si tzoy = 0; tzoy <= 11; tzoy += 1) { gvqr[1 + tzoy] += ((gvqr[tzoy]) >> (47)); gvqr[tzoy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gvqr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *xzlp = (_uc *)(lkjs); for (_si avxs = 0; avxs <= 360; avxs += 1) { xzlp[avxs] = (_uc)(1 + xzlp[avxs]) * (_uc)(255 + xzlp[1 + avxs]); } xzlp[361] = 0; } { _uc *ospq = (_uc *)(hkbi); for (_si bplg = 0; bplg <= 360; bplg += 1) { ospq[bplg] = (_uc)(255 + ospq[1 + bplg]) * (_uc)(1 + ospq[bplg]); } ospq[361] = 0; } xigt(htpg); { _uc *knkq = (_uc *)(wdhv); for (_si yxxl = 0; yxxl <= 360; yxxl += 1) { knkq[yxxl] = (_uc)(1 + knkq[yxxl]) * (_uc)(255 + knkq[1 + yxxl]); } knkq[361] = 0; } } void kvbf(_uli *wsvh) { _uc *jkqm = (_uc *)(wsvh); for (_si xzki = 0; xzki <= 360; xzki += 1) { jkqm[xzki] = (_uc)(1 + jkqm[xzki]) * (_uc)(255 + jkqm[1 + xzki]); } jkqm[361] = 0; } void kjv(_ui *ycbk, _si fatt, _si pvzp, _si kwxr, _si fos) { ycbk[fatt] += ycbk[pvzp]; ycbk[fos] ^= ycbk[fatt]; ycbk[fos] = ((((ycbk[fos]) << (16))) | (((ycbk[fos]) >> (16)))); ycbk[kwxr] += ycbk[fos]; ycbk[pvzp] ^= ycbk[kwxr]; ycbk[pvzp] = ((((ycbk[pvzp]) << (12))) | (((ycbk[pvzp]) >> (20)))); ycbk[fatt] += ycbk[pvzp]; ycbk[fos] ^= ycbk[fatt]; ycbk[fos] = ((((ycbk[fos]) << (8))) | (((ycbk[fos]) >> (24)))); ycbk[kwxr] += ycbk[fos]; ycbk[pvzp] ^= ycbk[kwxr]; ycbk[pvzp] = ((((ycbk[pvzp]) << (7))) | (((ycbk[pvzp]) >> (25)))); } void ohhw(_uli *injl) { for (_si nkej = 0; nkej <= 44; nkej += 1) { injl[nkej] = 0; } } void tjex(_uli *lick, _uli *bpdb, _uli *rfbh) { _uli *ljbi = sreu(); _uli *hpna = zzry(); { _uli *pmem = oeuc(); _uli *gxfm = udtp(); _uli *yjlb = qmtt(); _uli *hnul = gtni(); _uli *cuke = vsqi(); _uli *rpsx = gcbc(); _si reqw = 0; while (1) { _si sowi = (rfbh[0] % 2) == 0; _si wbdl = (lick[0] % 2) == 0; if (!(sowi && wbdl)) { break; } reqw += 1; wbrn(rfbh, 1); { _si kzkv = 1; _si mbwg = 0; _si tldo = 1; if (tldo > (8 * sizeof(_uli))) { tldo = -1; } if (mbwg >= 13) { { for (_si jtfs = 0; jtfs <= 12; jtfs += 1) { lick[jtfs] = 0; } } } else { _uli xcjn = (((((_uli)(1)) << (kzkv))) - ((_uli)(1))); if (tldo < 0) { lick[0] = 0; } else { lick[0] = ((((lick[0]) & (~xcjn))) >> (tldo)); }; if (mbwg != 0) { lick[0] += ((((lick[mbwg]) & (~xcjn))) >> (kzkv)); } for (_si haah = 1; haah <= (12 - mbwg); haah += 1) { lick[-1 + haah] += ((((((lick[haah + mbwg]) & (xcjn))) << (-kzkv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lick[haah] = ((((lick[haah + mbwg]) & (~xcjn))) >> (kzkv)); } for (_si fjqb = 13 - mbwg; fjqb <= 12; fjqb += 1) { lick[fjqb] = 0; } }; } } jyhu(cuke, rfbh); { if (ljbi != lick) { for (_si otrg = 0; otrg <= 12; otrg += 1) { ljbi[otrg] = lick[otrg]; } } } { pmem[0] = 1; for (_si lgew = 1; lgew <= 12; lgew += 1) { pmem[lgew] = 0; } } { for (_si ueui = 0; ueui <= 12; ueui += 1) { gxfm[ueui] = 0; } } { for (_si czjo = 0; czjo <= 12; czjo += 1) { yjlb[czjo] = 0; } } { hnul[0] = 1; for (_si unrv = 1; unrv <= 12; unrv += 1) { hnul[unrv] = 0; } } while (1) { while (1) { _si dmau = (cuke[0] % 2) == 0; if (!dmau) { break; } vkze(cuke, 1); _si qdje = (pmem[0] % 2) == 0; _si wopc = (gxfm[0] % 2) == 0; if (!qdje || !wopc) { oztz(pmem, pmem, lick); ebfr(gxfm, gxfm, rfbh); } jwgs(pmem, 1); { _si uyyx; { uyyx = 0; _uli dcxd = 19; for (_si dhok = 12; dhok >= 0; dhok -= 1) { if (gxfm[dhok] != 0) { uyyx = ((((gxfm[dhok]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (uyyx) { { for (_si rfmt = 0; rfmt <= 12; rfmt += 1) { gxfm[rfmt] = -gxfm[rfmt]; } } } bxig(gxfm, 1); if (uyyx) { { for (_si jqfb = 0; jqfb <= 12; jqfb += 1) { gxfm[jqfb] = -gxfm[jqfb]; } } } } } while (1) { _si yzdc = (ljbi[0] % 2) == 0; if (!yzdc) { break; } gdep(ljbi, 1); _si ullu = (yjlb[0] % 2) == 0; _si bdvn = (hnul[0] % 2) == 0; if (!ullu || !bdvn) { { for (_si ayvx = 0; ayvx <= 12; ayvx += 1) { yjlb[ayvx] = lick[ayvx] + yjlb[ayvx]; } { _si gdgc = awea(yjlb); if (gdgc) { { for (_si kjzs = 0; kjzs <= 12; kjzs += 1) { yjlb[kjzs] = -yjlb[kjzs]; } } } for (_si nirs = 0; nirs <= 11; nirs += 1) { if (((((yjlb[nirs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yjlb[1 + nirs] -= 1; } else { yjlb[1 + nirs] += ((yjlb[nirs]) >> (47)); }; yjlb[nirs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yjlb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gdgc) { { for (_si tybz = 0; tybz <= 12; tybz += 1) { yjlb[tybz] = -yjlb[tybz]; } } } } } { for (_si xoas = 0; xoas <= 12; xoas += 1) { hnul[xoas] = hnul[xoas] - rfbh[xoas]; } { _si wtgq = psec(hnul); if (wtgq) { { for (_si fmgo = 0; fmgo <= 12; fmgo += 1) { hnul[fmgo] = -hnul[fmgo]; } } } for (_si khti = 0; khti <= 11; khti += 1) { if (((((hnul[khti]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hnul[1 + khti] -= 1; } else { hnul[1 + khti] += ((hnul[khti]) >> (47)); }; hnul[khti] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hnul[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wtgq) { swbu(hnul, hnul); } } } } mkpa(yjlb, 1); xqkb(hnul, 1); } { for (_si weqd = 0; weqd <= 12; weqd += 1) { rpsx[weqd] = cuke[weqd] - ljbi[weqd]; } { _si jlcx; { jlcx = 0; _uli scba = 19; for (_si xxnc = 12; xxnc >= 0; xxnc -= 1) { if (rpsx[xxnc] != 0) { jlcx = ((((rpsx[xxnc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jlcx) { { for (_si swee = 0; swee <= 12; swee += 1) { rpsx[swee] = -rpsx[swee]; } } } for (_si szvq = 0; szvq <= 11; szvq += 1) { if (((((rpsx[szvq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rpsx[1 + szvq] -= 1; } else { rpsx[1 + szvq] += ((rpsx[szvq]) >> (47)); }; rpsx[szvq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rpsx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jlcx) { { for (_si qbch = 0; qbch <= 12; qbch += 1) { rpsx[qbch] = -rpsx[qbch]; } } } } } _si ogim = vaxp(rpsx); if (ogim) { { for (_si saio = 0; saio <= 12; saio += 1) { ljbi[saio] = -rpsx[saio]; } } ecpl(yjlb, yjlb, pmem); lxhw(hnul, hnul, gxfm); } else { { if (cuke != rpsx) { for (_si mboy = 0; mboy <= 12; mboy += 1) { cuke[mboy] = rpsx[mboy]; } } } { for (_si avcz = 0; avcz <= 12; avcz += 1) { pmem[avcz] = pmem[avcz] - yjlb[avcz]; } { _si urtr = imli(pmem); if (urtr) { { for (_si vpyd = 0; vpyd <= 12; vpyd += 1) { pmem[vpyd] = -pmem[vpyd]; } } } for (_si bbru = 0; bbru <= 11; bbru += 1) { if (((((pmem[bbru]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pmem[1 + bbru] -= 1; } else { pmem[1 + bbru] += ((pmem[bbru]) >> (47)); }; pmem[bbru] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pmem[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (urtr) { { for (_si bcfb = 0; bcfb <= 12; bcfb += 1) { pmem[bcfb] = -pmem[bcfb]; } } } } } { for (_si yjio = 0; yjio <= 12; yjio += 1) { gxfm[yjio] = gxfm[yjio] - hnul[yjio]; } { _si dcmd; { dcmd = 0; _uli oemx = 19; for (_si rvyg = 12; rvyg >= 0; rvyg -= 1) { if (gxfm[rvyg] != 0) { dcmd = ((((gxfm[rvyg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (dcmd) { { for (_si lnnp = 0; lnnp <= 12; lnnp += 1) { gxfm[lnnp] = -gxfm[lnnp]; } } } for (_si epht = 0; epht <= 11; epht += 1) { if (((((gxfm[epht]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gxfm[1 + epht] -= 1; } else { gxfm[1 + epht] += ((gxfm[epht]) >> (47)); }; gxfm[epht] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gxfm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dcmd) { { for (_si jpbr = 0; jpbr <= 12; jpbr += 1) { gxfm[jpbr] = -gxfm[jpbr]; } } } } } }; _si zssd; { zssd = 0; _si zzhr; { zzhr = -1; for (_si bibi = 12; bibi >= 0; bibi -= 1) { if (cuke[bibi] != 0) { zzhr = bibi; break; } } } zssd = zzhr == -1; } if (zssd) { break; } } jyhu(bpdb, yjlb); { if (hpna != hnul) { for (_si gwsm = 0; gwsm <= 12; gwsm += 1) { hpna[gwsm] = hnul[gwsm]; } } } if (reqw > 0) { vydh(ljbi, reqw); { _si umls = (reqw % 47); _si mors = ((reqw) / (47)); _si ywtc = -umls + (((sizeof(_uli)) << (3))); if (mors >= 13) { { for (_si sjpp = 0; sjpp <= 12; sjpp += 1) { rfbh[sjpp] = 0; } } } else { for (_si grqf = 12 - mors; grqf >= 1; grqf -= 1) { rfbh[grqf + mors] = ((rfbh[grqf]) << (umls)); if (ywtc < (8 * sizeof(_uli))) { rfbh[grqf + mors] += ((((rfbh[-1 + grqf]) >> (ywtc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } rfbh[mors] = ((rfbh[0]) << (umls)); for (_si fgcr = -1 + mors; fgcr >= 0; fgcr -= 1) { rfbh[fgcr] = 0; } }; ttpe(rfbh); } { _si emcm = (reqw % 47); _si fwre = ((reqw) / (47)); _si tfjk = -emcm + (((sizeof(_uli)) << (3))); if (fwre >= 13) { { for (_si mmza = 0; mmza <= 12; mmza += 1) { lick[mmza] = 0; } } } else { for (_si rqge = 12 - fwre; rqge >= 1; rqge -= 1) { lick[fwre + rqge] = ((lick[rqge]) << (emcm)); if (tfjk < (8 * sizeof(_uli))) { lick[fwre + rqge] += ((((lick[-1 + rqge]) >> (tfjk))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } lick[fwre] = ((lick[0]) << (emcm)); for (_si lidd = -1 + fwre; lidd >= 0; lidd -= 1) { lick[lidd] = 0; } }; rise(lick); } } { _uc *embr = (_uc *)(pmem); for (_si ekgf = 0; ekgf <= 360; ekgf += 1) { embr[ekgf] = (_uc)(255 + embr[1 + ekgf]) * (_uc)(1 + embr[ekgf]); } embr[361] = 0; } { _uc *belf = (_uc *)(gxfm); for (_si bshf = 0; bshf <= 360; bshf += 1) { belf[bshf] = (_uc)(1 + belf[bshf]) * (_uc)(255 + belf[1 + bshf]); } belf[361] = 0; } { _uc *xjhi = (_uc *)(yjlb); for (_si pwkf = 0; pwkf <= 360; pwkf += 1) { xjhi[pwkf] = (_uc)(1 + xjhi[pwkf]) * (_uc)(255 + xjhi[1 + pwkf]); } xjhi[361] = 0; } { _uc *mepu = (_uc *)(hnul); for (_si kutg = 0; kutg <= 360; kutg += 1) { mepu[kutg] = (_uc)(255 + mepu[1 + kutg]) * (_uc)(1 + mepu[kutg]); } mepu[361] = 0; } { _uc *arjb = (_uc *)(cuke); for (_si wplw = 0; wplw <= 360; wplw += 1) { arjb[wplw] = (_uc)(1 + arjb[wplw]) * (_uc)(255 + arjb[1 + wplw]); } arjb[361] = 0; } jkkk(rpsx); } while (1) { _si gein = opaf(bpdb); if (gein) { break; } { for (_si vloq = 0; vloq <= 12; vloq += 1) { bpdb[vloq] = bpdb[vloq] - lick[vloq]; } vktg(bpdb); } } while (1) { _si wuth; { wuth = 0; _uli mfmb = 19; for (_si oils = 12; oils >= 0; oils -= 1) { if (bpdb[oils] != 0) { wuth = ((((bpdb[oils]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!wuth) { break; } { for (_si etlv = 0; etlv <= 12; etlv += 1) { bpdb[etlv] = bpdb[etlv] + lick[etlv]; } { _si vsjw = opaf(bpdb); if (vsjw) { { for (_si keun = 0; keun <= 12; keun += 1) { bpdb[keun] = -bpdb[keun]; } } } for (_si royc = 0; royc <= 11; royc += 1) { if (((((bpdb[royc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bpdb[1 + royc] -= 1; } else { bpdb[1 + royc] += ((bpdb[royc]) >> (47)); }; bpdb[royc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bpdb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vsjw) { { for (_si bzkp = 0; bzkp <= 12; bzkp += 1) { bpdb[bzkp] = -bpdb[bzkp]; } } } } } } { _uc *qhiv = (_uc *)(ljbi); for (_si gitq = 0; gitq <= 360; gitq += 1) { qhiv[gitq] = (_uc)(1 + qhiv[gitq]) * (_uc)(255 + qhiv[1 + gitq]); } qhiv[361] = 0; } { _uc *ddyu = (_uc *)(hpna); for (_si vono = 0; vono <= 360; vono += 1) { ddyu[vono] = (_uc)(1 + ddyu[vono]) * (_uc)(255 + ddyu[1 + vono]); } ddyu[361] = 0; } } void uqxp(_uli *amwr) { _uc *fulp = (_uc *)(amwr); for (_si efrq = 0; efrq <= 360; efrq += 1) { fulp[efrq] = (_uc)(1 + fulp[efrq]) * (_uc)(255 + fulp[1 + efrq]); } fulp[361] = 0; } void cxyd(_uc *gtt) { _uc *xdnb = (_uc *)(gtt + 0); _ui *nizm = (_ui *)(gtt + 64); _ui *fwvq = (_ui *)(gtt + 96); _si hjqi = 0; _ui ytfp = 0; _ui juna = 0; _ui lzhj = 0; _ui yec = 0; _ui rwas = 0; _ui qhpe = 0; for (_si glil = 0; glil <= 15; glil += 1) { fwvq[glil] = (((((((((_ui)(xdnb[hjqi])) << (24))) | ((((_ui)(xdnb[1 + hjqi])) << (16))))) | ((((_ui)(xdnb[2 + hjqi])) << (8))))) | ((_ui)(xdnb[3 + hjqi]))); hjqi += 4; } for (_si xrb = 16; xrb <= 31; xrb += 1) { ytfp = ((((((((fwvq[-15 + xrb]) >> (7))) | (((fwvq[-15 + xrb]) << (25))))) ^ (((((fwvq[-15 + xrb]) >> (18))) | (((fwvq[-15 + xrb]) << (14))))))) ^ (((fwvq[-15 + xrb]) >> (3)))); yec = ((((((((fwvq[-2 + xrb]) >> (17))) | (((fwvq[-2 + xrb]) << (15))))) ^ (((((fwvq[-2 + xrb]) >> (19))) | (((fwvq[-2 + xrb]) << (13))))))) ^ (((fwvq[-2 + xrb]) >> (10)))); fwvq[xrb] = fwvq[-16 + xrb] + fwvq[-7 + xrb] + yec + ytfp; _m[65160] += 1; } _ui byls = nizm[0]; _ui obl = nizm[1]; _ui cktm = nizm[2]; _ui mwg = nizm[3]; _ui wib = nizm[4]; _ui nxmk = nizm[5]; _ui mmh = nizm[6]; _ui niej = nizm[7]; for (_si sljw = 0; sljw <= 31; sljw += 1) { ytfp = ((((((((byls) >> (2))) | (((byls) << (30))))) ^ (((((byls) >> (13))) | (((byls) << (19))))))) ^ (((((byls) >> (22))) | (((byls) << (10)))))); juna = ((((((byls) & (obl))) ^ (((byls) & (cktm))))) ^ (((obl) & (cktm)))); lzhj = juna + ytfp; yec = ((((((((wib) >> (6))) | (((wib) << (26))))) ^ (((((wib) >> (11))) | (((wib) << (21))))))) ^ (((((wib) >> (25))) | (((wib) << (7)))))); rwas = ((((wib) & (nxmk))) ^ (((~wib) & (mmh)))); qhpe = yec + fwvq[sljw] + *(((_ui *)(_m + 246160) + sljw)) + niej + rwas; niej = mmh; mmh = nxmk; nxmk = wib; wib = mwg + qhpe; mwg = cktm; cktm = obl; obl = byls; byls = lzhj + qhpe; _m[65161] += 1; } nizm[0] += byls; nizm[1] += obl; nizm[2] += cktm; nizm[3] += mwg; nizm[4] += wib; nizm[5] += nxmk; nizm[6] += mmh; nizm[7] += niej; } void qynr(_uli *pkox, _uli *xpbe, _uli *uwdn) { for (_si glgs = 0; glgs <= 12; glgs += 1) { pkox[glgs] = uwdn[glgs] + xpbe[glgs]; } wdmg(pkox); } void glxz(_uli *vrf) { _uc *jrtr = (_uc *)(vrf); for (_si fsjc = 0; fsjc <= 360; fsjc += 1) { jrtr[fsjc] = (_uc)(1 + jrtr[fsjc]) * (_uc)(255 + jrtr[1 + fsjc]); } jrtr[361] = 0; } void ijhr(_uli *yxvd) { _uc *nvez = (_uc *)(yxvd); for (_si naev = 0; naev <= 360; naev += 1) { nvez[naev] = (_uc)(1 + nvez[naev]) * (_uc)(255 + nvez[1 + naev]); } nvez[361] = 0; } void lndb(_uli *valz) { _uc *pafn = cthm(); _uc *amvk = ((_uc *)(_m + 49956) + 0); _uc *dsoq = (_uc *)(valz); for (_si trik = 0; trik <= 359; trik += 1) { dsoq[trik] = *(((_uc *)(_m + 3982) + trik)); } { { { _ui *hcho = (_ui *)(pafn + 64); for (_si ucvg = 0; ucvg <= 7; ucvg += 1) { hcho[4 + ucvg] = (((_ui)((amvk + 4 * ucvg)[0])) + ((((_ui)((amvk + 4 * ucvg)[1])) << (8))) + ((((_ui)((amvk + 4 * ucvg)[2])) << (16))) + ((((_ui)((amvk + 4 * ucvg)[3])) << (24)))); } } _ui *prjx = (_ui *)(pafn + 64); _ui *xhiu = (_ui *)(pafn + 128); for (_si fukl = 0; fukl <= 3; fukl += 1) { prjx[fukl] = (((_ui)(((_uc *)(_m + 48146) + 4 * fukl)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fukl)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fukl)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * fukl)[3])) << (24)))); } for (_si zpyr = 0; zpyr <= 3; zpyr += 1) { prjx[12 + zpyr] = 0; _m[65162] += 1; } xhiu[0] = 3904225602; } elpt(pafn, dsoq, 360); } } void xakz(_uli *cqvc) { _uc *hjfc = frhg(); _uc *rvln = ((_uc *)(_m + 17014) + 0); _uc *ljkw = (_uc *)(cqvc); for (_si lshm = 0; lshm <= 359; lshm += 1) { ljkw[lshm] = *(((_uc *)(_m + 71314) + lshm)); } ckss(hjfc, rvln, ljkw, 360); } void fdhh(_uli *dtpr, _si dgfy) { _si mqhw = (dgfy % 47); _si yuri = ((dgfy) / (47)); _si zisw = dgfy; if (zisw > (8 * sizeof(_uli))) { zisw = -1; } if (yuri >= 13) { xwjd(dtpr); } else { _uli xlsb = (((((_uli)(1)) << (mqhw))) - ((_uli)(1))); if (zisw < 0) { dtpr[0] = 0; } else { dtpr[0] = ((((dtpr[0]) & (~xlsb))) >> (zisw)); }; if (yuri != 0) { dtpr[0] += ((((dtpr[yuri]) & (~xlsb))) >> (mqhw)); } for (_si usjo = 1; usjo <= (12 - yuri); usjo += 1) { dtpr[-1 + usjo] += ((((((dtpr[usjo + yuri]) & (xlsb))) << (-mqhw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dtpr[usjo] = ((((dtpr[usjo + yuri]) & (~xlsb))) >> (mqhw)); } for (_si tyec = 13 - yuri; tyec <= 12; tyec += 1) { dtpr[tyec] = 0; } }; } void fcjw(_uli *fjoe, _si hbsg) { _si wxjf = (hbsg % 47); _si pqwi = ((hbsg) / (47)); _si tzwk = hbsg; if (tzwk > (8 * sizeof(_uli))) { tzwk = -1; } if (pqwi >= 13) { { for (_si brp = 0; brp <= 12; brp += 1) { fjoe[brp] = 0; } } } else { _uli crbu = (((((_uli)(1)) << (wxjf))) - ((_uli)(1))); if (tzwk < 0) { fjoe[0] = 0; } else { fjoe[0] = ((((fjoe[0]) & (~crbu))) >> (tzwk)); }; if (pqwi != 0) { fjoe[0] += ((((fjoe[pqwi]) & (~crbu))) >> (wxjf)); } for (_si lesg = 1; lesg <= (12 - pqwi); lesg += 1) { fjoe[-1 + lesg] += ((((((fjoe[lesg + pqwi]) & (crbu))) << (-wxjf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fjoe[lesg] = ((((fjoe[lesg + pqwi]) & (~crbu))) >> (wxjf)); } for (_si wrgc = 13 - pqwi; wrgc <= 12; wrgc += 1) { fjoe[wrgc] = 0; } }; } void cdfc(_ui *oste, _si qsqx, _si uwoz, _si dsat, _si iqoy) { oste[qsqx] += oste[uwoz]; oste[iqoy] ^= oste[qsqx]; oste[iqoy] = ((((oste[iqoy]) << (16))) | (((oste[iqoy]) >> (16)))); oste[dsat] += oste[iqoy]; oste[uwoz] ^= oste[dsat]; oste[uwoz] = ((((oste[uwoz]) << (12))) | (((oste[uwoz]) >> (20)))); oste[qsqx] += oste[uwoz]; oste[iqoy] ^= oste[qsqx]; oste[iqoy] = ((((oste[iqoy]) << (8))) | (((oste[iqoy]) >> (24)))); oste[dsat] += oste[iqoy]; oste[uwoz] ^= oste[dsat]; oste[uwoz] = ((((oste[uwoz]) << (7))) | (((oste[uwoz]) >> (25)))); } void ovyf(_uc *gmwk) { _ui *iybm = (_ui *)(gmwk + 0); _ui *bpf = (_ui *)(gmwk + 64); for (_si qwuw = 0; qwuw <= 15; qwuw += 1) { iybm[qwuw] = bpf[qwuw]; } for (_si xutk = 0; xutk <= 9; xutk += 1) { lnnc(iybm, 0, 4, 8, 12); { iybm[1] += iybm[5]; iybm[13] ^= iybm[1]; iybm[13] = ((((iybm[13]) << (16))) | (((iybm[13]) >> (16)))); iybm[9] += iybm[13]; iybm[5] ^= iybm[9]; iybm[5] = ((((iybm[5]) << (12))) | (((iybm[5]) >> (20)))); iybm[1] += iybm[5]; iybm[13] ^= iybm[1]; iybm[13] = ((((iybm[13]) << (8))) | (((iybm[13]) >> (24)))); iybm[9] += iybm[13]; iybm[5] ^= iybm[9]; iybm[5] = ((((iybm[5]) << (7))) | (((iybm[5]) >> (25)))); } efd(iybm, 2, 6, 10, 14); basg(iybm, 3, 7, 11, 15); xdql(iybm, 0, 5, 10, 15); twri(iybm, 1, 6, 11, 12); rytz(iybm, 2, 7, 8, 13); { iybm[3] += iybm[4]; iybm[14] ^= iybm[3]; iybm[14] = ((((iybm[14]) << (16))) | (((iybm[14]) >> (16)))); iybm[9] += iybm[14]; iybm[4] ^= iybm[9]; iybm[4] = ((((iybm[4]) << (12))) | (((iybm[4]) >> (20)))); iybm[3] += iybm[4]; iybm[14] ^= iybm[3]; iybm[14] = ((((iybm[14]) << (8))) | (((iybm[14]) >> (24)))); iybm[9] += iybm[14]; iybm[4] ^= iybm[9]; iybm[4] = ((((iybm[4]) << (7))) | (((iybm[4]) >> (25)))); } _m[65163] += 1; } for (_si wtwt = 0; wtwt <= 15; wtwt += 1) { iybm[wtwt] += bpf[wtwt]; } bpf[12] += 1; if (bpf[12] == 0) { bpf[13] += 1; } } _uli *irak() { ; _uli *zyru; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; zyru = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zyru; } void jlrl(_uc *uzao, _uc *pzwo, _si hwbn) { jexf(uzao, pzwo); _ui *uyls = (_ui *)(uzao + 64); _ui *rjts = (_ui *)(uzao + 128); for (_si suxn = 0; suxn <= 3; suxn += 1) { uyls[suxn] = (((_ui)(((_uc *)(_m + 48146) + 4 * suxn)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * suxn)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * suxn)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * suxn)[3])) << (24)))); } for (_si mudn = 0; mudn <= 3; mudn += 1) { uyls[12 + mudn] = hwbn; _m[65162] += 1; } rjts[0] = 3904225602; } void mzgn(_uli *jkgl, _si lsem) { _si csdf = (lsem % 47); _si clnj = ((lsem) / (47)); _si drck = -csdf + (((sizeof(_uli)) << (3))); if (clnj >= 13) { { for (_si cdpo = 0; cdpo <= 12; cdpo += 1) { jkgl[cdpo] = 0; } } } else { for (_si gadn = 12 - clnj; gadn >= 1; gadn -= 1) { jkgl[clnj + gadn] = ((jkgl[gadn]) << (csdf)); if (drck < (8 * sizeof(_uli))) { jkgl[clnj + gadn] += ((((jkgl[-1 + gadn]) >> (drck))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } jkgl[clnj] = ((jkgl[0]) << (csdf)); for (_si fvvm = -1 + clnj; fvvm >= 0; fvvm -= 1) { jkgl[fvvm] = 0; } }; { for (_si kasd = 0; kasd <= 11; kasd += 1) { jkgl[1 + kasd] += ((jkgl[kasd]) >> (47)); jkgl[kasd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jkgl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void afey(_uli *kmmj, _uli *wbaz) { _uli *zezv = aqdx(); _uli *hjgy = fyap(); for (_si fuao = 0; fuao <= 12; fuao += 1) { zezv[fuao] = ((wbaz[fuao]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hjgy[fuao] = ((wbaz[fuao]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si rnqf = 0; rnqf <= 12; rnqf += 1) { kmmj[rnqf] = 0; } } for (_si phae = 0; phae <= (-1 + (((13) >> (1)))); phae += 1) { for (_si jxau = 0; jxau <= (-1 + (((13) >> (1)))); jxau += 1) { _uli mbdj = hjgy[jxau] * zezv[phae] + hjgy[phae] * zezv[jxau]; _uli mqfr = zezv[jxau] * zezv[phae]; _uli ldsu = hjgy[jxau] * hjgy[phae]; _uli mixc = ((kmmj[jxau + phae]) + (mqfr) + (((((mbdj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mixc < mqfr) { ldsu += 1; } _uli zjtt = ((((mbdj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ldsu) << ((-47 + (((sizeof(_uli)) << (3)))))))); kmmj[jxau + phae] = mixc; kmmj[1 + jxau + phae] += zjtt; } { for (_si iywz = 0; iywz <= 11; iywz += 1) { kmmj[1 + iywz] += ((kmmj[iywz]) >> (47)); kmmj[iywz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kmmj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } hdfp(zezv); { _uc *xarr = (_uc *)(hjgy); for (_si aocb = 0; aocb <= 360; aocb += 1) { xarr[aocb] = (_uc)(1 + xarr[aocb]) * (_uc)(255 + xarr[1 + aocb]); } xarr[361] = 0; } } void deef(_uli *weqe, _uli *lesl, _uli *qiut) { _uli *hogj = wkhr(); { { if (weqe != lesl) { for (_si hqad = 0; hqad <= 12; hqad += 1) { weqe[hqad] = lesl[hqad]; } } } _si sroj; { sroj = -1; for (_si mbnf = 12; mbnf >= 0; mbnf -= 1) { if (weqe[mbnf] != 0) { sroj = mbnf; break; } } } _si kyoi; { kyoi = -1; for (_si yhfx = 12; yhfx >= 0; yhfx -= 1) { if (qiut[yhfx] != 0) { kyoi = yhfx; break; } } } if (sroj >= kyoi) { _si rplx = 0; _uli ctsl = qiut[kyoi]; while (ctsl < (((((((_uli)(1)) << (47)))) >> (1)))) { rplx += 1; ctsl <<= 1; } if (kyoi == 0) { rplx += 47; sroj += 1; kyoi += 1; } if (rplx > 0) { { _si dhus = (rplx % 47); _si fycu = ((rplx) / (47)); _si pczl = -dhus + (((sizeof(_uli)) << (3))); if (fycu >= 13) { { for (_si amqo = 0; amqo <= 12; amqo += 1) { weqe[amqo] = 0; } } } else { for (_si orne = 12 - fycu; orne >= 1; orne -= 1) { weqe[fycu + orne] = ((weqe[orne]) << (dhus)); if (pczl < (8 * sizeof(_uli))) { weqe[fycu + orne] += ((((weqe[-1 + orne]) >> (pczl))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } weqe[fycu] = ((weqe[0]) << (dhus)); for (_si gncy = -1 + fycu; gncy >= 0; gncy -= 1) { weqe[gncy] = 0; } }; { for (_si tqds = 0; tqds <= 11; tqds += 1) { weqe[1 + tqds] += ((weqe[tqds]) >> (47)); weqe[tqds] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } weqe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } wtcp(qiut, rplx); } _si jmzl = -kyoi + sroj; ctsl = qiut[kyoi]; _uli ndqp = qiut[-1 + kyoi]; for (_si uont = jmzl; uont >= 0; uont -= 1) { __uint128_t cpmb = weqe[kyoi + uont] + weqe[1 + kyoi + uont] * (__uint128_t)(((((_uli)(1)) << (47)))); _uli bykb = 0; __uint128_t atxw = ((cpmb) / (ctsl)); __uint128_t axvw = (cpmb % ctsl); while (atxw == ((((_uli)(1)) << (47))) || (atxw * ndqp) > (weqe[-1 + kyoi + uont] + ((((_uli)(1)) << (47))) * axvw)) { atxw -= 1; axvw += ctsl; if (axvw >= ((((_uli)(1)) << (47)))) { break; } } cpmb = 0; for (_si vfwh = 0; vfwh <= kyoi; vfwh += 1) { cpmb += atxw * qiut[vfwh]; bykb = weqe[uont + vfwh]; if (cpmb > bykb) { cpmb -= bykb; bykb = cpmb % ((((_uli)(1)) << (47))); cpmb = ((cpmb) / (((((_uli)(1)) << (47))))); if (bykb == 0) { weqe[uont + vfwh] = 0; } else { weqe[uont + vfwh] = ((1 + ~(_uli)(bykb)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); cpmb += 1; }; } else { weqe[uont + vfwh] -= cpmb; cpmb = 0; }; } bykb = weqe[1 + kyoi + uont]; if (cpmb > bykb) { qiut[1 + kyoi + uont] = -1 + atxw; cpmb = 0; for (_si pxgt = 0; pxgt <= kyoi; pxgt += 1) { cpmb += qiut[pxgt] + weqe[pxgt + uont]; weqe[pxgt + uont] = cpmb % ((((_uli)(1)) << (47))); cpmb = ((cpmb) / (((((_uli)(1)) << (47))))); } } else { qiut[1 + kyoi + uont] = atxw; weqe[1 + kyoi + uont] -= cpmb; }; } for (_si fnsk = 0; fnsk <= jmzl; fnsk += 1) { hogj[fnsk] = qiut[1 + fnsk + kyoi]; weqe[1 + fnsk + kyoi] = 0; } for (_si qrnp = 1 + jmzl; qrnp <= 12; qrnp += 1) { hogj[qrnp] = 0; } if (hogj != qiut) { for (_si qtgt = 1 + kyoi; qtgt <= (1 + sroj); qtgt += 1) { qiut[qtgt] = 0; } if (rplx > 0) { urah(qiut, rplx); } } if (rplx > 0) { eahz(weqe, rplx); } } } { _uc *llrq = (_uc *)(hogj); for (_si cvpz = 0; cvpz <= 360; cvpz += 1) { llrq[cvpz] = (_uc)(1 + llrq[cvpz]) * (_uc)(255 + llrq[1 + cvpz]); } llrq[361] = 0; } } void gpgk(_uli *ycmf) { _si kvhc; { kvhc = 0; _uli rbih = 19; for (_si uuhp = 12; uuhp >= 0; uuhp -= 1) { if (ycmf[uuhp] != 0) { kvhc = ((((ycmf[uuhp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kvhc) { { for (_si crui = 0; crui <= 12; crui += 1) { ycmf[crui] = -ycmf[crui]; } } } for (_si vyfj = 0; vyfj <= 11; vyfj += 1) { if (((((ycmf[vyfj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ycmf[1 + vyfj] -= 1; } else { ycmf[1 + vyfj] += ((ycmf[vyfj]) >> (47)); }; ycmf[vyfj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ycmf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kvhc) { { for (_si vygu = 0; vygu <= 12; vygu += 1) { ycmf[vygu] = -ycmf[vygu]; } } } } _uli *wiss() { ; _uli *uofn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; uofn = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uofn; } void wfdd(_uli *oahm, _uli *yfji, _uli *odfx) { for (_si ifdb = 0; ifdb <= 44; ifdb += 1) { oahm[ifdb] = -odfx[ifdb] + yfji[ifdb]; } { _si oluf; { oluf = 0; _uli kmks = 19; for (_si anwy = 44; anwy >= 0; anwy -= 1) { if (oahm[anwy] != 0) { oluf = ((((oahm[anwy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oluf) { { for (_si ryts = 0; ryts <= 44; ryts += 1) { oahm[ryts] = -oahm[ryts]; } } } for (_si aaso = 0; aaso <= 43; aaso += 1) { if (((((oahm[aaso]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { oahm[1 + aaso] -= 1; } else { oahm[1 + aaso] += ((oahm[aaso]) >> (47)); }; oahm[aaso] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oahm[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oluf) { { for (_si wyvh = 0; wyvh <= 44; wyvh += 1) { oahm[wyvh] = -oahm[wyvh]; } } } } } _uli *igzy() { ; _uli *qkjg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; qkjg = (_uli *)(_m + 362 * _s); break; } _s += 1; } return qkjg; } void sibs(_uli *cpur) { _uc *hfsb = nwxw(); _uc *ydob = ((_uc *)(_m + 259554) + 0); _uc *diqi = (_uc *)(cpur); for (_si tkxm = 0; tkxm <= 103; tkxm += 1) { diqi[tkxm] = *(((_uc *)(_m + 72038) + tkxm)); } krd(hfsb, ydob, diqi, 104); } void ivfq(_uli *pief, _uli *frzt) { for (_si vkjk = 0; vkjk <= 12; vkjk += 1) { pief[vkjk] = -frzt[vkjk]; } } void tqrf(_uli *jzhk, _uli *kqpq, _uli *eiz) { for (_si bgvp = 0; bgvp <= 12; bgvp += 1) { jzhk[bgvp] = eiz[bgvp] + kqpq[bgvp]; } { _si oih = ebes(jzhk); if (oih) { ndx(jzhk, jzhk); } for (_si ltoh = 0; ltoh <= 11; ltoh += 1) { if (((((jzhk[ltoh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jzhk[1 + ltoh] -= 1; } else { jzhk[1 + ltoh] += ((jzhk[ltoh]) >> (47)); }; jzhk[ltoh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jzhk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oih) { pysl(jzhk, jzhk); } } } void cavp(_uli *chjo, _uli *eddd, _uli *amsw) { for (_si ptax = 0; ptax <= 12; ptax += 1) { chjo[ptax] = amsw[ptax] + eddd[ptax]; } kaxt(chjo); } void deg(_uli *dcoz, _si tva) { _si smz = (tva % 47); _si odlj = ((tva) / (47)); _si adjv = -smz + (((sizeof(_uli)) << (3))); if (odlj >= 13) { { for (_si hrr = 0; hrr <= 12; hrr += 1) { dcoz[hrr] = 0; } } } else { for (_si ibts = 12 - odlj; ibts >= 1; ibts -= 1) { dcoz[ibts + odlj] = ((dcoz[ibts]) << (smz)); if (adjv < (8 * sizeof(_uli))) { dcoz[ibts + odlj] += ((((dcoz[-1 + ibts]) >> (adjv))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } dcoz[odlj] = ((dcoz[0]) << (smz)); for (_si guj = -1 + odlj; guj >= 0; guj -= 1) { dcoz[guj] = 0; } }; { for (_si qmkx = 0; qmkx <= 11; qmkx += 1) { dcoz[1 + qmkx] += ((dcoz[qmkx]) >> (47)); dcoz[qmkx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dcoz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void olhi(_uli *fuo, _uli *gwg) { if (fuo != gwg) { for (_si zjam = 0; zjam <= 44; zjam += 1) { fuo[zjam] = gwg[zjam]; } } } _uli *udez() { ; _uli *yzsc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; yzsc = (_uli *)(_m + 362 * _s); break; } _s += 1; } return yzsc; } void zpbp(_uli *jrp, _uli *cbuw, _uli *txol) { for (_si zkjl = 0; zkjl <= 12; zkjl += 1) { jrp[zkjl] = cbuw[zkjl] + txol[zkjl]; } akbd(jrp); } _si ynyk(_uli *wxtj) { _si edsd = 0; _uli bde = 19; for (_si tasj = 44; tasj >= 0; tasj -= 1) { if (wxtj[tasj] != 0) { edsd = ((((wxtj[tasj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return edsd; } void roe(_si kikv, _uli *kjcg) { kjcg[(((kikv) / (47)))] &= ((((((_uli)(1)) << ((kikv % 47)))) - ((_uli)(1)))); for (_si kmwx = 1 + (((kikv) / (47))); kmwx <= 12; kmwx += 1) { kjcg[kmwx] = 0; } } void kwqr(_uli *tkar) { _si wcmy = jswb(tkar); if (wcmy) { { for (_si xnwt = 0; xnwt <= 12; xnwt += 1) { tkar[xnwt] = -tkar[xnwt]; } } } for (_si kpos = 0; kpos <= 11; kpos += 1) { if (((((tkar[kpos]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tkar[1 + kpos] -= 1; } else { tkar[1 + kpos] += ((tkar[kpos]) >> (47)); }; tkar[kpos] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tkar[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wcmy) { { for (_si sqcv = 0; sqcv <= 12; sqcv += 1) { tkar[sqcv] = -tkar[sqcv]; } } } } void kpce(_si jhif, _uli *savr) { savr[(((jhif) / (47)))] &= ((((((_uli)(1)) << ((jhif % 47)))) - ((_uli)(1)))); for (_si tjjt = 1 + (((jhif) / (47))); tjjt <= 12; tjjt += 1) { savr[tjjt] = 0; } } void jwq(_uc *udr, _uc *bgxh, _si erd) { _ui *ixde = (_ui *)(udr + 0); _ui *txz = (_ui *)(udr + 128); _uc *bnqx = (_uc *)(ixde); for (_si qvgp = 0; qvgp <= (-1 + erd); qvgp += 1) { if (txz[0] >= 64) { { _ui *pchi = (_ui *)(udr + 0); _ui *fq = (_ui *)(udr + 64); for (_si gaa = 0; gaa <= 15; gaa += 1) { pchi[gaa] = fq[gaa]; } for (_si id = 0; id <= 9; id += 1) { { pchi[0] += pchi[4]; pchi[12] ^= pchi[0]; pchi[12] = ((((pchi[12]) << (16))) | (((pchi[12]) >> (16)))); pchi[8] += pchi[12]; pchi[4] ^= pchi[8]; pchi[4] = ((((pchi[4]) << (12))) | (((pchi[4]) >> (20)))); pchi[0] += pchi[4]; pchi[12] ^= pchi[0]; pchi[12] = ((((pchi[12]) << (8))) | (((pchi[12]) >> (24)))); pchi[8] += pchi[12]; pchi[4] ^= pchi[8]; pchi[4] = ((((pchi[4]) << (7))) | (((pchi[4]) >> (25)))); } crox(pchi, 1, 5, 9, 13); { pchi[2] += pchi[6]; pchi[14] ^= pchi[2]; pchi[14] = ((((pchi[14]) << (16))) | (((pchi[14]) >> (16)))); pchi[10] += pchi[14]; pchi[6] ^= pchi[10]; pchi[6] = ((((pchi[6]) << (12))) | (((pchi[6]) >> (20)))); pchi[2] += pchi[6]; pchi[14] ^= pchi[2]; pchi[14] = ((((pchi[14]) << (8))) | (((pchi[14]) >> (24)))); pchi[10] += pchi[14]; pchi[6] ^= pchi[10]; pchi[6] = ((((pchi[6]) << (7))) | (((pchi[6]) >> (25)))); } { pchi[3] += pchi[7]; pchi[15] ^= pchi[3]; pchi[15] = ((((pchi[15]) << (16))) | (((pchi[15]) >> (16)))); pchi[11] += pchi[15]; pchi[7] ^= pchi[11]; pchi[7] = ((((pchi[7]) << (12))) | (((pchi[7]) >> (20)))); pchi[3] += pchi[7]; pchi[15] ^= pchi[3]; pchi[15] = ((((pchi[15]) << (8))) | (((pchi[15]) >> (24)))); pchi[11] += pchi[15]; pchi[7] ^= pchi[11]; pchi[7] = ((((pchi[7]) << (7))) | (((pchi[7]) >> (25)))); } { pchi[0] += pchi[5]; pchi[15] ^= pchi[0]; pchi[15] = ((((pchi[15]) << (16))) | (((pchi[15]) >> (16)))); pchi[10] += pchi[15]; pchi[5] ^= pchi[10]; pchi[5] = ((((pchi[5]) << (12))) | (((pchi[5]) >> (20)))); pchi[0] += pchi[5]; pchi[15] ^= pchi[0]; pchi[15] = ((((pchi[15]) << (8))) | (((pchi[15]) >> (24)))); pchi[10] += pchi[15]; pchi[5] ^= pchi[10]; pchi[5] = ((((pchi[5]) << (7))) | (((pchi[5]) >> (25)))); } { pchi[1] += pchi[6]; pchi[12] ^= pchi[1]; pchi[12] = ((((pchi[12]) << (16))) | (((pchi[12]) >> (16)))); pchi[11] += pchi[12]; pchi[6] ^= pchi[11]; pchi[6] = ((((pchi[6]) << (12))) | (((pchi[6]) >> (20)))); pchi[1] += pchi[6]; pchi[12] ^= pchi[1]; pchi[12] = ((((pchi[12]) << (8))) | (((pchi[12]) >> (24)))); pchi[11] += pchi[12]; pchi[6] ^= pchi[11]; pchi[6] = ((((pchi[6]) << (7))) | (((pchi[6]) >> (25)))); } fcxt(pchi, 2, 7, 8, 13); { pchi[3] += pchi[4]; pchi[14] ^= pchi[3]; pchi[14] = ((((pchi[14]) << (16))) | (((pchi[14]) >> (16)))); pchi[9] += pchi[14]; pchi[4] ^= pchi[9]; pchi[4] = ((((pchi[4]) << (12))) | (((pchi[4]) >> (20)))); pchi[3] += pchi[4]; pchi[14] ^= pchi[3]; pchi[14] = ((((pchi[14]) << (8))) | (((pchi[14]) >> (24)))); pchi[9] += pchi[14]; pchi[4] ^= pchi[9]; pchi[4] = ((((pchi[4]) << (7))) | (((pchi[4]) >> (25)))); } _m[65163] += 1; } for (_si ycbu = 0; ycbu <= 15; ycbu += 1) { pchi[ycbu] += fq[ycbu]; } fq[12] += 1; if (fq[12] == 0) { fq[13] += 1; } } txz[0] = 0; } bgxh[qvgp] ^= bnqx[txz[0]]; txz[0] += 1; } } void oyeb(_uli *nqfg) { _uc *trxo = (_uc *)(nqfg); for (_si gxxf = 0; gxxf <= 360; gxxf += 1) { trxo[gxxf] = (_uc)(255 + trxo[1 + gxxf]) * (_uc)(1 + trxo[gxxf]); } trxo[361] = 0; } void lfpr(_uli *phxt, _uli *ynuf, _uli *aikf) { _uli *xjvg = tjbz(); etpz(xjvg, phxt, ynuf, aikf); { _uc *hwbl = (_uc *)(xjvg); for (_si lllq = 0; lllq <= 360; lllq += 1) { hwbl[lllq] = (_uc)(1 + hwbl[lllq]) * (_uc)(255 + hwbl[1 + lllq]); } hwbl[361] = 0; } } void mg(_uc *vgt) { _ui *zeme = (_ui *)(vgt + 0); _ui *mhz = (_ui *)(vgt + 64); for (_si lzfb = 0; lzfb <= 15; lzfb += 1) { zeme[lzfb] = mhz[lzfb]; } for (_si kpc = 0; kpc <= 9; kpc += 1) { { zeme[0] += zeme[4]; zeme[12] ^= zeme[0]; zeme[12] = ((((zeme[12]) << (16))) | (((zeme[12]) >> (16)))); zeme[8] += zeme[12]; zeme[4] ^= zeme[8]; zeme[4] = ((((zeme[4]) << (12))) | (((zeme[4]) >> (20)))); zeme[0] += zeme[4]; zeme[12] ^= zeme[0]; zeme[12] = ((((zeme[12]) << (8))) | (((zeme[12]) >> (24)))); zeme[8] += zeme[12]; zeme[4] ^= zeme[8]; zeme[4] = ((((zeme[4]) << (7))) | (((zeme[4]) >> (25)))); } { zeme[1] += zeme[5]; zeme[13] ^= zeme[1]; zeme[13] = ((((zeme[13]) << (16))) | (((zeme[13]) >> (16)))); zeme[9] += zeme[13]; zeme[5] ^= zeme[9]; zeme[5] = ((((zeme[5]) << (12))) | (((zeme[5]) >> (20)))); zeme[1] += zeme[5]; zeme[13] ^= zeme[1]; zeme[13] = ((((zeme[13]) << (8))) | (((zeme[13]) >> (24)))); zeme[9] += zeme[13]; zeme[5] ^= zeme[9]; zeme[5] = ((((zeme[5]) << (7))) | (((zeme[5]) >> (25)))); } { zeme[2] += zeme[6]; zeme[14] ^= zeme[2]; zeme[14] = ((((zeme[14]) << (16))) | (((zeme[14]) >> (16)))); zeme[10] += zeme[14]; zeme[6] ^= zeme[10]; zeme[6] = ((((zeme[6]) << (12))) | (((zeme[6]) >> (20)))); zeme[2] += zeme[6]; zeme[14] ^= zeme[2]; zeme[14] = ((((zeme[14]) << (8))) | (((zeme[14]) >> (24)))); zeme[10] += zeme[14]; zeme[6] ^= zeme[10]; zeme[6] = ((((zeme[6]) << (7))) | (((zeme[6]) >> (25)))); } { zeme[3] += zeme[7]; zeme[15] ^= zeme[3]; zeme[15] = ((((zeme[15]) << (16))) | (((zeme[15]) >> (16)))); zeme[11] += zeme[15]; zeme[7] ^= zeme[11]; zeme[7] = ((((zeme[7]) << (12))) | (((zeme[7]) >> (20)))); zeme[3] += zeme[7]; zeme[15] ^= zeme[3]; zeme[15] = ((((zeme[15]) << (8))) | (((zeme[15]) >> (24)))); zeme[11] += zeme[15]; zeme[7] ^= zeme[11]; zeme[7] = ((((zeme[7]) << (7))) | (((zeme[7]) >> (25)))); } { zeme[0] += zeme[5]; zeme[15] ^= zeme[0]; zeme[15] = ((((zeme[15]) << (16))) | (((zeme[15]) >> (16)))); zeme[10] += zeme[15]; zeme[5] ^= zeme[10]; zeme[5] = ((((zeme[5]) << (12))) | (((zeme[5]) >> (20)))); zeme[0] += zeme[5]; zeme[15] ^= zeme[0]; zeme[15] = ((((zeme[15]) << (8))) | (((zeme[15]) >> (24)))); zeme[10] += zeme[15]; zeme[5] ^= zeme[10]; zeme[5] = ((((zeme[5]) << (7))) | (((zeme[5]) >> (25)))); } fcxt(zeme, 1, 6, 11, 12); gfqo(zeme, 2, 7, 8, 13); { zeme[3] += zeme[4]; zeme[14] ^= zeme[3]; zeme[14] = ((((zeme[14]) << (16))) | (((zeme[14]) >> (16)))); zeme[9] += zeme[14]; zeme[4] ^= zeme[9]; zeme[4] = ((((zeme[4]) << (12))) | (((zeme[4]) >> (20)))); zeme[3] += zeme[4]; zeme[14] ^= zeme[3]; zeme[14] = ((((zeme[14]) << (8))) | (((zeme[14]) >> (24)))); zeme[9] += zeme[14]; zeme[4] ^= zeme[9]; zeme[4] = ((((zeme[4]) << (7))) | (((zeme[4]) >> (25)))); } _m[65163] += 1; } for (_si de = 0; de <= 15; de += 1) { zeme[de] += mhz[de]; } mhz[12] += 1; if (mhz[12] == 0) { mhz[13] += 1; } } void rqtp(_uli *avdg, _uli *owsl, _uli *ejpg) { for (_si tiwy = 0; tiwy <= 12; tiwy += 1) { avdg[tiwy] = ejpg[tiwy] + owsl[tiwy]; } qmad(avdg); } _si kkyi(_uli *kevy) { _si pplx = 0; _uli oje = 19; for (_si vmlx = 12; vmlx >= 0; vmlx -= 1) { if (kevy[vmlx] != 0) { pplx = ((((kevy[vmlx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return pplx; } void ymll(_si zqjs, _uli *zsdk) { zsdk[(((zqjs) / (47)))] &= ((((((_uli)(1)) << ((zqjs % 47)))) - ((_uli)(1)))); for (_si ffzt = 1 + (((zqjs) / (47))); ffzt <= 12; ffzt += 1) { zsdk[ffzt] = 0; } } void hksw(_uli *whnc, _uli *czjz, _uli *pbhi) { for (_si reva = 0; reva <= 12; reva += 1) { whnc[reva] = czjz[reva] + pbhi[reva]; } qcig(whnc); } void smqz(_uli *zvzn, _si fcxp) { _si auug = (fcxp % 47); _si uatu = ((fcxp) / (47)); _si pgqt = fcxp; if (pgqt > (8 * sizeof(_uli))) { pgqt = -1; } if (uatu >= 13) { { for (_si neyc = 0; neyc <= 12; neyc += 1) { zvzn[neyc] = 0; } } } else { _uli pdc = (((((_uli)(1)) << (auug))) - ((_uli)(1))); if (pgqt < 0) { zvzn[0] = 0; } else { zvzn[0] = ((((zvzn[0]) & (~pdc))) >> (pgqt)); }; if (uatu != 0) { zvzn[0] += ((((zvzn[uatu]) & (~pdc))) >> (auug)); } for (_si egvk = 1; egvk <= (12 - uatu); egvk += 1) { zvzn[-1 + egvk] += ((((((zvzn[egvk + uatu]) & (pdc))) << (-auug + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zvzn[egvk] = ((((zvzn[egvk + uatu]) & (~pdc))) >> (auug)); } for (_si ksmd = 13 - uatu; ksmd <= 12; ksmd += 1) { zvzn[ksmd] = 0; } }; } void kfep(_uli *gwn) { for (_si ozzd = 0; ozzd <= 44; ozzd += 1) { gwn[ozzd] = 0; } } void encf(_si uwbc, _uli *auia) { auia[(((uwbc) / (47)))] &= ((((((_uli)(1)) << ((uwbc % 47)))) - ((_uli)(1)))); for (_si vqmj = 1 + (((uwbc) / (47))); vqmj <= 44; vqmj += 1) { auia[vqmj] = 0; } } void ezse(_uli *rmrc, _uli *rvnd) { if (rmrc != rvnd) { for (_si nava = 0; nava <= 12; nava += 1) { rmrc[nava] = rvnd[nava]; } } } void ckmk(_uli *gfv) { _uc *mvgl = (_uc *)(gfv); for (_si ejx = 0; ejx <= 360; ejx += 1) { mvgl[ejx] = (_uc)(255 + mvgl[1 + ejx]) * (_uc)(1 + mvgl[ejx]); } mvgl[361] = 0; } void mpms(_uli *hokm) { _uc *rreo = (_uc *)(hokm); for (_si dakc = 0; dakc <= 360; dakc += 1) { rreo[dakc] = (_uc)(255 + rreo[1 + dakc]) * (_uc)(1 + rreo[dakc]); } rreo[361] = 0; } void gwux(_uli *hwvp, _uli *vedg, _uli *mrwo) { _uli *czsi = jbfh(); _uli *knrf = tjbz(); _uli *puwi = xzmy(); _uli *tjlt = oacu(); for (_si tvyt = 0; tvyt <= 12; tvyt += 1) { czsi[tvyt] = ((vedg[tvyt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); knrf[tvyt] = ((vedg[tvyt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); puwi[tvyt] = ((mrwo[tvyt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tjlt[tvyt] = ((mrwo[tvyt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wfzd = 0; wfzd <= 12; wfzd += 1) { hwvp[wfzd] = 0; } } for (_si smat = 0; smat <= (-1 + (((13) >> (1)))); smat += 1) { for (_si qdcu = 0; qdcu <= (-1 + (((13) >> (1)))); qdcu += 1) { _uli xybv = czsi[smat] * tjlt[qdcu] + knrf[smat] * puwi[qdcu]; _uli ryru = czsi[smat] * puwi[qdcu]; _uli klmm = knrf[smat] * tjlt[qdcu]; _uli erjs = ((hwvp[qdcu + smat]) + (ryru) + (((((xybv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (erjs < ryru) { klmm += 1; } _uli nxvf = ((((xybv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((klmm) << ((-47 + (((sizeof(_uli)) << (3)))))))); hwvp[qdcu + smat] = erjs; hwvp[1 + qdcu + smat] += nxvf; } sxpd(hwvp); } { _uc *wrfr = (_uc *)(czsi); for (_si vqiz = 0; vqiz <= 360; vqiz += 1) { wrfr[vqiz] = (_uc)(1 + wrfr[vqiz]) * (_uc)(255 + wrfr[1 + vqiz]); } wrfr[361] = 0; } dcux(knrf); fuue(puwi); { _uc *ypvz = (_uc *)(tjlt); for (_si nxna = 0; nxna <= 360; nxna += 1) { ypvz[nxna] = (_uc)(255 + ypvz[1 + nxna]) * (_uc)(1 + ypvz[nxna]); } ypvz[361] = 0; } } void hwzd(_uli *uxpx) { for (_si oetd = 0; oetd <= 11; oetd += 1) { uxpx[1 + oetd] += ((uxpx[oetd]) >> (47)); uxpx[oetd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uxpx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void tzbe(_uli *edgk, _si azyv) { _si rtmf = (azyv % 47); _si eyuc = ((azyv) / (47)); _si mkfd = azyv; if (mkfd > (8 * sizeof(_uli))) { mkfd = -1; } if (eyuc >= 13) { dwce(edgk); } else { _uli vqxr = (((((_uli)(1)) << (rtmf))) - ((_uli)(1))); if (mkfd < 0) { edgk[0] = 0; } else { edgk[0] = ((((edgk[0]) & (~vqxr))) >> (mkfd)); }; if (eyuc != 0) { edgk[0] += ((((edgk[eyuc]) & (~vqxr))) >> (rtmf)); } for (_si hzja = 1; hzja <= (12 - eyuc); hzja += 1) { edgk[-1 + hzja] += ((((((edgk[eyuc + hzja]) & (vqxr))) << (-rtmf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); edgk[hzja] = ((((edgk[eyuc + hzja]) & (~vqxr))) >> (rtmf)); } for (_si igyi = 13 - eyuc; igyi <= 12; igyi += 1) { edgk[igyi] = 0; } }; } void hfzs(_si fiwi, _uli *ordh, _uli *uclk, _uli *cywj, _uli *liyt, _uli *eqeq) { hvau(cywj, liyt, eqeq); gyja(fiwi, ordh, uclk, cywj, cywj); } void ltzn(_uli *jcjx, _uli *sfcg, _uli *nlup) { for (_si yhhg = 0; yhhg <= 12; yhhg += 1) { jcjx[yhhg] = nlup[yhhg] + sfcg[yhhg]; } { _si pygp = apks(jcjx); if (pygp) { { for (_si wjdn = 0; wjdn <= 12; wjdn += 1) { jcjx[wjdn] = -jcjx[wjdn]; } } } for (_si bgkf = 0; bgkf <= 11; bgkf += 1) { if (((((jcjx[bgkf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jcjx[1 + bgkf] -= 1; } else { jcjx[1 + bgkf] += ((jcjx[bgkf]) >> (47)); }; jcjx[bgkf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jcjx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pygp) { { for (_si nnpv = 0; nnpv <= 12; nnpv += 1) { jcjx[nnpv] = -jcjx[nnpv]; } } } } } void eewd(_uli *whlj, _si lfdq) { _si fgdx = (lfdq % 47); _si xibb = ((lfdq) / (47)); _si sxbn = -fgdx + (((sizeof(_uli)) << (3))); if (xibb >= 13) { { for (_si ukum = 0; ukum <= 12; ukum += 1) { whlj[ukum] = 0; } } } else { for (_si embc = 12 - xibb; embc >= 1; embc -= 1) { whlj[embc + xibb] = ((whlj[embc]) << (fgdx)); if (sxbn < (8 * sizeof(_uli))) { whlj[embc + xibb] += ((((whlj[-1 + embc]) >> (sxbn))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } whlj[xibb] = ((whlj[0]) << (fgdx)); for (_si fkux = -1 + xibb; fkux >= 0; fkux -= 1) { whlj[fkux] = 0; } }; ycyn(whlj); } void trjr(_uli *yrci, _si vpmp) { _si lzxk = (vpmp % 47); _si owsh = ((vpmp) / (47)); _si ndwu = vpmp; if (ndwu > (8 * sizeof(_uli))) { ndwu = -1; } if (owsh >= 13) { { for (_si hzfg = 0; hzfg <= 12; hzfg += 1) { yrci[hzfg] = 0; } } } else { _uli tdxx = (((((_uli)(1)) << (lzxk))) - ((_uli)(1))); if (ndwu < 0) { yrci[0] = 0; } else { yrci[0] = ((((yrci[0]) & (~tdxx))) >> (ndwu)); }; if (owsh != 0) { yrci[0] += ((((yrci[owsh]) & (~tdxx))) >> (lzxk)); } for (_si gtmb = 1; gtmb <= (12 - owsh); gtmb += 1) { yrci[-1 + gtmb] += ((((((yrci[gtmb + owsh]) & (tdxx))) << (-lzxk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yrci[gtmb] = ((((yrci[gtmb + owsh]) & (~tdxx))) >> (lzxk)); } for (_si onkp = 13 - owsh; onkp <= 12; onkp += 1) { yrci[onkp] = 0; } }; } void yaok(_si gzxs, _uli *onki, _uli *fmrh, _uli *xcho, _uli *jonz) { _uli *ujjg = mobc(); { if (ujjg != jonz) { for (_si fnum = 0; fnum <= 12; fnum += 1) { ujjg[fnum] = jonz[fnum]; } } } jqlx(xcho, jonz); hczh(gzxs, xcho); zlqz(xcho, xcho, fmrh); dxav(gzxs, xcho); iqfd(xcho, xcho, onki); ugsn(xcho, xcho, ujjg); { _si vdil = (gzxs % 47); _si bkxe = ((gzxs) / (47)); _si bkcm = gzxs; if (bkcm > (8 * sizeof(_uli))) { bkcm = -1; } if (bkxe >= 13) { { for (_si ufrv = 0; ufrv <= 12; ufrv += 1) { xcho[ufrv] = 0; } } } else { _uli ooea = (((((_uli)(1)) << (vdil))) - ((_uli)(1))); if (bkcm < 0) { xcho[0] = 0; } else { xcho[0] = ((((xcho[0]) & (~ooea))) >> (bkcm)); }; if (bkxe != 0) { xcho[0] += ((((xcho[bkxe]) & (~ooea))) >> (vdil)); } for (_si tydz = 1; tydz <= (12 - bkxe); tydz += 1) { xcho[-1 + tydz] += ((((((xcho[bkxe + tydz]) & (ooea))) << (-vdil + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xcho[tydz] = ((((xcho[bkxe + tydz]) & (~ooea))) >> (vdil)); } for (_si ticp = 13 - bkxe; ticp <= 12; ticp += 1) { xcho[ticp] = 0; } }; } { for (_si srrt = 0; srrt <= 12; srrt += 1) { ujjg[srrt] = -onki[srrt] + xcho[srrt]; } { _si pptf = ztv(ujjg); if (pptf) { { for (_si jipv = 0; jipv <= 12; jipv += 1) { ujjg[jipv] = -ujjg[jipv]; } } } for (_si fpeh = 0; fpeh <= 11; fpeh += 1) { if (((((ujjg[fpeh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ujjg[1 + fpeh] -= 1; } else { ujjg[1 + fpeh] += ((ujjg[fpeh]) >> (47)); }; ujjg[fpeh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ujjg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pptf) { rbat(ujjg, ujjg); } } } _si lnlm = zeyw(ujjg); if (!lnlm) { { if (xcho != ujjg) { for (_si laxe = 0; laxe <= 12; laxe += 1) { xcho[laxe] = ujjg[laxe]; } } } } vwyv(ujjg); } void nwit(_si xzha, _uli *ubmm, _uli *xnng, _uli *tczy, _uli *yycw) { { _uli *mbhe = oqxb(); _uli *aruf = jwex(); for (_si jmba = 0; jmba <= 12; jmba += 1) { mbhe[jmba] = ((yycw[jmba]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aruf[jmba] = ((yycw[jmba]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si oowq = 0; oowq <= 12; oowq += 1) { tczy[oowq] = 0; } } for (_si cqmm = 0; cqmm <= (-1 + (((13) >> (1)))); cqmm += 1) { for (_si hklr = 0; hklr <= (-1 + (((13) >> (1)))); hklr += 1) { _uli pdtf = aruf[cqmm] * mbhe[hklr] + aruf[hklr] * mbhe[cqmm]; _uli cowx = mbhe[cqmm] * mbhe[hklr]; _uli yqrt = aruf[cqmm] * aruf[hklr]; _uli yfkf = ((tczy[cqmm + hklr]) + (cowx) + (((((pdtf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yfkf < cowx) { yqrt += 1; } _uli ktyt = ((((pdtf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yqrt) << ((-47 + (((sizeof(_uli)) << (3)))))))); tczy[cqmm + hklr] = yfkf; tczy[1 + cqmm + hklr] += ktyt; } { for (_si zsyh = 0; zsyh <= 11; zsyh += 1) { tczy[1 + zsyh] += ((tczy[zsyh]) >> (47)); tczy[zsyh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tczy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *nxhg = (_uc *)(mbhe); for (_si oyyx = 0; oyyx <= 360; oyyx += 1) { nxhg[oyyx] = (_uc)(1 + nxhg[oyyx]) * (_uc)(255 + nxhg[1 + oyyx]); } nxhg[361] = 0; } fres(aruf); } mqks(xzha, ubmm, xnng, tczy, tczy); } void ldvk(_uli *uwni, _si pyjc) { uwni[0] = pyjc; for (_si ckbu = 1; ckbu <= 12; ckbu += 1) { uwni[ckbu] = 0; } } void efzw(_uli *axqm, _uli *rlve, _uli *icng) { for (_si hehk = 0; hehk <= 12; hehk += 1) { axqm[hehk] = -icng[hehk] + rlve[hehk]; } { _si urqk = huxo(axqm); if (urqk) { { for (_si idsr = 0; idsr <= 12; idsr += 1) { axqm[idsr] = -axqm[idsr]; } } } for (_si ivuk = 0; ivuk <= 11; ivuk += 1) { if (((((axqm[ivuk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { axqm[1 + ivuk] -= 1; } else { axqm[1 + ivuk] += ((axqm[ivuk]) >> (47)); }; axqm[ivuk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } axqm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (urqk) { kfhb(axqm, axqm); } } } void cjqx(_uli *ebgn, _uli *lcuw, _uli *nwyo) { _uli *vxio = usvv(); _uli *crmz = finq(); _uli *vozk = wdoz(); _uli *ywan = ukft(); for (_si ulee = 0; ulee <= 12; ulee += 1) { vxio[ulee] = ((lcuw[ulee]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); crmz[ulee] = ((lcuw[ulee]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vozk[ulee] = ((nwyo[ulee]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ywan[ulee] = ((nwyo[ulee]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mlay = 0; mlay <= 12; mlay += 1) { ebgn[mlay] = 0; } } for (_si exyw = 0; exyw <= (-1 + (((13) >> (1)))); exyw += 1) { for (_si uqxe = 0; uqxe <= (-1 + (((13) >> (1)))); uqxe += 1) { _uli bgpu = crmz[exyw] * vozk[uqxe] + vxio[exyw] * ywan[uqxe]; _uli yhcj = vozk[uqxe] * vxio[exyw]; _uli apph = crmz[exyw] * ywan[uqxe]; _uli tozf = ((ebgn[exyw + uqxe]) + (yhcj) + (((((bgpu) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tozf < yhcj) { apph += 1; } _uli cwcb = ((((bgpu) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((apph) << ((-47 + (((sizeof(_uli)) << (3)))))))); ebgn[exyw + uqxe] = tozf; ebgn[1 + exyw + uqxe] += cwcb; } { for (_si rhfn = 0; rhfn <= 11; rhfn += 1) { ebgn[1 + rhfn] += ((ebgn[rhfn]) >> (47)); ebgn[rhfn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ebgn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } xxko(vxio); dovu(crmz); { _uc *ktgj = (_uc *)(vozk); for (_si mjfn = 0; mjfn <= 360; mjfn += 1) { ktgj[mjfn] = (_uc)(1 + ktgj[mjfn]) * (_uc)(255 + ktgj[1 + mjfn]); } ktgj[361] = 0; } cinf(ywan); } _uli *qljj() { ; _uli *gqve; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; gqve = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gqve; } void taod(_si ppmt, _uli *zcpz, _uli *elvh, _uli *vkgo, _uli *ngbd) { xxpg(vkgo, ngbd); dzz(ppmt, zcpz, elvh, vkgo, vkgo); } _uc *nwou() { ; _uc *upvr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; upvr = (_uc *)(_m + 362 * _s); break; } _s += 1; } return upvr; } void xaaf(_uli *zdpq) { for (_si kfqu = 0; kfqu <= 12; kfqu += 1) { zdpq[kfqu] = 0; } } void rrrg(_uli *krsq) { _uc *wej = (_uc *)(krsq); for (_si araw = 0; araw <= 360; araw += 1) { wej[araw] = (_uc)(255 + wej[1 + araw]) * (_uc)(1 + wej[araw]); } wej[361] = 0; } void vnh(_uli *ntg) { _si akm; { akm = 0; _uli iolf = 19; for (_si glre = 12; glre >= 0; glre -= 1) { if (ntg[glre] != 0) { akm = ((((ntg[glre]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (akm) { { for (_si yvy = 0; yvy <= 12; yvy += 1) { ntg[yvy] = -ntg[yvy]; } } } for (_si hhfx = 0; hhfx <= 11; hhfx += 1) { if (((((ntg[hhfx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ntg[1 + hhfx] -= 1; } else { ntg[1 + hhfx] += ((ntg[hhfx]) >> (47)); }; ntg[hhfx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ntg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (akm) { { for (_si pdks = 0; pdks <= 12; pdks += 1) { ntg[pdks] = -ntg[pdks]; } } } } void gogy(_uli *fvhz, _uli *gqds) { for (_si frvl = 0; frvl <= 12; frvl += 1) { fvhz[frvl] = -gqds[frvl]; } } _si lsce(_uli *tnbp) { _si wjim = 0; _uli zfba = 19; for (_si magt = 44; magt >= 0; magt -= 1) { if (tnbp[magt] != 0) { wjim = ((((tnbp[magt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wjim; } void aegn(_uli *kyy) { _si ajiu = clmr(kyy); if (ajiu) { { for (_si gpqe = 0; gpqe <= 12; gpqe += 1) { kyy[gpqe] = -kyy[gpqe]; } } } for (_si kygh = 0; kygh <= 11; kygh += 1) { if (((((kyy[kygh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kyy[1 + kygh] -= 1; } else { kyy[1 + kygh] += ((kyy[kygh]) >> (47)); }; kyy[kygh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kyy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ajiu) { { for (_si ayg = 0; ayg <= 12; ayg += 1) { kyy[ayg] = -kyy[ayg]; } } } } void kvgc(_si dfnd, _uli *kjsn, _uli *yjxq, _uli *wlcf, _uli *fxmn) { _uli *jzmh = bota(); { if (jzmh != fxmn) { for (_si tfgo = 0; tfgo <= 12; tfgo += 1) { jzmh[tfgo] = fxmn[tfgo]; } } } { if (wlcf != fxmn) { for (_si bfdq = 0; bfdq <= 12; bfdq += 1) { wlcf[bfdq] = fxmn[bfdq]; } } } { wlcf[(((dfnd) / (47)))] &= ((((((_uli)(1)) << ((dfnd % 47)))) - ((_uli)(1)))); for (_si waej = 1 + (((dfnd) / (47))); waej <= 12; waej += 1) { wlcf[waej] = 0; } } { _uli *dehu = chwr(); _uli *mmru = isso(); _uli *meej = jxo(); _uli *mtaj = wfdc(); for (_si krwn = 0; krwn <= 12; krwn += 1) { dehu[krwn] = ((wlcf[krwn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mmru[krwn] = ((wlcf[krwn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); meej[krwn] = ((yjxq[krwn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mtaj[krwn] = ((yjxq[krwn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } gdjv(wlcf); for (_si thev = 0; thev <= (-1 + (((13) >> (1)))); thev += 1) { for (_si pjdn = 0; pjdn <= (-1 + (((13) >> (1)))); pjdn += 1) { _uli oyfa = dehu[thev] * mtaj[pjdn] + meej[pjdn] * mmru[thev]; _uli ghib = dehu[thev] * meej[pjdn]; _uli onwc = mmru[thev] * mtaj[pjdn]; _uli dnjp = ((wlcf[pjdn + thev]) + (ghib) + (((((oyfa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dnjp < ghib) { onwc += 1; } _uli uzgd = ((((oyfa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((onwc) << ((-47 + (((sizeof(_uli)) << (3)))))))); wlcf[pjdn + thev] = dnjp; wlcf[1 + pjdn + thev] += uzgd; } { for (_si kyjr = 0; kyjr <= 11; kyjr += 1) { wlcf[1 + kyjr] += ((wlcf[kyjr]) >> (47)); wlcf[kyjr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wlcf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } cdgz(dehu); { _uc *cavt = (_uc *)(mmru); for (_si avkt = 0; avkt <= 360; avkt += 1) { cavt[avkt] = (_uc)(255 + cavt[1 + avkt]) * (_uc)(1 + cavt[avkt]); } cavt[361] = 0; } { _uc *jdav = (_uc *)(meej); for (_si buxb = 0; buxb <= 360; buxb += 1) { jdav[buxb] = (_uc)(1 + jdav[buxb]) * (_uc)(255 + jdav[1 + buxb]); } jdav[361] = 0; } khna(mtaj); } { wlcf[(((dfnd) / (47)))] &= ((((((_uli)(1)) << ((dfnd % 47)))) - ((_uli)(1)))); for (_si ugyb = 1 + (((dfnd) / (47))); ugyb <= 12; ugyb += 1) { wlcf[ugyb] = 0; } } { _uli *gjhy = ctgm(); _uli *woxw = oind(); _uli *tsyi = nyjk(); _uli *chqd = oerh(); for (_si hvbh = 0; hvbh <= 12; hvbh += 1) { gjhy[hvbh] = ((wlcf[hvbh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); woxw[hvbh] = ((wlcf[hvbh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); tsyi[hvbh] = ((kjsn[hvbh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); chqd[hvbh] = ((kjsn[hvbh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sdcu = 0; sdcu <= 12; sdcu += 1) { wlcf[sdcu] = 0; } } for (_si qlqz = 0; qlqz <= (-1 + (((13) >> (1)))); qlqz += 1) { for (_si fcym = 0; fcym <= (-1 + (((13) >> (1)))); fcym += 1) { _uli lkko = chqd[fcym] * gjhy[qlqz] + tsyi[fcym] * woxw[qlqz]; _uli syaz = gjhy[qlqz] * tsyi[fcym]; _uli twet = chqd[fcym] * woxw[qlqz]; _uli yzwc = ((wlcf[fcym + qlqz]) + (syaz) + (((((lkko) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yzwc < syaz) { twet += 1; } _uli agri = ((((lkko) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((twet) << ((-47 + (((sizeof(_uli)) << (3)))))))); wlcf[fcym + qlqz] = yzwc; wlcf[1 + fcym + qlqz] += agri; } fohu(wlcf); } { _uc *hlmr = (_uc *)(gjhy); for (_si eath = 0; eath <= 360; eath += 1) { hlmr[eath] = (_uc)(1 + hlmr[eath]) * (_uc)(255 + hlmr[1 + eath]); } hlmr[361] = 0; } gckn(woxw); qxmn(tsyi); { _uc *vecx = (_uc *)(chqd); for (_si qxmt = 0; qxmt <= 360; qxmt += 1) { vecx[qxmt] = (_uc)(255 + vecx[1 + qxmt]) * (_uc)(1 + vecx[qxmt]); } vecx[361] = 0; } } { for (_si fbzc = 0; fbzc <= 12; fbzc += 1) { wlcf[fbzc] = jzmh[fbzc] + wlcf[fbzc]; } joga(wlcf); } sbyr(wlcf, dfnd); exgm(jzmh, wlcf, kjsn); _si stys; { stys = 0; _uli txde = 19; for (_si nqkl = 12; nqkl >= 0; nqkl -= 1) { if (jzmh[nqkl] != 0) { stys = ((((jzmh[nqkl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!stys) { { if (wlcf != jzmh) { for (_si wnag = 0; wnag <= 12; wnag += 1) { wlcf[wnag] = jzmh[wnag]; } } } } { _uc *imsd = (_uc *)(jzmh); for (_si emaa = 0; emaa <= 360; emaa += 1) { imsd[emaa] = (_uc)(1 + imsd[emaa]) * (_uc)(255 + imsd[1 + emaa]); } imsd[361] = 0; } } void dtga(_uli *gkxx) { _uc *lxcn = (_uc *)(gkxx); for (_si rkze = 0; rkze <= 360; rkze += 1) { lxcn[rkze] = (_uc)(255 + lxcn[1 + rkze]) * (_uc)(1 + lxcn[rkze]); } lxcn[361] = 0; } void chx(_uli *yexu) { _uc *iut = xypj(); _uc *fllk = ((_uc *)(_m + 138646) + 0); _uc *wyak = (_uc *)(yexu); for (_si dkgk = 0; dkgk <= 103; dkgk += 1) { wyak[dkgk] = *(((_uc *)(_m + 239644) + dkgk)); } fylv(iut, fllk, wyak, 104); } void rgiu(_si trpi, _uli *ujdd) { ujdd[(((trpi) / (47)))] &= ((((((_uli)(1)) << ((trpi % 47)))) - ((_uli)(1)))); for (_si mbb = 1 + (((trpi) / (47))); mbb <= 12; mbb += 1) { ujdd[mbb] = 0; } } void nlrh(_uli *sjjx, _si gtuw) { _si gvfs = (gtuw % 47); _si jhpv = ((gtuw) / (47)); _si vllt = -gvfs + (((sizeof(_uli)) << (3))); if (jhpv >= 13) { { for (_si ubrt = 0; ubrt <= 12; ubrt += 1) { sjjx[ubrt] = 0; } } } else { for (_si wlaa = 12 - jhpv; wlaa >= 1; wlaa -= 1) { sjjx[jhpv + wlaa] = ((sjjx[wlaa]) << (gvfs)); if (vllt < (8 * sizeof(_uli))) { sjjx[jhpv + wlaa] += ((((sjjx[-1 + wlaa]) >> (vllt))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } sjjx[jhpv] = ((sjjx[0]) << (gvfs)); for (_si fjmq = -1 + jhpv; fjmq >= 0; fjmq -= 1) { sjjx[fjmq] = 0; } }; { for (_si fuhn = 0; fuhn <= 11; fuhn += 1) { sjjx[1 + fuhn] += ((sjjx[fuhn]) >> (47)); sjjx[fuhn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sjjx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void wuux(_uli *yrfm, _si zjvi) { _si hgvw = (zjvi % 47); _si csw = ((zjvi) / (47)); _si fmjf = -hgvw + (((sizeof(_uli)) << (3))); if (csw >= 13) { { for (_si sil = 0; sil <= 12; sil += 1) { yrfm[sil] = 0; } } } else { for (_si tegh = 12 - csw; tegh >= 1; tegh -= 1) { yrfm[csw + tegh] = ((yrfm[tegh]) << (hgvw)); if (fmjf < (8 * sizeof(_uli))) { yrfm[csw + tegh] += ((((yrfm[-1 + tegh]) >> (fmjf))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } yrfm[csw] = ((yrfm[0]) << (hgvw)); for (_si kpkc = -1 + csw; kpkc >= 0; kpkc -= 1) { yrfm[kpkc] = 0; } }; kqca(yrfm); } void iime(_uli *hfhd, _uli *fboe, _uli *fyfi, _uli *qufp) { fmqz(fboe, fyfi); _si dmfb = uiyw(fboe); _si nqkt = pwub(qufp); if (dmfb >= nqkt) { _si bldx = 0; _uli rfhp = qufp[nqkt]; while (rfhp < (((((((_uli)(1)) << (47)))) >> (1)))) { bldx += 1; rfhp <<= 1; } if (nqkt == 0) { bldx += 47; dmfb += 1; nqkt += 1; } if (bldx > 0) { kpfv(fboe, bldx); { _si gibd = (bldx % 47); _si dfzy = ((bldx) / (47)); _si gdgv = -gibd + (((sizeof(_uli)) << (3))); if (dfzy >= 45) { irxk(qufp); } else { for (_si puqm = 44 - dfzy; puqm >= 1; puqm -= 1) { qufp[dfzy + puqm] = ((qufp[puqm]) << (gibd)); if (gdgv < (8 * sizeof(_uli))) { qufp[dfzy + puqm] += ((((qufp[-1 + puqm]) >> (gdgv))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } qufp[dfzy] = ((qufp[0]) << (gibd)); for (_si dszi = -1 + dfzy; dszi >= 0; dszi -= 1) { qufp[dszi] = 0; } }; aylq(qufp); } } _si wmvh = dmfb - nqkt; rfhp = qufp[nqkt]; _uli bkus = qufp[-1 + nqkt]; for (_si jeru = wmvh; jeru >= 0; jeru -= 1) { __uint128_t hhgx = (__uint128_t)(((((_uli)(1)) << (47)))) * fboe[1 + jeru + nqkt] + fboe[jeru + nqkt]; _uli hbrs = 0; __uint128_t evzy = ((hhgx) / (rfhp)); __uint128_t lshc = (hhgx % rfhp); while (evzy == ((((_uli)(1)) << (47))) || (bkus * evzy) > (((((_uli)(1)) << (47))) * lshc + fboe[-1 + jeru + nqkt])) { evzy -= 1; lshc += rfhp; if (lshc >= ((((_uli)(1)) << (47)))) { break; } } hhgx = 0; for (_si rrft = 0; rrft <= nqkt; rrft += 1) { hhgx += evzy * qufp[rrft]; hbrs = fboe[jeru + rrft]; if (hhgx > hbrs) { hhgx -= hbrs; hbrs = hhgx % ((((_uli)(1)) << (47))); hhgx = ((hhgx) / (((((_uli)(1)) << (47))))); if (hbrs == 0) { fboe[jeru + rrft] = 0; } else { fboe[jeru + rrft] = ((1 + ~(_uli)(hbrs)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); hhgx += 1; }; } else { fboe[jeru + rrft] -= hhgx; hhgx = 0; }; } hbrs = fboe[1 + jeru + nqkt]; if (hhgx > hbrs) { qufp[1 + jeru + nqkt] = -1 + evzy; hhgx = 0; for (_si sjhy = 0; sjhy <= nqkt; sjhy += 1) { hhgx += fboe[jeru + sjhy] + qufp[sjhy]; fboe[jeru + sjhy] = hhgx % ((((_uli)(1)) << (47))); hhgx = ((hhgx) / (((((_uli)(1)) << (47))))); } } else { qufp[1 + jeru + nqkt] = evzy; fboe[1 + jeru + nqkt] -= hhgx; }; } for (_si asas = 0; asas <= wmvh; asas += 1) { hfhd[asas] = qufp[1 + asas + nqkt]; fboe[1 + asas + nqkt] = 0; } for (_si wvnq = 1 + wmvh; wvnq <= 44; wvnq += 1) { hfhd[wvnq] = 0; } if (hfhd != qufp) { for (_si wbda = 1 + nqkt; wbda <= (1 + dmfb); wbda += 1) { qufp[wbda] = 0; } if (bldx > 0) { { _si vfry = (bldx % 47); _si llfs = ((bldx) / (47)); _si cuug = bldx; if (cuug > (8 * sizeof(_uli))) { cuug = -1; } if (llfs >= 45) { { for (_si xwui = 0; xwui <= 44; xwui += 1) { qufp[xwui] = 0; } } } else { _uli trtc = (((((_uli)(1)) << (vfry))) - ((_uli)(1))); if (cuug < 0) { qufp[0] = 0; } else { qufp[0] = ((((qufp[0]) & (~trtc))) >> (cuug)); }; if (llfs != 0) { qufp[0] += ((((qufp[llfs]) & (~trtc))) >> (vfry)); } for (_si voln = 1; voln <= (44 - llfs); voln += 1) { qufp[-1 + voln] += ((((((qufp[llfs + voln]) & (trtc))) << (-vfry + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qufp[voln] = ((((qufp[llfs + voln]) & (~trtc))) >> (vfry)); } for (_si jjul = 45 - llfs; jjul <= 44; jjul += 1) { qufp[jjul] = 0; } }; } } } if (bldx > 0) { { _si ycod = (bldx % 47); _si mymm = ((bldx) / (47)); _si wrzc = bldx; if (wrzc > (8 * sizeof(_uli))) { wrzc = -1; } if (mymm >= 45) { zyur(fboe); } else { _uli krdv = (((((_uli)(1)) << (ycod))) - ((_uli)(1))); if (wrzc < 0) { fboe[0] = 0; } else { fboe[0] = ((((fboe[0]) & (~krdv))) >> (wrzc)); }; if (mymm != 0) { fboe[0] += ((((fboe[mymm]) & (~krdv))) >> (ycod)); } for (_si gvay = 1; gvay <= (44 - mymm); gvay += 1) { fboe[-1 + gvay] += ((((((fboe[gvay + mymm]) & (krdv))) << (-ycod + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fboe[gvay] = ((((fboe[gvay + mymm]) & (~krdv))) >> (ycod)); } for (_si jouf = 45 - mymm; jouf <= 44; jouf += 1) { fboe[jouf] = 0; } }; } } } } void bwzy(_uli *wirv) { _si ofnu; { ofnu = 0; _uli kaiw = 19; for (_si touv = 44; touv >= 0; touv -= 1) { if (wirv[touv] != 0) { ofnu = ((((wirv[touv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ofnu) { { for (_si dpfd = 0; dpfd <= 44; dpfd += 1) { wirv[dpfd] = -wirv[dpfd]; } } } for (_si bumw = 0; bumw <= 43; bumw += 1) { if (((((wirv[bumw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wirv[1 + bumw] -= 1; } else { wirv[1 + bumw] += ((wirv[bumw]) >> (47)); }; wirv[bumw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wirv[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ofnu) { { for (_si jczr = 0; jczr <= 44; jczr += 1) { wirv[jczr] = -wirv[jczr]; } } } } void zjwm(_uli *lcol) { for (_si orju = 0; orju <= 43; orju += 1) { lcol[1 + orju] += ((lcol[orju]) >> (47)); lcol[orju] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lcol[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *bota() { ; _uli *rtid; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; rtid = (_uli *)(_m + 362 * _s); break; } _s += 1; } return rtid; } void psmh(_uli *ldvm) { _si fecf; { fecf = 0; _uli kwhj = 19; for (_si qfna = 12; qfna >= 0; qfna -= 1) { if (ldvm[qfna] != 0) { fecf = ((((ldvm[qfna]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fecf) { { for (_si jfcy = 0; jfcy <= 12; jfcy += 1) { ldvm[jfcy] = -ldvm[jfcy]; } } } for (_si duui = 0; duui <= 11; duui += 1) { if (((((ldvm[duui]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ldvm[1 + duui] -= 1; } else { ldvm[1 + duui] += ((ldvm[duui]) >> (47)); }; ldvm[duui] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ldvm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fecf) { { for (_si vpgj = 0; vpgj <= 12; vpgj += 1) { ldvm[vpgj] = -ldvm[vpgj]; } } } } void ayzz(_uli *bxna, _uli *rhbj, _uli *twch) { _uli *xiay = ynqh(); _uli *vyxs = jbfh(); _uli *tnyj = ygbj(); _uli *alhz = bisc(); for (_si hvev = 0; hvev <= 12; hvev += 1) { xiay[hvev] = ((rhbj[hvev]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vyxs[hvev] = ((rhbj[hvev]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); tnyj[hvev] = ((twch[hvev]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); alhz[hvev] = ((twch[hvev]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } ceod(bxna); for (_si dsoc = 0; dsoc <= (-1 + (((13) >> (1)))); dsoc += 1) { for (_si zuij = 0; zuij <= (-1 + (((13) >> (1)))); zuij += 1) { _uli ubzj = alhz[zuij] * xiay[dsoc] + tnyj[zuij] * vyxs[dsoc]; _uli wfkn = tnyj[zuij] * xiay[dsoc]; _uli mdoz = alhz[zuij] * vyxs[dsoc]; _uli poma = ((bxna[dsoc + zuij]) + (wfkn) + (((((ubzj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (poma < wfkn) { mdoz += 1; } _uli beab = ((((ubzj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mdoz) << ((-47 + (((sizeof(_uli)) << (3)))))))); bxna[dsoc + zuij] = poma; bxna[1 + dsoc + zuij] += beab; } ekbw(bxna); } { _uc *ckms = (_uc *)(xiay); for (_si ahho = 0; ahho <= 360; ahho += 1) { ckms[ahho] = (_uc)(255 + ckms[1 + ahho]) * (_uc)(1 + ckms[ahho]); } ckms[361] = 0; } kdrw(vyxs); kyyf(tnyj); { _uc *cdqu = (_uc *)(alhz); for (_si ymlv = 0; ymlv <= 360; ymlv += 1) { cdqu[ymlv] = (_uc)(255 + cdqu[1 + ymlv]) * (_uc)(1 + cdqu[ymlv]); } cdqu[361] = 0; } } void xtgo(_uli *nab, _uli *dweh) { if (nab != dweh) { for (_si axnh = 0; axnh <= 44; axnh += 1) { nab[axnh] = dweh[axnh]; } } } void vkxh(_uli *vvuw) { _uc *zgzm = (_uc *)(vvuw); for (_si rela = 0; rela <= 360; rela += 1) { zgzm[rela] = (_uc)(255 + zgzm[1 + rela]) * (_uc)(1 + zgzm[rela]); } zgzm[361] = 0; } void lpln(_uli *begh, _uli *rtqt, _uli *ocba) { _uli *jqfd = ecoc(); _uli *mcap = uich(); _uli *dulb = sfxl(); _uli *aax = tewx(); for (_si pigv = 0; pigv <= 12; pigv += 1) { jqfd[pigv] = ((rtqt[pigv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mcap[pigv] = ((rtqt[pigv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dulb[pigv] = ((ocba[pigv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aax[pigv] = ((ocba[pigv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } wncs(begh); for (_si ijaa = 0; ijaa <= (-1 + (((13) >> (1)))); ijaa += 1) { for (_si ljfq = 0; ljfq <= (-1 + (((13) >> (1)))); ljfq += 1) { _uli suci = aax[ljfq] * jqfd[ijaa] + dulb[ljfq] * mcap[ijaa]; _uli dklc = dulb[ljfq] * jqfd[ijaa]; _uli fivh = aax[ljfq] * mcap[ijaa]; _uli wnko = ((begh[ijaa + ljfq]) + (dklc) + (((((suci) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wnko < dklc) { fivh += 1; } _uli tlux = ((((suci) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fivh) << ((-47 + (((sizeof(_uli)) << (3)))))))); begh[ijaa + ljfq] = wnko; begh[1 + ijaa + ljfq] += tlux; } { for (_si bfq = 0; bfq <= 11; bfq += 1) { begh[1 + bfq] += ((begh[bfq]) >> (47)); begh[bfq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } begh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } ekne(jqfd); { _uc *kcpq = (_uc *)(mcap); for (_si mqsr = 0; mqsr <= 360; mqsr += 1) { kcpq[mqsr] = (_uc)(1 + kcpq[mqsr]) * (_uc)(255 + kcpq[1 + mqsr]); } kcpq[361] = 0; } hosm(dulb); { _uc *plxs = (_uc *)(aax); for (_si ovpl = 0; ovpl <= 360; ovpl += 1) { plxs[ovpl] = (_uc)(1 + plxs[ovpl]) * (_uc)(255 + plxs[1 + ovpl]); } plxs[361] = 0; } } void jekm(_si wsbe, _uli *mshc, _uli *asac, _uli *jxbx, _uli *iqpc, _uli *lvgv) { viyv(jxbx, iqpc, lvgv); { _uli *hkyy = zqig(); ckrq(hkyy, jxbx); { ; } bcmm(wsbe, jxbx); { _uli *reme = axnl(); _uli *bobe = wjle(); _uli *fcto = lbnq(); _uli *plzy = vsqi(); for (_si ivxf = 0; ivxf <= 12; ivxf += 1) { reme[ivxf] = ((jxbx[ivxf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bobe[ivxf] = ((jxbx[ivxf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fcto[ivxf] = ((asac[ivxf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); plzy[ivxf] = ((asac[ivxf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hbvm = 0; hbvm <= 12; hbvm += 1) { jxbx[hbvm] = 0; } } for (_si omrd = 0; omrd <= (-1 + (((13) >> (1)))); omrd += 1) { for (_si susr = 0; susr <= (-1 + (((13) >> (1)))); susr += 1) { _uli rpwr = bobe[omrd] * fcto[susr] + plzy[susr] * reme[omrd]; _uli rksq = fcto[susr] * reme[omrd]; _uli fkae = bobe[omrd] * plzy[susr]; _uli nyzj = ((jxbx[omrd + susr]) + (rksq) + (((((rpwr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nyzj < rksq) { fkae += 1; } _uli vrrt = ((((rpwr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fkae) << ((-47 + (((sizeof(_uli)) << (3)))))))); jxbx[omrd + susr] = nyzj; jxbx[1 + omrd + susr] += vrrt; } { for (_si kkef = 0; kkef <= 11; kkef += 1) { jxbx[1 + kkef] += ((jxbx[kkef]) >> (47)); jxbx[kkef] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jxbx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *jfcn = (_uc *)(reme); for (_si ikfw = 0; ikfw <= 360; ikfw += 1) { jfcn[ikfw] = (_uc)(255 + jfcn[1 + ikfw]) * (_uc)(1 + jfcn[ikfw]); } jfcn[361] = 0; } apeo(bobe); { _uc *smlu = (_uc *)(fcto); for (_si adla = 0; adla <= 360; adla += 1) { smlu[adla] = (_uc)(1 + smlu[adla]) * (_uc)(255 + smlu[1 + adla]); } smlu[361] = 0; } cesq(plzy); } rlzz(wsbe, jxbx); tzfz(jxbx, jxbx, mshc); ysmg(jxbx, jxbx, hkyy); jfcz(jxbx, wsbe); { for (_si gsjl = 0; gsjl <= 12; gsjl += 1) { hkyy[gsjl] = jxbx[gsjl] - mshc[gsjl]; } atlz(hkyy); } _si alzr; { alzr = 0; _uli eidx = 19; for (_si zoix = 12; zoix >= 0; zoix -= 1) { if (hkyy[zoix] != 0) { alzr = ((((hkyy[zoix]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!alzr) { toqt(jxbx, hkyy); } { _uc *hfaa = (_uc *)(hkyy); for (_si lhcx = 0; lhcx <= 360; lhcx += 1) { hfaa[lhcx] = (_uc)(1 + hfaa[lhcx]) * (_uc)(255 + hfaa[1 + lhcx]); } hfaa[361] = 0; } } } void yckn(_uli *ctxq) { _si sbjo = wtft(ctxq); if (sbjo) { { for (_si zbha = 0; zbha <= 44; zbha += 1) { ctxq[zbha] = -ctxq[zbha]; } } } for (_si zxbo = 0; zxbo <= 43; zxbo += 1) { if (((((ctxq[zxbo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ctxq[1 + zxbo] -= 1; } else { ctxq[1 + zxbo] += ((ctxq[zxbo]) >> (47)); }; ctxq[zxbo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ctxq[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sbjo) { { for (_si qdef = 0; qdef <= 44; qdef += 1) { ctxq[qdef] = -ctxq[qdef]; } } } } void plyn(_si zfvc, _uli *qyey, _uli *pvjy, _uli *gond, _uli *uzvs, _uli *ifex, _uli *uyof) { _uli *hbao = ltai(); { if (hbao != ifex) { for (_si vxrp = 0; vxrp <= 12; vxrp += 1) { hbao[vxrp] = ifex[vxrp]; } } } { { if (uzvs != gond) { for (_si tdbm = 0; tdbm <= 12; tdbm += 1) { uzvs[tdbm] = gond[tdbm]; } } } } _si jhxi = 0; for (_si htev = 12; htev >= 0; htev -= 1) { _uli tdym = uyof[htev]; _uli mfsa = (((_uli)(1)) << (46)); while (mfsa != 0) { _si tccg = ((((tdym) & (mfsa))) != (0)); if (jhxi || tccg) { gqrj(zfvc, qyey, pvjy, uzvs, uzvs); if (tccg) { { { _uli *ahyk = wonb(); _uli *iojs = lpmr(); _uli *uhzw = ddzl(); _uli *gnmb = wgqo(); for (_si uplo = 0; uplo <= 12; uplo += 1) { ahyk[uplo] = ((uzvs[uplo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iojs[uplo] = ((uzvs[uplo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uhzw[uplo] = ((hbao[uplo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gnmb[uplo] = ((hbao[uplo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si edgh = 0; edgh <= 12; edgh += 1) { uzvs[edgh] = 0; } } for (_si egpw = 0; egpw <= (-1 + (((13) >> (1)))); egpw += 1) { for (_si kxme = 0; kxme <= (-1 + (((13) >> (1)))); kxme += 1) { _uli vbty = ahyk[egpw] * gnmb[kxme] + iojs[egpw] * uhzw[kxme]; _uli gxeo = ahyk[egpw] * uhzw[kxme]; _uli rjmj = gnmb[kxme] * iojs[egpw]; _uli fiys = ((uzvs[egpw + kxme]) + (gxeo) + (((((vbty) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fiys < gxeo) { rjmj += 1; } _uli blzc = ((((vbty) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rjmj) << ((-47 + (((sizeof(_uli)) << (3)))))))); uzvs[egpw + kxme] = fiys; uzvs[1 + egpw + kxme] += blzc; } { for (_si zsis = 0; zsis <= 11; zsis += 1) { uzvs[1 + zsis] += ((uzvs[zsis]) >> (47)); uzvs[zsis] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uzvs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *kclo = (_uc *)(ahyk); for (_si fmtk = 0; fmtk <= 360; fmtk += 1) { kclo[fmtk] = (_uc)(1 + kclo[fmtk]) * (_uc)(255 + kclo[1 + fmtk]); } kclo[361] = 0; } akbw(iojs); wsqo(uhzw); bfyu(gnmb); } lnwo(zfvc, qyey, pvjy, uzvs, uzvs); } } jhxi = 1; } mfsa >>= 1; } } { _uc *xvyh = (_uc *)(hbao); for (_si paqx = 0; paqx <= 360; paqx += 1) { xvyh[paqx] = (_uc)(255 + xvyh[1 + paqx]) * (_uc)(1 + xvyh[paqx]); } xvyh[361] = 0; } } void qzkg(_ui *ctma, _si atvp, _si aivw, _si dawr, _si ydcm) { ctma[atvp] += ctma[aivw]; ctma[ydcm] ^= ctma[atvp]; ctma[ydcm] = ((((ctma[ydcm]) << (16))) | (((ctma[ydcm]) >> (16)))); ctma[dawr] += ctma[ydcm]; ctma[aivw] ^= ctma[dawr]; ctma[aivw] = ((((ctma[aivw]) << (12))) | (((ctma[aivw]) >> (20)))); ctma[atvp] += ctma[aivw]; ctma[ydcm] ^= ctma[atvp]; ctma[ydcm] = ((((ctma[ydcm]) << (8))) | (((ctma[ydcm]) >> (24)))); ctma[dawr] += ctma[ydcm]; ctma[aivw] ^= ctma[dawr]; ctma[aivw] = ((((ctma[aivw]) << (7))) | (((ctma[aivw]) >> (25)))); } _uc *xunj() { ; _uc *zrcg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; zrcg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return zrcg; } void kbh(_uc *gyst) { _uc *lcci = (_uc *)(gyst + 0); _ui *tszl = (_ui *)(gyst + 64); _ui *bhlc = (_ui *)(gyst + 96); _si ebzp = 0; _ui rijy = 0; _ui krjr = 0; _ui heik = 0; _ui flsj = 0; _ui xkvf = 0; _ui zcrr = 0; for (_si wmgm = 0; wmgm <= 15; wmgm += 1) { bhlc[wmgm] = (((((((((_ui)(lcci[ebzp])) << (24))) | ((((_ui)(lcci[1 + ebzp])) << (16))))) | ((((_ui)(lcci[2 + ebzp])) << (8))))) | ((_ui)(lcci[3 + ebzp]))); ebzp += 4; } for (_si stqx = 16; stqx <= 31; stqx += 1) { rijy = ((((((((bhlc[-15 + stqx]) >> (7))) | (((bhlc[-15 + stqx]) << (25))))) ^ (((((bhlc[-15 + stqx]) >> (18))) | (((bhlc[-15 + stqx]) << (14))))))) ^ (((bhlc[-15 + stqx]) >> (3)))); flsj = ((((((((bhlc[-2 + stqx]) >> (17))) | (((bhlc[-2 + stqx]) << (15))))) ^ (((((bhlc[-2 + stqx]) >> (19))) | (((bhlc[-2 + stqx]) << (13))))))) ^ (((bhlc[-2 + stqx]) >> (10)))); bhlc[stqx] = bhlc[-7 + stqx] + bhlc[-16 + stqx] + flsj + rijy; _m[65160] += 1; } _ui hedj = tszl[0]; _ui cffr = tszl[1]; _ui usmp = tszl[2]; _ui pbev = tszl[3]; _ui brld = tszl[4]; _ui otmr = tszl[5]; _ui durb = tszl[6]; _ui qgdu = tszl[7]; for (_si ckns = 0; ckns <= 31; ckns += 1) { rijy = ((((((((hedj) >> (2))) | (((hedj) << (30))))) ^ (((((hedj) >> (13))) | (((hedj) << (19))))))) ^ (((((hedj) >> (22))) | (((hedj) << (10)))))); krjr = ((((((hedj) & (cffr))) ^ (((hedj) & (usmp))))) ^ (((cffr) & (usmp)))); heik = krjr + rijy; flsj = ((((((((brld) >> (6))) | (((brld) << (26))))) ^ (((((brld) >> (11))) | (((brld) << (21))))))) ^ (((((brld) >> (25))) | (((brld) << (7)))))); xkvf = ((((brld) & (otmr))) ^ (((~brld) & (durb)))); zcrr = bhlc[ckns] + qgdu + flsj + *(((_ui *)(_m + 246160) + ckns)) + xkvf; qgdu = durb; durb = otmr; otmr = brld; brld = pbev + zcrr; pbev = usmp; usmp = cffr; cffr = hedj; hedj = heik + zcrr; _m[65161] += 1; } tszl[0] += hedj; tszl[1] += cffr; tszl[2] += usmp; tszl[3] += pbev; tszl[4] += brld; tszl[5] += otmr; tszl[6] += durb; tszl[7] += qgdu; } void hfkm(_uli *hzv, _uli *quku, _uli *ayh) { for (_si zduq = 0; zduq <= 12; zduq += 1) { hzv[zduq] = ayh[zduq] + quku[zduq]; } { _si sqkj; { sqkj = 0; _uli bqbr = 19; for (_si jzvt = 12; jzvt >= 0; jzvt -= 1) { if (hzv[jzvt] != 0) { sqkj = ((((hzv[jzvt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (sqkj) { { for (_si wiry = 0; wiry <= 12; wiry += 1) { hzv[wiry] = -hzv[wiry]; } } } for (_si mecg = 0; mecg <= 11; mecg += 1) { if (((((hzv[mecg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hzv[1 + mecg] -= 1; } else { hzv[1 + mecg] += ((hzv[mecg]) >> (47)); }; hzv[mecg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hzv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sqkj) { { for (_si kgkb = 0; kgkb <= 12; kgkb += 1) { hzv[kgkb] = -hzv[kgkb]; } } } } } void momq(_uli *vadl, _si hzmt) { _si nnpe = (hzmt % 47); _si qzpk = ((hzmt) / (47)); _si tkwz = hzmt; if (tkwz > (8 * sizeof(_uli))) { tkwz = -1; } if (qzpk >= 13) { { for (_si qyje = 0; qyje <= 12; qyje += 1) { vadl[qyje] = 0; } } } else { _uli dyc = (((((_uli)(1)) << (nnpe))) - ((_uli)(1))); if (tkwz < 0) { vadl[0] = 0; } else { vadl[0] = ((((vadl[0]) & (~dyc))) >> (tkwz)); }; if (qzpk != 0) { vadl[0] += ((((vadl[qzpk]) & (~dyc))) >> (nnpe)); } for (_si breq = 1; breq <= (12 - qzpk); breq += 1) { vadl[-1 + breq] += ((((((vadl[breq + qzpk]) & (dyc))) << (-nnpe + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vadl[breq] = ((((vadl[breq + qzpk]) & (~dyc))) >> (nnpe)); } for (_si qawd = 13 - qzpk; qawd <= 12; qawd += 1) { vadl[qawd] = 0; } }; } _uc *pwyo() { ; _uc *uhs; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; uhs = (_uc *)(_m + 362 * _s); break; } _s += 1; } return uhs; } void qrba(_uli *gfgw, _si zapc) { _si sapv = (zapc % 47); _si aspb = ((zapc) / (47)); _si nnbf = zapc; if (nnbf > (8 * sizeof(_uli))) { nnbf = -1; } if (aspb >= 13) { { for (_si osna = 0; osna <= 12; osna += 1) { gfgw[osna] = 0; } } } else { _uli jidq = (((((_uli)(1)) << (sapv))) - ((_uli)(1))); if (nnbf < 0) { gfgw[0] = 0; } else { gfgw[0] = ((((gfgw[0]) & (~jidq))) >> (nnbf)); }; if (aspb != 0) { gfgw[0] += ((((gfgw[aspb]) & (~jidq))) >> (sapv)); } for (_si lmiu = 1; lmiu <= (12 - aspb); lmiu += 1) { gfgw[-1 + lmiu] += ((((((gfgw[aspb + lmiu]) & (jidq))) << (-sapv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gfgw[lmiu] = ((((gfgw[aspb + lmiu]) & (~jidq))) >> (sapv)); } for (_si zldk = 13 - aspb; zldk <= 12; zldk += 1) { gfgw[zldk] = 0; } }; } void keov(_si htnd, _uli *nhfg, _uli *ofj, _uli *auo, _uli *fphx) { _uli *ylug = vsjr(); { if (ylug != fphx) { for (_si yfod = 0; yfod <= 12; yfod += 1) { ylug[yfod] = fphx[yfod]; } } } ooqq(auo, fphx); agmf(htnd, auo); { _uli *vnif = bzeb(); _uli *obwk = bpwu(); _uli *usme = mwpr(); _uli *zohj = wkhr(); for (_si utpz = 0; utpz <= 12; utpz += 1) { vnif[utpz] = ((auo[utpz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); obwk[utpz] = ((auo[utpz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); usme[utpz] = ((ofj[utpz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zohj[utpz] = ((ofj[utpz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qgvk = 0; qgvk <= 12; qgvk += 1) { auo[qgvk] = 0; } } for (_si outa = 0; outa <= (-1 + (((13) >> (1)))); outa += 1) { for (_si ihqk = 0; ihqk <= (-1 + (((13) >> (1)))); ihqk += 1) { _uli vgrg = obwk[outa] * usme[ihqk] + vnif[outa] * zohj[ihqk]; _uli util = usme[ihqk] * vnif[outa]; _uli qcif = obwk[outa] * zohj[ihqk]; _uli dqre = ((auo[ihqk + outa]) + (util) + (((((vgrg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dqre < util) { qcif += 1; } _uli yrcg = ((((vgrg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qcif) << ((-47 + (((sizeof(_uli)) << (3)))))))); auo[ihqk + outa] = dqre; auo[1 + ihqk + outa] += yrcg; } zmad(auo); } { _uc *kyqt = (_uc *)(vnif); for (_si vlxn = 0; vlxn <= 360; vlxn += 1) { kyqt[vlxn] = (_uc)(255 + kyqt[1 + vlxn]) * (_uc)(1 + kyqt[vlxn]); } kyqt[361] = 0; } hosm(obwk); uaka(usme); { _uc *jmxc = (_uc *)(zohj); for (_si wlzl = 0; wlzl <= 360; wlzl += 1) { jmxc[wlzl] = (_uc)(1 + jmxc[wlzl]) * (_uc)(255 + jmxc[1 + wlzl]); } jmxc[361] = 0; } } xsbs(htnd, auo); jwqv(auo, auo, nhfg); gylp(auo, auo, ylug); dkmo(auo, htnd); { for (_si lhf = 0; lhf <= 12; lhf += 1) { ylug[lhf] = auo[lhf] - nhfg[lhf]; } dgml(ylug); } _si rzul = ydvs(ylug); if (!rzul) { elfs(auo, ylug); } { _uc *fwwg = (_uc *)(ylug); for (_si cpxq = 0; cpxq <= 360; cpxq += 1) { fwwg[cpxq] = (_uc)(255 + fwwg[1 + cpxq]) * (_uc)(1 + fwwg[cpxq]); } fwwg[361] = 0; } } void wmfm(_uli *ekhi) { _si izsv; { izsv = 0; _uli zpvc = 19; for (_si xofw = 12; xofw >= 0; xofw -= 1) { if (ekhi[xofw] != 0) { izsv = ((((ekhi[xofw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (izsv) { { for (_si gvsc = 0; gvsc <= 12; gvsc += 1) { ekhi[gvsc] = -ekhi[gvsc]; } } } for (_si zfrd = 0; zfrd <= 11; zfrd += 1) { if (((((ekhi[zfrd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ekhi[1 + zfrd] -= 1; } else { ekhi[1 + zfrd] += ((ekhi[zfrd]) >> (47)); }; ekhi[zfrd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ekhi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (izsv) { { for (_si zvtg = 0; zvtg <= 12; zvtg += 1) { ekhi[zvtg] = -ekhi[zvtg]; } } } } void qgsq(_si owtv, _uli *qhiw) { qhiw[(((owtv) / (47)))] &= ((((((_uli)(1)) << ((owtv % 47)))) - ((_uli)(1)))); for (_si niio = 1 + (((owtv) / (47))); niio <= 44; niio += 1) { qhiw[niio] = 0; } } void zpds(_uli *fvkp) { for (_si cpzw = 0; cpzw <= 11; cpzw += 1) { fvkp[1 + cpzw] += ((fvkp[cpzw]) >> (47)); fvkp[cpzw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fvkp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dnjb(_uli *egat) { for (_si yjk = 0; yjk <= 43; yjk += 1) { egat[1 + yjk] += ((egat[yjk]) >> (47)); egat[yjk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } egat[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void vwyv(_uli *kehu) { _uc *vmvx = (_uc *)(kehu); for (_si xeog = 0; xeog <= 360; xeog += 1) { vmvx[xeog] = (_uc)(255 + vmvx[1 + xeog]) * (_uc)(1 + vmvx[xeog]); } vmvx[361] = 0; } void wumn(_uli *qjrd) { _uc *nnze = (_uc *)(qjrd); for (_si iyfy = 0; iyfy <= 360; iyfy += 1) { nnze[iyfy] = (_uc)(255 + nnze[1 + iyfy]) * (_uc)(1 + nnze[iyfy]); } nnze[361] = 0; } void tbch(_uc *coxs) { _uc *yqg = (_uc *)(coxs + 0); _ui *attt = (_ui *)(coxs + 64); _uli *dtra = (_uli *)(coxs + 352); _uli ttik = 8 * dtra[0]; _uc wub[1]; wub[0] = 128; { _uc *tkjc = (_uc *)(coxs + 0); _uli *anf = (_uli *)(coxs + 352); _si ahqk = (_si)(((anf[0]) & (63))); anf[0] += 1; for (_si znib = 0; znib <= 0; znib += 1) { tkjc[ahqk] = wub[znib]; ahqk += 1; if (ahqk == 64) { xysl(coxs); ahqk = 0; } } } while (((((dtra[0]) & (63))) != (56))) { wub[0] = 0; qrkg(coxs, wub, 1); } for (_si jua = 0; jua <= 7; jua += 1) { wub[0] = (_uc)(((((ttik) >> (8 * (7 - jua)))) & (255))); lfm(coxs, wub, 1); } _si gns = 0; for (_si psay = 0; psay <= 7; psay += 1) { _ui uehe = attt[psay]; yqg[gns] = (_uc)(((((uehe) >> (24))) & (255))); yqg[1 + gns] = (_uc)(((((uehe) >> (16))) & (255))); yqg[2 + gns] = (_uc)(((((uehe) >> (8))) & (255))); yqg[3 + gns] = (_uc)(((uehe) & (255))); gns += 4; } } void ofkm(_uc *adhl, _uc *mxjn, _si hgzp) { _ui *fkkq = (_ui *)(adhl + 0); _ui *gewq = (_ui *)(adhl + 128); _uc *nfsn = (_uc *)(fkkq); for (_si grue = 0; grue <= (-1 + hgzp); grue += 1) { if (gewq[0] >= 64) { { _ui *odwk = (_ui *)(adhl + 0); _ui *wbmr = (_ui *)(adhl + 64); for (_si dlkg = 0; dlkg <= 15; dlkg += 1) { odwk[dlkg] = wbmr[dlkg]; } for (_si olgw = 0; olgw <= 9; olgw += 1) { qenl(odwk, 0, 4, 8, 12); { odwk[1] += odwk[5]; odwk[13] ^= odwk[1]; odwk[13] = ((((odwk[13]) << (16))) | (((odwk[13]) >> (16)))); odwk[9] += odwk[13]; odwk[5] ^= odwk[9]; odwk[5] = ((((odwk[5]) << (12))) | (((odwk[5]) >> (20)))); odwk[1] += odwk[5]; odwk[13] ^= odwk[1]; odwk[13] = ((((odwk[13]) << (8))) | (((odwk[13]) >> (24)))); odwk[9] += odwk[13]; odwk[5] ^= odwk[9]; odwk[5] = ((((odwk[5]) << (7))) | (((odwk[5]) >> (25)))); } qmkk(odwk, 2, 6, 10, 14); iqu(odwk, 3, 7, 11, 15); wclm(odwk, 0, 5, 10, 15); kcek(odwk, 1, 6, 11, 12); niyt(odwk, 2, 7, 8, 13); { odwk[3] += odwk[4]; odwk[14] ^= odwk[3]; odwk[14] = ((((odwk[14]) << (16))) | (((odwk[14]) >> (16)))); odwk[9] += odwk[14]; odwk[4] ^= odwk[9]; odwk[4] = ((((odwk[4]) << (12))) | (((odwk[4]) >> (20)))); odwk[3] += odwk[4]; odwk[14] ^= odwk[3]; odwk[14] = ((((odwk[14]) << (8))) | (((odwk[14]) >> (24)))); odwk[9] += odwk[14]; odwk[4] ^= odwk[9]; odwk[4] = ((((odwk[4]) << (7))) | (((odwk[4]) >> (25)))); } _m[65163] += 1; } for (_si rtcd = 0; rtcd <= 15; rtcd += 1) { odwk[rtcd] += wbmr[rtcd]; } wbmr[12] += 1; if (wbmr[12] == 0) { wbmr[13] += 1; } } gewq[0] = 0; } mxjn[grue] ^= nfsn[gewq[0]]; gewq[0] += 1; } } void lcn(_uc *uqv) { _ui *xkla = (_ui *)(uqv + 0); _ui *upac = (_ui *)(uqv + 64); for (_si lksk = 0; lksk <= 15; lksk += 1) { xkla[lksk] = upac[lksk]; } for (_si cbe = 0; cbe <= 9; cbe += 1) { { xkla[0] += xkla[4]; xkla[12] ^= xkla[0]; xkla[12] = ((((xkla[12]) << (16))) | (((xkla[12]) >> (16)))); xkla[8] += xkla[12]; xkla[4] ^= xkla[8]; xkla[4] = ((((xkla[4]) << (12))) | (((xkla[4]) >> (20)))); xkla[0] += xkla[4]; xkla[12] ^= xkla[0]; xkla[12] = ((((xkla[12]) << (8))) | (((xkla[12]) >> (24)))); xkla[8] += xkla[12]; xkla[4] ^= xkla[8]; xkla[4] = ((((xkla[4]) << (7))) | (((xkla[4]) >> (25)))); } { xkla[1] += xkla[5]; xkla[13] ^= xkla[1]; xkla[13] = ((((xkla[13]) << (16))) | (((xkla[13]) >> (16)))); xkla[9] += xkla[13]; xkla[5] ^= xkla[9]; xkla[5] = ((((xkla[5]) << (12))) | (((xkla[5]) >> (20)))); xkla[1] += xkla[5]; xkla[13] ^= xkla[1]; xkla[13] = ((((xkla[13]) << (8))) | (((xkla[13]) >> (24)))); xkla[9] += xkla[13]; xkla[5] ^= xkla[9]; xkla[5] = ((((xkla[5]) << (7))) | (((xkla[5]) >> (25)))); } ntrk(xkla, 2, 6, 10, 14); pndm(xkla, 3, 7, 11, 15); { xkla[0] += xkla[5]; xkla[15] ^= xkla[0]; xkla[15] = ((((xkla[15]) << (16))) | (((xkla[15]) >> (16)))); xkla[10] += xkla[15]; xkla[5] ^= xkla[10]; xkla[5] = ((((xkla[5]) << (12))) | (((xkla[5]) >> (20)))); xkla[0] += xkla[5]; xkla[15] ^= xkla[0]; xkla[15] = ((((xkla[15]) << (8))) | (((xkla[15]) >> (24)))); xkla[10] += xkla[15]; xkla[5] ^= xkla[10]; xkla[5] = ((((xkla[5]) << (7))) | (((xkla[5]) >> (25)))); } { xkla[1] += xkla[6]; xkla[12] ^= xkla[1]; xkla[12] = ((((xkla[12]) << (16))) | (((xkla[12]) >> (16)))); xkla[11] += xkla[12]; xkla[6] ^= xkla[11]; xkla[6] = ((((xkla[6]) << (12))) | (((xkla[6]) >> (20)))); xkla[1] += xkla[6]; xkla[12] ^= xkla[1]; xkla[12] = ((((xkla[12]) << (8))) | (((xkla[12]) >> (24)))); xkla[11] += xkla[12]; xkla[6] ^= xkla[11]; xkla[6] = ((((xkla[6]) << (7))) | (((xkla[6]) >> (25)))); } { xkla[2] += xkla[7]; xkla[13] ^= xkla[2]; xkla[13] = ((((xkla[13]) << (16))) | (((xkla[13]) >> (16)))); xkla[8] += xkla[13]; xkla[7] ^= xkla[8]; xkla[7] = ((((xkla[7]) << (12))) | (((xkla[7]) >> (20)))); xkla[2] += xkla[7]; xkla[13] ^= xkla[2]; xkla[13] = ((((xkla[13]) << (8))) | (((xkla[13]) >> (24)))); xkla[8] += xkla[13]; xkla[7] ^= xkla[8]; xkla[7] = ((((xkla[7]) << (7))) | (((xkla[7]) >> (25)))); } vvr(xkla, 3, 4, 9, 14); _m[65163] += 1; } for (_si eym = 0; eym <= 15; eym += 1) { xkla[eym] += upac[eym]; } upac[12] += 1; if (upac[12] == 0) { upac[13] += 1; } } _uc *hwgb() { ; _uc *igv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; igv = (_uc *)(_m + 362 * _s); break; } _s += 1; } return igv; } void niyt(_ui *rwyd, _si wknx, _si ccvc, _si shdg, _si olpr) { rwyd[wknx] += rwyd[ccvc]; rwyd[olpr] ^= rwyd[wknx]; rwyd[olpr] = ((((rwyd[olpr]) << (16))) | (((rwyd[olpr]) >> (16)))); rwyd[shdg] += rwyd[olpr]; rwyd[ccvc] ^= rwyd[shdg]; rwyd[ccvc] = ((((rwyd[ccvc]) << (12))) | (((rwyd[ccvc]) >> (20)))); rwyd[wknx] += rwyd[ccvc]; rwyd[olpr] ^= rwyd[wknx]; rwyd[olpr] = ((((rwyd[olpr]) << (8))) | (((rwyd[olpr]) >> (24)))); rwyd[shdg] += rwyd[olpr]; rwyd[ccvc] ^= rwyd[shdg]; rwyd[ccvc] = ((((rwyd[ccvc]) << (7))) | (((rwyd[ccvc]) >> (25)))); } _uli *hyye() { ; _uli *xbmi; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; xbmi = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xbmi; } void dqrq(_uc *atcy, _uc *lath, _si gbez) { { _ui *tgit = (_ui *)(atcy + 64); for (_si whqj = 0; whqj <= 7; whqj += 1) { tgit[4 + whqj] = (((_ui)((lath + 4 * whqj)[0])) + ((((_ui)((lath + 4 * whqj)[1])) << (8))) + ((((_ui)((lath + 4 * whqj)[2])) << (16))) + ((((_ui)((lath + 4 * whqj)[3])) << (24)))); } } _ui *mmnd = (_ui *)(atcy + 64); _ui *amlr = (_ui *)(atcy + 128); for (_si jsxv = 0; jsxv <= 3; jsxv += 1) { mmnd[jsxv] = (((_ui)(((_uc *)(_m + 48146) + 4 * jsxv)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jsxv)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jsxv)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jsxv)[3])) << (24)))); } for (_si nxoc = 0; nxoc <= 3; nxoc += 1) { mmnd[12 + nxoc] = gbez; _m[65162] += 1; } amlr[0] = 3904225602; } _uc *ypce() { ; _uc *xyti; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; xyti = (_uc *)(_m + 362 * _s); break; } _s += 1; } return xyti; } void aqrj(_uli *vvzu, _si whc) { _si svpr = (whc % 47); _si hodl = ((whc) / (47)); _si jkms = whc; if (jkms > (8 * sizeof(_uli))) { jkms = -1; } if (hodl >= 13) { { for (_si uxzz = 0; uxzz <= 12; uxzz += 1) { vvzu[uxzz] = 0; } } } else { _uli los = (((((_uli)(1)) << (svpr))) - ((_uli)(1))); if (jkms < 0) { vvzu[0] = 0; } else { vvzu[0] = ((((vvzu[0]) & (~los))) >> (jkms)); }; if (hodl != 0) { vvzu[0] += ((((vvzu[hodl]) & (~los))) >> (svpr)); } for (_si ols = 1; ols <= (12 - hodl); ols += 1) { vvzu[-1 + ols] += ((((((vvzu[hodl + ols]) & (los))) << (-svpr + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vvzu[ols] = ((((vvzu[hodl + ols]) & (~los))) >> (svpr)); } for (_si wde = 13 - hodl; wde <= 12; wde += 1) { vvzu[wde] = 0; } }; } void klyg(_uc *kjmr, _uc *qmto) { _ui *hup = (_ui *)(kjmr + 64); for (_si fsyb = 0; fsyb <= 7; fsyb += 1) { hup[4 + fsyb] = (((_ui)((qmto + 4 * fsyb)[0])) + ((((_ui)((qmto + 4 * fsyb)[1])) << (8))) + ((((_ui)((qmto + 4 * fsyb)[2])) << (16))) + ((((_ui)((qmto + 4 * fsyb)[3])) << (24)))); } } void xxov(_uli *oicp, _uli *xqmy, _uli *sahu) { _uli *szjh = mexn(); { { if (oicp != xqmy) { for (_si migp = 0; migp <= 12; migp += 1) { oicp[migp] = xqmy[migp]; } } } _si ixjq; { ixjq = -1; for (_si iwih = 12; iwih >= 0; iwih -= 1) { if (oicp[iwih] != 0) { ixjq = iwih; break; } } } _si mkoh = hjmj(sahu); if (ixjq >= mkoh) { _si wkvq = 0; _uli cdis = sahu[mkoh]; while (cdis < (((((((_uli)(1)) << (47)))) >> (1)))) { wkvq += 1; cdis <<= 1; } if (mkoh == 0) { wkvq += 47; ixjq += 1; mkoh += 1; } if (wkvq > 0) { enaa(oicp, wkvq); emzx(sahu, wkvq); } _si kwxl = ixjq - mkoh; cdis = sahu[mkoh]; _uli qcca = sahu[-1 + mkoh]; for (_si agis = kwxl; agis >= 0; agis -= 1) { __uint128_t zkkj = (__uint128_t)(((((_uli)(1)) << (47)))) * oicp[1 + agis + mkoh] + oicp[agis + mkoh]; _uli axgx = 0; __uint128_t badb = ((zkkj) / (cdis)); __uint128_t khif = (zkkj % cdis); while (badb == ((((_uli)(1)) << (47))) || (badb * qcca) > (((((_uli)(1)) << (47))) * khif + oicp[-1 + agis + mkoh])) { badb -= 1; khif += cdis; if (khif >= ((((_uli)(1)) << (47)))) { break; } } zkkj = 0; for (_si kavr = 0; kavr <= mkoh; kavr += 1) { zkkj += badb * sahu[kavr]; axgx = oicp[agis + kavr]; if (zkkj > axgx) { zkkj -= axgx; axgx = zkkj % ((((_uli)(1)) << (47))); zkkj = ((zkkj) / (((((_uli)(1)) << (47))))); if (axgx == 0) { oicp[agis + kavr] = 0; } else { oicp[agis + kavr] = ((1 + ~(_uli)(axgx)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); zkkj += 1; }; } else { oicp[agis + kavr] -= zkkj; zkkj = 0; }; } axgx = oicp[1 + agis + mkoh]; if (zkkj > axgx) { sahu[1 + agis + mkoh] = -1 + badb; zkkj = 0; for (_si xqaz = 0; xqaz <= mkoh; xqaz += 1) { zkkj += oicp[agis + xqaz] + sahu[xqaz]; oicp[agis + xqaz] = zkkj % ((((_uli)(1)) << (47))); zkkj = ((zkkj) / (((((_uli)(1)) << (47))))); } } else { sahu[1 + agis + mkoh] = badb; oicp[1 + agis + mkoh] -= zkkj; }; } for (_si qlge = 0; qlge <= kwxl; qlge += 1) { szjh[qlge] = sahu[1 + mkoh + qlge]; oicp[1 + mkoh + qlge] = 0; } for (_si efzd = 1 + kwxl; efzd <= 12; efzd += 1) { szjh[efzd] = 0; } if (szjh != sahu) { for (_si uydn = 1 + mkoh; uydn <= (1 + ixjq); uydn += 1) { sahu[uydn] = 0; } if (wkvq > 0) { lzmb(sahu, wkvq); } } if (wkvq > 0) { { _si ykcw = (wkvq % 47); _si vdrk = ((wkvq) / (47)); _si qytk = wkvq; if (qytk > (8 * sizeof(_uli))) { qytk = -1; } if (vdrk >= 13) { { for (_si elom = 0; elom <= 12; elom += 1) { oicp[elom] = 0; } } } else { _uli avi = (((((_uli)(1)) << (ykcw))) - ((_uli)(1))); if (qytk < 0) { oicp[0] = 0; } else { oicp[0] = ((((oicp[0]) & (~avi))) >> (qytk)); }; if (vdrk != 0) { oicp[0] += ((((oicp[vdrk]) & (~avi))) >> (ykcw)); } for (_si oktm = 1; oktm <= (12 - vdrk); oktm += 1) { oicp[-1 + oktm] += ((((((oicp[oktm + vdrk]) & (avi))) << (-ykcw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); oicp[oktm] = ((((oicp[oktm + vdrk]) & (~avi))) >> (ykcw)); } for (_si qizz = 13 - vdrk; qizz <= 12; qizz += 1) { oicp[qizz] = 0; } }; } } } } { _uc *gpxr = (_uc *)(szjh); for (_si idlr = 0; idlr <= 360; idlr += 1) { gpxr[idlr] = (_uc)(255 + gpxr[1 + idlr]) * (_uc)(1 + gpxr[idlr]); } gpxr[361] = 0; } } void kcab(_uli *kkhp) { _uc *hluz = (_uc *)(kkhp); for (_si jxca = 0; jxca <= 360; jxca += 1) { hluz[jxca] = (_uc)(255 + hluz[1 + jxca]) * (_uc)(1 + hluz[jxca]); } hluz[361] = 0; } void sfrn(_si ldrd, _uli *gfpw) { gfpw[(((ldrd) / (47)))] &= ((((((_uli)(1)) << ((ldrd % 47)))) - ((_uli)(1)))); for (_si vtfd = 1 + (((ldrd) / (47))); vtfd <= 12; vtfd += 1) { gfpw[vtfd] = 0; } } void pnxm(_ui *hvwu, _si ushb, _si sqqo, _si dahy, _si jsdg) { hvwu[ushb] += hvwu[sqqo]; hvwu[jsdg] ^= hvwu[ushb]; hvwu[jsdg] = ((((hvwu[jsdg]) << (16))) | (((hvwu[jsdg]) >> (16)))); hvwu[dahy] += hvwu[jsdg]; hvwu[sqqo] ^= hvwu[dahy]; hvwu[sqqo] = ((((hvwu[sqqo]) << (12))) | (((hvwu[sqqo]) >> (20)))); hvwu[ushb] += hvwu[sqqo]; hvwu[jsdg] ^= hvwu[ushb]; hvwu[jsdg] = ((((hvwu[jsdg]) << (8))) | (((hvwu[jsdg]) >> (24)))); hvwu[dahy] += hvwu[jsdg]; hvwu[sqqo] ^= hvwu[dahy]; hvwu[sqqo] = ((((hvwu[sqqo]) << (7))) | (((hvwu[sqqo]) >> (25)))); } void iocz(_uli *teyj) { for (_si laeg = 0; laeg <= 43; laeg += 1) { teyj[1 + laeg] += ((teyj[laeg]) >> (47)); teyj[laeg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } teyj[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void sffh(_uli *wgxg) { _si rwrm; { rwrm = 0; _uli hgqw = 19; for (_si isgs = 12; isgs >= 0; isgs -= 1) { if (wgxg[isgs] != 0) { rwrm = ((((wgxg[isgs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rwrm) { ozna(wgxg, wgxg); } for (_si uwfd = 0; uwfd <= 11; uwfd += 1) { if (((((wgxg[uwfd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wgxg[1 + uwfd] -= 1; } else { wgxg[1 + uwfd] += ((wgxg[uwfd]) >> (47)); }; wgxg[uwfd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wgxg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rwrm) { { for (_si csdo = 0; csdo <= 12; csdo += 1) { wgxg[csdo] = -wgxg[csdo]; } } } } _si vgvt(_uli *ghom) { _si dwfy = 0; _uli bijf = 19; for (_si wlrp = 44; wlrp >= 0; wlrp -= 1) { if (ghom[wlrp] != 0) { dwfy = ((((ghom[wlrp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return dwfy; } _si tvgv(_uli *ywzk) { _si wnwu = 0; _uli gcom = 19; for (_si asff = 12; asff >= 0; asff -= 1) { if (ywzk[asff] != 0) { wnwu = ((((ywzk[asff]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wnwu; } void nnbn(_uli *sprq, _uli *yqgi) { if (sprq != yqgi) { for (_si nape = 0; nape <= 12; nape += 1) { sprq[nape] = yqgi[nape]; } } } void cjcl(_uli *egws, _uli *sqrl, _uli *tird) { for (_si tgzn = 0; tgzn <= 12; tgzn += 1) { egws[tgzn] = sqrl[tgzn] + tird[tgzn]; } { _si weos; { weos = 0; _uli mfzr = 19; for (_si jfmq = 12; jfmq >= 0; jfmq -= 1) { if (egws[jfmq] != 0) { weos = ((((egws[jfmq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (weos) { { for (_si utcq = 0; utcq <= 12; utcq += 1) { egws[utcq] = -egws[utcq]; } } } for (_si cvsu = 0; cvsu <= 11; cvsu += 1) { if (((((egws[cvsu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { egws[1 + cvsu] -= 1; } else { egws[1 + cvsu] += ((egws[cvsu]) >> (47)); }; egws[cvsu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } egws[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (weos) { { for (_si esug = 0; esug <= 12; esug += 1) { egws[esug] = -egws[esug]; } } } } } void gyly(_uli *dzit, _uli *ssjy) { for (_si xfwv = 0; xfwv <= 12; xfwv += 1) { dzit[xfwv] = -ssjy[xfwv]; } } _uli *oind() { ; _uli *rway; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; rway = (_uli *)(_m + 362 * _s); break; } _s += 1; } return rway; } void dgnp(_si blkt, _uli *addl) { addl[(((blkt) / (47)))] &= ((((((_uli)(1)) << ((blkt % 47)))) - ((_uli)(1)))); for (_si kvkv = 1 + (((blkt) / (47))); kvkv <= 12; kvkv += 1) { addl[kvkv] = 0; } } void ekby(_ui *ifdz, _si lixc, _si llzx, _si eruv, _si lzg) { ifdz[lixc] += ifdz[llzx]; ifdz[lzg] ^= ifdz[lixc]; ifdz[lzg] = ((((ifdz[lzg]) << (16))) | (((ifdz[lzg]) >> (16)))); ifdz[eruv] += ifdz[lzg]; ifdz[llzx] ^= ifdz[eruv]; ifdz[llzx] = ((((ifdz[llzx]) << (12))) | (((ifdz[llzx]) >> (20)))); ifdz[lixc] += ifdz[llzx]; ifdz[lzg] ^= ifdz[lixc]; ifdz[lzg] = ((((ifdz[lzg]) << (8))) | (((ifdz[lzg]) >> (24)))); ifdz[eruv] += ifdz[lzg]; ifdz[llzx] ^= ifdz[eruv]; ifdz[llzx] = ((((ifdz[llzx]) << (7))) | (((ifdz[llzx]) >> (25)))); } void rkpm(_uli *cqms, _uli *kupj, _uli *uceu) { for (_si icu = 0; icu <= 12; icu += 1) { cqms[icu] = kupj[icu] - uceu[icu]; } { _si rrnf = mgww(cqms); if (rrnf) { { for (_si sqbb = 0; sqbb <= 12; sqbb += 1) { cqms[sqbb] = -cqms[sqbb]; } } } for (_si puio = 0; puio <= 11; puio += 1) { if (((((cqms[puio]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cqms[1 + puio] -= 1; } else { cqms[1 + puio] += ((cqms[puio]) >> (47)); }; cqms[puio] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cqms[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rrnf) { { for (_si jds = 0; jds <= 12; jds += 1) { cqms[jds] = -cqms[jds]; } } } } } _si neny(_uli *fgmq) { _si wyyq = 0; _uli uxsr = 19; for (_si nkef = 44; nkef >= 0; nkef -= 1) { if (fgmq[nkef] != 0) { wyyq = ((((fgmq[nkef]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wyyq; } void sdgx(_uc *dgqb, _uc *yeoo) { _ui *ocja = (_ui *)(dgqb + 64); for (_si zszx = 0; zszx <= 7; zszx += 1) { ocja[4 + zszx] = (((_ui)((yeoo + 4 * zszx)[0])) + ((((_ui)((yeoo + 4 * zszx)[1])) << (8))) + ((((_ui)((yeoo + 4 * zszx)[2])) << (16))) + ((((_ui)((yeoo + 4 * zszx)[3])) << (24)))); } } _uli *owme() { ; _uli *mfbr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; mfbr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mfbr; } void thzu(_uli *lxax, _uli *gxdf, _uli *rnly) { for (_si fjki = 0; fjki <= 12; fjki += 1) { lxax[fjki] = gxdf[fjki] - rnly[fjki]; } ajje(lxax); } void hwof(_uli *krqm, _si cnbo) { _si weci = gbmq(krqm); if (weci) { { for (_si oqhr = 0; oqhr <= 12; oqhr += 1) { krqm[oqhr] = -krqm[oqhr]; } } } { _si eyfd = (cnbo % 47); _si dfwp = ((cnbo) / (47)); _si oiqb = cnbo; if (oiqb > (8 * sizeof(_uli))) { oiqb = -1; } if (dfwp >= 13) { kvkc(krqm); } else { _uli jkzd = (((((_uli)(1)) << (eyfd))) - ((_uli)(1))); if (oiqb < 0) { krqm[0] = 0; } else { krqm[0] = ((((krqm[0]) & (~jkzd))) >> (oiqb)); }; if (dfwp != 0) { krqm[0] += ((((krqm[dfwp]) & (~jkzd))) >> (eyfd)); } for (_si myai = 1; myai <= (12 - dfwp); myai += 1) { krqm[-1 + myai] += ((((((krqm[dfwp + myai]) & (jkzd))) << (-eyfd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); krqm[myai] = ((((krqm[dfwp + myai]) & (~jkzd))) >> (eyfd)); } for (_si gfkk = 13 - dfwp; gfkk <= 12; gfkk += 1) { krqm[gfkk] = 0; } }; } if (weci) { { for (_si eiyq = 0; eiyq <= 12; eiyq += 1) { krqm[eiyq] = -krqm[eiyq]; } } } } void cnls(_uc *ucts, _uc *cyvq, _si xpum) { _ui *cyda = (_ui *)(ucts + 0); _ui *caqb = (_ui *)(ucts + 128); _uc *vfej = (_uc *)(cyda); for (_si ddvl = 0; ddvl <= (-1 + xpum); ddvl += 1) { if (caqb[0] >= 64) { wpqs(ucts); caqb[0] = 0; } cyvq[ddvl] ^= vfej[caqb[0]]; caqb[0] += 1; } } _uli *lwpd() { ; _uli *tpgz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; tpgz = (_uli *)(_m + 362 * _s); break; } _s += 1; } return tpgz; } void kccc(_uli *tjte) { _uc *svjg = (_uc *)(tjte); for (_si tgjw = 0; tgjw <= 360; tgjw += 1) { svjg[tgjw] = (_uc)(255 + svjg[1 + tgjw]) * (_uc)(1 + svjg[tgjw]); } svjg[361] = 0; } _si pwkm(_uli *ajsl) { _si pifm = 0; _uli ppnj = 19; for (_si xlzi = 44; xlzi >= 0; xlzi -= 1) { if (ajsl[xlzi] != 0) { pifm = ((((ajsl[xlzi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return pifm; } void kkrf(_si qraj, _uli *exdk, _uli *ragr, _uli *mjkp, _uli *kcho) { _uli *yizl = rucf(); { if (yizl != kcho) { for (_si qcav = 0; qcav <= 12; qcav += 1) { yizl[qcav] = kcho[qcav]; } } } { if (mjkp != kcho) { for (_si knpb = 0; knpb <= 12; knpb += 1) { mjkp[knpb] = kcho[knpb]; } } } { mjkp[(((qraj) / (47)))] &= ((((((_uli)(1)) << ((qraj % 47)))) - ((_uli)(1)))); for (_si xaum = 1 + (((qraj) / (47))); xaum <= 12; xaum += 1) { mjkp[xaum] = 0; } } { _uli *srfd = gztg(); _uli *mnyi = feld(); _uli *bjxz = wsbw(); _uli *vrxa = npmp(); for (_si lypy = 0; lypy <= 12; lypy += 1) { srfd[lypy] = ((mjkp[lypy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mnyi[lypy] = ((mjkp[lypy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bjxz[lypy] = ((ragr[lypy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vrxa[lypy] = ((ragr[lypy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tnag = 0; tnag <= 12; tnag += 1) { mjkp[tnag] = 0; } } for (_si ayrl = 0; ayrl <= (-1 + (((13) >> (1)))); ayrl += 1) { for (_si qjsd = 0; qjsd <= (-1 + (((13) >> (1)))); qjsd += 1) { _uli cdqi = bjxz[qjsd] * mnyi[ayrl] + srfd[ayrl] * vrxa[qjsd]; _uli kllg = bjxz[qjsd] * srfd[ayrl]; _uli vvej = mnyi[ayrl] * vrxa[qjsd]; _uli ooar = ((mjkp[ayrl + qjsd]) + (kllg) + (((((cdqi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ooar < kllg) { vvej += 1; } _uli rsra = ((((cdqi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vvej) << ((-47 + (((sizeof(_uli)) << (3)))))))); mjkp[ayrl + qjsd] = ooar; mjkp[1 + ayrl + qjsd] += rsra; } { for (_si rkbu = 0; rkbu <= 11; rkbu += 1) { mjkp[1 + rkbu] += ((mjkp[rkbu]) >> (47)); mjkp[rkbu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mjkp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tbic(srfd); uqxp(mnyi); { _uc *kupb = (_uc *)(bjxz); for (_si uqqp = 0; uqqp <= 360; uqqp += 1) { kupb[uqqp] = (_uc)(1 + kupb[uqqp]) * (_uc)(255 + kupb[1 + uqqp]); } kupb[361] = 0; } hpz(vrxa); } mvaw(qraj, mjkp); { _uli *qdpp = wgqo(); _uli *znjd = mwpr(); _uli *kvyg = zlxq(); _uli *rezx = etis(); for (_si uwpv = 0; uwpv <= 12; uwpv += 1) { qdpp[uwpv] = ((mjkp[uwpv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); znjd[uwpv] = ((mjkp[uwpv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kvyg[uwpv] = ((exdk[uwpv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rezx[uwpv] = ((exdk[uwpv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si opiw = 0; opiw <= 12; opiw += 1) { mjkp[opiw] = 0; } } for (_si fvcd = 0; fvcd <= (-1 + (((13) >> (1)))); fvcd += 1) { for (_si jiwg = 0; jiwg <= (-1 + (((13) >> (1)))); jiwg += 1) { _uli gdqc = kvyg[jiwg] * znjd[fvcd] + qdpp[fvcd] * rezx[jiwg]; _uli fxfg = kvyg[jiwg] * qdpp[fvcd]; _uli ispb = rezx[jiwg] * znjd[fvcd]; _uli pkhy = ((mjkp[fvcd + jiwg]) + (fxfg) + (((((gdqc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pkhy < fxfg) { ispb += 1; } _uli llsd = ((((gdqc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ispb) << ((-47 + (((sizeof(_uli)) << (3)))))))); mjkp[fvcd + jiwg] = pkhy; mjkp[1 + fvcd + jiwg] += llsd; } { for (_si ykix = 0; ykix <= 11; ykix += 1) { mjkp[1 + ykix] += ((mjkp[ykix]) >> (47)); mjkp[ykix] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mjkp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } zrb(qdpp); { _uc *owb = (_uc *)(znjd); for (_si fnha = 0; fnha <= 360; fnha += 1) { owb[fnha] = (_uc)(255 + owb[1 + fnha]) * (_uc)(1 + owb[fnha]); } owb[361] = 0; } ajwm(kvyg); cbuj(rezx); } { for (_si sowe = 0; sowe <= 12; sowe += 1) { mjkp[sowe] = mjkp[sowe] + yizl[sowe]; } { _si pjbm = hzvf(mjkp); if (pjbm) { { for (_si aahs = 0; aahs <= 12; aahs += 1) { mjkp[aahs] = -mjkp[aahs]; } } } for (_si qyfu = 0; qyfu <= 11; qyfu += 1) { if (((((mjkp[qyfu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mjkp[1 + qyfu] -= 1; } else { mjkp[1 + qyfu] += ((mjkp[qyfu]) >> (47)); }; mjkp[qyfu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mjkp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pjbm) { heel(mjkp, mjkp); } } } xpjt(mjkp, qraj); { for (_si eodb = 0; eodb <= 12; eodb += 1) { yizl[eodb] = -exdk[eodb] + mjkp[eodb]; } { _si akyi; { akyi = 0; _uli tugz = 19; for (_si fkzj = 12; fkzj >= 0; fkzj -= 1) { if (yizl[fkzj] != 0) { akyi = ((((yizl[fkzj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (akyi) { { for (_si xcps = 0; xcps <= 12; xcps += 1) { yizl[xcps] = -yizl[xcps]; } } } for (_si rrqv = 0; rrqv <= 11; rrqv += 1) { if (((((yizl[rrqv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yizl[1 + rrqv] -= 1; } else { yizl[1 + rrqv] += ((yizl[rrqv]) >> (47)); }; yizl[rrqv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yizl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (akyi) { { for (_si jxjg = 0; jxjg <= 12; jxjg += 1) { yizl[jxjg] = -yizl[jxjg]; } } } } } _si rlhw = vpat(yizl); if (!rlhw) { { if (mjkp != yizl) { for (_si niql = 0; niql <= 12; niql += 1) { mjkp[niql] = yizl[niql]; } } } } pyfk(yizl); } void tfux(_uli *xuso) { for (_si fije = 0; fije <= 11; fije += 1) { xuso[1 + fije] += ((xuso[fije]) >> (47)); xuso[fije] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xuso[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void tpsq(_uc *juvq, _uc *geid) { _ui *jnq = (_ui *)(juvq + 64); for (_si fqhn = 0; fqhn <= 7; fqhn += 1) { jnq[4 + fqhn] = (((_ui)((geid + 4 * fqhn)[0])) + ((((_ui)((geid + 4 * fqhn)[1])) << (8))) + ((((_ui)((geid + 4 * fqhn)[2])) << (16))) + ((((_ui)((geid + 4 * fqhn)[3])) << (24)))); } } void wvpt(_uli *rwdw) { _uc *rkxr = (_uc *)(rwdw); for (_si ydki = 0; ydki <= 360; ydki += 1) { rkxr[ydki] = (_uc)(1 + rkxr[ydki]) * (_uc)(255 + rkxr[1 + ydki]); } rkxr[361] = 0; } void tdkw(_uli *iish, _uli *abon) { for (_si zjzc = 0; zjzc <= 12; zjzc += 1) { iish[zjzc] = -abon[zjzc]; } } void oplg(_uli *oozs) { _si rank = ugpb(oozs); if (rank) { { for (_si mseh = 0; mseh <= 12; mseh += 1) { oozs[mseh] = -oozs[mseh]; } } } for (_si vsrg = 0; vsrg <= 11; vsrg += 1) { if (((((oozs[vsrg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { oozs[1 + vsrg] -= 1; } else { oozs[1 + vsrg] += ((oozs[vsrg]) >> (47)); }; oozs[vsrg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oozs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rank) { { for (_si vpyb = 0; vpyb <= 12; vpyb += 1) { oozs[vpyb] = -oozs[vpyb]; } } } } _si lzur(_uli *azse) { _si eeof = 0; _uli tli = 19; for (_si lkwa = 44; lkwa >= 0; lkwa -= 1) { if (azse[lkwa] != 0) { eeof = ((((azse[lkwa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return eeof; } void vqqh(_uc *bch) { _ui *oeon = (_ui *)(bch + 0); _ui *iwo = (_ui *)(bch + 64); for (_si vhbc = 0; vhbc <= 15; vhbc += 1) { oeon[vhbc] = iwo[vhbc]; } for (_si kihd = 0; kihd <= 9; kihd += 1) { kbmj(oeon, 0, 4, 8, 12); nqzw(oeon, 1, 5, 9, 13); { oeon[2] += oeon[6]; oeon[14] ^= oeon[2]; oeon[14] = ((((oeon[14]) << (16))) | (((oeon[14]) >> (16)))); oeon[10] += oeon[14]; oeon[6] ^= oeon[10]; oeon[6] = ((((oeon[6]) << (12))) | (((oeon[6]) >> (20)))); oeon[2] += oeon[6]; oeon[14] ^= oeon[2]; oeon[14] = ((((oeon[14]) << (8))) | (((oeon[14]) >> (24)))); oeon[10] += oeon[14]; oeon[6] ^= oeon[10]; oeon[6] = ((((oeon[6]) << (7))) | (((oeon[6]) >> (25)))); } { oeon[3] += oeon[7]; oeon[15] ^= oeon[3]; oeon[15] = ((((oeon[15]) << (16))) | (((oeon[15]) >> (16)))); oeon[11] += oeon[15]; oeon[7] ^= oeon[11]; oeon[7] = ((((oeon[7]) << (12))) | (((oeon[7]) >> (20)))); oeon[3] += oeon[7]; oeon[15] ^= oeon[3]; oeon[15] = ((((oeon[15]) << (8))) | (((oeon[15]) >> (24)))); oeon[11] += oeon[15]; oeon[7] ^= oeon[11]; oeon[7] = ((((oeon[7]) << (7))) | (((oeon[7]) >> (25)))); } basg(oeon, 0, 5, 10, 15); lpt(oeon, 1, 6, 11, 12); gezn(oeon, 2, 7, 8, 13); awge(oeon, 3, 4, 9, 14); _m[65163] += 1; } for (_si iixm = 0; iixm <= 15; iixm += 1) { oeon[iixm] += iwo[iixm]; } iwo[12] += 1; if (iwo[12] == 0) { iwo[13] += 1; } } void qozs(_uc *uftc) { _ui *xhde = (_ui *)(uftc + 0); _ui *fvc = (_ui *)(uftc + 64); for (_si qfj = 0; qfj <= 15; qfj += 1) { xhde[qfj] = fvc[qfj]; } for (_si rvz = 0; rvz <= 9; rvz += 1) { { xhde[0] += xhde[4]; xhde[12] ^= xhde[0]; xhde[12] = ((((xhde[12]) << (16))) | (((xhde[12]) >> (16)))); xhde[8] += xhde[12]; xhde[4] ^= xhde[8]; xhde[4] = ((((xhde[4]) << (12))) | (((xhde[4]) >> (20)))); xhde[0] += xhde[4]; xhde[12] ^= xhde[0]; xhde[12] = ((((xhde[12]) << (8))) | (((xhde[12]) >> (24)))); xhde[8] += xhde[12]; xhde[4] ^= xhde[8]; xhde[4] = ((((xhde[4]) << (7))) | (((xhde[4]) >> (25)))); } vkex(xhde, 1, 5, 9, 13); hxre(xhde, 2, 6, 10, 14); { xhde[3] += xhde[7]; xhde[15] ^= xhde[3]; xhde[15] = ((((xhde[15]) << (16))) | (((xhde[15]) >> (16)))); xhde[11] += xhde[15]; xhde[7] ^= xhde[11]; xhde[7] = ((((xhde[7]) << (12))) | (((xhde[7]) >> (20)))); xhde[3] += xhde[7]; xhde[15] ^= xhde[3]; xhde[15] = ((((xhde[15]) << (8))) | (((xhde[15]) >> (24)))); xhde[11] += xhde[15]; xhde[7] ^= xhde[11]; xhde[7] = ((((xhde[7]) << (7))) | (((xhde[7]) >> (25)))); } { xhde[0] += xhde[5]; xhde[15] ^= xhde[0]; xhde[15] = ((((xhde[15]) << (16))) | (((xhde[15]) >> (16)))); xhde[10] += xhde[15]; xhde[5] ^= xhde[10]; xhde[5] = ((((xhde[5]) << (12))) | (((xhde[5]) >> (20)))); xhde[0] += xhde[5]; xhde[15] ^= xhde[0]; xhde[15] = ((((xhde[15]) << (8))) | (((xhde[15]) >> (24)))); xhde[10] += xhde[15]; xhde[5] ^= xhde[10]; xhde[5] = ((((xhde[5]) << (7))) | (((xhde[5]) >> (25)))); } ajvn(xhde, 1, 6, 11, 12); { xhde[2] += xhde[7]; xhde[13] ^= xhde[2]; xhde[13] = ((((xhde[13]) << (16))) | (((xhde[13]) >> (16)))); xhde[8] += xhde[13]; xhde[7] ^= xhde[8]; xhde[7] = ((((xhde[7]) << (12))) | (((xhde[7]) >> (20)))); xhde[2] += xhde[7]; xhde[13] ^= xhde[2]; xhde[13] = ((((xhde[13]) << (8))) | (((xhde[13]) >> (24)))); xhde[8] += xhde[13]; xhde[7] ^= xhde[8]; xhde[7] = ((((xhde[7]) << (7))) | (((xhde[7]) >> (25)))); } { xhde[3] += xhde[4]; xhde[14] ^= xhde[3]; xhde[14] = ((((xhde[14]) << (16))) | (((xhde[14]) >> (16)))); xhde[9] += xhde[14]; xhde[4] ^= xhde[9]; xhde[4] = ((((xhde[4]) << (12))) | (((xhde[4]) >> (20)))); xhde[3] += xhde[4]; xhde[14] ^= xhde[3]; xhde[14] = ((((xhde[14]) << (8))) | (((xhde[14]) >> (24)))); xhde[9] += xhde[14]; xhde[4] ^= xhde[9]; xhde[4] = ((((xhde[4]) << (7))) | (((xhde[4]) >> (25)))); } _m[65163] += 1; } for (_si fer = 0; fer <= 15; fer += 1) { xhde[fer] += fvc[fer]; } fvc[12] += 1; if (fvc[12] == 0) { fvc[13] += 1; } } void ofus(_uli *pqww, _uli *orcp, _uli *ganc) { for (_si earu = 0; earu <= 12; earu += 1) { pqww[earu] = ganc[earu] + orcp[earu]; } ylpj(pqww); } void cejb(_uli *ywdc, _uli *ilhn, _uli *hsjt) { for (_si ulnv = 0; ulnv <= 12; ulnv += 1) { ywdc[ulnv] = hsjt[ulnv] + ilhn[ulnv]; } tlho(ywdc); } void kcek(_ui *dss, _si myn, _si qazb, _si etg, _si haj) { dss[myn] += dss[qazb]; dss[haj] ^= dss[myn]; dss[haj] = ((((dss[haj]) << (16))) | (((dss[haj]) >> (16)))); dss[etg] += dss[haj]; dss[qazb] ^= dss[etg]; dss[qazb] = ((((dss[qazb]) << (12))) | (((dss[qazb]) >> (20)))); dss[myn] += dss[qazb]; dss[haj] ^= dss[myn]; dss[haj] = ((((dss[haj]) << (8))) | (((dss[haj]) >> (24)))); dss[etg] += dss[haj]; dss[qazb] ^= dss[etg]; dss[qazb] = ((((dss[qazb]) << (7))) | (((dss[qazb]) >> (25)))); } void wjrz(_uli *wvto) { _uc *iymk = (_uc *)(wvto); for (_si jppy = 0; jppy <= 360; jppy += 1) { iymk[jppy] = (_uc)(255 + iymk[1 + jppy]) * (_uc)(1 + iymk[jppy]); } iymk[361] = 0; } void gpyu(_uc *spsf) { _ui *ehzf = (_ui *)(spsf + 64); _uli *ozqw = (_uli *)(spsf + 352); ehzf[0] = 3072593861; ehzf[1] = 3086033710; ehzf[2] = 3878829419; ehzf[3] = 661946499; ehzf[4] = 3836525215; ehzf[5] = 533529351; ehzf[6] = 1116444951; ehzf[7] = 1869145119; ozqw[0] = 0; } void osic(_uli *cblx, _si wtqo) { _si ubnk = (wtqo % 47); _si czit = ((wtqo) / (47)); _si gmie = wtqo; if (gmie > (8 * sizeof(_uli))) { gmie = -1; } if (czit >= 13) { { for (_si mbxi = 0; mbxi <= 12; mbxi += 1) { cblx[mbxi] = 0; } } } else { _uli wodh = (((((_uli)(1)) << (ubnk))) - ((_uli)(1))); if (gmie < 0) { cblx[0] = 0; } else { cblx[0] = ((((cblx[0]) & (~wodh))) >> (gmie)); }; if (czit != 0) { cblx[0] += ((((cblx[czit]) & (~wodh))) >> (ubnk)); } for (_si tbgp = 1; tbgp <= (12 - czit); tbgp += 1) { cblx[-1 + tbgp] += ((((((cblx[czit + tbgp]) & (wodh))) << (-ubnk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cblx[tbgp] = ((((cblx[czit + tbgp]) & (~wodh))) >> (ubnk)); } for (_si ffus = 13 - czit; ffus <= 12; ffus += 1) { cblx[ffus] = 0; } }; } _si iwnw(_uli *pfwt) { _si krxp = 0; _uli wqpi = 19; for (_si mwid = 12; mwid >= 0; mwid -= 1) { if (pfwt[mwid] != 0) { krxp = ((((pfwt[mwid]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return krxp; } void nxub(_uli *vwll, _si sbdu) { _si jnsn = (sbdu % 47); _si jner = ((sbdu) / (47)); _si dtde = sbdu; if (dtde > (8 * sizeof(_uli))) { dtde = -1; } if (jner >= 13) { { for (_si jzvf = 0; jzvf <= 12; jzvf += 1) { vwll[jzvf] = 0; } } } else { _uli yepb = (((((_uli)(1)) << (jnsn))) - ((_uli)(1))); if (dtde < 0) { vwll[0] = 0; } else { vwll[0] = ((((vwll[0]) & (~yepb))) >> (dtde)); }; if (jner != 0) { vwll[0] += ((((vwll[jner]) & (~yepb))) >> (jnsn)); } for (_si kiry = 1; kiry <= (12 - jner); kiry += 1) { vwll[-1 + kiry] += ((((((vwll[jner + kiry]) & (yepb))) << (-jnsn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vwll[kiry] = ((((vwll[jner + kiry]) & (~yepb))) >> (jnsn)); } for (_si njvd = 13 - jner; njvd <= 12; njvd += 1) { vwll[njvd] = 0; } }; } void ztzn(_uli *glmg, _si ladl) { _si qifb = (ladl % 47); _si huft = ((ladl) / (47)); _si gbxq = -qifb + (((sizeof(_uli)) << (3))); if (huft >= 13) { { for (_si mufe = 0; mufe <= 12; mufe += 1) { glmg[mufe] = 0; } } } else { for (_si xmre = 12 - huft; xmre >= 1; xmre -= 1) { glmg[huft + xmre] = ((glmg[xmre]) << (qifb)); if (gbxq < (8 * sizeof(_uli))) { glmg[huft + xmre] += ((((glmg[-1 + xmre]) >> (gbxq))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } glmg[huft] = ((glmg[0]) << (qifb)); for (_si pztw = -1 + huft; pztw >= 0; pztw -= 1) { glmg[pztw] = 0; } }; psky(glmg); } void dyrj(_uli *pnfs) { for (_si bayj = 0; bayj <= 44; bayj += 1) { pnfs[bayj] = 0; } } void rly(_uli *afp) { _uc *dky = (_uc *)(afp); for (_si lizr = 0; lizr <= 360; lizr += 1) { dky[lizr] = (_uc)(255 + dky[1 + lizr]) * (_uc)(1 + dky[lizr]); } dky[361] = 0; } _si tjca(_uli *ihxh) { _si emmh = 0; _uli xpwm = 19; for (_si yglt = 12; yglt >= 0; yglt -= 1) { if (ihxh[yglt] != 0) { emmh = ((((ihxh[yglt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return emmh; } void klld(_uc *ajq, _uc *gqqk, _si jflj) { blsp(ajq, gqqk); _ui *ikcr = (_ui *)(ajq + 64); _ui *svq = (_ui *)(ajq + 128); for (_si cwn = 0; cwn <= 3; cwn += 1) { ikcr[cwn] = (((_ui)(((_uc *)(_m + 48146) + 4 * cwn)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cwn)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cwn)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * cwn)[3])) << (24)))); } for (_si gxhj = 0; gxhj <= 3; gxhj += 1) { ikcr[12 + gxhj] = jflj; _m[65162] += 1; } svq[0] = 3904225602; } _uli *zgns() { ; _uli *bwsr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; bwsr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return bwsr; } void uajd(_uc *zzuf, _uc *rryw, _si kurs) { _ui *wkgf = (_ui *)(zzuf + 0); _ui *adgm = (_ui *)(zzuf + 128); _uc *gujb = (_uc *)(wkgf); for (_si hwpt = 0; hwpt <= (-1 + kurs); hwpt += 1) { if (adgm[0] >= 64) { oihm(zzuf); adgm[0] = 0; } rryw[hwpt] ^= gujb[adgm[0]]; adgm[0] += 1; } } _si clmr(_uli *lfll) { _si cjbh = 0; _uli sngb = 19; for (_si jghb = 12; jghb >= 0; jghb -= 1) { if (lfll[jghb] != 0) { cjbh = ((((lfll[jghb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cjbh; } void smja(_uli *pior, _si icmt) { _si tixe = (icmt % 47); _si agxm = ((icmt) / (47)); _si rsru = icmt; if (rsru > (8 * sizeof(_uli))) { rsru = -1; } if (agxm >= 13) { kssb(pior); } else { _uli vyzx = (((((_uli)(1)) << (tixe))) - ((_uli)(1))); if (rsru < 0) { pior[0] = 0; } else { pior[0] = ((((pior[0]) & (~vyzx))) >> (rsru)); }; if (agxm != 0) { pior[0] += ((((pior[agxm]) & (~vyzx))) >> (tixe)); } for (_si fhkf = 1; fhkf <= (12 - agxm); fhkf += 1) { pior[-1 + fhkf] += ((((((pior[agxm + fhkf]) & (vyzx))) << (-tixe + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pior[fhkf] = ((((pior[agxm + fhkf]) & (~vyzx))) >> (tixe)); } for (_si jeej = 13 - agxm; jeej <= 12; jeej += 1) { pior[jeej] = 0; } }; } void xjlj(_uli *abyf) { for (_si esqy = 0; esqy <= 12; esqy += 1) { abyf[esqy] = 0; } } void ebw(_uc *dmix) { _ui *klyb = (_ui *)(dmix + 0); _ui *lmqn = (_ui *)(dmix + 64); for (_si srta = 0; srta <= 15; srta += 1) { klyb[srta] = lmqn[srta]; } for (_si wmya = 0; wmya <= 9; wmya += 1) { pyrg(klyb, 0, 4, 8, 12); { klyb[1] += klyb[5]; klyb[13] ^= klyb[1]; klyb[13] = ((((klyb[13]) << (16))) | (((klyb[13]) >> (16)))); klyb[9] += klyb[13]; klyb[5] ^= klyb[9]; klyb[5] = ((((klyb[5]) << (12))) | (((klyb[5]) >> (20)))); klyb[1] += klyb[5]; klyb[13] ^= klyb[1]; klyb[13] = ((((klyb[13]) << (8))) | (((klyb[13]) >> (24)))); klyb[9] += klyb[13]; klyb[5] ^= klyb[9]; klyb[5] = ((((klyb[5]) << (7))) | (((klyb[5]) >> (25)))); } { klyb[2] += klyb[6]; klyb[14] ^= klyb[2]; klyb[14] = ((((klyb[14]) << (16))) | (((klyb[14]) >> (16)))); klyb[10] += klyb[14]; klyb[6] ^= klyb[10]; klyb[6] = ((((klyb[6]) << (12))) | (((klyb[6]) >> (20)))); klyb[2] += klyb[6]; klyb[14] ^= klyb[2]; klyb[14] = ((((klyb[14]) << (8))) | (((klyb[14]) >> (24)))); klyb[10] += klyb[14]; klyb[6] ^= klyb[10]; klyb[6] = ((((klyb[6]) << (7))) | (((klyb[6]) >> (25)))); } ufv(klyb, 3, 7, 11, 15); { klyb[0] += klyb[5]; klyb[15] ^= klyb[0]; klyb[15] = ((((klyb[15]) << (16))) | (((klyb[15]) >> (16)))); klyb[10] += klyb[15]; klyb[5] ^= klyb[10]; klyb[5] = ((((klyb[5]) << (12))) | (((klyb[5]) >> (20)))); klyb[0] += klyb[5]; klyb[15] ^= klyb[0]; klyb[15] = ((((klyb[15]) << (8))) | (((klyb[15]) >> (24)))); klyb[10] += klyb[15]; klyb[5] ^= klyb[10]; klyb[5] = ((((klyb[5]) << (7))) | (((klyb[5]) >> (25)))); } ddzg(klyb, 1, 6, 11, 12); { klyb[2] += klyb[7]; klyb[13] ^= klyb[2]; klyb[13] = ((((klyb[13]) << (16))) | (((klyb[13]) >> (16)))); klyb[8] += klyb[13]; klyb[7] ^= klyb[8]; klyb[7] = ((((klyb[7]) << (12))) | (((klyb[7]) >> (20)))); klyb[2] += klyb[7]; klyb[13] ^= klyb[2]; klyb[13] = ((((klyb[13]) << (8))) | (((klyb[13]) >> (24)))); klyb[8] += klyb[13]; klyb[7] ^= klyb[8]; klyb[7] = ((((klyb[7]) << (7))) | (((klyb[7]) >> (25)))); } { klyb[3] += klyb[4]; klyb[14] ^= klyb[3]; klyb[14] = ((((klyb[14]) << (16))) | (((klyb[14]) >> (16)))); klyb[9] += klyb[14]; klyb[4] ^= klyb[9]; klyb[4] = ((((klyb[4]) << (12))) | (((klyb[4]) >> (20)))); klyb[3] += klyb[4]; klyb[14] ^= klyb[3]; klyb[14] = ((((klyb[14]) << (8))) | (((klyb[14]) >> (24)))); klyb[9] += klyb[14]; klyb[4] ^= klyb[9]; klyb[4] = ((((klyb[4]) << (7))) | (((klyb[4]) >> (25)))); } _m[65163] += 1; } for (_si yqod = 0; yqod <= 15; yqod += 1) { klyb[yqod] += lmqn[yqod]; } lmqn[12] += 1; if (lmqn[12] == 0) { lmqn[13] += 1; } } void bfvn(_uli *dpku, _uli *bgxc, _uli *thve) { for (_si vgjn = 0; vgjn <= 12; vgjn += 1) { dpku[vgjn] = bgxc[vgjn] + thve[vgjn]; } tzks(dpku); } _si iqvg(_uli *bpy) { _si xovy = -1; for (_si uyep = 12; uyep >= 0; uyep -= 1) { if (bpy[uyep] != 0) { xovy = uyep; break; } } return xovy; } _si epdc(_uli *oumc) { _si oazy = 0; _uli nru = 19; for (_si qufo = 12; qufo >= 0; qufo -= 1) { if (oumc[qufo] != 0) { oazy = ((((oumc[qufo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return oazy; } void zwfm(_si rsaw, _uli *ygog, _uli *qxmf, _uli *rlcw, _uli *ctum) { _uli *qlis = wdj(); { if (qlis != ctum) { for (_si gnte = 0; gnte <= 44; gnte += 1) { qlis[gnte] = ctum[gnte]; } } } { if (rlcw != ctum) { for (_si ghxz = 0; ghxz <= 44; ghxz += 1) { rlcw[ghxz] = ctum[ghxz]; } } } { rlcw[(((rsaw) / (47)))] &= ((((((_uli)(1)) << ((rsaw % 47)))) - ((_uli)(1)))); for (_si iben = 1 + (((rsaw) / (47))); iben <= 44; iben += 1) { rlcw[iben] = 0; } } cjyv(rlcw, rlcw, qxmf); { rlcw[(((rsaw) / (47)))] &= ((((((_uli)(1)) << ((rsaw % 47)))) - ((_uli)(1)))); for (_si kzux = 1 + (((rsaw) / (47))); kzux <= 44; kzux += 1) { rlcw[kzux] = 0; } } lnzi(rlcw, rlcw, ygog); { for (_si mtiw = 0; mtiw <= 44; mtiw += 1) { rlcw[mtiw] = qlis[mtiw] + rlcw[mtiw]; } { _si yrzp = oobj(rlcw); if (yrzp) { { for (_si whio = 0; whio <= 44; whio += 1) { rlcw[whio] = -rlcw[whio]; } } } for (_si uhzo = 0; uhzo <= 43; uhzo += 1) { if (((((rlcw[uhzo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rlcw[1 + uhzo] -= 1; } else { rlcw[1 + uhzo] += ((rlcw[uhzo]) >> (47)); }; rlcw[uhzo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rlcw[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yrzp) { { for (_si przo = 0; przo <= 44; przo += 1) { rlcw[przo] = -rlcw[przo]; } } } } } jwnv(rlcw, rsaw); { for (_si udea = 0; udea <= 44; udea += 1) { qlis[udea] = rlcw[udea] - ygog[udea]; } { _si vhes; { vhes = 0; _uli iexd = 19; for (_si xklc = 44; xklc >= 0; xklc -= 1) { if (qlis[xklc] != 0) { vhes = ((((qlis[xklc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vhes) { { for (_si zcgt = 0; zcgt <= 44; zcgt += 1) { qlis[zcgt] = -qlis[zcgt]; } } } for (_si uias = 0; uias <= 43; uias += 1) { if (((((qlis[uias]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qlis[1 + uias] -= 1; } else { qlis[1 + uias] += ((qlis[uias]) >> (47)); }; qlis[uias] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qlis[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vhes) { { for (_si clcp = 0; clcp <= 44; clcp += 1) { qlis[clcp] = -qlis[clcp]; } } } } } _si wwxs = eleu(qlis); if (!wwxs) { { if (rlcw != qlis) { for (_si npdj = 0; npdj <= 44; npdj += 1) { rlcw[npdj] = qlis[npdj]; } } } } khqo(qlis); } _si tflc(_uli *ozsb) { _si ywsu = 0; _uli iuza = 19; for (_si yiss = 12; yiss >= 0; yiss -= 1) { if (ozsb[yiss] != 0) { ywsu = ((((ozsb[yiss]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ywsu; } void gylp(_uli *wdpt, _uli *giuw, _uli *rhxj) { for (_si ogkq = 0; ogkq <= 12; ogkq += 1) { wdpt[ogkq] = giuw[ogkq] + rhxj[ogkq]; } zawt(wdpt); } void wbry(_uli *kipn, _uli *znrf) { for (_si bjez = 0; bjez <= 12; bjez += 1) { kipn[bjez] = -znrf[bjez]; } } void ecpl(_uli *mykr, _uli *mgnz, _uli *jsyg) { for (_si kyfl = 0; kyfl <= 12; kyfl += 1) { mykr[kyfl] = -jsyg[kyfl] + mgnz[kyfl]; } upys(mykr); } void gbqi(_uli *ymfx, _si ldvo) { _si cacu = (ldvo % 47); _si cmxi = ((ldvo) / (47)); _si dqqs = ldvo; if (dqqs > (8 * sizeof(_uli))) { dqqs = -1; } if (cmxi >= 13) { { for (_si apsl = 0; apsl <= 12; apsl += 1) { ymfx[apsl] = 0; } } } else { _uli oypb = (((((_uli)(1)) << (cacu))) - ((_uli)(1))); if (dqqs < 0) { ymfx[0] = 0; } else { ymfx[0] = ((((ymfx[0]) & (~oypb))) >> (dqqs)); }; if (cmxi != 0) { ymfx[0] += ((((ymfx[cmxi]) & (~oypb))) >> (cacu)); } for (_si qnxu = 1; qnxu <= (12 - cmxi); qnxu += 1) { ymfx[-1 + qnxu] += ((((((ymfx[cmxi + qnxu]) & (oypb))) << (-cacu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ymfx[qnxu] = ((((ymfx[cmxi + qnxu]) & (~oypb))) >> (cacu)); } for (_si rqbn = 13 - cmxi; rqbn <= 12; rqbn += 1) { ymfx[rqbn] = 0; } }; } void wvwj(_uli *qarw) { _uc *gtly = (_uc *)(qarw); for (_si jufb = 0; jufb <= 360; jufb += 1) { gtly[jufb] = (_uc)(255 + gtly[1 + jufb]) * (_uc)(1 + gtly[jufb]); } gtly[361] = 0; } void gfcw(_uli *ujmg) { _uc *cdsx = (_uc *)(ujmg); for (_si aajn = 0; aajn <= 360; aajn += 1) { cdsx[aajn] = (_uc)(1 + cdsx[aajn]) * (_uc)(255 + cdsx[1 + aajn]); } cdsx[361] = 0; } void dnea(_uli *cepq) { for (_si vcdt = 0; vcdt <= 11; vcdt += 1) { cepq[1 + vcdt] += ((cepq[vcdt]) >> (47)); cepq[vcdt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cepq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void foby(_uc *tuqz) { _ui *nqdm = (_ui *)(tuqz + 0); _ui *vgaa = (_ui *)(tuqz + 64); for (_si owez = 0; owez <= 15; owez += 1) { nqdm[owez] = vgaa[owez]; } for (_si joxd = 0; joxd <= 9; joxd += 1) { jgfk(nqdm, 0, 4, 8, 12); { nqdm[1] += nqdm[5]; nqdm[13] ^= nqdm[1]; nqdm[13] = ((((nqdm[13]) << (16))) | (((nqdm[13]) >> (16)))); nqdm[9] += nqdm[13]; nqdm[5] ^= nqdm[9]; nqdm[5] = ((((nqdm[5]) << (12))) | (((nqdm[5]) >> (20)))); nqdm[1] += nqdm[5]; nqdm[13] ^= nqdm[1]; nqdm[13] = ((((nqdm[13]) << (8))) | (((nqdm[13]) >> (24)))); nqdm[9] += nqdm[13]; nqdm[5] ^= nqdm[9]; nqdm[5] = ((((nqdm[5]) << (7))) | (((nqdm[5]) >> (25)))); } edlu(nqdm, 2, 6, 10, 14); { nqdm[3] += nqdm[7]; nqdm[15] ^= nqdm[3]; nqdm[15] = ((((nqdm[15]) << (16))) | (((nqdm[15]) >> (16)))); nqdm[11] += nqdm[15]; nqdm[7] ^= nqdm[11]; nqdm[7] = ((((nqdm[7]) << (12))) | (((nqdm[7]) >> (20)))); nqdm[3] += nqdm[7]; nqdm[15] ^= nqdm[3]; nqdm[15] = ((((nqdm[15]) << (8))) | (((nqdm[15]) >> (24)))); nqdm[11] += nqdm[15]; nqdm[7] ^= nqdm[11]; nqdm[7] = ((((nqdm[7]) << (7))) | (((nqdm[7]) >> (25)))); } { nqdm[0] += nqdm[5]; nqdm[15] ^= nqdm[0]; nqdm[15] = ((((nqdm[15]) << (16))) | (((nqdm[15]) >> (16)))); nqdm[10] += nqdm[15]; nqdm[5] ^= nqdm[10]; nqdm[5] = ((((nqdm[5]) << (12))) | (((nqdm[5]) >> (20)))); nqdm[0] += nqdm[5]; nqdm[15] ^= nqdm[0]; nqdm[15] = ((((nqdm[15]) << (8))) | (((nqdm[15]) >> (24)))); nqdm[10] += nqdm[15]; nqdm[5] ^= nqdm[10]; nqdm[5] = ((((nqdm[5]) << (7))) | (((nqdm[5]) >> (25)))); } uho(nqdm, 1, 6, 11, 12); { nqdm[2] += nqdm[7]; nqdm[13] ^= nqdm[2]; nqdm[13] = ((((nqdm[13]) << (16))) | (((nqdm[13]) >> (16)))); nqdm[8] += nqdm[13]; nqdm[7] ^= nqdm[8]; nqdm[7] = ((((nqdm[7]) << (12))) | (((nqdm[7]) >> (20)))); nqdm[2] += nqdm[7]; nqdm[13] ^= nqdm[2]; nqdm[13] = ((((nqdm[13]) << (8))) | (((nqdm[13]) >> (24)))); nqdm[8] += nqdm[13]; nqdm[7] ^= nqdm[8]; nqdm[7] = ((((nqdm[7]) << (7))) | (((nqdm[7]) >> (25)))); } { nqdm[3] += nqdm[4]; nqdm[14] ^= nqdm[3]; nqdm[14] = ((((nqdm[14]) << (16))) | (((nqdm[14]) >> (16)))); nqdm[9] += nqdm[14]; nqdm[4] ^= nqdm[9]; nqdm[4] = ((((nqdm[4]) << (12))) | (((nqdm[4]) >> (20)))); nqdm[3] += nqdm[4]; nqdm[14] ^= nqdm[3]; nqdm[14] = ((((nqdm[14]) << (8))) | (((nqdm[14]) >> (24)))); nqdm[9] += nqdm[14]; nqdm[4] ^= nqdm[9]; nqdm[4] = ((((nqdm[4]) << (7))) | (((nqdm[4]) >> (25)))); } _m[65163] += 1; } for (_si rfrw = 0; rfrw <= 15; rfrw += 1) { nqdm[rfrw] += vgaa[rfrw]; } vgaa[12] += 1; if (vgaa[12] == 0) { vgaa[13] += 1; } } void yqzm(_uli *lllg, _uli *fzsf) { for (_si knvf = 0; knvf <= 12; knvf += 1) { lllg[knvf] = -fzsf[knvf]; } } void uvcr(_uc *xpot, _uc *fgrr, _si cxml) { { _ui *eqi = (_ui *)(xpot + 64); for (_si etnw = 0; etnw <= 7; etnw += 1) { eqi[4 + etnw] = (((_ui)((fgrr + 4 * etnw)[0])) + ((((_ui)((fgrr + 4 * etnw)[1])) << (8))) + ((((_ui)((fgrr + 4 * etnw)[2])) << (16))) + ((((_ui)((fgrr + 4 * etnw)[3])) << (24)))); } } _ui *ypxd = (_ui *)(xpot + 64); _ui *gmf = (_ui *)(xpot + 128); for (_si zsiw = 0; zsiw <= 3; zsiw += 1) { ypxd[zsiw] = (((_ui)(((_uc *)(_m + 48146) + 4 * zsiw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zsiw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zsiw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zsiw)[3])) << (24)))); } for (_si ghpd = 0; ghpd <= 3; ghpd += 1) { ypxd[12 + ghpd] = cxml; _m[65162] += 1; } gmf[0] = 3904225602; } void zrb(_uli *ayzq) { _uc *ynbw = (_uc *)(ayzq); for (_si aoqf = 0; aoqf <= 360; aoqf += 1) { ynbw[aoqf] = (_uc)(1 + ynbw[aoqf]) * (_uc)(255 + ynbw[1 + aoqf]); } ynbw[361] = 0; } void qwty(_uli *gibv, _uli *qvst) { if (gibv != qvst) { for (_si nfsy = 0; nfsy <= 44; nfsy += 1) { gibv[nfsy] = qvst[nfsy]; } } } void zgqu(_uli *lauv, _uli *uqa) { for (_si ctpf = 0; ctpf <= 12; ctpf += 1) { lauv[ctpf] = -uqa[ctpf]; } } void dyqu(_uc *wos, _uc *jhsn, _si lwdj) { _ui *lmx = (_ui *)(wos + 0); _ui *elci = (_ui *)(wos + 128); _uc *ipq = (_uc *)(lmx); for (_si plyh = 0; plyh <= (-1 + lwdj); plyh += 1) { if (elci[0] >= 64) { lqib(wos); elci[0] = 0; } jhsn[plyh] ^= ipq[elci[0]]; elci[0] += 1; } } void rtkm(_uli *akd) { for (_si qbhe = 0; qbhe <= 44; qbhe += 1) { akd[qbhe] = 0; } } void trnk(_uli *dbfi) { _uc *psq = (_uc *)(dbfi); for (_si rmd = 0; rmd <= 360; rmd += 1) { psq[rmd] = (_uc)(1 + psq[rmd]) * (_uc)(255 + psq[1 + rmd]); } psq[361] = 0; } void nixk(_uli *dieo, _uli *fbou) { _uli *ufwk = gmyg(); _uli *aidy = gdxm(); for (_si blhm = 0; blhm <= 12; blhm += 1) { ufwk[blhm] = ((fbou[blhm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aidy[blhm] = ((fbou[blhm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tmrc = 0; tmrc <= 12; tmrc += 1) { dieo[tmrc] = 0; } } for (_si swir = 0; swir <= (-1 + (((13) >> (1)))); swir += 1) { for (_si vczx = 0; vczx <= (-1 + (((13) >> (1)))); vczx += 1) { _uli xboi = aidy[vczx] * ufwk[swir] + aidy[swir] * ufwk[vczx]; _uli wgqe = ufwk[vczx] * ufwk[swir]; _uli rnhf = aidy[vczx] * aidy[swir]; _uli hgsw = ((dieo[swir + vczx]) + (wgqe) + (((((xboi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hgsw < wgqe) { rnhf += 1; } _uli cvtd = ((((xboi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rnhf) << ((-47 + (((sizeof(_uli)) << (3)))))))); dieo[swir + vczx] = hgsw; dieo[1 + swir + vczx] += cvtd; } gwvz(dieo); } { _uc *pfrr = (_uc *)(ufwk); for (_si jqoj = 0; jqoj <= 360; jqoj += 1) { pfrr[jqoj] = (_uc)(255 + pfrr[1 + jqoj]) * (_uc)(1 + pfrr[jqoj]); } pfrr[361] = 0; } glxz(aidy); } void lxqd(_uc *qixk) { _uc *gogf = (_uc *)(qixk + 0); _ui *ikpg = (_ui *)(qixk + 64); _ui *kzeh = (_ui *)(qixk + 96); _si zzdi = 0; _ui zdtx = 0; _ui nhsr = 0; _ui vyji = 0; _ui nbeb = 0; _ui kxqs = 0; _ui zqyi = 0; for (_si pkjp = 0; pkjp <= 15; pkjp += 1) { kzeh[pkjp] = (((((((((_ui)(gogf[zzdi])) << (24))) | ((((_ui)(gogf[1 + zzdi])) << (16))))) | ((((_ui)(gogf[2 + zzdi])) << (8))))) | ((_ui)(gogf[3 + zzdi]))); zzdi += 4; } for (_si bxjs = 16; bxjs <= 31; bxjs += 1) { zdtx = ((((((((kzeh[-15 + bxjs]) >> (7))) | (((kzeh[-15 + bxjs]) << (25))))) ^ (((((kzeh[-15 + bxjs]) >> (18))) | (((kzeh[-15 + bxjs]) << (14))))))) ^ (((kzeh[-15 + bxjs]) >> (3)))); nbeb = ((((((((kzeh[-2 + bxjs]) >> (17))) | (((kzeh[-2 + bxjs]) << (15))))) ^ (((((kzeh[-2 + bxjs]) >> (19))) | (((kzeh[-2 + bxjs]) << (13))))))) ^ (((kzeh[-2 + bxjs]) >> (10)))); kzeh[bxjs] = kzeh[-16 + bxjs] + kzeh[-7 + bxjs] + nbeb + zdtx; _m[65160] += 1; } _ui yfin = ikpg[0]; _ui eoxr = ikpg[1]; _ui odgd = ikpg[2]; _ui szve = ikpg[3]; _ui jnhz = ikpg[4]; _ui elvu = ikpg[5]; _ui ltel = ikpg[6]; _ui kvma = ikpg[7]; for (_si qakd = 0; qakd <= 31; qakd += 1) { zdtx = ((((((((yfin) >> (2))) | (((yfin) << (30))))) ^ (((((yfin) >> (13))) | (((yfin) << (19))))))) ^ (((((yfin) >> (22))) | (((yfin) << (10)))))); nhsr = ((((((yfin) & (eoxr))) ^ (((yfin) & (odgd))))) ^ (((eoxr) & (odgd)))); vyji = nhsr + zdtx; nbeb = ((((((((jnhz) >> (6))) | (((jnhz) << (26))))) ^ (((((jnhz) >> (11))) | (((jnhz) << (21))))))) ^ (((((jnhz) >> (25))) | (((jnhz) << (7)))))); kxqs = ((((jnhz) & (elvu))) ^ (((~jnhz) & (ltel)))); zqyi = kzeh[qakd] + kxqs + kvma + nbeb + *(((_ui *)(_m + 246160) + qakd)); kvma = ltel; ltel = elvu; elvu = jnhz; jnhz = szve + zqyi; szve = odgd; odgd = eoxr; eoxr = yfin; yfin = vyji + zqyi; _m[65161] += 1; } ikpg[0] += yfin; ikpg[1] += eoxr; ikpg[2] += odgd; ikpg[3] += szve; ikpg[4] += jnhz; ikpg[5] += elvu; ikpg[6] += ltel; ikpg[7] += kvma; } void foof(_uli *tebc, _si taop) { _si zqmg = (taop % 47); _si rugg = ((taop) / (47)); _si gpgq = taop; if (gpgq > (8 * sizeof(_uli))) { gpgq = -1; } if (rugg >= 13) { { for (_si djwc = 0; djwc <= 12; djwc += 1) { tebc[djwc] = 0; } } } else { _uli xbnk = (((((_uli)(1)) << (zqmg))) - ((_uli)(1))); if (gpgq < 0) { tebc[0] = 0; } else { tebc[0] = ((((tebc[0]) & (~xbnk))) >> (gpgq)); }; if (rugg != 0) { tebc[0] += ((((tebc[rugg]) & (~xbnk))) >> (zqmg)); } for (_si qdrv = 1; qdrv <= (12 - rugg); qdrv += 1) { tebc[-1 + qdrv] += ((((((tebc[qdrv + rugg]) & (xbnk))) << (-zqmg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tebc[qdrv] = ((((tebc[qdrv + rugg]) & (~xbnk))) >> (zqmg)); } for (_si jris = 13 - rugg; jris <= 12; jris += 1) { tebc[jris] = 0; } }; } void wojc(_uli *rwwe) { for (_si bwjp = 0; bwjp <= 11; bwjp += 1) { rwwe[1 + bwjp] += ((rwwe[bwjp]) >> (47)); rwwe[bwjp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rwwe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dovf(_uli *opfi) { _si ufup; { ufup = 0; _uli mjga = 19; for (_si xjsd = 12; xjsd >= 0; xjsd -= 1) { if (opfi[xjsd] != 0) { ufup = ((((opfi[xjsd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ufup) { { for (_si biwu = 0; biwu <= 12; biwu += 1) { opfi[biwu] = -opfi[biwu]; } } } for (_si jqsh = 0; jqsh <= 11; jqsh += 1) { if (((((opfi[jqsh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { opfi[1 + jqsh] -= 1; } else { opfi[1 + jqsh] += ((opfi[jqsh]) >> (47)); }; opfi[jqsh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } opfi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ufup) { { for (_si kjoi = 0; kjoi <= 12; kjoi += 1) { opfi[kjoi] = -opfi[kjoi]; } } } } void rwet(_uc *pygl) { _uc *kutr = (_uc *)(pygl + 0); _ui *dilk = (_ui *)(pygl + 64); _uli *dmc = (_uli *)(pygl + 352); _uli smpr = 8 * dmc[0]; _uc wmxo[1]; wmxo[0] = 128; nvij(pygl, wmxo, 1); while (((((dmc[0]) & (63))) != (56))) { wmxo[0] = 0; qcsv(pygl, wmxo, 1); } for (_si cirh = 0; cirh <= 7; cirh += 1) { wmxo[0] = (_uc)(((((smpr) >> (8 * (7 - cirh)))) & (255))); { _uc *cug = (_uc *)(pygl + 0); _uli *lwvq = (_uli *)(pygl + 352); _si rmgo = (_si)(((lwvq[0]) & (63))); lwvq[0] += 1; for (_si lkjy = 0; lkjy <= 0; lkjy += 1) { cug[rmgo] = wmxo[lkjy]; rmgo += 1; if (rmgo == 64) { wcc(pygl); rmgo = 0; } } } } _si pkgg = 0; for (_si lai = 0; lai <= 7; lai += 1) { _ui wekv = dilk[lai]; kutr[pkgg] = (_uc)(((((wekv) >> (24))) & (255))); kutr[1 + pkgg] = (_uc)(((((wekv) >> (16))) & (255))); kutr[2 + pkgg] = (_uc)(((((wekv) >> (8))) & (255))); kutr[3 + pkgg] = (_uc)(((wekv) & (255))); pkgg += 4; } } void ggiw(_uli *tqvr, _uli *xpy, _uli *wcln) { _uli *zzf = shhs(); _uli *kwsd = flsx(); _uli *dqjh = fspc(); _uli *wtiy = qvot(); for (_si mut = 0; mut <= 44; mut += 1) { zzf[mut] = ((xpy[mut]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kwsd[mut] = ((xpy[mut]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dqjh[mut] = ((wcln[mut]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wtiy[mut] = ((wcln[mut]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xtbp = 0; xtbp <= 44; xtbp += 1) { tqvr[xtbp] = 0; } } for (_si mgao = 0; mgao <= (-1 + (((45) >> (1)))); mgao += 1) { for (_si whi = 0; whi <= (-1 + (((45) >> (1)))); whi += 1) { _uli tft = dqjh[whi] * kwsd[mgao] + wtiy[whi] * zzf[mgao]; _uli pku = dqjh[whi] * zzf[mgao]; _uli vyxr = kwsd[mgao] * wtiy[whi]; _uli iyor = ((tqvr[mgao + whi]) + (pku) + (((((tft) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (iyor < pku) { vyxr += 1; } _uli yhd = ((((tft) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vyxr) << ((-47 + (((sizeof(_uli)) << (3)))))))); tqvr[mgao + whi] = iyor; tqvr[1 + mgao + whi] += yhd; } xhrk(tqvr); } { _uc *jvzf = (_uc *)(zzf); for (_si fvgm = 0; fvgm <= 360; fvgm += 1) { jvzf[fvgm] = (_uc)(1 + jvzf[fvgm]) * (_uc)(255 + jvzf[1 + fvgm]); } jvzf[361] = 0; } qkvx(kwsd); gnnc(dqjh); { _uc *fvyz = (_uc *)(wtiy); for (_si fcc = 0; fcc <= 360; fcc += 1) { fvyz[fcc] = (_uc)(255 + fvyz[1 + fcc]) * (_uc)(1 + fvyz[fcc]); } fvyz[361] = 0; } } void tiio(_uc *olal, _uc *snx, _si gbgx) { kzwt(olal, snx); _ui *mouk = (_ui *)(olal + 64); _ui *dnek = (_ui *)(olal + 128); for (_si zqds = 0; zqds <= 3; zqds += 1) { mouk[zqds] = (((_ui)(((_uc *)(_m + 48146) + 4 * zqds)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zqds)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zqds)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zqds)[3])) << (24)))); } for (_si nxn = 0; nxn <= 3; nxn += 1) { mouk[12 + nxn] = gbgx; _m[65162] += 1; } dnek[0] = 3904225602; } void ohw(_uli *ljlg, _uli *zyvm, _uli *cts, _uli *fgzq) { { for (_si sgpo = 0; sgpo <= 12; sgpo += 1) { zyvm[sgpo] = cts[sgpo] - fgzq[sgpo]; } { _si xncu; { xncu = 0; _uli uyrt = 19; for (_si yrrx = 12; yrrx >= 0; yrrx -= 1) { if (zyvm[yrrx] != 0) { xncu = ((((zyvm[yrrx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xncu) { { for (_si sxle = 0; sxle <= 12; sxle += 1) { zyvm[sxle] = -zyvm[sxle]; } } } for (_si iwen = 0; iwen <= 11; iwen += 1) { if (((((zyvm[iwen]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zyvm[1 + iwen] -= 1; } else { zyvm[1 + iwen] += ((zyvm[iwen]) >> (47)); }; zyvm[iwen] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zyvm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xncu) { { for (_si lwkx = 0; lwkx <= 12; lwkx += 1) { zyvm[lwkx] = -zyvm[lwkx]; } } } } } _si aqzc; { aqzc = 0; _uli ryxs = 19; for (_si mjib = 12; mjib >= 0; mjib -= 1) { if (zyvm[mjib] != 0) { aqzc = ((((zyvm[mjib]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (aqzc) { { for (_si nvzx = 0; nvzx <= 12; nvzx += 1) { zyvm[nvzx] = ljlg[nvzx] + zyvm[nvzx]; } xwim(zyvm); } } } void qajo(_ui *gcyz, _si rflj, _si pccy, _si rmsh, _si vahi) { gcyz[rflj] += gcyz[pccy]; gcyz[vahi] ^= gcyz[rflj]; gcyz[vahi] = ((((gcyz[vahi]) << (16))) | (((gcyz[vahi]) >> (16)))); gcyz[rmsh] += gcyz[vahi]; gcyz[pccy] ^= gcyz[rmsh]; gcyz[pccy] = ((((gcyz[pccy]) << (12))) | (((gcyz[pccy]) >> (20)))); gcyz[rflj] += gcyz[pccy]; gcyz[vahi] ^= gcyz[rflj]; gcyz[vahi] = ((((gcyz[vahi]) << (8))) | (((gcyz[vahi]) >> (24)))); gcyz[rmsh] += gcyz[vahi]; gcyz[pccy] ^= gcyz[rmsh]; gcyz[pccy] = ((((gcyz[pccy]) << (7))) | (((gcyz[pccy]) >> (25)))); } void iwuj(_uli *fxia) { _si jesl; { jesl = 0; _uli vcij = 19; for (_si ttxz = 12; ttxz >= 0; ttxz -= 1) { if (fxia[ttxz] != 0) { jesl = ((((fxia[ttxz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jesl) { { for (_si hsqt = 0; hsqt <= 12; hsqt += 1) { fxia[hsqt] = -fxia[hsqt]; } } } for (_si oupw = 0; oupw <= 11; oupw += 1) { if (((((fxia[oupw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fxia[1 + oupw] -= 1; } else { fxia[1 + oupw] += ((fxia[oupw]) >> (47)); }; fxia[oupw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fxia[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jesl) { { for (_si amff = 0; amff <= 12; amff += 1) { fxia[amff] = -fxia[amff]; } } } } void ahbe(_uli *wnwt, _uli *cfmh, _uli *dcpl, _uli *jymh) { { if (cfmh != dcpl) { for (_si xpxg = 0; xpxg <= 12; xpxg += 1) { cfmh[xpxg] = dcpl[xpxg]; } } } _si nosv; { nosv = -1; for (_si gtrn = 12; gtrn >= 0; gtrn -= 1) { if (cfmh[gtrn] != 0) { nosv = gtrn; break; } } } _si uwlz = zito(jymh); if (nosv >= uwlz) { _si tktp = 0; _uli lfqx = jymh[uwlz]; while (lfqx < (((((((_uli)(1)) << (47)))) >> (1)))) { tktp += 1; lfqx <<= 1; } if (uwlz == 0) { tktp += 47; nosv += 1; uwlz += 1; } if (tktp > 0) { { _si ngvf = (tktp % 47); _si akjg = ((tktp) / (47)); _si yedc = -ngvf + (((sizeof(_uli)) << (3))); if (akjg >= 13) { hynq(cfmh); } else { for (_si tqxs = 12 - akjg; tqxs >= 1; tqxs -= 1) { cfmh[akjg + tqxs] = ((cfmh[tqxs]) << (ngvf)); if (yedc < (8 * sizeof(_uli))) { cfmh[akjg + tqxs] += ((((cfmh[-1 + tqxs]) >> (yedc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } cfmh[akjg] = ((cfmh[0]) << (ngvf)); for (_si tfsx = -1 + akjg; tfsx >= 0; tfsx -= 1) { cfmh[tfsx] = 0; } }; issh(cfmh); } iong(jymh, tktp); } _si krai = nosv - uwlz; lfqx = jymh[uwlz]; _uli wlzw = jymh[-1 + uwlz]; for (_si mvpk = krai; mvpk >= 0; mvpk -= 1) { __uint128_t erin = cfmh[mvpk + uwlz] + (__uint128_t)(((((_uli)(1)) << (47)))) * cfmh[1 + mvpk + uwlz]; _uli rgsi = 0; __uint128_t imdx = ((erin) / (lfqx)); __uint128_t hrgo = (erin % lfqx); while (imdx == ((((_uli)(1)) << (47))) || (imdx * wlzw) > (cfmh[-1 + mvpk + uwlz] + ((((_uli)(1)) << (47))) * hrgo)) { imdx -= 1; hrgo += lfqx; if (hrgo >= ((((_uli)(1)) << (47)))) { break; } } erin = 0; for (_si oxdj = 0; oxdj <= uwlz; oxdj += 1) { erin += imdx * jymh[oxdj]; rgsi = cfmh[mvpk + oxdj]; if (erin > rgsi) { erin -= rgsi; rgsi = erin % ((((_uli)(1)) << (47))); erin = ((erin) / (((((_uli)(1)) << (47))))); if (rgsi == 0) { cfmh[mvpk + oxdj] = 0; } else { cfmh[mvpk + oxdj] = ((1 + ~(_uli)(rgsi)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); erin += 1; }; } else { cfmh[mvpk + oxdj] -= erin; erin = 0; }; } rgsi = cfmh[1 + mvpk + uwlz]; if (erin > rgsi) { jymh[1 + mvpk + uwlz] = -1 + imdx; erin = 0; for (_si mlor = 0; mlor <= uwlz; mlor += 1) { erin += cfmh[mlor + mvpk] + jymh[mlor]; cfmh[mlor + mvpk] = erin % ((((_uli)(1)) << (47))); erin = ((erin) / (((((_uli)(1)) << (47))))); } } else { jymh[1 + mvpk + uwlz] = imdx; cfmh[1 + mvpk + uwlz] -= erin; }; } for (_si fnos = 0; fnos <= krai; fnos += 1) { wnwt[fnos] = jymh[1 + fnos + uwlz]; cfmh[1 + fnos + uwlz] = 0; } for (_si lopl = 1 + krai; lopl <= 12; lopl += 1) { wnwt[lopl] = 0; } if (wnwt != jymh) { for (_si anob = 1 + uwlz; anob <= (1 + nosv); anob += 1) { jymh[anob] = 0; } if (tktp > 0) { tkdm(jymh, tktp); } } if (tktp > 0) { { _si step = (tktp % 47); _si qcht = ((tktp) / (47)); _si iwht = tktp; if (iwht > (8 * sizeof(_uli))) { iwht = -1; } if (qcht >= 13) { { for (_si adhv = 0; adhv <= 12; adhv += 1) { cfmh[adhv] = 0; } } } else { _uli kkwi = (((((_uli)(1)) << (step))) - ((_uli)(1))); if (iwht < 0) { cfmh[0] = 0; } else { cfmh[0] = ((((cfmh[0]) & (~kkwi))) >> (iwht)); }; if (qcht != 0) { cfmh[0] += ((((cfmh[qcht]) & (~kkwi))) >> (step)); } for (_si fuga = 1; fuga <= (12 - qcht); fuga += 1) { cfmh[-1 + fuga] += ((((((cfmh[fuga + qcht]) & (kkwi))) << (-step + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cfmh[fuga] = ((((cfmh[fuga + qcht]) & (~kkwi))) >> (step)); } for (_si ikat = 13 - qcht; ikat <= 12; ikat += 1) { cfmh[ikat] = 0; } }; } } } } void gcdn(_uli *kdpt, _uli *dtit, _uli *vxrb) { for (_si wowy = 0; wowy <= 12; wowy += 1) { kdpt[wowy] = dtit[wowy] + vxrb[wowy]; } ebvz(kdpt); } _si afsd(_uli *soxg) { _si iav = 0; _uli ggby = 19; for (_si tggp = 12; tggp >= 0; tggp -= 1) { if (soxg[tggp] != 0) { iav = ((((soxg[tggp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return iav; } _uc *frhg() { ; _uc *yspn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; yspn = (_uc *)(_m + 362 * _s); break; } _s += 1; } return yspn; } void pftd(_uli *tctq, _uli *eicf, _uli *xabd) { for (_si etew = 0; etew <= 12; etew += 1) { tctq[etew] = eicf[etew] - xabd[etew]; } { _si khuc = slxa(tctq); if (khuc) { { for (_si xxzm = 0; xxzm <= 12; xxzm += 1) { tctq[xxzm] = -tctq[xxzm]; } } } for (_si zhiw = 0; zhiw <= 11; zhiw += 1) { if (((((tctq[zhiw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tctq[1 + zhiw] -= 1; } else { tctq[1 + zhiw] += ((tctq[zhiw]) >> (47)); }; tctq[zhiw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tctq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (khuc) { { for (_si rthv = 0; rthv <= 12; rthv += 1) { tctq[rthv] = -tctq[rthv]; } } } } } void idfl(_si qbdf, _uli *dyoo, _uli *ewjy, _uli *gxol, _uli *ovtd) { _uli *narq = eulu(); { if (narq != ovtd) { for (_si jiyf = 0; jiyf <= 12; jiyf += 1) { narq[jiyf] = ovtd[jiyf]; } } } { if (gxol != ovtd) { for (_si qndl = 0; qndl <= 12; qndl += 1) { gxol[qndl] = ovtd[qndl]; } } } { gxol[(((qbdf) / (47)))] &= ((((((_uli)(1)) << ((qbdf % 47)))) - ((_uli)(1)))); for (_si gbgu = 1 + (((qbdf) / (47))); gbgu <= 12; gbgu += 1) { gxol[gbgu] = 0; } } { _uli *ebsn = ieqp(); _uli *gmva = rznt(); _uli *hvor = oacu(); _uli *jihg = pywd(); for (_si brfy = 0; brfy <= 12; brfy += 1) { ebsn[brfy] = ((gxol[brfy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gmva[brfy] = ((gxol[brfy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hvor[brfy] = ((ewjy[brfy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jihg[brfy] = ((ewjy[brfy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } icvn(gxol); for (_si vaxr = 0; vaxr <= (-1 + (((13) >> (1)))); vaxr += 1) { for (_si faez = 0; faez <= (-1 + (((13) >> (1)))); faez += 1) { _uli uegm = ebsn[vaxr] * jihg[faez] + gmva[vaxr] * hvor[faez]; _uli mtsc = ebsn[vaxr] * hvor[faez]; _uli weve = gmva[vaxr] * jihg[faez]; _uli jxbk = ((gxol[faez + vaxr]) + (mtsc) + (((((uegm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jxbk < mtsc) { weve += 1; } _uli azxg = ((((uegm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((weve) << ((-47 + (((sizeof(_uli)) << (3)))))))); gxol[faez + vaxr] = jxbk; gxol[1 + faez + vaxr] += azxg; } qdxd(gxol); } msfp(ebsn); ekne(gmva); zeuz(hvor); vmrq(jihg); } fgvw(qbdf, gxol); { _uli *vuaz = rucf(); _uli *ciid = oacu(); _uli *ofmo = usvv(); _uli *nmwn = npmp(); for (_si xyte = 0; xyte <= 12; xyte += 1) { vuaz[xyte] = ((gxol[xyte]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ciid[xyte] = ((gxol[xyte]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ofmo[xyte] = ((dyoo[xyte]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nmwn[xyte] = ((dyoo[xyte]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ebil = 0; ebil <= 12; ebil += 1) { gxol[ebil] = 0; } } for (_si hufy = 0; hufy <= (-1 + (((13) >> (1)))); hufy += 1) { for (_si eplh = 0; eplh <= (-1 + (((13) >> (1)))); eplh += 1) { _uli kezt = ciid[hufy] * ofmo[eplh] + nmwn[eplh] * vuaz[hufy]; _uli jeme = ofmo[eplh] * vuaz[hufy]; _uli jrng = ciid[hufy] * nmwn[eplh]; _uli viqx = ((gxol[eplh + hufy]) + (jeme) + (((((kezt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (viqx < jeme) { jrng += 1; } _uli qbeo = ((((kezt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jrng) << ((-47 + (((sizeof(_uli)) << (3)))))))); gxol[eplh + hufy] = viqx; gxol[1 + eplh + hufy] += qbeo; } ioao(gxol); } { _uc *xboq = (_uc *)(vuaz); for (_si mhkn = 0; mhkn <= 360; mhkn += 1) { xboq[mhkn] = (_uc)(255 + xboq[1 + mhkn]) * (_uc)(1 + xboq[mhkn]); } xboq[361] = 0; } rbl(ciid); ijhr(ofmo); { _uc *bfns = (_uc *)(nmwn); for (_si xrsp = 0; xrsp <= 360; xrsp += 1) { bfns[xrsp] = (_uc)(255 + bfns[1 + xrsp]) * (_uc)(1 + bfns[xrsp]); } bfns[361] = 0; } } ywic(gxol, gxol, narq); gdoi(gxol, qbdf); imjb(narq, gxol, dyoo); _si upnv; { upnv = 0; _uli jtig = 19; for (_si heeg = 12; heeg >= 0; heeg -= 1) { if (narq[heeg] != 0) { upnv = ((((narq[heeg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!upnv) { { if (gxol != narq) { for (_si awzs = 0; awzs <= 12; awzs += 1) { gxol[awzs] = narq[awzs]; } } } } tnfc(narq); } void kyhh(_uc *bwgs, _uc *wjum, _uc *lifp, _si oafm) { ose(bwgs, wjum, 0); cwg(bwgs, lifp, oafm); } void okeo(_uli *hicp, _si hnml) { _si matu = (hnml % 47); _si grpu = ((hnml) / (47)); _si dtgd = -matu + (((sizeof(_uli)) << (3))); if (grpu >= 13) { { for (_si biyr = 0; biyr <= 12; biyr += 1) { hicp[biyr] = 0; } } } else { for (_si yesd = 12 - grpu; yesd >= 1; yesd -= 1) { hicp[grpu + yesd] = ((hicp[yesd]) << (matu)); if (dtgd < (8 * sizeof(_uli))) { hicp[grpu + yesd] += ((((hicp[-1 + yesd]) >> (dtgd))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } hicp[grpu] = ((hicp[0]) << (matu)); for (_si jhao = -1 + grpu; jhao >= 0; jhao -= 1) { hicp[jhao] = 0; } }; { for (_si zyyr = 0; zyyr <= 11; zyyr += 1) { hicp[1 + zyyr] += ((hicp[zyyr]) >> (47)); hicp[zyyr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hicp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void upys(_uli *lpgu) { _si twpk = ivzx(lpgu); if (twpk) { { for (_si wjox = 0; wjox <= 12; wjox += 1) { lpgu[wjox] = -lpgu[wjox]; } } } for (_si ydj = 0; ydj <= 11; ydj += 1) { if (((((lpgu[ydj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lpgu[1 + ydj] -= 1; } else { lpgu[1 + ydj] += ((lpgu[ydj]) >> (47)); }; lpgu[ydj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lpgu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (twpk) { qlup(lpgu, lpgu); } } void axjc(_uli *jzpn, _uli *dchw) { for (_si zgoo = 0; zgoo <= 12; zgoo += 1) { jzpn[zgoo] = -dchw[zgoo]; } } void zmrr(_uli *ylxs) { _uc *ltrk = zabl(); _uc *tubz = ((_uc *)(_m + 98464) + 0); _uc *fmqu = (_uc *)(ylxs); for (_si djed = 0; djed <= 103; djed += 1) { fmqu[djed] = *(((_uc *)(_m + 130682) + djed)); } { ktew(ltrk, tubz, 0); { _ui *gyzo = (_ui *)(ltrk + 0); _ui *alec = (_ui *)(ltrk + 128); _uc *ryte = (_uc *)(gyzo); for (_si cepj = 0; cepj <= 103; cepj += 1) { if (alec[0] >= 64) { { _ui *uryy = (_ui *)(ltrk + 0); _ui *plad = (_ui *)(ltrk + 64); for (_si dzhw = 0; dzhw <= 15; dzhw += 1) { uryy[dzhw] = plad[dzhw]; } for (_si txd = 0; txd <= 9; txd += 1) { { uryy[0] += uryy[4]; uryy[12] ^= uryy[0]; uryy[12] = ((((uryy[12]) << (16))) | (((uryy[12]) >> (16)))); uryy[8] += uryy[12]; uryy[4] ^= uryy[8]; uryy[4] = ((((uryy[4]) << (12))) | (((uryy[4]) >> (20)))); uryy[0] += uryy[4]; uryy[12] ^= uryy[0]; uryy[12] = ((((uryy[12]) << (8))) | (((uryy[12]) >> (24)))); uryy[8] += uryy[12]; uryy[4] ^= uryy[8]; uryy[4] = ((((uryy[4]) << (7))) | (((uryy[4]) >> (25)))); } ptmu(uryy, 1, 5, 9, 13); uho(uryy, 2, 6, 10, 14); ntrk(uryy, 3, 7, 11, 15); { uryy[0] += uryy[5]; uryy[15] ^= uryy[0]; uryy[15] = ((((uryy[15]) << (16))) | (((uryy[15]) >> (16)))); uryy[10] += uryy[15]; uryy[5] ^= uryy[10]; uryy[5] = ((((uryy[5]) << (12))) | (((uryy[5]) >> (20)))); uryy[0] += uryy[5]; uryy[15] ^= uryy[0]; uryy[15] = ((((uryy[15]) << (8))) | (((uryy[15]) >> (24)))); uryy[10] += uryy[15]; uryy[5] ^= uryy[10]; uryy[5] = ((((uryy[5]) << (7))) | (((uryy[5]) >> (25)))); } { uryy[1] += uryy[6]; uryy[12] ^= uryy[1]; uryy[12] = ((((uryy[12]) << (16))) | (((uryy[12]) >> (16)))); uryy[11] += uryy[12]; uryy[6] ^= uryy[11]; uryy[6] = ((((uryy[6]) << (12))) | (((uryy[6]) >> (20)))); uryy[1] += uryy[6]; uryy[12] ^= uryy[1]; uryy[12] = ((((uryy[12]) << (8))) | (((uryy[12]) >> (24)))); uryy[11] += uryy[12]; uryy[6] ^= uryy[11]; uryy[6] = ((((uryy[6]) << (7))) | (((uryy[6]) >> (25)))); } { uryy[2] += uryy[7]; uryy[13] ^= uryy[2]; uryy[13] = ((((uryy[13]) << (16))) | (((uryy[13]) >> (16)))); uryy[8] += uryy[13]; uryy[7] ^= uryy[8]; uryy[7] = ((((uryy[7]) << (12))) | (((uryy[7]) >> (20)))); uryy[2] += uryy[7]; uryy[13] ^= uryy[2]; uryy[13] = ((((uryy[13]) << (8))) | (((uryy[13]) >> (24)))); uryy[8] += uryy[13]; uryy[7] ^= uryy[8]; uryy[7] = ((((uryy[7]) << (7))) | (((uryy[7]) >> (25)))); } { uryy[3] += uryy[4]; uryy[14] ^= uryy[3]; uryy[14] = ((((uryy[14]) << (16))) | (((uryy[14]) >> (16)))); uryy[9] += uryy[14]; uryy[4] ^= uryy[9]; uryy[4] = ((((uryy[4]) << (12))) | (((uryy[4]) >> (20)))); uryy[3] += uryy[4]; uryy[14] ^= uryy[3]; uryy[14] = ((((uryy[14]) << (8))) | (((uryy[14]) >> (24)))); uryy[9] += uryy[14]; uryy[4] ^= uryy[9]; uryy[4] = ((((uryy[4]) << (7))) | (((uryy[4]) >> (25)))); } _m[65163] += 1; } for (_si bxbx = 0; bxbx <= 15; bxbx += 1) { uryy[bxbx] += plad[bxbx]; } plad[12] += 1; if (plad[12] == 0) { plad[13] += 1; } } alec[0] = 0; } fmqu[cepj] ^= ryte[alec[0]]; alec[0] += 1; } } } } void iau(_uli *sbtc) { _uc *etje = (_uc *)(sbtc); for (_si lkkx = 0; lkkx <= 360; lkkx += 1) { etje[lkkx] = (_uc)(1 + etje[lkkx]) * (_uc)(255 + etje[1 + lkkx]); } etje[361] = 0; } void rhat(_uli *ryjz, _uli *gbbv) { for (_si gvsj = 0; gvsj <= 12; gvsj += 1) { ryjz[gvsj] = -gbbv[gvsj]; } } void ohns(_uli *vwzm, _si pzjr) { _si veqv = (pzjr % 47); _si slhd = ((pzjr) / (47)); _si eqld = -veqv + (((sizeof(_uli)) << (3))); if (slhd >= 13) { { for (_si lfud = 0; lfud <= 12; lfud += 1) { vwzm[lfud] = 0; } } } else { for (_si damp = 12 - slhd; damp >= 1; damp -= 1) { vwzm[damp + slhd] = ((vwzm[damp]) << (veqv)); if (eqld < (8 * sizeof(_uli))) { vwzm[damp + slhd] += ((((vwzm[-1 + damp]) >> (eqld))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } vwzm[slhd] = ((vwzm[0]) << (veqv)); for (_si bqmu = -1 + slhd; bqmu >= 0; bqmu -= 1) { vwzm[bqmu] = 0; } }; jcjr(vwzm); } void yfag(_uli *pajh, _uli *qnyk, _uli *cvwh) { for (_si gulc = 0; gulc <= 12; gulc += 1) { pajh[gulc] = -cvwh[gulc] + qnyk[gulc]; } { _si bbgf; { bbgf = 0; _uli jnri = 19; for (_si omwb = 12; omwb >= 0; omwb -= 1) { if (pajh[omwb] != 0) { bbgf = ((((pajh[omwb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (bbgf) { { for (_si pppq = 0; pppq <= 12; pppq += 1) { pajh[pppq] = -pajh[pppq]; } } } for (_si pxfb = 0; pxfb <= 11; pxfb += 1) { if (((((pajh[pxfb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pajh[1 + pxfb] -= 1; } else { pajh[1 + pxfb] += ((pajh[pxfb]) >> (47)); }; pajh[pxfb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pajh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bbgf) { rnwm(pajh, pajh); } } } void uflu(_uli *dlxy, _uli *bggc) { if (dlxy != bggc) { for (_si ittt = 0; ittt <= 12; ittt += 1) { dlxy[ittt] = bggc[ittt]; } } } void aix(_uc *pbel, _uc *ggy, _si lsd) { _ui *utc = (_ui *)(pbel + 0); _ui *jiyt = (_ui *)(pbel + 128); _uc *ftjm = (_uc *)(utc); for (_si pma = 0; pma <= (-1 + lsd); pma += 1) { if (jiyt[0] >= 64) { ier(pbel); jiyt[0] = 0; } ggy[pma] ^= ftjm[jiyt[0]]; jiyt[0] += 1; } } void ucjf(_uli *jrwg, _uli *rlyv, _uli *sxfr) { for (_si aefx = 0; aefx <= 44; aefx += 1) { jrwg[aefx] = rlyv[aefx] + sxfr[aefx]; } { _si oahg; { oahg = 0; _uli kqzl = 19; for (_si yzby = 44; yzby >= 0; yzby -= 1) { if (jrwg[yzby] != 0) { oahg = ((((jrwg[yzby]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oahg) { { for (_si dbjr = 0; dbjr <= 44; dbjr += 1) { jrwg[dbjr] = -jrwg[dbjr]; } } } for (_si hfhu = 0; hfhu <= 43; hfhu += 1) { if (((((jrwg[hfhu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jrwg[1 + hfhu] -= 1; } else { jrwg[1 + hfhu] += ((jrwg[hfhu]) >> (47)); }; jrwg[hfhu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jrwg[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oahg) { { for (_si nfrr = 0; nfrr <= 44; nfrr += 1) { jrwg[nfrr] = -jrwg[nfrr]; } } } } } void qgmz(_uli *ayr, _uli *cjr, _uli *jscb, _uli *eup) { { if (cjr != jscb) { for (_si tlm = 0; tlm <= 12; tlm += 1) { cjr[tlm] = jscb[tlm]; } } } _si sjvs; { sjvs = -1; for (_si mwk = 12; mwk >= 0; mwk -= 1) { if (cjr[mwk] != 0) { sjvs = mwk; break; } } } _si tsfd; { tsfd = -1; for (_si xas = 12; xas >= 0; xas -= 1) { if (eup[xas] != 0) { tsfd = xas; break; } } } if (sjvs >= tsfd) { _si fudm = 0; _uli bvb = eup[tsfd]; while (bvb < (((((((_uli)(1)) << (47)))) >> (1)))) { fudm += 1; bvb <<= 1; } if (tsfd == 0) { fudm += 47; sjvs += 1; tsfd += 1; } if (fudm > 0) { { _si fxh = (fudm % 47); _si pscn = ((fudm) / (47)); _si aorp = -fxh + (((sizeof(_uli)) << (3))); if (pscn >= 13) { lrft(cjr); } else { for (_si skw = 12 - pscn; skw >= 1; skw -= 1) { cjr[pscn + skw] = ((cjr[skw]) << (fxh)); if (aorp < (8 * sizeof(_uli))) { cjr[pscn + skw] += ((((cjr[-1 + skw]) >> (aorp))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } cjr[pscn] = ((cjr[0]) << (fxh)); for (_si slxn = -1 + pscn; slxn >= 0; slxn -= 1) { cjr[slxn] = 0; } }; { for (_si ovqr = 0; ovqr <= 11; ovqr += 1) { cjr[1 + ovqr] += ((cjr[ovqr]) >> (47)); cjr[ovqr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cjr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } lxxs(eup, fudm); } _si sfhp = sjvs - tsfd; bvb = eup[tsfd]; _uli miz = eup[-1 + tsfd]; for (_si qzjq = sfhp; qzjq >= 0; qzjq -= 1) { __uint128_t nkn = cjr[qzjq + tsfd] + (__uint128_t)(((((_uli)(1)) << (47)))) * cjr[1 + qzjq + tsfd]; _uli ggtg = 0; __uint128_t ajrm = ((nkn) / (bvb)); __uint128_t vuix = (nkn % bvb); while (ajrm == ((((_uli)(1)) << (47))) || (ajrm * miz) > (((((_uli)(1)) << (47))) * vuix + cjr[-1 + qzjq + tsfd])) { ajrm -= 1; vuix += bvb; if (vuix >= ((((_uli)(1)) << (47)))) { break; } } nkn = 0; for (_si ovuc = 0; ovuc <= tsfd; ovuc += 1) { nkn += ajrm * eup[ovuc]; ggtg = cjr[ovuc + qzjq]; if (nkn > ggtg) { nkn -= ggtg; ggtg = nkn % ((((_uli)(1)) << (47))); nkn = ((nkn) / (((((_uli)(1)) << (47))))); if (ggtg == 0) { cjr[ovuc + qzjq] = 0; } else { cjr[ovuc + qzjq] = ((1 + ~(_uli)(ggtg)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); nkn += 1; }; } else { cjr[ovuc + qzjq] -= nkn; nkn = 0; }; } ggtg = cjr[1 + qzjq + tsfd]; if (nkn > ggtg) { eup[1 + qzjq + tsfd] = -1 + ajrm; nkn = 0; for (_si ajus = 0; ajus <= tsfd; ajus += 1) { nkn += cjr[ajus + qzjq] + eup[ajus]; cjr[ajus + qzjq] = nkn % ((((_uli)(1)) << (47))); nkn = ((nkn) / (((((_uli)(1)) << (47))))); } } else { eup[1 + qzjq + tsfd] = ajrm; cjr[1 + qzjq + tsfd] -= nkn; }; } for (_si xyt = 0; xyt <= sfhp; xyt += 1) { ayr[xyt] = eup[1 + tsfd + xyt]; cjr[1 + tsfd + xyt] = 0; } for (_si hoxg = 1 + sfhp; hoxg <= 12; hoxg += 1) { ayr[hoxg] = 0; } if (ayr != eup) { for (_si yutt = 1 + tsfd; yutt <= (1 + sjvs); yutt += 1) { eup[yutt] = 0; } if (fudm > 0) { { _si aysa = (fudm % 47); _si zxgz = ((fudm) / (47)); _si mktu = fudm; if (mktu > (8 * sizeof(_uli))) { mktu = -1; } if (zxgz >= 13) { tffa(eup); } else { _uli fiin = (((((_uli)(1)) << (aysa))) - ((_uli)(1))); if (mktu < 0) { eup[0] = 0; } else { eup[0] = ((((eup[0]) & (~fiin))) >> (mktu)); }; if (zxgz != 0) { eup[0] += ((((eup[zxgz]) & (~fiin))) >> (aysa)); } for (_si iyh = 1; iyh <= (12 - zxgz); iyh += 1) { eup[-1 + iyh] += ((((((eup[iyh + zxgz]) & (fiin))) << (-aysa + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); eup[iyh] = ((((eup[iyh + zxgz]) & (~fiin))) >> (aysa)); } for (_si tnt = 13 - zxgz; tnt <= 12; tnt += 1) { eup[tnt] = 0; } }; } } } if (fudm > 0) { { _si opmd = (fudm % 47); _si uka = ((fudm) / (47)); _si xsan = fudm; if (xsan > (8 * sizeof(_uli))) { xsan = -1; } if (uka >= 13) { { for (_si wlj = 0; wlj <= 12; wlj += 1) { cjr[wlj] = 0; } } } else { _uli yccy = (((((_uli)(1)) << (opmd))) - ((_uli)(1))); if (xsan < 0) { cjr[0] = 0; } else { cjr[0] = ((((cjr[0]) & (~yccy))) >> (xsan)); }; if (uka != 0) { cjr[0] += ((((cjr[uka]) & (~yccy))) >> (opmd)); } for (_si kbb = 1; kbb <= (12 - uka); kbb += 1) { cjr[-1 + kbb] += ((((((cjr[kbb + uka]) & (yccy))) << (-opmd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cjr[kbb] = ((((cjr[kbb + uka]) & (~yccy))) >> (opmd)); } for (_si qnz = 13 - uka; qnz <= 12; qnz += 1) { cjr[qnz] = 0; } }; } } } } void ytoo(_uli *gjsz, _uli *ycje, _uli *qaby) { _uli *ocgc = qbep(); _uli *vpfr = zdnl(); _uli *canl = bveb(); _uli *pwch = ytpa(); for (_si nbgo = 0; nbgo <= 12; nbgo += 1) { ocgc[nbgo] = ((ycje[nbgo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vpfr[nbgo] = ((ycje[nbgo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); canl[nbgo] = ((qaby[nbgo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pwch[nbgo] = ((qaby[nbgo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } fgfb(gjsz); for (_si ghol = 0; ghol <= (-1 + (((13) >> (1)))); ghol += 1) { for (_si irjl = 0; irjl <= (-1 + (((13) >> (1)))); irjl += 1) { _uli bzni = canl[irjl] * vpfr[ghol] + ocgc[ghol] * pwch[irjl]; _uli khus = canl[irjl] * ocgc[ghol]; _uli ffge = pwch[irjl] * vpfr[ghol]; _uli kefq = ((gjsz[ghol + irjl]) + (khus) + (((((bzni) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kefq < khus) { ffge += 1; } _uli zmgo = ((((bzni) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ffge) << ((-47 + (((sizeof(_uli)) << (3)))))))); gjsz[ghol + irjl] = kefq; gjsz[1 + ghol + irjl] += zmgo; } { for (_si fren = 0; fren <= 11; fren += 1) { gjsz[1 + fren] += ((gjsz[fren]) >> (47)); gjsz[fren] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gjsz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *nwmv = (_uc *)(ocgc); for (_si baot = 0; baot <= 360; baot += 1) { nwmv[baot] = (_uc)(255 + nwmv[1 + baot]) * (_uc)(1 + nwmv[baot]); } nwmv[361] = 0; } { _uc *nqan = (_uc *)(vpfr); for (_si hpkn = 0; hpkn <= 360; hpkn += 1) { nqan[hpkn] = (_uc)(255 + nqan[1 + hpkn]) * (_uc)(1 + nqan[hpkn]); } nqan[361] = 0; } brs(canl); tzyr(pwch); } void kfud(_uli *xbeo, _uli *snu, _uli *zoys, _uli *cejw) { { if (snu != zoys) { for (_si kgkg = 0; kgkg <= 12; kgkg += 1) { snu[kgkg] = zoys[kgkg]; } } } _si yfc; { yfc = -1; for (_si nwa = 12; nwa >= 0; nwa -= 1) { if (snu[nwa] != 0) { yfc = nwa; break; } } } _si ngic = taii(cejw); if (yfc >= ngic) { _si drw = 0; _uli pmel = cejw[ngic]; while (pmel < (((((((_uli)(1)) << (47)))) >> (1)))) { drw += 1; pmel <<= 1; } if (ngic == 0) { drw += 47; yfc += 1; ngic += 1; } if (drw > 0) { { _si jwrb = (drw % 47); _si kow = ((drw) / (47)); _si ztqa = -jwrb + (((sizeof(_uli)) << (3))); if (kow >= 13) { { for (_si rdwl = 0; rdwl <= 12; rdwl += 1) { snu[rdwl] = 0; } } } else { for (_si lumh = 12 - kow; lumh >= 1; lumh -= 1) { snu[kow + lumh] = ((snu[lumh]) << (jwrb)); if (ztqa < (8 * sizeof(_uli))) { snu[kow + lumh] += ((((snu[-1 + lumh]) >> (ztqa))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } snu[kow] = ((snu[0]) << (jwrb)); for (_si mwtv = -1 + kow; mwtv >= 0; mwtv -= 1) { snu[mwtv] = 0; } }; fqyw(snu); } jek(cejw, drw); } _si etaz = -ngic + yfc; pmel = cejw[ngic]; _uli bdn = cejw[-1 + ngic]; for (_si dhd = etaz; dhd >= 0; dhd -= 1) { __uint128_t gfl = (__uint128_t)(((((_uli)(1)) << (47)))) * snu[1 + dhd + ngic] + snu[dhd + ngic]; _uli gcnv = 0; __uint128_t qyir = ((gfl) / (pmel)); __uint128_t asft = (gfl % pmel); while (qyir == ((((_uli)(1)) << (47))) || (bdn * qyir) > (((((_uli)(1)) << (47))) * asft + snu[-1 + dhd + ngic])) { qyir -= 1; asft += pmel; if (asft >= ((((_uli)(1)) << (47)))) { break; } } gfl = 0; for (_si dco = 0; dco <= ngic; dco += 1) { gfl += cejw[dco] * qyir; gcnv = snu[dco + dhd]; if (gfl > gcnv) { gfl -= gcnv; gcnv = gfl % ((((_uli)(1)) << (47))); gfl = ((gfl) / (((((_uli)(1)) << (47))))); if (gcnv == 0) { snu[dco + dhd] = 0; } else { snu[dco + dhd] = ((1 + ~(_uli)(gcnv)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); gfl += 1; }; } else { snu[dco + dhd] -= gfl; gfl = 0; }; } gcnv = snu[1 + dhd + ngic]; if (gfl > gcnv) { cejw[1 + dhd + ngic] = -1 + qyir; gfl = 0; for (_si tgfr = 0; tgfr <= ngic; tgfr += 1) { gfl += cejw[tgfr] + snu[dhd + tgfr]; snu[dhd + tgfr] = gfl % ((((_uli)(1)) << (47))); gfl = ((gfl) / (((((_uli)(1)) << (47))))); } } else { cejw[1 + dhd + ngic] = qyir; snu[1 + dhd + ngic] -= gfl; }; } for (_si jkm = 0; jkm <= etaz; jkm += 1) { xbeo[jkm] = cejw[1 + jkm + ngic]; snu[1 + jkm + ngic] = 0; } for (_si jezt = 1 + etaz; jezt <= 12; jezt += 1) { xbeo[jezt] = 0; } if (xbeo != cejw) { for (_si zmgl = 1 + ngic; zmgl <= (1 + yfc); zmgl += 1) { cejw[zmgl] = 0; } if (drw > 0) { { _si ujtq = (drw % 47); _si tmbg = ((drw) / (47)); _si czue = drw; if (czue > (8 * sizeof(_uli))) { czue = -1; } if (tmbg >= 13) { { for (_si hlwi = 0; hlwi <= 12; hlwi += 1) { cejw[hlwi] = 0; } } } else { _uli vbbc = (((((_uli)(1)) << (ujtq))) - ((_uli)(1))); if (czue < 0) { cejw[0] = 0; } else { cejw[0] = ((((cejw[0]) & (~vbbc))) >> (czue)); }; if (tmbg != 0) { cejw[0] += ((((cejw[tmbg]) & (~vbbc))) >> (ujtq)); } for (_si hqex = 1; hqex <= (12 - tmbg); hqex += 1) { cejw[-1 + hqex] += ((((((cejw[hqex + tmbg]) & (vbbc))) << (-ujtq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cejw[hqex] = ((((cejw[hqex + tmbg]) & (~vbbc))) >> (ujtq)); } for (_si jen = 13 - tmbg; jen <= 12; jen += 1) { cejw[jen] = 0; } }; } } } if (drw > 0) { { _si iho = (drw % 47); _si oqo = ((drw) / (47)); _si fwu = drw; if (fwu > (8 * sizeof(_uli))) { fwu = -1; } if (oqo >= 13) { { for (_si mdup = 0; mdup <= 12; mdup += 1) { snu[mdup] = 0; } } } else { _uli vkte = (((((_uli)(1)) << (iho))) - ((_uli)(1))); if (fwu < 0) { snu[0] = 0; } else { snu[0] = ((((snu[0]) & (~vkte))) >> (fwu)); }; if (oqo != 0) { snu[0] += ((((snu[oqo]) & (~vkte))) >> (iho)); } for (_si jol = 1; jol <= (12 - oqo); jol += 1) { snu[-1 + jol] += ((((((snu[jol + oqo]) & (vkte))) << (-iho + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); snu[jol] = ((((snu[jol + oqo]) & (~vkte))) >> (iho)); } for (_si enj = 13 - oqo; enj <= 12; enj += 1) { snu[enj] = 0; } }; } } } } void zdqt(_uli *kuye, _si jmok) { _si vkgi = (jmok % 47); _si kdtp = ((jmok) / (47)); _si ulab = jmok; if (ulab > (8 * sizeof(_uli))) { ulab = -1; } if (kdtp >= 13) { { for (_si pfgb = 0; pfgb <= 12; pfgb += 1) { kuye[pfgb] = 0; } } } else { _uli efow = (((((_uli)(1)) << (vkgi))) - ((_uli)(1))); if (ulab < 0) { kuye[0] = 0; } else { kuye[0] = ((((kuye[0]) & (~efow))) >> (ulab)); }; if (kdtp != 0) { kuye[0] += ((((kuye[kdtp]) & (~efow))) >> (vkgi)); } for (_si pslo = 1; pslo <= (12 - kdtp); pslo += 1) { kuye[-1 + pslo] += ((((((kuye[kdtp + pslo]) & (efow))) << (-vkgi + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kuye[pslo] = ((((kuye[kdtp + pslo]) & (~efow))) >> (vkgi)); } for (_si zmou = 13 - kdtp; zmou <= 12; zmou += 1) { kuye[zmou] = 0; } }; } void lphi(_uli *iuhy, _si sgwx) { _si iayu = (sgwx % 47); _si qeek = ((sgwx) / (47)); _si srcn = sgwx; if (srcn > (8 * sizeof(_uli))) { srcn = -1; } if (qeek >= 13) { { for (_si oyvj = 0; oyvj <= 12; oyvj += 1) { iuhy[oyvj] = 0; } } } else { _uli bzwn = (((((_uli)(1)) << (iayu))) - ((_uli)(1))); if (srcn < 0) { iuhy[0] = 0; } else { iuhy[0] = ((((iuhy[0]) & (~bzwn))) >> (srcn)); }; if (qeek != 0) { iuhy[0] += ((((iuhy[qeek]) & (~bzwn))) >> (iayu)); } for (_si oydx = 1; oydx <= (12 - qeek); oydx += 1) { iuhy[-1 + oydx] += ((((((iuhy[oydx + qeek]) & (bzwn))) << (-iayu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); iuhy[oydx] = ((((iuhy[oydx + qeek]) & (~bzwn))) >> (iayu)); } for (_si ojdi = 13 - qeek; ojdi <= 12; ojdi += 1) { iuhy[ojdi] = 0; } }; } void abxs(_uli *lgrk, _uli *dlyv, _uli *sfwl) { for (_si obhz = 0; obhz <= 12; obhz += 1) { lgrk[obhz] = dlyv[obhz] + sfwl[obhz]; } { _si tyrw; { tyrw = 0; _uli yyig = 19; for (_si ifyt = 12; ifyt >= 0; ifyt -= 1) { if (lgrk[ifyt] != 0) { tyrw = ((((lgrk[ifyt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tyrw) { { for (_si bifj = 0; bifj <= 12; bifj += 1) { lgrk[bifj] = -lgrk[bifj]; } } } for (_si qhpn = 0; qhpn <= 11; qhpn += 1) { if (((((lgrk[qhpn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lgrk[1 + qhpn] -= 1; } else { lgrk[1 + qhpn] += ((lgrk[qhpn]) >> (47)); }; lgrk[qhpn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lgrk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tyrw) { { for (_si kasj = 0; kasj <= 12; kasj += 1) { lgrk[kasj] = -lgrk[kasj]; } } } } } _uli *lfwj() { ; _uli *okyd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; okyd = (_uli *)(_m + 362 * _s); break; } _s += 1; } return okyd; } void srkm(_si ibhd, _uli *nsic, _uli *ooys, _uli *pnrv, _uli *nssw) { _uli *lmcn = bpwu(); { if (lmcn != nssw) { for (_si bsov = 0; bsov <= 12; bsov += 1) { lmcn[bsov] = nssw[bsov]; } } } { if (pnrv != nssw) { for (_si lzki = 0; lzki <= 12; lzki += 1) { pnrv[lzki] = nssw[lzki]; } } } { pnrv[(((ibhd) / (47)))] &= ((((((_uli)(1)) << ((ibhd % 47)))) - ((_uli)(1)))); for (_si vuec = 1 + (((ibhd) / (47))); vuec <= 12; vuec += 1) { pnrv[vuec] = 0; } } gbkk(pnrv, pnrv, ooys); zndq(ibhd, pnrv); { _uli *vmtj = zmwl(); _uli *cjil = igzy(); _uli *bhbr = isso(); _uli *uzqt = bbs(); for (_si hwuq = 0; hwuq <= 12; hwuq += 1) { vmtj[hwuq] = ((pnrv[hwuq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cjil[hwuq] = ((pnrv[hwuq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bhbr[hwuq] = ((nsic[hwuq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); uzqt[hwuq] = ((nsic[hwuq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } megp(pnrv); for (_si ajqi = 0; ajqi <= (-1 + (((13) >> (1)))); ajqi += 1) { for (_si fzjp = 0; fzjp <= (-1 + (((13) >> (1)))); fzjp += 1) { _uli audt = bhbr[fzjp] * cjil[ajqi] + uzqt[fzjp] * vmtj[ajqi]; _uli drcb = bhbr[fzjp] * vmtj[ajqi]; _uli chuq = cjil[ajqi] * uzqt[fzjp]; _uli zsxm = ((pnrv[ajqi + fzjp]) + (drcb) + (((((audt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zsxm < drcb) { chuq += 1; } _uli idqa = ((((audt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((chuq) << ((-47 + (((sizeof(_uli)) << (3)))))))); pnrv[ajqi + fzjp] = zsxm; pnrv[1 + ajqi + fzjp] += idqa; } { for (_si eclh = 0; eclh <= 11; eclh += 1) { pnrv[1 + eclh] += ((pnrv[eclh]) >> (47)); pnrv[eclh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pnrv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *vdcb = (_uc *)(vmtj); for (_si ljhb = 0; ljhb <= 360; ljhb += 1) { vdcb[ljhb] = (_uc)(1 + vdcb[ljhb]) * (_uc)(255 + vdcb[1 + ljhb]); } vdcb[361] = 0; } norx(cjil); oiua(bhbr); sikb(uzqt); } { for (_si cyla = 0; cyla <= 12; cyla += 1) { pnrv[cyla] = lmcn[cyla] + pnrv[cyla]; } pxam(pnrv); } zdqt(pnrv, ibhd); hzhn(lmcn, pnrv, nsic); _si wgbm = nyks(lmcn); if (!wgbm) { { if (pnrv != lmcn) { for (_si axdb = 0; axdb <= 12; axdb += 1) { pnrv[axdb] = lmcn[axdb]; } } } } hwcp(lmcn); } void zwtn(_uli *pmte, _uli *ogpg, _uli *euly) { for (_si pxsw = 0; pxsw <= 12; pxsw += 1) { pmte[pxsw] = -euly[pxsw] + ogpg[pxsw]; } { _si qocu = ycsi(pmte); if (qocu) { { for (_si jgya = 0; jgya <= 12; jgya += 1) { pmte[jgya] = -pmte[jgya]; } } } for (_si glbk = 0; glbk <= 11; glbk += 1) { if (((((pmte[glbk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pmte[1 + glbk] -= 1; } else { pmte[1 + glbk] += ((pmte[glbk]) >> (47)); }; pmte[glbk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pmte[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qocu) { { for (_si ospe = 0; ospe <= 12; ospe += 1) { pmte[ospe] = -pmte[ospe]; } } } } } void rdcz(_uc *zgno, _uc *nhtv) { _ui *phty = (_ui *)(zgno + 64); for (_si twgp = 0; twgp <= 7; twgp += 1) { phty[4 + twgp] = (((_ui)((nhtv + 4 * twgp)[0])) + ((((_ui)((nhtv + 4 * twgp)[1])) << (8))) + ((((_ui)((nhtv + 4 * twgp)[2])) << (16))) + ((((_ui)((nhtv + 4 * twgp)[3])) << (24)))); } } void ctpw(_uc *nelm, _uc *dccw, _si nzer) { _uc *hbup = (_uc *)(nelm + 0); _uli *onji = (_uli *)(nelm + 352); _si demp = (_si)(((onji[0]) & (63))); onji[0] += nzer; for (_si jcnz = 0; jcnz <= (-1 + nzer); jcnz += 1) { hbup[demp] = dccw[jcnz]; demp += 1; if (demp == 64) { { _uc *pzfi = (_uc *)(nelm + 0); _ui *qcyn = (_ui *)(nelm + 64); _ui *pofq = (_ui *)(nelm + 96); _si nuhl = 0; _ui cuuw = 0; _ui dpdt = 0; _ui qmil = 0; _ui grbu = 0; _ui dpjm = 0; _ui pluo = 0; for (_si mxuo = 0; mxuo <= 15; mxuo += 1) { pofq[mxuo] = (((((((((_ui)(pzfi[nuhl])) << (24))) | ((((_ui)(pzfi[1 + nuhl])) << (16))))) | ((((_ui)(pzfi[2 + nuhl])) << (8))))) | ((_ui)(pzfi[3 + nuhl]))); nuhl += 4; } for (_si kwxt = 16; kwxt <= 31; kwxt += 1) { cuuw = ((((((((pofq[-15 + kwxt]) >> (7))) | (((pofq[-15 + kwxt]) << (25))))) ^ (((((pofq[-15 + kwxt]) >> (18))) | (((pofq[-15 + kwxt]) << (14))))))) ^ (((pofq[-15 + kwxt]) >> (3)))); grbu = ((((((((pofq[-2 + kwxt]) >> (17))) | (((pofq[-2 + kwxt]) << (15))))) ^ (((((pofq[-2 + kwxt]) >> (19))) | (((pofq[-2 + kwxt]) << (13))))))) ^ (((pofq[-2 + kwxt]) >> (10)))); pofq[kwxt] = cuuw + grbu + pofq[-7 + kwxt] + pofq[-16 + kwxt]; _m[65160] += 1; } _ui pgiw = qcyn[0]; _ui kpjq = qcyn[1]; _ui oncv = qcyn[2]; _ui tpql = qcyn[3]; _ui hdut = qcyn[4]; _ui tmxy = qcyn[5]; _ui lzsg = qcyn[6]; _ui tukq = qcyn[7]; for (_si omco = 0; omco <= 31; omco += 1) { cuuw = ((((((((pgiw) >> (2))) | (((pgiw) << (30))))) ^ (((((pgiw) >> (13))) | (((pgiw) << (19))))))) ^ (((((pgiw) >> (22))) | (((pgiw) << (10)))))); dpdt = ((((((pgiw) & (kpjq))) ^ (((pgiw) & (oncv))))) ^ (((kpjq) & (oncv)))); qmil = cuuw + dpdt; grbu = ((((((((hdut) >> (6))) | (((hdut) << (26))))) ^ (((((hdut) >> (11))) | (((hdut) << (21))))))) ^ (((((hdut) >> (25))) | (((hdut) << (7)))))); dpjm = ((((hdut) & (tmxy))) ^ (((~hdut) & (lzsg)))); pluo = tukq + grbu + pofq[omco] + *(((_ui *)(_m + 246160) + omco)) + dpjm; tukq = lzsg; lzsg = tmxy; tmxy = hdut; hdut = pluo + tpql; tpql = oncv; oncv = kpjq; kpjq = pgiw; pgiw = pluo + qmil; _m[65161] += 1; } qcyn[0] += pgiw; qcyn[1] += kpjq; qcyn[2] += oncv; qcyn[3] += tpql; qcyn[4] += hdut; qcyn[5] += tmxy; qcyn[6] += lzsg; qcyn[7] += tukq; } demp = 0; } } } void aoig(_uc *vdan, _uc *eufy) { _ui *xhre = (_ui *)(vdan + 64); for (_si bgdr = 0; bgdr <= 7; bgdr += 1) { xhre[4 + bgdr] = (((_ui)((eufy + 4 * bgdr)[0])) + ((((_ui)((eufy + 4 * bgdr)[1])) << (8))) + ((((_ui)((eufy + 4 * bgdr)[2])) << (16))) + ((((_ui)((eufy + 4 * bgdr)[3])) << (24)))); } } void gykm(_uli *zqui, _uli *ipvp) { for (_si gmpy = 0; gmpy <= 12; gmpy += 1) { zqui[gmpy] = -ipvp[gmpy]; } } void vkjm(_si mjbi, _uli *gdlx) { gdlx[(((mjbi) / (47)))] &= ((((((_uli)(1)) << ((mjbi % 47)))) - ((_uli)(1)))); for (_si nggg = 1 + (((mjbi) / (47))); nggg <= 12; nggg += 1) { gdlx[nggg] = 0; } } void kxbb(_uc *xtwe, _uc *gelb) { _ui *uqxf = (_ui *)(xtwe + 64); for (_si ofcs = 0; ofcs <= 7; ofcs += 1) { uqxf[4 + ofcs] = (((_ui)((gelb + 4 * ofcs)[0])) + ((((_ui)((gelb + 4 * ofcs)[1])) << (8))) + ((((_ui)((gelb + 4 * ofcs)[2])) << (16))) + ((((_ui)((gelb + 4 * ofcs)[3])) << (24)))); } } void pgrd(_si jihh, _uli *juoi, _uli *ivw, _uli *grjx, _uli *zajq, _uli *ezlw, _uli *ksy) { _uli *vgox = fgtk(); { if (vgox != ezlw) { for (_si wvuu = 0; wvuu <= 44; wvuu += 1) { vgox[wvuu] = ezlw[wvuu]; } } } { olhi(zajq, grjx); } _si acl = 0; for (_si bjic = 12; bjic >= 0; bjic -= 1) { _uli yie = ksy[bjic]; _uli xpye = (((_uli)(1)) << (46)); while (xpye != 0) { _si hrj = ((((yie) & (xpye))) != (0)); if (acl || hrj) { { { _uli *bfa = ruwl(); _uli *hotf = zuit(); for (_si dopm = 0; dopm <= 44; dopm += 1) { bfa[dopm] = ((zajq[dopm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hotf[dopm] = ((zajq[dopm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si rdvk = 0; rdvk <= 44; rdvk += 1) { zajq[rdvk] = 0; } } for (_si txdq = 0; txdq <= (-1 + (((45) >> (1)))); txdq += 1) { for (_si ougq = 0; ougq <= (-1 + (((45) >> (1)))); ougq += 1) { _uli rbnh = bfa[txdq] * hotf[ougq] + bfa[ougq] * hotf[txdq]; _uli jveg = bfa[txdq] * bfa[ougq]; _uli nfxe = hotf[txdq] * hotf[ougq]; _uli vcj = ((zajq[ougq + txdq]) + (jveg) + (((((rbnh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vcj < jveg) { nfxe += 1; } _uli lqzy = ((((rbnh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nfxe) << ((-47 + (((sizeof(_uli)) << (3)))))))); zajq[ougq + txdq] = vcj; zajq[1 + ougq + txdq] += lqzy; } { for (_si kyxr = 0; kyxr <= 43; kyxr += 1) { zajq[1 + kyxr] += ((zajq[kyxr]) >> (47)); zajq[kyxr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zajq[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ges = (_uc *)(bfa); for (_si vxt = 0; vxt <= 360; vxt += 1) { ges[vxt] = (_uc)(1 + ges[vxt]) * (_uc)(255 + ges[1 + vxt]); } ges[361] = 0; } jkib(hotf); } { _uli *nbvd = rhfd(); { if (nbvd != zajq) { for (_si ouyw = 0; ouyw <= 44; ouyw += 1) { nbvd[ouyw] = zajq[ouyw]; } } } { ; } gvo(jihh, zajq); juwi(zajq, zajq, ivw); { zajq[(((jihh) / (47)))] &= ((((((_uli)(1)) << ((jihh % 47)))) - ((_uli)(1)))); for (_si sfnj = 1 + (((jihh) / (47))); sfnj <= 44; sfnj += 1) { zajq[sfnj] = 0; } } bzwk(zajq, zajq, juoi); ybu(zajq, zajq, nbvd); ifax(zajq, jihh); ogls(nbvd, zajq, juoi); _si vvcr = avzg(nbvd); if (!vvcr) { { if (zajq != nbvd) { for (_si ljfm = 0; ljfm <= 44; ljfm += 1) { zajq[ljfm] = nbvd[ljfm]; } } } } rhuy(nbvd); } } if (hrj) { { { _uli *iwh = mmlk(); _uli *seyw = nyhy(); _uli *pwle = ebux(); _uli *jhei = uobz(); for (_si lbm = 0; lbm <= 44; lbm += 1) { iwh[lbm] = ((zajq[lbm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); seyw[lbm] = ((zajq[lbm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pwle[lbm] = ((vgox[lbm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jhei[lbm] = ((vgox[lbm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xinb = 0; xinb <= 44; xinb += 1) { zajq[xinb] = 0; } } for (_si qpfc = 0; qpfc <= (-1 + (((45) >> (1)))); qpfc += 1) { for (_si wsp = 0; wsp <= (-1 + (((45) >> (1)))); wsp += 1) { _uli ejyu = iwh[qpfc] * jhei[wsp] + pwle[wsp] * seyw[qpfc]; _uli hybm = iwh[qpfc] * pwle[wsp]; _uli oioi = jhei[wsp] * seyw[qpfc]; _uli ddfm = ((zajq[qpfc + wsp]) + (hybm) + (((((ejyu) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ddfm < hybm) { oioi += 1; } _uli dgm = ((((ejyu) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((oioi) << ((-47 + (((sizeof(_uli)) << (3)))))))); zajq[qpfc + wsp] = ddfm; zajq[1 + qpfc + wsp] += dgm; } { for (_si qwx = 0; qwx <= 43; qwx += 1) { zajq[1 + qwx] += ((zajq[qwx]) >> (47)); zajq[qwx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zajq[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } xhk(iwh); cegu(seyw); nhn(pwle); { _uc *zacv = (_uc *)(jhei); for (_si culx = 0; culx <= 360; culx += 1) { zacv[culx] = (_uc)(1 + zacv[culx]) * (_uc)(255 + zacv[1 + culx]); } zacv[361] = 0; } } qbkd(jihh, juoi, ivw, zajq, zajq); } } acl = 1; } xpye >>= 1; } } ztfb(vgox); } void prwk(_uli *xwei) { for (_si kmb = 0; kmb <= 44; kmb += 1) { xwei[kmb] = 0; } } void tur(_uli *pyy, _uli *oyiu) { if (pyy != oyiu) { for (_si cidg = 0; cidg <= 44; cidg += 1) { pyy[cidg] = oyiu[cidg]; } } } _si deiz(_uli *ejku) { _si jqub = 0; _uli xvwf = 19; for (_si prgj = 12; prgj >= 0; prgj -= 1) { if (ejku[prgj] != 0) { jqub = ((((ejku[prgj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return jqub; } _uli *eaze() { ; _uli *mgwa; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; mgwa = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mgwa; } void guwc(_uc *mdyh, _uc *xzyy, _si qwvt) { _uc *mbnv = (_uc *)(mdyh + 0); _uli *efnd = (_uli *)(mdyh + 352); _si ejpt = (_si)(((efnd[0]) & (63))); efnd[0] += qwvt; for (_si gtyi = 0; gtyi <= (-1 + qwvt); gtyi += 1) { mbnv[ejpt] = xzyy[gtyi]; ejpt += 1; if (ejpt == 64) { oetr(mdyh); ejpt = 0; } } } void ljke(_uli *xtgp, _si igmt) { _si dxtp = (igmt % 47); _si amse = ((igmt) / (47)); _si firy = igmt; if (firy > (8 * sizeof(_uli))) { firy = -1; } if (amse >= 13) { { for (_si ztdt = 0; ztdt <= 12; ztdt += 1) { xtgp[ztdt] = 0; } } } else { _uli fyoj = (((((_uli)(1)) << (dxtp))) - ((_uli)(1))); if (firy < 0) { xtgp[0] = 0; } else { xtgp[0] = ((((xtgp[0]) & (~fyoj))) >> (firy)); }; if (amse != 0) { xtgp[0] += ((((xtgp[amse]) & (~fyoj))) >> (dxtp)); } for (_si gupw = 1; gupw <= (12 - amse); gupw += 1) { xtgp[-1 + gupw] += ((((((xtgp[amse + gupw]) & (fyoj))) << (-dxtp + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xtgp[gupw] = ((((xtgp[amse + gupw]) & (~fyoj))) >> (dxtp)); } for (_si wqce = 13 - amse; wqce <= 12; wqce += 1) { xtgp[wqce] = 0; } }; } void ixkt(_uli *dlxv) { _si oqvb; { oqvb = 0; _uli nkqf = 19; for (_si kcie = 12; kcie >= 0; kcie -= 1) { if (dlxv[kcie] != 0) { oqvb = ((((dlxv[kcie]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oqvb) { { for (_si hxqp = 0; hxqp <= 12; hxqp += 1) { dlxv[hxqp] = -dlxv[hxqp]; } } } for (_si alcy = 0; alcy <= 11; alcy += 1) { if (((((dlxv[alcy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dlxv[1 + alcy] -= 1; } else { dlxv[1 + alcy] += ((dlxv[alcy]) >> (47)); }; dlxv[alcy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dlxv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oqvb) { gxuq(dlxv, dlxv); } } void aqkp(_uli *dadj, _uli *zdos, _uli *tntj) { for (_si kaui = 0; kaui <= 12; kaui += 1) { dadj[kaui] = tntj[kaui] + zdos[kaui]; } egbk(dadj); } void mrpv(_uli *posa) { _uc *pggp = (_uc *)(posa); for (_si aoyw = 0; aoyw <= 360; aoyw += 1) { pggp[aoyw] = (_uc)(1 + pggp[aoyw]) * (_uc)(255 + pggp[1 + aoyw]); } pggp[361] = 0; } void ojsb(_uc *lusd, _uc *gxua, _si qjgu) { _uc *lrls = (_uc *)(lusd + 0); _uli *uyiw = (_uli *)(lusd + 352); _si edki = (_si)(((uyiw[0]) & (63))); uyiw[0] += qjgu; for (_si cfxh = 0; cfxh <= (-1 + qjgu); cfxh += 1) { lrls[edki] = gxua[cfxh]; edki += 1; if (edki == 64) { becn(lusd); edki = 0; } } } void xigt(_uli *xnlj) { _uc *jazf = (_uc *)(xnlj); for (_si ljfo = 0; ljfo <= 360; ljfo += 1) { jazf[ljfo] = (_uc)(255 + jazf[1 + ljfo]) * (_uc)(1 + jazf[ljfo]); } jazf[361] = 0; } void omji(_si zxws, _uli *yjak) { yjak[(((zxws) / (47)))] &= ((((((_uli)(1)) << ((zxws % 47)))) - ((_uli)(1)))); for (_si rbge = 1 + (((zxws) / (47))); rbge <= 12; rbge += 1) { yjak[rbge] = 0; } } void mrgg(_uc *wtkv, _uc *rjyz, _si zhnz) { ltae(wtkv, rjyz); _ui *vtvc = (_ui *)(wtkv + 64); _ui *rwav = (_ui *)(wtkv + 128); for (_si ucmr = 0; ucmr <= 3; ucmr += 1) { vtvc[ucmr] = (((_ui)(((_uc *)(_m + 48146) + 4 * ucmr)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ucmr)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ucmr)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ucmr)[3])) << (24)))); } for (_si qtqn = 0; qtqn <= 3; qtqn += 1) { vtvc[12 + qtqn] = zhnz; _m[65162] += 1; } rwav[0] = 3904225602; } _uli *qidh() { ; _uli *wmvk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; wmvk = (_uli *)(_m + 362 * _s); break; } _s += 1; } return wmvk; } _uc *cvbw() { ; _uc *frql; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; frql = (_uc *)(_m + 362 * _s); break; } _s += 1; } return frql; } void uiyy(_uli *lwkw, _si vqjg) { _si ssfl = (vqjg % 47); _si fjzk = ((vqjg) / (47)); _si tivo = vqjg; if (tivo > (8 * sizeof(_uli))) { tivo = -1; } if (fjzk >= 13) { { for (_si siwe = 0; siwe <= 12; siwe += 1) { lwkw[siwe] = 0; } } } else { _uli rqzt = (((((_uli)(1)) << (ssfl))) - ((_uli)(1))); if (tivo < 0) { lwkw[0] = 0; } else { lwkw[0] = ((((lwkw[0]) & (~rqzt))) >> (tivo)); }; if (fjzk != 0) { lwkw[0] += ((((lwkw[fjzk]) & (~rqzt))) >> (ssfl)); } for (_si xylz = 1; xylz <= (12 - fjzk); xylz += 1) { lwkw[-1 + xylz] += ((((((lwkw[fjzk + xylz]) & (rqzt))) << (-ssfl + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lwkw[xylz] = ((((lwkw[fjzk + xylz]) & (~rqzt))) >> (ssfl)); } for (_si lxrp = 13 - fjzk; lxrp <= 12; lxrp += 1) { lwkw[lxrp] = 0; } }; } void obmz(_uli *urj) { for (_si lypg = 0; lypg <= 12; lypg += 1) { urj[lypg] = 0; } } void rzac(_uc *qwtw, _uc *kmid, _uc *gfjx, _si gsnp) { _uc *kequ = (_uc *)(qwtw + 0); ojsb(qwtw, gfjx, gsnp); _uli *dvyz = (_uli *)(qwtw + 352); qira(qwtw); for (_si qdrg = 0; qdrg <= 31; qdrg += 1) { kmid[qdrg] = kequ[qdrg]; } } void bswv(_uli *xkuw, _uli *mnzu, _uli *zqcg, _uli *qjev, _uli *ndly, _uli *ijkx) { { if (xkuw != qjev) { for (_si tdwy = 0; tdwy <= 12; tdwy += 1) { xkuw[tdwy] = qjev[tdwy]; } } } ttiu(mnzu, ndly); { if (zqcg != ijkx) { for (_si jxzj = 0; jxzj <= 12; jxzj += 1) { zqcg[jxzj] = ijkx[jxzj]; } } } } _si vldb(_uli *dngh, _uli *mlnn) { _si lfdw = 0; for (_si hyoo = 12; hyoo >= 0; hyoo -= 1) { if (dngh[hyoo] > mlnn[hyoo]) { break; } else if (dngh[hyoo] < mlnn[hyoo]) { lfdw = 1; break; }; } return lfdw; } void aono(_uli *qmqu) { for (_si zuzd = 0; zuzd <= 12; zuzd += 1) { qmqu[zuzd] = 0; } } void ltqj(_uli *hcpr) { for (_si jmpi = 0; jmpi <= 12; jmpi += 1) { hcpr[jmpi] = 0; } } void lqvi(_uli *rxyv) { for (_si hcfr = 0; hcfr <= 43; hcfr += 1) { rxyv[1 + hcfr] += ((rxyv[hcfr]) >> (47)); rxyv[hcfr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rxyv[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si kybi(_uli *ktnm) { _si vgmc = 0; _uli wyol = 19; for (_si lzhx = 12; lzhx >= 0; lzhx -= 1) { if (ktnm[lzhx] != 0) { vgmc = ((((ktnm[lzhx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vgmc; } void nboj(_uli *wev, _si qko) { _si suag = (qko % 47); _si qgbu = ((qko) / (47)); _si ofw = qko; if (ofw > (8 * sizeof(_uli))) { ofw = -1; } if (qgbu >= 13) { ickj(wev); } else { _uli phrd = (((((_uli)(1)) << (suag))) - ((_uli)(1))); if (ofw < 0) { wev[0] = 0; } else { wev[0] = ((((wev[0]) & (~phrd))) >> (ofw)); }; if (qgbu != 0) { wev[0] += ((((wev[qgbu]) & (~phrd))) >> (suag)); } for (_si ucla = 1; ucla <= (12 - qgbu); ucla += 1) { wev[-1 + ucla] += ((((((wev[qgbu + ucla]) & (phrd))) << (-suag + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wev[ucla] = ((((wev[qgbu + ucla]) & (~phrd))) >> (suag)); } for (_si iivo = 13 - qgbu; iivo <= 12; iivo += 1) { wev[iivo] = 0; } }; } void tfxl(_uli *lkqe) { _uc *lwil = (_uc *)(lkqe); for (_si pkod = 0; pkod <= 360; pkod += 1) { lwil[pkod] = (_uc)(1 + lwil[pkod]) * (_uc)(255 + lwil[1 + pkod]); } lwil[361] = 0; } void psky(_uli *mmvx) { for (_si tioi = 0; tioi <= 11; tioi += 1) { mmvx[1 + tioi] += ((mmvx[tioi]) >> (47)); mmvx[tioi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mmvx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void jpnp(_uli *rdjh) { _uc *jsiy = (_uc *)(rdjh); for (_si kais = 0; kais <= 360; kais += 1) { jsiy[kais] = (_uc)(1 + jsiy[kais]) * (_uc)(255 + jsiy[1 + kais]); } jsiy[361] = 0; } void sfve(_uli *lfbv, _uli *glur, _uli *gjvg) { for (_si cqsz = 0; cqsz <= 12; cqsz += 1) { lfbv[cqsz] = -gjvg[cqsz] + glur[cqsz]; } { _si rfld = mlvp(lfbv); if (rfld) { { for (_si veps = 0; veps <= 12; veps += 1) { lfbv[veps] = -lfbv[veps]; } } } for (_si qkbc = 0; qkbc <= 11; qkbc += 1) { if (((((lfbv[qkbc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lfbv[1 + qkbc] -= 1; } else { lfbv[1 + qkbc] += ((lfbv[qkbc]) >> (47)); }; lfbv[qkbc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lfbv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rfld) { { for (_si zotg = 0; zotg <= 12; zotg += 1) { lfbv[zotg] = -lfbv[zotg]; } } } } } _si ujjl(_uli *blvm, _uli *eolb) { _si dezd = 0; for (_si qpcv = 12; qpcv >= 0; qpcv -= 1) { if (blvm[qpcv] > eolb[qpcv]) { break; } else if (blvm[qpcv] < eolb[qpcv]) { dezd = 1; break; }; } return dezd; } void rhkv(_uc *uksp, _uc *rtmu, _si zkje) { { _ui *kjpp = (_ui *)(uksp + 64); for (_si fedy = 0; fedy <= 7; fedy += 1) { kjpp[4 + fedy] = (((_ui)((rtmu + 4 * fedy)[0])) + ((((_ui)((rtmu + 4 * fedy)[1])) << (8))) + ((((_ui)((rtmu + 4 * fedy)[2])) << (16))) + ((((_ui)((rtmu + 4 * fedy)[3])) << (24)))); } } _ui *zqia = (_ui *)(uksp + 64); _ui *ncic = (_ui *)(uksp + 128); for (_si tiab = 0; tiab <= 3; tiab += 1) { zqia[tiab] = (((_ui)(((_uc *)(_m + 48146) + 4 * tiab)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tiab)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tiab)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tiab)[3])) << (24)))); } for (_si thxr = 0; thxr <= 3; thxr += 1) { zqia[12 + thxr] = zkje; _m[65162] += 1; } ncic[0] = 3904225602; } void nkp(_uc *mwup, _uc *urol, _uc *xtcq, _si cda) { ktew(mwup, urol, 0); bho(mwup, xtcq, cda); } void qupk(_si hsai, _uli *qrol, _uli *vksh, _uli *ecpo, _uli *ifak) { _uli *jtzf = ivvj(); { if (jtzf != ifak) { for (_si lprw = 0; lprw <= 44; lprw += 1) { jtzf[lprw] = ifak[lprw]; } } } mqrz(ecpo, ifak); { ecpo[(((hsai) / (47)))] &= ((((((_uli)(1)) << ((hsai % 47)))) - ((_uli)(1)))); for (_si zviw = 1 + (((hsai) / (47))); zviw <= 44; zviw += 1) { ecpo[zviw] = 0; } } { _uli *jcww = smxy(); _uli *rwcb = tpdf(); _uli *swew = yzdu(); _uli *meok = uog(); for (_si qulz = 0; qulz <= 44; qulz += 1) { jcww[qulz] = ((ecpo[qulz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rwcb[qulz] = ((ecpo[qulz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); swew[qulz] = ((vksh[qulz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); meok[qulz] = ((vksh[qulz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yvhj = 0; yvhj <= 44; yvhj += 1) { ecpo[yvhj] = 0; } } for (_si nlvu = 0; nlvu <= (-1 + (((45) >> (1)))); nlvu += 1) { for (_si ggsw = 0; ggsw <= (-1 + (((45) >> (1)))); ggsw += 1) { _uli isfb = jcww[nlvu] * meok[ggsw] + rwcb[nlvu] * swew[ggsw]; _uli glng = jcww[nlvu] * swew[ggsw]; _uli ogni = meok[ggsw] * rwcb[nlvu]; _uli xlew = ((ecpo[ggsw + nlvu]) + (glng) + (((((isfb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xlew < glng) { ogni += 1; } _uli xaog = ((((isfb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ogni) << ((-47 + (((sizeof(_uli)) << (3)))))))); ecpo[ggsw + nlvu] = xlew; ecpo[1 + ggsw + nlvu] += xaog; } sasq(ecpo); } { _uc *citv = (_uc *)(jcww); for (_si ttcc = 0; ttcc <= 360; ttcc += 1) { citv[ttcc] = (_uc)(1 + citv[ttcc]) * (_uc)(255 + citv[1 + ttcc]); } citv[361] = 0; } { _uc *lbfx = (_uc *)(rwcb); for (_si dlls = 0; dlls <= 360; dlls += 1) { lbfx[dlls] = (_uc)(1 + lbfx[dlls]) * (_uc)(255 + lbfx[1 + dlls]); } lbfx[361] = 0; } qhrj(swew); { _uc *evhy = (_uc *)(meok); for (_si hypt = 0; hypt <= 360; hypt += 1) { evhy[hypt] = (_uc)(255 + evhy[1 + hypt]) * (_uc)(1 + evhy[hypt]); } evhy[361] = 0; } } { ecpo[(((hsai) / (47)))] &= ((((((_uli)(1)) << ((hsai % 47)))) - ((_uli)(1)))); for (_si ixdk = 1 + (((hsai) / (47))); ixdk <= 44; ixdk += 1) { ecpo[ixdk] = 0; } } ixdm(ecpo, ecpo, qrol); { for (_si hzdh = 0; hzdh <= 44; hzdh += 1) { ecpo[hzdh] = ecpo[hzdh] + jtzf[hzdh]; } lzgw(ecpo); } { _si blhe = (hsai % 47); _si nhbj = ((hsai) / (47)); _si fzem = hsai; if (fzem > (8 * sizeof(_uli))) { fzem = -1; } if (nhbj >= 45) { gxia(ecpo); } else { _uli gdpx = (((((_uli)(1)) << (blhe))) - ((_uli)(1))); if (fzem < 0) { ecpo[0] = 0; } else { ecpo[0] = ((((ecpo[0]) & (~gdpx))) >> (fzem)); }; if (nhbj != 0) { ecpo[0] += ((((ecpo[nhbj]) & (~gdpx))) >> (blhe)); } for (_si yhwv = 1; yhwv <= (44 - nhbj); yhwv += 1) { ecpo[-1 + yhwv] += ((((((ecpo[nhbj + yhwv]) & (gdpx))) << (-blhe + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ecpo[yhwv] = ((((ecpo[nhbj + yhwv]) & (~gdpx))) >> (blhe)); } for (_si tqcy = 45 - nhbj; tqcy <= 44; tqcy += 1) { ecpo[tqcy] = 0; } }; } jcgu(jtzf, ecpo, qrol); _si umjc; { umjc = 0; _uli jpwo = 19; for (_si bsuz = 44; bsuz >= 0; bsuz -= 1) { if (jtzf[bsuz] != 0) { umjc = ((((jtzf[bsuz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!umjc) { { if (ecpo != jtzf) { for (_si ecls = 0; ecls <= 44; ecls += 1) { ecpo[ecls] = jtzf[ecls]; } } } } { _uc *uiaj = (_uc *)(jtzf); for (_si huqs = 0; huqs <= 360; huqs += 1) { uiaj[huqs] = (_uc)(255 + uiaj[1 + huqs]) * (_uc)(1 + uiaj[huqs]); } uiaj[361] = 0; } } void erfy(_si bqbu, _uli *albt, _uli *huzk, _uli *napp, _uli *izcu, _uli *iklm) { { _uli *jzno = qbep(); _uli *dwvu = jozk(); _uli *exnx = wonb(); _uli *zcek = xlgb(); for (_si kxhq = 0; kxhq <= 12; kxhq += 1) { jzno[kxhq] = ((izcu[kxhq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dwvu[kxhq] = ((izcu[kxhq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); exnx[kxhq] = ((iklm[kxhq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zcek[kxhq] = ((iklm[kxhq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sjmi = 0; sjmi <= 12; sjmi += 1) { napp[sjmi] = 0; } } for (_si xymn = 0; xymn <= (-1 + (((13) >> (1)))); xymn += 1) { for (_si ielv = 0; ielv <= (-1 + (((13) >> (1)))); ielv += 1) { _uli sxqs = dwvu[xymn] * exnx[ielv] + jzno[xymn] * zcek[ielv]; _uli fuhw = exnx[ielv] * jzno[xymn]; _uli hipz = dwvu[xymn] * zcek[ielv]; _uli jjbo = ((napp[ielv + xymn]) + (fuhw) + (((((sxqs) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jjbo < fuhw) { hipz += 1; } _uli xztn = ((((sxqs) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hipz) << ((-47 + (((sizeof(_uli)) << (3)))))))); napp[ielv + xymn] = jjbo; napp[1 + ielv + xymn] += xztn; } { for (_si sdlx = 0; sdlx <= 11; sdlx += 1) { napp[1 + sdlx] += ((napp[sdlx]) >> (47)); napp[sdlx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } napp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *bdgc = (_uc *)(jzno); for (_si czed = 0; czed <= 360; czed += 1) { bdgc[czed] = (_uc)(1 + bdgc[czed]) * (_uc)(255 + bdgc[1 + czed]); } bdgc[361] = 0; } fwwa(dwvu); bfyu(exnx); { _uc *bcuv = (_uc *)(zcek); for (_si pjvd = 0; pjvd <= 360; pjvd += 1) { bcuv[pjvd] = (_uc)(255 + bcuv[1 + pjvd]) * (_uc)(1 + bcuv[pjvd]); } bcuv[361] = 0; } } { _uli *srlw = gcbc(); gtat(srlw, napp); fcrw(napp, napp); awbh(bqbu, napp); theh(napp, napp, huzk); cbax(bqbu, napp); mkii(napp, napp, albt); fmqy(napp, napp, srlw); hagv(napp, bqbu); { for (_si axik = 0; axik <= 12; axik += 1) { srlw[axik] = -albt[axik] + napp[axik]; } crg(srlw); } _si moji = pded(srlw); if (!moji) { gvug(napp, srlw); } { _uc *aqnh = (_uc *)(srlw); for (_si bjnj = 0; bjnj <= 360; bjnj += 1) { aqnh[bjnj] = (_uc)(255 + aqnh[1 + bjnj]) * (_uc)(1 + aqnh[bjnj]); } aqnh[361] = 0; } } } void koy(_uli *oerb) { for (_si icwj = 0; icwj <= 12; icwj += 1) { oerb[icwj] = 0; } } void vqls(_uc *sbai, _uc *hyuu, _si lnfl) { ifj(sbai, hyuu); _ui *chgs = (_ui *)(sbai + 64); _ui *zegh = (_ui *)(sbai + 128); for (_si vemv = 0; vemv <= 3; vemv += 1) { chgs[vemv] = (((_ui)(((_uc *)(_m + 48146) + 4 * vemv)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vemv)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vemv)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vemv)[3])) << (24)))); } for (_si gjay = 0; gjay <= 3; gjay += 1) { chgs[12 + gjay] = lnfl; _m[65162] += 1; } zegh[0] = 3904225602; } void cggy(_uli *zxim, _uli *nuwd, _uli *djit) { _uli *gmno = sreu(); _uli *addv = ieys(); _uli *fvsg = nayy(); _uli *cgso = spxt(); for (_si bjco = 0; bjco <= 12; bjco += 1) { gmno[bjco] = ((nuwd[bjco]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); addv[bjco] = ((nuwd[bjco]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fvsg[bjco] = ((djit[bjco]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cgso[bjco] = ((djit[bjco]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si glyg = 0; glyg <= 12; glyg += 1) { zxim[glyg] = 0; } } for (_si xycd = 0; xycd <= (-1 + (((13) >> (1)))); xycd += 1) { for (_si wsai = 0; wsai <= (-1 + (((13) >> (1)))); wsai += 1) { _uli fmck = addv[xycd] * fvsg[wsai] + cgso[wsai] * gmno[xycd]; _uli xypo = fvsg[wsai] * gmno[xycd]; _uli zpes = addv[xycd] * cgso[wsai]; _uli bvfo = ((zxim[wsai + xycd]) + (xypo) + (((((fmck) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bvfo < xypo) { zpes += 1; } _uli bsvi = ((((fmck) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zpes) << ((-47 + (((sizeof(_uli)) << (3)))))))); zxim[wsai + xycd] = bvfo; zxim[1 + wsai + xycd] += bsvi; } { for (_si kzdx = 0; kzdx <= 11; kzdx += 1) { zxim[1 + kzdx] += ((zxim[kzdx]) >> (47)); zxim[kzdx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zxim[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } fohh(gmno); zpbt(addv); dovu(fvsg); { _uc *ihja = (_uc *)(cgso); for (_si mzof = 0; mzof <= 360; mzof += 1) { ihja[mzof] = (_uc)(255 + ihja[1 + mzof]) * (_uc)(1 + ihja[mzof]); } ihja[361] = 0; } } void gopd(_uc *xoj, _uc *ruh, _si uzf) { { _ui *dust = (_ui *)(xoj + 64); for (_si bvat = 0; bvat <= 7; bvat += 1) { dust[4 + bvat] = (((_ui)((ruh + 4 * bvat)[0])) + ((((_ui)((ruh + 4 * bvat)[1])) << (8))) + ((((_ui)((ruh + 4 * bvat)[2])) << (16))) + ((((_ui)((ruh + 4 * bvat)[3])) << (24)))); } } _ui *gnxd = (_ui *)(xoj + 64); _ui *bxjj = (_ui *)(xoj + 128); for (_si ipw = 0; ipw <= 3; ipw += 1) { gnxd[ipw] = (((_ui)(((_uc *)(_m + 48146) + 4 * ipw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ipw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ipw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ipw)[3])) << (24)))); } for (_si ggbd = 0; ggbd <= 3; ggbd += 1) { gnxd[12 + ggbd] = uzf; _m[65162] += 1; } bxjj[0] = 3904225602; } void fuqy(_uli *jbzr) { for (_si uxal = 0; uxal <= 11; uxal += 1) { jbzr[1 + uxal] += ((jbzr[uxal]) >> (47)); jbzr[uxal] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jbzr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void glqc(_uli *uyaw) { _uc *jppz = (_uc *)(uyaw); for (_si jbvm = 0; jbvm <= 360; jbvm += 1) { jppz[jbvm] = (_uc)(255 + jppz[1 + jbvm]) * (_uc)(1 + jppz[jbvm]); } jppz[361] = 0; } void coxl(_uli *tngu) { _uc *ptzw = (_uc *)(tngu); for (_si lztt = 0; lztt <= 360; lztt += 1) { ptzw[lztt] = (_uc)(255 + ptzw[1 + lztt]) * (_uc)(1 + ptzw[lztt]); } ptzw[361] = 0; } void dyqd(_uc *udvm) { _uc *awbl = (_uc *)(udvm + 0); _ui *zzeq = (_ui *)(udvm + 64); _ui *ryyu = (_ui *)(udvm + 96); _si ejlz = 0; _ui okkh = 0; _ui qzqe = 0; _ui guvd = 0; _ui rmqd = 0; _ui qqmp = 0; _ui ksbz = 0; for (_si fipq = 0; fipq <= 15; fipq += 1) { ryyu[fipq] = (((((((((_ui)(awbl[ejlz])) << (24))) | ((((_ui)(awbl[1 + ejlz])) << (16))))) | ((((_ui)(awbl[2 + ejlz])) << (8))))) | ((_ui)(awbl[3 + ejlz]))); ejlz += 4; } for (_si wguw = 16; wguw <= 31; wguw += 1) { okkh = ((((((((ryyu[-15 + wguw]) >> (7))) | (((ryyu[-15 + wguw]) << (25))))) ^ (((((ryyu[-15 + wguw]) >> (18))) | (((ryyu[-15 + wguw]) << (14))))))) ^ (((ryyu[-15 + wguw]) >> (3)))); rmqd = ((((((((ryyu[-2 + wguw]) >> (17))) | (((ryyu[-2 + wguw]) << (15))))) ^ (((((ryyu[-2 + wguw]) >> (19))) | (((ryyu[-2 + wguw]) << (13))))))) ^ (((ryyu[-2 + wguw]) >> (10)))); ryyu[wguw] = okkh + rmqd + ryyu[-7 + wguw] + ryyu[-16 + wguw]; _m[65160] += 1; } _ui avzv = zzeq[0]; _ui izao = zzeq[1]; _ui xvml = zzeq[2]; _ui jmaa = zzeq[3]; _ui ybde = zzeq[4]; _ui exja = zzeq[5]; _ui sdkq = zzeq[6]; _ui ntjy = zzeq[7]; for (_si mzfq = 0; mzfq <= 31; mzfq += 1) { okkh = ((((((((avzv) >> (2))) | (((avzv) << (30))))) ^ (((((avzv) >> (13))) | (((avzv) << (19))))))) ^ (((((avzv) >> (22))) | (((avzv) << (10)))))); qzqe = ((((((avzv) & (izao))) ^ (((avzv) & (xvml))))) ^ (((izao) & (xvml)))); guvd = okkh + qzqe; rmqd = ((((((((ybde) >> (6))) | (((ybde) << (26))))) ^ (((((ybde) >> (11))) | (((ybde) << (21))))))) ^ (((((ybde) >> (25))) | (((ybde) << (7)))))); qqmp = ((((ybde) & (exja))) ^ (((~ybde) & (sdkq)))); ksbz = ntjy + rmqd + ryyu[mzfq] + qqmp + *(((_ui *)(_m + 246160) + mzfq)); ntjy = sdkq; sdkq = exja; exja = ybde; ybde = jmaa + ksbz; jmaa = xvml; xvml = izao; izao = avzv; avzv = guvd + ksbz; _m[65161] += 1; } zzeq[0] += avzv; zzeq[1] += izao; zzeq[2] += xvml; zzeq[3] += jmaa; zzeq[4] += ybde; zzeq[5] += exja; zzeq[6] += sdkq; zzeq[7] += ntjy; } void zjda(_uli *denp) { for (_si gbp = 0; gbp <= 12; gbp += 1) { denp[gbp] = 0; } } void jau(_uc *kmya, _uc *ikox, _si bjoi) { { _ui *edxz = (_ui *)(kmya + 64); for (_si wnda = 0; wnda <= 7; wnda += 1) { edxz[4 + wnda] = (((_ui)((ikox + 4 * wnda)[0])) + ((((_ui)((ikox + 4 * wnda)[1])) << (8))) + ((((_ui)((ikox + 4 * wnda)[2])) << (16))) + ((((_ui)((ikox + 4 * wnda)[3])) << (24)))); } } _ui *oso = (_ui *)(kmya + 64); _ui *qcp = (_ui *)(kmya + 128); for (_si stq = 0; stq <= 3; stq += 1) { oso[stq] = (((_ui)(((_uc *)(_m + 48146) + 4 * stq)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * stq)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * stq)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * stq)[3])) << (24)))); } for (_si cfki = 0; cfki <= 3; cfki += 1) { oso[12 + cfki] = bjoi; _m[65162] += 1; } qcp[0] = 3904225602; } void bsjt(_uli *pdhc, _uli *okkq, _uli *uswm) { for (_si wvmy = 0; wvmy <= 12; wvmy += 1) { pdhc[wvmy] = okkq[wvmy] - uswm[wvmy]; } { _si ynqt; { ynqt = 0; _uli zobe = 19; for (_si hkgm = 12; hkgm >= 0; hkgm -= 1) { if (pdhc[hkgm] != 0) { ynqt = ((((pdhc[hkgm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ynqt) { zlcw(pdhc, pdhc); } for (_si txwz = 0; txwz <= 11; txwz += 1) { if (((((pdhc[txwz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pdhc[1 + txwz] -= 1; } else { pdhc[1 + txwz] += ((pdhc[txwz]) >> (47)); }; pdhc[txwz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pdhc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ynqt) { { for (_si cswh = 0; cswh <= 12; cswh += 1) { pdhc[cswh] = -pdhc[cswh]; } } } } } void nqre(_uli *igmo, _uli *tibt) { if (igmo != tibt) { for (_si dcwu = 0; dcwu <= 12; dcwu += 1) { igmo[dcwu] = tibt[dcwu]; } } } void cuur(_uli *mddc, _uli *fauh, _uli *hydh) { for (_si bqlh = 0; bqlh <= 12; bqlh += 1) { mddc[bqlh] = fauh[bqlh] + hydh[bqlh]; } gbxp(mddc); } _uli *yiuc() { ; _uli *asll; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; asll = (_uli *)(_m + 362 * _s); break; } _s += 1; } return asll; } _si buhy(_uli *cxrl) { _si nwpx = -1; for (_si ltbk = 12; ltbk >= 0; ltbk -= 1) { if (cxrl[ltbk] != 0) { nwpx = ltbk; break; } } return nwpx; } void uvrd(_uli *czkf, _si spfn) { _si ejax = (spfn % 47); _si lmqa = ((spfn) / (47)); _si ecqs = spfn; if (ecqs > (8 * sizeof(_uli))) { ecqs = -1; } if (lmqa >= 13) { dwce(czkf); } else { _uli snnb = (((((_uli)(1)) << (ejax))) - ((_uli)(1))); if (ecqs < 0) { czkf[0] = 0; } else { czkf[0] = ((((czkf[0]) & (~snnb))) >> (ecqs)); }; if (lmqa != 0) { czkf[0] += ((((czkf[lmqa]) & (~snnb))) >> (ejax)); } for (_si vpia = 1; vpia <= (12 - lmqa); vpia += 1) { czkf[-1 + vpia] += ((((((czkf[lmqa + vpia]) & (snnb))) << (-ejax + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); czkf[vpia] = ((((czkf[lmqa + vpia]) & (~snnb))) >> (ejax)); } for (_si kbjn = 13 - lmqa; kbjn <= 12; kbjn += 1) { czkf[kbjn] = 0; } }; } void eupc(_uli *vjjq, _uli *eumi, _uli *cnga, _uli *orrl) { { for (_si rgpn = 0; rgpn <= 12; rgpn += 1) { eumi[rgpn] = cnga[rgpn] - orrl[rgpn]; } { _si cppp = cwjc(eumi); if (cppp) { { for (_si fcgk = 0; fcgk <= 12; fcgk += 1) { eumi[fcgk] = -eumi[fcgk]; } } } for (_si qqqj = 0; qqqj <= 11; qqqj += 1) { if (((((eumi[qqqj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { eumi[1 + qqqj] -= 1; } else { eumi[1 + qqqj] += ((eumi[qqqj]) >> (47)); }; eumi[qqqj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eumi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cppp) { { for (_si iwiq = 0; iwiq <= 12; iwiq += 1) { eumi[iwiq] = -eumi[iwiq]; } } } } } _si vqto = nyks(eumi); if (vqto) { qhec(eumi, eumi, vjjq); } } void jage(_uli *vckz) { _si mcgh = dbaf(vckz); if (mcgh) { { for (_si xxbu = 0; xxbu <= 44; xxbu += 1) { vckz[xxbu] = -vckz[xxbu]; } } } for (_si fbpb = 0; fbpb <= 43; fbpb += 1) { if (((((vckz[fbpb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vckz[1 + fbpb] -= 1; } else { vckz[1 + fbpb] += ((vckz[fbpb]) >> (47)); }; vckz[fbpb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vckz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mcgh) { { for (_si ahoq = 0; ahoq <= 44; ahoq += 1) { vckz[ahoq] = -vckz[ahoq]; } } } } void vgyt(_uli *ttum, _uli *ekue, _uli *mgu) { _uli *rkez = dbam(); _uli *mkes = niei(); _uli *xshe = yiuc(); _uli *bsuv = ygbj(); for (_si spfs = 0; spfs <= 12; spfs += 1) { rkez[spfs] = ((ekue[spfs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mkes[spfs] = ((ekue[spfs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xshe[spfs] = ((mgu[spfs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bsuv[spfs] = ((mgu[spfs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si snmd = 0; snmd <= 12; snmd += 1) { ttum[snmd] = 0; } } for (_si pycd = 0; pycd <= (-1 + (((13) >> (1)))); pycd += 1) { for (_si joty = 0; joty <= (-1 + (((13) >> (1)))); joty += 1) { _uli ktde = bsuv[joty] * rkez[pycd] + mkes[pycd] * xshe[joty]; _uli aof = rkez[pycd] * xshe[joty]; _uli zymu = bsuv[joty] * mkes[pycd]; _uli tsaz = ((ttum[joty + pycd]) + (aof) + (((((ktde) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tsaz < aof) { zymu += 1; } _uli oowf = ((((ktde) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zymu) << ((-47 + (((sizeof(_uli)) << (3)))))))); ttum[joty + pycd] = tsaz; ttum[1 + joty + pycd] += oowf; } { for (_si wkrf = 0; wkrf <= 11; wkrf += 1) { ttum[1 + wkrf] += ((ttum[wkrf]) >> (47)); ttum[wkrf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ttum[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } htjv(rkez); { _uc *umgv = (_uc *)(mkes); for (_si adbu = 0; adbu <= 360; adbu += 1) { umgv[adbu] = (_uc)(1 + umgv[adbu]) * (_uc)(255 + umgv[1 + adbu]); } umgv[361] = 0; } jpeh(xshe); { _uc *xwon = (_uc *)(bsuv); for (_si qigi = 0; qigi <= 360; qigi += 1) { xwon[qigi] = (_uc)(255 + xwon[1 + qigi]) * (_uc)(1 + xwon[qigi]); } xwon[361] = 0; } } void etph(_uli *sbga, _uli *fiax, _uli *item) { for (_si bmk = 0; bmk <= 12; bmk += 1) { sbga[bmk] = fiax[bmk] + item[bmk]; } { _si hixj; { hixj = 0; _uli sdcj = 19; for (_si qyvk = 12; qyvk >= 0; qyvk -= 1) { if (sbga[qyvk] != 0) { hixj = ((((sbga[qyvk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hixj) { { for (_si mdmk = 0; mdmk <= 12; mdmk += 1) { sbga[mdmk] = -sbga[mdmk]; } } } for (_si ykum = 0; ykum <= 11; ykum += 1) { if (((((sbga[ykum]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sbga[1 + ykum] -= 1; } else { sbga[1 + ykum] += ((sbga[ykum]) >> (47)); }; sbga[ykum] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sbga[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hixj) { { for (_si whih = 0; whih <= 12; whih += 1) { sbga[whih] = -sbga[whih]; } } } } } void vxyh(_uc *tdz, _uc *bpn, _uc *mwfv, _si zpbj) { _uc *wvz = (_uc *)(tdz + 0); { _uc *msg = (_uc *)(tdz + 0); _uli *fxvz = (_uli *)(tdz + 352); _si hbi = (_si)(((fxvz[0]) & (63))); fxvz[0] += zpbj; for (_si nary = 0; nary <= (-1 + zpbj); nary += 1) { msg[hbi] = mwfv[nary]; hbi += 1; if (hbi == 64) { jcjk(tdz); hbi = 0; } } } _uli *otx = (_uli *)(tdz + 352); { _uc *kbwm = (_uc *)(tdz + 0); _ui *ctp = (_ui *)(tdz + 64); _uli *fel = (_uli *)(tdz + 352); _uli bdnh = 8 * fel[0]; _uc oryo[1]; oryo[0] = 128; { _uc *tfl = (_uc *)(tdz + 0); _uli *smrc = (_uli *)(tdz + 352); _si ampa = (_si)(((smrc[0]) & (63))); smrc[0] += 1; for (_si uoa = 0; uoa <= 0; uoa += 1) { tfl[ampa] = oryo[uoa]; ampa += 1; if (ampa == 64) { wowg(tdz); ampa = 0; } } } while (((((fel[0]) & (63))) != (56))) { oryo[0] = 0; nth(tdz, oryo, 1); } for (_si gfq = 0; gfq <= 7; gfq += 1) { oryo[0] = (_uc)(((((bdnh) >> (8 * (7 - gfq)))) & (255))); nszo(tdz, oryo, 1); } _si xmb = 0; for (_si iwr = 0; iwr <= 7; iwr += 1) { _ui nas = ctp[iwr]; kbwm[xmb] = (_uc)(((((nas) >> (24))) & (255))); kbwm[1 + xmb] = (_uc)(((((nas) >> (16))) & (255))); kbwm[2 + xmb] = (_uc)(((((nas) >> (8))) & (255))); kbwm[3 + xmb] = (_uc)(((nas) & (255))); xmb += 4; } } for (_si shof = 0; shof <= 31; shof += 1) { bpn[shof] = wvz[shof]; } } _uli *mlib() { ; _uli *bodk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; bodk = (_uli *)(_m + 362 * _s); break; } _s += 1; } return bodk; } void pddg(_uli *dxdy) { for (_si opij = 0; opij <= 12; opij += 1) { dxdy[opij] = 0; } } void twjn(_uli *xrwx, _uli *bdro, _uli *wdlw) { for (_si aauw = 0; aauw <= 44; aauw += 1) { xrwx[aauw] = bdro[aauw] + wdlw[aauw]; } knfc(xrwx); } _si zqmc(_uli *jzsu) { _si zutj = 0; _uli rfss = 19; for (_si nbhk = 12; nbhk >= 0; nbhk -= 1) { if (jzsu[nbhk] != 0) { zutj = ((((jzsu[nbhk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zutj; } void gcpu(_uli *yrqb) { for (_si heyg = 0; heyg <= 12; heyg += 1) { yrqb[heyg] = 0; } } void jqn(_si wij, _uli *lbbo, _uli *ayn, _uli *jcrv, _uli *oitf, _uli *oqpg, _uli *lfrp, _uli *qbym, _uli *fsz) { { { ; } { _si vulv = (wij % 47); _si abw = ((wij) / (47)); _si lkuc = -vulv + (((sizeof(_uli)) << (3))); if (abw >= 45) { ljez(fsz); } else { for (_si somb = 44 - abw; somb >= 1; somb -= 1) { fsz[abw + somb] = ((fsz[somb]) << (vulv)); if (lkuc < (8 * sizeof(_uli))) { fsz[abw + somb] += ((((fsz[-1 + somb]) >> (lkuc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } fsz[abw] = ((fsz[0]) << (vulv)); for (_si bsvh = -1 + abw; bsvh >= 0; bsvh -= 1) { fsz[bsvh] = 0; } }; { for (_si cumz = 0; cumz <= 43; cumz += 1) { fsz[1 + cumz] += ((fsz[cumz]) >> (47)); fsz[cumz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fsz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uli *erqo = oxxz(); { { ; } _si povv = tqv(fsz); _si sqme = tqav(lbbo); if (povv >= sqme) { _si inui = 0; _uli fwi = lbbo[sqme]; while (fwi < (((((((_uli)(1)) << (47)))) >> (1)))) { inui += 1; fwi <<= 1; } if (sqme == 0) { inui += 47; povv += 1; sqme += 1; } if (inui > 0) { { _si tces = (inui % 47); _si awos = ((inui) / (47)); _si qowx = -tces + (((sizeof(_uli)) << (3))); if (awos >= 45) { { for (_si jft = 0; jft <= 44; jft += 1) { fsz[jft] = 0; } } } else { for (_si wtqw = 44 - awos; wtqw >= 1; wtqw -= 1) { fsz[awos + wtqw] = ((fsz[wtqw]) << (tces)); if (qowx < (8 * sizeof(_uli))) { fsz[awos + wtqw] += ((((fsz[-1 + wtqw]) >> (qowx))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } fsz[awos] = ((fsz[0]) << (tces)); for (_si yhqo = -1 + awos; yhqo >= 0; yhqo -= 1) { fsz[yhqo] = 0; } }; { for (_si iok = 0; iok <= 43; iok += 1) { fsz[1 + iok] += ((fsz[iok]) >> (47)); fsz[iok] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fsz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _si dbmu = (inui % 47); _si oocl = ((inui) / (47)); _si moju = -dbmu + (((sizeof(_uli)) << (3))); if (oocl >= 45) { { for (_si crgz = 0; crgz <= 44; crgz += 1) { lbbo[crgz] = 0; } } } else { for (_si cdou = 44 - oocl; cdou >= 1; cdou -= 1) { lbbo[cdou + oocl] = ((lbbo[cdou]) << (dbmu)); if (moju < (8 * sizeof(_uli))) { lbbo[cdou + oocl] += ((((lbbo[-1 + cdou]) >> (moju))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } lbbo[oocl] = ((lbbo[0]) << (dbmu)); for (_si dhbk = -1 + oocl; dhbk >= 0; dhbk -= 1) { lbbo[dhbk] = 0; } }; { for (_si bqyz = 0; bqyz <= 43; bqyz += 1) { lbbo[1 + bqyz] += ((lbbo[bqyz]) >> (47)); lbbo[bqyz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lbbo[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si zovy = povv - sqme; fwi = lbbo[sqme]; _uli msa = lbbo[-1 + sqme]; for (_si hetl = zovy; hetl >= 0; hetl -= 1) { __uint128_t jnja = (__uint128_t)(((((_uli)(1)) << (47)))) * fsz[1 + hetl + sqme] + fsz[hetl + sqme]; _uli qdt = 0; __uint128_t sobj = ((jnja) / (fwi)); __uint128_t mrcb = (jnja % fwi); while (sobj == ((((_uli)(1)) << (47))) || (msa * sobj) > (mrcb * ((((_uli)(1)) << (47))) + fsz[-1 + hetl + sqme])) { sobj -= 1; mrcb += fwi; if (mrcb >= ((((_uli)(1)) << (47)))) { break; } } jnja = 0; for (_si zozq = 0; zozq <= sqme; zozq += 1) { jnja += lbbo[zozq] * sobj; qdt = fsz[hetl + zozq]; if (jnja > qdt) { jnja -= qdt; qdt = jnja % ((((_uli)(1)) << (47))); jnja = ((jnja) / (((((_uli)(1)) << (47))))); if (qdt == 0) { fsz[hetl + zozq] = 0; } else { fsz[hetl + zozq] = ((1 + ~(_uli)(qdt)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); jnja += 1; }; } else { fsz[hetl + zozq] -= jnja; jnja = 0; }; } qdt = fsz[1 + hetl + sqme]; if (jnja > qdt) { lbbo[1 + hetl + sqme] = -1 + sobj; jnja = 0; for (_si ghzg = 0; ghzg <= sqme; ghzg += 1) { jnja += fsz[ghzg + hetl] + lbbo[ghzg]; fsz[ghzg + hetl] = jnja % ((((_uli)(1)) << (47))); jnja = ((jnja) / (((((_uli)(1)) << (47))))); } } else { lbbo[1 + hetl + sqme] = sobj; fsz[1 + hetl + sqme] -= jnja; }; } for (_si skq = 0; skq <= zovy; skq += 1) { erqo[skq] = lbbo[1 + skq + sqme]; fsz[1 + skq + sqme] = 0; } for (_si bag = 1 + zovy; bag <= 44; bag += 1) { erqo[bag] = 0; } if (erqo != lbbo) { for (_si arbf = 1 + sqme; arbf <= (1 + povv); arbf += 1) { lbbo[arbf] = 0; } if (inui > 0) { litv(lbbo, inui); } } if (inui > 0) { ohym(fsz, inui); } } } omqh(erqo); } } { _uli *zsrp = vjwg(); mjua(zsrp, fsz); { { if (fsz != jcrv) { for (_si ctzv = 0; ctzv <= 44; ctzv += 1) { fsz[ctzv] = jcrv[ctzv]; } } } } _si qfz = 0; for (_si ggoy = 44; ggoy >= 0; ggoy -= 1) { _uli eng = oitf[ggoy]; _uli odo = (((_uli)(1)) << (46)); while (odo != 0) { _si ffrh = ((((eng) & (odo))) != (0)); if (qfz || ffrh) { { { _uli *xiqb = rbou(); _uli *zyn = fspc(); for (_si bzr = 0; bzr <= 44; bzr += 1) { xiqb[bzr] = ((fsz[bzr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zyn[bzr] = ((fsz[bzr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ydun = 0; ydun <= 44; ydun += 1) { fsz[ydun] = 0; } } for (_si yvqq = 0; yvqq <= (-1 + (((45) >> (1)))); yvqq += 1) { for (_si pyxh = 0; pyxh <= (-1 + (((45) >> (1)))); pyxh += 1) { _uli iqf = xiqb[pyxh] * zyn[yvqq] + xiqb[yvqq] * zyn[pyxh]; _uli bzfx = xiqb[pyxh] * xiqb[yvqq]; _uli qro = zyn[pyxh] * zyn[yvqq]; _uli fml = ((fsz[pyxh + yvqq]) + (bzfx) + (((((iqf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fml < bzfx) { qro += 1; } _uli mtsm = ((((iqf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qro) << ((-47 + (((sizeof(_uli)) << (3)))))))); fsz[pyxh + yvqq] = fml; fsz[1 + pyxh + yvqq] += mtsm; } { for (_si pwe = 0; pwe <= 43; pwe += 1) { fsz[1 + pwe] += ((fsz[pwe]) >> (47)); fsz[pwe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fsz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } einn(xiqb); { _uc *nfvb = (_uc *)(zyn); for (_si ttq = 0; ttq <= 360; ttq += 1) { nfvb[ttq] = (_uc)(1 + nfvb[ttq]) * (_uc)(255 + nfvb[1 + ttq]); } nfvb[361] = 0; } } alkp(wij, lbbo, ayn, fsz, fsz); } if (ffrh) { itii(wij, lbbo, ayn, fsz, fsz, zsrp); } qfz = 1; } odo >>= 1; } } { _uc *tjs = (_uc *)(zsrp); for (_si rklj = 0; rklj <= 360; rklj += 1) { tjs[rklj] = (_uc)(1 + tjs[rklj]) * (_uc)(255 + tjs[1 + rklj]); } tjs[361] = 0; } } pgrd(wij, lbbo, ayn, jcrv, lfrp, oqpg, qbym); { ohm(lfrp, lfrp, fsz); { _uli *jvc = eaze(); { if (jvc != lfrp) { for (_si etqn = 0; etqn <= 44; etqn += 1) { jvc[etqn] = lfrp[etqn]; } } } ewq(lfrp, lfrp); unlk(wij, lfrp); qous(lfrp, lfrp, ayn); { lfrp[(((wij) / (47)))] &= ((((((_uli)(1)) << ((wij % 47)))) - ((_uli)(1)))); for (_si vmuz = 1 + (((wij) / (47))); vmuz <= 44; vmuz += 1) { lfrp[vmuz] = 0; } } jrf(lfrp, lfrp, lbbo); { for (_si mjhr = 0; mjhr <= 44; mjhr += 1) { lfrp[mjhr] = jvc[mjhr] + lfrp[mjhr]; } issj(lfrp); } vlhd(lfrp, wij); cbc(jvc, lfrp, lbbo); _si unrl = qug(jvc); if (!unrl) { { if (lfrp != jvc) { for (_si jtpt = 0; jtpt <= 44; jtpt += 1) { lfrp[jtpt] = jvc[jtpt]; } } } } { _uc *hlz = (_uc *)(jvc); for (_si nymo = 0; nymo <= 360; nymo += 1) { hlz[nymo] = (_uc)(1 + hlz[nymo]) * (_uc)(255 + hlz[1 + nymo]); } hlz[361] = 0; } } } } _si lyrg(_uli *ncde) { _si jccr = 0; _uli mvhs = 19; for (_si bdto = 44; bdto >= 0; bdto -= 1) { if (ncde[bdto] != 0) { jccr = ((((ncde[bdto]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return jccr; } void azqk(_uli *evjx, _uli *tpfd, _uli *epkn, _uli *pids) { qdoj(tpfd, epkn, pids); _si lkwo; { lkwo = 0; _uli bymh = 19; for (_si dgma = 12; dgma >= 0; dgma -= 1) { if (tpfd[dgma] != 0) { lkwo = ((((tpfd[dgma]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (lkwo) { hksw(tpfd, tpfd, evjx); } } _uli *sisr() { ; _uli *zrlx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; zrlx = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zrlx; } _si lyma(_uli *njiy) { _si qlje = 0; _uli pcts = 19; for (_si ipdj = 12; ipdj >= 0; ipdj -= 1) { if (njiy[ipdj] != 0) { qlje = ((((njiy[ipdj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qlje; } void peci(_uli *rbiu) { _uc *qumo = (_uc *)(rbiu); for (_si veqr = 0; veqr <= 360; veqr += 1) { qumo[veqr] = (_uc)(255 + qumo[1 + veqr]) * (_uc)(1 + qumo[veqr]); } qumo[361] = 0; } void cmlu(_uli *uvzy, _si nnfa) { _si jibe = (nnfa % 47); _si uqvy = ((nnfa) / (47)); _si qiwb = -jibe + (((sizeof(_uli)) << (3))); if (uqvy >= 13) { { for (_si xhft = 0; xhft <= 12; xhft += 1) { uvzy[xhft] = 0; } } } else { for (_si kazq = 12 - uqvy; kazq >= 1; kazq -= 1) { uvzy[kazq + uqvy] = ((uvzy[kazq]) << (jibe)); if (qiwb < (8 * sizeof(_uli))) { uvzy[kazq + uqvy] += ((((uvzy[-1 + kazq]) >> (qiwb))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } uvzy[uqvy] = ((uvzy[0]) << (jibe)); for (_si lmfy = -1 + uqvy; lmfy >= 0; lmfy -= 1) { uvzy[lmfy] = 0; } }; { for (_si wqbi = 0; wqbi <= 11; wqbi += 1) { uvzy[1 + wqbi] += ((uvzy[wqbi]) >> (47)); uvzy[wqbi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uvzy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void fsrh(_uli *ttjl, _uli *rts) { for (_si vnnm = 0; vnnm <= 12; vnnm += 1) { ttjl[vnnm] = -rts[vnnm]; } } void fgdm(_uli *wddd, _uli *vuml, _uli *spnr) { for (_si srju = 0; srju <= 12; srju += 1) { wddd[srju] = spnr[srju] + vuml[srju]; } { _si wzut; { wzut = 0; _uli hkgk = 19; for (_si cqbj = 12; cqbj >= 0; cqbj -= 1) { if (wddd[cqbj] != 0) { wzut = ((((wddd[cqbj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wzut) { { for (_si ntyq = 0; ntyq <= 12; ntyq += 1) { wddd[ntyq] = -wddd[ntyq]; } } } for (_si ejbw = 0; ejbw <= 11; ejbw += 1) { if (((((wddd[ejbw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wddd[1 + ejbw] -= 1; } else { wddd[1 + ejbw] += ((wddd[ejbw]) >> (47)); }; wddd[ejbw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wddd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wzut) { { for (_si ziav = 0; ziav <= 12; ziav += 1) { wddd[ziav] = -wddd[ziav]; } } } } } void fbut(_uli *chhu) { for (_si eery = 0; eery <= 11; eery += 1) { chhu[1 + eery] += ((chhu[eery]) >> (47)); chhu[eery] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } chhu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void dtfn(_uli *jpbu) { for (_si qxnc = 0; qxnc <= 12; qxnc += 1) { jpbu[qxnc] = 0; } } _si piku(_uli *qmuq) { _si mach = 0; _uli kxnv = 19; for (_si qxls = 12; qxls >= 0; qxls -= 1) { if (qmuq[qxls] != 0) { mach = ((((qmuq[qxls]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return mach; } void bevq(_uli *sodg) { _si hcwz = nlnw(sodg); if (hcwz) { { for (_si iqtv = 0; iqtv <= 12; iqtv += 1) { sodg[iqtv] = -sodg[iqtv]; } } } for (_si bzec = 0; bzec <= 11; bzec += 1) { if (((((sodg[bzec]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sodg[1 + bzec] -= 1; } else { sodg[1 + bzec] += ((sodg[bzec]) >> (47)); }; sodg[bzec] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sodg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hcwz) { ymlf(sodg, sodg); } } void wopj(_uli *wbri, _si ayvt) { _si zymp = (ayvt % 47); _si dmxy = ((ayvt) / (47)); _si sjeg = -zymp + (((sizeof(_uli)) << (3))); if (dmxy >= 13) { { for (_si pymu = 0; pymu <= 12; pymu += 1) { wbri[pymu] = 0; } } } else { for (_si xhtn = 12 - dmxy; xhtn >= 1; xhtn -= 1) { wbri[dmxy + xhtn] = ((wbri[xhtn]) << (zymp)); if (sjeg < (8 * sizeof(_uli))) { wbri[dmxy + xhtn] += ((((wbri[-1 + xhtn]) >> (sjeg))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } wbri[dmxy] = ((wbri[0]) << (zymp)); for (_si pqrs = -1 + dmxy; pqrs >= 0; pqrs -= 1) { wbri[pqrs] = 0; } }; { for (_si gljc = 0; gljc <= 11; gljc += 1) { wbri[1 + gljc] += ((wbri[gljc]) >> (47)); wbri[gljc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wbri[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void sdfn(_uli *gmdn, _uli *zizk, _uli *lebl) { _uli *xhqb = zegx(); _uli *smya = xnol(); _uli *uryb = vbxx(); _uli *rjba = xnol(); for (_si svbf = 0; svbf <= 44; svbf += 1) { xhqb[svbf] = ((zizk[svbf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); smya[svbf] = ((zizk[svbf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uryb[svbf] = ((lebl[svbf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rjba[svbf] = ((lebl[svbf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vsvq = 0; vsvq <= 44; vsvq += 1) { gmdn[vsvq] = 0; } } for (_si pecl = 0; pecl <= (-1 + (((45) >> (1)))); pecl += 1) { for (_si lchw = 0; lchw <= (-1 + (((45) >> (1)))); lchw += 1) { _uli unow = rjba[lchw] * xhqb[pecl] + smya[pecl] * uryb[lchw]; _uli pkeh = uryb[lchw] * xhqb[pecl]; _uli ntnt = rjba[lchw] * smya[pecl]; _uli fblo = ((gmdn[lchw + pecl]) + (pkeh) + (((((unow) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fblo < pkeh) { ntnt += 1; } _uli pxbk = ((((unow) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ntnt) << ((-47 + (((sizeof(_uli)) << (3)))))))); gmdn[lchw + pecl] = fblo; gmdn[1 + lchw + pecl] += pxbk; } { for (_si wwkp = 0; wwkp <= 43; wwkp += 1) { gmdn[1 + wwkp] += ((gmdn[wwkp]) >> (47)); gmdn[wwkp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gmdn[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *dtll = (_uc *)(xhqb); for (_si jiac = 0; jiac <= 360; jiac += 1) { dtll[jiac] = (_uc)(1 + dtll[jiac]) * (_uc)(255 + dtll[1 + jiac]); } dtll[361] = 0; } { _uc *ihqh = (_uc *)(smya); for (_si xkzt = 0; xkzt <= 360; xkzt += 1) { ihqh[xkzt] = (_uc)(1 + ihqh[xkzt]) * (_uc)(255 + ihqh[1 + xkzt]); } ihqh[361] = 0; } efoo(uryb); wphk(rjba); } void ghws(_uli *lxou) { for (_si hkjm = 0; hkjm <= 43; hkjm += 1) { lxou[1 + hkjm] += ((lxou[hkjm]) >> (47)); lxou[hkjm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lxou[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *qvtm() { ; _uli *uvrb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; uvrb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uvrb; } void rlzz(_si vldp, _uli *grdd) { grdd[(((vldp) / (47)))] &= ((((((_uli)(1)) << ((vldp % 47)))) - ((_uli)(1)))); for (_si eznj = 1 + (((vldp) / (47))); eznj <= 12; eznj += 1) { grdd[eznj] = 0; } } void mwyl(_si ijts, _uli *hjvn) { hjvn[(((ijts) / (47)))] &= ((((((_uli)(1)) << ((ijts % 47)))) - ((_uli)(1)))); for (_si vboi = 1 + (((ijts) / (47))); vboi <= 12; vboi += 1) { hjvn[vboi] = 0; } } void gegi(_uli *rkgb, _uli *xrat) { if (rkgb != xrat) { for (_si rtjj = 0; rtjj <= 12; rtjj += 1) { rkgb[rtjj] = xrat[rtjj]; } } } _si bhyu(_uli *lysb) { _si qvfu = 0; _uli ladd = 19; for (_si jpae = 12; jpae >= 0; jpae -= 1) { if (lysb[jpae] != 0) { qvfu = ((((lysb[jpae]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qvfu; } void vto(_uli *haea) { _uc *kkvz = (_uc *)(haea); for (_si odzb = 0; odzb <= 360; odzb += 1) { kkvz[odzb] = (_uc)(1 + kkvz[odzb]) * (_uc)(255 + kkvz[1 + odzb]); } kkvz[361] = 0; } void hggj(_uli *bcfc, _uli *hpbk) { if (bcfc != hpbk) { for (_si wymg = 0; wymg <= 44; wymg += 1) { bcfc[wymg] = hpbk[wymg]; } } } void qexb(_uli *gjzm, _uli *kdbi) { for (_si yimm = 0; yimm <= 12; yimm += 1) { gjzm[yimm] = -kdbi[yimm]; } } void cbrz(_uli *kgtj, _uli *dvbh, _uli *tprr) { for (_si bkon = 0; bkon <= 12; bkon += 1) { kgtj[bkon] = dvbh[bkon] + tprr[bkon]; } pmjb(kgtj); } void bbkl(_uli *vdvm, _uli *lfrg) { for (_si glrm = 0; glrm <= 12; glrm += 1) { vdvm[glrm] = -lfrg[glrm]; } } void vsul(_uli *eacb) { for (_si sjdq = 0; sjdq <= 12; sjdq += 1) { eacb[sjdq] = 0; } } void kdjn(_uli *ddbt) { for (_si jvkp = 0; jvkp <= 44; jvkp += 1) { ddbt[jvkp] = 0; } } void gbvj(_uli *fgbi, _si aztq) { _si htal = (aztq % 47); _si unli = ((aztq) / (47)); _si ofiv = aztq; if (ofiv > (8 * sizeof(_uli))) { ofiv = -1; } if (unli >= 13) { { for (_si btzw = 0; btzw <= 12; btzw += 1) { fgbi[btzw] = 0; } } } else { _uli bvbr = (((((_uli)(1)) << (htal))) - ((_uli)(1))); if (ofiv < 0) { fgbi[0] = 0; } else { fgbi[0] = ((((fgbi[0]) & (~bvbr))) >> (ofiv)); }; if (unli != 0) { fgbi[0] += ((((fgbi[unli]) & (~bvbr))) >> (htal)); } for (_si hjys = 1; hjys <= (12 - unli); hjys += 1) { fgbi[-1 + hjys] += ((((((fgbi[hjys + unli]) & (bvbr))) << (-htal + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fgbi[hjys] = ((((fgbi[hjys + unli]) & (~bvbr))) >> (htal)); } for (_si emqv = 13 - unli; emqv <= 12; emqv += 1) { fgbi[emqv] = 0; } }; } void fisz(_uc *qqyf, _uc *ckpl, _si qndz) { { _ui *dooz = (_ui *)(qqyf + 64); for (_si rcei = 0; rcei <= 7; rcei += 1) { dooz[4 + rcei] = (((_ui)((ckpl + 4 * rcei)[0])) + ((((_ui)((ckpl + 4 * rcei)[1])) << (8))) + ((((_ui)((ckpl + 4 * rcei)[2])) << (16))) + ((((_ui)((ckpl + 4 * rcei)[3])) << (24)))); } } _ui *glor = (_ui *)(qqyf + 64); _ui *zwps = (_ui *)(qqyf + 128); for (_si dhbq = 0; dhbq <= 3; dhbq += 1) { glor[dhbq] = (((_ui)(((_uc *)(_m + 48146) + 4 * dhbq)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dhbq)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dhbq)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dhbq)[3])) << (24)))); } for (_si airt = 0; airt <= 3; airt += 1) { glor[12 + airt] = qndz; _m[65162] += 1; } zwps[0] = 3904225602; } void rjug(_uc *mhnd, _uc *motf, _uc *zpax, _si oynu) { edfp(mhnd, motf, 0); { _ui *kfno = (_ui *)(mhnd + 0); _ui *onsu = (_ui *)(mhnd + 128); _uc *pugm = (_uc *)(kfno); for (_si yrnc = 0; yrnc <= (-1 + oynu); yrnc += 1) { if (onsu[0] >= 64) { gxqs(mhnd); onsu[0] = 0; } zpax[yrnc] ^= pugm[onsu[0]]; onsu[0] += 1; } } } void hvau(_uli *joan, _uli *lizm, _uli *wam) { _uli *usli = bbs(); _uli *kaft = hkio(); _uli *csri = bbs(); _uli *spdq = bbnw(); for (_si obcx = 0; obcx <= 12; obcx += 1) { usli[obcx] = ((lizm[obcx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kaft[obcx] = ((lizm[obcx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); csri[obcx] = ((wam[obcx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); spdq[obcx] = ((wam[obcx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si naxv = 0; naxv <= 12; naxv += 1) { joan[naxv] = 0; } } for (_si wlmd = 0; wlmd <= (-1 + (((13) >> (1)))); wlmd += 1) { for (_si jxex = 0; jxex <= (-1 + (((13) >> (1)))); jxex += 1) { _uli wztg = csri[jxex] * kaft[wlmd] + spdq[jxex] * usli[wlmd]; _uli hwtw = csri[jxex] * usli[wlmd]; _uli ycnb = kaft[wlmd] * spdq[jxex]; _uli wwqr = ((joan[jxex + wlmd]) + (hwtw) + (((((wztg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wwqr < hwtw) { ycnb += 1; } _uli huvz = ((((wztg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ycnb) << ((-47 + (((sizeof(_uli)) << (3)))))))); joan[jxex + wlmd] = wwqr; joan[1 + jxex + wlmd] += huvz; } ioao(joan); } jjql(usli); { _uc *qkly = (_uc *)(kaft); for (_si ixsy = 0; ixsy <= 360; ixsy += 1) { qkly[ixsy] = (_uc)(1 + qkly[ixsy]) * (_uc)(255 + qkly[1 + ixsy]); } qkly[361] = 0; } cbuj(csri); opbm(spdq); } void mpwq(_uli *pojp, _si dyhr) { _si xane = (dyhr % 47); _si aswy = ((dyhr) / (47)); _si ribd = dyhr; if (ribd > (8 * sizeof(_uli))) { ribd = -1; } if (aswy >= 13) { { for (_si ejbt = 0; ejbt <= 12; ejbt += 1) { pojp[ejbt] = 0; } } } else { _uli ggis = (((((_uli)(1)) << (xane))) - ((_uli)(1))); if (ribd < 0) { pojp[0] = 0; } else { pojp[0] = ((((pojp[0]) & (~ggis))) >> (ribd)); }; if (aswy != 0) { pojp[0] += ((((pojp[aswy]) & (~ggis))) >> (xane)); } for (_si yyvr = 1; yyvr <= (12 - aswy); yyvr += 1) { pojp[-1 + yyvr] += ((((((pojp[aswy + yyvr]) & (ggis))) << (-xane + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pojp[yyvr] = ((((pojp[aswy + yyvr]) & (~ggis))) >> (xane)); } for (_si qdru = 13 - aswy; qdru <= 12; qdru += 1) { pojp[qdru] = 0; } }; } void osrz(_uc *khip, _uc *nrca, _si bofh) { _ui *uzb = (_ui *)(khip + 0); _ui *exnr = (_ui *)(khip + 128); _uc *tnk = (_uc *)(uzb); for (_si ntdn = 0; ntdn <= (-1 + bofh); ntdn += 1) { if (exnr[0] >= 64) { { _ui *duw = (_ui *)(khip + 0); _ui *dhck = (_ui *)(khip + 64); for (_si fwh = 0; fwh <= 15; fwh += 1) { duw[fwh] = dhck[fwh]; } for (_si bcl = 0; bcl <= 9; bcl += 1) { { duw[0] += duw[4]; duw[12] ^= duw[0]; duw[12] = ((((duw[12]) << (16))) | (((duw[12]) >> (16)))); duw[8] += duw[12]; duw[4] ^= duw[8]; duw[4] = ((((duw[4]) << (12))) | (((duw[4]) >> (20)))); duw[0] += duw[4]; duw[12] ^= duw[0]; duw[12] = ((((duw[12]) << (8))) | (((duw[12]) >> (24)))); duw[8] += duw[12]; duw[4] ^= duw[8]; duw[4] = ((((duw[4]) << (7))) | (((duw[4]) >> (25)))); } niyt(duw, 1, 5, 9, 13); sqml(duw, 2, 6, 10, 14); wclm(duw, 3, 7, 11, 15); { duw[0] += duw[5]; duw[15] ^= duw[0]; duw[15] = ((((duw[15]) << (16))) | (((duw[15]) >> (16)))); duw[10] += duw[15]; duw[5] ^= duw[10]; duw[5] = ((((duw[5]) << (12))) | (((duw[5]) >> (20)))); duw[0] += duw[5]; duw[15] ^= duw[0]; duw[15] = ((((duw[15]) << (8))) | (((duw[15]) >> (24)))); duw[10] += duw[15]; duw[5] ^= duw[10]; duw[5] = ((((duw[5]) << (7))) | (((duw[5]) >> (25)))); } qzkg(duw, 1, 6, 11, 12); { duw[2] += duw[7]; duw[13] ^= duw[2]; duw[13] = ((((duw[13]) << (16))) | (((duw[13]) >> (16)))); duw[8] += duw[13]; duw[7] ^= duw[8]; duw[7] = ((((duw[7]) << (12))) | (((duw[7]) >> (20)))); duw[2] += duw[7]; duw[13] ^= duw[2]; duw[13] = ((((duw[13]) << (8))) | (((duw[13]) >> (24)))); duw[8] += duw[13]; duw[7] ^= duw[8]; duw[7] = ((((duw[7]) << (7))) | (((duw[7]) >> (25)))); } { duw[3] += duw[4]; duw[14] ^= duw[3]; duw[14] = ((((duw[14]) << (16))) | (((duw[14]) >> (16)))); duw[9] += duw[14]; duw[4] ^= duw[9]; duw[4] = ((((duw[4]) << (12))) | (((duw[4]) >> (20)))); duw[3] += duw[4]; duw[14] ^= duw[3]; duw[14] = ((((duw[14]) << (8))) | (((duw[14]) >> (24)))); duw[9] += duw[14]; duw[4] ^= duw[9]; duw[4] = ((((duw[4]) << (7))) | (((duw[4]) >> (25)))); } _m[65163] += 1; } for (_si gkrt = 0; gkrt <= 15; gkrt += 1) { duw[gkrt] += dhck[gkrt]; } dhck[12] += 1; if (dhck[12] == 0) { dhck[13] += 1; } } exnr[0] = 0; } nrca[ntdn] ^= tnk[exnr[0]]; exnr[0] += 1; } } void jmof(_uli *siys) { _uc *qvud = (_uc *)(siys); for (_si wpwz = 0; wpwz <= 360; wpwz += 1) { qvud[wpwz] = (_uc)(1 + qvud[wpwz]) * (_uc)(255 + qvud[1 + wpwz]); } qvud[361] = 0; } void tijc(_uli *xcjt) { for (_si uiea = 0; uiea <= 12; uiea += 1) { xcjt[uiea] = 0; } } _uli *npje() { ; _uli *pubx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; pubx = (_uli *)(_m + 362 * _s); break; } _s += 1; } return pubx; } void obul(_uli *kxc) { _uc *cffe = (_uc *)(kxc); for (_si wvla = 0; wvla <= 360; wvla += 1) { cffe[wvla] = (_uc)(255 + cffe[1 + wvla]) * (_uc)(1 + cffe[wvla]); } cffe[361] = 0; } void ecih(_uli *sxc, _uli *dkwh, _uli *mult) { _uli *zvgj = vsjr(); _uli *bldz = vryi(); _uli *uqdt = udtp(); _uli *umml = gmyg(); for (_si beio = 0; beio <= 12; beio += 1) { zvgj[beio] = ((dkwh[beio]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bldz[beio] = ((dkwh[beio]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uqdt[beio] = ((mult[beio]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); umml[beio] = ((mult[beio]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pfdo = 0; pfdo <= 12; pfdo += 1) { sxc[pfdo] = 0; } } for (_si mznm = 0; mznm <= (-1 + (((13) >> (1)))); mznm += 1) { for (_si nqvt = 0; nqvt <= (-1 + (((13) >> (1)))); nqvt += 1) { _uli kqoa = bldz[mznm] * uqdt[nqvt] + umml[nqvt] * zvgj[mznm]; _uli suwe = uqdt[nqvt] * zvgj[mznm]; _uli qtnx = bldz[mznm] * umml[nqvt]; _uli mpbm = ((sxc[mznm + nqvt]) + (suwe) + (((((kqoa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mpbm < suwe) { qtnx += 1; } _uli sehz = ((((kqoa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qtnx) << ((-47 + (((sizeof(_uli)) << (3)))))))); sxc[mznm + nqvt] = mpbm; sxc[1 + mznm + nqvt] += sehz; } { for (_si ammk = 0; ammk <= 11; ammk += 1) { sxc[1 + ammk] += ((sxc[ammk]) >> (47)); sxc[ammk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sxc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *hdij = (_uc *)(zvgj); for (_si awtc = 0; awtc <= 360; awtc += 1) { hdij[awtc] = (_uc)(1 + hdij[awtc]) * (_uc)(255 + hdij[1 + awtc]); } hdij[361] = 0; } { _uc *idpx = (_uc *)(bldz); for (_si ureo = 0; ureo <= 360; ureo += 1) { idpx[ureo] = (_uc)(255 + idpx[1 + ureo]) * (_uc)(1 + idpx[ureo]); } idpx[361] = 0; } { _uc *nldd = (_uc *)(uqdt); for (_si jdfg = 0; jdfg <= 360; jdfg += 1) { nldd[jdfg] = (_uc)(255 + nldd[1 + jdfg]) * (_uc)(1 + nldd[jdfg]); } nldd[361] = 0; } ktis(umml); } _si znym(_uli *oikg) { _si onpc = 0; _uli clmv = 19; for (_si qogt = 12; qogt >= 0; qogt -= 1) { if (oikg[qogt] != 0) { onpc = ((((oikg[qogt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return onpc; } void uktp(_uli *ujnr, _uli *jbqy, _uli *rfcv) { _uli *qzvq = jckb(); _uli *cbzz = mfxt(); _uli *fbtg = shbw(); _uli *gltj = rbgz(); for (_si csvs = 0; csvs <= 12; csvs += 1) { qzvq[csvs] = ((jbqy[csvs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cbzz[csvs] = ((jbqy[csvs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fbtg[csvs] = ((rfcv[csvs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gltj[csvs] = ((rfcv[csvs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hcap = 0; hcap <= 12; hcap += 1) { ujnr[hcap] = 0; } } for (_si gvzm = 0; gvzm <= (-1 + (((13) >> (1)))); gvzm += 1) { for (_si kkuk = 0; kkuk <= (-1 + (((13) >> (1)))); kkuk += 1) { _uli xdmz = cbzz[gvzm] * fbtg[kkuk] + gltj[kkuk] * qzvq[gvzm]; _uli zyhl = fbtg[kkuk] * qzvq[gvzm]; _uli iqtm = cbzz[gvzm] * gltj[kkuk]; _uli vuqr = ((ujnr[gvzm + kkuk]) + (zyhl) + (((((xdmz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vuqr < zyhl) { iqtm += 1; } _uli ytps = ((((xdmz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((iqtm) << ((-47 + (((sizeof(_uli)) << (3)))))))); ujnr[gvzm + kkuk] = vuqr; ujnr[1 + gvzm + kkuk] += ytps; } { for (_si hngx = 0; hngx <= 11; hngx += 1) { ujnr[1 + hngx] += ((ujnr[hngx]) >> (47)); ujnr[hngx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ujnr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } zpbt(qzvq); hwq(cbzz); { _uc *qgfs = (_uc *)(fbtg); for (_si mxrf = 0; mxrf <= 360; mxrf += 1) { qgfs[mxrf] = (_uc)(1 + qgfs[mxrf]) * (_uc)(255 + qgfs[1 + mxrf]); } qgfs[361] = 0; } { _uc *rqcl = (_uc *)(gltj); for (_si snjp = 0; snjp <= 360; snjp += 1) { rqcl[snjp] = (_uc)(255 + rqcl[1 + snjp]) * (_uc)(1 + rqcl[snjp]); } rqcl[361] = 0; } } void edqz(_si krnq, _uli *llec, _uli *jqwy, _uli *fwud, _uli *uwgk) { _uli *ybav = iaks(); { if (ybav != uwgk) { for (_si qynw = 0; qynw <= 12; qynw += 1) { ybav[qynw] = uwgk[qynw]; } } } vgir(fwud, uwgk); { fwud[(((krnq) / (47)))] &= ((((((_uli)(1)) << ((krnq % 47)))) - ((_uli)(1)))); for (_si wqtc = 1 + (((krnq) / (47))); wqtc <= 12; wqtc += 1) { fwud[wqtc] = 0; } } { _uli *jiwo = feld(); _uli *gaey = feld(); _uli *hanp = npje(); _uli *iamm = rngf(); for (_si irlq = 0; irlq <= 12; irlq += 1) { jiwo[irlq] = ((fwud[irlq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gaey[irlq] = ((fwud[irlq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hanp[irlq] = ((jqwy[irlq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iamm[irlq] = ((jqwy[irlq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si lyzn = 0; lyzn <= 12; lyzn += 1) { fwud[lyzn] = 0; } } for (_si bczc = 0; bczc <= (-1 + (((13) >> (1)))); bczc += 1) { for (_si vupc = 0; vupc <= (-1 + (((13) >> (1)))); vupc += 1) { _uli nfzi = gaey[bczc] * hanp[vupc] + iamm[vupc] * jiwo[bczc]; _uli hpuf = hanp[vupc] * jiwo[bczc]; _uli yiu = gaey[bczc] * iamm[vupc]; _uli ktuz = ((fwud[bczc + vupc]) + (hpuf) + (((((nfzi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ktuz < hpuf) { yiu += 1; } _uli cvyg = ((((nfzi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yiu) << ((-47 + (((sizeof(_uli)) << (3)))))))); fwud[bczc + vupc] = ktuz; fwud[1 + bczc + vupc] += cvyg; } { for (_si siyf = 0; siyf <= 11; siyf += 1) { fwud[1 + siyf] += ((fwud[siyf]) >> (47)); fwud[siyf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fwud[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } dovu(jiwo); { _uc *fbxz = (_uc *)(gaey); for (_si gov = 0; gov <= 360; gov += 1) { fbxz[gov] = (_uc)(255 + fbxz[1 + gov]) * (_uc)(1 + fbxz[gov]); } fbxz[361] = 0; } { _uc *eudb = (_uc *)(hanp); for (_si ojuf = 0; ojuf <= 360; ojuf += 1) { eudb[ojuf] = (_uc)(255 + eudb[1 + ojuf]) * (_uc)(1 + eudb[ojuf]); } eudb[361] = 0; } fqob(iamm); } { fwud[(((krnq) / (47)))] &= ((((((_uli)(1)) << ((krnq % 47)))) - ((_uli)(1)))); for (_si zlfl = 1 + (((krnq) / (47))); zlfl <= 12; zlfl += 1) { fwud[zlfl] = 0; } } { _uli *dwu = zmwl(); _uli *zaer = bcbu(); _uli *erdt = ijqj(); _uli *fwge = lzph(); for (_si sewi = 0; sewi <= 12; sewi += 1) { dwu[sewi] = ((fwud[sewi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zaer[sewi] = ((fwud[sewi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); erdt[sewi] = ((llec[sewi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fwge[sewi] = ((llec[sewi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pxy = 0; pxy <= 12; pxy += 1) { fwud[pxy] = 0; } } for (_si mnwt = 0; mnwt <= (-1 + (((13) >> (1)))); mnwt += 1) { for (_si aysy = 0; aysy <= (-1 + (((13) >> (1)))); aysy += 1) { _uli zrhx = dwu[mnwt] * fwge[aysy] + erdt[aysy] * zaer[mnwt]; _uli bulk = dwu[mnwt] * erdt[aysy]; _uli yvuo = fwge[aysy] * zaer[mnwt]; _uli cdwk = ((fwud[aysy + mnwt]) + (bulk) + (((((zrhx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (cdwk < bulk) { yvuo += 1; } _uli shab = ((((zrhx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yvuo) << ((-47 + (((sizeof(_uli)) << (3)))))))); fwud[aysy + mnwt] = cdwk; fwud[1 + aysy + mnwt] += shab; } { for (_si tnpt = 0; tnpt <= 11; tnpt += 1) { fwud[1 + tnpt] += ((fwud[tnpt]) >> (47)); fwud[tnpt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fwud[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ejja = (_uc *)(dwu); for (_si zrcu = 0; zrcu <= 360; zrcu += 1) { ejja[zrcu] = (_uc)(1 + ejja[zrcu]) * (_uc)(255 + ejja[1 + zrcu]); } ejja[361] = 0; } { _uc *qcac = (_uc *)(zaer); for (_si fhxt = 0; fhxt <= 360; fhxt += 1) { qcac[fhxt] = (_uc)(255 + qcac[1 + fhxt]) * (_uc)(1 + qcac[fhxt]); } qcac[361] = 0; } hvxv(erdt); { _uc *mkuq = (_uc *)(fwge); for (_si oviq = 0; oviq <= 360; oviq += 1) { mkuq[oviq] = (_uc)(255 + mkuq[1 + oviq]) * (_uc)(1 + mkuq[oviq]); } mkuq[361] = 0; } } { for (_si vubq = 0; vubq <= 12; vubq += 1) { fwud[vubq] = fwud[vubq] + ybav[vubq]; } { _si vmgn; { vmgn = 0; _uli lebk = 19; for (_si itza = 12; itza >= 0; itza -= 1) { if (fwud[itza] != 0) { vmgn = ((((fwud[itza]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vmgn) { { for (_si luky = 0; luky <= 12; luky += 1) { fwud[luky] = -fwud[luky]; } } } for (_si mash = 0; mash <= 11; mash += 1) { if (((((fwud[mash]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fwud[1 + mash] -= 1; } else { fwud[1 + mash] += ((fwud[mash]) >> (47)); }; fwud[mash] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fwud[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vmgn) { ndx(fwud, fwud); } } } { _si naet = (krnq % 47); _si wfyl = ((krnq) / (47)); _si tkit = krnq; if (tkit > (8 * sizeof(_uli))) { tkit = -1; } if (wfyl >= 13) { { for (_si yvcj = 0; yvcj <= 12; yvcj += 1) { fwud[yvcj] = 0; } } } else { _uli nvgj = (((((_uli)(1)) << (naet))) - ((_uli)(1))); if (tkit < 0) { fwud[0] = 0; } else { fwud[0] = ((((fwud[0]) & (~nvgj))) >> (tkit)); }; if (wfyl != 0) { fwud[0] += ((((fwud[wfyl]) & (~nvgj))) >> (naet)); } for (_si ftfz = 1; ftfz <= (12 - wfyl); ftfz += 1) { fwud[-1 + ftfz] += ((((((fwud[ftfz + wfyl]) & (nvgj))) << (-naet + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fwud[ftfz] = ((((fwud[ftfz + wfyl]) & (~nvgj))) >> (naet)); } for (_si dqiq = 13 - wfyl; dqiq <= 12; dqiq += 1) { fwud[dqiq] = 0; } }; } { for (_si gkue = 0; gkue <= 12; gkue += 1) { ybav[gkue] = fwud[gkue] - llec[gkue]; } jllw(ybav); } _si vouo = jswb(ybav); if (!vouo) { { if (fwud != ybav) { for (_si ldgw = 0; ldgw <= 12; ldgw += 1) { fwud[ldgw] = ybav[ldgw]; } } } } rrrg(ybav); } _uc *yxal() { ; _uc *cvte; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; cvte = (_uc *)(_m + 362 * _s); break; } _s += 1; } return cvte; } void csfu(_uli *bfmi, _uli *qown, _uli *uzxu) { for (_si mryb = 0; mryb <= 12; mryb += 1) { bfmi[mryb] = qown[mryb] + uzxu[mryb]; } { _si mojb = tpcx(bfmi); if (mojb) { ovlh(bfmi, bfmi); } for (_si dkxn = 0; dkxn <= 11; dkxn += 1) { if (((((bfmi[dkxn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bfmi[1 + dkxn] -= 1; } else { bfmi[1 + dkxn] += ((bfmi[dkxn]) >> (47)); }; bfmi[dkxn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bfmi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mojb) { { for (_si iokf = 0; iokf <= 12; iokf += 1) { bfmi[iokf] = -bfmi[iokf]; } } } } } void bafd(_uli *lxho, _uli *qypc) { for (_si bmva = 0; bmva <= 12; bmva += 1) { lxho[bmva] = -qypc[bmva]; } } _uli *exms() { ; _uli *vwbu; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; vwbu = (_uli *)(_m + 362 * _s); break; } _s += 1; } return vwbu; } void lrff(_uli *ayby, _si xhln) { _si eznd = (xhln % 47); _si pqkr = ((xhln) / (47)); _si gnik = xhln; if (gnik > (8 * sizeof(_uli))) { gnik = -1; } if (pqkr >= 13) { { for (_si uzmc = 0; uzmc <= 12; uzmc += 1) { ayby[uzmc] = 0; } } } else { _uli ykor = (((((_uli)(1)) << (eznd))) - ((_uli)(1))); if (gnik < 0) { ayby[0] = 0; } else { ayby[0] = ((((ayby[0]) & (~ykor))) >> (gnik)); }; if (pqkr != 0) { ayby[0] += ((((ayby[pqkr]) & (~ykor))) >> (eznd)); } for (_si ttnh = 1; ttnh <= (12 - pqkr); ttnh += 1) { ayby[-1 + ttnh] += ((((((ayby[pqkr + ttnh]) & (ykor))) << (-eznd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ayby[ttnh] = ((((ayby[pqkr + ttnh]) & (~ykor))) >> (eznd)); } for (_si eyuh = 13 - pqkr; eyuh <= 12; eyuh += 1) { ayby[eyuh] = 0; } }; } void hbhz(_uc *cdmw, _uc *euqu, _si vonj) { _ui *ljdj = (_ui *)(cdmw + 0); _ui *wgsq = (_ui *)(cdmw + 128); _uc *gvdn = (_uc *)(ljdj); for (_si ltrd = 0; ltrd <= (-1 + vonj); ltrd += 1) { if (wgsq[0] >= 64) { { _ui *smgh = (_ui *)(cdmw + 0); _ui *xhkr = (_ui *)(cdmw + 64); for (_si gilx = 0; gilx <= 15; gilx += 1) { smgh[gilx] = xhkr[gilx]; } for (_si hnzy = 0; hnzy <= 9; hnzy += 1) { { smgh[0] += smgh[4]; smgh[12] ^= smgh[0]; smgh[12] = ((((smgh[12]) << (16))) | (((smgh[12]) >> (16)))); smgh[8] += smgh[12]; smgh[4] ^= smgh[8]; smgh[4] = ((((smgh[4]) << (12))) | (((smgh[4]) >> (20)))); smgh[0] += smgh[4]; smgh[12] ^= smgh[0]; smgh[12] = ((((smgh[12]) << (8))) | (((smgh[12]) >> (24)))); smgh[8] += smgh[12]; smgh[4] ^= smgh[8]; smgh[4] = ((((smgh[4]) << (7))) | (((smgh[4]) >> (25)))); } ribh(smgh, 1, 5, 9, 13); { smgh[2] += smgh[6]; smgh[14] ^= smgh[2]; smgh[14] = ((((smgh[14]) << (16))) | (((smgh[14]) >> (16)))); smgh[10] += smgh[14]; smgh[6] ^= smgh[10]; smgh[6] = ((((smgh[6]) << (12))) | (((smgh[6]) >> (20)))); smgh[2] += smgh[6]; smgh[14] ^= smgh[2]; smgh[14] = ((((smgh[14]) << (8))) | (((smgh[14]) >> (24)))); smgh[10] += smgh[14]; smgh[6] ^= smgh[10]; smgh[6] = ((((smgh[6]) << (7))) | (((smgh[6]) >> (25)))); } fcxt(smgh, 3, 7, 11, 15); { smgh[0] += smgh[5]; smgh[15] ^= smgh[0]; smgh[15] = ((((smgh[15]) << (16))) | (((smgh[15]) >> (16)))); smgh[10] += smgh[15]; smgh[5] ^= smgh[10]; smgh[5] = ((((smgh[5]) << (12))) | (((smgh[5]) >> (20)))); smgh[0] += smgh[5]; smgh[15] ^= smgh[0]; smgh[15] = ((((smgh[15]) << (8))) | (((smgh[15]) >> (24)))); smgh[10] += smgh[15]; smgh[5] ^= smgh[10]; smgh[5] = ((((smgh[5]) << (7))) | (((smgh[5]) >> (25)))); } gezn(smgh, 1, 6, 11, 12); xaze(smgh, 2, 7, 8, 13); ajvn(smgh, 3, 4, 9, 14); _m[65163] += 1; } for (_si jmuh = 0; jmuh <= 15; jmuh += 1) { smgh[jmuh] += xhkr[jmuh]; } xhkr[12] += 1; if (xhkr[12] == 0) { xhkr[13] += 1; } } wgsq[0] = 0; } euqu[ltrd] ^= gvdn[wgsq[0]]; wgsq[0] += 1; } } void wxyn(_uli *exzc, _uli *uvht, _uli *qqlb, _uli *dulz) { efzw(uvht, qqlb, dulz); _si uuid = cyyl(uvht); if (uuid) { ojdx(uvht, uvht, exzc); } } void fezf(_uli *urvr, _uli *eqnm, _uli *vnei) { for (_si smzq = 0; smzq <= 12; smzq += 1) { urvr[smzq] = eqnm[smzq] - vnei[smzq]; } znsc(urvr); } void wrwa(_uli *lckz, _uli *yech, _uli *tdsh) { _uli *lopc = oeuc(); emjg(lopc, lckz, yech, tdsh); { _uc *alej = (_uc *)(lopc); for (_si orwh = 0; orwh <= 360; orwh += 1) { alej[orwh] = (_uc)(1 + alej[orwh]) * (_uc)(255 + alej[1 + orwh]); } alej[361] = 0; } } void vjnb(_uc *zmyd) { _ui *ebk = (_ui *)(zmyd + 0); _ui *stj = (_ui *)(zmyd + 64); for (_si oegh = 0; oegh <= 15; oegh += 1) { ebk[oegh] = stj[oegh]; } for (_si ecju = 0; ecju <= 9; ecju += 1) { { ebk[0] += ebk[4]; ebk[12] ^= ebk[0]; ebk[12] = ((((ebk[12]) << (16))) | (((ebk[12]) >> (16)))); ebk[8] += ebk[12]; ebk[4] ^= ebk[8]; ebk[4] = ((((ebk[4]) << (12))) | (((ebk[4]) >> (20)))); ebk[0] += ebk[4]; ebk[12] ^= ebk[0]; ebk[12] = ((((ebk[12]) << (8))) | (((ebk[12]) >> (24)))); ebk[8] += ebk[12]; ebk[4] ^= ebk[8]; ebk[4] = ((((ebk[4]) << (7))) | (((ebk[4]) >> (25)))); } xaze(ebk, 1, 5, 9, 13); { ebk[2] += ebk[6]; ebk[14] ^= ebk[2]; ebk[14] = ((((ebk[14]) << (16))) | (((ebk[14]) >> (16)))); ebk[10] += ebk[14]; ebk[6] ^= ebk[10]; ebk[6] = ((((ebk[6]) << (12))) | (((ebk[6]) >> (20)))); ebk[2] += ebk[6]; ebk[14] ^= ebk[2]; ebk[14] = ((((ebk[14]) << (8))) | (((ebk[14]) >> (24)))); ebk[10] += ebk[14]; ebk[6] ^= ebk[10]; ebk[6] = ((((ebk[6]) << (7))) | (((ebk[6]) >> (25)))); } aqtb(ebk, 3, 7, 11, 15); wtfi(ebk, 0, 5, 10, 15); efd(ebk, 1, 6, 11, 12); lpt(ebk, 2, 7, 8, 13); { ebk[3] += ebk[4]; ebk[14] ^= ebk[3]; ebk[14] = ((((ebk[14]) << (16))) | (((ebk[14]) >> (16)))); ebk[9] += ebk[14]; ebk[4] ^= ebk[9]; ebk[4] = ((((ebk[4]) << (12))) | (((ebk[4]) >> (20)))); ebk[3] += ebk[4]; ebk[14] ^= ebk[3]; ebk[14] = ((((ebk[14]) << (8))) | (((ebk[14]) >> (24)))); ebk[9] += ebk[14]; ebk[4] ^= ebk[9]; ebk[4] = ((((ebk[4]) << (7))) | (((ebk[4]) >> (25)))); } _m[65163] += 1; } for (_si ueko = 0; ueko <= 15; ueko += 1) { ebk[ueko] += stj[ueko]; } stj[12] += 1; if (stj[12] == 0) { stj[13] += 1; } } void cjju(_uli *rbxv) { for (_si sjzl = 0; sjzl <= 11; sjzl += 1) { rbxv[1 + sjzl] += ((rbxv[sjzl]) >> (47)); rbxv[sjzl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rbxv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void yfev(_uli *tafw, _uli *mtuj, _uli *iaas) { for (_si aizu = 0; aizu <= 12; aizu += 1) { tafw[aizu] = -iaas[aizu] + mtuj[aizu]; } birw(tafw); } void mnml(_uli *sboi) { for (_si joef = 0; joef <= 43; joef += 1) { sboi[1 + joef] += ((sboi[joef]) >> (47)); sboi[joef] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sboi[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void syy(_uc *jegn, _uc *dyo) { _ui *izib = (_ui *)(jegn + 64); for (_si sleq = 0; sleq <= 7; sleq += 1) { izib[4 + sleq] = (((_ui)((dyo + 4 * sleq)[0])) + ((((_ui)((dyo + 4 * sleq)[1])) << (8))) + ((((_ui)((dyo + 4 * sleq)[2])) << (16))) + ((((_ui)((dyo + 4 * sleq)[3])) << (24)))); } } void hgtd(_uli *ubad) { _uc *eefg = (_uc *)(ubad); for (_si yfuf = 0; yfuf <= 360; yfuf += 1) { eefg[yfuf] = (_uc)(1 + eefg[yfuf]) * (_uc)(255 + eefg[1 + yfuf]); } eefg[361] = 0; } void euvt(_si uco, _uli *algz) { algz[(((uco) / (47)))] &= ((((((_uli)(1)) << ((uco % 47)))) - ((_uli)(1)))); for (_si mjlm = 1 + (((uco) / (47))); mjlm <= 12; mjlm += 1) { algz[mjlm] = 0; } } void yopp(_uc *fudj) { _uc *qvli = (_uc *)(fudj + 0); _ui *fark = (_ui *)(fudj + 64); _ui *zjgu = (_ui *)(fudj + 96); _si hjsx = 0; _ui vbax = 0; _ui ebop = 0; _ui uhlh = 0; _ui ewex = 0; _ui sbry = 0; _ui ckuh = 0; for (_si nxzw = 0; nxzw <= 15; nxzw += 1) { zjgu[nxzw] = (((((((((_ui)(qvli[hjsx])) << (24))) | ((((_ui)(qvli[1 + hjsx])) << (16))))) | ((((_ui)(qvli[2 + hjsx])) << (8))))) | ((_ui)(qvli[3 + hjsx]))); hjsx += 4; } for (_si spgn = 16; spgn <= 31; spgn += 1) { vbax = ((((((((zjgu[-15 + spgn]) >> (7))) | (((zjgu[-15 + spgn]) << (25))))) ^ (((((zjgu[-15 + spgn]) >> (18))) | (((zjgu[-15 + spgn]) << (14))))))) ^ (((zjgu[-15 + spgn]) >> (3)))); ewex = ((((((((zjgu[-2 + spgn]) >> (17))) | (((zjgu[-2 + spgn]) << (15))))) ^ (((((zjgu[-2 + spgn]) >> (19))) | (((zjgu[-2 + spgn]) << (13))))))) ^ (((zjgu[-2 + spgn]) >> (10)))); zjgu[spgn] = ewex + vbax + zjgu[-7 + spgn] + zjgu[-16 + spgn]; _m[65160] += 1; } _ui ejwa = fark[0]; _ui rdhc = fark[1]; _ui ynhz = fark[2]; _ui xudx = fark[3]; _ui gbzb = fark[4]; _ui lhjb = fark[5]; _ui ynjw = fark[6]; _ui euvl = fark[7]; for (_si enlp = 0; enlp <= 31; enlp += 1) { vbax = ((((((((ejwa) >> (2))) | (((ejwa) << (30))))) ^ (((((ejwa) >> (13))) | (((ejwa) << (19))))))) ^ (((((ejwa) >> (22))) | (((ejwa) << (10)))))); ebop = ((((((ejwa) & (rdhc))) ^ (((ejwa) & (ynhz))))) ^ (((rdhc) & (ynhz)))); uhlh = ebop + vbax; ewex = ((((((((gbzb) >> (6))) | (((gbzb) << (26))))) ^ (((((gbzb) >> (11))) | (((gbzb) << (21))))))) ^ (((((gbzb) >> (25))) | (((gbzb) << (7)))))); sbry = ((((gbzb) & (lhjb))) ^ (((~gbzb) & (ynjw)))); ckuh = ewex + sbry + *(((_ui *)(_m + 246160) + enlp)) + zjgu[enlp] + euvl; euvl = ynjw; ynjw = lhjb; lhjb = gbzb; gbzb = ckuh + xudx; xudx = ynhz; ynhz = rdhc; rdhc = ejwa; ejwa = ckuh + uhlh; _m[65161] += 1; } fark[0] += ejwa; fark[1] += rdhc; fark[2] += ynhz; fark[3] += xudx; fark[4] += gbzb; fark[5] += lhjb; fark[6] += ynjw; fark[7] += euvl; } void newo(_uli *wqyo, _uli *zmfm, _uli *aftx) { for (_si upkf = 0; upkf <= 12; upkf += 1) { wqyo[upkf] = -aftx[upkf] + zmfm[upkf]; } jdph(wqyo); } _uli *xnol() { ; _uli *hauz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; hauz = (_uli *)(_m + 362 * _s); break; } _s += 1; } return hauz; } void aylq(_uli *otau) { for (_si sakk = 0; sakk <= 43; sakk += 1) { otau[1 + sakk] += ((otau[sakk]) >> (47)); otau[sakk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } otau[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ztex(_uli *wegj, _si tdwu) { _si tkcu = (tdwu % 47); _si mvjm = ((tdwu) / (47)); _si trxw = tdwu; if (trxw > (8 * sizeof(_uli))) { trxw = -1; } if (mvjm >= 13) { { for (_si ucph = 0; ucph <= 12; ucph += 1) { wegj[ucph] = 0; } } } else { _uli lbce = (((((_uli)(1)) << (tkcu))) - ((_uli)(1))); if (trxw < 0) { wegj[0] = 0; } else { wegj[0] = ((((wegj[0]) & (~lbce))) >> (trxw)); }; if (mvjm != 0) { wegj[0] += ((((wegj[mvjm]) & (~lbce))) >> (tkcu)); } for (_si gsbg = 1; gsbg <= (12 - mvjm); gsbg += 1) { wegj[-1 + gsbg] += ((((((wegj[gsbg + mvjm]) & (lbce))) << (-tkcu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wegj[gsbg] = ((((wegj[gsbg + mvjm]) & (~lbce))) >> (tkcu)); } for (_si hjer = 13 - mvjm; hjer <= 12; hjer += 1) { wegj[hjer] = 0; } }; } _si mvrt(_uli *oeoa) { _si nghy = 0; _si kltq; { kltq = -1; for (_si ewvl = 12; ewvl >= 0; ewvl -= 1) { if (oeoa[ewvl] != 0) { kltq = ewvl; break; } } } nghy = kltq == -1; return nghy; } void gsac(_uli *drjp) { for (_si antk = 0; antk <= 11; antk += 1) { drjp[1 + antk] += ((drjp[antk]) >> (47)); drjp[antk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } drjp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *mazz() { ; _uli *ukj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ukj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ukj; } void aai(_uc *rign, _uc *aifr) { _ui *eliu = (_ui *)(rign + 64); for (_si wpys = 0; wpys <= 7; wpys += 1) { eliu[4 + wpys] = (((_ui)((aifr + 4 * wpys)[0])) + ((((_ui)((aifr + 4 * wpys)[1])) << (8))) + ((((_ui)((aifr + 4 * wpys)[2])) << (16))) + ((((_ui)((aifr + 4 * wpys)[3])) << (24)))); } } void djyh(_uli *jbik, _uli *nblb, _uli *vspx) { _uli *wuua = finq(); _uli *agms = mexn(); _uli *ybgd = wpkw(); _uli *lsrf = pywd(); for (_si deyi = 0; deyi <= 12; deyi += 1) { wuua[deyi] = ((nblb[deyi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); agms[deyi] = ((nblb[deyi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ybgd[deyi] = ((vspx[deyi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lsrf[deyi] = ((vspx[deyi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } etjk(jbik); for (_si mitw = 0; mitw <= (-1 + (((13) >> (1)))); mitw += 1) { for (_si ixlq = 0; ixlq <= (-1 + (((13) >> (1)))); ixlq += 1) { _uli nvnq = agms[mitw] * ybgd[ixlq] + lsrf[ixlq] * wuua[mitw]; _uli lijm = wuua[mitw] * ybgd[ixlq]; _uli nsfz = agms[mitw] * lsrf[ixlq]; _uli trmv = ((jbik[ixlq + mitw]) + (lijm) + (((((nvnq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (trmv < lijm) { nsfz += 1; } _uli bnap = ((((nvnq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nsfz) << ((-47 + (((sizeof(_uli)) << (3)))))))); jbik[ixlq + mitw] = trmv; jbik[1 + ixlq + mitw] += bnap; } { for (_si siik = 0; siik <= 11; siik += 1) { jbik[1 + siik] += ((jbik[siik]) >> (47)); jbik[siik] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jbik[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } plo(wuua); wzqz(agms); { _uc *jwyo = (_uc *)(ybgd); for (_si qvau = 0; qvau <= 360; qvau += 1) { jwyo[qvau] = (_uc)(255 + jwyo[1 + qvau]) * (_uc)(1 + jwyo[qvau]); } jwyo[361] = 0; } { _uc *uxmb = (_uc *)(lsrf); for (_si gbhr = 0; gbhr <= 360; gbhr += 1) { uxmb[gbhr] = (_uc)(1 + uxmb[gbhr]) * (_uc)(255 + uxmb[1 + gbhr]); } uxmb[361] = 0; } } void wwvk(_uli *mvaq) { _si logj; { logj = 0; _uli wxwx = 19; for (_si udwx = 12; udwx >= 0; udwx -= 1) { if (mvaq[udwx] != 0) { logj = ((((mvaq[udwx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (logj) { { for (_si jybo = 0; jybo <= 12; jybo += 1) { mvaq[jybo] = -mvaq[jybo]; } } } for (_si nzra = 0; nzra <= 11; nzra += 1) { if (((((mvaq[nzra]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mvaq[1 + nzra] -= 1; } else { mvaq[1 + nzra] += ((mvaq[nzra]) >> (47)); }; mvaq[nzra] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mvaq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (logj) { { for (_si iqb = 0; iqb <= 12; iqb += 1) { mvaq[iqb] = -mvaq[iqb]; } } } } _si cyfh(_uli *qseb) { _si uiwj = 0; _uli drnf = 19; for (_si psfp = 12; psfp >= 0; psfp -= 1) { if (qseb[psfp] != 0) { uiwj = ((((qseb[psfp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return uiwj; } void cfvr(_uli *rmpw, _si qmxx) { _si lrnx = (qmxx % 47); _si zjgk = ((qmxx) / (47)); _si chbv = qmxx; if (chbv > (8 * sizeof(_uli))) { chbv = -1; } if (zjgk >= 13) { { for (_si qjpy = 0; qjpy <= 12; qjpy += 1) { rmpw[qjpy] = 0; } } } else { _uli iway = (((((_uli)(1)) << (lrnx))) - ((_uli)(1))); if (chbv < 0) { rmpw[0] = 0; } else { rmpw[0] = ((((rmpw[0]) & (~iway))) >> (chbv)); }; if (zjgk != 0) { rmpw[0] += ((((rmpw[zjgk]) & (~iway))) >> (lrnx)); } for (_si glhs = 1; glhs <= (12 - zjgk); glhs += 1) { rmpw[-1 + glhs] += ((((((rmpw[glhs + zjgk]) & (iway))) << (-lrnx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rmpw[glhs] = ((((rmpw[glhs + zjgk]) & (~iway))) >> (lrnx)); } for (_si gxyx = 13 - zjgk; gxyx <= 12; gxyx += 1) { rmpw[gxyx] = 0; } }; } void khei(_uli *omuv) { _si inbi; { inbi = 0; _uli rhbl = 19; for (_si ihzy = 12; ihzy >= 0; ihzy -= 1) { if (omuv[ihzy] != 0) { inbi = ((((omuv[ihzy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (inbi) { { for (_si ivrh = 0; ivrh <= 12; ivrh += 1) { omuv[ivrh] = -omuv[ivrh]; } } } for (_si zwbr = 0; zwbr <= 11; zwbr += 1) { if (((((omuv[zwbr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { omuv[1 + zwbr] -= 1; } else { omuv[1 + zwbr] += ((omuv[zwbr]) >> (47)); }; omuv[zwbr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } omuv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (inbi) { bafd(omuv, omuv); } } void fgqb(_uli *othx, _uli *flnk, _uli *otkr) { for (_si cshl = 0; cshl <= 12; cshl += 1) { othx[cshl] = flnk[cshl] - otkr[cshl]; } { _si nere; { nere = 0; _uli edau = 19; for (_si bmf = 12; bmf >= 0; bmf -= 1) { if (othx[bmf] != 0) { nere = ((((othx[bmf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (nere) { { for (_si ggcd = 0; ggcd <= 12; ggcd += 1) { othx[ggcd] = -othx[ggcd]; } } } for (_si dbbl = 0; dbbl <= 11; dbbl += 1) { if (((((othx[dbbl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { othx[1 + dbbl] -= 1; } else { othx[1 + dbbl] += ((othx[dbbl]) >> (47)); }; othx[dbbl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } othx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nere) { { for (_si jjyr = 0; jjyr <= 12; jjyr += 1) { othx[jjyr] = -othx[jjyr]; } } } } } void tztu(_uli *svnf, _uli *qtlm) { if (svnf != qtlm) { for (_si ozqg = 0; ozqg <= 44; ozqg += 1) { svnf[ozqg] = qtlm[ozqg]; } } } void luzu(_uli *dfac) { _uc *sruy = vyjp(); _uc *bmqy = ((_uc *)(_m + 253038) + 0); _uc *epim = (_uc *)(dfac); for (_si kabp = 0; kabp <= 103; kabp += 1) { epim[kabp] = *(((_uc *)(_m + 237834) + kabp)); } nkp(sruy, bmqy, epim, 104); } _si pzgo(_uli *ffq) { _si oxqc = 0; _uli acdg = 19; for (_si decn = 12; decn >= 0; decn -= 1) { if (ffq[decn] != 0) { oxqc = ((((ffq[decn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return oxqc; } void jcie(_uc *cue) { _uc *enuv = (_uc *)(cue + 0); _ui *ifsq = (_ui *)(cue + 64); _ui *gfhi = (_ui *)(cue + 96); _si tbvn = 0; _ui rtfo = 0; _ui eba = 0; _ui pvi = 0; _ui yuc = 0; _ui jpr = 0; _ui sqz = 0; for (_si pxo = 0; pxo <= 15; pxo += 1) { gfhi[pxo] = (((((((((_ui)(enuv[tbvn])) << (24))) | ((((_ui)(enuv[1 + tbvn])) << (16))))) | ((((_ui)(enuv[2 + tbvn])) << (8))))) | ((_ui)(enuv[3 + tbvn]))); tbvn += 4; } for (_si lsov = 16; lsov <= 31; lsov += 1) { rtfo = ((((((((gfhi[-15 + lsov]) >> (7))) | (((gfhi[-15 + lsov]) << (25))))) ^ (((((gfhi[-15 + lsov]) >> (18))) | (((gfhi[-15 + lsov]) << (14))))))) ^ (((gfhi[-15 + lsov]) >> (3)))); yuc = ((((((((gfhi[-2 + lsov]) >> (17))) | (((gfhi[-2 + lsov]) << (15))))) ^ (((((gfhi[-2 + lsov]) >> (19))) | (((gfhi[-2 + lsov]) << (13))))))) ^ (((gfhi[-2 + lsov]) >> (10)))); gfhi[lsov] = gfhi[-16 + lsov] + gfhi[-7 + lsov] + rtfo + yuc; _m[65160] += 1; } _ui hjbv = ifsq[0]; _ui nft = ifsq[1]; _ui uoqk = ifsq[2]; _ui iim = ifsq[3]; _ui bbpm = ifsq[4]; _ui uya = ifsq[5]; _ui kdwt = ifsq[6]; _ui pdo = ifsq[7]; for (_si tez = 0; tez <= 31; tez += 1) { rtfo = ((((((((hjbv) >> (2))) | (((hjbv) << (30))))) ^ (((((hjbv) >> (13))) | (((hjbv) << (19))))))) ^ (((((hjbv) >> (22))) | (((hjbv) << (10)))))); eba = ((((((hjbv) & (nft))) ^ (((hjbv) & (uoqk))))) ^ (((nft) & (uoqk)))); pvi = eba + rtfo; yuc = ((((((((bbpm) >> (6))) | (((bbpm) << (26))))) ^ (((((bbpm) >> (11))) | (((bbpm) << (21))))))) ^ (((((bbpm) >> (25))) | (((bbpm) << (7)))))); jpr = ((((bbpm) & (uya))) ^ (((~bbpm) & (kdwt)))); sqz = gfhi[tez] + jpr + yuc + *(((_ui *)(_m + 246160) + tez)) + pdo; pdo = kdwt; kdwt = uya; uya = bbpm; bbpm = iim + sqz; iim = uoqk; uoqk = nft; nft = hjbv; hjbv = pvi + sqz; _m[65161] += 1; } ifsq[0] += hjbv; ifsq[1] += nft; ifsq[2] += uoqk; ifsq[3] += iim; ifsq[4] += bbpm; ifsq[5] += uya; ifsq[6] += kdwt; ifsq[7] += pdo; } void iqbr(_uli *ounr, _uli *ybd) { _uli *ahzb = prfv(); _uli *gpgj = prfv(); for (_si vtwc = 0; vtwc <= 12; vtwc += 1) { ahzb[vtwc] = ((ybd[vtwc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gpgj[vtwc] = ((ybd[vtwc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xjzt = 0; xjzt <= 12; xjzt += 1) { ounr[xjzt] = 0; } } for (_si bqsn = 0; bqsn <= (-1 + (((13) >> (1)))); bqsn += 1) { for (_si pyoz = 0; pyoz <= (-1 + (((13) >> (1)))); pyoz += 1) { _uli wtwd = ahzb[pyoz] * gpgj[bqsn] + ahzb[bqsn] * gpgj[pyoz]; _uli bjdk = ahzb[pyoz] * ahzb[bqsn]; _uli owjn = gpgj[pyoz] * gpgj[bqsn]; _uli ainr = ((ounr[bqsn + pyoz]) + (bjdk) + (((((wtwd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ainr < bjdk) { owjn += 1; } _uli gkiy = ((((wtwd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((owjn) << ((-47 + (((sizeof(_uli)) << (3)))))))); ounr[bqsn + pyoz] = ainr; ounr[1 + bqsn + pyoz] += gkiy; } vnso(ounr); } { _uc *nvgi = (_uc *)(ahzb); for (_si ytqu = 0; ytqu <= 360; ytqu += 1) { nvgi[ytqu] = (_uc)(255 + nvgi[1 + ytqu]) * (_uc)(1 + nvgi[ytqu]); } nvgi[361] = 0; } { _uc *owle = (_uc *)(gpgj); for (_si mcbf = 0; mcbf <= 360; mcbf += 1) { owle[mcbf] = (_uc)(1 + owle[mcbf]) * (_uc)(255 + owle[1 + mcbf]); } owle[361] = 0; } } void dfcx(_si pyft, _uli *msnn, _uli *kvpp, _uli *ufuv, _uli *fxpp) { _uli *dhbx = ltai(); qimd(dhbx, fxpp); { if (ufuv != fxpp) { for (_si cgiy = 0; cgiy <= 12; cgiy += 1) { ufuv[cgiy] = fxpp[cgiy]; } } } { ufuv[(((pyft) / (47)))] &= ((((((_uli)(1)) << ((pyft % 47)))) - ((_uli)(1)))); for (_si dtmu = 1 + (((pyft) / (47))); dtmu <= 12; dtmu += 1) { ufuv[dtmu] = 0; } } gwux(ufuv, ufuv, kvpp); exrj(pyft, ufuv); hif(ufuv, ufuv, msnn); { for (_si kpja = 0; kpja <= 12; kpja += 1) { ufuv[kpja] = dhbx[kpja] + ufuv[kpja]; } qmbu(ufuv); } { _si wwxm = (pyft % 47); _si qkgc = ((pyft) / (47)); _si fnwp = pyft; if (fnwp > (8 * sizeof(_uli))) { fnwp = -1; } if (qkgc >= 13) { plbk(ufuv); } else { _uli otbf = (((((_uli)(1)) << (wwxm))) - ((_uli)(1))); if (fnwp < 0) { ufuv[0] = 0; } else { ufuv[0] = ((((ufuv[0]) & (~otbf))) >> (fnwp)); }; if (qkgc != 0) { ufuv[0] += ((((ufuv[qkgc]) & (~otbf))) >> (wwxm)); } for (_si apfb = 1; apfb <= (12 - qkgc); apfb += 1) { ufuv[-1 + apfb] += ((((((ufuv[apfb + qkgc]) & (otbf))) << (-wwxm + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ufuv[apfb] = ((((ufuv[apfb + qkgc]) & (~otbf))) >> (wwxm)); } for (_si aytn = 13 - qkgc; aytn <= 12; aytn += 1) { ufuv[aytn] = 0; } }; } { for (_si hmxs = 0; hmxs <= 12; hmxs += 1) { dhbx[hmxs] = -msnn[hmxs] + ufuv[hmxs]; } { _si gpjl = nyoh(dhbx); if (gpjl) { qexb(dhbx, dhbx); } for (_si tbqe = 0; tbqe <= 11; tbqe += 1) { if (((((dhbx[tbqe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dhbx[1 + tbqe] -= 1; } else { dhbx[1 + tbqe] += ((dhbx[tbqe]) >> (47)); }; dhbx[tbqe] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dhbx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gpjl) { zlcw(dhbx, dhbx); } } } _si dwdo; { dwdo = 0; _uli rnta = 19; for (_si bqlz = 12; bqlz >= 0; bqlz -= 1) { if (dhbx[bqlz] != 0) { dwdo = ((((dhbx[bqlz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!dwdo) { { if (ufuv != dhbx) { for (_si aqoe = 0; aqoe <= 12; aqoe += 1) { ufuv[aqoe] = dhbx[aqoe]; } } } } { _uc *dheo = (_uc *)(dhbx); for (_si rxim = 0; rxim <= 360; rxim += 1) { dheo[rxim] = (_uc)(255 + dheo[1 + rxim]) * (_uc)(1 + dheo[rxim]); } dheo[361] = 0; } } void ykjy(_uc *jrai, _uc *drbd, _si wort) { _ui *ufqb = (_ui *)(jrai + 0); _ui *joni = (_ui *)(jrai + 128); _uc *bhfu = (_uc *)(ufqb); for (_si bben = 0; bben <= (-1 + wort); bben += 1) { if (joni[0] >= 64) { exjj(jrai); joni[0] = 0; } drbd[bben] ^= bhfu[joni[0]]; joni[0] += 1; } } void wwo(_uc *rec, _uc *jzwi, _si wjl) { llnz(rec, jzwi); _ui *nsy = (_ui *)(rec + 64); _ui *zuy = (_ui *)(rec + 128); for (_si mmv = 0; mmv <= 3; mmv += 1) { nsy[mmv] = (((_ui)(((_uc *)(_m + 48146) + 4 * mmv)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mmv)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mmv)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mmv)[3])) << (24)))); } for (_si vcu = 0; vcu <= 3; vcu += 1) { nsy[12 + vcu] = wjl; _m[65162] += 1; } zuy[0] = 3904225602; } void kwoz(_uli *bdzq, _uli *oany, _uli *ahcu) { for (_si xccd = 0; xccd <= 12; xccd += 1) { bdzq[xccd] = ahcu[xccd] + oany[xccd]; } yooh(bdzq); } _si qbqy(_uli *mxqo) { _si tqqg = 0; _uli cggw = 19; for (_si gbih = 12; gbih >= 0; gbih -= 1) { if (mxqo[gbih] != 0) { tqqg = ((((mxqo[gbih]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tqqg; } _uli *cfjj() { ; _uli *asme; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; asme = (_uli *)(_m + 362 * _s); break; } _s += 1; } return asme; } void xdyy(_uli *eevf) { for (_si iphq = 0; iphq <= 11; iphq += 1) { eevf[1 + iphq] += ((eevf[iphq]) >> (47)); eevf[iphq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eevf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void bjbf(_uli *xduq) { _si rhmx; { rhmx = 0; _uli ddud = 19; for (_si dbki = 12; dbki >= 0; dbki -= 1) { if (xduq[dbki] != 0) { rhmx = ((((xduq[dbki]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rhmx) { { for (_si csgg = 0; csgg <= 12; csgg += 1) { xduq[csgg] = -xduq[csgg]; } } } for (_si mvmv = 0; mvmv <= 11; mvmv += 1) { if (((((xduq[mvmv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xduq[1 + mvmv] -= 1; } else { xduq[1 + mvmv] += ((xduq[mvmv]) >> (47)); }; xduq[mvmv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xduq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rhmx) { { for (_si tehf = 0; tehf <= 12; tehf += 1) { xduq[tehf] = -xduq[tehf]; } } } } void sbiz(_uc *qznd, _uc *hxqo, _si drie) { ydno(qznd, hxqo); _ui *epko = (_ui *)(qznd + 64); _ui *horu = (_ui *)(qznd + 128); for (_si jjvj = 0; jjvj <= 3; jjvj += 1) { epko[jjvj] = (((_ui)(((_uc *)(_m + 48146) + 4 * jjvj)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jjvj)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jjvj)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jjvj)[3])) << (24)))); } for (_si ldgj = 0; ldgj <= 3; ldgj += 1) { epko[12 + ldgj] = drie; _m[65162] += 1; } horu[0] = 3904225602; } void jxie(_uli *dkh) { for (_si otgt = 0; otgt <= 12; otgt += 1) { dkh[otgt] = 0; } } void hgbj(_uli *ztae, _si zxro) { _si tdep = (zxro % 47); _si bbkt = ((zxro) / (47)); _si tpgp = zxro; if (tpgp > (8 * sizeof(_uli))) { tpgp = -1; } if (bbkt >= 45) { { for (_si mqie = 0; mqie <= 44; mqie += 1) { ztae[mqie] = 0; } } } else { _uli tbpc = (((((_uli)(1)) << (tdep))) - ((_uli)(1))); if (tpgp < 0) { ztae[0] = 0; } else { ztae[0] = ((((ztae[0]) & (~tbpc))) >> (tpgp)); }; if (bbkt != 0) { ztae[0] += ((((ztae[bbkt]) & (~tbpc))) >> (tdep)); } for (_si wlvd = 1; wlvd <= (44 - bbkt); wlvd += 1) { ztae[-1 + wlvd] += ((((((ztae[bbkt + wlvd]) & (tbpc))) << (-tdep + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ztae[wlvd] = ((((ztae[bbkt + wlvd]) & (~tbpc))) >> (tdep)); } for (_si iwqc = 45 - bbkt; iwqc <= 44; iwqc += 1) { ztae[iwqc] = 0; } }; } void nwam(_si iljv, _uli *varl, _uli *onhm, _uli *eylb, _uli *yrfi) { { _uli *daoa = mmlk(); _uli *nzen = smxy(); for (_si jvzk = 0; jvzk <= 44; jvzk += 1) { daoa[jvzk] = ((yrfi[jvzk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nzen[jvzk] = ((yrfi[jvzk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mgne = 0; mgne <= 44; mgne += 1) { eylb[mgne] = 0; } } for (_si mjly = 0; mjly <= (-1 + (((45) >> (1)))); mjly += 1) { for (_si spjy = 0; spjy <= (-1 + (((45) >> (1)))); spjy += 1) { _uli buyq = daoa[spjy] * nzen[mjly] + daoa[mjly] * nzen[spjy]; _uli nkqy = daoa[spjy] * daoa[mjly]; _uli kuhz = nzen[spjy] * nzen[mjly]; _uli qdvh = ((eylb[mjly + spjy]) + (nkqy) + (((((buyq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qdvh < nkqy) { kuhz += 1; } _uli siiz = ((((buyq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kuhz) << ((-47 + (((sizeof(_uli)) << (3)))))))); eylb[mjly + spjy] = qdvh; eylb[1 + mjly + spjy] += siiz; } jtgv(eylb); } { _uc *yhro = (_uc *)(daoa); for (_si pqod = 0; pqod <= 360; pqod += 1) { yhro[pqod] = (_uc)(255 + yhro[1 + pqod]) * (_uc)(1 + yhro[pqod]); } yhro[361] = 0; } ghgk(nzen); } { _uli *jvua = ubcv(); fyvu(jvua, eylb); { ; } ardk(iljv, eylb); { _uli *sdjl = xasz(); _uli *lfic = pvyd(); _uli *cjjb = rhkk(); _uli *refv = vhrl(); for (_si btsf = 0; btsf <= 44; btsf += 1) { sdjl[btsf] = ((eylb[btsf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lfic[btsf] = ((eylb[btsf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cjjb[btsf] = ((onhm[btsf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); refv[btsf] = ((onhm[btsf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zrzf = 0; zrzf <= 44; zrzf += 1) { eylb[zrzf] = 0; } } for (_si pyin = 0; pyin <= (-1 + (((45) >> (1)))); pyin += 1) { for (_si oszx = 0; oszx <= (-1 + (((45) >> (1)))); oszx += 1) { _uli ezgx = cjjb[oszx] * lfic[pyin] + refv[oszx] * sdjl[pyin]; _uli mukr = cjjb[oszx] * sdjl[pyin]; _uli cnax = lfic[pyin] * refv[oszx]; _uli yktv = ((eylb[oszx + pyin]) + (mukr) + (((((ezgx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yktv < mukr) { cnax += 1; } _uli xrfc = ((((ezgx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cnax) << ((-47 + (((sizeof(_uli)) << (3)))))))); eylb[oszx + pyin] = yktv; eylb[1 + oszx + pyin] += xrfc; } sydn(eylb); } { _uc *mptz = (_uc *)(sdjl); for (_si mtim = 0; mtim <= 360; mtim += 1) { mptz[mtim] = (_uc)(1 + mptz[mtim]) * (_uc)(255 + mptz[1 + mtim]); } mptz[361] = 0; } { _uc *gtoz = (_uc *)(lfic); for (_si qxlx = 0; qxlx <= 360; qxlx += 1) { gtoz[qxlx] = (_uc)(1 + gtoz[qxlx]) * (_uc)(255 + gtoz[1 + qxlx]); } gtoz[361] = 0; } { _uc *clby = (_uc *)(cjjb); for (_si netv = 0; netv <= 360; netv += 1) { clby[netv] = (_uc)(255 + clby[1 + netv]) * (_uc)(1 + clby[netv]); } clby[361] = 0; } { _uc *eqcf = (_uc *)(refv); for (_si sblx = 0; sblx <= 360; sblx += 1) { eqcf[sblx] = (_uc)(1 + eqcf[sblx]) * (_uc)(255 + eqcf[1 + sblx]); } eqcf[361] = 0; } } { eylb[(((iljv) / (47)))] &= ((((((_uli)(1)) << ((iljv % 47)))) - ((_uli)(1)))); for (_si yhzl = 1 + (((iljv) / (47))); yhzl <= 44; yhzl += 1) { eylb[yhzl] = 0; } } { _uli *qicu = qvot(); _uli *dzdg = sisr(); _uli *lbio = kyec(); _uli *vccd = ifws(); for (_si afep = 0; afep <= 44; afep += 1) { qicu[afep] = ((eylb[afep]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dzdg[afep] = ((eylb[afep]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lbio[afep] = ((varl[afep]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vccd[afep] = ((varl[afep]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uier = 0; uier <= 44; uier += 1) { eylb[uier] = 0; } } for (_si xvoe = 0; xvoe <= (-1 + (((45) >> (1)))); xvoe += 1) { for (_si scks = 0; scks <= (-1 + (((45) >> (1)))); scks += 1) { _uli kymy = dzdg[xvoe] * lbio[scks] + qicu[xvoe] * vccd[scks]; _uli qzsl = lbio[scks] * qicu[xvoe]; _uli okkn = dzdg[xvoe] * vccd[scks]; _uli pejc = ((eylb[scks + xvoe]) + (qzsl) + (((((kymy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pejc < qzsl) { okkn += 1; } _uli bobq = ((((kymy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((okkn) << ((-47 + (((sizeof(_uli)) << (3)))))))); eylb[scks + xvoe] = pejc; eylb[1 + scks + xvoe] += bobq; } { for (_si lwom = 0; lwom <= 43; lwom += 1) { eylb[1 + lwom] += ((eylb[lwom]) >> (47)); eylb[lwom] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eylb[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *tyjo = (_uc *)(qicu); for (_si vcxk = 0; vcxk <= 360; vcxk += 1) { tyjo[vcxk] = (_uc)(1 + tyjo[vcxk]) * (_uc)(255 + tyjo[1 + vcxk]); } tyjo[361] = 0; } uzvp(dzdg); { _uc *ekja = (_uc *)(lbio); for (_si hjnk = 0; hjnk <= 360; hjnk += 1) { ekja[hjnk] = (_uc)(255 + ekja[1 + hjnk]) * (_uc)(1 + ekja[hjnk]); } ekja[361] = 0; } jbtm(vccd); } twjn(eylb, eylb, jvua); sbfg(eylb, iljv); { for (_si mkcz = 0; mkcz <= 44; mkcz += 1) { jvua[mkcz] = eylb[mkcz] - varl[mkcz]; } { _si jswc = neny(jvua); if (jswc) { pyrj(jvua, jvua); } for (_si yusb = 0; yusb <= 43; yusb += 1) { if (((((jvua[yusb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jvua[1 + yusb] -= 1; } else { jvua[1 + yusb] += ((jvua[yusb]) >> (47)); }; jvua[yusb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jvua[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jswc) { { for (_si caxv = 0; caxv <= 44; caxv += 1) { jvua[caxv] = -jvua[caxv]; } } } } } _si lpxn; { lpxn = 0; _uli hxsa = 19; for (_si wqsi = 44; wqsi >= 0; wqsi -= 1) { if (jvua[wqsi] != 0) { lpxn = ((((jvua[wqsi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!lpxn) { { if (eylb != jvua) { for (_si cnaa = 0; cnaa <= 44; cnaa += 1) { eylb[cnaa] = jvua[cnaa]; } } } } ztxq(jvua); } } void cxtq(_uli *ottl, _uli *izex, _uli *oeam) { for (_si vqkj = 0; vqkj <= 12; vqkj += 1) { ottl[vqkj] = izex[vqkj] - oeam[vqkj]; } kihc(ottl); } void oihm(_uc *ovbi) { _ui *ekgo = (_ui *)(ovbi + 0); _ui *vblc = (_ui *)(ovbi + 64); for (_si cjci = 0; cjci <= 15; cjci += 1) { ekgo[cjci] = vblc[cjci]; } for (_si whjh = 0; whjh <= 9; whjh += 1) { { ekgo[0] += ekgo[4]; ekgo[12] ^= ekgo[0]; ekgo[12] = ((((ekgo[12]) << (16))) | (((ekgo[12]) >> (16)))); ekgo[8] += ekgo[12]; ekgo[4] ^= ekgo[8]; ekgo[4] = ((((ekgo[4]) << (12))) | (((ekgo[4]) >> (20)))); ekgo[0] += ekgo[4]; ekgo[12] ^= ekgo[0]; ekgo[12] = ((((ekgo[12]) << (8))) | (((ekgo[12]) >> (24)))); ekgo[8] += ekgo[12]; ekgo[4] ^= ekgo[8]; ekgo[4] = ((((ekgo[4]) << (7))) | (((ekgo[4]) >> (25)))); } kcek(ekgo, 1, 5, 9, 13); { ekgo[2] += ekgo[6]; ekgo[14] ^= ekgo[2]; ekgo[14] = ((((ekgo[14]) << (16))) | (((ekgo[14]) >> (16)))); ekgo[10] += ekgo[14]; ekgo[6] ^= ekgo[10]; ekgo[6] = ((((ekgo[6]) << (12))) | (((ekgo[6]) >> (20)))); ekgo[2] += ekgo[6]; ekgo[14] ^= ekgo[2]; ekgo[14] = ((((ekgo[14]) << (8))) | (((ekgo[14]) >> (24)))); ekgo[10] += ekgo[14]; ekgo[6] ^= ekgo[10]; ekgo[6] = ((((ekgo[6]) << (7))) | (((ekgo[6]) >> (25)))); } { ekgo[3] += ekgo[7]; ekgo[15] ^= ekgo[3]; ekgo[15] = ((((ekgo[15]) << (16))) | (((ekgo[15]) >> (16)))); ekgo[11] += ekgo[15]; ekgo[7] ^= ekgo[11]; ekgo[7] = ((((ekgo[7]) << (12))) | (((ekgo[7]) >> (20)))); ekgo[3] += ekgo[7]; ekgo[15] ^= ekgo[3]; ekgo[15] = ((((ekgo[15]) << (8))) | (((ekgo[15]) >> (24)))); ekgo[11] += ekgo[15]; ekgo[7] ^= ekgo[11]; ekgo[7] = ((((ekgo[7]) << (7))) | (((ekgo[7]) >> (25)))); } xaze(ekgo, 0, 5, 10, 15); { ekgo[1] += ekgo[6]; ekgo[12] ^= ekgo[1]; ekgo[12] = ((((ekgo[12]) << (16))) | (((ekgo[12]) >> (16)))); ekgo[11] += ekgo[12]; ekgo[6] ^= ekgo[11]; ekgo[6] = ((((ekgo[6]) << (12))) | (((ekgo[6]) >> (20)))); ekgo[1] += ekgo[6]; ekgo[12] ^= ekgo[1]; ekgo[12] = ((((ekgo[12]) << (8))) | (((ekgo[12]) >> (24)))); ekgo[11] += ekgo[12]; ekgo[6] ^= ekgo[11]; ekgo[6] = ((((ekgo[6]) << (7))) | (((ekgo[6]) >> (25)))); } rpti(ekgo, 2, 7, 8, 13); ptkb(ekgo, 3, 4, 9, 14); _m[65163] += 1; } for (_si ghie = 0; ghie <= 15; ghie += 1) { ekgo[ghie] += vblc[ghie]; } vblc[12] += 1; if (vblc[12] == 0) { vblc[13] += 1; } } void rryt(_uli *ulub, _si zjot) { _si kznc = (zjot % 47); _si zrjx = ((zjot) / (47)); _si osjk = -kznc + (((sizeof(_uli)) << (3))); if (zrjx >= 13) { { for (_si usgz = 0; usgz <= 12; usgz += 1) { ulub[usgz] = 0; } } } else { for (_si yrlc = 12 - zrjx; yrlc >= 1; yrlc -= 1) { ulub[yrlc + zrjx] = ((ulub[yrlc]) << (kznc)); if (osjk < (8 * sizeof(_uli))) { ulub[yrlc + zrjx] += ((((ulub[-1 + yrlc]) >> (osjk))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ulub[zrjx] = ((ulub[0]) << (kznc)); for (_si uyip = -1 + zrjx; uyip >= 0; uyip -= 1) { ulub[uyip] = 0; } }; { for (_si fwig = 0; fwig <= 11; fwig += 1) { ulub[1 + fwig] += ((ulub[fwig]) >> (47)); ulub[fwig] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ulub[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void gqnw(_uc *afqj, _uc *afwq, _si nyb) { _uc *ayk = (_uc *)(afqj + 0); _uli *trl = (_uli *)(afqj + 352); _si ylyh = (_si)(((trl[0]) & (63))); trl[0] += nyb; for (_si nncl = 0; nncl <= (-1 + nyb); nncl += 1) { ayk[ylyh] = afwq[nncl]; ylyh += 1; if (ylyh == 64) { { _uc *hfj = (_uc *)(afqj + 0); _ui *aens = (_ui *)(afqj + 64); _ui *ssq = (_ui *)(afqj + 96); _si nuca = 0; _ui nlq = 0; _ui mfqa = 0; _ui pxdz = 0; _ui dil = 0; _ui iad = 0; _ui plk = 0; for (_si lsnn = 0; lsnn <= 15; lsnn += 1) { ssq[lsnn] = (((((((((_ui)(hfj[nuca])) << (24))) | ((((_ui)(hfj[1 + nuca])) << (16))))) | ((((_ui)(hfj[2 + nuca])) << (8))))) | ((_ui)(hfj[3 + nuca]))); nuca += 4; } for (_si zrzh = 16; zrzh <= 31; zrzh += 1) { nlq = ((((((((ssq[-15 + zrzh]) >> (7))) | (((ssq[-15 + zrzh]) << (25))))) ^ (((((ssq[-15 + zrzh]) >> (18))) | (((ssq[-15 + zrzh]) << (14))))))) ^ (((ssq[-15 + zrzh]) >> (3)))); dil = ((((((((ssq[-2 + zrzh]) >> (17))) | (((ssq[-2 + zrzh]) << (15))))) ^ (((((ssq[-2 + zrzh]) >> (19))) | (((ssq[-2 + zrzh]) << (13))))))) ^ (((ssq[-2 + zrzh]) >> (10)))); ssq[zrzh] = dil + nlq + ssq[-16 + zrzh] + ssq[-7 + zrzh]; _m[65160] += 1; } _ui zre = aens[0]; _ui gvv = aens[1]; _ui pqau = aens[2]; _ui ers = aens[3]; _ui vkhz = aens[4]; _ui jvep = aens[5]; _ui djxp = aens[6]; _ui uuo = aens[7]; for (_si wsf = 0; wsf <= 31; wsf += 1) { nlq = ((((((((zre) >> (2))) | (((zre) << (30))))) ^ (((((zre) >> (13))) | (((zre) << (19))))))) ^ (((((zre) >> (22))) | (((zre) << (10)))))); mfqa = ((((((zre) & (gvv))) ^ (((zre) & (pqau))))) ^ (((gvv) & (pqau)))); pxdz = mfqa + nlq; dil = ((((((((vkhz) >> (6))) | (((vkhz) << (26))))) ^ (((((vkhz) >> (11))) | (((vkhz) << (21))))))) ^ (((((vkhz) >> (25))) | (((vkhz) << (7)))))); iad = ((((vkhz) & (jvep))) ^ (((~vkhz) & (djxp)))); plk = dil + uuo + *(((_ui *)(_m + 246160) + wsf)) + iad + ssq[wsf]; uuo = djxp; djxp = jvep; jvep = vkhz; vkhz = ers + plk; ers = pqau; pqau = gvv; gvv = zre; zre = plk + pxdz; _m[65161] += 1; } aens[0] += zre; aens[1] += gvv; aens[2] += pqau; aens[3] += ers; aens[4] += vkhz; aens[5] += jvep; aens[6] += djxp; aens[7] += uuo; } ylyh = 0; } } } void weqz(_uli *wbpd, _si nwuv) { _si gdop = (nwuv % 47); _si twke = ((nwuv) / (47)); _si kopi = nwuv; if (kopi > (8 * sizeof(_uli))) { kopi = -1; } if (twke >= 13) { { for (_si imaw = 0; imaw <= 12; imaw += 1) { wbpd[imaw] = 0; } } } else { _uli fozo = (((((_uli)(1)) << (gdop))) - ((_uli)(1))); if (kopi < 0) { wbpd[0] = 0; } else { wbpd[0] = ((((wbpd[0]) & (~fozo))) >> (kopi)); }; if (twke != 0) { wbpd[0] += ((((wbpd[twke]) & (~fozo))) >> (gdop)); } for (_si atpz = 1; atpz <= (12 - twke); atpz += 1) { wbpd[-1 + atpz] += ((((((wbpd[atpz + twke]) & (fozo))) << (-gdop + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wbpd[atpz] = ((((wbpd[atpz + twke]) & (~fozo))) >> (gdop)); } for (_si gpnw = 13 - twke; gpnw <= 12; gpnw += 1) { wbpd[gpnw] = 0; } }; } void nrxr(_uc *okw) { _ui *gfy = (_ui *)(okw + 64); _uli *hdmu = (_uli *)(okw + 352); gfy[0] = 3072593861; gfy[1] = 3086033710; gfy[2] = 3878829419; gfy[3] = 661946499; gfy[4] = 3836525215; gfy[5] = 533529351; gfy[6] = 1116444951; gfy[7] = 1869145119; hdmu[0] = 0; } void nfyc(_uc *lhbu, _uc *ovio, _uc *czkh, _si gngr) { { { _ui *doxq = (_ui *)(lhbu + 64); for (_si xrvd = 0; xrvd <= 7; xrvd += 1) { doxq[4 + xrvd] = (((_ui)((ovio + 4 * xrvd)[0])) + ((((_ui)((ovio + 4 * xrvd)[1])) << (8))) + ((((_ui)((ovio + 4 * xrvd)[2])) << (16))) + ((((_ui)((ovio + 4 * xrvd)[3])) << (24)))); } } _ui *cvoy = (_ui *)(lhbu + 64); _ui *inei = (_ui *)(lhbu + 128); for (_si ybhw = 0; ybhw <= 3; ybhw += 1) { cvoy[ybhw] = (((_ui)(((_uc *)(_m + 48146) + 4 * ybhw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ybhw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ybhw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ybhw)[3])) << (24)))); } for (_si rkdk = 0; rkdk <= 3; rkdk += 1) { cvoy[12 + rkdk] = 0; _m[65162] += 1; } inei[0] = 3904225602; } { _ui *voiq = (_ui *)(lhbu + 0); _ui *imht = (_ui *)(lhbu + 128); _uc *gzvd = (_uc *)(voiq); for (_si qlfh = 0; qlfh <= (-1 + gngr); qlfh += 1) { if (imht[0] >= 64) { gxqs(lhbu); imht[0] = 0; } czkh[qlfh] ^= gzvd[imht[0]]; imht[0] += 1; } } } void nngo(_uc *lfte, _uc *tms, _si hddw) { _ui *rfaq = (_ui *)(lfte + 0); _ui *frnz = (_ui *)(lfte + 128); _uc *vnup = (_uc *)(rfaq); for (_si jweq = 0; jweq <= (-1 + hddw); jweq += 1) { if (frnz[0] >= 64) { { _ui *ytgj = (_ui *)(lfte + 0); _ui *ecj = (_ui *)(lfte + 64); for (_si kobq = 0; kobq <= 15; kobq += 1) { ytgj[kobq] = ecj[kobq]; } for (_si ohqm = 0; ohqm <= 9; ohqm += 1) { { ytgj[0] += ytgj[4]; ytgj[12] ^= ytgj[0]; ytgj[12] = ((((ytgj[12]) << (16))) | (((ytgj[12]) >> (16)))); ytgj[8] += ytgj[12]; ytgj[4] ^= ytgj[8]; ytgj[4] = ((((ytgj[4]) << (12))) | (((ytgj[4]) >> (20)))); ytgj[0] += ytgj[4]; ytgj[12] ^= ytgj[0]; ytgj[12] = ((((ytgj[12]) << (8))) | (((ytgj[12]) >> (24)))); ytgj[8] += ytgj[12]; ytgj[4] ^= ytgj[8]; ytgj[4] = ((((ytgj[4]) << (7))) | (((ytgj[4]) >> (25)))); } pndm(ytgj, 1, 5, 9, 13); eypa(ytgj, 2, 6, 10, 14); rytz(ytgj, 3, 7, 11, 15); { ytgj[0] += ytgj[5]; ytgj[15] ^= ytgj[0]; ytgj[15] = ((((ytgj[15]) << (16))) | (((ytgj[15]) >> (16)))); ytgj[10] += ytgj[15]; ytgj[5] ^= ytgj[10]; ytgj[5] = ((((ytgj[5]) << (12))) | (((ytgj[5]) >> (20)))); ytgj[0] += ytgj[5]; ytgj[15] ^= ytgj[0]; ytgj[15] = ((((ytgj[15]) << (8))) | (((ytgj[15]) >> (24)))); ytgj[10] += ytgj[15]; ytgj[5] ^= ytgj[10]; ytgj[5] = ((((ytgj[5]) << (7))) | (((ytgj[5]) >> (25)))); } { ytgj[1] += ytgj[6]; ytgj[12] ^= ytgj[1]; ytgj[12] = ((((ytgj[12]) << (16))) | (((ytgj[12]) >> (16)))); ytgj[11] += ytgj[12]; ytgj[6] ^= ytgj[11]; ytgj[6] = ((((ytgj[6]) << (12))) | (((ytgj[6]) >> (20)))); ytgj[1] += ytgj[6]; ytgj[12] ^= ytgj[1]; ytgj[12] = ((((ytgj[12]) << (8))) | (((ytgj[12]) >> (24)))); ytgj[11] += ytgj[12]; ytgj[6] ^= ytgj[11]; ytgj[6] = ((((ytgj[6]) << (7))) | (((ytgj[6]) >> (25)))); } gezn(ytgj, 2, 7, 8, 13); { ytgj[3] += ytgj[4]; ytgj[14] ^= ytgj[3]; ytgj[14] = ((((ytgj[14]) << (16))) | (((ytgj[14]) >> (16)))); ytgj[9] += ytgj[14]; ytgj[4] ^= ytgj[9]; ytgj[4] = ((((ytgj[4]) << (12))) | (((ytgj[4]) >> (20)))); ytgj[3] += ytgj[4]; ytgj[14] ^= ytgj[3]; ytgj[14] = ((((ytgj[14]) << (8))) | (((ytgj[14]) >> (24)))); ytgj[9] += ytgj[14]; ytgj[4] ^= ytgj[9]; ytgj[4] = ((((ytgj[4]) << (7))) | (((ytgj[4]) >> (25)))); } _m[65163] += 1; } for (_si sjwl = 0; sjwl <= 15; sjwl += 1) { ytgj[sjwl] += ecj[sjwl]; } ecj[12] += 1; if (ecj[12] == 0) { ecj[13] += 1; } } frnz[0] = 0; } tms[jweq] ^= vnup[frnz[0]]; frnz[0] += 1; } } void tdhx(_uli *wrph, _uli *hbrq, _uli *uhgv) { for (_si dkga = 0; dkga <= 12; dkga += 1) { wrph[dkga] = hbrq[dkga] + uhgv[dkga]; } atlz(wrph); } void syqz(_uli *hfxw, _si oktx) { _si kxbp = (oktx % 47); _si ejbh = ((oktx) / (47)); _si tbsg = -kxbp + (((sizeof(_uli)) << (3))); if (ejbh >= 13) { abtw(hfxw); } else { for (_si tlgg = 12 - ejbh; tlgg >= 1; tlgg -= 1) { hfxw[ejbh + tlgg] = ((hfxw[tlgg]) << (kxbp)); if (tbsg < (8 * sizeof(_uli))) { hfxw[ejbh + tlgg] += ((((hfxw[-1 + tlgg]) >> (tbsg))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } hfxw[ejbh] = ((hfxw[0]) << (kxbp)); for (_si civi = -1 + ejbh; civi >= 0; civi -= 1) { hfxw[civi] = 0; } }; { for (_si rfop = 0; rfop <= 11; rfop += 1) { hfxw[1 + rfop] += ((hfxw[rfop]) >> (47)); hfxw[rfop] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hfxw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void cxeg(_uc *wwde, _uc *pihc) { _ui *spnb = (_ui *)(wwde + 64); for (_si sjdx = 0; sjdx <= 7; sjdx += 1) { spnb[4 + sjdx] = (((_ui)((pihc + 4 * sjdx)[0])) + ((((_ui)((pihc + 4 * sjdx)[1])) << (8))) + ((((_ui)((pihc + 4 * sjdx)[2])) << (16))) + ((((_ui)((pihc + 4 * sjdx)[3])) << (24)))); } } void uuoo(_uc *izns, _uc *xinm) { _ui *orui = (_ui *)(izns + 64); for (_si hwmi = 0; hwmi <= 7; hwmi += 1) { orui[4 + hwmi] = (((_ui)((xinm + 4 * hwmi)[0])) + ((((_ui)((xinm + 4 * hwmi)[1])) << (8))) + ((((_ui)((xinm + 4 * hwmi)[2])) << (16))) + ((((_ui)((xinm + 4 * hwmi)[3])) << (24)))); } } void sypr(_uc *xsvh, _uc *iunx, _si iied) { _uc *aoby = (_uc *)(xsvh + 0); _uli *garm = (_uli *)(xsvh + 352); _si jngl = (_si)(((garm[0]) & (63))); garm[0] += iied; for (_si claq = 0; claq <= (-1 + iied); claq += 1) { aoby[jngl] = iunx[claq]; jngl += 1; if (jngl == 64) { { _uc *wokn = (_uc *)(xsvh + 0); _ui *uxcc = (_ui *)(xsvh + 64); _ui *cfli = (_ui *)(xsvh + 96); _si chcn = 0; _ui xfbz = 0; _ui sofn = 0; _ui hjzm = 0; _ui labt = 0; _ui husa = 0; _ui ywjo = 0; for (_si oivm = 0; oivm <= 15; oivm += 1) { cfli[oivm] = (((((((((_ui)(wokn[chcn])) << (24))) | ((((_ui)(wokn[1 + chcn])) << (16))))) | ((((_ui)(wokn[2 + chcn])) << (8))))) | ((_ui)(wokn[3 + chcn]))); chcn += 4; } for (_si hzxe = 16; hzxe <= 31; hzxe += 1) { xfbz = ((((((((cfli[-15 + hzxe]) >> (7))) | (((cfli[-15 + hzxe]) << (25))))) ^ (((((cfli[-15 + hzxe]) >> (18))) | (((cfli[-15 + hzxe]) << (14))))))) ^ (((cfli[-15 + hzxe]) >> (3)))); labt = ((((((((cfli[-2 + hzxe]) >> (17))) | (((cfli[-2 + hzxe]) << (15))))) ^ (((((cfli[-2 + hzxe]) >> (19))) | (((cfli[-2 + hzxe]) << (13))))))) ^ (((cfli[-2 + hzxe]) >> (10)))); cfli[hzxe] = cfli[-16 + hzxe] + cfli[-7 + hzxe] + labt + xfbz; _m[65160] += 1; } _ui oail = uxcc[0]; _ui vkya = uxcc[1]; _ui pppc = uxcc[2]; _ui nhrz = uxcc[3]; _ui brqr = uxcc[4]; _ui dljo = uxcc[5]; _ui abqh = uxcc[6]; _ui mbkt = uxcc[7]; for (_si cvfv = 0; cvfv <= 31; cvfv += 1) { xfbz = ((((((((oail) >> (2))) | (((oail) << (30))))) ^ (((((oail) >> (13))) | (((oail) << (19))))))) ^ (((((oail) >> (22))) | (((oail) << (10)))))); sofn = ((((((oail) & (vkya))) ^ (((oail) & (pppc))))) ^ (((vkya) & (pppc)))); hjzm = sofn + xfbz; labt = ((((((((brqr) >> (6))) | (((brqr) << (26))))) ^ (((((brqr) >> (11))) | (((brqr) << (21))))))) ^ (((((brqr) >> (25))) | (((brqr) << (7)))))); husa = ((((brqr) & (dljo))) ^ (((~brqr) & (abqh)))); ywjo = *(((_ui *)(_m + 246160) + cvfv)) + labt + husa + cfli[cvfv] + mbkt; mbkt = abqh; abqh = dljo; dljo = brqr; brqr = nhrz + ywjo; nhrz = pppc; pppc = vkya; vkya = oail; oail = hjzm + ywjo; _m[65161] += 1; } uxcc[0] += oail; uxcc[1] += vkya; uxcc[2] += pppc; uxcc[3] += nhrz; uxcc[4] += brqr; uxcc[5] += dljo; uxcc[6] += abqh; uxcc[7] += mbkt; } jngl = 0; } } } void bmrv(_si gbb, _uli *ewyf, _uli *ffza, _uli *xhqq, _uli *eutr, _uli *wvif) { djyh(xhqq, eutr, wvif); keov(gbb, ewyf, ffza, xhqq, xhqq); } _si cfkj(_uli *baku) { _si rkva = -1; for (_si cayb = 12; cayb >= 0; cayb -= 1) { if (baku[cayb] != 0) { rkva = cayb; break; } } return rkva; } void pmjb(_uli *difl) { _si zgev; { zgev = 0; _uli uwqs = 19; for (_si nepw = 12; nepw >= 0; nepw -= 1) { if (difl[nepw] != 0) { zgev = ((((difl[nepw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zgev) { { for (_si yihu = 0; yihu <= 12; yihu += 1) { difl[yihu] = -difl[yihu]; } } } for (_si kxus = 0; kxus <= 11; kxus += 1) { if (((((difl[kxus]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { difl[1 + kxus] -= 1; } else { difl[1 + kxus] += ((difl[kxus]) >> (47)); }; difl[kxus] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } difl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zgev) { { for (_si yhob = 0; yhob <= 12; yhob += 1) { difl[yhob] = -difl[yhob]; } } } } _uli *qkyt() { ; _uli *hhqp; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; hhqp = (_uli *)(_m + 362 * _s); break; } _s += 1; } return hhqp; } void nsoo(_uli *eohk) { for (_si nasn = 0; nasn <= 12; nasn += 1) { eohk[nasn] = 0; } } void hzhn(_uli *yatj, _uli *vohd, _uli *vgaw) { for (_si xepj = 0; xepj <= 12; xepj += 1) { yatj[xepj] = -vgaw[xepj] + vohd[xepj]; } rhbz(yatj); } void jtts(_uli *rlnv, _si jlww) { _si tcuc = hsnq(rlnv); if (tcuc) { { for (_si tqmk = 0; tqmk <= 12; tqmk += 1) { rlnv[tqmk] = -rlnv[tqmk]; } } } { _si rxan = (jlww % 47); _si serp = ((jlww) / (47)); _si hgqx = jlww; if (hgqx > (8 * sizeof(_uli))) { hgqx = -1; } if (serp >= 13) { { for (_si ocov = 0; ocov <= 12; ocov += 1) { rlnv[ocov] = 0; } } } else { _uli lbin = (((((_uli)(1)) << (rxan))) - ((_uli)(1))); if (hgqx < 0) { rlnv[0] = 0; } else { rlnv[0] = ((((rlnv[0]) & (~lbin))) >> (hgqx)); }; if (serp != 0) { rlnv[0] += ((((rlnv[serp]) & (~lbin))) >> (rxan)); } for (_si gstw = 1; gstw <= (12 - serp); gstw += 1) { rlnv[-1 + gstw] += ((((((rlnv[gstw + serp]) & (lbin))) << (-rxan + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rlnv[gstw] = ((((rlnv[gstw + serp]) & (~lbin))) >> (rxan)); } for (_si zljk = 13 - serp; zljk <= 12; zljk += 1) { rlnv[zljk] = 0; } }; } if (tcuc) { { for (_si vnlt = 0; vnlt <= 12; vnlt += 1) { rlnv[vnlt] = -rlnv[vnlt]; } } } } void egoc(_uc *pdft) { _ui *fzcb = (_ui *)(pdft + 0); _ui *egj = (_ui *)(pdft + 64); for (_si ltna = 0; ltna <= 15; ltna += 1) { fzcb[ltna] = egj[ltna]; } for (_si kobt = 0; kobt <= 9; kobt += 1) { { fzcb[0] += fzcb[4]; fzcb[12] ^= fzcb[0]; fzcb[12] = ((((fzcb[12]) << (16))) | (((fzcb[12]) >> (16)))); fzcb[8] += fzcb[12]; fzcb[4] ^= fzcb[8]; fzcb[4] = ((((fzcb[4]) << (12))) | (((fzcb[4]) >> (20)))); fzcb[0] += fzcb[4]; fzcb[12] ^= fzcb[0]; fzcb[12] = ((((fzcb[12]) << (8))) | (((fzcb[12]) >> (24)))); fzcb[8] += fzcb[12]; fzcb[4] ^= fzcb[8]; fzcb[4] = ((((fzcb[4]) << (7))) | (((fzcb[4]) >> (25)))); } { fzcb[1] += fzcb[5]; fzcb[13] ^= fzcb[1]; fzcb[13] = ((((fzcb[13]) << (16))) | (((fzcb[13]) >> (16)))); fzcb[9] += fzcb[13]; fzcb[5] ^= fzcb[9]; fzcb[5] = ((((fzcb[5]) << (12))) | (((fzcb[5]) >> (20)))); fzcb[1] += fzcb[5]; fzcb[13] ^= fzcb[1]; fzcb[13] = ((((fzcb[13]) << (8))) | (((fzcb[13]) >> (24)))); fzcb[9] += fzcb[13]; fzcb[5] ^= fzcb[9]; fzcb[5] = ((((fzcb[5]) << (7))) | (((fzcb[5]) >> (25)))); } { fzcb[2] += fzcb[6]; fzcb[14] ^= fzcb[2]; fzcb[14] = ((((fzcb[14]) << (16))) | (((fzcb[14]) >> (16)))); fzcb[10] += fzcb[14]; fzcb[6] ^= fzcb[10]; fzcb[6] = ((((fzcb[6]) << (12))) | (((fzcb[6]) >> (20)))); fzcb[2] += fzcb[6]; fzcb[14] ^= fzcb[2]; fzcb[14] = ((((fzcb[14]) << (8))) | (((fzcb[14]) >> (24)))); fzcb[10] += fzcb[14]; fzcb[6] ^= fzcb[10]; fzcb[6] = ((((fzcb[6]) << (7))) | (((fzcb[6]) >> (25)))); } { fzcb[3] += fzcb[7]; fzcb[15] ^= fzcb[3]; fzcb[15] = ((((fzcb[15]) << (16))) | (((fzcb[15]) >> (16)))); fzcb[11] += fzcb[15]; fzcb[7] ^= fzcb[11]; fzcb[7] = ((((fzcb[7]) << (12))) | (((fzcb[7]) >> (20)))); fzcb[3] += fzcb[7]; fzcb[15] ^= fzcb[3]; fzcb[15] = ((((fzcb[15]) << (8))) | (((fzcb[15]) >> (24)))); fzcb[11] += fzcb[15]; fzcb[7] ^= fzcb[11]; fzcb[7] = ((((fzcb[7]) << (7))) | (((fzcb[7]) >> (25)))); } { fzcb[0] += fzcb[5]; fzcb[15] ^= fzcb[0]; fzcb[15] = ((((fzcb[15]) << (16))) | (((fzcb[15]) >> (16)))); fzcb[10] += fzcb[15]; fzcb[5] ^= fzcb[10]; fzcb[5] = ((((fzcb[5]) << (12))) | (((fzcb[5]) >> (20)))); fzcb[0] += fzcb[5]; fzcb[15] ^= fzcb[0]; fzcb[15] = ((((fzcb[15]) << (8))) | (((fzcb[15]) >> (24)))); fzcb[10] += fzcb[15]; fzcb[5] ^= fzcb[10]; fzcb[5] = ((((fzcb[5]) << (7))) | (((fzcb[5]) >> (25)))); } { fzcb[1] += fzcb[6]; fzcb[12] ^= fzcb[1]; fzcb[12] = ((((fzcb[12]) << (16))) | (((fzcb[12]) >> (16)))); fzcb[11] += fzcb[12]; fzcb[6] ^= fzcb[11]; fzcb[6] = ((((fzcb[6]) << (12))) | (((fzcb[6]) >> (20)))); fzcb[1] += fzcb[6]; fzcb[12] ^= fzcb[1]; fzcb[12] = ((((fzcb[12]) << (8))) | (((fzcb[12]) >> (24)))); fzcb[11] += fzcb[12]; fzcb[6] ^= fzcb[11]; fzcb[6] = ((((fzcb[6]) << (7))) | (((fzcb[6]) >> (25)))); } { fzcb[2] += fzcb[7]; fzcb[13] ^= fzcb[2]; fzcb[13] = ((((fzcb[13]) << (16))) | (((fzcb[13]) >> (16)))); fzcb[8] += fzcb[13]; fzcb[7] ^= fzcb[8]; fzcb[7] = ((((fzcb[7]) << (12))) | (((fzcb[7]) >> (20)))); fzcb[2] += fzcb[7]; fzcb[13] ^= fzcb[2]; fzcb[13] = ((((fzcb[13]) << (8))) | (((fzcb[13]) >> (24)))); fzcb[8] += fzcb[13]; fzcb[7] ^= fzcb[8]; fzcb[7] = ((((fzcb[7]) << (7))) | (((fzcb[7]) >> (25)))); } { fzcb[3] += fzcb[4]; fzcb[14] ^= fzcb[3]; fzcb[14] = ((((fzcb[14]) << (16))) | (((fzcb[14]) >> (16)))); fzcb[9] += fzcb[14]; fzcb[4] ^= fzcb[9]; fzcb[4] = ((((fzcb[4]) << (12))) | (((fzcb[4]) >> (20)))); fzcb[3] += fzcb[4]; fzcb[14] ^= fzcb[3]; fzcb[14] = ((((fzcb[14]) << (8))) | (((fzcb[14]) >> (24)))); fzcb[9] += fzcb[14]; fzcb[4] ^= fzcb[9]; fzcb[4] = ((((fzcb[4]) << (7))) | (((fzcb[4]) >> (25)))); } _m[65163] += 1; } for (_si bbq = 0; bbq <= 15; bbq += 1) { fzcb[bbq] += egj[bbq]; } egj[12] += 1; if (egj[12] == 0) { egj[13] += 1; } } void rpcq(_si cikn, _uli *juip, _uli *lgti, _uli *amec, _uli *wcxw, _uli *xowt) { mgki(amec, wcxw, xowt); fgoa(cikn, juip, lgti, amec, amec); } void tpxj(_uli *xtbo) { _uc *rkyu = (_uc *)(xtbo); for (_si gfjg = 0; gfjg <= 360; gfjg += 1) { rkyu[gfjg] = (_uc)(255 + rkyu[1 + gfjg]) * (_uc)(1 + rkyu[gfjg]); } rkyu[361] = 0; } void mmwc(_si neda, _uli *oeyh) { oeyh[(((neda) / (47)))] &= ((((((_uli)(1)) << ((neda % 47)))) - ((_uli)(1)))); for (_si jtzy = 1 + (((neda) / (47))); jtzy <= 12; jtzy += 1) { oeyh[jtzy] = 0; } } void ttiu(_uli *qbpd, _uli *ehti) { if (qbpd != ehti) { for (_si gobf = 0; gobf <= 12; gobf += 1) { qbpd[gobf] = ehti[gobf]; } } } void uxvt(_uli *vclr) { _si syrn = apks(vclr); if (syrn) { { for (_si rbgh = 0; rbgh <= 12; rbgh += 1) { vclr[rbgh] = -vclr[rbgh]; } } } for (_si wnpa = 0; wnpa <= 11; wnpa += 1) { if (((((vclr[wnpa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vclr[1 + wnpa] -= 1; } else { vclr[1 + wnpa] += ((vclr[wnpa]) >> (47)); }; vclr[wnpa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vclr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (syrn) { { for (_si oowl = 0; oowl <= 12; oowl += 1) { vclr[oowl] = -vclr[oowl]; } } } } void ghjk(_uli *igi, _uli *yiyi) { for (_si mper = 0; mper <= 12; mper += 1) { igi[mper] = -yiyi[mper]; } } void jeuk(_uli *ootp, _uli *nqfh, _uli *qnlt, _uli *soer) { gnlu(nqfh, qnlt, soer); _si rpos; { rpos = 0; for (_si bqqr = 12; bqqr >= 0; bqqr -= 1) { if (nqfh[bqqr] > ootp[bqqr]) { break; } else if (nqfh[bqqr] < ootp[bqqr]) { rpos = 1; break; }; } } if (!rpos) { { for (_si ywtw = 0; ywtw <= 12; ywtw += 1) { nqfh[ywtw] = nqfh[ywtw] - ootp[ywtw]; } nvqy(nqfh); } } } void fqik(_uli *kent) { _uc *vbze = (_uc *)(kent); for (_si fglw = 0; fglw <= 360; fglw += 1) { vbze[fglw] = (_uc)(255 + vbze[1 + fglw]) * (_uc)(1 + vbze[fglw]); } vbze[361] = 0; } void fdlw(_uli *ppgn, _uli *fcyk, _si fids) { _uli *sljp = agss(); _uli *rtpj = gysu(); for (_si qiax = 0; qiax <= 12; qiax += 1) { sljp[qiax] = ((fcyk[qiax]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rtpj[qiax] = ((fcyk[qiax]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si iffy = 0; iffy <= 12; iffy += 1) { ppgn[iffy] = 0; } } for (_si xhbb = 0; xhbb <= (-1 + (((13) >> (1)))); xhbb += 1) { _uli gws = fids * rtpj[xhbb]; _uli lsgj = fids * sljp[xhbb]; _uli hmjo = ((ppgn[xhbb]) + (lsgj) + (((((gws) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); _uli fzvw = ((gws) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1)))))); if (hmjo < lsgj) { fzvw += (((_uli)(1)) << ((-47 + (((sizeof(_uli)) << (3)))))); } ppgn[xhbb] = hmjo; ppgn[1 + xhbb] += fzvw; { for (_si enzv = 0; enzv <= 11; enzv += 1) { ppgn[1 + enzv] += ((ppgn[enzv]) >> (47)); ppgn[enzv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ppgn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } wfmp(sljp); { _uc *wjai = (_uc *)(rtpj); for (_si hcxr = 0; hcxr <= 360; hcxr += 1) { wjai[hcxr] = (_uc)(255 + wjai[1 + hcxr]) * (_uc)(1 + wjai[hcxr]); } wjai[361] = 0; } } _si drnx(_uli *owht) { _si tujj = 0; _uli yqmz = 19; for (_si qsbl = 12; qsbl >= 0; qsbl -= 1) { if (owht[qsbl] != 0) { tujj = ((((owht[qsbl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tujj; } void lkcd(_si pgqx, _uli *odrc) { odrc[(((pgqx) / (47)))] &= ((((((_uli)(1)) << ((pgqx % 47)))) - ((_uli)(1)))); for (_si tbce = 1 + (((pgqx) / (47))); tbce <= 12; tbce += 1) { odrc[tbce] = 0; } } void jxtk(_uc *wrik) { _uc *empa = (_uc *)(wrik + 0); _ui *wbzw = (_ui *)(wrik + 64); _ui *gpvv = (_ui *)(wrik + 96); _si cuor = 0; _ui czv = 0; _ui qtj = 0; _ui vcoe = 0; _ui tbnq = 0; _ui rlny = 0; _ui lzgo = 0; for (_si ncil = 0; ncil <= 15; ncil += 1) { gpvv[ncil] = (((((((((_ui)(empa[cuor])) << (24))) | ((((_ui)(empa[1 + cuor])) << (16))))) | ((((_ui)(empa[2 + cuor])) << (8))))) | ((_ui)(empa[3 + cuor]))); cuor += 4; } for (_si ahfb = 16; ahfb <= 31; ahfb += 1) { czv = ((((((((gpvv[-15 + ahfb]) >> (7))) | (((gpvv[-15 + ahfb]) << (25))))) ^ (((((gpvv[-15 + ahfb]) >> (18))) | (((gpvv[-15 + ahfb]) << (14))))))) ^ (((gpvv[-15 + ahfb]) >> (3)))); tbnq = ((((((((gpvv[-2 + ahfb]) >> (17))) | (((gpvv[-2 + ahfb]) << (15))))) ^ (((((gpvv[-2 + ahfb]) >> (19))) | (((gpvv[-2 + ahfb]) << (13))))))) ^ (((gpvv[-2 + ahfb]) >> (10)))); gpvv[ahfb] = czv + gpvv[-16 + ahfb] + gpvv[-7 + ahfb] + tbnq; _m[65160] += 1; } _ui eilc = wbzw[0]; _ui eoqh = wbzw[1]; _ui uvjs = wbzw[2]; _ui xnfr = wbzw[3]; _ui alkw = wbzw[4]; _ui rny = wbzw[5]; _ui ztrm = wbzw[6]; _ui kgc = wbzw[7]; for (_si gkj = 0; gkj <= 31; gkj += 1) { czv = ((((((((eilc) >> (2))) | (((eilc) << (30))))) ^ (((((eilc) >> (13))) | (((eilc) << (19))))))) ^ (((((eilc) >> (22))) | (((eilc) << (10)))))); qtj = ((((((eilc) & (eoqh))) ^ (((eilc) & (uvjs))))) ^ (((eoqh) & (uvjs)))); vcoe = czv + qtj; tbnq = ((((((((alkw) >> (6))) | (((alkw) << (26))))) ^ (((((alkw) >> (11))) | (((alkw) << (21))))))) ^ (((((alkw) >> (25))) | (((alkw) << (7)))))); rlny = ((((alkw) & (rny))) ^ (((~alkw) & (ztrm)))); lzgo = rlny + tbnq + *(((_ui *)(_m + 246160) + gkj)) + gpvv[gkj] + kgc; kgc = ztrm; ztrm = rny; rny = alkw; alkw = lzgo + xnfr; xnfr = uvjs; uvjs = eoqh; eoqh = eilc; eilc = lzgo + vcoe; _m[65161] += 1; } wbzw[0] += eilc; wbzw[1] += eoqh; wbzw[2] += uvjs; wbzw[3] += xnfr; wbzw[4] += alkw; wbzw[5] += rny; wbzw[6] += ztrm; wbzw[7] += kgc; } void nlen(_si fxeq, _uli *wcby) { wcby[(((fxeq) / (47)))] &= ((((((_uli)(1)) << ((fxeq % 47)))) - ((_uli)(1)))); for (_si kfil = 1 + (((fxeq) / (47))); kfil <= 12; kfil += 1) { wcby[kfil] = 0; } } _uli *uog() { ; _uli *uavd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; uavd = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uavd; } void mpkj(_uc *rwdn, _uc *mmt, _si zpm) { _uc *nmo = (_uc *)(rwdn + 0); _uli *konu = (_uli *)(rwdn + 352); _si ftqx = (_si)(((konu[0]) & (63))); konu[0] += zpm; for (_si bti = 0; bti <= (-1 + zpm); bti += 1) { nmo[ftqx] = mmt[bti]; ftqx += 1; if (ftqx == 64) { bci(rwdn); ftqx = 0; } } } void rmll(_uli *ojhn) { _uc *euwq = (_uc *)(ojhn); for (_si jzcp = 0; jzcp <= 360; jzcp += 1) { euwq[jzcp] = (_uc)(255 + euwq[1 + jzcp]) * (_uc)(1 + euwq[jzcp]); } euwq[361] = 0; } void jilg(_uli *gcks, _uli *ilal, _uli *iujn) { _uli *mmek = sreu(); _uli *awxo = hkio(); _uli *nwdq = jbfh(); _uli *umzp = uich(); for (_si jucd = 0; jucd <= 12; jucd += 1) { mmek[jucd] = ((ilal[jucd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); awxo[jucd] = ((ilal[jucd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); nwdq[jucd] = ((iujn[jucd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); umzp[jucd] = ((iujn[jucd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si spdm = 0; spdm <= 12; spdm += 1) { gcks[spdm] = 0; } } for (_si qfow = 0; qfow <= (-1 + (((13) >> (1)))); qfow += 1) { for (_si yszr = 0; yszr <= (-1 + (((13) >> (1)))); yszr += 1) { _uli pdyk = awxo[qfow] * nwdq[yszr] + mmek[qfow] * umzp[yszr]; _uli yipf = mmek[qfow] * nwdq[yszr]; _uli msub = awxo[qfow] * umzp[yszr]; _uli wjos = ((gcks[qfow + yszr]) + (yipf) + (((((pdyk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wjos < yipf) { msub += 1; } _uli gfka = ((((pdyk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((msub) << ((-47 + (((sizeof(_uli)) << (3)))))))); gcks[qfow + yszr] = wjos; gcks[1 + qfow + yszr] += gfka; } fthu(gcks); } { _uc *xbpt = (_uc *)(mmek); for (_si qkbe = 0; qkbe <= 360; qkbe += 1) { xbpt[qkbe] = (_uc)(1 + xbpt[qkbe]) * (_uc)(255 + xbpt[1 + qkbe]); } xbpt[361] = 0; } dlfz(awxo); { _uc *xmdv = (_uc *)(nwdq); for (_si wwzw = 0; wwzw <= 360; wwzw += 1) { xmdv[wwzw] = (_uc)(255 + xmdv[1 + wwzw]) * (_uc)(1 + xmdv[wwzw]); } xmdv[361] = 0; } { _uc *dtwu = (_uc *)(umzp); for (_si ttcr = 0; ttcr <= 360; ttcr += 1) { dtwu[ttcr] = (_uc)(1 + dtwu[ttcr]) * (_uc)(255 + dtwu[1 + ttcr]); } dtwu[361] = 0; } } void mkeb(_uli *sxks) { _si vgeh; { vgeh = 0; _uli myme = 19; for (_si snlu = 12; snlu >= 0; snlu -= 1) { if (sxks[snlu] != 0) { vgeh = ((((sxks[snlu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vgeh) { { for (_si epyf = 0; epyf <= 12; epyf += 1) { sxks[epyf] = -sxks[epyf]; } } } for (_si qymk = 0; qymk <= 11; qymk += 1) { if (((((sxks[qymk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sxks[1 + qymk] -= 1; } else { sxks[1 + qymk] += ((sxks[qymk]) >> (47)); }; sxks[qymk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sxks[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vgeh) { { for (_si rzuk = 0; rzuk <= 12; rzuk += 1) { sxks[rzuk] = -sxks[rzuk]; } } } } void luhu(_uc *pzuy) { _uc *wixh = (_uc *)(pzuy + 0); _ui *ixvv = (_ui *)(pzuy + 64); _uli *ejl = (_uli *)(pzuy + 352); _uli vvie = 8 * ejl[0]; _uc zoy[1]; zoy[0] = 128; kzpz(pzuy, zoy, 1); while (((((ejl[0]) & (63))) != (56))) { zoy[0] = 0; { _uc *qmoc = (_uc *)(pzuy + 0); _uli *kboi = (_uli *)(pzuy + 352); _si olc = (_si)(((kboi[0]) & (63))); kboi[0] += 1; for (_si covu = 0; covu <= 0; covu += 1) { qmoc[olc] = zoy[covu]; olc += 1; if (olc == 64) { { _uc *psga = (_uc *)(pzuy + 0); _ui *ldn = (_ui *)(pzuy + 64); _ui *upo = (_ui *)(pzuy + 96); _si fjo = 0; _ui dhpv = 0; _ui tio = 0; _ui qopv = 0; _ui avr = 0; _ui saol = 0; _ui mrxp = 0; for (_si nxmc = 0; nxmc <= 15; nxmc += 1) { upo[nxmc] = (((((((((_ui)(psga[fjo])) << (24))) | ((((_ui)(psga[1 + fjo])) << (16))))) | ((((_ui)(psga[2 + fjo])) << (8))))) | ((_ui)(psga[3 + fjo]))); fjo += 4; } for (_si jmey = 16; jmey <= 31; jmey += 1) { dhpv = ((((((((upo[-15 + jmey]) >> (7))) | (((upo[-15 + jmey]) << (25))))) ^ (((((upo[-15 + jmey]) >> (18))) | (((upo[-15 + jmey]) << (14))))))) ^ (((upo[-15 + jmey]) >> (3)))); avr = ((((((((upo[-2 + jmey]) >> (17))) | (((upo[-2 + jmey]) << (15))))) ^ (((((upo[-2 + jmey]) >> (19))) | (((upo[-2 + jmey]) << (13))))))) ^ (((upo[-2 + jmey]) >> (10)))); upo[jmey] = avr + dhpv + upo[-16 + jmey] + upo[-7 + jmey]; _m[65160] += 1; } _ui dbst = ldn[0]; _ui vsum = ldn[1]; _ui npcf = ldn[2]; _ui xuxh = ldn[3]; _ui nccp = ldn[4]; _ui ajep = ldn[5]; _ui pddf = ldn[6]; _ui eeps = ldn[7]; for (_si kljd = 0; kljd <= 31; kljd += 1) { dhpv = ((((((((dbst) >> (2))) | (((dbst) << (30))))) ^ (((((dbst) >> (13))) | (((dbst) << (19))))))) ^ (((((dbst) >> (22))) | (((dbst) << (10)))))); tio = ((((((dbst) & (vsum))) ^ (((dbst) & (npcf))))) ^ (((vsum) & (npcf)))); qopv = dhpv + tio; avr = ((((((((nccp) >> (6))) | (((nccp) << (26))))) ^ (((((nccp) >> (11))) | (((nccp) << (21))))))) ^ (((((nccp) >> (25))) | (((nccp) << (7)))))); saol = ((((nccp) & (ajep))) ^ (((~nccp) & (pddf)))); mrxp = upo[kljd] + eeps + *(((_ui *)(_m + 246160) + kljd)) + avr + saol; eeps = pddf; pddf = ajep; ajep = nccp; nccp = mrxp + xuxh; xuxh = npcf; npcf = vsum; vsum = dbst; dbst = mrxp + qopv; _m[65161] += 1; } ldn[0] += dbst; ldn[1] += vsum; ldn[2] += npcf; ldn[3] += xuxh; ldn[4] += nccp; ldn[5] += ajep; ldn[6] += pddf; ldn[7] += eeps; } olc = 0; } } } } for (_si dtqa = 0; dtqa <= 7; dtqa += 1) { zoy[0] = (_uc)(((((vvie) >> (8 * (7 - dtqa)))) & (255))); hign(pzuy, zoy, 1); } _si oopr = 0; for (_si mroy = 0; mroy <= 7; mroy += 1) { _ui ysw = ixvv[mroy]; wixh[oopr] = (_uc)(((((ysw) >> (24))) & (255))); wixh[1 + oopr] = (_uc)(((((ysw) >> (16))) & (255))); wixh[2 + oopr] = (_uc)(((((ysw) >> (8))) & (255))); wixh[3 + oopr] = (_uc)(((ysw) & (255))); oopr += 4; } } void pfwc(_si npfy, _uli *pzdf, _uli *jsvq, _uli *uebf, _uli *lkpw) { _uli *isio = eulu(); { if (isio != lkpw) { for (_si itxj = 0; itxj <= 12; itxj += 1) { isio[itxj] = lkpw[itxj]; } } } { if (uebf != lkpw) { for (_si sesb = 0; sesb <= 12; sesb += 1) { uebf[sesb] = lkpw[sesb]; } } } cjdo(npfy, uebf); mppz(uebf, uebf, jsvq); { uebf[(((npfy) / (47)))] &= ((((((_uli)(1)) << ((npfy % 47)))) - ((_uli)(1)))); for (_si xesj = 1 + (((npfy) / (47))); xesj <= 12; xesj += 1) { uebf[xesj] = 0; } } nufu(uebf, uebf, pzdf); { for (_si ddgz = 0; ddgz <= 12; ddgz += 1) { uebf[ddgz] = isio[ddgz] + uebf[ddgz]; } { _si hsmt; { hsmt = 0; _uli xirv = 19; for (_si onac = 12; onac >= 0; onac -= 1) { if (uebf[onac] != 0) { hsmt = ((((uebf[onac]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hsmt) { { for (_si lula = 0; lula <= 12; lula += 1) { uebf[lula] = -uebf[lula]; } } } for (_si vams = 0; vams <= 11; vams += 1) { if (((((uebf[vams]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uebf[1 + vams] -= 1; } else { uebf[1 + vams] += ((uebf[vams]) >> (47)); }; uebf[vams] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uebf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hsmt) { { for (_si jwuk = 0; jwuk <= 12; jwuk += 1) { uebf[jwuk] = -uebf[jwuk]; } } } } } { _si zuaa = (npfy % 47); _si svob = ((npfy) / (47)); _si shkh = npfy; if (shkh > (8 * sizeof(_uli))) { shkh = -1; } if (svob >= 13) { { for (_si rybi = 0; rybi <= 12; rybi += 1) { uebf[rybi] = 0; } } } else { _uli lzjj = (((((_uli)(1)) << (zuaa))) - ((_uli)(1))); if (shkh < 0) { uebf[0] = 0; } else { uebf[0] = ((((uebf[0]) & (~lzjj))) >> (shkh)); }; if (svob != 0) { uebf[0] += ((((uebf[svob]) & (~lzjj))) >> (zuaa)); } for (_si mbuu = 1; mbuu <= (12 - svob); mbuu += 1) { uebf[-1 + mbuu] += ((((((uebf[mbuu + svob]) & (lzjj))) << (-zuaa + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); uebf[mbuu] = ((((uebf[mbuu + svob]) & (~lzjj))) >> (zuaa)); } for (_si dwjw = 13 - svob; dwjw <= 12; dwjw += 1) { uebf[dwjw] = 0; } }; } { for (_si cvmh = 0; cvmh <= 12; cvmh += 1) { isio[cvmh] = -pzdf[cvmh] + uebf[cvmh]; } { _si gktl = zvvt(isio); if (gktl) { qlup(isio, isio); } for (_si qdxh = 0; qdxh <= 11; qdxh += 1) { if (((((isio[qdxh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { isio[1 + qdxh] -= 1; } else { isio[1 + qdxh] += ((isio[qdxh]) >> (47)); }; isio[qdxh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } isio[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gktl) { { for (_si ymzc = 0; ymzc <= 12; ymzc += 1) { isio[ymzc] = -isio[ymzc]; } } } } } _si hlfj; { hlfj = 0; _uli unja = 19; for (_si xym = 12; xym >= 0; xym -= 1) { if (isio[xym] != 0) { hlfj = ((((isio[xym]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!hlfj) { jhvs(uebf, isio); } kgqn(isio); } void bjgr(_uli *asat, _uli *uafq) { for (_si buie = 0; buie <= 12; buie += 1) { asat[buie] = -uafq[buie]; } } _uli *ndlt() { ; _uli *tzps; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; tzps = (_uli *)(_m + 362 * _s); break; } _s += 1; } return tzps; } void dwoh(_uli *fsce, _uli *kefj, _uli *fffi) { _uli *golg = zegx(); _uli *davw = fspc(); _uli *yytb = veqw(); _uli *yeok = irak(); for (_si hbln = 0; hbln <= 44; hbln += 1) { golg[hbln] = ((kefj[hbln]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); davw[hbln] = ((kefj[hbln]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yytb[hbln] = ((fffi[hbln]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yeok[hbln] = ((fffi[hbln]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si alop = 0; alop <= 44; alop += 1) { fsce[alop] = 0; } } for (_si pgxk = 0; pgxk <= (-1 + (((45) >> (1)))); pgxk += 1) { for (_si rynb = 0; rynb <= (-1 + (((45) >> (1)))); rynb += 1) { _uli bjdr = davw[pgxk] * yytb[rynb] + golg[pgxk] * yeok[rynb]; _uli qrdm = golg[pgxk] * yytb[rynb]; _uli pwcy = davw[pgxk] * yeok[rynb]; _uli pbvs = ((fsce[pgxk + rynb]) + (qrdm) + (((((bjdr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pbvs < qrdm) { pwcy += 1; } _uli jsix = ((((bjdr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pwcy) << ((-47 + (((sizeof(_uli)) << (3)))))))); fsce[pgxk + rynb] = pbvs; fsce[1 + pgxk + rynb] += jsix; } { for (_si gmzd = 0; gmzd <= 43; gmzd += 1) { fsce[1 + gmzd] += ((fsce[gmzd]) >> (47)); fsce[gmzd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fsce[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *rhjf = (_uc *)(golg); for (_si hpfc = 0; hpfc <= 360; hpfc += 1) { rhjf[hpfc] = (_uc)(1 + rhjf[hpfc]) * (_uc)(255 + rhjf[1 + hpfc]); } rhjf[361] = 0; } { _uc *drqn = (_uc *)(davw); for (_si tizq = 0; tizq <= 360; tizq += 1) { drqn[tizq] = (_uc)(1 + drqn[tizq]) * (_uc)(255 + drqn[1 + tizq]); } drqn[361] = 0; } { _uc *lwhd = (_uc *)(yytb); for (_si vqvw = 0; vqvw <= 360; vqvw += 1) { lwhd[vqvw] = (_uc)(255 + lwhd[1 + vqvw]) * (_uc)(1 + lwhd[vqvw]); } lwhd[361] = 0; } { _uc *jyyo = (_uc *)(yeok); for (_si ejtd = 0; ejtd <= 360; ejtd += 1) { jyyo[ejtd] = (_uc)(1 + jyyo[ejtd]) * (_uc)(255 + jyyo[1 + ejtd]); } jyyo[361] = 0; } } void foxd(_uli *ecmq) { _uc *vhvs = (_uc *)(ecmq); for (_si olow = 0; olow <= 360; olow += 1) { vhvs[olow] = (_uc)(1 + vhvs[olow]) * (_uc)(255 + vhvs[1 + olow]); } vhvs[361] = 0; } void mfrt(_uli *sckt) { _uc *ocuz = (_uc *)(sckt); for (_si rycx = 0; rycx <= 360; rycx += 1) { ocuz[rycx] = (_uc)(255 + ocuz[1 + rycx]) * (_uc)(1 + ocuz[rycx]); } ocuz[361] = 0; } void hhpt(_si qilh, _uli *idxm) { idxm[(((qilh) / (47)))] &= ((((((_uli)(1)) << ((qilh % 47)))) - ((_uli)(1)))); for (_si kwqf = 1 + (((qilh) / (47))); kwqf <= 12; kwqf += 1) { idxm[kwqf] = 0; } } void mgqw(_uli *rqhn, _uli *olvg) { for (_si dwsr = 0; dwsr <= 44; dwsr += 1) { rqhn[dwsr] = -olvg[dwsr]; } } void wogh(_uli *smur) { for (_si przj = 0; przj <= 11; przj += 1) { smur[1 + przj] += ((smur[przj]) >> (47)); smur[przj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } smur[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void fodh(_uli *odjn) { for (_si nmep = 0; nmep <= 12; nmep += 1) { odjn[nmep] = 0; } } _uc *dkgo() { ; _uc *yagr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; yagr = (_uc *)(_m + 362 * _s); break; } _s += 1; } return yagr; } void tmpo(_uli *qjuj, _uli *yiym, _uli *dwks) { for (_si lwkl = 0; lwkl <= 12; lwkl += 1) { qjuj[lwkl] = -dwks[lwkl] + yiym[lwkl]; } { _si gyzs; { gyzs = 0; _uli xwvf = 19; for (_si aqep = 12; aqep >= 0; aqep -= 1) { if (qjuj[aqep] != 0) { gyzs = ((((qjuj[aqep]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gyzs) { { for (_si nifg = 0; nifg <= 12; nifg += 1) { qjuj[nifg] = -qjuj[nifg]; } } } for (_si zusv = 0; zusv <= 11; zusv += 1) { if (((((qjuj[zusv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qjuj[1 + zusv] -= 1; } else { qjuj[1 + zusv] += ((qjuj[zusv]) >> (47)); }; qjuj[zusv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qjuj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gyzs) { grqi(qjuj, qjuj); } } } void job(_uc *eqlw) { _uc *dnl = (_uc *)(eqlw + 0); _ui *tzl = (_ui *)(eqlw + 64); _uli *dc = (_uli *)(eqlw + 352); _uli yyw = 8 * dc[0]; _uc wky[1]; wky[0] = 128; { _uc *nrto = (_uc *)(eqlw + 0); _uli *gwcw = (_uli *)(eqlw + 352); _si hzb = (_si)(((gwcw[0]) & (63))); gwcw[0] += 1; for (_si vxj = 0; vxj <= 0; vxj += 1) { nrto[hzb] = wky[vxj]; hzb += 1; if (hzb == 64) { { _uc *kd = (_uc *)(eqlw + 0); _ui *wmb = (_ui *)(eqlw + 64); _ui *yk = (_ui *)(eqlw + 96); _si olk = 0; _ui fyzx = 0; _ui cbus = 0; _ui ma = 0; _ui rit = 0; _ui duao = 0; _ui jmc = 0; for (_si mna = 0; mna <= 15; mna += 1) { yk[mna] = (((((((((_ui)(kd[olk])) << (24))) | ((((_ui)(kd[1 + olk])) << (16))))) | ((((_ui)(kd[2 + olk])) << (8))))) | ((_ui)(kd[3 + olk]))); olk += 4; } for (_si bp = 16; bp <= 31; bp += 1) { fyzx = ((((((((yk[-15 + bp]) >> (7))) | (((yk[-15 + bp]) << (25))))) ^ (((((yk[-15 + bp]) >> (18))) | (((yk[-15 + bp]) << (14))))))) ^ (((yk[-15 + bp]) >> (3)))); rit = ((((((((yk[-2 + bp]) >> (17))) | (((yk[-2 + bp]) << (15))))) ^ (((((yk[-2 + bp]) >> (19))) | (((yk[-2 + bp]) << (13))))))) ^ (((yk[-2 + bp]) >> (10)))); yk[bp] = fyzx + rit + yk[-16 + bp] + yk[-7 + bp]; _m[65160] += 1; } _ui etzm = wmb[0]; _ui afaf = wmb[1]; _ui tyqw = wmb[2]; _ui zvo = wmb[3]; _ui zgq = wmb[4]; _ui lbnd = wmb[5]; _ui dul = wmb[6]; _ui ufh = wmb[7]; for (_si kqd = 0; kqd <= 31; kqd += 1) { fyzx = ((((((((etzm) >> (2))) | (((etzm) << (30))))) ^ (((((etzm) >> (13))) | (((etzm) << (19))))))) ^ (((((etzm) >> (22))) | (((etzm) << (10)))))); cbus = ((((((etzm) & (afaf))) ^ (((etzm) & (tyqw))))) ^ (((afaf) & (tyqw)))); ma = cbus + fyzx; rit = ((((((((zgq) >> (6))) | (((zgq) << (26))))) ^ (((((zgq) >> (11))) | (((zgq) << (21))))))) ^ (((((zgq) >> (25))) | (((zgq) << (7)))))); duao = ((((zgq) & (lbnd))) ^ (((~zgq) & (dul)))); jmc = *(((_ui *)(_m + 246160) + kqd)) + yk[kqd] + ufh + duao + rit; ufh = dul; dul = lbnd; lbnd = zgq; zgq = jmc + zvo; zvo = tyqw; tyqw = afaf; afaf = etzm; etzm = jmc + ma; _m[65161] += 1; } wmb[0] += etzm; wmb[1] += afaf; wmb[2] += tyqw; wmb[3] += zvo; wmb[4] += zgq; wmb[5] += lbnd; wmb[6] += dul; wmb[7] += ufh; } hzb = 0; } } } while (((((dc[0]) & (63))) != (56))) { wky[0] = 0; rvk(eqlw, wky, 1); } for (_si plai = 0; plai <= 7; plai += 1) { wky[0] = (_uc)(((((yyw) >> (8 * (7 - plai)))) & (255))); { _uc *qgzm = (_uc *)(eqlw + 0); _uli *oyif = (_uli *)(eqlw + 352); _si gsb = (_si)(((oyif[0]) & (63))); oyif[0] += 1; for (_si tcus = 0; tcus <= 0; tcus += 1) { qgzm[gsb] = wky[tcus]; gsb += 1; if (gsb == 64) { { _uc *okgw = (_uc *)(eqlw + 0); _ui *ipgs = (_ui *)(eqlw + 64); _ui *bri = (_ui *)(eqlw + 96); _si nxg = 0; _ui bodt = 0; _ui le = 0; _ui qdat = 0; _ui kdu = 0; _ui qpr = 0; _ui iws = 0; for (_si kskd = 0; kskd <= 15; kskd += 1) { bri[kskd] = (((((((((_ui)(okgw[nxg])) << (24))) | ((((_ui)(okgw[1 + nxg])) << (16))))) | ((((_ui)(okgw[2 + nxg])) << (8))))) | ((_ui)(okgw[3 + nxg]))); nxg += 4; } for (_si rlvh = 16; rlvh <= 31; rlvh += 1) { bodt = ((((((((bri[-15 + rlvh]) >> (7))) | (((bri[-15 + rlvh]) << (25))))) ^ (((((bri[-15 + rlvh]) >> (18))) | (((bri[-15 + rlvh]) << (14))))))) ^ (((bri[-15 + rlvh]) >> (3)))); kdu = ((((((((bri[-2 + rlvh]) >> (17))) | (((bri[-2 + rlvh]) << (15))))) ^ (((((bri[-2 + rlvh]) >> (19))) | (((bri[-2 + rlvh]) << (13))))))) ^ (((bri[-2 + rlvh]) >> (10)))); bri[rlvh] = bodt + bri[-7 + rlvh] + bri[-16 + rlvh] + kdu; _m[65160] += 1; } _ui icgh = ipgs[0]; _ui rlea = ipgs[1]; _ui floo = ipgs[2]; _ui hvj = ipgs[3]; _ui kwcp = ipgs[4]; _ui uskt = ipgs[5]; _ui mm = ipgs[6]; _ui pdgs = ipgs[7]; for (_si rh = 0; rh <= 31; rh += 1) { bodt = ((((((((icgh) >> (2))) | (((icgh) << (30))))) ^ (((((icgh) >> (13))) | (((icgh) << (19))))))) ^ (((((icgh) >> (22))) | (((icgh) << (10)))))); le = ((((((icgh) & (rlea))) ^ (((icgh) & (floo))))) ^ (((rlea) & (floo)))); qdat = bodt + le; kdu = ((((((((kwcp) >> (6))) | (((kwcp) << (26))))) ^ (((((kwcp) >> (11))) | (((kwcp) << (21))))))) ^ (((((kwcp) >> (25))) | (((kwcp) << (7)))))); qpr = ((((kwcp) & (uskt))) ^ (((~kwcp) & (mm)))); iws = bri[rh] + *(((_ui *)(_m + 246160) + rh)) + kdu + qpr + pdgs; pdgs = mm; mm = uskt; uskt = kwcp; kwcp = hvj + iws; hvj = floo; floo = rlea; rlea = icgh; icgh = iws + qdat; _m[65161] += 1; } ipgs[0] += icgh; ipgs[1] += rlea; ipgs[2] += floo; ipgs[3] += hvj; ipgs[4] += kwcp; ipgs[5] += uskt; ipgs[6] += mm; ipgs[7] += pdgs; } gsb = 0; } } } } _si kapj = 0; for (_si ibs = 0; ibs <= 7; ibs += 1) { _ui oic = tzl[ibs]; dnl[kapj] = (_uc)(((((oic) >> (24))) & (255))); dnl[1 + kapj] = (_uc)(((((oic) >> (16))) & (255))); dnl[2 + kapj] = (_uc)(((((oic) >> (8))) & (255))); dnl[3 + kapj] = (_uc)(((oic) & (255))); kapj += 4; } } void wrwe(_uli *ajnh) { for (_si mtgf = 0; mtgf <= 44; mtgf += 1) { ajnh[mtgf] = 0; } } void tgqd(_uli *lvha) { _si hofm = cyfh(lvha); if (hofm) { { for (_si gdcf = 0; gdcf <= 12; gdcf += 1) { lvha[gdcf] = -lvha[gdcf]; } } } for (_si owuu = 0; owuu <= 11; owuu += 1) { if (((((lvha[owuu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lvha[1 + owuu] -= 1; } else { lvha[1 + owuu] += ((lvha[owuu]) >> (47)); }; lvha[owuu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lvha[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hofm) { { for (_si zglu = 0; zglu <= 12; zglu += 1) { lvha[zglu] = -lvha[zglu]; } } } } void lvpd(_uli *affq) { for (_si pzlm = 0; pzlm <= 11; pzlm += 1) { affq[1 + pzlm] += ((affq[pzlm]) >> (47)); affq[pzlm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } affq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wsaa(_uli *zmt) { _uc *omgh = (_uc *)(zmt); for (_si zls = 0; zls <= 360; zls += 1) { omgh[zls] = (_uc)(1 + omgh[zls]) * (_uc)(255 + omgh[1 + zls]); } omgh[361] = 0; } void zuqi(_uli *mgmg, _uli *qfqh, _uli *sha) { _uli *zsok = ynqh(); _uli *izsc = gmyg(); _uli *wfgu = lej(); _uli *xybi = wjle(); for (_si zrrw = 0; zrrw <= 12; zrrw += 1) { zsok[zrrw] = ((qfqh[zrrw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); izsc[zrrw] = ((qfqh[zrrw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wfgu[zrrw] = ((sha[zrrw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xybi[zrrw] = ((sha[zrrw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xku = 0; xku <= 12; xku += 1) { mgmg[xku] = 0; } } for (_si tivb = 0; tivb <= (-1 + (((13) >> (1)))); tivb += 1) { for (_si grmi = 0; grmi <= (-1 + (((13) >> (1)))); grmi += 1) { _uli vfxl = izsc[tivb] * wfgu[grmi] + xybi[grmi] * zsok[tivb]; _uli wznd = wfgu[grmi] * zsok[tivb]; _uli pskd = izsc[tivb] * xybi[grmi]; _uli tczf = ((mgmg[grmi + tivb]) + (wznd) + (((((vfxl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tczf < wznd) { pskd += 1; } _uli tdan = ((((vfxl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pskd) << ((-47 + (((sizeof(_uli)) << (3)))))))); mgmg[grmi + tivb] = tczf; mgmg[1 + grmi + tivb] += tdan; } { for (_si zcio = 0; zcio <= 11; zcio += 1) { mgmg[1 + zcio] += ((mgmg[zcio]) >> (47)); mgmg[zcio] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mgmg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *jkli = (_uc *)(zsok); for (_si nqds = 0; nqds <= 360; nqds += 1) { jkli[nqds] = (_uc)(1 + jkli[nqds]) * (_uc)(255 + jkli[1 + nqds]); } jkli[361] = 0; } { _uc *jmvy = (_uc *)(izsc); for (_si wzoh = 0; wzoh <= 360; wzoh += 1) { jmvy[wzoh] = (_uc)(1 + jmvy[wzoh]) * (_uc)(255 + jmvy[1 + wzoh]); } jmvy[361] = 0; } { _uc *pbbk = (_uc *)(wfgu); for (_si qbgk = 0; qbgk <= 360; qbgk += 1) { pbbk[qbgk] = (_uc)(255 + pbbk[1 + qbgk]) * (_uc)(1 + pbbk[qbgk]); } pbbk[361] = 0; } { _uc *zkao = (_uc *)(xybi); for (_si gbay = 0; gbay <= 360; gbay += 1) { zkao[gbay] = (_uc)(1 + zkao[gbay]) * (_uc)(255 + zkao[1 + gbay]); } zkao[361] = 0; } } void ppt(_uli *btoi, _uli *ehz, _uli *quvu) { for (_si ncd = 0; ncd <= 12; ncd += 1) { btoi[ncd] = ehz[ncd] + quvu[ncd]; } { _si hjr; { hjr = 0; _uli zrha = 19; for (_si lktu = 12; lktu >= 0; lktu -= 1) { if (btoi[lktu] != 0) { hjr = ((((btoi[lktu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hjr) { { for (_si ydoo = 0; ydoo <= 12; ydoo += 1) { btoi[ydoo] = -btoi[ydoo]; } } } for (_si bplt = 0; bplt <= 11; bplt += 1) { if (((((btoi[bplt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { btoi[1 + bplt] -= 1; } else { btoi[1 + bplt] += ((btoi[bplt]) >> (47)); }; btoi[bplt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } btoi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hjr) { { for (_si ddje = 0; ddje <= 12; ddje += 1) { btoi[ddje] = -btoi[ddje]; } } } } } void gir(_uc *xqhz, _uc *bfw, _si oyo) { _uc *pbur = (_uc *)(xqhz + 0); _uli *bqpq = (_uli *)(xqhz + 352); _si zfyc = (_si)(((bqpq[0]) & (63))); bqpq[0] += oyo; for (_si igw = 0; igw <= (-1 + oyo); igw += 1) { pbur[zfyc] = bfw[igw]; zfyc += 1; if (zfyc == 64) { { _uc *kydz = (_uc *)(xqhz + 0); _ui *lgw = (_ui *)(xqhz + 64); _ui *pzm = (_ui *)(xqhz + 96); _si lpm = 0; _ui mqeo = 0; _ui kwce = 0; _ui wsnf = 0; _ui afe = 0; _ui lhle = 0; _ui big = 0; for (_si tkgu = 0; tkgu <= 15; tkgu += 1) { pzm[tkgu] = (((((((((_ui)(kydz[lpm])) << (24))) | ((((_ui)(kydz[1 + lpm])) << (16))))) | ((((_ui)(kydz[2 + lpm])) << (8))))) | ((_ui)(kydz[3 + lpm]))); lpm += 4; } for (_si bzuo = 16; bzuo <= 31; bzuo += 1) { mqeo = ((((((((pzm[-15 + bzuo]) >> (7))) | (((pzm[-15 + bzuo]) << (25))))) ^ (((((pzm[-15 + bzuo]) >> (18))) | (((pzm[-15 + bzuo]) << (14))))))) ^ (((pzm[-15 + bzuo]) >> (3)))); afe = ((((((((pzm[-2 + bzuo]) >> (17))) | (((pzm[-2 + bzuo]) << (15))))) ^ (((((pzm[-2 + bzuo]) >> (19))) | (((pzm[-2 + bzuo]) << (13))))))) ^ (((pzm[-2 + bzuo]) >> (10)))); pzm[bzuo] = afe + mqeo + pzm[-7 + bzuo] + pzm[-16 + bzuo]; _m[65160] += 1; } _ui zvsz = lgw[0]; _ui hocx = lgw[1]; _ui ngji = lgw[2]; _ui yoxm = lgw[3]; _ui ygf = lgw[4]; _ui ncb = lgw[5]; _ui ntir = lgw[6]; _ui txy = lgw[7]; for (_si tioj = 0; tioj <= 31; tioj += 1) { mqeo = ((((((((zvsz) >> (2))) | (((zvsz) << (30))))) ^ (((((zvsz) >> (13))) | (((zvsz) << (19))))))) ^ (((((zvsz) >> (22))) | (((zvsz) << (10)))))); kwce = ((((((zvsz) & (hocx))) ^ (((zvsz) & (ngji))))) ^ (((hocx) & (ngji)))); wsnf = kwce + mqeo; afe = ((((((((ygf) >> (6))) | (((ygf) << (26))))) ^ (((((ygf) >> (11))) | (((ygf) << (21))))))) ^ (((((ygf) >> (25))) | (((ygf) << (7)))))); lhle = ((((ygf) & (ncb))) ^ (((~ygf) & (ntir)))); big = afe + *(((_ui *)(_m + 246160) + tioj)) + lhle + txy + pzm[tioj]; txy = ntir; ntir = ncb; ncb = ygf; ygf = big + yoxm; yoxm = ngji; ngji = hocx; hocx = zvsz; zvsz = big + wsnf; _m[65161] += 1; } lgw[0] += zvsz; lgw[1] += hocx; lgw[2] += ngji; lgw[3] += yoxm; lgw[4] += ygf; lgw[5] += ncb; lgw[6] += ntir; lgw[7] += txy; } zfyc = 0; } } } _uli *mexn() { ; _uli *njwl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; njwl = (_uli *)(_m + 362 * _s); break; } _s += 1; } return njwl; } void qyoe(_uli *xxsv) { _si zbed; { zbed = 0; _uli zzwm = 19; for (_si tciu = 12; tciu >= 0; tciu -= 1) { if (xxsv[tciu] != 0) { zbed = ((((xxsv[tciu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zbed) { sitd(xxsv, xxsv); } for (_si rxum = 0; rxum <= 11; rxum += 1) { if (((((xxsv[rxum]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xxsv[1 + rxum] -= 1; } else { xxsv[1 + rxum] += ((xxsv[rxum]) >> (47)); }; xxsv[rxum] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xxsv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zbed) { { for (_si zpdd = 0; zpdd <= 12; zpdd += 1) { xxsv[zpdd] = -xxsv[zpdd]; } } } } void pom(_uli *pgwd, _uli *ezn) { for (_si agvk = 0; agvk <= 44; agvk += 1) { pgwd[agvk] = -ezn[agvk]; } } void ritb(_uli *isfm, _uli *nfnn, _uli *dkdz) { for (_si vrje = 0; vrje <= 12; vrje += 1) { isfm[vrje] = -dkdz[vrje] + nfnn[vrje]; } zrbt(isfm); } void xwr(_uli *iuny) { _si hcsd; { hcsd = 0; _uli gbef = 19; for (_si gozc = 12; gozc >= 0; gozc -= 1) { if (iuny[gozc] != 0) { hcsd = ((((iuny[gozc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hcsd) { { for (_si ldri = 0; ldri <= 12; ldri += 1) { iuny[ldri] = -iuny[ldri]; } } } for (_si zsub = 0; zsub <= 11; zsub += 1) { if (((((iuny[zsub]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { iuny[1 + zsub] -= 1; } else { iuny[1 + zsub] += ((iuny[zsub]) >> (47)); }; iuny[zsub] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iuny[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hcsd) { { for (_si vxyf = 0; vxyf <= 12; vxyf += 1) { iuny[vxyf] = -iuny[vxyf]; } } } } void urdl(_uli *fkcy, _uli *snvy, _uli *mepy) { _uli *nzie = ijqj(); _uli *yiyy = uggb(); _uli *mzam = tjbz(); _uli *eguh = gmyg(); for (_si viu = 0; viu <= 12; viu += 1) { nzie[viu] = ((snvy[viu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yiyy[viu] = ((snvy[viu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mzam[viu] = ((mepy[viu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); eguh[viu] = ((mepy[viu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dfdi = 0; dfdi <= 12; dfdi += 1) { fkcy[dfdi] = 0; } } for (_si vsa = 0; vsa <= (-1 + (((13) >> (1)))); vsa += 1) { for (_si cpnc = 0; cpnc <= (-1 + (((13) >> (1)))); cpnc += 1) { _uli jqsi = eguh[cpnc] * nzie[vsa] + mzam[cpnc] * yiyy[vsa]; _uli ndpb = mzam[cpnc] * nzie[vsa]; _uli cqzp = eguh[cpnc] * yiyy[vsa]; _uli vhbe = ((fkcy[cpnc + vsa]) + (ndpb) + (((((jqsi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vhbe < ndpb) { cqzp += 1; } _uli cagg = ((((jqsi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cqzp) << ((-47 + (((sizeof(_uli)) << (3)))))))); fkcy[cpnc + vsa] = vhbe; fkcy[1 + cpnc + vsa] += cagg; } fxni(fkcy); } fips(nzie); { _uc *arxv = (_uc *)(yiyy); for (_si bvlc = 0; bvlc <= 360; bvlc += 1) { arxv[bvlc] = (_uc)(1 + arxv[bvlc]) * (_uc)(255 + arxv[1 + bvlc]); } arxv[361] = 0; } { _uc *vbyf = (_uc *)(mzam); for (_si iioi = 0; iioi <= 360; iioi += 1) { vbyf[iioi] = (_uc)(255 + vbyf[1 + iioi]) * (_uc)(1 + vbyf[iioi]); } vbyf[361] = 0; } htjv(eguh); } void fruc(_si qthg, _uli *lfug) { lfug[(((qthg) / (47)))] &= ((((((_uli)(1)) << ((qthg % 47)))) - ((_uli)(1)))); for (_si jjgf = 1 + (((qthg) / (47))); jjgf <= 12; jjgf += 1) { lfug[jjgf] = 0; } } _si hsnq(_uli *dnti) { _si loiq = 0; _uli rrir = 19; for (_si wybc = 12; wybc >= 0; wybc -= 1) { if (dnti[wybc] != 0) { loiq = ((((dnti[wybc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return loiq; } void bwap(_uli *ixto) { for (_si vxn = 0; vxn <= 11; vxn += 1) { ixto[1 + vxn] += ((ixto[vxn]) >> (47)); ixto[vxn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ixto[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si eccd(_uli *ivhb) { _si nwxo = 0; _uli awwm = 19; for (_si mmqv = 12; mmqv >= 0; mmqv -= 1) { if (ivhb[mmqv] != 0) { nwxo = ((((ivhb[mmqv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return nwxo; } void hmuh(_si sfas, _uli *urog, _uli *ptyt, _uli *arkp, _uli *flsa) { _uli *oncy = gcda(); { if (oncy != flsa) { for (_si hyxq = 0; hyxq <= 12; hyxq += 1) { oncy[hyxq] = flsa[hyxq]; } } } { if (arkp != flsa) { for (_si xypz = 0; xypz <= 12; xypz += 1) { arkp[xypz] = flsa[xypz]; } } } { arkp[(((sfas) / (47)))] &= ((((((_uli)(1)) << ((sfas % 47)))) - ((_uli)(1)))); for (_si gme = 1 + (((sfas) / (47))); gme <= 12; gme += 1) { arkp[gme] = 0; } } ymcp(arkp, arkp, ptyt); kkdo(sfas, arkp); { _uli *ijln = igzy(); _uli *yxzg = mlwr(); _uli *ohpg = taxj(); _uli *lbdf = lpmr(); for (_si jtrq = 0; jtrq <= 12; jtrq += 1) { ijln[jtrq] = ((arkp[jtrq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yxzg[jtrq] = ((arkp[jtrq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ohpg[jtrq] = ((urog[jtrq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lbdf[jtrq] = ((urog[jtrq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } dny(arkp); for (_si peng = 0; peng <= (-1 + (((13) >> (1)))); peng += 1) { for (_si sgxj = 0; sgxj <= (-1 + (((13) >> (1)))); sgxj += 1) { _uli omla = ijln[peng] * lbdf[sgxj] + ohpg[sgxj] * yxzg[peng]; _uli nlta = ijln[peng] * ohpg[sgxj]; _uli lbax = lbdf[sgxj] * yxzg[peng]; _uli uepm = ((arkp[peng + sgxj]) + (nlta) + (((((omla) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (uepm < nlta) { lbax += 1; } _uli utge = ((((omla) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lbax) << ((-47 + (((sizeof(_uli)) << (3)))))))); arkp[peng + sgxj] = uepm; arkp[1 + peng + sgxj] += utge; } zglt(arkp); } qdkl(ijln); { _uc *oryg = (_uc *)(yxzg); for (_si ezcg = 0; ezcg <= 360; ezcg += 1) { oryg[ezcg] = (_uc)(255 + oryg[1 + ezcg]) * (_uc)(1 + oryg[ezcg]); } oryg[361] = 0; } fuue(ohpg); { _uc *nuy = (_uc *)(lbdf); for (_si xpkh = 0; xpkh <= 360; xpkh += 1) { nuy[xpkh] = (_uc)(1 + nuy[xpkh]) * (_uc)(255 + nuy[1 + xpkh]); } nuy[361] = 0; } } { for (_si tndo = 0; tndo <= 12; tndo += 1) { arkp[tndo] = arkp[tndo] + oncy[tndo]; } { _si yavp = fdxa(arkp); if (yavp) { { for (_si kfbu = 0; kfbu <= 12; kfbu += 1) { arkp[kfbu] = -arkp[kfbu]; } } } for (_si axbp = 0; axbp <= 11; axbp += 1) { if (((((arkp[axbp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { arkp[1 + axbp] -= 1; } else { arkp[1 + axbp] += ((arkp[axbp]) >> (47)); }; arkp[axbp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } arkp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yavp) { { for (_si xpqr = 0; xpqr <= 12; xpqr += 1) { arkp[xpqr] = -arkp[xpqr]; } } } } } { _si irk = (sfas % 47); _si nmoo = ((sfas) / (47)); _si nmae = sfas; if (nmae > (8 * sizeof(_uli))) { nmae = -1; } if (nmoo >= 13) { { for (_si ropr = 0; ropr <= 12; ropr += 1) { arkp[ropr] = 0; } } } else { _uli lgfn = (((((_uli)(1)) << (irk))) - ((_uli)(1))); if (nmae < 0) { arkp[0] = 0; } else { arkp[0] = ((((arkp[0]) & (~lgfn))) >> (nmae)); }; if (nmoo != 0) { arkp[0] += ((((arkp[nmoo]) & (~lgfn))) >> (irk)); } for (_si wyny = 1; wyny <= (12 - nmoo); wyny += 1) { arkp[-1 + wyny] += ((((((arkp[nmoo + wyny]) & (lgfn))) << (-irk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); arkp[wyny] = ((((arkp[nmoo + wyny]) & (~lgfn))) >> (irk)); } for (_si imjk = 13 - nmoo; imjk <= 12; imjk += 1) { arkp[imjk] = 0; } }; } xajz(oncy, arkp, urog); _si dtvg = vvlo(oncy); if (!dtvg) { { if (arkp != oncy) { for (_si nvdi = 0; nvdi <= 12; nvdi += 1) { arkp[nvdi] = oncy[nvdi]; } } } } fuue(oncy); } void qqwc(_uli *dbsr, _si ipnb) { _si icex = (ipnb % 47); _si pekm = ((ipnb) / (47)); _si jzji = ipnb; if (jzji > (8 * sizeof(_uli))) { jzji = -1; } if (pekm >= 13) { { for (_si rwsl = 0; rwsl <= 12; rwsl += 1) { dbsr[rwsl] = 0; } } } else { _uli xvpw = (((((_uli)(1)) << (icex))) - ((_uli)(1))); if (jzji < 0) { dbsr[0] = 0; } else { dbsr[0] = ((((dbsr[0]) & (~xvpw))) >> (jzji)); }; if (pekm != 0) { dbsr[0] += ((((dbsr[pekm]) & (~xvpw))) >> (icex)); } for (_si xwfu = 1; xwfu <= (12 - pekm); xwfu += 1) { dbsr[-1 + xwfu] += ((((((dbsr[pekm + xwfu]) & (xvpw))) << (-icex + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dbsr[xwfu] = ((((dbsr[pekm + xwfu]) & (~xvpw))) >> (icex)); } for (_si zuyy = 13 - pekm; zuyy <= 12; zuyy += 1) { dbsr[zuyy] = 0; } }; } void bfho(_uc *dph, _uc *jgnn) { _ui *vpm = (_ui *)(dph + 64); for (_si tras = 0; tras <= 7; tras += 1) { vpm[4 + tras] = (((_ui)((jgnn + 4 * tras)[0])) + ((((_ui)((jgnn + 4 * tras)[1])) << (8))) + ((((_ui)((jgnn + 4 * tras)[2])) << (16))) + ((((_ui)((jgnn + 4 * tras)[3])) << (24)))); } } _si tyld(_uli *psiv) { _si cpdh = 0; _uli jlny = 19; for (_si nizx = 44; nizx >= 0; nizx -= 1) { if (psiv[nizx] != 0) { cpdh = ((((psiv[nizx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cpdh; } void ohm(_uli *rova, _uli *jkr, _uli *owkc) { _uli *szm = pidx(); _uli *pbo = irak(); _uli *jgzz = kyec(); _uli *nay = ivvj(); for (_si tnf = 0; tnf <= 44; tnf += 1) { szm[tnf] = ((jkr[tnf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pbo[tnf] = ((jkr[tnf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jgzz[tnf] = ((owkc[tnf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nay[tnf] = ((owkc[tnf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si myxu = 0; myxu <= 44; myxu += 1) { rova[myxu] = 0; } } for (_si qng = 0; qng <= (-1 + (((45) >> (1)))); qng += 1) { for (_si kbre = 0; kbre <= (-1 + (((45) >> (1)))); kbre += 1) { _uli mjuy = jgzz[kbre] * pbo[qng] + nay[kbre] * szm[qng]; _uli jczi = jgzz[kbre] * szm[qng]; _uli nhc = nay[kbre] * pbo[qng]; _uli bcs = ((rova[kbre + qng]) + (jczi) + (((((mjuy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bcs < jczi) { nhc += 1; } _uli eifx = ((((mjuy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nhc) << ((-47 + (((sizeof(_uli)) << (3)))))))); rova[kbre + qng] = bcs; rova[1 + kbre + qng] += eifx; } { for (_si tnq = 0; tnq <= 43; tnq += 1) { rova[1 + tnq] += ((rova[tnq]) >> (47)); rova[tnq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rova[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *cgu = (_uc *)(szm); for (_si mffa = 0; mffa <= 360; mffa += 1) { cgu[mffa] = (_uc)(255 + cgu[1 + mffa]) * (_uc)(1 + cgu[mffa]); } cgu[361] = 0; } { _uc *scne = (_uc *)(pbo); for (_si chmy = 0; chmy <= 360; chmy += 1) { scne[chmy] = (_uc)(1 + scne[chmy]) * (_uc)(255 + scne[1 + chmy]); } scne[361] = 0; } { _uc *edgi = (_uc *)(jgzz); for (_si mxb = 0; mxb <= 360; mxb += 1) { edgi[mxb] = (_uc)(255 + edgi[1 + mxb]) * (_uc)(1 + edgi[mxb]); } edgi[361] = 0; } { _uc *maq = (_uc *)(nay); for (_si iwfm = 0; iwfm <= 360; iwfm += 1) { maq[iwfm] = (_uc)(1 + maq[iwfm]) * (_uc)(255 + maq[1 + iwfm]); } maq[361] = 0; } } void mhp(_uli *tjqk) { for (_si yqjb = 0; yqjb <= 12; yqjb += 1) { tjqk[yqjb] = 0; } } void onsq(_uli *sbph) { _si shod; { shod = 0; _uli cjxj = 19; for (_si uzfr = 12; uzfr >= 0; uzfr -= 1) { if (sbph[uzfr] != 0) { shod = ((((sbph[uzfr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (shod) { { for (_si vmgd = 0; vmgd <= 12; vmgd += 1) { sbph[vmgd] = -sbph[vmgd]; } } } for (_si blsl = 0; blsl <= 11; blsl += 1) { if (((((sbph[blsl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sbph[1 + blsl] -= 1; } else { sbph[1 + blsl] += ((sbph[blsl]) >> (47)); }; sbph[blsl] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sbph[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (shod) { { for (_si lirx = 0; lirx <= 12; lirx += 1) { sbph[lirx] = -sbph[lirx]; } } } } void fabk(_uli *fpkr, _uli *gmlf) { for (_si wbrs = 0; wbrs <= 12; wbrs += 1) { fpkr[wbrs] = -gmlf[wbrs]; } } void hlys(_uli *qsuc) { for (_si vrbt = 0; vrbt <= 11; vrbt += 1) { qsuc[1 + vrbt] += ((qsuc[vrbt]) >> (47)); qsuc[vrbt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qsuc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zbuh(_si hxfu, _uli *oliy, _uli *xpdd, _uli *crjv, _uli *lhew) { { _uli *ghkx = fspc(); _uli *glqx = mbpk(); for (_si pngr = 0; pngr <= 44; pngr += 1) { ghkx[pngr] = ((lhew[pngr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); glqx[pngr] = ((lhew[pngr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } llau(crjv); for (_si ueor = 0; ueor <= (-1 + (((45) >> (1)))); ueor += 1) { for (_si adjn = 0; adjn <= (-1 + (((45) >> (1)))); adjn += 1) { _uli cvsq = ghkx[adjn] * glqx[ueor] + ghkx[ueor] * glqx[adjn]; _uli ffnh = ghkx[adjn] * ghkx[ueor]; _uli stjg = glqx[adjn] * glqx[ueor]; _uli aaua = ((crjv[adjn + ueor]) + (ffnh) + (((((cvsq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (aaua < ffnh) { stjg += 1; } _uli olgh = ((((cvsq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((stjg) << ((-47 + (((sizeof(_uli)) << (3)))))))); crjv[adjn + ueor] = aaua; crjv[1 + adjn + ueor] += olgh; } mslu(crjv); } { _uc *ckad = (_uc *)(ghkx); for (_si xhry = 0; xhry <= 360; xhry += 1) { ckad[xhry] = (_uc)(255 + ckad[1 + xhry]) * (_uc)(1 + ckad[xhry]); } ckad[361] = 0; } wjrz(glqx); } vhar(hxfu, oliy, xpdd, crjv, crjv); } void bhhy(_uli *bjmq, _uli *cgwi) { _uli *xtnl = sdtj(); _uli *twvu = dgud(); for (_si lwxb = 0; lwxb <= 12; lwxb += 1) { xtnl[lwxb] = ((cgwi[lwxb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); twvu[lwxb] = ((cgwi[lwxb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hwha = 0; hwha <= 12; hwha += 1) { bjmq[hwha] = 0; } } for (_si xyub = 0; xyub <= (-1 + (((13) >> (1)))); xyub += 1) { for (_si kgle = 0; kgle <= (-1 + (((13) >> (1)))); kgle += 1) { _uli isvy = twvu[kgle] * xtnl[xyub] + twvu[xyub] * xtnl[kgle]; _uli cgyo = xtnl[kgle] * xtnl[xyub]; _uli ccsc = twvu[kgle] * twvu[xyub]; _uli ijyc = ((bjmq[kgle + xyub]) + (cgyo) + (((((isvy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ijyc < cgyo) { ccsc += 1; } _uli copg = ((((isvy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ccsc) << ((-47 + (((sizeof(_uli)) << (3)))))))); bjmq[kgle + xyub] = ijyc; bjmq[1 + kgle + xyub] += copg; } { for (_si xkuf = 0; xkuf <= 11; xkuf += 1) { bjmq[1 + xkuf] += ((bjmq[xkuf]) >> (47)); bjmq[xkuf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bjmq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } kwcf(xtnl); { _uc *knmp = (_uc *)(twvu); for (_si gqat = 0; gqat <= 360; gqat += 1) { knmp[gqat] = (_uc)(1 + knmp[gqat]) * (_uc)(255 + knmp[1 + gqat]); } knmp[361] = 0; } } void yyvo(_uli *asbk, _uli *dim, _uli *bavp) { for (_si vbzo = 0; vbzo <= 12; vbzo += 1) { asbk[vbzo] = bavp[vbzo] + dim[vbzo]; } { _si lhyg; { lhyg = 0; _uli noyc = 19; for (_si epf = 12; epf >= 0; epf -= 1) { if (asbk[epf] != 0) { lhyg = ((((asbk[epf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (lhyg) { { for (_si tthm = 0; tthm <= 12; tthm += 1) { asbk[tthm] = -asbk[tthm]; } } } for (_si hwlf = 0; hwlf <= 11; hwlf += 1) { if (((((asbk[hwlf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { asbk[1 + hwlf] -= 1; } else { asbk[1 + hwlf] += ((asbk[hwlf]) >> (47)); }; asbk[hwlf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } asbk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lhyg) { { for (_si pirf = 0; pirf <= 12; pirf += 1) { asbk[pirf] = -asbk[pirf]; } } } } } void fjwe(_uli *smhv, _si zaup) { _si dubm = (zaup % 47); _si qgkz = ((zaup) / (47)); _si nfnt = -dubm + (((sizeof(_uli)) << (3))); if (qgkz >= 13) { { for (_si udkb = 0; udkb <= 12; udkb += 1) { smhv[udkb] = 0; } } } else { for (_si bcoa = 12 - qgkz; bcoa >= 1; bcoa -= 1) { smhv[bcoa + qgkz] = ((smhv[bcoa]) << (dubm)); if (nfnt < (8 * sizeof(_uli))) { smhv[bcoa + qgkz] += ((((smhv[-1 + bcoa]) >> (nfnt))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } smhv[qgkz] = ((smhv[0]) << (dubm)); for (_si fndp = -1 + qgkz; fndp >= 0; fndp -= 1) { smhv[fndp] = 0; } }; ibvx(smhv); } void wuer(_uli *spxs, _uli *znkc) { for (_si fomd = 0; fomd <= 12; fomd += 1) { spxs[fomd] = -znkc[fomd]; } } void dacu(_uli *kimi, _uli *fmbv) { { if (fmbv != kimi) { for (_si jrdz = 0; jrdz <= 44; jrdz += 1) { fmbv[jrdz] = kimi[jrdz]; } } } } void sqfk(_uli *ghwj) { for (_si dnsn = 0; dnsn <= 12; dnsn += 1) { ghwj[dnsn] = 0; } } void ldmu(_uc *iibf, _uc *gpcf, _si ayjf) { mdrw(iibf, gpcf); _ui *yen = (_ui *)(iibf + 64); _ui *qjr = (_ui *)(iibf + 128); for (_si kgm = 0; kgm <= 3; kgm += 1) { yen[kgm] = (((_ui)(((_uc *)(_m + 48146) + 4 * kgm)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kgm)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kgm)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * kgm)[3])) << (24)))); } for (_si bimd = 0; bimd <= 3; bimd += 1) { yen[12 + bimd] = ayjf; _m[65162] += 1; } qjr[0] = 3904225602; } void yiep(_uli *ebsb, _uli *uodj) { for (_si kpqv = 0; kpqv <= 44; kpqv += 1) { ebsb[kpqv] = -uodj[kpqv]; } } void etap(_uc *masf, _uc *alfw, _si irjs) { _ui *uiuz = (_ui *)(masf + 0); _ui *cggq = (_ui *)(masf + 128); _uc *tylu = (_uc *)(uiuz); for (_si zgda = 0; zgda <= (-1 + irjs); zgda += 1) { if (cggq[0] >= 64) { { _ui *srz = (_ui *)(masf + 0); _ui *udhu = (_ui *)(masf + 64); for (_si ypo = 0; ypo <= 15; ypo += 1) { srz[ypo] = udhu[ypo]; } for (_si sqqc = 0; sqqc <= 9; sqqc += 1) { wxss(srz, 0, 4, 8, 12); { srz[1] += srz[5]; srz[13] ^= srz[1]; srz[13] = ((((srz[13]) << (16))) | (((srz[13]) >> (16)))); srz[9] += srz[13]; srz[5] ^= srz[9]; srz[5] = ((((srz[5]) << (12))) | (((srz[5]) >> (20)))); srz[1] += srz[5]; srz[13] ^= srz[1]; srz[13] = ((((srz[13]) << (8))) | (((srz[13]) >> (24)))); srz[9] += srz[13]; srz[5] ^= srz[9]; srz[5] = ((((srz[5]) << (7))) | (((srz[5]) >> (25)))); } foa(srz, 2, 6, 10, 14); jgfk(srz, 3, 7, 11, 15); { srz[0] += srz[5]; srz[15] ^= srz[0]; srz[15] = ((((srz[15]) << (16))) | (((srz[15]) >> (16)))); srz[10] += srz[15]; srz[5] ^= srz[10]; srz[5] = ((((srz[5]) << (12))) | (((srz[5]) >> (20)))); srz[0] += srz[5]; srz[15] ^= srz[0]; srz[15] = ((((srz[15]) << (8))) | (((srz[15]) >> (24)))); srz[10] += srz[15]; srz[5] ^= srz[10]; srz[5] = ((((srz[5]) << (7))) | (((srz[5]) >> (25)))); } { srz[1] += srz[6]; srz[12] ^= srz[1]; srz[12] = ((((srz[12]) << (16))) | (((srz[12]) >> (16)))); srz[11] += srz[12]; srz[6] ^= srz[11]; srz[6] = ((((srz[6]) << (12))) | (((srz[6]) >> (20)))); srz[1] += srz[6]; srz[12] ^= srz[1]; srz[12] = ((((srz[12]) << (8))) | (((srz[12]) >> (24)))); srz[11] += srz[12]; srz[6] ^= srz[11]; srz[6] = ((((srz[6]) << (7))) | (((srz[6]) >> (25)))); } blxe(srz, 2, 7, 8, 13); { srz[3] += srz[4]; srz[14] ^= srz[3]; srz[14] = ((((srz[14]) << (16))) | (((srz[14]) >> (16)))); srz[9] += srz[14]; srz[4] ^= srz[9]; srz[4] = ((((srz[4]) << (12))) | (((srz[4]) >> (20)))); srz[3] += srz[4]; srz[14] ^= srz[3]; srz[14] = ((((srz[14]) << (8))) | (((srz[14]) >> (24)))); srz[9] += srz[14]; srz[4] ^= srz[9]; srz[4] = ((((srz[4]) << (7))) | (((srz[4]) >> (25)))); } _m[65163] += 1; } for (_si oohx = 0; oohx <= 15; oohx += 1) { srz[oohx] += udhu[oohx]; } udhu[12] += 1; if (udhu[12] == 0) { udhu[13] += 1; } } cggq[0] = 0; } alfw[zgda] ^= tylu[cggq[0]]; cggq[0] += 1; } } void ewth(_si aqie, _uli *pmpx, _uli *thsr, _uli *aynp, _uli *vyzn) { _uli *tcex = vqxh(); { if (tcex != vyzn) { for (_si wmfu = 0; wmfu <= 44; wmfu += 1) { tcex[wmfu] = vyzn[wmfu]; } } } { if (aynp != vyzn) { for (_si grqh = 0; grqh <= 44; grqh += 1) { aynp[grqh] = vyzn[grqh]; } } } qgsq(aqie, aynp); zdwj(aynp, aynp, thsr); tsrm(aqie, aynp); { _uli *sedo = zuit(); _uli *zjiy = rbou(); _uli *fjiu = ndri(); _uli *mnzw = ubcv(); for (_si ggxv = 0; ggxv <= 44; ggxv += 1) { sedo[ggxv] = ((aynp[ggxv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zjiy[ggxv] = ((aynp[ggxv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fjiu[ggxv] = ((pmpx[ggxv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mnzw[ggxv] = ((pmpx[ggxv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } mxrm(aynp); for (_si omwc = 0; omwc <= (-1 + (((45) >> (1)))); omwc += 1) { for (_si cfxx = 0; cfxx <= (-1 + (((45) >> (1)))); cfxx += 1) { _uli vkja = fjiu[cfxx] * zjiy[omwc] + mnzw[cfxx] * sedo[omwc]; _uli rnfy = fjiu[cfxx] * sedo[omwc]; _uli ziyp = mnzw[cfxx] * zjiy[omwc]; _uli bpdj = ((aynp[cfxx + omwc]) + (rnfy) + (((((vkja) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bpdj < rnfy) { ziyp += 1; } _uli amfb = ((((vkja) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ziyp) << ((-47 + (((sizeof(_uli)) << (3)))))))); aynp[cfxx + omwc] = bpdj; aynp[1 + cfxx + omwc] += amfb; } zjwm(aynp); } bllc(sedo); { _uc *ahbx = (_uc *)(zjiy); for (_si yjus = 0; yjus <= 360; yjus += 1) { ahbx[yjus] = (_uc)(1 + ahbx[yjus]) * (_uc)(255 + ahbx[1 + yjus]); } ahbx[361] = 0; } { _uc *uwzu = (_uc *)(fjiu); for (_si ylqj = 0; ylqj <= 360; ylqj += 1) { uwzu[ylqj] = (_uc)(1 + uwzu[ylqj]) * (_uc)(255 + uwzu[1 + ylqj]); } uwzu[361] = 0; } mcoe(mnzw); } { for (_si svgj = 0; svgj <= 44; svgj += 1) { aynp[svgj] = aynp[svgj] + tcex[svgj]; } yckn(aynp); } { _si onik = (aqie % 47); _si zegj = ((aqie) / (47)); _si suxk = aqie; if (suxk > (8 * sizeof(_uli))) { suxk = -1; } if (zegj >= 45) { { for (_si cbzp = 0; cbzp <= 44; cbzp += 1) { aynp[cbzp] = 0; } } } else { _uli ehdn = (((((_uli)(1)) << (onik))) - ((_uli)(1))); if (suxk < 0) { aynp[0] = 0; } else { aynp[0] = ((((aynp[0]) & (~ehdn))) >> (suxk)); }; if (zegj != 0) { aynp[0] += ((((aynp[zegj]) & (~ehdn))) >> (onik)); } for (_si qgbt = 1; qgbt <= (44 - zegj); qgbt += 1) { aynp[-1 + qgbt] += ((((((aynp[qgbt + zegj]) & (ehdn))) << (-onik + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); aynp[qgbt] = ((((aynp[qgbt + zegj]) & (~ehdn))) >> (onik)); } for (_si kfll = 45 - zegj; kfll <= 44; kfll += 1) { aynp[kfll] = 0; } }; } mkpb(tcex, aynp, pmpx); _si yvbn = dafj(tcex); if (!yvbn) { { if (aynp != tcex) { for (_si qvwv = 0; qvwv <= 44; qvwv += 1) { aynp[qvwv] = tcex[qvwv]; } } } } { _uc *kdee = (_uc *)(tcex); for (_si kkma = 0; kkma <= 360; kkma += 1) { kdee[kkma] = (_uc)(255 + kdee[1 + kkma]) * (_uc)(1 + kdee[kkma]); } kdee[361] = 0; } } void iagk(_si hvnr, _uli *pqw, _uli *icjk, _uli *nsxp, _uli *iyaj, _uli *jvas, _uli *aksn, _uli *amgq, _uli *hprz, _uli *bykp, _uli *mfp, _uli *qrxq) { _uli *lafz = trch(); _uli *tzwb = bcbu(); _uli *lwdn = cepk(); _uli *wtsf = wpkw(); _uli *vmsx = mxek(); _uli *mewt = hyda(); pwcq(hvnr, pqw, icjk, lafz, hprz); { dfb(tzwb, qrxq); { _uli *nbyx = chwr(); xpkk(nbyx, tzwb); { ; } cfrv(hvnr, tzwb); uagf(tzwb, tzwb, icjk); tfb(hvnr, tzwb); { _uli *pqme = gtni(); _uli *ruzf = zmwl(); _uli *zoil = rznt(); _uli *ckf = hfgh(); for (_si qem = 0; qem <= 12; qem += 1) { pqme[qem] = ((tzwb[qem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ruzf[qem] = ((tzwb[qem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zoil[qem] = ((pqw[qem]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ckf[qem] = ((pqw[qem]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fyya = 0; fyya <= 12; fyya += 1) { tzwb[fyya] = 0; } } for (_si vbqn = 0; vbqn <= (-1 + (((13) >> (1)))); vbqn += 1) { for (_si ctw = 0; ctw <= (-1 + (((13) >> (1)))); ctw += 1) { _uli eupn = ckf[ctw] * pqme[vbqn] + ruzf[vbqn] * zoil[ctw]; _uli cwzx = pqme[vbqn] * zoil[ctw]; _uli fqvt = ckf[ctw] * ruzf[vbqn]; _uli ievw = ((tzwb[ctw + vbqn]) + (cwzx) + (((((eupn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ievw < cwzx) { fqvt += 1; } _uli tlum = ((((eupn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fqvt) << ((-47 + (((sizeof(_uli)) << (3)))))))); tzwb[ctw + vbqn] = ievw; tzwb[1 + ctw + vbqn] += tlum; } ffes(tzwb); } { _uc *aiu = (_uc *)(pqme); for (_si whbw = 0; whbw <= 360; whbw += 1) { aiu[whbw] = (_uc)(1 + aiu[whbw]) * (_uc)(255 + aiu[1 + whbw]); } aiu[361] = 0; } gckn(ruzf); lwfw(zoil); { _uc *adgo = (_uc *)(ckf); for (_si wada = 0; wada <= 360; wada += 1) { adgo[wada] = (_uc)(1 + adgo[wada]) * (_uc)(255 + adgo[1 + wada]); } adgo[361] = 0; } } { for (_si jloh = 0; jloh <= 12; jloh += 1) { tzwb[jloh] = nbyx[jloh] + tzwb[jloh]; } { _si kifl = ycsi(tzwb); if (kifl) { gykm(tzwb, tzwb); } for (_si vvtr = 0; vvtr <= 11; vvtr += 1) { if (((((tzwb[vvtr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tzwb[1 + vvtr] -= 1; } else { tzwb[1 + vvtr] += ((tzwb[vvtr]) >> (47)); }; tzwb[vvtr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tzwb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kifl) { { for (_si gqwu = 0; gqwu <= 12; gqwu += 1) { tzwb[gqwu] = -tzwb[gqwu]; } } } } } fdhh(tzwb, hvnr); { for (_si jlqm = 0; jlqm <= 12; jlqm += 1) { nbyx[jlqm] = -pqw[jlqm] + tzwb[jlqm]; } { _si rtgl = kkyi(nbyx); if (rtgl) { ndx(nbyx, nbyx); } for (_si ame = 0; ame <= 11; ame += 1) { if (((((nbyx[ame]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nbyx[1 + ame] -= 1; } else { nbyx[1 + ame] += ((nbyx[ame]) >> (47)); }; nbyx[ame] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nbyx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rtgl) { { for (_si uace = 0; uace <= 12; uace += 1) { nbyx[uace] = -nbyx[uace]; } } } } } _si vksb; { vksb = 0; _uli klkl = 19; for (_si otyw = 12; otyw >= 0; otyw -= 1) { if (nbyx[otyw] != 0) { vksb = ((((nbyx[otyw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!vksb) { nnbn(tzwb, nbyx); } { _uc *nrah = (_uc *)(nbyx); for (_si nns = 0; nns <= 360; nns += 1) { nrah[nns] = (_uc)(255 + nrah[1 + nns]) * (_uc)(1 + nrah[nns]); } nrah[361] = 0; } } } { fuhd(lwdn, aksn, tzwb); { _uli *wdbn = upi(); { if (wdbn != lwdn) { for (_si mmrj = 0; mmrj <= 12; mmrj += 1) { wdbn[mmrj] = lwdn[mmrj]; } } } { ; } { lwdn[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si iwyr = 1 + (((hvnr) / (47))); iwyr <= 12; iwyr += 1) { lwdn[iwyr] = 0; } } { _uli *mwrl = hkio(); _uli *dgw = ctgm(); _uli *wdvn = wonb(); _uli *hxas = sreu(); for (_si axey = 0; axey <= 12; axey += 1) { mwrl[axey] = ((lwdn[axey]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dgw[axey] = ((lwdn[axey]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wdvn[axey] = ((icjk[axey]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hxas[axey] = ((icjk[axey]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qye = 0; qye <= 12; qye += 1) { lwdn[qye] = 0; } } for (_si rcyq = 0; rcyq <= (-1 + (((13) >> (1)))); rcyq += 1) { for (_si ehu = 0; ehu <= (-1 + (((13) >> (1)))); ehu += 1) { _uli pwyq = dgw[rcyq] * wdvn[ehu] + hxas[ehu] * mwrl[rcyq]; _uli fkvn = mwrl[rcyq] * wdvn[ehu]; _uli yayn = dgw[rcyq] * hxas[ehu]; _uli zgfp = ((lwdn[ehu + rcyq]) + (fkvn) + (((((pwyq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zgfp < fkvn) { yayn += 1; } _uli jbw = ((((pwyq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yayn) << ((-47 + (((sizeof(_uli)) << (3)))))))); lwdn[ehu + rcyq] = zgfp; lwdn[1 + ehu + rcyq] += jbw; } vfuw(lwdn); } { _uc *zhkn = (_uc *)(mwrl); for (_si zlan = 0; zlan <= 360; zlan += 1) { zhkn[zlan] = (_uc)(1 + zhkn[zlan]) * (_uc)(255 + zhkn[1 + zlan]); } zhkn[361] = 0; } fres(dgw); { _uc *fukt = (_uc *)(wdvn); for (_si xxq = 0; xxq <= 360; xxq += 1) { fukt[xxq] = (_uc)(1 + fukt[xxq]) * (_uc)(255 + fukt[1 + xxq]); } fukt[361] = 0; } { _uc *ebv = (_uc *)(hxas); for (_si uhp = 0; uhp <= 360; uhp += 1) { ebv[uhp] = (_uc)(1 + ebv[uhp]) * (_uc)(255 + ebv[1 + uhp]); } ebv[361] = 0; } } { lwdn[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si tzh = 1 + (((hvnr) / (47))); tzh <= 12; tzh += 1) { lwdn[tzh] = 0; } } { _uli *noxs = yegz(); _uli *qsuw = ytpa(); _uli *ivea = gztg(); _uli *ljhn = mxek(); for (_si wcw = 0; wcw <= 12; wcw += 1) { noxs[wcw] = ((lwdn[wcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qsuw[wcw] = ((lwdn[wcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ivea[wcw] = ((pqw[wcw]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ljhn[wcw] = ((pqw[wcw]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yxda = 0; yxda <= 12; yxda += 1) { lwdn[yxda] = 0; } } for (_si bxbg = 0; bxbg <= (-1 + (((13) >> (1)))); bxbg += 1) { for (_si zswa = 0; zswa <= (-1 + (((13) >> (1)))); zswa += 1) { _uli zrou = ivea[zswa] * qsuw[bxbg] + ljhn[zswa] * noxs[bxbg]; _uli rizy = ivea[zswa] * noxs[bxbg]; _uli ubnx = ljhn[zswa] * qsuw[bxbg]; _uli funb = ((lwdn[bxbg + zswa]) + (rizy) + (((((zrou) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (funb < rizy) { ubnx += 1; } _uli dyxn = ((((zrou) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ubnx) << ((-47 + (((sizeof(_uli)) << (3)))))))); lwdn[bxbg + zswa] = funb; lwdn[1 + bxbg + zswa] += dyxn; } gpjm(lwdn); } { _uc *svnj = (_uc *)(noxs); for (_si niyz = 0; niyz <= 360; niyz += 1) { svnj[niyz] = (_uc)(255 + svnj[1 + niyz]) * (_uc)(1 + svnj[niyz]); } svnj[361] = 0; } oiua(qsuw); mccb(ivea); { _uc *fez = (_uc *)(ljhn); for (_si jcyb = 0; jcyb <= 360; jcyb += 1) { fez[jcyb] = (_uc)(1 + fez[jcyb]) * (_uc)(255 + fez[1 + jcyb]); } fez[361] = 0; } } fixr(lwdn, lwdn, wdbn); rmev(lwdn, hvnr); ceda(wdbn, lwdn, pqw); _si rvdn; { rvdn = 0; _uli dccp = 19; for (_si xzts = 12; xzts >= 0; xzts -= 1) { if (wdbn[xzts] != 0) { rvdn = ((((wdbn[xzts]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!rvdn) { { if (lwdn != wdbn) { for (_si mlhe = 0; mlhe <= 12; mlhe += 1) { lwdn[mlhe] = wdbn[mlhe]; } } } } { _uc *qtjy = (_uc *)(wdbn); for (_si vkvp = 0; vkvp <= 360; vkvp += 1) { qtjy[vkvp] = (_uc)(255 + qtjy[1 + vkvp]) * (_uc)(1 + qtjy[vkvp]); } qtjy[361] = 0; } } } { { _uli *ubno = mazz(); _uli *rmxe = qvtm(); _uli *gjqp = rbgz(); _uli *rdtf = lau(); for (_si hio = 0; hio <= 12; hio += 1) { ubno[hio] = ((bykp[hio]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rmxe[hio] = ((bykp[hio]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gjqp[hio] = ((lafz[hio]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rdtf[hio] = ((lafz[hio]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si umoa = 0; umoa <= 12; umoa += 1) { wtsf[umoa] = 0; } } for (_si egph = 0; egph <= (-1 + (((13) >> (1)))); egph += 1) { for (_si lwm = 0; lwm <= (-1 + (((13) >> (1)))); lwm += 1) { _uli wtej = gjqp[lwm] * rmxe[egph] + rdtf[lwm] * ubno[egph]; _uli xwef = gjqp[lwm] * ubno[egph]; _uli bpdc = rdtf[lwm] * rmxe[egph]; _uli vnx = ((wtsf[egph + lwm]) + (xwef) + (((((wtej) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vnx < xwef) { bpdc += 1; } _uli oscm = ((((wtej) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bpdc) << ((-47 + (((sizeof(_uli)) << (3)))))))); wtsf[egph + lwm] = vnx; wtsf[1 + egph + lwm] += oscm; } wiut(wtsf); } { _uc *mjjs = (_uc *)(ubno); for (_si vfzh = 0; vfzh <= 360; vfzh += 1) { mjjs[vfzh] = (_uc)(1 + mjjs[vfzh]) * (_uc)(255 + mjjs[1 + vfzh]); } mjjs[361] = 0; } { _uc *vfsj = (_uc *)(rmxe); for (_si jnlj = 0; jnlj <= 360; jnlj += 1) { vfsj[jnlj] = (_uc)(255 + vfsj[1 + jnlj]) * (_uc)(1 + vfsj[jnlj]); } vfsj[361] = 0; } uqxp(gjqp); { _uc *feju = (_uc *)(rdtf); for (_si xbxr = 0; xbxr <= 360; xbxr += 1) { feju[xbxr] = (_uc)(255 + feju[1 + xbxr]) * (_uc)(1 + feju[xbxr]); } feju[361] = 0; } } { _uli *jarx = oarz(); { if (jarx != wtsf) { for (_si jlkk = 0; jlkk <= 12; jlkk += 1) { jarx[jlkk] = wtsf[jlkk]; } } } { ; } exlo(hvnr, wtsf); nnkn(wtsf, wtsf, icjk); { wtsf[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si wem = 1 + (((hvnr) / (47))); wem <= 12; wem += 1) { wtsf[wem] = 0; } } { _uli *dnwf = bisc(); _uli *mbfz = pjtf(); _uli *npg = qkyt(); _uli *quau = xgyz(); for (_si obbt = 0; obbt <= 12; obbt += 1) { dnwf[obbt] = ((wtsf[obbt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mbfz[obbt] = ((wtsf[obbt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); npg[obbt] = ((pqw[obbt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); quau[obbt] = ((pqw[obbt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zsuo = 0; zsuo <= 12; zsuo += 1) { wtsf[zsuo] = 0; } } for (_si iqoh = 0; iqoh <= (-1 + (((13) >> (1)))); iqoh += 1) { for (_si hmqn = 0; hmqn <= (-1 + (((13) >> (1)))); hmqn += 1) { _uli tsri = dnwf[iqoh] * quau[hmqn] + mbfz[iqoh] * npg[hmqn]; _uli gxdd = dnwf[iqoh] * npg[hmqn]; _uli pvwi = mbfz[iqoh] * quau[hmqn]; _uli xers = ((wtsf[hmqn + iqoh]) + (gxdd) + (((((tsri) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xers < gxdd) { pvwi += 1; } _uli zgdj = ((((tsri) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pvwi) << ((-47 + (((sizeof(_uli)) << (3)))))))); wtsf[hmqn + iqoh] = xers; wtsf[1 + hmqn + iqoh] += zgdj; } tjga(wtsf); } { _uc *dnct = (_uc *)(dnwf); for (_si ctgl = 0; ctgl <= 360; ctgl += 1) { dnct[ctgl] = (_uc)(1 + dnct[ctgl]) * (_uc)(255 + dnct[1 + ctgl]); } dnct[361] = 0; } brs(mbfz); { _uc *ndsu = (_uc *)(npg); for (_si qtkl = 0; qtkl <= 360; qtkl += 1) { ndsu[qtkl] = (_uc)(255 + ndsu[1 + qtkl]) * (_uc)(1 + ndsu[qtkl]); } ndsu[361] = 0; } { _uc *yrbu = (_uc *)(quau); for (_si wio = 0; wio <= 360; wio += 1) { yrbu[wio] = (_uc)(255 + yrbu[1 + wio]) * (_uc)(1 + yrbu[wio]); } yrbu[361] = 0; } } cqr(wtsf, wtsf, jarx); qvca(wtsf, hvnr); { for (_si dxeq = 0; dxeq <= 12; dxeq += 1) { jarx[dxeq] = -pqw[dxeq] + wtsf[dxeq]; } { _si rkwx = epdc(jarx); if (rkwx) { { for (_si evi = 0; evi <= 12; evi += 1) { jarx[evi] = -jarx[evi]; } } } for (_si vgyi = 0; vgyi <= 11; vgyi += 1) { if (((((jarx[vgyi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jarx[1 + vgyi] -= 1; } else { jarx[1 + vgyi] += ((jarx[vgyi]) >> (47)); }; jarx[vgyi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jarx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rkwx) { { for (_si gwv = 0; gwv <= 12; gwv += 1) { jarx[gwv] = -jarx[gwv]; } } } } } _si okcq; { okcq = 0; _uli kegj = 19; for (_si sji = 12; sji >= 0; sji -= 1) { if (jarx[sji] != 0) { okcq = ((((jarx[sji]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!okcq) { { if (wtsf != jarx) { for (_si cjtf = 0; cjtf <= 12; cjtf += 1) { wtsf[cjtf] = jarx[cjtf]; } } } } mfrt(jarx); } } kemx(hvnr, pqw, icjk, vmsx, amgq, tzwb); { mjsm(mewt, mfp, lafz); { _uli *ksxg = hyda(); anzj(ksxg, mewt); { ; } { mewt[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si xgir = 1 + (((hvnr) / (47))); xgir <= 12; xgir += 1) { mewt[xgir] = 0; } } urdl(mewt, mewt, icjk); qhyz(hvnr, mewt); cggy(mewt, mewt, pqw); zgra(mewt, mewt, ksxg); { _si undi = (hvnr % 47); _si oszw = ((hvnr) / (47)); _si czog = hvnr; if (czog > (8 * sizeof(_uli))) { czog = -1; } if (oszw >= 13) { { for (_si ffvr = 0; ffvr <= 12; ffvr += 1) { mewt[ffvr] = 0; } } } else { _uli yok = (((((_uli)(1)) << (undi))) - ((_uli)(1))); if (czog < 0) { mewt[0] = 0; } else { mewt[0] = ((((mewt[0]) & (~yok))) >> (czog)); }; if (oszw != 0) { mewt[0] += ((((mewt[oszw]) & (~yok))) >> (undi)); } for (_si wpzc = 1; wpzc <= (12 - oszw); wpzc += 1) { mewt[-1 + wpzc] += ((((((mewt[oszw + wpzc]) & (yok))) << (-undi + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); mewt[wpzc] = ((((mewt[oszw + wpzc]) & (~yok))) >> (undi)); } for (_si djky = 13 - oszw; djky <= 12; djky += 1) { mewt[djky] = 0; } }; } ijeu(ksxg, mewt, pqw); _si fbfe = umwt(ksxg); if (!fbfe) { tktg(mewt, ksxg); } vefg(ksxg); } } { { _uli *knwi = bfuj(); _uli *ypxc = trch(); _uli *qlyy = isso(); _uli *bymx = ogrf(); for (_si rmvc = 0; rmvc <= 12; rmvc += 1) { knwi[rmvc] = ((qrxq[rmvc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ypxc[rmvc] = ((qrxq[rmvc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qlyy[rmvc] = ((vmsx[rmvc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bymx[rmvc] = ((vmsx[rmvc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si guey = 0; guey <= 12; guey += 1) { vmsx[guey] = 0; } } for (_si loey = 0; loey <= (-1 + (((13) >> (1)))); loey += 1) { for (_si udka = 0; udka <= (-1 + (((13) >> (1)))); udka += 1) { _uli adhy = bymx[udka] * knwi[loey] + qlyy[udka] * ypxc[loey]; _uli khoj = knwi[loey] * qlyy[udka]; _uli dtzd = bymx[udka] * ypxc[loey]; _uli piyg = ((vmsx[loey + udka]) + (khoj) + (((((adhy) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (piyg < khoj) { dtzd += 1; } _uli rpbl = ((((adhy) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dtzd) << ((-47 + (((sizeof(_uli)) << (3)))))))); vmsx[loey + udka] = piyg; vmsx[1 + loey + udka] += rpbl; } { for (_si vdja = 0; vdja <= 11; vdja += 1) { vmsx[1 + vdja] += ((vmsx[vdja]) >> (47)); vmsx[vdja] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vmsx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *iigb = (_uc *)(knwi); for (_si zixe = 0; zixe <= 360; zixe += 1) { iigb[zixe] = (_uc)(1 + iigb[zixe]) * (_uc)(255 + iigb[1 + zixe]); } iigb[361] = 0; } { _uc *lkpy = (_uc *)(ypxc); for (_si dgyc = 0; dgyc <= 360; dgyc += 1) { lkpy[dgyc] = (_uc)(255 + lkpy[1 + dgyc]) * (_uc)(1 + lkpy[dgyc]); } lkpy[361] = 0; } zfqe(qlyy); { _uc *ial = (_uc *)(bymx); for (_si ranp = 0; ranp <= 360; ranp += 1) { ial[ranp] = (_uc)(1 + ial[ranp]) * (_uc)(255 + ial[1 + ranp]); } ial[361] = 0; } } { _uli *ublj = tewx(); { if (ublj != vmsx) { for (_si wvlq = 0; wvlq <= 12; wvlq += 1) { ublj[wvlq] = vmsx[wvlq]; } } } { ; } { vmsx[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si aovq = 1 + (((hvnr) / (47))); aovq <= 12; aovq += 1) { vmsx[aovq] = 0; } } dtry(vmsx, vmsx, icjk); gncr(hvnr, vmsx); { _uli *spya = wjle(); _uli *fvj = hfgh(); _uli *dpjp = oqxb(); _uli *zxsw = bcqr(); for (_si ozab = 0; ozab <= 12; ozab += 1) { spya[ozab] = ((vmsx[ozab]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fvj[ozab] = ((vmsx[ozab]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dpjp[ozab] = ((pqw[ozab]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zxsw[ozab] = ((pqw[ozab]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jmuz = 0; jmuz <= 12; jmuz += 1) { vmsx[jmuz] = 0; } } for (_si jilo = 0; jilo <= (-1 + (((13) >> (1)))); jilo += 1) { for (_si eqtu = 0; eqtu <= (-1 + (((13) >> (1)))); eqtu += 1) { _uli kza = dpjp[eqtu] * fvj[jilo] + spya[jilo] * zxsw[eqtu]; _uli jmjn = dpjp[eqtu] * spya[jilo]; _uli athq = fvj[jilo] * zxsw[eqtu]; _uli nixo = ((vmsx[eqtu + jilo]) + (jmjn) + (((((kza) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nixo < jmjn) { athq += 1; } _uli axgl = ((((kza) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((athq) << ((-47 + (((sizeof(_uli)) << (3)))))))); vmsx[eqtu + jilo] = nixo; vmsx[1 + eqtu + jilo] += axgl; } { for (_si rwnd = 0; rwnd <= 11; rwnd += 1) { vmsx[1 + rwnd] += ((vmsx[rwnd]) >> (47)); vmsx[rwnd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vmsx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *hpla = (_uc *)(spya); for (_si bdum = 0; bdum <= 360; bdum += 1) { hpla[bdum] = (_uc)(1 + hpla[bdum]) * (_uc)(255 + hpla[1 + bdum]); } hpla[361] = 0; } ogdq(fvj); osif(dpjp); jpeh(zxsw); } isqt(vmsx, vmsx, ublj); xcus(vmsx, hvnr); { for (_si rfud = 0; rfud <= 12; rfud += 1) { ublj[rfud] = -pqw[rfud] + vmsx[rfud]; } { _si wipx = imli(ublj); if (wipx) { { for (_si svop = 0; svop <= 12; svop += 1) { ublj[svop] = -ublj[svop]; } } } for (_si zweh = 0; zweh <= 11; zweh += 1) { if (((((ublj[zweh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ublj[1 + zweh] -= 1; } else { ublj[1 + zweh] += ((ublj[zweh]) >> (47)); }; ublj[zweh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ublj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wipx) { { for (_si xsyr = 0; xsyr <= 12; xsyr += 1) { ublj[xsyr] = -ublj[xsyr]; } } } } } _si xixe; { xixe = 0; _uli uxhm = 19; for (_si tidu = 12; tidu >= 0; tidu -= 1) { if (ublj[tidu] != 0) { xixe = ((((ublj[tidu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!xixe) { { if (vmsx != ublj) { for (_si vbtt = 0; vbtt <= 12; vbtt += 1) { vmsx[vbtt] = ublj[vbtt]; } } } } itnl(ublj); } } { { _uli *ovke = qkyt(); _uli *xsim = cxfp(); _uli *slz = jcsp(); _uli *wtdd = gdxm(); for (_si fofp = 0; fofp <= 12; fofp += 1) { ovke[fofp] = ((hprz[fofp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xsim[fofp] = ((hprz[fofp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); slz[fofp] = ((mewt[fofp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wtdd[fofp] = ((mewt[fofp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xjpv = 0; xjpv <= 12; xjpv += 1) { mewt[xjpv] = 0; } } for (_si jtc = 0; jtc <= (-1 + (((13) >> (1)))); jtc += 1) { for (_si aldf = 0; aldf <= (-1 + (((13) >> (1)))); aldf += 1) { _uli xcks = ovke[jtc] * wtdd[aldf] + slz[aldf] * xsim[jtc]; _uli ozsf = ovke[jtc] * slz[aldf]; _uli aewi = wtdd[aldf] * xsim[jtc]; _uli ukrq = ((mewt[aldf + jtc]) + (ozsf) + (((((xcks) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ukrq < ozsf) { aewi += 1; } _uli teah = ((((xcks) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((aewi) << ((-47 + (((sizeof(_uli)) << (3)))))))); mewt[aldf + jtc] = ukrq; mewt[1 + aldf + jtc] += teah; } bqpc(mewt); } { _uc *qzdl = (_uc *)(ovke); for (_si iowy = 0; iowy <= 360; iowy += 1) { qzdl[iowy] = (_uc)(255 + qzdl[1 + iowy]) * (_uc)(1 + qzdl[iowy]); } qzdl[361] = 0; } kzoy(xsim); { _uc *cvqq = (_uc *)(slz); for (_si facg = 0; facg <= 360; facg += 1) { cvqq[facg] = (_uc)(1 + cvqq[facg]) * (_uc)(255 + cvqq[1 + facg]); } cvqq[361] = 0; } yuaa(wtdd); } zblx(hvnr, pqw, icjk, mewt, mewt); } { { for (_si yptr = 0; yptr <= 12; yptr += 1) { lafz[yptr] = -lwdn[yptr] + wtsf[yptr]; } pxam(lafz); } _si oyck; { oyck = 0; _uli khgu = 19; for (_si aask = 12; aask >= 0; aask -= 1) { if (lafz[aask] != 0) { oyck = ((((lafz[aask]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oyck) { xosh(lafz, lafz, pqw); } } xklm(hvnr, pqw, icjk, tzwb, lafz); yrzr(hvnr, pqw, icjk, lwdn, lwdn, tzwb); jqey(hvnr, pqw, icjk, tzwb, tzwb, lafz); { pyfp(mewt, mewt, vmsx); _si uqpg = vvlo(mewt); if (uqpg) { ktvt(mewt, mewt, pqw); } } { xvoi(nsxp, mewt); idwq(hvnr, pqw, icjk, nsxp, nsxp); } bnhc(pqw, nsxp, nsxp, tzwb); zov(pqw, nsxp, nsxp, lwdn); { pbqp(nsxp, nsxp, lwdn); _si ewph; { ewph = 0; _uli btft = 19; for (_si bsga = 12; bsga >= 0; bsga -= 1) { if (nsxp[bsga] != 0) { ewph = ((((nsxp[bsga]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ewph) { fwhw(nsxp, nsxp, pqw); } } obeo(pqw, iyaj, lwdn, nsxp); { { _uli *rbzh = ypgx(); _uli *pakm = bisc(); _uli *rwgv = yjoq(); _uli *byjj = chwr(); for (_si miah = 0; miah <= 12; miah += 1) { rbzh[miah] = ((iyaj[miah]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pakm[miah] = ((iyaj[miah]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rwgv[miah] = ((mewt[miah]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); byjj[miah] = ((mewt[miah]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si afmh = 0; afmh <= 12; afmh += 1) { iyaj[afmh] = 0; } } for (_si sfks = 0; sfks <= (-1 + (((13) >> (1)))); sfks += 1) { for (_si chc = 0; chc <= (-1 + (((13) >> (1)))); chc += 1) { _uli hdup = byjj[chc] * rbzh[sfks] + pakm[sfks] * rwgv[chc]; _uli hepe = rbzh[sfks] * rwgv[chc]; _uli ywit = byjj[chc] * pakm[sfks]; _uli zeio = ((iyaj[chc + sfks]) + (hepe) + (((((hdup) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zeio < hepe) { ywit += 1; } _uli baqo = ((((hdup) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ywit) << ((-47 + (((sizeof(_uli)) << (3)))))))); iyaj[chc + sfks] = zeio; iyaj[1 + chc + sfks] += baqo; } { for (_si cpae = 0; cpae <= 11; cpae += 1) { iyaj[1 + cpae] += ((iyaj[cpae]) >> (47)); iyaj[cpae] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iyaj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } rbl(rbzh); { _uc *fuag = (_uc *)(pakm); for (_si nkmz = 0; nkmz <= 360; nkmz += 1) { fuag[nkmz] = (_uc)(1 + fuag[nkmz]) * (_uc)(255 + fuag[1 + nkmz]); } fuag[361] = 0; } { _uc *udfm = (_uc *)(rwgv); for (_si cvzp = 0; cvzp <= 360; cvzp += 1) { udfm[cvzp] = (_uc)(1 + udfm[cvzp]) * (_uc)(255 + udfm[1 + cvzp]); } udfm[361] = 0; } { _uc *vewy = (_uc *)(byjj); for (_si hzzs = 0; hzzs <= 360; hzzs += 1) { vewy[hzzs] = (_uc)(255 + vewy[1 + hzzs]) * (_uc)(1 + vewy[hzzs]); } vewy[361] = 0; } } { _uli *dhxa = wdoz(); { if (dhxa != iyaj) { for (_si vqgu = 0; vqgu <= 12; vqgu += 1) { dhxa[vqgu] = iyaj[vqgu]; } } } { ; } { iyaj[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si thqq = 1 + (((hvnr) / (47))); thqq <= 12; thqq += 1) { iyaj[thqq] = 0; } } vgyt(iyaj, iyaj, icjk); { iyaj[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si mvlo = 1 + (((hvnr) / (47))); mvlo <= 12; mvlo += 1) { iyaj[mvlo] = 0; } } { _uli *flt = vmda(); _uli *csdy = tjsr(); _uli *bqbq = eulu(); _uli *pest = mawu(); for (_si gfpq = 0; gfpq <= 12; gfpq += 1) { flt[gfpq] = ((iyaj[gfpq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); csdy[gfpq] = ((iyaj[gfpq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bqbq[gfpq] = ((pqw[gfpq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pest[gfpq] = ((pqw[gfpq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qdob = 0; qdob <= 12; qdob += 1) { iyaj[qdob] = 0; } } for (_si fpam = 0; fpam <= (-1 + (((13) >> (1)))); fpam += 1) { for (_si fzhi = 0; fzhi <= (-1 + (((13) >> (1)))); fzhi += 1) { _uli iuom = bqbq[fzhi] * csdy[fpam] + flt[fpam] * pest[fzhi]; _uli tsre = bqbq[fzhi] * flt[fpam]; _uli opyf = csdy[fpam] * pest[fzhi]; _uli huzx = ((iyaj[fpam + fzhi]) + (tsre) + (((((iuom) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (huzx < tsre) { opyf += 1; } _uli wtgm = ((((iuom) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((opyf) << ((-47 + (((sizeof(_uli)) << (3)))))))); iyaj[fpam + fzhi] = huzx; iyaj[1 + fpam + fzhi] += wtgm; } { for (_si uesr = 0; uesr <= 11; uesr += 1) { iyaj[1 + uesr] += ((iyaj[uesr]) >> (47)); iyaj[uesr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iyaj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *yuom = (_uc *)(flt); for (_si wkwe = 0; wkwe <= 360; wkwe += 1) { yuom[wkwe] = (_uc)(1 + yuom[wkwe]) * (_uc)(255 + yuom[1 + wkwe]); } yuom[361] = 0; } { _uc *gvlf = (_uc *)(csdy); for (_si noht = 0; noht <= 360; noht += 1) { gvlf[noht] = (_uc)(255 + gvlf[1 + noht]) * (_uc)(1 + gvlf[noht]); } gvlf[361] = 0; } buec(bqbq); nvee(pest); } { for (_si urwe = 0; urwe <= 12; urwe += 1) { iyaj[urwe] = dhxa[urwe] + iyaj[urwe]; } gzai(iyaj); } aqqa(iyaj, hvnr); cipp(dhxa, iyaj, pqw); _si osky; { osky = 0; _uli pmi = 19; for (_si wczq = 12; wczq >= 0; wczq -= 1) { if (dhxa[wczq] != 0) { osky = ((((dhxa[wczq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!osky) { { if (iyaj != dhxa) { for (_si wtzi = 0; wtzi <= 12; wtzi += 1) { iyaj[wtzi] = dhxa[wtzi]; } } } } { _uc *bnwr = (_uc *)(dhxa); for (_si wnfj = 0; wnfj <= 360; wnfj += 1) { bnwr[wnfj] = (_uc)(255 + bnwr[1 + wnfj]) * (_uc)(1 + bnwr[wnfj]); } bnwr[361] = 0; } } } { { _uli *gtsw = dgud(); _uli *fzpm = etis(); _uli *xdix = uexn(); _uli *pcpa = oind(); for (_si rnbl = 0; rnbl <= 12; rnbl += 1) { gtsw[rnbl] = ((vmsx[rnbl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fzpm[rnbl] = ((vmsx[rnbl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xdix[rnbl] = ((tzwb[rnbl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pcpa[rnbl] = ((tzwb[rnbl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dks = 0; dks <= 12; dks += 1) { vmsx[dks] = 0; } } for (_si iesb = 0; iesb <= (-1 + (((13) >> (1)))); iesb += 1) { for (_si mkvk = 0; mkvk <= (-1 + (((13) >> (1)))); mkvk += 1) { _uli ccmj = fzpm[iesb] * xdix[mkvk] + gtsw[iesb] * pcpa[mkvk]; _uli jdnu = gtsw[iesb] * xdix[mkvk]; _uli nxof = fzpm[iesb] * pcpa[mkvk]; _uli rkla = ((vmsx[iesb + mkvk]) + (jdnu) + (((((ccmj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rkla < jdnu) { nxof += 1; } _uli nejp = ((((ccmj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nxof) << ((-47 + (((sizeof(_uli)) << (3)))))))); vmsx[iesb + mkvk] = rkla; vmsx[1 + iesb + mkvk] += nejp; } enrc(vmsx); } { _uc *rmfv = (_uc *)(gtsw); for (_si zbz = 0; zbz <= 360; zbz += 1) { rmfv[zbz] = (_uc)(1 + rmfv[zbz]) * (_uc)(255 + rmfv[1 + zbz]); } rmfv[361] = 0; } { _uc *eumk = (_uc *)(fzpm); for (_si rxds = 0; rxds <= 360; rxds += 1) { eumk[rxds] = (_uc)(1 + eumk[rxds]) * (_uc)(255 + eumk[1 + rxds]); } eumk[361] = 0; } pewc(xdix); { _uc *suyw = (_uc *)(pcpa); for (_si eext = 0; eext <= 360; eext += 1) { suyw[eext] = (_uc)(255 + suyw[1 + eext]) * (_uc)(1 + suyw[eext]); } suyw[361] = 0; } } xafh(hvnr, pqw, icjk, vmsx, vmsx); } { { for (_si yzpo = 0; yzpo <= 12; yzpo += 1) { iyaj[yzpo] = iyaj[yzpo] - vmsx[yzpo]; } ajje(iyaj); } _si zdzq; { zdzq = 0; _uli wbxu = 19; for (_si vqnz = 12; vqnz >= 0; vqnz -= 1) { if (iyaj[vqnz] != 0) { zdzq = ((((iyaj[vqnz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zdzq) { axmh(iyaj, iyaj, pqw); } } { aysg(jvas, hprz, qrxq); { _uli *wzsy = ogrf(); { if (wzsy != jvas) { for (_si toru = 0; toru <= 12; toru += 1) { wzsy[toru] = jvas[toru]; } } } gstv(jvas, jvas); { jvas[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si ncu = 1 + (((hvnr) / (47))); ncu <= 12; ncu += 1) { jvas[ncu] = 0; } } macr(jvas, jvas, icjk); { jvas[(((hvnr) / (47)))] &= ((((((_uli)(1)) << ((hvnr % 47)))) - ((_uli)(1)))); for (_si xixi = 1 + (((hvnr) / (47))); xixi <= 12; xixi += 1) { jvas[xixi] = 0; } } { _uli *tsml = gtni(); _uli *cjdr = qvhb(); _uli *sikf = dgud(); _uli *bfeb = fbiq(); for (_si oxg = 0; oxg <= 12; oxg += 1) { tsml[oxg] = ((jvas[oxg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); cjdr[oxg] = ((jvas[oxg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sikf[oxg] = ((pqw[oxg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bfeb[oxg] = ((pqw[oxg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zpak = 0; zpak <= 12; zpak += 1) { jvas[zpak] = 0; } } for (_si wyru = 0; wyru <= (-1 + (((13) >> (1)))); wyru += 1) { for (_si gbpn = 0; gbpn <= (-1 + (((13) >> (1)))); gbpn += 1) { _uli ectq = bfeb[gbpn] * tsml[wyru] + cjdr[wyru] * sikf[gbpn]; _uli ojvo = sikf[gbpn] * tsml[wyru]; _uli yjvn = bfeb[gbpn] * cjdr[wyru]; _uli khyr = ((jvas[gbpn + wyru]) + (ojvo) + (((((ectq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (khyr < ojvo) { yjvn += 1; } _uli dtan = ((((ectq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yjvn) << ((-47 + (((sizeof(_uli)) << (3)))))))); jvas[gbpn + wyru] = khyr; jvas[1 + gbpn + wyru] += dtan; } xwsk(jvas); } fres(tsml); { _uc *uerr = (_uc *)(cjdr); for (_si gdze = 0; gdze <= 360; gdze += 1) { uerr[gdze] = (_uc)(255 + uerr[1 + gdze]) * (_uc)(1 + uerr[gdze]); } uerr[361] = 0; } { _uc *ykhg = (_uc *)(sikf); for (_si poju = 0; poju <= 360; poju += 1) { ykhg[poju] = (_uc)(255 + ykhg[1 + poju]) * (_uc)(1 + ykhg[poju]); } ykhg[361] = 0; } jrex(bfeb); } { for (_si bfau = 0; bfau <= 12; bfau += 1) { jvas[bfau] = jvas[bfau] + wzsy[bfau]; } hgdi(jvas); } nboj(jvas, hvnr); { for (_si sdcm = 0; sdcm <= 12; sdcm += 1) { wzsy[sdcm] = jvas[sdcm] - pqw[sdcm]; } noml(wzsy); } _si aefs = ieme(wzsy); if (!aefs) { { if (jvas != wzsy) { for (_si azaw = 0; azaw <= 12; azaw += 1) { jvas[azaw] = wzsy[azaw]; } } } } { _uc *uxbl = (_uc *)(wzsy); for (_si wqi = 0; wqi <= 360; wqi += 1) { uxbl[wqi] = (_uc)(255 + uxbl[1 + wqi]) * (_uc)(1 + uxbl[wqi]); } uxbl[361] = 0; } } } cuxy(hvnr, pqw, icjk, jvas, jvas, lafz); zseq(lafz); { _uc *kge = (_uc *)(tzwb); for (_si lkve = 0; lkve <= 360; lkve += 1) { kge[lkve] = (_uc)(255 + kge[1 + lkve]) * (_uc)(1 + kge[lkve]); } kge[361] = 0; } { _uc *rzsi = (_uc *)(lwdn); for (_si vzxx = 0; vzxx <= 360; vzxx += 1) { rzsi[vzxx] = (_uc)(1 + rzsi[vzxx]) * (_uc)(255 + rzsi[1 + vzxx]); } rzsi[361] = 0; } cdgz(wtsf); { _uc *iuhw = (_uc *)(vmsx); for (_si fwrs = 0; fwrs <= 360; fwrs += 1) { iuhw[fwrs] = (_uc)(1 + iuhw[fwrs]) * (_uc)(255 + iuhw[1 + fwrs]); } iuhw[361] = 0; } { _uc *kaip = (_uc *)(mewt); for (_si rddd = 0; rddd <= 360; rddd += 1) { kaip[rddd] = (_uc)(1 + kaip[rddd]) * (_uc)(255 + kaip[1 + rddd]); } kaip[361] = 0; } } _si hlgy(_uli *psaf) { _si utff = 0; _uli cqsu = 19; for (_si hrue = 12; hrue >= 0; hrue -= 1) { if (psaf[hrue] != 0) { utff = ((((psaf[hrue]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return utff; } void mua(_uc *dotp) { _uc *acj = (_uc *)(dotp + 0); _ui *qvq = (_ui *)(dotp + 64); _uli *kuaj = (_uli *)(dotp + 352); _uli xde = 8 * kuaj[0]; _uc zgsz[1]; zgsz[0] = 128; { _uc *izlj = (_uc *)(dotp + 0); _uli *flyy = (_uli *)(dotp + 352); _si udg = (_si)(((flyy[0]) & (63))); flyy[0] += 1; for (_si rmt = 0; rmt <= 0; rmt += 1) { izlj[udg] = zgsz[rmt]; udg += 1; if (udg == 64) { xmtl(dotp); udg = 0; } } } while (((((kuaj[0]) & (63))) != (56))) { zgsz[0] = 0; qusy(dotp, zgsz, 1); } for (_si lnr = 0; lnr <= 7; lnr += 1) { zgsz[0] = (_uc)(((((xde) >> (8 * (7 - lnr)))) & (255))); { _uc *xwbk = (_uc *)(dotp + 0); _uli *mzgw = (_uli *)(dotp + 352); _si ummj = (_si)(((mzgw[0]) & (63))); mzgw[0] += 1; for (_si gsa = 0; gsa <= 0; gsa += 1) { xwbk[ummj] = zgsz[gsa]; ummj += 1; if (ummj == 64) { { _uc *jcbs = (_uc *)(dotp + 0); _ui *ggkc = (_ui *)(dotp + 64); _ui *znp = (_ui *)(dotp + 96); _si fkk = 0; _ui vgry = 0; _ui ipwl = 0; _ui zwou = 0; _ui mwwc = 0; _ui hrza = 0; _ui rhjv = 0; for (_si hwsw = 0; hwsw <= 15; hwsw += 1) { znp[hwsw] = (((((((((_ui)(jcbs[fkk])) << (24))) | ((((_ui)(jcbs[1 + fkk])) << (16))))) | ((((_ui)(jcbs[2 + fkk])) << (8))))) | ((_ui)(jcbs[3 + fkk]))); fkk += 4; } for (_si snqr = 16; snqr <= 31; snqr += 1) { vgry = ((((((((znp[-15 + snqr]) >> (7))) | (((znp[-15 + snqr]) << (25))))) ^ (((((znp[-15 + snqr]) >> (18))) | (((znp[-15 + snqr]) << (14))))))) ^ (((znp[-15 + snqr]) >> (3)))); mwwc = ((((((((znp[-2 + snqr]) >> (17))) | (((znp[-2 + snqr]) << (15))))) ^ (((((znp[-2 + snqr]) >> (19))) | (((znp[-2 + snqr]) << (13))))))) ^ (((znp[-2 + snqr]) >> (10)))); znp[snqr] = mwwc + vgry + znp[-16 + snqr] + znp[-7 + snqr]; _m[65160] += 1; } _ui ojt = ggkc[0]; _ui zpoc = ggkc[1]; _ui iui = ggkc[2]; _ui xwa = ggkc[3]; _ui wgsh = ggkc[4]; _ui bzal = ggkc[5]; _ui zeqk = ggkc[6]; _ui qnk = ggkc[7]; for (_si blyp = 0; blyp <= 31; blyp += 1) { vgry = ((((((((ojt) >> (2))) | (((ojt) << (30))))) ^ (((((ojt) >> (13))) | (((ojt) << (19))))))) ^ (((((ojt) >> (22))) | (((ojt) << (10)))))); ipwl = ((((((ojt) & (zpoc))) ^ (((ojt) & (iui))))) ^ (((zpoc) & (iui)))); zwou = ipwl + vgry; mwwc = ((((((((wgsh) >> (6))) | (((wgsh) << (26))))) ^ (((((wgsh) >> (11))) | (((wgsh) << (21))))))) ^ (((((wgsh) >> (25))) | (((wgsh) << (7)))))); hrza = ((((wgsh) & (bzal))) ^ (((~wgsh) & (zeqk)))); rhjv = *(((_ui *)(_m + 246160) + blyp)) + znp[blyp] + qnk + hrza + mwwc; qnk = zeqk; zeqk = bzal; bzal = wgsh; wgsh = rhjv + xwa; xwa = iui; iui = zpoc; zpoc = ojt; ojt = rhjv + zwou; _m[65161] += 1; } ggkc[0] += ojt; ggkc[1] += zpoc; ggkc[2] += iui; ggkc[3] += xwa; ggkc[4] += wgsh; ggkc[5] += bzal; ggkc[6] += zeqk; ggkc[7] += qnk; } ummj = 0; } } } } _si eqhs = 0; for (_si unux = 0; unux <= 7; unux += 1) { _ui pqh = qvq[unux]; acj[eqhs] = (_uc)(((((pqh) >> (24))) & (255))); acj[1 + eqhs] = (_uc)(((((pqh) >> (16))) & (255))); acj[2 + eqhs] = (_uc)(((((pqh) >> (8))) & (255))); acj[3 + eqhs] = (_uc)(((pqh) & (255))); eqhs += 4; } } void catb(_uli *zbc, _uli *dse, _uli *oojo) { for (_si novg = 0; novg <= 12; novg += 1) { zbc[novg] = dse[novg] + oojo[novg]; } wni(zbc); } _uli *uich() { ; _uli *unqe; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; unqe = (_uli *)(_m + 362 * _s); break; } _s += 1; } return unqe; } void xgud(_uc *kxs, _uc *unlx, _uc *fis, _si jmjx) { { xou(kxs, unlx); _ui *nnt = (_ui *)(kxs + 64); _ui *ahc = (_ui *)(kxs + 128); for (_si tpm = 0; tpm <= 3; tpm += 1) { nnt[tpm] = (((_ui)(((_uc *)(_m + 48146) + 4 * tpm)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tpm)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tpm)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * tpm)[3])) << (24)))); } for (_si htsh = 0; htsh <= 3; htsh += 1) { nnt[12 + htsh] = 0; _m[65162] += 1; } ahc[0] = 3904225602; } cwg(kxs, fis, jmjx); } void rcqh(_uc *oikq) { _ui *gnqb = (_ui *)(oikq + 64); _uli *mgiu = (_uli *)(oikq + 352); gnqb[0] = 3072593861; gnqb[1] = 3086033710; gnqb[2] = 3878829419; gnqb[3] = 661946499; gnqb[4] = 3836525215; gnqb[5] = 533529351; gnqb[6] = 1116444951; gnqb[7] = 1869145119; mgiu[0] = 0; } void endq(_si ppif, _uli *exmr) { exmr[(((ppif) / (47)))] &= ((((((_uli)(1)) << ((ppif % 47)))) - ((_uli)(1)))); for (_si vaqv = 1 + (((ppif) / (47))); vaqv <= 12; vaqv += 1) { exmr[vaqv] = 0; } } void piox(_uli *ckxe) { _uc *cads = (_uc *)(ckxe); for (_si znfv = 0; znfv <= 360; znfv += 1) { cads[znfv] = (_uc)(1 + cads[znfv]) * (_uc)(255 + cads[1 + znfv]); } cads[361] = 0; } void quiy(_si mfdo, _uli *rkii) { rkii[(((mfdo) / (47)))] &= ((((((_uli)(1)) << ((mfdo % 47)))) - ((_uli)(1)))); for (_si djla = 1 + (((mfdo) / (47))); djla <= 12; djla += 1) { rkii[djla] = 0; } } _uc *iral() { ; _uc *keue; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; keue = (_uc *)(_m + 362 * _s); break; } _s += 1; } return keue; } void lizo(_si xcxk, _uli *zzbi, _uli *egle, _uli *uyjm, _uli *qrii) { { _uli *iter = djmz(); _uli *oijc = cvag(); for (_si pqpk = 0; pqpk <= 12; pqpk += 1) { iter[pqpk] = ((qrii[pqpk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oijc[pqpk] = ((qrii[pqpk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hyro = 0; hyro <= 12; hyro += 1) { uyjm[hyro] = 0; } } for (_si kije = 0; kije <= (-1 + (((13) >> (1)))); kije += 1) { for (_si ajou = 0; ajou <= (-1 + (((13) >> (1)))); ajou += 1) { _uli bsiz = iter[kije] * oijc[ajou] + iter[ajou] * oijc[kije]; _uli csiw = iter[kije] * iter[ajou]; _uli posq = oijc[kije] * oijc[ajou]; _uli rjns = ((uyjm[ajou + kije]) + (csiw) + (((((bsiz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rjns < csiw) { posq += 1; } _uli hbcn = ((((bsiz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((posq) << ((-47 + (((sizeof(_uli)) << (3)))))))); uyjm[ajou + kije] = rjns; uyjm[1 + ajou + kije] += hbcn; } fxni(uyjm); } { _uc *tesk = (_uc *)(iter); for (_si brkn = 0; brkn <= 360; brkn += 1) { tesk[brkn] = (_uc)(1 + tesk[brkn]) * (_uc)(255 + tesk[1 + brkn]); } tesk[361] = 0; } { _uc *abae = (_uc *)(oijc); for (_si jepg = 0; jepg <= 360; jepg += 1) { abae[jepg] = (_uc)(1 + abae[jepg]) * (_uc)(255 + abae[1 + jepg]); } abae[361] = 0; } } umlp(xcxk, zzbi, egle, uyjm, uyjm); } void zyur(_uli *tjgo) { for (_si lxmw = 0; lxmw <= 44; lxmw += 1) { tjgo[lxmw] = 0; } } void habt(_uli *ics) { for (_si pnnh = 0; pnnh <= 11; pnnh += 1) { ics[1 + pnnh] += ((ics[pnnh]) >> (47)); ics[pnnh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ics[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void yeed(_uli *cnbb) { _si atyf = pcrd(cnbb); if (atyf) { esdy(cnbb, cnbb); } for (_si xaww = 0; xaww <= 43; xaww += 1) { if (((((cnbb[xaww]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cnbb[1 + xaww] -= 1; } else { cnbb[1 + xaww] += ((cnbb[xaww]) >> (47)); }; cnbb[xaww] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cnbb[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (atyf) { { for (_si shra = 0; shra <= 44; shra += 1) { cnbb[shra] = -cnbb[shra]; } } } } void onh(_uc *ghms, _uc *rwwb, _si zzt) { _uc *mtsl = (_uc *)(ghms + 0); _uli *dgk = (_uli *)(ghms + 352); _si vabz = (_si)(((dgk[0]) & (63))); dgk[0] += zzt; for (_si hil = 0; hil <= (-1 + zzt); hil += 1) { mtsl[vabz] = rwwb[hil]; vabz += 1; if (vabz == 64) { { _uc *ctrv = (_uc *)(ghms + 0); _ui *vvsz = (_ui *)(ghms + 64); _ui *cshg = (_ui *)(ghms + 96); _si jbr = 0; _ui engf = 0; _ui qycg = 0; _ui hxu = 0; _ui kyyj = 0; _ui mezx = 0; _ui lmfe = 0; for (_si ficu = 0; ficu <= 15; ficu += 1) { cshg[ficu] = (((((((((_ui)(ctrv[jbr])) << (24))) | ((((_ui)(ctrv[1 + jbr])) << (16))))) | ((((_ui)(ctrv[2 + jbr])) << (8))))) | ((_ui)(ctrv[3 + jbr]))); jbr += 4; } for (_si osg = 16; osg <= 31; osg += 1) { engf = ((((((((cshg[-15 + osg]) >> (7))) | (((cshg[-15 + osg]) << (25))))) ^ (((((cshg[-15 + osg]) >> (18))) | (((cshg[-15 + osg]) << (14))))))) ^ (((cshg[-15 + osg]) >> (3)))); kyyj = ((((((((cshg[-2 + osg]) >> (17))) | (((cshg[-2 + osg]) << (15))))) ^ (((((cshg[-2 + osg]) >> (19))) | (((cshg[-2 + osg]) << (13))))))) ^ (((cshg[-2 + osg]) >> (10)))); cshg[osg] = cshg[-16 + osg] + cshg[-7 + osg] + engf + kyyj; _m[65160] += 1; } _ui etgj = vvsz[0]; _ui ajr = vvsz[1]; _ui iive = vvsz[2]; _ui vdi = vvsz[3]; _ui ork = vvsz[4]; _ui hqc = vvsz[5]; _ui lvrz = vvsz[6]; _ui ccvk = vvsz[7]; for (_si aztf = 0; aztf <= 31; aztf += 1) { engf = ((((((((etgj) >> (2))) | (((etgj) << (30))))) ^ (((((etgj) >> (13))) | (((etgj) << (19))))))) ^ (((((etgj) >> (22))) | (((etgj) << (10)))))); qycg = ((((((etgj) & (ajr))) ^ (((etgj) & (iive))))) ^ (((ajr) & (iive)))); hxu = engf + qycg; kyyj = ((((((((ork) >> (6))) | (((ork) << (26))))) ^ (((((ork) >> (11))) | (((ork) << (21))))))) ^ (((((ork) >> (25))) | (((ork) << (7)))))); mezx = ((((ork) & (hqc))) ^ (((~ork) & (lvrz)))); lmfe = mezx + *(((_ui *)(_m + 246160) + aztf)) + cshg[aztf] + ccvk + kyyj; ccvk = lvrz; lvrz = hqc; hqc = ork; ork = lmfe + vdi; vdi = iive; iive = ajr; ajr = etgj; etgj = hxu + lmfe; _m[65161] += 1; } vvsz[0] += etgj; vvsz[1] += ajr; vvsz[2] += iive; vvsz[3] += vdi; vvsz[4] += ork; vvsz[5] += hqc; vvsz[6] += lvrz; vvsz[7] += ccvk; } vabz = 0; } } } void txu(_uli *uzhw, _uli *zssm, _uli *wtrd) { for (_si bing = 0; bing <= 12; bing += 1) { uzhw[bing] = wtrd[bing] + zssm[bing]; } { _si gbi = icr(uzhw); if (gbi) { { for (_si phek = 0; phek <= 12; phek += 1) { uzhw[phek] = -uzhw[phek]; } } } for (_si mfnn = 0; mfnn <= 11; mfnn += 1) { if (((((uzhw[mfnn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uzhw[1 + mfnn] -= 1; } else { uzhw[1 + mfnn] += ((uzhw[mfnn]) >> (47)); }; uzhw[mfnn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uzhw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (gbi) { { for (_si bzru = 0; bzru <= 12; bzru += 1) { uzhw[bzru] = -uzhw[bzru]; } } } } } void ipfw(_uli *vmxd, _uli *gsvq, _uli *okyq) { for (_si kuep = 0; kuep <= 12; kuep += 1) { vmxd[kuep] = gsvq[kuep] - okyq[kuep]; } gkdy(vmxd); } void anxg(_uli *ygdo, _si aeaj) { _si jxzc = (aeaj % 47); _si abgm = ((aeaj) / (47)); _si wngw = aeaj; if (wngw > (8 * sizeof(_uli))) { wngw = -1; } if (abgm >= 13) { gqbj(ygdo); } else { _uli sbfd = (((((_uli)(1)) << (jxzc))) - ((_uli)(1))); if (wngw < 0) { ygdo[0] = 0; } else { ygdo[0] = ((((ygdo[0]) & (~sbfd))) >> (wngw)); }; if (abgm != 0) { ygdo[0] += ((((ygdo[abgm]) & (~sbfd))) >> (jxzc)); } for (_si jbqg = 1; jbqg <= (12 - abgm); jbqg += 1) { ygdo[-1 + jbqg] += ((((((ygdo[abgm + jbqg]) & (sbfd))) << (-jxzc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ygdo[jbqg] = ((((ygdo[abgm + jbqg]) & (~sbfd))) >> (jxzc)); } for (_si xikp = 13 - abgm; xikp <= 12; xikp += 1) { ygdo[xikp] = 0; } }; } _si lyri(_uli *wlmo) { _si pfmv = 0; _uli wvnp = 19; for (_si pcum = 12; pcum >= 0; pcum -= 1) { if (wlmo[pcum] != 0) { pfmv = ((((wlmo[pcum]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return pfmv; } void pgcw(_uc *copt, _uc *esto) { _ui *cdbi = (_ui *)(copt + 64); for (_si ldfk = 0; ldfk <= 7; ldfk += 1) { cdbi[4 + ldfk] = (((_ui)((esto + 4 * ldfk)[0])) + ((((_ui)((esto + 4 * ldfk)[1])) << (8))) + ((((_ui)((esto + 4 * ldfk)[2])) << (16))) + ((((_ui)((esto + 4 * ldfk)[3])) << (24)))); } } void imem(_uc *jyox, _uc *kor, _si err) { _ui *opd = (_ui *)(jyox + 0); _ui *muwu = (_ui *)(jyox + 128); _uc *pzf = (_uc *)(opd); for (_si xxb = 0; xxb <= (-1 + err); xxb += 1) { if (muwu[0] >= 64) { ppl(jyox); muwu[0] = 0; } kor[xxb] ^= pzf[muwu[0]]; muwu[0] += 1; } } _si tvww(_uli *brcr) { _si btwg = -1; for (_si haiq = 12; haiq >= 0; haiq -= 1) { if (brcr[haiq] != 0) { btwg = haiq; break; } } return btwg; } void frk(_uli *ckm, _uli *scy) { for (_si dxsz = 0; dxsz <= 12; dxsz += 1) { ckm[dxsz] = -scy[dxsz]; } } void skjh(_uli *dpsx, _si ymg) { _si jpls = (ymg % 47); _si qqha = ((ymg) / (47)); _si losp = -jpls + (((sizeof(_uli)) << (3))); if (qqha >= 13) { { for (_si mrhv = 0; mrhv <= 12; mrhv += 1) { dpsx[mrhv] = 0; } } } else { for (_si uwhd = 12 - qqha; uwhd >= 1; uwhd -= 1) { dpsx[qqha + uwhd] = ((dpsx[uwhd]) << (jpls)); if (losp < (8 * sizeof(_uli))) { dpsx[qqha + uwhd] += ((((dpsx[-1 + uwhd]) >> (losp))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } dpsx[qqha] = ((dpsx[0]) << (jpls)); for (_si ofuv = -1 + qqha; ofuv >= 0; ofuv -= 1) { dpsx[ofuv] = 0; } }; ilp(dpsx); } void basg(_ui *qvwf, _si vgbw, _si chzd, _si mixe, _si hxhk) { qvwf[vgbw] += qvwf[chzd]; qvwf[hxhk] ^= qvwf[vgbw]; qvwf[hxhk] = ((((qvwf[hxhk]) << (16))) | (((qvwf[hxhk]) >> (16)))); qvwf[mixe] += qvwf[hxhk]; qvwf[chzd] ^= qvwf[mixe]; qvwf[chzd] = ((((qvwf[chzd]) << (12))) | (((qvwf[chzd]) >> (20)))); qvwf[vgbw] += qvwf[chzd]; qvwf[hxhk] ^= qvwf[vgbw]; qvwf[hxhk] = ((((qvwf[hxhk]) << (8))) | (((qvwf[hxhk]) >> (24)))); qvwf[mixe] += qvwf[hxhk]; qvwf[chzd] ^= qvwf[mixe]; qvwf[chzd] = ((((qvwf[chzd]) << (7))) | (((qvwf[chzd]) >> (25)))); } void ndvl(_uli *pdlf, _uli *zxvm, _uli *bprb) { _uli *rkmw = jwex(); _uli *vfbf = iaks(); _uli *beyd = usvv(); _uli *nozf = bveb(); for (_si jrqz = 0; jrqz <= 12; jrqz += 1) { rkmw[jrqz] = ((zxvm[jrqz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vfbf[jrqz] = ((zxvm[jrqz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); beyd[jrqz] = ((bprb[jrqz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nozf[jrqz] = ((bprb[jrqz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xmkk = 0; xmkk <= 12; xmkk += 1) { pdlf[xmkk] = 0; } } for (_si yuhq = 0; yuhq <= (-1 + (((13) >> (1)))); yuhq += 1) { for (_si crqr = 0; crqr <= (-1 + (((13) >> (1)))); crqr += 1) { _uli lbvj = beyd[crqr] * vfbf[yuhq] + nozf[crqr] * rkmw[yuhq]; _uli gtft = beyd[crqr] * rkmw[yuhq]; _uli bgkr = nozf[crqr] * vfbf[yuhq]; _uli rhfi = ((pdlf[crqr + yuhq]) + (gtft) + (((((lbvj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rhfi < gtft) { bgkr += 1; } _uli aajz = ((((lbvj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bgkr) << ((-47 + (((sizeof(_uli)) << (3)))))))); pdlf[crqr + yuhq] = rhfi; pdlf[1 + crqr + yuhq] += aajz; } vwoo(pdlf); } ntbl(rkmw); { _uc *uomr = (_uc *)(vfbf); for (_si pbbj = 0; pbbj <= 360; pbbj += 1) { uomr[pbbj] = (_uc)(1 + uomr[pbbj]) * (_uc)(255 + uomr[1 + pbbj]); } uomr[361] = 0; } { _uc *zmwx = (_uc *)(beyd); for (_si xzhj = 0; xzhj <= 360; xzhj += 1) { zmwx[xzhj] = (_uc)(1 + zmwx[xzhj]) * (_uc)(255 + zmwx[1 + xzhj]); } zmwx[361] = 0; } { _uc *msgz = (_uc *)(nozf); for (_si qizd = 0; qizd <= 360; qizd += 1) { msgz[qizd] = (_uc)(255 + msgz[1 + qizd]) * (_uc)(1 + msgz[qizd]); } msgz[361] = 0; } } void mtkf(_uli *qmzo, _uli *pxxs, _uli *fvfw) { _uli *uxkw = xnol(); _uli *snet = zuit(); _uli *ghts = tmup(); _uli *zwj = dup(); for (_si hced = 0; hced <= 44; hced += 1) { uxkw[hced] = ((pxxs[hced]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); snet[hced] = ((pxxs[hced]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ghts[hced] = ((fvfw[hced]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zwj[hced] = ((fvfw[hced]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si svkk = 0; svkk <= 44; svkk += 1) { qmzo[svkk] = 0; } } for (_si ufsd = 0; ufsd <= (-1 + (((45) >> (1)))); ufsd += 1) { for (_si rdt = 0; rdt <= (-1 + (((45) >> (1)))); rdt += 1) { _uli qaew = ghts[rdt] * snet[ufsd] + uxkw[ufsd] * zwj[rdt]; _uli sdmg = ghts[rdt] * uxkw[ufsd]; _uli gubs = snet[ufsd] * zwj[rdt]; _uli zvrs = ((qmzo[rdt + ufsd]) + (sdmg) + (((((qaew) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zvrs < sdmg) { gubs += 1; } _uli shbh = ((((qaew) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gubs) << ((-47 + (((sizeof(_uli)) << (3)))))))); qmzo[rdt + ufsd] = zvrs; qmzo[1 + rdt + ufsd] += shbh; } { for (_si fvdc = 0; fvdc <= 43; fvdc += 1) { qmzo[1 + fvdc] += ((qmzo[fvdc]) >> (47)); qmzo[fvdc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qmzo[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *kvxi = (_uc *)(uxkw); for (_si ioz = 0; ioz <= 360; ioz += 1) { kvxi[ioz] = (_uc)(255 + kvxi[1 + ioz]) * (_uc)(1 + kvxi[ioz]); } kvxi[361] = 0; } { _uc *tlma = (_uc *)(snet); for (_si vcxd = 0; vcxd <= 360; vcxd += 1) { tlma[vcxd] = (_uc)(255 + tlma[1 + vcxd]) * (_uc)(1 + tlma[vcxd]); } tlma[361] = 0; } { _uc *fmr = (_uc *)(ghts); for (_si zysf = 0; zysf <= 360; zysf += 1) { fmr[zysf] = (_uc)(1 + fmr[zysf]) * (_uc)(255 + fmr[1 + zysf]); } fmr[361] = 0; } { _uc *mxul = (_uc *)(zwj); for (_si kuzs = 0; kuzs <= 360; kuzs += 1) { mxul[kuzs] = (_uc)(1 + mxul[kuzs]) * (_uc)(255 + mxul[1 + kuzs]); } mxul[361] = 0; } } _si kans(_uli *vpzn) { _si qalb = 0; _uli xkmw = 19; for (_si wrsc = 12; wrsc >= 0; wrsc -= 1) { if (vpzn[wrsc] != 0) { qalb = ((((vpzn[wrsc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qalb; } void blrf(_uli *nodm, _uli *bbvo) { for (_si rrut = 0; rrut <= 12; rrut += 1) { nodm[rrut] = -bbvo[rrut]; } } void uwet(_uc *tibj, _uc *mndb, _si yqov) { _ui *gxwk = (_ui *)(tibj + 0); _ui *txnj = (_ui *)(tibj + 128); _uc *qvjb = (_uc *)(gxwk); for (_si bgwg = 0; bgwg <= (-1 + yqov); bgwg += 1) { if (txnj[0] >= 64) { hqsp(tibj); txnj[0] = 0; } mndb[bgwg] ^= qvjb[txnj[0]]; txnj[0] += 1; } } void mtao(_uli *maki, _si omwx) { _si tid = (omwx % 47); _si pdtp = ((omwx) / (47)); _si jywn = -tid + (((sizeof(_uli)) << (3))); if (pdtp >= 13) { { for (_si hfjb = 0; hfjb <= 12; hfjb += 1) { maki[hfjb] = 0; } } } else { for (_si fdtt = 12 - pdtp; fdtt >= 1; fdtt -= 1) { maki[fdtt + pdtp] = ((maki[fdtt]) << (tid)); if (jywn < (8 * sizeof(_uli))) { maki[fdtt + pdtp] += ((((maki[-1 + fdtt]) >> (jywn))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } maki[pdtp] = ((maki[0]) << (tid)); for (_si jpyj = -1 + pdtp; jpyj >= 0; jpyj -= 1) { maki[jpyj] = 0; } }; { for (_si edjq = 0; edjq <= 11; edjq += 1) { maki[1 + edjq] += ((maki[edjq]) >> (47)); maki[edjq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } maki[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void xuzw(_uli *ilus) { _uc *gwwv = (_uc *)(ilus); for (_si cvoa = 0; cvoa <= 360; cvoa += 1) { gwwv[cvoa] = (_uc)(255 + gwwv[1 + cvoa]) * (_uc)(1 + gwwv[cvoa]); } gwwv[361] = 0; } void nvup(_uli *fptr) { _uc *jtqk = (_uc *)(fptr); for (_si xfdz = 0; xfdz <= 360; xfdz += 1) { jtqk[xfdz] = (_uc)(1 + jtqk[xfdz]) * (_uc)(255 + jtqk[1 + xfdz]); } jtqk[361] = 0; } void yfkg(_uc *floq, _uc *gfhj, _si aew) { nvxu(floq, gfhj); _ui *wmja = (_ui *)(floq + 64); _ui *gba = (_ui *)(floq + 128); for (_si eume = 0; eume <= 3; eume += 1) { wmja[eume] = (((_ui)(((_uc *)(_m + 48146) + 4 * eume)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * eume)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * eume)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * eume)[3])) << (24)))); } for (_si lkvd = 0; lkvd <= 3; lkvd += 1) { wmja[12 + lkvd] = aew; _m[65162] += 1; } gba[0] = 3904225602; } _uc *dbph() { ; _uc *lskt; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; lskt = (_uc *)(_m + 362 * _s); break; } _s += 1; } return lskt; } void zizh(_uc *ekht, _uc *wwre) { _ui *boue = (_ui *)(ekht + 64); for (_si plfy = 0; plfy <= 7; plfy += 1) { boue[4 + plfy] = (((_ui)((wwre + 4 * plfy)[0])) + ((((_ui)((wwre + 4 * plfy)[1])) << (8))) + ((((_ui)((wwre + 4 * plfy)[2])) << (16))) + ((((_ui)((wwre + 4 * plfy)[3])) << (24)))); } } void mzay(_uli *baii, _uli *nbew) { _uli *yfhd = oacu(); _uli *fcar = vmda(); for (_si gmwb = 0; gmwb <= 12; gmwb += 1) { yfhd[gmwb] = ((nbew[gmwb]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fcar[gmwb] = ((nbew[gmwb]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si rdxl = 0; rdxl <= 12; rdxl += 1) { baii[rdxl] = 0; } } for (_si gyla = 0; gyla <= (-1 + (((13) >> (1)))); gyla += 1) { for (_si szyw = 0; szyw <= (-1 + (((13) >> (1)))); szyw += 1) { _uli pmoq = fcar[gyla] * yfhd[szyw] + fcar[szyw] * yfhd[gyla]; _uli mdmy = yfhd[gyla] * yfhd[szyw]; _uli apij = fcar[gyla] * fcar[szyw]; _uli qbvs = ((baii[gyla + szyw]) + (mdmy) + (((((pmoq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qbvs < mdmy) { apij += 1; } _uli klvi = ((((pmoq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((apij) << ((-47 + (((sizeof(_uli)) << (3)))))))); baii[gyla + szyw] = qbvs; baii[1 + gyla + szyw] += klvi; } oeuy(baii); } { _uc *yrnn = (_uc *)(yfhd); for (_si jrdg = 0; jrdg <= 360; jrdg += 1) { yrnn[jrdg] = (_uc)(255 + yrnn[1 + jrdg]) * (_uc)(1 + yrnn[jrdg]); } yrnn[361] = 0; } { _uc *csoy = (_uc *)(fcar); for (_si mjxp = 0; mjxp <= 360; mjxp += 1) { csoy[mjxp] = (_uc)(1 + csoy[mjxp]) * (_uc)(255 + csoy[1 + mjxp]); } csoy[361] = 0; } } void gdjv(_uli *funo) { for (_si peym = 0; peym <= 12; peym += 1) { funo[peym] = 0; } } void wggg(_uc *aktj) { _uc *mcob = (_uc *)(aktj + 0); _ui *yiwk = (_ui *)(aktj + 64); _ui *ohge = (_ui *)(aktj + 96); _si odqw = 0; _ui dlvd = 0; _ui yanb = 0; _ui uphi = 0; _ui xgcy = 0; _ui ihvk = 0; _ui jqms = 0; for (_si reci = 0; reci <= 15; reci += 1) { ohge[reci] = (((((((((_ui)(mcob[odqw])) << (24))) | ((((_ui)(mcob[1 + odqw])) << (16))))) | ((((_ui)(mcob[2 + odqw])) << (8))))) | ((_ui)(mcob[3 + odqw]))); odqw += 4; } for (_si eowc = 16; eowc <= 31; eowc += 1) { dlvd = ((((((((ohge[-15 + eowc]) >> (7))) | (((ohge[-15 + eowc]) << (25))))) ^ (((((ohge[-15 + eowc]) >> (18))) | (((ohge[-15 + eowc]) << (14))))))) ^ (((ohge[-15 + eowc]) >> (3)))); xgcy = ((((((((ohge[-2 + eowc]) >> (17))) | (((ohge[-2 + eowc]) << (15))))) ^ (((((ohge[-2 + eowc]) >> (19))) | (((ohge[-2 + eowc]) << (13))))))) ^ (((ohge[-2 + eowc]) >> (10)))); ohge[eowc] = dlvd + ohge[-16 + eowc] + ohge[-7 + eowc] + xgcy; _m[65160] += 1; } _ui qivh = yiwk[0]; _ui eyly = yiwk[1]; _ui xjxf = yiwk[2]; _ui vktn = yiwk[3]; _ui ulmw = yiwk[4]; _ui jpty = yiwk[5]; _ui gayd = yiwk[6]; _ui xixk = yiwk[7]; for (_si dgad = 0; dgad <= 31; dgad += 1) { dlvd = ((((((((qivh) >> (2))) | (((qivh) << (30))))) ^ (((((qivh) >> (13))) | (((qivh) << (19))))))) ^ (((((qivh) >> (22))) | (((qivh) << (10)))))); yanb = ((((((qivh) & (eyly))) ^ (((qivh) & (xjxf))))) ^ (((eyly) & (xjxf)))); uphi = dlvd + yanb; xgcy = ((((((((ulmw) >> (6))) | (((ulmw) << (26))))) ^ (((((ulmw) >> (11))) | (((ulmw) << (21))))))) ^ (((((ulmw) >> (25))) | (((ulmw) << (7)))))); ihvk = ((((ulmw) & (jpty))) ^ (((~ulmw) & (gayd)))); jqms = ohge[dgad] + xixk + *(((_ui *)(_m + 246160) + dgad)) + xgcy + ihvk; xixk = gayd; gayd = jpty; jpty = ulmw; ulmw = jqms + vktn; vktn = xjxf; xjxf = eyly; eyly = qivh; qivh = jqms + uphi; _m[65161] += 1; } yiwk[0] += qivh; yiwk[1] += eyly; yiwk[2] += xjxf; yiwk[3] += vktn; yiwk[4] += ulmw; yiwk[5] += jpty; yiwk[6] += gayd; yiwk[7] += xixk; } void kxns(_si zti, _uli *unbs) { unbs[(((zti) / (47)))] &= ((((((_uli)(1)) << ((zti % 47)))) - ((_uli)(1)))); for (_si ptsq = 1 + (((zti) / (47))); ptsq <= 44; ptsq += 1) { unbs[ptsq] = 0; } } void gdnf(_uli *wgfn, _si gewb) { _si qavg = (gewb % 47); _si atsp = ((gewb) / (47)); _si sruo = gewb; if (sruo > (8 * sizeof(_uli))) { sruo = -1; } if (atsp >= 13) { { for (_si ying = 0; ying <= 12; ying += 1) { wgfn[ying] = 0; } } } else { _uli qvaa = (((((_uli)(1)) << (qavg))) - ((_uli)(1))); if (sruo < 0) { wgfn[0] = 0; } else { wgfn[0] = ((((wgfn[0]) & (~qvaa))) >> (sruo)); }; if (atsp != 0) { wgfn[0] += ((((wgfn[atsp]) & (~qvaa))) >> (qavg)); } for (_si cjvd = 1; cjvd <= (12 - atsp); cjvd += 1) { wgfn[-1 + cjvd] += ((((((wgfn[atsp + cjvd]) & (qvaa))) << (-qavg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); wgfn[cjvd] = ((((wgfn[atsp + cjvd]) & (~qvaa))) >> (qavg)); } for (_si wchy = 13 - atsp; wchy <= 12; wchy += 1) { wgfn[wchy] = 0; } }; } void qmbu(_uli *sxpo) { _si ixbf; { ixbf = 0; _uli ovzj = 19; for (_si vlky = 12; vlky >= 0; vlky -= 1) { if (sxpo[vlky] != 0) { ixbf = ((((sxpo[vlky]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ixbf) { { for (_si rigd = 0; rigd <= 12; rigd += 1) { sxpo[rigd] = -sxpo[rigd]; } } } for (_si kusv = 0; kusv <= 11; kusv += 1) { if (((((sxpo[kusv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sxpo[1 + kusv] -= 1; } else { sxpo[1 + kusv] += ((sxpo[kusv]) >> (47)); }; sxpo[kusv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sxpo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ixbf) { { for (_si sqcc = 0; sqcc <= 12; sqcc += 1) { sxpo[sqcc] = -sxpo[sqcc]; } } } } _si ahev(_uli *cphz) { _si ibih = 0; _uli cabo = 19; for (_si izhx = 12; izhx >= 0; izhx -= 1) { if (cphz[izhx] != 0) { ibih = ((((cphz[izhx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ibih; } void ojll(_uli *apyv, _uli *duby, _uli *ooka) { _uli *qdhh = xasz(); _uli *nmaw = pang(); _uli *wejv = yzdu(); _uli *bzba = tatg(); for (_si ckwd = 0; ckwd <= 44; ckwd += 1) { qdhh[ckwd] = ((duby[ckwd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nmaw[ckwd] = ((duby[ckwd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wejv[ckwd] = ((ooka[ckwd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bzba[ckwd] = ((ooka[ckwd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } prwk(apyv); for (_si jrlv = 0; jrlv <= (-1 + (((45) >> (1)))); jrlv += 1) { for (_si gpsy = 0; gpsy <= (-1 + (((45) >> (1)))); gpsy += 1) { _uli xll = bzba[gpsy] * qdhh[jrlv] + nmaw[jrlv] * wejv[gpsy]; _uli hkb = qdhh[jrlv] * wejv[gpsy]; _uli ubcb = bzba[gpsy] * nmaw[jrlv]; _uli dioh = ((apyv[gpsy + jrlv]) + (hkb) + (((((xll) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dioh < hkb) { ubcb += 1; } _uli tor = ((((xll) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ubcb) << ((-47 + (((sizeof(_uli)) << (3)))))))); apyv[gpsy + jrlv] = dioh; apyv[1 + gpsy + jrlv] += tor; } wogq(apyv); } { _uc *svhg = (_uc *)(qdhh); for (_si ytqz = 0; ytqz <= 360; ytqz += 1) { svhg[ytqz] = (_uc)(1 + svhg[ytqz]) * (_uc)(255 + svhg[1 + ytqz]); } svhg[361] = 0; } { _uc *ufhq = (_uc *)(nmaw); for (_si gae = 0; gae <= 360; gae += 1) { ufhq[gae] = (_uc)(255 + ufhq[1 + gae]) * (_uc)(1 + ufhq[gae]); } ufhq[361] = 0; } { _uc *gdxg = (_uc *)(wejv); for (_si ofh = 0; ofh <= 360; ofh += 1) { gdxg[ofh] = (_uc)(255 + gdxg[1 + ofh]) * (_uc)(1 + gdxg[ofh]); } gdxg[361] = 0; } kzoi(bzba); } _si ocui(_uli *uvfk) { _si vkck = 0; _uli udju = 19; for (_si fuvq = 44; fuvq >= 0; fuvq -= 1) { if (uvfk[fuvq] != 0) { vkck = ((((uvfk[fuvq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vkck; } void egmr(_uli *deao, _uli *ojuh, _uli *hqwd, _uli *nzy) { { if (hqwd != nzy) { for (_si ggq = 0; ggq <= 12; ggq += 1) { hqwd[ggq] = nzy[ggq]; } } } qicd(hqwd, hqwd, ojuh); bpwe(hqwd, hqwd, deao); } void ekne(_uli *yyhl) { _uc *cwsu = (_uc *)(yyhl); for (_si kluo = 0; kluo <= 360; kluo += 1) { cwsu[kluo] = (_uc)(1 + cwsu[kluo]) * (_uc)(255 + cwsu[1 + kluo]); } cwsu[361] = 0; } void hiyn(_uli *nswn, _si rsta) { _si bzej = (rsta % 47); _si ssmi = ((rsta) / (47)); _si hauf = rsta; if (hauf > (8 * sizeof(_uli))) { hauf = -1; } if (ssmi >= 13) { { for (_si ktnu = 0; ktnu <= 12; ktnu += 1) { nswn[ktnu] = 0; } } } else { _uli cfet = (((((_uli)(1)) << (bzej))) - ((_uli)(1))); if (hauf < 0) { nswn[0] = 0; } else { nswn[0] = ((((nswn[0]) & (~cfet))) >> (hauf)); }; if (ssmi != 0) { nswn[0] += ((((nswn[ssmi]) & (~cfet))) >> (bzej)); } for (_si aqdt = 1; aqdt <= (12 - ssmi); aqdt += 1) { nswn[-1 + aqdt] += ((((((nswn[aqdt + ssmi]) & (cfet))) << (-bzej + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nswn[aqdt] = ((((nswn[aqdt + ssmi]) & (~cfet))) >> (bzej)); } for (_si bvzk = 13 - ssmi; bvzk <= 12; bvzk += 1) { nswn[bvzk] = 0; } }; } void mvaw(_si arxy, _uli *kowv) { kowv[(((arxy) / (47)))] &= ((((((_uli)(1)) << ((arxy % 47)))) - ((_uli)(1)))); for (_si xqhs = 1 + (((arxy) / (47))); xqhs <= 12; xqhs += 1) { kowv[xqhs] = 0; } } void cinf(_uli *eqlo) { _uc *wkmb = (_uc *)(eqlo); for (_si wklj = 0; wklj <= 360; wklj += 1) { wkmb[wklj] = (_uc)(255 + wkmb[1 + wklj]) * (_uc)(1 + wkmb[wklj]); } wkmb[361] = 0; } void hqin(_uli *gava, _uli *srqo) { for (_si pwsg = 0; pwsg <= 44; pwsg += 1) { gava[pwsg] = -srqo[pwsg]; } } void vhob(_uc *zebv, _uc *yhrg, _si vlyg) { myqz(zebv, yhrg); _ui *dabp = (_ui *)(zebv + 64); _ui *tpjq = (_ui *)(zebv + 128); for (_si jxro = 0; jxro <= 3; jxro += 1) { dabp[jxro] = (((_ui)(((_uc *)(_m + 48146) + 4 * jxro)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jxro)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jxro)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * jxro)[3])) << (24)))); } for (_si sgdw = 0; sgdw <= 3; sgdw += 1) { dabp[12 + sgdw] = vlyg; _m[65162] += 1; } tpjq[0] = 3904225602; } void uctk(_uli *kclj, _uli *xgut, _uli *cmqi) { for (_si zcsd = 0; zcsd <= 12; zcsd += 1) { kclj[zcsd] = cmqi[zcsd] + xgut[zcsd]; } { _si lgvn = tflc(kclj); if (lgvn) { { for (_si xgyn = 0; xgyn <= 12; xgyn += 1) { kclj[xgyn] = -kclj[xgyn]; } } } for (_si hsyk = 0; hsyk <= 11; hsyk += 1) { if (((((kclj[hsyk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kclj[1 + hsyk] -= 1; } else { kclj[1 + hsyk] += ((kclj[hsyk]) >> (47)); }; kclj[hsyk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kclj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lgvn) { { for (_si zgyh = 0; zgyh <= 12; zgyh += 1) { kclj[zgyh] = -kclj[zgyh]; } } } } } void ovng(_uli *lfph, _uli *vhme, _uli *lhkf, _uli *dcjo) { qwty(vhme, lhkf); _si zvsd; { zvsd = -1; for (_si lthd = 44; lthd >= 0; lthd -= 1) { if (vhme[lthd] != 0) { zvsd = lthd; break; } } } _si qjnk = miea(dcjo); if (zvsd >= qjnk) { _si ktfh = 0; _uli pmqx = dcjo[qjnk]; while (pmqx < (((((((_uli)(1)) << (47)))) >> (1)))) { ktfh += 1; pmqx <<= 1; } if (qjnk == 0) { ktfh += 47; zvsd += 1; qjnk += 1; } if (ktfh > 0) { sbsl(vhme, ktfh); azcg(dcjo, ktfh); } _si cxlk = -qjnk + zvsd; pmqx = dcjo[qjnk]; _uli jion = dcjo[-1 + qjnk]; for (_si rrdo = cxlk; rrdo >= 0; rrdo -= 1) { __uint128_t gjmb = (__uint128_t)(((((_uli)(1)) << (47)))) * vhme[1 + qjnk + rrdo] + vhme[qjnk + rrdo]; _uli nnzx = 0; __uint128_t hbvn = ((gjmb) / (pmqx)); __uint128_t ybkg = (gjmb % pmqx); while (hbvn == ((((_uli)(1)) << (47))) || (hbvn * jion) > (((((_uli)(1)) << (47))) * ybkg + vhme[-1 + qjnk + rrdo])) { hbvn -= 1; ybkg += pmqx; if (ybkg >= ((((_uli)(1)) << (47)))) { break; } } gjmb = 0; for (_si qwjg = 0; qwjg <= qjnk; qwjg += 1) { gjmb += dcjo[qwjg] * hbvn; nnzx = vhme[qwjg + rrdo]; if (gjmb > nnzx) { gjmb -= nnzx; nnzx = gjmb % ((((_uli)(1)) << (47))); gjmb = ((gjmb) / (((((_uli)(1)) << (47))))); if (nnzx == 0) { vhme[qwjg + rrdo] = 0; } else { vhme[qwjg + rrdo] = ((1 + ~(_uli)(nnzx)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); gjmb += 1; }; } else { vhme[qwjg + rrdo] -= gjmb; gjmb = 0; }; } nnzx = vhme[1 + qjnk + rrdo]; if (gjmb > nnzx) { dcjo[1 + qjnk + rrdo] = -1 + hbvn; gjmb = 0; for (_si yjoo = 0; yjoo <= qjnk; yjoo += 1) { gjmb += dcjo[yjoo] + vhme[rrdo + yjoo]; vhme[rrdo + yjoo] = gjmb % ((((_uli)(1)) << (47))); gjmb = ((gjmb) / (((((_uli)(1)) << (47))))); } } else { dcjo[1 + qjnk + rrdo] = hbvn; vhme[1 + qjnk + rrdo] -= gjmb; }; } for (_si vxdw = 0; vxdw <= cxlk; vxdw += 1) { lfph[vxdw] = dcjo[1 + qjnk + vxdw]; vhme[1 + qjnk + vxdw] = 0; } for (_si jggi = 1 + cxlk; jggi <= 44; jggi += 1) { lfph[jggi] = 0; } if (lfph != dcjo) { for (_si hdkj = 1 + qjnk; hdkj <= (1 + zvsd); hdkj += 1) { dcjo[hdkj] = 0; } if (ktfh > 0) { szhg(dcjo, ktfh); } } if (ktfh > 0) { { _si augb = (ktfh % 47); _si qyyf = ((ktfh) / (47)); _si vjff = ktfh; if (vjff > (8 * sizeof(_uli))) { vjff = -1; } if (qyyf >= 45) { { for (_si tsbj = 0; tsbj <= 44; tsbj += 1) { vhme[tsbj] = 0; } } } else { _uli yvyx = (((((_uli)(1)) << (augb))) - ((_uli)(1))); if (vjff < 0) { vhme[0] = 0; } else { vhme[0] = ((((vhme[0]) & (~yvyx))) >> (vjff)); }; if (qyyf != 0) { vhme[0] += ((((vhme[qyyf]) & (~yvyx))) >> (augb)); } for (_si jvli = 1; jvli <= (44 - qyyf); jvli += 1) { vhme[-1 + jvli] += ((((((vhme[jvli + qyyf]) & (yvyx))) << (-augb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vhme[jvli] = ((((vhme[jvli + qyyf]) & (~yvyx))) >> (augb)); } for (_si lpwb = 45 - qyyf; lpwb <= 44; lpwb += 1) { vhme[lpwb] = 0; } }; } } } } void uyos(_uli *couw, _uli *tqgx, _uli *kjfm) { for (_si fag = 0; fag <= 12; fag += 1) { couw[fag] = -kjfm[fag] + tqgx[fag]; } zadf(couw); } _si lrgu(_uli *qhcu) { _si bhaa = 0; _uli whir = 19; for (_si dctu = 12; dctu >= 0; dctu -= 1) { if (qhcu[dctu] != 0) { bhaa = ((((qhcu[dctu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bhaa; } void ugm(_uc *zweo, _uc *tbht, _si kedu) { _ui *lkf = (_ui *)(zweo + 0); _ui *lcva = (_ui *)(zweo + 128); _uc *eazy = (_uc *)(lkf); for (_si jhyp = 0; jhyp <= (-1 + kedu); jhyp += 1) { if (lcva[0] >= 64) { eyaj(zweo); lcva[0] = 0; } tbht[jhyp] ^= eazy[lcva[0]]; lcva[0] += 1; } } void flrs(_uli *webh, _si bvpg) { _si ptav = (bvpg % 47); _si yvos = ((bvpg) / (47)); _si xxbd = bvpg; if (xxbd > (8 * sizeof(_uli))) { xxbd = -1; } if (yvos >= 13) { { for (_si apwy = 0; apwy <= 12; apwy += 1) { webh[apwy] = 0; } } } else { _uli wtet = (((((_uli)(1)) << (ptav))) - ((_uli)(1))); if (xxbd < 0) { webh[0] = 0; } else { webh[0] = ((((webh[0]) & (~wtet))) >> (xxbd)); }; if (yvos != 0) { webh[0] += ((((webh[yvos]) & (~wtet))) >> (ptav)); } for (_si fmua = 1; fmua <= (12 - yvos); fmua += 1) { webh[-1 + fmua] += ((((((webh[fmua + yvos]) & (wtet))) << (-ptav + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); webh[fmua] = ((((webh[fmua + yvos]) & (~wtet))) >> (ptav)); } for (_si niqj = 13 - yvos; niqj <= 12; niqj += 1) { webh[niqj] = 0; } }; } void oztc(_si ovfi, _uli *ysv, _uli *cdwj, _uli *nblx, _uli *jbhd, _uli *yqfj) { qndo(nblx, jbhd, yqfj); bhyf(ovfi, ysv, cdwj, nblx, nblx); } void dugh(_uli *bofn, _si acot) { bofn[0] = acot; for (_si qryz = 1; qryz <= 12; qryz += 1) { bofn[qryz] = 0; } } _si quup(_uli *qgka) { _si equp = 0; _uli jhah = 19; for (_si yfhf = 12; yfhf >= 0; yfhf -= 1) { if (qgka[yfhf] != 0) { equp = ((((qgka[yfhf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return equp; } void bbzu(_si vnvy, _uli *rwwk, _uli *clph, _uli *zdwt, _uli *brgt) { _uli *gjgm = xlgb(); { if (gjgm != brgt) { for (_si wdju = 0; wdju <= 12; wdju += 1) { gjgm[wdju] = brgt[wdju]; } } } { if (zdwt != brgt) { for (_si kwlx = 0; kwlx <= 12; kwlx += 1) { zdwt[kwlx] = brgt[kwlx]; } } } { zdwt[(((vnvy) / (47)))] &= ((((((_uli)(1)) << ((vnvy % 47)))) - ((_uli)(1)))); for (_si qard = 1 + (((vnvy) / (47))); qard <= 12; qard += 1) { zdwt[qard] = 0; } } dvbn(zdwt, zdwt, clph); hyoi(vnvy, zdwt); { _uli *kueq = ytpa(); _uli *yuf = mxek(); _uli *pvrl = ltdc(); _uli *hppz = xgyz(); for (_si thgd = 0; thgd <= 12; thgd += 1) { kueq[thgd] = ((zdwt[thgd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yuf[thgd] = ((zdwt[thgd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pvrl[thgd] = ((rwwk[thgd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hppz[thgd] = ((rwwk[thgd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } sjhh(zdwt); for (_si xrip = 0; xrip <= (-1 + (((13) >> (1)))); xrip += 1) { for (_si hcdm = 0; hcdm <= (-1 + (((13) >> (1)))); hcdm += 1) { _uli ylsi = hppz[hcdm] * kueq[xrip] + pvrl[hcdm] * yuf[xrip]; _uli lqkl = kueq[xrip] * pvrl[hcdm]; _uli cswc = hppz[hcdm] * yuf[xrip]; _uli xfzr = ((zdwt[hcdm + xrip]) + (lqkl) + (((((ylsi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xfzr < lqkl) { cswc += 1; } _uli yjhi = ((((ylsi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cswc) << ((-47 + (((sizeof(_uli)) << (3)))))))); zdwt[hcdm + xrip] = xfzr; zdwt[1 + hcdm + xrip] += yjhi; } { for (_si uest = 0; uest <= 11; uest += 1) { zdwt[1 + uest] += ((zdwt[uest]) >> (47)); zdwt[uest] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zdwt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } yyhz(kueq); { _uc *dkod = (_uc *)(yuf); for (_si ugbo = 0; ugbo <= 360; ugbo += 1) { dkod[ugbo] = (_uc)(1 + dkod[ugbo]) * (_uc)(255 + dkod[1 + ugbo]); } dkod[361] = 0; } { _uc *dotv = (_uc *)(pvrl); for (_si ekbk = 0; ekbk <= 360; ekbk += 1) { dotv[ekbk] = (_uc)(1 + dotv[ekbk]) * (_uc)(255 + dotv[1 + ekbk]); } dotv[361] = 0; } { _uc *ulwq = (_uc *)(hppz); for (_si hyuc = 0; hyuc <= 360; hyuc += 1) { ulwq[hyuc] = (_uc)(255 + ulwq[1 + hyuc]) * (_uc)(1 + ulwq[hyuc]); } ulwq[361] = 0; } } { for (_si cdur = 0; cdur <= 12; cdur += 1) { zdwt[cdur] = gjgm[cdur] + zdwt[cdur]; } upys(zdwt); } { _si eeqs = (vnvy % 47); _si fdzx = ((vnvy) / (47)); _si bzki = vnvy; if (bzki > (8 * sizeof(_uli))) { bzki = -1; } if (fdzx >= 13) { { for (_si zvpu = 0; zvpu <= 12; zvpu += 1) { zdwt[zvpu] = 0; } } } else { _uli vlpr = (((((_uli)(1)) << (eeqs))) - ((_uli)(1))); if (bzki < 0) { zdwt[0] = 0; } else { zdwt[0] = ((((zdwt[0]) & (~vlpr))) >> (bzki)); }; if (fdzx != 0) { zdwt[0] += ((((zdwt[fdzx]) & (~vlpr))) >> (eeqs)); } for (_si ifac = 1; ifac <= (12 - fdzx); ifac += 1) { zdwt[-1 + ifac] += ((((((zdwt[fdzx + ifac]) & (vlpr))) << (-eeqs + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zdwt[ifac] = ((((zdwt[fdzx + ifac]) & (~vlpr))) >> (eeqs)); } for (_si mdsz = 13 - fdzx; mdsz <= 12; mdsz += 1) { zdwt[mdsz] = 0; } }; } { for (_si uzbw = 0; uzbw <= 12; uzbw += 1) { gjgm[uzbw] = -rwwk[uzbw] + zdwt[uzbw]; } { _si mdhf; { mdhf = 0; _uli lxrw = 19; for (_si ajuo = 12; ajuo >= 0; ajuo -= 1) { if (gjgm[ajuo] != 0) { mdhf = ((((gjgm[ajuo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mdhf) { { for (_si slqs = 0; slqs <= 12; slqs += 1) { gjgm[slqs] = -gjgm[slqs]; } } } for (_si zzko = 0; zzko <= 11; zzko += 1) { if (((((gjgm[zzko]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gjgm[1 + zzko] -= 1; } else { gjgm[1 + zzko] += ((gjgm[zzko]) >> (47)); }; gjgm[zzko] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gjgm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mdhf) { { for (_si rpka = 0; rpka <= 12; rpka += 1) { gjgm[rpka] = -gjgm[rpka]; } } } } } _si uibm; { uibm = 0; _uli ndvu = 19; for (_si dlhx = 12; dlhx >= 0; dlhx -= 1) { if (gjgm[dlhx] != 0) { uibm = ((((gjgm[dlhx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!uibm) { { if (zdwt != gjgm) { for (_si vnob = 0; vnob <= 12; vnob += 1) { zdwt[vnob] = gjgm[vnob]; } } } } { _uc *fnlc = (_uc *)(gjgm); for (_si fbni = 0; fbni <= 360; fbni += 1) { fnlc[fbni] = (_uc)(255 + fnlc[1 + fbni]) * (_uc)(1 + fnlc[fbni]); } fnlc[361] = 0; } } void cuik(_uli *mjsz) { _uc *wguy = (_uc *)(mjsz); for (_si hnmo = 0; hnmo <= 360; hnmo += 1) { wguy[hnmo] = (_uc)(1 + wguy[hnmo]) * (_uc)(255 + wguy[1 + hnmo]); } wguy[361] = 0; } void ulzw(_uli *ffxg, _uli *meme, _uli *ikea) { for (_si ptvs = 0; ptvs <= 12; ptvs += 1) { ffxg[ptvs] = ikea[ptvs] + meme[ptvs]; } { _si vtkr = znym(ffxg); if (vtkr) { jrff(ffxg, ffxg); } for (_si ywqo = 0; ywqo <= 11; ywqo += 1) { if (((((ffxg[ywqo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ffxg[1 + ywqo] -= 1; } else { ffxg[1 + ywqo] += ((ffxg[ywqo]) >> (47)); }; ffxg[ywqo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ffxg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vtkr) { axjc(ffxg, ffxg); } } } void pszw(_uc *btaw) { _ui *anzm = (_ui *)(btaw + 0); _ui *xpyc = (_ui *)(btaw + 64); for (_si kcoe = 0; kcoe <= 15; kcoe += 1) { anzm[kcoe] = xpyc[kcoe]; } for (_si grnp = 0; grnp <= 9; grnp += 1) { orgp(anzm, 0, 4, 8, 12); hxre(anzm, 1, 5, 9, 13); ptkb(anzm, 2, 6, 10, 14); { anzm[3] += anzm[7]; anzm[15] ^= anzm[3]; anzm[15] = ((((anzm[15]) << (16))) | (((anzm[15]) >> (16)))); anzm[11] += anzm[15]; anzm[7] ^= anzm[11]; anzm[7] = ((((anzm[7]) << (12))) | (((anzm[7]) >> (20)))); anzm[3] += anzm[7]; anzm[15] ^= anzm[3]; anzm[15] = ((((anzm[15]) << (8))) | (((anzm[15]) >> (24)))); anzm[11] += anzm[15]; anzm[7] ^= anzm[11]; anzm[7] = ((((anzm[7]) << (7))) | (((anzm[7]) >> (25)))); } ufv(anzm, 0, 5, 10, 15); { anzm[1] += anzm[6]; anzm[12] ^= anzm[1]; anzm[12] = ((((anzm[12]) << (16))) | (((anzm[12]) >> (16)))); anzm[11] += anzm[12]; anzm[6] ^= anzm[11]; anzm[6] = ((((anzm[6]) << (12))) | (((anzm[6]) >> (20)))); anzm[1] += anzm[6]; anzm[12] ^= anzm[1]; anzm[12] = ((((anzm[12]) << (8))) | (((anzm[12]) >> (24)))); anzm[11] += anzm[12]; anzm[6] ^= anzm[11]; anzm[6] = ((((anzm[6]) << (7))) | (((anzm[6]) >> (25)))); } { anzm[2] += anzm[7]; anzm[13] ^= anzm[2]; anzm[13] = ((((anzm[13]) << (16))) | (((anzm[13]) >> (16)))); anzm[8] += anzm[13]; anzm[7] ^= anzm[8]; anzm[7] = ((((anzm[7]) << (12))) | (((anzm[7]) >> (20)))); anzm[2] += anzm[7]; anzm[13] ^= anzm[2]; anzm[13] = ((((anzm[13]) << (8))) | (((anzm[13]) >> (24)))); anzm[8] += anzm[13]; anzm[7] ^= anzm[8]; anzm[7] = ((((anzm[7]) << (7))) | (((anzm[7]) >> (25)))); } { anzm[3] += anzm[4]; anzm[14] ^= anzm[3]; anzm[14] = ((((anzm[14]) << (16))) | (((anzm[14]) >> (16)))); anzm[9] += anzm[14]; anzm[4] ^= anzm[9]; anzm[4] = ((((anzm[4]) << (12))) | (((anzm[4]) >> (20)))); anzm[3] += anzm[4]; anzm[14] ^= anzm[3]; anzm[14] = ((((anzm[14]) << (8))) | (((anzm[14]) >> (24)))); anzm[9] += anzm[14]; anzm[4] ^= anzm[9]; anzm[4] = ((((anzm[4]) << (7))) | (((anzm[4]) >> (25)))); } _m[65163] += 1; } for (_si nwmt = 0; nwmt <= 15; nwmt += 1) { anzm[nwmt] += xpyc[nwmt]; } xpyc[12] += 1; if (xpyc[12] == 0) { xpyc[13] += 1; } } void pbow(_uli *mhyz) { _si uwma = oavj(mhyz); if (uwma) { { for (_si sqsg = 0; sqsg <= 12; sqsg += 1) { mhyz[sqsg] = -mhyz[sqsg]; } } } for (_si wxgr = 0; wxgr <= 11; wxgr += 1) { if (((((mhyz[wxgr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mhyz[1 + wxgr] -= 1; } else { mhyz[1 + wxgr] += ((mhyz[wxgr]) >> (47)); }; mhyz[wxgr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mhyz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (uwma) { { for (_si unku = 0; unku <= 12; unku += 1) { mhyz[unku] = -mhyz[unku]; } } } } _si vbba(_uli *rwku) { _si gkpe = 0; _uli llyn = 19; for (_si jwew = 12; jwew >= 0; jwew -= 1) { if (rwku[jwew] != 0) { gkpe = ((((rwku[jwew]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return gkpe; } void lbxz(_uli *blyd) { _si kkvc; { kkvc = 0; _uli ylee = 19; for (_si wvdq = 12; wvdq >= 0; wvdq -= 1) { if (blyd[wvdq] != 0) { kkvc = ((((blyd[wvdq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kkvc) { { for (_si tfae = 0; tfae <= 12; tfae += 1) { blyd[tfae] = -blyd[tfae]; } } } for (_si cbgt = 0; cbgt <= 11; cbgt += 1) { if (((((blyd[cbgt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { blyd[1 + cbgt] -= 1; } else { blyd[1 + cbgt] += ((blyd[cbgt]) >> (47)); }; blyd[cbgt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } blyd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kkvc) { { for (_si eidu = 0; eidu <= 12; eidu += 1) { blyd[eidu] = -blyd[eidu]; } } } } _si moby(_uli *arbc) { _si rykc = -1; for (_si gsil = 12; gsil >= 0; gsil -= 1) { if (arbc[gsil] != 0) { rykc = gsil; break; } } return rykc; } void gjiu(_si dxut, _uli *mivk, _uli *rqff, _uli *ksqo, _uli *ymuf) { _uli *vaps = ijqj(); luvx(vaps, ymuf); ajiy(ksqo, ymuf); { ksqo[(((dxut) / (47)))] &= ((((((_uli)(1)) << ((dxut % 47)))) - ((_uli)(1)))); for (_si xkgw = 1 + (((dxut) / (47))); xkgw <= 12; xkgw += 1) { ksqo[xkgw] = 0; } } cggy(ksqo, ksqo, rqff); { ksqo[(((dxut) / (47)))] &= ((((((_uli)(1)) << ((dxut % 47)))) - ((_uli)(1)))); for (_si hdf = 1 + (((dxut) / (47))); hdf <= 12; hdf += 1) { ksqo[hdf] = 0; } } lmkz(ksqo, ksqo, mivk); kqmc(ksqo, ksqo, vaps); ppcy(ksqo, dxut); { for (_si jdq = 0; jdq <= 12; jdq += 1) { vaps[jdq] = ksqo[jdq] - mivk[jdq]; } { _si aolh = nxiv(vaps); if (aolh) { { for (_si xcou = 0; xcou <= 12; xcou += 1) { vaps[xcou] = -vaps[xcou]; } } } for (_si eytd = 0; eytd <= 11; eytd += 1) { if (((((vaps[eytd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vaps[1 + eytd] -= 1; } else { vaps[1 + eytd] += ((vaps[eytd]) >> (47)); }; vaps[eytd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vaps[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (aolh) { { for (_si mztu = 0; mztu <= 12; mztu += 1) { vaps[mztu] = -vaps[mztu]; } } } } } _si ilg = jmkk(vaps); if (!ilg) { { if (ksqo != vaps) { for (_si czkp = 0; czkp <= 12; czkp += 1) { ksqo[czkp] = vaps[czkp]; } } } } ajzm(vaps); } void ked(_uli *qoo) { _uc *cyo = (_uc *)(qoo); for (_si mbhz = 0; mbhz <= 360; mbhz += 1) { cyo[mbhz] = (_uc)(255 + cyo[1 + mbhz]) * (_uc)(1 + cyo[mbhz]); } cyo[361] = 0; } _uli *veqw() { ; _uli *lvob; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; lvob = (_uli *)(_m + 362 * _s); break; } _s += 1; } return lvob; } void jfek(_uc *msz, _uc *fh, _si awd) { _ui *xpyx = (_ui *)(msz + 0); _ui *zrnj = (_ui *)(msz + 128); _uc *ndih = (_uc *)(xpyx); for (_si slgs = 0; slgs <= (-1 + awd); slgs += 1) { if (zrnj[0] >= 64) { { _ui *wfl = (_ui *)(msz + 0); _ui *idh = (_ui *)(msz + 64); for (_si rqhb = 0; rqhb <= 15; rqhb += 1) { wfl[rqhb] = idh[rqhb]; } for (_si fpln = 0; fpln <= 9; fpln += 1) { { wfl[0] += wfl[4]; wfl[12] ^= wfl[0]; wfl[12] = ((((wfl[12]) << (16))) | (((wfl[12]) >> (16)))); wfl[8] += wfl[12]; wfl[4] ^= wfl[8]; wfl[4] = ((((wfl[4]) << (12))) | (((wfl[4]) >> (20)))); wfl[0] += wfl[4]; wfl[12] ^= wfl[0]; wfl[12] = ((((wfl[12]) << (8))) | (((wfl[12]) >> (24)))); wfl[8] += wfl[12]; wfl[4] ^= wfl[8]; wfl[4] = ((((wfl[4]) << (7))) | (((wfl[4]) >> (25)))); } miun(wfl, 1, 5, 9, 13); gfqo(wfl, 2, 6, 10, 14); sjym(wfl, 3, 7, 11, 15); { wfl[0] += wfl[5]; wfl[15] ^= wfl[0]; wfl[15] = ((((wfl[15]) << (16))) | (((wfl[15]) >> (16)))); wfl[10] += wfl[15]; wfl[5] ^= wfl[10]; wfl[5] = ((((wfl[5]) << (12))) | (((wfl[5]) >> (20)))); wfl[0] += wfl[5]; wfl[15] ^= wfl[0]; wfl[15] = ((((wfl[15]) << (8))) | (((wfl[15]) >> (24)))); wfl[10] += wfl[15]; wfl[5] ^= wfl[10]; wfl[5] = ((((wfl[5]) << (7))) | (((wfl[5]) >> (25)))); } { wfl[1] += wfl[6]; wfl[12] ^= wfl[1]; wfl[12] = ((((wfl[12]) << (16))) | (((wfl[12]) >> (16)))); wfl[11] += wfl[12]; wfl[6] ^= wfl[11]; wfl[6] = ((((wfl[6]) << (12))) | (((wfl[6]) >> (20)))); wfl[1] += wfl[6]; wfl[12] ^= wfl[1]; wfl[12] = ((((wfl[12]) << (8))) | (((wfl[12]) >> (24)))); wfl[11] += wfl[12]; wfl[6] ^= wfl[11]; wfl[6] = ((((wfl[6]) << (7))) | (((wfl[6]) >> (25)))); } { wfl[2] += wfl[7]; wfl[13] ^= wfl[2]; wfl[13] = ((((wfl[13]) << (16))) | (((wfl[13]) >> (16)))); wfl[8] += wfl[13]; wfl[7] ^= wfl[8]; wfl[7] = ((((wfl[7]) << (12))) | (((wfl[7]) >> (20)))); wfl[2] += wfl[7]; wfl[13] ^= wfl[2]; wfl[13] = ((((wfl[13]) << (8))) | (((wfl[13]) >> (24)))); wfl[8] += wfl[13]; wfl[7] ^= wfl[8]; wfl[7] = ((((wfl[7]) << (7))) | (((wfl[7]) >> (25)))); } lpt(wfl, 3, 4, 9, 14); _m[65163] += 1; } for (_si bngb = 0; bngb <= 15; bngb += 1) { wfl[bngb] += idh[bngb]; } idh[12] += 1; if (idh[12] == 0) { idh[13] += 1; } } zrnj[0] = 0; } fh[slgs] ^= ndih[zrnj[0]]; zrnj[0] += 1; } } void jmgh(_uli *aagv, _si eav) { _si iilk = (eav % 47); _si rma = ((eav) / (47)); _si dezm = -iilk + (((sizeof(_uli)) << (3))); if (rma >= 13) { { for (_si fok = 0; fok <= 12; fok += 1) { aagv[fok] = 0; } } } else { for (_si vyvd = 12 - rma; vyvd >= 1; vyvd -= 1) { aagv[rma + vyvd] = ((aagv[vyvd]) << (iilk)); if (dezm < (8 * sizeof(_uli))) { aagv[rma + vyvd] += ((((aagv[-1 + vyvd]) >> (dezm))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } aagv[rma] = ((aagv[0]) << (iilk)); for (_si yvrn = -1 + rma; yvrn >= 0; yvrn -= 1) { aagv[yvrn] = 0; } }; sffn(aagv); } void zcgk(_uli *youi, _si vhjx) { _si vati = (vhjx % 47); _si bkdb = ((vhjx) / (47)); _si dgme = vhjx; if (dgme > (8 * sizeof(_uli))) { dgme = -1; } if (bkdb >= 45) { { for (_si rxpp = 0; rxpp <= 44; rxpp += 1) { youi[rxpp] = 0; } } } else { _uli hscw = (((((_uli)(1)) << (vati))) - ((_uli)(1))); if (dgme < 0) { youi[0] = 0; } else { youi[0] = ((((youi[0]) & (~hscw))) >> (dgme)); }; if (bkdb != 0) { youi[0] += ((((youi[bkdb]) & (~hscw))) >> (vati)); } for (_si mswo = 1; mswo <= (44 - bkdb); mswo += 1) { youi[-1 + mswo] += ((((((youi[bkdb + mswo]) & (hscw))) << (-vati + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); youi[mswo] = ((((youi[bkdb + mswo]) & (~hscw))) >> (vati)); } for (_si txrr = 45 - bkdb; txrr <= 44; txrr += 1) { youi[txrr] = 0; } }; } _uli *isso() { ; _uli *oikm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; oikm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return oikm; } void zjl(_uc *bof, _uc *xzzh, _si rmjx) { _uc *afsz = (_uc *)(bof + 0); _uli *ofin = (_uli *)(bof + 352); _si kzfk = (_si)(((ofin[0]) & (63))); ofin[0] += rmjx; for (_si tpe = 0; tpe <= (-1 + rmjx); tpe += 1) { afsz[kzfk] = xzzh[tpe]; kzfk += 1; if (kzfk == 64) { { _uc *vvfh = (_uc *)(bof + 0); _ui *kjvj = (_ui *)(bof + 64); _ui *rmzb = (_ui *)(bof + 96); _si zchs = 0; _ui xtjx = 0; _ui rqhj = 0; _ui vtnm = 0; _ui yjju = 0; _ui husz = 0; _ui tqr = 0; for (_si quzi = 0; quzi <= 15; quzi += 1) { rmzb[quzi] = (((((((((_ui)(vvfh[zchs])) << (24))) | ((((_ui)(vvfh[1 + zchs])) << (16))))) | ((((_ui)(vvfh[2 + zchs])) << (8))))) | ((_ui)(vvfh[3 + zchs]))); zchs += 4; } for (_si daz = 16; daz <= 31; daz += 1) { xtjx = ((((((((rmzb[-15 + daz]) >> (7))) | (((rmzb[-15 + daz]) << (25))))) ^ (((((rmzb[-15 + daz]) >> (18))) | (((rmzb[-15 + daz]) << (14))))))) ^ (((rmzb[-15 + daz]) >> (3)))); yjju = ((((((((rmzb[-2 + daz]) >> (17))) | (((rmzb[-2 + daz]) << (15))))) ^ (((((rmzb[-2 + daz]) >> (19))) | (((rmzb[-2 + daz]) << (13))))))) ^ (((rmzb[-2 + daz]) >> (10)))); rmzb[daz] = rmzb[-7 + daz] + rmzb[-16 + daz] + xtjx + yjju; _m[65160] += 1; } _ui xwba = kjvj[0]; _ui hhrm = kjvj[1]; _ui ohrf = kjvj[2]; _ui jfph = kjvj[3]; _ui lur = kjvj[4]; _ui mbhx = kjvj[5]; _ui ngjy = kjvj[6]; _ui qfk = kjvj[7]; for (_si ivu = 0; ivu <= 31; ivu += 1) { xtjx = ((((((((xwba) >> (2))) | (((xwba) << (30))))) ^ (((((xwba) >> (13))) | (((xwba) << (19))))))) ^ (((((xwba) >> (22))) | (((xwba) << (10)))))); rqhj = ((((((xwba) & (hhrm))) ^ (((xwba) & (ohrf))))) ^ (((hhrm) & (ohrf)))); vtnm = rqhj + xtjx; yjju = ((((((((lur) >> (6))) | (((lur) << (26))))) ^ (((((lur) >> (11))) | (((lur) << (21))))))) ^ (((((lur) >> (25))) | (((lur) << (7)))))); husz = ((((lur) & (mbhx))) ^ (((~lur) & (ngjy)))); tqr = yjju + rmzb[ivu] + *(((_ui *)(_m + 246160) + ivu)) + qfk + husz; qfk = ngjy; ngjy = mbhx; mbhx = lur; lur = jfph + tqr; jfph = ohrf; ohrf = hhrm; hhrm = xwba; xwba = tqr + vtnm; _m[65161] += 1; } kjvj[0] += xwba; kjvj[1] += hhrm; kjvj[2] += ohrf; kjvj[3] += jfph; kjvj[4] += lur; kjvj[5] += mbhx; kjvj[6] += ngjy; kjvj[7] += qfk; } kzfk = 0; } } } _si ynxs(_uli *ofrm) { _si psni = 0; _uli dzgi = 19; for (_si ayzn = 12; ayzn >= 0; ayzn -= 1) { if (ofrm[ayzn] != 0) { psni = ((((ofrm[ayzn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return psni; } void dsif(_uli *wabs) { _uc *nsbr = (_uc *)(wabs); for (_si cwdo = 0; cwdo <= 360; cwdo += 1) { nsbr[cwdo] = (_uc)(1 + nsbr[cwdo]) * (_uc)(255 + nsbr[1 + cwdo]); } nsbr[361] = 0; } _si semz(_uli *zavu) { _si haai = 0; _uli doth = 19; for (_si ogkj = 12; ogkj >= 0; ogkj -= 1) { if (zavu[ogkj] != 0) { haai = ((((zavu[ogkj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return haai; } _uli *ntfe() { ; _uli *sykb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; sykb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return sykb; } _si xxs(_uli *sbzb) { _si jnsg = -1; for (_si gnl = 12; gnl >= 0; gnl -= 1) { if (sbzb[gnl] != 0) { jnsg = gnl; break; } } return jnsg; } _si nkoc(_uli *yjto) { _si rcsl = 0; _uli wszo = 19; for (_si wmyl = 44; wmyl >= 0; wmyl -= 1) { if (yjto[wmyl] != 0) { rcsl = ((((yjto[wmyl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return rcsl; } void hmtt(_si xlac, _uli *ipgh, _uli *smwu, _uli *quev, _uli *hqoe) { _uli *jdpr = lcnh(); { if (jdpr != hqoe) { for (_si pbwq = 0; pbwq <= 12; pbwq += 1) { jdpr[pbwq] = hqoe[pbwq]; } } } { if (quev != hqoe) { for (_si qjms = 0; qjms <= 12; qjms += 1) { quev[qjms] = hqoe[qjms]; } } } { quev[(((xlac) / (47)))] &= ((((((_uli)(1)) << ((xlac % 47)))) - ((_uli)(1)))); for (_si ognc = 1 + (((xlac) / (47))); ognc <= 12; ognc += 1) { quev[ognc] = 0; } } { _uli *rhdt = vwhv(); _uli *adpx = sreu(); _uli *itga = qidh(); _uli *prdr = ihpr(); for (_si amps = 0; amps <= 12; amps += 1) { rhdt[amps] = ((quev[amps]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); adpx[amps] = ((quev[amps]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); itga[amps] = ((smwu[amps]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); prdr[amps] = ((smwu[amps]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } ojdc(quev); for (_si trfk = 0; trfk <= (-1 + (((13) >> (1)))); trfk += 1) { for (_si rzot = 0; rzot <= (-1 + (((13) >> (1)))); rzot += 1) { _uli obpt = adpx[trfk] * itga[rzot] + prdr[rzot] * rhdt[trfk]; _uli xdrk = itga[rzot] * rhdt[trfk]; _uli ojvt = adpx[trfk] * prdr[rzot]; _uli rupf = ((quev[rzot + trfk]) + (xdrk) + (((((obpt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rupf < xdrk) { ojvt += 1; } _uli ihlr = ((((obpt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ojvt) << ((-47 + (((sizeof(_uli)) << (3)))))))); quev[rzot + trfk] = rupf; quev[1 + rzot + trfk] += ihlr; } ugwt(quev); } { _uc *jwff = (_uc *)(rhdt); for (_si tylx = 0; tylx <= 360; tylx += 1) { jwff[tylx] = (_uc)(255 + jwff[1 + tylx]) * (_uc)(1 + jwff[tylx]); } jwff[361] = 0; } { _uc *elxi = (_uc *)(adpx); for (_si bkng = 0; bkng <= 360; bkng += 1) { elxi[bkng] = (_uc)(255 + elxi[1 + bkng]) * (_uc)(1 + elxi[bkng]); } elxi[361] = 0; } { _uc *dcoj = (_uc *)(itga); for (_si tqol = 0; tqol <= 360; tqol += 1) { dcoj[tqol] = (_uc)(1 + dcoj[tqol]) * (_uc)(255 + dcoj[1 + tqol]); } dcoj[361] = 0; } { _uc *zsut = (_uc *)(prdr); for (_si lfyu = 0; lfyu <= 360; lfyu += 1) { zsut[lfyu] = (_uc)(1 + zsut[lfyu]) * (_uc)(255 + zsut[1 + lfyu]); } zsut[361] = 0; } } euvt(xlac, quev); { _uli *smsq = xlgb(); _uli *bmke = frfi(); _uli *dnqd = bfuj(); _uli *izhn = xmqq(); for (_si jeeo = 0; jeeo <= 12; jeeo += 1) { smsq[jeeo] = ((quev[jeeo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bmke[jeeo] = ((quev[jeeo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dnqd[jeeo] = ((ipgh[jeeo]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); izhn[jeeo] = ((ipgh[jeeo]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kdjt = 0; kdjt <= 12; kdjt += 1) { quev[kdjt] = 0; } } for (_si bkny = 0; bkny <= (-1 + (((13) >> (1)))); bkny += 1) { for (_si lctw = 0; lctw <= (-1 + (((13) >> (1)))); lctw += 1) { _uli newv = bmke[bkny] * dnqd[lctw] + izhn[lctw] * smsq[bkny]; _uli tnhm = dnqd[lctw] * smsq[bkny]; _uli zcol = bmke[bkny] * izhn[lctw]; _uli rlqh = ((quev[bkny + lctw]) + (tnhm) + (((((newv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rlqh < tnhm) { zcol += 1; } _uli ckyo = ((((newv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zcol) << ((-47 + (((sizeof(_uli)) << (3)))))))); quev[bkny + lctw] = rlqh; quev[1 + bkny + lctw] += ckyo; } priu(quev); } hosm(smsq); btdf(bmke); { _uc *qkeo = (_uc *)(dnqd); for (_si ydoc = 0; ydoc <= 360; ydoc += 1) { qkeo[ydoc] = (_uc)(1 + qkeo[ydoc]) * (_uc)(255 + qkeo[1 + ydoc]); } qkeo[361] = 0; } viwc(izhn); } jnov(quev, quev, jdpr); { _si xrer = (xlac % 47); _si wosu = ((xlac) / (47)); _si glnf = xlac; if (glnf > (8 * sizeof(_uli))) { glnf = -1; } if (wosu >= 13) { { for (_si olgk = 0; olgk <= 12; olgk += 1) { quev[olgk] = 0; } } } else { _uli hrlc = (((((_uli)(1)) << (xrer))) - ((_uli)(1))); if (glnf < 0) { quev[0] = 0; } else { quev[0] = ((((quev[0]) & (~hrlc))) >> (glnf)); }; if (wosu != 0) { quev[0] += ((((quev[wosu]) & (~hrlc))) >> (xrer)); } for (_si giyh = 1; giyh <= (12 - wosu); giyh += 1) { quev[-1 + giyh] += ((((((quev[giyh + wosu]) & (hrlc))) << (-xrer + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); quev[giyh] = ((((quev[giyh + wosu]) & (~hrlc))) >> (xrer)); } for (_si qnxk = 13 - wosu; qnxk <= 12; qnxk += 1) { quev[qnxk] = 0; } }; } { for (_si iczd = 0; iczd <= 12; iczd += 1) { jdpr[iczd] = -ipgh[iczd] + quev[iczd]; } { _si ttpn; { ttpn = 0; _uli vglr = 19; for (_si ynyz = 12; ynyz >= 0; ynyz -= 1) { if (jdpr[ynyz] != 0) { ttpn = ((((jdpr[ynyz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ttpn) { { for (_si rxnu = 0; rxnu <= 12; rxnu += 1) { jdpr[rxnu] = -jdpr[rxnu]; } } } for (_si ahmm = 0; ahmm <= 11; ahmm += 1) { if (((((jdpr[ahmm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jdpr[1 + ahmm] -= 1; } else { jdpr[1 + ahmm] += ((jdpr[ahmm]) >> (47)); }; jdpr[ahmm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jdpr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ttpn) { { for (_si tsmk = 0; tsmk <= 12; tsmk += 1) { jdpr[tsmk] = -jdpr[tsmk]; } } } } } _si jiwt = pded(jdpr); if (!jiwt) { eijo(quev, jdpr); } { _uc *wvux = (_uc *)(jdpr); for (_si ceny = 0; ceny <= 360; ceny += 1) { wvux[ceny] = (_uc)(1 + wvux[ceny]) * (_uc)(255 + wvux[1 + ceny]); } wvux[361] = 0; } } void wjh(_uli *kayi, _uli *fipo) { _uli *iezl = hkio(); _uli *mybh = vopv(); for (_si stlv = 0; stlv <= 12; stlv += 1) { iezl[stlv] = ((fipo[stlv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mybh[stlv] = ((fipo[stlv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si biuv = 0; biuv <= 12; biuv += 1) { kayi[biuv] = 0; } } for (_si xika = 0; xika <= (-1 + (((13) >> (1)))); xika += 1) { for (_si gmce = 0; gmce <= (-1 + (((13) >> (1)))); gmce += 1) { _uli reiw = iezl[gmce] * mybh[xika] + iezl[xika] * mybh[gmce]; _uli nic = iezl[gmce] * iezl[xika]; _uli stlm = mybh[gmce] * mybh[xika]; _uli jmvt = ((kayi[gmce + xika]) + (nic) + (((((reiw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (jmvt < nic) { stlm += 1; } _uli yuz = ((((reiw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((stlm) << ((-47 + (((sizeof(_uli)) << (3)))))))); kayi[gmce + xika] = jmvt; kayi[1 + gmce + xika] += yuz; } crxx(kayi); } { _uc *nuj = (_uc *)(iezl); for (_si ttbu = 0; ttbu <= 360; ttbu += 1) { nuj[ttbu] = (_uc)(1 + nuj[ttbu]) * (_uc)(255 + nuj[1 + ttbu]); } nuj[361] = 0; } ogdq(mybh); } void wjyp(_uli *qwxv, _uli *trcr, _uli *uduo, _uli *nipb) { { for (_si vvmu = 0; vvmu <= 12; vvmu += 1) { trcr[vvmu] = nipb[vvmu] + uduo[vvmu]; } { _si leuq = weas(trcr); if (leuq) { { for (_si ofwn = 0; ofwn <= 12; ofwn += 1) { trcr[ofwn] = -trcr[ofwn]; } } } for (_si ufle = 0; ufle <= 11; ufle += 1) { if (((((trcr[ufle]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { trcr[1 + ufle] -= 1; } else { trcr[1 + ufle] += ((trcr[ufle]) >> (47)); }; trcr[ufle] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } trcr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (leuq) { { for (_si wugg = 0; wugg <= 12; wugg += 1) { trcr[wugg] = -trcr[wugg]; } } } } } _si hloq; { hloq = 0; for (_si ayvp = 12; ayvp >= 0; ayvp -= 1) { if (trcr[ayvp] > qwxv[ayvp]) { break; } else if (trcr[ayvp] < qwxv[ayvp]) { hloq = 1; break; }; } } if (!hloq) { hizd(trcr, trcr, qwxv); } } void zzhu(_uli *wnmi, _uli *miui, _uli *bpgw) { for (_si betx = 0; betx <= 12; betx += 1) { wnmi[betx] = -bpgw[betx] + miui[betx]; } { _si yzkw = ispx(wnmi); if (yzkw) { sitd(wnmi, wnmi); } for (_si wsos = 0; wsos <= 11; wsos += 1) { if (((((wnmi[wsos]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wnmi[1 + wsos] -= 1; } else { wnmi[1 + wsos] += ((wnmi[wsos]) >> (47)); }; wnmi[wsos] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wnmi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yzkw) { uzmf(wnmi, wnmi); } } } _si zqfw(_uli *eloo, _uli *nebb) { _si wip = 0; for (_si sobl = 12; sobl >= 0; sobl -= 1) { if (eloo[sobl] > nebb[sobl]) { break; } else if (eloo[sobl] < nebb[sobl]) { wip = 1; break; }; } return wip; } void nibl(_si ouyv, _uli *hzge, _uli *izeb, _uli *nbrk, _uli *oelw) { _uli *oyby = lbnq(); { if (oyby != oelw) { for (_si gci = 0; gci <= 12; gci += 1) { oyby[gci] = oelw[gci]; } } } { if (nbrk != oelw) { for (_si vtau = 0; vtau <= 12; vtau += 1) { nbrk[vtau] = oelw[vtau]; } } } { nbrk[(((ouyv) / (47)))] &= ((((((_uli)(1)) << ((ouyv % 47)))) - ((_uli)(1)))); for (_si fdpr = 1 + (((ouyv) / (47))); fdpr <= 12; fdpr += 1) { nbrk[fdpr] = 0; } } macr(nbrk, nbrk, izeb); { nbrk[(((ouyv) / (47)))] &= ((((((_uli)(1)) << ((ouyv % 47)))) - ((_uli)(1)))); for (_si opvt = 1 + (((ouyv) / (47))); opvt <= 12; opvt += 1) { nbrk[opvt] = 0; } } { _uli *avwl = kndz(); _uli *siaw = zkzr(); _uli *gyds = vopv(); _uli *qizx = ypgx(); for (_si luou = 0; luou <= 12; luou += 1) { avwl[luou] = ((nbrk[luou]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); siaw[luou] = ((nbrk[luou]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gyds[luou] = ((hzge[luou]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qizx[luou] = ((hzge[luou]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ojro = 0; ojro <= 12; ojro += 1) { nbrk[ojro] = 0; } } for (_si oqrw = 0; oqrw <= (-1 + (((13) >> (1)))); oqrw += 1) { for (_si ebhm = 0; ebhm <= (-1 + (((13) >> (1)))); ebhm += 1) { _uli zrvo = avwl[oqrw] * qizx[ebhm] + gyds[ebhm] * siaw[oqrw]; _uli xdic = avwl[oqrw] * gyds[ebhm]; _uli ndmv = qizx[ebhm] * siaw[oqrw]; _uli srel = ((nbrk[ebhm + oqrw]) + (xdic) + (((((zrvo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (srel < xdic) { ndmv += 1; } _uli oqpb = ((((zrvo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ndmv) << ((-47 + (((sizeof(_uli)) << (3)))))))); nbrk[ebhm + oqrw] = srel; nbrk[1 + ebhm + oqrw] += oqpb; } gpjm(nbrk); } nish(avwl); rbl(siaw); epix(gyds); { _uc *jvbg = (_uc *)(qizx); for (_si qbab = 0; qbab <= 360; qbab += 1) { jvbg[qbab] = (_uc)(255 + jvbg[1 + qbab]) * (_uc)(1 + jvbg[qbab]); } jvbg[361] = 0; } } { for (_si pqcc = 0; pqcc <= 12; pqcc += 1) { nbrk[pqcc] = nbrk[pqcc] + oyby[pqcc]; } { _si wsxr; { wsxr = 0; _uli kloj = 19; for (_si fmqp = 12; fmqp >= 0; fmqp -= 1) { if (nbrk[fmqp] != 0) { wsxr = ((((nbrk[fmqp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wsxr) { { for (_si byql = 0; byql <= 12; byql += 1) { nbrk[byql] = -nbrk[byql]; } } } for (_si msnt = 0; msnt <= 11; msnt += 1) { if (((((nbrk[msnt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nbrk[1 + msnt] -= 1; } else { nbrk[1 + msnt] += ((nbrk[msnt]) >> (47)); }; nbrk[msnt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nbrk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wsxr) { { for (_si vnwh = 0; vnwh <= 12; vnwh += 1) { nbrk[vnwh] = -nbrk[vnwh]; } } } } } { _si wzlb = (ouyv % 47); _si afhf = ((ouyv) / (47)); _si rvmr = ouyv; if (rvmr > (8 * sizeof(_uli))) { rvmr = -1; } if (afhf >= 13) { { for (_si yweh = 0; yweh <= 12; yweh += 1) { nbrk[yweh] = 0; } } } else { _uli qwak = (((((_uli)(1)) << (wzlb))) - ((_uli)(1))); if (rvmr < 0) { nbrk[0] = 0; } else { nbrk[0] = ((((nbrk[0]) & (~qwak))) >> (rvmr)); }; if (afhf != 0) { nbrk[0] += ((((nbrk[afhf]) & (~qwak))) >> (wzlb)); } for (_si zcks = 1; zcks <= (12 - afhf); zcks += 1) { nbrk[-1 + zcks] += ((((((nbrk[afhf + zcks]) & (qwak))) << (-wzlb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nbrk[zcks] = ((((nbrk[afhf + zcks]) & (~qwak))) >> (wzlb)); } for (_si ckoz = 13 - afhf; ckoz <= 12; ckoz += 1) { nbrk[ckoz] = 0; } }; } { for (_si cohk = 0; cohk <= 12; cohk += 1) { oyby[cohk] = -hzge[cohk] + nbrk[cohk]; } { _si iwwh; { iwwh = 0; _uli gaqu = 19; for (_si tmpm = 12; tmpm >= 0; tmpm -= 1) { if (oyby[tmpm] != 0) { iwwh = ((((oyby[tmpm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (iwwh) { { for (_si bsqh = 0; bsqh <= 12; bsqh += 1) { oyby[bsqh] = -oyby[bsqh]; } } } for (_si ziaz = 0; ziaz <= 11; ziaz += 1) { if (((((oyby[ziaz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { oyby[1 + ziaz] -= 1; } else { oyby[1 + ziaz] += ((oyby[ziaz]) >> (47)); }; oyby[ziaz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } oyby[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (iwwh) { osvk(oyby, oyby); } } } _si oszc = xvhz(oyby); if (!oszc) { { if (nbrk != oyby) { for (_si gcfs = 0; gcfs <= 12; gcfs += 1) { nbrk[gcfs] = oyby[gcfs]; } } } } pise(oyby); } void fvb(_uli *vbu, _uli *zup) { if (vbu != zup) { for (_si wqm = 0; wqm <= 12; wqm += 1) { vbu[wqm] = zup[wqm]; } } } void xajz(_uli *otwq, _uli *hwsm, _uli *ryzi) { for (_si ktjb = 0; ktjb <= 12; ktjb += 1) { otwq[ktjb] = hwsm[ktjb] - ryzi[ktjb]; } kihc(otwq); } void ufov(_si fqfx, _uli *hmbq, _uli *hpdv, _uli *rkat, _uli *fnjn) { _uli *clh = uich(); { if (clh != fnjn) { for (_si jclf = 0; jclf <= 12; jclf += 1) { clh[jclf] = fnjn[jclf]; } } } { if (rkat != fnjn) { for (_si cqlw = 0; cqlw <= 12; cqlw += 1) { rkat[cqlw] = fnjn[cqlw]; } } } { rkat[(((fqfx) / (47)))] &= ((((((_uli)(1)) << ((fqfx % 47)))) - ((_uli)(1)))); for (_si clwc = 1 + (((fqfx) / (47))); clwc <= 12; clwc += 1) { rkat[clwc] = 0; } } { _uli *sgcd = cxfp(); _uli *vbdc = wpkw(); _uli *epys = ijfe(); _uli *qmmn = kvuo(); for (_si zlnf = 0; zlnf <= 12; zlnf += 1) { sgcd[zlnf] = ((rkat[zlnf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vbdc[zlnf] = ((rkat[zlnf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); epys[zlnf] = ((hpdv[zlnf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qmmn[zlnf] = ((hpdv[zlnf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } jxie(rkat); for (_si psfd = 0; psfd <= (-1 + (((13) >> (1)))); psfd += 1) { for (_si elr = 0; elr <= (-1 + (((13) >> (1)))); elr += 1) { _uli kvvq = epys[elr] * vbdc[psfd] + qmmn[elr] * sgcd[psfd]; _uli xsav = epys[elr] * sgcd[psfd]; _uli dplz = qmmn[elr] * vbdc[psfd]; _uli drhu = ((rkat[elr + psfd]) + (xsav) + (((((kvvq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (drhu < xsav) { dplz += 1; } _uli pmrb = ((((kvvq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dplz) << ((-47 + (((sizeof(_uli)) << (3)))))))); rkat[elr + psfd] = drhu; rkat[1 + elr + psfd] += pmrb; } cary(rkat); } { _uc *pff = (_uc *)(sgcd); for (_si idxh = 0; idxh <= 360; idxh += 1) { pff[idxh] = (_uc)(1 + pff[idxh]) * (_uc)(255 + pff[1 + idxh]); } pff[361] = 0; } { _uc *vahv = (_uc *)(vbdc); for (_si myyl = 0; myyl <= 360; myyl += 1) { vahv[myyl] = (_uc)(1 + vahv[myyl]) * (_uc)(255 + vahv[1 + myyl]); } vahv[361] = 0; } { _uc *mdjz = (_uc *)(epys); for (_si lxym = 0; lxym <= 360; lxym += 1) { mdjz[lxym] = (_uc)(1 + mdjz[lxym]) * (_uc)(255 + mdjz[1 + lxym]); } mdjz[361] = 0; } { _uc *crlo = (_uc *)(qmmn); for (_si flln = 0; flln <= 360; flln += 1) { crlo[flln] = (_uc)(1 + crlo[flln]) * (_uc)(255 + crlo[1 + flln]); } crlo[361] = 0; } } mnur(fqfx, rkat); ywut(rkat, rkat, hmbq); { for (_si nkg = 0; nkg <= 12; nkg += 1) { rkat[nkg] = clh[nkg] + rkat[nkg]; } { _si qcnk; { qcnk = 0; _uli omk = 19; for (_si dsjx = 12; dsjx >= 0; dsjx -= 1) { if (rkat[dsjx] != 0) { qcnk = ((((rkat[dsjx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qcnk) { { for (_si ubdo = 0; ubdo <= 12; ubdo += 1) { rkat[ubdo] = -rkat[ubdo]; } } } for (_si pfwv = 0; pfwv <= 11; pfwv += 1) { if (((((rkat[pfwv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rkat[1 + pfwv] -= 1; } else { rkat[1 + pfwv] += ((rkat[pfwv]) >> (47)); }; rkat[pfwv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rkat[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qcnk) { { for (_si zfcv = 0; zfcv <= 12; zfcv += 1) { rkat[zfcv] = -rkat[zfcv]; } } } } } ehbs(rkat, fqfx); { for (_si kkqc = 0; kkqc <= 12; kkqc += 1) { clh[kkqc] = -hmbq[kkqc] + rkat[kkqc]; } { _si evuq = uzno(clh); if (evuq) { { for (_si inyg = 0; inyg <= 12; inyg += 1) { clh[inyg] = -clh[inyg]; } } } for (_si ysii = 0; ysii <= 11; ysii += 1) { if (((((clh[ysii]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { clh[1 + ysii] -= 1; } else { clh[1 + ysii] += ((clh[ysii]) >> (47)); }; clh[ysii] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } clh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (evuq) { wfzk(clh, clh); } } } _si tsyc; { tsyc = 0; _uli patn = 19; for (_si gnq = 12; gnq >= 0; gnq -= 1) { if (clh[gnq] != 0) { tsyc = ((((clh[gnq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!tsyc) { { if (rkat != clh) { for (_si yndk = 0; yndk <= 12; yndk += 1) { rkat[yndk] = clh[yndk]; } } } } { _uc *cvo = (_uc *)(clh); for (_si kopf = 0; kopf <= 360; kopf += 1) { cvo[kopf] = (_uc)(255 + cvo[1 + kopf]) * (_uc)(1 + cvo[kopf]); } cvo[361] = 0; } } void ucep(_si aqog, _uli *gofi, _uli *utfw, _uli *burn, _uli *mrtm, _uli *lifj) { { _uli *qmzu = gysu(); _uli *frra = ecpg(); _uli *quhl = test(); _uli *otzx = uexn(); for (_si nsxe = 0; nsxe <= 12; nsxe += 1) { qmzu[nsxe] = ((mrtm[nsxe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); frra[nsxe] = ((mrtm[nsxe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); quhl[nsxe] = ((lifj[nsxe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); otzx[nsxe] = ((lifj[nsxe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si idhs = 0; idhs <= 12; idhs += 1) { burn[idhs] = 0; } } for (_si hula = 0; hula <= (-1 + (((13) >> (1)))); hula += 1) { for (_si jzmv = 0; jzmv <= (-1 + (((13) >> (1)))); jzmv += 1) { _uli znel = frra[hula] * quhl[jzmv] + otzx[jzmv] * qmzu[hula]; _uli iqcf = qmzu[hula] * quhl[jzmv]; _uli vtgr = frra[hula] * otzx[jzmv]; _uli pwed = ((burn[hula + jzmv]) + (iqcf) + (((((znel) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pwed < iqcf) { vtgr += 1; } _uli zghd = ((((znel) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vtgr) << ((-47 + (((sizeof(_uli)) << (3)))))))); burn[hula + jzmv] = pwed; burn[1 + hula + jzmv] += zghd; } { for (_si ipjj = 0; ipjj <= 11; ipjj += 1) { burn[1 + ipjj] += ((burn[ipjj]) >> (47)); burn[ipjj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } burn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *phzi = (_uc *)(qmzu); for (_si ntqd = 0; ntqd <= 360; ntqd += 1) { phzi[ntqd] = (_uc)(1 + phzi[ntqd]) * (_uc)(255 + phzi[1 + ntqd]); } phzi[361] = 0; } fohh(frra); { _uc *fhyt = (_uc *)(quhl); for (_si asbf = 0; asbf <= 360; asbf += 1) { fhyt[asbf] = (_uc)(1 + fhyt[asbf]) * (_uc)(255 + fhyt[1 + asbf]); } fhyt[361] = 0; } apeo(otzx); } { _uli *lavc = gcbc(); nuly(lavc, burn); aegl(burn, burn); { burn[(((aqog) / (47)))] &= ((((((_uli)(1)) << ((aqog % 47)))) - ((_uli)(1)))); for (_si mruk = 1 + (((aqog) / (47))); mruk <= 12; mruk += 1) { burn[mruk] = 0; } } { _uli *shih = ypgx(); _uli *hxeb = rznt(); _uli *rvlw = wfdc(); _uli *kvhi = shbw(); for (_si kays = 0; kays <= 12; kays += 1) { shih[kays] = ((burn[kays]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hxeb[kays] = ((burn[kays]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rvlw[kays] = ((utfw[kays]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kvhi[kays] = ((utfw[kays]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } zlqw(burn); for (_si hdom = 0; hdom <= (-1 + (((13) >> (1)))); hdom += 1) { for (_si fmem = 0; fmem <= (-1 + (((13) >> (1)))); fmem += 1) { _uli nauj = hxeb[hdom] * rvlw[fmem] + kvhi[fmem] * shih[hdom]; _uli mbxe = rvlw[fmem] * shih[hdom]; _uli gzug = hxeb[hdom] * kvhi[fmem]; _uli vshh = ((burn[fmem + hdom]) + (mbxe) + (((((nauj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vshh < mbxe) { gzug += 1; } _uli adyg = ((((nauj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gzug) << ((-47 + (((sizeof(_uli)) << (3)))))))); burn[fmem + hdom] = vshh; burn[1 + fmem + hdom] += adyg; } hfqr(burn); } { _uc *bpml = (_uc *)(shih); for (_si msnk = 0; msnk <= 360; msnk += 1) { bpml[msnk] = (_uc)(1 + bpml[msnk]) * (_uc)(255 + bpml[1 + msnk]); } bpml[361] = 0; } htjv(hxeb); { _uc *ykbs = (_uc *)(rvlw); for (_si kvnj = 0; kvnj <= 360; kvnj += 1) { ykbs[kvnj] = (_uc)(1 + ykbs[kvnj]) * (_uc)(255 + ykbs[1 + kvnj]); } ykbs[361] = 0; } dovu(kvhi); } nzix(aqog, burn); wrdn(burn, burn, gofi); tjtz(burn, burn, lavc); jppl(burn, aqog); fzjd(lavc, burn, gofi); _si uafw = iwnw(lavc); if (!uafw) { { if (burn != lavc) { for (_si rfnx = 0; rfnx <= 12; rfnx += 1) { burn[rfnx] = lavc[rfnx]; } } } } { _uc *bcnh = (_uc *)(lavc); for (_si ycjv = 0; ycjv <= 360; ycjv += 1) { bcnh[ycjv] = (_uc)(1 + bcnh[ycjv]) * (_uc)(255 + bcnh[1 + ycjv]); } bcnh[361] = 0; } } } _uli *trch() { ; _uli *hpop; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; hpop = (_uli *)(_m + 362 * _s); break; } _s += 1; } return hpop; } void vbap(_si tbp, _uli *pwjg) { pwjg[(((tbp) / (47)))] &= ((((((_uli)(1)) << ((tbp % 47)))) - ((_uli)(1)))); for (_si xojb = 1 + (((tbp) / (47))); xojb <= 44; xojb += 1) { pwjg[xojb] = 0; } } void ohtk(_si onjs, _uli *ysgd, _uli *zxfa, _uli *htqg, _uli *emup) { _uli *ycil = ypfg(); { if (ycil != emup) { for (_si awtr = 0; awtr <= 12; awtr += 1) { ycil[awtr] = emup[awtr]; } } } { if (htqg != emup) { for (_si oiwg = 0; oiwg <= 12; oiwg += 1) { htqg[oiwg] = emup[oiwg]; } } } ypev(onjs, htqg); pnzl(htqg, htqg, zxfa); pxrn(onjs, htqg); { _uli *cpmc = prfv(); _uli *fdco = bbs(); _uli *qbuk = udtp(); _uli *fmen = bota(); for (_si dane = 0; dane <= 12; dane += 1) { cpmc[dane] = ((htqg[dane]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fdco[dane] = ((htqg[dane]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qbuk[dane] = ((ysgd[dane]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fmen[dane] = ((ysgd[dane]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ipkt = 0; ipkt <= 12; ipkt += 1) { htqg[ipkt] = 0; } } for (_si hgpb = 0; hgpb <= (-1 + (((13) >> (1)))); hgpb += 1) { for (_si srdk = 0; srdk <= (-1 + (((13) >> (1)))); srdk += 1) { _uli ljrd = cpmc[hgpb] * fmen[srdk] + fdco[hgpb] * qbuk[srdk]; _uli upbj = cpmc[hgpb] * qbuk[srdk]; _uli rbkf = fdco[hgpb] * fmen[srdk]; _uli lcxz = ((htqg[hgpb + srdk]) + (upbj) + (((((ljrd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lcxz < upbj) { rbkf += 1; } _uli zqdc = ((((ljrd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rbkf) << ((-47 + (((sizeof(_uli)) << (3)))))))); htqg[hgpb + srdk] = lcxz; htqg[1 + hgpb + srdk] += zqdc; } { for (_si dwxo = 0; dwxo <= 11; dwxo += 1) { htqg[1 + dwxo] += ((htqg[dwxo]) >> (47)); htqg[dwxo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } htqg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } sbmf(cpmc); { _uc *aqlw = (_uc *)(fdco); for (_si doif = 0; doif <= 360; doif += 1) { aqlw[doif] = (_uc)(255 + aqlw[1 + doif]) * (_uc)(1 + aqlw[doif]); } aqlw[361] = 0; } wtym(qbuk); { _uc *kffz = (_uc *)(fmen); for (_si hykw = 0; hykw <= 360; hykw += 1) { kffz[hykw] = (_uc)(1 + kffz[hykw]) * (_uc)(255 + kffz[1 + hykw]); } kffz[361] = 0; } } { for (_si icjr = 0; icjr <= 12; icjr += 1) { htqg[icjr] = htqg[icjr] + ycil[icjr]; } { _si tmlr = apks(htqg); if (tmlr) { { for (_si wxxl = 0; wxxl <= 12; wxxl += 1) { htqg[wxxl] = -htqg[wxxl]; } } } for (_si ymif = 0; ymif <= 11; ymif += 1) { if (((((htqg[ymif]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { htqg[1 + ymif] -= 1; } else { htqg[1 + ymif] += ((htqg[ymif]) >> (47)); }; htqg[ymif] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } htqg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tmlr) { { for (_si oibw = 0; oibw <= 12; oibw += 1) { htqg[oibw] = -htqg[oibw]; } } } } } dwws(htqg, onjs); { for (_si xltu = 0; xltu <= 12; xltu += 1) { ycil[xltu] = htqg[xltu] - ysgd[xltu]; } { _si wxop; { wxop = 0; _uli odlm = 19; for (_si olkv = 12; olkv >= 0; olkv -= 1) { if (ycil[olkv] != 0) { wxop = ((((ycil[olkv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wxop) { { for (_si zovc = 0; zovc <= 12; zovc += 1) { ycil[zovc] = -ycil[zovc]; } } } for (_si rgzh = 0; rgzh <= 11; rgzh += 1) { if (((((ycil[rgzh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ycil[1 + rgzh] -= 1; } else { ycil[1 + rgzh] += ((ycil[rgzh]) >> (47)); }; ycil[rgzh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ycil[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wxop) { { for (_si gagb = 0; gagb <= 12; gagb += 1) { ycil[gagb] = -ycil[gagb]; } } } } } _si zjcc = mlvp(ycil); if (!zjcc) { { if (htqg != ycil) { for (_si icil = 0; icil <= 12; icil += 1) { htqg[icil] = ycil[icil]; } } } } kgqn(ycil); } void awmp(_uli *yicg, _uli *zulw, _uli *mqds) { for (_si orol = 0; orol <= 12; orol += 1) { yicg[orol] = -mqds[orol] + zulw[orol]; } { _si sxu = mqwv(yicg); if (sxu) { { for (_si vhyh = 0; vhyh <= 12; vhyh += 1) { yicg[vhyh] = -yicg[vhyh]; } } } for (_si rntc = 0; rntc <= 11; rntc += 1) { if (((((yicg[rntc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yicg[1 + rntc] -= 1; } else { yicg[1 + rntc] += ((yicg[rntc]) >> (47)); }; yicg[rntc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yicg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sxu) { { for (_si cqes = 0; cqes <= 12; cqes += 1) { yicg[cqes] = -yicg[cqes]; } } } } } void ejta(_si mqef, _uli *trog) { trog[(((mqef) / (47)))] &= ((((((_uli)(1)) << ((mqef % 47)))) - ((_uli)(1)))); for (_si spml = 1 + (((mqef) / (47))); spml <= 12; spml += 1) { trog[spml] = 0; } } void qtaw(_uli *ayxr, _uli *zzlp, _uli *quvw) { _uli *faap = lau(); _uli *wojs = jckb(); _uli *wjp = niei(); _uli *vbep = aurm(); for (_si elbl = 0; elbl <= 12; elbl += 1) { faap[elbl] = ((zzlp[elbl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wojs[elbl] = ((zzlp[elbl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wjp[elbl] = ((quvw[elbl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vbep[elbl] = ((quvw[elbl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si late = 0; late <= 12; late += 1) { ayxr[late] = 0; } } for (_si yuey = 0; yuey <= (-1 + (((13) >> (1)))); yuey += 1) { for (_si merg = 0; merg <= (-1 + (((13) >> (1)))); merg += 1) { _uli nooo = faap[yuey] * vbep[merg] + wjp[merg] * wojs[yuey]; _uli hplv = faap[yuey] * wjp[merg]; _uli nqih = vbep[merg] * wojs[yuey]; _uli waeh = ((ayxr[merg + yuey]) + (hplv) + (((((nooo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (waeh < hplv) { nqih += 1; } _uli vpac = ((((nooo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nqih) << ((-47 + (((sizeof(_uli)) << (3)))))))); ayxr[merg + yuey] = waeh; ayxr[1 + merg + yuey] += vpac; } { for (_si whxn = 0; whxn <= 11; whxn += 1) { ayxr[1 + whxn] += ((ayxr[whxn]) >> (47)); ayxr[whxn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ayxr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } cgzd(faap); { _uc *imcl = (_uc *)(wojs); for (_si wdla = 0; wdla <= 360; wdla += 1) { imcl[wdla] = (_uc)(1 + imcl[wdla]) * (_uc)(255 + imcl[1 + wdla]); } imcl[361] = 0; } wtym(wjp); { _uc *tfiy = (_uc *)(vbep); for (_si ciig = 0; ciig <= 360; ciig += 1) { tfiy[ciig] = (_uc)(255 + tfiy[1 + ciig]) * (_uc)(1 + tfiy[ciig]); } tfiy[361] = 0; } } void oaep(_uli *ghrw, _uli *huu, _uli *sqvf) { for (_si yjud = 0; yjud <= 12; yjud += 1) { ghrw[yjud] = huu[yjud] + sqvf[yjud]; } { _si xtvc = arkx(ghrw); if (xtvc) { { for (_si xsck = 0; xsck <= 12; xsck += 1) { ghrw[xsck] = -ghrw[xsck]; } } } for (_si jycq = 0; jycq <= 11; jycq += 1) { if (((((ghrw[jycq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ghrw[1 + jycq] -= 1; } else { ghrw[1 + jycq] += ((ghrw[jycq]) >> (47)); }; ghrw[jycq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ghrw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xtvc) { { for (_si rwc = 0; rwc <= 12; rwc += 1) { ghrw[rwc] = -ghrw[rwc]; } } } } } _si jmix(_uli *jypr) { _si yaxu = -1; for (_si oka = 12; oka >= 0; oka -= 1) { if (jypr[oka] != 0) { yaxu = oka; break; } } return yaxu; } void fsf(_uli *slth, _uli *duoi, _uli *pncz) { for (_si pwmh = 0; pwmh <= 12; pwmh += 1) { slth[pwmh] = duoi[pwmh] - pncz[pwmh]; } { _si zmvf; { zmvf = 0; _uli twdo = 19; for (_si hfof = 12; hfof >= 0; hfof -= 1) { if (slth[hfof] != 0) { zmvf = ((((slth[hfof]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zmvf) { { for (_si treh = 0; treh <= 12; treh += 1) { slth[treh] = -slth[treh]; } } } for (_si uoyq = 0; uoyq <= 11; uoyq += 1) { if (((((slth[uoyq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { slth[1 + uoyq] -= 1; } else { slth[1 + uoyq] += ((slth[uoyq]) >> (47)); }; slth[uoyq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } slth[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zmvf) { { for (_si lbay = 0; lbay <= 12; lbay += 1) { slth[lbay] = -slth[lbay]; } } } } } void xklm(_si bcxj, _uli *cimp, _uli *jfii, _uli *eofo, _uli *vjt) { gcky(eofo, vjt); { _uli *adpi = jwex(); { if (adpi != eofo) { for (_si mhvz = 0; mhvz <= 12; mhvz += 1) { adpi[mhvz] = eofo[mhvz]; } } } { ; } fnsq(bcxj, eofo); qtaw(eofo, eofo, jfii); { eofo[(((bcxj) / (47)))] &= ((((((_uli)(1)) << ((bcxj % 47)))) - ((_uli)(1)))); for (_si nmlg = 1 + (((bcxj) / (47))); nmlg <= 12; nmlg += 1) { eofo[nmlg] = 0; } } wrdn(eofo, eofo, cimp); ypti(eofo, eofo, adpi); { _si rps = (bcxj % 47); _si srpr = ((bcxj) / (47)); _si izxb = bcxj; if (izxb > (8 * sizeof(_uli))) { izxb = -1; } if (srpr >= 13) { { for (_si pqco = 0; pqco <= 12; pqco += 1) { eofo[pqco] = 0; } } } else { _uli nzkp = (((((_uli)(1)) << (rps))) - ((_uli)(1))); if (izxb < 0) { eofo[0] = 0; } else { eofo[0] = ((((eofo[0]) & (~nzkp))) >> (izxb)); }; if (srpr != 0) { eofo[0] += ((((eofo[srpr]) & (~nzkp))) >> (rps)); } for (_si lxta = 1; lxta <= (12 - srpr); lxta += 1) { eofo[-1 + lxta] += ((((((eofo[lxta + srpr]) & (nzkp))) << (-rps + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); eofo[lxta] = ((((eofo[lxta + srpr]) & (~nzkp))) >> (rps)); } for (_si xffh = 13 - srpr; xffh <= 12; xffh += 1) { eofo[xffh] = 0; } }; } { for (_si nxtb = 0; nxtb <= 12; nxtb += 1) { adpi[nxtb] = -cimp[nxtb] + eofo[nxtb]; } jusu(adpi); } _si sytc = tqod(adpi); if (!sytc) { { if (eofo != adpi) { for (_si bdbc = 0; bdbc <= 12; bdbc += 1) { eofo[bdbc] = adpi[bdbc]; } } } } evfa(adpi); } } void mizn(_uli *xdsn, _si wdfu) { _si tvmx = (wdfu % 47); _si ehqp = ((wdfu) / (47)); _si vvns = -tvmx + (((sizeof(_uli)) << (3))); if (ehqp >= 13) { { for (_si mmej = 0; mmej <= 12; mmej += 1) { xdsn[mmej] = 0; } } } else { for (_si bdel = 12 - ehqp; bdel >= 1; bdel -= 1) { xdsn[bdel + ehqp] = ((xdsn[bdel]) << (tvmx)); if (vvns < (8 * sizeof(_uli))) { xdsn[bdel + ehqp] += ((((xdsn[-1 + bdel]) >> (vvns))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xdsn[ehqp] = ((xdsn[0]) << (tvmx)); for (_si vebc = -1 + ehqp; vebc >= 0; vebc -= 1) { xdsn[vebc] = 0; } }; uxkx(xdsn); } void guzl(_uli *upgm) { for (_si xyvu = 0; xyvu <= 12; xyvu += 1) { upgm[xyvu] = 0; } } void hsue(_uli *unm) { _si arwv; { arwv = 0; _uli eudp = 19; for (_si xnma = 12; xnma >= 0; xnma -= 1) { if (unm[xnma] != 0) { arwv = ((((unm[xnma]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (arwv) { { for (_si labr = 0; labr <= 12; labr += 1) { unm[labr] = -unm[labr]; } } } for (_si jxom = 0; jxom <= 11; jxom += 1) { if (((((unm[jxom]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { unm[1 + jxom] -= 1; } else { unm[1 + jxom] += ((unm[jxom]) >> (47)); }; unm[jxom] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } unm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (arwv) { ghjk(unm, unm); } } void limp(_si yugx, _uli *mxze, _uli *xbvp, _uli *cyie, _uli *emqu) { _uli *xjp = vbpn(); { if (xjp != emqu) { for (_si tty = 0; tty <= 12; tty += 1) { xjp[tty] = emqu[tty]; } } } { if (cyie != emqu) { for (_si ziuy = 0; ziuy <= 12; ziuy += 1) { cyie[ziuy] = emqu[ziuy]; } } } { cyie[(((yugx) / (47)))] &= ((((((_uli)(1)) << ((yugx % 47)))) - ((_uli)(1)))); for (_si tnbx = 1 + (((yugx) / (47))); tnbx <= 12; tnbx += 1) { cyie[tnbx] = 0; } } gbkk(cyie, cyie, xbvp); ogez(yugx, cyie); zujz(cyie, cyie, mxze); cid(cyie, cyie, xjp); { _si xytu = (yugx % 47); _si lvrt = ((yugx) / (47)); _si vtt = yugx; if (vtt > (8 * sizeof(_uli))) { vtt = -1; } if (lvrt >= 13) { { for (_si mia = 0; mia <= 12; mia += 1) { cyie[mia] = 0; } } } else { _uli rxlf = (((((_uli)(1)) << (xytu))) - ((_uli)(1))); if (vtt < 0) { cyie[0] = 0; } else { cyie[0] = ((((cyie[0]) & (~rxlf))) >> (vtt)); }; if (lvrt != 0) { cyie[0] += ((((cyie[lvrt]) & (~rxlf))) >> (xytu)); } for (_si jki = 1; jki <= (12 - lvrt); jki += 1) { cyie[-1 + jki] += ((((((cyie[jki + lvrt]) & (rxlf))) << (-xytu + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cyie[jki] = ((((cyie[jki + lvrt]) & (~rxlf))) >> (xytu)); } for (_si kjou = 13 - lvrt; kjou <= 12; kjou += 1) { cyie[kjou] = 0; } }; } getx(xjp, cyie, mxze); _si ggzi; { ggzi = 0; _uli jpyc = 19; for (_si jil = 12; jil >= 0; jil -= 1) { if (xjp[jil] != 0) { ggzi = ((((xjp[jil]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ggzi) { { if (cyie != xjp) { for (_si ynkm = 0; ynkm <= 12; ynkm += 1) { cyie[ynkm] = xjp[ynkm]; } } } } { _uc *vqb = (_uc *)(xjp); for (_si sopk = 0; sopk <= 360; sopk += 1) { vqb[sopk] = (_uc)(255 + vqb[1 + sopk]) * (_uc)(1 + vqb[sopk]); } vqb[361] = 0; } } void uoff(_uli *tkbp, _si vhez) { _si hsia = (vhez % 47); _si dpas = ((vhez) / (47)); _si llbx = vhez; if (llbx > (8 * sizeof(_uli))) { llbx = -1; } if (dpas >= 13) { nfeq(tkbp); } else { _uli umkt = (((((_uli)(1)) << (hsia))) - ((_uli)(1))); if (llbx < 0) { tkbp[0] = 0; } else { tkbp[0] = ((((tkbp[0]) & (~umkt))) >> (llbx)); }; if (dpas != 0) { tkbp[0] += ((((tkbp[dpas]) & (~umkt))) >> (hsia)); } for (_si xvwo = 1; xvwo <= (12 - dpas); xvwo += 1) { tkbp[-1 + xvwo] += ((((((tkbp[dpas + xvwo]) & (umkt))) << (-hsia + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tkbp[xvwo] = ((((tkbp[dpas + xvwo]) & (~umkt))) >> (hsia)); } for (_si davi = 13 - dpas; davi <= 12; davi += 1) { tkbp[davi] = 0; } }; } void vqu(_uc *xwfh, _uc *xcns, _si srtw) { _uc *ivix = (_uc *)(xwfh + 0); _uli *ppxz = (_uli *)(xwfh + 352); _si uaxk = (_si)(((ppxz[0]) & (63))); ppxz[0] += srtw; for (_si chb = 0; chb <= (-1 + srtw); chb += 1) { ivix[uaxk] = xcns[chb]; uaxk += 1; if (uaxk == 64) { dyqd(xwfh); uaxk = 0; } } } void kfxo(_uli *ijuk, _si bakz) { _si vkks = (bakz % 47); _si rhuc = ((bakz) / (47)); _si xmdc = bakz; if (xmdc > (8 * sizeof(_uli))) { xmdc = -1; } if (rhuc >= 13) { { for (_si jnse = 0; jnse <= 12; jnse += 1) { ijuk[jnse] = 0; } } } else { _uli ysuo = (((((_uli)(1)) << (vkks))) - ((_uli)(1))); if (xmdc < 0) { ijuk[0] = 0; } else { ijuk[0] = ((((ijuk[0]) & (~ysuo))) >> (xmdc)); }; if (rhuc != 0) { ijuk[0] += ((((ijuk[rhuc]) & (~ysuo))) >> (vkks)); } for (_si mhfk = 1; mhfk <= (12 - rhuc); mhfk += 1) { ijuk[-1 + mhfk] += ((((((ijuk[mhfk + rhuc]) & (ysuo))) << (-vkks + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ijuk[mhfk] = ((((ijuk[mhfk + rhuc]) & (~ysuo))) >> (vkks)); } for (_si goye = 13 - rhuc; goye <= 12; goye += 1) { ijuk[goye] = 0; } }; } void xhyx(_uc *twva) { _uc *wpqc = (_uc *)(twva + 0); _ui *trpa = (_ui *)(twva + 64); _ui *xgdw = (_ui *)(twva + 96); _si vzvo = 0; _ui njsw = 0; _ui uwog = 0; _ui pfbz = 0; _ui yass = 0; _ui xagg = 0; _ui qrfy = 0; for (_si lqok = 0; lqok <= 15; lqok += 1) { xgdw[lqok] = (((((((((_ui)(wpqc[vzvo])) << (24))) | ((((_ui)(wpqc[1 + vzvo])) << (16))))) | ((((_ui)(wpqc[2 + vzvo])) << (8))))) | ((_ui)(wpqc[3 + vzvo]))); vzvo += 4; } for (_si lynn = 16; lynn <= 31; lynn += 1) { njsw = ((((((((xgdw[-15 + lynn]) >> (7))) | (((xgdw[-15 + lynn]) << (25))))) ^ (((((xgdw[-15 + lynn]) >> (18))) | (((xgdw[-15 + lynn]) << (14))))))) ^ (((xgdw[-15 + lynn]) >> (3)))); yass = ((((((((xgdw[-2 + lynn]) >> (17))) | (((xgdw[-2 + lynn]) << (15))))) ^ (((((xgdw[-2 + lynn]) >> (19))) | (((xgdw[-2 + lynn]) << (13))))))) ^ (((xgdw[-2 + lynn]) >> (10)))); xgdw[lynn] = njsw + xgdw[-7 + lynn] + xgdw[-16 + lynn] + yass; _m[65160] += 1; } _ui qrct = trpa[0]; _ui ipkf = trpa[1]; _ui nwxi = trpa[2]; _ui bzuq = trpa[3]; _ui jzse = trpa[4]; _ui dgbf = trpa[5]; _ui pvrj = trpa[6]; _ui gcjl = trpa[7]; for (_si lkps = 0; lkps <= 31; lkps += 1) { njsw = ((((((((qrct) >> (2))) | (((qrct) << (30))))) ^ (((((qrct) >> (13))) | (((qrct) << (19))))))) ^ (((((qrct) >> (22))) | (((qrct) << (10)))))); uwog = ((((((qrct) & (ipkf))) ^ (((qrct) & (nwxi))))) ^ (((ipkf) & (nwxi)))); pfbz = njsw + uwog; yass = ((((((((jzse) >> (6))) | (((jzse) << (26))))) ^ (((((jzse) >> (11))) | (((jzse) << (21))))))) ^ (((((jzse) >> (25))) | (((jzse) << (7)))))); xagg = ((((jzse) & (dgbf))) ^ (((~jzse) & (pvrj)))); qrfy = xagg + *(((_ui *)(_m + 246160) + lkps)) + xgdw[lkps] + yass + gcjl; gcjl = pvrj; pvrj = dgbf; dgbf = jzse; jzse = bzuq + qrfy; bzuq = nwxi; nwxi = ipkf; ipkf = qrct; qrct = pfbz + qrfy; _m[65161] += 1; } trpa[0] += qrct; trpa[1] += ipkf; trpa[2] += nwxi; trpa[3] += bzuq; trpa[4] += jzse; trpa[5] += dgbf; trpa[6] += pvrj; trpa[7] += gcjl; } void tkfu(_uli *fuay, _uli *ltqw, _uli *hljy, _uli *rjko, _uli *bcso) { _uli *yzqv = fons(); _uli *gvhe = dup(); _uli *rzca = ixda(); _uli *zutf = mmlk(); _uli *mhvp = qhzc(); _uli *ifnv = vhrl(); _uli *eewm = mmlk(); _uli *akjk = lfwj(); _uli *penv = uoef(); _uli *znqf = bcbu(); mqgq(yzqv); { _uc *aquc = wolt(); _uc *tber = ((_uc *)(_m + 159280) + 0); _uc *hfav = (_uc *)(gvhe); for (_si ipda = 0; ipda <= 359; ipda += 1) { hfav[ipda] = *(((_uc *)(_m + 194394) + ipda)); } { { iadw(aquc, tber); _ui *aunl = (_ui *)(aquc + 64); _ui *vykv = (_ui *)(aquc + 128); for (_si zwyc = 0; zwyc <= 3; zwyc += 1) { aunl[zwyc] = (((_ui)(((_uc *)(_m + 48146) + 4 * zwyc)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zwyc)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zwyc)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zwyc)[3])) << (24)))); } for (_si gvcr = 0; gvcr <= 3; gvcr += 1) { aunl[12 + gvcr] = 0; _m[65162] += 1; } vykv[0] = 3904225602; } plln(aquc, hfav, 360); } } { _uc *fazd = yrtn(); _uc *frte = ((_uc *)(_m + 229508) + 0); _uc *pkff = (_uc *)(rzca); for (_si wrlv = 0; wrlv <= 359; wrlv += 1) { pkff[wrlv] = *(((_uc *)(_m + 5068) + wrlv)); } ijif(fazd, frte, pkff, 360); } xakz(zutf); { _uc *afdb = gayu(); _uc *xpjv = ((_uc *)(_m + 49956) + 0); _uc *rpio = (_uc *)(mhvp); for (_si lxnq = 0; lxnq <= 359; lxnq += 1) { rpio[lxnq] = *(((_uc *)(_m + 3982) + lxnq)); } { lbuw(afdb, xpjv, 0); { _ui *kuto = (_ui *)(afdb + 0); _ui *fbqj = (_ui *)(afdb + 128); _uc *fuju = (_uc *)(kuto); for (_si soni = 0; soni <= 359; soni += 1) { if (fbqj[0] >= 64) { { _ui *wgda = (_ui *)(afdb + 0); _ui *woem = (_ui *)(afdb + 64); for (_si ugro = 0; ugro <= 15; ugro += 1) { wgda[ugro] = woem[ugro]; } for (_si mqwl = 0; mqwl <= 9; mqwl += 1) { vvr(wgda, 0, 4, 8, 12); eypa(wgda, 1, 5, 9, 13); ufv(wgda, 2, 6, 10, 14); pjcq(wgda, 3, 7, 11, 15); iqu(wgda, 0, 5, 10, 15); cdfc(wgda, 1, 6, 11, 12); lnnc(wgda, 2, 7, 8, 13); vkex(wgda, 3, 4, 9, 14); _m[65163] += 1; } for (_si lraa = 0; lraa <= 15; lraa += 1) { wgda[lraa] += woem[lraa]; } woem[12] += 1; if (woem[12] == 0) { woem[13] += 1; } } fbqj[0] = 0; } rpio[soni] ^= fuju[fbqj[0]]; fbqj[0] += 1; } } } } vaij(ifnv); eyjp(eewm); ; { akjk[0] = 633; for (_si tnaa = 1; tnaa <= 44; tnaa += 1) { akjk[tnaa] = 0; } } { for (_si xspx = 0; xspx <= 44; xspx += 1) { akjk[xspx] = -akjk[xspx]; } } { for (_si tepa = 0; tepa <= 44; tepa += 1) { bcso[tepa] = akjk[tepa] + bcso[tepa]; } alko(bcso); }; { { tdtu(akjk, ltqw, hljy); sjuh(1031, yzqv, gvhe, akjk, akjk); } } { { { _uli *egrc = uobz(); _uli *ymqd = smxy(); _uli *elth = xnol(); _uli *qagm = eaze(); for (_si gaft = 0; gaft <= 44; gaft += 1) { egrc[gaft] = ((akjk[gaft]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ymqd[gaft] = ((akjk[gaft]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); elth[gaft] = ((rjko[gaft]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qagm[gaft] = ((rjko[gaft]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ssfb = 0; ssfb <= 44; ssfb += 1) { akjk[ssfb] = 0; } } for (_si nbnz = 0; nbnz <= (-1 + (((45) >> (1)))); nbnz += 1) { for (_si qwvm = 0; qwvm <= (-1 + (((45) >> (1)))); qwvm += 1) { _uli zyut = egrc[nbnz] * qagm[qwvm] + elth[qwvm] * ymqd[nbnz]; _uli yrqg = egrc[nbnz] * elth[qwvm]; _uli brhi = qagm[qwvm] * ymqd[nbnz]; _uli zuss = ((akjk[nbnz + qwvm]) + (yrqg) + (((((zyut) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zuss < yrqg) { brhi += 1; } _uli imuj = ((((zyut) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((brhi) << ((-47 + (((sizeof(_uli)) << (3)))))))); akjk[nbnz + qwvm] = zuss; akjk[1 + nbnz + qwvm] += imuj; } abue(akjk); } { _uc *ugof = (_uc *)(egrc); for (_si otmy = 0; otmy <= 360; otmy += 1) { ugof[otmy] = (_uc)(1 + ugof[otmy]) * (_uc)(255 + ugof[1 + otmy]); } ugof[361] = 0; } { _uc *fhee = (_uc *)(ymqd); for (_si hjfp = 0; hjfp <= 360; hjfp += 1) { fhee[hjfp] = (_uc)(1 + fhee[hjfp]) * (_uc)(255 + fhee[1 + hjfp]); } fhee[361] = 0; } egnj(elth); gnnc(qagm); } { _uli *ubcn = ngcm(); { if (ubcn != akjk) { for (_si ykks = 0; ykks <= 44; ykks += 1) { ubcn[ykks] = akjk[ykks]; } } } { ; } gsrd(1031, akjk); { _uli *wung = tpdf(); _uli *wcpr = ebux(); _uli *dlzv = pvyd(); _uli *effg = yjxy(); for (_si whxd = 0; whxd <= 44; whxd += 1) { wung[whxd] = ((akjk[whxd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wcpr[whxd] = ((akjk[whxd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dlzv[whxd] = ((gvhe[whxd]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); effg[whxd] = ((gvhe[whxd]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dkiw = 0; dkiw <= 44; dkiw += 1) { akjk[dkiw] = 0; } } for (_si hdcm = 0; hdcm <= (-1 + (((45) >> (1)))); hdcm += 1) { for (_si vayi = 0; vayi <= (-1 + (((45) >> (1)))); vayi += 1) { _uli tnhc = dlzv[vayi] * wcpr[hdcm] + effg[vayi] * wung[hdcm]; _uli brxy = dlzv[vayi] * wung[hdcm]; _uli aqrs = effg[vayi] * wcpr[hdcm]; _uli bvjc = ((akjk[hdcm + vayi]) + (brxy) + (((((tnhc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bvjc < brxy) { aqrs += 1; } _uli iejm = ((((tnhc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((aqrs) << ((-47 + (((sizeof(_uli)) << (3)))))))); akjk[hdcm + vayi] = bvjc; akjk[1 + hdcm + vayi] += iejm; } { for (_si mtgw = 0; mtgw <= 43; mtgw += 1) { akjk[1 + mtgw] += ((akjk[mtgw]) >> (47)); akjk[mtgw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } akjk[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *qsvp = (_uc *)(wung); for (_si dtih = 0; dtih <= 360; dtih += 1) { qsvp[dtih] = (_uc)(1 + qsvp[dtih]) * (_uc)(255 + qsvp[1 + dtih]); } qsvp[361] = 0; } twn(wcpr); hxqs(dlzv); jsah(effg); } { akjk[(((1031) / (47)))] &= ((((((_uli)(1)) << ((1031 % 47)))) - ((_uli)(1)))); for (_si pubo = 1 + (((1031) / (47))); pubo <= 44; pubo += 1) { akjk[pubo] = 0; } } jpma(akjk, akjk, yzqv); { for (_si phvl = 0; phvl <= 44; phvl += 1) { akjk[phvl] = akjk[phvl] + ubcn[phvl]; } { _si bfkl = uehw(akjk); if (bfkl) { iqlu(akjk, akjk); } for (_si sght = 0; sght <= 43; sght += 1) { if (((((akjk[sght]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { akjk[1 + sght] -= 1; } else { akjk[1 + sght] += ((akjk[sght]) >> (47)); }; akjk[sght] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } akjk[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (bfkl) { lmip(akjk, akjk); } } } { _si krvo = 44; _si hnqn = 21; _si odck = 1031; if (odck > (8 * sizeof(_uli))) { odck = -1; } if (hnqn >= 45) { { for (_si ntnq = 0; ntnq <= 44; ntnq += 1) { akjk[ntnq] = 0; } } } else { _uli ihts = (((((_uli)(1)) << (krvo))) - ((_uli)(1))); if (odck < 0) { akjk[0] = 0; } else { akjk[0] = ((((akjk[0]) & (~ihts))) >> (odck)); }; if (hnqn != 0) { akjk[0] += ((((akjk[hnqn]) & (~ihts))) >> (krvo)); } for (_si zvny = 1; zvny <= (44 - hnqn); zvny += 1) { akjk[-1 + zvny] += ((((((akjk[hnqn + zvny]) & (ihts))) << (-krvo + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); akjk[zvny] = ((((akjk[hnqn + zvny]) & (~ihts))) >> (krvo)); } for (_si sxih = 45 - hnqn; sxih <= 44; sxih += 1) { akjk[sxih] = 0; } }; } { for (_si kekz = 0; kekz <= 44; kekz += 1) { ubcn[kekz] = akjk[kekz] - yzqv[kekz]; } sjfw(ubcn); } _si egzu = blby(ubcn); if (!egzu) { { if (akjk != ubcn) { for (_si lify = 0; lify <= 44; lify += 1) { akjk[lify] = ubcn[lify]; } } } } bptv(ubcn); } } } { { juee(akjk, akjk, bcso); ewth(1031, yzqv, gvhe, akjk, akjk); } } { { _uli *qhvk = meln(); { if (qhvk != akjk) { for (_si ecmr = 0; ecmr <= 44; ecmr += 1) { qhvk[ecmr] = akjk[ecmr]; } } } { { if (fuay != rzca) { for (_si zlaa = 0; zlaa <= 44; zlaa += 1) { fuay[zlaa] = rzca[zlaa]; } } } } _si swxd = 0; for (_si hwpb = 44; hwpb >= 0; hwpb -= 1) { _uli pkuo = ifnv[hwpb]; _uli ilpc = (((_uli)(1)) << (46)); while (ilpc != 0) { _si ayyh = ((((pkuo) & (ilpc))) != (0)); if (swxd || ayyh) { frkp(1031, yzqv, gvhe, fuay, fuay); if (ayyh) { fqyb(1031, yzqv, gvhe, fuay, fuay, qhvk); } swxd = 1; } ilpc >>= 1; } } { _uc *euuq = (_uc *)(qhvk); for (_si pzqm = 0; pzqm <= 360; pzqm += 1) { euuq[pzqm] = (_uc)(255 + euuq[1 + pzqm]) * (_uc)(1 + euuq[pzqm]); } euuq[361] = 0; } } wpho(yzqv, fuay, fuay, rzca); { ipkh(fuay, fuay); { _uli *wkgr = fspc(); _uli *oaeq = ixda(); _uli *zwwo = nyhy(); _uli *nmbj = gygb(); for (_si qjjs = 0; qjjs <= 44; qjjs += 1) { wkgr[qjjs] = ((fuay[qjjs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oaeq[qjjs] = ((fuay[qjjs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zwwo[qjjs] = ((zutf[qjjs]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nmbj[qjjs] = ((zutf[qjjs]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jirc = 0; jirc <= 44; jirc += 1) { fuay[jirc] = 0; } } for (_si soww = 0; soww <= (-1 + (((45) >> (1)))); soww += 1) { for (_si vvck = 0; vvck <= (-1 + (((45) >> (1)))); vvck += 1) { _uli qlqt = nmbj[vvck] * wkgr[soww] + oaeq[soww] * zwwo[vvck]; _uli ywkc = wkgr[soww] * zwwo[vvck]; _uli cvtf = nmbj[vvck] * oaeq[soww]; _uli pbmd = ((fuay[soww + vvck]) + (ywkc) + (((((qlqt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (pbmd < ywkc) { cvtf += 1; } _uli ohrz = ((((qlqt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cvtf) << ((-47 + (((sizeof(_uli)) << (3)))))))); fuay[soww + vvck] = pbmd; fuay[1 + soww + vvck] += ohrz; } ghws(fuay); } dzds(wkgr); wgdo(oaeq); { _uc *sjkh = (_uc *)(zwwo); for (_si lxjw = 0; lxjw <= 360; lxjw += 1) { sjkh[lxjw] = (_uc)(1 + sjkh[lxjw]) * (_uc)(255 + sjkh[1 + lxjw]); } sjkh[361] = 0; } whjr(nmbj); } mdsh(fuay, fuay, yzqv); } { _uli *tocg = flsx(); iime(fuay, tocg, fuay, mhvp); uhsi(tocg); } slxd(mhvp, fuay, fuay, eewm); } { _uc *xtue = drsk(); _uc *ptfm = ((_uc *)(_m + 259554) + 0); _uc *orwq = (_uc *)(znqf); for (_si wnbq = 0; wnbq <= 103; wnbq += 1) { orwq[wnbq] = *(((_uc *)(_m + 72038) + wnbq)); } { aykz(xtue, ptfm, 0); effq(xtue, orwq, 104); } } { for (_si llxu = 0; llxu <= 44; llxu += 1) { penv[llxu] = 0; } } for (_si fhzc = 0; fhzc <= 12; fhzc += 1) { penv[fhzc] = znqf[fhzc]; } { _uli *vtns = mlib(); _uli *igjo = accp(); ctgy(vtns, fuay, igjo, fuay, penv); while (1) { _si pzyv; { pzyv = 0; _uli yqjf = 19; for (_si oisa = 44; oisa >= 0; oisa -= 1) { if (fuay[oisa] != 0) { pzyv = ((((fuay[oisa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (pzyv) { break; } { for (_si haum = 0; haum <= 44; haum += 1) { fuay[haum] = fuay[haum] - penv[haum]; } { _si aabq; { aabq = 0; _uli yqfr = 19; for (_si okbp = 44; okbp >= 0; okbp -= 1) { if (fuay[okbp] != 0) { aabq = ((((fuay[okbp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (aabq) { otai(fuay, fuay); } for (_si usgq = 0; usgq <= 43; usgq += 1) { if (((((fuay[usgq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { fuay[1 + usgq] -= 1; } else { fuay[1 + usgq] += ((fuay[usgq]) >> (47)); }; fuay[usgq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fuay[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (aabq) { { for (_si zfxt = 0; zfxt <= 44; zfxt += 1) { fuay[zfxt] = -fuay[zfxt]; } } } } } } while (1) { _si wjqy; { wjqy = 0; _uli qotq = 19; for (_si wlrw = 44; wlrw >= 0; wlrw -= 1) { if (fuay[wlrw] != 0) { wjqy = ((((fuay[wlrw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!wjqy) { break; } ucjf(fuay, fuay, penv); } tumb(vtns); { _uc *ybsg = (_uc *)(igjo); for (_si hmpy = 0; hmpy <= 360; hmpy += 1) { ybsg[hmpy] = (_uc)(255 + ybsg[1 + hmpy]) * (_uc)(1 + ybsg[hmpy]); } ybsg[361] = 0; } } { _uc *qhas = (_uc *)(yzqv); for (_si iffb = 0; iffb <= 360; iffb += 1) { qhas[iffb] = (_uc)(1 + qhas[iffb]) * (_uc)(255 + qhas[1 + iffb]); } qhas[361] = 0; } ulaw(gvhe); iodh(rzca); wbsi(zutf); oujn(mhvp); { _uc *caou = (_uc *)(ifnv); for (_si cqws = 0; cqws <= 360; cqws += 1) { caou[cqws] = (_uc)(255 + caou[1 + cqws]) * (_uc)(1 + caou[cqws]); } caou[361] = 0; } { _uc *tuim = (_uc *)(eewm); for (_si mmyy = 0; mmyy <= 360; mmyy += 1) { tuim[mmyy] = (_uc)(1 + tuim[mmyy]) * (_uc)(255 + tuim[1 + mmyy]); } tuim[361] = 0; } { _uc *aupq = (_uc *)(akjk); for (_si lxtt = 0; lxtt <= 360; lxtt += 1) { aupq[lxtt] = (_uc)(255 + aupq[1 + lxtt]) * (_uc)(1 + aupq[lxtt]); } aupq[361] = 0; } julq(penv); rmll(znqf); } _uli *luve() { ; _uli *kyvf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; kyvf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kyvf; } void fkb(_uc *gupu, _uc *xepm) { _ui *azvj = (_ui *)(gupu + 64); for (_si xkck = 0; xkck <= 7; xkck += 1) { azvj[4 + xkck] = (((_ui)((xepm + 4 * xkck)[0])) + ((((_ui)((xepm + 4 * xkck)[1])) << (8))) + ((((_ui)((xepm + 4 * xkck)[2])) << (16))) + ((((_ui)((xepm + 4 * xkck)[3])) << (24)))); } } void onaw(_uli *dhbd, _uli *uora, _uli *avjj) { _uli *ajyg = xgyz(); _uli *pckj = qkyt(); _uli *mdjj = test(); _uli *dqgb = lbjy(); for (_si nxlc = 0; nxlc <= 12; nxlc += 1) { ajyg[nxlc] = ((uora[nxlc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pckj[nxlc] = ((uora[nxlc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mdjj[nxlc] = ((avjj[nxlc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dqgb[nxlc] = ((avjj[nxlc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pzd = 0; pzd <= 12; pzd += 1) { dhbd[pzd] = 0; } } for (_si dpmn = 0; dpmn <= (-1 + (((13) >> (1)))); dpmn += 1) { for (_si yapb = 0; yapb <= (-1 + (((13) >> (1)))); yapb += 1) { _uli qyou = ajyg[dpmn] * dqgb[yapb] + mdjj[yapb] * pckj[dpmn]; _uli hyy = ajyg[dpmn] * mdjj[yapb]; _uli vtum = dqgb[yapb] * pckj[dpmn]; _uli vwqp = ((dhbd[dpmn + yapb]) + (hyy) + (((((qyou) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vwqp < hyy) { vtum += 1; } _uli cfvj = ((((qyou) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vtum) << ((-47 + (((sizeof(_uli)) << (3)))))))); dhbd[dpmn + yapb] = vwqp; dhbd[1 + dpmn + yapb] += cfvj; } { for (_si pkla = 0; pkla <= 11; pkla += 1) { dhbd[1 + pkla] += ((dhbd[pkla]) >> (47)); dhbd[pkla] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dhbd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *lxx = (_uc *)(ajyg); for (_si ywuy = 0; ywuy <= 360; ywuy += 1) { lxx[ywuy] = (_uc)(255 + lxx[1 + ywuy]) * (_uc)(1 + lxx[ywuy]); } lxx[361] = 0; } kqqy(pckj); { _uc *frdi = (_uc *)(mdjj); for (_si vvud = 0; vvud <= 360; vvud += 1) { frdi[vvud] = (_uc)(1 + frdi[vvud]) * (_uc)(255 + frdi[1 + vvud]); } frdi[361] = 0; } { _uc *zkee = (_uc *)(dqgb); for (_si bhym = 0; bhym <= 360; bhym += 1) { zkee[bhym] = (_uc)(255 + zkee[1 + bhym]) * (_uc)(1 + zkee[bhym]); } zkee[361] = 0; } } void mhsc(_si qrfd, _uli *syhe, _uli *knni, _uli *ooyq, _uli *ghhp) { _uli *dtez = wonb(); { if (dtez != ghhp) { for (_si oimr = 0; oimr <= 12; oimr += 1) { dtez[oimr] = ghhp[oimr]; } } } { if (ooyq != ghhp) { for (_si surz = 0; surz <= 12; surz += 1) { ooyq[surz] = ghhp[surz]; } } } ftym(qrfd, ooyq); jwph(ooyq, ooyq, knni); { ooyq[(((qrfd) / (47)))] &= ((((((_uli)(1)) << ((qrfd % 47)))) - ((_uli)(1)))); for (_si obno = 1 + (((qrfd) / (47))); obno <= 12; obno += 1) { ooyq[obno] = 0; } } olng(ooyq, ooyq, syhe); { for (_si uobq = 0; uobq <= 12; uobq += 1) { ooyq[uobq] = dtez[uobq] + ooyq[uobq]; } whqs(ooyq); } ruqi(ooyq, qrfd); { for (_si clkw = 0; clkw <= 12; clkw += 1) { dtez[clkw] = ooyq[clkw] - syhe[clkw]; } { _si wfhl = uwlw(dtez); if (wfhl) { { for (_si jnlc = 0; jnlc <= 12; jnlc += 1) { dtez[jnlc] = -dtez[jnlc]; } } } for (_si fmbw = 0; fmbw <= 11; fmbw += 1) { if (((((dtez[fmbw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dtez[1 + fmbw] -= 1; } else { dtez[1 + fmbw] += ((dtez[fmbw]) >> (47)); }; dtez[fmbw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dtez[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wfhl) { { for (_si wukq = 0; wukq <= 12; wukq += 1) { dtez[wukq] = -dtez[wukq]; } } } } } _si jbhg = piku(dtez); if (!jbhg) { { if (ooyq != dtez) { for (_si xssa = 0; xssa <= 12; xssa += 1) { ooyq[xssa] = dtez[xssa]; } } } } wguq(dtez); } void gxri(_si lbfm, _uli *jcrg, _uli *cobv, _uli *nclv, _uli *fhor) { _uli *pvpu = mtis(); { if (pvpu != fhor) { for (_si zimg = 0; zimg <= 12; zimg += 1) { pvpu[zimg] = fhor[zimg]; } } } { if (nclv != fhor) { for (_si dvif = 0; dvif <= 12; dvif += 1) { nclv[dvif] = fhor[dvif]; } } } { nclv[(((lbfm) / (47)))] &= ((((((_uli)(1)) << ((lbfm % 47)))) - ((_uli)(1)))); for (_si illm = 1 + (((lbfm) / (47))); illm <= 12; illm += 1) { nclv[illm] = 0; } } bvhq(nclv, nclv, cobv); zlci(lbfm, nclv); { _uli *ssdn = yjoq(); _uli *hbcb = xley(); _uli *epcb = zuyb(); _uli *velu = vsjr(); for (_si eyuk = 0; eyuk <= 12; eyuk += 1) { ssdn[eyuk] = ((nclv[eyuk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hbcb[eyuk] = ((nclv[eyuk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); epcb[eyuk] = ((jcrg[eyuk]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); velu[eyuk] = ((jcrg[eyuk]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mbii = 0; mbii <= 12; mbii += 1) { nclv[mbii] = 0; } } for (_si hmmj = 0; hmmj <= (-1 + (((13) >> (1)))); hmmj += 1) { for (_si qpyc = 0; qpyc <= (-1 + (((13) >> (1)))); qpyc += 1) { _uli poqa = epcb[qpyc] * hbcb[hmmj] + ssdn[hmmj] * velu[qpyc]; _uli evpl = epcb[qpyc] * ssdn[hmmj]; _uli klup = hbcb[hmmj] * velu[qpyc]; _uli axuf = ((nclv[hmmj + qpyc]) + (evpl) + (((((poqa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (axuf < evpl) { klup += 1; } _uli vjrh = ((((poqa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((klup) << ((-47 + (((sizeof(_uli)) << (3)))))))); nclv[hmmj + qpyc] = axuf; nclv[1 + hmmj + qpyc] += vjrh; } { for (_si xlxq = 0; xlxq <= 11; xlxq += 1) { nclv[1 + xlxq] += ((nclv[xlxq]) >> (47)); nclv[xlxq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nclv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *mdig = (_uc *)(ssdn); for (_si rsez = 0; rsez <= 360; rsez += 1) { mdig[rsez] = (_uc)(1 + mdig[rsez]) * (_uc)(255 + mdig[1 + rsez]); } mdig[361] = 0; } jpdm(hbcb); { _uc *aqmi = (_uc *)(epcb); for (_si gahw = 0; gahw <= 360; gahw += 1) { aqmi[gahw] = (_uc)(255 + aqmi[1 + gahw]) * (_uc)(1 + aqmi[gahw]); } aqmi[361] = 0; } tzyr(velu); } { for (_si tsjx = 0; tsjx <= 12; tsjx += 1) { nclv[tsjx] = nclv[tsjx] + pvpu[tsjx]; } { _si suxq = ebes(nclv); if (suxq) { { for (_si xkgf = 0; xkgf <= 12; xkgf += 1) { nclv[xkgf] = -nclv[xkgf]; } } } for (_si lgsa = 0; lgsa <= 11; lgsa += 1) { if (((((nclv[lgsa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nclv[1 + lgsa] -= 1; } else { nclv[1 + lgsa] += ((nclv[lgsa]) >> (47)); }; nclv[lgsa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nclv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (suxq) { { for (_si xjpp = 0; xjpp <= 12; xjpp += 1) { nclv[xjpp] = -nclv[xjpp]; } } } } } { _si nlhh = (lbfm % 47); _si whxq = ((lbfm) / (47)); _si hiiv = lbfm; if (hiiv > (8 * sizeof(_uli))) { hiiv = -1; } if (whxq >= 13) { { for (_si gkgd = 0; gkgd <= 12; gkgd += 1) { nclv[gkgd] = 0; } } } else { _uli znuu = (((((_uli)(1)) << (nlhh))) - ((_uli)(1))); if (hiiv < 0) { nclv[0] = 0; } else { nclv[0] = ((((nclv[0]) & (~znuu))) >> (hiiv)); }; if (whxq != 0) { nclv[0] += ((((nclv[whxq]) & (~znuu))) >> (nlhh)); } for (_si czku = 1; czku <= (12 - whxq); czku += 1) { nclv[-1 + czku] += ((((((nclv[czku + whxq]) & (znuu))) << (-nlhh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nclv[czku] = ((((nclv[czku + whxq]) & (~znuu))) >> (nlhh)); } for (_si gmai = 13 - whxq; gmai <= 12; gmai += 1) { nclv[gmai] = 0; } }; } fekj(pvpu, nclv, jcrg); _si vpvy; { vpvy = 0; _uli adoj = 19; for (_si yfns = 12; yfns >= 0; yfns -= 1) { if (pvpu[yfns] != 0) { vpvy = ((((pvpu[yfns]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!vpvy) { { if (nclv != pvpu) { for (_si dwbx = 0; dwbx <= 12; dwbx += 1) { nclv[dwbx] = pvpu[dwbx]; } } } } { _uc *qzry = (_uc *)(pvpu); for (_si ipxa = 0; ipxa <= 360; ipxa += 1) { qzry[ipxa] = (_uc)(255 + qzry[1 + ipxa]) * (_uc)(1 + qzry[ipxa]); } qzry[361] = 0; } } void gxat(_uc *devq, _uc *sffs, _uc *jvol, _si bxcd) { dqrq(devq, sffs, 0); { _ui *brne = (_ui *)(devq + 0); _ui *cnpk = (_ui *)(devq + 128); _uc *dnxh = (_uc *)(brne); for (_si snxz = 0; snxz <= (-1 + bxcd); snxz += 1) { if (cnpk[0] >= 64) { { _ui *espu = (_ui *)(devq + 0); _ui *qaig = (_ui *)(devq + 64); for (_si pgsr = 0; pgsr <= 15; pgsr += 1) { espu[pgsr] = qaig[pgsr]; } for (_si itth = 0; itth <= 9; itth += 1) { jshb(espu, 0, 4, 8, 12); { espu[1] += espu[5]; espu[13] ^= espu[1]; espu[13] = ((((espu[13]) << (16))) | (((espu[13]) >> (16)))); espu[9] += espu[13]; espu[5] ^= espu[9]; espu[5] = ((((espu[5]) << (12))) | (((espu[5]) >> (20)))); espu[1] += espu[5]; espu[13] ^= espu[1]; espu[13] = ((((espu[13]) << (8))) | (((espu[13]) >> (24)))); espu[9] += espu[13]; espu[5] ^= espu[9]; espu[5] = ((((espu[5]) << (7))) | (((espu[5]) >> (25)))); } ntrk(espu, 2, 6, 10, 14); { espu[3] += espu[7]; espu[15] ^= espu[3]; espu[15] = ((((espu[15]) << (16))) | (((espu[15]) >> (16)))); espu[11] += espu[15]; espu[7] ^= espu[11]; espu[7] = ((((espu[7]) << (12))) | (((espu[7]) >> (20)))); espu[3] += espu[7]; espu[15] ^= espu[3]; espu[15] = ((((espu[15]) << (8))) | (((espu[15]) >> (24)))); espu[11] += espu[15]; espu[7] ^= espu[11]; espu[7] = ((((espu[7]) << (7))) | (((espu[7]) >> (25)))); } lxok(espu, 0, 5, 10, 15); { espu[1] += espu[6]; espu[12] ^= espu[1]; espu[12] = ((((espu[12]) << (16))) | (((espu[12]) >> (16)))); espu[11] += espu[12]; espu[6] ^= espu[11]; espu[6] = ((((espu[6]) << (12))) | (((espu[6]) >> (20)))); espu[1] += espu[6]; espu[12] ^= espu[1]; espu[12] = ((((espu[12]) << (8))) | (((espu[12]) >> (24)))); espu[11] += espu[12]; espu[6] ^= espu[11]; espu[6] = ((((espu[6]) << (7))) | (((espu[6]) >> (25)))); } { espu[2] += espu[7]; espu[13] ^= espu[2]; espu[13] = ((((espu[13]) << (16))) | (((espu[13]) >> (16)))); espu[8] += espu[13]; espu[7] ^= espu[8]; espu[7] = ((((espu[7]) << (12))) | (((espu[7]) >> (20)))); espu[2] += espu[7]; espu[13] ^= espu[2]; espu[13] = ((((espu[13]) << (8))) | (((espu[13]) >> (24)))); espu[8] += espu[13]; espu[7] ^= espu[8]; espu[7] = ((((espu[7]) << (7))) | (((espu[7]) >> (25)))); } { espu[3] += espu[4]; espu[14] ^= espu[3]; espu[14] = ((((espu[14]) << (16))) | (((espu[14]) >> (16)))); espu[9] += espu[14]; espu[4] ^= espu[9]; espu[4] = ((((espu[4]) << (12))) | (((espu[4]) >> (20)))); espu[3] += espu[4]; espu[14] ^= espu[3]; espu[14] = ((((espu[14]) << (8))) | (((espu[14]) >> (24)))); espu[9] += espu[14]; espu[4] ^= espu[9]; espu[4] = ((((espu[4]) << (7))) | (((espu[4]) >> (25)))); } _m[65163] += 1; } for (_si pptr = 0; pptr <= 15; pptr += 1) { espu[pptr] += qaig[pptr]; } qaig[12] += 1; if (qaig[12] == 0) { qaig[13] += 1; } } cnpk[0] = 0; } jvol[snxz] ^= dnxh[cnpk[0]]; cnpk[0] += 1; } } } void xacu(_uc *ypzc, _uc *fleh, _si vosd) { _uc *rzhh = (_uc *)(ypzc + 0); _uli *xpzj = (_uli *)(ypzc + 352); _si jrjp = (_si)(((xpzj[0]) & (63))); xpzj[0] += vosd; for (_si mgqu = 0; mgqu <= (-1 + vosd); mgqu += 1) { rzhh[jrjp] = fleh[mgqu]; jrjp += 1; if (jrjp == 64) { { _uc *dmmo = (_uc *)(ypzc + 0); _ui *dvyy = (_ui *)(ypzc + 64); _ui *aiiw = (_ui *)(ypzc + 96); _si pkca = 0; _ui fphn = 0; _ui aild = 0; _ui pwla = 0; _ui sntt = 0; _ui vtsm = 0; _ui gocb = 0; for (_si wwvm = 0; wwvm <= 15; wwvm += 1) { aiiw[wwvm] = (((((((((_ui)(dmmo[pkca])) << (24))) | ((((_ui)(dmmo[1 + pkca])) << (16))))) | ((((_ui)(dmmo[2 + pkca])) << (8))))) | ((_ui)(dmmo[3 + pkca]))); pkca += 4; } for (_si hfje = 16; hfje <= 31; hfje += 1) { fphn = ((((((((aiiw[-15 + hfje]) >> (7))) | (((aiiw[-15 + hfje]) << (25))))) ^ (((((aiiw[-15 + hfje]) >> (18))) | (((aiiw[-15 + hfje]) << (14))))))) ^ (((aiiw[-15 + hfje]) >> (3)))); sntt = ((((((((aiiw[-2 + hfje]) >> (17))) | (((aiiw[-2 + hfje]) << (15))))) ^ (((((aiiw[-2 + hfje]) >> (19))) | (((aiiw[-2 + hfje]) << (13))))))) ^ (((aiiw[-2 + hfje]) >> (10)))); aiiw[hfje] = aiiw[-7 + hfje] + aiiw[-16 + hfje] + fphn + sntt; _m[65160] += 1; } _ui cljs = dvyy[0]; _ui vaea = dvyy[1]; _ui vryv = dvyy[2]; _ui buxs = dvyy[3]; _ui zlgw = dvyy[4]; _ui btlf = dvyy[5]; _ui btoz = dvyy[6]; _ui wtqc = dvyy[7]; for (_si bccu = 0; bccu <= 31; bccu += 1) { fphn = ((((((((cljs) >> (2))) | (((cljs) << (30))))) ^ (((((cljs) >> (13))) | (((cljs) << (19))))))) ^ (((((cljs) >> (22))) | (((cljs) << (10)))))); aild = ((((((cljs) & (vaea))) ^ (((cljs) & (vryv))))) ^ (((vaea) & (vryv)))); pwla = aild + fphn; sntt = ((((((((zlgw) >> (6))) | (((zlgw) << (26))))) ^ (((((zlgw) >> (11))) | (((zlgw) << (21))))))) ^ (((((zlgw) >> (25))) | (((zlgw) << (7)))))); vtsm = ((((zlgw) & (btlf))) ^ (((~zlgw) & (btoz)))); gocb = vtsm + aiiw[bccu] + *(((_ui *)(_m + 246160) + bccu)) + sntt + wtqc; wtqc = btoz; btoz = btlf; btlf = zlgw; zlgw = buxs + gocb; buxs = vryv; vryv = vaea; vaea = cljs; cljs = gocb + pwla; _m[65161] += 1; } dvyy[0] += cljs; dvyy[1] += vaea; dvyy[2] += vryv; dvyy[3] += buxs; dvyy[4] += zlgw; dvyy[5] += btlf; dvyy[6] += btoz; dvyy[7] += wtqc; } jrjp = 0; } } } void ylpj(_uli *wmvm) { _si zanh; { zanh = 0; _uli tqyu = 19; for (_si qlsz = 12; qlsz >= 0; qlsz -= 1) { if (wmvm[qlsz] != 0) { zanh = ((((wmvm[qlsz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zanh) { { for (_si mngi = 0; mngi <= 12; mngi += 1) { wmvm[mngi] = -wmvm[mngi]; } } } for (_si kzls = 0; kzls <= 11; kzls += 1) { if (((((wmvm[kzls]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wmvm[1 + kzls] -= 1; } else { wmvm[1 + kzls] += ((wmvm[kzls]) >> (47)); }; wmvm[kzls] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wmvm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zanh) { lzwy(wmvm, wmvm); } } void hbcv(_si pgvl, _uli *ubyp) { ubyp[(((pgvl) / (47)))] &= ((((((_uli)(1)) << ((pgvl % 47)))) - ((_uli)(1)))); for (_si oxlw = 1 + (((pgvl) / (47))); oxlw <= 44; oxlw += 1) { ubyp[oxlw] = 0; } } void tywu(_uli *usoe, _uli *xyxc, _uli *ovva) { for (_si ordo = 0; ordo <= 12; ordo += 1) { usoe[ordo] = ovva[ordo] + xyxc[ordo]; } { _si kwua; { kwua = 0; _uli sgdc = 19; for (_si ekir = 12; ekir >= 0; ekir -= 1) { if (usoe[ekir] != 0) { kwua = ((((usoe[ekir]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kwua) { { for (_si bysa = 0; bysa <= 12; bysa += 1) { usoe[bysa] = -usoe[bysa]; } } } for (_si snah = 0; snah <= 11; snah += 1) { if (((((usoe[snah]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { usoe[1 + snah] -= 1; } else { usoe[1 + snah] += ((usoe[snah]) >> (47)); }; usoe[snah] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } usoe[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kwua) { { for (_si cafx = 0; cafx <= 12; cafx += 1) { usoe[cafx] = -usoe[cafx]; } } } } } _si xamq(_uli *chkx) { _si yats = -1; for (_si ihgx = 12; ihgx >= 0; ihgx -= 1) { if (chkx[ihgx] != 0) { yats = ihgx; break; } } return yats; } void xz(_uc *jtp, _uc *ep) { _ui *bvx = (_ui *)(jtp + 64); for (_si gs = 0; gs <= 7; gs += 1) { bvx[4 + gs] = (((_ui)((ep + 4 * gs)[0])) + ((((_ui)((ep + 4 * gs)[1])) << (8))) + ((((_ui)((ep + 4 * gs)[2])) << (16))) + ((((_ui)((ep + 4 * gs)[3])) << (24)))); } } void vwie(_uli *pfvn, _uli *qnfm) { for (_si uxbx = 0; uxbx <= 12; uxbx += 1) { pfvn[uxbx] = -qnfm[uxbx]; } } void ruqi(_uli *geyr, _si ziue) { _si mbyf = (ziue % 47); _si zzui = ((ziue) / (47)); _si sygm = ziue; if (sygm > (8 * sizeof(_uli))) { sygm = -1; } if (zzui >= 13) { { for (_si lped = 0; lped <= 12; lped += 1) { geyr[lped] = 0; } } } else { _uli uskf = (((((_uli)(1)) << (mbyf))) - ((_uli)(1))); if (sygm < 0) { geyr[0] = 0; } else { geyr[0] = ((((geyr[0]) & (~uskf))) >> (sygm)); }; if (zzui != 0) { geyr[0] += ((((geyr[zzui]) & (~uskf))) >> (mbyf)); } for (_si kvdy = 1; kvdy <= (12 - zzui); kvdy += 1) { geyr[-1 + kvdy] += ((((((geyr[kvdy + zzui]) & (uskf))) << (-mbyf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); geyr[kvdy] = ((((geyr[kvdy + zzui]) & (~uskf))) >> (mbyf)); } for (_si pelr = 13 - zzui; pelr <= 12; pelr += 1) { geyr[pelr] = 0; } }; } void oqkf(_uli *wpha, _si yjne) { _si huy = (yjne % 47); _si hxdv = ((yjne) / (47)); _si uye = -huy + (((sizeof(_uli)) << (3))); if (hxdv >= 13) { { for (_si hpzd = 0; hpzd <= 12; hpzd += 1) { wpha[hpzd] = 0; } } } else { for (_si zivs = 12 - hxdv; zivs >= 1; zivs -= 1) { wpha[hxdv + zivs] = ((wpha[zivs]) << (huy)); if (uye < (8 * sizeof(_uli))) { wpha[hxdv + zivs] += ((((wpha[-1 + zivs]) >> (uye))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } wpha[hxdv] = ((wpha[0]) << (huy)); for (_si wwvx = -1 + hxdv; wwvx >= 0; wwvx -= 1) { wpha[wwvx] = 0; } }; uayc(wpha); } void nfeq(_uli *lpng) { for (_si yxvn = 0; yxvn <= 12; yxvn += 1) { lpng[yxvn] = 0; } } void yxzw(_uli *nsqc, _uli *jarw) { for (_si hmf = 0; hmf <= 12; hmf += 1) { nsqc[hmf] = -jarw[hmf]; } } void luvx(_uli *lcjm, _uli *mldl) { if (lcjm != mldl) { for (_si iviw = 0; iviw <= 12; iviw += 1) { lcjm[iviw] = mldl[iviw]; } } } _uc *wncu() { ; _uc *bj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; bj = (_uc *)(_m + 362 * _s); break; } _s += 1; } return bj; } _si huly(_uli *zjuk) { _si mign = 0; _uli fxo = 19; for (_si vspt = 44; vspt >= 0; vspt -= 1) { if (zjuk[vspt] != 0) { mign = ((((zjuk[vspt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return mign; } void uplk(_uli *wuyg) { for (_si egvi = 0; egvi <= 12; egvi += 1) { wuyg[egvi] = 0; } } void mlph(_uc *usix, _uc *gqw, _uc *zbio, _si shu) { { { _ui *mhdp = (_ui *)(usix + 64); for (_si agay = 0; agay <= 7; agay += 1) { mhdp[4 + agay] = (((_ui)((gqw + 4 * agay)[0])) + ((((_ui)((gqw + 4 * agay)[1])) << (8))) + ((((_ui)((gqw + 4 * agay)[2])) << (16))) + ((((_ui)((gqw + 4 * agay)[3])) << (24)))); } } _ui *xbwt = (_ui *)(usix + 64); _ui *umlg = (_ui *)(usix + 128); for (_si zusb = 0; zusb <= 3; zusb += 1) { xbwt[zusb] = (((_ui)(((_uc *)(_m + 48146) + 4 * zusb)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zusb)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zusb)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zusb)[3])) << (24)))); } for (_si baqv = 0; baqv <= 3; baqv += 1) { xbwt[12 + baqv] = 0; _m[65162] += 1; } umlg[0] = 3904225602; } { _ui *raoy = (_ui *)(usix + 0); _ui *dep = (_ui *)(usix + 128); _uc *atrd = (_uc *)(raoy); for (_si pvle = 0; pvle <= (-1 + shu); pvle += 1) { if (dep[0] >= 64) { { _ui *gyb = (_ui *)(usix + 0); _ui *vrbp = (_ui *)(usix + 64); for (_si jgct = 0; jgct <= 15; jgct += 1) { gyb[jgct] = vrbp[jgct]; } for (_si fnbs = 0; fnbs <= 9; fnbs += 1) { osos(gyb, 0, 4, 8, 12); { gyb[1] += gyb[5]; gyb[13] ^= gyb[1]; gyb[13] = ((((gyb[13]) << (16))) | (((gyb[13]) >> (16)))); gyb[9] += gyb[13]; gyb[5] ^= gyb[9]; gyb[5] = ((((gyb[5]) << (12))) | (((gyb[5]) >> (20)))); gyb[1] += gyb[5]; gyb[13] ^= gyb[1]; gyb[13] = ((((gyb[13]) << (8))) | (((gyb[13]) >> (24)))); gyb[9] += gyb[13]; gyb[5] ^= gyb[9]; gyb[5] = ((((gyb[5]) << (7))) | (((gyb[5]) >> (25)))); } { gyb[2] += gyb[6]; gyb[14] ^= gyb[2]; gyb[14] = ((((gyb[14]) << (16))) | (((gyb[14]) >> (16)))); gyb[10] += gyb[14]; gyb[6] ^= gyb[10]; gyb[6] = ((((gyb[6]) << (12))) | (((gyb[6]) >> (20)))); gyb[2] += gyb[6]; gyb[14] ^= gyb[2]; gyb[14] = ((((gyb[14]) << (8))) | (((gyb[14]) >> (24)))); gyb[10] += gyb[14]; gyb[6] ^= gyb[10]; gyb[6] = ((((gyb[6]) << (7))) | (((gyb[6]) >> (25)))); } { gyb[3] += gyb[7]; gyb[15] ^= gyb[3]; gyb[15] = ((((gyb[15]) << (16))) | (((gyb[15]) >> (16)))); gyb[11] += gyb[15]; gyb[7] ^= gyb[11]; gyb[7] = ((((gyb[7]) << (12))) | (((gyb[7]) >> (20)))); gyb[3] += gyb[7]; gyb[15] ^= gyb[3]; gyb[15] = ((((gyb[15]) << (8))) | (((gyb[15]) >> (24)))); gyb[11] += gyb[15]; gyb[7] ^= gyb[11]; gyb[7] = ((((gyb[7]) << (7))) | (((gyb[7]) >> (25)))); } { gyb[0] += gyb[5]; gyb[15] ^= gyb[0]; gyb[15] = ((((gyb[15]) << (16))) | (((gyb[15]) >> (16)))); gyb[10] += gyb[15]; gyb[5] ^= gyb[10]; gyb[5] = ((((gyb[5]) << (12))) | (((gyb[5]) >> (20)))); gyb[0] += gyb[5]; gyb[15] ^= gyb[0]; gyb[15] = ((((gyb[15]) << (8))) | (((gyb[15]) >> (24)))); gyb[10] += gyb[15]; gyb[5] ^= gyb[10]; gyb[5] = ((((gyb[5]) << (7))) | (((gyb[5]) >> (25)))); } iwlp(gyb, 1, 6, 11, 12); { gyb[2] += gyb[7]; gyb[13] ^= gyb[2]; gyb[13] = ((((gyb[13]) << (16))) | (((gyb[13]) >> (16)))); gyb[8] += gyb[13]; gyb[7] ^= gyb[8]; gyb[7] = ((((gyb[7]) << (12))) | (((gyb[7]) >> (20)))); gyb[2] += gyb[7]; gyb[13] ^= gyb[2]; gyb[13] = ((((gyb[13]) << (8))) | (((gyb[13]) >> (24)))); gyb[8] += gyb[13]; gyb[7] ^= gyb[8]; gyb[7] = ((((gyb[7]) << (7))) | (((gyb[7]) >> (25)))); } pnxm(gyb, 3, 4, 9, 14); _m[65163] += 1; } for (_si zac = 0; zac <= 15; zac += 1) { gyb[zac] += vrbp[zac]; } vrbp[12] += 1; if (vrbp[12] == 0) { vrbp[13] += 1; } } dep[0] = 0; } zbio[pvle] ^= atrd[dep[0]]; dep[0] += 1; } } } void pzwr(_uli *saqq) { _uc *yfwb = (_uc *)(saqq); for (_si wzdy = 0; wzdy <= 360; wzdy += 1) { yfwb[wzdy] = (_uc)(1 + yfwb[wzdy]) * (_uc)(255 + yfwb[1 + wzdy]); } yfwb[361] = 0; } _si mlvp(_uli *zwcz) { _si ektb = 0; _uli guiv = 19; for (_si volb = 12; volb >= 0; volb -= 1) { if (zwcz[volb] != 0) { ektb = ((((zwcz[volb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ektb; } _uli *pjtf() { ; _uli *qgmk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; qgmk = (_uli *)(_m + 362 * _s); break; } _s += 1; } return qgmk; } void zomc(_uc *jcwq) { _uc *nicp = (_uc *)(jcwq); for (_si cxst = 0; cxst <= 360; cxst += 1) { nicp[cxst] = (_uc)(1 + nicp[cxst]) * (_uc)(255 + nicp[1 + cxst]); } nicp[361] = 0; } _uli *lau() { ; _uli *akk; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; akk = (_uli *)(_m + 362 * _s); break; } _s += 1; } return akk; } void pkvk(_uli *wqfi) { _uc *ssbn = (_uc *)(wqfi); for (_si fhuu = 0; fhuu <= 360; fhuu += 1) { ssbn[fhuu] = (_uc)(255 + ssbn[1 + fhuu]) * (_uc)(1 + ssbn[fhuu]); } ssbn[361] = 0; } void gesb(_si smvx, _uli *bspx, _uli *bily, _uli *vivo, _uli *unou) { _uli *ufkq = fbiq(); { if (ufkq != unou) { for (_si iecf = 0; iecf <= 12; iecf += 1) { ufkq[iecf] = unou[iecf]; } } } yzfb(vivo, unou); lxtq(smvx, vivo); gwux(vivo, vivo, bily); { vivo[(((smvx) / (47)))] &= ((((((_uli)(1)) << ((smvx % 47)))) - ((_uli)(1)))); for (_si iblg = 1 + (((smvx) / (47))); iblg <= 12; iblg += 1) { vivo[iblg] = 0; } } { _uli *oghs = ckcv(); _uli *wrmq = bifd(); _uli *fqsk = mxek(); _uli *bvoz = yegz(); for (_si wwus = 0; wwus <= 12; wwus += 1) { oghs[wwus] = ((vivo[wwus]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wrmq[wwus] = ((vivo[wwus]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); fqsk[wwus] = ((bspx[wwus]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bvoz[wwus] = ((bspx[wwus]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si iyho = 0; iyho <= 12; iyho += 1) { vivo[iyho] = 0; } } for (_si ejvp = 0; ejvp <= (-1 + (((13) >> (1)))); ejvp += 1) { for (_si iems = 0; iems <= (-1 + (((13) >> (1)))); iems += 1) { _uli zoyq = bvoz[iems] * oghs[ejvp] + fqsk[iems] * wrmq[ejvp]; _uli bpks = fqsk[iems] * oghs[ejvp]; _uli uhku = bvoz[iems] * wrmq[ejvp]; _uli dmpa = ((vivo[ejvp + iems]) + (bpks) + (((((zoyq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dmpa < bpks) { uhku += 1; } _uli uarr = ((((zoyq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uhku) << ((-47 + (((sizeof(_uli)) << (3)))))))); vivo[ejvp + iems] = dmpa; vivo[1 + ejvp + iems] += uarr; } { for (_si xgmy = 0; xgmy <= 11; xgmy += 1) { vivo[1 + xgmy] += ((vivo[xgmy]) >> (47)); vivo[xgmy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vivo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *eqjq = (_uc *)(oghs); for (_si aolz = 0; aolz <= 360; aolz += 1) { eqjq[aolz] = (_uc)(1 + eqjq[aolz]) * (_uc)(255 + eqjq[1 + aolz]); } eqjq[361] = 0; } { _uc *fkhp = (_uc *)(wrmq); for (_si xqwe = 0; xqwe <= 360; xqwe += 1) { fkhp[xqwe] = (_uc)(1 + fkhp[xqwe]) * (_uc)(255 + fkhp[1 + xqwe]); } fkhp[361] = 0; } haue(fqsk); pyqi(bvoz); } kyif(vivo, vivo, ufkq); { _si elzp = (smvx % 47); _si nhwq = ((smvx) / (47)); _si iwvy = smvx; if (iwvy > (8 * sizeof(_uli))) { iwvy = -1; } if (nhwq >= 13) { { for (_si yopk = 0; yopk <= 12; yopk += 1) { vivo[yopk] = 0; } } } else { _uli emur = (((((_uli)(1)) << (elzp))) - ((_uli)(1))); if (iwvy < 0) { vivo[0] = 0; } else { vivo[0] = ((((vivo[0]) & (~emur))) >> (iwvy)); }; if (nhwq != 0) { vivo[0] += ((((vivo[nhwq]) & (~emur))) >> (elzp)); } for (_si rfcq = 1; rfcq <= (12 - nhwq); rfcq += 1) { vivo[-1 + rfcq] += ((((((vivo[nhwq + rfcq]) & (emur))) << (-elzp + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vivo[rfcq] = ((((vivo[nhwq + rfcq]) & (~emur))) >> (elzp)); } for (_si lirk = 13 - nhwq; lirk <= 12; lirk += 1) { vivo[lirk] = 0; } }; } exgm(ufkq, vivo, bspx); _si ufua; { ufua = 0; _uli qouy = 19; for (_si yjdw = 12; yjdw >= 0; yjdw -= 1) { if (ufkq[yjdw] != 0) { ufua = ((((ufkq[yjdw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ufua) { { if (vivo != ufkq) { for (_si rmth = 0; rmth <= 12; rmth += 1) { vivo[rmth] = ufkq[rmth]; } } } } { _uc *qwtb = (_uc *)(ufkq); for (_si qmat = 0; qmat <= 360; qmat += 1) { qwtb[qmat] = (_uc)(1 + qwtb[qmat]) * (_uc)(255 + qwtb[1 + qmat]); } qwtb[361] = 0; } } void lnvh(_uli *nurt) { _si rrvs; { rrvs = 0; _uli pfzj = 19; for (_si eufk = 12; eufk >= 0; eufk -= 1) { if (nurt[eufk] != 0) { rrvs = ((((nurt[eufk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rrvs) { { for (_si uepg = 0; uepg <= 12; uepg += 1) { nurt[uepg] = -nurt[uepg]; } } } for (_si fhzp = 0; fhzp <= 11; fhzp += 1) { if (((((nurt[fhzp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { nurt[1 + fhzp] -= 1; } else { nurt[1 + fhzp] += ((nurt[fhzp]) >> (47)); }; nurt[fhzp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nurt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rrvs) { { for (_si yfmi = 0; yfmi <= 12; yfmi += 1) { nurt[yfmi] = -nurt[yfmi]; } } } } void tqj(_si vovf, _uli *yrxm) { yrxm[(((vovf) / (47)))] &= ((((((_uli)(1)) << ((vovf % 47)))) - ((_uli)(1)))); for (_si jdrb = 1 + (((vovf) / (47))); jdrb <= 12; jdrb += 1) { yrxm[jdrb] = 0; } } void icub(_si boqu, _uli *hknc) { hknc[(((boqu) / (47)))] &= ((((((_uli)(1)) << ((boqu % 47)))) - ((_uli)(1)))); for (_si bixr = 1 + (((boqu) / (47))); bixr <= 12; bixr += 1) { hknc[bixr] = 0; } } void iacq(_uc *xgnz, _uc *zvhj, _uc *xvpl, _si lwms) { _uc *hnzo = (_uc *)(xgnz + 0); { _uc *soyk = (_uc *)(xgnz + 0); _uli *tlwj = (_uli *)(xgnz + 352); _si twv = (_si)(((tlwj[0]) & (63))); tlwj[0] += lwms; for (_si dflz = 0; dflz <= (-1 + lwms); dflz += 1) { soyk[twv] = xvpl[dflz]; twv += 1; if (twv == 64) { xzbk(xgnz); twv = 0; } } } _uli *vmcd = (_uli *)(xgnz + 352); dvvw(xgnz); for (_si fkry = 0; fkry <= 31; fkry += 1) { zvhj[fkry] = hnzo[fkry]; } } void bifg(_uc *npcv, _uc *rnxk, _si yndf) { { _ui *popv = (_ui *)(npcv + 64); for (_si acpn = 0; acpn <= 7; acpn += 1) { popv[4 + acpn] = (((_ui)((rnxk + 4 * acpn)[0])) + ((((_ui)((rnxk + 4 * acpn)[1])) << (8))) + ((((_ui)((rnxk + 4 * acpn)[2])) << (16))) + ((((_ui)((rnxk + 4 * acpn)[3])) << (24)))); } } _ui *zrvq = (_ui *)(npcv + 64); _ui *lhgi = (_ui *)(npcv + 128); for (_si lpj = 0; lpj <= 3; lpj += 1) { zrvq[lpj] = (((_ui)(((_uc *)(_m + 48146) + 4 * lpj)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lpj)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lpj)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lpj)[3])) << (24)))); } for (_si ach = 0; ach <= 3; ach += 1) { zrvq[12 + ach] = yndf; _m[65162] += 1; } lhgi[0] = 3904225602; } _si jmkk(_uli *ggdd) { _si pxea = 0; _uli qxm = 19; for (_si pjd = 12; pjd >= 0; pjd -= 1) { if (ggdd[pjd] != 0) { pxea = ((((ggdd[pjd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return pxea; } _uc *lcsj() { ; _uc *prlo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; prlo = (_uc *)(_m + 362 * _s); break; } _s += 1; } return prlo; } void gscq(_uli *ynjv, _si nvag) { _si welq = (nvag % 47); _si wtsq = ((nvag) / (47)); _si ohup = -welq + (((sizeof(_uli)) << (3))); if (wtsq >= 13) { { for (_si seik = 0; seik <= 12; seik += 1) { ynjv[seik] = 0; } } } else { for (_si laac = 12 - wtsq; laac >= 1; laac -= 1) { ynjv[laac + wtsq] = ((ynjv[laac]) << (welq)); if (ohup < (8 * sizeof(_uli))) { ynjv[laac + wtsq] += ((((ynjv[-1 + laac]) >> (ohup))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } ynjv[wtsq] = ((ynjv[0]) << (welq)); for (_si cuxe = -1 + wtsq; cuxe >= 0; cuxe -= 1) { ynjv[cuxe] = 0; } }; zyda(ynjv); } _uli *agss() { ; _uli *vyyb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; vyyb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return vyyb; } void hnqg(_ui *bfj, _si vwn, _si mma, _si zlgx, _si rxw) { bfj[vwn] += bfj[mma]; bfj[rxw] ^= bfj[vwn]; bfj[rxw] = ((((bfj[rxw]) << (16))) | (((bfj[rxw]) >> (16)))); bfj[zlgx] += bfj[rxw]; bfj[mma] ^= bfj[zlgx]; bfj[mma] = ((((bfj[mma]) << (12))) | (((bfj[mma]) >> (20)))); bfj[vwn] += bfj[mma]; bfj[rxw] ^= bfj[vwn]; bfj[rxw] = ((((bfj[rxw]) << (8))) | (((bfj[rxw]) >> (24)))); bfj[zlgx] += bfj[rxw]; bfj[mma] ^= bfj[zlgx]; bfj[mma] = ((((bfj[mma]) << (7))) | (((bfj[mma]) >> (25)))); } void bffa(_si msqr, _uli *oofh) { oofh[(((msqr) / (47)))] &= ((((((_uli)(1)) << ((msqr % 47)))) - ((_uli)(1)))); for (_si rfby = 1 + (((msqr) / (47))); rfby <= 12; rfby += 1) { oofh[rfby] = 0; } } void pqlc(_uli *vszz, _si tjlx) { _si mgqc = (tjlx % 47); _si czjw = ((tjlx) / (47)); _si gbyp = tjlx; if (gbyp > (8 * sizeof(_uli))) { gbyp = -1; } if (czjw >= 13) { { for (_si weuc = 0; weuc <= 12; weuc += 1) { vszz[weuc] = 0; } } } else { _uli ifyd = (((((_uli)(1)) << (mgqc))) - ((_uli)(1))); if (gbyp < 0) { vszz[0] = 0; } else { vszz[0] = ((((vszz[0]) & (~ifyd))) >> (gbyp)); }; if (czjw != 0) { vszz[0] += ((((vszz[czjw]) & (~ifyd))) >> (mgqc)); } for (_si hkwq = 1; hkwq <= (12 - czjw); hkwq += 1) { vszz[-1 + hkwq] += ((((((vszz[czjw + hkwq]) & (ifyd))) << (-mgqc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vszz[hkwq] = ((((vszz[czjw + hkwq]) & (~ifyd))) >> (mgqc)); } for (_si ytxd = 13 - czjw; ytxd <= 12; ytxd += 1) { vszz[ytxd] = 0; } }; } void mhas(_uli *hpod, _uli *qlps) { for (_si ctl = 0; ctl <= 12; ctl += 1) { hpod[ctl] = -qlps[ctl]; } } void cdgz(_uli *tukj) { _uc *ifxn = (_uc *)(tukj); for (_si wmyy = 0; wmyy <= 360; wmyy += 1) { ifxn[wmyy] = (_uc)(1 + ifxn[wmyy]) * (_uc)(255 + ifxn[1 + wmyy]); } ifxn[361] = 0; } void hvmd(_uli *unfa, _si tof) { _si jbif = rrdw(unfa); if (jbif) { { for (_si mmfh = 0; mmfh <= 12; mmfh += 1) { unfa[mmfh] = -unfa[mmfh]; } } } { _si bkkx = (tof % 47); _si umar = ((tof) / (47)); _si nlqs = tof; if (nlqs > (8 * sizeof(_uli))) { nlqs = -1; } if (umar >= 13) { { for (_si hudx = 0; hudx <= 12; hudx += 1) { unfa[hudx] = 0; } } } else { _uli rjyq = (((((_uli)(1)) << (bkkx))) - ((_uli)(1))); if (nlqs < 0) { unfa[0] = 0; } else { unfa[0] = ((((unfa[0]) & (~rjyq))) >> (nlqs)); }; if (umar != 0) { unfa[0] += ((((unfa[umar]) & (~rjyq))) >> (bkkx)); } for (_si duv = 1; duv <= (12 - umar); duv += 1) { unfa[-1 + duv] += ((((((unfa[duv + umar]) & (rjyq))) << (-bkkx + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); unfa[duv] = ((((unfa[duv + umar]) & (~rjyq))) >> (bkkx)); } for (_si splc = 13 - umar; splc <= 12; splc += 1) { unfa[splc] = 0; } }; } if (jbif) { { for (_si dyg = 0; dyg <= 12; dyg += 1) { unfa[dyg] = -unfa[dyg]; } } } } void noml(_uli *ycz) { _si huhz = qoya(ycz); if (huhz) { { for (_si qwdh = 0; qwdh <= 12; qwdh += 1) { ycz[qwdh] = -ycz[qwdh]; } } } for (_si iesx = 0; iesx <= 11; iesx += 1) { if (((((ycz[iesx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ycz[1 + iesx] -= 1; } else { ycz[1 + iesx] += ((ycz[iesx]) >> (47)); }; ycz[iesx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ycz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (huhz) { { for (_si ytmz = 0; ytmz <= 12; ytmz += 1) { ycz[ytmz] = -ycz[ytmz]; } } } } _si tfeo(_uli *acsy) { _si reye = -1; for (_si twcj = 12; twcj >= 0; twcj -= 1) { if (acsy[twcj] != 0) { reye = twcj; break; } } return reye; } void ckkh(_uli *hlca) { _uc *sdol = (_uc *)(hlca); for (_si jyhp = 0; jyhp <= 360; jyhp += 1) { sdol[jyhp] = (_uc)(255 + sdol[1 + jyhp]) * (_uc)(1 + sdol[jyhp]); } sdol[361] = 0; } void zdns(_uli *csby, _uli *kgmn, _uli *bvfv) { for (_si ivzm = 0; ivzm <= 12; ivzm += 1) { csby[ivzm] = -bvfv[ivzm] + kgmn[ivzm]; } { _si noqw = quup(csby); if (noqw) { { for (_si dryl = 0; dryl <= 12; dryl += 1) { csby[dryl] = -csby[dryl]; } } } for (_si ujru = 0; ujru <= 11; ujru += 1) { if (((((csby[ujru]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { csby[1 + ujru] -= 1; } else { csby[1 + ujru] += ((csby[ujru]) >> (47)); }; csby[ujru] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } csby[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (noqw) { { for (_si pewq = 0; pewq <= 12; pewq += 1) { csby[pewq] = -csby[pewq]; } } } } } void fmvq(_uli *cqkc, _uli *irko) { if (cqkc != irko) { for (_si yvid = 0; yvid <= 12; yvid += 1) { cqkc[yvid] = irko[yvid]; } } } _si rwcs(_uli *wsnx) { _si qgiz = 0; _uli wnzx = 19; for (_si szap = 12; szap >= 0; szap -= 1) { if (wsnx[szap] != 0) { qgiz = ((((wsnx[szap]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qgiz; } _uli *ijfe() { ; _uli *ptrc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ptrc = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ptrc; } void exiw(_uc *rgd, _uc *nfup, _si tzzd) { _uc *fipa = (_uc *)(rgd + 0); _uli *zrai = (_uli *)(rgd + 352); _si utn = (_si)(((zrai[0]) & (63))); zrai[0] += tzzd; for (_si tezg = 0; tezg <= (-1 + tzzd); tezg += 1) { fipa[utn] = nfup[tezg]; utn += 1; if (utn == 64) { { _uc *jryu = (_uc *)(rgd + 0); _ui *lbv = (_ui *)(rgd + 64); _ui *wnwf = (_ui *)(rgd + 96); _si qoou = 0; _ui uak = 0; _ui rqu = 0; _ui hrua = 0; _ui bxnt = 0; _ui eghy = 0; _ui dxu = 0; for (_si tlsc = 0; tlsc <= 15; tlsc += 1) { wnwf[tlsc] = (((((((((_ui)(jryu[qoou])) << (24))) | ((((_ui)(jryu[1 + qoou])) << (16))))) | ((((_ui)(jryu[2 + qoou])) << (8))))) | ((_ui)(jryu[3 + qoou]))); qoou += 4; } for (_si xglv = 16; xglv <= 31; xglv += 1) { uak = ((((((((wnwf[-15 + xglv]) >> (7))) | (((wnwf[-15 + xglv]) << (25))))) ^ (((((wnwf[-15 + xglv]) >> (18))) | (((wnwf[-15 + xglv]) << (14))))))) ^ (((wnwf[-15 + xglv]) >> (3)))); bxnt = ((((((((wnwf[-2 + xglv]) >> (17))) | (((wnwf[-2 + xglv]) << (15))))) ^ (((((wnwf[-2 + xglv]) >> (19))) | (((wnwf[-2 + xglv]) << (13))))))) ^ (((wnwf[-2 + xglv]) >> (10)))); wnwf[xglv] = bxnt + uak + wnwf[-16 + xglv] + wnwf[-7 + xglv]; _m[65160] += 1; } _ui afab = lbv[0]; _ui pamw = lbv[1]; _ui cofk = lbv[2]; _ui jibr = lbv[3]; _ui gvrj = lbv[4]; _ui cnim = lbv[5]; _ui chko = lbv[6]; _ui qkmc = lbv[7]; for (_si sogi = 0; sogi <= 31; sogi += 1) { uak = ((((((((afab) >> (2))) | (((afab) << (30))))) ^ (((((afab) >> (13))) | (((afab) << (19))))))) ^ (((((afab) >> (22))) | (((afab) << (10)))))); rqu = ((((((afab) & (pamw))) ^ (((afab) & (cofk))))) ^ (((pamw) & (cofk)))); hrua = rqu + uak; bxnt = ((((((((gvrj) >> (6))) | (((gvrj) << (26))))) ^ (((((gvrj) >> (11))) | (((gvrj) << (21))))))) ^ (((((gvrj) >> (25))) | (((gvrj) << (7)))))); eghy = ((((gvrj) & (cnim))) ^ (((~gvrj) & (chko)))); dxu = wnwf[sogi] + qkmc + bxnt + eghy + *(((_ui *)(_m + 246160) + sogi)); qkmc = chko; chko = cnim; cnim = gvrj; gvrj = dxu + jibr; jibr = cofk; cofk = pamw; pamw = afab; afab = dxu + hrua; _m[65161] += 1; } lbv[0] += afab; lbv[1] += pamw; lbv[2] += cofk; lbv[3] += jibr; lbv[4] += gvrj; lbv[5] += cnim; lbv[6] += chko; lbv[7] += qkmc; } utn = 0; } } } void mwvg(_uli *cgjx, _uli *wfry, _uli *mvuw) { _uli *rvw = prfv(); _uli *xkcg = yzej(); _uli *icnc = etis(); _uli *abmp = upi(); for (_si uffx = 0; uffx <= 12; uffx += 1) { rvw[uffx] = ((wfry[uffx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xkcg[uffx] = ((wfry[uffx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); icnc[uffx] = ((mvuw[uffx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); abmp[uffx] = ((mvuw[uffx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si javv = 0; javv <= 12; javv += 1) { cgjx[javv] = 0; } } for (_si hnto = 0; hnto <= (-1 + (((13) >> (1)))); hnto += 1) { for (_si ltfw = 0; ltfw <= (-1 + (((13) >> (1)))); ltfw += 1) { _uli jwdx = abmp[ltfw] * rvw[hnto] + icnc[ltfw] * xkcg[hnto]; _uli jfjm = icnc[ltfw] * rvw[hnto]; _uli rndy = abmp[ltfw] * xkcg[hnto]; _uli yisq = ((cgjx[hnto + ltfw]) + (jfjm) + (((((jwdx) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (yisq < jfjm) { rndy += 1; } _uli nmfm = ((((jwdx) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rndy) << ((-47 + (((sizeof(_uli)) << (3)))))))); cgjx[hnto + ltfw] = yisq; cgjx[1 + hnto + ltfw] += nmfm; } { for (_si urqo = 0; urqo <= 11; urqo += 1) { cgjx[1 + urqo] += ((cgjx[urqo]) >> (47)); cgjx[urqo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cgjx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *ieog = (_uc *)(rvw); for (_si rnhc = 0; rnhc <= 360; rnhc += 1) { ieog[rnhc] = (_uc)(255 + ieog[1 + rnhc]) * (_uc)(1 + ieog[rnhc]); } ieog[361] = 0; } { _uc *xspi = (_uc *)(xkcg); for (_si ilry = 0; ilry <= 360; ilry += 1) { xspi[ilry] = (_uc)(1 + xspi[ilry]) * (_uc)(255 + xspi[1 + ilry]); } xspi[361] = 0; } { _uc *upaw = (_uc *)(icnc); for (_si vyhr = 0; vyhr <= 360; vyhr += 1) { upaw[vyhr] = (_uc)(255 + upaw[1 + vyhr]) * (_uc)(1 + upaw[vyhr]); } upaw[361] = 0; } { _uc *bvsz = (_uc *)(abmp); for (_si xtuh = 0; xtuh <= 360; xtuh += 1) { bvsz[xtuh] = (_uc)(1 + bvsz[xtuh]) * (_uc)(255 + bvsz[1 + xtuh]); } bvsz[361] = 0; } } _uc *tegj() { ; _uc *awfs; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; awfs = (_uc *)(_m + 362 * _s); break; } _s += 1; } return awfs; } void limz(_uli *amvv, _si smvl) { _si aznk = (smvl % 47); _si cbkc = ((smvl) / (47)); _si okmo = smvl; if (okmo > (8 * sizeof(_uli))) { okmo = -1; } if (cbkc >= 13) { { for (_si izpk = 0; izpk <= 12; izpk += 1) { amvv[izpk] = 0; } } } else { _uli sjik = (((((_uli)(1)) << (aznk))) - ((_uli)(1))); if (okmo < 0) { amvv[0] = 0; } else { amvv[0] = ((((amvv[0]) & (~sjik))) >> (okmo)); }; if (cbkc != 0) { amvv[0] += ((((amvv[cbkc]) & (~sjik))) >> (aznk)); } for (_si weqx = 1; weqx <= (12 - cbkc); weqx += 1) { amvv[-1 + weqx] += ((((((amvv[cbkc + weqx]) & (sjik))) << (-aznk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); amvv[weqx] = ((((amvv[cbkc + weqx]) & (~sjik))) >> (aznk)); } for (_si dgob = 13 - cbkc; dgob <= 12; dgob += 1) { amvv[dgob] = 0; } }; } void pfed(_uli *pdv, _uli *qplh) { for (_si axle = 0; axle <= 12; axle += 1) { pdv[axle] = -qplh[axle]; } } _si wxid(_uli *fxkc) { _si atjs = 0; _uli knsb = 19; for (_si hdam = 12; hdam >= 0; hdam -= 1) { if (fxkc[hdam] != 0) { atjs = ((((fxkc[hdam]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return atjs; } void vxvr(_uc *vybh, _uc *jao, _si abfw) { _uc *khlt = (_uc *)(vybh + 0); _uli *dxth = (_uli *)(vybh + 352); _si lxc = (_si)(((dxth[0]) & (63))); dxth[0] += abfw; for (_si thly = 0; thly <= (-1 + abfw); thly += 1) { khlt[lxc] = jao[thly]; lxc += 1; if (lxc == 64) { { _uc *dskm = (_uc *)(vybh + 0); _ui *phb = (_ui *)(vybh + 64); _ui *jqic = (_ui *)(vybh + 96); _si cwy = 0; _ui abdu = 0; _ui lans = 0; _ui yexo = 0; _ui qomi = 0; _ui lhve = 0; _ui fgsw = 0; for (_si ler = 0; ler <= 15; ler += 1) { jqic[ler] = (((((((((_ui)(dskm[cwy])) << (24))) | ((((_ui)(dskm[1 + cwy])) << (16))))) | ((((_ui)(dskm[2 + cwy])) << (8))))) | ((_ui)(dskm[3 + cwy]))); cwy += 4; } for (_si rve = 16; rve <= 31; rve += 1) { abdu = ((((((((jqic[-15 + rve]) >> (7))) | (((jqic[-15 + rve]) << (25))))) ^ (((((jqic[-15 + rve]) >> (18))) | (((jqic[-15 + rve]) << (14))))))) ^ (((jqic[-15 + rve]) >> (3)))); qomi = ((((((((jqic[-2 + rve]) >> (17))) | (((jqic[-2 + rve]) << (15))))) ^ (((((jqic[-2 + rve]) >> (19))) | (((jqic[-2 + rve]) << (13))))))) ^ (((jqic[-2 + rve]) >> (10)))); jqic[rve] = abdu + jqic[-7 + rve] + jqic[-16 + rve] + qomi; _m[65160] += 1; } _ui ivd = phb[0]; _ui hiv = phb[1]; _ui wato = phb[2]; _ui jsep = phb[3]; _ui kgso = phb[4]; _ui soqp = phb[5]; _ui mngd = phb[6]; _ui aujw = phb[7]; for (_si bir = 0; bir <= 31; bir += 1) { abdu = ((((((((ivd) >> (2))) | (((ivd) << (30))))) ^ (((((ivd) >> (13))) | (((ivd) << (19))))))) ^ (((((ivd) >> (22))) | (((ivd) << (10)))))); lans = ((((((ivd) & (hiv))) ^ (((ivd) & (wato))))) ^ (((hiv) & (wato)))); yexo = abdu + lans; qomi = ((((((((kgso) >> (6))) | (((kgso) << (26))))) ^ (((((kgso) >> (11))) | (((kgso) << (21))))))) ^ (((((kgso) >> (25))) | (((kgso) << (7)))))); lhve = ((((kgso) & (soqp))) ^ (((~kgso) & (mngd)))); fgsw = aujw + jqic[bir] + *(((_ui *)(_m + 246160) + bir)) + qomi + lhve; aujw = mngd; mngd = soqp; soqp = kgso; kgso = fgsw + jsep; jsep = wato; wato = hiv; hiv = ivd; ivd = fgsw + yexo; _m[65161] += 1; } phb[0] += ivd; phb[1] += hiv; phb[2] += wato; phb[3] += jsep; phb[4] += kgso; phb[5] += soqp; phb[6] += mngd; phb[7] += aujw; } lxc = 0; } } } void jxrj(_si ofoc, _uli *yrix, _uli *wnyd, _uli *hggy, _uli *omby) { _uli *lyex = bisc(); { if (lyex != omby) { for (_si zpih = 0; zpih <= 12; zpih += 1) { lyex[zpih] = omby[zpih]; } } } { if (hggy != omby) { for (_si bhlo = 0; bhlo <= 12; bhlo += 1) { hggy[bhlo] = omby[bhlo]; } } } ywep(ofoc, hggy); { _uli *qgzp = tewx(); _uli *zgty = vwjb(); _uli *kncf = oerh(); _uli *fwec = shbw(); for (_si svjn = 0; svjn <= 12; svjn += 1) { qgzp[svjn] = ((hggy[svjn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zgty[svjn] = ((hggy[svjn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); kncf[svjn] = ((wnyd[svjn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fwec[svjn] = ((wnyd[svjn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yado = 0; yado <= 12; yado += 1) { hggy[yado] = 0; } } for (_si exiu = 0; exiu <= (-1 + (((13) >> (1)))); exiu += 1) { for (_si dwqi = 0; dwqi <= (-1 + (((13) >> (1)))); dwqi += 1) { _uli ccao = fwec[dwqi] * qgzp[exiu] + kncf[dwqi] * zgty[exiu]; _uli nzdb = kncf[dwqi] * qgzp[exiu]; _uli raak = fwec[dwqi] * zgty[exiu]; _uli ytsv = ((hggy[dwqi + exiu]) + (nzdb) + (((((ccao) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ytsv < nzdb) { raak += 1; } _uli joru = ((((ccao) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((raak) << ((-47 + (((sizeof(_uli)) << (3)))))))); hggy[dwqi + exiu] = ytsv; hggy[1 + dwqi + exiu] += joru; } { for (_si hair = 0; hair <= 11; hair += 1) { hggy[1 + hair] += ((hggy[hair]) >> (47)); hggy[hair] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hggy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *twxu = (_uc *)(qgzp); for (_si pezi = 0; pezi <= 360; pezi += 1) { twxu[pezi] = (_uc)(1 + twxu[pezi]) * (_uc)(255 + twxu[1 + pezi]); } twxu[361] = 0; } nwsu(zgty); ntbl(kncf); ogdq(fwec); } { hggy[(((ofoc) / (47)))] &= ((((((_uli)(1)) << ((ofoc % 47)))) - ((_uli)(1)))); for (_si mqvc = 1 + (((ofoc) / (47))); mqvc <= 12; mqvc += 1) { hggy[mqvc] = 0; } } { _uli *ezyl = dmhm(); _uli *vsby = pguw(); _uli *rbs = rngf(); _uli *zpjr = ogrf(); for (_si jdui = 0; jdui <= 12; jdui += 1) { ezyl[jdui] = ((hggy[jdui]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vsby[jdui] = ((hggy[jdui]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rbs[jdui] = ((yrix[jdui]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zpjr[jdui] = ((yrix[jdui]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si muqq = 0; muqq <= 12; muqq += 1) { hggy[muqq] = 0; } } for (_si unhk = 0; unhk <= (-1 + (((13) >> (1)))); unhk += 1) { for (_si rfwd = 0; rfwd <= (-1 + (((13) >> (1)))); rfwd += 1) { _uli bdqd = ezyl[unhk] * zpjr[rfwd] + rbs[rfwd] * vsby[unhk]; _uli ttvs = ezyl[unhk] * rbs[rfwd]; _uli arab = vsby[unhk] * zpjr[rfwd]; _uli fhtz = ((hggy[rfwd + unhk]) + (ttvs) + (((((bdqd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fhtz < ttvs) { arab += 1; } _uli wgqc = ((((bdqd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((arab) << ((-47 + (((sizeof(_uli)) << (3)))))))); hggy[rfwd + unhk] = fhtz; hggy[1 + rfwd + unhk] += wgqc; } ehew(hggy); } { _uc *nvbm = (_uc *)(ezyl); for (_si ulr = 0; ulr <= 360; ulr += 1) { nvbm[ulr] = (_uc)(255 + nvbm[1 + ulr]) * (_uc)(1 + nvbm[ulr]); } nvbm[361] = 0; } { _uc *frio = (_uc *)(vsby); for (_si cgiu = 0; cgiu <= 360; cgiu += 1) { frio[cgiu] = (_uc)(1 + frio[cgiu]) * (_uc)(255 + frio[1 + cgiu]); } frio[361] = 0; } nkah(rbs); ppkr(zpjr); } { for (_si ycdu = 0; ycdu <= 12; ycdu += 1) { hggy[ycdu] = hggy[ycdu] + lyex[ycdu]; } kzcd(hggy); } qlsi(hggy, ofoc); { for (_si ijmu = 0; ijmu <= 12; ijmu += 1) { lyex[ijmu] = hggy[ijmu] - yrix[ijmu]; } { _si vrmy; { vrmy = 0; _uli vstl = 19; for (_si ngzk = 12; ngzk >= 0; ngzk -= 1) { if (lyex[ngzk] != 0) { vrmy = ((((lyex[ngzk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vrmy) { zqa(lyex, lyex); } for (_si waso = 0; waso <= 11; waso += 1) { if (((((lyex[waso]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lyex[1 + waso] -= 1; } else { lyex[1 + waso] += ((lyex[waso]) >> (47)); }; lyex[waso] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lyex[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vrmy) { { for (_si dtoq = 0; dtoq <= 12; dtoq += 1) { lyex[dtoq] = -lyex[dtoq]; } } } } } _si dqph; { dqph = 0; _uli xnhf = 19; for (_si eljy = 12; eljy >= 0; eljy -= 1) { if (lyex[eljy] != 0) { dqph = ((((lyex[eljy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!dqph) { { if (hggy != lyex) { for (_si ejgq = 0; ejgq <= 12; ejgq += 1) { hggy[ejgq] = lyex[ejgq]; } } } } lwfw(lyex); } void ukoy(_uli *fryl, _uc *ckmz) { _uli *dhfv = etis(); { for (_si ibzf = 0; ibzf <= 12; ibzf += 1) { fryl[ibzf] = 0; } } for (_si cxlp = 0; cxlp <= 31; cxlp += 1) { { dhfv[0] = ckmz[31 - cxlp]; for (_si rmpy = 1; rmpy <= 12; rmpy += 1) { dhfv[rmpy] = 0; } } { _si oyvq = (8 * cxlp % 47); _si inyf = ((8 * cxlp) / (47)); _si iwvc = -oyvq + (((sizeof(_uli)) << (3))); if (inyf >= 13) { { for (_si ymlo = 0; ymlo <= 12; ymlo += 1) { dhfv[ymlo] = 0; } } } else { for (_si zyee = 12 - inyf; zyee >= 1; zyee -= 1) { dhfv[inyf + zyee] = ((dhfv[zyee]) << (oyvq)); if (iwvc < (8 * sizeof(_uli))) { dhfv[inyf + zyee] += ((((dhfv[-1 + zyee]) >> (iwvc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } dhfv[inyf] = ((dhfv[0]) << (oyvq)); for (_si dmly = -1 + inyf; dmly >= 0; dmly -= 1) { dhfv[dmly] = 0; } }; habt(dhfv); } mlvg(fryl, fryl, dhfv); } { _uc *dcey = (_uc *)(dhfv); for (_si gwkl = 0; gwkl <= 360; gwkl += 1) { dcey[gwkl] = (_uc)(1 + dcey[gwkl]) * (_uc)(255 + dcey[1 + gwkl]); } dcey[361] = 0; } } _uli *wjle() { ; _uli *mkoi; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; mkoi = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mkoi; } void pdro(_uli *hsbr, _si hsis) { _si nmlf = (hsis % 47); _si uqyp = ((hsis) / (47)); _si kojl = -nmlf + (((sizeof(_uli)) << (3))); if (uqyp >= 13) { { for (_si lvpw = 0; lvpw <= 12; lvpw += 1) { hsbr[lvpw] = 0; } } } else { for (_si gbpr = 12 - uqyp; gbpr >= 1; gbpr -= 1) { hsbr[gbpr + uqyp] = ((hsbr[gbpr]) << (nmlf)); if (kojl < (8 * sizeof(_uli))) { hsbr[gbpr + uqyp] += ((((hsbr[-1 + gbpr]) >> (kojl))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } hsbr[uqyp] = ((hsbr[0]) << (nmlf)); for (_si rptc = -1 + uqyp; rptc >= 0; rptc -= 1) { hsbr[rptc] = 0; } }; { for (_si ockj = 0; ockj <= 11; ockj += 1) { hsbr[1 + ockj] += ((hsbr[ockj]) >> (47)); hsbr[ockj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hsbr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void stib(_uli *flcn) { _si ydhh; { ydhh = 0; _uli owxz = 19; for (_si ylie = 12; ylie >= 0; ylie -= 1) { if (flcn[ylie] != 0) { ydhh = ((((flcn[ylie]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ydhh) { { for (_si rrum = 0; rrum <= 12; rrum += 1) { flcn[rrum] = -flcn[rrum]; } } } for (_si rntq = 0; rntq <= 11; rntq += 1) { if (((((flcn[rntq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { flcn[1 + rntq] -= 1; } else { flcn[1 + rntq] += ((flcn[rntq]) >> (47)); }; flcn[rntq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } flcn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ydhh) { moxj(flcn, flcn); } } void gknp(_uc *ejiy, _uc *loto) { _ui *rowp = (_ui *)(ejiy + 64); for (_si gjei = 0; gjei <= 7; gjei += 1) { rowp[4 + gjei] = (((_ui)((loto + 4 * gjei)[0])) + ((((_ui)((loto + 4 * gjei)[1])) << (8))) + ((((_ui)((loto + 4 * gjei)[2])) << (16))) + ((((_ui)((loto + 4 * gjei)[3])) << (24)))); } } _uc *ymrg() { ; _uc *ctj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; ctj = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ctj; } void auva(_uc *vnpv) { _uc *nill = (_uc *)(vnpv + 0); _ui *kskj = (_ui *)(vnpv + 64); _ui *bulw = (_ui *)(vnpv + 96); _si otup = 0; _ui xidb = 0; _ui tpvn = 0; _ui bguw = 0; _ui oxjw = 0; _ui mybn = 0; _ui ipwi = 0; for (_si fgyg = 0; fgyg <= 15; fgyg += 1) { bulw[fgyg] = (((((((((_ui)(nill[otup])) << (24))) | ((((_ui)(nill[1 + otup])) << (16))))) | ((((_ui)(nill[2 + otup])) << (8))))) | ((_ui)(nill[3 + otup]))); otup += 4; } for (_si cnqn = 16; cnqn <= 31; cnqn += 1) { xidb = ((((((((bulw[-15 + cnqn]) >> (7))) | (((bulw[-15 + cnqn]) << (25))))) ^ (((((bulw[-15 + cnqn]) >> (18))) | (((bulw[-15 + cnqn]) << (14))))))) ^ (((bulw[-15 + cnqn]) >> (3)))); oxjw = ((((((((bulw[-2 + cnqn]) >> (17))) | (((bulw[-2 + cnqn]) << (15))))) ^ (((((bulw[-2 + cnqn]) >> (19))) | (((bulw[-2 + cnqn]) << (13))))))) ^ (((bulw[-2 + cnqn]) >> (10)))); bulw[cnqn] = bulw[-7 + cnqn] + bulw[-16 + cnqn] + oxjw + xidb; _m[65160] += 1; } _ui pcbe = kskj[0]; _ui plfo = kskj[1]; _ui ccmb = kskj[2]; _ui jerr = kskj[3]; _ui mwve = kskj[4]; _ui kcfu = kskj[5]; _ui ciyp = kskj[6]; _ui rotx = kskj[7]; for (_si lpwa = 0; lpwa <= 31; lpwa += 1) { xidb = ((((((((pcbe) >> (2))) | (((pcbe) << (30))))) ^ (((((pcbe) >> (13))) | (((pcbe) << (19))))))) ^ (((((pcbe) >> (22))) | (((pcbe) << (10)))))); tpvn = ((((((pcbe) & (plfo))) ^ (((pcbe) & (ccmb))))) ^ (((plfo) & (ccmb)))); bguw = tpvn + xidb; oxjw = ((((((((mwve) >> (6))) | (((mwve) << (26))))) ^ (((((mwve) >> (11))) | (((mwve) << (21))))))) ^ (((((mwve) >> (25))) | (((mwve) << (7)))))); mybn = ((((mwve) & (kcfu))) ^ (((~mwve) & (ciyp)))); ipwi = rotx + bulw[lpwa] + mybn + oxjw + *(((_ui *)(_m + 246160) + lpwa)); rotx = ciyp; ciyp = kcfu; kcfu = mwve; mwve = ipwi + jerr; jerr = ccmb; ccmb = plfo; plfo = pcbe; pcbe = bguw + ipwi; _m[65161] += 1; } kskj[0] += pcbe; kskj[1] += plfo; kskj[2] += ccmb; kskj[3] += jerr; kskj[4] += mwve; kskj[5] += kcfu; kskj[6] += ciyp; kskj[7] += rotx; } void ftgw(_uli *dnah, _uli *bre) { if (dnah != bre) { for (_si jzys = 0; jzys <= 44; jzys += 1) { dnah[jzys] = bre[jzys]; } } } _si qoya(_uli *maqw) { _si jgoj = 0; _uli pide = 19; for (_si pwnr = 12; pwnr >= 0; pwnr -= 1) { if (maqw[pwnr] != 0) { jgoj = ((((maqw[pwnr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return jgoj; } void pbzk(_uli *wief, _uli *yzu, _uli *nznp) { for (_si kxzf = 0; kxzf <= 12; kxzf += 1) { wief[kxzf] = -nznp[kxzf] + yzu[kxzf]; } uzyr(wief); } void plje(_uli *ryuw) { for (_si pndi = 0; pndi <= 11; pndi += 1) { ryuw[1 + pndi] += ((ryuw[pndi]) >> (47)); ryuw[pndi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ryuw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pjcr(_uli *lblo, _uli *ijm, _uli *vric) { _uli *nrha = mmlk(); _uli *giry = vhrl(); _uli *nqf = kyec(); _uli *luz = luve(); for (_si vwh = 0; vwh <= 44; vwh += 1) { nrha[vwh] = ((ijm[vwh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); giry[vwh] = ((ijm[vwh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); nqf[vwh] = ((vric[vwh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); luz[vwh] = ((vric[vwh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tikt = 0; tikt <= 44; tikt += 1) { lblo[tikt] = 0; } } for (_si lzbs = 0; lzbs <= (-1 + (((45) >> (1)))); lzbs += 1) { for (_si ubhi = 0; ubhi <= (-1 + (((45) >> (1)))); ubhi += 1) { _uli osxb = giry[lzbs] * nqf[ubhi] + luz[ubhi] * nrha[lzbs]; _uli isad = nqf[ubhi] * nrha[lzbs]; _uli kujf = giry[lzbs] * luz[ubhi]; _uli ospg = ((lblo[lzbs + ubhi]) + (isad) + (((((osxb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ospg < isad) { kujf += 1; } _uli rqnd = ((((osxb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kujf) << ((-47 + (((sizeof(_uli)) << (3)))))))); lblo[lzbs + ubhi] = ospg; lblo[1 + lzbs + ubhi] += rqnd; } { for (_si ffox = 0; ffox <= 43; ffox += 1) { lblo[1 + ffox] += ((lblo[ffox]) >> (47)); lblo[ffox] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lblo[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *dyi = (_uc *)(nrha); for (_si poct = 0; poct <= 360; poct += 1) { dyi[poct] = (_uc)(255 + dyi[1 + poct]) * (_uc)(1 + dyi[poct]); } dyi[361] = 0; } { _uc *zvbh = (_uc *)(giry); for (_si gemj = 0; gemj <= 360; gemj += 1) { zvbh[gemj] = (_uc)(1 + zvbh[gemj]) * (_uc)(255 + zvbh[1 + gemj]); } zvbh[361] = 0; } afpg(nqf); rezm(luz); } void fkwz(_uli *hjoe) { _uc *gfzd = (_uc *)(hjoe); for (_si xkkb = 0; xkkb <= 360; xkkb += 1) { gfzd[xkkb] = (_uc)(255 + gfzd[1 + xkkb]) * (_uc)(1 + gfzd[xkkb]); } gfzd[361] = 0; } void jrex(_uli *rtlj) { _uc *gnld = (_uc *)(rtlj); for (_si rwtk = 0; rwtk <= 360; rwtk += 1) { gnld[rwtk] = (_uc)(255 + gnld[1 + rwtk]) * (_uc)(1 + gnld[rwtk]); } gnld[361] = 0; } void huyv(_uli *snek, _uli *qypq) { _uli *kzte = vopv(); _uli *mtdb = trch(); for (_si yfcf = 0; yfcf <= 12; yfcf += 1) { kzte[yfcf] = ((qypq[yfcf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mtdb[yfcf] = ((qypq[yfcf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si whxv = 0; whxv <= 12; whxv += 1) { snek[whxv] = 0; } } for (_si rhhs = 0; rhhs <= (-1 + (((13) >> (1)))); rhhs += 1) { for (_si ngef = 0; ngef <= (-1 + (((13) >> (1)))); ngef += 1) { _uli rbhd = kzte[rhhs] * mtdb[ngef] + kzte[ngef] * mtdb[rhhs]; _uli zsri = kzte[rhhs] * kzte[ngef]; _uli amgz = mtdb[rhhs] * mtdb[ngef]; _uli qnxf = ((snek[ngef + rhhs]) + (zsri) + (((((rbhd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qnxf < zsri) { amgz += 1; } _uli gzar = ((((rbhd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((amgz) << ((-47 + (((sizeof(_uli)) << (3)))))))); snek[ngef + rhhs] = qnxf; snek[1 + ngef + rhhs] += gzar; } fwvi(snek); } { _uc *vaku = (_uc *)(kzte); for (_si jyxl = 0; jyxl <= 360; jyxl += 1) { vaku[jyxl] = (_uc)(255 + vaku[1 + jyxl]) * (_uc)(1 + vaku[jyxl]); } vaku[361] = 0; } yfph(mtdb); } void xryz(_uli *htqa, _uli *ywuc, _uli *zrvt) { _uli *enqe = oind(); { { if (htqa != ywuc) { for (_si hyzi = 0; hyzi <= 12; hyzi += 1) { htqa[hyzi] = ywuc[hyzi]; } } } _si sklo = uihd(htqa); _si vfsi = munv(zrvt); if (sklo >= vfsi) { _si bcvf = 0; _uli yynj = zrvt[vfsi]; while (yynj < (((((((_uli)(1)) << (47)))) >> (1)))) { bcvf += 1; yynj <<= 1; } if (vfsi == 0) { bcvf += 47; sklo += 1; vfsi += 1; } if (bcvf > 0) { { _si sfeh = (bcvf % 47); _si zfap = ((bcvf) / (47)); _si djfr = -sfeh + (((sizeof(_uli)) << (3))); if (zfap >= 13) { { for (_si lbyw = 0; lbyw <= 12; lbyw += 1) { htqa[lbyw] = 0; } } } else { for (_si kvuv = 12 - zfap; kvuv >= 1; kvuv -= 1) { htqa[kvuv + zfap] = ((htqa[kvuv]) << (sfeh)); if (djfr < (8 * sizeof(_uli))) { htqa[kvuv + zfap] += ((((htqa[-1 + kvuv]) >> (djfr))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } htqa[zfap] = ((htqa[0]) << (sfeh)); for (_si eghn = -1 + zfap; eghn >= 0; eghn -= 1) { htqa[eghn] = 0; } }; { for (_si zdrd = 0; zdrd <= 11; zdrd += 1) { htqa[1 + zdrd] += ((htqa[zdrd]) >> (47)); htqa[zdrd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } htqa[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } ztzn(zrvt, bcvf); } _si xqzt = sklo - vfsi; yynj = zrvt[vfsi]; _uli nrka = zrvt[-1 + vfsi]; for (_si hmyv = xqzt; hmyv >= 0; hmyv -= 1) { __uint128_t ggqs = htqa[hmyv + vfsi] + (__uint128_t)(((((_uli)(1)) << (47)))) * htqa[1 + hmyv + vfsi]; _uli rrsh = 0; __uint128_t jljz = ((ggqs) / (yynj)); __uint128_t ilmc = (ggqs % yynj); while (jljz == ((((_uli)(1)) << (47))) || (jljz * nrka) > (((((_uli)(1)) << (47))) * ilmc + htqa[-1 + hmyv + vfsi])) { jljz -= 1; ilmc += yynj; if (ilmc >= ((((_uli)(1)) << (47)))) { break; } } ggqs = 0; for (_si vhnr = 0; vhnr <= vfsi; vhnr += 1) { ggqs += jljz * zrvt[vhnr]; rrsh = htqa[hmyv + vhnr]; if (ggqs > rrsh) { ggqs -= rrsh; rrsh = ggqs % ((((_uli)(1)) << (47))); ggqs = ((ggqs) / (((((_uli)(1)) << (47))))); if (rrsh == 0) { htqa[hmyv + vhnr] = 0; } else { htqa[hmyv + vhnr] = ((1 + ~(_uli)(rrsh)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); ggqs += 1; }; } else { htqa[hmyv + vhnr] -= ggqs; ggqs = 0; }; } rrsh = htqa[1 + hmyv + vfsi]; if (ggqs > rrsh) { zrvt[1 + hmyv + vfsi] = -1 + jljz; ggqs = 0; for (_si mink = 0; mink <= vfsi; mink += 1) { ggqs += htqa[hmyv + mink] + zrvt[mink]; htqa[hmyv + mink] = ggqs % ((((_uli)(1)) << (47))); ggqs = ((ggqs) / (((((_uli)(1)) << (47))))); } } else { zrvt[1 + hmyv + vfsi] = jljz; htqa[1 + hmyv + vfsi] -= ggqs; }; } for (_si pehi = 0; pehi <= xqzt; pehi += 1) { enqe[pehi] = zrvt[1 + pehi + vfsi]; htqa[1 + pehi + vfsi] = 0; } for (_si fokh = 1 + xqzt; fokh <= 12; fokh += 1) { enqe[fokh] = 0; } if (enqe != zrvt) { for (_si rnzf = 1 + vfsi; rnzf <= (1 + sklo); rnzf += 1) { zrvt[rnzf] = 0; } if (bcvf > 0) { gbqi(zrvt, bcvf); } } if (bcvf > 0) { mkrj(htqa, bcvf); } } } ppkr(enqe); } void rwlg(_uli *ugkw, _uli *jxcn, _uli *crr) { _uli *efyu = vryi(); _uli *xkpz = ckcv(); _uli *azun = isso(); _uli *tihz = vopv(); for (_si exnm = 0; exnm <= 12; exnm += 1) { efyu[exnm] = ((jxcn[exnm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xkpz[exnm] = ((jxcn[exnm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); azun[exnm] = ((crr[exnm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tihz[exnm] = ((crr[exnm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si asiy = 0; asiy <= 12; asiy += 1) { ugkw[asiy] = 0; } } for (_si xghe = 0; xghe <= (-1 + (((13) >> (1)))); xghe += 1) { for (_si kstb = 0; kstb <= (-1 + (((13) >> (1)))); kstb += 1) { _uli hwyg = azun[kstb] * xkpz[xghe] + efyu[xghe] * tihz[kstb]; _uli sdyl = azun[kstb] * efyu[xghe]; _uli suud = tihz[kstb] * xkpz[xghe]; _uli hmi = ((ugkw[kstb + xghe]) + (sdyl) + (((((hwyg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (hmi < sdyl) { suud += 1; } _uli dnhb = ((((hwyg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((suud) << ((-47 + (((sizeof(_uli)) << (3)))))))); ugkw[kstb + xghe] = hmi; ugkw[1 + kstb + xghe] += dnhb; } hwzd(ugkw); } { _uc *wbqk = (_uc *)(efyu); for (_si fctc = 0; fctc <= 360; fctc += 1) { wbqk[fctc] = (_uc)(255 + wbqk[1 + fctc]) * (_uc)(1 + wbqk[fctc]); } wbqk[361] = 0; } { _uc *wate = (_uc *)(xkpz); for (_si ezfv = 0; ezfv <= 360; ezfv += 1) { wate[ezfv] = (_uc)(1 + wate[ezfv]) * (_uc)(255 + wate[1 + ezfv]); } wate[361] = 0; } { _uc *smel = (_uc *)(azun); for (_si dzvc = 0; dzvc <= 360; dzvc += 1) { smel[dzvc] = (_uc)(1 + smel[dzvc]) * (_uc)(255 + smel[1 + dzvc]); } smel[361] = 0; } { _uc *rdxi = (_uc *)(tihz); for (_si cabw = 0; cabw <= 360; cabw += 1) { rdxi[cabw] = (_uc)(1 + rdxi[cabw]) * (_uc)(255 + rdxi[1 + cabw]); } rdxi[361] = 0; } } _uc *orwa() { ; _uc *alaa; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; alaa = (_uc *)(_m + 362 * _s); break; } _s += 1; } return alaa; } void mqar(_uc *ammg, _uc *swnh, _si jkim) { { _ui *wvkr = (_ui *)(ammg + 64); for (_si ktxr = 0; ktxr <= 7; ktxr += 1) { wvkr[4 + ktxr] = (((_ui)((swnh + 4 * ktxr)[0])) + ((((_ui)((swnh + 4 * ktxr)[1])) << (8))) + ((((_ui)((swnh + 4 * ktxr)[2])) << (16))) + ((((_ui)((swnh + 4 * ktxr)[3])) << (24)))); } } _ui *ihbi = (_ui *)(ammg + 64); _ui *jxoh = (_ui *)(ammg + 128); for (_si zraa = 0; zraa <= 3; zraa += 1) { ihbi[zraa] = (((_ui)(((_uc *)(_m + 48146) + 4 * zraa)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zraa)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zraa)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zraa)[3])) << (24)))); } for (_si cfqx = 0; cfqx <= 3; cfqx += 1) { ihbi[12 + cfqx] = jkim; _m[65162] += 1; } jxoh[0] = 3904225602; } void jpkq(_uli *geev, _uli *gavl, _uli *yaey, _uli *insv) { { for (_si ksmg = 0; ksmg <= 12; ksmg += 1) { gavl[ksmg] = -insv[ksmg] + yaey[ksmg]; } { _si cowl = uaof(gavl); if (cowl) { { for (_si jibm = 0; jibm <= 12; jibm += 1) { gavl[jibm] = -gavl[jibm]; } } } for (_si qooz = 0; qooz <= 11; qooz += 1) { if (((((gavl[qooz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gavl[1 + qooz] -= 1; } else { gavl[1 + qooz] += ((gavl[qooz]) >> (47)); }; gavl[qooz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gavl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (cowl) { qizi(gavl, gavl); } } } _si uulv; { uulv = 0; _uli snoq = 19; for (_si cdbh = 12; cdbh >= 0; cdbh -= 1) { if (gavl[cdbh] != 0) { uulv = ((((gavl[cdbh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (uulv) { { for (_si woyu = 0; woyu <= 12; woyu += 1) { gavl[woyu] = gavl[woyu] + geev[woyu]; } qtlb(gavl); } } } void mpzo(_uli *aqaj, _uli *phqk, _uli *gmhq) { for (_si shlk = 0; shlk <= 12; shlk += 1) { aqaj[shlk] = gmhq[shlk] + phqk[shlk]; } { _si lrlq; { lrlq = 0; _uli kubd = 19; for (_si shoo = 12; shoo >= 0; shoo -= 1) { if (aqaj[shoo] != 0) { lrlq = ((((aqaj[shoo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (lrlq) { glfx(aqaj, aqaj); } for (_si bbgh = 0; bbgh <= 11; bbgh += 1) { if (((((aqaj[bbgh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { aqaj[1 + bbgh] -= 1; } else { aqaj[1 + bbgh] += ((aqaj[bbgh]) >> (47)); }; aqaj[bbgh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aqaj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lrlq) { { for (_si viow = 0; viow <= 12; viow += 1) { aqaj[viow] = -aqaj[viow]; } } } } } void hywx(_uli *eszk) { for (_si zvyr = 0; zvyr <= 11; zvyr += 1) { eszk[1 + zvyr] += ((eszk[zvyr]) >> (47)); eszk[zvyr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eszk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _si icvh(_uli *qfmu) { _si ecs = -1; for (_si udaw = 12; udaw >= 0; udaw -= 1) { if (qfmu[udaw] != 0) { ecs = udaw; break; } } return ecs; } void bzly(_uli *sbji, _si nuwg) { _si mvvf = (nuwg % 47); _si iwpu = ((nuwg) / (47)); _si nujg = nuwg; if (nujg > (8 * sizeof(_uli))) { nujg = -1; } if (iwpu >= 13) { { for (_si pwmm = 0; pwmm <= 12; pwmm += 1) { sbji[pwmm] = 0; } } } else { _uli qyqg = (((((_uli)(1)) << (mvvf))) - ((_uli)(1))); if (nujg < 0) { sbji[0] = 0; } else { sbji[0] = ((((sbji[0]) & (~qyqg))) >> (nujg)); }; if (iwpu != 0) { sbji[0] += ((((sbji[iwpu]) & (~qyqg))) >> (mvvf)); } for (_si iqlq = 1; iqlq <= (12 - iwpu); iqlq += 1) { sbji[-1 + iqlq] += ((((((sbji[iqlq + iwpu]) & (qyqg))) << (-mvvf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); sbji[iqlq] = ((((sbji[iqlq + iwpu]) & (~qyqg))) >> (mvvf)); } for (_si qclb = 13 - iwpu; qclb <= 12; qclb += 1) { sbji[qclb] = 0; } }; } void jcjk(_uc *gvnv) { _uc *tdpb = (_uc *)(gvnv + 0); _ui *ief = (_ui *)(gvnv + 64); _ui *hdfy = (_ui *)(gvnv + 96); _si antn = 0; _ui dcz = 0; _ui mve = 0; _ui qpic = 0; _ui mpa = 0; _ui hikh = 0; _ui eafm = 0; for (_si mnjl = 0; mnjl <= 15; mnjl += 1) { hdfy[mnjl] = (((((((((_ui)(tdpb[antn])) << (24))) | ((((_ui)(tdpb[1 + antn])) << (16))))) | ((((_ui)(tdpb[2 + antn])) << (8))))) | ((_ui)(tdpb[3 + antn]))); antn += 4; } for (_si plc = 16; plc <= 31; plc += 1) { dcz = ((((((((hdfy[-15 + plc]) >> (7))) | (((hdfy[-15 + plc]) << (25))))) ^ (((((hdfy[-15 + plc]) >> (18))) | (((hdfy[-15 + plc]) << (14))))))) ^ (((hdfy[-15 + plc]) >> (3)))); mpa = ((((((((hdfy[-2 + plc]) >> (17))) | (((hdfy[-2 + plc]) << (15))))) ^ (((((hdfy[-2 + plc]) >> (19))) | (((hdfy[-2 + plc]) << (13))))))) ^ (((hdfy[-2 + plc]) >> (10)))); hdfy[plc] = dcz + hdfy[-7 + plc] + hdfy[-16 + plc] + mpa; _m[65160] += 1; } _ui clg = ief[0]; _ui gxj = ief[1]; _ui qjk = ief[2]; _ui dlgs = ief[3]; _ui cxcq = ief[4]; _ui rui = ief[5]; _ui osbm = ief[6]; _ui pmw = ief[7]; for (_si ynnk = 0; ynnk <= 31; ynnk += 1) { dcz = ((((((((clg) >> (2))) | (((clg) << (30))))) ^ (((((clg) >> (13))) | (((clg) << (19))))))) ^ (((((clg) >> (22))) | (((clg) << (10)))))); mve = ((((((clg) & (gxj))) ^ (((clg) & (qjk))))) ^ (((gxj) & (qjk)))); qpic = dcz + mve; mpa = ((((((((cxcq) >> (6))) | (((cxcq) << (26))))) ^ (((((cxcq) >> (11))) | (((cxcq) << (21))))))) ^ (((((cxcq) >> (25))) | (((cxcq) << (7)))))); hikh = ((((cxcq) & (rui))) ^ (((~cxcq) & (osbm)))); eafm = pmw + *(((_ui *)(_m + 246160) + ynnk)) + hdfy[ynnk] + hikh + mpa; pmw = osbm; osbm = rui; rui = cxcq; cxcq = dlgs + eafm; dlgs = qjk; qjk = gxj; gxj = clg; clg = eafm + qpic; _m[65161] += 1; } ief[0] += clg; ief[1] += gxj; ief[2] += qjk; ief[3] += dlgs; ief[4] += cxcq; ief[5] += rui; ief[6] += osbm; ief[7] += pmw; } void yzbw(_uli *qelh, _uli *aima, _uli *svuo) { for (_si uhow = 0; uhow <= 12; uhow += 1) { qelh[uhow] = aima[uhow] + svuo[uhow]; } zawt(qelh); } void yvei(_uli *jttc, _si ujkj) { _si gqiy; { gqiy = 0; _uli wjxy = 19; for (_si xaej = 12; xaej >= 0; xaej -= 1) { if (jttc[xaej] != 0) { gqiy = ((((jttc[xaej]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (gqiy) { { for (_si fosn = 0; fosn <= 12; fosn += 1) { jttc[fosn] = -jttc[fosn]; } } } { _si nirp = (ujkj % 47); _si xmwr = ((ujkj) / (47)); _si iknj = ujkj; if (iknj > (8 * sizeof(_uli))) { iknj = -1; } if (xmwr >= 13) { { for (_si liax = 0; liax <= 12; liax += 1) { jttc[liax] = 0; } } } else { _uli gnyq = (((((_uli)(1)) << (nirp))) - ((_uli)(1))); if (iknj < 0) { jttc[0] = 0; } else { jttc[0] = ((((jttc[0]) & (~gnyq))) >> (iknj)); }; if (xmwr != 0) { jttc[0] += ((((jttc[xmwr]) & (~gnyq))) >> (nirp)); } for (_si dhkj = 1; dhkj <= (12 - xmwr); dhkj += 1) { jttc[-1 + dhkj] += ((((((jttc[dhkj + xmwr]) & (gnyq))) << (-nirp + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jttc[dhkj] = ((((jttc[dhkj + xmwr]) & (~gnyq))) >> (nirp)); } for (_si utuu = 13 - xmwr; utuu <= 12; utuu += 1) { jttc[utuu] = 0; } }; } if (gqiy) { { for (_si eicz = 0; eicz <= 12; eicz += 1) { jttc[eicz] = -jttc[eicz]; } } } } _si yfbs(_uli *ujwv) { _si bfay = -1; for (_si zvcx = 12; zvcx >= 0; zvcx -= 1) { if (ujwv[zvcx] != 0) { bfay = zvcx; break; } } return bfay; } void oiqt(_uli *mczw, _uli *qchd) { for (_si ppx = 0; ppx <= 12; ppx += 1) { mczw[ppx] = -qchd[ppx]; } } _uli *ckcv() { ; _uli *frpw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; frpw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return frpw; } void umeg(_uli *kfcs, _uli *pkbj, _uli *wyip, _uli *dfyn) { isuz(pkbj, wyip, dfyn); _si mqew; { mqew = 0; _uli mouc = 19; for (_si yifd = 12; yifd >= 0; yifd -= 1) { if (pkbj[yifd] != 0) { mqew = ((((pkbj[yifd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mqew) { { for (_si slvi = 0; slvi <= 12; slvi += 1) { pkbj[slvi] = kfcs[slvi] + pkbj[slvi]; } { _si dxjz = weas(pkbj); if (dxjz) { { for (_si zema = 0; zema <= 12; zema += 1) { pkbj[zema] = -pkbj[zema]; } } } for (_si phlx = 0; phlx <= 11; phlx += 1) { if (((((pkbj[phlx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pkbj[1 + phlx] -= 1; } else { pkbj[1 + phlx] += ((pkbj[phlx]) >> (47)); }; pkbj[phlx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pkbj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dxjz) { { for (_si lbdy = 0; lbdy <= 12; lbdy += 1) { pkbj[lbdy] = -pkbj[lbdy]; } } } } } } } _uli *vwhv() { ; _uli *viyd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; viyd = (_uli *)(_m + 362 * _s); break; } _s += 1; } return viyd; } void pmkf(_uc *bojt, _uc *pfxm, _uc *vljx, _si pddl) { { vymz(bojt, pfxm); _ui *xxll = (_ui *)(bojt + 64); _ui *sazi = (_ui *)(bojt + 128); for (_si sndw = 0; sndw <= 3; sndw += 1) { xxll[sndw] = (((_ui)(((_uc *)(_m + 48146) + 4 * sndw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sndw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sndw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sndw)[3])) << (24)))); } for (_si ybgn = 0; ybgn <= 3; ybgn += 1) { xxll[12 + ybgn] = 0; _m[65162] += 1; } sazi[0] = 3904225602; } { _ui *lpae = (_ui *)(bojt + 0); _ui *clig = (_ui *)(bojt + 128); _uc *dqjz = (_uc *)(lpae); for (_si qixs = 0; qixs <= (-1 + pddl); qixs += 1) { if (clig[0] >= 64) { sict(bojt); clig[0] = 0; } vljx[qixs] ^= dqjz[clig[0]]; clig[0] += 1; } } } void wqna(_uli *zftk, _uli *prjm) { for (_si inx = 0; inx <= 12; inx += 1) { zftk[inx] = -prjm[inx]; } } void xhth(_uli *ufad, _uli *jjop, _uli *qqcb) { _uli *ketf = ivvj(); _uli *rnus = zend(); _uli *uxch = eqyi(); _uli *hott = yzdu(); for (_si ldng = 0; ldng <= 44; ldng += 1) { ketf[ldng] = ((jjop[ldng]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rnus[ldng] = ((jjop[ldng]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uxch[ldng] = ((qqcb[ldng]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hott[ldng] = ((qqcb[ldng]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si acio = 0; acio <= 44; acio += 1) { ufad[acio] = 0; } } for (_si vszh = 0; vszh <= (-1 + (((45) >> (1)))); vszh += 1) { for (_si ihcf = 0; ihcf <= (-1 + (((45) >> (1)))); ihcf += 1) { _uli zbbi = hott[ihcf] * ketf[vszh] + rnus[vszh] * uxch[ihcf]; _uli cliy = ketf[vszh] * uxch[ihcf]; _uli khpq = hott[ihcf] * rnus[vszh]; _uli vkoz = ((ufad[ihcf + vszh]) + (cliy) + (((((zbbi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vkoz < cliy) { khpq += 1; } _uli ihyq = ((((zbbi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((khpq) << ((-47 + (((sizeof(_uli)) << (3)))))))); ufad[ihcf + vszh] = vkoz; ufad[1 + ihcf + vszh] += ihyq; } { for (_si lsxk = 0; lsxk <= 43; lsxk += 1) { ufad[1 + lsxk] += ((ufad[lsxk]) >> (47)); ufad[lsxk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ufad[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } zuwv(ketf); { _uc *xpfn = (_uc *)(rnus); for (_si dpsd = 0; dpsd <= 360; dpsd += 1) { xpfn[dpsd] = (_uc)(255 + xpfn[1 + dpsd]) * (_uc)(1 + xpfn[dpsd]); } xpfn[361] = 0; } zcrw(uxch); { _uc *lozq = (_uc *)(hott); for (_si vunm = 0; vunm <= 360; vunm += 1) { lozq[vunm] = (_uc)(1 + lozq[vunm]) * (_uc)(255 + lozq[1 + vunm]); } lozq[361] = 0; } } void adjd(_uli *azg, _uli *zphb, _uli *hkjx) { for (_si aamk = 0; aamk <= 12; aamk += 1) { azg[aamk] = -hkjx[aamk] + zphb[aamk]; } { _si tkaw; { tkaw = 0; _uli oer = 19; for (_si rkzd = 12; rkzd >= 0; rkzd -= 1) { if (azg[rkzd] != 0) { tkaw = ((((azg[rkzd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (tkaw) { { for (_si qyhh = 0; qyhh <= 12; qyhh += 1) { azg[qyhh] = -azg[qyhh]; } } } for (_si nca = 0; nca <= 11; nca += 1) { if (((((azg[nca]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { azg[1 + nca] -= 1; } else { azg[1 + nca] += ((azg[nca]) >> (47)); }; azg[nca] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } azg[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (tkaw) { { for (_si diai = 0; diai <= 12; diai += 1) { azg[diai] = -azg[diai]; } } } } } void asek(_uli *rusr, _uli *ddid) { for (_si sggy = 0; sggy <= 12; sggy += 1) { rusr[sggy] = -ddid[sggy]; } } _uc *ldfs() { ; _uc *qllb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; qllb = (_uc *)(_m + 362 * _s); break; } _s += 1; } return qllb; } void qmsc(_uli *zqvt, _uli *eqbk, _uli *clri) { for (_si ivzt = 0; ivzt <= 12; ivzt += 1) { zqvt[ivzt] = clri[ivzt] + eqbk[ivzt]; } edaq(zqvt); } _uc *bbfl() { ; _uc *uysg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; uysg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return uysg; } void qzby(_uc *oatr, _uc *bpak, _si asy) { iix(oatr, bpak); _ui *npei = (_ui *)(oatr + 64); _ui *hxjc = (_ui *)(oatr + 128); for (_si snf = 0; snf <= 3; snf += 1) { npei[snf] = (((_ui)(((_uc *)(_m + 48146) + 4 * snf)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * snf)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * snf)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * snf)[3])) << (24)))); } for (_si uoqe = 0; uoqe <= 3; uoqe += 1) { npei[12 + uoqe] = asy; _m[65162] += 1; } hxjc[0] = 3904225602; } void opxg(_uli *ufqx, _uli *bjtf, _uli *epvy) { _uli *rthu = gysu(); _uli *wuqp = gdxm(); _uli *hisv = ieqp(); _uli *rogk = ieqp(); for (_si tupt = 0; tupt <= 12; tupt += 1) { rthu[tupt] = ((bjtf[tupt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wuqp[tupt] = ((bjtf[tupt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hisv[tupt] = ((epvy[tupt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rogk[tupt] = ((epvy[tupt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si prjj = 0; prjj <= 12; prjj += 1) { ufqx[prjj] = 0; } } for (_si zarb = 0; zarb <= (-1 + (((13) >> (1)))); zarb += 1) { for (_si hjdx = 0; hjdx <= (-1 + (((13) >> (1)))); hjdx += 1) { _uli vntp = hisv[hjdx] * wuqp[zarb] + rogk[hjdx] * rthu[zarb]; _uli jskv = hisv[hjdx] * rthu[zarb]; _uli hmin = rogk[hjdx] * wuqp[zarb]; _uli wkec = ((ufqx[hjdx + zarb]) + (jskv) + (((((vntp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wkec < jskv) { hmin += 1; } _uli jbdg = ((((vntp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hmin) << ((-47 + (((sizeof(_uli)) << (3)))))))); ufqx[hjdx + zarb] = wkec; ufqx[1 + hjdx + zarb] += jbdg; } ibvx(ufqx); } vutx(rthu); { _uc *lxsl = (_uc *)(wuqp); for (_si sohi = 0; sohi <= 360; sohi += 1) { lxsl[sohi] = (_uc)(1 + lxsl[sohi]) * (_uc)(255 + lxsl[1 + sohi]); } lxsl[361] = 0; } opbm(hisv); hwcp(rogk); } void vnuq(_uli *hnnj, _si dkaf) { _si sobr = (dkaf % 47); _si sdwi = ((dkaf) / (47)); _si gyxb = -sobr + (((sizeof(_uli)) << (3))); if (sdwi >= 13) { nwsi(hnnj); } else { for (_si uxjr = 12 - sdwi; uxjr >= 1; uxjr -= 1) { hnnj[sdwi + uxjr] = ((hnnj[uxjr]) << (sobr)); if (gyxb < (8 * sizeof(_uli))) { hnnj[sdwi + uxjr] += ((((hnnj[-1 + uxjr]) >> (gyxb))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } hnnj[sdwi] = ((hnnj[0]) << (sobr)); for (_si eazl = -1 + sdwi; eazl >= 0; eazl -= 1) { hnnj[eazl] = 0; } }; { for (_si qneo = 0; qneo <= 11; qneo += 1) { hnnj[1 + qneo] += ((hnnj[qneo]) >> (47)); hnnj[qneo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hnnj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void vutx(_uli *zcza) { _uc *tgoi = (_uc *)(zcza); for (_si tlhs = 0; tlhs <= 360; tlhs += 1) { tgoi[tlhs] = (_uc)(1 + tgoi[tlhs]) * (_uc)(255 + tgoi[1 + tlhs]); } tgoi[361] = 0; } void wvwa(_uli *noaz, _uli *ptdo, _uli *diwj) { for (_si wfqh = 0; wfqh <= 12; wfqh += 1) { noaz[wfqh] = -diwj[wfqh] + ptdo[wfqh]; } { _si hvhl; { hvhl = 0; _uli iqyc = 19; for (_si uutb = 12; uutb >= 0; uutb -= 1) { if (noaz[uutb] != 0) { hvhl = ((((noaz[uutb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hvhl) { { for (_si cfdw = 0; cfdw <= 12; cfdw += 1) { noaz[cfdw] = -noaz[cfdw]; } } } for (_si rmbf = 0; rmbf <= 11; rmbf += 1) { if (((((noaz[rmbf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { noaz[1 + rmbf] -= 1; } else { noaz[1 + rmbf] += ((noaz[rmbf]) >> (47)); }; noaz[rmbf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } noaz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hvhl) { { for (_si xioj = 0; xioj <= 12; xioj += 1) { noaz[xioj] = -noaz[xioj]; } } } } } void keim(_si yklk, _uli *tnsb) { tnsb[(((yklk) / (47)))] &= ((((((_uli)(1)) << ((yklk % 47)))) - ((_uli)(1)))); for (_si pecb = 1 + (((yklk) / (47))); pecb <= 12; pecb += 1) { tnsb[pecb] = 0; } } _uli *npmp() { ; _uli *pxjn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; pxjn = (_uli *)(_m + 362 * _s); break; } _s += 1; } return pxjn; } void ptrb(_uli *wqxu) { for (_si rdzo = 0; rdzo <= 11; rdzo += 1) { wqxu[1 + rdzo] += ((wqxu[rdzo]) >> (47)); wqxu[rdzo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wqxu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void esde(_uc *vfcj) { _uc *bjo = (_uc *)(vfcj + 0); _ui *rovs = (_ui *)(vfcj + 64); _ui *mnpz = (_ui *)(vfcj + 96); _si jrlh = 0; _ui hydk = 0; _ui kpld = 0; _ui jbmr = 0; _ui iglb = 0; _ui zooi = 0; _ui azat = 0; for (_si iyhy = 0; iyhy <= 15; iyhy += 1) { mnpz[iyhy] = (((((((((_ui)(bjo[jrlh])) << (24))) | ((((_ui)(bjo[1 + jrlh])) << (16))))) | ((((_ui)(bjo[2 + jrlh])) << (8))))) | ((_ui)(bjo[3 + jrlh]))); jrlh += 4; } for (_si jjuu = 16; jjuu <= 31; jjuu += 1) { hydk = ((((((((mnpz[-15 + jjuu]) >> (7))) | (((mnpz[-15 + jjuu]) << (25))))) ^ (((((mnpz[-15 + jjuu]) >> (18))) | (((mnpz[-15 + jjuu]) << (14))))))) ^ (((mnpz[-15 + jjuu]) >> (3)))); iglb = ((((((((mnpz[-2 + jjuu]) >> (17))) | (((mnpz[-2 + jjuu]) << (15))))) ^ (((((mnpz[-2 + jjuu]) >> (19))) | (((mnpz[-2 + jjuu]) << (13))))))) ^ (((mnpz[-2 + jjuu]) >> (10)))); mnpz[jjuu] = hydk + iglb + mnpz[-7 + jjuu] + mnpz[-16 + jjuu]; _m[65160] += 1; } _ui onwz = rovs[0]; _ui hkwi = rovs[1]; _ui nbxx = rovs[2]; _ui nbvf = rovs[3]; _ui ujea = rovs[4]; _ui yhuy = rovs[5]; _ui akhl = rovs[6]; _ui aeev = rovs[7]; for (_si axb = 0; axb <= 31; axb += 1) { hydk = ((((((((onwz) >> (2))) | (((onwz) << (30))))) ^ (((((onwz) >> (13))) | (((onwz) << (19))))))) ^ (((((onwz) >> (22))) | (((onwz) << (10)))))); kpld = ((((((onwz) & (hkwi))) ^ (((onwz) & (nbxx))))) ^ (((hkwi) & (nbxx)))); jbmr = hydk + kpld; iglb = ((((((((ujea) >> (6))) | (((ujea) << (26))))) ^ (((((ujea) >> (11))) | (((ujea) << (21))))))) ^ (((((ujea) >> (25))) | (((ujea) << (7)))))); zooi = ((((ujea) & (yhuy))) ^ (((~ujea) & (akhl)))); azat = *(((_ui *)(_m + 246160) + axb)) + aeev + iglb + zooi + mnpz[axb]; aeev = akhl; akhl = yhuy; yhuy = ujea; ujea = azat + nbvf; nbvf = nbxx; nbxx = hkwi; hkwi = onwz; onwz = azat + jbmr; _m[65161] += 1; } rovs[0] += onwz; rovs[1] += hkwi; rovs[2] += nbxx; rovs[3] += nbvf; rovs[4] += ujea; rovs[5] += yhuy; rovs[6] += akhl; rovs[7] += aeev; } _uc *qwh() { ; _uc *exn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 245; exn = (_uc *)(_m + 362 * _s); break; } _s += 1; } return exn; } void uzye(_si srsc, _uli *xtln, _uli *cxpj, _uli *ebbn, _uli *bqcz) { _uli *qvij = wdoz(); { if (qvij != bqcz) { for (_si nzgt = 0; nzgt <= 12; nzgt += 1) { qvij[nzgt] = bqcz[nzgt]; } } } { if (ebbn != bqcz) { for (_si onlf = 0; onlf <= 12; onlf += 1) { ebbn[onlf] = bqcz[onlf]; } } } { ebbn[(((srsc) / (47)))] &= ((((((_uli)(1)) << ((srsc % 47)))) - ((_uli)(1)))); for (_si yunr = 1 + (((srsc) / (47))); yunr <= 12; yunr += 1) { ebbn[yunr] = 0; } } jvpp(ebbn, ebbn, cxpj); vowh(srsc, ebbn); { _uli *oclq = gtni(); _uli *pmnp = upi(); _uli *rtfm = zmwl(); _uli *mevh = xmqq(); for (_si xevq = 0; xevq <= 12; xevq += 1) { oclq[xevq] = ((ebbn[xevq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pmnp[xevq] = ((ebbn[xevq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rtfm[xevq] = ((xtln[xevq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mevh[xevq] = ((xtln[xevq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ggli = 0; ggli <= 12; ggli += 1) { ebbn[ggli] = 0; } } for (_si oukn = 0; oukn <= (-1 + (((13) >> (1)))); oukn += 1) { for (_si curx = 0; curx <= (-1 + (((13) >> (1)))); curx += 1) { _uli fjnm = mevh[curx] * oclq[oukn] + pmnp[oukn] * rtfm[curx]; _uli wplb = oclq[oukn] * rtfm[curx]; _uli cfwu = mevh[curx] * pmnp[oukn]; _uli fuap = ((ebbn[curx + oukn]) + (wplb) + (((((fjnm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fuap < wplb) { cfwu += 1; } _uli ixw = ((((fjnm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((cfwu) << ((-47 + (((sizeof(_uli)) << (3)))))))); ebbn[curx + oukn] = fuap; ebbn[1 + curx + oukn] += ixw; } { for (_si vszs = 0; vszs <= 11; vszs += 1) { ebbn[1 + vszs] += ((ebbn[vszs]) >> (47)); ebbn[vszs] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ebbn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } wzqz(oclq); { _uc *rqoh = (_uc *)(pmnp); for (_si omir = 0; omir <= 360; omir += 1) { rqoh[omir] = (_uc)(1 + rqoh[omir]) * (_uc)(255 + rqoh[1 + omir]); } rqoh[361] = 0; } pyqi(rtfm); { _uc *guyw = (_uc *)(mevh); for (_si iryf = 0; iryf <= 360; iryf += 1) { guyw[iryf] = (_uc)(255 + guyw[1 + iryf]) * (_uc)(1 + guyw[iryf]); } guyw[361] = 0; } } bnsr(ebbn, ebbn, qvij); rrjm(ebbn, srsc); naaj(qvij, ebbn, xtln); _si eitq; { eitq = 0; _uli wqlo = 19; for (_si fre = 12; fre >= 0; fre -= 1) { if (qvij[fre] != 0) { eitq = ((((qvij[fre]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!eitq) { cpid(ebbn, qvij); } hosm(qvij); } void lifz(_uli *rivy) { for (_si kost = 0; kost <= 43; kost += 1) { rivy[1 + kost] += ((rivy[kost]) >> (47)); rivy[kost] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rivy[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void gvnr(_uli *ljqk) { for (_si hjgb = 0; hjgb <= 43; hjgb += 1) { ljqk[1 + hjgb] += ((ljqk[hjgb]) >> (47)); ljqk[hjgb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ljqk[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void kaxt(_uli *spwi) { _si asod; { asod = 0; _uli pdrd = 19; for (_si amac = 12; amac >= 0; amac -= 1) { if (spwi[amac] != 0) { asod = ((((spwi[amac]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (asod) { { for (_si bddj = 0; bddj <= 12; bddj += 1) { spwi[bddj] = -spwi[bddj]; } } } for (_si kdaz = 0; kdaz <= 11; kdaz += 1) { if (((((spwi[kdaz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { spwi[1 + kdaz] -= 1; } else { spwi[1 + kdaz] += ((spwi[kdaz]) >> (47)); }; spwi[kdaz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } spwi[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (asod) { plwz(spwi, spwi); } } void fuyx(_uli *usfd, _uli *psnh) { for (_si wgrk = 0; wgrk <= 12; wgrk += 1) { usfd[wgrk] = -psnh[wgrk]; } } _uli *yzej() { ; _uli *fpyo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; fpyo = (_uli *)(_m + 362 * _s); break; } _s += 1; } return fpyo; } void pyqi(_uli *nhgf) { _uc *bfgs = (_uc *)(nhgf); for (_si vyep = 0; vyep <= 360; vyep += 1) { bfgs[vyep] = (_uc)(1 + bfgs[vyep]) * (_uc)(255 + bfgs[1 + vyep]); } bfgs[361] = 0; } void vxwy(_si cyiq, _uli *iqnc, _uli *xegx, _uli *wgnb, _uli *sxbw) { _uli *wfva = vopv(); { if (wfva != sxbw) { for (_si zeff = 0; zeff <= 12; zeff += 1) { wfva[zeff] = sxbw[zeff]; } } } { if (wgnb != sxbw) { for (_si uxoe = 0; uxoe <= 12; uxoe += 1) { wgnb[uxoe] = sxbw[uxoe]; } } } rmqr(cyiq, wgnb); gnpd(wgnb, wgnb, xegx); faqo(cyiq, wgnb); { _uli *eebg = ijfe(); _uli *zknx = bifd(); _uli *zqhb = zdnl(); _uli *jjvn = qwbt(); for (_si vilz = 0; vilz <= 12; vilz += 1) { eebg[vilz] = ((wgnb[vilz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zknx[vilz] = ((wgnb[vilz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zqhb[vilz] = ((iqnc[vilz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jjvn[vilz] = ((iqnc[vilz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qqi = 0; qqi <= 12; qqi += 1) { wgnb[qqi] = 0; } } for (_si limi = 0; limi <= (-1 + (((13) >> (1)))); limi += 1) { for (_si yrvv = 0; yrvv <= (-1 + (((13) >> (1)))); yrvv += 1) { _uli uicg = eebg[limi] * jjvn[yrvv] + zknx[limi] * zqhb[yrvv]; _uli qdac = eebg[limi] * zqhb[yrvv]; _uli gzka = jjvn[yrvv] * zknx[limi]; _uli nezq = ((wgnb[limi + yrvv]) + (qdac) + (((((uicg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nezq < qdac) { gzka += 1; } _uli sark = ((((uicg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gzka) << ((-47 + (((sizeof(_uli)) << (3)))))))); wgnb[limi + yrvv] = nezq; wgnb[1 + limi + yrvv] += sark; } sxpd(wgnb); } { _uc *nxan = (_uc *)(eebg); for (_si xrbu = 0; xrbu <= 360; xrbu += 1) { nxan[xrbu] = (_uc)(255 + nxan[1 + xrbu]) * (_uc)(1 + nxan[xrbu]); } nxan[361] = 0; } { _uc *bhli = (_uc *)(zknx); for (_si gbwj = 0; gbwj <= 360; gbwj += 1) { bhli[gbwj] = (_uc)(1 + bhli[gbwj]) * (_uc)(255 + bhli[1 + gbwj]); } bhli[361] = 0; } ajpj(zqhb); { _uc *mxpv = (_uc *)(jjvn); for (_si mmdy = 0; mmdy <= 360; mmdy += 1) { mxpv[mmdy] = (_uc)(1 + mxpv[mmdy]) * (_uc)(255 + mxpv[1 + mmdy]); } mxpv[361] = 0; } } { for (_si gshy = 0; gshy <= 12; gshy += 1) { wgnb[gshy] = wfva[gshy] + wgnb[gshy]; } { _si vbui = rdjm(wgnb); if (vbui) { { for (_si hdml = 0; hdml <= 12; hdml += 1) { wgnb[hdml] = -wgnb[hdml]; } } } for (_si uobv = 0; uobv <= 11; uobv += 1) { if (((((wgnb[uobv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wgnb[1 + uobv] -= 1; } else { wgnb[1 + uobv] += ((wgnb[uobv]) >> (47)); }; wgnb[uobv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wgnb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vbui) { { for (_si tmtx = 0; tmtx <= 12; tmtx += 1) { wgnb[tmtx] = -wgnb[tmtx]; } } } } } ettz(wgnb, cyiq); { for (_si ymli = 0; ymli <= 12; ymli += 1) { wfva[ymli] = -iqnc[ymli] + wgnb[ymli]; } { _si fcsk; { fcsk = 0; _uli dgoo = 19; for (_si sxtw = 12; sxtw >= 0; sxtw -= 1) { if (wfva[sxtw] != 0) { fcsk = ((((wfva[sxtw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fcsk) { { for (_si csk = 0; csk <= 12; csk += 1) { wfva[csk] = -wfva[csk]; } } } for (_si wta = 0; wta <= 11; wta += 1) { if (((((wfva[wta]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wfva[1 + wta] -= 1; } else { wfva[1 + wta] += ((wfva[wta]) >> (47)); }; wfva[wta] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wfva[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fcsk) { { for (_si hcna = 0; hcna <= 12; hcna += 1) { wfva[hcna] = -wfva[hcna]; } } } } } _si ivih; { ivih = 0; _uli mhph = 19; for (_si gbu = 12; gbu >= 0; gbu -= 1) { if (wfva[gbu] != 0) { ivih = ((((wfva[gbu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ivih) { qtgi(wgnb, wfva); } { _uc *snai = (_uc *)(wfva); for (_si kpck = 0; kpck <= 360; kpck += 1) { snai[kpck] = (_uc)(255 + snai[1 + kpck]) * (_uc)(1 + snai[kpck]); } snai[361] = 0; } } void dwtm(_uli *abzz) { for (_si kvat = 0; kvat <= 12; kvat += 1) { abzz[kvat] = 0; } } void amba(_uli *hsff) { _si rutd; { rutd = 0; _uli ajdk = 19; for (_si khqn = 12; khqn >= 0; khqn -= 1) { if (hsff[khqn] != 0) { rutd = ((((hsff[khqn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rutd) { { for (_si xrk = 0; xrk <= 12; xrk += 1) { hsff[xrk] = -hsff[xrk]; } } } for (_si irio = 0; irio <= 11; irio += 1) { if (((((hsff[irio]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hsff[1 + irio] -= 1; } else { hsff[1 + irio] += ((hsff[irio]) >> (47)); }; hsff[irio] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hsff[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rutd) { zgso(hsff, hsff); } } _si bxnb(_uli *vbjq) { _si mqbp = 0; _uli tvyk = 19; for (_si mokm = 12; mokm >= 0; mokm -= 1) { if (vbjq[mokm] != 0) { mqbp = ((((vbjq[mokm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return mqbp; } void zdtv(_uli *uky) { for (_si mqai = 0; mqai <= 11; mqai += 1) { uky[1 + mqai] += ((uky[mqai]) >> (47)); uky[mqai] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uky[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void kdpp(_uc *wtk) { _ui *uwc = (_ui *)(wtk + 0); _ui *xpbq = (_ui *)(wtk + 64); for (_si llh = 0; llh <= 15; llh += 1) { uwc[llh] = xpbq[llh]; } for (_si okes = 0; okes <= 9; okes += 1) { xaze(uwc, 0, 4, 8, 12); miun(uwc, 1, 5, 9, 13); { uwc[2] += uwc[6]; uwc[14] ^= uwc[2]; uwc[14] = ((((uwc[14]) << (16))) | (((uwc[14]) >> (16)))); uwc[10] += uwc[14]; uwc[6] ^= uwc[10]; uwc[6] = ((((uwc[6]) << (12))) | (((uwc[6]) >> (20)))); uwc[2] += uwc[6]; uwc[14] ^= uwc[2]; uwc[14] = ((((uwc[14]) << (8))) | (((uwc[14]) >> (24)))); uwc[10] += uwc[14]; uwc[6] ^= uwc[10]; uwc[6] = ((((uwc[6]) << (7))) | (((uwc[6]) >> (25)))); } iwlp(uwc, 3, 7, 11, 15); { uwc[0] += uwc[5]; uwc[15] ^= uwc[0]; uwc[15] = ((((uwc[15]) << (16))) | (((uwc[15]) >> (16)))); uwc[10] += uwc[15]; uwc[5] ^= uwc[10]; uwc[5] = ((((uwc[5]) << (12))) | (((uwc[5]) >> (20)))); uwc[0] += uwc[5]; uwc[15] ^= uwc[0]; uwc[15] = ((((uwc[15]) << (8))) | (((uwc[15]) >> (24)))); uwc[10] += uwc[15]; uwc[5] ^= uwc[10]; uwc[5] = ((((uwc[5]) << (7))) | (((uwc[5]) >> (25)))); } ydvz(uwc, 1, 6, 11, 12); hnqg(uwc, 2, 7, 8, 13); { uwc[3] += uwc[4]; uwc[14] ^= uwc[3]; uwc[14] = ((((uwc[14]) << (16))) | (((uwc[14]) >> (16)))); uwc[9] += uwc[14]; uwc[4] ^= uwc[9]; uwc[4] = ((((uwc[4]) << (12))) | (((uwc[4]) >> (20)))); uwc[3] += uwc[4]; uwc[14] ^= uwc[3]; uwc[14] = ((((uwc[14]) << (8))) | (((uwc[14]) >> (24)))); uwc[9] += uwc[14]; uwc[4] ^= uwc[9]; uwc[4] = ((((uwc[4]) << (7))) | (((uwc[4]) >> (25)))); } _m[65163] += 1; } for (_si mdrm = 0; mdrm <= 15; mdrm += 1) { uwc[mdrm] += xpbq[mdrm]; } xpbq[12] += 1; if (xpbq[12] == 0) { xpbq[13] += 1; } } void jzot(_uc *jjdh) { _uc *ohgy = (_uc *)(jjdh + 0); _ui *dyks = (_ui *)(jjdh + 64); _ui *wqfc = (_ui *)(jjdh + 96); _si wmzj = 0; _ui wyma = 0; _ui lmjf = 0; _ui mvlw = 0; _ui diow = 0; _ui kllp = 0; _ui qors = 0; for (_si qoqh = 0; qoqh <= 15; qoqh += 1) { wqfc[qoqh] = (((((((((_ui)(ohgy[wmzj])) << (24))) | ((((_ui)(ohgy[1 + wmzj])) << (16))))) | ((((_ui)(ohgy[2 + wmzj])) << (8))))) | ((_ui)(ohgy[3 + wmzj]))); wmzj += 4; } for (_si frpf = 16; frpf <= 31; frpf += 1) { wyma = ((((((((wqfc[-15 + frpf]) >> (7))) | (((wqfc[-15 + frpf]) << (25))))) ^ (((((wqfc[-15 + frpf]) >> (18))) | (((wqfc[-15 + frpf]) << (14))))))) ^ (((wqfc[-15 + frpf]) >> (3)))); diow = ((((((((wqfc[-2 + frpf]) >> (17))) | (((wqfc[-2 + frpf]) << (15))))) ^ (((((wqfc[-2 + frpf]) >> (19))) | (((wqfc[-2 + frpf]) << (13))))))) ^ (((wqfc[-2 + frpf]) >> (10)))); wqfc[frpf] = diow + wqfc[-7 + frpf] + wqfc[-16 + frpf] + wyma; _m[65160] += 1; } _ui qqve = dyks[0]; _ui qzww = dyks[1]; _ui cgrh = dyks[2]; _ui ywot = dyks[3]; _ui awad = dyks[4]; _ui elck = dyks[5]; _ui xpaf = dyks[6]; _ui eqpu = dyks[7]; for (_si xlih = 0; xlih <= 31; xlih += 1) { wyma = ((((((((qqve) >> (2))) | (((qqve) << (30))))) ^ (((((qqve) >> (13))) | (((qqve) << (19))))))) ^ (((((qqve) >> (22))) | (((qqve) << (10)))))); lmjf = ((((((qqve) & (qzww))) ^ (((qqve) & (cgrh))))) ^ (((qzww) & (cgrh)))); mvlw = lmjf + wyma; diow = ((((((((awad) >> (6))) | (((awad) << (26))))) ^ (((((awad) >> (11))) | (((awad) << (21))))))) ^ (((((awad) >> (25))) | (((awad) << (7)))))); kllp = ((((awad) & (elck))) ^ (((~awad) & (xpaf)))); qors = *(((_ui *)(_m + 246160) + xlih)) + diow + eqpu + kllp + wqfc[xlih]; eqpu = xpaf; xpaf = elck; elck = awad; awad = qors + ywot; ywot = cgrh; cgrh = qzww; qzww = qqve; qqve = mvlw + qors; _m[65161] += 1; } dyks[0] += qqve; dyks[1] += qzww; dyks[2] += cgrh; dyks[3] += ywot; dyks[4] += awad; dyks[5] += elck; dyks[6] += xpaf; dyks[7] += eqpu; } void ncrs(_uc *nljh) { _uc *vjmw = (_uc *)(nljh + 0); _ui *fljr = (_ui *)(nljh + 64); _ui *zpqm = (_ui *)(nljh + 96); _si eiac = 0; _ui iute = 0; _ui dnuo = 0; _ui yoch = 0; _ui bilb = 0; _ui yejh = 0; _ui evkc = 0; for (_si vxjy = 0; vxjy <= 15; vxjy += 1) { zpqm[vxjy] = (((((((((_ui)(vjmw[eiac])) << (24))) | ((((_ui)(vjmw[1 + eiac])) << (16))))) | ((((_ui)(vjmw[2 + eiac])) << (8))))) | ((_ui)(vjmw[3 + eiac]))); eiac += 4; } for (_si hhv = 16; hhv <= 31; hhv += 1) { iute = ((((((((zpqm[-15 + hhv]) >> (7))) | (((zpqm[-15 + hhv]) << (25))))) ^ (((((zpqm[-15 + hhv]) >> (18))) | (((zpqm[-15 + hhv]) << (14))))))) ^ (((zpqm[-15 + hhv]) >> (3)))); bilb = ((((((((zpqm[-2 + hhv]) >> (17))) | (((zpqm[-2 + hhv]) << (15))))) ^ (((((zpqm[-2 + hhv]) >> (19))) | (((zpqm[-2 + hhv]) << (13))))))) ^ (((zpqm[-2 + hhv]) >> (10)))); zpqm[hhv] = bilb + iute + zpqm[-16 + hhv] + zpqm[-7 + hhv]; _m[65160] += 1; } _ui ajma = fljr[0]; _ui mmae = fljr[1]; _ui mwye = fljr[2]; _ui jcab = fljr[3]; _ui dsjm = fljr[4]; _ui kgiu = fljr[5]; _ui khtl = fljr[6]; _ui naoz = fljr[7]; for (_si brtm = 0; brtm <= 31; brtm += 1) { iute = ((((((((ajma) >> (2))) | (((ajma) << (30))))) ^ (((((ajma) >> (13))) | (((ajma) << (19))))))) ^ (((((ajma) >> (22))) | (((ajma) << (10)))))); dnuo = ((((((ajma) & (mmae))) ^ (((ajma) & (mwye))))) ^ (((mmae) & (mwye)))); yoch = dnuo + iute; bilb = ((((((((dsjm) >> (6))) | (((dsjm) << (26))))) ^ (((((dsjm) >> (11))) | (((dsjm) << (21))))))) ^ (((((dsjm) >> (25))) | (((dsjm) << (7)))))); yejh = ((((dsjm) & (kgiu))) ^ (((~dsjm) & (khtl)))); evkc = bilb + yejh + *(((_ui *)(_m + 246160) + brtm)) + zpqm[brtm] + naoz; naoz = khtl; khtl = kgiu; kgiu = dsjm; dsjm = evkc + jcab; jcab = mwye; mwye = mmae; mmae = ajma; ajma = evkc + yoch; _m[65161] += 1; } fljr[0] += ajma; fljr[1] += mmae; fljr[2] += mwye; fljr[3] += jcab; fljr[4] += dsjm; fljr[5] += kgiu; fljr[6] += khtl; fljr[7] += naoz; } void dvcq(_si thjk, _uli *xkxp, _uli *vnnh, _uli *elyf, _uli *pquc) { _uli *juxw = bifd(); { if (juxw != pquc) { for (_si xzmv = 0; xzmv <= 12; xzmv += 1) { juxw[xzmv] = pquc[xzmv]; } } } { if (elyf != pquc) { for (_si btnc = 0; btnc <= 12; btnc += 1) { elyf[btnc] = pquc[btnc]; } } } { elyf[(((thjk) / (47)))] &= ((((((_uli)(1)) << ((thjk % 47)))) - ((_uli)(1)))); for (_si kvxu = 1 + (((thjk) / (47))); kvxu <= 12; kvxu += 1) { elyf[kvxu] = 0; } } { _uli *klce = ztjr(); _uli *tppv = kejr(); _uli *lcye = uich(); _uli *ndvk = aqdx(); for (_si fvar = 0; fvar <= 12; fvar += 1) { klce[fvar] = ((elyf[fvar]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tppv[fvar] = ((elyf[fvar]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); lcye[fvar] = ((vnnh[fvar]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ndvk[fvar] = ((vnnh[fvar]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kdyf = 0; kdyf <= 12; kdyf += 1) { elyf[kdyf] = 0; } } for (_si ebmd = 0; ebmd <= (-1 + (((13) >> (1)))); ebmd += 1) { for (_si wwje = 0; wwje <= (-1 + (((13) >> (1)))); wwje += 1) { _uli dhga = klce[ebmd] * ndvk[wwje] + lcye[wwje] * tppv[ebmd]; _uli hcnq = klce[ebmd] * lcye[wwje]; _uli hypn = ndvk[wwje] * tppv[ebmd]; _uli ggft = ((elyf[ebmd + wwje]) + (hcnq) + (((((dhga) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ggft < hcnq) { hypn += 1; } _uli kcpb = ((((dhga) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((hypn) << ((-47 + (((sizeof(_uli)) << (3)))))))); elyf[ebmd + wwje] = ggft; elyf[1 + ebmd + wwje] += kcpb; } ynmt(elyf); } { _uc *cfiy = (_uc *)(klce); for (_si nsus = 0; nsus <= 360; nsus += 1) { cfiy[nsus] = (_uc)(255 + cfiy[1 + nsus]) * (_uc)(1 + cfiy[nsus]); } cfiy[361] = 0; } kvbf(tppv); orus(lcye); rfmi(ndvk); } xsbs(thjk, elyf); olng(elyf, elyf, xkxp); { for (_si fjot = 0; fjot <= 12; fjot += 1) { elyf[fjot] = elyf[fjot] + juxw[fjot]; } { _si ofpj = nyoh(elyf); if (ofpj) { pgyw(elyf, elyf); } for (_si looz = 0; looz <= 11; looz += 1) { if (((((elyf[looz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { elyf[1 + looz] -= 1; } else { elyf[1 + looz] += ((elyf[looz]) >> (47)); }; elyf[looz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } elyf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ofpj) { { for (_si dqzm = 0; dqzm <= 12; dqzm += 1) { elyf[dqzm] = -elyf[dqzm]; } } } } } tiut(elyf, thjk); { for (_si esay = 0; esay <= 12; esay += 1) { juxw[esay] = elyf[esay] - xkxp[esay]; } pxam(juxw); } _si licy; { licy = 0; _uli rzlc = 19; for (_si sfpn = 12; sfpn >= 0; sfpn -= 1) { if (juxw[sfpn] != 0) { licy = ((((juxw[sfpn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!licy) { { if (elyf != juxw) { for (_si yzzd = 0; yzzd <= 12; yzzd += 1) { elyf[yzzd] = juxw[yzzd]; } } } } { _uc *qddq = (_uc *)(juxw); for (_si npbi = 0; npbi <= 360; npbi += 1) { qddq[npbi] = (_uc)(255 + qddq[1 + npbi]) * (_uc)(1 + qddq[npbi]); } qddq[361] = 0; } } void ewyj(_uli *upta, _uc *krl) { _uli *xit = npmp(); { for (_si wdo = 0; wdo <= 12; wdo += 1) { upta[wdo] = 0; } } for (_si mpov = 0; mpov <= 31; mpov += 1) { { xit[0] = krl[31 - mpov]; for (_si lfir = 1; lfir <= 12; lfir += 1) { xit[lfir] = 0; } } { _si jvht = (8 * mpov % 47); _si uoot = ((8 * mpov) / (47)); _si qfy = -jvht + (((sizeof(_uli)) << (3))); if (uoot >= 13) { ivo(xit); } else { for (_si dvtv = 12 - uoot; dvtv >= 1; dvtv -= 1) { xit[dvtv + uoot] = ((xit[dvtv]) << (jvht)); if (qfy < (8 * sizeof(_uli))) { xit[dvtv + uoot] += ((((xit[-1 + dvtv]) >> (qfy))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xit[uoot] = ((xit[0]) << (jvht)); for (_si znbf = -1 + uoot; znbf >= 0; znbf -= 1) { xit[znbf] = 0; } }; aahl(xit); } { for (_si kncd = 0; kncd <= 12; kncd += 1) { upta[kncd] = upta[kncd] + xit[kncd]; } { _si njkf; { njkf = 0; _uli qpo = 19; for (_si shdw = 12; shdw >= 0; shdw -= 1) { if (upta[shdw] != 0) { njkf = ((((upta[shdw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (njkf) { frk(upta, upta); } for (_si vfcn = 0; vfcn <= 11; vfcn += 1) { if (((((upta[vfcn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { upta[1 + vfcn] -= 1; } else { upta[1 + vfcn] += ((upta[vfcn]) >> (47)); }; upta[vfcn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } upta[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (njkf) { { for (_si ass = 0; ass <= 12; ass += 1) { upta[ass] = -upta[ass]; } } } } } } { _uc *nxlf = (_uc *)(xit); for (_si ywn = 0; ywn <= 360; ywn += 1) { nxlf[ywn] = (_uc)(255 + nxlf[1 + ywn]) * (_uc)(1 + nxlf[ywn]); } nxlf[361] = 0; } } _uli *taxj() { ; _uli *ppp; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ppp = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ppp; } void xosj(_si afoz, _uli *vra) { vra[(((afoz) / (47)))] &= ((((((_uli)(1)) << ((afoz % 47)))) - ((_uli)(1)))); for (_si adzk = 1 + (((afoz) / (47))); adzk <= 12; adzk += 1) { vra[adzk] = 0; } } void jkfk(_uli *knjg, _uli *iuoo, _uli *jqzy, _uli *pdfj) { zrpr(iuoo, jqzy, pdfj); _si bnqs = ukaw(iuoo); if (bnqs) { opzk(iuoo, iuoo, knjg); } } _uc *uoth() { ; _uc *kecm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; kecm = (_uc *)(_m + 362 * _s); break; } _s += 1; } return kecm; } _si tqv(_uli *mfgj) { _si lcku = -1; for (_si cws = 44; cws >= 0; cws -= 1) { if (mfgj[cws] != 0) { lcku = cws; break; } } return lcku; } void gncr(_si xnds, _uli *xsfa) { xsfa[(((xnds) / (47)))] &= ((((((_uli)(1)) << ((xnds % 47)))) - ((_uli)(1)))); for (_si smaw = 1 + (((xnds) / (47))); smaw <= 12; smaw += 1) { xsfa[smaw] = 0; } } _uli *gygb() { ; _uli *kycd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; kycd = (_uli *)(_m + 362 * _s); break; } _s += 1; } return kycd; } _si qbht(_uli *qstx) { _si bhbl = 0; _uli xlkn = 19; for (_si itkc = 12; itkc >= 0; itkc -= 1) { if (qstx[itkc] != 0) { bhbl = ((((qstx[itkc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bhbl; } _si aijd(_uli *ppep) { _si kspt = 0; _uli ksg = 19; for (_si bnif = 44; bnif >= 0; bnif -= 1) { if (ppep[bnif] != 0) { kspt = ((((ppep[bnif]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return kspt; } void mcbv(_uli *spsr, _uli *jiho) { for (_si yqhg = 0; yqhg <= 12; yqhg += 1) { spsr[yqhg] = -jiho[yqhg]; } } void xexo(_si ezqw, _uli *cumg) { cumg[(((ezqw) / (47)))] &= ((((((_uli)(1)) << ((ezqw % 47)))) - ((_uli)(1)))); for (_si xqfg = 1 + (((ezqw) / (47))); xqfg <= 12; xqfg += 1) { cumg[xqfg] = 0; } } void klzd(_uli *ppgw, _si vdpb) { _si lniz = (vdpb % 47); _si qlbo = ((vdpb) / (47)); _si zmms = vdpb; if (zmms > (8 * sizeof(_uli))) { zmms = -1; } if (qlbo >= 13) { byqr(ppgw); } else { _uli nphb = (((((_uli)(1)) << (lniz))) - ((_uli)(1))); if (zmms < 0) { ppgw[0] = 0; } else { ppgw[0] = ((((ppgw[0]) & (~nphb))) >> (zmms)); }; if (qlbo != 0) { ppgw[0] += ((((ppgw[qlbo]) & (~nphb))) >> (lniz)); } for (_si jazn = 1; jazn <= (12 - qlbo); jazn += 1) { ppgw[-1 + jazn] += ((((((ppgw[jazn + qlbo]) & (nphb))) << (-lniz + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ppgw[jazn] = ((((ppgw[jazn + qlbo]) & (~nphb))) >> (lniz)); } for (_si tnbk = 13 - qlbo; tnbk <= 12; tnbk += 1) { ppgw[tnbk] = 0; } }; } _si dhjw(_uli *damb, _uli *ucsw) { _si fdqe = 0; for (_si vqki = 12; vqki >= 0; vqki -= 1) { if (damb[vqki] > ucsw[vqki]) { break; } else if (damb[vqki] < ucsw[vqki]) { fdqe = 1; break; }; } return fdqe; } void gqbj(_uli *xhms) { for (_si cqds = 0; cqds <= 12; cqds += 1) { xhms[cqds] = 0; } } void wxsr(_uli *cfrm) { for (_si mfdt = 0; mfdt <= 12; mfdt += 1) { cfrm[mfdt] = 0; } } _si zxkk(_uli *xrve) { _si cyen = -1; for (_si fpyx = 12; fpyx >= 0; fpyx -= 1) { if (xrve[fpyx] != 0) { cyen = fpyx; break; } } return cyen; } _uli *aqdx() { ; _uli *fgri; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; fgri = (_uli *)(_m + 362 * _s); break; } _s += 1; } return fgri; } void btwi(_si vuv, _uli *vikn) { vikn[(((vuv) / (47)))] &= ((((((_uli)(1)) << ((vuv % 47)))) - ((_uli)(1)))); for (_si dyvv = 1 + (((vuv) / (47))); dyvv <= 12; dyvv += 1) { vikn[dyvv] = 0; } } void pylk(_uli *urrb, _si xlsa) { _si buth = (xlsa % 47); _si npxq = ((xlsa) / (47)); _si ztll = xlsa; if (ztll > (8 * sizeof(_uli))) { ztll = -1; } if (npxq >= 13) { tffa(urrb); } else { _uli pkch = (((((_uli)(1)) << (buth))) - ((_uli)(1))); if (ztll < 0) { urrb[0] = 0; } else { urrb[0] = ((((urrb[0]) & (~pkch))) >> (ztll)); }; if (npxq != 0) { urrb[0] += ((((urrb[npxq]) & (~pkch))) >> (buth)); } for (_si osnv = 1; osnv <= (12 - npxq); osnv += 1) { urrb[-1 + osnv] += ((((((urrb[npxq + osnv]) & (pkch))) << (-buth + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); urrb[osnv] = ((((urrb[npxq + osnv]) & (~pkch))) >> (buth)); } for (_si ulcv = 13 - npxq; ulcv <= 12; ulcv += 1) { urrb[ulcv] = 0; } }; } void grwn(_si rxvo, _uli *gazz) { gazz[(((rxvo) / (47)))] &= ((((((_uli)(1)) << ((rxvo % 47)))) - ((_uli)(1)))); for (_si emle = 1 + (((rxvo) / (47))); emle <= 12; emle += 1) { gazz[emle] = 0; } } void sauh(_uli *yqs) { _uc *zhrg = (_uc *)(yqs); for (_si dtzt = 0; dtzt <= 360; dtzt += 1) { zhrg[dtzt] = (_uc)(1 + zhrg[dtzt]) * (_uc)(255 + zhrg[1 + dtzt]); } zhrg[361] = 0; } _si ispx(_uli *cdfj) { _si nzje = 0; _uli fqfs = 19; for (_si pnxb = 12; pnxb >= 0; pnxb -= 1) { if (cdfj[pnxb] != 0) { nzje = ((((cdfj[pnxb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return nzje; } void foce(_uc *kefe, _uc *cvab, _si ttaj) { { _ui *hymw = (_ui *)(kefe + 64); for (_si ixsa = 0; ixsa <= 7; ixsa += 1) { hymw[4 + ixsa] = (((_ui)((cvab + 4 * ixsa)[0])) + ((((_ui)((cvab + 4 * ixsa)[1])) << (8))) + ((((_ui)((cvab + 4 * ixsa)[2])) << (16))) + ((((_ui)((cvab + 4 * ixsa)[3])) << (24)))); } } _ui *fbgr = (_ui *)(kefe + 64); _ui *kewx = (_ui *)(kefe + 128); for (_si xwot = 0; xwot <= 3; xwot += 1) { fbgr[xwot] = (((_ui)(((_uc *)(_m + 48146) + 4 * xwot)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xwot)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xwot)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xwot)[3])) << (24)))); } for (_si yfxp = 0; yfxp <= 3; yfxp += 1) { fbgr[12 + yfxp] = ttaj; _m[65162] += 1; } kewx[0] = 3904225602; } void ijb(_uli *vjqa, _uli *jhpz) { if (vjqa != jhpz) { for (_si ykrv = 0; ykrv <= 12; ykrv += 1) { vjqa[ykrv] = jhpz[ykrv]; } } } void uqml(_uc *qhzu, _uc *vlv, _uc *hcn, _si jevy) { qbck(qhzu, vlv, 0); { _ui *rfgu = (_ui *)(qhzu + 0); _ui *zrug = (_ui *)(qhzu + 128); _uc *ujez = (_uc *)(rfgu); for (_si obrd = 0; obrd <= (-1 + jevy); obrd += 1) { if (zrug[0] >= 64) { { _ui *vhx = (_ui *)(qhzu + 0); _ui *xcck = (_ui *)(qhzu + 64); for (_si vrju = 0; vrju <= 15; vrju += 1) { vhx[vrju] = xcck[vrju]; } for (_si xejs = 0; xejs <= 9; xejs += 1) { qgct(vhx, 0, 4, 8, 12); { vhx[1] += vhx[5]; vhx[13] ^= vhx[1]; vhx[13] = ((((vhx[13]) << (16))) | (((vhx[13]) >> (16)))); vhx[9] += vhx[13]; vhx[5] ^= vhx[9]; vhx[5] = ((((vhx[5]) << (12))) | (((vhx[5]) >> (20)))); vhx[1] += vhx[5]; vhx[13] ^= vhx[1]; vhx[13] = ((((vhx[13]) << (8))) | (((vhx[13]) >> (24)))); vhx[9] += vhx[13]; vhx[5] ^= vhx[9]; vhx[5] = ((((vhx[5]) << (7))) | (((vhx[5]) >> (25)))); } aqt(vhx, 2, 6, 10, 14); qajo(vhx, 3, 7, 11, 15); mjt(vhx, 0, 5, 10, 15); aqtb(vhx, 1, 6, 11, 12); pjcq(vhx, 2, 7, 8, 13); { vhx[3] += vhx[4]; vhx[14] ^= vhx[3]; vhx[14] = ((((vhx[14]) << (16))) | (((vhx[14]) >> (16)))); vhx[9] += vhx[14]; vhx[4] ^= vhx[9]; vhx[4] = ((((vhx[4]) << (12))) | (((vhx[4]) >> (20)))); vhx[3] += vhx[4]; vhx[14] ^= vhx[3]; vhx[14] = ((((vhx[14]) << (8))) | (((vhx[14]) >> (24)))); vhx[9] += vhx[14]; vhx[4] ^= vhx[9]; vhx[4] = ((((vhx[4]) << (7))) | (((vhx[4]) >> (25)))); } _m[65163] += 1; } for (_si tex = 0; tex <= 15; tex += 1) { vhx[tex] += xcck[tex]; } xcck[12] += 1; if (xcck[12] == 0) { xcck[13] += 1; } } zrug[0] = 0; } hcn[obrd] ^= ujez[zrug[0]]; zrug[0] += 1; } } } _uli *elai() { ; _uli *zath; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; zath = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zath; } void wuxv(_uli *xvai, _uli *qcdc, _uli *boyg) { for (_si eogl = 0; eogl <= 44; eogl += 1) { xvai[eogl] = boyg[eogl] + qcdc[eogl]; } lilk(xvai); } void yeef(_uli *zltw) { _uc *mryo = (_uc *)(zltw); for (_si irpp = 0; irpp <= 360; irpp += 1) { mryo[irpp] = (_uc)(255 + mryo[1 + irpp]) * (_uc)(1 + mryo[irpp]); } mryo[361] = 0; } void wowg(_uc *tdd) { _uc *ulyz = (_uc *)(tdd + 0); _ui *xalx = (_ui *)(tdd + 64); _ui *tnlv = (_ui *)(tdd + 96); _si ygyg = 0; _ui jkzs = 0; _ui wlmx = 0; _ui taab = 0; _ui zici = 0; _ui jbko = 0; _ui bjcn = 0; for (_si buct = 0; buct <= 15; buct += 1) { tnlv[buct] = (((((((((_ui)(ulyz[ygyg])) << (24))) | ((((_ui)(ulyz[1 + ygyg])) << (16))))) | ((((_ui)(ulyz[2 + ygyg])) << (8))))) | ((_ui)(ulyz[3 + ygyg]))); ygyg += 4; } for (_si lirj = 16; lirj <= 31; lirj += 1) { jkzs = ((((((((tnlv[-15 + lirj]) >> (7))) | (((tnlv[-15 + lirj]) << (25))))) ^ (((((tnlv[-15 + lirj]) >> (18))) | (((tnlv[-15 + lirj]) << (14))))))) ^ (((tnlv[-15 + lirj]) >> (3)))); zici = ((((((((tnlv[-2 + lirj]) >> (17))) | (((tnlv[-2 + lirj]) << (15))))) ^ (((((tnlv[-2 + lirj]) >> (19))) | (((tnlv[-2 + lirj]) << (13))))))) ^ (((tnlv[-2 + lirj]) >> (10)))); tnlv[lirj] = jkzs + tnlv[-16 + lirj] + tnlv[-7 + lirj] + zici; _m[65160] += 1; } _ui jwtg = xalx[0]; _ui yufh = xalx[1]; _ui cdlr = xalx[2]; _ui vlen = xalx[3]; _ui xeep = xalx[4]; _ui qjvc = xalx[5]; _ui zszh = xalx[6]; _ui xydw = xalx[7]; for (_si vbiz = 0; vbiz <= 31; vbiz += 1) { jkzs = ((((((((jwtg) >> (2))) | (((jwtg) << (30))))) ^ (((((jwtg) >> (13))) | (((jwtg) << (19))))))) ^ (((((jwtg) >> (22))) | (((jwtg) << (10)))))); wlmx = ((((((jwtg) & (yufh))) ^ (((jwtg) & (cdlr))))) ^ (((yufh) & (cdlr)))); taab = jkzs + wlmx; zici = ((((((((xeep) >> (6))) | (((xeep) << (26))))) ^ (((((xeep) >> (11))) | (((xeep) << (21))))))) ^ (((((xeep) >> (25))) | (((xeep) << (7)))))); jbko = ((((xeep) & (qjvc))) ^ (((~xeep) & (zszh)))); bjcn = tnlv[vbiz] + jbko + zici + xydw + *(((_ui *)(_m + 246160) + vbiz)); xydw = zszh; zszh = qjvc; qjvc = xeep; xeep = bjcn + vlen; vlen = cdlr; cdlr = yufh; yufh = jwtg; jwtg = bjcn + taab; _m[65161] += 1; } xalx[0] += jwtg; xalx[1] += yufh; xalx[2] += cdlr; xalx[3] += vlen; xalx[4] += xeep; xalx[5] += qjvc; xalx[6] += zszh; xalx[7] += xydw; } void mam(_uli *lyt) { _uc *qkd = chvt(); _uc *pee = ((_uc *)(_m + 259554) + 0); _uc *bzd = (_uc *)(lyt); for (_si xkpx = 0; xkpx <= 103; xkpx += 1) { bzd[xkpx] = *(((_uc *)(_m + 72038) + xkpx)); } { { { _ui *tcg = (_ui *)(qkd + 64); for (_si qfmi = 0; qfmi <= 7; qfmi += 1) { tcg[4 + qfmi] = (((_ui)((pee + 4 * qfmi)[0])) + ((((_ui)((pee + 4 * qfmi)[1])) << (8))) + ((((_ui)((pee + 4 * qfmi)[2])) << (16))) + ((((_ui)((pee + 4 * qfmi)[3])) << (24)))); } } _ui *cmus = (_ui *)(qkd + 64); _ui *uhc = (_ui *)(qkd + 128); for (_si qkkq = 0; qkkq <= 3; qkkq += 1) { cmus[qkkq] = (((_ui)(((_uc *)(_m + 48146) + 4 * qkkq)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qkkq)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qkkq)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qkkq)[3])) << (24)))); } for (_si uyj = 0; uyj <= 3; uyj += 1) { cmus[12 + uyj] = 0; _m[65162] += 1; } uhc[0] = 3904225602; } { _ui *zebt = (_ui *)(qkd + 0); _ui *aqeh = (_ui *)(qkd + 128); _uc *pai = (_uc *)(zebt); for (_si thwn = 0; thwn <= 103; thwn += 1) { if (aqeh[0] >= 64) { { _ui *bdsd = (_ui *)(qkd + 0); _ui *sbf = (_ui *)(qkd + 64); for (_si pdx = 0; pdx <= 15; pdx += 1) { bdsd[pdx] = sbf[pdx]; } for (_si yjtn = 0; yjtn <= 9; yjtn += 1) { { bdsd[0] += bdsd[4]; bdsd[12] ^= bdsd[0]; bdsd[12] = ((((bdsd[12]) << (16))) | (((bdsd[12]) >> (16)))); bdsd[8] += bdsd[12]; bdsd[4] ^= bdsd[8]; bdsd[4] = ((((bdsd[4]) << (12))) | (((bdsd[4]) >> (20)))); bdsd[0] += bdsd[4]; bdsd[12] ^= bdsd[0]; bdsd[12] = ((((bdsd[12]) << (8))) | (((bdsd[12]) >> (24)))); bdsd[8] += bdsd[12]; bdsd[4] ^= bdsd[8]; bdsd[4] = ((((bdsd[4]) << (7))) | (((bdsd[4]) >> (25)))); } ajvn(bdsd, 1, 5, 9, 13); { bdsd[2] += bdsd[6]; bdsd[14] ^= bdsd[2]; bdsd[14] = ((((bdsd[14]) << (16))) | (((bdsd[14]) >> (16)))); bdsd[10] += bdsd[14]; bdsd[6] ^= bdsd[10]; bdsd[6] = ((((bdsd[6]) << (12))) | (((bdsd[6]) >> (20)))); bdsd[2] += bdsd[6]; bdsd[14] ^= bdsd[2]; bdsd[14] = ((((bdsd[14]) << (8))) | (((bdsd[14]) >> (24)))); bdsd[10] += bdsd[14]; bdsd[6] ^= bdsd[10]; bdsd[6] = ((((bdsd[6]) << (7))) | (((bdsd[6]) >> (25)))); } gox(bdsd, 3, 7, 11, 15); xdtp(bdsd, 0, 5, 10, 15); { bdsd[1] += bdsd[6]; bdsd[12] ^= bdsd[1]; bdsd[12] = ((((bdsd[12]) << (16))) | (((bdsd[12]) >> (16)))); bdsd[11] += bdsd[12]; bdsd[6] ^= bdsd[11]; bdsd[6] = ((((bdsd[6]) << (12))) | (((bdsd[6]) >> (20)))); bdsd[1] += bdsd[6]; bdsd[12] ^= bdsd[1]; bdsd[12] = ((((bdsd[12]) << (8))) | (((bdsd[12]) >> (24)))); bdsd[11] += bdsd[12]; bdsd[6] ^= bdsd[11]; bdsd[6] = ((((bdsd[6]) << (7))) | (((bdsd[6]) >> (25)))); } sjin(bdsd, 2, 7, 8, 13); wclm(bdsd, 3, 4, 9, 14); _m[65163] += 1; } for (_si qrd = 0; qrd <= 15; qrd += 1) { bdsd[qrd] += sbf[qrd]; } sbf[12] += 1; if (sbf[12] == 0) { sbf[13] += 1; } } aqeh[0] = 0; } bzd[thwn] ^= pai[aqeh[0]]; aqeh[0] += 1; } } } } void ylsx(_uli *vjpo) { for (_si fmts = 0; fmts <= 12; fmts += 1) { vjpo[fmts] = 0; } } void yyye(_uc *khnb, _uc *qfjl, _si ozva) { { _ui *ktoi = (_ui *)(khnb + 64); for (_si ghyg = 0; ghyg <= 7; ghyg += 1) { ktoi[4 + ghyg] = (((_ui)((qfjl + 4 * ghyg)[0])) + ((((_ui)((qfjl + 4 * ghyg)[1])) << (8))) + ((((_ui)((qfjl + 4 * ghyg)[2])) << (16))) + ((((_ui)((qfjl + 4 * ghyg)[3])) << (24)))); } } _ui *zunq = (_ui *)(khnb + 64); _ui *cnxp = (_ui *)(khnb + 128); for (_si dkxw = 0; dkxw <= 3; dkxw += 1) { zunq[dkxw] = (((_ui)(((_uc *)(_m + 48146) + 4 * dkxw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dkxw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dkxw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dkxw)[3])) << (24)))); } for (_si plkm = 0; plkm <= 3; plkm += 1) { zunq[12 + plkm] = ozva; _m[65162] += 1; } cnxp[0] = 3904225602; } void pwlb(_uli *devj, _uli *feez) { if (devj != feez) { for (_si onet = 0; onet <= 12; onet += 1) { devj[onet] = feez[onet]; } } } void mzut(_ui *mnq, _si dju, _si qegk, _si yjvf, _si kuee) { mnq[dju] += mnq[qegk]; mnq[kuee] ^= mnq[dju]; mnq[kuee] = ((((mnq[kuee]) << (16))) | (((mnq[kuee]) >> (16)))); mnq[yjvf] += mnq[kuee]; mnq[qegk] ^= mnq[yjvf]; mnq[qegk] = ((((mnq[qegk]) << (12))) | (((mnq[qegk]) >> (20)))); mnq[dju] += mnq[qegk]; mnq[kuee] ^= mnq[dju]; mnq[kuee] = ((((mnq[kuee]) << (8))) | (((mnq[kuee]) >> (24)))); mnq[yjvf] += mnq[kuee]; mnq[qegk] ^= mnq[yjvf]; mnq[qegk] = ((((mnq[qegk]) << (7))) | (((mnq[qegk]) >> (25)))); } void eqqz(_uli *ouer, _uli *sxj, _uli *svex) { for (_si jpak = 0; jpak <= 12; jpak += 1) { ouer[jpak] = svex[jpak] + sxj[jpak]; } { _si pjx; { pjx = 0; _uli cfqv = 19; for (_si qqd = 12; qqd >= 0; qqd -= 1) { if (ouer[qqd] != 0) { pjx = ((((ouer[qqd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (pjx) { lrmk(ouer, ouer); } for (_si jhiz = 0; jhiz <= 11; jhiz += 1) { if (((((ouer[jhiz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ouer[1 + jhiz] -= 1; } else { ouer[1 + jhiz] += ((ouer[jhiz]) >> (47)); }; ouer[jhiz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ouer[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (pjx) { { for (_si abht = 0; abht <= 12; abht += 1) { ouer[abht] = -ouer[abht]; } } } } } _uli *xgyz() { ; _uli *zzez; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; zzez = (_uli *)(_m + 362 * _s); break; } _s += 1; } return zzez; } void pmhz(_uli *flhw, _uli *nijc, _uli *bszn) { for (_si rxd = 0; rxd <= 12; rxd += 1) { flhw[rxd] = bszn[rxd] + nijc[rxd]; } { _si fuak; { fuak = 0; _uli lnnf = 19; for (_si owf = 12; owf >= 0; owf -= 1) { if (flhw[owf] != 0) { fuak = ((((flhw[owf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (fuak) { { for (_si zlyf = 0; zlyf <= 12; zlyf += 1) { flhw[zlyf] = -flhw[zlyf]; } } } for (_si amyp = 0; amyp <= 11; amyp += 1) { if (((((flhw[amyp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { flhw[1 + amyp] -= 1; } else { flhw[1 + amyp] += ((flhw[amyp]) >> (47)); }; flhw[amyp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } flhw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fuak) { { for (_si besy = 0; besy <= 12; besy += 1) { flhw[besy] = -flhw[besy]; } } } } } _si xvwx(_uli *ehvu) { _si nrch = 0; _uli pwzj = 19; for (_si nmlm = 12; nmlm >= 0; nmlm -= 1) { if (ehvu[nmlm] != 0) { nrch = ((((ehvu[nmlm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return nrch; } void kmdy(_uli *psvf, _uli *njyc, _uli *ikcn) { for (_si oqb = 0; oqb <= 12; oqb += 1) { psvf[oqb] = -ikcn[oqb] + njyc[oqb]; } tufu(psvf); } void mojg(_uli *djox, _uli *pojk, _uli *ejxx, _uli *lyht) { { if (pojk != ejxx) { for (_si bles = 0; bles <= 12; bles += 1) { pojk[bles] = ejxx[bles]; } } } _si qilu; { qilu = -1; for (_si nfjn = 12; nfjn >= 0; nfjn -= 1) { if (pojk[nfjn] != 0) { qilu = nfjn; break; } } } _si xlsp; { xlsp = -1; for (_si sepu = 12; sepu >= 0; sepu -= 1) { if (lyht[sepu] != 0) { xlsp = sepu; break; } } } if (qilu >= xlsp) { _si jytr = 0; _uli byno = lyht[xlsp]; while (byno < (((((((_uli)(1)) << (47)))) >> (1)))) { jytr += 1; byno <<= 1; } if (xlsp == 0) { jytr += 47; qilu += 1; xlsp += 1; } if (jytr > 0) { { _si affb = (jytr % 47); _si sqkh = ((jytr) / (47)); _si mzri = -affb + (((sizeof(_uli)) << (3))); if (sqkh >= 13) { nihe(pojk); } else { for (_si ufso = 12 - sqkh; ufso >= 1; ufso -= 1) { pojk[sqkh + ufso] = ((pojk[ufso]) << (affb)); if (mzri < (8 * sizeof(_uli))) { pojk[sqkh + ufso] += ((((pojk[-1 + ufso]) >> (mzri))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } pojk[sqkh] = ((pojk[0]) << (affb)); for (_si azxe = -1 + sqkh; azxe >= 0; azxe -= 1) { pojk[azxe] = 0; } }; { for (_si byfa = 0; byfa <= 11; byfa += 1) { pojk[1 + byfa] += ((pojk[byfa]) >> (47)); pojk[byfa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pojk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } csch(lyht, jytr); } _si xwvp = qilu - xlsp; byno = lyht[xlsp]; _uli sfpt = lyht[-1 + xlsp]; for (_si gpqm = xwvp; gpqm >= 0; gpqm -= 1) { __uint128_t qksi = (__uint128_t)(((((_uli)(1)) << (47)))) * pojk[1 + gpqm + xlsp] + pojk[gpqm + xlsp]; _uli dvev = 0; __uint128_t nnqj = ((qksi) / (byno)); __uint128_t hhnl = (qksi % byno); while (nnqj == ((((_uli)(1)) << (47))) || (nnqj * sfpt) > (((((_uli)(1)) << (47))) * hhnl + pojk[-1 + gpqm + xlsp])) { nnqj -= 1; hhnl += byno; if (hhnl >= ((((_uli)(1)) << (47)))) { break; } } qksi = 0; for (_si frqq = 0; frqq <= xlsp; frqq += 1) { qksi += lyht[frqq] * nnqj; dvev = pojk[frqq + gpqm]; if (qksi > dvev) { qksi -= dvev; dvev = qksi % ((((_uli)(1)) << (47))); qksi = ((qksi) / (((((_uli)(1)) << (47))))); if (dvev == 0) { pojk[frqq + gpqm] = 0; } else { pojk[frqq + gpqm] = ((1 + ~(_uli)(dvev)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); qksi += 1; }; } else { pojk[frqq + gpqm] -= qksi; qksi = 0; }; } dvev = pojk[1 + gpqm + xlsp]; if (qksi > dvev) { lyht[1 + gpqm + xlsp] = -1 + nnqj; qksi = 0; for (_si xgmd = 0; xgmd <= xlsp; xgmd += 1) { qksi += lyht[xgmd] + pojk[gpqm + xgmd]; pojk[gpqm + xgmd] = qksi % ((((_uli)(1)) << (47))); qksi = ((qksi) / (((((_uli)(1)) << (47))))); } } else { lyht[1 + gpqm + xlsp] = nnqj; pojk[1 + gpqm + xlsp] -= qksi; }; } for (_si zwsv = 0; zwsv <= xwvp; zwsv += 1) { djox[zwsv] = lyht[1 + xlsp + zwsv]; pojk[1 + xlsp + zwsv] = 0; } for (_si rkqk = 1 + xwvp; rkqk <= 12; rkqk += 1) { djox[rkqk] = 0; } if (djox != lyht) { for (_si ocvb = 1 + xlsp; ocvb <= (1 + qilu); ocvb += 1) { lyht[ocvb] = 0; } if (jytr > 0) { { _si dzjn = (jytr % 47); _si vfma = ((jytr) / (47)); _si edyp = jytr; if (edyp > (8 * sizeof(_uli))) { edyp = -1; } if (vfma >= 13) { { for (_si yliv = 0; yliv <= 12; yliv += 1) { lyht[yliv] = 0; } } } else { _uli ivru = (((((_uli)(1)) << (dzjn))) - ((_uli)(1))); if (edyp < 0) { lyht[0] = 0; } else { lyht[0] = ((((lyht[0]) & (~ivru))) >> (edyp)); }; if (vfma != 0) { lyht[0] += ((((lyht[vfma]) & (~ivru))) >> (dzjn)); } for (_si unro = 1; unro <= (12 - vfma); unro += 1) { lyht[-1 + unro] += ((((((lyht[unro + vfma]) & (ivru))) << (-dzjn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); lyht[unro] = ((((lyht[unro + vfma]) & (~ivru))) >> (dzjn)); } for (_si jakv = 13 - vfma; jakv <= 12; jakv += 1) { lyht[jakv] = 0; } }; } } } if (jytr > 0) { { _si mxey = (jytr % 47); _si sjad = ((jytr) / (47)); _si hoag = jytr; if (hoag > (8 * sizeof(_uli))) { hoag = -1; } if (sjad >= 13) { { for (_si rpqi = 0; rpqi <= 12; rpqi += 1) { pojk[rpqi] = 0; } } } else { _uli xwmw = (((((_uli)(1)) << (mxey))) - ((_uli)(1))); if (hoag < 0) { pojk[0] = 0; } else { pojk[0] = ((((pojk[0]) & (~xwmw))) >> (hoag)); }; if (sjad != 0) { pojk[0] += ((((pojk[sjad]) & (~xwmw))) >> (mxey)); } for (_si gift = 1; gift <= (12 - sjad); gift += 1) { pojk[-1 + gift] += ((((((pojk[gift + sjad]) & (xwmw))) << (-mxey + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pojk[gift] = ((((pojk[gift + sjad]) & (~xwmw))) >> (mxey)); } for (_si qsrh = 13 - sjad; qsrh <= 12; qsrh += 1) { pojk[qsrh] = 0; } }; } } } } void uhsi(_uli *qtbq) { _uc *rlux = (_uc *)(qtbq); for (_si vgmr = 0; vgmr <= 360; vgmr += 1) { rlux[vgmr] = (_uc)(1 + rlux[vgmr]) * (_uc)(255 + rlux[1 + vgmr]); } rlux[361] = 0; } void gigd(_uc *avor, _uc *gwgy, _si zyis) { _uc *slam = (_uc *)(avor + 0); _uli *kflp = (_uli *)(avor + 352); _si qwzc = (_si)(((kflp[0]) & (63))); kflp[0] += zyis; for (_si wioq = 0; wioq <= (-1 + zyis); wioq += 1) { slam[qwzc] = gwgy[wioq]; qwzc += 1; if (qwzc == 64) { { _uc *vnep = (_uc *)(avor + 0); _ui *bzum = (_ui *)(avor + 64); _ui *ahhq = (_ui *)(avor + 96); _si pyjp = 0; _ui lktp = 0; _ui hmvr = 0; _ui vlgo = 0; _ui sadp = 0; _ui odca = 0; _ui xhbk = 0; for (_si ckig = 0; ckig <= 15; ckig += 1) { ahhq[ckig] = (((((((((_ui)(vnep[pyjp])) << (24))) | ((((_ui)(vnep[1 + pyjp])) << (16))))) | ((((_ui)(vnep[2 + pyjp])) << (8))))) | ((_ui)(vnep[3 + pyjp]))); pyjp += 4; } for (_si iwex = 16; iwex <= 31; iwex += 1) { lktp = ((((((((ahhq[-15 + iwex]) >> (7))) | (((ahhq[-15 + iwex]) << (25))))) ^ (((((ahhq[-15 + iwex]) >> (18))) | (((ahhq[-15 + iwex]) << (14))))))) ^ (((ahhq[-15 + iwex]) >> (3)))); sadp = ((((((((ahhq[-2 + iwex]) >> (17))) | (((ahhq[-2 + iwex]) << (15))))) ^ (((((ahhq[-2 + iwex]) >> (19))) | (((ahhq[-2 + iwex]) << (13))))))) ^ (((ahhq[-2 + iwex]) >> (10)))); ahhq[iwex] = ahhq[-16 + iwex] + ahhq[-7 + iwex] + lktp + sadp; _m[65160] += 1; } _ui ytun = bzum[0]; _ui qvsr = bzum[1]; _ui wmvj = bzum[2]; _ui zvaw = bzum[3]; _ui oxcu = bzum[4]; _ui muxh = bzum[5]; _ui iasc = bzum[6]; _ui fcvy = bzum[7]; for (_si qwri = 0; qwri <= 31; qwri += 1) { lktp = ((((((((ytun) >> (2))) | (((ytun) << (30))))) ^ (((((ytun) >> (13))) | (((ytun) << (19))))))) ^ (((((ytun) >> (22))) | (((ytun) << (10)))))); hmvr = ((((((ytun) & (qvsr))) ^ (((ytun) & (wmvj))))) ^ (((qvsr) & (wmvj)))); vlgo = hmvr + lktp; sadp = ((((((((oxcu) >> (6))) | (((oxcu) << (26))))) ^ (((((oxcu) >> (11))) | (((oxcu) << (21))))))) ^ (((((oxcu) >> (25))) | (((oxcu) << (7)))))); odca = ((((oxcu) & (muxh))) ^ (((~oxcu) & (iasc)))); xhbk = sadp + odca + *(((_ui *)(_m + 246160) + qwri)) + fcvy + ahhq[qwri]; fcvy = iasc; iasc = muxh; muxh = oxcu; oxcu = xhbk + zvaw; zvaw = wmvj; wmvj = qvsr; qvsr = ytun; ytun = vlgo + xhbk; _m[65161] += 1; } bzum[0] += ytun; bzum[1] += qvsr; bzum[2] += wmvj; bzum[3] += zvaw; bzum[4] += oxcu; bzum[5] += muxh; bzum[6] += iasc; bzum[7] += fcvy; } qwzc = 0; } } } _si kqxq(_uli *nzzb) { _si ybvx = 0; _uli xoco = 19; for (_si mqei = 44; mqei >= 0; mqei -= 1) { if (nzzb[mqei] != 0) { ybvx = ((((nzzb[mqei]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ybvx; } _uli *teuv() { ; _uli *cll; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; cll = (_uli *)(_m + 362 * _s); break; } _s += 1; } return cll; } void autg(_uli *lsad, _si gopk) { _si rflc = opaf(lsad); if (rflc) { { for (_si gazj = 0; gazj <= 12; gazj += 1) { lsad[gazj] = -lsad[gazj]; } } } ujos(lsad, gopk); if (rflc) { { for (_si gsya = 0; gsya <= 12; gsya += 1) { lsad[gsya] = -lsad[gsya]; } } } } void pyuv(_uli *qjwd, _si dcmw) { _si cese = (dcmw % 47); _si kzgg = ((dcmw) / (47)); _si ekma = dcmw; if (ekma > (8 * sizeof(_uli))) { ekma = -1; } if (kzgg >= 13) { { for (_si tjrm = 0; tjrm <= 12; tjrm += 1) { qjwd[tjrm] = 0; } } } else { _uli tmnz = (((((_uli)(1)) << (cese))) - ((_uli)(1))); if (ekma < 0) { qjwd[0] = 0; } else { qjwd[0] = ((((qjwd[0]) & (~tmnz))) >> (ekma)); }; if (kzgg != 0) { qjwd[0] += ((((qjwd[kzgg]) & (~tmnz))) >> (cese)); } for (_si apvn = 1; apvn <= (12 - kzgg); apvn += 1) { qjwd[-1 + apvn] += ((((((qjwd[apvn + kzgg]) & (tmnz))) << (-cese + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qjwd[apvn] = ((((qjwd[apvn + kzgg]) & (~tmnz))) >> (cese)); } for (_si rsyn = 13 - kzgg; rsyn <= 12; rsyn += 1) { qjwd[rsyn] = 0; } }; } void udqg(_uli *boua) { _uc *adhu = (_uc *)(boua); for (_si qcej = 0; qcej <= 360; qcej += 1) { adhu[qcej] = (_uc)(1 + adhu[qcej]) * (_uc)(255 + adhu[1 + qcej]); } adhu[361] = 0; } void xiwv(_si qjki, _uli *ukbm, _uli *qyst, _uli *woyz, _uli *eilm, _uli *rebt, _uli *uxne) { _uli *omlr = zend(); { if (omlr != rebt) { for (_si axqn = 0; axqn <= 44; axqn += 1) { omlr[axqn] = rebt[axqn]; } } } { { if (eilm != woyz) { for (_si vtxr = 0; vtxr <= 44; vtxr += 1) { eilm[vtxr] = woyz[vtxr]; } } } } _si rvco = 0; for (_si kykn = 12; kykn >= 0; kykn -= 1) { _uli pues = uxne[kykn]; _uli etwv = (((_uli)(1)) << (46)); while (etwv != 0) { _si vuyi = ((((pues) & (etwv))) != (0)); if (rvco || vuyi) { wchx(qjki, ukbm, qyst, eilm, eilm); if (vuyi) { dcss(qjki, ukbm, qyst, eilm, eilm, omlr); } rvco = 1; } etwv >>= 1; } } { _uc *ynbg = (_uc *)(omlr); for (_si lkkc = 0; lkkc <= 360; lkkc += 1) { ynbg[lkkc] = (_uc)(255 + ynbg[1 + lkkc]) * (_uc)(1 + ynbg[lkkc]); } ynbg[361] = 0; } } void gpkm(_si zhzt, _uli *tqaq, _uli *wsxs, _uli *mrvz, _uli *lrjy) { nfxk(mrvz, lrjy); blrr(zhzt, tqaq, wsxs, mrvz, mrvz); } void gqsr(_uli *khxs, _uli *fdvs) { for (_si kni = 0; kni <= 12; kni += 1) { khxs[kni] = -fdvs[kni]; } } void ehew(_uli *wwtm) { for (_si qnzp = 0; qnzp <= 11; qnzp += 1) { wwtm[1 + qnzp] += ((wwtm[qnzp]) >> (47)); wwtm[qnzp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wwtm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *jbfh() { ; _uli *hvtl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; hvtl = (_uli *)(_m + 362 * _s); break; } _s += 1; } return hvtl; } void oqq(_uc *bhip, _uc *keb, _si kdcz) { _ui *uzh = (_ui *)(bhip + 0); _ui *cmn = (_ui *)(bhip + 128); _uc *nrj = (_uc *)(uzh); for (_si xbt = 0; xbt <= (-1 + kdcz); xbt += 1) { if (cmn[0] >= 64) { tclz(bhip); cmn[0] = 0; } keb[xbt] ^= nrj[cmn[0]]; cmn[0] += 1; } } void qkue(_uc *crip, _uc *ydwn, _si qmar) { _ui *ooif = (_ui *)(crip + 0); _ui *upvp = (_ui *)(crip + 128); _uc *dhpr = (_uc *)(ooif); for (_si lqwt = 0; lqwt <= (-1 + qmar); lqwt += 1) { if (upvp[0] >= 64) { { _ui *jvqd = (_ui *)(crip + 0); _ui *szfa = (_ui *)(crip + 64); for (_si yeeb = 0; yeeb <= 15; yeeb += 1) { jvqd[yeeb] = szfa[yeeb]; } for (_si rsvs = 0; rsvs <= 9; rsvs += 1) { ptwx(jvqd, 0, 4, 8, 12); { jvqd[1] += jvqd[5]; jvqd[13] ^= jvqd[1]; jvqd[13] = ((((jvqd[13]) << (16))) | (((jvqd[13]) >> (16)))); jvqd[9] += jvqd[13]; jvqd[5] ^= jvqd[9]; jvqd[5] = ((((jvqd[5]) << (12))) | (((jvqd[5]) >> (20)))); jvqd[1] += jvqd[5]; jvqd[13] ^= jvqd[1]; jvqd[13] = ((((jvqd[13]) << (8))) | (((jvqd[13]) >> (24)))); jvqd[9] += jvqd[13]; jvqd[5] ^= jvqd[9]; jvqd[5] = ((((jvqd[5]) << (7))) | (((jvqd[5]) >> (25)))); } lpt(jvqd, 2, 6, 10, 14); orgp(jvqd, 3, 7, 11, 15); nqzw(jvqd, 0, 5, 10, 15); { jvqd[1] += jvqd[6]; jvqd[12] ^= jvqd[1]; jvqd[12] = ((((jvqd[12]) << (16))) | (((jvqd[12]) >> (16)))); jvqd[11] += jvqd[12]; jvqd[6] ^= jvqd[11]; jvqd[6] = ((((jvqd[6]) << (12))) | (((jvqd[6]) >> (20)))); jvqd[1] += jvqd[6]; jvqd[12] ^= jvqd[1]; jvqd[12] = ((((jvqd[12]) << (8))) | (((jvqd[12]) >> (24)))); jvqd[11] += jvqd[12]; jvqd[6] ^= jvqd[11]; jvqd[6] = ((((jvqd[6]) << (7))) | (((jvqd[6]) >> (25)))); } aexo(jvqd, 2, 7, 8, 13); { jvqd[3] += jvqd[4]; jvqd[14] ^= jvqd[3]; jvqd[14] = ((((jvqd[14]) << (16))) | (((jvqd[14]) >> (16)))); jvqd[9] += jvqd[14]; jvqd[4] ^= jvqd[9]; jvqd[4] = ((((jvqd[4]) << (12))) | (((jvqd[4]) >> (20)))); jvqd[3] += jvqd[4]; jvqd[14] ^= jvqd[3]; jvqd[14] = ((((jvqd[14]) << (8))) | (((jvqd[14]) >> (24)))); jvqd[9] += jvqd[14]; jvqd[4] ^= jvqd[9]; jvqd[4] = ((((jvqd[4]) << (7))) | (((jvqd[4]) >> (25)))); } _m[65163] += 1; } for (_si nyop = 0; nyop <= 15; nyop += 1) { jvqd[nyop] += szfa[nyop]; } szfa[12] += 1; if (szfa[12] == 0) { szfa[13] += 1; } } upvp[0] = 0; } ydwn[lqwt] ^= dhpr[upvp[0]]; upvp[0] += 1; } } void bgux(_uli *tamn, _uli *efum) { if (tamn != efum) { for (_si tpom = 0; tpom <= 12; tpom += 1) { tamn[tpom] = efum[tpom]; } } } void rmio(_si ctws, _uli *pthu, _uli *xzyl, _uli *dusn) { { if (xzyl != dusn) { for (_si lgtz = 0; lgtz <= 12; lgtz += 1) { xzyl[lgtz] = dusn[lgtz]; } } } { _si utba = (ctws % 47); _si zetf = ((ctws) / (47)); _si fdqi = -utba + (((sizeof(_uli)) << (3))); if (zetf >= 13) { yeit(xzyl); } else { for (_si iqbv = 12 - zetf; iqbv >= 1; iqbv -= 1) { xzyl[iqbv + zetf] = ((xzyl[iqbv]) << (utba)); if (fdqi < (8 * sizeof(_uli))) { xzyl[iqbv + zetf] += ((((xzyl[-1 + iqbv]) >> (fdqi))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } xzyl[zetf] = ((xzyl[0]) << (utba)); for (_si rpem = -1 + zetf; rpem >= 0; rpem -= 1) { xzyl[rpem] = 0; } }; { for (_si tifa = 0; tifa <= 11; tifa += 1) { xzyl[1 + tifa] += ((xzyl[tifa]) >> (47)); xzyl[tifa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xzyl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } deef(xzyl, xzyl, pthu); } _uli *hyda() { ; _uli *lqyl; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; lqyl = (_uli *)(_m + 362 * _s); break; } _s += 1; } return lqyl; } void djot(_uli *clfw) { for (_si nzyj = 0; nzyj <= 11; nzyj += 1) { clfw[1 + nzyj] += ((clfw[nzyj]) >> (47)); clfw[nzyj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } clfw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void lnud(_uli *tdup, _uli *vmui, _uli *qwep) { _uli *kphc = oind(); _uli *aheu = iaks(); _uli *doqy = tewx(); _uli *xxwn = xzmy(); for (_si kosi = 0; kosi <= 12; kosi += 1) { kphc[kosi] = ((vmui[kosi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aheu[kosi] = ((vmui[kosi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); doqy[kosi] = ((qwep[kosi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xxwn[kosi] = ((qwep[kosi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si pros = 0; pros <= 12; pros += 1) { tdup[pros] = 0; } } for (_si ghpi = 0; ghpi <= (-1 + (((13) >> (1)))); ghpi += 1) { for (_si qixe = 0; qixe <= (-1 + (((13) >> (1)))); qixe += 1) { _uli trxc = aheu[ghpi] * doqy[qixe] + kphc[ghpi] * xxwn[qixe]; _uli eqje = doqy[qixe] * kphc[ghpi]; _uli kdmn = aheu[ghpi] * xxwn[qixe]; _uli oxol = ((tdup[ghpi + qixe]) + (eqje) + (((((trxc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (oxol < eqje) { kdmn += 1; } _uli iqjl = ((((trxc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kdmn) << ((-47 + (((sizeof(_uli)) << (3)))))))); tdup[ghpi + qixe] = oxol; tdup[1 + ghpi + qixe] += iqjl; } { for (_si xlwt = 0; xlwt <= 11; xlwt += 1) { tdup[1 + xlwt] += ((tdup[xlwt]) >> (47)); tdup[xlwt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tdup[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } vefg(kphc); { _uc *hnif = (_uc *)(aheu); for (_si myzt = 0; myzt <= 360; myzt += 1) { hnif[myzt] = (_uc)(255 + hnif[1 + myzt]) * (_uc)(1 + hnif[myzt]); } hnif[361] = 0; } { _uc *dqib = (_uc *)(doqy); for (_si jikj = 0; jikj <= 360; jikj += 1) { dqib[jikj] = (_uc)(255 + dqib[1 + jikj]) * (_uc)(1 + dqib[jikj]); } dqib[361] = 0; } { _uc *ecrq = (_uc *)(xxwn); for (_si ipvd = 0; ipvd <= 360; ipvd += 1) { ecrq[ipvd] = (_uc)(1 + ecrq[ipvd]) * (_uc)(255 + ecrq[1 + ipvd]); } ecrq[361] = 0; } } void ygth(_uc *xwvt, _uc *smho, _uc *usgd, _si raah) { _uc *vuov = (_uc *)(xwvt + 0); zipi(xwvt, usgd, raah); _uli *tnpn = (_uli *)(xwvt + 352); mrsm(xwvt); for (_si tjpi = 0; tjpi <= 31; tjpi += 1) { smho[tjpi] = vuov[tjpi]; } } void pnyj(_uli *nlpj, _uli *wdlf) { if (nlpj != wdlf) { for (_si xbxp = 0; xbxp <= 12; xbxp += 1) { nlpj[xbxp] = wdlf[xbxp]; } } } void rezm(_uli *euyz) { _uc *tikq = (_uc *)(euyz); for (_si hpki = 0; hpki <= 360; hpki += 1) { tikq[hpki] = (_uc)(255 + tikq[1 + hpki]) * (_uc)(1 + tikq[hpki]); } tikq[361] = 0; } void cqkg(_uc *ghuz, _uc *kncy, _si ofu) { _uc *qfnv = (_uc *)(ghuz + 0); _uli *ujk = (_uli *)(ghuz + 352); _si qsv = (_si)(((ujk[0]) & (63))); ujk[0] += ofu; for (_si spny = 0; spny <= (-1 + ofu); spny += 1) { qfnv[qsv] = kncy[spny]; qsv += 1; if (qsv == 64) { { _uc *jpex = (_uc *)(ghuz + 0); _ui *pxb = (_ui *)(ghuz + 64); _ui *hspw = (_ui *)(ghuz + 96); _si isyf = 0; _ui ccd = 0; _ui dnft = 0; _ui zxay = 0; _ui kyej = 0; _ui kzo = 0; _ui kldh = 0; for (_si janr = 0; janr <= 15; janr += 1) { hspw[janr] = (((((((((_ui)(jpex[isyf])) << (24))) | ((((_ui)(jpex[1 + isyf])) << (16))))) | ((((_ui)(jpex[2 + isyf])) << (8))))) | ((_ui)(jpex[3 + isyf]))); isyf += 4; } for (_si frry = 16; frry <= 31; frry += 1) { ccd = ((((((((hspw[-15 + frry]) >> (7))) | (((hspw[-15 + frry]) << (25))))) ^ (((((hspw[-15 + frry]) >> (18))) | (((hspw[-15 + frry]) << (14))))))) ^ (((hspw[-15 + frry]) >> (3)))); kyej = ((((((((hspw[-2 + frry]) >> (17))) | (((hspw[-2 + frry]) << (15))))) ^ (((((hspw[-2 + frry]) >> (19))) | (((hspw[-2 + frry]) << (13))))))) ^ (((hspw[-2 + frry]) >> (10)))); hspw[frry] = ccd + hspw[-7 + frry] + hspw[-16 + frry] + kyej; _m[65160] += 1; } _ui pykr = pxb[0]; _ui uupg = pxb[1]; _ui lrbt = pxb[2]; _ui mboc = pxb[3]; _ui rkbm = pxb[4]; _ui wrp = pxb[5]; _ui jpzm = pxb[6]; _ui iimz = pxb[7]; for (_si atth = 0; atth <= 31; atth += 1) { ccd = ((((((((pykr) >> (2))) | (((pykr) << (30))))) ^ (((((pykr) >> (13))) | (((pykr) << (19))))))) ^ (((((pykr) >> (22))) | (((pykr) << (10)))))); dnft = ((((((pykr) & (uupg))) ^ (((pykr) & (lrbt))))) ^ (((uupg) & (lrbt)))); zxay = ccd + dnft; kyej = ((((((((rkbm) >> (6))) | (((rkbm) << (26))))) ^ (((((rkbm) >> (11))) | (((rkbm) << (21))))))) ^ (((((rkbm) >> (25))) | (((rkbm) << (7)))))); kzo = ((((rkbm) & (wrp))) ^ (((~rkbm) & (jpzm)))); kldh = hspw[atth] + kzo + kyej + iimz + *(((_ui *)(_m + 246160) + atth)); iimz = jpzm; jpzm = wrp; wrp = rkbm; rkbm = kldh + mboc; mboc = lrbt; lrbt = uupg; uupg = pykr; pykr = kldh + zxay; _m[65161] += 1; } pxb[0] += pykr; pxb[1] += uupg; pxb[2] += lrbt; pxb[3] += mboc; pxb[4] += rkbm; pxb[5] += wrp; pxb[6] += jpzm; pxb[7] += iimz; } qsv = 0; } } } void qwsx(_uli *zkrl, _uli *ageq, _uli *nscb) { _uli *hisf = mfoa(); _uli *svey = rxnr(); _uli *ggag = bqii(); _uli *hhtl = uoef(); for (_si nega = 0; nega <= 44; nega += 1) { hisf[nega] = ((ageq[nega]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); svey[nega] = ((ageq[nega]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ggag[nega] = ((nscb[nega]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hhtl[nega] = ((nscb[nega]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si llfj = 0; llfj <= 44; llfj += 1) { zkrl[llfj] = 0; } } for (_si mncw = 0; mncw <= (-1 + (((45) >> (1)))); mncw += 1) { for (_si oqrr = 0; oqrr <= (-1 + (((45) >> (1)))); oqrr += 1) { _uli ckfg = ggag[oqrr] * svey[mncw] + hhtl[oqrr] * hisf[mncw]; _uli acwn = ggag[oqrr] * hisf[mncw]; _uli kpsm = hhtl[oqrr] * svey[mncw]; _uli tiev = ((zkrl[mncw + oqrr]) + (acwn) + (((((ckfg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (tiev < acwn) { kpsm += 1; } _uli qxnn = ((((ckfg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kpsm) << ((-47 + (((sizeof(_uli)) << (3)))))))); zkrl[mncw + oqrr] = tiev; zkrl[1 + mncw + oqrr] += qxnn; } wtas(zkrl); } cjjg(hisf); { _uc *rcop = (_uc *)(svey); for (_si hgbf = 0; hgbf <= 360; hgbf += 1) { rcop[hgbf] = (_uc)(255 + rcop[1 + hgbf]) * (_uc)(1 + rcop[hgbf]); } rcop[361] = 0; } qhrj(ggag); { _uc *qahi = (_uc *)(hhtl); for (_si llyz = 0; llyz <= 360; llyz += 1) { qahi[llyz] = (_uc)(255 + qahi[1 + llyz]) * (_uc)(1 + qahi[llyz]); } qahi[361] = 0; } } void koyz(_si tjvm, _uli *lrxj) { lrxj[(((tjvm) / (47)))] &= ((((((_uli)(1)) << ((tjvm % 47)))) - ((_uli)(1)))); for (_si gipu = 1 + (((tjvm) / (47))); gipu <= 12; gipu += 1) { lrxj[gipu] = 0; } } void jyhu(_uli *ioib, _uli *qgcr) { if (ioib != qgcr) { for (_si gbny = 0; gbny <= 12; gbny += 1) { ioib[gbny] = qgcr[gbny]; } } } void nyqj(_si ryoi, _uli *rfll) { rfll[(((ryoi) / (47)))] &= ((((((_uli)(1)) << ((ryoi % 47)))) - ((_uli)(1)))); for (_si dgvr = 1 + (((ryoi) / (47))); dgvr <= 12; dgvr += 1) { rfll[dgvr] = 0; } } void uek(_si kgui, _uli *fcyo, _uli *anxa, _uli *slua, _uli *oloa, _uli *gyfe) { { _uli *rdjz = ubcv(); _uli *dmmn = xasz(); _uli *izfx = mlib(); _uli *jajc = jzqf(); for (_si fmbu = 0; fmbu <= 44; fmbu += 1) { rdjz[fmbu] = ((oloa[fmbu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dmmn[fmbu] = ((oloa[fmbu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); izfx[fmbu] = ((gyfe[fmbu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jajc[fmbu] = ((gyfe[fmbu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si zypj = 0; zypj <= 44; zypj += 1) { slua[zypj] = 0; } } for (_si veli = 0; veli <= (-1 + (((45) >> (1)))); veli += 1) { for (_si ftc = 0; ftc <= (-1 + (((45) >> (1)))); ftc += 1) { _uli hntf = dmmn[veli] * izfx[ftc] + jajc[ftc] * rdjz[veli]; _uli fipd = izfx[ftc] * rdjz[veli]; _uli xaxa = dmmn[veli] * jajc[ftc]; _uli dag = ((slua[ftc + veli]) + (fipd) + (((((hntf) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dag < fipd) { xaxa += 1; } _uli bvlz = ((((hntf) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xaxa) << ((-47 + (((sizeof(_uli)) << (3)))))))); slua[ftc + veli] = dag; slua[1 + ftc + veli] += bvlz; } { for (_si wxrb = 0; wxrb <= 43; wxrb += 1) { slua[1 + wxrb] += ((slua[wxrb]) >> (47)); slua[wxrb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } slua[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *olnj = (_uc *)(rdjz); for (_si dguk = 0; dguk <= 360; dguk += 1) { olnj[dguk] = (_uc)(255 + olnj[1 + dguk]) * (_uc)(1 + olnj[dguk]); } olnj[361] = 0; } rezm(dmmn); avgm(izfx); { _uc *uggz = (_uc *)(jajc); for (_si iyhf = 0; iyhf <= 360; iyhf += 1) { uggz[iyhf] = (_uc)(255 + uggz[1 + iyhf]) * (_uc)(1 + uggz[iyhf]); } uggz[361] = 0; } } eoqq(kgui, fcyo, anxa, slua, slua); } void nveg(_uli *iiwv) { for (_si brmn = 0; brmn <= 11; brmn += 1) { iiwv[1 + brmn] += ((iiwv[brmn]) >> (47)); iiwv[brmn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iiwv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void tsna(_uli *zkfg, _si pukw) { _si szpg = (pukw % 47); _si tiln = ((pukw) / (47)); _si lfbw = pukw; if (lfbw > (8 * sizeof(_uli))) { lfbw = -1; } if (tiln >= 13) { { for (_si ajtd = 0; ajtd <= 12; ajtd += 1) { zkfg[ajtd] = 0; } } } else { _uli hsij = (((((_uli)(1)) << (szpg))) - ((_uli)(1))); if (lfbw < 0) { zkfg[0] = 0; } else { zkfg[0] = ((((zkfg[0]) & (~hsij))) >> (lfbw)); }; if (tiln != 0) { zkfg[0] += ((((zkfg[tiln]) & (~hsij))) >> (szpg)); } for (_si vddu = 1; vddu <= (12 - tiln); vddu += 1) { zkfg[-1 + vddu] += ((((((zkfg[tiln + vddu]) & (hsij))) << (-szpg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zkfg[vddu] = ((((zkfg[tiln + vddu]) & (~hsij))) >> (szpg)); } for (_si hgxb = 13 - tiln; hgxb <= 12; hgxb += 1) { zkfg[hgxb] = 0; } }; } void xllx(_si zoaz, _uli *ubot, _uli *epis, _uli *zzuz) { { if (epis != zzuz) { for (_si aosw = 0; aosw <= 12; aosw += 1) { epis[aosw] = zzuz[aosw]; } } } fzvb(epis, zoaz); muat(epis, epis, ubot); } void ibew(_uli *alij) { for (_si vgys = 0; vgys <= 43; vgys += 1) { alij[1 + vgys] += ((alij[vgys]) >> (47)); alij[vgys] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } alij[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void slxd(_uli *ftbj, _uli *kwhu, _uli *avua, _uli *xwjn) { gfqq(kwhu, avua, xwjn); afjo(kwhu, kwhu, ftbj); } void vrip(_uli *iyzi, _uli *xbug, _uli *wbdz) { _uli *zpzn = eymn(); _uli *ienn = cevs(); _uli *odyi = oarz(); _uli *kpfo = zlxq(); for (_si qlan = 0; qlan <= 12; qlan += 1) { zpzn[qlan] = ((xbug[qlan]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ienn[qlan] = ((xbug[qlan]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); odyi[qlan] = ((wbdz[qlan]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kpfo[qlan] = ((wbdz[qlan]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si dmvz = 0; dmvz <= 12; dmvz += 1) { iyzi[dmvz] = 0; } } for (_si sjuv = 0; sjuv <= (-1 + (((13) >> (1)))); sjuv += 1) { for (_si pkgv = 0; pkgv <= (-1 + (((13) >> (1)))); pkgv += 1) { _uli nrcm = ienn[sjuv] * odyi[pkgv] + kpfo[pkgv] * zpzn[sjuv]; _uli kivg = odyi[pkgv] * zpzn[sjuv]; _uli xzvj = ienn[sjuv] * kpfo[pkgv]; _uli sjgq = ((iyzi[pkgv + sjuv]) + (kivg) + (((((nrcm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (sjgq < kivg) { xzvj += 1; } _uli dpzo = ((((nrcm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xzvj) << ((-47 + (((sizeof(_uli)) << (3)))))))); iyzi[pkgv + sjuv] = sjgq; iyzi[1 + pkgv + sjuv] += dpzo; } xkbo(iyzi); } dovu(zpzn); jjql(ienn); jpnp(odyi); pxnx(kpfo); } void irzl(_uli *xntn) { _uc *dpga = (_uc *)(xntn); for (_si hab = 0; hab <= 360; hab += 1) { dpga[hab] = (_uc)(255 + dpga[1 + hab]) * (_uc)(1 + dpga[hab]); } dpga[361] = 0; } void xndl(_uli *mla) { _si evsg; { evsg = 0; _uli hge = 19; for (_si bnpy = 44; bnpy >= 0; bnpy -= 1) { if (mla[bnpy] != 0) { evsg = ((((mla[bnpy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (evsg) { { for (_si hex = 0; hex <= 44; hex += 1) { mla[hex] = -mla[hex]; } } } for (_si vjy = 0; vjy <= 43; vjy += 1) { if (((((mla[vjy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mla[1 + vjy] -= 1; } else { mla[1 + vjy] += ((mla[vjy]) >> (47)); }; mla[vjy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mla[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (evsg) { wtkh(mla, mla); } } void kgcx(_si zqlg, _uli *awzk, _uli *civh, _uli *qwez, _uli *irry, _uli *ozsx, _uli *fziy, _uli *lzfl, _uli *ukfe, _uli *csmn, _uli *ckhf, _uli *zmkc) { _uli *zjdt = wsbw(); _uli *fnyu = qvhb(); _uli *jvet = hfgh(); _uli *lsrr = bpwu(); _uli *ahkt = dgud(); _uli *xhkc = spxt(); { { _uli *xuyu = yiuc(); _uli *brxm = ytpa(); for (_si xdns = 0; xdns <= 12; xdns += 1) { xuyu[xdns] = ((ukfe[xdns]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); brxm[xdns] = ((ukfe[xdns]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } dwfl(zjdt); for (_si vtha = 0; vtha <= (-1 + (((13) >> (1)))); vtha += 1) { for (_si ssas = 0; ssas <= (-1 + (((13) >> (1)))); ssas += 1) { _uli duof = brxm[vtha] * xuyu[ssas] + brxm[ssas] * xuyu[vtha]; _uli sjcf = xuyu[vtha] * xuyu[ssas]; _uli mprw = brxm[vtha] * brxm[ssas]; _uli drzb = ((zjdt[ssas + vtha]) + (sjcf) + (((((duof) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (drzb < sjcf) { mprw += 1; } _uli fxkb = ((((duof) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((mprw) << ((-47 + (((sizeof(_uli)) << (3)))))))); zjdt[ssas + vtha] = drzb; zjdt[1 + ssas + vtha] += fxkb; } apxl(zjdt); } hjq(xuyu); tpxj(brxm); } { _uli *uqhf = gtni(); { if (uqhf != zjdt) { for (_si pxwn = 0; pxwn <= 12; pxwn += 1) { uqhf[pxwn] = zjdt[pxwn]; } } } cyos(zjdt, zjdt); { zjdt[(((zqlg) / (47)))] &= ((((((_uli)(1)) << ((zqlg % 47)))) - ((_uli)(1)))); for (_si ydwr = 1 + (((zqlg) / (47))); ydwr <= 12; ydwr += 1) { zjdt[ydwr] = 0; } } uwsp(zjdt, zjdt, civh); ajhp(zqlg, zjdt); epnk(zjdt, zjdt, awzk); { for (_si tjkg = 0; tjkg <= 12; tjkg += 1) { zjdt[tjkg] = uqhf[tjkg] + zjdt[tjkg]; } { _si zyne; { zyne = 0; _uli seck = 19; for (_si lqcq = 12; lqcq >= 0; lqcq -= 1) { if (zjdt[lqcq] != 0) { zyne = ((((zjdt[lqcq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zyne) { { for (_si cclr = 0; cclr <= 12; cclr += 1) { zjdt[cclr] = -zjdt[cclr]; } } } for (_si gffx = 0; gffx <= 11; gffx += 1) { if (((((zjdt[gffx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zjdt[1 + gffx] -= 1; } else { zjdt[1 + gffx] += ((zjdt[gffx]) >> (47)); }; zjdt[gffx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zjdt[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zyne) { { for (_si injk = 0; injk <= 12; injk += 1) { zjdt[injk] = -zjdt[injk]; } } } } } { _si ldyl = (zqlg % 47); _si yjqr = ((zqlg) / (47)); _si bgen = zqlg; if (bgen > (8 * sizeof(_uli))) { bgen = -1; } if (yjqr >= 13) { nsoo(zjdt); } else { _uli hclj = (((((_uli)(1)) << (ldyl))) - ((_uli)(1))); if (bgen < 0) { zjdt[0] = 0; } else { zjdt[0] = ((((zjdt[0]) & (~hclj))) >> (bgen)); }; if (yjqr != 0) { zjdt[0] += ((((zjdt[yjqr]) & (~hclj))) >> (ldyl)); } for (_si wkut = 1; wkut <= (12 - yjqr); wkut += 1) { zjdt[-1 + wkut] += ((((((zjdt[wkut + yjqr]) & (hclj))) << (-ldyl + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zjdt[wkut] = ((((zjdt[wkut + yjqr]) & (~hclj))) >> (ldyl)); } for (_si ylpq = 13 - yjqr; ylpq <= 12; ylpq += 1) { zjdt[ylpq] = 0; } }; } lyke(uqhf, zjdt, awzk); _si tyno; { tyno = 0; _uli gxpw = 19; for (_si jvyb = 12; jvyb >= 0; jvyb -= 1) { if (uqhf[jvyb] != 0) { tyno = ((((uqhf[jvyb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!tyno) { vlmg(zjdt, uqhf); } { _uc *dlij = (_uc *)(uqhf); for (_si lybp = 0; lybp <= 360; lybp += 1) { dlij[lybp] = (_uc)(1 + dlij[lybp]) * (_uc)(255 + dlij[1 + lybp]); } dlij[361] = 0; } } } { xiut(fnyu, zmkc); khsd(zqlg, awzk, civh, fnyu, fnyu); } rpcq(zqlg, awzk, civh, jvet, fziy, fnyu); kgul(zqlg, awzk, civh, lsrr, csmn, zjdt); { lddw(ahkt, lzfl, fnyu); gxri(zqlg, awzk, civh, ahkt, ahkt); } { mxfd(xhkc, ckhf, zjdt); awnr(zqlg, awzk, civh, xhkc, xhkc); } poyw(zqlg, awzk, civh, ahkt, zmkc, ahkt); { qqoa(xhkc, ukfe, xhkc); jlkx(zqlg, awzk, civh, xhkc, xhkc); } uuny(awzk, zjdt, lsrr, jvet); tiad(zqlg, awzk, civh, fnyu, zjdt); uaff(zqlg, awzk, civh, jvet, jvet, fnyu); { ndvl(fnyu, fnyu, zjdt); { _uli *boxq = mfxt(); { if (boxq != fnyu) { for (_si jbyk = 0; jbyk <= 12; jbyk += 1) { boxq[jbyk] = fnyu[jbyk]; } } } { ; } fdgz(zqlg, fnyu); { _uli *tslg = ecpg(); _uli *gxmq = rznt(); _uli *ozzg = vopv(); _uli *gypc = cvag(); for (_si oxdz = 0; oxdz <= 12; oxdz += 1) { tslg[oxdz] = ((fnyu[oxdz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gxmq[oxdz] = ((fnyu[oxdz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ozzg[oxdz] = ((civh[oxdz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gypc[oxdz] = ((civh[oxdz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kwbr = 0; kwbr <= 12; kwbr += 1) { fnyu[kwbr] = 0; } } for (_si zkcg = 0; zkcg <= (-1 + (((13) >> (1)))); zkcg += 1) { for (_si vlyr = 0; vlyr <= (-1 + (((13) >> (1)))); vlyr += 1) { _uli pzbj = gxmq[zkcg] * ozzg[vlyr] + gypc[vlyr] * tslg[zkcg]; _uli phdd = ozzg[vlyr] * tslg[zkcg]; _uli uzzx = gxmq[zkcg] * gypc[vlyr]; _uli quzl = ((fnyu[vlyr + zkcg]) + (phdd) + (((((pzbj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (quzl < phdd) { uzzx += 1; } _uli dobz = ((((pzbj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uzzx) << ((-47 + (((sizeof(_uli)) << (3)))))))); fnyu[vlyr + zkcg] = quzl; fnyu[1 + vlyr + zkcg] += dobz; } djot(fnyu); } { _uc *bsnf = (_uc *)(tslg); for (_si crcd = 0; crcd <= 360; crcd += 1) { bsnf[crcd] = (_uc)(1 + bsnf[crcd]) * (_uc)(255 + bsnf[1 + crcd]); } bsnf[361] = 0; } { _uc *ljmk = (_uc *)(gxmq); for (_si xary = 0; xary <= 360; xary += 1) { ljmk[xary] = (_uc)(1 + ljmk[xary]) * (_uc)(255 + ljmk[1 + xary]); } ljmk[361] = 0; } norx(ozzg); { _uc *lmue = (_uc *)(gypc); for (_si megk = 0; megk <= 360; megk += 1) { lmue[megk] = (_uc)(255 + lmue[1 + megk]) * (_uc)(1 + lmue[megk]); } lmue[361] = 0; } } gpuf(zqlg, fnyu); { _uli *zjcs = ijfe(); _uli *hqsd = xlgb(); _uli *owiq = mxek(); _uli *ritu = hfgh(); for (_si tyff = 0; tyff <= 12; tyff += 1) { zjcs[tyff] = ((fnyu[tyff]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hqsd[tyff] = ((fnyu[tyff]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); owiq[tyff] = ((awzk[tyff]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ritu[tyff] = ((awzk[tyff]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jmzq = 0; jmzq <= 12; jmzq += 1) { fnyu[jmzq] = 0; } } for (_si upun = 0; upun <= (-1 + (((13) >> (1)))); upun += 1) { for (_si vesl = 0; vesl <= (-1 + (((13) >> (1)))); vesl += 1) { _uli siyk = hqsd[upun] * owiq[vesl] + ritu[vesl] * zjcs[upun]; _uli gbnr = owiq[vesl] * zjcs[upun]; _uli xpdo = hqsd[upun] * ritu[vesl]; _uli qdot = ((fnyu[upun + vesl]) + (gbnr) + (((((siyk) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (qdot < gbnr) { xpdo += 1; } _uli widg = ((((siyk) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xpdo) << ((-47 + (((sizeof(_uli)) << (3)))))))); fnyu[upun + vesl] = qdot; fnyu[1 + upun + vesl] += widg; } { for (_si mjzd = 0; mjzd <= 11; mjzd += 1) { fnyu[1 + mjzd] += ((fnyu[mjzd]) >> (47)); fnyu[mjzd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } fnyu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } uxid(zjcs); kjfn(hqsd); tcfi(owiq); { _uc *cvxi = (_uc *)(ritu); for (_si zowb = 0; zowb <= 360; zowb += 1) { cvxi[zowb] = (_uc)(1 + cvxi[zowb]) * (_uc)(255 + cvxi[1 + zowb]); } cvxi[361] = 0; } } { for (_si cvuo = 0; cvuo <= 12; cvuo += 1) { fnyu[cvuo] = boxq[cvuo] + fnyu[cvuo]; } stib(fnyu); } xigq(fnyu, zqlg); { for (_si ivtf = 0; ivtf <= 12; ivtf += 1) { boxq[ivtf] = -awzk[ivtf] + fnyu[ivtf]; } { _si jfgk = ebes(boxq); if (jfgk) { { for (_si hcma = 0; hcma <= 12; hcma += 1) { boxq[hcma] = -boxq[hcma]; } } } for (_si pnpr = 0; pnpr <= 11; pnpr += 1) { if (((((boxq[pnpr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { boxq[1 + pnpr] -= 1; } else { boxq[1 + pnpr] += ((boxq[pnpr]) >> (47)); }; boxq[pnpr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } boxq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jfgk) { { for (_si jedx = 0; jedx <= 12; jedx += 1) { boxq[jedx] = -boxq[jedx]; } } } } } _si audv; { audv = 0; _uli omhl = 19; for (_si mbhs = 12; mbhs >= 0; mbhs -= 1) { if (boxq[mbhs] != 0) { audv = ((((boxq[mbhs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!audv) { xwly(fnyu, boxq); } cesq(boxq); } } { yfag(xhkc, xhkc, ahkt); _si eqsx = oqzo(xhkc); if (eqsx) { { for (_si lbey = 0; lbey <= 12; lbey += 1) { xhkc[lbey] = awzk[lbey] + xhkc[lbey]; } { _si kfqt = ivzx(xhkc); if (kfqt) { { for (_si jogr = 0; jogr <= 12; jogr += 1) { xhkc[jogr] = -xhkc[jogr]; } } } for (_si gbjo = 0; gbjo <= 11; gbjo += 1) { if (((((xhkc[gbjo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xhkc[1 + gbjo] -= 1; } else { xhkc[1 + gbjo] += ((xhkc[gbjo]) >> (47)); }; xhkc[gbjo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xhkc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kfqt) { { for (_si yvad = 0; yvad <= 12; yvad += 1) { xhkc[yvad] = -xhkc[yvad]; } } } } } } } { fckj(qwez, xhkc); { _uli *gzjw = zqig(); knuk(gzjw, qwez); { ; } kpce(zqlg, qwez); { _uli *soud = qbep(); _uli *zuiw = gcda(); _uli *yyxi = itcx(); _uli *fwfh = cxfp(); for (_si hoik = 0; hoik <= 12; hoik += 1) { soud[hoik] = ((qwez[hoik]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zuiw[hoik] = ((qwez[hoik]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yyxi[hoik] = ((civh[hoik]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fwfh[hoik] = ((civh[hoik]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wjlx = 0; wjlx <= 12; wjlx += 1) { qwez[wjlx] = 0; } } for (_si fvgf = 0; fvgf <= (-1 + (((13) >> (1)))); fvgf += 1) { for (_si fhja = 0; fhja <= (-1 + (((13) >> (1)))); fhja += 1) { _uli pyqw = fwfh[fhja] * soud[fvgf] + yyxi[fhja] * zuiw[fvgf]; _uli dmna = soud[fvgf] * yyxi[fhja]; _uli alub = fwfh[fhja] * zuiw[fvgf]; _uli ucot = ((qwez[fhja + fvgf]) + (dmna) + (((((pyqw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ucot < dmna) { alub += 1; } _uli omkb = ((((pyqw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((alub) << ((-47 + (((sizeof(_uli)) << (3)))))))); qwez[fhja + fvgf] = ucot; qwez[1 + fhja + fvgf] += omkb; } rihn(qwez); } vemr(soud); { _uc *akuw = (_uc *)(zuiw); for (_si izrm = 0; izrm <= 360; izrm += 1) { akuw[izrm] = (_uc)(1 + akuw[izrm]) * (_uc)(255 + akuw[1 + izrm]); } akuw[361] = 0; } caow(yyxi); { _uc *hvhh = (_uc *)(fwfh); for (_si ajll = 0; ajll <= 360; ajll += 1) { hvhh[ajll] = (_uc)(1 + hvhh[ajll]) * (_uc)(255 + hvhh[1 + ajll]); } hvhh[361] = 0; } } { qwez[(((zqlg) / (47)))] &= ((((((_uli)(1)) << ((zqlg % 47)))) - ((_uli)(1)))); for (_si bwtw = 1 + (((zqlg) / (47))); bwtw <= 12; bwtw += 1) { qwez[bwtw] = 0; } } { _uli *dffb = xlgb(); _uli *ebzv = rngf(); _uli *unbz = zlxq(); _uli *wzhp = niei(); for (_si qsig = 0; qsig <= 12; qsig += 1) { dffb[qsig] = ((qwez[qsig]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ebzv[qsig] = ((qwez[qsig]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); unbz[qsig] = ((awzk[qsig]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wzhp[qsig] = ((awzk[qsig]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ezwx = 0; ezwx <= 12; ezwx += 1) { qwez[ezwx] = 0; } } for (_si ugpk = 0; ugpk <= (-1 + (((13) >> (1)))); ugpk += 1) { for (_si csnb = 0; csnb <= (-1 + (((13) >> (1)))); csnb += 1) { _uli ujde = dffb[ugpk] * wzhp[csnb] + ebzv[ugpk] * unbz[csnb]; _uli topm = dffb[ugpk] * unbz[csnb]; _uli glpe = ebzv[ugpk] * wzhp[csnb]; _uli ogqt = ((qwez[csnb + ugpk]) + (topm) + (((((ujde) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ogqt < topm) { glpe += 1; } _uli lexj = ((((ujde) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((glpe) << ((-47 + (((sizeof(_uli)) << (3)))))))); qwez[csnb + ugpk] = ogqt; qwez[1 + csnb + ugpk] += lexj; } issh(qwez); } glxz(dffb); { _uc *cudw = (_uc *)(ebzv); for (_si dxfm = 0; dxfm <= 360; dxfm += 1) { cudw[dxfm] = (_uc)(255 + cudw[1 + dxfm]) * (_uc)(1 + cudw[dxfm]); } cudw[361] = 0; } { _uc *abws = (_uc *)(unbz); for (_si liqx = 0; liqx <= 360; liqx += 1) { abws[liqx] = (_uc)(255 + abws[1 + liqx]) * (_uc)(1 + abws[liqx]); } abws[361] = 0; } { _uc *tniw = (_uc *)(wzhp); for (_si zvwp = 0; zvwp <= 360; zvwp += 1) { tniw[zvwp] = (_uc)(255 + tniw[1 + zvwp]) * (_uc)(1 + tniw[zvwp]); } tniw[361] = 0; } } rtai(qwez, qwez, gzjw); { _si mqhg = (zqlg % 47); _si uszj = ((zqlg) / (47)); _si otxk = zqlg; if (otxk > (8 * sizeof(_uli))) { otxk = -1; } if (uszj >= 13) { nhjq(qwez); } else { _uli oflf = (((((_uli)(1)) << (mqhg))) - ((_uli)(1))); if (otxk < 0) { qwez[0] = 0; } else { qwez[0] = ((((qwez[0]) & (~oflf))) >> (otxk)); }; if (uszj != 0) { qwez[0] += ((((qwez[uszj]) & (~oflf))) >> (mqhg)); } for (_si nigw = 1; nigw <= (12 - uszj); nigw += 1) { qwez[-1 + nigw] += ((((((qwez[nigw + uszj]) & (oflf))) << (-mqhg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qwez[nigw] = ((((qwez[nigw + uszj]) & (~oflf))) >> (mqhg)); } for (_si ddye = 13 - uszj; ddye <= 12; ddye += 1) { qwez[ddye] = 0; } }; } { for (_si jwsp = 0; jwsp <= 12; jwsp += 1) { gzjw[jwsp] = -awzk[jwsp] + qwez[jwsp]; } psmh(gzjw); } _si ywxj; { ywxj = 0; _uli fofd = 19; for (_si ahes = 12; ahes >= 0; ahes -= 1) { if (gzjw[ahes] != 0) { ywxj = ((((gzjw[ahes]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ywxj) { { if (qwez != gzjw) { for (_si utus = 0; utus <= 12; utus += 1) { qwez[utus] = gzjw[utus]; } } } } ajzm(gzjw); } } ilmq(awzk, qwez, qwez, fnyu); { jfst(qwez, qwez, jvet); _si zctj; { zctj = 0; _uli ijwi = 19; for (_si ahez = 12; ahez >= 0; ahez -= 1) { if (qwez[ahez] != 0) { zctj = ((((qwez[ahez]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (zctj) { { for (_si leup = 0; leup <= 12; leup += 1) { qwez[leup] = awzk[leup] + qwez[leup]; } hxnf(qwez); } } } { nlwp(qwez, qwez, jvet); _si smiw; { smiw = 0; _uli blqz = 19; for (_si eghr = 12; eghr >= 0; eghr -= 1) { if (qwez[eghr] != 0) { smiw = ((((qwez[eghr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (smiw) { { for (_si sqrc = 0; sqrc <= 12; sqrc += 1) { qwez[sqrc] = awzk[sqrc] + qwez[sqrc]; } { _si rdek; { rdek = 0; _uli xlmh = 19; for (_si ksdh = 12; ksdh >= 0; ksdh -= 1) { if (qwez[ksdh] != 0) { rdek = ((((qwez[ksdh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rdek) { { for (_si fgak = 0; fgak <= 12; fgak += 1) { qwez[fgak] = -qwez[fgak]; } } } for (_si hybu = 0; hybu <= 11; hybu += 1) { if (((((qwez[hybu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qwez[1 + hybu] -= 1; } else { qwez[1 + hybu] += ((qwez[hybu]) >> (47)); }; qwez[hybu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qwez[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rdek) { { for (_si xfnw = 0; xfnw <= 12; xfnw += 1) { qwez[xfnw] = -qwez[xfnw]; } } } } } } } { iwzy(irry, jvet, qwez); _si chzl; { chzl = 0; _uli ntlq = 19; for (_si gasg = 12; gasg >= 0; gasg -= 1) { if (irry[gasg] != 0) { chzl = ((((irry[gasg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (chzl) { { for (_si pthx = 0; pthx <= 12; pthx += 1) { irry[pthx] = awzk[pthx] + irry[pthx]; } djmw(irry); } } } { { _uli *mdif = wkhr(); _uli *iavm = tjsr(); _uli *yxqa = ytpa(); _uli *ozyz = aurm(); for (_si ylgc = 0; ylgc <= 12; ylgc += 1) { mdif[ylgc] = ((irry[ylgc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iavm[ylgc] = ((irry[ylgc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yxqa[ylgc] = ((xhkc[ylgc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ozyz[ylgc] = ((xhkc[ylgc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si uxyk = 0; uxyk <= 12; uxyk += 1) { irry[uxyk] = 0; } } for (_si mpls = 0; mpls <= (-1 + (((13) >> (1)))); mpls += 1) { for (_si cdmv = 0; cdmv <= (-1 + (((13) >> (1)))); cdmv += 1) { _uli hkze = iavm[mpls] * yxqa[cdmv] + mdif[mpls] * ozyz[cdmv]; _uli bojo = mdif[mpls] * yxqa[cdmv]; _uli vqwl = iavm[mpls] * ozyz[cdmv]; _uli egng = ((irry[cdmv + mpls]) + (bojo) + (((((hkze) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (egng < bojo) { vqwl += 1; } _uli otkk = ((((hkze) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((vqwl) << ((-47 + (((sizeof(_uli)) << (3)))))))); irry[cdmv + mpls] = egng; irry[1 + cdmv + mpls] += otkk; } { for (_si tccu = 0; tccu <= 11; tccu += 1) { irry[1 + tccu] += ((irry[tccu]) >> (47)); irry[tccu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } irry[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *anmo = (_uc *)(mdif); for (_si tnfz = 0; tnfz <= 360; tnfz += 1) { anmo[tnfz] = (_uc)(255 + anmo[1 + tnfz]) * (_uc)(1 + anmo[tnfz]); } anmo[361] = 0; } { _uc *fbkg = (_uc *)(iavm); for (_si aqds = 0; aqds <= 360; aqds += 1) { fbkg[aqds] = (_uc)(255 + fbkg[1 + aqds]) * (_uc)(1 + fbkg[aqds]); } fbkg[361] = 0; } { _uc *xkfb = (_uc *)(yxqa); for (_si etss = 0; etss <= 360; etss += 1) { xkfb[etss] = (_uc)(1 + xkfb[etss]) * (_uc)(255 + xkfb[1 + etss]); } xkfb[361] = 0; } { _uc *spgz = (_uc *)(ozyz); for (_si yzqp = 0; yzqp <= 360; yzqp += 1) { spgz[yzqp] = (_uc)(1 + spgz[yzqp]) * (_uc)(255 + spgz[1 + yzqp]); } spgz[361] = 0; } } idfl(zqlg, awzk, civh, irry, irry); } fghx(zqlg, awzk, civh, ahkt, ahkt, fnyu); uorb(awzk, irry, irry, ahkt); { { _uli *eite = eulu(); _uli *jdoi = oarz(); _uli *tiim = laux(); _uli *dxqg = agss(); for (_si hova = 0; hova <= 12; hova += 1) { eite[hova] = ((ukfe[hova]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jdoi[hova] = ((ukfe[hova]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); tiim[hova] = ((zmkc[hova]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dxqg[hova] = ((zmkc[hova]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si qjhp = 0; qjhp <= 12; qjhp += 1) { ozsx[qjhp] = 0; } } for (_si bqie = 0; bqie <= (-1 + (((13) >> (1)))); bqie += 1) { for (_si xdpf = 0; xdpf <= (-1 + (((13) >> (1)))); xdpf += 1) { _uli vjiz = dxqg[xdpf] * eite[bqie] + jdoi[bqie] * tiim[xdpf]; _uli mfcm = eite[bqie] * tiim[xdpf]; _uli lkke = dxqg[xdpf] * jdoi[bqie]; _uli zywj = ((ozsx[bqie + xdpf]) + (mfcm) + (((((vjiz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zywj < mfcm) { lkke += 1; } _uli zfou = ((((vjiz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lkke) << ((-47 + (((sizeof(_uli)) << (3)))))))); ozsx[bqie + xdpf] = zywj; ozsx[1 + bqie + xdpf] += zfou; } zjqr(ozsx); } { _uc *lskq = (_uc *)(eite); for (_si pmlf = 0; pmlf <= 360; pmlf += 1) { lskq[pmlf] = (_uc)(1 + lskq[pmlf]) * (_uc)(255 + lskq[1 + pmlf]); } lskq[361] = 0; } { _uc *ylda = (_uc *)(jdoi); for (_si jdxw = 0; jdxw <= 360; jdxw += 1) { ylda[jdxw] = (_uc)(1 + ylda[jdxw]) * (_uc)(255 + ylda[1 + jdxw]); } ylda[361] = 0; } { _uc *vmjh = (_uc *)(tiim); for (_si okgt = 0; okgt <= 360; okgt += 1) { vmjh[okgt] = (_uc)(255 + vmjh[1 + okgt]) * (_uc)(1 + vmjh[okgt]); } vmjh[361] = 0; } { _uc *yfan = (_uc *)(dxqg); for (_si aqio = 0; aqio <= 360; aqio += 1) { yfan[aqio] = (_uc)(1 + yfan[aqio]) * (_uc)(255 + yfan[1 + aqio]); } yfan[361] = 0; } } { _uli *cubp = hfgh(); { if (cubp != ozsx) { for (_si ohwj = 0; ohwj <= 12; ohwj += 1) { cubp[ohwj] = ozsx[ohwj]; } } } { ; } { ozsx[(((zqlg) / (47)))] &= ((((((_uli)(1)) << ((zqlg % 47)))) - ((_uli)(1)))); for (_si bsmm = 1 + (((zqlg) / (47))); bsmm <= 12; bsmm += 1) { ozsx[bsmm] = 0; } } uhid(ozsx, ozsx, civh); { ozsx[(((zqlg) / (47)))] &= ((((((_uli)(1)) << ((zqlg % 47)))) - ((_uli)(1)))); for (_si besx = 1 + (((zqlg) / (47))); besx <= 12; besx += 1) { ozsx[besx] = 0; } } { _uli *uymq = bifd(); _uli *wgyo = xley(); _uli *rfqr = fyap(); _uli *zlsq = cxfp(); for (_si bjgj = 0; bjgj <= 12; bjgj += 1) { uymq[bjgj] = ((ozsx[bjgj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wgyo[bjgj] = ((ozsx[bjgj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rfqr[bjgj] = ((awzk[bjgj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zlsq[bjgj] = ((awzk[bjgj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si blhl = 0; blhl <= 12; blhl += 1) { ozsx[blhl] = 0; } } for (_si xaib = 0; xaib <= (-1 + (((13) >> (1)))); xaib += 1) { for (_si nphy = 0; nphy <= (-1 + (((13) >> (1)))); nphy += 1) { _uli npkd = rfqr[nphy] * wgyo[xaib] + uymq[xaib] * zlsq[nphy]; _uli gknh = rfqr[nphy] * uymq[xaib]; _uli xgzv = wgyo[xaib] * zlsq[nphy]; _uli czin = ((ozsx[nphy + xaib]) + (gknh) + (((((npkd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (czin < gknh) { xgzv += 1; } _uli urpp = ((((npkd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xgzv) << ((-47 + (((sizeof(_uli)) << (3)))))))); ozsx[nphy + xaib] = czin; ozsx[1 + nphy + xaib] += urpp; } stxd(ozsx); } kjfn(uymq); { _uc *wssm = (_uc *)(wgyo); for (_si zhyn = 0; zhyn <= 360; zhyn += 1) { wssm[zhyn] = (_uc)(1 + wssm[zhyn]) * (_uc)(255 + wssm[1 + zhyn]); } wssm[361] = 0; } tpxj(rfqr); { _uc *acpl = (_uc *)(zlsq); for (_si uhgw = 0; uhgw <= 360; uhgw += 1) { acpl[uhgw] = (_uc)(255 + acpl[1 + uhgw]) * (_uc)(1 + acpl[uhgw]); } acpl[361] = 0; } } { for (_si cubs = 0; cubs <= 12; cubs += 1) { ozsx[cubs] = cubp[cubs] + ozsx[cubs]; } { _si xuho; { xuho = 0; _uli burh = 19; for (_si kiih = 12; kiih >= 0; kiih -= 1) { if (ozsx[kiih] != 0) { xuho = ((((ozsx[kiih]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xuho) { { for (_si myze = 0; myze <= 12; myze += 1) { ozsx[myze] = -ozsx[myze]; } } } for (_si dtcp = 0; dtcp <= 11; dtcp += 1) { if (((((ozsx[dtcp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ozsx[1 + dtcp] -= 1; } else { ozsx[1 + dtcp] += ((ozsx[dtcp]) >> (47)); }; ozsx[dtcp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ozsx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xuho) { { for (_si sbrs = 0; sbrs <= 12; sbrs += 1) { ozsx[sbrs] = -ozsx[sbrs]; } } } } } unmx(ozsx, zqlg); fezf(cubp, ozsx, awzk); _si ibij = slxa(cubp); if (!ibij) { { if (ozsx != cubp) { for (_si ejml = 0; ejml <= 12; ejml += 1) { ozsx[ejml] = cubp[ejml]; } } } } { _uc *oztm = (_uc *)(cubp); for (_si eoub = 0; eoub <= 360; eoub += 1) { oztm[eoub] = (_uc)(255 + oztm[1 + eoub]) * (_uc)(1 + oztm[eoub]); } oztm[361] = 0; } } } zghc(zqlg, awzk, civh, ozsx, ozsx, zjdt); itnl(zjdt); { _uc *zdap = (_uc *)(fnyu); for (_si ekat = 0; ekat <= 360; ekat += 1) { zdap[ekat] = (_uc)(255 + zdap[1 + ekat]) * (_uc)(1 + zdap[ekat]); } zdap[361] = 0; } lxqc(jvet); { _uc *wicc = (_uc *)(lsrr); for (_si mfuf = 0; mfuf <= 360; mfuf += 1) { wicc[mfuf] = (_uc)(1 + wicc[mfuf]) * (_uc)(255 + wicc[1 + mfuf]); } wicc[361] = 0; } { _uc *umij = (_uc *)(ahkt); for (_si mgnx = 0; mgnx <= 360; mgnx += 1) { umij[mgnx] = (_uc)(1 + umij[mgnx]) * (_uc)(255 + umij[1 + mgnx]); } umij[361] = 0; } { _uc *ubyw = (_uc *)(xhkc); for (_si qras = 0; qras <= 360; qras += 1) { ubyw[qras] = (_uc)(1 + ubyw[qras]) * (_uc)(255 + ubyw[1 + qras]); } ubyw[361] = 0; } } _si fuvl(_uli *vnfa) { _si ggrt = 0; _uli yuuo = 19; for (_si uqag = 12; uqag >= 0; uqag -= 1) { if (vnfa[uqag] != 0) { ggrt = ((((vnfa[uqag]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ggrt; } void ydvb(_si ffvi, _uli *hzxv) { hzxv[(((ffvi) / (47)))] &= ((((((_uli)(1)) << ((ffvi % 47)))) - ((_uli)(1)))); for (_si mpgt = 1 + (((ffvi) / (47))); mpgt <= 12; mpgt += 1) { hzxv[mpgt] = 0; } } void lood(_uli *vbta) { _si hsvh; { hsvh = 0; _uli wbpo = 19; for (_si htel = 12; htel >= 0; htel -= 1) { if (vbta[htel] != 0) { hsvh = ((((vbta[htel]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hsvh) { mhas(vbta, vbta); } for (_si kelr = 0; kelr <= 11; kelr += 1) { if (((((vbta[kelr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { vbta[1 + kelr] -= 1; } else { vbta[1 + kelr] += ((vbta[kelr]) >> (47)); }; vbta[kelr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vbta[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hsvh) { bjgr(vbta, vbta); } } _uli *bkjh() { ; _uli *ifcj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ifcj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ifcj; } void krnj(_uli *jqiw, _uli *vnxj, _uli *gnio) { for (_si vphf = 0; vphf <= 12; vphf += 1) { jqiw[vphf] = -gnio[vphf] + vnxj[vphf]; } kqqw(jqiw); } void vqz(_uli *cud, _uli *tciy, _uli *svwq, _uli *xghl) { _uli *vfrw = heyy(); _uli *yptl = bfuj(); _uli *gzrp = taxj(); _uli *eqpj = tjsr(); _uli *jifb = pguw(); jgux(eqpj); { _uc *zrxp = vyjp(); _uc *nhom = ((_uc *)(_m + 362) + 0); _uc *ordl = (_uc *)(jifb); for (_si otp = 0; otp <= 103; otp += 1) { ordl[otp] = *(((_uc *)(_m + 31132) + otp)); } { { wltv(zrxp, nhom); _ui *yjtb = (_ui *)(zrxp + 64); _ui *pocq = (_ui *)(zrxp + 128); for (_si gxjo = 0; gxjo <= 3; gxjo += 1) { yjtb[gxjo] = (((_ui)(((_uc *)(_m + 48146) + 4 * gxjo)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gxjo)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gxjo)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gxjo)[3])) << (24)))); } for (_si xpbh = 0; xpbh <= 3; xpbh += 1) { yjtb[12 + xpbh] = 0; _m[65162] += 1; } pocq[0] = 3904225602; } xpbl(zrxp, ordl, 104); } } { _uc *hbjj = hoqk(); _uc *bglh = ((_uc *)(_m + 170864) + 0); _uc *dyrt = (_uc *)(vfrw); for (_si pozr = 0; pozr <= 103; pozr += 1) { dyrt[pozr] = *(((_uc *)(_m + 116202) + pozr)); } { ose(hbjj, bglh, 0); yfum(hbjj, dyrt, 104); } } { _uc *mdna = xrfw(); _uc *nxlh = ((_uc *)(_m + 228422) + 0); _uc *jkds = (_uc *)(yptl); for (_si lwot = 0; lwot <= 103; lwot += 1) { jkds[lwot] = *(((_uc *)(_m + 128872) + lwot)); } { foce(mdna, nxlh, 0); ysnq(mdna, jkds, 104); } } mghm(gzrp); { _uli *upwh = ytpa(); _uli *sah = ieys(); _uli *gteg = oerh(); { fmvq(upwh, vfrw); { if (sah != yptl) { for (_si uoju = 0; uoju <= 12; uoju += 1) { sah[uoju] = yptl[uoju]; } } } { if (gteg != gzrp) { for (_si iclt = 0; iclt <= 12; iclt += 1) { gteg[iclt] = gzrp[iclt]; } } } } omdl(cud, tciy, svwq); _si exyz = 0; for (_si xeop = 12; xeop >= 0; xeop -= 1) { _uli bflj = xghl[xeop]; _uli tmws = (((_uli)(1)) << (46)); while (tmws != 0) { _si sksa = ((((bflj) & (tmws))) != (0)); if (exyz || sksa) { _si hwre; { hwre = 0; hwre; { hwre = 0; _si drfb; { drfb = -1; for (_si wiky = 12; wiky >= 0; wiky -= 1) { if (tciy[wiky] != 0) { drfb = wiky; break; } } } hwre = drfb == -1; } } if (!hwre) { { _uli *zboc = nayy(); _uli *uwxl = chwr(); _uli *wkco = gcda(); _uli *lmre = iaks(); _uli *jswv = ecpg(); _uli *yhpq = vwhv(); _uli *grfw = vwjb(); ywej(259, eqpj, jifb, zboc, svwq); ojyl(259, eqpj, jifb, wkco, cud, svwq); vlms(259, eqpj, jifb, jswv, tciy, svwq); { ljtn(jswv, svwq, jswv); { _uli *psgy = vsjr(); { if (psgy != jswv) { for (_si oxto = 0; oxto <= 12; oxto += 1) { psgy[oxto] = jswv[oxto]; } } } { ; } ttlr(259, jswv); jvpp(jswv, jswv, jifb); ehpg(259, jswv); iqfd(jswv, jswv, eqpj); { for (_si jyqi = 0; jyqi <= 12; jyqi += 1) { jswv[jyqi] = jswv[jyqi] + psgy[jyqi]; } { _si afku = pxyd(jswv); if (afku) { { for (_si cphg = 0; cphg <= 12; cphg += 1) { jswv[cphg] = -jswv[cphg]; } } } for (_si cmpb = 0; cmpb <= 11; cmpb += 1) { if (((((jswv[cmpb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jswv[1 + cmpb] -= 1; } else { jswv[1 + cmpb] += ((jswv[cmpb]) >> (47)); }; jswv[cmpb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jswv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (afku) { { for (_si yqre = 0; yqre <= 12; yqre += 1) { jswv[yqre] = -jswv[yqre]; } } } } } rooc(jswv, 259); { for (_si wth = 0; wth <= 12; wth += 1) { psgy[wth] = -eqpj[wth] + jswv[wth]; } pkbh(psgy); } _si ime; { ime = 0; _uli svqz = 19; for (_si mrwg = 12; mrwg >= 0; mrwg -= 1) { if (psgy[mrwg] != 0) { ime = ((((psgy[mrwg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!ime) { { if (jswv != psgy) { for (_si stlu = 0; stlu <= 12; stlu += 1) { jswv[stlu] = psgy[stlu]; } } } } risj(psgy); } } taod(259, eqpj, jifb, uwxl, tciy); mmug(259, eqpj, jifb, jswv, cud, uwxl); { { for (_si nuhm = 0; nuhm <= 12; nuhm += 1) { jswv[nuhm] = 2 * jswv[nuhm]; } jdph(jswv); } _si onk; { onk = 0; for (_si xhss = 12; xhss >= 0; xhss -= 1) { if (jswv[xhss] > eqpj[xhss]) { break; } else if (jswv[xhss] < eqpj[xhss]) { onk = 1; break; }; } } if (!onk) { { for (_si igld = 0; igld <= 12; igld += 1) { jswv[igld] = -eqpj[igld] + jswv[igld]; } { _si exkl = tflc(jswv); if (exkl) { { for (_si uwgr = 0; uwgr <= 12; uwgr += 1) { jswv[uwgr] = -jswv[uwgr]; } } } for (_si meuh = 0; meuh <= 11; meuh += 1) { if (((((jswv[meuh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jswv[1 + meuh] -= 1; } else { jswv[1 + meuh] += ((jswv[meuh]) >> (47)); }; jswv[meuh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jswv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (exkl) { { for (_si vabr = 0; vabr <= 12; vabr += 1) { jswv[vabr] = -jswv[vabr]; } } } } } } } { kwoz(jswv, jswv, jswv); _si bxzx = bcgz(jswv, eqpj); if (!bxzx) { jlhh(jswv, jswv, eqpj); } } { imsz(wkco, cud, zboc); _si crse; { crse = 0; for (_si bkqn = 12; bkqn >= 0; bkqn -= 1) { if (wkco[bkqn] > eqpj[bkqn]) { break; } else if (wkco[bkqn] < eqpj[bkqn]) { crse = 1; break; }; } } if (!crse) { mcag(wkco, wkco, eqpj); } } { hcts(lmre, cud, zboc); _si rnxe; { rnxe = 0; _uli gks = 19; for (_si kxd = 12; kxd >= 0; kxd -= 1) { if (lmre[kxd] != 0) { rnxe = ((((lmre[kxd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rnxe) { { for (_si mvzi = 0; mvzi <= 12; mvzi += 1) { lmre[mvzi] = eqpj[mvzi] + lmre[mvzi]; } eerq(lmre); } } } { { for (_si mtjm = 0; mtjm <= 12; mtjm += 1) { yhpq[mtjm] = 2 * wkco[mtjm]; } xlvp(yhpq); } _si oril; { oril = 0; for (_si aoxz = 12; aoxz >= 0; aoxz -= 1) { if (yhpq[aoxz] > eqpj[aoxz]) { break; } else if (yhpq[aoxz] < eqpj[aoxz]) { oril = 1; break; }; } } if (!oril) { nvxa(yhpq, yhpq, eqpj); } } nmc(eqpj, yhpq, yhpq, wkco); { onaw(yhpq, yhpq, lmre); { _uli *drbz = qmtt(); { if (drbz != yhpq) { for (_si zdju = 0; zdju <= 12; zdju += 1) { drbz[zdju] = yhpq[zdju]; } } } { ; } { yhpq[(((259) / (47)))] &= ((((((_uli)(1)) << ((259 % 47)))) - ((_uli)(1)))); for (_si icvq = 1 + (((259) / (47))); icvq <= 12; icvq += 1) { yhpq[icvq] = 0; } } wflk(yhpq, yhpq, jifb); ezze(259, yhpq); { _uli *xqhy = djmz(); _uli *zya = etis(); _uli *xgva = ieqp(); _uli *jfbc = vsqi(); for (_si vftu = 0; vftu <= 12; vftu += 1) { xqhy[vftu] = ((yhpq[vftu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zya[vftu] = ((yhpq[vftu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xgva[vftu] = ((eqpj[vftu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jfbc[vftu] = ((eqpj[vftu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si nrux = 0; nrux <= 12; nrux += 1) { yhpq[nrux] = 0; } } for (_si nqje = 0; nqje <= (-1 + (((13) >> (1)))); nqje += 1) { for (_si lebe = 0; lebe <= (-1 + (((13) >> (1)))); lebe += 1) { _uli cukq = jfbc[lebe] * xqhy[nqje] + xgva[lebe] * zya[nqje]; _uli zoeu = xgva[lebe] * xqhy[nqje]; _uli bjb = jfbc[lebe] * zya[nqje]; _uli ibvm = ((yhpq[lebe + nqje]) + (zoeu) + (((((cukq) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ibvm < zoeu) { bjb += 1; } _uli oszu = ((((cukq) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bjb) << ((-47 + (((sizeof(_uli)) << (3)))))))); yhpq[lebe + nqje] = ibvm; yhpq[1 + lebe + nqje] += oszu; } apxl(yhpq); } fres(xqhy); { _uc *ttmf = (_uc *)(zya); for (_si fynm = 0; fynm <= 360; fynm += 1) { ttmf[fynm] = (_uc)(255 + ttmf[1 + fynm]) * (_uc)(1 + ttmf[fynm]); } ttmf[361] = 0; } { _uc *mers = (_uc *)(xgva); for (_si pkxk = 0; pkxk <= 360; pkxk += 1) { mers[pkxk] = (_uc)(255 + mers[1 + pkxk]) * (_uc)(1 + mers[pkxk]); } mers[361] = 0; } { _uc *rba = (_uc *)(jfbc); for (_si gnve = 0; gnve <= 360; gnve += 1) { rba[gnve] = (_uc)(1 + rba[gnve]) * (_uc)(255 + rba[1 + gnve]); } rba[361] = 0; } } hfkm(yhpq, yhpq, drbz); { _si ygln = 24; _si lca = 5; _si ids = 259; if (ids > (8 * sizeof(_uli))) { ids = -1; } if (lca >= 13) { { for (_si yjxf = 0; yjxf <= 12; yjxf += 1) { yhpq[yjxf] = 0; } } } else { _uli gdle = (((((_uli)(1)) << (ygln))) - ((_uli)(1))); if (ids < 0) { yhpq[0] = 0; } else { yhpq[0] = ((((yhpq[0]) & (~gdle))) >> (ids)); }; if (lca != 0) { yhpq[0] += ((((yhpq[lca]) & (~gdle))) >> (ygln)); } for (_si zmvh = 1; zmvh <= (12 - lca); zmvh += 1) { yhpq[-1 + zmvh] += ((((((yhpq[lca + zmvh]) & (gdle))) << (-ygln + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yhpq[zmvh] = ((((yhpq[lca + zmvh]) & (~gdle))) >> (ygln)); } for (_si dgd = 13 - lca; dgd <= 12; dgd += 1) { yhpq[dgd] = 0; } }; } { for (_si swyl = 0; swyl <= 12; swyl += 1) { drbz[swyl] = -eqpj[swyl] + yhpq[swyl]; } rhbz(drbz); } _si pzem; { pzem = 0; _uli pdqm = 19; for (_si szc = 12; szc >= 0; szc -= 1) { if (drbz[szc] != 0) { pzem = ((((drbz[szc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!pzem) { { if (yhpq != drbz) { for (_si pfqw = 0; pfqw <= 12; pfqw += 1) { yhpq[pfqw] = drbz[pfqw]; } } } } { _uc *cwtw = (_uc *)(drbz); for (_si qutd = 0; qutd <= 360; qutd += 1) { cwtw[qutd] = (_uc)(255 + cwtw[1 + qutd]) * (_uc)(1 + cwtw[qutd]); } cwtw[361] = 0; } } } kmym(259, eqpj, jifb, svwq, tciy, svwq); ykxj(eqpj, svwq, svwq, svwq); { { _uli *jkci = vsqi(); _uli *qfny = uggb(); for (_si bpz = 0; bpz <= 12; bpz += 1) { jkci[bpz] = ((yhpq[bpz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qfny[bpz] = ((yhpq[bpz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mmed = 0; mmed <= 12; mmed += 1) { cud[mmed] = 0; } } for (_si wslk = 0; wslk <= (-1 + (((13) >> (1)))); wslk += 1) { for (_si lrlt = 0; lrlt <= (-1 + (((13) >> (1)))); lrlt += 1) { _uli fbuh = jkci[lrlt] * qfny[wslk] + jkci[wslk] * qfny[lrlt]; _uli gzkm = jkci[lrlt] * jkci[wslk]; _uli tiiv = qfny[lrlt] * qfny[wslk]; _uli lskg = ((cud[lrlt + wslk]) + (gzkm) + (((((fbuh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lskg < gzkm) { tiiv += 1; } _uli dvxm = ((((fbuh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((tiiv) << ((-47 + (((sizeof(_uli)) << (3)))))))); cud[lrlt + wslk] = lskg; cud[1 + lrlt + wslk] += dvxm; } ntag(cud); } jkkk(jkci); jfif(qfny); } { _uli *aos = test(); { if (aos != cud) { for (_si luce = 0; luce <= 12; luce += 1) { aos[luce] = cud[luce]; } } } { ; } { cud[(((259) / (47)))] &= ((((((_uli)(1)) << ((259 % 47)))) - ((_uli)(1)))); for (_si edve = 1 + (((259) / (47))); edve <= 12; edve += 1) { cud[edve] = 0; } } zujz(cud, cud, jifb); { cud[(((259) / (47)))] &= ((((((_uli)(1)) << ((259 % 47)))) - ((_uli)(1)))); for (_si nvxw = 1 + (((259) / (47))); nvxw <= 12; nvxw += 1) { cud[nvxw] = 0; } } { _uli *pwek = zmwl(); _uli *escl = pguw(); _uli *rxzs = npje(); _uli *gal = ieys(); for (_si tmsf = 0; tmsf <= 12; tmsf += 1) { pwek[tmsf] = ((cud[tmsf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); escl[tmsf] = ((cud[tmsf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rxzs[tmsf] = ((eqpj[tmsf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gal[tmsf] = ((eqpj[tmsf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si cixo = 0; cixo <= 12; cixo += 1) { cud[cixo] = 0; } } for (_si aom = 0; aom <= (-1 + (((13) >> (1)))); aom += 1) { for (_si gji = 0; gji <= (-1 + (((13) >> (1)))); gji += 1) { _uli olku = escl[aom] * rxzs[gji] + gal[gji] * pwek[aom]; _uli tsol = pwek[aom] * rxzs[gji]; _uli nuun = escl[aom] * gal[gji]; _uli fad = ((cud[aom + gji]) + (tsol) + (((((olku) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (fad < tsol) { nuun += 1; } _uli ozkw = ((((olku) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((nuun) << ((-47 + (((sizeof(_uli)) << (3)))))))); cud[aom + gji] = fad; cud[1 + aom + gji] += ozkw; } { for (_si rhmf = 0; rhmf <= 11; rhmf += 1) { cud[1 + rhmf] += ((cud[rhmf]) >> (47)); cud[rhmf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cud[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } hjq(pwek); cinf(escl); { _uc *glux = (_uc *)(rxzs); for (_si tfat = 0; tfat <= 360; tfat += 1) { glux[tfat] = (_uc)(255 + glux[1 + tfat]) * (_uc)(1 + glux[tfat]); } glux[361] = 0; } glxz(gal); } aedv(cud, cud, aos); bnem(cud, 259); { for (_si akbj = 0; akbj <= 12; akbj += 1) { aos[akbj] = cud[akbj] - eqpj[akbj]; } gcgz(aos); } _si vaok; { vaok = 0; _uli skiv = 19; for (_si trrd = 12; trrd >= 0; trrd -= 1) { if (aos[trrd] != 0) { vaok = ((((aos[trrd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!vaok) { pxxk(cud, aos); } { _uc *arwb = (_uc *)(aos); for (_si yieh = 0; yieh <= 360; yieh += 1) { arwb[yieh] = (_uc)(1 + arwb[yieh]) * (_uc)(255 + arwb[1 + yieh]); } arwb[361] = 0; } } } { { for (_si hxfc = 0; hxfc <= 12; hxfc += 1) { cud[hxfc] = cud[hxfc] - jswv[hxfc]; } { _si matz; { matz = 0; _uli xwcj = 19; for (_si qgdh = 12; qgdh >= 0; qgdh -= 1) { if (cud[qgdh] != 0) { matz = ((((cud[qgdh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (matz) { { for (_si lfye = 0; lfye <= 12; lfye += 1) { cud[lfye] = -cud[lfye]; } } } for (_si ekwj = 0; ekwj <= 11; ekwj += 1) { if (((((cud[ekwj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cud[1 + ekwj] -= 1; } else { cud[1 + ekwj] += ((cud[ekwj]) >> (47)); }; cud[ekwj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cud[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (matz) { { for (_si bdaz = 0; bdaz <= 12; bdaz += 1) { cud[bdaz] = -cud[bdaz]; } } } } } _si xsrn; { xsrn = 0; _uli yyzp = 19; for (_si vuyu = 12; vuyu >= 0; vuyu -= 1) { if (cud[vuyu] != 0) { xsrn = ((((cud[vuyu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (xsrn) { gumg(cud, cud, eqpj); } } { sapl(cud, cud, jswv); _si wirg; { wirg = 0; _uli yvwc = 19; for (_si fqfw = 12; fqfw >= 0; fqfw -= 1) { if (cud[fqfw] != 0) { wirg = ((((cud[fqfw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wirg) { { for (_si fgy = 0; fgy <= 12; fgy += 1) { cud[fgy] = cud[fgy] + eqpj[fgy]; } { _si aied; { aied = 0; _uli rvgi = 19; for (_si gmil = 12; gmil >= 0; gmil -= 1) { if (cud[gmil] != 0) { aied = ((((cud[gmil]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (aied) { { for (_si zycc = 0; zycc <= 12; zycc += 1) { cud[zycc] = -cud[zycc]; } } } for (_si mfvq = 0; mfvq <= 11; mfvq += 1) { if (((((cud[mfvq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cud[1 + mfvq] -= 1; } else { cud[1 + mfvq] += ((cud[mfvq]) >> (47)); }; cud[mfvq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cud[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (aied) { { for (_si evwz = 0; evwz <= 12; evwz += 1) { cud[evwz] = -cud[evwz]; } } } } } } } { otoe(grfw, uwxl); { _uli *cvir = upi(); { if (cvir != grfw) { for (_si kfz = 0; kfz <= 12; kfz += 1) { cvir[kfz] = grfw[kfz]; } } } hxel(grfw, grfw); { grfw[(((259) / (47)))] &= ((((((_uli)(1)) << ((259 % 47)))) - ((_uli)(1)))); for (_si smpw = 1 + (((259) / (47))); smpw <= 12; smpw += 1) { grfw[smpw] = 0; } } qicd(grfw, grfw, jifb); ydvb(259, grfw); yfac(grfw, grfw, eqpj); { for (_si njyw = 0; njyw <= 12; njyw += 1) { grfw[njyw] = cvir[njyw] + grfw[njyw]; } nvqy(grfw); } hiyn(grfw, 259); { for (_si pjae = 0; pjae <= 12; pjae += 1) { cvir[pjae] = -eqpj[pjae] + grfw[pjae]; } { _si toi = htni(cvir); if (toi) { { for (_si dbji = 0; dbji <= 12; dbji += 1) { cvir[dbji] = -cvir[dbji]; } } } for (_si oxzw = 0; oxzw <= 11; oxzw += 1) { if (((((cvir[oxzw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cvir[1 + oxzw] -= 1; } else { cvir[1 + oxzw] += ((cvir[oxzw]) >> (47)); }; cvir[oxzw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cvir[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (toi) { { for (_si kdvl = 0; kdvl <= 12; kdvl += 1) { cvir[kdvl] = -cvir[kdvl]; } } } } } _si qzav; { qzav = 0; _uli vkwm = 19; for (_si jaxm = 12; jaxm >= 0; jaxm -= 1) { if (cvir[jaxm] != 0) { qzav = ((((cvir[jaxm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!qzav) { { if (grfw != cvir) { for (_si iuda = 0; iuda <= 12; iuda += 1) { grfw[iuda] = cvir[iuda]; } } } } wguq(cvir); } } tuek(eqpj, grfw, grfw, grfw); { { for (_si sdzm = 0; sdzm <= 12; sdzm += 1) { grfw[sdzm] = 2 * grfw[sdzm]; } atlz(grfw); } _si ect; { ect = 0; for (_si floi = 12; floi >= 0; floi -= 1) { if (grfw[floi] > eqpj[floi]) { break; } else if (grfw[floi] < eqpj[floi]) { ect = 1; break; }; } } if (!ect) { jhlh(grfw, grfw, eqpj); } } { mjnj(grfw, grfw, grfw); _si whq = etdz(grfw, eqpj); if (!whq) { { for (_si wxbl = 0; wxbl <= 12; wxbl += 1) { grfw[wxbl] = -eqpj[wxbl] + grfw[wxbl]; } fryy(grfw); } } } ujon(eqpj, tciy, jswv, cud); hfzs(259, eqpj, jifb, tciy, tciy, yhpq); bfb(eqpj, tciy, tciy, grfw); { _uc *kaec = (_uc *)(zboc); for (_si cbat = 0; cbat <= 360; cbat += 1) { kaec[cbat] = (_uc)(255 + kaec[1 + cbat]) * (_uc)(1 + kaec[cbat]); } kaec[361] = 0; } { _uc *sxsg = (_uc *)(uwxl); for (_si wivq = 0; wivq <= 360; wivq += 1) { sxsg[wivq] = (_uc)(1 + sxsg[wivq]) * (_uc)(255 + sxsg[1 + wivq]); } sxsg[361] = 0; } kyyf(wkco); cbuj(lmre); twu(jswv); cvl(yhpq); sbmf(grfw); } } if (sksa) { if (hwre) { { { if (cud != upwh) { for (_si rkv = 0; rkv <= 12; rkv += 1) { cud[rkv] = upwh[rkv]; } } } { if (tciy != sah) { for (_si swyq = 0; swyq <= 12; swyq += 1) { tciy[swyq] = sah[swyq]; } } } { if (svwq != gteg) { for (_si uwtm = 0; uwtm <= 12; uwtm += 1) { svwq[uwtm] = gteg[uwtm]; } } } } } else { iagk(259, eqpj, jifb, cud, tciy, svwq, cud, tciy, svwq, upwh, sah, gteg); }; } exyz = 1; } tmws >>= 1; } } zpfl(upwh); gckn(sah); fmlo(gteg); } paxq(vfrw); { _uc *ngqs = (_uc *)(yptl); for (_si fvs = 0; fvs <= 360; fvs += 1) { ngqs[fvs] = (_uc)(255 + ngqs[1 + fvs]) * (_uc)(1 + ngqs[fvs]); } ngqs[361] = 0; } vygz(gzrp); { _uc *pbet = (_uc *)(eqpj); for (_si xoku = 0; xoku <= 360; xoku += 1) { pbet[xoku] = (_uc)(255 + pbet[1 + xoku]) * (_uc)(1 + pbet[xoku]); } pbet[361] = 0; } tqiw(jifb); } void devv(_uc *qtrp) { _uc *cmzr = (_uc *)(qtrp); for (_si weoo = 0; weoo <= 360; weoo += 1) { cmzr[weoo] = (_uc)(1 + cmzr[weoo]) * (_uc)(255 + cmzr[1 + weoo]); } cmzr[361] = 0; } void tpry(_uli *damc) { for (_si wube = 0; wube <= 12; wube += 1) { damc[wube] = 0; } } void bvzh(_uc *nrsj) { _ui *ueu = (_ui *)(nrsj + 0); _ui *ombr = (_ui *)(nrsj + 64); for (_si gphl = 0; gphl <= 15; gphl += 1) { ueu[gphl] = ombr[gphl]; } for (_si ijek = 0; ijek <= 9; ijek += 1) { { ueu[0] += ueu[4]; ueu[12] ^= ueu[0]; ueu[12] = ((((ueu[12]) << (16))) | (((ueu[12]) >> (16)))); ueu[8] += ueu[12]; ueu[4] ^= ueu[8]; ueu[4] = ((((ueu[4]) << (12))) | (((ueu[4]) >> (20)))); ueu[0] += ueu[4]; ueu[12] ^= ueu[0]; ueu[12] = ((((ueu[12]) << (8))) | (((ueu[12]) >> (24)))); ueu[8] += ueu[12]; ueu[4] ^= ueu[8]; ueu[4] = ((((ueu[4]) << (7))) | (((ueu[4]) >> (25)))); } the(ueu, 1, 5, 9, 13); { ueu[2] += ueu[6]; ueu[14] ^= ueu[2]; ueu[14] = ((((ueu[14]) << (16))) | (((ueu[14]) >> (16)))); ueu[10] += ueu[14]; ueu[6] ^= ueu[10]; ueu[6] = ((((ueu[6]) << (12))) | (((ueu[6]) >> (20)))); ueu[2] += ueu[6]; ueu[14] ^= ueu[2]; ueu[14] = ((((ueu[14]) << (8))) | (((ueu[14]) >> (24)))); ueu[10] += ueu[14]; ueu[6] ^= ueu[10]; ueu[6] = ((((ueu[6]) << (7))) | (((ueu[6]) >> (25)))); } kek(ueu, 3, 7, 11, 15); { ueu[0] += ueu[5]; ueu[15] ^= ueu[0]; ueu[15] = ((((ueu[15]) << (16))) | (((ueu[15]) >> (16)))); ueu[10] += ueu[15]; ueu[5] ^= ueu[10]; ueu[5] = ((((ueu[5]) << (12))) | (((ueu[5]) >> (20)))); ueu[0] += ueu[5]; ueu[15] ^= ueu[0]; ueu[15] = ((((ueu[15]) << (8))) | (((ueu[15]) >> (24)))); ueu[10] += ueu[15]; ueu[5] ^= ueu[10]; ueu[5] = ((((ueu[5]) << (7))) | (((ueu[5]) >> (25)))); } { ueu[1] += ueu[6]; ueu[12] ^= ueu[1]; ueu[12] = ((((ueu[12]) << (16))) | (((ueu[12]) >> (16)))); ueu[11] += ueu[12]; ueu[6] ^= ueu[11]; ueu[6] = ((((ueu[6]) << (12))) | (((ueu[6]) >> (20)))); ueu[1] += ueu[6]; ueu[12] ^= ueu[1]; ueu[12] = ((((ueu[12]) << (8))) | (((ueu[12]) >> (24)))); ueu[11] += ueu[12]; ueu[6] ^= ueu[11]; ueu[6] = ((((ueu[6]) << (7))) | (((ueu[6]) >> (25)))); } miun(ueu, 2, 7, 8, 13); evv(ueu, 3, 4, 9, 14); _m[65163] += 1; } for (_si fqzl = 0; fqzl <= 15; fqzl += 1) { ueu[fqzl] += ombr[fqzl]; } ombr[12] += 1; if (ombr[12] == 0) { ombr[13] += 1; } } _uli *ndri() { ; _uli *clbo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; clbo = (_uli *)(_m + 362 * _s); break; } _s += 1; } return clbo; } _uli *test() { ; _uli *xvbj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; xvbj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return xvbj; } void dflv(_uli *ufeq) { for (_si oeju = 0; oeju <= 11; oeju += 1) { ufeq[1 + oeju] += ((ufeq[oeju]) >> (47)); ufeq[oeju] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ufeq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uc *fcyj() { ; _uc *tljn; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; tljn = (_uc *)(_m + 362 * _s); break; } _s += 1; } return tljn; } void pxyq(_uli *yhlz) { for (_si ekid = 0; ekid <= 11; ekid += 1) { yhlz[1 + ekid] += ((yhlz[ekid]) >> (47)); yhlz[ekid] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yhlz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pgqk(_uli *wdru) { for (_si bttb = 0; bttb <= 11; bttb += 1) { wdru[1 + bttb] += ((wdru[bttb]) >> (47)); wdru[bttb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wdru[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wtkh(_uli *wcva, _uli *suq) { for (_si ngut = 0; ngut <= 44; ngut += 1) { wcva[ngut] = -suq[ngut]; } } void xtdy(_uli *ijbj) { _uc *qoq = (_uc *)(ijbj); for (_si sbew = 0; sbew <= 360; sbew += 1) { qoq[sbew] = (_uc)(1 + qoq[sbew]) * (_uc)(255 + qoq[1 + sbew]); } qoq[361] = 0; } void bnsr(_uli *rikk, _uli *ffap, _uli *hyvh) { for (_si dhmb = 0; dhmb <= 12; dhmb += 1) { rikk[dhmb] = ffap[dhmb] + hyvh[dhmb]; } { _si dbsd; { dbsd = 0; _uli bkhb = 19; for (_si ongn = 12; ongn >= 0; ongn -= 1) { if (rikk[ongn] != 0) { dbsd = ((((rikk[ongn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (dbsd) { { for (_si vsyl = 0; vsyl <= 12; vsyl += 1) { rikk[vsyl] = -rikk[vsyl]; } } } for (_si vqaa = 0; vqaa <= 11; vqaa += 1) { if (((((rikk[vqaa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rikk[1 + vqaa] -= 1; } else { rikk[1 + vqaa] += ((rikk[vqaa]) >> (47)); }; rikk[vqaa] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rikk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dbsd) { { for (_si oypa = 0; oypa <= 12; oypa += 1) { rikk[oypa] = -rikk[oypa]; } } } } } void swbu(_uli *mrut, _uli *afms) { for (_si qlal = 0; qlal <= 12; qlal += 1) { mrut[qlal] = -afms[qlal]; } } _si ktwf(_uli *sfpf) { _si zwxm = 0; _uli fgth = 19; for (_si zicu = 44; zicu >= 0; zicu -= 1) { if (sfpf[zicu] != 0) { zwxm = ((((sfpf[zicu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zwxm; } void fbrq(_uli *ffaz) { for (_si jbve = 0; jbve <= 12; jbve += 1) { ffaz[jbve] = 0; } } void zvvd(_uli *ynsr, _uli *mxqm) { for (_si eiwv = 0; eiwv <= 12; eiwv += 1) { ynsr[eiwv] = -mxqm[eiwv]; } } _uc *ql() { ; _uc *uw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; uw = (_uc *)(_m + 362 * _s); break; } _s += 1; } return uw; } void azhl(_uli *tvaq, _uli *zofi, _uli *tsik, _uli *txao) { { if (zofi != tsik) { for (_si ufpe = 0; ufpe <= 12; ufpe += 1) { zofi[ufpe] = tsik[ufpe]; } } } _si nbax = kiwz(zofi); _si wrtx; { wrtx = -1; for (_si mfoz = 12; mfoz >= 0; mfoz -= 1) { if (txao[mfoz] != 0) { wrtx = mfoz; break; } } } if (nbax >= wrtx) { _si cksd = 0; _uli ggtc = txao[wrtx]; while (ggtc < (((((((_uli)(1)) << (47)))) >> (1)))) { cksd += 1; ggtc <<= 1; } if (wrtx == 0) { cksd += 47; nbax += 1; wrtx += 1; } if (cksd > 0) { fzvb(zofi, cksd); vnuq(txao, cksd); } _si ukjf = nbax - wrtx; ggtc = txao[wrtx]; _uli rexs = txao[-1 + wrtx]; for (_si ehit = ukjf; ehit >= 0; ehit -= 1) { __uint128_t djjw = zofi[ehit + wrtx] + zofi[1 + ehit + wrtx] * (__uint128_t)(((((_uli)(1)) << (47)))); _uli uqc = 0; __uint128_t wjiv = ((djjw) / (ggtc)); __uint128_t mygb = (djjw % ggtc); while (wjiv == ((((_uli)(1)) << (47))) || (rexs * wjiv) > (mygb * ((((_uli)(1)) << (47))) + zofi[-1 + ehit + wrtx])) { wjiv -= 1; mygb += ggtc; if (mygb >= ((((_uli)(1)) << (47)))) { break; } } djjw = 0; for (_si onvx = 0; onvx <= wrtx; onvx += 1) { djjw += txao[onvx] * wjiv; uqc = zofi[ehit + onvx]; if (djjw > uqc) { djjw -= uqc; uqc = djjw % ((((_uli)(1)) << (47))); djjw = ((djjw) / (((((_uli)(1)) << (47))))); if (uqc == 0) { zofi[ehit + onvx] = 0; } else { zofi[ehit + onvx] = ((1 + ~(_uli)(uqc)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); djjw += 1; }; } else { zofi[ehit + onvx] -= djjw; djjw = 0; }; } uqc = zofi[1 + ehit + wrtx]; if (djjw > uqc) { txao[1 + ehit + wrtx] = -1 + wjiv; djjw = 0; for (_si htdt = 0; htdt <= wrtx; htdt += 1) { djjw += txao[htdt] + zofi[ehit + htdt]; zofi[ehit + htdt] = djjw % ((((_uli)(1)) << (47))); djjw = ((djjw) / (((((_uli)(1)) << (47))))); } } else { txao[1 + ehit + wrtx] = wjiv; zofi[1 + ehit + wrtx] -= djjw; }; } for (_si raes = 0; raes <= ukjf; raes += 1) { tvaq[raes] = txao[1 + raes + wrtx]; zofi[1 + raes + wrtx] = 0; } for (_si kmnu = 1 + ukjf; kmnu <= 12; kmnu += 1) { tvaq[kmnu] = 0; } if (tvaq != txao) { for (_si tlnq = 1 + wrtx; tlnq <= (1 + nbax); tlnq += 1) { txao[tlnq] = 0; } if (cksd > 0) { dcem(txao, cksd); } } if (cksd > 0) { tfwm(zofi, cksd); } } } _uli *upi() { ; _uli *lrbm; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; lrbm = (_uli *)(_m + 362 * _s); break; } _s += 1; } return lrbm; } void gazr(_uli *ragb, _uli *ybmg, _uli *pgnp) { for (_si zyud = 0; zyud <= 12; zyud += 1) { ragb[zyud] = pgnp[zyud] + ybmg[zyud]; } nmsn(ragb); } void mzrj(_uli *tlbt, _uli *dvyn) { for (_si wylt = 0; wylt <= 12; wylt += 1) { tlbt[wylt] = -dvyn[wylt]; } } _uli *wsbw() { ; _uli *gjpw; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; gjpw = (_uli *)(_m + 362 * _s); break; } _s += 1; } return gjpw; } void ysmg(_uli *yppk, _uli *vqib, _uli *vjkk) { for (_si cxmi = 0; cxmi <= 12; cxmi += 1) { yppk[cxmi] = vjkk[cxmi] + vqib[cxmi]; } { _si sxub; { sxub = 0; _uli ygks = 19; for (_si ifav = 12; ifav >= 0; ifav -= 1) { if (yppk[ifav] != 0) { sxub = ((((yppk[ifav]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (sxub) { { for (_si lvgj = 0; lvgj <= 12; lvgj += 1) { yppk[lvgj] = -yppk[lvgj]; } } } for (_si lsrm = 0; lsrm <= 11; lsrm += 1) { if (((((yppk[lsrm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yppk[1 + lsrm] -= 1; } else { yppk[1 + lsrm] += ((yppk[lsrm]) >> (47)); }; yppk[lsrm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yppk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sxub) { bbkl(yppk, yppk); } } } _si utzy(_uli *ckiu) { _si ahqz = -1; for (_si eodi = 12; eodi >= 0; eodi -= 1) { if (ckiu[eodi] != 0) { ahqz = eodi; break; } } return ahqz; } void jmap(_uli *mxmf, _si ustn) { mxmf[0] = ustn; for (_si usoz = 1; usoz <= 12; usoz += 1) { mxmf[usoz] = 0; } } void zgva(_uli *xtlp, _si wmgp) { _si fwzg = (wmgp % 47); _si ymfa = ((wmgp) / (47)); _si rtez = wmgp; if (rtez > (8 * sizeof(_uli))) { rtez = -1; } if (ymfa >= 13) { tzhe(xtlp); } else { _uli zlfs = (((((_uli)(1)) << (fwzg))) - ((_uli)(1))); if (rtez < 0) { xtlp[0] = 0; } else { xtlp[0] = ((((xtlp[0]) & (~zlfs))) >> (rtez)); }; if (ymfa != 0) { xtlp[0] += ((((xtlp[ymfa]) & (~zlfs))) >> (fwzg)); } for (_si gtku = 1; gtku <= (12 - ymfa); gtku += 1) { xtlp[-1 + gtku] += ((((((xtlp[gtku + ymfa]) & (zlfs))) << (-fwzg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); xtlp[gtku] = ((((xtlp[gtku + ymfa]) & (~zlfs))) >> (fwzg)); } for (_si kxgy = 13 - ymfa; kxgy <= 12; kxgy += 1) { xtlp[kxgy] = 0; } }; } void dxac(_uli *ezef, _uli *gyum, _uli *wfxf) { for (_si ltcl = 0; ltcl <= 12; ltcl += 1) { ezef[ltcl] = gyum[ltcl] + wfxf[ltcl]; } { _si syue = uorc(ezef); if (syue) { { for (_si nbvb = 0; nbvb <= 12; nbvb += 1) { ezef[nbvb] = -ezef[nbvb]; } } } for (_si twyt = 0; twyt <= 11; twyt += 1) { if (((((ezef[twyt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ezef[1 + twyt] -= 1; } else { ezef[1 + twyt] += ((ezef[twyt]) >> (47)); }; ezef[twyt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ezef[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (syue) { { for (_si khaj = 0; khaj <= 12; khaj += 1) { ezef[khaj] = -ezef[khaj]; } } } } } _si bydu(_uli *uqwq) { _si xcdm = 0; _uli yawl = 19; for (_si itsc = 12; itsc >= 0; itsc -= 1) { if (uqwq[itsc] != 0) { xcdm = ((((uqwq[itsc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return xcdm; } void xsgw(_si gosa, _uli *lywx) { lywx[(((gosa) / (47)))] &= ((((((_uli)(1)) << ((gosa % 47)))) - ((_uli)(1)))); for (_si melh = 1 + (((gosa) / (47))); melh <= 44; melh += 1) { lywx[melh] = 0; } } void okqe(_uc *rkr) { _ui *mvo = (_ui *)(rkr + 64); _uli *uahh = (_uli *)(rkr + 352); mvo[0] = 3072593861; mvo[1] = 3086033710; mvo[2] = 3878829419; mvo[3] = 661946499; mvo[4] = 3836525215; mvo[5] = 533529351; mvo[6] = 1116444951; mvo[7] = 1869145119; uahh[0] = 0; } _si baoc(_uli *mimg) { _si cvhi = 0; _uli nljt = 19; for (_si uxkv = 44; uxkv >= 0; uxkv -= 1) { if (mimg[uxkv] != 0) { cvhi = ((((mimg[uxkv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cvhi; } void csch(_uli *honm, _si gpup) { _si zkpq = (gpup % 47); _si dmbq = ((gpup) / (47)); _si rokd = -zkpq + (((sizeof(_uli)) << (3))); if (dmbq >= 13) { { for (_si jlst = 0; jlst <= 12; jlst += 1) { honm[jlst] = 0; } } } else { for (_si brvo = 12 - dmbq; brvo >= 1; brvo -= 1) { honm[brvo + dmbq] = ((honm[brvo]) << (zkpq)); if (rokd < (8 * sizeof(_uli))) { honm[brvo + dmbq] += ((((honm[-1 + brvo]) >> (rokd))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } honm[dmbq] = ((honm[0]) << (zkpq)); for (_si yify = -1 + dmbq; yify >= 0; yify -= 1) { honm[yify] = 0; } }; xdyy(honm); } void xiut(_uli *ntfl, _uli *fxgo) { _uli *burz = heyy(); _uli *ahlj = gysu(); for (_si cyms = 0; cyms <= 12; cyms += 1) { burz[cyms] = ((fxgo[cyms]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ahlj[cyms] = ((fxgo[cyms]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si csiv = 0; csiv <= 12; csiv += 1) { ntfl[csiv] = 0; } } for (_si sxxm = 0; sxxm <= (-1 + (((13) >> (1)))); sxxm += 1) { for (_si jsop = 0; jsop <= (-1 + (((13) >> (1)))); jsop += 1) { _uli gnpa = ahlj[jsop] * burz[sxxm] + ahlj[sxxm] * burz[jsop]; _uli egav = burz[jsop] * burz[sxxm]; _uli juvx = ahlj[jsop] * ahlj[sxxm]; _uli xild = ((ntfl[jsop + sxxm]) + (egav) + (((((gnpa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xild < egav) { juvx += 1; } _uli wfgr = ((((gnpa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((juvx) << ((-47 + (((sizeof(_uli)) << (3)))))))); ntfl[jsop + sxxm] = xild; ntfl[1 + jsop + sxxm] += wfgr; } cary(ntfl); } { _uc *cysg = (_uc *)(burz); for (_si urgf = 0; urgf <= 360; urgf += 1) { cysg[urgf] = (_uc)(255 + cysg[1 + urgf]) * (_uc)(1 + cysg[urgf]); } cysg[361] = 0; } { _uc *qqmo = (_uc *)(ahlj); for (_si xoma = 0; xoma <= 360; xoma += 1) { qqmo[xoma] = (_uc)(1 + qqmo[xoma]) * (_uc)(255 + qqmo[1 + xoma]); } qqmo[361] = 0; } } void vkoc(_uc *djly, _uc *jsve) { _ui *bekp = (_ui *)(djly + 64); for (_si ogis = 0; ogis <= 7; ogis += 1) { bekp[4 + ogis] = (((_ui)((jsve + 4 * ogis)[0])) + ((((_ui)((jsve + 4 * ogis)[1])) << (8))) + ((((_ui)((jsve + 4 * ogis)[2])) << (16))) + ((((_ui)((jsve + 4 * ogis)[3])) << (24)))); } } void ruxo(_uli *ujof, _si mxaq) { _si jxgw = (mxaq % 47); _si xycc = ((mxaq) / (47)); _si drlg = mxaq; if (drlg > (8 * sizeof(_uli))) { drlg = -1; } if (xycc >= 13) { { for (_si mpkr = 0; mpkr <= 12; mpkr += 1) { ujof[mpkr] = 0; } } } else { _uli xndv = (((((_uli)(1)) << (jxgw))) - ((_uli)(1))); if (drlg < 0) { ujof[0] = 0; } else { ujof[0] = ((((ujof[0]) & (~xndv))) >> (drlg)); }; if (xycc != 0) { ujof[0] += ((((ujof[xycc]) & (~xndv))) >> (jxgw)); } for (_si gznh = 1; gznh <= (12 - xycc); gznh += 1) { ujof[-1 + gznh] += ((((((ujof[gznh + xycc]) & (xndv))) << (-jxgw + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ujof[gznh] = ((((ujof[gznh + xycc]) & (~xndv))) >> (jxgw)); } for (_si acjy = 13 - xycc; acjy <= 12; acjy += 1) { ujof[acjy] = 0; } }; } _uli *ebux() { ; _uli *twax; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; twax = (_uli *)(_m + 362 * _s); break; } _s += 1; } return twax; } void pbic(_uli *fcop, _uli *lbjm, _uli *omgs) { for (_si axzq = 0; axzq <= 12; axzq += 1) { fcop[axzq] = lbjm[axzq] + omgs[axzq]; } ehzg(fcop); } void uzyr(_uli *hgrf) { _si rfwh; { rfwh = 0; _uli mxxt = 19; for (_si gwlq = 12; gwlq >= 0; gwlq -= 1) { if (hgrf[gwlq] != 0) { rfwh = ((((hgrf[gwlq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rfwh) { { for (_si aqlg = 0; aqlg <= 12; aqlg += 1) { hgrf[aqlg] = -hgrf[aqlg]; } } } for (_si hmz = 0; hmz <= 11; hmz += 1) { if (((((hgrf[hmz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hgrf[1 + hmz] -= 1; } else { hgrf[1 + hmz] += ((hgrf[hmz]) >> (47)); }; hgrf[hmz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hgrf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rfwh) { ktan(hgrf, hgrf); } } void pdfl(_uc *jqyr) { _ui *mcgu = (_ui *)(jqyr + 0); _ui *qrrm = (_ui *)(jqyr + 64); for (_si mkug = 0; mkug <= 15; mkug += 1) { mcgu[mkug] = qrrm[mkug]; } for (_si jxdj = 0; jxdj <= 9; jxdj += 1) { pndm(mcgu, 0, 4, 8, 12); { mcgu[1] += mcgu[5]; mcgu[13] ^= mcgu[1]; mcgu[13] = ((((mcgu[13]) << (16))) | (((mcgu[13]) >> (16)))); mcgu[9] += mcgu[13]; mcgu[5] ^= mcgu[9]; mcgu[5] = ((((mcgu[5]) << (12))) | (((mcgu[5]) >> (20)))); mcgu[1] += mcgu[5]; mcgu[13] ^= mcgu[1]; mcgu[13] = ((((mcgu[13]) << (8))) | (((mcgu[13]) >> (24)))); mcgu[9] += mcgu[13]; mcgu[5] ^= mcgu[9]; mcgu[5] = ((((mcgu[5]) << (7))) | (((mcgu[5]) >> (25)))); } { mcgu[2] += mcgu[6]; mcgu[14] ^= mcgu[2]; mcgu[14] = ((((mcgu[14]) << (16))) | (((mcgu[14]) >> (16)))); mcgu[10] += mcgu[14]; mcgu[6] ^= mcgu[10]; mcgu[6] = ((((mcgu[6]) << (12))) | (((mcgu[6]) >> (20)))); mcgu[2] += mcgu[6]; mcgu[14] ^= mcgu[2]; mcgu[14] = ((((mcgu[14]) << (8))) | (((mcgu[14]) >> (24)))); mcgu[10] += mcgu[14]; mcgu[6] ^= mcgu[10]; mcgu[6] = ((((mcgu[6]) << (7))) | (((mcgu[6]) >> (25)))); } ndt(mcgu, 3, 7, 11, 15); ekby(mcgu, 0, 5, 10, 15); wnqj(mcgu, 1, 6, 11, 12); nqzw(mcgu, 2, 7, 8, 13); kgqs(mcgu, 3, 4, 9, 14); _m[65163] += 1; } for (_si blam = 0; blam <= 15; blam += 1) { mcgu[blam] += qrrm[blam]; } qrrm[12] += 1; if (qrrm[12] == 0) { qrrm[13] += 1; } } void nov(_uli *uda, _si exy) { _si ups = (exy % 47); _si otgi = ((exy) / (47)); _si iadz = exy; if (iadz > (8 * sizeof(_uli))) { iadz = -1; } if (otgi >= 13) { qcms(uda); } else { _uli daat = (((((_uli)(1)) << (ups))) - ((_uli)(1))); if (iadz < 0) { uda[0] = 0; } else { uda[0] = ((((uda[0]) & (~daat))) >> (iadz)); }; if (otgi != 0) { uda[0] += ((((uda[otgi]) & (~daat))) >> (ups)); } for (_si ilq = 1; ilq <= (12 - otgi); ilq += 1) { uda[-1 + ilq] += ((((((uda[ilq + otgi]) & (daat))) << (-ups + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); uda[ilq] = ((((uda[ilq + otgi]) & (~daat))) >> (ups)); } for (_si xvrb = 13 - otgi; xvrb <= 12; xvrb += 1) { uda[xvrb] = 0; } }; } void ynmt(_uli *etgr) { for (_si uvxd = 0; uvxd <= 11; uvxd += 1) { etgr[1 + uvxd] += ((etgr[uvxd]) >> (47)); etgr[uvxd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } etgr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uli *vsqi() { ; _uli *okct; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; okct = (_uli *)(_m + 362 * _s); break; } _s += 1; } return okct; } void rngj(_uli *clwl, _uli *ldaf, _uli *zwwk) { for (_si vhet = 0; vhet <= 12; vhet += 1) { clwl[vhet] = ldaf[vhet] - zwwk[vhet]; } why(clwl); } void vxeq(_uc *nlh, _uc *nuz) { _ui *zckw = (_ui *)(nlh + 64); for (_si mbw = 0; mbw <= 7; mbw += 1) { zckw[4 + mbw] = (((_ui)((nuz + 4 * mbw)[0])) + ((((_ui)((nuz + 4 * mbw)[1])) << (8))) + ((((_ui)((nuz + 4 * mbw)[2])) << (16))) + ((((_ui)((nuz + 4 * mbw)[3])) << (24)))); } } void msfp(_uli *nisw) { _uc *xfop = (_uc *)(nisw); for (_si udcw = 0; udcw <= 360; udcw += 1) { xfop[udcw] = (_uc)(255 + xfop[1 + udcw]) * (_uc)(1 + xfop[udcw]); } xfop[361] = 0; } void naxe(_uli *ztwh) { for (_si zmjn = 0; zmjn <= 12; zmjn += 1) { ztwh[zmjn] = 0; } } _si uwlw(_uli *mbzf) { _si vpqb = 0; _uli rjxf = 19; for (_si zujx = 12; zujx >= 0; zujx -= 1) { if (mbzf[zujx] != 0) { vpqb = ((((mbzf[zujx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return vpqb; } void ksbw(_uli *msci, _uli *syju) { if (msci != syju) { for (_si wfbw = 0; wfbw <= 12; wfbw += 1) { msci[wfbw] = syju[wfbw]; } } } _si dafj(_uli *dadf) { _si kovs = 0; _uli fzvm = 19; for (_si rwal = 44; rwal >= 0; rwal -= 1) { if (dadf[rwal] != 0) { kovs = ((((dadf[rwal]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return kovs; } void mcul(_uli *bndr, _uli *kmts) { if (bndr != kmts) { for (_si carf = 0; carf <= 12; carf += 1) { bndr[carf] = kmts[carf]; } } } void ehbz(_uli *iiof, _si eshs) { _si otvw = (eshs % 47); _si ccyx = ((eshs) / (47)); _si infc = -otvw + (((sizeof(_uli)) << (3))); if (ccyx >= 45) { { for (_si qpsm = 0; qpsm <= 44; qpsm += 1) { iiof[qpsm] = 0; } } } else { for (_si rsht = 44 - ccyx; rsht >= 1; rsht -= 1) { iiof[ccyx + rsht] = ((iiof[rsht]) << (otvw)); if (infc < (8 * sizeof(_uli))) { iiof[ccyx + rsht] += ((((iiof[-1 + rsht]) >> (infc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } iiof[ccyx] = ((iiof[0]) << (otvw)); for (_si welu = -1 + ccyx; welu >= 0; welu -= 1) { iiof[welu] = 0; } }; { for (_si wnzj = 0; wnzj <= 43; wnzj += 1) { iiof[1 + wnzj] += ((iiof[wnzj]) >> (47)); iiof[wnzj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iiof[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void zrpr(_uli *fgrn, _uli *wkdw, _uli *crxm) { for (_si yeto = 0; yeto <= 12; yeto += 1) { fgrn[yeto] = -crxm[yeto] + wkdw[yeto]; } wqdu(fgrn); } void ugd(_uc *sxv, _uc *xuxa, _si wmmb) { _ui *ccfc = (_ui *)(sxv + 0); _ui *pccw = (_ui *)(sxv + 128); _uc *etk = (_uc *)(ccfc); for (_si zpbk = 0; zpbk <= (-1 + wmmb); zpbk += 1) { if (pccw[0] >= 64) { cqrg(sxv); pccw[0] = 0; } xuxa[zpbk] ^= etk[pccw[0]]; pccw[0] += 1; } } void ptib(_uli *lhqu, _uli *jfte, _uli *ypld) { for (_si xlxw = 0; xlxw <= 12; xlxw += 1) { lhqu[xlxw] = jfte[xlxw] + ypld[xlxw]; } vnh(lhqu); } void cxge(_uli *cvra, _si clxm) { _si qbax = (clxm % 47); _si hjgu = ((clxm) / (47)); _si vunk = clxm; if (vunk > (8 * sizeof(_uli))) { vunk = -1; } if (hjgu >= 13) { { for (_si gtns = 0; gtns <= 12; gtns += 1) { cvra[gtns] = 0; } } } else { _uli btsc = (((((_uli)(1)) << (qbax))) - ((_uli)(1))); if (vunk < 0) { cvra[0] = 0; } else { cvra[0] = ((((cvra[0]) & (~btsc))) >> (vunk)); }; if (hjgu != 0) { cvra[0] += ((((cvra[hjgu]) & (~btsc))) >> (qbax)); } for (_si jpwn = 1; jpwn <= (12 - hjgu); jpwn += 1) { cvra[-1 + jpwn] += ((((((cvra[hjgu + jpwn]) & (btsc))) << (-qbax + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cvra[jpwn] = ((((cvra[hjgu + jpwn]) & (~btsc))) >> (qbax)); } for (_si iqxe = 13 - hjgu; iqxe <= 12; iqxe += 1) { cvra[iqxe] = 0; } }; } void jdio(_uc *atli, _uc *vvj, _si pgm) { _uc *fmgy = (_uc *)(atli + 0); _uli *bvca = (_uli *)(atli + 352); _si mxor = (_si)(((bvca[0]) & (63))); bvca[0] += pgm; for (_si fldw = 0; fldw <= (-1 + pgm); fldw += 1) { fmgy[mxor] = vvj[fldw]; mxor += 1; if (mxor == 64) { { _uc *zumj = (_uc *)(atli + 0); _ui *iyi = (_ui *)(atli + 64); _ui *dwzz = (_ui *)(atli + 96); _si fpfr = 0; _ui inow = 0; _ui giut = 0; _ui dvpf = 0; _ui strg = 0; _ui wwsf = 0; _ui vgv = 0; for (_si sjiv = 0; sjiv <= 15; sjiv += 1) { dwzz[sjiv] = (((((((((_ui)(zumj[fpfr])) << (24))) | ((((_ui)(zumj[1 + fpfr])) << (16))))) | ((((_ui)(zumj[2 + fpfr])) << (8))))) | ((_ui)(zumj[3 + fpfr]))); fpfr += 4; } for (_si gewt = 16; gewt <= 31; gewt += 1) { inow = ((((((((dwzz[-15 + gewt]) >> (7))) | (((dwzz[-15 + gewt]) << (25))))) ^ (((((dwzz[-15 + gewt]) >> (18))) | (((dwzz[-15 + gewt]) << (14))))))) ^ (((dwzz[-15 + gewt]) >> (3)))); strg = ((((((((dwzz[-2 + gewt]) >> (17))) | (((dwzz[-2 + gewt]) << (15))))) ^ (((((dwzz[-2 + gewt]) >> (19))) | (((dwzz[-2 + gewt]) << (13))))))) ^ (((dwzz[-2 + gewt]) >> (10)))); dwzz[gewt] = dwzz[-7 + gewt] + dwzz[-16 + gewt] + inow + strg; _m[65160] += 1; } _ui sios = iyi[0]; _ui yxnn = iyi[1]; _ui dinn = iyi[2]; _ui ljfw = iyi[3]; _ui vepq = iyi[4]; _ui qjwh = iyi[5]; _ui wbjr = iyi[6]; _ui vmpg = iyi[7]; for (_si xnsg = 0; xnsg <= 31; xnsg += 1) { inow = ((((((((sios) >> (2))) | (((sios) << (30))))) ^ (((((sios) >> (13))) | (((sios) << (19))))))) ^ (((((sios) >> (22))) | (((sios) << (10)))))); giut = ((((((sios) & (yxnn))) ^ (((sios) & (dinn))))) ^ (((yxnn) & (dinn)))); dvpf = giut + inow; strg = ((((((((vepq) >> (6))) | (((vepq) << (26))))) ^ (((((vepq) >> (11))) | (((vepq) << (21))))))) ^ (((((vepq) >> (25))) | (((vepq) << (7)))))); wwsf = ((((vepq) & (qjwh))) ^ (((~vepq) & (wbjr)))); vgv = wwsf + vmpg + strg + dwzz[xnsg] + *(((_ui *)(_m + 246160) + xnsg)); vmpg = wbjr; wbjr = qjwh; qjwh = vepq; vepq = ljfw + vgv; ljfw = dinn; dinn = yxnn; yxnn = sios; sios = dvpf + vgv; _m[65161] += 1; } iyi[0] += sios; iyi[1] += yxnn; iyi[2] += dinn; iyi[3] += ljfw; iyi[4] += vepq; iyi[5] += qjwh; iyi[6] += wbjr; iyi[7] += vmpg; } mxor = 0; } } } void ogdq(_uli *bulv) { _uc *bgri = (_uc *)(bulv); for (_si hogu = 0; hogu <= 360; hogu += 1) { bgri[hogu] = (_uc)(255 + bgri[1 + hogu]) * (_uc)(1 + bgri[hogu]); } bgri[361] = 0; } void zlzd(_si rmuu, _uli *otqv) { otqv[(((rmuu) / (47)))] &= ((((((_uli)(1)) << ((rmuu % 47)))) - ((_uli)(1)))); for (_si lrah = 1 + (((rmuu) / (47))); lrah <= 12; lrah += 1) { otqv[lrah] = 0; } } void zujp(_uli *nmgx, _si glqf) { _si xevk = (glqf % 47); _si uihp = ((glqf) / (47)); _si gtak = glqf; if (gtak > (8 * sizeof(_uli))) { gtak = -1; } if (uihp >= 13) { { for (_si ngmh = 0; ngmh <= 12; ngmh += 1) { nmgx[ngmh] = 0; } } } else { _uli vwug = (((((_uli)(1)) << (xevk))) - ((_uli)(1))); if (gtak < 0) { nmgx[0] = 0; } else { nmgx[0] = ((((nmgx[0]) & (~vwug))) >> (gtak)); }; if (uihp != 0) { nmgx[0] += ((((nmgx[uihp]) & (~vwug))) >> (xevk)); } for (_si ihkb = 1; ihkb <= (12 - uihp); ihkb += 1) { nmgx[-1 + ihkb] += ((((((nmgx[ihkb + uihp]) & (vwug))) << (-xevk + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); nmgx[ihkb] = ((((nmgx[ihkb + uihp]) & (~vwug))) >> (xevk)); } for (_si eoif = 13 - uihp; eoif <= 12; eoif += 1) { nmgx[eoif] = 0; } }; } void xczy(_uli *cnxz, _uli *xirp, _uli *lxte) { for (_si flus = 0; flus <= 12; flus += 1) { cnxz[flus] = -lxte[flus] + xirp[flus]; } { _si ynyw = kybi(cnxz); if (ynyw) { wuer(cnxz, cnxz); } for (_si fard = 0; fard <= 11; fard += 1) { if (((((cnxz[fard]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cnxz[1 + fard] -= 1; } else { cnxz[1 + fard] += ((cnxz[fard]) >> (47)); }; cnxz[fard] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cnxz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ynyw) { { for (_si elug = 0; elug <= 12; elug += 1) { cnxz[elug] = -cnxz[elug]; } } } } } void sbyr(_uli *ywfi, _si xoqc) { _si sksf = (xoqc % 47); _si aort = ((xoqc) / (47)); _si cgmy = xoqc; if (cgmy > (8 * sizeof(_uli))) { cgmy = -1; } if (aort >= 13) { nwsi(ywfi); } else { _uli afgi = (((((_uli)(1)) << (sksf))) - ((_uli)(1))); if (cgmy < 0) { ywfi[0] = 0; } else { ywfi[0] = ((((ywfi[0]) & (~afgi))) >> (cgmy)); }; if (aort != 0) { ywfi[0] += ((((ywfi[aort]) & (~afgi))) >> (sksf)); } for (_si gfsy = 1; gfsy <= (12 - aort); gfsy += 1) { ywfi[-1 + gfsy] += ((((((ywfi[aort + gfsy]) & (afgi))) << (-sksf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ywfi[gfsy] = ((((ywfi[aort + gfsy]) & (~afgi))) >> (sksf)); } for (_si vsvc = 13 - aort; vsvc <= 12; vsvc += 1) { ywfi[vsvc] = 0; } }; } _uli *upff() { ; _uli *sgpi; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; sgpi = (_uli *)(_m + 362 * _s); break; } _s += 1; } return sgpi; } void risj(_uli *zseg) { _uc *lqjn = (_uc *)(zseg); for (_si ybmu = 0; ybmu <= 360; ybmu += 1) { lqjn[ybmu] = (_uc)(255 + lqjn[1 + ybmu]) * (_uc)(1 + lqjn[ybmu]); } lqjn[361] = 0; } void rqqn(_uc *tdcv, _uc *efrh, _uc *acjc, _uc *uodz, _uc *urda, _uc *jemy, _uc *cfgp, _uc *zxuc, _uc *fwhk, _uli *ovcq, _uc *taon, _uc *unuw, _uc *mqmr, _uc *leal, _uc *vlem) { { _ui *xqbt = (_ui *)(tdcv + 64); _uli *scdl = (_uli *)(tdcv + 352); xqbt[0] = 3072593861; xqbt[1] = 3086033710; xqbt[2] = 3878829419; xqbt[3] = 661946499; xqbt[4] = 3836525215; xqbt[5] = 533529351; xqbt[6] = 1116444951; xqbt[7] = 1869145119; scdl[0] = 0; } sypr(tdcv, vlem, 16); ddov(efrh, jemy, taon, 32); { _uc *rxbc = (_uc *)(tdcv + 0); _uli *vzle = (_uli *)(tdcv + 352); _si xrtc = (_si)(((vzle[0]) & (63))); vzle[0] += 32; for (_si wmek = 0; wmek <= 31; wmek += 1) { rxbc[xrtc] = taon[wmek]; xrtc += 1; if (xrtc == 64) { jzot(tdcv); xrtc = 0; } } } grux(acjc, jemy, taon, 32); { { fkb(uodz, cfgp); _ui *iyys = (_ui *)(uodz + 64); _ui *xqak = (_ui *)(uodz + 128); for (_si vyau = 0; vyau <= 3; vyau += 1) { iyys[vyau] = (((_ui)(((_uc *)(_m + 48146) + 4 * vyau)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vyau)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vyau)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * vyau)[3])) << (24)))); } for (_si rowb = 0; rowb <= 3; rowb += 1) { iyys[12 + rowb] = 0; _m[65162] += 1; } xqak[0] = 3904225602; } uajd(uodz, unuw, 32); } zjl(tdcv, unuw, 32); rjug(efrh, cfgp, unuw, 32); bij(urda, zxuc, mqmr, 32); gqlw(tdcv, mqmr, 32); { vhob(efrh, zxuc, 0); kixu(efrh, mqmr, 32); } { { qkoe(urda, fwhk); _ui *aqdw = (_ui *)(urda + 64); _ui *vxiq = (_ui *)(urda + 128); for (_si hdgn = 0; hdgn <= 3; hdgn += 1) { aqdw[hdgn] = (((_ui)(((_uc *)(_m + 48146) + 4 * hdgn)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hdgn)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hdgn)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * hdgn)[3])) << (24)))); } for (_si pcsx = 0; pcsx <= 3; pcsx += 1) { aqdw[12 + pcsx] = 0; _m[65162] += 1; } vxiq[0] = 3904225602; } { _ui *xmsw = (_ui *)(urda + 0); _ui *ospz = (_ui *)(urda + 128); _uc *ljsw = (_uc *)(xmsw); for (_si rdea = 0; rdea <= 31; rdea += 1) { if (ospz[0] >= 64) { mttj(urda); ospz[0] = 0; } leal[rdea] ^= ljsw[ospz[0]]; ospz[0] += 1; } } } { _uc *csyj = (_uc *)(tdcv + 0); _uli *syrd = (_uli *)(tdcv + 352); _si ryzl = (_si)(((syrd[0]) & (63))); syrd[0] += 32; for (_si fouy = 0; fouy <= 31; fouy += 1) { csyj[ryzl] = leal[fouy]; ryzl += 1; if (ryzl == 64) { auva(tdcv); ryzl = 0; } } } gxat(acjc, fwhk, leal, 32); { _uc *zszu = nply(); { _uc *fnih = (_uc *)(tdcv + 0); ctpw(tdcv, zszu, 0); _uli *obod = (_uli *)(tdcv + 352); { _uc *ycti = (_uc *)(tdcv + 0); _ui *shvp = (_ui *)(tdcv + 64); _uli *gsvs = (_uli *)(tdcv + 352); _uli fhjt = 8 * gsvs[0]; _uc ftlj[1]; ftlj[0] = 128; tiag(tdcv, ftlj, 1); while (((((gsvs[0]) & (63))) != (56))) { ftlj[0] = 0; { _uc *antm = (_uc *)(tdcv + 0); _uli *udxa = (_uli *)(tdcv + 352); _si kwsf = (_si)(((udxa[0]) & (63))); udxa[0] += 1; for (_si oehp = 0; oehp <= 0; oehp += 1) { antm[kwsf] = ftlj[oehp]; kwsf += 1; if (kwsf == 64) { { _uc *celk = (_uc *)(tdcv + 0); _ui *gkxu = (_ui *)(tdcv + 64); _ui *kirk = (_ui *)(tdcv + 96); _si gxwg = 0; _ui xvow = 0; _ui bmlx = 0; _ui wltm = 0; _ui meae = 0; _ui pofu = 0; _ui irsv = 0; for (_si rtfc = 0; rtfc <= 15; rtfc += 1) { kirk[rtfc] = (((((((((_ui)(celk[gxwg])) << (24))) | ((((_ui)(celk[1 + gxwg])) << (16))))) | ((((_ui)(celk[2 + gxwg])) << (8))))) | ((_ui)(celk[3 + gxwg]))); gxwg += 4; } for (_si cpre = 16; cpre <= 31; cpre += 1) { xvow = ((((((((kirk[-15 + cpre]) >> (7))) | (((kirk[-15 + cpre]) << (25))))) ^ (((((kirk[-15 + cpre]) >> (18))) | (((kirk[-15 + cpre]) << (14))))))) ^ (((kirk[-15 + cpre]) >> (3)))); meae = ((((((((kirk[-2 + cpre]) >> (17))) | (((kirk[-2 + cpre]) << (15))))) ^ (((((kirk[-2 + cpre]) >> (19))) | (((kirk[-2 + cpre]) << (13))))))) ^ (((kirk[-2 + cpre]) >> (10)))); kirk[cpre] = kirk[-7 + cpre] + kirk[-16 + cpre] + meae + xvow; _m[65160] += 1; } _ui jngh = gkxu[0]; _ui byiv = gkxu[1]; _ui nigz = gkxu[2]; _ui csee = gkxu[3]; _ui mjng = gkxu[4]; _ui vwvs = gkxu[5]; _ui imkc = gkxu[6]; _ui eyqd = gkxu[7]; for (_si gsqv = 0; gsqv <= 31; gsqv += 1) { xvow = ((((((((jngh) >> (2))) | (((jngh) << (30))))) ^ (((((jngh) >> (13))) | (((jngh) << (19))))))) ^ (((((jngh) >> (22))) | (((jngh) << (10)))))); bmlx = ((((((jngh) & (byiv))) ^ (((jngh) & (nigz))))) ^ (((byiv) & (nigz)))); wltm = bmlx + xvow; meae = ((((((((mjng) >> (6))) | (((mjng) << (26))))) ^ (((((mjng) >> (11))) | (((mjng) << (21))))))) ^ (((((mjng) >> (25))) | (((mjng) << (7)))))); pofu = ((((mjng) & (vwvs))) ^ (((~mjng) & (imkc)))); irsv = eyqd + meae + pofu + *(((_ui *)(_m + 246160) + gsqv)) + kirk[gsqv]; eyqd = imkc; imkc = vwvs; vwvs = mjng; mjng = csee + irsv; csee = nigz; nigz = byiv; byiv = jngh; jngh = irsv + wltm; _m[65161] += 1; } gkxu[0] += jngh; gkxu[1] += byiv; gkxu[2] += nigz; gkxu[3] += csee; gkxu[4] += mjng; gkxu[5] += vwvs; gkxu[6] += imkc; gkxu[7] += eyqd; } kwsf = 0; } } } } for (_si bsqg = 0; bsqg <= 7; bsqg += 1) { ftlj[0] = (_uc)(((((fhjt) >> (8 * (7 - bsqg)))) & (255))); { _uc *jfli = (_uc *)(tdcv + 0); _uli *hdaq = (_uli *)(tdcv + 352); _si spdv = (_si)(((hdaq[0]) & (63))); hdaq[0] += 1; for (_si opvf = 0; opvf <= 0; opvf += 1) { jfli[spdv] = ftlj[opvf]; spdv += 1; if (spdv == 64) { { _uc *croh = (_uc *)(tdcv + 0); _ui *nlld = (_ui *)(tdcv + 64); _ui *gmkx = (_ui *)(tdcv + 96); _si dpxd = 0; _ui gqzm = 0; _ui hayx = 0; _ui umok = 0; _ui eded = 0; _ui jqry = 0; _ui gzzg = 0; for (_si kvfq = 0; kvfq <= 15; kvfq += 1) { gmkx[kvfq] = (((((((((_ui)(croh[dpxd])) << (24))) | ((((_ui)(croh[1 + dpxd])) << (16))))) | ((((_ui)(croh[2 + dpxd])) << (8))))) | ((_ui)(croh[3 + dpxd]))); dpxd += 4; } for (_si qjmb = 16; qjmb <= 31; qjmb += 1) { gqzm = ((((((((gmkx[-15 + qjmb]) >> (7))) | (((gmkx[-15 + qjmb]) << (25))))) ^ (((((gmkx[-15 + qjmb]) >> (18))) | (((gmkx[-15 + qjmb]) << (14))))))) ^ (((gmkx[-15 + qjmb]) >> (3)))); eded = ((((((((gmkx[-2 + qjmb]) >> (17))) | (((gmkx[-2 + qjmb]) << (15))))) ^ (((((gmkx[-2 + qjmb]) >> (19))) | (((gmkx[-2 + qjmb]) << (13))))))) ^ (((gmkx[-2 + qjmb]) >> (10)))); gmkx[qjmb] = eded + gmkx[-16 + qjmb] + gmkx[-7 + qjmb] + gqzm; _m[65160] += 1; } _ui frwp = nlld[0]; _ui uunh = nlld[1]; _ui cubu = nlld[2]; _ui jhmj = nlld[3]; _ui ptyz = nlld[4]; _ui tpju = nlld[5]; _ui brbt = nlld[6]; _ui yikc = nlld[7]; for (_si csjg = 0; csjg <= 31; csjg += 1) { gqzm = ((((((((frwp) >> (2))) | (((frwp) << (30))))) ^ (((((frwp) >> (13))) | (((frwp) << (19))))))) ^ (((((frwp) >> (22))) | (((frwp) << (10)))))); hayx = ((((((frwp) & (uunh))) ^ (((frwp) & (cubu))))) ^ (((uunh) & (cubu)))); umok = gqzm + hayx; eded = ((((((((ptyz) >> (6))) | (((ptyz) << (26))))) ^ (((((ptyz) >> (11))) | (((ptyz) << (21))))))) ^ (((((ptyz) >> (25))) | (((ptyz) << (7)))))); jqry = ((((ptyz) & (tpju))) ^ (((~ptyz) & (brbt)))); gzzg = yikc + jqry + gmkx[csjg] + eded + *(((_ui *)(_m + 246160) + csjg)); yikc = brbt; brbt = tpju; tpju = ptyz; ptyz = gzzg + jhmj; jhmj = cubu; cubu = uunh; uunh = frwp; frwp = gzzg + umok; _m[65161] += 1; } nlld[0] += frwp; nlld[1] += uunh; nlld[2] += cubu; nlld[3] += jhmj; nlld[4] += ptyz; nlld[5] += tpju; nlld[6] += brbt; nlld[7] += yikc; } spdv = 0; } } } } _si bddk = 0; for (_si pfja = 0; pfja <= 7; pfja += 1) { _ui hdxa = shvp[pfja]; ycti[bddk] = (_uc)(((((hdxa) >> (24))) & (255))); ycti[1 + bddk] = (_uc)(((((hdxa) >> (16))) & (255))); ycti[2 + bddk] = (_uc)(((((hdxa) >> (8))) & (255))); ycti[3 + bddk] = (_uc)(((hdxa) & (255))); bddk += 4; } } for (_si plvt = 0; plvt <= 31; plvt += 1) { zszu[plvt] = fnih[plvt]; } } ziul(ovcq, zszu); { _uc *isdi = (_uc *)(zszu); for (_si rbic = 0; rbic <= 360; rbic += 1) { isdi[rbic] = (_uc)(1 + isdi[rbic]) * (_uc)(255 + isdi[1 + rbic]); } isdi[361] = 0; } } } void iwlp(_ui *qwow, _si dnlk, _si krwi, _si gybe, _si sphl) { qwow[dnlk] += qwow[krwi]; qwow[sphl] ^= qwow[dnlk]; qwow[sphl] = ((((qwow[sphl]) << (16))) | (((qwow[sphl]) >> (16)))); qwow[gybe] += qwow[sphl]; qwow[krwi] ^= qwow[gybe]; qwow[krwi] = ((((qwow[krwi]) << (12))) | (((qwow[krwi]) >> (20)))); qwow[dnlk] += qwow[krwi]; qwow[sphl] ^= qwow[dnlk]; qwow[sphl] = ((((qwow[sphl]) << (8))) | (((qwow[sphl]) >> (24)))); qwow[gybe] += qwow[sphl]; qwow[krwi] ^= qwow[gybe]; qwow[krwi] = ((((qwow[krwi]) << (7))) | (((qwow[krwi]) >> (25)))); } void jvwp(_uli *aoqv) { for (_si ybem = 0; ybem <= 11; ybem += 1) { aoqv[1 + ybem] += ((aoqv[ybem]) >> (47)); aoqv[ybem] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aoqv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void jcub(_si qixn, _uli *pitg, _uli *vlmk, _uli *sdyg, _uli *qhzm, _uli *shoj) { _uli *evys = sreu(); { evys[0] = 2; for (_si aakc = 1; aakc <= 12; aakc += 1) { evys[aakc] = 0; } } wedk(evys, pitg, evys); qvax(qixn, pitg, vlmk, sdyg, qhzm, shoj, evys); { _uc *csuk = (_uc *)(evys); for (_si kqox = 0; kqox <= 360; kqox += 1) { csuk[kqox] = (_uc)(1 + csuk[kqox]) * (_uc)(255 + csuk[1 + kqox]); } csuk[361] = 0; } } void ddnj(_uc *lmg, _uc *bwp, _uc *erv, _si dgzy) { tjfm(lmg, bwp, 0); ugd(lmg, erv, dgzy); } void jvpp(_uli *doba, _uli *nlej, _uli *xuo) { _uli *jwwz = eymn(); _uli *ulaf = ogrf(); _uli *duu = ypgx(); _uli *rggf = uggb(); for (_si dpic = 0; dpic <= 12; dpic += 1) { jwwz[dpic] = ((nlej[dpic]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ulaf[dpic] = ((nlej[dpic]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); duu[dpic] = ((xuo[dpic]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rggf[dpic] = ((xuo[dpic]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si sbdd = 0; sbdd <= 12; sbdd += 1) { doba[sbdd] = 0; } } for (_si wcre = 0; wcre <= (-1 + (((13) >> (1)))); wcre += 1) { for (_si rifm = 0; rifm <= (-1 + (((13) >> (1)))); rifm += 1) { _uli dnxn = duu[rifm] * ulaf[wcre] + jwwz[wcre] * rggf[rifm]; _uli hwfl = duu[rifm] * jwwz[wcre]; _uli aptd = rggf[rifm] * ulaf[wcre]; _uli abym = ((doba[rifm + wcre]) + (hwfl) + (((((dnxn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (abym < hwfl) { aptd += 1; } _uli llcb = ((((dnxn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((aptd) << ((-47 + (((sizeof(_uli)) << (3)))))))); doba[rifm + wcre] = abym; doba[1 + rifm + wcre] += llcb; } ijti(doba); } btdf(jwwz); { _uc *exzg = (_uc *)(ulaf); for (_si cvvi = 0; cvvi <= 360; cvvi += 1) { exzg[cvvi] = (_uc)(255 + exzg[1 + cvvi]) * (_uc)(1 + exzg[cvvi]); } exzg[361] = 0; } hosm(duu); { _uc *zlqd = (_uc *)(rggf); for (_si plor = 0; plor <= 360; plor += 1) { zlqd[plor] = (_uc)(1 + zlqd[plor]) * (_uc)(255 + zlqd[1 + plor]); } zlqd[361] = 0; } } void zsqt(_uc *rmf, _uc *nigh, _uc *myun, _si kfuj) { { vymz(rmf, nigh); _ui *zpl = (_ui *)(rmf + 64); _ui *hnig = (_ui *)(rmf + 128); for (_si xcui = 0; xcui <= 3; xcui += 1) { zpl[xcui] = (((_ui)(((_uc *)(_m + 48146) + 4 * xcui)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xcui)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xcui)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xcui)[3])) << (24)))); } for (_si lkq = 0; lkq <= 3; lkq += 1) { zpl[12 + lkq] = 0; _m[65162] += 1; } hnig[0] = 3904225602; } { _ui *ibp = (_ui *)(rmf + 0); _ui *mutc = (_ui *)(rmf + 128); _uc *zooy = (_uc *)(ibp); for (_si mfw = 0; mfw <= (-1 + kfuj); mfw += 1) { if (mutc[0] >= 64) { { _ui *odnv = (_ui *)(rmf + 0); _ui *qwqc = (_ui *)(rmf + 64); for (_si zxp = 0; zxp <= 15; zxp += 1) { odnv[zxp] = qwqc[zxp]; } for (_si jyaa = 0; jyaa <= 9; jyaa += 1) { osos(odnv, 0, 4, 8, 12); { odnv[1] += odnv[5]; odnv[13] ^= odnv[1]; odnv[13] = ((((odnv[13]) << (16))) | (((odnv[13]) >> (16)))); odnv[9] += odnv[13]; odnv[5] ^= odnv[9]; odnv[5] = ((((odnv[5]) << (12))) | (((odnv[5]) >> (20)))); odnv[1] += odnv[5]; odnv[13] ^= odnv[1]; odnv[13] = ((((odnv[13]) << (8))) | (((odnv[13]) >> (24)))); odnv[9] += odnv[13]; odnv[5] ^= odnv[9]; odnv[5] = ((((odnv[5]) << (7))) | (((odnv[5]) >> (25)))); } ribh(odnv, 2, 6, 10, 14); { odnv[3] += odnv[7]; odnv[15] ^= odnv[3]; odnv[15] = ((((odnv[15]) << (16))) | (((odnv[15]) >> (16)))); odnv[11] += odnv[15]; odnv[7] ^= odnv[11]; odnv[7] = ((((odnv[7]) << (12))) | (((odnv[7]) >> (20)))); odnv[3] += odnv[7]; odnv[15] ^= odnv[3]; odnv[15] = ((((odnv[15]) << (8))) | (((odnv[15]) >> (24)))); odnv[11] += odnv[15]; odnv[7] ^= odnv[11]; odnv[7] = ((((odnv[7]) << (7))) | (((odnv[7]) >> (25)))); } jbzg(odnv, 0, 5, 10, 15); ptmu(odnv, 1, 6, 11, 12); twri(odnv, 2, 7, 8, 13); pndm(odnv, 3, 4, 9, 14); _m[65163] += 1; } for (_si ksoe = 0; ksoe <= 15; ksoe += 1) { odnv[ksoe] += qwqc[ksoe]; } qwqc[12] += 1; if (qwqc[12] == 0) { qwqc[13] += 1; } } mutc[0] = 0; } myun[mfw] ^= zooy[mutc[0]]; mutc[0] += 1; } } } _uli *scgi() { ; _uli *lgaf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; lgaf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return lgaf; } _si lvfh(_uli *ejle) { _si mhre = -1; for (_si gnlo = 12; gnlo >= 0; gnlo -= 1) { if (ejle[gnlo] != 0) { mhre = gnlo; break; } } return mhre; } void ckwq(_uli *ioex) { _uc *taie = (_uc *)(ioex); for (_si yxmt = 0; yxmt <= 360; yxmt += 1) { taie[yxmt] = (_uc)(255 + taie[1 + yxmt]) * (_uc)(1 + taie[yxmt]); } taie[361] = 0; } void vzvz(_uli *dorr, _uli *jtke, _uli *nulb) { _uli *jmcx = mwob(); _uli *iwfu = ypfg(); _uli *zane = gcbc(); _uli *wobo = enhh(); for (_si jsdu = 0; jsdu <= 12; jsdu += 1) { jmcx[jsdu] = ((jtke[jsdu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iwfu[jsdu] = ((jtke[jsdu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zane[jsdu] = ((nulb[jsdu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wobo[jsdu] = ((nulb[jsdu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ykvl = 0; ykvl <= 12; ykvl += 1) { dorr[ykvl] = 0; } } for (_si itrx = 0; itrx <= (-1 + (((13) >> (1)))); itrx += 1) { for (_si eihc = 0; eihc <= (-1 + (((13) >> (1)))); eihc += 1) { _uli fjpa = iwfu[itrx] * zane[eihc] + jmcx[itrx] * wobo[eihc]; _uli dhkb = jmcx[itrx] * zane[eihc]; _uli gtsk = iwfu[itrx] * wobo[eihc]; _uli dtpt = ((dorr[eihc + itrx]) + (dhkb) + (((((fjpa) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (dtpt < dhkb) { gtsk += 1; } _uli mygg = ((((fjpa) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((gtsk) << ((-47 + (((sizeof(_uli)) << (3)))))))); dorr[eihc + itrx] = dtpt; dorr[1 + eihc + itrx] += mygg; } cden(dorr); } { _uc *pesm = (_uc *)(jmcx); for (_si dpae = 0; dpae <= 360; dpae += 1) { pesm[dpae] = (_uc)(255 + pesm[1 + dpae]) * (_uc)(1 + pesm[dpae]); } pesm[361] = 0; } { _uc *yzen = (_uc *)(iwfu); for (_si dvgf = 0; dvgf <= 360; dvgf += 1) { yzen[dvgf] = (_uc)(255 + yzen[1 + dvgf]) * (_uc)(1 + yzen[dvgf]); } yzen[361] = 0; } rrrg(zane); lwfw(wobo); } void crg(_uli *kunm) { _si opit; { opit = 0; _uli rpqu = 19; for (_si nyt = 12; nyt >= 0; nyt -= 1) { if (kunm[nyt] != 0) { opit = ((((kunm[nyt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (opit) { { for (_si bojv = 0; bojv <= 12; bojv += 1) { kunm[bojv] = -kunm[bojv]; } } } for (_si vzgg = 0; vzgg <= 11; vzgg += 1) { if (((((kunm[vzgg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kunm[1 + vzgg] -= 1; } else { kunm[1 + vzgg] += ((kunm[vzgg]) >> (47)); }; kunm[vzgg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kunm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (opit) { { for (_si bop = 0; bop <= 12; bop += 1) { kunm[bop] = -kunm[bop]; } } } } void iimh(_si lwjl, _uli *zfgt, _uli *kbxe, _uli *mthm, _uli *vike, _uli *qxxi) { nkvm(mthm, vike, qxxi); hsek(lwjl, zfgt, kbxe, mthm, mthm); } void exvl(_uli *qkna, _uli *siks, _uli *hnpk) { _uli *hudq = vbxx(); _uli *aywr = mbpk(); _uli *oajx = wdj(); _uli *nyhl = hvxz(); for (_si qsoe = 0; qsoe <= 44; qsoe += 1) { hudq[qsoe] = ((siks[qsoe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aywr[qsoe] = ((siks[qsoe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); oajx[qsoe] = ((hnpk[qsoe]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); nyhl[qsoe] = ((hnpk[qsoe]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si syvz = 0; syvz <= 44; syvz += 1) { qkna[syvz] = 0; } } for (_si spno = 0; spno <= (-1 + (((45) >> (1)))); spno += 1) { for (_si uzpz = 0; uzpz <= (-1 + (((45) >> (1)))); uzpz += 1) { _uli tfpo = aywr[spno] * oajx[uzpz] + hudq[spno] * nyhl[uzpz]; _uli oiyc = hudq[spno] * oajx[uzpz]; _uli kroq = aywr[spno] * nyhl[uzpz]; _uli mwca = ((qkna[spno + uzpz]) + (oiyc) + (((((tfpo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mwca < oiyc) { kroq += 1; } _uli qnkw = ((((tfpo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kroq) << ((-47 + (((sizeof(_uli)) << (3)))))))); qkna[spno + uzpz] = mwca; qkna[1 + spno + uzpz] += qnkw; } xuxi(qkna); } { _uc *nmyp = (_uc *)(hudq); for (_si iybb = 0; iybb <= 360; iybb += 1) { nmyp[iybb] = (_uc)(1 + nmyp[iybb]) * (_uc)(255 + nmyp[1 + iybb]); } nmyp[361] = 0; } { _uc *xlho = (_uc *)(aywr); for (_si hjss = 0; hjss <= 360; hjss += 1) { xlho[hjss] = (_uc)(255 + xlho[1 + hjss]) * (_uc)(1 + xlho[hjss]); } xlho[361] = 0; } qdxz(oajx); nhn(nyhl); } void fryy(_uli *uvtv) { _si ltw; { ltw = 0; _uli jnfq = 19; for (_si uxl = 12; uxl >= 0; uxl -= 1) { if (uvtv[uxl] != 0) { ltw = ((((uvtv[uxl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ltw) { { for (_si jcnd = 0; jcnd <= 12; jcnd += 1) { uvtv[jcnd] = -uvtv[jcnd]; } } } for (_si mrn = 0; mrn <= 11; mrn += 1) { if (((((uvtv[mrn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uvtv[1 + mrn] -= 1; } else { uvtv[1 + mrn] += ((uvtv[mrn]) >> (47)); }; uvtv[mrn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uvtv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ltw) { { for (_si yojl = 0; yojl <= 12; yojl += 1) { uvtv[yojl] = -uvtv[yojl]; } } } } void ricf(_si jxsu, _uli *fsva, _uli *yxgy, _uli *yatm, _uli *bcvz, _uli *lsyu) { { _uli *wxxw = oind(); _uli *xkwr = thlc(); _uli *sqrw = bcqr(); _uli *xllg = zuyb(); for (_si vele = 0; vele <= 12; vele += 1) { wxxw[vele] = ((bcvz[vele]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xkwr[vele] = ((bcvz[vele]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); sqrw[vele] = ((lsyu[vele]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xllg[vele] = ((lsyu[vele]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yieq = 0; yieq <= 12; yieq += 1) { yatm[yieq] = 0; } } for (_si mynd = 0; mynd <= (-1 + (((13) >> (1)))); mynd += 1) { for (_si ixkl = 0; ixkl <= (-1 + (((13) >> (1)))); ixkl += 1) { _uli jcvt = sqrw[ixkl] * xkwr[mynd] + wxxw[mynd] * xllg[ixkl]; _uli lzii = sqrw[ixkl] * wxxw[mynd]; _uli lsik = xkwr[mynd] * xllg[ixkl]; _uli sqcy = ((yatm[ixkl + mynd]) + (lzii) + (((((jcvt) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (sqcy < lzii) { lsik += 1; } _uli ofpk = ((((jcvt) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((lsik) << ((-47 + (((sizeof(_uli)) << (3)))))))); yatm[ixkl + mynd] = sqcy; yatm[1 + ixkl + mynd] += ofpk; } ptrb(yatm); } qxmn(wxxw); { _uc *oaht = (_uc *)(xkwr); for (_si qiay = 0; qiay <= 360; qiay += 1) { oaht[qiay] = (_uc)(1 + oaht[qiay]) * (_uc)(255 + oaht[1 + qiay]); } oaht[361] = 0; } { _uc *ccfm = (_uc *)(sqrw); for (_si dlkx = 0; dlkx <= 360; dlkx += 1) { ccfm[dlkx] = (_uc)(1 + ccfm[dlkx]) * (_uc)(255 + ccfm[1 + dlkx]); } ccfm[361] = 0; } apeo(xllg); } { _uli *nqun = rznt(); vmzr(nqun, yatm); { ; } { yatm[(((jxsu) / (47)))] &= ((((((_uli)(1)) << ((jxsu % 47)))) - ((_uli)(1)))); for (_si xnkh = 1 + (((jxsu) / (47))); xnkh <= 12; xnkh += 1) { yatm[xnkh] = 0; } } { _uli *peuq = trch(); _uli *qghc = iaks(); _uli *gkcp = xmqq(); _uli *tbfw = wjle(); for (_si hlov = 0; hlov <= 12; hlov += 1) { peuq[hlov] = ((yatm[hlov]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qghc[hlov] = ((yatm[hlov]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gkcp[hlov] = ((yxgy[hlov]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tbfw[hlov] = ((yxgy[hlov]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si omuk = 0; omuk <= 12; omuk += 1) { yatm[omuk] = 0; } } for (_si devp = 0; devp <= (-1 + (((13) >> (1)))); devp += 1) { for (_si heup = 0; heup <= (-1 + (((13) >> (1)))); heup += 1) { _uli gztz = gkcp[heup] * qghc[devp] + peuq[devp] * tbfw[heup]; _uli kwdp = gkcp[heup] * peuq[devp]; _uli fvdw = qghc[devp] * tbfw[heup]; _uli susd = ((yatm[devp + heup]) + (kwdp) + (((((gztz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (susd < kwdp) { fvdw += 1; } _uli jlok = ((((gztz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((fvdw) << ((-47 + (((sizeof(_uli)) << (3)))))))); yatm[devp + heup] = susd; yatm[1 + devp + heup] += jlok; } { for (_si lkxf = 0; lkxf <= 11; lkxf += 1) { yatm[1 + lkxf] += ((yatm[lkxf]) >> (47)); yatm[lkxf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yatm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *rkry = (_uc *)(peuq); for (_si osqy = 0; osqy <= 360; osqy += 1) { rkry[osqy] = (_uc)(255 + rkry[1 + osqy]) * (_uc)(1 + rkry[osqy]); } rkry[361] = 0; } { _uc *hlam = (_uc *)(qghc); for (_si krxq = 0; krxq <= 360; krxq += 1) { hlam[krxq] = (_uc)(255 + hlam[1 + krxq]) * (_uc)(1 + hlam[krxq]); } hlam[361] = 0; } kwcf(gkcp); { _uc *qhzr = (_uc *)(tbfw); for (_si gphz = 0; gphz <= 360; gphz += 1) { qhzr[gphz] = (_uc)(255 + qhzr[1 + gphz]) * (_uc)(1 + qhzr[gphz]); } qhzr[361] = 0; } } { yatm[(((jxsu) / (47)))] &= ((((((_uli)(1)) << ((jxsu % 47)))) - ((_uli)(1)))); for (_si duuu = 1 + (((jxsu) / (47))); duuu <= 12; duuu += 1) { yatm[duuu] = 0; } } cjqx(yatm, yatm, fsva); { for (_si odzt = 0; odzt <= 12; odzt += 1) { yatm[odzt] = nqun[odzt] + yatm[odzt]; } { _si soaa; { soaa = 0; _uli szuj = 19; for (_si zvlx = 12; zvlx >= 0; zvlx -= 1) { if (yatm[zvlx] != 0) { soaa = ((((yatm[zvlx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (soaa) { { for (_si sqmd = 0; sqmd <= 12; sqmd += 1) { yatm[sqmd] = -yatm[sqmd]; } } } for (_si qpuz = 0; qpuz <= 11; qpuz += 1) { if (((((yatm[qpuz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yatm[1 + qpuz] -= 1; } else { yatm[1 + qpuz] += ((yatm[qpuz]) >> (47)); }; yatm[qpuz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yatm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (soaa) { { for (_si qhju = 0; qhju <= 12; qhju += 1) { yatm[qhju] = -yatm[qhju]; } } } } } { _si ajsg = (jxsu % 47); _si bqgz = ((jxsu) / (47)); _si eljh = jxsu; if (eljh > (8 * sizeof(_uli))) { eljh = -1; } if (bqgz >= 13) { { for (_si wffo = 0; wffo <= 12; wffo += 1) { yatm[wffo] = 0; } } } else { _uli ibgg = (((((_uli)(1)) << (ajsg))) - ((_uli)(1))); if (eljh < 0) { yatm[0] = 0; } else { yatm[0] = ((((yatm[0]) & (~ibgg))) >> (eljh)); }; if (bqgz != 0) { yatm[0] += ((((yatm[bqgz]) & (~ibgg))) >> (ajsg)); } for (_si lcyo = 1; lcyo <= (12 - bqgz); lcyo += 1) { yatm[-1 + lcyo] += ((((((yatm[bqgz + lcyo]) & (ibgg))) << (-ajsg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yatm[lcyo] = ((((yatm[bqgz + lcyo]) & (~ibgg))) >> (ajsg)); } for (_si kjqc = 13 - bqgz; kjqc <= 12; kjqc += 1) { yatm[kjqc] = 0; } }; } { for (_si kpva = 0; kpva <= 12; kpva += 1) { nqun[kpva] = -fsva[kpva] + yatm[kpva]; } gtlv(nqun); } _si gkpu; { gkpu = 0; _uli svoa = 19; for (_si lgvw = 12; lgvw >= 0; lgvw -= 1) { if (nqun[lgvw] != 0) { gkpu = ((((nqun[lgvw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!gkpu) { { if (yatm != nqun) { for (_si hwvr = 0; hwvr <= 12; hwvr += 1) { yatm[hwvr] = nqun[hwvr]; } } } } qxmn(nqun); } } void goin(_uc *ciuc) { _uc *zou = (_uc *)(ciuc); for (_si snsn = 0; snsn <= 360; snsn += 1) { zou[snsn] = (_uc)(1 + zou[snsn]) * (_uc)(255 + zou[1 + snsn]); } zou[361] = 0; } void gcnl(_uli *vqjd) { for (_si npls = 0; npls <= 11; npls += 1) { vqjd[1 + npls] += ((vqjd[npls]) >> (47)); vqjd[npls] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vqjd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ymue(_uli *bou) { for (_si geas = 0; geas <= 12; geas += 1) { bou[geas] = 0; } } void zyor(_uli *qbrl) { for (_si bqra = 0; bqra <= 12; bqra += 1) { qbrl[bqra] = 0; } } void ohym(_uli *rpbd, _si wyl) { _si qag = (wyl % 47); _si ekx = ((wyl) / (47)); _si fvvj = wyl; if (fvvj > (8 * sizeof(_uli))) { fvvj = -1; } if (ekx >= 45) { { for (_si smk = 0; smk <= 44; smk += 1) { rpbd[smk] = 0; } } } else { _uli relk = (((((_uli)(1)) << (qag))) - ((_uli)(1))); if (fvvj < 0) { rpbd[0] = 0; } else { rpbd[0] = ((((rpbd[0]) & (~relk))) >> (fvvj)); }; if (ekx != 0) { rpbd[0] += ((((rpbd[ekx]) & (~relk))) >> (qag)); } for (_si kknb = 1; kknb <= (44 - ekx); kknb += 1) { rpbd[-1 + kknb] += ((((((rpbd[ekx + kknb]) & (relk))) << (-qag + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); rpbd[kknb] = ((((rpbd[ekx + kknb]) & (~relk))) >> (qag)); } for (_si kdpm = 45 - ekx; kdpm <= 44; kdpm += 1) { rpbd[kdpm] = 0; } }; } void gvk(_uli *edid, _uli *fynp) { for (_si iidh = 0; iidh <= 44; iidh += 1) { edid[iidh] = -fynp[iidh]; } } void bjbk(_uli *wxwr, _uli *wzoo) { for (_si xrpc = 0; xrpc <= 12; xrpc += 1) { wxwr[xrpc] = -wzoo[xrpc]; } } void zwbk(_uli *qafs, _uli *hpst, _uli *fwnp) { for (_si ysnd = 0; ysnd <= 44; ysnd += 1) { qafs[ysnd] = -fwnp[ysnd] + hpst[ysnd]; } { _si anwl; { anwl = 0; _uli tlzx = 19; for (_si tjgi = 44; tjgi >= 0; tjgi -= 1) { if (qafs[tjgi] != 0) { anwl = ((((qafs[tjgi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (anwl) { { for (_si vayr = 0; vayr <= 44; vayr += 1) { qafs[vayr] = -qafs[vayr]; } } } for (_si jmcv = 0; jmcv <= 43; jmcv += 1) { if (((((qafs[jmcv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qafs[1 + jmcv] -= 1; } else { qafs[1 + jmcv] += ((qafs[jmcv]) >> (47)); }; qafs[jmcv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qafs[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (anwl) { { for (_si uuyk = 0; uuyk <= 44; uuyk += 1) { qafs[uuyk] = -qafs[uuyk]; } } } } } _uli *eymn() { ; _uli *qbku; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; qbku = (_uli *)(_m + 362 * _s); break; } _s += 1; } return qbku; } void fghx(_si oxza, _uli *tjmf, _uli *awra, _uli *qmif, _uli *ckjk, _uli *ochv) { { _uli *bkkw = bkjh(); _uli *jede = jxo(); _uli *muam = vbpn(); _uli *kzdk = sdtj(); for (_si qbcj = 0; qbcj <= 12; qbcj += 1) { bkkw[qbcj] = ((ckjk[qbcj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jede[qbcj] = ((ckjk[qbcj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); muam[qbcj] = ((ochv[qbcj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kzdk[qbcj] = ((ochv[qbcj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si entj = 0; entj <= 12; entj += 1) { qmif[entj] = 0; } } for (_si wnkb = 0; wnkb <= (-1 + (((13) >> (1)))); wnkb += 1) { for (_si eiim = 0; eiim <= (-1 + (((13) >> (1)))); eiim += 1) { _uli ybfo = bkkw[wnkb] * kzdk[eiim] + jede[wnkb] * muam[eiim]; _uli ufco = bkkw[wnkb] * muam[eiim]; _uli uwwq = jede[wnkb] * kzdk[eiim]; _uli xbec = ((qmif[eiim + wnkb]) + (ufco) + (((((ybfo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xbec < ufco) { uwwq += 1; } _uli zjcy = ((((ybfo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uwwq) << ((-47 + (((sizeof(_uli)) << (3)))))))); qmif[eiim + wnkb] = xbec; qmif[1 + eiim + wnkb] += zjcy; } { for (_si kwbw = 0; kwbw <= 11; kwbw += 1) { qmif[1 + kwbw] += ((qmif[kwbw]) >> (47)); qmif[kwbw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qmif[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } kqqy(bkkw); { _uc *edug = (_uc *)(jede); for (_si ahwb = 0; ahwb <= 360; ahwb += 1) { edug[ahwb] = (_uc)(255 + edug[1 + ahwb]) * (_uc)(1 + edug[ahwb]); } edug[361] = 0; } { _uc *orxn = (_uc *)(muam); for (_si oxen = 0; oxen <= 360; oxen += 1) { orxn[oxen] = (_uc)(1 + orxn[oxen]) * (_uc)(255 + orxn[1 + oxen]); } orxn[361] = 0; } { _uc *rvty = (_uc *)(kzdk); for (_si owzl = 0; owzl <= 360; owzl += 1) { rvty[owzl] = (_uc)(1 + rvty[owzl]) * (_uc)(255 + rvty[1 + owzl]); } rvty[361] = 0; } } { _uli *mnad = test(); { if (mnad != qmif) { for (_si pfoa = 0; pfoa <= 12; pfoa += 1) { mnad[pfoa] = qmif[pfoa]; } } } cksb(qmif, qmif); hyrz(oxza, qmif); { _uli *bmtl = zuyb(); _uli *sigg = ltdc(); _uli *riyv = upi(); _uli *yjem = bveb(); for (_si mcvr = 0; mcvr <= 12; mcvr += 1) { bmtl[mcvr] = ((qmif[mcvr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sigg[mcvr] = ((qmif[mcvr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); riyv[mcvr] = ((awra[mcvr]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yjem[mcvr] = ((awra[mcvr]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si tovb = 0; tovb <= 12; tovb += 1) { qmif[tovb] = 0; } } for (_si tjab = 0; tjab <= (-1 + (((13) >> (1)))); tjab += 1) { for (_si jwnd = 0; jwnd <= (-1 + (((13) >> (1)))); jwnd += 1) { _uli ajuc = bmtl[tjab] * yjem[jwnd] + riyv[jwnd] * sigg[tjab]; _uli ijaq = bmtl[tjab] * riyv[jwnd]; _uli echa = sigg[tjab] * yjem[jwnd]; _uli ggqc = ((qmif[jwnd + tjab]) + (ijaq) + (((((ajuc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ggqc < ijaq) { echa += 1; } _uli cjel = ((((ajuc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((echa) << ((-47 + (((sizeof(_uli)) << (3)))))))); qmif[jwnd + tjab] = ggqc; qmif[1 + jwnd + tjab] += cjel; } uobp(qmif); } { _uc *fvcu = (_uc *)(bmtl); for (_si wwed = 0; wwed <= 360; wwed += 1) { fvcu[wwed] = (_uc)(1 + fvcu[wwed]) * (_uc)(255 + fvcu[1 + wwed]); } fvcu[361] = 0; } { _uc *rmqo = (_uc *)(sigg); for (_si brgm = 0; brgm <= 360; brgm += 1) { rmqo[brgm] = (_uc)(255 + rmqo[1 + brgm]) * (_uc)(1 + rmqo[brgm]); } rmqo[361] = 0; } { _uc *sbdy = (_uc *)(riyv); for (_si mbqt = 0; mbqt <= 360; mbqt += 1) { sbdy[mbqt] = (_uc)(255 + sbdy[1 + mbqt]) * (_uc)(1 + sbdy[mbqt]); } sbdy[361] = 0; } ssbd(yjem); } ejta(oxza, qmif); { _uli *xyfz = etis(); _uli *ccqa = bkjh(); _uli *ihif = zdnl(); _uli *xgiu = cevs(); for (_si yycf = 0; yycf <= 12; yycf += 1) { xyfz[yycf] = ((qmif[yycf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ccqa[yycf] = ((qmif[yycf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ihif[yycf] = ((tjmf[yycf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); xgiu[yycf] = ((tjmf[yycf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si anzd = 0; anzd <= 12; anzd += 1) { qmif[anzd] = 0; } } for (_si llaz = 0; llaz <= (-1 + (((13) >> (1)))); llaz += 1) { for (_si aeig = 0; aeig <= (-1 + (((13) >> (1)))); aeig += 1) { _uli uxpo = ccqa[llaz] * ihif[aeig] + xgiu[aeig] * xyfz[llaz]; _uli sjci = ihif[aeig] * xyfz[llaz]; _uli owpr = ccqa[llaz] * xgiu[aeig]; _uli ucmu = ((qmif[aeig + llaz]) + (sjci) + (((((uxpo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ucmu < sjci) { owpr += 1; } _uli hkqj = ((((uxpo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((owpr) << ((-47 + (((sizeof(_uli)) << (3)))))))); qmif[aeig + llaz] = ucmu; qmif[1 + aeig + llaz] += hkqj; } cudf(qmif); } plo(xyfz); iymp(ccqa); mpms(ihif); awun(xgiu); } { for (_si mmdf = 0; mmdf <= 12; mmdf += 1) { qmif[mmdf] = mnad[mmdf] + qmif[mmdf]; } vufn(qmif); } spvs(qmif, oxza); { for (_si ohjj = 0; ohjj <= 12; ohjj += 1) { mnad[ohjj] = qmif[ohjj] - tjmf[ohjj]; } { _si zvve = nyef(mnad); if (zvve) { { for (_si ednu = 0; ednu <= 12; ednu += 1) { mnad[ednu] = -mnad[ednu]; } } } for (_si lmeo = 0; lmeo <= 11; lmeo += 1) { if (((((mnad[lmeo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mnad[1 + lmeo] -= 1; } else { mnad[1 + lmeo] += ((mnad[lmeo]) >> (47)); }; mnad[lmeo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mnad[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (zvve) { { for (_si mkzn = 0; mkzn <= 12; mkzn += 1) { mnad[mkzn] = -mnad[mkzn]; } } } } } _si bwfy; { bwfy = 0; _uli vmyx = 19; for (_si rehr = 12; rehr >= 0; rehr -= 1) { if (mnad[rehr] != 0) { bwfy = ((((mnad[rehr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!bwfy) { { if (qmif != mnad) { for (_si ywjd = 0; ywjd <= 12; ywjd += 1) { qmif[ywjd] = mnad[ywjd]; } } } } { _uc *bcub = (_uc *)(mnad); for (_si rdiu = 0; rdiu <= 360; rdiu += 1) { bcub[rdiu] = (_uc)(255 + bcub[1 + rdiu]) * (_uc)(1 + bcub[rdiu]); } bcub[361] = 0; } } } void hsws(_uli *hxay, _uli *qdbh) { for (_si hhfj = 0; hhfj <= 12; hhfj += 1) { hxay[hhfj] = -qdbh[hhfj]; } } void sxjn(_uli *ewbf, _uli *ofka, _uli *trsc) { for (_si weyu = 0; weyu <= 12; weyu += 1) { ewbf[weyu] = ofka[weyu] + trsc[weyu]; } lzae(ewbf); } void kssb(_uli *ekgc) { for (_si pdhj = 0; pdhj <= 12; pdhj += 1) { ekgc[pdhj] = 0; } } void brs(_uli *jaju) { _uc *cqyb = (_uc *)(jaju); for (_si ndce = 0; ndce <= 360; ndce += 1) { cqyb[ndce] = (_uc)(1 + cqyb[ndce]) * (_uc)(255 + cqyb[1 + ndce]); } cqyb[361] = 0; } void kqqw(_uli *mthy) { _si btqi; { btqi = 0; _uli svvz = 19; for (_si wlfe = 12; wlfe >= 0; wlfe -= 1) { if (mthy[wlfe] != 0) { btqi = ((((mthy[wlfe]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (btqi) { { for (_si iczr = 0; iczr <= 12; iczr += 1) { mthy[iczr] = -mthy[iczr]; } } } for (_si ldgy = 0; ldgy <= 11; ldgy += 1) { if (((((mthy[ldgy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mthy[1 + ldgy] -= 1; } else { mthy[1 + ldgy] += ((mthy[ldgy]) >> (47)); }; mthy[ldgy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mthy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (btqi) { { for (_si lmmh = 0; lmmh <= 12; lmmh += 1) { mthy[lmmh] = -mthy[lmmh]; } } } } void eysh(_uc *buic, _uc *rceh) { _ui *bbgs = (_ui *)(buic + 64); for (_si ptum = 0; ptum <= 7; ptum += 1) { bbgs[4 + ptum] = (((_ui)((rceh + 4 * ptum)[0])) + ((((_ui)((rceh + 4 * ptum)[1])) << (8))) + ((((_ui)((rceh + 4 * ptum)[2])) << (16))) + ((((_ui)((rceh + 4 * ptum)[3])) << (24)))); } } void mjt(_ui *orp, _si hgol, _si nzg, _si tkw, _si hvbd) { orp[hgol] += orp[nzg]; orp[hvbd] ^= orp[hgol]; orp[hvbd] = ((((orp[hvbd]) << (16))) | (((orp[hvbd]) >> (16)))); orp[tkw] += orp[hvbd]; orp[nzg] ^= orp[tkw]; orp[nzg] = ((((orp[nzg]) << (12))) | (((orp[nzg]) >> (20)))); orp[hgol] += orp[nzg]; orp[hvbd] ^= orp[hgol]; orp[hvbd] = ((((orp[hvbd]) << (8))) | (((orp[hvbd]) >> (24)))); orp[tkw] += orp[hvbd]; orp[nzg] ^= orp[tkw]; orp[nzg] = ((((orp[nzg]) << (7))) | (((orp[nzg]) >> (25)))); } void lilk(_uli *brur) { _si sopq = oigx(brur); if (sopq) { { for (_si swtc = 0; swtc <= 44; swtc += 1) { brur[swtc] = -brur[swtc]; } } } for (_si wspv = 0; wspv <= 43; wspv += 1) { if (((((brur[wspv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { brur[1 + wspv] -= 1; } else { brur[1 + wspv] += ((brur[wspv]) >> (47)); }; brur[wspv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } brur[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sopq) { { for (_si kjfi = 0; kjfi <= 44; kjfi += 1) { brur[kjfi] = -brur[kjfi]; } } } } void zgso(_uli *ahwu, _uli *sgxl) { for (_si pgfv = 0; pgfv <= 12; pgfv += 1) { ahwu[pgfv] = -sgxl[pgfv]; } } void hyn(_uc *dkd, _uc *ynor, _si mixm) { _ui *smo = (_ui *)(dkd + 0); _ui *bnvo = (_ui *)(dkd + 128); _uc *tsg = (_uc *)(smo); for (_si fhky = 0; fhky <= (-1 + mixm); fhky += 1) { if (bnvo[0] >= 64) { eolx(dkd); bnvo[0] = 0; } ynor[fhky] ^= tsg[bnvo[0]]; bnvo[0] += 1; } } void dcem(_uli *esci, _si relr) { _si ihro = (relr % 47); _si roqh = ((relr) / (47)); _si goqp = relr; if (goqp > (8 * sizeof(_uli))) { goqp = -1; } if (roqh >= 13) { diji(esci); } else { _uli tpqv = (((((_uli)(1)) << (ihro))) - ((_uli)(1))); if (goqp < 0) { esci[0] = 0; } else { esci[0] = ((((esci[0]) & (~tpqv))) >> (goqp)); }; if (roqh != 0) { esci[0] += ((((esci[roqh]) & (~tpqv))) >> (ihro)); } for (_si ztcw = 1; ztcw <= (12 - roqh); ztcw += 1) { esci[-1 + ztcw] += ((((((esci[roqh + ztcw]) & (tpqv))) << (-ihro + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); esci[ztcw] = ((((esci[roqh + ztcw]) & (~tpqv))) >> (ihro)); } for (_si uoux = 13 - roqh; uoux <= 12; uoux += 1) { esci[uoux] = 0; } }; } void zmk(_uli *tbzc) { _uc *awzi = (_uc *)(tbzc); for (_si pug = 0; pug <= 360; pug += 1) { awzi[pug] = (_uc)(255 + awzi[1 + pug]) * (_uc)(1 + awzi[pug]); } awzi[361] = 0; } void iuy(_uli *uqy, _uli *rlzu) { if (uqy != rlzu) { for (_si sswd = 0; sswd <= 12; sswd += 1) { uqy[sswd] = rlzu[sswd]; } } } void laec(_uc *fxsq, _uc *ddfp, _uc *zazg, _si xvuc) { { aqhv(fxsq, ddfp); _ui *bgxs = (_ui *)(fxsq + 64); _ui *pyjg = (_ui *)(fxsq + 128); for (_si dpjx = 0; dpjx <= 3; dpjx += 1) { bgxs[dpjx] = (((_ui)(((_uc *)(_m + 48146) + 4 * dpjx)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dpjx)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dpjx)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * dpjx)[3])) << (24)))); } for (_si vrak = 0; vrak <= 3; vrak += 1) { bgxs[12 + vrak] = 0; _m[65162] += 1; } pyjg[0] = 3904225602; } { _ui *bqjx = (_ui *)(fxsq + 0); _ui *eadl = (_ui *)(fxsq + 128); _uc *lokj = (_uc *)(bqjx); for (_si orjb = 0; orjb <= (-1 + xvuc); orjb += 1) { if (eadl[0] >= 64) { { _ui *ywuh = (_ui *)(fxsq + 0); _ui *olfg = (_ui *)(fxsq + 64); for (_si aqfo = 0; aqfo <= 15; aqfo += 1) { ywuh[aqfo] = olfg[aqfo]; } for (_si cvui = 0; cvui <= 9; cvui += 1) { { ywuh[0] += ywuh[4]; ywuh[12] ^= ywuh[0]; ywuh[12] = ((((ywuh[12]) << (16))) | (((ywuh[12]) >> (16)))); ywuh[8] += ywuh[12]; ywuh[4] ^= ywuh[8]; ywuh[4] = ((((ywuh[4]) << (12))) | (((ywuh[4]) >> (20)))); ywuh[0] += ywuh[4]; ywuh[12] ^= ywuh[0]; ywuh[12] = ((((ywuh[12]) << (8))) | (((ywuh[12]) >> (24)))); ywuh[8] += ywuh[12]; ywuh[4] ^= ywuh[8]; ywuh[4] = ((((ywuh[4]) << (7))) | (((ywuh[4]) >> (25)))); } { ywuh[1] += ywuh[5]; ywuh[13] ^= ywuh[1]; ywuh[13] = ((((ywuh[13]) << (16))) | (((ywuh[13]) >> (16)))); ywuh[9] += ywuh[13]; ywuh[5] ^= ywuh[9]; ywuh[5] = ((((ywuh[5]) << (12))) | (((ywuh[5]) >> (20)))); ywuh[1] += ywuh[5]; ywuh[13] ^= ywuh[1]; ywuh[13] = ((((ywuh[13]) << (8))) | (((ywuh[13]) >> (24)))); ywuh[9] += ywuh[13]; ywuh[5] ^= ywuh[9]; ywuh[5] = ((((ywuh[5]) << (7))) | (((ywuh[5]) >> (25)))); } { ywuh[2] += ywuh[6]; ywuh[14] ^= ywuh[2]; ywuh[14] = ((((ywuh[14]) << (16))) | (((ywuh[14]) >> (16)))); ywuh[10] += ywuh[14]; ywuh[6] ^= ywuh[10]; ywuh[6] = ((((ywuh[6]) << (12))) | (((ywuh[6]) >> (20)))); ywuh[2] += ywuh[6]; ywuh[14] ^= ywuh[2]; ywuh[14] = ((((ywuh[14]) << (8))) | (((ywuh[14]) >> (24)))); ywuh[10] += ywuh[14]; ywuh[6] ^= ywuh[10]; ywuh[6] = ((((ywuh[6]) << (7))) | (((ywuh[6]) >> (25)))); } { ywuh[3] += ywuh[7]; ywuh[15] ^= ywuh[3]; ywuh[15] = ((((ywuh[15]) << (16))) | (((ywuh[15]) >> (16)))); ywuh[11] += ywuh[15]; ywuh[7] ^= ywuh[11]; ywuh[7] = ((((ywuh[7]) << (12))) | (((ywuh[7]) >> (20)))); ywuh[3] += ywuh[7]; ywuh[15] ^= ywuh[3]; ywuh[15] = ((((ywuh[15]) << (8))) | (((ywuh[15]) >> (24)))); ywuh[11] += ywuh[15]; ywuh[7] ^= ywuh[11]; ywuh[7] = ((((ywuh[7]) << (7))) | (((ywuh[7]) >> (25)))); } { ywuh[0] += ywuh[5]; ywuh[15] ^= ywuh[0]; ywuh[15] = ((((ywuh[15]) << (16))) | (((ywuh[15]) >> (16)))); ywuh[10] += ywuh[15]; ywuh[5] ^= ywuh[10]; ywuh[5] = ((((ywuh[5]) << (12))) | (((ywuh[5]) >> (20)))); ywuh[0] += ywuh[5]; ywuh[15] ^= ywuh[0]; ywuh[15] = ((((ywuh[15]) << (8))) | (((ywuh[15]) >> (24)))); ywuh[10] += ywuh[15]; ywuh[5] ^= ywuh[10]; ywuh[5] = ((((ywuh[5]) << (7))) | (((ywuh[5]) >> (25)))); } { ywuh[1] += ywuh[6]; ywuh[12] ^= ywuh[1]; ywuh[12] = ((((ywuh[12]) << (16))) | (((ywuh[12]) >> (16)))); ywuh[11] += ywuh[12]; ywuh[6] ^= ywuh[11]; ywuh[6] = ((((ywuh[6]) << (12))) | (((ywuh[6]) >> (20)))); ywuh[1] += ywuh[6]; ywuh[12] ^= ywuh[1]; ywuh[12] = ((((ywuh[12]) << (8))) | (((ywuh[12]) >> (24)))); ywuh[11] += ywuh[12]; ywuh[6] ^= ywuh[11]; ywuh[6] = ((((ywuh[6]) << (7))) | (((ywuh[6]) >> (25)))); } ufli(ywuh, 2, 7, 8, 13); { ywuh[3] += ywuh[4]; ywuh[14] ^= ywuh[3]; ywuh[14] = ((((ywuh[14]) << (16))) | (((ywuh[14]) >> (16)))); ywuh[9] += ywuh[14]; ywuh[4] ^= ywuh[9]; ywuh[4] = ((((ywuh[4]) << (12))) | (((ywuh[4]) >> (20)))); ywuh[3] += ywuh[4]; ywuh[14] ^= ywuh[3]; ywuh[14] = ((((ywuh[14]) << (8))) | (((ywuh[14]) >> (24)))); ywuh[9] += ywuh[14]; ywuh[4] ^= ywuh[9]; ywuh[4] = ((((ywuh[4]) << (7))) | (((ywuh[4]) >> (25)))); } _m[65163] += 1; } for (_si rplv = 0; rplv <= 15; rplv += 1) { ywuh[rplv] += olfg[rplv]; } olfg[12] += 1; if (olfg[12] == 0) { olfg[13] += 1; } } eadl[0] = 0; } zazg[orjb] ^= lokj[eadl[0]]; eadl[0] += 1; } } } void opm(_uli *axj) { for (_si rgro = 0; rgro <= 11; rgro += 1) { axj[1 + rgro] += ((axj[rgro]) >> (47)); axj[rgro] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } axj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ceda(_uli *cnwh, _uli *rdba, _uli *xazx) { for (_si gfzn = 0; gfzn <= 12; gfzn += 1) { cnwh[gfzn] = rdba[gfzn] - xazx[gfzn]; } gueo(cnwh); } void rdac(_uli *dlub) { for (_si wbol = 0; wbol <= 43; wbol += 1) { dlub[1 + wbol] += ((dlub[wbol]) >> (47)); dlub[wbol] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dlub[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void hwia(_si yaei, _uli *xrgd, _uli *zfcl, _uli *qwhq, _uli *vuhq) { _uli *pwkj = opcr(); { if (pwkj != vuhq) { for (_si lyii = 0; lyii <= 12; lyii += 1) { pwkj[lyii] = vuhq[lyii]; } } } { if (qwhq != vuhq) { for (_si geut = 0; geut <= 12; geut += 1) { qwhq[geut] = vuhq[geut]; } } } { qwhq[(((yaei) / (47)))] &= ((((((_uli)(1)) << ((yaei % 47)))) - ((_uli)(1)))); for (_si gpph = 1 + (((yaei) / (47))); gpph <= 12; gpph += 1) { qwhq[gpph] = 0; } } tovs(qwhq, qwhq, zfcl); cjqh(yaei, qwhq); { _uli *iepe = vnsv(); _uli *zvcs = wdoz(); _uli *azaa = fyap(); _uli *aonp = qvhb(); for (_si sisc = 0; sisc <= 12; sisc += 1) { iepe[sisc] = ((qwhq[sisc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zvcs[sisc] = ((qwhq[sisc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); azaa[sisc] = ((xrgd[sisc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); aonp[sisc] = ((xrgd[sisc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si orza = 0; orza <= 12; orza += 1) { qwhq[orza] = 0; } } for (_si eszl = 0; eszl <= (-1 + (((13) >> (1)))); eszl += 1) { for (_si iuul = 0; iuul <= (-1 + (((13) >> (1)))); iuul += 1) { _uli konh = aonp[iuul] * iepe[eszl] + azaa[iuul] * zvcs[eszl]; _uli yorn = azaa[iuul] * iepe[eszl]; _uli qqub = aonp[iuul] * zvcs[eszl]; _uli zqwl = ((qwhq[eszl + iuul]) + (yorn) + (((((konh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zqwl < yorn) { qqub += 1; } _uli kvjq = ((((konh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((qqub) << ((-47 + (((sizeof(_uli)) << (3)))))))); qwhq[eszl + iuul] = zqwl; qwhq[1 + eszl + iuul] += kvjq; } { for (_si htkf = 0; htkf <= 11; htkf += 1) { qwhq[1 + htkf] += ((qwhq[htkf]) >> (47)); qwhq[htkf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qwhq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } kkqm(iepe); { _uc *uaoc = (_uc *)(zvcs); for (_si ajki = 0; ajki <= 360; ajki += 1) { uaoc[ajki] = (_uc)(1 + uaoc[ajki]) * (_uc)(255 + uaoc[1 + ajki]); } uaoc[361] = 0; } { _uc *qreb = (_uc *)(azaa); for (_si qmmg = 0; qmmg <= 360; qmmg += 1) { qreb[qmmg] = (_uc)(255 + qreb[1 + qmmg]) * (_uc)(1 + qreb[qmmg]); } qreb[361] = 0; } cbuj(aonp); } { for (_si cgnl = 0; cgnl <= 12; cgnl += 1) { qwhq[cgnl] = pwkj[cgnl] + qwhq[cgnl]; } stib(qwhq); } { _si cafa = (yaei % 47); _si muew = ((yaei) / (47)); _si zbgp = yaei; if (zbgp > (8 * sizeof(_uli))) { zbgp = -1; } if (muew >= 13) { mhp(qwhq); } else { _uli rqaz = (((((_uli)(1)) << (cafa))) - ((_uli)(1))); if (zbgp < 0) { qwhq[0] = 0; } else { qwhq[0] = ((((qwhq[0]) & (~rqaz))) >> (zbgp)); }; if (muew != 0) { qwhq[0] += ((((qwhq[muew]) & (~rqaz))) >> (cafa)); } for (_si hlby = 1; hlby <= (12 - muew); hlby += 1) { qwhq[-1 + hlby] += ((((((qwhq[hlby + muew]) & (rqaz))) << (-cafa + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); qwhq[hlby] = ((((qwhq[hlby + muew]) & (~rqaz))) >> (cafa)); } for (_si zalh = 13 - muew; zalh <= 12; zalh += 1) { qwhq[zalh] = 0; } }; } { for (_si coid = 0; coid <= 12; coid += 1) { pwkj[coid] = qwhq[coid] - xrgd[coid]; } fryy(pwkj); } _si crbf; { crbf = 0; _uli hgdf = 19; for (_si aevo = 12; aevo >= 0; aevo -= 1) { if (pwkj[aevo] != 0) { crbf = ((((pwkj[aevo]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!crbf) { { if (qwhq != pwkj) { for (_si eghq = 0; eghq <= 12; eghq += 1) { qwhq[eghq] = pwkj[eghq]; } } } } { _uc *rmqj = (_uc *)(pwkj); for (_si wond = 0; wond <= 360; wond += 1) { rmqj[wond] = (_uc)(255 + rmqj[1 + wond]) * (_uc)(1 + rmqj[wond]); } rmqj[361] = 0; } } void gagj(_uli *qgul) { _si qxuy = tpcx(qgul); if (qxuy) { { for (_si kkxe = 0; kkxe <= 12; kkxe += 1) { qgul[kkxe] = -qgul[kkxe]; } } } for (_si ngbt = 0; ngbt <= 11; ngbt += 1) { if (((((qgul[ngbt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qgul[1 + ngbt] -= 1; } else { qgul[1 + ngbt] += ((qgul[ngbt]) >> (47)); }; qgul[ngbt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qgul[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qxuy) { { for (_si cqzn = 0; cqzn <= 12; cqzn += 1) { qgul[cqzn] = -qgul[cqzn]; } } } } void kfqq(_uli *kdot) { _uc *zstx = (_uc *)(kdot); for (_si bojk = 0; bojk <= 360; bojk += 1) { zstx[bojk] = (_uc)(255 + zstx[1 + bojk]) * (_uc)(1 + zstx[bojk]); } zstx[361] = 0; } _uli *ecoc() { ; _uli *cwhg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; cwhg = (_uli *)(_m + 362 * _s); break; } _s += 1; } return cwhg; } void vfuw(_uli *iixb) { for (_si rzgk = 0; rzgk <= 11; rzgk += 1) { iixb[1 + rzgk] += ((iixb[rzgk]) >> (47)); iixb[rzgk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iixb[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zkal(_si ekri, _uli *htxf, _uli *gmin, _uli *fkaf, _uli *ssrq, _uli *evqe) { hias(fkaf, ssrq, evqe); jwnr(ekri, htxf, gmin, fkaf, fkaf); } void dve(_uc *lye, _uli *mwl) { _uc *cwf = ahic(); { _uc *rxxi = (_uc *)(lye + 0); { _uc *yrbd = (_uc *)(lye + 0); _uli *ktzq = (_uli *)(lye + 352); _si jbwe = (_si)(((ktzq[0]) & (63))); ktzq[0] += 0; for (_si sscn = 0; sscn <= -1; sscn += 1) { yrbd[jbwe] = cwf[sscn]; jbwe += 1; if (jbwe == 64) { { _uc *sfbx = (_uc *)(lye + 0); _ui *fodw = (_ui *)(lye + 64); _ui *widn = (_ui *)(lye + 96); _si fwbu = 0; _ui bolt = 0; _ui xczz = 0; _ui vov = 0; _ui meox = 0; _ui rajo = 0; _ui ubdz = 0; for (_si ccbx = 0; ccbx <= 15; ccbx += 1) { widn[ccbx] = (((((((((_ui)(sfbx[fwbu])) << (24))) | ((((_ui)(sfbx[1 + fwbu])) << (16))))) | ((((_ui)(sfbx[2 + fwbu])) << (8))))) | ((_ui)(sfbx[3 + fwbu]))); fwbu += 4; } for (_si ogsc = 16; ogsc <= 31; ogsc += 1) { bolt = ((((((((widn[-15 + ogsc]) >> (7))) | (((widn[-15 + ogsc]) << (25))))) ^ (((((widn[-15 + ogsc]) >> (18))) | (((widn[-15 + ogsc]) << (14))))))) ^ (((widn[-15 + ogsc]) >> (3)))); meox = ((((((((widn[-2 + ogsc]) >> (17))) | (((widn[-2 + ogsc]) << (15))))) ^ (((((widn[-2 + ogsc]) >> (19))) | (((widn[-2 + ogsc]) << (13))))))) ^ (((widn[-2 + ogsc]) >> (10)))); widn[ogsc] = bolt + meox + widn[-16 + ogsc] + widn[-7 + ogsc]; _m[65160] += 1; } _ui agix = fodw[0]; _ui bgfr = fodw[1]; _ui jlzx = fodw[2]; _ui tfkc = fodw[3]; _ui vhta = fodw[4]; _ui ojid = fodw[5]; _ui ytrv = fodw[6]; _ui ppc = fodw[7]; for (_si ddg = 0; ddg <= 31; ddg += 1) { bolt = ((((((((agix) >> (2))) | (((agix) << (30))))) ^ (((((agix) >> (13))) | (((agix) << (19))))))) ^ (((((agix) >> (22))) | (((agix) << (10)))))); xczz = ((((((agix) & (bgfr))) ^ (((agix) & (jlzx))))) ^ (((bgfr) & (jlzx)))); vov = bolt + xczz; meox = ((((((((vhta) >> (6))) | (((vhta) << (26))))) ^ (((((vhta) >> (11))) | (((vhta) << (21))))))) ^ (((((vhta) >> (25))) | (((vhta) << (7)))))); rajo = ((((vhta) & (ojid))) ^ (((~vhta) & (ytrv)))); ubdz = meox + widn[ddg] + rajo + ppc + *(((_ui *)(_m + 246160) + ddg)); ppc = ytrv; ytrv = ojid; ojid = vhta; vhta = tfkc + ubdz; tfkc = jlzx; jlzx = bgfr; bgfr = agix; agix = ubdz + vov; _m[65161] += 1; } fodw[0] += agix; fodw[1] += bgfr; fodw[2] += jlzx; fodw[3] += tfkc; fodw[4] += vhta; fodw[5] += ojid; fodw[6] += ytrv; fodw[7] += ppc; } jbwe = 0; } } } _uli *aiqk = (_uli *)(lye + 352); luhu(lye); for (_si wnqc = 0; wnqc <= 31; wnqc += 1) { cwf[wnqc] = rxxi[wnqc]; } } { _uli *rtjf = kejr(); { for (_si phw = 0; phw <= 12; phw += 1) { mwl[phw] = 0; } } for (_si oopi = 0; oopi <= 31; oopi += 1) { qsz(rtjf, cwf[31 - oopi]); jmgh(rtjf, 8 * oopi); pmxt(mwl, mwl, rtjf); } { _uc *zpuv = (_uc *)(rtjf); for (_si rxxe = 0; rxxe <= 360; rxxe += 1) { zpuv[rxxe] = (_uc)(1 + zpuv[rxxe]) * (_uc)(255 + zpuv[1 + rxxe]); } zpuv[361] = 0; } } { _uc *yxq = (_uc *)(cwf); for (_si fctt = 0; fctt <= 360; fctt += 1) { yxq[fctt] = (_uc)(1 + yxq[fctt]) * (_uc)(255 + yxq[1 + fctt]); } yxq[361] = 0; } } void pbqp(_uli *pyj, _uli *opne, _uli *jwqn) { for (_si iyc = 0; iyc <= 12; iyc += 1) { pyj[iyc] = -jwqn[iyc] + opne[iyc]; } cyzp(pyj); } _uli *bifd() { ; _uli *ibqe; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ibqe = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ibqe; } void tufu(_uli *opmx) { _si ewzc; { ewzc = 0; _uli gifk = 19; for (_si opvx = 12; opvx >= 0; opvx -= 1) { if (opmx[opvx] != 0) { ewzc = ((((opmx[opvx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ewzc) { odsl(opmx, opmx); } for (_si rtdr = 0; rtdr <= 11; rtdr += 1) { if (((((opmx[rtdr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { opmx[1 + rtdr] -= 1; } else { opmx[1 + rtdr] += ((opmx[rtdr]) >> (47)); }; opmx[rtdr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } opmx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ewzc) { { for (_si iomp = 0; iomp <= 12; iomp += 1) { opmx[iomp] = -opmx[iomp]; } } } } void frf(_uc *kns, _uc *qkx, _si pqf) { _uc *eopb = (_uc *)(kns + 0); _uli *myj = (_uli *)(kns + 352); _si fsfq = (_si)(((myj[0]) & (63))); myj[0] += pqf; for (_si hlf = 0; hlf <= (-1 + pqf); hlf += 1) { eopb[fsfq] = qkx[hlf]; fsfq += 1; if (fsfq == 64) { dewe(kns); fsfq = 0; } } } _si vxbl(_uli *guft) { _si pcrl = 0; _uli mvoy = 19; for (_si ygjb = 12; ygjb >= 0; ygjb -= 1) { if (guft[ygjb] != 0) { pcrl = ((((guft[ygjb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return pcrl; } void nkvb(_uli *tgsy, _si xted) { _si zleg = (xted % 47); _si hchg = ((xted) / (47)); _si qxzi = xted; if (qxzi > (8 * sizeof(_uli))) { qxzi = -1; } if (hchg >= 13) { { for (_si axdt = 0; axdt <= 12; axdt += 1) { tgsy[axdt] = 0; } } } else { _uli jcrh = (((((_uli)(1)) << (zleg))) - ((_uli)(1))); if (qxzi < 0) { tgsy[0] = 0; } else { tgsy[0] = ((((tgsy[0]) & (~jcrh))) >> (qxzi)); }; if (hchg != 0) { tgsy[0] += ((((tgsy[hchg]) & (~jcrh))) >> (zleg)); } for (_si nvzz = 1; nvzz <= (12 - hchg); nvzz += 1) { tgsy[-1 + nvzz] += ((((((tgsy[hchg + nvzz]) & (jcrh))) << (-zleg + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tgsy[nvzz] = ((((tgsy[hchg + nvzz]) & (~jcrh))) >> (zleg)); } for (_si tsys = 13 - hchg; tsys <= 12; tsys += 1) { tgsy[tsys] = 0; } }; } _si ozzj(_uli *dvza) { _si bubs = 0; _uli omdz = 19; for (_si pkvy = 12; pkvy >= 0; pkvy -= 1) { if (dvza[pkvy] != 0) { bubs = ((((dvza[pkvy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return bubs; } void mtlr(_uli *sobf, _uli *aqga) { _uli *tfnd = niei(); _uli *grez = mxek(); for (_si wrfx = 0; wrfx <= 12; wrfx += 1) { tfnd[wrfx] = ((aqga[wrfx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); grez[wrfx] = ((aqga[wrfx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fwzr = 0; fwzr <= 12; fwzr += 1) { sobf[fwzr] = 0; } } for (_si ctuh = 0; ctuh <= (-1 + (((13) >> (1)))); ctuh += 1) { for (_si lgpj = 0; lgpj <= (-1 + (((13) >> (1)))); lgpj += 1) { _uli cawn = grez[lgpj] * tfnd[ctuh] + grez[ctuh] * tfnd[lgpj]; _uli lgar = tfnd[lgpj] * tfnd[ctuh]; _uli onxu = grez[lgpj] * grez[ctuh]; _uli plhh = ((sobf[ctuh + lgpj]) + (lgar) + (((((cawn) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (plhh < lgar) { onxu += 1; } _uli auir = ((((cawn) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((onxu) << ((-47 + (((sizeof(_uli)) << (3)))))))); sobf[ctuh + lgpj] = plhh; sobf[1 + ctuh + lgpj] += auir; } ptrb(sobf); } { _uc *pvha = (_uc *)(tfnd); for (_si suzi = 0; suzi <= 360; suzi += 1) { pvha[suzi] = (_uc)(255 + pvha[1 + suzi]) * (_uc)(1 + pvha[suzi]); } pvha[361] = 0; } ntbl(grez); } void tvxt(_si kdar, _uli *pwme) { pwme[(((kdar) / (47)))] &= ((((((_uli)(1)) << ((kdar % 47)))) - ((_uli)(1)))); for (_si jykf = 1 + (((kdar) / (47))); jykf <= 12; jykf += 1) { pwme[jykf] = 0; } } void nqiq(_uli *wnxj, _uli *rylv, _uli *qyci) { for (_si ulow = 0; ulow <= 12; ulow += 1) { wnxj[ulow] = qyci[ulow] + rylv[ulow]; } { _si kztg; { kztg = 0; _uli ewmf = 19; for (_si dlnd = 12; dlnd >= 0; dlnd -= 1) { if (wnxj[dlnd] != 0) { kztg = ((((wnxj[dlnd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kztg) { { for (_si ywtv = 0; ywtv <= 12; ywtv += 1) { wnxj[ywtv] = -wnxj[ywtv]; } } } for (_si ejir = 0; ejir <= 11; ejir += 1) { if (((((wnxj[ejir]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wnxj[1 + ejir] -= 1; } else { wnxj[1 + ejir] += ((wnxj[ejir]) >> (47)); }; wnxj[ejir] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wnxj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kztg) { { for (_si jdbf = 0; jdbf <= 12; jdbf += 1) { wnxj[jdbf] = -wnxj[jdbf]; } } } } } void aiqz(_uc *hcor, _uc *pjzd, _uc *bam, _si kukj) { { { _ui *crnr = (_ui *)(hcor + 64); for (_si bgtf = 0; bgtf <= 7; bgtf += 1) { crnr[4 + bgtf] = (((_ui)((pjzd + 4 * bgtf)[0])) + ((((_ui)((pjzd + 4 * bgtf)[1])) << (8))) + ((((_ui)((pjzd + 4 * bgtf)[2])) << (16))) + ((((_ui)((pjzd + 4 * bgtf)[3])) << (24)))); } } _ui *nwvv = (_ui *)(hcor + 64); _ui *qfrg = (_ui *)(hcor + 128); for (_si mdyw = 0; mdyw <= 3; mdyw += 1) { nwvv[mdyw] = (((_ui)(((_uc *)(_m + 48146) + 4 * mdyw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mdyw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mdyw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mdyw)[3])) << (24)))); } for (_si cibl = 0; cibl <= 3; cibl += 1) { nwvv[12 + cibl] = 0; _m[65162] += 1; } qfrg[0] = 3904225602; } cwwd(hcor, bam, kukj); } void huwx(_uli *tbcd) { for (_si vgoz = 0; vgoz <= 12; vgoz += 1) { tbcd[vgoz] = 0; } } void suvy(_si wwy, _uli *qzgi) { qzgi[(((wwy) / (47)))] &= ((((((_uli)(1)) << ((wwy % 47)))) - ((_uli)(1)))); for (_si zbnl = 1 + (((wwy) / (47))); zbnl <= 12; zbnl += 1) { qzgi[zbnl] = 0; } } void egnj(_uli *osxh) { _uc *iwat = (_uc *)(osxh); for (_si trtx = 0; trtx <= 360; trtx += 1) { iwat[trtx] = (_uc)(1 + iwat[trtx]) * (_uc)(255 + iwat[1 + trtx]); } iwat[361] = 0; } void trrj(_si lez, _uli *dulr) { dulr[(((lez) / (47)))] &= ((((((_uli)(1)) << ((lez % 47)))) - ((_uli)(1)))); for (_si noxm = 1 + (((lez) / (47))); noxm <= 12; noxm += 1) { dulr[noxm] = 0; } } void plwz(_uli *qoxi, _uli *ynec) { for (_si qahy = 0; qahy <= 12; qahy += 1) { qoxi[qahy] = -ynec[qahy]; } } void gvo(_si syfg, _uli *wttb) { wttb[(((syfg) / (47)))] &= ((((((_uli)(1)) << ((syfg % 47)))) - ((_uli)(1)))); for (_si lwx = 1 + (((syfg) / (47))); lwx <= 44; lwx += 1) { wttb[lwx] = 0; } } void ibfh(_uli *uyzj, _uli *ongb, _uli *xhsw) { for (_si bsmy = 0; bsmy <= 12; bsmy += 1) { uyzj[bsmy] = ongb[bsmy] - xhsw[bsmy]; } { _si wsmg; { wsmg = 0; _uli hnhm = 19; for (_si ihen = 12; ihen >= 0; ihen -= 1) { if (uyzj[ihen] != 0) { wsmg = ((((uyzj[ihen]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wsmg) { { for (_si womx = 0; womx <= 12; womx += 1) { uyzj[womx] = -uyzj[womx]; } } } for (_si drou = 0; drou <= 11; drou += 1) { if (((((uyzj[drou]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { uyzj[1 + drou] -= 1; } else { uyzj[1 + drou] += ((uyzj[drou]) >> (47)); }; uyzj[drou] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } uyzj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wsmg) { { for (_si mlmy = 0; mlmy <= 12; mlmy += 1) { uyzj[mlmy] = -uyzj[mlmy]; } } } } } void sabu(_uli *slcb, _uli *vteh) { if (slcb != vteh) { for (_si bjil = 0; bjil <= 12; bjil += 1) { slcb[bjil] = vteh[bjil]; } } } void khqo(_uli *guyl) { _uc *rofm = (_uc *)(guyl); for (_si fjep = 0; fjep <= 360; fjep += 1) { rofm[fjep] = (_uc)(255 + rofm[1 + fjep]) * (_uc)(1 + rofm[fjep]); } rofm[361] = 0; } void imsz(_uli *ybvc, _uli *gqoj, _uli *mfby) { for (_si zyan = 0; zyan <= 12; zyan += 1) { ybvc[zyan] = gqoj[zyan] + mfby[zyan]; } { _si otgs; { otgs = 0; _uli odid = 19; for (_si devr = 12; devr >= 0; devr -= 1) { if (ybvc[devr] != 0) { otgs = ((((ybvc[devr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (otgs) { { for (_si isgy = 0; isgy <= 12; isgy += 1) { ybvc[isgy] = -ybvc[isgy]; } } } for (_si oqmb = 0; oqmb <= 11; oqmb += 1) { if (((((ybvc[oqmb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ybvc[1 + oqmb] -= 1; } else { ybvc[1 + oqmb] += ((ybvc[oqmb]) >> (47)); }; ybvc[oqmb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ybvc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (otgs) { zhnj(ybvc, ybvc); } } } void kgqs(_ui *fhaf, _si iani, _si nkr, _si tau, _si fdn) { fhaf[iani] += fhaf[nkr]; fhaf[fdn] ^= fhaf[iani]; fhaf[fdn] = ((((fhaf[fdn]) << (16))) | (((fhaf[fdn]) >> (16)))); fhaf[tau] += fhaf[fdn]; fhaf[nkr] ^= fhaf[tau]; fhaf[nkr] = ((((fhaf[nkr]) << (12))) | (((fhaf[nkr]) >> (20)))); fhaf[iani] += fhaf[nkr]; fhaf[fdn] ^= fhaf[iani]; fhaf[fdn] = ((((fhaf[fdn]) << (8))) | (((fhaf[fdn]) >> (24)))); fhaf[tau] += fhaf[fdn]; fhaf[nkr] ^= fhaf[tau]; fhaf[nkr] = ((((fhaf[nkr]) << (7))) | (((fhaf[nkr]) >> (25)))); } void ichj(_si qgnv, _uli *xpbz, _uli *vsrz, _uli *bwfp, _uli *zgmq) { _uli *siad = zmwl(); { if (siad != zgmq) { for (_si ttru = 0; ttru <= 12; ttru += 1) { siad[ttru] = zgmq[ttru]; } } } { if (bwfp != zgmq) { for (_si xebz = 0; xebz <= 12; xebz += 1) { bwfp[xebz] = zgmq[xebz]; } } } { bwfp[(((qgnv) / (47)))] &= ((((((_uli)(1)) << ((qgnv % 47)))) - ((_uli)(1)))); for (_si frxo = 1 + (((qgnv) / (47))); frxo <= 12; frxo += 1) { bwfp[frxo] = 0; } } uwsp(bwfp, bwfp, vsrz); rifp(qgnv, bwfp); lmkz(bwfp, bwfp, xpbz); btlo(bwfp, bwfp, siad); pvwp(bwfp, qgnv); { for (_si tpjw = 0; tpjw <= 12; tpjw += 1) { siad[tpjw] = bwfp[tpjw] - xpbz[tpjw]; } vktg(siad); } _si uoor; { uoor = 0; _uli ajzs = 19; for (_si tihx = 12; tihx >= 0; tihx -= 1) { if (siad[tihx] != 0) { uoor = ((((siad[tihx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!uoor) { { if (bwfp != siad) { for (_si lwkr = 0; lwkr <= 12; lwkr += 1) { bwfp[lwkr] = siad[lwkr]; } } } } { _uc *yqsv = (_uc *)(siad); for (_si nafr = 0; nafr <= 360; nafr += 1) { yqsv[nafr] = (_uc)(1 + yqsv[nafr]) * (_uc)(255 + yqsv[1 + nafr]); } yqsv[361] = 0; } } void mxha(_uli *vhll, _uli *xbyw, _uli *zqef) { _uli *uxu = jcsp(); _uli *kteh = bisc(); _uli *ewvt = mwpr(); _uli *babn = wpkw(); for (_si tru = 0; tru <= 12; tru += 1) { uxu[tru] = ((xbyw[tru]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kteh[tru] = ((xbyw[tru]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ewvt[tru] = ((zqef[tru]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); babn[tru] = ((zqef[tru]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ppab = 0; ppab <= 12; ppab += 1) { vhll[ppab] = 0; } } for (_si etju = 0; etju <= (-1 + (((13) >> (1)))); etju += 1) { for (_si krrb = 0; krrb <= (-1 + (((13) >> (1)))); krrb += 1) { _uli zin = babn[krrb] * uxu[etju] + ewvt[krrb] * kteh[etju]; _uli ynuk = ewvt[krrb] * uxu[etju]; _uli pgwm = babn[krrb] * kteh[etju]; _uli sjq = ((vhll[etju + krrb]) + (ynuk) + (((((zin) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (sjq < ynuk) { pgwm += 1; } _uli tbya = ((((zin) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pgwm) << ((-47 + (((sizeof(_uli)) << (3)))))))); vhll[etju + krrb] = sjq; vhll[1 + etju + krrb] += tbya; } { for (_si srda = 0; srda <= 11; srda += 1) { vhll[1 + srda] += ((vhll[srda]) >> (47)); vhll[srda] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vhll[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } lbwc(uxu); fqik(kteh); { _uc *tya = (_uc *)(ewvt); for (_si snq = 0; snq <= 360; snq += 1) { tya[snq] = (_uc)(255 + tya[1 + snq]) * (_uc)(1 + tya[snq]); } tya[361] = 0; } { _uc *drp = (_uc *)(babn); for (_si uumz = 0; uumz <= 360; uumz += 1) { drp[uumz] = (_uc)(255 + drp[1 + uumz]) * (_uc)(1 + drp[uumz]); } drp[361] = 0; } } void jlsw(_uli *wtsn) { for (_si ynhe = 0; ynhe <= 12; ynhe += 1) { wtsn[ynhe] = 0; } } void nriq(_uli *jmqp, _uli *hggh, _uli *awrg) { for (_si jkgz = 0; jkgz <= 12; jkgz += 1) { jmqp[jkgz] = awrg[jkgz] + hggh[jkgz]; } { _si czke = emys(jmqp); if (czke) { { for (_si lzgf = 0; lzgf <= 12; lzgf += 1) { jmqp[lzgf] = -jmqp[lzgf]; } } } for (_si fzjx = 0; fzjx <= 11; fzjx += 1) { if (((((jmqp[fzjx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { jmqp[1 + fzjx] -= 1; } else { jmqp[1 + fzjx] += ((jmqp[fzjx]) >> (47)); }; jmqp[fzjx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jmqp[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (czke) { { for (_si sdou = 0; sdou <= 12; sdou += 1) { jmqp[sdou] = -jmqp[sdou]; } } } } } void etw(_uc *trg) { _ui *ungm = (_ui *)(trg + 0); _ui *zwja = (_ui *)(trg + 64); for (_si kdhs = 0; kdhs <= 15; kdhs += 1) { ungm[kdhs] = zwja[kdhs]; } for (_si tguz = 0; tguz <= 9; tguz += 1) { { ungm[0] += ungm[4]; ungm[12] ^= ungm[0]; ungm[12] = ((((ungm[12]) << (16))) | (((ungm[12]) >> (16)))); ungm[8] += ungm[12]; ungm[4] ^= ungm[8]; ungm[4] = ((((ungm[4]) << (12))) | (((ungm[4]) >> (20)))); ungm[0] += ungm[4]; ungm[12] ^= ungm[0]; ungm[12] = ((((ungm[12]) << (8))) | (((ungm[12]) >> (24)))); ungm[8] += ungm[12]; ungm[4] ^= ungm[8]; ungm[4] = ((((ungm[4]) << (7))) | (((ungm[4]) >> (25)))); } qajo(ungm, 1, 5, 9, 13); gox(ungm, 2, 6, 10, 14); miun(ungm, 3, 7, 11, 15); { ungm[0] += ungm[5]; ungm[15] ^= ungm[0]; ungm[15] = ((((ungm[15]) << (16))) | (((ungm[15]) >> (16)))); ungm[10] += ungm[15]; ungm[5] ^= ungm[10]; ungm[5] = ((((ungm[5]) << (12))) | (((ungm[5]) >> (20)))); ungm[0] += ungm[5]; ungm[15] ^= ungm[0]; ungm[15] = ((((ungm[15]) << (8))) | (((ungm[15]) >> (24)))); ungm[10] += ungm[15]; ungm[5] ^= ungm[10]; ungm[5] = ((((ungm[5]) << (7))) | (((ungm[5]) >> (25)))); } { ungm[1] += ungm[6]; ungm[12] ^= ungm[1]; ungm[12] = ((((ungm[12]) << (16))) | (((ungm[12]) >> (16)))); ungm[11] += ungm[12]; ungm[6] ^= ungm[11]; ungm[6] = ((((ungm[6]) << (12))) | (((ungm[6]) >> (20)))); ungm[1] += ungm[6]; ungm[12] ^= ungm[1]; ungm[12] = ((((ungm[12]) << (8))) | (((ungm[12]) >> (24)))); ungm[11] += ungm[12]; ungm[6] ^= ungm[11]; ungm[6] = ((((ungm[6]) << (7))) | (((ungm[6]) >> (25)))); } { ungm[2] += ungm[7]; ungm[13] ^= ungm[2]; ungm[13] = ((((ungm[13]) << (16))) | (((ungm[13]) >> (16)))); ungm[8] += ungm[13]; ungm[7] ^= ungm[8]; ungm[7] = ((((ungm[7]) << (12))) | (((ungm[7]) >> (20)))); ungm[2] += ungm[7]; ungm[13] ^= ungm[2]; ungm[13] = ((((ungm[13]) << (8))) | (((ungm[13]) >> (24)))); ungm[8] += ungm[13]; ungm[7] ^= ungm[8]; ungm[7] = ((((ungm[7]) << (7))) | (((ungm[7]) >> (25)))); } { ungm[3] += ungm[4]; ungm[14] ^= ungm[3]; ungm[14] = ((((ungm[14]) << (16))) | (((ungm[14]) >> (16)))); ungm[9] += ungm[14]; ungm[4] ^= ungm[9]; ungm[4] = ((((ungm[4]) << (12))) | (((ungm[4]) >> (20)))); ungm[3] += ungm[4]; ungm[14] ^= ungm[3]; ungm[14] = ((((ungm[14]) << (8))) | (((ungm[14]) >> (24)))); ungm[9] += ungm[14]; ungm[4] ^= ungm[9]; ungm[4] = ((((ungm[4]) << (7))) | (((ungm[4]) >> (25)))); } _m[65163] += 1; } for (_si bbz = 0; bbz <= 15; bbz += 1) { ungm[bbz] += zwja[bbz]; } zwja[12] += 1; if (zwja[12] == 0) { zwja[13] += 1; } } _uli *sdtj() { ; _uli *ooqp; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; ooqp = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ooqp; } void mlag(_uli *jaal) { for (_si onyd = 0; onyd <= 12; onyd += 1) { jaal[onyd] = 0; } } void amnz(_uli *kpry, _uc *ixrn) { _uli *rmc = npmp(); ickj(kpry); for (_si fsug = 0; fsug <= 31; fsug += 1) { { rmc[0] = ixrn[31 - fsug]; for (_si rglj = 1; rglj <= 12; rglj += 1) { rmc[rglj] = 0; } } deg(rmc, 8 * fsug); { for (_si tuw = 0; tuw <= 12; tuw += 1) { kpry[tuw] = kpry[tuw] + rmc[tuw]; } { _si plsh = jgfg(kpry); if (plsh) { { for (_si jpai = 0; jpai <= 12; jpai += 1) { kpry[jpai] = -kpry[jpai]; } } } for (_si nlaw = 0; nlaw <= 11; nlaw += 1) { if (((((kpry[nlaw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kpry[1 + nlaw] -= 1; } else { kpry[1 + nlaw] += ((kpry[nlaw]) >> (47)); }; kpry[nlaw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kpry[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (plsh) { { for (_si jmr = 0; jmr <= 12; jmr += 1) { kpry[jmr] = -kpry[jmr]; } } } } } } gai(rmc); } void nfpl(_uli *qubu) { for (_si dosr = 0; dosr <= 11; dosr += 1) { qubu[1 + dosr] += ((qubu[dosr]) >> (47)); qubu[dosr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qubu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void bhtm(_uli *iqvn, _si bydw) { _si dgrg = (bydw % 47); _si wbzv = ((bydw) / (47)); _si gpuk = -dgrg + (((sizeof(_uli)) << (3))); if (wbzv >= 13) { bwho(iqvn); } else { for (_si kdfs = 12 - wbzv; kdfs >= 1; kdfs -= 1) { iqvn[kdfs + wbzv] = ((iqvn[kdfs]) << (dgrg)); if (gpuk < (8 * sizeof(_uli))) { iqvn[kdfs + wbzv] += ((((iqvn[-1 + kdfs]) >> (gpuk))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } iqvn[wbzv] = ((iqvn[0]) << (dgrg)); for (_si nnnb = -1 + wbzv; nnnb >= 0; nnnb -= 1) { iqvn[nnnb] = 0; } }; zglt(iqvn); } _si gcvj(_uli *temn) { _si tjhh = 0; _uli ptb = 19; for (_si xjma = 12; xjma >= 0; xjma -= 1) { if (temn[xjma] != 0) { tjhh = ((((temn[xjma]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tjhh; } _si qyh(_uli *ntdx) { _si hed = 0; _uli eog = 19; for (_si mcrg = 12; mcrg >= 0; mcrg -= 1) { if (ntdx[mcrg] != 0) { hed = ((((ntdx[mcrg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return hed; } void orgp(_ui *rzmu, _si iwuh, _si vgxo, _si ndei, _si sswj) { rzmu[iwuh] += rzmu[vgxo]; rzmu[sswj] ^= rzmu[iwuh]; rzmu[sswj] = ((((rzmu[sswj]) << (16))) | (((rzmu[sswj]) >> (16)))); rzmu[ndei] += rzmu[sswj]; rzmu[vgxo] ^= rzmu[ndei]; rzmu[vgxo] = ((((rzmu[vgxo]) << (12))) | (((rzmu[vgxo]) >> (20)))); rzmu[iwuh] += rzmu[vgxo]; rzmu[sswj] ^= rzmu[iwuh]; rzmu[sswj] = ((((rzmu[sswj]) << (8))) | (((rzmu[sswj]) >> (24)))); rzmu[ndei] += rzmu[sswj]; rzmu[vgxo] ^= rzmu[ndei]; rzmu[vgxo] = ((((rzmu[vgxo]) << (7))) | (((rzmu[vgxo]) >> (25)))); } void xsbz(_uli *dsjl) { for (_si enhb = 0; enhb <= 12; enhb += 1) { dsjl[enhb] = 0; } } void cwwd(_uc *hwkb, _uc *wrch, _si jcyt) { _ui *lpep = (_ui *)(hwkb + 0); _ui *ewmi = (_ui *)(hwkb + 128); _uc *fqiz = (_uc *)(lpep); for (_si gkwi = 0; gkwi <= (-1 + jcyt); gkwi += 1) { if (ewmi[0] >= 64) { ydcn(hwkb); ewmi[0] = 0; } wrch[gkwi] ^= fqiz[ewmi[0]]; ewmi[0] += 1; } } void jigp(_uli *umor, _uli *lobv) { for (_si rotj = 0; rotj <= 12; rotj += 1) { umor[rotj] = -lobv[rotj]; } } void lyxt(_uli *rsua, _si lfwm) { _si xskn = (lfwm % 47); _si eqol = ((lfwm) / (47)); _si oiik = -xskn + (((sizeof(_uli)) << (3))); if (eqol >= 13) { { for (_si aafz = 0; aafz <= 12; aafz += 1) { rsua[aafz] = 0; } } } else { for (_si wvst = 12 - eqol; wvst >= 1; wvst -= 1) { rsua[eqol + wvst] = ((rsua[wvst]) << (xskn)); if (oiik < (8 * sizeof(_uli))) { rsua[eqol + wvst] += ((((rsua[-1 + wvst]) >> (oiik))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } rsua[eqol] = ((rsua[0]) << (xskn)); for (_si pxum = -1 + eqol; pxum >= 0; pxum -= 1) { rsua[pxum] = 0; } }; sylt(rsua); } _uli *ynqh() { ; _uli *mtwf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; mtwf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return mtwf; } void pine(_uc *qbvx) { _uc *cxxp = (_uc *)(qbvx + 0); _ui *wba = (_ui *)(qbvx + 64); _uli *ihkn = (_uli *)(qbvx + 352); _uli moza = 8 * ihkn[0]; _uc ferm[1]; ferm[0] = 128; { _uc *aeto = (_uc *)(qbvx + 0); _uli *smbj = (_uli *)(qbvx + 352); _si qqzn = (_si)(((smbj[0]) & (63))); smbj[0] += 1; for (_si awdk = 0; awdk <= 0; awdk += 1) { aeto[qqzn] = ferm[awdk]; qqzn += 1; if (qqzn == 64) { fazb(qbvx); qqzn = 0; } } } while (((((ihkn[0]) & (63))) != (56))) { ferm[0] = 0; guwc(qbvx, ferm, 1); } for (_si gdsd = 0; gdsd <= 7; gdsd += 1) { ferm[0] = (_uc)(((((moza) >> (8 * (7 - gdsd)))) & (255))); ici(qbvx, ferm, 1); } _si por = 0; for (_si owuf = 0; owuf <= 7; owuf += 1) { _ui nyqf = wba[owuf]; cxxp[por] = (_uc)(((((nyqf) >> (24))) & (255))); cxxp[1 + por] = (_uc)(((((nyqf) >> (16))) & (255))); cxxp[2 + por] = (_uc)(((((nyqf) >> (8))) & (255))); cxxp[3 + por] = (_uc)(((nyqf) & (255))); por += 4; } } void adeq(_uc *uawk) { _ui *gdix = (_ui *)(uawk + 0); _ui *rcsp = (_ui *)(uawk + 64); for (_si vgxr = 0; vgxr <= 15; vgxr += 1) { gdix[vgxr] = rcsp[vgxr]; } for (_si efyx = 0; efyx <= 9; efyx += 1) { xdql(gdix, 0, 4, 8, 12); { gdix[1] += gdix[5]; gdix[13] ^= gdix[1]; gdix[13] = ((((gdix[13]) << (16))) | (((gdix[13]) >> (16)))); gdix[9] += gdix[13]; gdix[5] ^= gdix[9]; gdix[5] = ((((gdix[5]) << (12))) | (((gdix[5]) >> (20)))); gdix[1] += gdix[5]; gdix[13] ^= gdix[1]; gdix[13] = ((((gdix[13]) << (8))) | (((gdix[13]) >> (24)))); gdix[9] += gdix[13]; gdix[5] ^= gdix[9]; gdix[5] = ((((gdix[5]) << (7))) | (((gdix[5]) >> (25)))); } { gdix[2] += gdix[6]; gdix[14] ^= gdix[2]; gdix[14] = ((((gdix[14]) << (16))) | (((gdix[14]) >> (16)))); gdix[10] += gdix[14]; gdix[6] ^= gdix[10]; gdix[6] = ((((gdix[6]) << (12))) | (((gdix[6]) >> (20)))); gdix[2] += gdix[6]; gdix[14] ^= gdix[2]; gdix[14] = ((((gdix[14]) << (8))) | (((gdix[14]) >> (24)))); gdix[10] += gdix[14]; gdix[6] ^= gdix[10]; gdix[6] = ((((gdix[6]) << (7))) | (((gdix[6]) >> (25)))); } rpti(gdix, 3, 7, 11, 15); wnqj(gdix, 0, 5, 10, 15); nqzw(gdix, 1, 6, 11, 12); kbmj(gdix, 2, 7, 8, 13); qgct(gdix, 3, 4, 9, 14); _m[65163] += 1; } for (_si qmia = 0; qmia <= 15; qmia += 1) { gdix[qmia] += rcsp[qmia]; } rcsp[12] += 1; if (rcsp[12] == 0) { rcsp[13] += 1; } } void ekeo(_uc *lhyt) { _uc *uzhd = (_uc *)(lhyt + 0); _ui *wzc = (_ui *)(lhyt + 64); _ui *qjp = (_ui *)(lhyt + 96); _si zqg = 0; _ui dwfa = 0; _ui beu = 0; _ui gnb = 0; _ui gdiv = 0; _ui dfn = 0; _ui swk = 0; for (_si wrfb = 0; wrfb <= 15; wrfb += 1) { qjp[wrfb] = (((((((((_ui)(uzhd[zqg])) << (24))) | ((((_ui)(uzhd[1 + zqg])) << (16))))) | ((((_ui)(uzhd[2 + zqg])) << (8))))) | ((_ui)(uzhd[3 + zqg]))); zqg += 4; } for (_si otny = 16; otny <= 31; otny += 1) { dwfa = ((((((((qjp[-15 + otny]) >> (7))) | (((qjp[-15 + otny]) << (25))))) ^ (((((qjp[-15 + otny]) >> (18))) | (((qjp[-15 + otny]) << (14))))))) ^ (((qjp[-15 + otny]) >> (3)))); gdiv = ((((((((qjp[-2 + otny]) >> (17))) | (((qjp[-2 + otny]) << (15))))) ^ (((((qjp[-2 + otny]) >> (19))) | (((qjp[-2 + otny]) << (13))))))) ^ (((qjp[-2 + otny]) >> (10)))); qjp[otny] = dwfa + gdiv + qjp[-16 + otny] + qjp[-7 + otny]; _m[65160] += 1; } _ui wmhn = wzc[0]; _ui gkdz = wzc[1]; _ui xjvr = wzc[2]; _ui esdf = wzc[3]; _ui yge = wzc[4]; _ui fxov = wzc[5]; _ui kmnq = wzc[6]; _ui uikn = wzc[7]; for (_si zmn = 0; zmn <= 31; zmn += 1) { dwfa = ((((((((wmhn) >> (2))) | (((wmhn) << (30))))) ^ (((((wmhn) >> (13))) | (((wmhn) << (19))))))) ^ (((((wmhn) >> (22))) | (((wmhn) << (10)))))); beu = ((((((wmhn) & (gkdz))) ^ (((wmhn) & (xjvr))))) ^ (((gkdz) & (xjvr)))); gnb = beu + dwfa; gdiv = ((((((((yge) >> (6))) | (((yge) << (26))))) ^ (((((yge) >> (11))) | (((yge) << (21))))))) ^ (((((yge) >> (25))) | (((yge) << (7)))))); dfn = ((((yge) & (fxov))) ^ (((~yge) & (kmnq)))); swk = uikn + dfn + *(((_ui *)(_m + 246160) + zmn)) + gdiv + qjp[zmn]; uikn = kmnq; kmnq = fxov; fxov = yge; yge = esdf + swk; esdf = xjvr; xjvr = gkdz; gkdz = wmhn; wmhn = gnb + swk; _m[65161] += 1; } wzc[0] += wmhn; wzc[1] += gkdz; wzc[2] += xjvr; wzc[3] += esdf; wzc[4] += yge; wzc[5] += fxov; wzc[6] += kmnq; wzc[7] += uikn; } void lwxc(_uc *ftsx, _uc *jfms, _si vjaf) { _ui *sycc = (_ui *)(ftsx + 0); _ui *kalm = (_ui *)(ftsx + 128); _uc *tycl = (_uc *)(sycc); for (_si asry = 0; asry <= (-1 + vjaf); asry += 1) { if (kalm[0] >= 64) { { _ui *fsx = (_ui *)(ftsx + 0); _ui *dkqs = (_ui *)(ftsx + 64); for (_si zztc = 0; zztc <= 15; zztc += 1) { fsx[zztc] = dkqs[zztc]; } for (_si wrgt = 0; wrgt <= 9; wrgt += 1) { osos(fsx, 0, 4, 8, 12); { fsx[1] += fsx[5]; fsx[13] ^= fsx[1]; fsx[13] = ((((fsx[13]) << (16))) | (((fsx[13]) >> (16)))); fsx[9] += fsx[13]; fsx[5] ^= fsx[9]; fsx[5] = ((((fsx[5]) << (12))) | (((fsx[5]) >> (20)))); fsx[1] += fsx[5]; fsx[13] ^= fsx[1]; fsx[13] = ((((fsx[13]) << (8))) | (((fsx[13]) >> (24)))); fsx[9] += fsx[13]; fsx[5] ^= fsx[9]; fsx[5] = ((((fsx[5]) << (7))) | (((fsx[5]) >> (25)))); } { fsx[2] += fsx[6]; fsx[14] ^= fsx[2]; fsx[14] = ((((fsx[14]) << (16))) | (((fsx[14]) >> (16)))); fsx[10] += fsx[14]; fsx[6] ^= fsx[10]; fsx[6] = ((((fsx[6]) << (12))) | (((fsx[6]) >> (20)))); fsx[2] += fsx[6]; fsx[14] ^= fsx[2]; fsx[14] = ((((fsx[14]) << (8))) | (((fsx[14]) >> (24)))); fsx[10] += fsx[14]; fsx[6] ^= fsx[10]; fsx[6] = ((((fsx[6]) << (7))) | (((fsx[6]) >> (25)))); } xaze(fsx, 3, 7, 11, 15); { fsx[0] += fsx[5]; fsx[15] ^= fsx[0]; fsx[15] = ((((fsx[15]) << (16))) | (((fsx[15]) >> (16)))); fsx[10] += fsx[15]; fsx[5] ^= fsx[10]; fsx[5] = ((((fsx[5]) << (12))) | (((fsx[5]) >> (20)))); fsx[0] += fsx[5]; fsx[15] ^= fsx[0]; fsx[15] = ((((fsx[15]) << (8))) | (((fsx[15]) >> (24)))); fsx[10] += fsx[15]; fsx[5] ^= fsx[10]; fsx[5] = ((((fsx[5]) << (7))) | (((fsx[5]) >> (25)))); } { fsx[1] += fsx[6]; fsx[12] ^= fsx[1]; fsx[12] = ((((fsx[12]) << (16))) | (((fsx[12]) >> (16)))); fsx[11] += fsx[12]; fsx[6] ^= fsx[11]; fsx[6] = ((((fsx[6]) << (12))) | (((fsx[6]) >> (20)))); fsx[1] += fsx[6]; fsx[12] ^= fsx[1]; fsx[12] = ((((fsx[12]) << (8))) | (((fsx[12]) >> (24)))); fsx[11] += fsx[12]; fsx[6] ^= fsx[11]; fsx[6] = ((((fsx[6]) << (7))) | (((fsx[6]) >> (25)))); } xaze(fsx, 2, 7, 8, 13); qajo(fsx, 3, 4, 9, 14); _m[65163] += 1; } for (_si ejwk = 0; ejwk <= 15; ejwk += 1) { fsx[ejwk] += dkqs[ejwk]; } dkqs[12] += 1; if (dkqs[12] == 0) { dkqs[13] += 1; } } kalm[0] = 0; } jfms[asry] ^= tycl[kalm[0]]; kalm[0] += 1; } } void qrkg(_uc *oghe, _uc *vws, _si lol) { _uc *iwtx = (_uc *)(oghe + 0); _uli *fty = (_uli *)(oghe + 352); _si zggx = (_si)(((fty[0]) & (63))); fty[0] += lol; for (_si dhj = 0; dhj <= (-1 + lol); dhj += 1) { iwtx[zggx] = vws[dhj]; zggx += 1; if (zggx == 64) { iusi(oghe); zggx = 0; } } } void aval(_uc *tpzm) { _uc *zow = (_uc *)(tpzm + 0); _ui *vcel = (_ui *)(tpzm + 64); _ui *ltno = (_ui *)(tpzm + 96); _si mrm = 0; _ui ufig = 0; _ui msqo = 0; _ui hkl = 0; _ui mlia = 0; _ui deve = 0; _ui tdj = 0; for (_si fdq = 0; fdq <= 15; fdq += 1) { ltno[fdq] = (((((((((_ui)(zow[mrm])) << (24))) | ((((_ui)(zow[1 + mrm])) << (16))))) | ((((_ui)(zow[2 + mrm])) << (8))))) | ((_ui)(zow[3 + mrm]))); mrm += 4; } for (_si avuj = 16; avuj <= 31; avuj += 1) { ufig = ((((((((ltno[-15 + avuj]) >> (7))) | (((ltno[-15 + avuj]) << (25))))) ^ (((((ltno[-15 + avuj]) >> (18))) | (((ltno[-15 + avuj]) << (14))))))) ^ (((ltno[-15 + avuj]) >> (3)))); mlia = ((((((((ltno[-2 + avuj]) >> (17))) | (((ltno[-2 + avuj]) << (15))))) ^ (((((ltno[-2 + avuj]) >> (19))) | (((ltno[-2 + avuj]) << (13))))))) ^ (((ltno[-2 + avuj]) >> (10)))); ltno[avuj] = ltno[-7 + avuj] + ltno[-16 + avuj] + mlia + ufig; _m[65160] += 1; } _ui ihks = vcel[0]; _ui dzv = vcel[1]; _ui rqkf = vcel[2]; _ui ecz = vcel[3]; _ui gno = vcel[4]; _ui yxz = vcel[5]; _ui wnat = vcel[6]; _ui bidp = vcel[7]; for (_si kho = 0; kho <= 31; kho += 1) { ufig = ((((((((ihks) >> (2))) | (((ihks) << (30))))) ^ (((((ihks) >> (13))) | (((ihks) << (19))))))) ^ (((((ihks) >> (22))) | (((ihks) << (10)))))); msqo = ((((((ihks) & (dzv))) ^ (((ihks) & (rqkf))))) ^ (((dzv) & (rqkf)))); hkl = msqo + ufig; mlia = ((((((((gno) >> (6))) | (((gno) << (26))))) ^ (((((gno) >> (11))) | (((gno) << (21))))))) ^ (((((gno) >> (25))) | (((gno) << (7)))))); deve = ((((gno) & (yxz))) ^ (((~gno) & (wnat)))); tdj = ltno[kho] + bidp + mlia + *(((_ui *)(_m + 246160) + kho)) + deve; bidp = wnat; wnat = yxz; yxz = gno; gno = ecz + tdj; ecz = rqkf; rqkf = dzv; dzv = ihks; ihks = hkl + tdj; _m[65161] += 1; } vcel[0] += ihks; vcel[1] += dzv; vcel[2] += rqkf; vcel[3] += ecz; vcel[4] += gno; vcel[5] += yxz; vcel[6] += wnat; vcel[7] += bidp; } void jwgs(_uli *dgtg, _si kwju) { _si tqgo = vpqz(dgtg); if (tqgo) { wuer(dgtg, dgtg); } cglt(dgtg, kwju); if (tqgo) { bjbk(dgtg, dgtg); } } void ozzz(_uli *ztif) { _si vywr = opaf(ztif); if (vywr) { { for (_si gehg = 0; gehg <= 12; gehg += 1) { ztif[gehg] = -ztif[gehg]; } } } for (_si bshk = 0; bshk <= 11; bshk += 1) { if (((((ztif[bshk]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ztif[1 + bshk] -= 1; } else { ztif[1 + bshk] += ((ztif[bshk]) >> (47)); }; ztif[bshk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ztif[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vywr) { { for (_si aelv = 0; aelv <= 12; aelv += 1) { ztif[aelv] = -ztif[aelv]; } } } } void ztrg(_uli *banh) { for (_si idrp = 0; idrp <= 11; idrp += 1) { banh[1 + idrp] += ((banh[idrp]) >> (47)); banh[idrp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } banh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zdgv(_uli *vmgk) { for (_si hyoj = 0; hyoj <= 44; hyoj += 1) { vmgk[hyoj] = 0; } } void mdey(_uli *hsyw, _uli *pgao, _uli *tkuk) { for (_si boub = 0; boub <= 12; boub += 1) { hsyw[boub] = pgao[boub] - tkuk[boub]; } amba(hsyw); } void zseh(_si xiub, _uli *kqrv, _uli *dbqx, _uli *cldk, _uli *chke) { { _uli *ilhr = ypsa(); _uli *wvfw = zmwl(); for (_si sgzl = 0; sgzl <= 12; sgzl += 1) { ilhr[sgzl] = ((chke[sgzl]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wvfw[sgzl] = ((chke[sgzl]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } keuj(cldk); for (_si eayy = 0; eayy <= (-1 + (((13) >> (1)))); eayy += 1) { for (_si axhn = 0; axhn <= (-1 + (((13) >> (1)))); axhn += 1) { _uli ntlz = ilhr[axhn] * wvfw[eayy] + ilhr[eayy] * wvfw[axhn]; _uli nlwv = ilhr[axhn] * ilhr[eayy]; _uli idyz = wvfw[axhn] * wvfw[eayy]; _uli mkrs = ((cldk[axhn + eayy]) + (nlwv) + (((((ntlz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mkrs < nlwv) { idyz += 1; } _uli zqcl = ((((ntlz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((idyz) << ((-47 + (((sizeof(_uli)) << (3)))))))); cldk[axhn + eayy] = mkrs; cldk[1 + axhn + eayy] += zqcl; } { for (_si hegj = 0; hegj <= 11; hegj += 1) { cldk[1 + hegj] += ((cldk[hegj]) >> (47)); cldk[hegj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cldk[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } norx(ilhr); { _uc *qzdu = (_uc *)(wvfw); for (_si zwpk = 0; zwpk <= 360; zwpk += 1) { qzdu[zwpk] = (_uc)(255 + qzdu[1 + zwpk]) * (_uc)(1 + qzdu[zwpk]); } qzdu[361] = 0; } } ycsm(xiub, kqrv, dbqx, cldk, cldk); } void ntrk(_ui *sxx, _si qvi, _si divf, _si kgg, _si pirl) { sxx[qvi] += sxx[divf]; sxx[pirl] ^= sxx[qvi]; sxx[pirl] = ((((sxx[pirl]) << (16))) | (((sxx[pirl]) >> (16)))); sxx[kgg] += sxx[pirl]; sxx[divf] ^= sxx[kgg]; sxx[divf] = ((((sxx[divf]) << (12))) | (((sxx[divf]) >> (20)))); sxx[qvi] += sxx[divf]; sxx[pirl] ^= sxx[qvi]; sxx[pirl] = ((((sxx[pirl]) << (8))) | (((sxx[pirl]) >> (24)))); sxx[kgg] += sxx[pirl]; sxx[divf] ^= sxx[kgg]; sxx[divf] = ((((sxx[divf]) << (7))) | (((sxx[divf]) >> (25)))); } void xrhf(_si wqas, _uli *zayf, _uli *wtnv, _uli *dyih, _uli *rhdf) { _uli *rhhn = taxj(); { if (rhhn != rhdf) { for (_si iqwc = 0; iqwc <= 12; iqwc += 1) { rhhn[iqwc] = rhdf[iqwc]; } } } { if (dyih != rhdf) { for (_si lwjy = 0; lwjy <= 12; lwjy += 1) { dyih[lwjy] = rhdf[lwjy]; } } } { dyih[(((wqas) / (47)))] &= ((((((_uli)(1)) << ((wqas % 47)))) - ((_uli)(1)))); for (_si cgjy = 1 + (((wqas) / (47))); cgjy <= 12; cgjy += 1) { dyih[cgjy] = 0; } } ykci(dyih, dyih, wtnv); lhqg(wqas, dyih); opxg(dyih, dyih, zayf); { for (_si haqa = 0; haqa <= 12; haqa += 1) { dyih[haqa] = dyih[haqa] + rhhn[haqa]; } { _si nuhr; { nuhr = 0; _uli sghf = 19; for (_si ztvx = 12; ztvx >= 0; ztvx -= 1) { if (dyih[ztvx] != 0) { nuhr = ((((dyih[ztvx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (nuhr) { { for (_si cnno = 0; cnno <= 12; cnno += 1) { dyih[cnno] = -dyih[cnno]; } } } for (_si trgc = 0; trgc <= 11; trgc += 1) { if (((((dyih[trgc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { dyih[1 + trgc] -= 1; } else { dyih[1 + trgc] += ((dyih[trgc]) >> (47)); }; dyih[trgc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dyih[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nuhr) { { for (_si czpv = 0; czpv <= 12; czpv += 1) { dyih[czpv] = -dyih[czpv]; } } } } } { _si gsjc = (wqas % 47); _si lkyt = ((wqas) / (47)); _si iwwl = wqas; if (iwwl > (8 * sizeof(_uli))) { iwwl = -1; } if (lkyt >= 13) { { for (_si ozgd = 0; ozgd <= 12; ozgd += 1) { dyih[ozgd] = 0; } } } else { _uli serr = (((((_uli)(1)) << (gsjc))) - ((_uli)(1))); if (iwwl < 0) { dyih[0] = 0; } else { dyih[0] = ((((dyih[0]) & (~serr))) >> (iwwl)); }; if (lkyt != 0) { dyih[0] += ((((dyih[lkyt]) & (~serr))) >> (gsjc)); } for (_si xxix = 1; xxix <= (12 - lkyt); xxix += 1) { dyih[-1 + xxix] += ((((((dyih[lkyt + xxix]) & (serr))) << (-gsjc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); dyih[xxix] = ((((dyih[lkyt + xxix]) & (~serr))) >> (gsjc)); } for (_si umqu = 13 - lkyt; umqu <= 12; umqu += 1) { dyih[umqu] = 0; } }; } fjrw(rhhn, dyih, zayf); _si vxal; { vxal = 0; _uli ddlv = 19; for (_si kjwz = 12; kjwz >= 0; kjwz -= 1) { if (rhhn[kjwz] != 0) { vxal = ((((rhhn[kjwz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!vxal) { { if (dyih != rhhn) { for (_si etve = 0; etve <= 12; etve += 1) { dyih[etve] = rhhn[etve]; } } } } { _uc *oxph = (_uc *)(rhhn); for (_si polx = 0; polx <= 360; polx += 1) { oxph[polx] = (_uc)(1 + oxph[polx]) * (_uc)(255 + oxph[1 + polx]); } oxph[361] = 0; } } void getx(_uli *hdcx, _uli *bqaz, _uli *xhc) { for (_si dof = 0; dof <= 12; dof += 1) { hdcx[dof] = bqaz[dof] - xhc[dof]; } { _si yil = ugrj(hdcx); if (yil) { nksu(hdcx, hdcx); } for (_si wxb = 0; wxb <= 11; wxb += 1) { if (((((hdcx[wxb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hdcx[1 + wxb] -= 1; } else { hdcx[1 + wxb] += ((hdcx[wxb]) >> (47)); }; hdcx[wxb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hdcx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (yil) { { for (_si cgxm = 0; cgxm <= 12; cgxm += 1) { hdcx[cgxm] = -hdcx[cgxm]; } } } } } _si cwjc(_uli *abry) { _si gttl = 0; _uli tyvv = 19; for (_si pvzv = 12; pvzv >= 0; pvzv -= 1) { if (abry[pvzv] != 0) { gttl = ((((abry[pvzv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return gttl; } void oeqk(_uli *bxax) { _si xday = zdtu(bxax); if (xday) { { for (_si dciq = 0; dciq <= 12; dciq += 1) { bxax[dciq] = -bxax[dciq]; } } } for (_si erup = 0; erup <= 11; erup += 1) { if (((((bxax[erup]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bxax[1 + erup] -= 1; } else { bxax[1 + erup] += ((bxax[erup]) >> (47)); }; bxax[erup] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bxax[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xday) { { for (_si bcrn = 0; bcrn <= 12; bcrn += 1) { bxax[bcrn] = -bxax[bcrn]; } } } } void joga(_uli *xjvc) { _si kplb; { kplb = 0; _uli jxsr = 19; for (_si cgrb = 12; cgrb >= 0; cgrb -= 1) { if (xjvc[cgrb] != 0) { kplb = ((((xjvc[cgrb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kplb) { { for (_si qbpe = 0; qbpe <= 12; qbpe += 1) { xjvc[qbpe] = -xjvc[qbpe]; } } } for (_si hock = 0; hock <= 11; hock += 1) { if (((((xjvc[hock]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { xjvc[1 + hock] -= 1; } else { xjvc[1 + hock] += ((xjvc[hock]) >> (47)); }; xjvc[hock] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xjvc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kplb) { { for (_si ysrj = 0; ysrj <= 12; ysrj += 1) { xjvc[ysrj] = -xjvc[ysrj]; } } } } _uli *wfdc() { ; _uli *tlof; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; tlof = (_uli *)(_m + 362 * _s); break; } _s += 1; } return tlof; } void jp(_uc *gmx, _uc *eot, _si iwi) { _ui *li = (_ui *)(gmx + 0); _ui *up = (_ui *)(gmx + 128); _uc *dpfk = (_uc *)(li); for (_si abr = 0; abr <= (-1 + iwi); abr += 1) { if (up[0] >= 64) { gnk(gmx); up[0] = 0; } eot[abr] ^= dpfk[up[0]]; up[0] += 1; } } void krd(_uc *jyql, _uc *ndsj, _uc *shfw, _si gdly) { jzzs(jyql, ndsj, 0); abdy(jyql, shfw, gdly); } void qjov(_uli *xnbr, _uli *wjre) { if (xnbr != wjre) { for (_si anho = 0; anho <= 12; anho += 1) { xnbr[anho] = wjre[anho]; } } } _si khxt(_uli *bkcg) { _si pnfz = -1; for (_si nzpv = 44; nzpv >= 0; nzpv -= 1) { if (bkcg[nzpv] != 0) { pnfz = nzpv; break; } } return pnfz; } void ayjo(_uli *achb, _uli *wwfx, _uli *uhyr) { for (_si hrvt = 0; hrvt <= 12; hrvt += 1) { achb[hrvt] = uhyr[hrvt] + wwfx[hrvt]; } fvpi(achb); } void bfbq(_uc *xvw, _uc *wzlh, _si rrt) { _ui *qba = (_ui *)(xvw + 0); _ui *ies = (_ui *)(xvw + 128); _uc *dyfv = (_uc *)(qba); for (_si kck = 0; kck <= (-1 + rrt); kck += 1) { if (ies[0] >= 64) { { _ui *ywf = (_ui *)(xvw + 0); _ui *otrt = (_ui *)(xvw + 64); for (_si fqnc = 0; fqnc <= 15; fqnc += 1) { ywf[fqnc] = otrt[fqnc]; } for (_si weef = 0; weef <= 9; weef += 1) { kek(ywf, 0, 4, 8, 12); { ywf[1] += ywf[5]; ywf[13] ^= ywf[1]; ywf[13] = ((((ywf[13]) << (16))) | (((ywf[13]) >> (16)))); ywf[9] += ywf[13]; ywf[5] ^= ywf[9]; ywf[5] = ((((ywf[5]) << (12))) | (((ywf[5]) >> (20)))); ywf[1] += ywf[5]; ywf[13] ^= ywf[1]; ywf[13] = ((((ywf[13]) << (8))) | (((ywf[13]) >> (24)))); ywf[9] += ywf[13]; ywf[5] ^= ywf[9]; ywf[5] = ((((ywf[5]) << (7))) | (((ywf[5]) >> (25)))); } { ywf[2] += ywf[6]; ywf[14] ^= ywf[2]; ywf[14] = ((((ywf[14]) << (16))) | (((ywf[14]) >> (16)))); ywf[10] += ywf[14]; ywf[6] ^= ywf[10]; ywf[6] = ((((ywf[6]) << (12))) | (((ywf[6]) >> (20)))); ywf[2] += ywf[6]; ywf[14] ^= ywf[2]; ywf[14] = ((((ywf[14]) << (8))) | (((ywf[14]) >> (24)))); ywf[10] += ywf[14]; ywf[6] ^= ywf[10]; ywf[6] = ((((ywf[6]) << (7))) | (((ywf[6]) >> (25)))); } { ywf[3] += ywf[7]; ywf[15] ^= ywf[3]; ywf[15] = ((((ywf[15]) << (16))) | (((ywf[15]) >> (16)))); ywf[11] += ywf[15]; ywf[7] ^= ywf[11]; ywf[7] = ((((ywf[7]) << (12))) | (((ywf[7]) >> (20)))); ywf[3] += ywf[7]; ywf[15] ^= ywf[3]; ywf[15] = ((((ywf[15]) << (8))) | (((ywf[15]) >> (24)))); ywf[11] += ywf[15]; ywf[7] ^= ywf[11]; ywf[7] = ((((ywf[7]) << (7))) | (((ywf[7]) >> (25)))); } { ywf[0] += ywf[5]; ywf[15] ^= ywf[0]; ywf[15] = ((((ywf[15]) << (16))) | (((ywf[15]) >> (16)))); ywf[10] += ywf[15]; ywf[5] ^= ywf[10]; ywf[5] = ((((ywf[5]) << (12))) | (((ywf[5]) >> (20)))); ywf[0] += ywf[5]; ywf[15] ^= ywf[0]; ywf[15] = ((((ywf[15]) << (8))) | (((ywf[15]) >> (24)))); ywf[10] += ywf[15]; ywf[5] ^= ywf[10]; ywf[5] = ((((ywf[5]) << (7))) | (((ywf[5]) >> (25)))); } { ywf[1] += ywf[6]; ywf[12] ^= ywf[1]; ywf[12] = ((((ywf[12]) << (16))) | (((ywf[12]) >> (16)))); ywf[11] += ywf[12]; ywf[6] ^= ywf[11]; ywf[6] = ((((ywf[6]) << (12))) | (((ywf[6]) >> (20)))); ywf[1] += ywf[6]; ywf[12] ^= ywf[1]; ywf[12] = ((((ywf[12]) << (8))) | (((ywf[12]) >> (24)))); ywf[11] += ywf[12]; ywf[6] ^= ywf[11]; ywf[6] = ((((ywf[6]) << (7))) | (((ywf[6]) >> (25)))); } { ywf[2] += ywf[7]; ywf[13] ^= ywf[2]; ywf[13] = ((((ywf[13]) << (16))) | (((ywf[13]) >> (16)))); ywf[8] += ywf[13]; ywf[7] ^= ywf[8]; ywf[7] = ((((ywf[7]) << (12))) | (((ywf[7]) >> (20)))); ywf[2] += ywf[7]; ywf[13] ^= ywf[2]; ywf[13] = ((((ywf[13]) << (8))) | (((ywf[13]) >> (24)))); ywf[8] += ywf[13]; ywf[7] ^= ywf[8]; ywf[7] = ((((ywf[7]) << (7))) | (((ywf[7]) >> (25)))); } { ywf[3] += ywf[4]; ywf[14] ^= ywf[3]; ywf[14] = ((((ywf[14]) << (16))) | (((ywf[14]) >> (16)))); ywf[9] += ywf[14]; ywf[4] ^= ywf[9]; ywf[4] = ((((ywf[4]) << (12))) | (((ywf[4]) >> (20)))); ywf[3] += ywf[4]; ywf[14] ^= ywf[3]; ywf[14] = ((((ywf[14]) << (8))) | (((ywf[14]) >> (24)))); ywf[9] += ywf[14]; ywf[4] ^= ywf[9]; ywf[4] = ((((ywf[4]) << (7))) | (((ywf[4]) >> (25)))); } _m[65163] += 1; } for (_si ecse = 0; ecse <= 15; ecse += 1) { ywf[ecse] += otrt[ecse]; } otrt[12] += 1; if (otrt[12] == 0) { otrt[13] += 1; } } ies[0] = 0; } wzlh[kck] ^= dyfv[ies[0]]; ies[0] += 1; } } _si vnli(_uli *xiad) { _si cfdf = 0; _uli bllm = 19; for (_si zcb = 12; zcb >= 0; zcb -= 1) { if (xiad[zcb] != 0) { cfdf = ((((xiad[zcb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return cfdf; } _si lxlq(_uli *tsip) { _si zdcn = -1; for (_si ozy = 12; ozy >= 0; ozy -= 1) { if (tsip[ozy] != 0) { zdcn = ozy; break; } } return zdcn; } void itik(_uli *vez) { for (_si inim = 0; inim <= 12; inim += 1) { vez[inim] = 0; } } void lpt(_ui *tgoe, _si yztx, _si gawe, _si zif, _si btr) { tgoe[yztx] += tgoe[gawe]; tgoe[btr] ^= tgoe[yztx]; tgoe[btr] = ((((tgoe[btr]) << (16))) | (((tgoe[btr]) >> (16)))); tgoe[zif] += tgoe[btr]; tgoe[gawe] ^= tgoe[zif]; tgoe[gawe] = ((((tgoe[gawe]) << (12))) | (((tgoe[gawe]) >> (20)))); tgoe[yztx] += tgoe[gawe]; tgoe[btr] ^= tgoe[yztx]; tgoe[btr] = ((((tgoe[btr]) << (8))) | (((tgoe[btr]) >> (24)))); tgoe[zif] += tgoe[btr]; tgoe[gawe] ^= tgoe[zif]; tgoe[gawe] = ((((tgoe[gawe]) << (7))) | (((tgoe[gawe]) >> (25)))); } void hir(_uc *geee) { _ui *uffm = (_ui *)(geee + 0); _ui *tib = (_ui *)(geee + 64); for (_si sddr = 0; sddr <= 15; sddr += 1) { uffm[sddr] = tib[sddr]; } for (_si cbbu = 0; cbbu <= 9; cbbu += 1) { { uffm[0] += uffm[4]; uffm[12] ^= uffm[0]; uffm[12] = ((((uffm[12]) << (16))) | (((uffm[12]) >> (16)))); uffm[8] += uffm[12]; uffm[4] ^= uffm[8]; uffm[4] = ((((uffm[4]) << (12))) | (((uffm[4]) >> (20)))); uffm[0] += uffm[4]; uffm[12] ^= uffm[0]; uffm[12] = ((((uffm[12]) << (8))) | (((uffm[12]) >> (24)))); uffm[8] += uffm[12]; uffm[4] ^= uffm[8]; uffm[4] = ((((uffm[4]) << (7))) | (((uffm[4]) >> (25)))); } { uffm[1] += uffm[5]; uffm[13] ^= uffm[1]; uffm[13] = ((((uffm[13]) << (16))) | (((uffm[13]) >> (16)))); uffm[9] += uffm[13]; uffm[5] ^= uffm[9]; uffm[5] = ((((uffm[5]) << (12))) | (((uffm[5]) >> (20)))); uffm[1] += uffm[5]; uffm[13] ^= uffm[1]; uffm[13] = ((((uffm[13]) << (8))) | (((uffm[13]) >> (24)))); uffm[9] += uffm[13]; uffm[5] ^= uffm[9]; uffm[5] = ((((uffm[5]) << (7))) | (((uffm[5]) >> (25)))); } { uffm[2] += uffm[6]; uffm[14] ^= uffm[2]; uffm[14] = ((((uffm[14]) << (16))) | (((uffm[14]) >> (16)))); uffm[10] += uffm[14]; uffm[6] ^= uffm[10]; uffm[6] = ((((uffm[6]) << (12))) | (((uffm[6]) >> (20)))); uffm[2] += uffm[6]; uffm[14] ^= uffm[2]; uffm[14] = ((((uffm[14]) << (8))) | (((uffm[14]) >> (24)))); uffm[10] += uffm[14]; uffm[6] ^= uffm[10]; uffm[6] = ((((uffm[6]) << (7))) | (((uffm[6]) >> (25)))); } kgqs(uffm, 3, 7, 11, 15); { uffm[0] += uffm[5]; uffm[15] ^= uffm[0]; uffm[15] = ((((uffm[15]) << (16))) | (((uffm[15]) >> (16)))); uffm[10] += uffm[15]; uffm[5] ^= uffm[10]; uffm[5] = ((((uffm[5]) << (12))) | (((uffm[5]) >> (20)))); uffm[0] += uffm[5]; uffm[15] ^= uffm[0]; uffm[15] = ((((uffm[15]) << (8))) | (((uffm[15]) >> (24)))); uffm[10] += uffm[15]; uffm[5] ^= uffm[10]; uffm[5] = ((((uffm[5]) << (7))) | (((uffm[5]) >> (25)))); } lpt(uffm, 1, 6, 11, 12); { uffm[2] += uffm[7]; uffm[13] ^= uffm[2]; uffm[13] = ((((uffm[13]) << (16))) | (((uffm[13]) >> (16)))); uffm[8] += uffm[13]; uffm[7] ^= uffm[8]; uffm[7] = ((((uffm[7]) << (12))) | (((uffm[7]) >> (20)))); uffm[2] += uffm[7]; uffm[13] ^= uffm[2]; uffm[13] = ((((uffm[13]) << (8))) | (((uffm[13]) >> (24)))); uffm[8] += uffm[13]; uffm[7] ^= uffm[8]; uffm[7] = ((((uffm[7]) << (7))) | (((uffm[7]) >> (25)))); } amre(uffm, 3, 4, 9, 14); _m[65163] += 1; } for (_si phwc = 0; phwc <= 15; phwc += 1) { uffm[phwc] += tib[phwc]; } tib[12] += 1; if (tib[12] == 0) { tib[13] += 1; } } void byqr(_uli *fnkb) { for (_si qdad = 0; qdad <= 12; qdad += 1) { fnkb[qdad] = 0; } } _si rgoo(_uli *vnrw, _uli *njvu) { _si fyor = 0; for (_si egup = 12; egup >= 0; egup -= 1) { if (vnrw[egup] > njvu[egup]) { break; } else if (vnrw[egup] < njvu[egup]) { fyor = 1; break; }; } return fyor; } void wfec(_uli *bzaj) { _uc *cpjk = xskw(); _uc *xvag = ((_uc *)(_m + 41268) + 0); _uc *ifdx = (_uc *)(bzaj); for (_si vaxi = 0; vaxi <= 103; vaxi += 1) { ifdx[vaxi] = *(((_uc *)(_m + 47422) + vaxi)); } fsp(cpjk, xvag, ifdx, 104); } _si vcks(_uli *qoux) { _si hptv = -1; for (_si djfo = 12; djfo >= 0; djfo -= 1) { if (qoux[djfo] != 0) { hptv = djfo; break; } } return hptv; } void eetn(_uc *tqnw, _uc *ndyc, _si gbuu) { _uc *vrag = (_uc *)(tqnw + 0); _uli *eppp = (_uli *)(tqnw + 352); _si zbwf = (_si)(((eppp[0]) & (63))); eppp[0] += gbuu; for (_si jftf = 0; jftf <= (-1 + gbuu); jftf += 1) { vrag[zbwf] = ndyc[jftf]; zbwf += 1; if (zbwf == 64) { { _uc *qhn = (_uc *)(tqnw + 0); _ui *rpvx = (_ui *)(tqnw + 64); _ui *fwnr = (_ui *)(tqnw + 96); _si hgwc = 0; _ui wiuc = 0; _ui gnr = 0; _ui jwfz = 0; _ui bin = 0; _ui tlpx = 0; _ui xsc = 0; for (_si vddv = 0; vddv <= 15; vddv += 1) { fwnr[vddv] = (((((((((_ui)(qhn[hgwc])) << (24))) | ((((_ui)(qhn[1 + hgwc])) << (16))))) | ((((_ui)(qhn[2 + hgwc])) << (8))))) | ((_ui)(qhn[3 + hgwc]))); hgwc += 4; } for (_si rmei = 16; rmei <= 31; rmei += 1) { wiuc = ((((((((fwnr[-15 + rmei]) >> (7))) | (((fwnr[-15 + rmei]) << (25))))) ^ (((((fwnr[-15 + rmei]) >> (18))) | (((fwnr[-15 + rmei]) << (14))))))) ^ (((fwnr[-15 + rmei]) >> (3)))); bin = ((((((((fwnr[-2 + rmei]) >> (17))) | (((fwnr[-2 + rmei]) << (15))))) ^ (((((fwnr[-2 + rmei]) >> (19))) | (((fwnr[-2 + rmei]) << (13))))))) ^ (((fwnr[-2 + rmei]) >> (10)))); fwnr[rmei] = bin + fwnr[-7 + rmei] + fwnr[-16 + rmei] + wiuc; _m[65160] += 1; } _ui vbdf = rpvx[0]; _ui fexa = rpvx[1]; _ui jesz = rpvx[2]; _ui bufq = rpvx[3]; _ui yqyb = rpvx[4]; _ui qhpc = rpvx[5]; _ui wkej = rpvx[6]; _ui rflx = rpvx[7]; for (_si ndif = 0; ndif <= 31; ndif += 1) { wiuc = ((((((((vbdf) >> (2))) | (((vbdf) << (30))))) ^ (((((vbdf) >> (13))) | (((vbdf) << (19))))))) ^ (((((vbdf) >> (22))) | (((vbdf) << (10)))))); gnr = ((((((vbdf) & (fexa))) ^ (((vbdf) & (jesz))))) ^ (((fexa) & (jesz)))); jwfz = gnr + wiuc; bin = ((((((((yqyb) >> (6))) | (((yqyb) << (26))))) ^ (((((yqyb) >> (11))) | (((yqyb) << (21))))))) ^ (((((yqyb) >> (25))) | (((yqyb) << (7)))))); tlpx = ((((yqyb) & (qhpc))) ^ (((~yqyb) & (wkej)))); xsc = fwnr[ndif] + *(((_ui *)(_m + 246160) + ndif)) + bin + rflx + tlpx; rflx = wkej; wkej = qhpc; qhpc = yqyb; yqyb = bufq + xsc; bufq = jesz; jesz = fexa; fexa = vbdf; vbdf = jwfz + xsc; _m[65161] += 1; } rpvx[0] += vbdf; rpvx[1] += fexa; rpvx[2] += jesz; rpvx[3] += bufq; rpvx[4] += yqyb; rpvx[5] += qhpc; rpvx[6] += wkej; rpvx[7] += rflx; } zbwf = 0; } } } _si qvft(_uli *rwts) { _si szsv = 0; _uli jxlw = 19; for (_si yxzl = 44; yxzl >= 0; yxzl -= 1) { if (rwts[yxzl] != 0) { szsv = ((((rwts[yxzl]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return szsv; } void arsu(_uc *nayp) { _ui *ozvu = (_ui *)(nayp + 0); _ui *ahzv = (_ui *)(nayp + 64); for (_si fqo = 0; fqo <= 15; fqo += 1) { ozvu[fqo] = ahzv[fqo]; } for (_si pwfm = 0; pwfm <= 9; pwfm += 1) { { ozvu[0] += ozvu[4]; ozvu[12] ^= ozvu[0]; ozvu[12] = ((((ozvu[12]) << (16))) | (((ozvu[12]) >> (16)))); ozvu[8] += ozvu[12]; ozvu[4] ^= ozvu[8]; ozvu[4] = ((((ozvu[4]) << (12))) | (((ozvu[4]) >> (20)))); ozvu[0] += ozvu[4]; ozvu[12] ^= ozvu[0]; ozvu[12] = ((((ozvu[12]) << (8))) | (((ozvu[12]) >> (24)))); ozvu[8] += ozvu[12]; ozvu[4] ^= ozvu[8]; ozvu[4] = ((((ozvu[4]) << (7))) | (((ozvu[4]) >> (25)))); } ta(ozvu, 1, 5, 9, 13); blxe(ozvu, 2, 6, 10, 14); gox(ozvu, 3, 7, 11, 15); xdql(ozvu, 0, 5, 10, 15); { ozvu[1] += ozvu[6]; ozvu[12] ^= ozvu[1]; ozvu[12] = ((((ozvu[12]) << (16))) | (((ozvu[12]) >> (16)))); ozvu[11] += ozvu[12]; ozvu[6] ^= ozvu[11]; ozvu[6] = ((((ozvu[6]) << (12))) | (((ozvu[6]) >> (20)))); ozvu[1] += ozvu[6]; ozvu[12] ^= ozvu[1]; ozvu[12] = ((((ozvu[12]) << (8))) | (((ozvu[12]) >> (24)))); ozvu[11] += ozvu[12]; ozvu[6] ^= ozvu[11]; ozvu[6] = ((((ozvu[6]) << (7))) | (((ozvu[6]) >> (25)))); } { ozvu[2] += ozvu[7]; ozvu[13] ^= ozvu[2]; ozvu[13] = ((((ozvu[13]) << (16))) | (((ozvu[13]) >> (16)))); ozvu[8] += ozvu[13]; ozvu[7] ^= ozvu[8]; ozvu[7] = ((((ozvu[7]) << (12))) | (((ozvu[7]) >> (20)))); ozvu[2] += ozvu[7]; ozvu[13] ^= ozvu[2]; ozvu[13] = ((((ozvu[13]) << (8))) | (((ozvu[13]) >> (24)))); ozvu[8] += ozvu[13]; ozvu[7] ^= ozvu[8]; ozvu[7] = ((((ozvu[7]) << (7))) | (((ozvu[7]) >> (25)))); } { ozvu[3] += ozvu[4]; ozvu[14] ^= ozvu[3]; ozvu[14] = ((((ozvu[14]) << (16))) | (((ozvu[14]) >> (16)))); ozvu[9] += ozvu[14]; ozvu[4] ^= ozvu[9]; ozvu[4] = ((((ozvu[4]) << (12))) | (((ozvu[4]) >> (20)))); ozvu[3] += ozvu[4]; ozvu[14] ^= ozvu[3]; ozvu[14] = ((((ozvu[14]) << (8))) | (((ozvu[14]) >> (24)))); ozvu[9] += ozvu[14]; ozvu[4] ^= ozvu[9]; ozvu[4] = ((((ozvu[4]) << (7))) | (((ozvu[4]) >> (25)))); } _m[65163] += 1; } for (_si kfdu = 0; kfdu <= 15; kfdu += 1) { ozvu[kfdu] += ahzv[kfdu]; } ahzv[12] += 1; if (ahzv[12] == 0) { ahzv[13] += 1; } } void fubh(_uli *tsbo) { _si wppb; { wppb = 0; _uli twaf = 19; for (_si rdsx = 12; rdsx >= 0; rdsx -= 1) { if (tsbo[rdsx] != 0) { wppb = ((((tsbo[rdsx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wppb) { { for (_si alun = 0; alun <= 12; alun += 1) { tsbo[alun] = -tsbo[alun]; } } } for (_si uaag = 0; uaag <= 11; uaag += 1) { if (((((tsbo[uaag]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tsbo[1 + uaag] -= 1; } else { tsbo[1 + uaag] += ((tsbo[uaag]) >> (47)); }; tsbo[uaag] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tsbo[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (wppb) { { for (_si iozf = 0; iozf <= 12; iozf += 1) { tsbo[iozf] = -tsbo[iozf]; } } } } void xdrv(_uli *nbhg, _uli *qnkd, _uli *tcqj, _uli *tugc) { { for (_si tcky = 0; tcky <= 12; tcky += 1) { qnkd[tcky] = tcqj[tcky] + tugc[tcky]; } { _si qbxv; { qbxv = 0; _uli lgdp = 19; for (_si xmzu = 12; xmzu >= 0; xmzu -= 1) { if (qnkd[xmzu] != 0) { qbxv = ((((qnkd[xmzu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (qbxv) { ygxq(qnkd, qnkd); } for (_si neca = 0; neca <= 11; neca += 1) { if (((((qnkd[neca]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qnkd[1 + neca] -= 1; } else { qnkd[1 + neca] += ((qnkd[neca]) >> (47)); }; qnkd[neca] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qnkd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (qbxv) { { for (_si tntg = 0; tntg <= 12; tntg += 1) { qnkd[tntg] = -qnkd[tntg]; } } } } } _si rswv; { rswv = 0; for (_si hdnr = 12; hdnr >= 0; hdnr -= 1) { if (qnkd[hdnr] > nbhg[hdnr]) { break; } else if (qnkd[hdnr] < nbhg[hdnr]) { rswv = 1; break; }; } } if (!rswv) { { for (_si rrza = 0; rrza <= 12; rrza += 1) { qnkd[rrza] = -nbhg[rrza] + qnkd[rrza]; } { _si jzcu; { jzcu = 0; _uli ytmv = 19; for (_si cwvq = 12; cwvq >= 0; cwvq -= 1) { if (qnkd[cwvq] != 0) { jzcu = ((((qnkd[cwvq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jzcu) { { for (_si cmkt = 0; cmkt <= 12; cmkt += 1) { qnkd[cmkt] = -qnkd[cmkt]; } } } for (_si bksx = 0; bksx <= 11; bksx += 1) { if (((((qnkd[bksx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qnkd[1 + bksx] -= 1; } else { qnkd[1 + bksx] += ((qnkd[bksx]) >> (47)); }; qnkd[bksx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qnkd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jzcu) { { for (_si yvzw = 0; yvzw <= 12; yvzw += 1) { qnkd[yvzw] = -qnkd[yvzw]; } } } } } } } void ipvv(_si dzli, _uli *rwvz) { rwvz[(((dzli) / (47)))] &= ((((((_uli)(1)) << ((dzli % 47)))) - ((_uli)(1)))); for (_si ykcm = 1 + (((dzli) / (47))); ykcm <= 44; ykcm += 1) { rwvz[ykcm] = 0; } } void uuyp(_si hegi, _uli *arvs) { arvs[(((hegi) / (47)))] &= ((((((_uli)(1)) << ((hegi % 47)))) - ((_uli)(1)))); for (_si cjek = 1 + (((hegi) / (47))); cjek <= 12; cjek += 1) { arvs[cjek] = 0; } } void gxcc(_uc *lnvb, _uc *mfyp) { _ui *qtcf = (_ui *)(lnvb + 64); for (_si swfe = 0; swfe <= 7; swfe += 1) { qtcf[4 + swfe] = (((_ui)((mfyp + 4 * swfe)[0])) + ((((_ui)((mfyp + 4 * swfe)[1])) << (8))) + ((((_ui)((mfyp + 4 * swfe)[2])) << (16))) + ((((_ui)((mfyp + 4 * swfe)[3])) << (24)))); } } void lnnc(_ui *dler, _si drcq, _si cpau, _si bevc, _si wygk) { dler[drcq] += dler[cpau]; dler[wygk] ^= dler[drcq]; dler[wygk] = ((((dler[wygk]) << (16))) | (((dler[wygk]) >> (16)))); dler[bevc] += dler[wygk]; dler[cpau] ^= dler[bevc]; dler[cpau] = ((((dler[cpau]) << (12))) | (((dler[cpau]) >> (20)))); dler[drcq] += dler[cpau]; dler[wygk] ^= dler[drcq]; dler[wygk] = ((((dler[wygk]) << (8))) | (((dler[wygk]) >> (24)))); dler[bevc] += dler[wygk]; dler[cpau] ^= dler[bevc]; dler[cpau] = ((((dler[cpau]) << (7))) | (((dler[cpau]) >> (25)))); } void aszt(_uc *xcdx, _uc *hpwu, _si xfbv) { _uc *eaqu = (_uc *)(xcdx + 0); _uli *yrdr = (_uli *)(xcdx + 352); _si mnoh = (_si)(((yrdr[0]) & (63))); yrdr[0] += xfbv; for (_si mwnh = 0; mwnh <= (-1 + xfbv); mwnh += 1) { eaqu[mnoh] = hpwu[mwnh]; mnoh += 1; if (mnoh == 64) { pnfp(xcdx); mnoh = 0; } } } void ettz(_uli *guab, _si hixi) { _si seba = (hixi % 47); _si oqnu = ((hixi) / (47)); _si dqei = hixi; if (dqei > (8 * sizeof(_uli))) { dqei = -1; } if (oqnu >= 13) { { for (_si cyls = 0; cyls <= 12; cyls += 1) { guab[cyls] = 0; } } } else { _uli teho = (((((_uli)(1)) << (seba))) - ((_uli)(1))); if (dqei < 0) { guab[0] = 0; } else { guab[0] = ((((guab[0]) & (~teho))) >> (dqei)); }; if (oqnu != 0) { guab[0] += ((((guab[oqnu]) & (~teho))) >> (seba)); } for (_si ikvj = 1; ikvj <= (12 - oqnu); ikvj += 1) { guab[-1 + ikvj] += ((((((guab[ikvj + oqnu]) & (teho))) << (-seba + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); guab[ikvj] = ((((guab[ikvj + oqnu]) & (~teho))) >> (seba)); } for (_si lvip = 13 - oqnu; lvip <= 12; lvip += 1) { guab[lvip] = 0; } }; } _uc *abl() { ; _uc *zym; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 245; zym = (_uc *)(_m + 362 * _s); break; } _s += 1; } return zym; } void jrnu(_si ygaw, _uli *hhbj, _uli *yqgp, _uli *cbvj, _uli *wzza) { _uli *crpq = yegz(); gegi(crpq, wzza); { if (cbvj != wzza) { for (_si bfs = 0; bfs <= 12; bfs += 1) { cbvj[bfs] = wzza[bfs]; } } } eprf(ygaw, cbvj); { _uli *nhbk = gtni(); _uli *shyp = jbfh(); _uli *vnns = pywd(); _uli *qyxz = mtis(); for (_si bepu = 0; bepu <= 12; bepu += 1) { nhbk[bepu] = ((cbvj[bepu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); shyp[bepu] = ((cbvj[bepu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vnns[bepu] = ((yqgp[bepu]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qyxz[bepu] = ((yqgp[bepu]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si alnb = 0; alnb <= 12; alnb += 1) { cbvj[alnb] = 0; } } for (_si vqhv = 0; vqhv <= (-1 + (((13) >> (1)))); vqhv += 1) { for (_si hgmd = 0; hgmd <= (-1 + (((13) >> (1)))); hgmd += 1) { _uli oozb = nhbk[vqhv] * qyxz[hgmd] + shyp[vqhv] * vnns[hgmd]; _uli mjae = nhbk[vqhv] * vnns[hgmd]; _uli ghsl = qyxz[hgmd] * shyp[vqhv]; _uli wrpd = ((cbvj[hgmd + vqhv]) + (mjae) + (((((oozb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wrpd < mjae) { ghsl += 1; } _uli igub = ((((oozb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ghsl) << ((-47 + (((sizeof(_uli)) << (3)))))))); cbvj[hgmd + vqhv] = wrpd; cbvj[1 + hgmd + vqhv] += igub; } bfsm(cbvj); } { _uc *wumw = (_uc *)(nhbk); for (_si kbzy = 0; kbzy <= 360; kbzy += 1) { wumw[kbzy] = (_uc)(1 + wumw[kbzy]) * (_uc)(255 + wumw[1 + kbzy]); } wumw[361] = 0; } atax(shyp); { _uc *bsnp = (_uc *)(vnns); for (_si mhsn = 0; mhsn <= 360; mhsn += 1) { bsnp[mhsn] = (_uc)(255 + bsnp[1 + mhsn]) * (_uc)(1 + bsnp[mhsn]); } bsnp[361] = 0; } udqg(qyxz); } wvzm(ygaw, cbvj); wflk(cbvj, cbvj, hhbj); { for (_si mdlx = 0; mdlx <= 12; mdlx += 1) { cbvj[mdlx] = cbvj[mdlx] + crpq[mdlx]; } { _si hkg = vrvf(cbvj); if (hkg) { { for (_si luyn = 0; luyn <= 12; luyn += 1) { cbvj[luyn] = -cbvj[luyn]; } } } for (_si yayv = 0; yayv <= 11; yayv += 1) { if (((((cbvj[yayv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { cbvj[1 + yayv] -= 1; } else { cbvj[1 + yayv] += ((cbvj[yayv]) >> (47)); }; cbvj[yayv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } cbvj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hkg) { { for (_si gfon = 0; gfon <= 12; gfon += 1) { cbvj[gfon] = -cbvj[gfon]; } } } } } { _si uqoq = (ygaw % 47); _si asxh = ((ygaw) / (47)); _si avq = ygaw; if (avq > (8 * sizeof(_uli))) { avq = -1; } if (asxh >= 13) { { for (_si qrk = 0; qrk <= 12; qrk += 1) { cbvj[qrk] = 0; } } } else { _uli yrq = (((((_uli)(1)) << (uqoq))) - ((_uli)(1))); if (avq < 0) { cbvj[0] = 0; } else { cbvj[0] = ((((cbvj[0]) & (~yrq))) >> (avq)); }; if (asxh != 0) { cbvj[0] += ((((cbvj[asxh]) & (~yrq))) >> (uqoq)); } for (_si ieoj = 1; ieoj <= (12 - asxh); ieoj += 1) { cbvj[-1 + ieoj] += ((((((cbvj[asxh + ieoj]) & (yrq))) << (-uqoq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); cbvj[ieoj] = ((((cbvj[asxh + ieoj]) & (~yrq))) >> (uqoq)); } for (_si icpy = 13 - asxh; icpy <= 12; icpy += 1) { cbvj[icpy] = 0; } }; } ibfh(crpq, cbvj, hhbj); _si oizz = zeyw(crpq); if (!oizz) { { if (cbvj != crpq) { for (_si eisy = 0; eisy <= 12; eisy += 1) { cbvj[eisy] = crpq[eisy]; } } } } { _uc *extb = (_uc *)(crpq); for (_si rot = 0; rot <= 360; rot += 1) { extb[rot] = (_uc)(255 + extb[1 + rot]) * (_uc)(1 + extb[rot]); } extb[361] = 0; } } void hpc(_uc *evdu, _uc *zlr, _si josa) { { _ui *yhsa = (_ui *)(evdu + 64); for (_si gqs = 0; gqs <= 7; gqs += 1) { yhsa[4 + gqs] = (((_ui)((zlr + 4 * gqs)[0])) + ((((_ui)((zlr + 4 * gqs)[1])) << (8))) + ((((_ui)((zlr + 4 * gqs)[2])) << (16))) + ((((_ui)((zlr + 4 * gqs)[3])) << (24)))); } } _ui *jrte = (_ui *)(evdu + 64); _ui *asa = (_ui *)(evdu + 128); for (_si lrep = 0; lrep <= 3; lrep += 1) { jrte[lrep] = (((_ui)(((_uc *)(_m + 48146) + 4 * lrep)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrep)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrep)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * lrep)[3])) << (24)))); } for (_si dpoj = 0; dpoj <= 3; dpoj += 1) { jrte[12 + dpoj] = josa; _m[65162] += 1; } asa[0] = 3904225602; } void hapl(_uli *wndb) { _uc *cttv = tegj(); _uc *ecfs = ((_uc *)(_m + 193308) + 0); _uc *owfn = (_uc *)(wndb); for (_si tmkj = 0; tmkj <= 359; tmkj += 1) { owfn[tmkj] = *(((_uc *)(_m + 114754) + tmkj)); } yocq(cttv, ecfs, owfn, 360); } void yyrs(_uli *lojt, _uli *jxvr) { if (lojt != jxvr) { for (_si jpcu = 0; jpcu <= 12; jpcu += 1) { lojt[jpcu] = jxvr[jpcu]; } } } _si puiz(_uli *lovj) { _si ejjj = 0; _uli savw = 19; for (_si lddy = 44; lddy >= 0; lddy -= 1) { if (lovj[lddy] != 0) { ejjj = ((((lovj[lddy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ejjj; } void fwjc(_uli *kfoc, _si hftp) { _si cqqr = (hftp % 47); _si tljd = ((hftp) / (47)); _si eont = -cqqr + (((sizeof(_uli)) << (3))); if (tljd >= 13) { { for (_si pcmr = 0; pcmr <= 12; pcmr += 1) { kfoc[pcmr] = 0; } } } else { for (_si qqrc = 12 - tljd; qqrc >= 1; qqrc -= 1) { kfoc[qqrc + tljd] = ((kfoc[qqrc]) << (cqqr)); if (eont < (8 * sizeof(_uli))) { kfoc[qqrc + tljd] += ((((kfoc[-1 + qqrc]) >> (eont))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } kfoc[tljd] = ((kfoc[0]) << (cqqr)); for (_si wmfk = -1 + tljd; wmfk >= 0; wmfk -= 1) { kfoc[wmfk] = 0; } }; { for (_si bpim = 0; bpim <= 11; bpim += 1) { kfoc[1 + bpim] += ((kfoc[bpim]) >> (47)); kfoc[bpim] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kfoc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void hcqc(_uli *zznv, _uli *dcm) { for (_si shtk = 0; shtk <= 12; shtk += 1) { zznv[shtk] = -dcm[shtk]; } } void taul(_uli *bcjb, _uli *ejfu) { if (bcjb != ejfu) { for (_si cros = 0; cros <= 12; cros += 1) { bcjb[cros] = ejfu[cros]; } } } void xlbp(_uli *shdf, _uli *qzhk, _uli *ozqv) { for (_si tmzb = 0; tmzb <= 12; tmzb += 1) { shdf[tmzb] = ozqv[tmzb] + qzhk[tmzb]; } { _si rgeo = waec(shdf); if (rgeo) { { for (_si pbgm = 0; pbgm <= 12; pbgm += 1) { shdf[pbgm] = -shdf[pbgm]; } } } for (_si aocv = 0; aocv <= 11; aocv += 1) { if (((((shdf[aocv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { shdf[1 + aocv] -= 1; } else { shdf[1 + aocv] += ((shdf[aocv]) >> (47)); }; shdf[aocv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } shdf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rgeo) { { for (_si ovas = 0; ovas <= 12; ovas += 1) { shdf[ovas] = -shdf[ovas]; } } } } } void vib(_uc *uvn, _uc *gnft, _si liif) { _uc *zhse = (_uc *)(uvn + 0); _uli *ftt = (_uli *)(uvn + 352); _si wqqt = (_si)(((ftt[0]) & (63))); ftt[0] += liif; for (_si mkty = 0; mkty <= (-1 + liif); mkty += 1) { zhse[wqqt] = gnft[mkty]; wqqt += 1; if (wqqt == 64) { { _uc *wkk = (_uc *)(uvn + 0); _ui *ccs = (_ui *)(uvn + 64); _ui *fev = (_ui *)(uvn + 96); _si jnqq = 0; _ui braz = 0; _ui fvxa = 0; _ui nyrv = 0; _ui cokp = 0; _ui zklk = 0; _ui uga = 0; for (_si hsld = 0; hsld <= 15; hsld += 1) { fev[hsld] = (((((((((_ui)(wkk[jnqq])) << (24))) | ((((_ui)(wkk[1 + jnqq])) << (16))))) | ((((_ui)(wkk[2 + jnqq])) << (8))))) | ((_ui)(wkk[3 + jnqq]))); jnqq += 4; } for (_si mrz = 16; mrz <= 31; mrz += 1) { braz = ((((((((fev[-15 + mrz]) >> (7))) | (((fev[-15 + mrz]) << (25))))) ^ (((((fev[-15 + mrz]) >> (18))) | (((fev[-15 + mrz]) << (14))))))) ^ (((fev[-15 + mrz]) >> (3)))); cokp = ((((((((fev[-2 + mrz]) >> (17))) | (((fev[-2 + mrz]) << (15))))) ^ (((((fev[-2 + mrz]) >> (19))) | (((fev[-2 + mrz]) << (13))))))) ^ (((fev[-2 + mrz]) >> (10)))); fev[mrz] = braz + cokp + fev[-7 + mrz] + fev[-16 + mrz]; _m[65160] += 1; } _ui asgm = ccs[0]; _ui dkfl = ccs[1]; _ui hlg = ccs[2]; _ui jalp = ccs[3]; _ui wyfd = ccs[4]; _ui vwvh = ccs[5]; _ui wuqb = ccs[6]; _ui prcd = ccs[7]; for (_si ojo = 0; ojo <= 31; ojo += 1) { braz = ((((((((asgm) >> (2))) | (((asgm) << (30))))) ^ (((((asgm) >> (13))) | (((asgm) << (19))))))) ^ (((((asgm) >> (22))) | (((asgm) << (10)))))); fvxa = ((((((asgm) & (dkfl))) ^ (((asgm) & (hlg))))) ^ (((dkfl) & (hlg)))); nyrv = braz + fvxa; cokp = ((((((((wyfd) >> (6))) | (((wyfd) << (26))))) ^ (((((wyfd) >> (11))) | (((wyfd) << (21))))))) ^ (((((wyfd) >> (25))) | (((wyfd) << (7)))))); zklk = ((((wyfd) & (vwvh))) ^ (((~wyfd) & (wuqb)))); uga = cokp + *(((_ui *)(_m + 246160) + ojo)) + fev[ojo] + zklk + prcd; prcd = wuqb; wuqb = vwvh; vwvh = wyfd; wyfd = jalp + uga; jalp = hlg; hlg = dkfl; dkfl = asgm; asgm = nyrv + uga; _m[65161] += 1; } ccs[0] += asgm; ccs[1] += dkfl; ccs[2] += hlg; ccs[3] += jalp; ccs[4] += wyfd; ccs[5] += vwvh; ccs[6] += wuqb; ccs[7] += prcd; } wqqt = 0; } } } _si reer(_uli *uhdt) { _si lwho = 0; _uli boe = 19; for (_si tafb = 12; tafb >= 0; tafb -= 1) { if (uhdt[tafb] != 0) { lwho = ((((uhdt[tafb]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lwho; } void mews(_uli *bryz) { _si kjga; { kjga = 0; _uli hawv = 19; for (_si gszg = 44; gszg >= 0; gszg -= 1) { if (bryz[gszg] != 0) { kjga = ((((bryz[gszg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kjga) { { for (_si qiem = 0; qiem <= 44; qiem += 1) { bryz[qiem] = -bryz[qiem]; } } } for (_si vzms = 0; vzms <= 43; vzms += 1) { if (((((bryz[vzms]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bryz[1 + vzms] -= 1; } else { bryz[1 + vzms] += ((bryz[vzms]) >> (47)); }; bryz[vzms] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bryz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kjga) { tysq(bryz, bryz); } } void ribh(_ui *supq, _si rriw, _si lpwg, _si bipu, _si guma) { supq[rriw] += supq[lpwg]; supq[guma] ^= supq[rriw]; supq[guma] = ((((supq[guma]) << (16))) | (((supq[guma]) >> (16)))); supq[bipu] += supq[guma]; supq[lpwg] ^= supq[bipu]; supq[lpwg] = ((((supq[lpwg]) << (12))) | (((supq[lpwg]) >> (20)))); supq[rriw] += supq[lpwg]; supq[guma] ^= supq[rriw]; supq[guma] = ((((supq[guma]) << (8))) | (((supq[guma]) >> (24)))); supq[bipu] += supq[guma]; supq[lpwg] ^= supq[bipu]; supq[lpwg] = ((((supq[lpwg]) << (7))) | (((supq[lpwg]) >> (25)))); } void qdkl(_uli *heav) { _uc *hthp = (_uc *)(heav); for (_si ubnv = 0; ubnv <= 360; ubnv += 1) { hthp[ubnv] = (_uc)(1 + hthp[ubnv]) * (_uc)(255 + hthp[1 + ubnv]); } hthp[361] = 0; } void pkbh(_uli *ugai) { _si rrej; { rrej = 0; _uli pyo = 19; for (_si lvyf = 12; lvyf >= 0; lvyf -= 1) { if (ugai[lvyf] != 0) { rrej = ((((ugai[lvyf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (rrej) { { for (_si vpyz = 0; vpyz <= 12; vpyz += 1) { ugai[vpyz] = -ugai[vpyz]; } } } for (_si ltyy = 0; ltyy <= 11; ltyy += 1) { if (((((ugai[ltyy]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ugai[1 + ltyy] -= 1; } else { ugai[1 + ltyy] += ((ugai[ltyy]) >> (47)); }; ugai[ltyy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ugai[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (rrej) { ygxq(ugai, ugai); } } void jwqv(_uli *mtyu, _uli *stuj, _uli *glcx) { _uli *sawu = kbpj(); _uli *tqck = gcbc(); _uli *ctxh = opcr(); _uli *blct = bkjh(); for (_si fpfp = 0; fpfp <= 12; fpfp += 1) { sawu[fpfp] = ((stuj[fpfp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tqck[fpfp] = ((stuj[fpfp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ctxh[fpfp] = ((glcx[fpfp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); blct[fpfp] = ((glcx[fpfp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ceo = 0; ceo <= 12; ceo += 1) { mtyu[ceo] = 0; } } for (_si jmzt = 0; jmzt <= (-1 + (((13) >> (1)))); jmzt += 1) { for (_si wabi = 0; wabi <= (-1 + (((13) >> (1)))); wabi += 1) { _uli jjuc = blct[wabi] * sawu[jmzt] + ctxh[wabi] * tqck[jmzt]; _uli trlt = ctxh[wabi] * sawu[jmzt]; _uli ltnb = blct[wabi] * tqck[jmzt]; _uli nier = ((mtyu[jmzt + wabi]) + (trlt) + (((((jjuc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nier < trlt) { ltnb += 1; } _uli jkyd = ((((jjuc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ltnb) << ((-47 + (((sizeof(_uli)) << (3)))))))); mtyu[jmzt + wabi] = nier; mtyu[1 + jmzt + wabi] += jkyd; } { for (_si robq = 0; robq <= 11; robq += 1) { mtyu[1 + robq] += ((mtyu[robq]) >> (47)); mtyu[robq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mtyu[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *cgxc = (_uc *)(sawu); for (_si gssn = 0; gssn <= 360; gssn += 1) { cgxc[gssn] = (_uc)(255 + cgxc[1 + gssn]) * (_uc)(1 + cgxc[gssn]); } cgxc[361] = 0; } { _uc *bhix = (_uc *)(tqck); for (_si rioy = 0; rioy <= 360; rioy += 1) { bhix[rioy] = (_uc)(1 + bhix[rioy]) * (_uc)(255 + bhix[1 + rioy]); } bhix[361] = 0; } { _uc *bdma = (_uc *)(ctxh); for (_si qute = 0; qute <= 360; qute += 1) { bdma[qute] = (_uc)(255 + bdma[1 + qute]) * (_uc)(1 + bdma[qute]); } bdma[361] = 0; } buec(blct); } void alwg(_uli *majt, _uli *zsvn) { for (_si wtaa = 0; wtaa <= 12; wtaa += 1) { majt[wtaa] = -zsvn[wtaa]; } } _uc *tbvp() { ; _uc *lkh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; lkh = (_uc *)(_m + 362 * _s); break; } _s += 1; } return lkh; } _uli *pvyd() { ; _uli *phue; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; phue = (_uli *)(_m + 362 * _s); break; } _s += 1; } return phue; } _si uhar(_uli *lnde) { _si wysa = 0; _uli uepr = 19; for (_si lmav = 44; lmav >= 0; lmav -= 1) { if (lnde[lmav] != 0) { wysa = ((((lnde[lmav]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return wysa; } _si ieme(_uli *qqpv) { _si fzcc = 0; _uli gjsc = 19; for (_si zrge = 12; zrge >= 0; zrge -= 1) { if (qqpv[zrge] != 0) { fzcc = ((((qqpv[zrge]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return fzcc; } void dwfl(_uli *dolk) { for (_si yjup = 0; yjup <= 12; yjup += 1) { dolk[yjup] = 0; } } void mszx(_uli *funu, _uli *rfgw, _uli *gqdc) { for (_si xqlx = 0; xqlx <= 12; xqlx += 1) { funu[xqlx] = -gqdc[xqlx] + rfgw[xqlx]; } atlz(funu); } void irto(_uli *cxjh) { _uc *zayc = iedc(); _uc *hwbj = ((_uc *)(_m + 362) + 0); _uc *szn = (_uc *)(cxjh); for (_si oawy = 0; oawy <= 103; oawy += 1) { szn[oawy] = *(((_uc *)(_m + 31132) + oawy)); } { isiz(zayc, hwbj, 0); mkqh(zayc, szn, 104); } } void dcwz(_uli *tbiz, _si epiw) { _si ihgn = (epiw % 47); _si ueib = ((epiw) / (47)); _si rudm = epiw; if (rudm > (8 * sizeof(_uli))) { rudm = -1; } if (ueib >= 13) { { for (_si sbdf = 0; sbdf <= 12; sbdf += 1) { tbiz[sbdf] = 0; } } } else { _uli osfr = (((((_uli)(1)) << (ihgn))) - ((_uli)(1))); if (rudm < 0) { tbiz[0] = 0; } else { tbiz[0] = ((((tbiz[0]) & (~osfr))) >> (rudm)); }; if (ueib != 0) { tbiz[0] += ((((tbiz[ueib]) & (~osfr))) >> (ihgn)); } for (_si gtom = 1; gtom <= (12 - ueib); gtom += 1) { tbiz[-1 + gtom] += ((((((tbiz[gtom + ueib]) & (osfr))) << (-ihgn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tbiz[gtom] = ((((tbiz[gtom + ueib]) & (~osfr))) >> (ihgn)); } for (_si pnel = 13 - ueib; pnel <= 12; pnel += 1) { tbiz[pnel] = 0; } }; } void etjk(_uli *njde) { for (_si shtc = 0; shtc <= 12; shtc += 1) { njde[shtc] = 0; } } void tiad(_si wsrp, _uli *mxlo, _uli *lapz, _uli *gpqq, _uli *rafb) { hgvz(gpqq, rafb); { _uli *vzdx = nrlo(); { if (vzdx != gpqq) { for (_si ywzg = 0; ywzg <= 12; ywzg += 1) { vzdx[ywzg] = gpqq[ywzg]; } } } padw(gpqq, gpqq); { gpqq[(((wsrp) / (47)))] &= ((((((_uli)(1)) << ((wsrp % 47)))) - ((_uli)(1)))); for (_si ijyw = 1 + (((wsrp) / (47))); ijyw <= 12; ijyw += 1) { gpqq[ijyw] = 0; } } jwqv(gpqq, gpqq, lapz); { gpqq[(((wsrp) / (47)))] &= ((((((_uli)(1)) << ((wsrp % 47)))) - ((_uli)(1)))); for (_si ptek = 1 + (((wsrp) / (47))); ptek <= 12; ptek += 1) { gpqq[ptek] = 0; } } { _uli *gwxa = uzhu(); _uli *maac = wsbw(); _uli *dlwd = tjsr(); _uli *mqwe = vsqi(); for (_si qqqf = 0; qqqf <= 12; qqqf += 1) { gwxa[qqqf] = ((gpqq[qqqf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); maac[qqqf] = ((gpqq[qqqf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dlwd[qqqf] = ((mxlo[qqqf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mqwe[qqqf] = ((mxlo[qqqf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si fwet = 0; fwet <= 12; fwet += 1) { gpqq[fwet] = 0; } } for (_si ewys = 0; ewys <= (-1 + (((13) >> (1)))); ewys += 1) { for (_si bbpy = 0; bbpy <= (-1 + (((13) >> (1)))); bbpy += 1) { _uli nyvp = dlwd[bbpy] * maac[ewys] + gwxa[ewys] * mqwe[bbpy]; _uli pnhz = dlwd[bbpy] * gwxa[ewys]; _uli kubp = maac[ewys] * mqwe[bbpy]; _uli lzuk = ((gpqq[bbpy + ewys]) + (pnhz) + (((((nyvp) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lzuk < pnhz) { kubp += 1; } _uli bjuk = ((((nyvp) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kubp) << ((-47 + (((sizeof(_uli)) << (3)))))))); gpqq[bbpy + ewys] = lzuk; gpqq[1 + bbpy + ewys] += bjuk; } { for (_si bckr = 0; bckr <= 11; bckr += 1) { gpqq[1 + bckr] += ((gpqq[bckr]) >> (47)); gpqq[bckr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gpqq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } uijx(gwxa); dlfz(maac); { _uc *vxgz = (_uc *)(dlwd); for (_si pptq = 0; pptq <= 360; pptq += 1) { vxgz[pptq] = (_uc)(1 + vxgz[pptq]) * (_uc)(255 + vxgz[1 + pptq]); } vxgz[361] = 0; } { _uc *ipil = (_uc *)(mqwe); for (_si ifku = 0; ifku <= 360; ifku += 1) { ipil[ifku] = (_uc)(255 + ipil[1 + ifku]) * (_uc)(1 + ipil[ifku]); } ipil[361] = 0; } } ixoc(gpqq, gpqq, vzdx); { _si otva = (wsrp % 47); _si pfpa = ((wsrp) / (47)); _si ocrp = wsrp; if (ocrp > (8 * sizeof(_uli))) { ocrp = -1; } if (pfpa >= 13) { { for (_si ggwo = 0; ggwo <= 12; ggwo += 1) { gpqq[ggwo] = 0; } } } else { _uli zxqv = (((((_uli)(1)) << (otva))) - ((_uli)(1))); if (ocrp < 0) { gpqq[0] = 0; } else { gpqq[0] = ((((gpqq[0]) & (~zxqv))) >> (ocrp)); }; if (pfpa != 0) { gpqq[0] += ((((gpqq[pfpa]) & (~zxqv))) >> (otva)); } for (_si bloi = 1; bloi <= (12 - pfpa); bloi += 1) { gpqq[-1 + bloi] += ((((((gpqq[bloi + pfpa]) & (zxqv))) << (-otva + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gpqq[bloi] = ((((gpqq[bloi + pfpa]) & (~zxqv))) >> (otva)); } for (_si vkxo = 13 - pfpa; vkxo <= 12; vkxo += 1) { gpqq[vkxo] = 0; } }; } wfld(vzdx, gpqq, mxlo); _si ppxu = ebes(vzdx); if (!ppxu) { { if (gpqq != vzdx) { for (_si acgm = 0; acgm <= 12; acgm += 1) { gpqq[acgm] = vzdx[acgm]; } } } } rtoi(vzdx); } } void qsdb(_uli *ydmo, _uli *fefi) { for (_si nva = 0; nva <= 12; nva += 1) { ydmo[nva] = -fefi[nva]; } } void uzhl(_uc *crau, _uc *gug, _uc *wjid, _uc *yxyn, _uc *txur, _uc *vlee, _uc *odci, _uc *kxu, _uc *olcx, _uli *knty, _uc *emz, _uc *qlbv, _uc *dygp, _uc *gsrj, _uc *fijq) { { _ui *nboh = (_ui *)(crau + 64); _uli *axsm = (_uli *)(crau + 352); nboh[0] = 3072593861; nboh[1] = 3086033710; nboh[2] = 3878829419; nboh[3] = 661946499; nboh[4] = 3836525215; nboh[5] = 533529351; nboh[6] = 1116444951; nboh[7] = 1869145119; axsm[0] = 0; } cytg(crau, fijq, 16); luq(gug, vlee, emz, 32); eetn(crau, emz, 32); { { { _ui *rath = (_ui *)(wjid + 64); for (_si mlsg = 0; mlsg <= 7; mlsg += 1) { rath[4 + mlsg] = (((_ui)((vlee + 4 * mlsg)[0])) + ((((_ui)((vlee + 4 * mlsg)[1])) << (8))) + ((((_ui)((vlee + 4 * mlsg)[2])) << (16))) + ((((_ui)((vlee + 4 * mlsg)[3])) << (24)))); } } _ui *iurb = (_ui *)(wjid + 64); _ui *adzi = (_ui *)(wjid + 128); for (_si mwem = 0; mwem <= 3; mwem += 1) { iurb[mwem] = (((_ui)(((_uc *)(_m + 48146) + 4 * mwem)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mwem)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mwem)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * mwem)[3])) << (24)))); } for (_si dblx = 0; dblx <= 3; dblx += 1) { iurb[12 + dblx] = 0; _m[65162] += 1; } adzi[0] = 3904225602; } ugm(wjid, emz, 32); } { heul(yxyn, odci, 0); { _ui *vinn = (_ui *)(yxyn + 0); _ui *ytf = (_ui *)(yxyn + 128); _uc *pzmq = (_uc *)(vinn); for (_si mnng = 0; mnng <= 31; mnng += 1) { if (ytf[0] >= 64) { ipxb(yxyn); ytf[0] = 0; } qlbv[mnng] ^= pzmq[ytf[0]]; ytf[0] += 1; } } } vfpf(crau, qlbv, 32); vbql(gug, odci, qlbv, 32); { yebl(txur, kxu, 0); chjd(txur, dygp, 32); } { _uc *mez = (_uc *)(crau + 0); _uli *ecva = (_uli *)(crau + 352); _si jeoh = (_si)(((ecva[0]) & (63))); ecva[0] += 32; for (_si qey = 0; qey <= 31; qey += 1) { mez[jeoh] = dygp[qey]; jeoh += 1; if (jeoh == 64) { { _uc *doh = (_uc *)(crau + 0); _ui *pgk = (_ui *)(crau + 64); _ui *mtgg = (_ui *)(crau + 96); _si yypn = 0; _ui tdpc = 0; _ui dzd = 0; _ui krro = 0; _ui lymr = 0; _ui flwt = 0; _ui kldb = 0; for (_si lzma = 0; lzma <= 15; lzma += 1) { mtgg[lzma] = (((((((((_ui)(doh[yypn])) << (24))) | ((((_ui)(doh[1 + yypn])) << (16))))) | ((((_ui)(doh[2 + yypn])) << (8))))) | ((_ui)(doh[3 + yypn]))); yypn += 4; } for (_si chmm = 16; chmm <= 31; chmm += 1) { tdpc = ((((((((mtgg[-15 + chmm]) >> (7))) | (((mtgg[-15 + chmm]) << (25))))) ^ (((((mtgg[-15 + chmm]) >> (18))) | (((mtgg[-15 + chmm]) << (14))))))) ^ (((mtgg[-15 + chmm]) >> (3)))); lymr = ((((((((mtgg[-2 + chmm]) >> (17))) | (((mtgg[-2 + chmm]) << (15))))) ^ (((((mtgg[-2 + chmm]) >> (19))) | (((mtgg[-2 + chmm]) << (13))))))) ^ (((mtgg[-2 + chmm]) >> (10)))); mtgg[chmm] = lymr + mtgg[-16 + chmm] + mtgg[-7 + chmm] + tdpc; _m[65160] += 1; } _ui ehto = pgk[0]; _ui bwcx = pgk[1]; _ui isia = pgk[2]; _ui vscf = pgk[3]; _ui ggap = pgk[4]; _ui rruc = pgk[5]; _ui zqt = pgk[6]; _ui roy = pgk[7]; for (_si zfb = 0; zfb <= 31; zfb += 1) { tdpc = ((((((((ehto) >> (2))) | (((ehto) << (30))))) ^ (((((ehto) >> (13))) | (((ehto) << (19))))))) ^ (((((ehto) >> (22))) | (((ehto) << (10)))))); dzd = ((((((ehto) & (bwcx))) ^ (((ehto) & (isia))))) ^ (((bwcx) & (isia)))); krro = dzd + tdpc; lymr = ((((((((ggap) >> (6))) | (((ggap) << (26))))) ^ (((((ggap) >> (11))) | (((ggap) << (21))))))) ^ (((((ggap) >> (25))) | (((ggap) << (7)))))); flwt = ((((ggap) & (rruc))) ^ (((~ggap) & (zqt)))); kldb = flwt + *(((_ui *)(_m + 246160) + zfb)) + mtgg[zfb] + roy + lymr; roy = zqt; zqt = rruc; rruc = ggap; ggap = kldb + vscf; vscf = isia; isia = bwcx; bwcx = ehto; ehto = kldb + krro; _m[65161] += 1; } pgk[0] += ehto; pgk[1] += bwcx; pgk[2] += isia; pgk[3] += vscf; pgk[4] += ggap; pgk[5] += rruc; pgk[6] += zqt; pgk[7] += roy; } jeoh = 0; } } } { { { _ui *qzfi = (_ui *)(gug + 64); for (_si uhux = 0; uhux <= 7; uhux += 1) { qzfi[4 + uhux] = (((_ui)((kxu + 4 * uhux)[0])) + ((((_ui)((kxu + 4 * uhux)[1])) << (8))) + ((((_ui)((kxu + 4 * uhux)[2])) << (16))) + ((((_ui)((kxu + 4 * uhux)[3])) << (24)))); } } _ui *ukov = (_ui *)(gug + 64); _ui *qoe = (_ui *)(gug + 128); for (_si xqkx = 0; xqkx <= 3; xqkx += 1) { ukov[xqkx] = (((_ui)(((_uc *)(_m + 48146) + 4 * xqkx)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xqkx)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xqkx)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * xqkx)[3])) << (24)))); } for (_si nkh = 0; nkh <= 3; nkh += 1) { ukov[12 + nkh] = 0; _m[65162] += 1; } qoe[0] = 3904225602; } nngo(gug, dygp, 32); } { { iadw(txur, olcx); _ui *udda = (_ui *)(txur + 64); _ui *lib = (_ui *)(txur + 128); for (_si iimg = 0; iimg <= 3; iimg += 1) { udda[iimg] = (((_ui)(((_uc *)(_m + 48146) + 4 * iimg)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * iimg)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * iimg)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * iimg)[3])) << (24)))); } for (_si hbon = 0; hbon <= 3; hbon += 1) { udda[12 + hbon] = 0; _m[65162] += 1; } lib[0] = 3904225602; } { _ui *avcp = (_ui *)(txur + 0); _ui *euww = (_ui *)(txur + 128); _uc *lngz = (_uc *)(avcp); for (_si pbku = 0; pbku <= 31; pbku += 1) { if (euww[0] >= 64) { { _ui *oqec = (_ui *)(txur + 0); _ui *hcxk = (_ui *)(txur + 64); for (_si fzid = 0; fzid <= 15; fzid += 1) { oqec[fzid] = hcxk[fzid]; } for (_si qpoh = 0; qpoh <= 9; qpoh += 1) { { oqec[0] += oqec[4]; oqec[12] ^= oqec[0]; oqec[12] = ((((oqec[12]) << (16))) | (((oqec[12]) >> (16)))); oqec[8] += oqec[12]; oqec[4] ^= oqec[8]; oqec[4] = ((((oqec[4]) << (12))) | (((oqec[4]) >> (20)))); oqec[0] += oqec[4]; oqec[12] ^= oqec[0]; oqec[12] = ((((oqec[12]) << (8))) | (((oqec[12]) >> (24)))); oqec[8] += oqec[12]; oqec[4] ^= oqec[8]; oqec[4] = ((((oqec[4]) << (7))) | (((oqec[4]) >> (25)))); } { oqec[1] += oqec[5]; oqec[13] ^= oqec[1]; oqec[13] = ((((oqec[13]) << (16))) | (((oqec[13]) >> (16)))); oqec[9] += oqec[13]; oqec[5] ^= oqec[9]; oqec[5] = ((((oqec[5]) << (12))) | (((oqec[5]) >> (20)))); oqec[1] += oqec[5]; oqec[13] ^= oqec[1]; oqec[13] = ((((oqec[13]) << (8))) | (((oqec[13]) >> (24)))); oqec[9] += oqec[13]; oqec[5] ^= oqec[9]; oqec[5] = ((((oqec[5]) << (7))) | (((oqec[5]) >> (25)))); } ktwi(oqec, 2, 6, 10, 14); { oqec[3] += oqec[7]; oqec[15] ^= oqec[3]; oqec[15] = ((((oqec[15]) << (16))) | (((oqec[15]) >> (16)))); oqec[11] += oqec[15]; oqec[7] ^= oqec[11]; oqec[7] = ((((oqec[7]) << (12))) | (((oqec[7]) >> (20)))); oqec[3] += oqec[7]; oqec[15] ^= oqec[3]; oqec[15] = ((((oqec[15]) << (8))) | (((oqec[15]) >> (24)))); oqec[11] += oqec[15]; oqec[7] ^= oqec[11]; oqec[7] = ((((oqec[7]) << (7))) | (((oqec[7]) >> (25)))); } uho(oqec, 0, 5, 10, 15); { oqec[1] += oqec[6]; oqec[12] ^= oqec[1]; oqec[12] = ((((oqec[12]) << (16))) | (((oqec[12]) >> (16)))); oqec[11] += oqec[12]; oqec[6] ^= oqec[11]; oqec[6] = ((((oqec[6]) << (12))) | (((oqec[6]) >> (20)))); oqec[1] += oqec[6]; oqec[12] ^= oqec[1]; oqec[12] = ((((oqec[12]) << (8))) | (((oqec[12]) >> (24)))); oqec[11] += oqec[12]; oqec[6] ^= oqec[11]; oqec[6] = ((((oqec[6]) << (7))) | (((oqec[6]) >> (25)))); } qenl(oqec, 2, 7, 8, 13); gfqo(oqec, 3, 4, 9, 14); _m[65163] += 1; } for (_si ghca = 0; ghca <= 15; ghca += 1) { oqec[ghca] += hcxk[ghca]; } hcxk[12] += 1; if (hcxk[12] == 0) { hcxk[13] += 1; } } euww[0] = 0; } gsrj[pbku] ^= lngz[euww[0]]; euww[0] += 1; } } } xneh(crau, gsrj, 32); { afxt(wjid, olcx, 0); { _ui *fjc = (_ui *)(wjid + 0); _ui *rst = (_ui *)(wjid + 128); _uc *mjcb = (_uc *)(fjc); for (_si lhb = 0; lhb <= 31; lhb += 1) { if (rst[0] >= 64) { gax(wjid); rst[0] = 0; } gsrj[lhb] ^= mjcb[rst[0]]; rst[0] += 1; } } } { _uc *pwss = iqsf(); { _uc *kdys = (_uc *)(crau + 0); { _uc *glyn = (_uc *)(crau + 0); _uli *ntza = (_uli *)(crau + 352); _si lvxp = (_si)(((ntza[0]) & (63))); ntza[0] += 0; for (_si axlf = 0; axlf <= -1; axlf += 1) { glyn[lvxp] = pwss[axlf]; lvxp += 1; if (lvxp == 64) { jxtk(crau); lvxp = 0; } } } _uli *fgdr = (_uli *)(crau + 352); { _uc *vfwj = (_uc *)(crau + 0); _ui *ubhr = (_ui *)(crau + 64); _uli *hmvv = (_uli *)(crau + 352); _uli rdux = 8 * hmvv[0]; _uc jwuz[1]; jwuz[0] = 128; { _uc *bdeq = (_uc *)(crau + 0); _uli *ocxh = (_uli *)(crau + 352); _si dxlx = (_si)(((ocxh[0]) & (63))); ocxh[0] += 1; for (_si cgrj = 0; cgrj <= 0; cgrj += 1) { bdeq[dxlx] = jwuz[cgrj]; dxlx += 1; if (dxlx == 64) { { _uc *cifa = (_uc *)(crau + 0); _ui *hyj = (_ui *)(crau + 64); _ui *fql = (_ui *)(crau + 96); _si egmn = 0; _ui ffar = 0; _ui yfni = 0; _ui isor = 0; _ui vkl = 0; _ui atfl = 0; _ui xiyb = 0; for (_si tlqt = 0; tlqt <= 15; tlqt += 1) { fql[tlqt] = (((((((((_ui)(cifa[egmn])) << (24))) | ((((_ui)(cifa[1 + egmn])) << (16))))) | ((((_ui)(cifa[2 + egmn])) << (8))))) | ((_ui)(cifa[3 + egmn]))); egmn += 4; } for (_si mmfy = 16; mmfy <= 31; mmfy += 1) { ffar = ((((((((fql[-15 + mmfy]) >> (7))) | (((fql[-15 + mmfy]) << (25))))) ^ (((((fql[-15 + mmfy]) >> (18))) | (((fql[-15 + mmfy]) << (14))))))) ^ (((fql[-15 + mmfy]) >> (3)))); vkl = ((((((((fql[-2 + mmfy]) >> (17))) | (((fql[-2 + mmfy]) << (15))))) ^ (((((fql[-2 + mmfy]) >> (19))) | (((fql[-2 + mmfy]) << (13))))))) ^ (((fql[-2 + mmfy]) >> (10)))); fql[mmfy] = ffar + fql[-7 + mmfy] + fql[-16 + mmfy] + vkl; _m[65160] += 1; } _ui cthk = hyj[0]; _ui lifa = hyj[1]; _ui hjzy = hyj[2]; _ui tcvs = hyj[3]; _ui smla = hyj[4]; _ui nyam = hyj[5]; _ui qrhv = hyj[6]; _ui gdsn = hyj[7]; for (_si qvuq = 0; qvuq <= 31; qvuq += 1) { ffar = ((((((((cthk) >> (2))) | (((cthk) << (30))))) ^ (((((cthk) >> (13))) | (((cthk) << (19))))))) ^ (((((cthk) >> (22))) | (((cthk) << (10)))))); yfni = ((((((cthk) & (lifa))) ^ (((cthk) & (hjzy))))) ^ (((lifa) & (hjzy)))); isor = ffar + yfni; vkl = ((((((((smla) >> (6))) | (((smla) << (26))))) ^ (((((smla) >> (11))) | (((smla) << (21))))))) ^ (((((smla) >> (25))) | (((smla) << (7)))))); atfl = ((((smla) & (nyam))) ^ (((~smla) & (qrhv)))); xiyb = *(((_ui *)(_m + 246160) + qvuq)) + atfl + gdsn + fql[qvuq] + vkl; gdsn = qrhv; qrhv = nyam; nyam = smla; smla = tcvs + xiyb; tcvs = hjzy; hjzy = lifa; lifa = cthk; cthk = isor + xiyb; _m[65161] += 1; } hyj[0] += cthk; hyj[1] += lifa; hyj[2] += hjzy; hyj[3] += tcvs; hyj[4] += smla; hyj[5] += nyam; hyj[6] += qrhv; hyj[7] += gdsn; } dxlx = 0; } } } while (((((hmvv[0]) & (63))) != (56))) { jwuz[0] = 0; hawh(crau, jwuz, 1); } for (_si snfs = 0; snfs <= 7; snfs += 1) { jwuz[0] = (_uc)(((((rdux) >> (8 * (7 - snfs)))) & (255))); exiw(crau, jwuz, 1); } _si ecwo = 0; for (_si ozai = 0; ozai <= 7; ozai += 1) { _ui btbv = ubhr[ozai]; vfwj[ecwo] = (_uc)(((((btbv) >> (24))) & (255))); vfwj[1 + ecwo] = (_uc)(((((btbv) >> (16))) & (255))); vfwj[2 + ecwo] = (_uc)(((((btbv) >> (8))) & (255))); vfwj[3 + ecwo] = (_uc)(((btbv) & (255))); ecwo += 4; } } for (_si thr = 0; thr <= 31; thr += 1) { pwss[thr] = kdys[thr]; } } { _uli *lvh = mfxt(); xsbz(knty); for (_si tla = 0; tla <= 31; tla += 1) { fghz(lvh, pwss[31 - tla]); { _si ibmt = (8 * tla % 47); _si wlku = ((8 * tla) / (47)); _si btgc = -ibmt + (((sizeof(_uli)) << (3))); if (wlku >= 13) { { for (_si tltc = 0; tltc <= 12; tltc += 1) { lvh[tltc] = 0; } } } else { for (_si icah = 12 - wlku; icah >= 1; icah -= 1) { lvh[icah + wlku] = ((lvh[icah]) << (ibmt)); if (btgc < (8 * sizeof(_uli))) { lvh[icah + wlku] += ((((lvh[-1 + icah]) >> (btgc))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } lvh[wlku] = ((lvh[0]) << (ibmt)); for (_si nwhf = -1 + wlku; nwhf >= 0; nwhf -= 1) { lvh[nwhf] = 0; } }; cwz(lvh); } { for (_si ggb = 0; ggb <= 12; ggb += 1) { knty[ggb] = knty[ggb] + lvh[ggb]; } { _si dujr = qjdd(knty); if (dujr) { { for (_si dztr = 0; dztr <= 12; dztr += 1) { knty[dztr] = -knty[dztr]; } } } for (_si ocgu = 0; ocgu <= 11; ocgu += 1) { if (((((knty[ocgu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { knty[1 + ocgu] -= 1; } else { knty[1 + ocgu] += ((knty[ocgu]) >> (47)); }; knty[ocgu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } knty[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dujr) { { for (_si qgqt = 0; qgqt <= 12; qgqt += 1) { knty[qgqt] = -knty[qgqt]; } } } } } } izpl(lvh); } rwxm(pwss); } } void fres(_uli *pei) { _uc *idko = (_uc *)(pei); for (_si lmho = 0; lmho <= 360; lmho += 1) { idko[lmho] = (_uc)(255 + idko[1 + lmho]) * (_uc)(1 + idko[lmho]); } idko[361] = 0; } void sjih(_uli *hxbt, _si ivnb) { _si pizc = (ivnb % 47); _si mzmn = ((ivnb) / (47)); _si upan = ivnb; if (upan > (8 * sizeof(_uli))) { upan = -1; } if (mzmn >= 45) { { for (_si hkyr = 0; hkyr <= 44; hkyr += 1) { hxbt[hkyr] = 0; } } } else { _uli qevx = (((((_uli)(1)) << (pizc))) - ((_uli)(1))); if (upan < 0) { hxbt[0] = 0; } else { hxbt[0] = ((((hxbt[0]) & (~qevx))) >> (upan)); }; if (mzmn != 0) { hxbt[0] += ((((hxbt[mzmn]) & (~qevx))) >> (pizc)); } for (_si krqu = 1; krqu <= (44 - mzmn); krqu += 1) { hxbt[-1 + krqu] += ((((((hxbt[krqu + mzmn]) & (qevx))) << (-pizc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hxbt[krqu] = ((((hxbt[krqu + mzmn]) & (~qevx))) >> (pizc)); } for (_si oell = 45 - mzmn; oell <= 44; oell += 1) { hxbt[oell] = 0; } }; } _si ueva(_uli *olin) { _si tmiv = 0; _uli izpe = 19; for (_si bkxz = 12; bkxz >= 0; bkxz -= 1) { if (olin[bkxz] != 0) { tmiv = ((((olin[bkxz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return tmiv; } void cpl(_uli *gvj) { for (_si otu = 0; otu <= 11; otu += 1) { gvj[1 + otu] += ((gvj[otu]) >> (47)); gvj[otu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gvj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ixr(_uli *amjp, _uli *ajak, _uli *hoou) { for (_si tap = 0; tap <= 44; tap += 1) { amjp[tap] = ajak[tap] + hoou[tap]; } { _si ufvm; { ufvm = 0; _uli kjr = 19; for (_si fjhm = 44; fjhm >= 0; fjhm -= 1) { if (amjp[fjhm] != 0) { ufvm = ((((amjp[fjhm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ufvm) { fvzv(amjp, amjp); } for (_si qyfz = 0; qyfz <= 43; qyfz += 1) { if (((((amjp[qyfz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { amjp[1 + qyfz] -= 1; } else { amjp[1 + qyfz] += ((amjp[qyfz]) >> (47)); }; amjp[qyfz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } amjp[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ufvm) { { for (_si klnl = 0; klnl <= 44; klnl += 1) { amjp[klnl] = -amjp[klnl]; } } } } } void hgdi(_uli *apzn) { _si dthu; { dthu = 0; _uli saoj = 19; for (_si tkmx = 12; tkmx >= 0; tkmx -= 1) { if (apzn[tkmx] != 0) { dthu = ((((apzn[tkmx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (dthu) { nsnw(apzn, apzn); } for (_si mgnm = 0; mgnm <= 11; mgnm += 1) { if (((((apzn[mgnm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { apzn[1 + mgnm] -= 1; } else { apzn[1 + mgnm] += ((apzn[mgnm]) >> (47)); }; apzn[mgnm] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } apzn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (dthu) { { for (_si bnh = 0; bnh <= 12; bnh += 1) { apzn[bnh] = -apzn[bnh]; } } } } void jpkn(_uc *dhyb, _uc *tztm) { _ui *wkvt = (_ui *)(dhyb + 64); for (_si kget = 0; kget <= 7; kget += 1) { wkvt[4 + kget] = (((_ui)((tztm + 4 * kget)[0])) + ((((_ui)((tztm + 4 * kget)[1])) << (8))) + ((((_ui)((tztm + 4 * kget)[2])) << (16))) + ((((_ui)((tztm + 4 * kget)[3])) << (24)))); } } void andm(_uli *bkvy) { _si ymdu = mlvp(bkvy); if (ymdu) { { for (_si bpal = 0; bpal <= 12; bpal += 1) { bkvy[bpal] = -bkvy[bpal]; } } } for (_si pnaj = 0; pnaj <= 11; pnaj += 1) { if (((((bkvy[pnaj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bkvy[1 + pnaj] -= 1; } else { bkvy[1 + pnaj] += ((bkvy[pnaj]) >> (47)); }; bkvy[pnaj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bkvy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ymdu) { { for (_si tfhc = 0; tfhc <= 12; tfhc += 1) { bkvy[tfhc] = -bkvy[tfhc]; } } } } void vqqc(_uli *ysaj) { _si kbpm; { kbpm = 0; _uli kngh = 19; for (_si wqlq = 12; wqlq >= 0; wqlq -= 1) { if (ysaj[wqlq] != 0) { kbpm = ((((ysaj[wqlq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kbpm) { { for (_si rztl = 0; rztl <= 12; rztl += 1) { ysaj[rztl] = -ysaj[rztl]; } } } for (_si hqyx = 0; hqyx <= 11; hqyx += 1) { if (((((ysaj[hqyx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ysaj[1 + hqyx] -= 1; } else { ysaj[1 + hqyx] += ((ysaj[hqyx]) >> (47)); }; ysaj[hqyx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ysaj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (kbpm) { { for (_si kqgl = 0; kqgl <= 12; kqgl += 1) { ysaj[kqgl] = -ysaj[kqgl]; } } } } void kltj(_uli *jtfv) { _uc *xdxk = (_uc *)(jtfv); for (_si cpnt = 0; cpnt <= 360; cpnt += 1) { xdxk[cpnt] = (_uc)(255 + xdxk[1 + cpnt]) * (_uc)(1 + xdxk[cpnt]); } xdxk[361] = 0; } void bpvh(_uli *eniy, _uli *zuim, _uli *ukjh) { for (_si njsy = 0; njsy <= 12; njsy += 1) { eniy[njsy] = -ukjh[njsy] + zuim[njsy]; } { _si jjln = pded(eniy); if (jjln) { { for (_si jzhs = 0; jzhs <= 12; jzhs += 1) { eniy[jzhs] = -eniy[jzhs]; } } } for (_si qrtu = 0; qrtu <= 11; qrtu += 1) { if (((((eniy[qrtu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { eniy[1 + qrtu] -= 1; } else { eniy[1 + qrtu] += ((eniy[qrtu]) >> (47)); }; eniy[qrtu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } eniy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jjln) { { for (_si zmtf = 0; zmtf <= 12; zmtf += 1) { eniy[zmtf] = -eniy[zmtf]; } } } } } void tbyp(_uli *lsbh) { for (_si qkac = 0; qkac <= 12; qkac += 1) { lsbh[qkac] = 0; } } void cdgp(_uli *ipfo, _uli *uyvj, _uli *gyam) { for (_si tikf = 0; tikf <= 12; tikf += 1) { ipfo[tikf] = -gyam[tikf] + uyvj[tikf]; } ekkt(ipfo); } void agxy(_uli *jozs, _si hfkq) { _si gkvn = (hfkq % 47); _si uqpo = ((hfkq) / (47)); _si xijb = -gkvn + (((sizeof(_uli)) << (3))); if (uqpo >= 13) { { for (_si jzct = 0; jzct <= 12; jzct += 1) { jozs[jzct] = 0; } } } else { for (_si etcj = 12 - uqpo; etcj >= 1; etcj -= 1) { jozs[etcj + uqpo] = ((jozs[etcj]) << (gkvn)); if (xijb < (8 * sizeof(_uli))) { jozs[etcj + uqpo] += ((((jozs[-1 + etcj]) >> (xijb))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } jozs[uqpo] = ((jozs[0]) << (gkvn)); for (_si eszh = -1 + uqpo; eszh >= 0; eszh -= 1) { jozs[eszh] = 0; } }; { for (_si vymq = 0; vymq <= 11; vymq += 1) { jozs[1 + vymq] += ((jozs[vymq]) >> (47)); jozs[vymq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jozs[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } _uli *ltdc() { ; _uli *scnq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; scnq = (_uli *)(_m + 362 * _s); break; } _s += 1; } return scnq; } void mwwy(_uc *vof) { _ui *jkye = (_ui *)(vof + 64); _uli *xnbf = (_uli *)(vof + 352); jkye[0] = 3072593861; jkye[1] = 3086033710; jkye[2] = 3878829419; jkye[3] = 661946499; jkye[4] = 3836525215; jkye[5] = 533529351; jkye[6] = 1116444951; jkye[7] = 1869145119; xnbf[0] = 0; } void btsd(_uli *lgpg) { _uc *heqz = (_uc *)(lgpg); for (_si veyv = 0; veyv <= 360; veyv += 1) { heqz[veyv] = (_uc)(255 + heqz[1 + veyv]) * (_uc)(1 + heqz[veyv]); } heqz[361] = 0; } void gtqi(_si fieo, _uli *uaqe, _uli *pchz, _uli *sonu, _uli *pikk) { _uli *vlqm = itcx(); { if (vlqm != pikk) { for (_si xzza = 0; xzza <= 12; xzza += 1) { vlqm[xzza] = pikk[xzza]; } } } nldk(sonu, pikk); { sonu[(((fieo) / (47)))] &= ((((((_uli)(1)) << ((fieo % 47)))) - ((_uli)(1)))); for (_si ekvz = 1 + (((fieo) / (47))); ekvz <= 12; ekvz += 1) { sonu[ekvz] = 0; } } cjqx(sonu, sonu, pchz); negb(fieo, sonu); { _uli *xwiq = uzhu(); _uli *ooyi = oarz(); _uli *hawi = mobc(); _uli *hxxo = heyy(); for (_si gimm = 0; gimm <= 12; gimm += 1) { xwiq[gimm] = ((sonu[gimm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ooyi[gimm] = ((sonu[gimm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); hawi[gimm] = ((uaqe[gimm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hxxo[gimm] = ((uaqe[gimm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } qsye(sonu); for (_si dbwc = 0; dbwc <= (-1 + (((13) >> (1)))); dbwc += 1) { for (_si tjsb = 0; tjsb <= (-1 + (((13) >> (1)))); tjsb += 1) { _uli lyji = hawi[tjsb] * ooyi[dbwc] + hxxo[tjsb] * xwiq[dbwc]; _uli mggq = hawi[tjsb] * xwiq[dbwc]; _uli xkjb = hxxo[tjsb] * ooyi[dbwc]; _uli ufen = ((sonu[dbwc + tjsb]) + (mggq) + (((((lyji) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ufen < mggq) { xkjb += 1; } _uli lond = ((((lyji) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xkjb) << ((-47 + (((sizeof(_uli)) << (3)))))))); sonu[dbwc + tjsb] = ufen; sonu[1 + dbwc + tjsb] += lond; } cjhc(sonu); } btdf(xwiq); { _uc *dndg = (_uc *)(ooyi); for (_si xdld = 0; xdld <= 360; xdld += 1) { dndg[xdld] = (_uc)(1 + dndg[xdld]) * (_uc)(255 + dndg[1 + xdld]); } dndg[361] = 0; } ijhr(hawi); ecwg(hxxo); } { for (_si eymg = 0; eymg <= 12; eymg += 1) { sonu[eymg] = sonu[eymg] + vlqm[eymg]; } tlbn(sonu); } { _si tmve = (fieo % 47); _si mwqk = ((fieo) / (47)); _si eked = fieo; if (eked > (8 * sizeof(_uli))) { eked = -1; } if (mwqk >= 13) { { for (_si pldu = 0; pldu <= 12; pldu += 1) { sonu[pldu] = 0; } } } else { _uli ypep = (((((_uli)(1)) << (tmve))) - ((_uli)(1))); if (eked < 0) { sonu[0] = 0; } else { sonu[0] = ((((sonu[0]) & (~ypep))) >> (eked)); }; if (mwqk != 0) { sonu[0] += ((((sonu[mwqk]) & (~ypep))) >> (tmve)); } for (_si vgzk = 1; vgzk <= (12 - mwqk); vgzk += 1) { sonu[-1 + vgzk] += ((((((sonu[mwqk + vgzk]) & (ypep))) << (-tmve + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); sonu[vgzk] = ((((sonu[mwqk + vgzk]) & (~ypep))) >> (tmve)); } for (_si ombx = 13 - mwqk; ombx <= 12; ombx += 1) { sonu[ombx] = 0; } }; } thzu(vlqm, sonu, uaqe); _si iaei = vpqz(vlqm); if (!iaei) { liny(sonu, vlqm); } cvck(vlqm); } void pgyw(_uli *ykmy, _uli *yadq) { for (_si dgbz = 0; dgbz <= 12; dgbz += 1) { ykmy[dgbz] = -yadq[dgbz]; } } void umnp(_uli *ofuw, _uli *ypvc, _uli *xafs) { _uli *dhen = pjtf(); _uli *smwe = etis(); _uli *zdvu = ltai(); _uli *gews = bpwu(); for (_si cdao = 0; cdao <= 12; cdao += 1) { dhen[cdao] = ((ypvc[cdao]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); smwe[cdao] = ((ypvc[cdao]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zdvu[cdao] = ((xafs[cdao]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gews[cdao] = ((xafs[cdao]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si kgoe = 0; kgoe <= 12; kgoe += 1) { ofuw[kgoe] = 0; } } for (_si nkdz = 0; nkdz <= (-1 + (((13) >> (1)))); nkdz += 1) { for (_si natz = 0; natz <= (-1 + (((13) >> (1)))); natz += 1) { _uli mvdi = dhen[nkdz] * gews[natz] + smwe[nkdz] * zdvu[natz]; _uli noqq = dhen[nkdz] * zdvu[natz]; _uli dfnv = gews[natz] * smwe[nkdz]; _uli xnvj = ((ofuw[natz + nkdz]) + (noqq) + (((((mvdi) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xnvj < noqq) { dfnv += 1; } _uli sxsf = ((((mvdi) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dfnv) << ((-47 + (((sizeof(_uli)) << (3)))))))); ofuw[natz + nkdz] = xnvj; ofuw[1 + natz + nkdz] += sxsf; } { for (_si psoj = 0; psoj <= 11; psoj += 1) { ofuw[1 + psoj] += ((ofuw[psoj]) >> (47)); ofuw[psoj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ofuw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *vriq = (_uc *)(dhen); for (_si xpgt = 0; xpgt <= 360; xpgt += 1) { vriq[xpgt] = (_uc)(255 + vriq[1 + xpgt]) * (_uc)(1 + vriq[xpgt]); } vriq[361] = 0; } jpeh(smwe); { _uc *kmpj = (_uc *)(zdvu); for (_si vtbb = 0; vtbb <= 360; vtbb += 1) { kmpj[vtbb] = (_uc)(255 + kmpj[1 + vtbb]) * (_uc)(1 + kmpj[vtbb]); } kmpj[361] = 0; } { _uc *pikt = (_uc *)(gews); for (_si fqax = 0; fqax <= 360; fqax += 1) { pikt[fqax] = (_uc)(255 + pikt[1 + fqax]) * (_uc)(1 + pikt[fqax]); } pikt[361] = 0; } } _si rgey(_uli *cjdz) { _si akzd = 0; _uli uptb = 19; for (_si vylc = 12; vylc >= 0; vylc -= 1) { if (cjdz[vylc] != 0) { akzd = ((((cjdz[vylc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return akzd; } void jmps(_uli *owdo) { _uc *gnco = (_uc *)(owdo); for (_si aolk = 0; aolk <= 360; aolk += 1) { gnco[aolk] = (_uc)(1 + gnco[aolk]) * (_uc)(255 + gnco[1 + aolk]); } gnco[361] = 0; } void sapl(_uli *tbrd, _uli *afye, _uli *lbre) { for (_si rut = 0; rut <= 12; rut += 1) { tbrd[rut] = afye[rut] - lbre[rut]; } brje(tbrd); } void wvdv(_uli *hglh, _si xuee) { _si laya = (xuee % 47); _si xpbx = ((xuee) / (47)); _si fmde = xuee; if (fmde > (8 * sizeof(_uli))) { fmde = -1; } if (xpbx >= 13) { { for (_si hugh = 0; hugh <= 12; hugh += 1) { hglh[hugh] = 0; } } } else { _uli aafo = (((((_uli)(1)) << (laya))) - ((_uli)(1))); if (fmde < 0) { hglh[0] = 0; } else { hglh[0] = ((((hglh[0]) & (~aafo))) >> (fmde)); }; if (xpbx != 0) { hglh[0] += ((((hglh[xpbx]) & (~aafo))) >> (laya)); } for (_si hvwq = 1; hvwq <= (12 - xpbx); hvwq += 1) { hglh[-1 + hvwq] += ((((((hglh[hvwq + xpbx]) & (aafo))) << (-laya + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hglh[hvwq] = ((((hglh[hvwq + xpbx]) & (~aafo))) >> (laya)); } for (_si hcxz = 13 - xpbx; hcxz <= 12; hcxz += 1) { hglh[hcxz] = 0; } }; } void pnhu(_uli *orfq) { _uc *llmw = xgwi(); _uc *kqod = ((_uc *)(_m + 90862) + 0); _uc *rdrp = (_uc *)(orfq); for (_si ynzp = 0; ynzp <= 103; ynzp += 1) { rdrp[ynzp] = *(((_uc *)(_m + 110410) + ynzp)); } { { nnbz(llmw, kqod); _ui *jqpv = (_ui *)(llmw + 64); _ui *iktj = (_ui *)(llmw + 128); for (_si zehl = 0; zehl <= 3; zehl += 1) { jqpv[zehl] = (((_ui)(((_uc *)(_m + 48146) + 4 * zehl)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zehl)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zehl)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * zehl)[3])) << (24)))); } for (_si qzsy = 0; qzsy <= 3; qzsy += 1) { jqpv[12 + qzsy] = 0; _m[65162] += 1; } iktj[0] = 3904225602; } mkqh(llmw, rdrp, 104); } } void opp(_uc *zohw, _uc *tie, _si ros) { vxeq(zohw, tie); _ui *abf = (_ui *)(zohw + 64); _ui *dzk = (_ui *)(zohw + 128); for (_si egx = 0; egx <= 3; egx += 1) { abf[egx] = (((_ui)(((_uc *)(_m + 48146) + 4 * egx)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * egx)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * egx)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * egx)[3])) << (24)))); } for (_si zwgj = 0; zwgj <= 3; zwgj += 1) { abf[12 + zwgj] = ros; _m[65162] += 1; } dzk[0] = 3904225602; } void asez(_uli *uvwn) { _uc *xtje = (_uc *)(uvwn); for (_si nrko = 0; nrko <= 360; nrko += 1) { xtje[nrko] = (_uc)(255 + xtje[1 + nrko]) * (_uc)(1 + xtje[nrko]); } xtje[361] = 0; } void emjg(_uli *xufn, _uli *gval, _uli *rtbd, _uli *lejj) { { if (gval != rtbd) { for (_si ubic = 0; ubic <= 12; ubic += 1) { gval[ubic] = rtbd[ubic]; } } } _si khkh; { khkh = -1; for (_si upjo = 12; upjo >= 0; upjo -= 1) { if (gval[upjo] != 0) { khkh = upjo; break; } } } _si euie = vvje(lejj); if (khkh >= euie) { _si nlii = 0; _uli sgyl = lejj[euie]; while (sgyl < (((((((_uli)(1)) << (47)))) >> (1)))) { nlii += 1; sgyl <<= 1; } if (euie == 0) { nlii += 47; khkh += 1; euie += 1; } if (nlii > 0) { getg(gval, nlii); xdyd(lejj, nlii); } _si ppsq = -euie + khkh; sgyl = lejj[euie]; _uli yxcz = lejj[-1 + euie]; for (_si nwxv = ppsq; nwxv >= 0; nwxv -= 1) { __uint128_t zbul = (__uint128_t)(((((_uli)(1)) << (47)))) * gval[1 + euie + nwxv] + gval[euie + nwxv]; _uli rjof = 0; __uint128_t ppzq = ((zbul) / (sgyl)); __uint128_t zbvh = (zbul % sgyl); while (ppzq == ((((_uli)(1)) << (47))) || (ppzq * yxcz) > (((((_uli)(1)) << (47))) * zbvh + gval[-1 + euie + nwxv])) { ppzq -= 1; zbvh += sgyl; if (zbvh >= ((((_uli)(1)) << (47)))) { break; } } zbul = 0; for (_si pimu = 0; pimu <= euie; pimu += 1) { zbul += lejj[pimu] * ppzq; rjof = gval[nwxv + pimu]; if (zbul > rjof) { zbul -= rjof; rjof = zbul % ((((_uli)(1)) << (47))); zbul = ((zbul) / (((((_uli)(1)) << (47))))); if (rjof == 0) { gval[nwxv + pimu] = 0; } else { gval[nwxv + pimu] = ((1 + ~(_uli)(rjof)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); zbul += 1; }; } else { gval[nwxv + pimu] -= zbul; zbul = 0; }; } rjof = gval[1 + euie + nwxv]; if (zbul > rjof) { lejj[1 + euie + nwxv] = -1 + ppzq; zbul = 0; for (_si chv = 0; chv <= euie; chv += 1) { zbul += gval[chv + nwxv] + lejj[chv]; gval[chv + nwxv] = zbul % ((((_uli)(1)) << (47))); zbul = ((zbul) / (((((_uli)(1)) << (47))))); } } else { lejj[1 + euie + nwxv] = ppzq; gval[1 + euie + nwxv] -= zbul; }; } for (_si nnms = 0; nnms <= ppsq; nnms += 1) { xufn[nnms] = lejj[1 + euie + nnms]; gval[1 + euie + nnms] = 0; } for (_si fgft = 1 + ppsq; fgft <= 12; fgft += 1) { xufn[fgft] = 0; } if (xufn != lejj) { for (_si phhe = 1 + euie; phhe <= (1 + khkh); phhe += 1) { lejj[phhe] = 0; } if (nlii > 0) { uiyy(lejj, nlii); } } if (nlii > 0) { { _si eboc = (nlii % 47); _si hhkr = ((nlii) / (47)); _si mnru = nlii; if (mnru > (8 * sizeof(_uli))) { mnru = -1; } if (hhkr >= 13) { { for (_si havg = 0; havg <= 12; havg += 1) { gval[havg] = 0; } } } else { _uli vywq = (((((_uli)(1)) << (eboc))) - ((_uli)(1))); if (mnru < 0) { gval[0] = 0; } else { gval[0] = ((((gval[0]) & (~vywq))) >> (mnru)); }; if (hhkr != 0) { gval[0] += ((((gval[hhkr]) & (~vywq))) >> (eboc)); } for (_si ldbe = 1; ldbe <= (12 - hhkr); ldbe += 1) { gval[-1 + ldbe] += ((((((gval[hhkr + ldbe]) & (vywq))) << (-eboc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gval[ldbe] = ((((gval[hhkr + ldbe]) & (~vywq))) >> (eboc)); } for (_si rebs = 13 - hhkr; rebs <= 12; rebs += 1) { gval[rebs] = 0; } }; } } } } void xazj(_uli *cies, _uli *votx) { for (_si iryt = 0; iryt <= 12; iryt += 1) { cies[iryt] = -votx[iryt]; } } void wjuw(_uli *tmko, _uli *hbbz) { for (_si wfai = 0; wfai <= 12; wfai += 1) { tmko[wfai] = -hbbz[wfai]; } } void hatw(_uli *ytpz, _uli *jbvt, _uli *dzoi) { for (_si xaae = 0; xaae <= 12; xaae += 1) { ytpz[xaae] = -dzoi[xaae] + jbvt[xaae]; } { _si iwar = cizc(ytpz); if (iwar) { { for (_si pglc = 0; pglc <= 12; pglc += 1) { ytpz[pglc] = -ytpz[pglc]; } } } for (_si uoym = 0; uoym <= 11; uoym += 1) { if (((((ytpz[uoym]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ytpz[1 + uoym] -= 1; } else { ytpz[1 + uoym] += ((ytpz[uoym]) >> (47)); }; ytpz[uoym] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ytpz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (iwar) { { for (_si gmit = 0; gmit <= 12; gmit += 1) { ytpz[gmit] = -ytpz[gmit]; } } } } } void jdph(_uli *rvtm) { _si mbwa = vpat(rvtm); if (mbwa) { { for (_si wngl = 0; wngl <= 12; wngl += 1) { rvtm[wngl] = -rvtm[wngl]; } } } for (_si hxgw = 0; hxgw <= 11; hxgw += 1) { if (((((rvtm[hxgw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rvtm[1 + hxgw] -= 1; } else { rvtm[1 + hxgw] += ((rvtm[hxgw]) >> (47)); }; rvtm[hxgw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rvtm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mbwa) { { for (_si gkyo = 0; gkyo <= 12; gkyo += 1) { rvtm[gkyo] = -rvtm[gkyo]; } } } } void hioe(_uli *sxef) { _si aqpi = nlnw(sxef); if (aqpi) { pski(sxef, sxef); } for (_si bhgf = 0; bhgf <= 11; bhgf += 1) { if (((((sxef[bhgf]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sxef[1 + bhgf] -= 1; } else { sxef[1 + bhgf] += ((sxef[bhgf]) >> (47)); }; sxef[bhgf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sxef[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (aqpi) { { for (_si tbnr = 0; tbnr <= 12; tbnr += 1) { sxef[tbnr] = -sxef[tbnr]; } } } } void obnq(_si udui, _uli *oyhc) { oyhc[(((udui) / (47)))] &= ((((((_uli)(1)) << ((udui % 47)))) - ((_uli)(1)))); for (_si iyuc = 1 + (((udui) / (47))); iyuc <= 44; iyuc += 1) { oyhc[iyuc] = 0; } } void act(_uli *zmzu) { _uc *zrcx = (_uc *)(zmzu); for (_si xkru = 0; xkru <= 360; xkru += 1) { zrcx[xkru] = (_uc)(255 + zrcx[1 + xkru]) * (_uc)(1 + zrcx[xkru]); } zrcx[361] = 0; } _uc *qysw() { ; _uc *elvc; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; elvc = (_uc *)(_m + 362 * _s); break; } _s += 1; } return elvc; } void wwyi(_uli *sism, _uli *hkil) { _uli *anbx = zlxq(); _uli *syms = yzej(); for (_si thxx = 0; thxx <= 12; thxx += 1) { anbx[thxx] = ((hkil[thxx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); syms[thxx] = ((hkil[thxx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si gzhi = 0; gzhi <= 12; gzhi += 1) { sism[gzhi] = 0; } } for (_si ccel = 0; ccel <= (-1 + (((13) >> (1)))); ccel += 1) { for (_si yftx = 0; yftx <= (-1 + (((13) >> (1)))); yftx += 1) { _uli jomu = anbx[yftx] * syms[ccel] + anbx[ccel] * syms[yftx]; _uli yajb = anbx[yftx] * anbx[ccel]; _uli tfrj = syms[yftx] * syms[ccel]; _uli nnxn = ((sism[ccel + yftx]) + (yajb) + (((((jomu) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nnxn < yajb) { tfrj += 1; } _uli senp = ((((jomu) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((tfrj) << ((-47 + (((sizeof(_uli)) << (3)))))))); sism[ccel + yftx] = nnxn; sism[1 + ccel + yftx] += senp; } bbgt(sism); } { _uc *youd = (_uc *)(anbx); for (_si pngy = 0; pngy <= 360; pngy += 1) { youd[pngy] = (_uc)(1 + youd[pngy]) * (_uc)(255 + youd[1 + pngy]); } youd[361] = 0; } jrex(syms); } void uqju(_si edku, _uli *lwpe, _uli *zcwh, _uli *tmwi, _uli *yayg) { _uli *ggcb = dbam(); { if (ggcb != yayg) { for (_si hfxv = 0; hfxv <= 12; hfxv += 1) { ggcb[hfxv] = yayg[hfxv]; } } } { if (tmwi != yayg) { for (_si lpmx = 0; lpmx <= 12; lpmx += 1) { tmwi[lpmx] = yayg[lpmx]; } } } { tmwi[(((edku) / (47)))] &= ((((((_uli)(1)) << ((edku % 47)))) - ((_uli)(1)))); for (_si vzmr = 1 + (((edku) / (47))); vzmr <= 12; vzmr += 1) { tmwi[vzmr] = 0; } } { _uli *evhc = upi(); _uli *wntg = ypfg(); _uli *rbts = ntfe(); _uli *wulg = tewx(); for (_si eauz = 0; eauz <= 12; eauz += 1) { evhc[eauz] = ((tmwi[eauz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wntg[eauz] = ((tmwi[eauz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rbts[eauz] = ((zcwh[eauz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wulg[eauz] = ((zcwh[eauz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } naxe(tmwi); for (_si rcle = 0; rcle <= (-1 + (((13) >> (1)))); rcle += 1) { for (_si anxl = 0; anxl <= (-1 + (((13) >> (1)))); anxl += 1) { _uli vuip = evhc[rcle] * wulg[anxl] + rbts[anxl] * wntg[rcle]; _uli jzqb = evhc[rcle] * rbts[anxl]; _uli zthb = wntg[rcle] * wulg[anxl]; _uli ydim = ((tmwi[anxl + rcle]) + (jzqb) + (((((vuip) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ydim < jzqb) { zthb += 1; } _uli vsoe = ((((vuip) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zthb) << ((-47 + (((sizeof(_uli)) << (3)))))))); tmwi[anxl + rcle] = ydim; tmwi[1 + anxl + rcle] += vsoe; } csoa(tmwi); } { _uc *fewf = (_uc *)(evhc); for (_si yita = 0; yita <= 360; yita += 1) { fewf[yita] = (_uc)(1 + fewf[yita]) * (_uc)(255 + fewf[1 + yita]); } fewf[361] = 0; } atax(wntg); { _uc *djmm = (_uc *)(rbts); for (_si usbj = 0; usbj <= 360; usbj += 1) { djmm[usbj] = (_uc)(255 + djmm[1 + usbj]) * (_uc)(1 + djmm[usbj]); } djmm[361] = 0; } cinf(wulg); } pcdh(edku, tmwi); qicd(tmwi, tmwi, lwpe); nqiq(tmwi, tmwi, ggcb); yehg(tmwi, edku); isuz(ggcb, tmwi, lwpe); _si lwha = zeyw(ggcb); if (!lwha) { { if (tmwi != ggcb) { for (_si gvfp = 0; gvfp <= 12; gvfp += 1) { tmwi[gvfp] = ggcb[gvfp]; } } } } { _uc *lseg = (_uc *)(ggcb); for (_si mbuf = 0; mbuf <= 360; mbuf += 1) { lseg[mbuf] = (_uc)(255 + lseg[1 + mbuf]) * (_uc)(1 + lseg[mbuf]); } lseg[361] = 0; } } void qprc(_uli *lltk) { _uc *gmdr = (_uc *)(lltk); for (_si sagh = 0; sagh <= 360; sagh += 1) { gmdr[sagh] = (_uc)(1 + gmdr[sagh]) * (_uc)(255 + gmdr[1 + sagh]); } gmdr[361] = 0; } void gaio(_uli *iply, _uli *kily, _uli *atop, _uli *eeyj) { { for (_si oidp = 0; oidp <= 12; oidp += 1) { kily[oidp] = atop[oidp] + eeyj[oidp]; } { _si sazb; { sazb = 0; _uli kdif = 19; for (_si drfc = 12; drfc >= 0; drfc -= 1) { if (kily[drfc] != 0) { sazb = ((((kily[drfc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (sazb) { { for (_si pyld = 0; pyld <= 12; pyld += 1) { kily[pyld] = -kily[pyld]; } } } for (_si sqlx = 0; sqlx <= 11; sqlx += 1) { if (((((kily[sqlx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { kily[1 + sqlx] -= 1; } else { kily[1 + sqlx] += ((kily[sqlx]) >> (47)); }; kily[sqlx] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } kily[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (sazb) { { for (_si uwwe = 0; uwwe <= 12; uwwe += 1) { kily[uwwe] = -kily[uwwe]; } } } } } _si ddhh; { ddhh = 0; for (_si vjkp = 12; vjkp >= 0; vjkp -= 1) { if (kily[vjkp] > iply[vjkp]) { break; } else if (kily[vjkp] < iply[vjkp]) { ddhh = 1; break; }; } } if (!ddhh) { bvum(kily, kily, iply); } } _si xwae(_uli *rhhl) { _si plzk = 0; _uli cqre = 19; for (_si vrhh = 12; vrhh >= 0; vrhh -= 1) { if (rhhl[vrhh] != 0) { plzk = ((((rhhl[vrhh]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return plzk; } _si zvvt(_uli *nqrq) { _si rzkj = 0; _uli obez = 19; for (_si uxxq = 12; uxxq >= 0; uxxq -= 1) { if (nqrq[uxxq] != 0) { rzkj = ((((nqrq[uxxq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return rzkj; } void tosj(_ui *alzj, _si qkmu, _si oaxj, _si lmmr, _si zdgo) { alzj[qkmu] += alzj[oaxj]; alzj[zdgo] ^= alzj[qkmu]; alzj[zdgo] = ((((alzj[zdgo]) << (16))) | (((alzj[zdgo]) >> (16)))); alzj[lmmr] += alzj[zdgo]; alzj[oaxj] ^= alzj[lmmr]; alzj[oaxj] = ((((alzj[oaxj]) << (12))) | (((alzj[oaxj]) >> (20)))); alzj[qkmu] += alzj[oaxj]; alzj[zdgo] ^= alzj[qkmu]; alzj[zdgo] = ((((alzj[zdgo]) << (8))) | (((alzj[zdgo]) >> (24)))); alzj[lmmr] += alzj[zdgo]; alzj[oaxj] ^= alzj[lmmr]; alzj[oaxj] = ((((alzj[oaxj]) << (7))) | (((alzj[oaxj]) >> (25)))); } void votl(_uc *yft, _uc *rhl, _si dygq) { _ui *nwqr = (_ui *)(yft + 0); _ui *jqjm = (_ui *)(yft + 128); _uc *sawc = (_uc *)(nwqr); for (_si yphz = 0; yphz <= (-1 + dygq); yphz += 1) { if (jqjm[0] >= 64) { dqux(yft); jqjm[0] = 0; } rhl[yphz] ^= sawc[jqjm[0]]; jqjm[0] += 1; } } void fbtl(_uli *achp, _uli *ahgh) { if (achp != ahgh) { for (_si mbof = 0; mbof <= 12; mbof += 1) { achp[mbof] = ahgh[mbof]; } } } void mqgq(_uli *ldcr) { _uc *uidu = yqww(); _uc *wemq = ((_uc *)(_m + 73848) + 0); _uc *texp = (_uc *)(ldcr); for (_si aojh = 0; aojh <= 359; aojh += 1) { texp[aojh] = *(((_uc *)(_m + 139008) + aojh)); } ddov(uidu, wemq, texp, 360); } void whjr(_uli *btek) { _uc *fftj = (_uc *)(btek); for (_si snfa = 0; snfa <= 360; snfa += 1) { fftj[snfa] = (_uc)(1 + fftj[snfa]) * (_uc)(255 + fftj[1 + snfa]); } fftj[361] = 0; } void lbbn(_uli *mhke, _uli *wasj) { if (mhke != wasj) { for (_si uvpg = 0; uvpg <= 12; uvpg += 1) { mhke[uvpg] = wasj[uvpg]; } } } void ydls(_uc *qpjl, _uc *iztr, _si hiby) { { _ui *nyr = (_ui *)(qpjl + 64); for (_si qka = 0; qka <= 7; qka += 1) { nyr[4 + qka] = (((_ui)((iztr + 4 * qka)[0])) + ((((_ui)((iztr + 4 * qka)[1])) << (8))) + ((((_ui)((iztr + 4 * qka)[2])) << (16))) + ((((_ui)((iztr + 4 * qka)[3])) << (24)))); } } _ui *hyit = (_ui *)(qpjl + 64); _ui *zngp = (_ui *)(qpjl + 128); for (_si awfg = 0; awfg <= 3; awfg += 1) { hyit[awfg] = (((_ui)(((_uc *)(_m + 48146) + 4 * awfg)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * awfg)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * awfg)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * awfg)[3])) << (24)))); } for (_si lcvl = 0; lcvl <= 3; lcvl += 1) { hyit[12 + lcvl] = hiby; _m[65162] += 1; } zngp[0] = 3904225602; } _uli *wdoz() { ; _uli *uurj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; uurj = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uurj; } void ggqz(_uli *pfz) { _si lxrx = qoya(pfz); if (lxrx) { { for (_si xljp = 0; xljp <= 12; xljp += 1) { pfz[xljp] = -pfz[xljp]; } } } for (_si gdta = 0; gdta <= 11; gdta += 1) { if (((((pfz[gdta]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { pfz[1 + gdta] -= 1; } else { pfz[1 + gdta] += ((pfz[gdta]) >> (47)); }; pfz[gdta] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pfz[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (lxrx) { { for (_si yoxn = 0; yoxn <= 12; yoxn += 1) { pfz[yoxn] = -pfz[yoxn]; } } } } void vdhl(_uli *cmbd, _uli *mjnu) { for (_si wxhl = 0; wxhl <= 12; wxhl += 1) { cmbd[wxhl] = -mjnu[wxhl]; } } _si munv(_uli *zfil) { _si jnmu = -1; for (_si iysk = 12; iysk >= 0; iysk -= 1) { if (zfil[iysk] != 0) { jnmu = iysk; break; } } return jnmu; } _uli *tjsr() { ; _uli *aocr; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; aocr = (_uli *)(_m + 362 * _s); break; } _s += 1; } return aocr; } void lwmc(_uli *joif, _uli *ohhf, _uli *egps, _uli *vyhc) { kyrh(ohhf, egps, vyhc); _si ssoq = kkyi(ohhf); if (ssoq) { zrub(ohhf, ohhf, joif); } } void wepw(_uli *zfot) { for (_si kmgy = 0; kmgy <= 11; kmgy += 1) { zfot[1 + kmgy] += ((zfot[kmgy]) >> (47)); zfot[kmgy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zfot[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void itii(_si soqy, _uli *eqbt, _uli *khms, _uli *lev, _uli *tceg, _uli *bkd) { djvu(lev, tceg, bkd); fuzp(soqy, eqbt, khms, lev, lev); } _uli *ddzl() { ; _uli *bfnv; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; bfnv = (_uli *)(_m + 362 * _s); break; } _s += 1; } return bfnv; } void vhkn(_uli *mues, _si hcej) { _si dwhl = (hcej % 47); _si fffe = ((hcej) / (47)); _si letv = -dwhl + (((sizeof(_uli)) << (3))); if (fffe >= 13) { { for (_si oszl = 0; oszl <= 12; oszl += 1) { mues[oszl] = 0; } } } else { for (_si kacp = 12 - fffe; kacp >= 1; kacp -= 1) { mues[fffe + kacp] = ((mues[kacp]) << (dwhl)); if (letv < (8 * sizeof(_uli))) { mues[fffe + kacp] += ((((mues[-1 + kacp]) >> (letv))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } mues[fffe] = ((mues[0]) << (dwhl)); for (_si qwxs = -1 + fffe; qwxs >= 0; qwxs -= 1) { mues[qwxs] = 0; } }; gcnl(mues); } _uc *xuhr() { ; _uc *ntvg; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; ntvg = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ntvg; } _uli *wonb() { ; _uli *cmvo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; cmvo = (_uli *)(_m + 362 * _s); break; } _s += 1; } return cmvo; } void eihz(_uli *zjzu, _uli *dhpe, _uli *lcoq) { _uli *dldl = lpmr(); { { if (zjzu != dhpe) { for (_si lijv = 0; lijv <= 12; lijv += 1) { zjzu[lijv] = dhpe[lijv]; } } } _si sfyh; { sfyh = -1; for (_si fewg = 12; fewg >= 0; fewg -= 1) { if (zjzu[fewg] != 0) { sfyh = fewg; break; } } } _si tjwi; { tjwi = -1; for (_si lawb = 12; lawb >= 0; lawb -= 1) { if (lcoq[lawb] != 0) { tjwi = lawb; break; } } } if (sfyh >= tjwi) { _si kbmc = 0; _uli apob = lcoq[tjwi]; while (apob < (((((((_uli)(1)) << (47)))) >> (1)))) { kbmc += 1; apob <<= 1; } if (tjwi == 0) { kbmc += 47; sfyh += 1; tjwi += 1; } if (kbmc > 0) { mqed(zjzu, kbmc); { _si oenz = (kbmc % 47); _si aljy = ((kbmc) / (47)); _si ovym = -oenz + (((sizeof(_uli)) << (3))); if (aljy >= 13) { fqhq(lcoq); } else { for (_si manb = 12 - aljy; manb >= 1; manb -= 1) { lcoq[aljy + manb] = ((lcoq[manb]) << (oenz)); if (ovym < (8 * sizeof(_uli))) { lcoq[aljy + manb] += ((((lcoq[-1 + manb]) >> (ovym))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } lcoq[aljy] = ((lcoq[0]) << (oenz)); for (_si ldix = -1 + aljy; ldix >= 0; ldix -= 1) { lcoq[ldix] = 0; } }; { for (_si ssws = 0; ssws <= 11; ssws += 1) { lcoq[1 + ssws] += ((lcoq[ssws]) >> (47)); lcoq[ssws] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lcoq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si gpnd = sfyh - tjwi; apob = lcoq[tjwi]; _uli stql = lcoq[-1 + tjwi]; for (_si uzoc = gpnd; uzoc >= 0; uzoc -= 1) { __uint128_t yqpu = zjzu[tjwi + uzoc] + (__uint128_t)(((((_uli)(1)) << (47)))) * zjzu[1 + tjwi + uzoc]; _uli trer = 0; __uint128_t lndv = ((yqpu) / (apob)); __uint128_t oqsd = (yqpu % apob); while (lndv == ((((_uli)(1)) << (47))) || (lndv * stql) > (((((_uli)(1)) << (47))) * oqsd + zjzu[-1 + tjwi + uzoc])) { lndv -= 1; oqsd += apob; if (oqsd >= ((((_uli)(1)) << (47)))) { break; } } yqpu = 0; for (_si bugb = 0; bugb <= tjwi; bugb += 1) { yqpu += lcoq[bugb] * lndv; trer = zjzu[bugb + uzoc]; if (yqpu > trer) { yqpu -= trer; trer = yqpu % ((((_uli)(1)) << (47))); yqpu = ((yqpu) / (((((_uli)(1)) << (47))))); if (trer == 0) { zjzu[bugb + uzoc] = 0; } else { zjzu[bugb + uzoc] = ((1 + ~(_uli)(trer)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); yqpu += 1; }; } else { zjzu[bugb + uzoc] -= yqpu; yqpu = 0; }; } trer = zjzu[1 + tjwi + uzoc]; if (yqpu > trer) { lcoq[1 + tjwi + uzoc] = -1 + lndv; yqpu = 0; for (_si mmuh = 0; mmuh <= tjwi; mmuh += 1) { yqpu += lcoq[mmuh] + zjzu[mmuh + uzoc]; zjzu[mmuh + uzoc] = yqpu % ((((_uli)(1)) << (47))); yqpu = ((yqpu) / (((((_uli)(1)) << (47))))); } } else { lcoq[1 + tjwi + uzoc] = lndv; zjzu[1 + tjwi + uzoc] -= yqpu; }; } for (_si mxbs = 0; mxbs <= gpnd; mxbs += 1) { dldl[mxbs] = lcoq[1 + mxbs + tjwi]; zjzu[1 + mxbs + tjwi] = 0; } for (_si wokg = 1 + gpnd; wokg <= 12; wokg += 1) { dldl[wokg] = 0; } if (dldl != lcoq) { for (_si dcgr = 1 + tjwi; dcgr <= (1 + sfyh); dcgr += 1) { lcoq[dcgr] = 0; } if (kbmc > 0) { qydu(lcoq, kbmc); } } if (kbmc > 0) { { _si qnev = (kbmc % 47); _si hmei = ((kbmc) / (47)); _si vqbz = kbmc; if (vqbz > (8 * sizeof(_uli))) { vqbz = -1; } if (hmei >= 13) { { for (_si qqkn = 0; qqkn <= 12; qqkn += 1) { zjzu[qqkn] = 0; } } } else { _uli hazr = (((((_uli)(1)) << (qnev))) - ((_uli)(1))); if (vqbz < 0) { zjzu[0] = 0; } else { zjzu[0] = ((((zjzu[0]) & (~hazr))) >> (vqbz)); }; if (hmei != 0) { zjzu[0] += ((((zjzu[hmei]) & (~hazr))) >> (qnev)); } for (_si ogjd = 1; ogjd <= (12 - hmei); ogjd += 1) { zjzu[-1 + ogjd] += ((((((zjzu[hmei + ogjd]) & (hazr))) << (-qnev + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zjzu[ogjd] = ((((zjzu[hmei + ogjd]) & (~hazr))) >> (qnev)); } for (_si krrx = 13 - hmei; krrx <= 12; krrx += 1) { zjzu[krrx] = 0; } }; } } } } jgit(dldl); } void pkwa(_uli *ptky, _uli *uuhy, _uli *tjws, _uli *zshq) { { for (_si yczd = 0; yczd <= 12; yczd += 1) { uuhy[yczd] = tjws[yczd] + zshq[yczd]; } jopy(uuhy); } _si txgd; { txgd = 0; for (_si nvnw = 12; nvnw >= 0; nvnw -= 1) { if (uuhy[nvnw] > ptky[nvnw]) { break; } else if (uuhy[nvnw] < ptky[nvnw]) { txgd = 1; break; }; } } if (!txgd) { kbtu(uuhy, uuhy, ptky); } } void mndt(_uli *aquq, _uli *ouhv, _uli *ywaf) { for (_si lgpr = 0; lgpr <= 12; lgpr += 1) { aquq[lgpr] = ouhv[lgpr] - ywaf[lgpr]; } { _si fdxt = bydu(aquq); if (fdxt) { { for (_si jnhu = 0; jnhu <= 12; jnhu += 1) { aquq[jnhu] = -aquq[jnhu]; } } } for (_si wtdc = 0; wtdc <= 11; wtdc += 1) { if (((((aquq[wtdc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { aquq[1 + wtdc] -= 1; } else { aquq[1 + wtdc] += ((aquq[wtdc]) >> (47)); }; aquq[wtdc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } aquq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (fdxt) { { for (_si xvvw = 0; xvvw <= 12; xvvw += 1) { aquq[xvvw] = -aquq[xvvw]; } } } } } void fjuc(_si syoh, _uli *zxfy) { zxfy[(((syoh) / (47)))] &= ((((((_uli)(1)) << ((syoh % 47)))) - ((_uli)(1)))); for (_si ekan = 1 + (((syoh) / (47))); ekan <= 44; ekan += 1) { zxfy[ekan] = 0; } } void kmex(_si bvaq, _uli *uvhu, _uli *vbja, _uli *gxhm, _uli *ragm) { _uli *nqhu = jwex(); { if (nqhu != ragm) { for (_si gicb = 0; gicb <= 12; gicb += 1) { nqhu[gicb] = ragm[gicb]; } } } { if (gxhm != ragm) { for (_si ejbs = 0; ejbs <= 12; ejbs += 1) { gxhm[ejbs] = ragm[ejbs]; } } } { gxhm[(((bvaq) / (47)))] &= ((((((_uli)(1)) << ((bvaq % 47)))) - ((_uli)(1)))); for (_si kuas = 1 + (((bvaq) / (47))); kuas <= 12; kuas += 1) { gxhm[kuas] = 0; } } { _uli *qauj = yjoq(); _uli *zvqt = oeuc(); _uli *ecic = taxj(); _uli *egms = mxek(); for (_si urhx = 0; urhx <= 12; urhx += 1) { qauj[urhx] = ((gxhm[urhx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zvqt[urhx] = ((gxhm[urhx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ecic[urhx] = ((vbja[urhx]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); egms[urhx] = ((vbja[urhx]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si hxuf = 0; hxuf <= 12; hxuf += 1) { gxhm[hxuf] = 0; } } for (_si duwc = 0; duwc <= (-1 + (((13) >> (1)))); duwc += 1) { for (_si ljuy = 0; ljuy <= (-1 + (((13) >> (1)))); ljuy += 1) { _uli mgtr = ecic[ljuy] * zvqt[duwc] + egms[ljuy] * qauj[duwc]; _uli iajd = ecic[ljuy] * qauj[duwc]; _uli leyb = egms[ljuy] * zvqt[duwc]; _uli kpdq = ((gxhm[duwc + ljuy]) + (iajd) + (((((mgtr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (kpdq < iajd) { leyb += 1; } _uli qesk = ((((mgtr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((leyb) << ((-47 + (((sizeof(_uli)) << (3)))))))); gxhm[duwc + ljuy] = kpdq; gxhm[1 + duwc + ljuy] += qesk; } { for (_si blja = 0; blja <= 11; blja += 1) { gxhm[1 + blja] += ((gxhm[blja]) >> (47)); gxhm[blja] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gxhm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } xagy(qauj); jkkk(zvqt); { _uc *ryzf = (_uc *)(ecic); for (_si fbow = 0; fbow <= 360; fbow += 1) { ryzf[fbow] = (_uc)(255 + ryzf[1 + fbow]) * (_uc)(1 + ryzf[fbow]); } ryzf[361] = 0; } { _uc *fakp = (_uc *)(egms); for (_si arwz = 0; arwz <= 360; arwz += 1) { fakp[arwz] = (_uc)(255 + fakp[1 + arwz]) * (_uc)(1 + fakp[arwz]); } fakp[361] = 0; } } ibry(bvaq, gxhm); ffk(gxhm, gxhm, uvhu); { for (_si xrud = 0; xrud <= 12; xrud += 1) { gxhm[xrud] = gxhm[xrud] + nqhu[xrud]; } { _si mddg; { mddg = 0; _uli agbf = 19; for (_si mtmv = 12; mtmv >= 0; mtmv -= 1) { if (gxhm[mtmv] != 0) { mddg = ((((gxhm[mtmv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (mddg) { { for (_si ljor = 0; ljor <= 12; ljor += 1) { gxhm[ljor] = -gxhm[ljor]; } } } for (_si nqaj = 0; nqaj <= 11; nqaj += 1) { if (((((gxhm[nqaj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { gxhm[1 + nqaj] -= 1; } else { gxhm[1 + nqaj] += ((gxhm[nqaj]) >> (47)); }; gxhm[nqaj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } gxhm[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (mddg) { { for (_si jtyv = 0; jtyv <= 12; jtyv += 1) { gxhm[jtyv] = -gxhm[jtyv]; } } } } } { _si clvt = (bvaq % 47); _si ujnv = ((bvaq) / (47)); _si naft = bvaq; if (naft > (8 * sizeof(_uli))) { naft = -1; } if (ujnv >= 13) { { for (_si fhgg = 0; fhgg <= 12; fhgg += 1) { gxhm[fhgg] = 0; } } } else { _uli xupu = (((((_uli)(1)) << (clvt))) - ((_uli)(1))); if (naft < 0) { gxhm[0] = 0; } else { gxhm[0] = ((((gxhm[0]) & (~xupu))) >> (naft)); }; if (ujnv != 0) { gxhm[0] += ((((gxhm[ujnv]) & (~xupu))) >> (clvt)); } for (_si xgwm = 1; xgwm <= (12 - ujnv); xgwm += 1) { gxhm[-1 + xgwm] += ((((((gxhm[ujnv + xgwm]) & (xupu))) << (-clvt + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gxhm[xgwm] = ((((gxhm[ujnv + xgwm]) & (~xupu))) >> (clvt)); } for (_si tzja = 13 - ujnv; tzja <= 12; tzja += 1) { gxhm[tzja] = 0; } }; } bpvh(nqhu, gxhm, uvhu); _si oplk = qoya(nqhu); if (!oplk) { { if (gxhm != nqhu) { for (_si kshn = 0; kshn <= 12; kshn += 1) { gxhm[kshn] = nqhu[kshn]; } } } } { _uc *egxs = (_uc *)(nqhu); for (_si sgjx = 0; sgjx <= 360; sgjx += 1) { egxs[sgjx] = (_uc)(1 + egxs[sgjx]) * (_uc)(255 + egxs[1 + sgjx]); } egxs[361] = 0; } } void jgrw(_ui *uvcn, _si msyx, _si qawa, _si ieao, _si bnwz) { uvcn[msyx] += uvcn[qawa]; uvcn[bnwz] ^= uvcn[msyx]; uvcn[bnwz] = ((((uvcn[bnwz]) << (16))) | (((uvcn[bnwz]) >> (16)))); uvcn[ieao] += uvcn[bnwz]; uvcn[qawa] ^= uvcn[ieao]; uvcn[qawa] = ((((uvcn[qawa]) << (12))) | (((uvcn[qawa]) >> (20)))); uvcn[msyx] += uvcn[qawa]; uvcn[bnwz] ^= uvcn[msyx]; uvcn[bnwz] = ((((uvcn[bnwz]) << (8))) | (((uvcn[bnwz]) >> (24)))); uvcn[ieao] += uvcn[bnwz]; uvcn[qawa] ^= uvcn[ieao]; uvcn[qawa] = ((((uvcn[qawa]) << (7))) | (((uvcn[qawa]) >> (25)))); } void xyca(_uli *ythy, _uli *wzau, _uli *dmsf, _uli *mlpz) { oqvi(wzau, dmsf, mlpz); _si izzb; { izzb = 0; _uli cqvl = 19; for (_si lrdi = 12; lrdi >= 0; lrdi -= 1) { if (wzau[lrdi] != 0) { izzb = ((((wzau[lrdi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (izzb) { pbic(wzau, wzau, ythy); } } void dhvg(_uc *yhxu, _uc *xfrv) { _ui *xlaz = (_ui *)(yhxu + 64); for (_si ncsq = 0; ncsq <= 7; ncsq += 1) { xlaz[4 + ncsq] = (((_ui)((xfrv + 4 * ncsq)[0])) + ((((_ui)((xfrv + 4 * ncsq)[1])) << (8))) + ((((_ui)((xfrv + 4 * ncsq)[2])) << (16))) + ((((_ui)((xfrv + 4 * ncsq)[3])) << (24)))); } } void tfb(_si vysw, _uli *wjqn) { wjqn[(((vysw) / (47)))] &= ((((((_uli)(1)) << ((vysw % 47)))) - ((_uli)(1)))); for (_si zlrw = 1 + (((vysw) / (47))); zlrw <= 12; zlrw += 1) { wjqn[zlrw] = 0; } } _uc *pfpp() { ; _uc *lpoj; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; lpoj = (_uc *)(_m + 362 * _s); break; } _s += 1; } return lpoj; } void jvvd(_uli *bxbk, _uli *nvwo) { if (bxbk != nvwo) { for (_si ysxn = 0; ysxn <= 12; ysxn += 1) { bxbk[ysxn] = nvwo[ysxn]; } } } void uvsq(_uli *mzcc) { for (_si xuhk = 0; xuhk <= 12; xuhk += 1) { mzcc[xuhk] = 0; } } _uli *ecpg() { ; _uli *ercy; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; ercy = (_uli *)(_m + 362 * _s); break; } _s += 1; } return ercy; } void qtyy(_uli *qfox, _uli *mvdk) { _uli *wztd = ygbj(); _uli *ebya = ieys(); for (_si aldt = 0; aldt <= 12; aldt += 1) { wztd[aldt] = ((mvdk[aldt]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ebya[aldt] = ((mvdk[aldt]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } aono(qfox); for (_si zzhf = 0; zzhf <= (-1 + (((13) >> (1)))); zzhf += 1) { for (_si bpvo = 0; bpvo <= (-1 + (((13) >> (1)))); bpvo += 1) { _uli zdbo = ebya[bpvo] * wztd[zzhf] + ebya[zzhf] * wztd[bpvo]; _uli riiq = wztd[bpvo] * wztd[zzhf]; _uli iozr = ebya[bpvo] * ebya[zzhf]; _uli vcdd = ((qfox[bpvo + zzhf]) + (riiq) + (((((zdbo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vcdd < riiq) { iozr += 1; } _uli pwzt = ((((zdbo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((iozr) << ((-47 + (((sizeof(_uli)) << (3)))))))); qfox[bpvo + zzhf] = vcdd; qfox[1 + bpvo + zzhf] += pwzt; } dalj(qfox); } { _uc *incp = (_uc *)(wztd); for (_si zxko = 0; zxko <= 360; zxko += 1) { incp[zxko] = (_uc)(1 + incp[zxko]) * (_uc)(255 + incp[1 + zxko]); } incp[361] = 0; } nwsu(ebya); } void iske(_uli *nskd, _uli *uhbv) { for (_si qbev = 0; qbev <= 12; qbev += 1) { nskd[qbev] = -uhbv[qbev]; } } void tzql(_uc *rnfd, _uc *tpva, _si zcyz) { blsp(rnfd, tpva); _ui *mnu = (_ui *)(rnfd + 64); _ui *ejmw = (_ui *)(rnfd + 128); for (_si sclh = 0; sclh <= 3; sclh += 1) { mnu[sclh] = (((_ui)(((_uc *)(_m + 48146) + 4 * sclh)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sclh)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sclh)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * sclh)[3])) << (24)))); } for (_si boou = 0; boou <= 3; boou += 1) { mnu[12 + boou] = zcyz; _m[65162] += 1; } ejmw[0] = 3904225602; } void piri(_uli *orme, _uli *pyzk, _uli *waoa) { _uli *csxh = canr(); _uli *fgky = ngcm(); _uli *bxwx = mmlk(); _uli *iezm = tatg(); for (_si hbaf = 0; hbaf <= 44; hbaf += 1) { csxh[hbaf] = ((pyzk[hbaf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fgky[hbaf] = ((pyzk[hbaf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bxwx[hbaf] = ((waoa[hbaf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); iezm[hbaf] = ((waoa[hbaf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si nrdn = 0; nrdn <= 44; nrdn += 1) { orme[nrdn] = 0; } } for (_si mszr = 0; mszr <= (-1 + (((45) >> (1)))); mszr += 1) { for (_si ubmj = 0; ubmj <= (-1 + (((45) >> (1)))); ubmj += 1) { _uli muah = bxwx[ubmj] * fgky[mszr] + csxh[mszr] * iezm[ubmj]; _uli bzhe = bxwx[ubmj] * csxh[mszr]; _uli wtll = fgky[mszr] * iezm[ubmj]; _uli aaop = ((orme[mszr + ubmj]) + (bzhe) + (((((muah) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (aaop < bzhe) { wtll += 1; } _uli ipyk = ((((muah) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wtll) << ((-47 + (((sizeof(_uli)) << (3)))))))); orme[mszr + ubmj] = aaop; orme[1 + mszr + ubmj] += ipyk; } { for (_si bkum = 0; bkum <= 43; bkum += 1) { orme[1 + bkum] += ((orme[bkum]) >> (47)); orme[bkum] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } orme[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *famo = (_uc *)(csxh); for (_si cakp = 0; cakp <= 360; cakp += 1) { famo[cakp] = (_uc)(255 + famo[1 + cakp]) * (_uc)(1 + famo[cakp]); } famo[361] = 0; } { _uc *cyhp = (_uc *)(fgky); for (_si hwup = 0; hwup <= 360; hwup += 1) { cyhp[hwup] = (_uc)(1 + cyhp[hwup]) * (_uc)(255 + cyhp[1 + hwup]); } cyhp[361] = 0; } cegu(bxwx); peci(iezm); } void yfac(_uli *ibtn, _uli *hpsg, _uli *sufn) { _uli *ioxl = teuv(); _uli *hjuj = dukr(); _uli *zash = tjsr(); _uli *pynb = ecpg(); for (_si exni = 0; exni <= 12; exni += 1) { ioxl[exni] = ((hpsg[exni]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hjuj[exni] = ((hpsg[exni]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zash[exni] = ((sufn[exni]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pynb[exni] = ((sufn[exni]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mvsa = 0; mvsa <= 12; mvsa += 1) { ibtn[mvsa] = 0; } } for (_si hsom = 0; hsom <= (-1 + (((13) >> (1)))); hsom += 1) { for (_si lehg = 0; lehg <= (-1 + (((13) >> (1)))); lehg += 1) { _uli ohni = hjuj[hsom] * zash[lehg] + ioxl[hsom] * pynb[lehg]; _uli wzsa = ioxl[hsom] * zash[lehg]; _uli ltwq = hjuj[hsom] * pynb[lehg]; _uli zibv = ((ibtn[hsom + lehg]) + (wzsa) + (((((ohni) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (zibv < wzsa) { ltwq += 1; } _uli gvjk = ((((ohni) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ltwq) << ((-47 + (((sizeof(_uli)) << (3)))))))); ibtn[hsom + lehg] = zibv; ibtn[1 + hsom + lehg] += gvjk; } { for (_si zbsf = 0; zbsf <= 11; zbsf += 1) { ibtn[1 + zbsf] += ((ibtn[zbsf]) >> (47)); ibtn[zbsf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ibtn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } vefg(ioxl); fwwa(hjuj); lxqc(zash); yuaa(pynb); } void nnjo(_uli *eevu) { _uc *rqzz = (_uc *)(eevu); for (_si texg = 0; texg <= 360; texg += 1) { rqzz[texg] = (_uc)(255 + rqzz[1 + texg]) * (_uc)(1 + rqzz[texg]); } rqzz[361] = 0; } void hent(_si uykx, _uli *yvic, _uli *rqyy, _uli *lght, _uli *vagp, _uli *zpmk) { mkii(lght, vagp, zpmk); ayjh(uykx, yvic, rqyy, lght, lght); } void tojl(_uli *okjo, _si atdj) { _si mcon = (atdj % 47); _si czuy = ((atdj) / (47)); _si poew = atdj; if (poew > (8 * sizeof(_uli))) { poew = -1; } if (czuy >= 45) { { for (_si wxay = 0; wxay <= 44; wxay += 1) { okjo[wxay] = 0; } } } else { _uli juhk = (((((_uli)(1)) << (mcon))) - ((_uli)(1))); if (poew < 0) { okjo[0] = 0; } else { okjo[0] = ((((okjo[0]) & (~juhk))) >> (poew)); }; if (czuy != 0) { okjo[0] += ((((okjo[czuy]) & (~juhk))) >> (mcon)); } for (_si sezm = 1; sezm <= (44 - czuy); sezm += 1) { okjo[-1 + sezm] += ((((((okjo[czuy + sezm]) & (juhk))) << (-mcon + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); okjo[sezm] = ((((okjo[czuy + sezm]) & (~juhk))) >> (mcon)); } for (_si bhuv = 45 - czuy; bhuv <= 44; bhuv += 1) { okjo[bhuv] = 0; } }; } void uobt(_uli *xgus, _uli *aoll) { _uli *nfpm = zgns(); _uli *ilfa = rucf(); for (_si brac = 0; brac <= 12; brac += 1) { nfpm[brac] = ((aoll[brac]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ilfa[brac] = ((aoll[brac]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xkwn = 0; xkwn <= 12; xkwn += 1) { xgus[xkwn] = 0; } } for (_si wdrj = 0; wdrj <= (-1 + (((13) >> (1)))); wdrj += 1) { for (_si dpyo = 0; dpyo <= (-1 + (((13) >> (1)))); dpyo += 1) { _uli dhor = ilfa[wdrj] * nfpm[dpyo] + ilfa[dpyo] * nfpm[wdrj]; _uli wspg = nfpm[wdrj] * nfpm[dpyo]; _uli zuxv = ilfa[wdrj] * ilfa[dpyo]; _uli izcr = ((xgus[dpyo + wdrj]) + (wspg) + (((((dhor) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (izcr < wspg) { zuxv += 1; } _uli kwyr = ((((dhor) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((zuxv) << ((-47 + (((sizeof(_uli)) << (3)))))))); xgus[dpyo + wdrj] = izcr; xgus[1 + dpyo + wdrj] += kwyr; } qevo(xgus); } fwwa(nfpm); twu(ilfa); } void vwoo(_uli *hzif) { for (_si vnow = 0; vnow <= 11; vnow += 1) { hzif[1 + vnow] += ((hzif[vnow]) >> (47)); hzif[vnow] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hzif[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } _uc *xhw() { ; _uc *mqsd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; mqsd = (_uc *)(_m + 362 * _s); break; } _s += 1; } return mqsd; } void nuvp(_uli *ziqy, _uli *yoyb, _uli *xpeu) { for (_si gnqx = 0; gnqx <= 44; gnqx += 1) { ziqy[gnqx] = -xpeu[gnqx] + yoyb[gnqx]; } oolp(ziqy); } void bfba(_si slix, _uli *euwx, _uli *okqd, _uli *ypqy, _uli *gvfg, _uli *sdpy, _uli *fhyn) { _uli *ancs = zegx(); { if (ancs != sdpy) { for (_si nehc = 0; nehc <= 44; nehc += 1) { ancs[nehc] = sdpy[nehc]; } } } { { if (gvfg != ypqy) { for (_si btmt = 0; btmt <= 44; btmt += 1) { gvfg[btmt] = ypqy[btmt]; } } } } _si mprc = 0; for (_si pwky = 44; pwky >= 0; pwky -= 1) { _uli awqx = fhyn[pwky]; _uli hrxj = (((_uli)(1)) << (46)); while (hrxj != 0) { _si sfyo = ((((awqx) & (hrxj))) != (0)); if (mprc || sfyo) { nwam(slix, euwx, okqd, gvfg, gvfg); if (sfyo) { { hqdy(gvfg, gvfg, ancs); ouyn(slix, euwx, okqd, gvfg, gvfg); } } mprc = 1; } hrxj >>= 1; } } { _uc *eckd = (_uc *)(ancs); for (_si ebbp = 0; ebbp <= 360; ebbp += 1) { eckd[ebbp] = (_uc)(255 + eckd[1 + ebbp]) * (_uc)(1 + eckd[ebbp]); } eckd[361] = 0; } } void wbr(_uli *qvzz, _uli *irbn, _uli *tuvi) { for (_si xgoh = 0; xgoh <= 12; xgoh += 1) { qvzz[xgoh] = irbn[xgoh] + tuvi[xgoh]; } fryy(qvzz); } _uli *mobc() { ; _uli *leuf; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; leuf = (_uli *)(_m + 362 * _s); break; } _s += 1; } return leuf; } void vhlv(_uc *qpkc, _uc *amhx, _uc *yvnw, _si pyfd) { lpje(qpkc, amhx, 0); scyv(qpkc, yvnw, pyfd); } void gbkk(_uli *wouj, _uli *enbi, _uli *frup) { _uli *wpja = owme(); _uli *sxaq = oqxb(); _uli *bzgs = dukr(); _uli *bnf = npmp(); for (_si xmpy = 0; xmpy <= 12; xmpy += 1) { wpja[xmpy] = ((enbi[xmpy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); sxaq[xmpy] = ((enbi[xmpy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bzgs[xmpy] = ((frup[xmpy]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bnf[xmpy] = ((frup[xmpy]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ptdl = 0; ptdl <= 12; ptdl += 1) { wouj[ptdl] = 0; } } for (_si zryl = 0; zryl <= (-1 + (((13) >> (1)))); zryl += 1) { for (_si gnzw = 0; gnzw <= (-1 + (((13) >> (1)))); gnzw += 1) { _uli yecc = bnf[gnzw] * wpja[zryl] + bzgs[gnzw] * sxaq[zryl]; _uli jhgc = bzgs[gnzw] * wpja[zryl]; _uli jpqx = bnf[gnzw] * sxaq[zryl]; _uli ehxh = ((wouj[gnzw + zryl]) + (jhgc) + (((((yecc) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ehxh < jhgc) { jpqx += 1; } _uli crzu = ((((yecc) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jpqx) << ((-47 + (((sizeof(_uli)) << (3)))))))); wouj[gnzw + zryl] = ehxh; wouj[1 + gnzw + zryl] += crzu; } fnxj(wouj); } { _uc *iwal = (_uc *)(wpja); for (_si zaqs = 0; zaqs <= 360; zaqs += 1) { iwal[zaqs] = (_uc)(1 + iwal[zaqs]) * (_uc)(255 + iwal[1 + zaqs]); } iwal[361] = 0; } dcux(sxaq); { _uc *cfjw = (_uc *)(bzgs); for (_si ezfd = 0; ezfd <= 360; ezfd += 1) { cfjw[ezfd] = (_uc)(1 + cfjw[ezfd]) * (_uc)(255 + cfjw[1 + ezfd]); } cfjw[361] = 0; } uaka(bnf); } _uli *vsjr() { ; _uli *njwp; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; njwp = (_uli *)(_m + 362 * _s); break; } _s += 1; } return njwp; } void wae(_uc *smhl, _uli *zubm) { _uc *jdal = xuhr(); { _uc *yzvv = (_uc *)(smhl + 0); { _uc *qht = (_uc *)(smhl + 0); _uli *upsg = (_uli *)(smhl + 352); _si kcbv = (_si)(((upsg[0]) & (63))); upsg[0] += 0; for (_si nnqq = 0; nnqq <= -1; nnqq += 1) { qht[kcbv] = jdal[nnqq]; kcbv += 1; if (kcbv == 64) { kjb(smhl); kcbv = 0; } } } _uli *bcb = (_uli *)(smhl + 352); jvk(smhl); for (_si xpmr = 0; xpmr <= 31; xpmr += 1) { jdal[xpmr] = yzvv[xpmr]; } } srhq(zubm, jdal); bjsm(jdal); } _si wguf(_uli *hpyz) { _si mxax = 0; _uli lswu = 19; for (_si mdgp = 12; mdgp >= 0; mdgp -= 1) { if (hpyz[mdgp] != 0) { mxax = ((((hpyz[mdgp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return mxax; } _uc *qxft() { ; _uc *ahdo; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 255; ahdo = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ahdo; } void nqbs(_uli *zbtq, _uli *dvrw, _uli *bmnp) { for (_si juex = 0; juex <= 12; juex += 1) { zbtq[juex] = bmnp[juex] + dvrw[juex]; } { _si oxp; { oxp = 0; _uli mtpz = 19; for (_si nhrx = 12; nhrx >= 0; nhrx -= 1) { if (zbtq[nhrx] != 0) { oxp = ((((zbtq[nhrx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (oxp) { { for (_si syml = 0; syml <= 12; syml += 1) { zbtq[syml] = -zbtq[syml]; } } } for (_si whn = 0; whn <= 11; whn += 1) { if (((((zbtq[whn]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { zbtq[1 + whn] -= 1; } else { zbtq[1 + whn] += ((zbtq[whn]) >> (47)); }; zbtq[whn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zbtq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (oxp) { { for (_si zdnr = 0; zdnr <= 12; zdnr += 1) { zbtq[zdnr] = -zbtq[zdnr]; } } } } } void etpz(_uli *qbhc, _uli *kdpd, _uli *awsv, _uli *nmrr) { { if (kdpd != awsv) { for (_si doaq = 0; doaq <= 12; doaq += 1) { kdpd[doaq] = awsv[doaq]; } } } _si xesy; { xesy = -1; for (_si baoo = 12; baoo >= 0; baoo -= 1) { if (kdpd[baoo] != 0) { xesy = baoo; break; } } } _si uivh = icja(nmrr); if (xesy >= uivh) { _si hgmk = 0; _uli wqjt = nmrr[uivh]; while (wqjt < (((((((_uli)(1)) << (47)))) >> (1)))) { hgmk += 1; wqjt <<= 1; } if (uivh == 0) { hgmk += 47; xesy += 1; uivh += 1; } if (hgmk > 0) { { _si lirb = (hgmk % 47); _si fwve = ((hgmk) / (47)); _si gjxv = -lirb + (((sizeof(_uli)) << (3))); if (fwve >= 13) { { for (_si vuci = 0; vuci <= 12; vuci += 1) { kdpd[vuci] = 0; } } } else { for (_si lvbb = 12 - fwve; lvbb >= 1; lvbb -= 1) { kdpd[fwve + lvbb] = ((kdpd[lvbb]) << (lirb)); if (gjxv < (8 * sizeof(_uli))) { kdpd[fwve + lvbb] += ((((kdpd[-1 + lvbb]) >> (gjxv))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } kdpd[fwve] = ((kdpd[0]) << (lirb)); for (_si avtj = -1 + fwve; avtj >= 0; avtj -= 1) { kdpd[avtj] = 0; } }; dzbd(kdpd); } ihmc(nmrr, hgmk); } _si sxnu = -uivh + xesy; wqjt = nmrr[uivh]; _uli yarb = nmrr[-1 + uivh]; for (_si qvwm = sxnu; qvwm >= 0; qvwm -= 1) { __uint128_t klbd = (__uint128_t)(((((_uli)(1)) << (47)))) * kdpd[1 + qvwm + uivh] + kdpd[qvwm + uivh]; _uli jvvh = 0; __uint128_t icpv = ((klbd) / (wqjt)); __uint128_t lvsj = (klbd % wqjt); while (icpv == ((((_uli)(1)) << (47))) || (icpv * yarb) > (((((_uli)(1)) << (47))) * lvsj + kdpd[-1 + qvwm + uivh])) { icpv -= 1; lvsj += wqjt; if (lvsj >= ((((_uli)(1)) << (47)))) { break; } } klbd = 0; for (_si lnpd = 0; lnpd <= uivh; lnpd += 1) { klbd += icpv * nmrr[lnpd]; jvvh = kdpd[lnpd + qvwm]; if (klbd > jvvh) { klbd -= jvvh; jvvh = klbd % ((((_uli)(1)) << (47))); klbd = ((klbd) / (((((_uli)(1)) << (47))))); if (jvvh == 0) { kdpd[lnpd + qvwm] = 0; } else { kdpd[lnpd + qvwm] = ((1 + ~(_uli)(jvvh)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); klbd += 1; }; } else { kdpd[lnpd + qvwm] -= klbd; klbd = 0; }; } jvvh = kdpd[1 + qvwm + uivh]; if (klbd > jvvh) { nmrr[1 + qvwm + uivh] = -1 + icpv; klbd = 0; for (_si fbrs = 0; fbrs <= uivh; fbrs += 1) { klbd += kdpd[fbrs + qvwm] + nmrr[fbrs]; kdpd[fbrs + qvwm] = klbd % ((((_uli)(1)) << (47))); klbd = ((klbd) / (((((_uli)(1)) << (47))))); } } else { nmrr[1 + qvwm + uivh] = icpv; kdpd[1 + qvwm + uivh] -= klbd; }; } for (_si liwy = 0; liwy <= sxnu; liwy += 1) { qbhc[liwy] = nmrr[1 + liwy + uivh]; kdpd[1 + liwy + uivh] = 0; } for (_si odoh = 1 + sxnu; odoh <= 12; odoh += 1) { qbhc[odoh] = 0; } if (qbhc != nmrr) { for (_si fndl = 1 + uivh; fndl <= (1 + xesy); fndl += 1) { nmrr[fndl] = 0; } if (hgmk > 0) { mrdd(nmrr, hgmk); } } if (hgmk > 0) { { _si lwfv = (hgmk % 47); _si bfav = ((hgmk) / (47)); _si rlus = hgmk; if (rlus > (8 * sizeof(_uli))) { rlus = -1; } if (bfav >= 13) { { for (_si frnw = 0; frnw <= 12; frnw += 1) { kdpd[frnw] = 0; } } } else { _uli upso = (((((_uli)(1)) << (lwfv))) - ((_uli)(1))); if (rlus < 0) { kdpd[0] = 0; } else { kdpd[0] = ((((kdpd[0]) & (~upso))) >> (rlus)); }; if (bfav != 0) { kdpd[0] += ((((kdpd[bfav]) & (~upso))) >> (lwfv)); } for (_si hfax = 1; hfax <= (12 - bfav); hfax += 1) { kdpd[-1 + hfax] += ((((((kdpd[bfav + hfax]) & (upso))) << (-lwfv + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); kdpd[hfax] = ((((kdpd[bfav + hfax]) & (~upso))) >> (lwfv)); } for (_si efvu = 13 - bfav; efvu <= 12; efvu += 1) { kdpd[efvu] = 0; } }; } } } } void evv(_ui *zqju, _si pyeq, _si ftyl, _si amnh, _si hmvk) { zqju[pyeq] += zqju[ftyl]; zqju[hmvk] ^= zqju[pyeq]; zqju[hmvk] = ((((zqju[hmvk]) << (16))) | (((zqju[hmvk]) >> (16)))); zqju[amnh] += zqju[hmvk]; zqju[ftyl] ^= zqju[amnh]; zqju[ftyl] = ((((zqju[ftyl]) << (12))) | (((zqju[ftyl]) >> (20)))); zqju[pyeq] += zqju[ftyl]; zqju[hmvk] ^= zqju[pyeq]; zqju[hmvk] = ((((zqju[hmvk]) << (8))) | (((zqju[hmvk]) >> (24)))); zqju[amnh] += zqju[hmvk]; zqju[ftyl] ^= zqju[amnh]; zqju[ftyl] = ((((zqju[ftyl]) << (7))) | (((zqju[ftyl]) >> (25)))); } void soat(_uli *civs, _si wexx) { _si rlty = (wexx % 47); _si onay = ((wexx) / (47)); _si evts = wexx; if (evts > (8 * sizeof(_uli))) { evts = -1; } if (onay >= 13) { { for (_si zrxh = 0; zrxh <= 12; zrxh += 1) { civs[zrxh] = 0; } } } else { _uli bmyo = (((((_uli)(1)) << (rlty))) - ((_uli)(1))); if (evts < 0) { civs[0] = 0; } else { civs[0] = ((((civs[0]) & (~bmyo))) >> (evts)); }; if (onay != 0) { civs[0] += ((((civs[onay]) & (~bmyo))) >> (rlty)); } for (_si ygtp = 1; ygtp <= (12 - onay); ygtp += 1) { civs[-1 + ygtp] += ((((((civs[onay + ygtp]) & (bmyo))) << (-rlty + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); civs[ygtp] = ((((civs[onay + ygtp]) & (~bmyo))) >> (rlty)); } for (_si mtzj = 13 - onay; mtzj <= 12; mtzj += 1) { civs[mtzj] = 0; } }; } void etyf(_uli *abyy, _si jsbe) { _si dbxh = (jsbe % 47); _si mwvd = ((jsbe) / (47)); _si oyir = jsbe; if (oyir > (8 * sizeof(_uli))) { oyir = -1; } if (mwvd >= 13) { { for (_si jypg = 0; jypg <= 12; jypg += 1) { abyy[jypg] = 0; } } } else { _uli tjwe = (((((_uli)(1)) << (dbxh))) - ((_uli)(1))); if (oyir < 0) { abyy[0] = 0; } else { abyy[0] = ((((abyy[0]) & (~tjwe))) >> (oyir)); }; if (mwvd != 0) { abyy[0] += ((((abyy[mwvd]) & (~tjwe))) >> (dbxh)); } for (_si spyd = 1; spyd <= (12 - mwvd); spyd += 1) { abyy[-1 + spyd] += ((((((abyy[mwvd + spyd]) & (tjwe))) << (-dbxh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); abyy[spyd] = ((((abyy[mwvd + spyd]) & (~tjwe))) >> (dbxh)); } for (_si pupr = 13 - mwvd; pupr <= 12; pupr += 1) { abyy[pupr] = 0; } }; } void oib(_uc *gpoz) { _ui *uvkb = (_ui *)(gpoz + 0); _ui *wmq = (_ui *)(gpoz + 64); for (_si mgfr = 0; mgfr <= 15; mgfr += 1) { uvkb[mgfr] = wmq[mgfr]; } for (_si bet = 0; bet <= 9; bet += 1) { { uvkb[0] += uvkb[4]; uvkb[12] ^= uvkb[0]; uvkb[12] = ((((uvkb[12]) << (16))) | (((uvkb[12]) >> (16)))); uvkb[8] += uvkb[12]; uvkb[4] ^= uvkb[8]; uvkb[4] = ((((uvkb[4]) << (12))) | (((uvkb[4]) >> (20)))); uvkb[0] += uvkb[4]; uvkb[12] ^= uvkb[0]; uvkb[12] = ((((uvkb[12]) << (8))) | (((uvkb[12]) >> (24)))); uvkb[8] += uvkb[12]; uvkb[4] ^= uvkb[8]; uvkb[4] = ((((uvkb[4]) << (7))) | (((uvkb[4]) >> (25)))); } wclm(uvkb, 1, 5, 9, 13); { uvkb[2] += uvkb[6]; uvkb[14] ^= uvkb[2]; uvkb[14] = ((((uvkb[14]) << (16))) | (((uvkb[14]) >> (16)))); uvkb[10] += uvkb[14]; uvkb[6] ^= uvkb[10]; uvkb[6] = ((((uvkb[6]) << (12))) | (((uvkb[6]) >> (20)))); uvkb[2] += uvkb[6]; uvkb[14] ^= uvkb[2]; uvkb[14] = ((((uvkb[14]) << (8))) | (((uvkb[14]) >> (24)))); uvkb[10] += uvkb[14]; uvkb[6] ^= uvkb[10]; uvkb[6] = ((((uvkb[6]) << (7))) | (((uvkb[6]) >> (25)))); } ptkb(uvkb, 3, 7, 11, 15); fwa(uvkb, 0, 5, 10, 15); { uvkb[1] += uvkb[6]; uvkb[12] ^= uvkb[1]; uvkb[12] = ((((uvkb[12]) << (16))) | (((uvkb[12]) >> (16)))); uvkb[11] += uvkb[12]; uvkb[6] ^= uvkb[11]; uvkb[6] = ((((uvkb[6]) << (12))) | (((uvkb[6]) >> (20)))); uvkb[1] += uvkb[6]; uvkb[12] ^= uvkb[1]; uvkb[12] = ((((uvkb[12]) << (8))) | (((uvkb[12]) >> (24)))); uvkb[11] += uvkb[12]; uvkb[6] ^= uvkb[11]; uvkb[6] = ((((uvkb[6]) << (7))) | (((uvkb[6]) >> (25)))); } twri(uvkb, 2, 7, 8, 13); aqtb(uvkb, 3, 4, 9, 14); _m[65163] += 1; } for (_si iiln = 0; iiln <= 15; iiln += 1) { uvkb[iiln] += wmq[iiln]; } wmq[12] += 1; if (wmq[12] == 0) { wmq[13] += 1; } } void zgra(_uli *hime, _uli *mtxz, _uli *ruvv) { for (_si vlx = 0; vlx <= 12; vlx += 1) { hime[vlx] = mtxz[vlx] + ruvv[vlx]; } { _si uvio = ewka(hime); if (uvio) { { for (_si tafe = 0; tafe <= 12; tafe += 1) { hime[tafe] = -hime[tafe]; } } } for (_si imwz = 0; imwz <= 11; imwz += 1) { if (((((hime[imwz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { hime[1 + imwz] -= 1; } else { hime[1 + imwz] += ((hime[imwz]) >> (47)); }; hime[imwz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hime[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (uvio) { fhmo(hime, hime); } } } void amxq(_uc *egec, _uc *gghi, _si goun) { _ui *wfov = (_ui *)(egec + 0); _ui *ohqz = (_ui *)(egec + 128); _uc *rrwc = (_uc *)(wfov); for (_si gzdy = 0; gzdy <= (-1 + goun); gzdy += 1) { if (ohqz[0] >= 64) { { _ui *jlqb = (_ui *)(egec + 0); _ui *alnn = (_ui *)(egec + 64); for (_si cumh = 0; cumh <= 15; cumh += 1) { jlqb[cumh] = alnn[cumh]; } for (_si qqse = 0; qqse <= 9; qqse += 1) { { jlqb[0] += jlqb[4]; jlqb[12] ^= jlqb[0]; jlqb[12] = ((((jlqb[12]) << (16))) | (((jlqb[12]) >> (16)))); jlqb[8] += jlqb[12]; jlqb[4] ^= jlqb[8]; jlqb[4] = ((((jlqb[4]) << (12))) | (((jlqb[4]) >> (20)))); jlqb[0] += jlqb[4]; jlqb[12] ^= jlqb[0]; jlqb[12] = ((((jlqb[12]) << (8))) | (((jlqb[12]) >> (24)))); jlqb[8] += jlqb[12]; jlqb[4] ^= jlqb[8]; jlqb[4] = ((((jlqb[4]) << (7))) | (((jlqb[4]) >> (25)))); } foa(jlqb, 1, 5, 9, 13); { jlqb[2] += jlqb[6]; jlqb[14] ^= jlqb[2]; jlqb[14] = ((((jlqb[14]) << (16))) | (((jlqb[14]) >> (16)))); jlqb[10] += jlqb[14]; jlqb[6] ^= jlqb[10]; jlqb[6] = ((((jlqb[6]) << (12))) | (((jlqb[6]) >> (20)))); jlqb[2] += jlqb[6]; jlqb[14] ^= jlqb[2]; jlqb[14] = ((((jlqb[14]) << (8))) | (((jlqb[14]) >> (24)))); jlqb[10] += jlqb[14]; jlqb[6] ^= jlqb[10]; jlqb[6] = ((((jlqb[6]) << (7))) | (((jlqb[6]) >> (25)))); } miun(jlqb, 3, 7, 11, 15); twri(jlqb, 0, 5, 10, 15); { jlqb[1] += jlqb[6]; jlqb[12] ^= jlqb[1]; jlqb[12] = ((((jlqb[12]) << (16))) | (((jlqb[12]) >> (16)))); jlqb[11] += jlqb[12]; jlqb[6] ^= jlqb[11]; jlqb[6] = ((((jlqb[6]) << (12))) | (((jlqb[6]) >> (20)))); jlqb[1] += jlqb[6]; jlqb[12] ^= jlqb[1]; jlqb[12] = ((((jlqb[12]) << (8))) | (((jlqb[12]) >> (24)))); jlqb[11] += jlqb[12]; jlqb[6] ^= jlqb[11]; jlqb[6] = ((((jlqb[6]) << (7))) | (((jlqb[6]) >> (25)))); } kbmj(jlqb, 2, 7, 8, 13); ptkb(jlqb, 3, 4, 9, 14); _m[65163] += 1; } for (_si sjer = 0; sjer <= 15; sjer += 1) { jlqb[sjer] += alnn[sjer]; } alnn[12] += 1; if (alnn[12] == 0) { alnn[13] += 1; } } ohqz[0] = 0; } gghi[gzdy] ^= rrwc[ohqz[0]]; ohqz[0] += 1; } } void nskq(_uli *sozs, _uli *jprb, _uli *ezjw, _uli *apqh, _uli *zsvt) { _uli *bwdv = vsjr(); _uli *izzg = hyda(); _uli *lvtx = jcsp(); _uli *tlao = xzmy(); _uli *smzz = bpwu(); _uli *zqgn = ztjr(); _si pskf = 0; while (1) { _si kfcc = (apqh[0] % 2) == 0; _si mbxl = (zsvt[0] % 2) == 0; if (!(kfcc && mbxl)) { break; } pskf += 1; { _si mceq = 1; _si ouof = 0; _si vyjc = 1; if (vyjc > (8 * sizeof(_uli))) { vyjc = -1; } if (ouof >= 13) { { for (_si wrkw = 0; wrkw <= 12; wrkw += 1) { apqh[wrkw] = 0; } } } else { _uli ilyf = (((((_uli)(1)) << (mceq))) - ((_uli)(1))); if (vyjc < 0) { apqh[0] = 0; } else { apqh[0] = ((((apqh[0]) & (~ilyf))) >> (vyjc)); }; if (ouof != 0) { apqh[0] += ((((apqh[ouof]) & (~ilyf))) >> (mceq)); } for (_si gfwt = 1; gfwt <= (12 - ouof); gfwt += 1) { apqh[-1 + gfwt] += ((((((apqh[gfwt + ouof]) & (ilyf))) << (-mceq + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); apqh[gfwt] = ((((apqh[gfwt + ouof]) & (~ilyf))) >> (mceq)); } for (_si dhwq = 13 - ouof; dhwq <= 12; dhwq += 1) { apqh[dhwq] = 0; } }; } nmbw(zsvt, 1); } { if (smzz != apqh) { for (_si xpbw = 0; xpbw <= 12; xpbw += 1) { smzz[xpbw] = apqh[xpbw]; } } } { if (sozs != zsvt) { for (_si gaud = 0; gaud <= 12; gaud += 1) { sozs[gaud] = zsvt[gaud]; } } } { bwdv[0] = 1; for (_si hlnp = 1; hlnp <= 12; hlnp += 1) { bwdv[hlnp] = 0; } } tzhe(izzg); { for (_si fqvk = 0; fqvk <= 12; fqvk += 1) { lvtx[fqvk] = 0; } } { tlao[0] = 1; for (_si snlx = 1; snlx <= 12; snlx += 1) { tlao[snlx] = 0; } } while (1) { while (1) { _si uadx = (smzz[0] % 2) == 0; if (!uadx) { break; } { _si qcgh = 1; _si aqqw = 0; _si klyq = 1; if (klyq > (8 * sizeof(_uli))) { klyq = -1; } if (aqqw >= 13) { { for (_si gyzr = 0; gyzr <= 12; gyzr += 1) { smzz[gyzr] = 0; } } } else { _uli ymxp = (((((_uli)(1)) << (qcgh))) - ((_uli)(1))); if (klyq < 0) { smzz[0] = 0; } else { smzz[0] = ((((smzz[0]) & (~ymxp))) >> (klyq)); }; if (aqqw != 0) { smzz[0] += ((((smzz[aqqw]) & (~ymxp))) >> (qcgh)); } for (_si awdu = 1; awdu <= (12 - aqqw); awdu += 1) { smzz[-1 + awdu] += ((((((smzz[aqqw + awdu]) & (ymxp))) << (-qcgh + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); smzz[awdu] = ((((smzz[aqqw + awdu]) & (~ymxp))) >> (qcgh)); } for (_si foss = 13 - aqqw; foss <= 12; foss += 1) { smzz[foss] = 0; } }; } _si dcgv = (bwdv[0] % 2) == 0; _si nnrt = (izzg[0] % 2) == 0; if (!dcgv || !nnrt) { upmp(bwdv, bwdv, zsvt); ritb(izzg, izzg, apqh); } hxhh(bwdv, 1); pyod(izzg, 1); } while (1) { _si kwgi = (sozs[0] % 2) == 0; if (!kwgi) { break; } yxhl(sozs, 1); _si ldy = (lvtx[0] % 2) == 0; _si hiub = (tlao[0] % 2) == 0; if (!ldy || !hiub) { efte(lvtx, lvtx, zsvt); { for (_si xmgc = 0; xmgc <= 12; xmgc += 1) { tlao[xmgc] = -apqh[xmgc] + tlao[xmgc]; } qpwy(tlao); } } { _si kfcm; { kfcm = 0; _uli oeyc = 19; for (_si oike = 12; oike >= 0; oike -= 1) { if (lvtx[oike] != 0) { kfcm = ((((lvtx[oike]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (kfcm) { { for (_si rjmt = 0; rjmt <= 12; rjmt += 1) { lvtx[rjmt] = -lvtx[rjmt]; } } } xogp(lvtx, 1); if (kfcm) { { for (_si algs = 0; algs <= 12; algs += 1) { lvtx[algs] = -lvtx[algs]; } } } } { _si ppsi; { ppsi = 0; _uli olny = 19; for (_si wgyt = 12; wgyt >= 0; wgyt -= 1) { if (tlao[wgyt] != 0) { ppsi = ((((tlao[wgyt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (ppsi) { qscd(tlao, tlao); } { _si pdmd = 1; _si yhlq = 0; _si wuzc = 1; if (wuzc > (8 * sizeof(_uli))) { wuzc = -1; } if (yhlq >= 13) { zxio(tlao); } else { _uli ucem = (((((_uli)(1)) << (pdmd))) - ((_uli)(1))); if (wuzc < 0) { tlao[0] = 0; } else { tlao[0] = ((((tlao[0]) & (~ucem))) >> (wuzc)); }; if (yhlq != 0) { tlao[0] += ((((tlao[yhlq]) & (~ucem))) >> (pdmd)); } for (_si yhal = 1; yhal <= (12 - yhlq); yhal += 1) { tlao[-1 + yhal] += ((((((tlao[yhal + yhlq]) & (ucem))) << (-pdmd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tlao[yhal] = ((((tlao[yhal + yhlq]) & (~ucem))) >> (pdmd)); } for (_si tije = 13 - yhlq; tije <= 12; tije += 1) { tlao[tije] = 0; } }; } if (ppsi) { { for (_si ivyl = 0; ivyl <= 12; ivyl += 1) { tlao[ivyl] = -tlao[ivyl]; } } } } } { for (_si thmi = 0; thmi <= 12; thmi += 1) { zqgn[thmi] = smzz[thmi] - sozs[thmi]; } znsc(zqgn); } _si etha = vpat(zqgn); if (etha) { { for (_si ygvq = 0; ygvq <= 12; ygvq += 1) { sozs[ygvq] = -zqgn[ygvq]; } } { for (_si hanw = 0; hanw <= 12; hanw += 1) { lvtx[hanw] = -bwdv[hanw] + lvtx[hanw]; } { _si eonn; { eonn = 0; _uli fjaf = 19; for (_si nkrw = 12; nkrw >= 0; nkrw -= 1) { if (lvtx[nkrw] != 0) { eonn = ((((lvtx[nkrw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (eonn) { { for (_si aqxa = 0; aqxa <= 12; aqxa += 1) { lvtx[aqxa] = -lvtx[aqxa]; } } } for (_si anpg = 0; anpg <= 11; anpg += 1) { if (((((lvtx[anpg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { lvtx[1 + anpg] -= 1; } else { lvtx[1 + anpg] += ((lvtx[anpg]) >> (47)); }; lvtx[anpg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } lvtx[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (eonn) { { for (_si fkqd = 0; fkqd <= 12; fkqd += 1) { lvtx[fkqd] = -lvtx[fkqd]; } } } } } { for (_si ckcn = 0; ckcn <= 12; ckcn += 1) { tlao[ckcn] = -izzg[ckcn] + tlao[ckcn]; } { _si xrug = vyrq(tlao); if (xrug) { { for (_si wywa = 0; wywa <= 12; wywa += 1) { tlao[wywa] = -tlao[wywa]; } } } for (_si dllq = 0; dllq <= 11; dllq += 1) { if (((((tlao[dllq]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { tlao[1 + dllq] -= 1; } else { tlao[1 + dllq] += ((tlao[dllq]) >> (47)); }; tlao[dllq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tlao[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (xrug) { { for (_si hzhm = 0; hzhm <= 12; hzhm += 1) { tlao[hzhm] = -tlao[hzhm]; } } } } } } else { { if (smzz != zqgn) { for (_si adjl = 0; adjl <= 12; adjl += 1) { smzz[adjl] = zqgn[adjl]; } } } xrps(bwdv, bwdv, lvtx); mbau(izzg, izzg, tlao); }; _si yeqc; { yeqc = 0; _si gwgm; { gwgm = -1; for (_si xgoq = 12; xgoq >= 0; xgoq -= 1) { if (smzz[xgoq] != 0) { gwgm = xgoq; break; } } } yeqc = gwgm == -1; } if (yeqc) { break; } } xndt(jprb, lvtx); { if (ezjw != tlao) { for (_si mepl = 0; mepl <= 12; mepl += 1) { ezjw[mepl] = tlao[mepl]; } } } if (pskf > 0) { vwlk(sozs, pskf); gscq(apqh, pskf); xyuq(zsvt, pskf); } { _uc *frcg = (_uc *)(bwdv); for (_si qzjs = 0; qzjs <= 360; qzjs += 1) { frcg[qzjs] = (_uc)(255 + frcg[1 + qzjs]) * (_uc)(1 + frcg[qzjs]); } frcg[361] = 0; } asez(izzg); { _uc *xruv = (_uc *)(lvtx); for (_si jtsd = 0; jtsd <= 360; jtsd += 1) { xruv[jtsd] = (_uc)(255 + xruv[1 + jtsd]) * (_uc)(1 + xruv[jtsd]); } xruv[361] = 0; } { _uc *dwvg = (_uc *)(tlao); for (_si nkgd = 0; nkgd <= 360; nkgd += 1) { dwvg[nkgd] = (_uc)(1 + dwvg[nkgd]) * (_uc)(255 + dwvg[1 + nkgd]); } dwvg[361] = 0; } kgqn(smzz); isb(zqgn); } void ewjs(_uli *krgi, _uli *frdz, _uli *kzlu) { for (_si bzur = 0; bzur <= 44; bzur += 1) { krgi[bzur] = frdz[bzur] - kzlu[bzur]; } zinw(krgi); } void aooo(_uli *aafy, _uli *usur, _uli *ryby) { for (_si iozl = 0; iozl <= 12; iozl += 1) { aafy[iozl] = ryby[iozl] + usur[iozl]; } vhtg(aafy); } void nwau(_uc *rijm) { _ui *txnk = (_ui *)(rijm + 0); _ui *prwo = (_ui *)(rijm + 64); for (_si alrw = 0; alrw <= 15; alrw += 1) { txnk[alrw] = prwo[alrw]; } for (_si hhfv = 0; hhfv <= 9; hhfv += 1) { gox(txnk, 0, 4, 8, 12); eypa(txnk, 1, 5, 9, 13); { txnk[2] += txnk[6]; txnk[14] ^= txnk[2]; txnk[14] = ((((txnk[14]) << (16))) | (((txnk[14]) >> (16)))); txnk[10] += txnk[14]; txnk[6] ^= txnk[10]; txnk[6] = ((((txnk[6]) << (12))) | (((txnk[6]) >> (20)))); txnk[2] += txnk[6]; txnk[14] ^= txnk[2]; txnk[14] = ((((txnk[14]) << (8))) | (((txnk[14]) >> (24)))); txnk[10] += txnk[14]; txnk[6] ^= txnk[10]; txnk[6] = ((((txnk[6]) << (7))) | (((txnk[6]) >> (25)))); } { txnk[3] += txnk[7]; txnk[15] ^= txnk[3]; txnk[15] = ((((txnk[15]) << (16))) | (((txnk[15]) >> (16)))); txnk[11] += txnk[15]; txnk[7] ^= txnk[11]; txnk[7] = ((((txnk[7]) << (12))) | (((txnk[7]) >> (20)))); txnk[3] += txnk[7]; txnk[15] ^= txnk[3]; txnk[15] = ((((txnk[15]) << (8))) | (((txnk[15]) >> (24)))); txnk[11] += txnk[15]; txnk[7] ^= txnk[11]; txnk[7] = ((((txnk[7]) << (7))) | (((txnk[7]) >> (25)))); } { txnk[0] += txnk[5]; txnk[15] ^= txnk[0]; txnk[15] = ((((txnk[15]) << (16))) | (((txnk[15]) >> (16)))); txnk[10] += txnk[15]; txnk[5] ^= txnk[10]; txnk[5] = ((((txnk[5]) << (12))) | (((txnk[5]) >> (20)))); txnk[0] += txnk[5]; txnk[15] ^= txnk[0]; txnk[15] = ((((txnk[15]) << (8))) | (((txnk[15]) >> (24)))); txnk[10] += txnk[15]; txnk[5] ^= txnk[10]; txnk[5] = ((((txnk[5]) << (7))) | (((txnk[5]) >> (25)))); } { txnk[1] += txnk[6]; txnk[12] ^= txnk[1]; txnk[12] = ((((txnk[12]) << (16))) | (((txnk[12]) >> (16)))); txnk[11] += txnk[12]; txnk[6] ^= txnk[11]; txnk[6] = ((((txnk[6]) << (12))) | (((txnk[6]) >> (20)))); txnk[1] += txnk[6]; txnk[12] ^= txnk[1]; txnk[12] = ((((txnk[12]) << (8))) | (((txnk[12]) >> (24)))); txnk[11] += txnk[12]; txnk[6] ^= txnk[11]; txnk[6] = ((((txnk[6]) << (7))) | (((txnk[6]) >> (25)))); } miun(txnk, 2, 7, 8, 13); jbzg(txnk, 3, 4, 9, 14); _m[65163] += 1; } for (_si oqjy = 0; oqjy <= 15; oqjy += 1) { txnk[oqjy] += prwo[oqjy]; } prwo[12] += 1; if (prwo[12] == 0) { prwo[13] += 1; } } void znw(_uc *kvi) { _uc *lrpa = (_uc *)(kvi + 0); _ui *bwt = (_ui *)(kvi + 64); _ui *wiwc = (_ui *)(kvi + 96); _si yjd = 0; _ui cryx = 0; _ui snpw = 0; _ui xdm = 0; _ui qcxw = 0; _ui xtq = 0; _ui fsb = 0; for (_si cyt = 0; cyt <= 15; cyt += 1) { wiwc[cyt] = (((((((((_ui)(lrpa[yjd])) << (24))) | ((((_ui)(lrpa[1 + yjd])) << (16))))) | ((((_ui)(lrpa[2 + yjd])) << (8))))) | ((_ui)(lrpa[3 + yjd]))); yjd += 4; } for (_si ritc = 16; ritc <= 31; ritc += 1) { cryx = ((((((((wiwc[-15 + ritc]) >> (7))) | (((wiwc[-15 + ritc]) << (25))))) ^ (((((wiwc[-15 + ritc]) >> (18))) | (((wiwc[-15 + ritc]) << (14))))))) ^ (((wiwc[-15 + ritc]) >> (3)))); qcxw = ((((((((wiwc[-2 + ritc]) >> (17))) | (((wiwc[-2 + ritc]) << (15))))) ^ (((((wiwc[-2 + ritc]) >> (19))) | (((wiwc[-2 + ritc]) << (13))))))) ^ (((wiwc[-2 + ritc]) >> (10)))); wiwc[ritc] = cryx + qcxw + wiwc[-7 + ritc] + wiwc[-16 + ritc]; _m[65160] += 1; } _ui yrvq = bwt[0]; _ui jye = bwt[1]; _ui ios = bwt[2]; _ui oqn = bwt[3]; _ui mied = bwt[4]; _ui ppgr = bwt[5]; _ui rsv = bwt[6]; _ui qxzo = bwt[7]; for (_si hpp = 0; hpp <= 31; hpp += 1) { cryx = ((((((((yrvq) >> (2))) | (((yrvq) << (30))))) ^ (((((yrvq) >> (13))) | (((yrvq) << (19))))))) ^ (((((yrvq) >> (22))) | (((yrvq) << (10)))))); snpw = ((((((yrvq) & (jye))) ^ (((yrvq) & (ios))))) ^ (((jye) & (ios)))); xdm = cryx + snpw; qcxw = ((((((((mied) >> (6))) | (((mied) << (26))))) ^ (((((mied) >> (11))) | (((mied) << (21))))))) ^ (((((mied) >> (25))) | (((mied) << (7)))))); xtq = ((((mied) & (ppgr))) ^ (((~mied) & (rsv)))); fsb = qxzo + xtq + qcxw + *(((_ui *)(_m + 246160) + hpp)) + wiwc[hpp]; qxzo = rsv; rsv = ppgr; ppgr = mied; mied = fsb + oqn; oqn = ios; ios = jye; jye = yrvq; yrvq = fsb + xdm; _m[65161] += 1; } bwt[0] += yrvq; bwt[1] += jye; bwt[2] += ios; bwt[3] += oqn; bwt[4] += mied; bwt[5] += ppgr; bwt[6] += rsv; bwt[7] += qxzo; } void ryqs(_uli *grsw) { for (_si bxbd = 0; bxbd <= 11; bxbd += 1) { grsw[1 + bxbd] += ((grsw[bxbd]) >> (47)); grsw[bxbd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } grsw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void eprf(_si wcay, _uli *elmg) { elmg[(((wcay) / (47)))] &= ((((((_uli)(1)) << ((wcay % 47)))) - ((_uli)(1)))); for (_si mdz = 1 + (((wcay) / (47))); mdz <= 12; mdz += 1) { elmg[mdz] = 0; } } void mqed(_uli *qvby, _si giuu) { _si bkba = (giuu % 47); _si zlrc = ((giuu) / (47)); _si qbwy = -bkba + (((sizeof(_uli)) << (3))); if (zlrc >= 13) { xref(qvby); } else { for (_si dvsi = 12 - zlrc; dvsi >= 1; dvsi -= 1) { qvby[dvsi + zlrc] = ((qvby[dvsi]) << (bkba)); if (qbwy < (8 * sizeof(_uli))) { qvby[dvsi + zlrc] += ((((qvby[-1 + dvsi]) >> (qbwy))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } qvby[zlrc] = ((qvby[0]) << (bkba)); for (_si zqcs = -1 + zlrc; zqcs >= 0; zqcs -= 1) { qvby[zqcs] = 0; } }; { for (_si sivf = 0; sivf <= 11; sivf += 1) { qvby[1 + sivf] += ((qvby[sivf]) >> (47)); qvby[sivf] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qvby[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void jjgz(_uc *nc, _uc *udum) { _ui *uzcw = (_ui *)(nc + 64); for (_si keor = 0; keor <= 7; keor += 1) { uzcw[4 + keor] = (((_ui)((udum + 4 * keor)[0])) + ((((_ui)((udum + 4 * keor)[1])) << (8))) + ((((_ui)((udum + 4 * keor)[2])) << (16))) + ((((_ui)((udum + 4 * keor)[3])) << (24)))); } } void dyj(_uli *xlcr, _uli *xzzr, _uli *fdtg) { _uli *osx = kooz(); _uli *ixav = zgns(); _uli *dbe = vryi(); _uli *oakc = ckcv(); for (_si dgdj = 0; dgdj <= 12; dgdj += 1) { osx[dgdj] = ((xzzr[dgdj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ixav[dgdj] = ((xzzr[dgdj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); dbe[dgdj] = ((fdtg[dgdj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oakc[dgdj] = ((fdtg[dgdj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si xeiw = 0; xeiw <= 12; xeiw += 1) { xlcr[xeiw] = 0; } } for (_si zozk = 0; zozk <= (-1 + (((13) >> (1)))); zozk += 1) { for (_si ydhk = 0; ydhk <= (-1 + (((13) >> (1)))); ydhk += 1) { _uli aurb = dbe[ydhk] * ixav[zozk] + oakc[ydhk] * osx[zozk]; _uli idru = dbe[ydhk] * osx[zozk]; _uli oarp = ixav[zozk] * oakc[ydhk]; _uli wtwm = ((xlcr[ydhk + zozk]) + (idru) + (((((aurb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wtwm < idru) { oarp += 1; } _uli qui = ((((aurb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((oarp) << ((-47 + (((sizeof(_uli)) << (3)))))))); xlcr[ydhk + zozk] = wtwm; xlcr[1 + ydhk + zozk] += qui; } { for (_si cmcz = 0; cmcz <= 11; cmcz += 1) { xlcr[1 + cmcz] += ((xlcr[cmcz]) >> (47)); xlcr[cmcz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } xlcr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *gcx = (_uc *)(osx); for (_si djql = 0; djql <= 360; djql += 1) { gcx[djql] = (_uc)(255 + gcx[1 + djql]) * (_uc)(1 + gcx[djql]); } gcx[361] = 0; } { _uc *djv = (_uc *)(ixav); for (_si acdb = 0; acdb <= 360; acdb += 1) { djv[acdb] = (_uc)(255 + djv[1 + acdb]) * (_uc)(1 + djv[acdb]); } djv[361] = 0; } dcux(dbe); nali(oakc); } _si nlep(_uli *lcx) { _si xxfn = -1; for (_si ozco = 12; ozco >= 0; ozco -= 1) { if (lcx[ozco] != 0) { xxfn = ozco; break; } } return xxfn; } _si boag(_uli *forb) { _si qxbx = 0; _uli btzl = 19; for (_si quig = 44; quig >= 0; quig -= 1) { if (forb[quig] != 0) { qxbx = ((((forb[quig]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return qxbx; } void hwq(_uli *qbcn) { _uc *guhn = (_uc *)(qbcn); for (_si cwk = 0; cwk <= 360; cwk += 1) { guhn[cwk] = (_uc)(255 + guhn[1 + cwk]) * (_uc)(1 + guhn[cwk]); } guhn[361] = 0; } void ooqq(_uli *mmio, _uli *obf) { if (mmio != obf) { for (_si hscn = 0; hscn <= 12; hscn += 1) { mmio[hscn] = obf[hscn]; } } } void upmj(_uli *qmwz, _uli *mmmr, _uli *wkzw, _uli *zofr) { hwod(mmmr, wkzw, zofr); _si wghb; { wghb = 0; _uli mzco = 19; for (_si igfd = 12; igfd >= 0; igfd -= 1) { if (mmmr[igfd] != 0) { wghb = ((((mmmr[igfd]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (wghb) { kasm(mmmr, mmmr, qmwz); } } void eret(_si len, _uli *ohue, _uli *jmlz, _uli *gyad, _uli *qvzv) { _uli *ldsl = hrjg(); { if (ldsl != qvzv) { for (_si plyq = 0; plyq <= 12; plyq += 1) { ldsl[plyq] = qvzv[plyq]; } } } pzky(gyad, qvzv); uuyp(len, gyad); mkii(gyad, gyad, jmlz); { gyad[(((len) / (47)))] &= ((((((_uli)(1)) << ((len % 47)))) - ((_uli)(1)))); for (_si notv = 1 + (((len) / (47))); notv <= 12; notv += 1) { gyad[notv] = 0; } } macr(gyad, gyad, ohue); { for (_si pdqa = 0; pdqa <= 12; pdqa += 1) { gyad[pdqa] = gyad[pdqa] + ldsl[pdqa]; } thiw(gyad); } { _si glfe = (len % 47); _si lklf = ((len) / (47)); _si uzsf = len; if (uzsf > (8 * sizeof(_uli))) { uzsf = -1; } if (lklf >= 13) { { for (_si fcxe = 0; fcxe <= 12; fcxe += 1) { gyad[fcxe] = 0; } } } else { _uli aplm = (((((_uli)(1)) << (glfe))) - ((_uli)(1))); if (uzsf < 0) { gyad[0] = 0; } else { gyad[0] = ((((gyad[0]) & (~aplm))) >> (uzsf)); }; if (lklf != 0) { gyad[0] += ((((gyad[lklf]) & (~aplm))) >> (glfe)); } for (_si uczi = 1; uczi <= (12 - lklf); uczi += 1) { gyad[-1 + uczi] += ((((((gyad[lklf + uczi]) & (aplm))) << (-glfe + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); gyad[uczi] = ((((gyad[lklf + uczi]) & (~aplm))) >> (glfe)); } for (_si ibuj = 13 - lklf; ibuj <= 12; ibuj += 1) { gyad[ibuj] = 0; } }; } lxlr(ldsl, gyad, ohue); _si updi = wcgv(ldsl); if (!updi) { { if (gyad != ldsl) { for (_si vtqt = 0; vtqt <= 12; vtqt += 1) { gyad[vtqt] = ldsl[vtqt]; } } } } { _uc *tcwa = (_uc *)(ldsl); for (_si gwt = 0; gwt <= 360; gwt += 1) { tcwa[gwt] = (_uc)(1 + tcwa[gwt]) * (_uc)(255 + tcwa[1 + gwt]); } tcwa[361] = 0; } } void aicj(_uli *xzqn, _uli *cqhc) { for (_si lhpu = 0; lhpu <= 12; lhpu += 1) { xzqn[lhpu] = -cqhc[lhpu]; } } void bvhq(_uli *nlbj, _uli *cmha, _uli *ecbr) { _uli *osbc = jmgb(); _uli *kfhq = kvuo(); _uli *qpwq = wgqo(); _uli *raui = mfxt(); for (_si guuc = 0; guuc <= 12; guuc += 1) { osbc[guuc] = ((cmha[guuc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kfhq[guuc] = ((cmha[guuc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qpwq[guuc] = ((ecbr[guuc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); raui[guuc] = ((ecbr[guuc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jeab = 0; jeab <= 12; jeab += 1) { nlbj[jeab] = 0; } } for (_si ycmt = 0; ycmt <= (-1 + (((13) >> (1)))); ycmt += 1) { for (_si iadg = 0; iadg <= (-1 + (((13) >> (1)))); iadg += 1) { _uli flub = kfhq[ycmt] * qpwq[iadg] + osbc[ycmt] * raui[iadg]; _uli cxzf = osbc[ycmt] * qpwq[iadg]; _uli dbgw = kfhq[ycmt] * raui[iadg]; _uli vjeg = ((nlbj[iadg + ycmt]) + (cxzf) + (((((flub) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vjeg < cxzf) { dbgw += 1; } _uli kjvc = ((((flub) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((dbgw) << ((-47 + (((sizeof(_uli)) << (3)))))))); nlbj[iadg + ycmt] = vjeg; nlbj[1 + iadg + ycmt] += kjvc; } { for (_si pced = 0; pced <= 11; pced += 1) { nlbj[1 + pced] += ((nlbj[pced]) >> (47)); nlbj[pced] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } nlbj[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *mncx = (_uc *)(osbc); for (_si lgpo = 0; lgpo <= 360; lgpo += 1) { mncx[lgpo] = (_uc)(1 + mncx[lgpo]) * (_uc)(255 + mncx[1 + lgpo]); } mncx[361] = 0; } cvl(kfhq); zfqe(qpwq); zseq(raui); } void zpok(_uli *eqjo, _uli *nupd, _uli *jzcm) { _uli *ogur = rucf(); _uli *lwyd = mexn(); _uli *vllb = spxt(); _uli *ktnv = bbs(); for (_si bicp = 0; bicp <= 12; bicp += 1) { ogur[bicp] = ((nupd[bicp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); lwyd[bicp] = ((nupd[bicp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); vllb[bicp] = ((jzcm[bicp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ktnv[bicp] = ((jzcm[bicp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ihzp = 0; ihzp <= 12; ihzp += 1) { eqjo[ihzp] = 0; } } for (_si rfyo = 0; rfyo <= (-1 + (((13) >> (1)))); rfyo += 1) { for (_si hshz = 0; hshz <= (-1 + (((13) >> (1)))); hshz += 1) { _uli jhkh = ktnv[hshz] * ogur[rfyo] + lwyd[rfyo] * vllb[hshz]; _uli rbdz = ogur[rfyo] * vllb[hshz]; _uli yocz = ktnv[hshz] * lwyd[rfyo]; _uli vaws = ((eqjo[hshz + rfyo]) + (rbdz) + (((((jhkh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vaws < rbdz) { yocz += 1; } _uli imve = ((((jhkh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((yocz) << ((-47 + (((sizeof(_uli)) << (3)))))))); eqjo[hshz + rfyo] = vaws; eqjo[1 + hshz + rfyo] += imve; } issh(eqjo); } tffx(ogur); ekne(lwyd); { _uc *igsj = (_uc *)(vllb); for (_si mpdc = 0; mpdc <= 360; mpdc += 1) { igsj[mpdc] = (_uc)(1 + igsj[mpdc]) * (_uc)(255 + igsj[1 + mpdc]); } igsj[361] = 0; } dlfz(ktnv); } void lwid(_uli *njjw) { for (_si xteq = 0; xteq <= 11; xteq += 1) { njjw[1 + xteq] += ((njjw[xteq]) >> (47)); njjw[xteq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } njjw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void zgoj(_uc *lqdq, _uc *dzmo, _si buvb) { _uc *kkza = (_uc *)(lqdq + 0); _uli *hjnb = (_uli *)(lqdq + 352); _si rtse = (_si)(((hjnb[0]) & (63))); hjnb[0] += buvb; for (_si murw = 0; murw <= (-1 + buvb); murw += 1) { kkza[rtse] = dzmo[murw]; rtse += 1; if (rtse == 64) { lphk(lqdq); rtse = 0; } } } void uylh(_uli *eyxa, _uli *nmow) { if (eyxa != nmow) { for (_si kkaz = 0; kkaz <= 12; kkaz += 1) { eyxa[kkaz] = nmow[kkaz]; } } } void czlh(_uc *mqur, _uc *lpgq, _si bail) { { _ui *aviv = (_ui *)(mqur + 64); for (_si tuva = 0; tuva <= 7; tuva += 1) { aviv[4 + tuva] = (((_ui)((lpgq + 4 * tuva)[0])) + ((((_ui)((lpgq + 4 * tuva)[1])) << (8))) + ((((_ui)((lpgq + 4 * tuva)[2])) << (16))) + ((((_ui)((lpgq + 4 * tuva)[3])) << (24)))); } } _ui *qtxg = (_ui *)(mqur + 64); _ui *fbge = (_ui *)(mqur + 128); for (_si scwm = 0; scwm <= 3; scwm += 1) { qtxg[scwm] = (((_ui)(((_uc *)(_m + 48146) + 4 * scwm)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * scwm)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * scwm)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * scwm)[3])) << (24)))); } for (_si xheb = 0; xheb <= 3; xheb += 1) { qtxg[12 + xheb] = bail; _m[65162] += 1; } fbge[0] = 3904225602; } void zguy(_uc *elfr, _uc *cdua, _uc *oplb, _si jbpj) { { { _ui *bdeu = (_ui *)(elfr + 64); for (_si dmao = 0; dmao <= 7; dmao += 1) { bdeu[4 + dmao] = (((_ui)((cdua + 4 * dmao)[0])) + ((((_ui)((cdua + 4 * dmao)[1])) << (8))) + ((((_ui)((cdua + 4 * dmao)[2])) << (16))) + ((((_ui)((cdua + 4 * dmao)[3])) << (24)))); } } _ui *eghx = (_ui *)(elfr + 64); _ui *cpqc = (_ui *)(elfr + 128); for (_si ccgz = 0; ccgz <= 3; ccgz += 1) { eghx[ccgz] = (((_ui)(((_uc *)(_m + 48146) + 4 * ccgz)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ccgz)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ccgz)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * ccgz)[3])) << (24)))); } for (_si yfky = 0; yfky <= 3; yfky += 1) { eghx[12 + yfky] = 0; _m[65162] += 1; } cpqc[0] = 3904225602; } bsoy(elfr, oplb, jbpj); } void ziyy(_si uhdk, _uli *actb, _uli *pyia, _uli *wmkz, _uli *qvuo, _uli *fwva) { { _uli *ohdl = plxe(); _uli *qrss = lwpd(); _uli *yztw = cfjj(); _uli *thtj = bqii(); for (_si zevm = 0; zevm <= 44; zevm += 1) { ohdl[zevm] = ((qvuo[zevm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qrss[zevm] = ((qvuo[zevm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); yztw[zevm] = ((fwva[zevm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); thtj[zevm] = ((fwva[zevm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si viis = 0; viis <= 44; viis += 1) { wmkz[viis] = 0; } } for (_si qfma = 0; qfma <= (-1 + (((45) >> (1)))); qfma += 1) { for (_si pcqh = 0; pcqh <= (-1 + (((45) >> (1)))); pcqh += 1) { _uli oabr = ohdl[qfma] * thtj[pcqh] + qrss[qfma] * yztw[pcqh]; _uli pzvo = ohdl[qfma] * yztw[pcqh]; _uli haqi = qrss[qfma] * thtj[pcqh]; _uli daln = ((wmkz[pcqh + qfma]) + (pzvo) + (((((oabr) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (daln < pzvo) { haqi += 1; } _uli fcxs = ((((oabr) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((haqi) << ((-47 + (((sizeof(_uli)) << (3)))))))); wmkz[pcqh + qfma] = daln; wmkz[1 + pcqh + qfma] += fcxs; } { for (_si zjma = 0; zjma <= 43; zjma += 1) { wmkz[1 + zjma] += ((wmkz[zjma]) >> (47)); wmkz[zjma] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wmkz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *jmlm = (_uc *)(ohdl); for (_si ilmj = 0; ilmj <= 360; ilmj += 1) { jmlm[ilmj] = (_uc)(1 + jmlm[ilmj]) * (_uc)(255 + jmlm[1 + ilmj]); } jmlm[361] = 0; } hukz(qrss); hcea(yztw); leip(thtj); } { _uli *gnjg = pcgh(); { if (gnjg != wmkz) { for (_si rxjt = 0; rxjt <= 44; rxjt += 1) { gnjg[rxjt] = wmkz[rxjt]; } } } { ; } encf(uhdk, wmkz); { _uli *ohjb = codr(); _uli *qalj = vqxh(); _uli *qlmy = upff(); _uli *fgpt = mfoa(); for (_si qosg = 0; qosg <= 44; qosg += 1) { ohjb[qosg] = ((wmkz[qosg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); qalj[qosg] = ((wmkz[qosg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); qlmy[qosg] = ((pyia[qosg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fgpt[qosg] = ((pyia[qosg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mndu = 0; mndu <= 44; mndu += 1) { wmkz[mndu] = 0; } } for (_si pwuj = 0; pwuj <= (-1 + (((45) >> (1)))); pwuj += 1) { for (_si yfxs = 0; yfxs <= (-1 + (((45) >> (1)))); yfxs += 1) { _uli uhub = fgpt[yfxs] * ohjb[pwuj] + qalj[pwuj] * qlmy[yfxs]; _uli ppsy = ohjb[pwuj] * qlmy[yfxs]; _uli bvlk = fgpt[yfxs] * qalj[pwuj]; _uli vlvr = ((wmkz[pwuj + yfxs]) + (ppsy) + (((((uhub) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vlvr < ppsy) { bvlk += 1; } _uli hlvv = ((((uhub) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bvlk) << ((-47 + (((sizeof(_uli)) << (3)))))))); wmkz[pwuj + yfxs] = vlvr; wmkz[1 + pwuj + yfxs] += hlvv; } lifz(wmkz); } { _uc *addc = (_uc *)(ohjb); for (_si rsxe = 0; rsxe <= 360; rsxe += 1) { addc[rsxe] = (_uc)(255 + addc[1 + rsxe]) * (_uc)(1 + addc[rsxe]); } addc[361] = 0; } { _uc *yjmm = (_uc *)(qalj); for (_si dnvh = 0; dnvh <= 360; dnvh += 1) { yjmm[dnvh] = (_uc)(255 + yjmm[1 + dnvh]) * (_uc)(1 + yjmm[dnvh]); } yjmm[361] = 0; } lxr(qlmy); xhk(fgpt); } { wmkz[(((uhdk) / (47)))] &= ((((((_uli)(1)) << ((uhdk % 47)))) - ((_uli)(1)))); for (_si zwcl = 1 + (((uhdk) / (47))); zwcl <= 44; zwcl += 1) { wmkz[zwcl] = 0; } } dwoh(wmkz, wmkz, actb); { for (_si kwzv = 0; kwzv <= 44; kwzv += 1) { wmkz[kwzv] = gnjg[kwzv] + wmkz[kwzv]; } { _si ipuf = ocui(wmkz); if (ipuf) { { for (_si rgoe = 0; rgoe <= 44; rgoe += 1) { wmkz[rgoe] = -wmkz[rgoe]; } } } for (_si tfzz = 0; tfzz <= 43; tfzz += 1) { if (((((wmkz[tfzz]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { wmkz[1 + tfzz] -= 1; } else { wmkz[1 + tfzz] += ((wmkz[tfzz]) >> (47)); }; wmkz[tfzz] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } wmkz[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ipuf) { mgqw(wmkz, wmkz); } } } uxgk(wmkz, uhdk); { for (_si wtdg = 0; wtdg <= 44; wtdg += 1) { gnjg[wtdg] = -actb[wtdg] + wmkz[wtdg]; } armz(gnjg); } _si auda; { auda = 0; _uli okte = 19; for (_si ualu = 44; ualu >= 0; ualu -= 1) { if (gnjg[ualu] != 0) { auda = ((((gnjg[ualu]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!auda) { { if (wmkz != gnjg) { for (_si nkyt = 0; nkyt <= 44; nkyt += 1) { wmkz[nkyt] = gnjg[nkyt]; } } } } { _uc *nnrp = (_uc *)(gnjg); for (_si tskv = 0; tskv <= 360; tskv += 1) { nnrp[tskv] = (_uc)(255 + nnrp[1 + tskv]) * (_uc)(1 + nnrp[tskv]); } nnrp[361] = 0; } } } void jujr(_uli *evoy) { for (_si ibun = 0; ibun <= 43; ibun += 1) { evoy[1 + ibun] += ((evoy[ibun]) >> (47)); evoy[ibun] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } evoy[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void gkdy(_uli *sgtr) { _si ppwi = cwjc(sgtr); if (ppwi) { { for (_si gcgd = 0; gcgd <= 12; gcgd += 1) { sgtr[gcgd] = -sgtr[gcgd]; } } } for (_si ptpi = 0; ptpi <= 11; ptpi += 1) { if (((((sgtr[ptpi]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { sgtr[1 + ptpi] -= 1; } else { sgtr[1 + ptpi] += ((sgtr[ptpi]) >> (47)); }; sgtr[ptpi] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sgtr[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (ppwi) { { for (_si izzx = 0; izzx <= 12; izzx += 1) { sgtr[izzx] = -sgtr[izzx]; } } } } void hsek(_si bwcd, _uli *xxxu, _uli *zhmt, _uli *jykm, _uli *suxz) { _uli *xpzb = sfxl(); { if (xpzb != suxz) { for (_si wqfx = 0; wqfx <= 12; wqfx += 1) { xpzb[wqfx] = suxz[wqfx]; } } } { if (jykm != suxz) { for (_si xrrd = 0; xrrd <= 12; xrrd += 1) { jykm[xrrd] = suxz[xrrd]; } } } { jykm[(((bwcd) / (47)))] &= ((((((_uli)(1)) << ((bwcd % 47)))) - ((_uli)(1)))); for (_si ifoa = 1 + (((bwcd) / (47))); ifoa <= 12; ifoa += 1) { jykm[ifoa] = 0; } } { _uli *kagc = lbjy(); _uli *usvx = igzy(); _uli *pohu = taxj(); _uli *ymsi = teuv(); for (_si znno = 0; znno <= 12; znno += 1) { kagc[znno] = ((jykm[znno]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); usvx[znno] = ((jykm[znno]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pohu[znno] = ((zhmt[znno]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ymsi[znno] = ((zhmt[znno]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si arcg = 0; arcg <= 12; arcg += 1) { jykm[arcg] = 0; } } for (_si vpuu = 0; vpuu <= (-1 + (((13) >> (1)))); vpuu += 1) { for (_si bqhh = 0; bqhh <= (-1 + (((13) >> (1)))); bqhh += 1) { _uli shmo = kagc[vpuu] * ymsi[bqhh] + pohu[bqhh] * usvx[vpuu]; _uli stbm = kagc[vpuu] * pohu[bqhh]; _uli ehbu = usvx[vpuu] * ymsi[bqhh]; _uli irzk = ((jykm[bqhh + vpuu]) + (stbm) + (((((shmo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (irzk < stbm) { ehbu += 1; } _uli gjkp = ((((shmo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ehbu) << ((-47 + (((sizeof(_uli)) << (3)))))))); jykm[bqhh + vpuu] = irzk; jykm[1 + bqhh + vpuu] += gjkp; } djot(jykm); } etfn(kagc); { _uc *wpdr = (_uc *)(usvx); for (_si bjku = 0; bjku <= 360; bjku += 1) { wpdr[bjku] = (_uc)(1 + wpdr[bjku]) * (_uc)(255 + wpdr[1 + bjku]); } wpdr[361] = 0; } kkqm(pohu); ecwg(ymsi); } { jykm[(((bwcd) / (47)))] &= ((((((_uli)(1)) << ((bwcd % 47)))) - ((_uli)(1)))); for (_si kjmq = 1 + (((bwcd) / (47))); kjmq <= 12; kjmq += 1) { jykm[kjmq] = 0; } } urdl(jykm, jykm, xxxu); ulzw(jykm, jykm, xpzb); { _si hmzy = (bwcd % 47); _si pmjd = ((bwcd) / (47)); _si qcdh = bwcd; if (qcdh > (8 * sizeof(_uli))) { qcdh = -1; } if (pmjd >= 13) { guzl(jykm); } else { _uli hnyr = (((((_uli)(1)) << (hmzy))) - ((_uli)(1))); if (qcdh < 0) { jykm[0] = 0; } else { jykm[0] = ((((jykm[0]) & (~hnyr))) >> (qcdh)); }; if (pmjd != 0) { jykm[0] += ((((jykm[pmjd]) & (~hnyr))) >> (hmzy)); } for (_si lwmp = 1; lwmp <= (12 - pmjd); lwmp += 1) { jykm[-1 + lwmp] += ((((((jykm[lwmp + pmjd]) & (hnyr))) << (-hmzy + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); jykm[lwmp] = ((((jykm[lwmp + pmjd]) & (~hnyr))) >> (hmzy)); } for (_si vzgx = 13 - pmjd; vzgx <= 12; vzgx += 1) { jykm[vzgx] = 0; } }; } kujh(xpzb, jykm, xxxu); _si vvdw = ztv(xpzb); if (!vvdw) { { if (jykm != xpzb) { for (_si xpqf = 0; xpqf <= 12; xpqf += 1) { jykm[xpqf] = xpzb[xpqf]; } } } } vemr(xpzb); } _uli *opnz() { ; _uli *vhvd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; vhvd = (_uli *)(_m + 362 * _s); break; } _s += 1; } return vhvd; } void dvbn(_uli *vwoi, _uli *nxyl, _uli *biam) { _uli *tncp = jxo(); _uli *inp = dgud(); _uli *jqxh = ecoc(); _uli *jwet = ieqp(); for (_si gnsq = 0; gnsq <= 12; gnsq += 1) { tncp[gnsq] = ((nxyl[gnsq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); inp[gnsq] = ((nxyl[gnsq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jqxh[gnsq] = ((biam[gnsq]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jwet[gnsq] = ((biam[gnsq]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ydlf = 0; ydlf <= 12; ydlf += 1) { vwoi[ydlf] = 0; } } for (_si wmww = 0; wmww <= (-1 + (((13) >> (1)))); wmww += 1) { for (_si ijlv = 0; ijlv <= (-1 + (((13) >> (1)))); ijlv += 1) { _uli adbh = inp[wmww] * jqxh[ijlv] + jwet[ijlv] * tncp[wmww]; _uli uqfv = jqxh[ijlv] * tncp[wmww]; _uli xxxb = inp[wmww] * jwet[ijlv]; _uli acmr = ((vwoi[ijlv + wmww]) + (uqfv) + (((((adbh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (acmr < uqfv) { xxxb += 1; } _uli mgab = ((((adbh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((xxxb) << ((-47 + (((sizeof(_uli)) << (3)))))))); vwoi[ijlv + wmww] = acmr; vwoi[1 + ijlv + wmww] += mgab; } wepw(vwoi); } { _uc *hjls = (_uc *)(tncp); for (_si zqty = 0; zqty <= 360; zqty += 1) { hjls[zqty] = (_uc)(1 + hjls[zqty]) * (_uc)(255 + hjls[1 + zqty]); } hjls[361] = 0; } { _uc *frl = (_uc *)(inp); for (_si mikn = 0; mikn <= 360; mikn += 1) { frl[mikn] = (_uc)(255 + frl[1 + mikn]) * (_uc)(1 + frl[mikn]); } frl[361] = 0; } jkkk(jqxh); glqc(jwet); } void knuk(_uli *qiby, _uli *gklt) { if (qiby != gklt) { for (_si vjqz = 0; vjqz <= 12; vjqz += 1) { qiby[vjqz] = gklt[vjqz]; } } } void lupj(_uli *vpkj, _uli *lrxl) { for (_si iout = 0; iout <= 12; iout += 1) { vpkj[iout] = -lrxl[iout]; } } void btpd(_uli *wjhy) { _uc *atrc = (_uc *)(wjhy); for (_si ermv = 0; ermv <= 360; ermv += 1) { atrc[ermv] = (_uc)(255 + atrc[1 + ermv]) * (_uc)(1 + atrc[ermv]); } atrc[361] = 0; } void hwcp(_uli *tfpt) { _uc *ovnf = (_uc *)(tfpt); for (_si ksqa = 0; ksqa <= 360; ksqa += 1) { ovnf[ksqa] = (_uc)(1 + ovnf[ksqa]) * (_uc)(255 + ovnf[1 + ksqa]); } ovnf[361] = 0; } void bfev(_uc *jrc) { _uc *hlau = (_uc *)(jrc + 0); _ui *yuyu = (_ui *)(jrc + 64); _ui *yzah = (_ui *)(jrc + 96); _si hbmp = 0; _ui evhd = 0; _ui pngg = 0; _ui ivth = 0; _ui fqr = 0; _ui avqq = 0; _ui jfz = 0; for (_si cbta = 0; cbta <= 15; cbta += 1) { yzah[cbta] = (((((((((_ui)(hlau[hbmp])) << (24))) | ((((_ui)(hlau[1 + hbmp])) << (16))))) | ((((_ui)(hlau[2 + hbmp])) << (8))))) | ((_ui)(hlau[3 + hbmp]))); hbmp += 4; } for (_si blk = 16; blk <= 31; blk += 1) { evhd = ((((((((yzah[-15 + blk]) >> (7))) | (((yzah[-15 + blk]) << (25))))) ^ (((((yzah[-15 + blk]) >> (18))) | (((yzah[-15 + blk]) << (14))))))) ^ (((yzah[-15 + blk]) >> (3)))); fqr = ((((((((yzah[-2 + blk]) >> (17))) | (((yzah[-2 + blk]) << (15))))) ^ (((((yzah[-2 + blk]) >> (19))) | (((yzah[-2 + blk]) << (13))))))) ^ (((yzah[-2 + blk]) >> (10)))); yzah[blk] = evhd + fqr + yzah[-7 + blk] + yzah[-16 + blk]; _m[65160] += 1; } _ui hxdn = yuyu[0]; _ui bdo = yuyu[1]; _ui cdge = yuyu[2]; _ui fwxo = yuyu[3]; _ui vmu = yuyu[4]; _ui qvsa = yuyu[5]; _ui mvqg = yuyu[6]; _ui bfxf = yuyu[7]; for (_si eybo = 0; eybo <= 31; eybo += 1) { evhd = ((((((((hxdn) >> (2))) | (((hxdn) << (30))))) ^ (((((hxdn) >> (13))) | (((hxdn) << (19))))))) ^ (((((hxdn) >> (22))) | (((hxdn) << (10)))))); pngg = ((((((hxdn) & (bdo))) ^ (((hxdn) & (cdge))))) ^ (((bdo) & (cdge)))); ivth = evhd + pngg; fqr = ((((((((vmu) >> (6))) | (((vmu) << (26))))) ^ (((((vmu) >> (11))) | (((vmu) << (21))))))) ^ (((((vmu) >> (25))) | (((vmu) << (7)))))); avqq = ((((vmu) & (qvsa))) ^ (((~vmu) & (mvqg)))); jfz = bfxf + yzah[eybo] + fqr + avqq + *(((_ui *)(_m + 246160) + eybo)); bfxf = mvqg; mvqg = qvsa; qvsa = vmu; vmu = fwxo + jfz; fwxo = cdge; cdge = bdo; bdo = hxdn; hxdn = ivth + jfz; _m[65161] += 1; } yuyu[0] += hxdn; yuyu[1] += bdo; yuyu[2] += cdge; yuyu[3] += fwxo; yuyu[4] += vmu; yuyu[5] += qvsa; yuyu[6] += mvqg; yuyu[7] += bfxf; } void eyaj(_uc *pwds) { _ui *cvg = (_ui *)(pwds + 0); _ui *ibkf = (_ui *)(pwds + 64); for (_si bgt = 0; bgt <= 15; bgt += 1) { cvg[bgt] = ibkf[bgt]; } for (_si nfoi = 0; nfoi <= 9; nfoi += 1) { { cvg[0] += cvg[4]; cvg[12] ^= cvg[0]; cvg[12] = ((((cvg[12]) << (16))) | (((cvg[12]) >> (16)))); cvg[8] += cvg[12]; cvg[4] ^= cvg[8]; cvg[4] = ((((cvg[4]) << (12))) | (((cvg[4]) >> (20)))); cvg[0] += cvg[4]; cvg[12] ^= cvg[0]; cvg[12] = ((((cvg[12]) << (8))) | (((cvg[12]) >> (24)))); cvg[8] += cvg[12]; cvg[4] ^= cvg[8]; cvg[4] = ((((cvg[4]) << (7))) | (((cvg[4]) >> (25)))); } jgfk(cvg, 1, 5, 9, 13); { cvg[2] += cvg[6]; cvg[14] ^= cvg[2]; cvg[14] = ((((cvg[14]) << (16))) | (((cvg[14]) >> (16)))); cvg[10] += cvg[14]; cvg[6] ^= cvg[10]; cvg[6] = ((((cvg[6]) << (12))) | (((cvg[6]) >> (20)))); cvg[2] += cvg[6]; cvg[14] ^= cvg[2]; cvg[14] = ((((cvg[14]) << (8))) | (((cvg[14]) >> (24)))); cvg[10] += cvg[14]; cvg[6] ^= cvg[10]; cvg[6] = ((((cvg[6]) << (7))) | (((cvg[6]) >> (25)))); } { cvg[3] += cvg[7]; cvg[15] ^= cvg[3]; cvg[15] = ((((cvg[15]) << (16))) | (((cvg[15]) >> (16)))); cvg[11] += cvg[15]; cvg[7] ^= cvg[11]; cvg[7] = ((((cvg[7]) << (12))) | (((cvg[7]) >> (20)))); cvg[3] += cvg[7]; cvg[15] ^= cvg[3]; cvg[15] = ((((cvg[15]) << (8))) | (((cvg[15]) >> (24)))); cvg[11] += cvg[15]; cvg[7] ^= cvg[11]; cvg[7] = ((((cvg[7]) << (7))) | (((cvg[7]) >> (25)))); } { cvg[0] += cvg[5]; cvg[15] ^= cvg[0]; cvg[15] = ((((cvg[15]) << (16))) | (((cvg[15]) >> (16)))); cvg[10] += cvg[15]; cvg[5] ^= cvg[10]; cvg[5] = ((((cvg[5]) << (12))) | (((cvg[5]) >> (20)))); cvg[0] += cvg[5]; cvg[15] ^= cvg[0]; cvg[15] = ((((cvg[15]) << (8))) | (((cvg[15]) >> (24)))); cvg[10] += cvg[15]; cvg[5] ^= cvg[10]; cvg[5] = ((((cvg[5]) << (7))) | (((cvg[5]) >> (25)))); } { cvg[1] += cvg[6]; cvg[12] ^= cvg[1]; cvg[12] = ((((cvg[12]) << (16))) | (((cvg[12]) >> (16)))); cvg[11] += cvg[12]; cvg[6] ^= cvg[11]; cvg[6] = ((((cvg[6]) << (12))) | (((cvg[6]) >> (20)))); cvg[1] += cvg[6]; cvg[12] ^= cvg[1]; cvg[12] = ((((cvg[12]) << (8))) | (((cvg[12]) >> (24)))); cvg[11] += cvg[12]; cvg[6] ^= cvg[11]; cvg[6] = ((((cvg[6]) << (7))) | (((cvg[6]) >> (25)))); } { cvg[2] += cvg[7]; cvg[13] ^= cvg[2]; cvg[13] = ((((cvg[13]) << (16))) | (((cvg[13]) >> (16)))); cvg[8] += cvg[13]; cvg[7] ^= cvg[8]; cvg[7] = ((((cvg[7]) << (12))) | (((cvg[7]) >> (20)))); cvg[2] += cvg[7]; cvg[13] ^= cvg[2]; cvg[13] = ((((cvg[13]) << (8))) | (((cvg[13]) >> (24)))); cvg[8] += cvg[13]; cvg[7] ^= cvg[8]; cvg[7] = ((((cvg[7]) << (7))) | (((cvg[7]) >> (25)))); } ojst(cvg, 3, 4, 9, 14); _m[65163] += 1; } for (_si qjej = 0; qjej <= 15; qjej += 1) { cvg[qjej] += ibkf[qjej]; } ibkf[12] += 1; if (ibkf[12] == 0) { ibkf[13] += 1; } } void rlag(_uli *mgkd, _uli *wtlr) { for (_si omzv = 0; omzv <= 12; omzv += 1) { mgkd[omzv] = -wtlr[omzv]; } } void xvok(_uc *birf) { _ui *ktmc = (_ui *)(birf + 0); _ui *dhtn = (_ui *)(birf + 64); for (_si ggou = 0; ggou <= 15; ggou += 1) { ktmc[ggou] = dhtn[ggou]; } for (_si piis = 0; piis <= 9; piis += 1) { twri(ktmc, 0, 4, 8, 12); { ktmc[1] += ktmc[5]; ktmc[13] ^= ktmc[1]; ktmc[13] = ((((ktmc[13]) << (16))) | (((ktmc[13]) >> (16)))); ktmc[9] += ktmc[13]; ktmc[5] ^= ktmc[9]; ktmc[5] = ((((ktmc[5]) << (12))) | (((ktmc[5]) >> (20)))); ktmc[1] += ktmc[5]; ktmc[13] ^= ktmc[1]; ktmc[13] = ((((ktmc[13]) << (8))) | (((ktmc[13]) >> (24)))); ktmc[9] += ktmc[13]; ktmc[5] ^= ktmc[9]; ktmc[5] = ((((ktmc[5]) << (7))) | (((ktmc[5]) >> (25)))); } yjof(ktmc, 2, 6, 10, 14); { ktmc[3] += ktmc[7]; ktmc[15] ^= ktmc[3]; ktmc[15] = ((((ktmc[15]) << (16))) | (((ktmc[15]) >> (16)))); ktmc[11] += ktmc[15]; ktmc[7] ^= ktmc[11]; ktmc[7] = ((((ktmc[7]) << (12))) | (((ktmc[7]) >> (20)))); ktmc[3] += ktmc[7]; ktmc[15] ^= ktmc[3]; ktmc[15] = ((((ktmc[15]) << (8))) | (((ktmc[15]) >> (24)))); ktmc[11] += ktmc[15]; ktmc[7] ^= ktmc[11]; ktmc[7] = ((((ktmc[7]) << (7))) | (((ktmc[7]) >> (25)))); } { ktmc[0] += ktmc[5]; ktmc[15] ^= ktmc[0]; ktmc[15] = ((((ktmc[15]) << (16))) | (((ktmc[15]) >> (16)))); ktmc[10] += ktmc[15]; ktmc[5] ^= ktmc[10]; ktmc[5] = ((((ktmc[5]) << (12))) | (((ktmc[5]) >> (20)))); ktmc[0] += ktmc[5]; ktmc[15] ^= ktmc[0]; ktmc[15] = ((((ktmc[15]) << (8))) | (((ktmc[15]) >> (24)))); ktmc[10] += ktmc[15]; ktmc[5] ^= ktmc[10]; ktmc[5] = ((((ktmc[5]) << (7))) | (((ktmc[5]) >> (25)))); } { ktmc[1] += ktmc[6]; ktmc[12] ^= ktmc[1]; ktmc[12] = ((((ktmc[12]) << (16))) | (((ktmc[12]) >> (16)))); ktmc[11] += ktmc[12]; ktmc[6] ^= ktmc[11]; ktmc[6] = ((((ktmc[6]) << (12))) | (((ktmc[6]) >> (20)))); ktmc[1] += ktmc[6]; ktmc[12] ^= ktmc[1]; ktmc[12] = ((((ktmc[12]) << (8))) | (((ktmc[12]) >> (24)))); ktmc[11] += ktmc[12]; ktmc[6] ^= ktmc[11]; ktmc[6] = ((((ktmc[6]) << (7))) | (((ktmc[6]) >> (25)))); } { ktmc[2] += ktmc[7]; ktmc[13] ^= ktmc[2]; ktmc[13] = ((((ktmc[13]) << (16))) | (((ktmc[13]) >> (16)))); ktmc[8] += ktmc[13]; ktmc[7] ^= ktmc[8]; ktmc[7] = ((((ktmc[7]) << (12))) | (((ktmc[7]) >> (20)))); ktmc[2] += ktmc[7]; ktmc[13] ^= ktmc[2]; ktmc[13] = ((((ktmc[13]) << (8))) | (((ktmc[13]) >> (24)))); ktmc[8] += ktmc[13]; ktmc[7] ^= ktmc[8]; ktmc[7] = ((((ktmc[7]) << (7))) | (((ktmc[7]) >> (25)))); } { ktmc[3] += ktmc[4]; ktmc[14] ^= ktmc[3]; ktmc[14] = ((((ktmc[14]) << (16))) | (((ktmc[14]) >> (16)))); ktmc[9] += ktmc[14]; ktmc[4] ^= ktmc[9]; ktmc[4] = ((((ktmc[4]) << (12))) | (((ktmc[4]) >> (20)))); ktmc[3] += ktmc[4]; ktmc[14] ^= ktmc[3]; ktmc[14] = ((((ktmc[14]) << (8))) | (((ktmc[14]) >> (24)))); ktmc[9] += ktmc[14]; ktmc[4] ^= ktmc[9]; ktmc[4] = ((((ktmc[4]) << (7))) | (((ktmc[4]) >> (25)))); } _m[65163] += 1; } for (_si wwsm = 0; wwsm <= 15; wwsm += 1) { ktmc[wwsm] += dhtn[wwsm]; } dhtn[12] += 1; if (dhtn[12] == 0) { dhtn[13] += 1; } } void tbic(_uli *tqop) { _uc *djyy = (_uc *)(tqop); for (_si xzpj = 0; xzpj <= 360; xzpj += 1) { djyy[xzpj] = (_uc)(1 + djyy[xzpj]) * (_uc)(255 + djyy[1 + xzpj]); } djyy[361] = 0; } void fgoa(_si fteh, _uli *dohi, _uli *dvwu, _uli *sxee, _uli *fbxs) { _uli *kydm = npmp(); { if (kydm != fbxs) { for (_si brpp = 0; brpp <= 12; brpp += 1) { kydm[brpp] = fbxs[brpp]; } } } bkwi(sxee, fbxs); { sxee[(((fteh) / (47)))] &= ((((((_uli)(1)) << ((fteh % 47)))) - ((_uli)(1)))); for (_si lyhg = 1 + (((fteh) / (47))); lyhg <= 12; lyhg += 1) { sxee[lyhg] = 0; } } { _uli *aeqc = djmz(); _uli *bkfm = kvuo(); _uli *zjjp = oind(); _uli *llxz = dgud(); for (_si ylcf = 0; ylcf <= 12; ylcf += 1) { aeqc[ylcf] = ((sxee[ylcf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); bkfm[ylcf] = ((sxee[ylcf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); zjjp[ylcf] = ((dvwu[ylcf]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); llxz[ylcf] = ((dvwu[ylcf]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } uplk(sxee); for (_si oxzm = 0; oxzm <= (-1 + (((13) >> (1)))); oxzm += 1) { for (_si jmvw = 0; jmvw <= (-1 + (((13) >> (1)))); jmvw += 1) { _uli lvkj = aeqc[oxzm] * llxz[jmvw] + bkfm[oxzm] * zjjp[jmvw]; _uli jdft = aeqc[oxzm] * zjjp[jmvw]; _uli ichm = bkfm[oxzm] * llxz[jmvw]; _uli ptrw = ((sxee[jmvw + oxzm]) + (jdft) + (((((lvkj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ptrw < jdft) { ichm += 1; } _uli nzvz = ((((lvkj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ichm) << ((-47 + (((sizeof(_uli)) << (3)))))))); sxee[jmvw + oxzm] = ptrw; sxee[1 + jmvw + oxzm] += nzvz; } jhvh(sxee); } { _uc *ootk = (_uc *)(aeqc); for (_si fcvw = 0; fcvw <= 360; fcvw += 1) { ootk[fcvw] = (_uc)(1 + ootk[fcvw]) * (_uc)(255 + ootk[1 + fcvw]); } ootk[361] = 0; } { _uc *hmve = (_uc *)(bkfm); for (_si sppl = 0; sppl <= 360; sppl += 1) { hmve[sppl] = (_uc)(255 + hmve[1 + sppl]) * (_uc)(1 + hmve[sppl]); } hmve[361] = 0; } fmlo(zjjp); hwcp(llxz); } { sxee[(((fteh) / (47)))] &= ((((((_uli)(1)) << ((fteh % 47)))) - ((_uli)(1)))); for (_si qugl = 1 + (((fteh) / (47))); qugl <= 12; qugl += 1) { sxee[qugl] = 0; } } { _uli *khmz = cxfp(); _uli *vcur = nrlo(); _uli *gnce = tewx(); _uli *fibr = zqig(); for (_si jnoz = 0; jnoz <= 12; jnoz += 1) { khmz[jnoz] = ((sxee[jnoz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); vcur[jnoz] = ((sxee[jnoz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); gnce[jnoz] = ((dohi[jnoz]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); fibr[jnoz] = ((dohi[jnoz]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si snpp = 0; snpp <= 12; snpp += 1) { sxee[snpp] = 0; } } for (_si pblj = 0; pblj <= (-1 + (((13) >> (1)))); pblj += 1) { for (_si ollb = 0; ollb <= (-1 + (((13) >> (1)))); ollb += 1) { _uli dgkz = fibr[ollb] * khmz[pblj] + gnce[ollb] * vcur[pblj]; _uli ttbw = gnce[ollb] * khmz[pblj]; _uli uvzv = fibr[ollb] * vcur[pblj]; _uli xjqs = ((sxee[ollb + pblj]) + (ttbw) + (((((dgkz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (xjqs < ttbw) { uvzv += 1; } _uli fcvh = ((((dgkz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((uvzv) << ((-47 + (((sizeof(_uli)) << (3)))))))); sxee[ollb + pblj] = xjqs; sxee[1 + ollb + pblj] += fcvh; } { for (_si toiu = 0; toiu <= 11; toiu += 1) { sxee[1 + toiu] += ((sxee[toiu]) >> (47)); sxee[toiu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } sxee[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *qwyq = (_uc *)(khmz); for (_si tuln = 0; tuln <= 360; tuln += 1) { qwyq[tuln] = (_uc)(1 + qwyq[tuln]) * (_uc)(255 + qwyq[1 + tuln]); } qwyq[361] = 0; } { _uc *miyj = (_uc *)(vcur); for (_si fpxp = 0; fpxp <= 360; fpxp += 1) { miyj[fpxp] = (_uc)(255 + miyj[1 + fpxp]) * (_uc)(1 + miyj[fpxp]); } miyj[361] = 0; } sikb(gnce); { _uc *xjuj = (_uc *)(fibr); for (_si zxih = 0; zxih <= 360; zxih += 1) { xjuj[zxih] = (_uc)(255 + xjuj[1 + zxih]) * (_uc)(1 + xjuj[zxih]); } xjuj[361] = 0; } } rtym(sxee, sxee, kydm); hiyn(sxee, fteh); { for (_si lgqr = 0; lgqr <= 12; lgqr += 1) { kydm[lgqr] = -dohi[lgqr] + sxee[lgqr]; } uzyr(kydm); } _si vxiu; { vxiu = 0; _uli ldum = 19; for (_si egnm = 12; egnm >= 0; egnm -= 1) { if (kydm[egnm] != 0) { vxiu = ((((kydm[egnm]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!vxiu) { { if (sxee != kydm) { for (_si khbv = 0; khbv <= 12; khbv += 1) { sxee[khbv] = kydm[khbv]; } } } } { _uc *ihzv = (_uc *)(kydm); for (_si pafl = 0; pafl <= 360; pafl += 1) { ihzv[pafl] = (_uc)(1 + ihzv[pafl]) * (_uc)(255 + ihzv[1 + pafl]); } ihzv[361] = 0; } } _si kpmm(_uli *hacx) { _si zpam = 0; _uli zkeq = 19; for (_si wzyp = 12; wzyp >= 0; wzyp -= 1) { if (hacx[wzyp] != 0) { zpam = ((((hacx[wzyp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return zpam; } void fqvw(_uli *wjei, _uli *rpop, _uli *eoij, _uli *joow) { vuej(rpop, eoij, joow); _si klz; { klz = 0; _uli eadw = 19; for (_si pbux = 12; pbux >= 0; pbux -= 1) { if (rpop[pbux] != 0) { klz = ((((rpop[pbux]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (klz) { { for (_si rtyy = 0; rtyy <= 12; rtyy += 1) { rpop[rtyy] = rpop[rtyy] + wjei[rtyy]; } { _si psgh; { psgh = 0; _uli ifba = 19; for (_si agdw = 12; agdw >= 0; agdw -= 1) { if (rpop[agdw] != 0) { psgh = ((((rpop[agdw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (psgh) { uzmf(rpop, rpop); } for (_si ubmv = 0; ubmv <= 11; ubmv += 1) { if (((((rpop[ubmv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { rpop[1 + ubmv] -= 1; } else { rpop[1 + ubmv] += ((rpop[ubmv]) >> (47)); }; rpop[ubmv] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } rpop[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (psgh) { { for (_si pmuk = 0; pmuk <= 12; pmuk += 1) { rpop[pmuk] = -rpop[pmuk]; } } } } } } } void pdzi(_uli *ccna, _uli *jnzi) { for (_si fawj = 0; fawj <= 44; fawj += 1) { ccna[fawj] = -jnzi[fawj]; } } void vpea(_si twvd, _uli *xkij, _uli *ylen, _uli *giqf, _uli *lhjs, _uli *imgo) { { _uli *blhd = nrlo(); _uli *kmiz = vbpn(); _uli *xvmf = bfuj(); _uli *zxsn = nayy(); for (_si uuzi = 0; uuzi <= 12; uuzi += 1) { blhd[uuzi] = ((lhjs[uuzi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kmiz[uuzi] = ((lhjs[uuzi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); xvmf[uuzi] = ((imgo[uuzi]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zxsn[uuzi] = ((imgo[uuzi]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si vzpt = 0; vzpt <= 12; vzpt += 1) { giqf[vzpt] = 0; } } for (_si ydpo = 0; ydpo <= (-1 + (((13) >> (1)))); ydpo += 1) { for (_si iwdc = 0; iwdc <= (-1 + (((13) >> (1)))); iwdc += 1) { _uli kvrh = blhd[ydpo] * zxsn[iwdc] + kmiz[ydpo] * xvmf[iwdc]; _uli bmnm = blhd[ydpo] * xvmf[iwdc]; _uli pwcm = kmiz[ydpo] * zxsn[iwdc]; _uli rtsd = ((giqf[iwdc + ydpo]) + (bmnm) + (((((kvrh) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rtsd < bmnm) { pwcm += 1; } _uli kdua = ((((kvrh) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((pwcm) << ((-47 + (((sizeof(_uli)) << (3)))))))); giqf[iwdc + ydpo] = rtsd; giqf[1 + iwdc + ydpo] += kdua; } hfqr(giqf); } btdf(blhd); fres(kmiz); { _uc *fedw = (_uc *)(xvmf); for (_si vbpv = 0; vbpv <= 360; vbpv += 1) { fedw[vbpv] = (_uc)(1 + fedw[vbpv]) * (_uc)(255 + fedw[1 + vbpv]); } fedw[361] = 0; } { _uc *kwnc = (_uc *)(zxsn); for (_si jfnb = 0; jfnb <= 360; jfnb += 1) { kwnc[jfnb] = (_uc)(255 + kwnc[1 + jfnb]) * (_uc)(1 + kwnc[jfnb]); } kwnc[361] = 0; } } { _uli *fcev = ztjr(); { if (fcev != giqf) { for (_si owaa = 0; owaa <= 12; owaa += 1) { fcev[owaa] = giqf[owaa]; } } } osaz(giqf, giqf); { giqf[(((twvd) / (47)))] &= ((((((_uli)(1)) << ((twvd % 47)))) - ((_uli)(1)))); for (_si nllr = 1 + (((twvd) / (47))); nllr <= 12; nllr += 1) { giqf[nllr] = 0; } } zujz(giqf, giqf, ylen); qawn(twvd, giqf); { _uli *hggu = ofhj(); _uli *tinv = ltai(); _uli *ejrv = eulu(); _uli *jwsk = aqdx(); for (_si tkoj = 0; tkoj <= 12; tkoj += 1) { hggu[tkoj] = ((giqf[tkoj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tinv[tkoj] = ((giqf[tkoj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ejrv[tkoj] = ((xkij[tkoj]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jwsk[tkoj] = ((xkij[tkoj]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } ayny(giqf); for (_si xrpx = 0; xrpx <= (-1 + (((13) >> (1)))); xrpx += 1) { for (_si cmip = 0; cmip <= (-1 + (((13) >> (1)))); cmip += 1) { _uli eemo = ejrv[cmip] * tinv[xrpx] + hggu[xrpx] * jwsk[cmip]; _uli lkav = ejrv[cmip] * hggu[xrpx]; _uli rmfd = jwsk[cmip] * tinv[xrpx]; _uli wwrc = ((giqf[cmip + xrpx]) + (lkav) + (((((eemo) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (wwrc < lkav) { rmfd += 1; } _uli hwny = ((((eemo) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((rmfd) << ((-47 + (((sizeof(_uli)) << (3)))))))); giqf[cmip + xrpx] = wwrc; giqf[1 + cmip + xrpx] += hwny; } { for (_si lkkk = 0; lkkk <= 11; lkkk += 1) { giqf[1 + lkkk] += ((giqf[lkkk]) >> (47)); giqf[lkkk] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } giqf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } jgit(hggu); { _uc *wqjq = (_uc *)(tinv); for (_si hdpc = 0; hdpc <= 360; hdpc += 1) { wqjq[hdpc] = (_uc)(1 + wqjq[hdpc]) * (_uc)(255 + wqjq[1 + hdpc]); } wqjq[361] = 0; } ruvk(ejrv); { _uc *rkep = (_uc *)(jwsk); for (_si aush = 0; aush <= 360; aush += 1) { rkep[aush] = (_uc)(1 + rkep[aush]) * (_uc)(255 + rkep[1 + aush]); } rkep[361] = 0; } } { for (_si rzkd = 0; rzkd <= 12; rzkd += 1) { giqf[rzkd] = fcev[rzkd] + giqf[rzkd]; } gagj(giqf); } nkps(giqf, twvd); { for (_si bwgn = 0; bwgn <= 12; bwgn += 1) { fcev[bwgn] = giqf[bwgn] - xkij[bwgn]; } wjfv(fcev); } _si xbnd; { xbnd = 0; _uli rbtn = 19; for (_si acst = 12; acst >= 0; acst -= 1) { if (fcev[acst] != 0) { xbnd = ((((fcev[acst]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!xbnd) { { if (giqf != fcev) { for (_si ueow = 0; ueow <= 12; ueow += 1) { giqf[ueow] = fcev[ueow]; } } } } { _uc *jqik = (_uc *)(fcev); for (_si uklf = 0; uklf <= 360; uklf += 1) { jqik[uklf] = (_uc)(1 + jqik[uklf]) * (_uc)(255 + jqik[1 + uklf]); } jqik[361] = 0; } } } void wkpq(_uli *hvrg, _uli *uebg, _uli *wnnd) { for (_si eumt = 0; eumt <= 12; eumt += 1) { hvrg[eumt] = uebg[eumt] + wnnd[eumt]; } khei(hvrg); } void giqi(_uli *yjyr, _si qppa) { _si yoyc = (qppa % 47); _si aipc = ((qppa) / (47)); _si djps = qppa; if (djps > (8 * sizeof(_uli))) { djps = -1; } if (aipc >= 13) { { for (_si ludk = 0; ludk <= 12; ludk += 1) { yjyr[ludk] = 0; } } } else { _uli msps = (((((_uli)(1)) << (yoyc))) - ((_uli)(1))); if (djps < 0) { yjyr[0] = 0; } else { yjyr[0] = ((((yjyr[0]) & (~msps))) >> (djps)); }; if (aipc != 0) { yjyr[0] += ((((yjyr[aipc]) & (~msps))) >> (yoyc)); } for (_si rxjk = 1; rxjk <= (12 - aipc); rxjk += 1) { yjyr[-1 + rxjk] += ((((((yjyr[aipc + rxjk]) & (msps))) << (-yoyc + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); yjyr[rxjk] = ((((yjyr[aipc + rxjk]) & (~msps))) >> (yoyc)); } for (_si tzot = 13 - aipc; tzot <= 12; tzot += 1) { yjyr[tzot] = 0; } }; } _uc *begl() { ; _uc *ckfq; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; ckfq = (_uc *)(_m + 362 * _s); break; } _s += 1; } return ckfq; } void pmxl(_uli *wlap, _uli *avox) { if (wlap != avox) { for (_si legn = 0; legn <= 12; legn += 1) { wlap[legn] = avox[legn]; } } } void tcw(_uli *cqrc, _si yohh) { cqrc[0] = yohh; for (_si ujzx = 1; ujzx <= 12; ujzx += 1) { cqrc[ujzx] = 0; } } void glfx(_uli *ibip, _uli *joxr) { for (_si efqh = 0; efqh <= 12; efqh += 1) { ibip[efqh] = -joxr[efqh]; } } void bkjx(_si ewaa, _uli *iblr) { iblr[(((ewaa) / (47)))] &= ((((((_uli)(1)) << ((ewaa % 47)))) - ((_uli)(1)))); for (_si htej = 1 + (((ewaa) / (47))); htej <= 12; htej += 1) { iblr[htej] = 0; } } _si iojm(_uli *yhgt) { _si ivde = 0; _uli yiwi = 19; for (_si yoyj = 12; yoyj >= 0; yoyj -= 1) { if (yhgt[yoyj] != 0) { ivde = ((((yhgt[yoyj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return ivde; } void sage(_uc *flnp, _uc *bfow, _si xqrb) { rdcz(flnp, bfow); _ui *uefx = (_ui *)(flnp + 64); _ui *pwjj = (_ui *)(flnp + 128); for (_si bgpw = 0; bgpw <= 3; bgpw += 1) { uefx[bgpw] = (((_ui)(((_uc *)(_m + 48146) + 4 * bgpw)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bgpw)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bgpw)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * bgpw)[3])) << (24)))); } for (_si eals = 0; eals <= 3; eals += 1) { uefx[12 + eals] = xqrb; _m[65162] += 1; } pwjj[0] = 3904225602; } void wcc(_uc *gplo) { _uc *bste = (_uc *)(gplo + 0); _ui *vvzm = (_ui *)(gplo + 64); _ui *hyx = (_ui *)(gplo + 96); _si jqk = 0; _ui iyru = 0; _ui gdfs = 0; _ui zfjx = 0; _ui awk = 0; _ui moql = 0; _ui lvqo = 0; for (_si baar = 0; baar <= 15; baar += 1) { hyx[baar] = (((((((((_ui)(bste[jqk])) << (24))) | ((((_ui)(bste[1 + jqk])) << (16))))) | ((((_ui)(bste[2 + jqk])) << (8))))) | ((_ui)(bste[3 + jqk]))); jqk += 4; } for (_si prpd = 16; prpd <= 31; prpd += 1) { iyru = ((((((((hyx[-15 + prpd]) >> (7))) | (((hyx[-15 + prpd]) << (25))))) ^ (((((hyx[-15 + prpd]) >> (18))) | (((hyx[-15 + prpd]) << (14))))))) ^ (((hyx[-15 + prpd]) >> (3)))); awk = ((((((((hyx[-2 + prpd]) >> (17))) | (((hyx[-2 + prpd]) << (15))))) ^ (((((hyx[-2 + prpd]) >> (19))) | (((hyx[-2 + prpd]) << (13))))))) ^ (((hyx[-2 + prpd]) >> (10)))); hyx[prpd] = awk + hyx[-7 + prpd] + hyx[-16 + prpd] + iyru; _m[65160] += 1; } _ui tnfe = vvzm[0]; _ui gbnh = vvzm[1]; _ui uoqt = vvzm[2]; _ui ndii = vvzm[3]; _ui ffbp = vvzm[4]; _ui hoje = vvzm[5]; _ui gxgi = vvzm[6]; _ui swyu = vvzm[7]; for (_si qaht = 0; qaht <= 31; qaht += 1) { iyru = ((((((((tnfe) >> (2))) | (((tnfe) << (30))))) ^ (((((tnfe) >> (13))) | (((tnfe) << (19))))))) ^ (((((tnfe) >> (22))) | (((tnfe) << (10)))))); gdfs = ((((((tnfe) & (gbnh))) ^ (((tnfe) & (uoqt))))) ^ (((gbnh) & (uoqt)))); zfjx = gdfs + iyru; awk = ((((((((ffbp) >> (6))) | (((ffbp) << (26))))) ^ (((((ffbp) >> (11))) | (((ffbp) << (21))))))) ^ (((((ffbp) >> (25))) | (((ffbp) << (7)))))); moql = ((((ffbp) & (hoje))) ^ (((~ffbp) & (gxgi)))); lvqo = *(((_ui *)(_m + 246160) + qaht)) + swyu + moql + awk + hyx[qaht]; swyu = gxgi; gxgi = hoje; hoje = ffbp; ffbp = lvqo + ndii; ndii = uoqt; uoqt = gbnh; gbnh = tnfe; tnfe = lvqo + zfjx; _m[65161] += 1; } vvzm[0] += tnfe; vvzm[1] += gbnh; vvzm[2] += uoqt; vvzm[3] += ndii; vvzm[4] += ffbp; vvzm[5] += hoje; vvzm[6] += gxgi; vvzm[7] += swyu; } void ykkf(_uli *ivbl) { _si jsjs; { jsjs = 0; _uli atxe = 19; for (_si fech = 12; fech >= 0; fech -= 1) { if (ivbl[fech] != 0) { jsjs = ((((ivbl[fech]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (jsjs) { mzrj(ivbl, ivbl); } for (_si rmah = 0; rmah <= 11; rmah += 1) { if (((((ivbl[rmah]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ivbl[1 + rmah] -= 1; } else { ivbl[1 + rmah] += ((ivbl[rmah]) >> (47)); }; ivbl[rmah] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ivbl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (jsjs) { { for (_si jyfn = 0; jyfn <= 12; jyfn += 1) { ivbl[jyfn] = -ivbl[jyfn]; } } } } void dorx(_uli *mhmq, _uli *zmxi) { for (_si vsmn = 0; vsmn <= 12; vsmn += 1) { mhmq[vsmn] = -zmxi[vsmn]; } } void dryv(_uli *ivme, _uli *qaic) { if (ivme != qaic) { for (_si phkc = 0; phkc <= 12; phkc += 1) { ivme[phkc] = qaic[phkc]; } } } void urkl(_uc *oxct, _uc *chd, _si awi) { _uc *qqci = (_uc *)(oxct + 0); _uli *jkl = (_uli *)(oxct + 352); _si okiu = (_si)(((jkl[0]) & (63))); jkl[0] += awi; for (_si skz = 0; skz <= (-1 + awi); skz += 1) { qqci[okiu] = chd[skz]; okiu += 1; if (okiu == 64) { { _uc *vho = (_uc *)(oxct + 0); _ui *zquk = (_ui *)(oxct + 64); _ui *tpt = (_ui *)(oxct + 96); _si kmx = 0; _ui xsxd = 0; _ui ymhd = 0; _ui lne = 0; _ui ehf = 0; _ui cus = 0; _ui akrr = 0; for (_si qgur = 0; qgur <= 15; qgur += 1) { tpt[qgur] = (((((((((_ui)(vho[kmx])) << (24))) | ((((_ui)(vho[1 + kmx])) << (16))))) | ((((_ui)(vho[2 + kmx])) << (8))))) | ((_ui)(vho[3 + kmx]))); kmx += 4; } for (_si pji = 16; pji <= 31; pji += 1) { xsxd = ((((((((tpt[-15 + pji]) >> (7))) | (((tpt[-15 + pji]) << (25))))) ^ (((((tpt[-15 + pji]) >> (18))) | (((tpt[-15 + pji]) << (14))))))) ^ (((tpt[-15 + pji]) >> (3)))); ehf = ((((((((tpt[-2 + pji]) >> (17))) | (((tpt[-2 + pji]) << (15))))) ^ (((((tpt[-2 + pji]) >> (19))) | (((tpt[-2 + pji]) << (13))))))) ^ (((tpt[-2 + pji]) >> (10)))); tpt[pji] = ehf + tpt[-7 + pji] + tpt[-16 + pji] + xsxd; _m[65160] += 1; } _ui uohz = zquk[0]; _ui ignw = zquk[1]; _ui ixg = zquk[2]; _ui mmfu = zquk[3]; _ui oshf = zquk[4]; _ui xprn = zquk[5]; _ui voyo = zquk[6]; _ui bpqn = zquk[7]; for (_si xeft = 0; xeft <= 31; xeft += 1) { xsxd = ((((((((uohz) >> (2))) | (((uohz) << (30))))) ^ (((((uohz) >> (13))) | (((uohz) << (19))))))) ^ (((((uohz) >> (22))) | (((uohz) << (10)))))); ymhd = ((((((uohz) & (ignw))) ^ (((uohz) & (ixg))))) ^ (((ignw) & (ixg)))); lne = xsxd + ymhd; ehf = ((((((((oshf) >> (6))) | (((oshf) << (26))))) ^ (((((oshf) >> (11))) | (((oshf) << (21))))))) ^ (((((oshf) >> (25))) | (((oshf) << (7)))))); cus = ((((oshf) & (xprn))) ^ (((~oshf) & (voyo)))); akrr = *(((_ui *)(_m + 246160) + xeft)) + bpqn + tpt[xeft] + cus + ehf; bpqn = voyo; voyo = xprn; xprn = oshf; oshf = akrr + mmfu; mmfu = ixg; ixg = ignw; ignw = uohz; uohz = akrr + lne; _m[65161] += 1; } zquk[0] += uohz; zquk[1] += ignw; zquk[2] += ixg; zquk[3] += mmfu; zquk[4] += oshf; zquk[5] += xprn; zquk[6] += voyo; zquk[7] += bpqn; } okiu = 0; } } } void uhcy(_uli *hhvn) { for (_si xpg = 0; xpg <= 11; xpg += 1) { hhvn[1 + xpg] += ((hhvn[xpg]) >> (47)); hhvn[xpg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hhvn[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void etbn(_si lkih, _uli *rbaf) { rbaf[(((lkih) / (47)))] &= ((((((_uli)(1)) << ((lkih % 47)))) - ((_uli)(1)))); for (_si jgba = 1 + (((lkih) / (47))); jgba <= 12; jgba += 1) { rbaf[jgba] = 0; } } void qmkk(_ui *frqo, _si dutf, _si drfj, _si ksys, _si qabj) { frqo[dutf] += frqo[drfj]; frqo[qabj] ^= frqo[dutf]; frqo[qabj] = ((((frqo[qabj]) << (16))) | (((frqo[qabj]) >> (16)))); frqo[ksys] += frqo[qabj]; frqo[drfj] ^= frqo[ksys]; frqo[drfj] = ((((frqo[drfj]) << (12))) | (((frqo[drfj]) >> (20)))); frqo[dutf] += frqo[drfj]; frqo[qabj] ^= frqo[dutf]; frqo[qabj] = ((((frqo[qabj]) << (8))) | (((frqo[qabj]) >> (24)))); frqo[ksys] += frqo[qabj]; frqo[drfj] ^= frqo[ksys]; frqo[drfj] = ((((frqo[drfj]) << (7))) | (((frqo[drfj]) >> (25)))); } _si emys(_uli *afeh) { _si avfy = 0; _uli nkch = 19; for (_si jsku = 12; jsku >= 0; jsku -= 1) { if (afeh[jsku] != 0) { avfy = ((((afeh[jsku]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return avfy; } void knts(_uc *szzc) { _uc *zxuq = (_uc *)(szzc + 0); _ui *iutb = (_ui *)(szzc + 64); _ui *hyan = (_ui *)(szzc + 96); _si qbiy = 0; _ui ovto = 0; _ui yahr = 0; _ui muua = 0; _ui ratg = 0; _ui xjrt = 0; _ui ghoh = 0; for (_si ssnb = 0; ssnb <= 15; ssnb += 1) { hyan[ssnb] = (((((((((_ui)(zxuq[qbiy])) << (24))) | ((((_ui)(zxuq[1 + qbiy])) << (16))))) | ((((_ui)(zxuq[2 + qbiy])) << (8))))) | ((_ui)(zxuq[3 + qbiy]))); qbiy += 4; } for (_si nwnj = 16; nwnj <= 31; nwnj += 1) { ovto = ((((((((hyan[-15 + nwnj]) >> (7))) | (((hyan[-15 + nwnj]) << (25))))) ^ (((((hyan[-15 + nwnj]) >> (18))) | (((hyan[-15 + nwnj]) << (14))))))) ^ (((hyan[-15 + nwnj]) >> (3)))); ratg = ((((((((hyan[-2 + nwnj]) >> (17))) | (((hyan[-2 + nwnj]) << (15))))) ^ (((((hyan[-2 + nwnj]) >> (19))) | (((hyan[-2 + nwnj]) << (13))))))) ^ (((hyan[-2 + nwnj]) >> (10)))); hyan[nwnj] = hyan[-7 + nwnj] + hyan[-16 + nwnj] + ovto + ratg; _m[65160] += 1; } _ui erwq = iutb[0]; _ui johw = iutb[1]; _ui aumx = iutb[2]; _ui ppyk = iutb[3]; _ui luow = iutb[4]; _ui amk = iutb[5]; _ui xxvk = iutb[6]; _ui bxhs = iutb[7]; for (_si mtq = 0; mtq <= 31; mtq += 1) { ovto = ((((((((erwq) >> (2))) | (((erwq) << (30))))) ^ (((((erwq) >> (13))) | (((erwq) << (19))))))) ^ (((((erwq) >> (22))) | (((erwq) << (10)))))); yahr = ((((((erwq) & (johw))) ^ (((erwq) & (aumx))))) ^ (((johw) & (aumx)))); muua = ovto + yahr; ratg = ((((((((luow) >> (6))) | (((luow) << (26))))) ^ (((((luow) >> (11))) | (((luow) << (21))))))) ^ (((((luow) >> (25))) | (((luow) << (7)))))); xjrt = ((((luow) & (amk))) ^ (((~luow) & (xxvk)))); ghoh = hyan[mtq] + bxhs + ratg + xjrt + *(((_ui *)(_m + 246160) + mtq)); bxhs = xxvk; xxvk = amk; amk = luow; luow = ghoh + ppyk; ppyk = aumx; aumx = johw; johw = erwq; erwq = ghoh + muua; _m[65161] += 1; } iutb[0] += erwq; iutb[1] += johw; iutb[2] += aumx; iutb[3] += ppyk; iutb[4] += luow; iutb[5] += amk; iutb[6] += xxvk; iutb[7] += bxhs; } void mxfd(_uli *znfx, _uli *nxwz, _uli *scpn) { _uli *bgaw = bfuj(); _uli *ggqr = vryi(); _uli *mohi = ijqj(); _uli *msmd = hfgh(); for (_si hdyp = 0; hdyp <= 12; hdyp += 1) { bgaw[hdyp] = ((nxwz[hdyp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ggqr[hdyp] = ((nxwz[hdyp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mohi[hdyp] = ((scpn[hdyp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); msmd[hdyp] = ((scpn[hdyp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si madp = 0; madp <= 12; madp += 1) { znfx[madp] = 0; } } for (_si natq = 0; natq <= (-1 + (((13) >> (1)))); natq += 1) { for (_si jasv = 0; jasv <= (-1 + (((13) >> (1)))); jasv += 1) { _uli nidz = bgaw[natq] * msmd[jasv] + ggqr[natq] * mohi[jasv]; _uli pjzy = bgaw[natq] * mohi[jasv]; _uli jzdg = ggqr[natq] * msmd[jasv]; _uli vvup = ((znfx[jasv + natq]) + (pjzy) + (((((nidz) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (vvup < pjzy) { jzdg += 1; } _uli wosa = ((((nidz) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((jzdg) << ((-47 + (((sizeof(_uli)) << (3)))))))); znfx[jasv + natq] = vvup; znfx[1 + jasv + natq] += wosa; } ehcy(znfx); } { _uc *rtlv = (_uc *)(bgaw); for (_si nnzu = 0; nnzu <= 360; nnzu += 1) { rtlv[nnzu] = (_uc)(1 + rtlv[nnzu]) * (_uc)(255 + rtlv[1 + nnzu]); } rtlv[361] = 0; } { _uc *lbcf = (_uc *)(ggqr); for (_si zlyj = 0; zlyj <= 360; zlyj += 1) { lbcf[zlyj] = (_uc)(1 + lbcf[zlyj]) * (_uc)(255 + lbcf[1 + zlyj]); } lbcf[361] = 0; } { _uc *aftd = (_uc *)(mohi); for (_si shxt = 0; shxt <= 360; shxt += 1) { aftd[shxt] = (_uc)(1 + aftd[shxt]) * (_uc)(255 + aftd[1 + shxt]); } aftd[361] = 0; } bswj(msmd); } void mmug(_si tnto, _uli *afxq, _uli *dexe, _uli *dhkw, _uli *vctu, _uli *zevd) { zuqi(dhkw, vctu, zevd); { _uli *ekux = bcbu(); { if (ekux != dhkw) { for (_si bkqm = 0; bkqm <= 12; bkqm += 1) { ekux[bkqm] = dhkw[bkqm]; } } } { ; } { dhkw[(((tnto) / (47)))] &= ((((((_uli)(1)) << ((tnto % 47)))) - ((_uli)(1)))); for (_si ewff = 1 + (((tnto) / (47))); ewff <= 12; ewff += 1) { dhkw[ewff] = 0; } } { _uli *zymj = eymn(); _uli *kje = owme(); _uli *ege = zlxq(); _uli *oktr = vbpn(); for (_si dsnn = 0; dsnn <= 12; dsnn += 1) { zymj[dsnn] = ((dhkw[dsnn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); kje[dsnn] = ((dhkw[dsnn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ege[dsnn] = ((dexe[dsnn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); oktr[dsnn] = ((dexe[dsnn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ijo = 0; ijo <= 12; ijo += 1) { dhkw[ijo] = 0; } } for (_si wavg = 0; wavg <= (-1 + (((13) >> (1)))); wavg += 1) { for (_si zdnw = 0; zdnw <= (-1 + (((13) >> (1)))); zdnw += 1) { _uli zqiv = ege[zdnw] * kje[wavg] + oktr[zdnw] * zymj[wavg]; _uli xrc = ege[zdnw] * zymj[wavg]; _uli iicz = kje[wavg] * oktr[zdnw]; _uli rayc = ((dhkw[wavg + zdnw]) + (xrc) + (((((zqiv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (rayc < xrc) { iicz += 1; } _uli swal = ((((zqiv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((iicz) << ((-47 + (((sizeof(_uli)) << (3)))))))); dhkw[wavg + zdnw] = rayc; dhkw[1 + wavg + zdnw] += swal; } { for (_si xrd = 0; xrd <= 11; xrd += 1) { dhkw[1 + xrd] += ((dhkw[xrd]) >> (47)); dhkw[xrd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } dhkw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } tbic(zymj); uwef(kje); pzwr(ege); { _uc *bhql = (_uc *)(oktr); for (_si woao = 0; woao <= 360; woao += 1) { bhql[woao] = (_uc)(1 + bhql[woao]) * (_uc)(255 + bhql[1 + woao]); } bhql[361] = 0; } } { dhkw[(((tnto) / (47)))] &= ((((((_uli)(1)) << ((tnto % 47)))) - ((_uli)(1)))); for (_si vpau = 1 + (((tnto) / (47))); vpau <= 12; vpau += 1) { dhkw[vpau] = 0; } } { _uli *ikax = mfxt(); _uli *jshe = lpmr(); _uli *rzwk = uggb(); _uli *hyve = vryi(); for (_si knmg = 0; knmg <= 12; knmg += 1) { ikax[knmg] = ((dhkw[knmg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jshe[knmg] = ((dhkw[knmg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); rzwk[knmg] = ((afxq[knmg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hyve[knmg] = ((afxq[knmg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si wtwc = 0; wtwc <= 12; wtwc += 1) { dhkw[wtwc] = 0; } } for (_si sbvu = 0; sbvu <= (-1 + (((13) >> (1)))); sbvu += 1) { for (_si zjgj = 0; zjgj <= (-1 + (((13) >> (1)))); zjgj += 1) { _uli eghj = hyve[zjgj] * ikax[sbvu] + jshe[sbvu] * rzwk[zjgj]; _uli fdxp = ikax[sbvu] * rzwk[zjgj]; _uli blek = hyve[zjgj] * jshe[sbvu]; _uli ckw = ((dhkw[sbvu + zjgj]) + (fdxp) + (((((eghj) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (ckw < fdxp) { blek += 1; } _uli nplw = ((((eghj) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((blek) << ((-47 + (((sizeof(_uli)) << (3)))))))); dhkw[sbvu + zjgj] = ckw; dhkw[1 + sbvu + zjgj] += nplw; } djot(dhkw); } uxid(ikax); xwil(jshe); fohh(rzwk); { _uc *fyxi = (_uc *)(hyve); for (_si wlw = 0; wlw <= 360; wlw += 1) { fyxi[wlw] = (_uc)(1 + fyxi[wlw]) * (_uc)(255 + fyxi[1 + wlw]); } fyxi[361] = 0; } } kkwd(dhkw, dhkw, ekux); ilfz(dhkw, tnto); ewze(ekux, dhkw, afxq); _si mvwo; { mvwo = 0; _uli gppb = 19; for (_si puno = 12; puno >= 0; puno -= 1) { if (ekux[puno] != 0) { mvwo = ((((ekux[puno]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!mvwo) { { if (dhkw != ekux) { for (_si mzir = 0; mzir <= 12; mzir += 1) { dhkw[mzir] = ekux[mzir]; } } } } fuue(ekux); } } void nsnw(_uli *zhng, _uli *ioqd) { for (_si cfom = 0; cfom <= 12; cfom += 1) { zhng[cfom] = -ioqd[cfom]; } } void sjhs(_uli *yesw) { for (_si tnkx = 0; tnkx <= 12; tnkx += 1) { yesw[tnkx] = 0; } } _uc *oql() { ; _uc *bzh; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; bzh = (_uc *)(_m + 362 * _s); break; } _s += 1; } return bzh; } void qcy(_uli *vbsc, _si xau) { _si iyo = (xau % 47); _si gjsx = ((xau) / (47)); _si zbeh = xau; if (zbeh > (8 * sizeof(_uli))) { zbeh = -1; } if (gjsx >= 13) { { for (_si hjn = 0; hjn <= 12; hjn += 1) { vbsc[hjn] = 0; } } } else { _uli tfdc = (((((_uli)(1)) << (iyo))) - ((_uli)(1))); if (zbeh < 0) { vbsc[0] = 0; } else { vbsc[0] = ((((vbsc[0]) & (~tfdc))) >> (zbeh)); }; if (gjsx != 0) { vbsc[0] += ((((vbsc[gjsx]) & (~tfdc))) >> (iyo)); } for (_si xrnu = 1; xrnu <= (12 - gjsx); xrnu += 1) { vbsc[-1 + xrnu] += ((((((vbsc[gjsx + xrnu]) & (tfdc))) << (-iyo + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); vbsc[xrnu] = ((((vbsc[gjsx + xrnu]) & (~tfdc))) >> (iyo)); } for (_si bdaw = 13 - gjsx; bdaw <= 12; bdaw += 1) { vbsc[bdaw] = 0; } }; } void tfo(_uli *gusx, _si pvpl) { _si fmqx = (pvpl % 47); _si ymqn = ((pvpl) / (47)); _si yfbp = -fmqx + (((sizeof(_uli)) << (3))); if (ymqn >= 13) { { for (_si uhms = 0; uhms <= 12; uhms += 1) { gusx[uhms] = 0; } } } else { for (_si ariu = 12 - ymqn; ariu >= 1; ariu -= 1) { gusx[ariu + ymqn] = ((gusx[ariu]) << (fmqx)); if (yfbp < (8 * sizeof(_uli))) { gusx[ariu + ymqn] += ((((gusx[-1 + ariu]) >> (yfbp))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } gusx[ymqn] = ((gusx[0]) << (fmqx)); for (_si tmbm = -1 + ymqn; tmbm >= 0; tmbm -= 1) { gusx[tmbm] = 0; } }; zgp(gusx); } void vgir(_uli *cgqv, _uli *qbtu) { if (cgqv != qbtu) { for (_si vqix = 0; vqix <= 12; vqix += 1) { cgqv[vqix] = qbtu[vqix]; } } } void fymw(_uli *kutc, _uli *mdgw) { for (_si sclo = 0; sclo <= 12; sclo += 1) { kutc[sclo] = -mdgw[sclo]; } } void pysl(_uli *citf, _uli *znqs) { for (_si cisl = 0; cisl <= 12; cisl += 1) { citf[cisl] = -znqs[cisl]; } } void veem(_uli *jqte, _uli *zrex, _uli *tml, _uli *fvhk) { _uli *cyej = nayy(); _uli *vvvt = hkio(); _uli *zzgu = ztjr(); _uli *tuiu = enhh(); _uli *upkh = rngf(); _uli *tta = isso(); { _uc *exr = oql(); _uc *tka = ((_uc *)(_m + 259554) + 0); _uc *ven = (_uc *)(cyej); for (_si zyvt = 0; zyvt <= 103; zyvt += 1) { ven[zyvt] = *(((_uc *)(_m + 72038) + zyvt)); } dgc(exr, tka, ven, 104); } ifsm(vvvt); vrt(zzgu); { _uc *rij = smb(); _uc *nhy = ((_uc *)(_m + 47060) + 0); _uc *yeqh = (_uc *)(tuiu); for (_si btes = 0; btes <= 103; btes += 1) { yeqh[btes] = *(((_uc *)(_m + 266794) + btes)); } fsp(rij, nhy, yeqh, 104); } elie(259, cyej, upkh, tml); { { if (tta != fvhk) { for (_si yquw = 0; yquw <= 12; yquw += 1) { tta[yquw] = fvhk[yquw]; } } } rgrm(tta, 259); zsz(tta, tta, cyej); } { { _uli *ziby = xley(); _uli *jcxe = ctgm(); _uli *wvov = jbfh(); _uli *rlgt = vmda(); for (_si bscp = 0; bscp <= 12; bscp += 1) { ziby[bscp] = ((tta[bscp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jcxe[bscp] = ((tta[bscp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); wvov[bscp] = ((upkh[bscp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rlgt[bscp] = ((upkh[bscp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si mtf = 0; mtf <= 12; mtf += 1) { tta[mtf] = 0; } } for (_si tzn = 0; tzn <= (-1 + (((13) >> (1)))); tzn += 1) { for (_si ctz = 0; ctz <= (-1 + (((13) >> (1)))); ctz += 1) { _uli lvhw = jcxe[tzn] * wvov[ctz] + rlgt[ctz] * ziby[tzn]; _uli ueht = wvov[ctz] * ziby[tzn]; _uli wllc = jcxe[tzn] * rlgt[ctz]; _uli nlfi = ((tta[ctz + tzn]) + (ueht) + (((((lvhw) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (nlfi < ueht) { wllc += 1; } _uli pdj = ((((lvhw) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((wllc) << ((-47 + (((sizeof(_uli)) << (3)))))))); tta[ctz + tzn] = nlfi; tta[1 + ctz + tzn] += pdj; } { for (_si rfp = 0; rfp <= 11; rfp += 1) { tta[1 + rfp] += ((tta[rfp]) >> (47)); tta[rfp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tta[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } pyfk(ziby); { _uc *jxi = (_uc *)(jcxe); for (_si bcon = 0; bcon <= 360; bcon += 1) { jxi[bcon] = (_uc)(255 + jxi[1 + bcon]) * (_uc)(1 + jxi[bcon]); } jxi[361] = 0; } { _uc *gor = (_uc *)(wvov); for (_si iwv = 0; iwv <= 360; iwv += 1) { gor[iwv] = (_uc)(255 + gor[1 + iwv]) * (_uc)(1 + gor[iwv]); } gor[361] = 0; } { _uc *phm = (_uc *)(rlgt); for (_si gqaz = 0; gqaz <= 360; gqaz += 1) { phm[gqaz] = (_uc)(1 + phm[gqaz]) * (_uc)(255 + phm[1 + gqaz]); } phm[361] = 0; } } { _uli *koje = rznt(); { if (koje != tta) { for (_si qqz = 0; qqz <= 12; qqz += 1) { koje[qqz] = tta[qqz]; } } } iuy(tta, tta); { tta[(((259) / (47)))] &= ((((((_uli)(1)) << ((259 % 47)))) - ((_uli)(1)))); for (_si jlw = 1 + (((259) / (47))); jlw <= 12; jlw += 1) { tta[jlw] = 0; } } xgly(tta, tta, vvvt); { tta[(((259) / (47)))] &= ((((((_uli)(1)) << ((259 % 47)))) - ((_uli)(1)))); for (_si hzea = 1 + (((259) / (47))); hzea <= 12; hzea += 1) { tta[hzea] = 0; } } { _uli *lwz = isso(); _uli *pmhe = upi(); _uli *jpm = kooz(); _uli *hiwt = isso(); for (_si vmvh = 0; vmvh <= 12; vmvh += 1) { lwz[vmvh] = ((tta[vmvh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); pmhe[vmvh] = ((tta[vmvh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jpm[vmvh] = ((cyej[vmvh]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); hiwt[vmvh] = ((cyej[vmvh]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si ueqk = 0; ueqk <= 12; ueqk += 1) { tta[ueqk] = 0; } } for (_si sal = 0; sal <= (-1 + (((13) >> (1)))); sal += 1) { for (_si cxtz = 0; cxtz <= (-1 + (((13) >> (1)))); cxtz += 1) { _uli iiyd = hiwt[cxtz] * lwz[sal] + jpm[cxtz] * pmhe[sal]; _uli izqe = jpm[cxtz] * lwz[sal]; _uli bleg = hiwt[cxtz] * pmhe[sal]; _uli lpfs = ((tta[cxtz + sal]) + (izqe) + (((((iiyd) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (lpfs < izqe) { bleg += 1; } _uli dzhc = ((((iiyd) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((bleg) << ((-47 + (((sizeof(_uli)) << (3)))))))); tta[cxtz + sal] = lpfs; tta[1 + cxtz + sal] += dzhc; } fohu(tta); } { _uc *emxi = (_uc *)(lwz); for (_si cqgd = 0; cqgd <= 360; cqgd += 1) { emxi[cqgd] = (_uc)(255 + emxi[1 + cqgd]) * (_uc)(1 + emxi[cqgd]); } emxi[361] = 0; } ekne(pmhe); qxmn(jpm); evfa(hiwt); } zpbp(tta, tta, koje); { _si rdn = 24; _si eerd = 5; _si jnz = 259; if (jnz > (8 * sizeof(_uli))) { jnz = -1; } if (eerd >= 13) { { for (_si msuv = 0; msuv <= 12; msuv += 1) { tta[msuv] = 0; } } } else { _uli chtt = (((((_uli)(1)) << (rdn))) - ((_uli)(1))); if (jnz < 0) { tta[0] = 0; } else { tta[0] = ((((tta[0]) & (~chtt))) >> (jnz)); }; if (eerd != 0) { tta[0] += ((((tta[eerd]) & (~chtt))) >> (rdn)); } for (_si wvu = 1; wvu <= (12 - eerd); wvu += 1) { tta[-1 + wvu] += ((((((tta[eerd + wvu]) & (chtt))) << (-rdn + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); tta[wvu] = ((((tta[eerd + wvu]) & (~chtt))) >> (rdn)); } for (_si suww = 13 - eerd; suww <= 12; suww += 1) { tta[suww] = 0; } }; } bvum(koje, tta, cyej); _si bhf = uzno(koje); if (!bhf) { { if (tta != koje) { for (_si gjvh = 0; gjvh <= 12; gjvh += 1) { tta[gjvh] = koje[gjvh]; } } } } { _uc *dpj = (_uc *)(koje); for (_si uqyy = 0; uqyy <= 360; uqyy += 1) { dpj[uqyy] = (_uc)(1 + dpj[uqyy]) * (_uc)(255 + dpj[1 + uqyy]); } dpj[361] = 0; } } } { _uli *gvth = qfxz(); { gvth[0] = 2; for (_si pckd = 1; pckd <= 12; pckd += 1) { gvth[pckd] = 0; } } rhrp(gvth, cyej, gvth); nudb(259, cyej, vvvt, zzgu, tta, tta, gvth); { _uc *wgl = (_uc *)(gvth); for (_si yfs = 0; yfs <= 360; yfs += 1) { wgl[yfs] = (_uc)(1 + wgl[yfs]) * (_uc)(255 + wgl[1 + yfs]); } wgl[361] = 0; } } { { if (jqte != zrex) { for (_si drnv = 0; drnv <= 12; drnv += 1) { jqte[drnv] = zrex[drnv]; } } } bgwh(jqte, 259); { _uli *fgeg = wsbw(); qgmz(fgeg, jqte, jqte, cyej); { _uc *wkg = (_uc *)(fgeg); for (_si hxba = 0; hxba <= 360; hxba += 1) { wkg[hxba] = (_uc)(1 + wkg[hxba]) * (_uc)(255 + wkg[1 + hxba]); } wkg[361] = 0; } } } dyvk(259, cyej, vvvt, jqte, jqte, tta); walh(cyej, tuiu, jqte, jqte); ksrg(cyej); { _uc *rhpr = (_uc *)(vvvt); for (_si bnv = 0; bnv <= 360; bnv += 1) { rhpr[bnv] = (_uc)(255 + rhpr[1 + bnv]) * (_uc)(1 + rhpr[bnv]); } rhpr[361] = 0; } { _uc *khlr = (_uc *)(zzgu); for (_si afyn = 0; afyn <= 360; afyn += 1) { khlr[afyn] = (_uc)(255 + khlr[1 + afyn]) * (_uc)(1 + khlr[afyn]); } khlr[361] = 0; } qjtz(tuiu); { _uc *qezu = (_uc *)(upkh); for (_si nls = 0; nls <= 360; nls += 1) { qezu[nls] = (_uc)(1 + qezu[nls]) * (_uc)(255 + qezu[1 + nls]); } qezu[361] = 0; } { _uc *ocr = (_uc *)(tta); for (_si gcs = 0; gcs <= 360; gcs += 1) { ocr[gcs] = (_uc)(1 + ocr[gcs]) * (_uc)(255 + ocr[1 + gcs]); } ocr[361] = 0; } } void ywdp(_uli *iach) { for (_si dxgb = 0; dxgb <= 11; dxgb += 1) { iach[1 + dxgb] += ((iach[dxgb]) >> (47)); iach[dxgb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } iach[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void hyma(_uli *yzqu) { for (_si seke = 0; seke <= 12; seke += 1) { yzqu[seke] = 0; } } void thnv(_uli *raga, _uli *qzwp) { if (raga != qzwp) { for (_si okjl = 0; okjl <= 12; okjl += 1) { raga[okjl] = qzwp[okjl]; } } } _si ukaw(_uli *ftuq) { _si omtu = 0; _uli qxby = 19; for (_si tqlc = 12; tqlc >= 0; tqlc -= 1) { if (ftuq[tqlc] != 0) { omtu = ((((ftuq[tqlc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return omtu; } _si ulso(_uli *aik) { _si yeva = 0; _si hmu = nlep(aik); yeva = hmu == -1; return yeva; } void gwmc(_uli *fffh, _si czyb) { _si vexb = (czyb % 47); _si qdle = ((czyb) / (47)); _si pzyy = czyb; if (pzyy > (8 * sizeof(_uli))) { pzyy = -1; } if (qdle >= 45) { vudf(fffh); } else { _uli zoyf = (((((_uli)(1)) << (vexb))) - ((_uli)(1))); if (pzyy < 0) { fffh[0] = 0; } else { fffh[0] = ((((fffh[0]) & (~zoyf))) >> (pzyy)); }; if (qdle != 0) { fffh[0] += ((((fffh[qdle]) & (~zoyf))) >> (vexb)); } for (_si rvdx = 1; rvdx <= (44 - qdle); rvdx += 1) { fffh[-1 + rvdx] += ((((((fffh[qdle + rvdx]) & (zoyf))) << (-vexb + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); fffh[rvdx] = ((((fffh[qdle + rvdx]) & (~zoyf))) >> (vexb)); } for (_si wdlc = 45 - qdle; wdlc <= 44; wdlc += 1) { fffh[wdlc] = 0; } }; } void dtiw(_uc *pjaj) { _uc *fkpt = (_uc *)(pjaj + 0); _ui *zeym = (_ui *)(pjaj + 64); _ui *tkju = (_ui *)(pjaj + 96); _si tjim = 0; _ui wvj = 0; _ui nmvq = 0; _ui hhcj = 0; _ui kvud = 0; _ui ckyy = 0; _ui ddzn = 0; for (_si wrau = 0; wrau <= 15; wrau += 1) { tkju[wrau] = (((((((((_ui)(fkpt[tjim])) << (24))) | ((((_ui)(fkpt[1 + tjim])) << (16))))) | ((((_ui)(fkpt[2 + tjim])) << (8))))) | ((_ui)(fkpt[3 + tjim]))); tjim += 4; } for (_si guhw = 16; guhw <= 31; guhw += 1) { wvj = ((((((((tkju[-15 + guhw]) >> (7))) | (((tkju[-15 + guhw]) << (25))))) ^ (((((tkju[-15 + guhw]) >> (18))) | (((tkju[-15 + guhw]) << (14))))))) ^ (((tkju[-15 + guhw]) >> (3)))); kvud = ((((((((tkju[-2 + guhw]) >> (17))) | (((tkju[-2 + guhw]) << (15))))) ^ (((((tkju[-2 + guhw]) >> (19))) | (((tkju[-2 + guhw]) << (13))))))) ^ (((tkju[-2 + guhw]) >> (10)))); tkju[guhw] = kvud + tkju[-7 + guhw] + tkju[-16 + guhw] + wvj; _m[65160] += 1; } _ui qcau = zeym[0]; _ui jbxa = zeym[1]; _ui pkde = zeym[2]; _ui accj = zeym[3]; _ui cwrh = zeym[4]; _ui aikw = zeym[5]; _ui unyh = zeym[6]; _ui srpa = zeym[7]; for (_si ytzz = 0; ytzz <= 31; ytzz += 1) { wvj = ((((((((qcau) >> (2))) | (((qcau) << (30))))) ^ (((((qcau) >> (13))) | (((qcau) << (19))))))) ^ (((((qcau) >> (22))) | (((qcau) << (10)))))); nmvq = ((((((qcau) & (jbxa))) ^ (((qcau) & (pkde))))) ^ (((jbxa) & (pkde)))); hhcj = nmvq + wvj; kvud = ((((((((cwrh) >> (6))) | (((cwrh) << (26))))) ^ (((((cwrh) >> (11))) | (((cwrh) << (21))))))) ^ (((((cwrh) >> (25))) | (((cwrh) << (7)))))); ckyy = ((((cwrh) & (aikw))) ^ (((~cwrh) & (unyh)))); ddzn = ckyy + *(((_ui *)(_m + 246160) + ytzz)) + kvud + tkju[ytzz] + srpa; srpa = unyh; unyh = aikw; aikw = cwrh; cwrh = accj + ddzn; accj = pkde; pkde = jbxa; jbxa = qcau; qcau = ddzn + hhcj; _m[65161] += 1; } zeym[0] += qcau; zeym[1] += jbxa; zeym[2] += pkde; zeym[3] += accj; zeym[4] += cwrh; zeym[5] += aikw; zeym[6] += unyh; zeym[7] += srpa; } void tlho(_uli *ylzh) { _si umcn = vhoo(ylzh); if (umcn) { { for (_si miib = 0; miib <= 12; miib += 1) { ylzh[miib] = -ylzh[miib]; } } } for (_si ccoc = 0; ccoc <= 11; ccoc += 1) { if (((((ylzh[ccoc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ylzh[1 + ccoc] -= 1; } else { ylzh[1 + ccoc] += ((ylzh[ccoc]) >> (47)); }; ylzh[ccoc] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ylzh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (umcn) { { for (_si zzzt = 0; zzzt <= 12; zzzt += 1) { ylzh[zzzt] = -ylzh[zzzt]; } } } } void vhwx(_uli *aiui) { for (_si vovv = 0; vovv <= 12; vovv += 1) { aiui[vovv] = 0; } } void dem(_uli *ybod, _uli *ynh) { for (_si dbs = 0; dbs <= 12; dbs += 1) { ybod[dbs] = -ynh[dbs]; } } void ehtm(_uli *kqsd) { _uc *ddrg = (_uc *)(kqsd); for (_si neie = 0; neie <= 360; neie += 1) { ddrg[neie] = (_uc)(255 + ddrg[1 + neie]) * (_uc)(1 + ddrg[neie]); } ddrg[361] = 0; } void qtzi(_uli *bzfg, _si vntm) { _si vbmd = (vntm % 47); _si mygp = ((vntm) / (47)); _si xqgo = vntm; if (xqgo > (8 * sizeof(_uli))) { xqgo = -1; } if (mygp >= 13) { { for (_si mimh = 0; mimh <= 12; mimh += 1) { bzfg[mimh] = 0; } } } else { _uli zjwz = (((((_uli)(1)) << (vbmd))) - ((_uli)(1))); if (xqgo < 0) { bzfg[0] = 0; } else { bzfg[0] = ((((bzfg[0]) & (~zjwz))) >> (xqgo)); }; if (mygp != 0) { bzfg[0] += ((((bzfg[mygp]) & (~zjwz))) >> (vbmd)); } for (_si ryhf = 1; ryhf <= (12 - mygp); ryhf += 1) { bzfg[-1 + ryhf] += ((((((bzfg[mygp + ryhf]) & (zjwz))) << (-vbmd + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); bzfg[ryhf] = ((((bzfg[mygp + ryhf]) & (~zjwz))) >> (vbmd)); } for (_si ljnu = 13 - mygp; ljnu <= 12; ljnu += 1) { bzfg[ljnu] = 0; } }; } void pvqa(_uli *keuf) { _uc *dhik = xskw(); _uc *hmop = ((_uc *)(_m + 14480) + 0); _uc *qagc = (_uc *)(keuf); for (_si tsev = 0; tsev <= 103; tsev += 1) { qagc[tsev] = *(((_uc *)(_m + 88328) + tsev)); } { { zfxv(dhik, hmop); _ui *ifqf = (_ui *)(dhik + 64); _ui *dlqb = (_ui *)(dhik + 128); for (_si pggg = 0; pggg <= 3; pggg += 1) { ifqf[pggg] = (((_ui)(((_uc *)(_m + 48146) + 4 * pggg)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pggg)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pggg)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * pggg)[3])) << (24)))); } for (_si uzcj = 0; uzcj <= 3; uzcj += 1) { ifqf[12 + uzcj] = 0; _m[65162] += 1; } dlqb[0] = 3904225602; } { _ui *fgwi = (_ui *)(dhik + 0); _ui *wkqh = (_ui *)(dhik + 128); _uc *wgva = (_uc *)(fgwi); for (_si cfyw = 0; cfyw <= 103; cfyw += 1) { if (wkqh[0] >= 64) { cmwh(dhik); wkqh[0] = 0; } qagc[cfyw] ^= wgva[wkqh[0]]; wkqh[0] += 1; } } } } void twri(_ui *keej, _si qjvr, _si amzm, _si mgbw, _si hqka) { keej[qjvr] += keej[amzm]; keej[hqka] ^= keej[qjvr]; keej[hqka] = ((((keej[hqka]) << (16))) | (((keej[hqka]) >> (16)))); keej[mgbw] += keej[hqka]; keej[amzm] ^= keej[mgbw]; keej[amzm] = ((((keej[amzm]) << (12))) | (((keej[amzm]) >> (20)))); keej[qjvr] += keej[amzm]; keej[hqka] ^= keej[qjvr]; keej[hqka] = ((((keej[hqka]) << (8))) | (((keej[hqka]) >> (24)))); keej[mgbw] += keej[hqka]; keej[amzm] ^= keej[mgbw]; keej[amzm] = ((((keej[amzm]) << (7))) | (((keej[amzm]) >> (25)))); } void ckxy(_uli *ghso, _uli *dzm, _uli *vphy) { for (_si osqc = 0; osqc <= 12; osqc += 1) { ghso[osqc] = dzm[osqc] - vphy[osqc]; } jopy(ghso); } void dbnd(_uli *ovlo, _uli *qmds, _uli *lktm, _uli *peqx) { { for (_si siph = 0; siph <= 12; siph += 1) { qmds[siph] = lktm[siph] - peqx[siph]; } vfez(qmds); } _si tkaa = jipk(qmds); if (tkaa) { ayjo(qmds, qmds, ovlo); } } void brjp(_uli *twuy) { _si vbsd; { vbsd = 0; _uli ztxh = 19; for (_si vprp = 12; vprp >= 0; vprp -= 1) { if (twuy[vprp] != 0) { vbsd = ((((twuy[vprp]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (vbsd) { { for (_si jpnt = 0; jpnt <= 12; jpnt += 1) { twuy[jpnt] = -twuy[jpnt]; } } } for (_si trr = 0; trr <= 11; trr += 1) { if (((((twuy[trr]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { twuy[1 + trr] -= 1; } else { twuy[1 + trr] += ((twuy[trr]) >> (47)); }; twuy[trr] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } twuy[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (vbsd) { { for (_si akfw = 0; akfw <= 12; akfw += 1) { twuy[akfw] = -twuy[akfw]; } } } } void quti(_uli *sexy) { _uc *prbv = (_uc *)(sexy); for (_si uudb = 0; uudb <= 360; uudb += 1) { prbv[uudb] = (_uc)(1 + prbv[uudb]) * (_uc)(255 + prbv[1 + uudb]); } prbv[361] = 0; } void fxyy(_uli *vcoh, _si vlh) { _si oce = (vlh % 47); _si vji = ((vlh) / (47)); _si arav = -oce + (((sizeof(_uli)) << (3))); if (vji >= 13) { { for (_si qzx = 0; qzx <= 12; qzx += 1) { vcoh[qzx] = 0; } } } else { for (_si wwfn = 12 - vji; wwfn >= 1; wwfn -= 1) { vcoh[vji + wwfn] = ((vcoh[wwfn]) << (oce)); if (arav < (8 * sizeof(_uli))) { vcoh[vji + wwfn] += ((((vcoh[-1 + wwfn]) >> (arav))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } vcoh[vji] = ((vcoh[0]) << (oce)); for (_si sizh = -1 + vji; sizh >= 0; sizh -= 1) { vcoh[sizh] = 0; } }; { for (_si ohwn = 0; ohwn <= 11; ohwn += 1) { vcoh[1 + ohwn] += ((vcoh[ohwn]) >> (47)); vcoh[ohwn] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } vcoh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void nwsi(_uli *pdoa) { for (_si zzhy = 0; zzhy <= 12; zzhy += 1) { pdoa[zzhy] = 0; } } void rwsc(_si bzdv, _uli *hrlh, _uli *saj, _uli *srwr, _uli *nucm, _uli *tiya) { dzcy(srwr, nucm, tiya); pxdi(bzdv, hrlh, saj, srwr, srwr); } void wjxu(_uc *llgp) { _uc *mqco = (_uc *)(llgp + 0); _ui *ogu = (_ui *)(llgp + 64); _ui *rjv = (_ui *)(llgp + 96); _si swl = 0; _ui etwa = 0; _ui hybx = 0; _ui fyk = 0; _ui dhxr = 0; _ui awsi = 0; _ui uogc = 0; for (_si kdag = 0; kdag <= 15; kdag += 1) { rjv[kdag] = (((((((((_ui)(mqco[swl])) << (24))) | ((((_ui)(mqco[1 + swl])) << (16))))) | ((((_ui)(mqco[2 + swl])) << (8))))) | ((_ui)(mqco[3 + swl]))); swl += 4; } for (_si tmca = 16; tmca <= 31; tmca += 1) { etwa = ((((((((rjv[-15 + tmca]) >> (7))) | (((rjv[-15 + tmca]) << (25))))) ^ (((((rjv[-15 + tmca]) >> (18))) | (((rjv[-15 + tmca]) << (14))))))) ^ (((rjv[-15 + tmca]) >> (3)))); dhxr = ((((((((rjv[-2 + tmca]) >> (17))) | (((rjv[-2 + tmca]) << (15))))) ^ (((((rjv[-2 + tmca]) >> (19))) | (((rjv[-2 + tmca]) << (13))))))) ^ (((rjv[-2 + tmca]) >> (10)))); rjv[tmca] = dhxr + etwa + rjv[-7 + tmca] + rjv[-16 + tmca]; _m[65160] += 1; } _ui ezpp = ogu[0]; _ui gkf = ogu[1]; _ui fcsc = ogu[2]; _ui fwis = ogu[3]; _ui dku = ogu[4]; _ui qccc = ogu[5]; _ui zfq = ogu[6]; _ui oiht = ogu[7]; for (_si gkoh = 0; gkoh <= 31; gkoh += 1) { etwa = ((((((((ezpp) >> (2))) | (((ezpp) << (30))))) ^ (((((ezpp) >> (13))) | (((ezpp) << (19))))))) ^ (((((ezpp) >> (22))) | (((ezpp) << (10)))))); hybx = ((((((ezpp) & (gkf))) ^ (((ezpp) & (fcsc))))) ^ (((gkf) & (fcsc)))); fyk = etwa + hybx; dhxr = ((((((((dku) >> (6))) | (((dku) << (26))))) ^ (((((dku) >> (11))) | (((dku) << (21))))))) ^ (((((dku) >> (25))) | (((dku) << (7)))))); awsi = ((((dku) & (qccc))) ^ (((~dku) & (zfq)))); uogc = rjv[gkoh] + dhxr + oiht + awsi + *(((_ui *)(_m + 246160) + gkoh)); oiht = zfq; zfq = qccc; qccc = dku; dku = fwis + uogc; fwis = fcsc; fcsc = gkf; gkf = ezpp; ezpp = fyk + uogc; _m[65161] += 1; } ogu[0] += ezpp; ogu[1] += gkf; ogu[2] += fcsc; ogu[3] += fwis; ogu[4] += dku; ogu[5] += qccc; ogu[6] += zfq; ogu[7] += oiht; } _uc *yqww() { ; _uc *wney; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; wney = (_uc *)(_m + 362 * _s); break; } _s += 1; } return wney; } void tzcr(_uli *mjme, _uli *cjbl, _uli *dqui) { for (_si wdhl = 0; wdhl <= 12; wdhl += 1) { mjme[wdhl] = cjbl[wdhl] + dqui[wdhl]; } { _si osef = tlc(mjme); if (osef) { { for (_si pbkh = 0; pbkh <= 12; pbkh += 1) { mjme[pbkh] = -mjme[pbkh]; } } } for (_si mptg = 0; mptg <= 11; mptg += 1) { if (((((mjme[mptg]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { mjme[1 + mptg] -= 1; } else { mjme[1 + mptg] += ((mjme[mptg]) >> (47)); }; mjme[mptg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } mjme[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (osef) { { for (_si ltoc = 0; ltoc <= 12; ltoc += 1) { mjme[ltoc] = -mjme[ltoc]; } } } } } void uact(_si sseh, _uli *onoq, _uli *drfe, _uli *zokh, _uli *nxns) { _uli *josw = aqdx(); { if (josw != nxns) { for (_si achg = 0; achg <= 12; achg += 1) { josw[achg] = nxns[achg]; } } } hvwp(zokh, nxns); yppr(sseh, zokh); { _uli *peti = pywd(); _uli *tned = dmhm(); _uli *ecto = dukr(); _uli *opmk = kejr(); for (_si podv = 0; podv <= 12; podv += 1) { peti[podv] = ((zokh[podv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tned[podv] = ((zokh[podv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); ecto[podv] = ((drfe[podv]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); opmk[podv] = ((drfe[podv]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } asiw(zokh); for (_si niou = 0; niou <= (-1 + (((13) >> (1)))); niou += 1) { for (_si pobv = 0; pobv <= (-1 + (((13) >> (1)))); pobv += 1) { _uli myde = ecto[pobv] * tned[niou] + opmk[pobv] * peti[niou]; _uli duzm = ecto[pobv] * peti[niou]; _uli irku = opmk[pobv] * tned[niou]; _uli oksm = ((zokh[niou + pobv]) + (duzm) + (((((myde) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (oksm < duzm) { irku += 1; } _uli ecdz = ((((myde) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((irku) << ((-47 + (((sizeof(_uli)) << (3)))))))); zokh[niou + pobv] = oksm; zokh[1 + niou + pobv] += ecdz; } { for (_si eduq = 0; eduq <= 11; eduq += 1) { zokh[1 + eduq] += ((zokh[eduq]) >> (47)); zokh[eduq] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zokh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } rrrg(peti); { _uc *ogxq = (_uc *)(tned); for (_si yvod = 0; yvod <= 360; yvod += 1) { ogxq[yvod] = (_uc)(1 + ogxq[yvod]) * (_uc)(255 + ogxq[1 + yvod]); } ogxq[361] = 0; } { _uc *vcmh = (_uc *)(ecto); for (_si oipf = 0; oipf <= 360; oipf += 1) { vcmh[oipf] = (_uc)(255 + vcmh[1 + oipf]) * (_uc)(1 + vcmh[oipf]); } vcmh[361] = 0; } lbwc(opmk); } { zokh[(((sseh) / (47)))] &= ((((((_uli)(1)) << ((sseh % 47)))) - ((_uli)(1)))); for (_si sjwt = 1 + (((sseh) / (47))); sjwt <= 12; sjwt += 1) { zokh[sjwt] = 0; } } { _uli *xuoh = qidh(); _uli *jbck = elai(); _uli *cioj = dukr(); _uli *tcjn = rbgz(); for (_si asjn = 0; asjn <= 12; asjn += 1) { xuoh[asjn] = ((zokh[asjn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); jbck[asjn] = ((zokh[asjn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); cioj[asjn] = ((onoq[asjn]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tcjn[asjn] = ((onoq[asjn]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } xsbz(zokh); for (_si aorq = 0; aorq <= (-1 + (((13) >> (1)))); aorq += 1) { for (_si scix = 0; scix <= (-1 + (((13) >> (1)))); scix += 1) { _uli rnvl = cioj[scix] * jbck[aorq] + tcjn[scix] * xuoh[aorq]; _uli kyzw = cioj[scix] * xuoh[aorq]; _uli exty = jbck[aorq] * tcjn[scix]; _uli bioi = ((zokh[aorq + scix]) + (kyzw) + (((((rnvl) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bioi < kyzw) { exty += 1; } _uli xmzh = ((((rnvl) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((exty) << ((-47 + (((sizeof(_uli)) << (3)))))))); zokh[aorq + scix] = bioi; zokh[1 + aorq + scix] += xmzh; } { for (_si tieo = 0; tieo <= 11; tieo += 1) { zokh[1 + tieo] += ((zokh[tieo]) >> (47)); zokh[tieo] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } zokh[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } uxid(xuoh); bswj(jbck); { _uc *xnhq = (_uc *)(cioj); for (_si bafk = 0; bafk <= 360; bafk += 1) { xnhq[bafk] = (_uc)(255 + xnhq[1 + bafk]) * (_uc)(1 + xnhq[bafk]); } xnhq[361] = 0; } { _uc *bdlj = (_uc *)(tcjn); for (_si rtll = 0; rtll <= 360; rtll += 1) { bdlj[rtll] = (_uc)(1 + bdlj[rtll]) * (_uc)(255 + bdlj[1 + rtll]); } bdlj[361] = 0; } } { for (_si wqrz = 0; wqrz <= 12; wqrz += 1) { zokh[wqrz] = josw[wqrz] + zokh[wqrz]; } gkol(zokh); } { _si ocal = (sseh % 47); _si onwk = ((sseh) / (47)); _si xqib = sseh; if (xqib > (8 * sizeof(_uli))) { xqib = -1; } if (onwk >= 13) { { for (_si tkwn = 0; tkwn <= 12; tkwn += 1) { zokh[tkwn] = 0; } } } else { _uli jqcg = (((((_uli)(1)) << (ocal))) - ((_uli)(1))); if (xqib < 0) { zokh[0] = 0; } else { zokh[0] = ((((zokh[0]) & (~jqcg))) >> (xqib)); }; if (onwk != 0) { zokh[0] += ((((zokh[onwk]) & (~jqcg))) >> (ocal)); } for (_si wqud = 1; wqud <= (12 - onwk); wqud += 1) { zokh[-1 + wqud] += ((((((zokh[onwk + wqud]) & (jqcg))) << (-ocal + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); zokh[wqud] = ((((zokh[onwk + wqud]) & (~jqcg))) >> (ocal)); } for (_si rhte = 13 - onwk; rhte <= 12; rhte += 1) { zokh[rhte] = 0; } }; } { for (_si ujzd = 0; ujzd <= 12; ujzd += 1) { josw[ujzd] = -onoq[ujzd] + zokh[ujzd]; } { _si irff; { irff = 0; _uli kyxp = 19; for (_si pomv = 12; pomv >= 0; pomv -= 1) { if (josw[pomv] != 0) { irff = ((((josw[pomv]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (irff) { { for (_si ftcj = 0; ftcj <= 12; ftcj += 1) { josw[ftcj] = -josw[ftcj]; } } } for (_si hlom = 0; hlom <= 11; hlom += 1) { if (((((josw[hlom]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { josw[1 + hlom] -= 1; } else { josw[1 + hlom] += ((josw[hlom]) >> (47)); }; josw[hlom] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } josw[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (irff) { sitd(josw, josw); } } } _si kvdi = oavj(josw); if (!kvdi) { { if (zokh != josw) { for (_si mgmz = 0; mgmz <= 12; mgmz += 1) { zokh[mgmz] = josw[mgmz]; } } } } sbmf(josw); } void fzjd(_uli *ukij, _uli *aznx, _uli *nerf) { for (_si pdbr = 0; pdbr <= 12; pdbr += 1) { ukij[pdbr] = aznx[pdbr] - nerf[pdbr]; } fubh(ukij); } void nbpk(_uli *pghq, _uli *yzso, _uli *wwks) { _uli *izsx = laux(); _uli *tayk = ztjr(); _uli *uvup = agss(); _uli *skyu = agss(); for (_si nwhp = 0; nwhp <= 12; nwhp += 1) { izsx[nwhp] = ((yzso[nwhp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); tayk[nwhp] = ((yzso[nwhp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); uvup[nwhp] = ((wwks[nwhp]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); skyu[nwhp] = ((wwks[nwhp]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si bymd = 0; bymd <= 12; bymd += 1) { pghq[bymd] = 0; } } for (_si bfma = 0; bfma <= (-1 + (((13) >> (1)))); bfma += 1) { for (_si gcat = 0; gcat <= (-1 + (((13) >> (1)))); gcat += 1) { _uli yjkm = izsx[bfma] * skyu[gcat] + tayk[bfma] * uvup[gcat]; _uli zgpe = izsx[bfma] * uvup[gcat]; _uli ojfz = skyu[gcat] * tayk[bfma]; _uli twki = ((pghq[bfma + gcat]) + (zgpe) + (((((yjkm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (twki < zgpe) { ojfz += 1; } _uli avvn = ((((yjkm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ojfz) << ((-47 + (((sizeof(_uli)) << (3)))))))); pghq[bfma + gcat] = twki; pghq[1 + bfma + gcat] += avvn; } { for (_si vkdd = 0; vkdd <= 11; vkdd += 1) { pghq[1 + vkdd] += ((pghq[vkdd]) >> (47)); pghq[vkdd] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pghq[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *bawl = (_uc *)(izsx); for (_si vgmm = 0; vgmm <= 360; vgmm += 1) { bawl[vgmm] = (_uc)(1 + bawl[vgmm]) * (_uc)(255 + bawl[1 + vgmm]); } bawl[361] = 0; } { _uc *vzfo = (_uc *)(tayk); for (_si kdlg = 0; kdlg <= 360; kdlg += 1) { vzfo[kdlg] = (_uc)(255 + vzfo[1 + kdlg]) * (_uc)(1 + vzfo[kdlg]); } vzfo[361] = 0; } htjv(uvup); kqqy(skyu); } void vczc(_uli *itew, _uli *giqt, _uli *gynx) { for (_si iux = 0; iux <= 12; iux += 1) { itew[iux] = giqt[iux] + gynx[iux]; } znsc(itew); } void bfzb(_uc *iunv, _uc *dmxr, _uc *bdqg, _si ujdh) { wfbf(iunv, dmxr, 0); llvb(iunv, bdqg, ujdh); } _uli *xkmr() { ; _uli *nhfx; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; nhfx = (_uli *)(_m + 362 * _s); break; } _s += 1; } return nhfx; } _uli *axnl() { ; _uli *jmnz; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 148; jmnz = (_uli *)(_m + 362 * _s); break; } _s += 1; } return jmnz; } void gtpw(_si ziz, _uli *ebqq, _uli *jqko, _uli *pyzf, _uli *lbwg) { _uli *oaso = ltdc(); { if (oaso != lbwg) { for (_si eyyc = 0; eyyc <= 12; eyyc += 1) { oaso[eyyc] = lbwg[eyyc]; } } } xvfe(pyzf, lbwg); ikeu(ziz, pyzf); { _uli *atbu = lbnq(); _uli *wfyw = uggb(); _uli *bltw = oarz(); _uli *gwmr = gtni(); for (_si ryef = 0; ryef <= 12; ryef += 1) { atbu[ryef] = ((pyzf[ryef]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); wfyw[ryef] = ((pyzf[ryef]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); bltw[ryef] = ((jqko[ryef]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); gwmr[ryef] = ((jqko[ryef]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si yopl = 0; yopl <= 12; yopl += 1) { pyzf[yopl] = 0; } } for (_si eghp = 0; eghp <= (-1 + (((13) >> (1)))); eghp += 1) { for (_si yqdb = 0; yqdb <= (-1 + (((13) >> (1)))); yqdb += 1) { _uli nozm = atbu[eghp] * gwmr[yqdb] + bltw[yqdb] * wfyw[eghp]; _uli zjnm = atbu[eghp] * bltw[yqdb]; _uli iaab = gwmr[yqdb] * wfyw[eghp]; _uli mfds = ((pyzf[eghp + yqdb]) + (zjnm) + (((((nozm) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (mfds < zjnm) { iaab += 1; } _uli isux = ((((nozm) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((iaab) << ((-47 + (((sizeof(_uli)) << (3)))))))); pyzf[eghp + yqdb] = mfds; pyzf[1 + eghp + yqdb] += isux; } { for (_si bgh = 0; bgh <= 11; bgh += 1) { pyzf[1 + bgh] += ((pyzf[bgh]) >> (47)); pyzf[bgh] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } pyzf[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } { _uc *xttu = (_uc *)(atbu); for (_si kvgo = 0; kvgo <= 360; kvgo += 1) { xttu[kvgo] = (_uc)(1 + xttu[kvgo]) * (_uc)(255 + xttu[1 + kvgo]); } xttu[361] = 0; } tzyr(wfyw); pewc(bltw); { _uc *ayul = (_uc *)(gwmr); for (_si cssx = 0; cssx <= 360; cssx += 1) { ayul[cssx] = (_uc)(255 + ayul[1 + cssx]) * (_uc)(1 + ayul[cssx]); } ayul[361] = 0; } } { pyzf[(((ziz) / (47)))] &= ((((((_uli)(1)) << ((ziz % 47)))) - ((_uli)(1)))); for (_si kocr = 1 + (((ziz) / (47))); kocr <= 12; kocr += 1) { pyzf[kocr] = 0; } } { _uli *oeap = heyy(); _uli *raz = lbnq(); _uli *mcxs = udvd(); _uli *mcrl = sreu(); for (_si trao = 0; trao <= 12; trao += 1) { oeap[trao] = ((pyzf[trao]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); raz[trao] = ((pyzf[trao]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); mcxs[trao] = ((ebqq[trao]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); mcrl[trao] = ((ebqq[trao]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si jqcd = 0; jqcd <= 12; jqcd += 1) { pyzf[jqcd] = 0; } } for (_si ahsd = 0; ahsd <= (-1 + (((13) >> (1)))); ahsd += 1) { for (_si wvyo = 0; wvyo <= (-1 + (((13) >> (1)))); wvyo += 1) { _uli hcis = mcrl[wvyo] * oeap[ahsd] + mcxs[wvyo] * raz[ahsd]; _uli grwl = mcxs[wvyo] * oeap[ahsd]; _uli ynhi = mcrl[wvyo] * raz[ahsd]; _uli urzt = ((pyzf[ahsd + wvyo]) + (grwl) + (((((hcis) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (urzt < grwl) { ynhi += 1; } _uli zqcn = ((((hcis) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((ynhi) << ((-47 + (((sizeof(_uli)) << (3)))))))); pyzf[ahsd + wvyo] = urzt; pyzf[1 + ahsd + wvyo] += zqcn; } pprn(pyzf); } caow(oeap); { _uc *gahp = (_uc *)(raz); for (_si hjkj = 0; hjkj <= 360; hjkj += 1) { gahp[hjkj] = (_uc)(1 + gahp[hjkj]) * (_uc)(255 + gahp[1 + hjkj]); } gahp[361] = 0; } wtym(mcxs); fmlo(mcrl); } { for (_si alkv = 0; alkv <= 12; alkv += 1) { pyzf[alkv] = oaso[alkv] + pyzf[alkv]; } qcnl(pyzf); } { _si ifir = (ziz % 47); _si fvin = ((ziz) / (47)); _si hac = ziz; if (hac > (8 * sizeof(_uli))) { hac = -1; } if (fvin >= 13) { { for (_si rjri = 0; rjri <= 12; rjri += 1) { pyzf[rjri] = 0; } } } else { _uli mypb = (((((_uli)(1)) << (ifir))) - ((_uli)(1))); if (hac < 0) { pyzf[0] = 0; } else { pyzf[0] = ((((pyzf[0]) & (~mypb))) >> (hac)); }; if (fvin != 0) { pyzf[0] += ((((pyzf[fvin]) & (~mypb))) >> (ifir)); } for (_si qotv = 1; qotv <= (12 - fvin); qotv += 1) { pyzf[-1 + qotv] += ((((((pyzf[fvin + qotv]) & (mypb))) << (-ifir + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); pyzf[qotv] = ((((pyzf[fvin + qotv]) & (~mypb))) >> (ifir)); } for (_si pkor = 13 - fvin; pkor <= 12; pkor += 1) { pyzf[pkor] = 0; } }; } uayv(oaso, pyzf, ebqq); _si eju; { eju = 0; _uli jche = 19; for (_si czlx = 12; czlx >= 0; czlx -= 1) { if (oaso[czlx] != 0) { eju = ((((oaso[czlx]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (!eju) { { if (pyzf != oaso) { for (_si ndvc = 0; ndvc <= 12; ndvc += 1) { pyzf[ndvc] = oaso[ndvc]; } } } } tffx(oaso); } void lfcc(_uc *oijy) { _uc *zvk = (_uc *)(oijy + 0); _ui *yqzo = (_ui *)(oijy + 64); _ui *eis = (_ui *)(oijy + 96); _si eddr = 0; _ui gvur = 0; _ui ulyu = 0; _ui rrls = 0; _ui nukm = 0; _ui gvsl = 0; _ui uwsl = 0; for (_si zzpf = 0; zzpf <= 15; zzpf += 1) { eis[zzpf] = (((((((((_ui)(zvk[eddr])) << (24))) | ((((_ui)(zvk[1 + eddr])) << (16))))) | ((((_ui)(zvk[2 + eddr])) << (8))))) | ((_ui)(zvk[3 + eddr]))); eddr += 4; } for (_si ltwt = 16; ltwt <= 31; ltwt += 1) { gvur = ((((((((eis[-15 + ltwt]) >> (7))) | (((eis[-15 + ltwt]) << (25))))) ^ (((((eis[-15 + ltwt]) >> (18))) | (((eis[-15 + ltwt]) << (14))))))) ^ (((eis[-15 + ltwt]) >> (3)))); nukm = ((((((((eis[-2 + ltwt]) >> (17))) | (((eis[-2 + ltwt]) << (15))))) ^ (((((eis[-2 + ltwt]) >> (19))) | (((eis[-2 + ltwt]) << (13))))))) ^ (((eis[-2 + ltwt]) >> (10)))); eis[ltwt] = eis[-7 + ltwt] + eis[-16 + ltwt] + gvur + nukm; _m[65160] += 1; } _ui okar = yqzo[0]; _ui ptg = yqzo[1]; _ui jcyf = yqzo[2]; _ui fcug = yqzo[3]; _ui tkrl = yqzo[4]; _ui sgvf = yqzo[5]; _ui yblc = yqzo[6]; _ui szch = yqzo[7]; for (_si cqj = 0; cqj <= 31; cqj += 1) { gvur = ((((((((okar) >> (2))) | (((okar) << (30))))) ^ (((((okar) >> (13))) | (((okar) << (19))))))) ^ (((((okar) >> (22))) | (((okar) << (10)))))); ulyu = ((((((okar) & (ptg))) ^ (((okar) & (jcyf))))) ^ (((ptg) & (jcyf)))); rrls = gvur + ulyu; nukm = ((((((((tkrl) >> (6))) | (((tkrl) << (26))))) ^ (((((tkrl) >> (11))) | (((tkrl) << (21))))))) ^ (((((tkrl) >> (25))) | (((tkrl) << (7)))))); gvsl = ((((tkrl) & (sgvf))) ^ (((~tkrl) & (yblc)))); uwsl = szch + eis[cqj] + *(((_ui *)(_m + 246160) + cqj)) + nukm + gvsl; szch = yblc; yblc = sgvf; sgvf = tkrl; tkrl = fcug + uwsl; fcug = jcyf; jcyf = ptg; ptg = okar; okar = rrls + uwsl; _m[65161] += 1; } yqzo[0] += okar; yqzo[1] += ptg; yqzo[2] += jcyf; yqzo[3] += fcug; yqzo[4] += tkrl; yqzo[5] += sgvf; yqzo[6] += yblc; yqzo[7] += szch; } void wzlw(_uli *jiai, _uli *oyvw) { for (_si qvva = 0; qvva <= 12; qvva += 1) { jiai[qvva] = -oyvw[qvva]; } } void hiek(_uli *woic, _si kuzr) { _si sbvr = (kuzr % 47); _si lgli = ((kuzr) / (47)); _si tmau = -sbvr + (((sizeof(_uli)) << (3))); if (lgli >= 13) { { for (_si bwpg = 0; bwpg <= 12; bwpg += 1) { woic[bwpg] = 0; } } } else { for (_si mpcp = 12 - lgli; mpcp >= 1; mpcp -= 1) { woic[lgli + mpcp] = ((woic[mpcp]) << (sbvr)); if (tmau < (8 * sizeof(_uli))) { woic[lgli + mpcp] += ((((woic[-1 + mpcp]) >> (tmau))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } woic[lgli] = ((woic[0]) << (sbvr)); for (_si lqgg = -1 + lgli; lqgg >= 0; lqgg -= 1) { woic[lqgg] = 0; } }; { for (_si scfp = 0; scfp <= 11; scfp += 1) { woic[1 + scfp] += ((woic[scfp]) >> (47)); woic[scfp] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } woic[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } void jwfa(_uli *yqmx, _uli *ozno, _uli *wgmv) { for (_si ctyl = 0; ctyl <= 44; ctyl += 1) { yqmx[ctyl] = ozno[ctyl] - wgmv[ctyl]; } { _si elti = urru(yqmx); if (elti) { { for (_si uolt = 0; uolt <= 44; uolt += 1) { yqmx[uolt] = -yqmx[uolt]; } } } for (_si cpdt = 0; cpdt <= 43; cpdt += 1) { if (((((yqmx[cpdt]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { yqmx[1 + cpdt] -= 1; } else { yqmx[1 + cpdt] += ((yqmx[cpdt]) >> (47)); }; yqmx[cpdt] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } yqmx[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (elti) { { for (_si flwq = 0; flwq <= 44; flwq += 1) { yqmx[flwq] = -yqmx[flwq]; } } } } } void ehcv(_uli *vbka, _uli *gedl) { if (vbka != gedl) { for (_si ylvx = 0; ylvx <= 12; ylvx += 1) { vbka[ylvx] = gedl[ylvx]; } } } void izs(_uli *ozl, _uli *hbtz, _uli *rpmx, _uli *doub) { { if (hbtz != rpmx) { for (_si mkwm = 0; mkwm <= 12; mkwm += 1) { hbtz[mkwm] = rpmx[mkwm]; } } } _si bsnc = haci(hbtz); _si arxj; { arxj = -1; for (_si mqom = 12; mqom >= 0; mqom -= 1) { if (doub[mqom] != 0) { arxj = mqom; break; } } } if (bsnc >= arxj) { _si ulxt = 0; _uli socy = doub[arxj]; while (socy < (((((((_uli)(1)) << (47)))) >> (1)))) { ulxt += 1; socy <<= 1; } if (arxj == 0) { ulxt += 47; bsnc += 1; arxj += 1; } if (ulxt > 0) { eewd(hbtz, ulxt); { _si ssin = (ulxt % 47); _si lwp = ((ulxt) / (47)); _si kgh = -ssin + (((sizeof(_uli)) << (3))); if (lwp >= 13) { { for (_si bdqj = 0; bdqj <= 12; bdqj += 1) { doub[bdqj] = 0; } } } else { for (_si ttxj = 12 - lwp; ttxj >= 1; ttxj -= 1) { doub[lwp + ttxj] = ((doub[ttxj]) << (ssin)); if (kgh < (8 * sizeof(_uli))) { doub[lwp + ttxj] += ((((doub[-1 + ttxj]) >> (kgh))) << ((-47 + (((sizeof(_uli)) << (3)))))); } } doub[lwp] = ((doub[0]) << (ssin)); for (_si fkwp = -1 + lwp; fkwp >= 0; fkwp -= 1) { doub[fkwp] = 0; } }; { for (_si lmjj = 0; lmjj <= 11; lmjj += 1) { doub[1 + lmjj] += ((doub[lmjj]) >> (47)); doub[lmjj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } doub[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } } } _si yehy = -arxj + bsnc; socy = doub[arxj]; _uli hqbn = doub[-1 + arxj]; for (_si tmno = yehy; tmno >= 0; tmno -= 1) { __uint128_t rtog = (__uint128_t)(((((_uli)(1)) << (47)))) * hbtz[1 + arxj + tmno] + hbtz[arxj + tmno]; _uli iodg = 0; __uint128_t fqdh = ((rtog) / (socy)); __uint128_t itds = (rtog % socy); while (fqdh == ((((_uli)(1)) << (47))) || (fqdh * hqbn) > (((((_uli)(1)) << (47))) * itds + hbtz[-1 + arxj + tmno])) { fqdh -= 1; itds += socy; if (itds >= ((((_uli)(1)) << (47)))) { break; } } rtog = 0; for (_si lvsk = 0; lvsk <= arxj; lvsk += 1) { rtog += doub[lvsk] * fqdh; iodg = hbtz[lvsk + tmno]; if (rtog > iodg) { rtog -= iodg; iodg = rtog % ((((_uli)(1)) << (47))); rtog = ((rtog) / (((((_uli)(1)) << (47))))); if (iodg == 0) { hbtz[lvsk + tmno] = 0; } else { hbtz[lvsk + tmno] = ((1 + ~(_uli)(iodg)) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))); rtog += 1; }; } else { hbtz[lvsk + tmno] -= rtog; rtog = 0; }; } iodg = hbtz[1 + arxj + tmno]; if (rtog > iodg) { doub[1 + arxj + tmno] = -1 + fqdh; rtog = 0; for (_si dcgd = 0; dcgd <= arxj; dcgd += 1) { rtog += doub[dcgd] + hbtz[dcgd + tmno]; hbtz[dcgd + tmno] = rtog % ((((_uli)(1)) << (47))); rtog = ((rtog) / (((((_uli)(1)) << (47))))); } } else { doub[1 + arxj + tmno] = fqdh; hbtz[1 + arxj + tmno] -= rtog; }; } for (_si cgay = 0; cgay <= yehy; cgay += 1) { ozl[cgay] = doub[1 + arxj + cgay]; hbtz[1 + arxj + cgay] = 0; } for (_si pxma = 1 + yehy; pxma <= 12; pxma += 1) { ozl[pxma] = 0; } if (ozl != doub) { for (_si hxvd = 1 + arxj; hxvd <= (1 + bsnc); hxvd += 1) { doub[hxvd] = 0; } if (ulxt > 0) { jtt(doub, ulxt); } } if (ulxt > 0) { { _si tocf = (ulxt % 47); _si cyfi = ((ulxt) / (47)); _si torc = ulxt; if (torc > (8 * sizeof(_uli))) { torc = -1; } if (cyfi >= 13) { { for (_si cddu = 0; cddu <= 12; cddu += 1) { hbtz[cddu] = 0; } } } else { _uli tipr = (((((_uli)(1)) << (tocf))) - ((_uli)(1))); if (torc < 0) { hbtz[0] = 0; } else { hbtz[0] = ((((hbtz[0]) & (~tipr))) >> (torc)); }; if (cyfi != 0) { hbtz[0] += ((((hbtz[cyfi]) & (~tipr))) >> (tocf)); } for (_si pmmi = 1; pmmi <= (12 - cyfi); pmmi += 1) { hbtz[-1 + pmmi] += ((((((hbtz[cyfi + pmmi]) & (tipr))) << (-tocf + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); hbtz[pmmi] = ((((hbtz[cyfi + pmmi]) & (~tipr))) >> (tocf)); } for (_si xnkq = 13 - cyfi; xnkq <= 12; xnkq += 1) { hbtz[xnkq] = 0; } }; } } } } _uli *zxux() { ; _uli *uqdb; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 227; uqdb = (_uli *)(_m + 362 * _s); break; } _s += 1; } return uqdb; } void pxrn(_si xhdh, _uli *wijd) { wijd[(((xhdh) / (47)))] &= ((((((_uli)(1)) << ((xhdh % 47)))) - ((_uli)(1)))); for (_si ucqb = 1 + (((xhdh) / (47))); ucqb <= 12; ucqb += 1) { wijd[ucqb] = 0; } } void cyos(_uli *xiul, _uli *rhym) { if (xiul != rhym) { for (_si eben = 0; eben <= 12; eben += 1) { xiul[eben] = rhym[eben]; } } } void exfe(_uli *nsmt, _uli *lhmt, _uli *tvot) { for (_si uiqw = 0; uiqw <= 12; uiqw += 1) { nsmt[uiqw] = lhmt[uiqw] + tvot[uiqw]; } azqu(nsmt); } void txss(_uc *argf, _uc *hkut, _si nfsu) { { _ui *okeg = (_ui *)(argf + 64); for (_si oazw = 0; oazw <= 7; oazw += 1) { okeg[4 + oazw] = (((_ui)((hkut + 4 * oazw)[0])) + ((((_ui)((hkut + 4 * oazw)[1])) << (8))) + ((((_ui)((hkut + 4 * oazw)[2])) << (16))) + ((((_ui)((hkut + 4 * oazw)[3])) << (24)))); } } _ui *ywsx = (_ui *)(argf + 64); _ui *oxuq = (_ui *)(argf + 128); for (_si gqax = 0; gqax <= 3; gqax += 1) { ywsx[gqax] = (((_ui)(((_uc *)(_m + 48146) + 4 * gqax)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gqax)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gqax)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * gqax)[3])) << (24)))); } for (_si emnw = 0; emnw <= 3; emnw += 1) { ywsx[12 + emnw] = nfsu; _m[65162] += 1; } oxuq[0] = 3904225602; } _uc *rezn() { ; _uc *cuzd; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 25; cuzd = (_uc *)(_m + 362 * _s); break; } _s += 1; } return cuzd; } _si hyjg(_uli *adeh) { _si lgvs = 0; _uli mxrk = 19; for (_si uldc = 12; uldc >= 0; uldc -= 1) { if (adeh[uldc] != 0) { lgvs = ((((adeh[uldc]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return lgvs; } void zfxv(_uc *ades, _uc *hhia) { _ui *lsin = (_ui *)(ades + 64); for (_si llkl = 0; llkl <= 7; llkl += 1) { lsin[4 + llkl] = (((_ui)((hhia + 4 * llkl)[0])) + ((((_ui)((hhia + 4 * llkl)[1])) << (8))) + ((((_ui)((hhia + 4 * llkl)[2])) << (16))) + ((((_ui)((hhia + 4 * llkl)[3])) << (24)))); } } void qgwi(_uli *jyno) { for (_si bnjg = 0; bnjg <= 43; bnjg += 1) { jyno[1 + bnjg] += ((jyno[bnjg]) >> (47)); jyno[bnjg] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } jyno[44] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void pndm(_ui *wilm, _si hiay, _si tqtw, _si hecz, _si xsrd) { wilm[hiay] += wilm[tqtw]; wilm[xsrd] ^= wilm[hiay]; wilm[xsrd] = ((((wilm[xsrd]) << (16))) | (((wilm[xsrd]) >> (16)))); wilm[hecz] += wilm[xsrd]; wilm[tqtw] ^= wilm[hecz]; wilm[tqtw] = ((((wilm[tqtw]) << (12))) | (((wilm[tqtw]) >> (20)))); wilm[hiay] += wilm[tqtw]; wilm[xsrd] ^= wilm[hiay]; wilm[xsrd] = ((((wilm[xsrd]) << (8))) | (((wilm[xsrd]) >> (24)))); wilm[hecz] += wilm[xsrd]; wilm[tqtw] ^= wilm[hecz]; wilm[tqtw] = ((((wilm[tqtw]) << (7))) | (((wilm[tqtw]) >> (25)))); } void sdkj(_uli *gof, _uli *vgmd, _uli *qqiw) { _uli *dscb = wpkw(); _uli *rodh = lzph(); _uli *jtgk = gmyg(); _uli *yyhr = pjtf(); for (_si wlnc = 0; wlnc <= 12; wlnc += 1) { dscb[wlnc] = ((vgmd[wlnc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); rodh[wlnc] = ((vgmd[wlnc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); jtgk[wlnc] = ((qqiw[wlnc]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); yyhr[wlnc] = ((qqiw[wlnc]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } sjqe(gof); for (_si tsmy = 0; tsmy <= (-1 + (((13) >> (1)))); tsmy += 1) { for (_si mbxb = 0; mbxb <= (-1 + (((13) >> (1)))); mbxb += 1) { _uli ijkv = dscb[tsmy] * yyhr[mbxb] + jtgk[mbxb] * rodh[tsmy]; _uli uwoi = dscb[tsmy] * jtgk[mbxb]; _uli igmn = rodh[tsmy] * yyhr[mbxb]; _uli bsqp = ((gof[mbxb + tsmy]) + (uwoi) + (((((ijkv) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (bsqp < uwoi) { igmn += 1; } _uli drud = ((((ijkv) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((igmn) << ((-47 + (((sizeof(_uli)) << (3)))))))); gof[mbxb + tsmy] = bsqp; gof[1 + mbxb + tsmy] += drud; } ilp(gof); } ajwm(dscb); yzrn(rodh); { _uc *lfnv = (_uc *)(jtgk); for (_si tqvv = 0; tqvv <= 360; tqvv += 1) { lfnv[tqvv] = (_uc)(255 + lfnv[1 + tqvv]) * (_uc)(1 + lfnv[tqvv]); } lfnv[361] = 0; } ajzm(yyhr); } void lpje(_uc *nmxc, _uc *mkra, _si pcbn) { xsub(nmxc, mkra); _ui *iios = (_ui *)(nmxc + 64); _ui *iaxy = (_ui *)(nmxc + 128); for (_si qqzo = 0; qqzo <= 3; qqzo += 1) { iios[qqzo] = (((_ui)(((_uc *)(_m + 48146) + 4 * qqzo)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qqzo)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qqzo)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * qqzo)[3])) << (24)))); } for (_si zrwq = 0; zrwq <= 3; zrwq += 1) { iios[12 + zrwq] = pcbn; _m[65162] += 1; } iaxy[0] = 3904225602; } _si kiwz(_uli *fafx) { _si wqbb = -1; for (_si gdco = 12; gdco >= 0; gdco -= 1) { if (fafx[gdco] != 0) { wqbb = gdco; break; } } return wqbb; } void oypk(_uc *viir, _uc *ixlx, _uc *jdiq, _si msdy) { { xeib(viir, ixlx); _ui *swyk = (_ui *)(viir + 64); _ui *tdoe = (_ui *)(viir + 128); for (_si phea = 0; phea <= 3; phea += 1) { swyk[phea] = (((_ui)(((_uc *)(_m + 48146) + 4 * phea)[0])) + ((((_ui)(((_uc *)(_m + 48146) + 4 * phea)[1])) << (8))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * phea)[2])) << (16))) + ((((_ui)(((_uc *)(_m + 48146) + 4 * phea)[3])) << (24)))); } for (_si akum = 0; akum <= 3; akum += 1) { swyk[12 + akum] = 0; _m[65162] += 1; } tdoe[0] = 3904225602; } { _ui *hjk = (_ui *)(viir + 0); _ui *bcbj = (_ui *)(viir + 128); _uc *phcp = (_uc *)(hjk); for (_si snsw = 0; snsw <= (-1 + msdy); snsw += 1) { if (bcbj[0] >= 64) { { _ui *spns = (_ui *)(viir + 0); _ui *ceud = (_ui *)(viir + 64); for (_si yded = 0; yded <= 15; yded += 1) { spns[yded] = ceud[yded]; } for (_si exqe = 0; exqe <= 9; exqe += 1) { { spns[0] += spns[4]; spns[12] ^= spns[0]; spns[12] = ((((spns[12]) << (16))) | (((spns[12]) >> (16)))); spns[8] += spns[12]; spns[4] ^= spns[8]; spns[4] = ((((spns[4]) << (12))) | (((spns[4]) >> (20)))); spns[0] += spns[4]; spns[12] ^= spns[0]; spns[12] = ((((spns[12]) << (8))) | (((spns[12]) >> (24)))); spns[8] += spns[12]; spns[4] ^= spns[8]; spns[4] = ((((spns[4]) << (7))) | (((spns[4]) >> (25)))); } qmkk(spns, 1, 5, 9, 13); { spns[2] += spns[6]; spns[14] ^= spns[2]; spns[14] = ((((spns[14]) << (16))) | (((spns[14]) >> (16)))); spns[10] += spns[14]; spns[6] ^= spns[10]; spns[6] = ((((spns[6]) << (12))) | (((spns[6]) >> (20)))); spns[2] += spns[6]; spns[14] ^= spns[2]; spns[14] = ((((spns[14]) << (8))) | (((spns[14]) >> (24)))); spns[10] += spns[14]; spns[6] ^= spns[10]; spns[6] = ((((spns[6]) << (7))) | (((spns[6]) >> (25)))); } hnqg(spns, 3, 7, 11, 15); aqtb(spns, 0, 5, 10, 15); { spns[1] += spns[6]; spns[12] ^= spns[1]; spns[12] = ((((spns[12]) << (16))) | (((spns[12]) >> (16)))); spns[11] += spns[12]; spns[6] ^= spns[11]; spns[6] = ((((spns[6]) << (12))) | (((spns[6]) >> (20)))); spns[1] += spns[6]; spns[12] ^= spns[1]; spns[12] = ((((spns[12]) << (8))) | (((spns[12]) >> (24)))); spns[11] += spns[12]; spns[6] ^= spns[11]; spns[6] = ((((spns[6]) << (7))) | (((spns[6]) >> (25)))); } fqss(spns, 2, 7, 8, 13); { spns[3] += spns[4]; spns[14] ^= spns[3]; spns[14] = ((((spns[14]) << (16))) | (((spns[14]) >> (16)))); spns[9] += spns[14]; spns[4] ^= spns[9]; spns[4] = ((((spns[4]) << (12))) | (((spns[4]) >> (20)))); spns[3] += spns[4]; spns[14] ^= spns[3]; spns[14] = ((((spns[14]) << (8))) | (((spns[14]) >> (24)))); spns[9] += spns[14]; spns[4] ^= spns[9]; spns[4] = ((((spns[4]) << (7))) | (((spns[4]) >> (25)))); } _m[65163] += 1; } for (_si lbyj = 0; lbyj <= 15; lbyj += 1) { spns[lbyj] += ceud[lbyj]; } ceud[12] += 1; if (ceud[12] == 0) { ceud[13] += 1; } } bcbj[0] = 0; } jdiq[snsw] ^= phcp[bcbj[0]]; bcbj[0] += 1; } } } void kihc(_uli *qisd) { _si nvvy = xpjz(qisd); if (nvvy) { { for (_si fqwb = 0; fqwb <= 12; fqwb += 1) { qisd[fqwb] = -qisd[fqwb]; } } } for (_si kwdj = 0; kwdj <= 11; kwdj += 1) { if (((((qisd[kwdj]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { qisd[1 + kwdj] -= 1; } else { qisd[1 + kwdj] += ((qisd[kwdj]) >> (47)); }; qisd[kwdj] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } qisd[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (nvvy) { jzpx(qisd, qisd); } } _si cksg(_uli *nzsa) { _si rxqo = 0; _uli tcgb = 19; for (_si raa = 12; raa >= 0; raa -= 1) { if (nzsa[raa] != 0) { rxqo = ((((nzsa[raa]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } return rxqo; } void boot(_uli *bwgc, _uli *bfjv, _uli *pdwt) { for (_si bczr = 0; bczr <= 12; bczr += 1) { bwgc[bczr] = bfjv[bczr] - pdwt[bczr]; } { _si otwb = ztv(bwgc); if (otwb) { { for (_si rkmx = 0; rkmx <= 12; rkmx += 1) { bwgc[rkmx] = -bwgc[rkmx]; } } } for (_si meuw = 0; meuw <= 11; meuw += 1) { if (((((bwgc[meuw]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { bwgc[1 + meuw] -= 1; } else { bwgc[1 + meuw] += ((bwgc[meuw]) >> (47)); }; bwgc[meuw] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } bwgc[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (otwb) { { for (_si jtoo = 0; jtoo <= 12; jtoo += 1) { bwgc[jtoo] = -bwgc[jtoo]; } } } } } void wryy(_si ocyj, _uli *nxpe) { nxpe[(((ocyj) / (47)))] &= ((((((_uli)(1)) << ((ocyj % 47)))) - ((_uli)(1)))); for (_si pazv = 1 + (((ocyj) / (47))); pazv <= 12; pazv += 1) { nxpe[pazv] = 0; } } void fhta(_uc *knii, _uc *kjvr, _si vjiu) { _uc *icol = (_uc *)(knii + 0); _uli *dfup = (_uli *)(knii + 352); _si pczv = (_si)(((dfup[0]) & (63))); dfup[0] += vjiu; for (_si ucma = 0; ucma <= (-1 + vjiu); ucma += 1) { icol[pczv] = kjvr[ucma]; pczv += 1; if (pczv == 64) { { _uc *bzmg = (_uc *)(knii + 0); _ui *ssgi = (_ui *)(knii + 64); _ui *usjn = (_ui *)(knii + 96); _si yupf = 0; _ui nyyf = 0; _ui fiko = 0; _ui iznh = 0; _ui blhu = 0; _ui qlzx = 0; _ui jeut = 0; for (_si vfdp = 0; vfdp <= 15; vfdp += 1) { usjn[vfdp] = (((((((((_ui)(bzmg[yupf])) << (24))) | ((((_ui)(bzmg[1 + yupf])) << (16))))) | ((((_ui)(bzmg[2 + yupf])) << (8))))) | ((_ui)(bzmg[3 + yupf]))); yupf += 4; } for (_si mqbb = 16; mqbb <= 31; mqbb += 1) { nyyf = ((((((((usjn[-15 + mqbb]) >> (7))) | (((usjn[-15 + mqbb]) << (25))))) ^ (((((usjn[-15 + mqbb]) >> (18))) | (((usjn[-15 + mqbb]) << (14))))))) ^ (((usjn[-15 + mqbb]) >> (3)))); blhu = ((((((((usjn[-2 + mqbb]) >> (17))) | (((usjn[-2 + mqbb]) << (15))))) ^ (((((usjn[-2 + mqbb]) >> (19))) | (((usjn[-2 + mqbb]) << (13))))))) ^ (((usjn[-2 + mqbb]) >> (10)))); usjn[mqbb] = blhu + nyyf + usjn[-7 + mqbb] + usjn[-16 + mqbb]; _m[65160] += 1; } _ui wgsb = ssgi[0]; _ui agpz = ssgi[1]; _ui izb = ssgi[2]; _ui tnlu = ssgi[3]; _ui vsnm = ssgi[4]; _ui mqja = ssgi[5]; _ui owaw = ssgi[6]; _ui ikwk = ssgi[7]; for (_si ifrw = 0; ifrw <= 31; ifrw += 1) { nyyf = ((((((((wgsb) >> (2))) | (((wgsb) << (30))))) ^ (((((wgsb) >> (13))) | (((wgsb) << (19))))))) ^ (((((wgsb) >> (22))) | (((wgsb) << (10)))))); fiko = ((((((wgsb) & (agpz))) ^ (((wgsb) & (izb))))) ^ (((agpz) & (izb)))); iznh = fiko + nyyf; blhu = ((((((((vsnm) >> (6))) | (((vsnm) << (26))))) ^ (((((vsnm) >> (11))) | (((vsnm) << (21))))))) ^ (((((vsnm) >> (25))) | (((vsnm) << (7)))))); qlzx = ((((vsnm) & (mqja))) ^ (((~vsnm) & (owaw)))); jeut = blhu + *(((_ui *)(_m + 246160) + ifrw)) + qlzx + usjn[ifrw] + ikwk; ikwk = owaw; owaw = mqja; mqja = vsnm; vsnm = jeut + tnlu; tnlu = izb; izb = agpz; agpz = wgsb; wgsb = iznh + jeut; _m[65161] += 1; } ssgi[0] += wgsb; ssgi[1] += agpz; ssgi[2] += izb; ssgi[3] += tnlu; ssgi[4] += vsnm; ssgi[5] += mqja; ssgi[6] += owaw; ssgi[7] += ikwk; } pczv = 0; } } } void yhgx(_si vnpz, _uli *ksd) { ksd[(((vnpz) / (47)))] &= ((((((_uli)(1)) << ((vnpz % 47)))) - ((_uli)(1)))); for (_si ojml = 1 + (((vnpz) / (47))); ojml <= 12; ojml += 1) { ksd[ojml] = 0; } } void lysi(_uli *eqlv, _uli *rtww) { for (_si uzel = 0; uzel <= 12; uzel += 1) { eqlv[uzel] = -rtww[uzel]; } } void uqtb(_uc *hbrp, _uc *baaf) { _ui *kwkv = (_ui *)(hbrp + 64); for (_si knt = 0; knt <= 7; knt += 1) { kwkv[4 + knt] = (((_ui)((baaf + 4 * knt)[0])) + ((((_ui)((baaf + 4 * knt)[1])) << (8))) + ((((_ui)((baaf + 4 * knt)[2])) << (16))) + ((((_ui)((baaf + 4 * knt)[3])) << (24)))); } } void viyv(_uli *rbyz, _uli *bmpq, _uli *wpvm) { _uli *xqsu = tewx(); _uli *benw = xzmy(); _uli *pdou = jckb(); _uli *ijyh = qkyt(); for (_si swbm = 0; swbm <= 12; swbm += 1) { xqsu[swbm] = ((bmpq[swbm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); benw[swbm] = ((bmpq[swbm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); pdou[swbm] = ((wpvm[swbm]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); ijyh[swbm] = ((wpvm[swbm]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } { for (_si nfak = 0; nfak <= 12; nfak += 1) { rbyz[nfak] = 0; } } for (_si wtkl = 0; wtkl <= (-1 + (((13) >> (1)))); wtkl += 1) { for (_si tjxa = 0; tjxa <= (-1 + (((13) >> (1)))); tjxa += 1) { _uli epeb = benw[wtkl] * pdou[tjxa] + ijyh[tjxa] * xqsu[wtkl]; _uli tjma = pdou[tjxa] * xqsu[wtkl]; _uli kjvn = benw[wtkl] * ijyh[tjxa]; _uli erng = ((rbyz[tjxa + wtkl]) + (tjma) + (((((epeb) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (erng < tjma) { kjvn += 1; } _uli ioip = ((((epeb) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((kjvn) << ((-47 + (((sizeof(_uli)) << (3)))))))); rbyz[tjxa + wtkl] = erng; rbyz[1 + tjxa + wtkl] += ioip; } djpt(rbyz); } { _uc *gftj = (_uc *)(xqsu); for (_si tcbz = 0; tcbz <= 360; tcbz += 1) { gftj[tcbz] = (_uc)(1 + gftj[tcbz]) * (_uc)(255 + gftj[1 + tcbz]); } gftj[361] = 0; } { _uc *gprr = (_uc *)(benw); for (_si inkx = 0; inkx <= 360; inkx += 1) { gprr[inkx] = (_uc)(255 + gprr[1 + inkx]) * (_uc)(1 + gprr[inkx]); } gprr[361] = 0; } hvxv(pdou); { _uc *kjkr = (_uc *)(ijyh); for (_si fzil = 0; fzil <= 360; fzil += 1) { kjkr[fzil] = (_uc)(255 + kjkr[1 + fzil]) * (_uc)(1 + kjkr[fzil]); } kjkr[361] = 0; } } void pjsv(_uc *vaz, _uc *cywm, _uc *alox, _si stip) { _uc *lrkw = (_uc *)(vaz + 0); ntnz(vaz, alox, stip); _uli *jnet = (_uli *)(vaz + 352); { _uc *amhn = (_uc *)(vaz + 0); _ui *pnna = (_ui *)(vaz + 64); _uli *zzyr = (_uli *)(vaz + 352); _uli mjzi = 8 * zzyr[0]; _uc agqx[1]; agqx[0] = 128; dkkt(vaz, agqx, 1); while (((((zzyr[0]) & (63))) != (56))) { agqx[0] = 0; wptu(vaz, agqx, 1); } for (_si nlcr = 0; nlcr <= 7; nlcr += 1) { agqx[0] = (_uc)(((((mjzi) >> (8 * (7 - nlcr)))) & (255))); { _uc *sexz = (_uc *)(vaz + 0); _uli *rpeg = (_uli *)(vaz + 352); _si phat = (_si)(((rpeg[0]) & (63))); rpeg[0] += 1; for (_si ewps = 0; ewps <= 0; ewps += 1) { sexz[phat] = agqx[ewps]; phat += 1; if (phat == 64) { { _uc *redg = (_uc *)(vaz + 0); _ui *xdwn = (_ui *)(vaz + 64); _ui *atw = (_ui *)(vaz + 96); _si jqty = 0; _ui myke = 0; _ui zgy = 0; _ui gjq = 0; _ui fbf = 0; _ui dclh = 0; _ui ogrm = 0; for (_si pfzq = 0; pfzq <= 15; pfzq += 1) { atw[pfzq] = (((((((((_ui)(redg[jqty])) << (24))) | ((((_ui)(redg[1 + jqty])) << (16))))) | ((((_ui)(redg[2 + jqty])) << (8))))) | ((_ui)(redg[3 + jqty]))); jqty += 4; } for (_si infr = 16; infr <= 31; infr += 1) { myke = ((((((((atw[-15 + infr]) >> (7))) | (((atw[-15 + infr]) << (25))))) ^ (((((atw[-15 + infr]) >> (18))) | (((atw[-15 + infr]) << (14))))))) ^ (((atw[-15 + infr]) >> (3)))); fbf = ((((((((atw[-2 + infr]) >> (17))) | (((atw[-2 + infr]) << (15))))) ^ (((((atw[-2 + infr]) >> (19))) | (((atw[-2 + infr]) << (13))))))) ^ (((atw[-2 + infr]) >> (10)))); atw[infr] = atw[-7 + infr] + atw[-16 + infr] + fbf + myke; _m[65160] += 1; } _ui oylg = xdwn[0]; _ui mrsn = xdwn[1]; _ui zfip = xdwn[2]; _ui jyc = xdwn[3]; _ui mtpe = xdwn[4]; _ui rfri = xdwn[5]; _ui whaw = xdwn[6]; _ui spab = xdwn[7]; for (_si murg = 0; murg <= 31; murg += 1) { myke = ((((((((oylg) >> (2))) | (((oylg) << (30))))) ^ (((((oylg) >> (13))) | (((oylg) << (19))))))) ^ (((((oylg) >> (22))) | (((oylg) << (10)))))); zgy = ((((((oylg) & (mrsn))) ^ (((oylg) & (zfip))))) ^ (((mrsn) & (zfip)))); gjq = myke + zgy; fbf = ((((((((mtpe) >> (6))) | (((mtpe) << (26))))) ^ (((((mtpe) >> (11))) | (((mtpe) << (21))))))) ^ (((((mtpe) >> (25))) | (((mtpe) << (7)))))); dclh = ((((mtpe) & (rfri))) ^ (((~mtpe) & (whaw)))); ogrm = fbf + spab + dclh + *(((_ui *)(_m + 246160) + murg)) + atw[murg]; spab = whaw; whaw = rfri; rfri = mtpe; mtpe = jyc + ogrm; jyc = zfip; zfip = mrsn; mrsn = oylg; oylg = gjq + ogrm; _m[65161] += 1; } xdwn[0] += oylg; xdwn[1] += mrsn; xdwn[2] += zfip; xdwn[3] += jyc; xdwn[4] += mtpe; xdwn[5] += rfri; xdwn[6] += whaw; xdwn[7] += spab; } phat = 0; } } } } _si acpw = 0; for (_si kff = 0; kff <= 7; kff += 1) { _ui sftb = pnna[kff]; amhn[acpw] = (_uc)(((((sftb) >> (24))) & (255))); amhn[1 + acpw] = (_uc)(((((sftb) >> (16))) & (255))); amhn[2 + acpw] = (_uc)(((((sftb) >> (8))) & (255))); amhn[3 + acpw] = (_uc)(((sftb) & (255))); acpw += 4; } } for (_si bgvo = 0; bgvo <= 31; bgvo += 1) { cywm[bgvo] = lrkw[bgvo]; } } void hyuy(_uli *ocnl) { _si hpdj; { hpdj = 0; _uli alpr = 19; for (_si dyjs = 12; dyjs >= 0; dyjs -= 1) { if (ocnl[dyjs] != 0) { hpdj = ((((ocnl[dyjs]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0)); break; } } } if (hpdj) { { for (_si fzzh = 0; fzzh <= 12; fzzh += 1) { ocnl[fzzh] = -ocnl[fzzh]; } } } for (_si ipno = 0; ipno <= 11; ipno += 1) { if (((((ocnl[ipno]) & (((((_uli)(1)) << (-1 + (((sizeof(_uli)) << (3))))))))) != (0))) { ocnl[1 + ipno] -= 1; } else { ocnl[1 + ipno] += ((ocnl[ipno]) >> (47)); }; ocnl[ipno] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } ocnl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); if (hpdj) { { for (_si dnly = 0; dnly <= 12; dnly += 1) { ocnl[dnly] = -ocnl[dnly]; } } } } void mjnj(_uli *aiky, _uli *kkpw, _uli *qyw) { for (_si fisn = 0; fisn <= 12; fisn += 1) { aiky[fisn] = kkpw[fisn] + qyw[fisn]; } pszz(aiky); } void qeuc(_uli *qqze, _uli *rcnq, _uli *frxh) { _uli *uhtk = wpkw(); _uli *dqfc = frfi(); _uli *thbd = yegz(); _uli *zhuc = iaks(); for (_si vryg = 0; vryg <= 12; vryg += 1) { uhtk[vryg] = ((rcnq[vryg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); dqfc[vryg] = ((rcnq[vryg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); thbd[vryg] = ((frxh[vryg]) & (((((((_uli)(1)) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) - ((_uli)(1)))))); zhuc[vryg] = ((frxh[vryg]) >> (((((((sizeof(_uli)) << (3)))) >> (1))))); } moee(qqze); for (_si mzib = 0; mzib <= (-1 + (((13) >> (1)))); mzib += 1) { for (_si jeom = 0; jeom <= (-1 + (((13) >> (1)))); jeom += 1) { _uli gqyg = dqfc[mzib] * thbd[jeom] + uhtk[mzib] * zhuc[jeom]; _uli nizk = thbd[jeom] * uhtk[mzib]; _uli iukl = dqfc[mzib] * zhuc[jeom]; _uli daix = ((qqze[jeom + mzib]) + (nizk) + (((((gqyg) << (((((((sizeof(_uli)) << (3)))) >> (1)))))) & (((((((_uli)(1)) << (47))) - ((_uli)(1)))))))); if (daix < nizk) { iukl += 1; } _uli vdnv = ((((gqyg) >> ((47 - ((((((sizeof(_uli)) << (3)))) >> (1))))))) + (((iukl) << ((-47 + (((sizeof(_uli)) << (3)))))))); qqze[jeom + mzib] = daix; qqze[1 + jeom + mzib] += vdnv; } nepy(qqze); } brs(uhtk); nwsu(dqfc); etfn(thbd); { _uc *hlbm = (_uc *)(zhuc); for (_si jtay = 0; jtay <= 360; jtay += 1) { hlbm[jtay] = (_uc)(1 + hlbm[jtay]) * (_uc)(255 + hlbm[1 + jtay]); } hlbm[361] = 0; } } _uli *zdnl() { ; _uli *aeyy; while (1) { if (_s >= 750) { _s = 0; } if (_m[-1 + 362 * (1 + _s)] == 0) { _m[-1 + 362 * (1 + _s)] = 172; aeyy = (_uli *)(_m + 362 * _s); break; } _s += 1; } return aeyy; } void eqw(_uli *bbo, _si hqvc) { bbo[0] = hqvc; for (_si wbm = 1; wbm <= 12; wbm += 1) { bbo[wbm] = 0; } } void hblq(_uc *pifp, _uc *pwvj) { _ui *xoml = (_ui *)(pifp + 64); for (_si clyj = 0; clyj <= 7; clyj += 1) { xoml[4 + clyj] = (((_ui)((pwvj + 4 * clyj)[0])) + ((((_ui)((pwvj + 4 * clyj)[1])) << (8))) + ((((_ui)((pwvj + 4 * clyj)[2])) << (16))) + ((((_ui)((pwvj + 4 * clyj)[3])) << (24)))); } } void qvca(_uli *ibot, _si fcfm) { _si eols = (fcfm % 47); _si mapj = ((fcfm) / (47)); _si hmsg = fcfm; if (hmsg > (8 * sizeof(_uli))) { hmsg = -1; } if (mapj >= 13) { mhp(ibot); } else { _uli itdo = (((((_uli)(1)) << (eols))) - ((_uli)(1))); if (hmsg < 0) { ibot[0] = 0; } else { ibot[0] = ((((ibot[0]) & (~itdo))) >> (hmsg)); }; if (mapj != 0) { ibot[0] += ((((ibot[mapj]) & (~itdo))) >> (eols)); } for (_si iqcz = 1; iqcz <= (12 - mapj); iqcz += 1) { ibot[-1 + iqcz] += ((((((ibot[iqcz + mapj]) & (itdo))) << (-eols + (((sizeof(_uli)) << (3)))))) >> ((-47 + (((sizeof(_uli)) << (3)))))); ibot[iqcz] = ((((ibot[iqcz + mapj]) & (~itdo))) >> (eols)); } for (_si uiwg = 13 - mapj; uiwg <= 12; uiwg += 1) { ibot[uiwg] = 0; } }; } void mhhd(_uli *hvly) { for (_si nkiy = 0; nkiy <= 11; nkiy += 1) { hvly[1 + nkiy] += ((hvly[nkiy]) >> (47)); hvly[nkiy] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } hvly[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void ftdy(_uli *qpev) { for (_si odcv = 0; odcv <= 12; odcv += 1) { qpev[odcv] = 0; } } void poy(_uli *tfv) { for (_si vxu = 0; vxu <= 11; vxu += 1) { tfv[1 + vxu] += ((tfv[vxu]) >> (47)); tfv[vxu] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } tfv[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void etnb(_uli *chhl) { for (_si hcxb = 0; hcxb <= 11; hcxb += 1) { chhl[1 + hcxb] += ((chhl[hcxb]) >> (47)); chhl[hcxb] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } chhl[12] &= ((((((_uli)(1)) << (47))) - ((_uli)(1)))); } void wqdu(_uli *iuas) { _si ctck = icfb(iuas); if