the test sequence length = 128 MB ------------------------------------------------------------------------------ Yasmarang.bin cumulative sums, 1 sequence the bit runs statistic = 6.41477 [P = 0.7793] the alt. 1 bit runs statistic = 5.86650 [P = 0.8264] the alt. 2 bit runs statistic = 8.07765 [P = 0.6213] the alt. 3 bit runs statistic = 4.50455 [P = 0.9217]^ the alt. 4 bit runs statistic = 4.88642 [P = 0.8986] the alt. 5 bit runs statistic = 10.78045 [P = 0.3749] the block bit freq. statistic = 251.27249 [P = 0.5717] the bit frequency statistic = 2.07941 [P = 0.1493] the tidbit frequency statistic = 4.50677 [P = 0.2117] the nibble frequency statistic = 23.55169 [P = 0.0731]* the byte frequency statistic = 284.68858 [P = 0.0975]* the bit 0 statistic = 2.04419 [P = 0.1528] the bit 1 statistic = 0.07365 [P = 0.7861] the bit 2 statistic = 0.08212 [P = 0.7744] the bit 3 statistic = 1.95678 [P = 0.1619] the bit 4 statistic = 18.42731 [P = 0.0000]**** the bit 5 statistic = 0.01069 [P = 0.9176]^ the bit 6 statistic = 1.53852 [P = 0.2148] the bit 7 statistic = 2.10235 [P = 0.1471] the overall bit statistic = 26.23561 [P = 0.0010]*** the 8-bit-sum statistic = 4.63724 [P = 0.7956] the 16-bit-sum statistic = 1.35824 [P = 0.5071] the 32-bit-sum statistic = 3.61942 [P = 0.1637] the odd/even-bit-sum statistic = 46.48522 [P = 0.9410]^ the 64-bit matrix statistic = 281.99822 [P = 0.1180] the 128-bit matrix statistic = 272.93677 [P = 0.2102] the 256-bit matrix statistic = 247.41512 [P = 0.6216] the 512-bit matrix statistic = 224.43281 [P = 0.9165]^ the 1024-bit matrix statistic = 234.30602 [P = 0.8193] the 2048-bit matrix statistic = 240.41507 [P = 0.7353] the bit prediction A statistic = 1.39613 [P = 0.2374] the bit prediction B statistic = 0.10540 [P = 0.7454] the bit prediction C statistic = 1.49698 [P = 0.2211] the bit prediction D statistic = 0.54542 [P = 0.4602] the bit prediction E statistic = 0.29323 [P = 0.5882] the byte prediction A statistic = 0.41939 [P = 0.5172] the byte prediction B statistic = 1.14713 [P = 0.2842] the byte prediction C statistic = 4.74394 [P = 0.0294]* the byte prediction D statistic = 1.40963 [P = 0.2351] the byte repetition statistic = 0.16327 [P = 0.6862] the 2-byte AND statistic = 12.56298 [P = 0.0505]* the 4-byte AND statistic = 2.63784 [P = 0.2674] the 4-byte AND-OR statistic = 1.46280 [P = 0.4812] the 2-byte up/down statistic = 1.64567 [P = 0.4392] the 4-byte up/down statistic = 5.71484 [P = 0.5734] the rect. distance statistic = 11.21751 [P = 0.0819]* the 4-byte collision statistic = 0.02425 [P = 0.8762] the 6-byte collision statistic = 0.18452 [P = 0.6675] the 8-byte collision statistic = 0.32792 [P = 0.5669] the 12-byte collision statistic = 1.01133 [P = 0.3146] the 16-byte collision statistic = 0.12598 [P = 0.7226] the 24-byte collision statistic = 0.23802 [P = 0.6256] the 32-byte collision statistic = 0.35156 [P = 0.5532] the 1-byte offset XOR statistic = 259.09546 [P = 0.4169] the 2-byte offset XOR statistic = 250.54537 [P = 0.5670] the 6-byte offset XOR statistic = 265.30423 [P = 0.3157] the 24-byte offset XOR stat. = 240.04056 [P = 0.7409] the 120-byte offset XOR stat. = 264.22204 [P = 0.3325] the 720-byte offset XOR stat. = 289.17071 [P = 0.0695]* the 5040-byte offset XOR stat. = 258.56371 [P = 0.4260] the 40320-byte offset XOR stat. = 236.84925 [P = 0.7864] the 362880-byte off. XOR stat. = 282.08243 [P = 0.1173] the multiple of 3 statistic = 0.03997 [P = 0.8415] the multiple of 5 statistic = 0.00689 [P = 0.9338]^ the multiple of 7 statistic = 1.06551 [P = 0.3020] the multiple of 11 statistic = 0.06188 [P = 0.8036] the multiple of 13 statistic = 6.92543 [P = 0.0085]** the multiple of 17 statistic = 0.16992 [P = 0.6802] the multiple of 19 statistic = 3.41529 [P = 0.0646]* the multiple of 23 statistic = 0.00905 [P = 0.9242]^ ------------------------------------------------------------------------------