# Source: libedlib # Package: python3-edlib # Versions: python3-edlib (1.2.3-4), python3-edlib (1.2.3-5), python3-edlib (1.2.4-1), python3-edlib (1.2.4-2), python3-edlib (1.2.4-2+b1), python3-edlib (1.2.4-2+b2), python3-edlib (1.2.4-2+b3), python3-edlib (1.2.4-2+b4), python3-edlib (1.2.6-1), python3-edlib (1.2.7-2), python3-edlib (1.2.7-2+b1), python3-edlib (1.2.7-3), python3-edlib (1.2.7-3+b1), python3-edlib (1.2.7-3+b2), python3-edlib (1.2.7-4), python3-edlib (1.2.7-4+b1), python3-edlib (1.2.7-4+b2), python3-edlib (1.2.7-5), python3-edlib (1.2.7-5+b1), python3-edlib (1.2.7-6), python3-edlib (1.2.7-6+b1), python3-edlib (1.2.7-6+b2), python3-edlib (1.2.7-6+b3), python3-edlib (1.2.7-7), python3-edlib (1.2.7-7+b1), python3-edlib (1.2.7-7+b2) # This Description is active # Prioritize: 44 Description: library for sequence alignment using edit distance (Python3 module) A lightweight and super fast C/C++ library for sequence alignment using edit distance. . Calculating edit distance of two strings is as simple as: . edlibAlign("hello", 5, "world!", 6, edlibDefaultAlignConfig()).editDistance; Features . * Calculates edit distance (Levehnstein distance). * It can find optimal alignment path (instructions how to transform first sequence into the second sequence). * It can find just the start and/or end locations of alignment path - can be useful when speed is more important than having exact alignment path. * Supports multiple alignment methods: global(NW), prefix(SHW) and infix(HW), each of them useful for different scenarios. * You can extend character equality definition, enabling you to e.g. have wildcard characters, to have case insensitive alignment or to work with degenerate nucleotides. * It can easily handle small or very large sequences, even when finding alignment path, while consuming very little memory. * Super fast thanks to Myers's bit-vector algorithm. . This package contains the Python3 module. Description-ko: . . . . # other Descriptions of the python3-edlib package with a translation in ko: #