Euler #5 solution
3 people like thisPosted: 11 years ago by Michael Falanga
A Turing machine emulator. An infinite tape is simulated by a zipper, instructions are stored in the binary tree for faster lookup.
4 people like thisPosted: 11 years ago by Daniil
Implementation of Langton's ant route.. Takes first 1000 steps and returns only black fields.
4 people like thisPosted: 11 years ago by stejcz
Soundex is a phonetic algorithm for indexing names by sound, as pronounced in English implemented in F#. https://en.wikipedia.org/wiki/Soundex
5 people like thisPosted: 7 years ago by Fabio Galuppo
Fast Fourier Transform algorithm inspired by the snippet http://fssnip.net/dC/title/fast-Fourier-transforms-FFT-. The original snippet was a beautiful and idiomatic implementation based on the definition of FFT. This version sacrifices idioms and elegance for performance. For data sets with 1024 samples this version seems to be about 100x faster and easier on the GC.
3 people like thisPosted: 5 years ago by Mårten Rånge
This rotates or shifts a list. Unlike http://www.fssnip.net/qY/title/Rotate-List, which runs exponentially, this runs at O(n). In case of overflow (i.e., shift index is larger than the size of the list) will run at most once more with the modulo. This is done to prevent using `List.length` prior to entering the function, as that would lead to a perf punishment of an extra O(n) on each invocation. For large lists, `shift largeList 1` would then get a big performance hit.
1 people like thisPosted: 10 months ago by Abel Braaksma
Implements a bijective mapping between permutations and pairs of standard Young tableaux, both having the same shape. http://en.wikipedia.org/wiki/Robinson%E2%80%93Schensted_correspondence
4 people like thisPosted: 11 years ago by Ademar Gonzalez
Implementation of Langton's ant route.. Takes first 1000 steps and returns only black fields.
2 people like thisPosted: 11 years ago by stejcz
A simple implementation for the sieve of Eratosthenes.
3 people like thisPosted: 11 years ago by Gab_km
An attempt to implement murmurhash version 3 in F# Original source code: https://github.com/aappleby/smhasher/blob/master/src/MurmurHash3.cpp Original author: Austin Appleby Wikpedia link: https://en.wikipedia.org/wiki/MurmurHash
4 people like thisPosted: 6 years ago by Mårten Lindblad
Returns the index of the first element in the sorted array that does not compare less than 'target'. The given method returns an option type to handling non matching cases. parameters: target - The value whose lower bound has to be found arr - sorted array beg - start index, usually zero en - end index, usually length of array minus one
0 people like thisPosted: 2 years ago by Krishna Mohan