There are no reviews yet. Be the first to send feedback to the community and the maintainers!
BSDNT version 1.0 ================= BSDNT is a BSD licensed bignum library, suitable for use by languages which need to provide bignum support and for other projects requiring relatively fast bignums. The primary goal of the project is to have clean, comprehensible, well-documented code, whilst retaining reasonable performance. It is not a goal to insanely optimise where that would make the code less readable and maintainable. Features ======== * Support for Linux, OSX, BSD, MinGW32, Cygwin, Cygwin64 * Inline assembly optimisation for 64 bit Intel and AMD x86_64 processors * Low level multiprecision natural numbers interface (nn.h) * High level multiprecision integer interface (zz.h) * Very extensive test code * SHA1 implementation * KISS / SuperKISS / Mersenne_twister pseudorandom number generators Requirements ============ Currently we require bash, gnu make and gcc 4 or later or clang. Installation ============ To build bsdnt and run the test code $ cd bsdnt $ ./configure $ make check Documentation ============= The user will most likely use the interfaces in nn.h and zz.h. All of the functions are documented in those two files. Future improvements =================== * Unroll assembly loops * Assembly support for more processors * Multiprecision rational number interface * Multiprecision floating point interface * Simplify and merge the BSD licensed fft found here: https://github.com/wbhart/flint2/tree/trunk/fft * Asymptotically fast algorithms for GCD, get_str, set_str, division (??) * Square root and n-th root code Contributors ============ William Hart, Brian Gladman, Antony Vennard, Gonzalo Tornaria, Howard Mao, Lee Wei Yeong, Ryan Goulden. ---- See the LICENSE file for legal info and warranty information. Contributions are welcome. There is a Google group here: https://groups.google.com/forum/#!forum/bsdnt-devel Enjoy!! William Hart - 1-1-2014
mpir
Multiple Precision Integers and RationalsCesium3
Fast interpreter with macros, local type inference, LLVM backend.Nemo.jl
My personal fork of the Nemo project. The official repository is at https://github.com/Nemocas/Nemo.jlAbstractAlgebra.jl
Generic abstract algebra functionality in pure Julia (no C dependencies)comb
Combinators in CCGAGraphics
Various CGA Graphics codePCRetroProgrammer
mach8blitter
Code for the ATI Mach 8 (IBM 8514/A compatible) blitterccas
A simple CAS written in C.Cesium
Fast interpreter with LLVM backend.mpir-fft
BSD licensed FFT for MPIRellipse
Ellipse code for PCRetroTech videoSimpleMath
A mathematical explorationflint1
flint1bacon
Basic Arithmetic Consolecrtc
mathwiki
A wiki of mathematical algorithmsred
Red programming languagechallenge
CAS challengecrack-bignum
GMP wrapper for crack languagegc
Garbage collector experimentsdivision
Experimental division codeShortMathNotes
Math notes with abbreviated proofsgeneric
genericrussell
Automated mathematicianPolymake.jl
Polymake interface from Juliasimple
Stupidly Implemented Mathematical Platform - Light Editionmpirweb
nemoweb
Nemo websitedpoly
D polynomial benchmarkvandiver
Vandiver test codetypes_in_julia
Types in Julia pynb slidesPixelTex
An archive of a procedural texture generator I wrote in 2005Love Open Source and this site? Check out how you can help us