Search Results for "arithmetic" - Page 4

This is a library of classes and functions to be used to abstract arbitrarily large integer and floating-point numbers in C++. All standard operators are overloaded so the user is able to substitute "mpi" for "int" and "mpf" for "double" to use.

K is a C++ library featuring Genetic Programming, cryptography, 64 bits arithmetic, cross-platform macros and unicode conversion routines. It compiles on NewtonOS, Mac < X, Unix and Windows and it makes little use of C++ templates.

ComprLib is a library providing a flexible and easy to use interface for encoding and decoding of data, independent of the input and output sources. New codecs able to encode/decode Arithmetic to LZSS have been ported.

A handy utillity for automatically simplifying and solving equations and expressions, not only ordinary arithmetic, but in the future also maths like Booles and others.

This project has the aim to offer a highly efficient C++ library for arbitrary-precision integer and decimal arithmetic. Actually an alpha version of the arbitrary-precision-integer-arithmetic-class can be downloaded.

XNum is an integer arithmetic library written in C++. The difference between XNum and other libraries such as GMP <http://www.swox.com/gmp/> is the the former tries to imitate the practical method that humans use to do the arithmetic themselves. Current

Number Navigator is a Windows Program written in Visual C++ using MFC. The program is an educational maths tool to teach Arithmetic skills.

Tool for investigations in MTS (Mechanical Trading Systems) field, based on core idea of Genetically modificated Recursive Arithmetic Neuron Nets.

A portable implementation of the proposed std::decimal. Some compilers (notably gcc) are already making this available, and it seems likely to become standard. This does not implement the decimal arithmetic, but rather relies on existing implementations (typically C libraries) that can easily be downloaded elsewhere.

...This will be the perfect IDE to let your imagination run wild, without being held back by the tedious algorithms. When you were a kid were you dying to learn about pointer arithmetic, or did you want to just be able to create something robust and expressive, that you could point to and say "I created that. I saw where that was not, and I said 'this will not do.'"? People are their most creative when they're children, and if we can get just one kid interested in programming who otherwise wouldn't have been, then our mission here will have been an overwhelming success. ...