A small command line tool to process streams of numbers and spit out the running total, bin the results or merge duplicates. Supports arbitraryprecision numbers. ocdf is named for the cumulative distribution function in probability.
Package with various tools for the programmer in UNIX environments. Contains classes for time measuring, image and file manipulation as well as arbitraryprecision arithmetics.
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This is module for basic computation with floating point numbers. Numbers can have very wide mantissa for good precision, for realize "arbitrary-precision arithmetic". Module was adapt for BCB and MSVC compilers. Russian comments.
SACIC - Semi-Advanced Command Interpreting Calculator - is a small calculator application capable of evaluating mathematical expressions with arbitraryprecision, handling variables, drawing graphs, solving equations and more. It also supports simple scr
Distributed Java Fractal Generator. DJFractals can computes fractals in
arbitraryprecision using any CPU available from high performance multi-processors clusters of computers to grid of JavaCards and even at the same time.
directed rounding, rational arithmetic and arbitraryprecision arithmetic based on regular continued fraction expansions
Moved to https://exactarithmetic.dev.java.net/
C++ template classes for Multi-Value Logic support arbitraryprecision and user defined Multi-Value Logic types. This library comes with pre-defined data types: integer, boolean, bit, logic, std_logic, bit_vector, logic_vector and std_logic_vector.
Nickle is a desk calculator language with powerful programming and scripting capabilities. Nickle supports a variety of datatypes, especially arbitraryprecision numbers.
kalc is a programmable scientific calculator, using RPN (Reverse Polish Notation). Its behaviour imitates a HP48/HP49 calculator. Works with real and complex numbers, unlimited size integers, arbitrary-precision real numbers and more.
This is a port of the GNU MultiPrecision library of C arbitrary-precision arithmetic routines to IA-64, with a focus on efficient (assembly) IA-64 routines for mul_basecase.c and sqr_basecase.c