Search Results for "arbitrary precision" - Page 2
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Showing 50 open source projects for "arbitrary precision"
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C++ BigInt class
C++ BigInt class enables to work with arbitrary precision integers
C++ BigInt class that enables the user to work with arbitrary precision integers. Latest Version: 10.3 (2019-03-06) -
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BigFloat
BigFloat - Floating-point arithmetic for arbitrary precision numbers.
This library of classes, for now, will only be understood by developers and programmers of the C ++ language. I'm still developing the algorithms, so I did not have time to develop a more user-friendly interface. -
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Simple Python Fixed-Point Module
Pure-python binary fixed-point arithmetic library
This Python module provides basic facilities for mathematics on fixed-point numbers. The number of fractional binary digits is tunable, allowing near-arbitrary precision arithmetic. Arithmetic & functions such as sqrt, exp, log, sin & cos are available. For the latest releases please visit https://github.com/rwpenney/spfpm -
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fNBookForm2 for Mathematica
print sci num with powers (txtbook) + read back
fNBookForm2 prints a number in Textbook Form with powers abbreviations in place of exponents (default). Output is a compressed dressed form textbooks use for significant figures tables. Easy, quality, comprehensive. booknum reads such. an important aspect is that the result maintains both accuracy and precision and has rounding control. doing this sometimees requires careful planning (error-prone complicated conversions). can read them back from textbook (into Mathematica)... -
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yacas
Computer calculations made easy
...The downloads section at sourceforge will be kept up to date for the foreseable future. Yacas is an easy to use, general purpose computer algebra system. It uses its own programming language designed for symbolic as well as arbitrary-precision numerical computations. The system comes with a library of scripts and extensive documentation. Yagy (http://sourceforge.net/p/yagy) provides full yacas experience wrapped in a simple and intuitive graphical interface. -
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Arbitrary Precision Calculator a Qt-based user interface to the Calc library “Calc - C-style arbitrary precision calculator” (2.12.2.2 with fixes up to 2.12.4.3) by Landon Curt Noll et. al. http://isthe.com/chongo/tech/comp/calc/ and also https://sourceforge.net/projects/calc/ This project owes an enormous debt of gratitude to Landon.
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SuperFractalThing
Mandelbrot set generation using perturbation theory
SuperFractalThing uses perturbation theory and series approximations to produce arbitrary precision Mandelbrot set images much faster than is conventionally possible. -
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Complex Renderer
Simple renderer of complex functions including recursive
...The second does the same, but was written with D language and Derelict3. The third uses GPU (GLSL shaders) to draw Mandelbrot set. It is extremely fast, but uses only 32-bit float. And finally, the fourth works on CPU, but uses arbitrary precision (OpenMP), so it hasn't limit for depth (except rendering time). -
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libreMPC
Multiple Precision Arithmetic in C.
libreMPC is a free C library for arbitrary-precision arithmetic. -
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gxLibrary : C++ (CUDA+AMP+CPU)
C++ library for easy simulations on any CUDA/AMP/CPU or remote PC
Helps to program ( in C++) simulations or long-running calculations with many iterations. Easily write C++ code that is same as single-threaded ( or shorter and simpler) , and gxLibrary will compile and run that code as massive multi-threaded on any available GPU (CUDA/AMP) or CPU, either on local or remote PC. Write code functions once, just like they would be written for regular single-threaded cases - no need to write separate code for CUDA or AMP or CPU, or to modify code for... -
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ExactCalc
Software for exact computing based on interval arithmetic.
...To save Your time using CPU time this program provides interpreter of simple programming language based on interval algebra with arbitrary precision arithmetic. -
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CUDA Fractal
Fractal Generator using CUDA technology.
This project will utilize CUDA technology to render Mandelbrot fractals with arbitrary frame buffer size, arbitrary precision numbers for infinite zoom capability, and have features to stress test CUDA based nVidia Titan GPUs. -
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java-numbers
A library for working with various complex numbers in Java.
Java-Numbers is a library for working with complex numbers of arbitrary precision in Java. Currently I have implemented Rational, which describes rational numbers in vulgar form. For example instead of 1/3 becoming the irrational 0.3333..., it remains 1/3, and so operations on it result in what was intend, i.e. (1/3) * (3) = 1, and not 0.3333... * 3.0 = 0.9999... -
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CalcPi
This is a multiplatform program to calculate pi.
This program calculates pi and other mathematical constants to arbitrary precision, only limited by processing power and memory. Its main feature is not speed, but multiplatform capability and a nice GUI. -
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GMP (MinGW)
Multiple Precision Arithmetic Library
A library for arbitrary precision arithmetic, operating on signed integers, rational numbers, and floating point numbers. -
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Solarized
precision color scheme for multiple applications (terminal, vim, etc.)
Solarized is a carefully designed color palette available in both light and dark variants, built to reduce eye strain and maintain semantic contrast across tools. Its twelve-color scheme balances hues and luminance so syntax elements remain distinct without harsh brightness jumps. The project ships with reference implementations and guidelines to keep colors consistent across terminals, editors, and applications. A defining characteristic is its fixed palette: rather than arbitrary theme... -
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Collatz tool is a little application to find numbers of collatz problem and modified collatz problems. You can modify the collatz factor, count of max. calculations, output. Done with C++ and bigInt Library for arbitrary precision integers.
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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.
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Java arbitrary-precision calculator and expression parser. "Compiles" text equations into functors to be executed using the Java BigDecimal class.
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Distributed Java Fractal Generator. DJFractals can computes fractals in arbitrary precision using any CPU available from high performance multi-processors clusters of computers to grid of JavaCards and even at the same time.
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directed rounding, rational arithmetic and arbitrary precision arithmetic based on regular continued fraction expansions Moved to https://exactarithmetic.dev.java.net/
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State is a programming language for automation control software. Hierarchical, type parametrized systems, controlled by Moore statemachines, are connected with arbitrary precision signals. Code generators for M68HC11 and Java are available.
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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.
