Search Results for "latex2word-equation" - Page 8
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Showing 344 open source projects for "latex2word-equation"
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Algebra Helper shows how signs change when moving a quantity from one side of an equation to the other. Algebra Helper is implemented in JavaScript.
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Pi theorem
Check physical equations dimensional validity
Pi is a command line utility able to check the dimensional validity of an equation. Usage: pi language(en|fr|math) out(text|latex|maple) action(list|pi) (vareq1 vareq2) ... varbase Examples: pi en text list : list all the available physical values in english pi math latex pi m a F : test the Newton law (should find F=m.a) and gives the result in latex format pi en text pi mass speed energy : test the kinetic energy relation in english, formatted in text pi fr maple pi Hplanck... -
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Data Matrix
Java Api to manipulate simple on data of Matrix Type
Java Api to manipulate simple on data of Matrix Type. There is lot of usefull methods like resize, insert , remove, sort and lot of other methods. Usefull methods to manipulate with diagonals. For example you can create block diagonal matrix. There is lot of usefull methods to manipulate on mathematic matrix also, like determinant , norm , minor , cofactor , solveLienarSystem , arithmetic operations also and lot more. -
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VisualMathEditor
LaTeX, AscciMath and MathML editor developed in Javascript and HTML
Visual Math Editor New Version “ It now offers more than 730 LaTeX symbols and 210 AsciiMath symbols. It now works in all modern browsers without plugin. It now works with LaTeX, AsciiMath, MathML and HTML syntaxes. It improves the ergonomics of the user interface.” VisualMathEditor is a LaTeX, AsciiMath and MathML editor developed in Javascript and HTML. It operates independently on the web or locally. It has many features and menus that help the equation-entry and allow...">
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Cooldt
Cool-down time calculator for multi-layers pipe
Cooldt calculate the cooling duration of a multi-layers pipe in a cold environment. The duration to reach the “Final fluid temperature” or cool-down time (CDT) is calculated by solving the heat equation in cylindrical coordinates with a flux conservative formulation. -
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algebrain
Math Parser for Java
Moved to GitHub https://github.com/fedups Algebraic equation processing at run time for Java programs. Supports variables, functions with parameters, rate table lookups, an embedded "if" function... Infinitely extensible, very small footprint. -
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x9wm linux
x9wm Linux - 32/64bit Intel Debian Stable w/ x9wm
... menu feature for window (max) maximize to save reshape for full-screen windows in any screen dimension 4 Code stub preped for automation and bottom menu control bar 5 Integrated into x9wm linux version "celestial" 1.2 Debian Wheezy w/ gnome-commander integrated 6 Gnome-Commander integrated and remote filesystems and WIndows SMB / CIFS partitions integrated 7 Gnome GEDIT now default text editor 8 qcalculate replaced xcalc as a much more fully features general purpose calculator / equation -
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MathCalc aims to be a flexible calculator, it tries to make things very simple to the user. with extra features like sketching, matrix operations, Linear equation solver and more ! This document explains how to compile MathCalc and install it to your PC.
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Easy Equations
Hand Written Equation Creator
Easy Equations is a utility using which one can write the mathematical equations. The focus of this utility is to provide user friendly access to write mathematical equations which is helpful for students, lecturers, mathematicians and Research persons who prefer using mathematical equations in a document, PowerPoint or web sites. Works on Windows as well as Linux platforms. Software Requirements: JDK 7 or higher. Linux Platform with kernel version 2.7 or higher.(for Linux users).python... -
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A python program to solve Lippmann Schwinger's equation base on the method of Moulinec, Suquet (1998) in the linear elastic case.
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SunlightDPD
Open source codes related to dissipative particle dynamics
SunlightDPD provides a home for open source codes related to the dissipative particle dynamics (DPD) simulation method. Currently the file release contains the HNC integral equation code. -
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The parallelized FDTD Schrodinger Solver implements a parallel algorithm for solving the time-independent 3d Schrodinger equation using the finite difference time domain (FDTD) method. See the Hosted Apps > MediaWiki menu item for more information.
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gabipb
A GPU-accelerated boundary integral Poisson-Boltzmann solver
This software package presents a GPU-accelerated direct-sum boundary integral method to solve the linear Poisson-Boltzmann (PB) equation. In our method, a well-posed boundary integral formulation is used to ensure the fast convergence of Krylov subspace based linear algebraic solver such as the GMRES. The molecular surfaces are discretized with flat triangles and centroid collocation. To speed up our method, we take advantage of the parallel nature of the boundary integral formulation... -
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hobipb
a higher-order boundary integral Poisson-Boltzmann solver
This software contains the parallel higher-order boundary integral method to solve the linear Poisson-Boltzmann (PB) equation. A well-posed boundary integral formulation is used to ensure the fast convergence of Krylov subspace linear solver such as GMRES. The molecular surfaces are first discretized with flat triangles and then converted to curved riangles with the assistance of normal information at vertices. To maintain the desired accuracy, four-point Gauss-Radau quadratures are used... -
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Standcurve
Standcurve performs standard curve analysis
The purpose of this program is to calculate unknown by a standard curve. It uses polynomial least square fitting to get the equation and apply the equation to evaluate unknown. It was developed on Linux and runs on Linux and Windows. -
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MPQC
Massively Parallel Quantum Chemistry program
The Massively Parallel Quantum Chemistry program, MPQC, computes properties of atoms and molecules from first principles using the time independent Schrödinger equation. -
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finiteDiff
Program for solving the Schrödinger equation
This little set of programs compute the solutions to one and three dimensional Schrödinger equations with different potentials. Explicit, implicit and eigenvalue methods are included. The explicit and implicit method are provided in C++ whereas the matrix method is implemented as a MATLAB scipt. All these method use finite differences. -
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math toolkit
A C++ and Python library for finance, statistics and linear algebra.
... decomposition, svd, eigen values/vectors ... And some auxiliary features like random number generators, equation solution, numerical integration, permutation/combination and gcd/lcm etc. It is aimed to be a convenient and handy toolkit to check out your ideas. -
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=== This project has moved to github === https://github.com/APTG/libdedx libdEdx is a physics library for stopping power calculations. Stopping power is the energy loss of a particle per unit length (dE/dx). libdedx is supposed to be both fast and easy to use, and features multiple standard dE/dx lists (ICRU, MSTAR...)
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The project offers support for NTC thermistor calculations. The Steinhart-Hart equation is a mathematical model for these thermistors. Software to calculate the coefficients based on temp-resistance tables and functions allowing conversion are provided.
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LatexInWord provides macros for Microsoft Word that allow the use of LaTeX input to create equations images in both inline and display modes. Similar macros for other word processors will hopefully be added in the future. We are currently in the process of migrating this project to GitHub: Client: https://github.com/EngineeroLabs/latex_in_word Server: https://github.com/EngineeroLabs/Process_LaTeX
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eeQu
Online Equation Database
Look up mathematical equations with descriptions on parameters, how they function, and what they control, and related mathematical information. -
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abc-sde
approximate Bayesian computation for stochastic differential equations
A MATLAB toolbox for approximate Bayesian computation (ABC) in stochastic differential equation models. It performs approximate Bayesian computation for stochastic models having latent dynamics defined by stochastic differential equations (SDEs) and not limited to the "state-space" modelling framework. Both one- and multi-dimensional SDE systems are supported and partially observed systems are easily accommodated. Variance components for the "measurement error" affecting the data... -
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Whiteboard Notepad
A suite of tools designed to enhance your interactive whiteboard.