A simple computer algebra system, implemented in groovy
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Updated
Jun 13, 2015 - Groovy
A simple computer algebra system, implemented in groovy
Resolve recursive sequences to explicit nth item formulas with SymPy.
Symbolic computation library for simple mathematical expression generation, differentiation, evaluation and plotting.
🍊 Intro to symbolic computation in Python including applications to function optimization, physics simulation and more. Includes notebooks on back-propagation, auto-diff and more.
A SymPy-based library for calculating the error percentage for measured values
Fast evaluation of the generalized hypergeometric function in Matlab
Fit symbolic polynomial to data in Matlab
symbolic math / computer algebra experiments
A python package to specify CPlex models using symbolic matrix equations
Algorithm that computes the powerresidue symbol, the hilbert symbol and ibeta
Allows for the creation of trees that represent symbolic expressions using Ketos.
Symbolic automatic differentiation/integration with custom rules and simplifications from scratch in C++
automatic code generation for Nonlinear Model Predictive Control (NMPC)
A miscellaneous repository for anything having to do with computation in the context of Graph Theory
Meta mathematics. Symbolic functions and derivatives.
FriCAS for Cygwin64 (portable)
GMac, short for “Geometric Macro“, is a sophisticated .NET based code generation software system that allows implementing geometric models and algorithms based on Geometric Algebra (GA) in arbitrary target programming languages. You can download the full GMac source code at: https://github.com/ga-explorer/GMac and you can read the full GMac user…
Tentative symbolic computation framework geared towards 2D/3D geometry & CAD - WIP
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