IPython Cookbook, Second Edition, by Cyrille Rossant, Packt Publishing 2018
A lightweight python library that helps to keep track of numerical experiments
🔨 用Python+Numpy+Pytorch实现《数值分析》(Timothy Sauer著) 的所有算法。
Geometric Algebra package for JAX
A simple automation framework in Python
A Python package for simulating low precision arithmetic in scientific computing and machine learning
Here is some Python code that allows you to read in SVG files and approximate their paths using a Fourier series. The Fourier series can be animated and visualized, the function can be output as a two dimensional vector for Desmos and there is a method to output the coefficients as LaTeX code.
🚀 Fermat MCP: The Ultimate Math Engine - Unifying SymPy, NumPy & Matplotlib in one powerful server! Perfect for devs & researchers.
n-body-simulation performance test suite
Very Accurate Multiresolution Python Routines
A simulation modelling language
[WIP] Command-line utilities to deal with NPY array files
analyzing power-laws fits of financial time series data
A scientific computing package for solving astroparticle transport equation using operator splitting method and a finite volume approach.
Compact educational Python library for numerical methods
Optimizing the experimental design of a geoelectric survey in-field
Efficient higher-order differentiation using recurrence relations. Compute derivatives of composite functions without symbolic differentiation or finite differences.
A Numerical Calculus Library Built for the UFRJ Computational Linear Algebra course (COC473)
Implementation of published results
A miscellaneous repository for anything having to do with computation in the context of Graph Theory
Add a description, image, and links to the numerical-computation topic page so that developers can more easily learn about it.
To associate your repository with the numerical-computation topic, visit your repo's landing page and select "manage topics."