Scientific Computing
Showing 36 of 450 projects
3D plotting for Python in Jupyter notebooks using WebGL and IPython widgets.
A C++17 library for automatic differentiation with forward and reverse mode support, enabling efficient derivative computation.
A Julia machine learning framework providing a unified interface and meta-algorithms for over 200 models.
A comprehensive Go scientific library for numerical simulations, linear algebra, differential equations, and computational geometry.
A curated list of open-source software, data, and resources for geoscientists, hackers, and data wranglers.
A high-performance GPU-accelerated Fast Fourier Transform library supporting Vulkan, CUDA, HIP, OpenCL, Level Zero, and Metal backends.
A high-performance Python graph library implemented in Rust for general-purpose graph algorithms.
Python code and examples for Bayesian statistics from the book 'Think Bayes: Bayesian Statistics Made Simple'.
A Python toolbox for simulating photovoltaic energy system performance with open, reliable, and benchmarked models.
A Python cartographic library for easy map drawing and geospatial data visualization with Matplotlib integration.
A curated list of awesome software, libraries, and tools for numerical analysis and scientific computing.
A curated, categorized directory of packages, libraries, and resources for the Julia programming language.
A curated, categorized directory of Julia packages and resources for scientific computing and high-performance numerical analysis.
An iTerm2 backend for Matplotlib that renders plots directly in your terminal.
A Python library for 3D point cloud processing that leverages the scientific Python stack for complex operations with minimal code.
A lightweight library for building and training graph neural networks using JAX.
A lightweight library for building and training graph neural networks in JAX, providing graph data structures, utilities, and model implementations.
A library for rendering LaTeX math equations in native iOS and macOS applications using Core Text.
A Python interface for the igraph library, enabling fast creation, manipulation, and analysis of large graphs and networks.
A differentiable, hardware-accelerated molecular dynamics simulation framework built on JAX for computational physics and materials science.
A modern C++20 GPU numerical computing library with Python-like syntax for near-native performance on NVIDIA GPUs.
A curated list of awesome Python frameworks, libraries, software, and resources for chemistry and cheminformatics.
A collection of reusable scientific computing software components for solving large-scale, complex multi-physics engineering problems.
A fast C++ symbolic manipulation library with optional wrappers for Python, Julia, Ruby, Haskell, and other languages.
An open-source, plugin-based image processing framework in Python that integrates with numpy-based libraries like scikit-image and OpenCV.
An open-source chemical toolbox for converting, analyzing, and manipulating molecular data across 90+ file formats.
A dedicated OCaml system for scientific and engineering computing, providing n-dimensional arrays, linear algebra, algorithmic differentiation, and neural networks.
A Python framework for processing seismological data, providing parsers, data clients, and signal processing routines.
A framework for building parallel, multi-disciplinary simulation software, focusing on modularity, extensibility, and high-performance computing.
A web-based collaborative platform for research, teaching, and scientific publishing with Jupyter Notebooks, Sage Worksheets, LaTeX, and real-time collaboration.
A deep learning framework for Julia inspired by Caffe, featuring modular architecture and multiple backends.
A Python library that provides direct, Pythonic access to Praat's speech processing algorithms from within Python.
A pure Rust numerical optimization library offering a wide range of algorithms with a consistent, type-agnostic interface.
A modular library for creating and manipulating multidimensional array views over 1D storage in JavaScript.
A Python library with fast C implementations for computing Dynamic Time Warping and other time series distances.
Import C++ files directly from Python with automatic compilation and transparent recompilation.
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