Scientific Computing
Showing 36 of 450 projects
Interactive Jupyter notebook exercises for an audio signal processing lecture, covering practical implementations and simulations.
An open-source Python library providing mathematical tire models for vehicle dynamics research and simulation.
A photovoltaic simulator with automatic differentiation for solar cell modeling and optimization, built on JAX.
A Python solver for convex optimization problems defined on graphs, enabling distributed optimization across network structures.
A differentiable hydrodynamics and magnetohydrodynamics code for astrophysics built with JAX, enabling gradient-based inverse modeling and multi-GPU simulations.
A pure Lua package for Fast Fourier Transformations based on KissFFT, with complex number support.
A Fortran 95 library for parsing, extracting, and manipulating JSON data within Fortran applications.
GPU/TPU accelerated nonlinear least-squares curve fitting using JAX, designed as a drop-in replacement for SciPy's curve_fit.
A header-only C++ library for 2D and 3D data visualization using modern OpenGL.
A parallel workflow extension for Rake that runs tasks on multicores, clusters, and cloud environments.
A Python package for applying Gaussian processes and Bayesian optimization to images and hyperspectral data using Pyro and Gpytorch.
A fast Modified Discrete Cosine Transform implementation using SciPy and FFTs for audio coding applications.
SIMD-powered numerical array operations for Common Lisp via CFFI, providing high-performance mathematical computations.
A Common Lisp library that enables calling Python code and libraries directly from Lisp programs.
An efficient arrayed vector math library for Common Lisp with multi-threading and CUDA support.
A toolkit for building 2D and 3D interactive visualizations in Jupyter notebooks using proxy widgets and jQuery plugins.
A Crystal linear algebra library providing a high-level interface to LAPACK routines for matrix operations.
A transpiler that converts Fortran 77 source code into equivalent Go code, preserving functionality and comments.
A Torch wrapper for the Cephes mathematical functions library, providing special mathematical functions for scientific computing.
A Ruby gem providing probability distributions with pure Ruby, C (GSL), and Java implementations for statistical computing.
A signal processing toolbox for Torch 7 providing Fourier transforms, spectrograms, and other signal analysis functions.
Pure Python library for reading NIS Elements ND2 microscopy images and metadata using the pims framework.
Type-safe n-dimensional arrays (tensors) in Scala 3 with compile-time shape, axis label, and data type validation.
A Python tool for stitching large volumetric images from light-sheet fluorescence microscopy.
A Crystal library for creating graphs with a minimal API and sensible defaults, powered by gnuplot.
A curated list of Common Lisp libraries and resources, focused on beginners and modern tooling.
A CMake plugin composer that simplifies building and maintaining CMake-based projects by assembling reusable modules.
A Common Lisp library providing functions and macros for manipulating arrays and performing numerical calculations.
Graph layout and visualization algorithms implemented in pure Julia for force-directed, stress-majorization, and hierarchical layouts.
A Delphi component equation editor for entering and displaying complex mathematical formulas in applications.
A Python module for creating convolutional autoencoders to model background error covariance in variational data assimilation.
A generic Swift math framework for function solving, optimization, matrix algebra, complex numbers, and big integers with performance optimizations.
A collection of demos and tutorials for learning Torch7, a scientific computing framework with deep learning support.
A pure Fortran 2003+ library for portable, parametrized numerical types, format strings, and number-string conversions.
A framework for keeping biomedical text mining tools running on the latest publications from PubMed.
A Python library for accelerated fluid-structure interaction simulations using the immersed boundary lattice Boltzmann method, powered by JAX.
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