Scientific Computing
Showing 36 of 450 projects
An open-source machine learning library for regression tasks using the Relevance Vector Machine (RVM) technique.
A C++ core engine for deferred structural elucidation analysis of molecular dynamics trajectories.
A numeric extension for Lua providing multi-dimensional arrays with a Numpy-like API and C-level performance.
Automatic documentation generator for modern Fortran programs, extracting information from source code comments.
A cheminformatics extension for SQLAlchemy that enables chemical data storage and querying in relational databases.
A C++ library for performing geographic projections and geodetic calculations with high precision.
A graphical computation package for Torch that enables graph-based operations and visualization.
A Java library for hybrid modeling that combines agent-based and partial differential equation components for complex spatial simulations.
A napari plugin for reading multiple microscopy and general image file formats directly into the viewer using pure Python.
A JRuby-based multidimensional array library inspired by NumPy and NArray, providing scientific computing capabilities with linear algebra and statistics.
A Common Lisp library for computations with physical quantities, supporting units, uncertainties, and automatic error propagation.
A cross-platform patched version of NASA/JPL's SPICE Toolkit for C, enabling space mission geometry calculations on Linux, macOS, Windows, and Web.
A header-only C++ library that provides a high-level interface to Gnuplot for creating plots directly from C++ programs.
Provides Lua/Torch bindings for the Randomkit library, enabling random number generation from various statistical distributions.
A transparent Elixir wrapper for matplotlib.pyplot that enables Python-style plotting from Elixir code.
A D library providing advanced random number generators with performance improvements and new statistical distributions.
A 1D3V particle-in-cell simulation code for plasma physics, accelerated using JAX for performance on CPUs, GPUs, and TPUs.
Two algorithms (LPAwb+ and DIRTLPAwb+) for finding weighted modularity in bipartite networks.
A Python library for processing lattice light-sheet microscopy data, automating parameter detection and image corrections.
A collection of Fiji/ImageJ plugins for trabecular geometry and whole bone shape analysis in skeletal biology.
OCaml bindings for the Message Passing Interface (MPI) library, enabling distributed-memory parallel programming in OCaml.
A standalone, portable Ada package for decoding various image formats from any data stream to any output medium.
A pure Go library for reading and writing HDF5 files without CGo dependencies, featuring HDF5 2.0.0 compatibility.
A modular CMake-based system to automate building complex software dependencies from source for FlyEM applications.
A NumPy-like multidimensional array library for Common Lisp with strides, offsets, and customizable storage.
A tiny Go library for linear interpolation with O(log(N)) evaluation and a fast O(1) uniform-spacing special case.
A personal learning repository for implementing neural networks and machine learning models using Torch in Lua.
A Clojure library providing optimization, control theory, and system identification tools built on Neanderthal for numerical computation.
A statistics library for the D programming language, balancing performance and ease of use.
An interactive image processing program for biologists written in Python.
A Delphi library for arbitrary-precision integer and floating-point arithmetic with operator overloading and chaining support.
A Java scientific computing library providing SciPy-like signal processing, FFT, filtering, and analysis for JVM and Android applications.
A Go library for solving ordinary differential equation systems with a simple API and interactive simulation capabilities.
A Python library for state-based transformation systems in brain modeling and simulation.
A pure Fortran 2003+ library for Base64 encoding and decoding of all intrinsic types, including scalars, arrays, and mixed data.
A Go library for solving ordinary differential equations with multi-dimensional state vectors and channel-based stopping conditions.
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