C library for arbitrary-precision decimal floating-point arithmetic.

C library for arbitrary-precision floating-point arithmetic with correct rounding.

Numerical computing library for Python with multi-dimensional array operations and mathematical functions.

Optimized BLAS library providing fast linear algebra operations (matrix multiplication, factorization, etc.).

C library for working with triangulated surfaces, commonly used in geospatial and computational geometry applications.

C library and file format for storing and managing large heterogeneous scientific datasets with fast I/O.

C++ header-only template library for linear algebra (matrices, vectors, solvers, decompositions).

C library for computing the Discrete Fourier Transform, optimized for speed across multiple CPU architectures.

C++ library for computational geometry algorithms, meshes, and spatial data structures.

C library and format for storing and accessing array-oriented scientific data with compression support.

C library for reading and writing FITS astronomical data files, with optional Fortran bindings.

Computes convex hulls, Delaunay triangulations, and Voronoi diagrams in n-dimensional space.

C++ toolkit for 3D graphics, image processing, and scientific visualization with Python bindings.

C library suite for sparse matrix algorithms and decompositions.

High-performance message passing library for distributed and parallel computing on clusters and supercomputers.

Interior point optimizer library for solving large-scale nonlinear optimization problems.

C/Fortran library for storing and retrieving structured/unstructured CFD simulation data in HDF5 format.

C library for fast SIMD evaluation of elementary math functions (sin, cos, log, exp, etc.) across vector architectures.

C library for reading and writing MATLAB MAT files, with support for HDF5-based formats.

C++ library for solving large-scale nonlinear optimization and least-squares problems.

C++ header-only template library for linear algebra (matrices, vectors, solvers, and algorithms).

High-level interpreted language for numerical computing, MATLAB-compatible.

Shared library providing AMPL Solver Library (ASL) for mathematical optimization modeling and solver integration.

Graph and matrix partitioning library written in C for divide-and-conquer domain decomposition.