math
Mathematics, statistics, and numerical tools
1,297 packages — Page 2
This page covers dune-curvedgeometry–latte-integrale. Search all 1,297 packages →
Browse the complete collection of 1,297 FreeBSD math packages available in the ports tree. Every package can be installed with a single pkg install command. The most popular packages in this category include py311-numpy, R, gmp. We have 1 guide covering math software on FreeBSD.
Most Popular
py311-numpy1.26.4_11,1The New Numeric Extension to Python549 rdepsR4.5.2Language for statistical computing and graphics496 rdepsgmp6.3.0Free library for arbitrary precision arithmetic348 rdepsopenblas0.3.30,2Optimized BLAS library based on GotoBLAS2149 rdepsfftw33.3.10_5Fast C routines to compute the Discrete Fourier Transform135 rdeps
All Packages
150 results
dune-curvedgeometryg20201116_1
DUNE framework: curved dune geometries by Lagrange parameterizationdune-foamgrid2.8.0_1
DUNE framework: one- and two-dimensional simplex grids1 rdepsdune-functions2.8.0_1
DUNE framework: Abstraction layer for global finite element functions1 rdepsdune-geometry2.8.0_15
DUNE framework: Geometry transformations, reference elements, etc12 rdepsdune-grid2.8.0_15
DUNE framework: Geometry transformations, reference elements, etc10 rdepsdune-grid-glue2.8.0_13
DUNE framework: infrastructure for coupling of unrelated Dune gridsdune-istl2.8.0_13
DUNE framework: Iterative Solver Template Library2 rdepsdune-localfunctions2.8.0_1
DUNE framework: Local finite elements3 rdepsdune-metagridg20210929_1
DUNE framework: module implementing a variety of DUNE meta gridsdune-multidomaingrid2.8.0_1
DUNE framework: meta grid for subdomains spanning parts of host griddune-pdelab2.7.0.20210824_30
DUNE framework: PDE solver toolboxdune-polygongrid2.8.0_13
DUNE framework: 2D polygonal grid1 rdepsdune-spgrid2.8.0_2
DUNE framework: A structured, parallel DUNE grid implementation1 rdepsdune-typetree2.8.0_2
DUNE framework: The TypeTree library3 rdepsdune-uggrid2.8.0_15
DUNE framework: The UG Grid Manager7 rdepsdune-vtk2.8.0_28
DUNE framework: File reader and writer for the VTK XML formate-antic2.1.0_2
Real Embedded Algebraic Number Theory In Ceclib20250627_1
C++ library for arithmetic on elliptic curvesecos2.0.10
Lightweight conic solver for second-order cone programmingedenmath1.1.1_13
Scientific calculator for GNUstep1 rdepseigen3.4.0_4
Lightweight library for vector and matrix math15 rdepseispack1.0_15
Eigenvalue system packageelan4.1.2
Lean version managerelemental1.5.3_2
Dense and sparse linear algebra, conic optimization, lattice reductionelementary-calculator8.0.1
Simple calculator written in Valaelpa2021.11.001_5
Eigenvalue soLver for Petaflop Applications2 rdepsensmallen2.22.1
Flexible C++ library for efficient mathematical optimization1 rdepsent0.20080128_1
Entropy calculation and analysis of putative random sequenceseprover2.6_2
Theorem prover for full first-order logic with equalityess25.01.0_2
R support for Emacseness-emacs_canna25.01.0_2
R support for Emacseness-emacs_devel25.01.0_2
R support for Emacseness-emacs_devel_nox25.01.0_2
R support for Emacseness-emacs_nox25.01.0_2
R support for Emacseness-emacs_wayland25.01.0_2
R support for Emacseneukleides1.5.4_9
Euclidean geometry drawing languageeval113_2
Full featured floating point expression evaluatorexprtk0.0.3
C++ Mathematical Expression Toolkit Libraryfacile1.1.3_4
Functional Constraint Libraryfaiss1.13.1
Library for efficient similarity search & clustering of dense vectors2 rdepsfann2.2.0.20230126
Free open source neural network libraryfast_float8.1.0
Fast and exact C++ number parsing libraryfastops1.0.0
AVX/AVX2-accelerated bulk call of math functionsfcl0.7.0_1
Flexible Collision Library1 rdepsfcl050.5.0_3
Flexible Collision Library (Old version)1 rdepsfend1.5.7_4
Arbitrary-precision unit-aware calculatorfenics-basix0.8.0_2
FEniCS finite element basis evaluation library1 rdepsfflas-ffpack2.5.0_3
Library for dense linear algebra over word-size finite fieldsfftw2.1.5_23
Fast C routines to compute the Discrete Fourier Transform6 rdepsfftw-float2.1.5_23
Fast C routines (Single Percision)1 rdepsfftw33.3.10_5
Fast C routines to compute the Discrete Fourier Transform135 rdepsfftw3-float3.3.10_5
Fast Discrete Fourier Transform (Single Precision C Routines)75 rdepsfftw3-long3.3.10_5
Fast Discrete Fourier Transform (Long Double Precision C Routines)fftw3-quad3.3.10_5
Fast Discrete Fourier Transform (Quad Precision C Routines)flann1.9.2_3
Library for fast nearest neighbor searches in high dimensional spaces6 rdepsflexfloatg20220606_2
C library for the emulation of reduced-precision floating point typesflexiblas3.5.0
BLAS and LAPACK wrapper library with runtime exchangable backendsflint3.3.1
Fast library for number theoryflint22.9.0_4
Fast library for number theory12 rdepsFlintQS1.0
Quadratic Sieve integer factorization algorithmform4.3.1_1
Symbolic Manipulation Systemfparser4.5.2
Function parser for C++2 rdepsfplll5.5.0
Lattice algorithms using floating-point arithmetic3 rdepsfricas1.3.10
Advanced computer algebra systemfrobby0.9.5_3
Software system and project for computations with monomial idealsfxt2025.06.26
Llibrary of low-level algorithmsg2o20241228_1
General framework for graph optimizationgalculator2.1.4_3
GTK-based scientific calculatorgambit16.0.2_1
Library of tools for doing computation in game theorygap4.14.0
System for computational discrete algebra1 rdepsgau2grid2.0.7_1
Fast computation of a gaussian and its derivative on a grid1 rdepsgecode6.3.0_7
Generic Constraint Development Environment2 rdepsgemmlowpg20190812
Low-precision matrix multiplication librarygeogebra5.2.903.0
Dynamic software that joins geometry, algebra, and calculusgeogram1.9.0
Programming library of geometric algorithmsgexpr2.0.2_2
Shell calculatorgf2x1.3.0
Library for multiplying polynomials over the binary field2 rdepsgfan0.6.2_2
Software for computing Groebner fans and tropical varietiesggobi2.1.12_3
Data visualization systemgh-bc7.1.0
GNU compatible bc/dc calculatorgiacxcas1.9.0.85_7
Computer algebra systemGiNaC1.8.9
C++ library for symbolic mathematical calculationsgismo25.07.0
C++ library for isogeometric analysis (IGA)givaro4.2.0
C++ library for computer algebra2 rdepsgkmap0.2_8
Simplification of Boolean Functions using Karnaugh Mapglm1.0.2,1
C++ mathematics library for software based on the OpenGL GLSL4 rdepsglpk5.0
GNU Linear Programming Kit15 rdepsglucose4.2.1
Parallel SAT solver based on Minisat, with glue clausesgmm++5.4.4_2
Generic matrix template librarygmp6.3.0
Free library for arbitrary precision arithmetic348 rdepsgmp-ecm7.0.5_1
Elliptic Curve Method for Integer Factorization4 rdepsgnome-calculator47.3_1
GNOME calculator tool1 rdepsgnubc1.08.1
GNU bc/dc calculator1 rdepsgnumeric1.12.59_1
GNOME spreadsheet programgnuplot5.4.10_3
Command-line driven graphing utility19 rdepsgnuplot-lite5.4.10_3
Command-line driven graphing utility (lite package)gnuplot-tex-extras5.2.8_1
Extra files for Gnuplot TeX supportgp2c0.0.14
Package for translating GP routines into Cgrace5.1.25_11
Powerful 2D plotting tool (successor of xmgr)3 rdepsgretl2024d_2
GNU Regression, Econometrics, and Time-series Librarygrpn1.5.2_2
GTK-based reverse polish notation (RPN) calculatorgsl2.7.1_1
The GNU Scientific Library - mathematical libs74 rdepshalf2.2.1
C++ library for half precision floating point arithmetic1 rdepshexcalc1.11_4
Multi-radix calculator for x11hexowl1.5.1_9
Lightweight programmer's calculator with variables and functionshmat-oss1.11.1
Hierarchical matrix C/C++ libraryHPCombi1.1.1
Fast combinatorics in C++ using SSE/AVX instruction setshpipm0.1.3.225
High-performance interior-point-method QP solvers1 rdepshptt1.0.5.18_1
High-Performance Tensor Transpose libraryhs-Agda2.8.0_1
Dependently typed functional programming language and proof assistanths-syfco1.1.34
Synthesis Format Conversion Toolhydrogen-linear-algebra1.5.3_4
Dense and sparse linear algebra, conic optimization, lattice reductionhyperdealg20230706_2
Finite-element library for partial differential equationsideep2.0.0.119
Chainer module for numpy-like API and DNN acceleration using MKL-DNNignition-math6.0.0_5
General purpose math library for robot applications3 rdepsigraph1.0.0
Package For Manipulating Undirected And Directed Graphs1 rdepsImath3.2.2_2
C++/Python lib of 2D/3D vector, matrix, math ops for computer graphics44 rdepsiml1.0.5_5
Integer Matrix Library1 rdepsintx0.14.0
Extended precision integer libraryIpopt3.14.19
Software package for large-scale nonlinear optimization13 rdepsised2.7.1_10
Tool for generating number sequences and arithmetic evaluationjacal1c8_2
Symbolic mathematics program written in Schemejacop4.8.0
Java Constraint Programming solver1 rdepsjama1.2.5
Java-like Matrix C++ Templatesjeuclid3.1.9
Java based MathML rendering solution1 rdepsjlatexmath1.0.7
Java API to display mathematical formulas written in LaTeX1 rdepsjsMath-fonts1.3
Raster fonts pack for jsmathjtransforms2.4_1
Multithreaded FFT library written in pure Javajts1.18.1
JTS Topology Suitekahip3.22
Karlsruhe high quality graph partitioning1 rdepskalc-calculator1.5.0_6
Calculator for real and complex numbers, 2d/3d graphing, etckalgebra25.12.1
KDE graph calculator1 rdepskalk25.12.1
Kalk is a convergent calculator for Plasmakalker2.2.1_11
Scientific calculator that supports math-like syntaxkamis2.1
Maximum independent sets and vertex covers of large sparse graphskbruch25.12.1
KDE application to exercise fractions1 rdepskcalc25.12.1
Scientific calculator for KDE1 rdepskfr6.3.1
C++ DSP framework, FFT, Sample Rate Conversion, FIR/IIR/Biquad Filterskig25.12.1
KDE interactive geometry application1 rdepskissat4.0.4
Kissat SAT Solver1 rdepskktdirect0.5_15
Direct solver package for saddle-point (KKT) matriceskmplot25.12.1
Mathematical function plotter for KDE1 rdepslabplot2.12.1_2
Data plotting and function analysis tool by KDElambda0.1.4_2
Lambda calculus interpreterlapack3.12.1
Linear Algebra PACKage94 rdepslapack++2.5.4_14
Linear Algebra PACKage in C++, a wrapper for LAPACKlapack951.0_22
LAPACK95, Fortran90/95 wrapper for LAPACKlapacke3.12.1
Standard C language APIs for LAPACK1 rdepslaspack1.12.2
Package for solving large sparse systems of linear equationslatte-integrale1.7.6_2
Software for counting lattice points/integration over convex polytopes