Subcategories 1
Related categories 2
Sites 22
A high quality "building block" routines for performing basic vector and matrix operations. Level 1 BLAS do vector-vector operations, Level 2 BLAS do matrix-vector operations, and Level 3 BLAS do matrix-matrix operations.
A subroutines for solving some types of algebraically explicit differential algebraic equations.
Set of simple procedures by Gary Scott for interfacing with the console window on Windows from Fortran.
Fortran modules by Arjen Markus to interface with C libraries, manipulate strings, write CSV files, manipulate file and directory names, implement abstract data types and structures, do automatic differentiation, and perform other tasks.
Set of MODULES by Alberto Ramos containing definitions of Fourier series and polynomials and able to perform linear (multi-)dimensional fittings, compute integrals, sort data, compute roots of functions, and perform other numerical tasks.
Project aims to provide a consistent Fortran 90 interface to POSIX routines for use with GNU Fortran. Contains source code (GPL), documentation, and mailing lists.
Implements some POSIX functions in Fortran 90/95.
Fortran package by Richard Quandt for numerical optimization and numerous other statistical and utility routines. It is available for a number of platforms, such as IBM mainframes, Vax computers, CRAY supercomputers, IBM-compatible PCs, and Sun, DEC, and RS/6000 workstations.
A packages for solving large sparse linear systems by iterative methods.
A collection of linear algebra routines with an improved interface which exploits Fortran 95 features such as assumed-shape arrays, optional arguments, and generic interfaces. Includes source code, documentation, and related papers.
Collections of mathematical software in Fortan and C. Software is free for some uses and can be purchased for others. Much of the software was developed at the Jet Propulsion Laboratory.
Collection of interpolators and approximators for one-dimensional, two-dimensional, and three-dimensional data, callable from Fortran and C.
Libraries, compilers, tools, information, software for statistics, visualization, symbolic calculation, simulation.
A repackaged version of ODEPACK with usability improvements such as GNU makefiles, examples, and HTML documentation. Numerical code is unchanged.
A collection of Fortran solvers for the initial value problem for ordinary differential equation systems.
Platform-independent library under development for Fortran 90/95 to create GUIs, do file I/O.
Library for writing Windows applications in Fortran.
A portable FORTRAN emulation of CRAY SCILIB.
Stanford Exploration Project library, containing basic seismic data processing routines such as phase shift migration and velocity stacking. Includes documentation, source code, and binary packages for Mac OS X and Cygwin.
A software library containing over 1400 general purpose mathematical and statistical routines written in Fortran 77.
Fortran program to simulate the transient performance of thermal energy systems.
Multi-platform user interface and graphics subroutine library for Fortran 77/9x developers.
A repackaged version of ODEPACK with usability improvements such as GNU makefiles, examples, and HTML documentation. Numerical code is unchanged.
Platform-independent library under development for Fortran 90/95 to create GUIs, do file I/O.
Implements some POSIX functions in Fortran 90/95.
Project aims to provide a consistent Fortran 90 interface to POSIX routines for use with GNU Fortran. Contains source code (GPL), documentation, and mailing lists.
A collection of linear algebra routines with an improved interface which exploits Fortran 95 features such as assumed-shape arrays, optional arguments, and generic interfaces. Includes source code, documentation, and related papers.
Stanford Exploration Project library, containing basic seismic data processing routines such as phase shift migration and velocity stacking. Includes documentation, source code, and binary packages for Mac OS X and Cygwin.
Collection of interpolators and approximators for one-dimensional, two-dimensional, and three-dimensional data, callable from Fortran and C.
A software library containing over 1400 general purpose mathematical and statistical routines written in Fortran 77.
Multi-platform user interface and graphics subroutine library for Fortran 77/9x developers.
Set of MODULES by Alberto Ramos containing definitions of Fourier series and polynomials and able to perform linear (multi-)dimensional fittings, compute integrals, sort data, compute roots of functions, and perform other numerical tasks.
Libraries, compilers, tools, information, software for statistics, visualization, symbolic calculation, simulation.
A subroutines for solving some types of algebraically explicit differential algebraic equations.
A collection of Fortran solvers for the initial value problem for ordinary differential equation systems.
Fortran program to simulate the transient performance of thermal energy systems.
Set of simple procedures by Gary Scott for interfacing with the console window on Windows from Fortran.
Fortran package by Richard Quandt for numerical optimization and numerous other statistical and utility routines. It is available for a number of platforms, such as IBM mainframes, Vax computers, CRAY supercomputers, IBM-compatible PCs, and Sun, DEC, and RS/6000 workstations.
Library for writing Windows applications in Fortran.
A packages for solving large sparse linear systems by iterative methods.
Collections of mathematical software in Fortan and C. Software is free for some uses and can be purchased for others. Much of the software was developed at the Jet Propulsion Laboratory.
A portable FORTRAN emulation of CRAY SCILIB.
Fortran modules by Arjen Markus to interface with C libraries, manipulate strings, write CSV files, manipulate file and directory names, implement abstract data types and structures, do automatic differentiation, and perform other tasks.
A high quality "building block" routines for performing basic vector and matrix operations. Level 1 BLAS do vector-vector operations, Level 2 BLAS do matrix-vector operations, and Level 3 BLAS do matrix-matrix operations.
