Page 7 of 192 | Showing port(s) 121 to 140
Simple finite-difference library using Eigen
Version: 1.0.2 | Maintained by: barracuda156 | Categories: math | Variants: debug, universalMultidimensional linear interpolation with modern Fortran
Version: 1.3.0 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gccdevelFlatiron Institute Non-uniform Fast Fourier Transform library, FINUFFT
Version: 2.1.0 | Maintained by: barracuda156 | Categories: science math | Variants: clang10, clang11, clang12, clang13, clang14, clang15, clang16, clang50, clang60, clang70, gcc12, gccdevel, gfortran, universal, clang80, clang90, clangdevel, g95, gcc10, gcc11Modern Fortran translation of the FITPACK package for curve and surface fitting
Version: 0.1.0 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gccdevelfityk is for peak fitting.
Version: 1.3.2 | Maintained by: | Categories: math | Variants: docs, universalA BLAS and LAPACK wrapper library with runtime exchangeable backends
Version: 3.4.2 | Maintained by: barracuda156 | Categories: science math | Variants: debug, clang10, clang11, clang12, clang13, clang14, clang15, clang16, clang17, clang18, clang50, clang60, clang70, clang80, clang90, clangdevel, g95, gcc10, gcc11, gcc12, gcc13, gccdevel, gfortran, atlas, universalFast Library for Number Theory
Version: 3.1.3-p1 | Maintained by: MarcusCalhoun-Lopez | Categories: devel math | Variants: universalDerivative free 1D function minimizer in modern Fortran
Version: 1.1.2 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gcc13, gccdevelforlab provides a lot of functions for scientific computing
Version: 2022.04.05 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gcc13, gccdevelMultidimensional B-Spline interpolation of data on a regular grid
Version: 7.4.0 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gcc13, gccdevelModularized Fortran LAPACK implementation
Version: 2024.01.20 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc12, gcc13, gcc10, gcc11, gccdevelNonlinear equation solver with modern Fortran
Version: 2.2.0 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gcc13, gccdevelModern Fortran Numerical Differentiation Library
Version: 1.8.0 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gcc13, gccdevelPolynomial roots with modern Fortran
Version: 1.4.0 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gcc13, gccdevelRoot solvers for modern Fortran
Version: 1.4.0 | Maintained by: barracuda156 | Categories: math fortran | Variants: gcc10, gcc11, gcc12, gccdevelRPN Reverse Polish Notation Calculator, in Fortran
Version: 1.4.1 | Maintained by: barracuda156 | Categories: math fortran | Variants: debug, clang10, clang11, clang12, clang13, clang14, clang15, clang16, clang50, clang60, clang70, clang80, clang90, clangdevel, g95, gcc10, gcc11, gcc12, gccdevel, gfortran, universalLattice algorithms using floating-point arithmetic
Version: 5.4.5 | Maintained by: barracuda156 | Categories: math | Variants: universalA free VHDL simulator used for digital simulations by qucs
Version: 0.0.8 | Maintained by: | Categories: science math | Variants: universalThe Fricas computer algebra system
Version: 1.3.11 | Maintained by: pietvo | Categories: math | Variants: x11, hunchentoot, sbcl, ccl, ecl, gmpLibrary of low-level algorithms
Version: 2024.03.14 | Maintained by: barracuda156 | Categories: science math | Variants:Page 7 of 192 | Showing port(s) 121 to 140