Description: ALGLIB is a cross-platform numerical analysis and data processing library. It supports several programming languages (C++, C#, Pascal, VBA) and several operating systems (Windows, Linux, Solaris). ALGLIB features include:
• Linear algebra (direct algorithms, EVD/SVD)
• Solvers (linear and nonlinear)
• Interpolation
• Optimization
• Fast Fourier transforms
• Numerical integration
• Linear and nonlinear least-squares fitting
• Ordinary differential equations
• Special functions
• Statistics (descriptive statistics, hypothesis testing)
• Data analysis (classification/regression, including neural networks)
• Multiple precision versions of linear algebra, interpolation optimization and others algorithms (using MPFR for floating point computations)
Why to choose ALGLIB? Because it is:
• portable. It can be compiled almost anywhere using almost any compiler (see compatibility matrix for more info).
• ea
File list (Check if you may need any files):
cpp
...\build
...\build.bat
...\check
...\check.bat
...\example
...\example.bat
...\examples
...\........\_demo_autogk_singular.cpp
...\........\_demo_autogk_smooth.cpp
...\........\_demo_lsfit_linear.cpp
...\........\_demo_lsfit_nonlinear.cpp
...\........\_demo_lsfit_nonlinear2.cpp
...\........\_demo_minasa_1.cpp
...\........\_demo_minasa_2.cpp
...\........\_demo_mincg_1.cpp
...\........\_demo_mincg_2.cpp
...\........\_demo_minlbfgs_1.cpp
...\........\_demo_minlbfgs_2.cpp
...\........\_demo_minlm_fgh.cpp
...\........\_demo_minlm_fgj.cpp
...\........\_demo_minlm_fj.cpp
...\........\_demo_minlm_fj2.cpp
...\........\_demo_mlp_process.cpp
...\........\_demo_mlp_process_cls.cpp
...\........\_demo_mlp_randomize.cpp
...\........\_demo_mlp_serialize.cpp
...\........\_demo_ode_example1.cpp
...\........\_demo_ode_example2.cpp
...\........\_demo_polint_cheb1.cpp
...\........\_demo_polint_cheb2.cpp
...\........\_demo_polint_eqdist.cpp
...\........\_demo_polint_fit.cpp
...\........\_demo_polint_gen.cpp
...\........\_demo_ratint_fit.cpp
...\........\_demo_rcond_1.cpp
...\........\_demo_spline1d_calc.cpp
...\........\_demo_spline1d_cubic.cpp
...\........\_demo_spline1d_fit.cpp
...\........\_demo_spline1d_fitc.cpp
...\........\_demo_spline1d_hermite.cpp
...\........\_demo_spline1d_linear.cpp
...\manual.cpp.html
...\out
...\src
...\...\ablas.cpp
...\...\ablas.h
...\...\ablasf.cpp
...\...\ablasf.h
...\...\airyf.cpp
...\...\airyf.h
...\...\ap.cpp
...\...\ap.h
...\...\apvt.h
...\...\autogk.cpp
...\...\autogk.h
...\...\bdss.cpp
...\...\bdss.h
...\...\bdsvd.cpp
...\...\bdsvd.h
...\...\bessel.cpp
...\...\bessel.h
...\...\betaf.cpp
...\...\betaf.h
...\...\binomialdistr.cpp
...\...\binomialdistr.h
...\...\blas.cpp
...\...\blas.h
...\...\chebyshev.cpp
...\...\chebyshev.h
...\...\chisquaredistr.cpp
...\...\chisquaredistr.h
...\...\conv.cpp
...\...\conv.h
...\...\corr.cpp
...\...\corr.h
...\...\correlation.cpp
...\...\correlation.h
...\...\correlationtests.cpp
...\...\correlationtests.h
...\...\creflections.cpp
...\...\creflections.h
...\...\dawson.cpp
...\...\dawson.h
...\...\densesolver.cpp
...\...\densesolver.h
...\...\descriptivestatistics.cpp
...\...\descriptivestatistics.h
...\...\dforest.cpp
...\...\dforest.h
...\...\elliptic.cpp
...\...\elliptic.h
...\...\estnorm.cpp
...\...\estnorm.h
...\...\evd.cpp
...\...\evd.h
...\...\expintegrals.cpp
...\...\expintegrals.h
...\...\fdistr.cpp
...\...\fdistr.h
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