jpayne@68: .TH GSL 3 "GNU Scientific Library" "GSL Team" \" -*- nroff -*-
jpayne@68: .SH NAME
jpayne@68: gsl - GNU Scientific Library
jpayne@68: .SH SYNOPSIS
jpayne@68: #include <gsl/...>
jpayne@68: .SH DESCRIPTION
jpayne@68: The GNU Scientific Library (GSL) is a collection of routines for
jpayne@68: numerical computing.  The routines are written from scratch by the GSL
jpayne@68: team in C, and present a modern Applications Programming Interface
jpayne@68: (API) for C programmers, allowing wrappers to be written for very high
jpayne@68: level languages.
jpayne@68: .PP
jpayne@68: The library covers the following areas,
jpayne@68: .TP
jpayne@68: .nf
jpayne@68: .BR
jpayne@68: Complex Numbers
jpayne@68: Roots of Polynomials
jpayne@68: Special Functions
jpayne@68: Vectors and Matrices
jpayne@68: Permutations
jpayne@68: Combinations
jpayne@68: Sorting
jpayne@68: BLAS Support
jpayne@68: Linear Algebra
jpayne@68: Eigensystems
jpayne@68: Fast Fourier Transforms
jpayne@68: Quadrature
jpayne@68: Random Numbers
jpayne@68: Quasi-Random Sequences
jpayne@68: Random Distributions
jpayne@68: Statistics
jpayne@68: Histograms
jpayne@68: N-Tuples
jpayne@68: Monte Carlo Integration
jpayne@68: Simulated Annealing
jpayne@68: Differential Equations
jpayne@68: Interpolation
jpayne@68: Numerical Differentiation
jpayne@68: Chebyshev Approximations
jpayne@68: Series Acceleration
jpayne@68: Discrete Hankel Transforms
jpayne@68: Root-Finding
jpayne@68: Minimization
jpayne@68: Least-Squares Fitting
jpayne@68: Physical Constants
jpayne@68: IEEE Floating-Point
jpayne@68: .fi
jpayne@68: .PP
jpayne@68: For more information please consult the GSL Reference Manual, which is
jpayne@68: available as an info file.  You can read it online using the shell
jpayne@68: command 
jpayne@68: .B info gsl-ref 
jpayne@68: (if the library is installed).
jpayne@68: .PP
jpayne@68: Please report any bugs to 
jpayne@68: .B bug-gsl@gnu.org.
jpayne@68: