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S-Lang GSL Module Reference
John E. Davis,
davis@space.mit.edu
Sep 19, 2007
1.
Introduction to GSL
2.
Using the GSL Modules
3.
Error Handling
4.
gslinterp: The GSL Interpolation Module
4.1
Interpolation Routines
4.2
First Derivative via Interpolation
4.3
Second Derivative via Interpolation
4.4
Integration via Interpolation
4.5
Low-level Interpolation Routines
5.
gslsf: The GSL Special Functions Module
5.1
Airy Functions
5.2
Bessel Functions
5.3
Beta Functions
5.4
Clausen Functions
5.5
Conical Functions
5.6
Coulomb Functions
5.7
Debye Functions
5.8
Di/Tri and Polygamma Functions
5.9
Elliptic Integrals
5.10
Error Functions
5.11
Eta/Zeta Functions
5.12
Exponential Functions and Integrals
5.13
Fermi-Dirac Functions
5.14
Gamma Functions
5.15
Gegenbauer Functions
5.16
Hypergeometric Functions
5.17
Laguerre Functions
5.18
Lambert Functions
5.19
Legendre Functions and Spherical Harmonics
5.20
Logarithm and Related Functions
5.21
Transport Functions
5.22
Miscellaneous Functions
6.
gslrand: The GSL Random Number Module
6.1
Random Number Generation Routines
6.2
Random Number Distributions
6.3
PDF Functions
7.
gslfft: The GSL FFT module
7.1
Fast Fourier Transform Routines
8.
gslmatrix: A Collection of Matrix-Oriented GSL functions
8.1
Linear Algebra and Matrix-Oriented Routines
9.
gslcdf: The GSL Cumulative Distribution Function Module
9.1
CDF Functions
10.
gslconst: The GSL Constants Module
10.1
MKSA Constants
10.2
CGSM Constants
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