S-Lang GSL Module Reference

John E. Davis, davis@space.mit.edu

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

7. gslconst: The GSL Constants Module

• 7.1 MKSA Constants
• 7.2 CGSM Constants