9/13/02

7/24/02

4/23/02

8/28/01

7/11/01

May 2, 2001:

The following release was announced May 2, 2001:

Sep 12, 2000:

The following release was announced September 12, 2000:

May 16, 2000:

SpecialFunctions v1.0, cvs rtag V01-00-00

New Features in release:
The Special Functions areas of the GSL library:
Airy functions
Bessel Functions
Claussen Integrals
Hydrogen atom wavefunctions
Dawson Integrals
Debye Integrals
DiLogarithms
Elliptic integrals (Jacobi and Legendre forms)
Error Functions
Exponential Integrals
Elementary functions (exponential, trig, hyperbolic, log...)
Fermi-Dirac integrals
Gamma fucntions, factorials, binomial coefficients...
Gegenbauer polynomials
Hypergeometric functions
Laguerre polynomials
Legendre polynomials, spherical harmonics
PolyGamma functions (derivatives of gamma functions)
Synchotron functions
Transport functions
Polar conversions, angle standardization
Wigner functions (3j, 6j, 9j, will have Klebsch-Gordan)
Zeta functions
Platforms checked:
Linux (KCC)
Irix (KCC)
Library builds under gcc (IRIX) but has not yet been tested there.
Dependencies:
• Execptions v 1.3 or higher
• ZMutility v 1.5.5 or higher
Warnings:
The package is intended to provide only these special functions and, as such, is a subset of the entire GNU Scientific Library.
No other parts of the GNU Scientific Library are included with this package. Those other parts are in no way tested or validated by ZOOM, nor do we promise that they will build. In fact, certain parts are known to have gcc-specific syntaxes, and are known NOT to compile on IRIX under KCC, which relies on the native C compiler.
Coming soon:
Documentation is via the GSL reference and a short "translation guide." More convenient tables and a main package page are being developed.

Parent Pages: