Here the People are listed who developed this software. The wrappers have partly been implemented using hand coded wrappers, partly using SWIG (see http://www.swig.org). Here the people are credited and the used tools are listed. "Test" indicates if tests exist.

Packaging and integration

Devops usage at github, pypi packaging

Charl

building pygsl:

Achim, Pierre,

building rpms:

Leonardo Milano

Parts:

rng:

Achim, Pierre, c Module Test

rng distributions:

Achim, Pierre, c Module

histogram:

Achim, c Module, python types Test

ieee:

Achim, c Module, python functions Test

specialfuctions:

Achim, c Module, python function

polynomials:

Pierre, c Module, swig, python class Test

matrix:

Achim, c Module,

error:

Achim, Pierre, python Module, python exceptions

polynomials:

Pierre, c Module swig, python class Test

permutation:

Fabian, c Module swig Test

blas, linalg, eigen:

Fabian Test

numerical integration:

Pierre c Module swig, python class Test

statistics:

Jochen, c Modules Test

histogram:

Achim, c Module, c Type

siman:

Jochen, Pierre, c Module

multimin:

Achim, c Module

odeiv:

Pierre, swig Test

interpolation:

Pierre, swig Test

numerical differntiation:

Jochen, Pierre, c Module

Chebyshev Approximations:

Pierre, swig

One dim Minimization:

Pierre, swig Test

One dim Root-Finding:

Pierre, swig Test

Multi-dim Root-Finding:

Pierre, swig Test

Least-Square-Fitting:

Pierre, swig Test

Nonlinear Least Squares Fitting:

Pierre, swig Test

num. constants:

Achim

complex:

-> Numeric

sorting:

See TODO

vectors:

not done

n-tuples:

not done

fft, hankel transformation:

not done

series acceleration:

not done

Documentation:

Achim, Jochen

Port of PyGSL to the MAC

Pierre Eric Gurrola Peter Stoltz

Participants at the first informal pygsl nano workshop:

17. 5. 02003. Darmstadt, Germany Achim, Pierre ;-) Proceedings available soon.