Third quarter 2004 Archives by date

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Starting: Sat Jul 3 10:30:00 GMT 2004
Ending: Thu Sep 30 08:07:00 GMT 2004
Messages: 116

• GSL front end for rlab   Marijan Kostrun
• GSL front end for rlab   Brian Gough
• gsl-1.5 released   Brian Gough
• Not documented statistics function   Antonio Zugaldia
• Bug   Przemyslaw Sliwa
• Bug   Jason H. Stover
• Multivariate Numerical Integration   Brian Gough
• Not documented statistics function   Brian Gough
• Bug   Brian Gough
• wrapper for GSL and Excel   Axel Vogt
• Compilation   Yip Sai Fung
• Compilation   Brian Gough
• Suggestion of improving error reporting.   Alan Aspuru-Guzik
• Suggestion of improving error reporting.   Brian Gough
• gsl_wavelt rev_2   Brian Gough
• periodic gsl_spline problem   Simon Ching
• periodic gsl_spline problem   Simon Ching
• periodic gsl_spline problem   Brian Gough
• [PATCH] Add missing $(EXEEXT)   Andris Pavenis
• [PATCH] Add missing $(EXEEXT)   Brian Gough
• [PATCH] Add missing $(EXEEXT)   Andris Pavenis
• [PATCH] Add missing $(EXEEXT)   Brian Gough
• [PATCH] Add missing $(EXEEXT)   Andris Pavenis
• [PATCH] Add missing $(EXEEXT)   Brian Gough
• gsl_matrix_add   Roman Werpachowski
• gsl_matrix_add   John Lamb
• Setting multiple ODE parameters   Elie Allouis
• Setting multiple ODE parameters   Kevin H. Hobbs
• Setting multiple ODE parameters   Robert G. Brown
• Setting multiple ODE parameters   Elie Allouis
• Setting multiple ODE parameters   Robert G. Brown
• OT: netlib (was: how do you use gsl with fortran?)   Jochen Küpper
• Code for review: New wigner coupling coefficient code and rotation matrix code   Jonathan Underwood
• Code for review: New wigner coupling coefficient code and rotation matrix code   Brian Gough
• I am interested in volunteering   Grzegorz Stefanowski
• Building GSL on Microsoft Visual C++   Bryan Jones (school)
• Building GSL on Microsoft Visual C++   Svyatoslav Savenko
• legendrePlm bug   Svyatoslav Savenko
• legendrePlm bug   Gerard Jungman
• I am interested in volunteering   Brian Gough
• High-dimensional Minimization without analytical derivatives   Anatoliy Belaygorod
• little improvement   Fabian
• High-dimensional Minimization without analytical derivatives   Jason Stover
• High-dimensional Minimization without analytical derivatives   Anatoliy Belaygorod
• gsl_ran_gamma   John Lamb
• High-dimensional Minimization without analytical derivatives   Manoj Warrier
• complex matrix singular value decomposition function I wrote   daltman@ece.utexas.edu
• gsl_root_test_residual(double f, double epsabs)   Karsten Howes
• little improvement   Brian Gough
• gsl_ran_gamma   Brian Gough
• complex matrix singular value decomposition function I wrote   Brian Gough
• High-dimensional Minimization without analytical derivatives   Brian Gough
• High-dimensional Minimization without analytical derivatives   Anatoliy Belaygorod
• little improvement   Fabian
• High-dimensional Minimization without analytical derivatives   Joakim Hove
• High-dimensional Minimization without analytical derivatives   John Lamb
• High-dimensional Minimization without analytical derivatives   Ivo Alxneit
• High-dimensional Minimization without analytical derivatives   James Theiler
• High-dimensional Minimization without analytical derivatives   Robert G. Brown
• specfunc error analysis - generated and propagated errors.   Jonathan Underwood
• High-dimensional Minimization without analytical derivatives   Anatoliy Belaygorod
• how to upgrade   Celia
• how to upgrade   Grant Ingram
• specfunc error analysis - generated and propagated errors.   Gerard Jungman
• specfunc error analysis - generated and propagated errors.   Jonathan G. Underwood
• High-dimensional Minimization without analytical derivatives   Linas Vepstas
• specfunc error analysis - generated and propagated errors.   Gerard Jungman
• specfunc error analysis - generated and propagated errors.   Linas Vepstas
• gsl_root_test_residual(double f, double epsabs)   Brian Gough
• gsl_root_test_residual(double f, double epsabs)   Karsten Howes
• specfunc error analysis - generated and propagated errors.   Gerard Jungman
• specfunc error analysis - generated and propagated errors.   Linas Vepstas
• specfunc error analysis - generated and propagated errors.   Brian Gough
• specfunc error analysis - generated and propagated errors.   Linas Vepstas
• specfunc error analysis - generated and propagated errors.   Brian Gough
• specfunc error analysis - generated and propagated errors.   C J Kenneth Tan -- OptimaNumerics
• specfunc error analysis - generated and propagated errors.   C J Kenneth Tan -- OptimaNumerics
• New Wigner code for inclusion   Jonathan G. Underwood
• specfunc error analysis - generated and propagated errors.   Jonathan G. Underwood
• Error on make distcheck with current cvs   Jonathan G. Underwood
• Error on make distcheck with current cvs   Jonathan G. Underwood
• Error on make distcheck with current cvs   Stewart V. Wright
• Error on make distcheck with current cvs   Gerard Jungman
• Error on make distcheck with current cvs   Jonathan Underwood
• specfunc error analysis - generated and propagated errors.   Brian Gough
• Error on make distcheck with current cvs   Stewart V. Wright
• Error on make distcheck with current cvs   Brian Gough
• specfunc error analysis - generated and propagated errors.   Robert G. Brown
• GSL ODE-solver bugfixes   Tuomo Keskitalo
• Er:Re: [Bug-gsl] discontinuity in dilog function   Gerard Jungman
• Er:Re: Er:Re: [Bug-gsl] discontinuity in dilog function   Jim McElwaine
• Er:Re: Er:Re: [Bug-gsl] discontinuity in dilog function   Brian Gough
• Er:Re: Er:Re: [Bug-gsl] discontinuity in dilog function   Philip Kendall
• Er:Re: Er:Re: [Bug-gsl] discontinuity in dilog function   Jim McElwaine
• GSL ODE-solver bugfixes   Brian Gough
• Simulated Annealing Print function   Anatoliy Belaygorod
• Numerical Hessian (Multivariate)   Anatoliy Belaygorod
• Er:Re: Er:Re: [Bug-gsl] discontinuity in dilog function   Gerard Jungman
• Er:Re: Er:Re: Er:Re: [Bug-gsl] discontinuity in dilog function   Jim McElwaine
• random variate from power exponential distribution: performances   Giulio Bottazzi
• dilog and spence   Gerard Jungman
• random variate from power exponential distribution: performances   Linas Vepstas
• LAPACK vs. GSL matrix algebra   Linas Vepstas
• random variate from power exponential distribution: performances   Giulio Bottazzi
• random variate from power exponential distribution: performances   Claudio Attaccalite
• LAPACK vs. GSL matrix algebra   kaska@yatsen.cas.McMaster.CA
• LAPACK vs. GSL matrix algebra   C J Kenneth Tan -- OptimaNumerics
• random variate from power exponential distribution: performances   Linas Vepstas
• LAPACK vs. GSL matrix algebra   Gerard Jungman
• random variate from power exponential distribution: performances   Giulio Bottazzi
• LAPACK vs. GSL matrix algebra   Linas Vepstas
• LAPACK vs. GSL matrix algebra   Gerard Jungman
• LAPACK vs. GSL matrix algebra   Brian Gough
• random variate from power exponential distribution: performances   Brian Gough
• LAPACK vs. GSL matrix algebra   Linas Vepstas
• LAPACK vs. GSL matrix algebra   Gerard Jungman

Last message date: Thu Sep 30 08:07:00 GMT 2004
Archived on: Sun Mar 8 14:21:17 GMT 2020

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