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• Tracker artifact added

  stevan_white created the requires flex v 2.5.33 or lower artifact

  posted by stevan_white 35 days ago

• File released: /rlab/RLaB2 Release 2/rlab-2.2.11.9.src.tgz

  posted 164 days ago

• rlab RLaB2 Release 2 file released: rlab-2.2.11.9.src.tgz

  2.2.11.9.src: improved build script, fixed the rlab's makefile, added a build script for pgplot interface. the source code should now compile on 32/64 bit gcc linux platform with either g77 or gfortran without (any - i'll cross my fingers and toes) problems. 2.2.11.8-gfortran/g77: fixed the build and installation script. fixed some more glitches, improved gnuplot interface. all changes in c-files are passed to g77.src release. 2.2.11.7-gfortran: rlab64 is out. fixed glitches while building 64bit version that are also implemented in 32bit version. 2.2.11.6-gfortran: bugs spraying. added time-frequency toolbox, polished gnuplot library. Built with gcc-4.2.1 / gfortran. 2.2.11.5-gfortran: bugs spraying. added histograms in 1 and 2-D from the gsl. Built with gcc-4.2.1 / gfortran. g77 version is no longer maintained. 2.2.11.4-g77, -gfortran: fixed build script, sprayed some bugs. gnuplot is now part of rlab and no longer separate shared object library. 2.2.11.3-g77, -gfortran: fixed build script, glitches and bugs in odeiv,ifelse. added integer power of a square matrix. 2.2.11.2-g77,-gfortran: fixed remaining glitches with random number generators. optimized install script. added includes for in-house development. added simulated annealing solver. 2.2.11.1-gfortran (experimental): see g77. suffers from gfortran regressions (fortran messaging cannot access c-streams, e.g., /dev/pts0). this should be cured on its own with the next gcc-gfortran release. 2.2.11.1-g77: fixes glitches with random number generators. adds few new functions with numerical integration. has optimized makefile. 2.2.11: has redesigned random number generators (integer, continuous, discrete) facility. adds read/write for matrices in MatrixMarket (NIST) format. 2.2.10: fixes some glitches. adds DIERCKX (b-splines in 1- and 2-D). comes in two flavors depending on the fortran compilers, g77 and gfortran. Currently, gfortran does not support pgplot library, while g77 requires (old) lapack and blas, see notes in README.g77 . 2.2.9.8: adds another ODAE solvers (BIMD), Adds EXPOKIT. has more of glitch polishing and bug squashing. 2.2.9.7: adds ODAE solver MEBDF. has enhanced string io functions (e.g., text). introduces modifications to some of the pgplot functions for compactness and clarity. 2.2.9.6: adds wavelet transform (GSL), konsole control via termcap (see sudoku puzzle solver in test for color and screen control), serial port communication. 2.2.9.5: rewrote glpk interface: no latent memory used, messaging, better control over solvers. rewrote gcv-spline kit: better messaging and parameter passing. added lapack testing routines for generating random matrices of desired properties - fully integrated with rlab random number generator. Fixed glitch in eigenvalue solver for symmetric matrices. Added harminv - spectral decomposition tool. 2.2.9.4: bug fixin' for libgnuplot.so, internal code polishing. removed gnuplot from distribution - now it is another project. 2.2.9.3: fixed some latent bugs in sparse functionality. fixed build script: make check should now run without problems. 2.2.9.2: enhanced basic I/O and string functions. More features to nn toolkit. Fixed bugs in maxi/mini functions. 2.2.9.1: (IMPORTANT!!!) Incorporates gc6.8 with single processor flags, which increases script execution speed two to three times. Added features to odeiv solvers. 2.2.9: Added statistical pattern recognition and artificial neaural network library, SPRANNLIB. Added more features to odr solver. Internal code polishing. 2.2.8.8: Final version of 2.2.8. Added dloess (local regression model fit). Started fixing help files (had a crash course in sgml). Added two more functions to genzpak - can handle singularity in the corner of the hypercube. 2.2.8.7: Added genzpak (integration of realfunction in multidimensional hypercubes and simplex domains), and bacol (adaptive mesh 1-d parabolic pde). Fixed parameter transfer in least-squares routines. 2.2.8.6: Added proximal bundle (toms 811) solvers. Polished user interface to odebv and gcvspl solvers. Improved parameter passing to the rlab functions. 2.2.8.5: Added nseries, and conmax (constrained optimization). Internal code polishing. 2.2.8.4: Added hompack and contin for curve tracking problem. Fixed parameter passing in hompack. 2.2.8.3: Added epdcol. Improved passing of parameters to interpreter for odeiv and odebv solvers. Added a polynomial root based on aberth's method. 2.2.8.2: Fixed memory clean-up leaks in interpreter (thank you Ian). Added hompack. Changed the way options are passed to some of the solvers: now it is a dedicated list variable, rather than a global variable. 2.2.8.1: Fixed typos in sparse library. Fixed test codes for sparse functions. Added features to libxmgrace. 2.2.8: protected lists. integer matrices. Fixed a bug in save/read. More code polishing. 2.2.7: added stripped-down ARPACK integrated with LAPACK (dense matrices) and UMFPACK (complex sparse) and SuperLU (real sparse, with spsolve). 2.2.6f: More code polishing. Incorporates some of the contributed fixes by E.Plischke and T.Johansson. Fixed memory leaks in time series analysis toolkit. 2.2.6.03: More code polishing. Added colsys to odebv solvers. Fixed parameter transfers in ACDC and MIRKDC. Communicated with the authors of SLEIGN2 who made some changes to their code, which are now incorporated in rlabplus. 2.2.6.02: Fixed memory leak in clawpack. Added ODRPACK. Did internal code polishing. 2.2.6: Added MIRKDC (boundary value problem solver), SLEIGN2 (sturm-liouville eigenvalue/boundary problem solver) and CLAWPACK (hyperbolic PDEs in 1-D). Did internal code polishing. 2.2.5, 2.2.5.02: Fixed superlu glitches, did some internal code polishing. 2.2.4: Dropped further development of static version. Added signal processing kit with GCVSPL, ODE boundary value solver TWPBVP/ACDC and finished work on sparse functionallity. Rlab can now interchangably work with UMFPACK (real/cplx) / SuperLU (real/cplx) / Sparskit (real). Optimized spsolve(..) for speed when solving real sparse systems with fixed LHS and multiple RHS. 2.2.3: glpk accepts for constraint matrix both, dense and sparse matrices. SuperLU provides built-in functions for solve, factor and backsub, for solving huge sparse linear problems. PGPLOT is statically linked to rlab. The difference between static and dynamic is that the latter requres BLAS shared object library from Goto, and the GSL/CBLAS from the GSL. 2.2.2-dynamic: statically linked to glpk and lapack. Dynamically linked to the gsl and blas. Requires high-performance BLAS library by Kazushige Goto and installed gnu sci lib. 2.2.2-static: statically linked to the gsl, glpk, lapack and blas. Uses single processor optimized blas library. From 2.2.1 to 2.2.2: added linear programming toolkit. pgplot is a default plotting interface, with simple access to gnuplot. From 2.2.0 to 2.2.1: full matrix optimization of the special functions library with integrated on-line help. Fully controlled integer and continuous distribution random number generators, linked to simulated annealing and monte carlo integration solver functions. Fixed a bug in linear least-square solver function. Fixed a noncritical bug in xmgrace toolkit. From 2.1.05 to 2.2.0: - integrated latest versions of blas and lapack (3.0), optimized for a ingle processor (gemm); - speed-optimized version of garbage collector; - libraries from project rlabplus (rlabplus.sourceforge.net) are now integrated with RLaB2.

  posted 167 days ago

• Project Information Updated

  mkostrun changed the public information on the rlabplus for linux project

  posted by mkostrun 169 days ago

• Project Information Updated

  mkostrun changed the public information on the rlabplus for linux project

  posted by mkostrun 169 days ago

• Project Information Updated

  mkostrun changed the public information on the rlabplus for linux project

  posted by mkostrun 169 days ago

• File released: /rlab/RLaB2 Release 2/rlab-2.2.11.8-gfortran.bin.tgz

  posted 227 days ago

• File released: /rlab/RLaB2 Release 2/rlab64-2.2.11.8-gfortran.bin.tgz

  posted 227 days ago

• rlab RLaB2 Release 2 file released: rlab-2.2.11.8-gfortran.bin.tgz

  2.2.11.9.src: improved build script, fixed the rlab's makefile, added a build script for pgplot interface. the source code should now compile on 32/64 bit gcc linux platform with either g77 or gfortran without (any - i'll cross my fingers and toes) problems. 2.2.11.8-gfortran/g77: fixed the build and installation script. fixed some more glitches, improved gnuplot interface. all changes in c-files are passed to g77.src release. 2.2.11.7-gfortran: rlab64 is out. fixed glitches while building 64bit version that are also implemented in 32bit version. 2.2.11.6-gfortran: bugs spraying. added time-frequency toolbox, polished gnuplot library. Built with gcc-4.2.1 / gfortran. 2.2.11.5-gfortran: bugs spraying. added histograms in 1 and 2-D from the gsl. Built with gcc-4.2.1 / gfortran. g77 version is no longer maintained. 2.2.11.4-g77, -gfortran: fixed build script, sprayed some bugs. gnuplot is now part of rlab and no longer separate shared object library. 2.2.11.3-g77, -gfortran: fixed build script, glitches and bugs in odeiv,ifelse. added integer power of a square matrix. 2.2.11.2-g77,-gfortran: fixed remaining glitches with random number generators. optimized install script. added includes for in-house development. added simulated annealing solver. 2.2.11.1-gfortran (experimental): see g77. suffers from gfortran regressions (fortran messaging cannot access c-streams, e.g., /dev/pts0). this should be cured on its own with the next gcc-gfortran release. 2.2.11.1-g77: fixes glitches with random number generators. adds few new functions with numerical integration. has optimized makefile. 2.2.11: has redesigned random number generators (integer, continuous, discrete) facility. adds read/write for matrices in MatrixMarket (NIST) format. 2.2.10: fixes some glitches. adds DIERCKX (b-splines in 1- and 2-D). comes in two flavors depending on the fortran compilers, g77 and gfortran. Currently, gfortran does not support pgplot library, while g77 requires (old) lapack and blas, see notes in README.g77 . 2.2.9.8: adds another ODAE solvers (BIMD), Adds EXPOKIT. has more of glitch polishing and bug squashing. 2.2.9.7: adds ODAE solver MEBDF. has enhanced string io functions (e.g., text). introduces modifications to some of the pgplot functions for compactness and clarity. 2.2.9.6: adds wavelet transform (GSL), konsole control via termcap (see sudoku puzzle solver in test for color and screen control), serial port communication. 2.2.9.5: rewrote glpk interface: no latent memory used, messaging, better control over solvers. rewrote gcv-spline kit: better messaging and parameter passing. added lapack testing routines for generating random matrices of desired properties - fully integrated with rlab random number generator. Fixed glitch in eigenvalue solver for symmetric matrices. Added harminv - spectral decomposition tool. 2.2.9.4: bug fixin' for libgnuplot.so, internal code polishing. removed gnuplot from distribution - now it is another project. 2.2.9.3: fixed some latent bugs in sparse functionality. fixed build script: make check should now run without problems. 2.2.9.2: enhanced basic I/O and string functions. More features to nn toolkit. Fixed bugs in maxi/mini functions. 2.2.9.1: (IMPORTANT!!!) Incorporates gc6.8 with single processor flags, which increases script execution speed two to three times. Added features to odeiv solvers. 2.2.9: Added statistical pattern recognition and artificial neaural network library, SPRANNLIB. Added more features to odr solver. Internal code polishing. 2.2.8.8: Final version of 2.2.8. Added dloess (local regression model fit). Started fixing help files (had a crash course in sgml). Added two more functions to genzpak - can handle singularity in the corner of the hypercube. 2.2.8.7: Added genzpak (integration of realfunction in multidimensional hypercubes and simplex domains), and bacol (adaptive mesh 1-d parabolic pde). Fixed parameter transfer in least-squares routines. 2.2.8.6: Added proximal bundle (toms 811) solvers. Polished user interface to odebv and gcvspl solvers. Improved parameter passing to the rlab functions. 2.2.8.5: Added nseries, and conmax (constrained optimization). Internal code polishing. 2.2.8.4: Added hompack and contin for curve tracking problem. Fixed parameter passing in hompack. 2.2.8.3: Added epdcol. Improved passing of parameters to interpreter for odeiv and odebv solvers. Added a polynomial root based on aberth's method. 2.2.8.2: Fixed memory clean-up leaks in interpreter (thank you Ian). Added hompack. Changed the way options are passed to some of the solvers: now it is a dedicated list variable, rather than a global variable. 2.2.8.1: Fixed typos in sparse library. Fixed test codes for sparse functions. Added features to libxmgrace. 2.2.8: protected lists. integer matrices. Fixed a bug in save/read. More code polishing. 2.2.7: added stripped-down ARPACK integrated with LAPACK (dense matrices) and UMFPACK (complex sparse) and SuperLU (real sparse, with spsolve). 2.2.6f: More code polishing. Incorporates some of the contributed fixes by E.Plischke and T.Johansson. Fixed memory leaks in time series analysis toolkit. 2.2.6.03: More code polishing. Added colsys to odebv solvers. Fixed parameter transfers in ACDC and MIRKDC. Communicated with the authors of SLEIGN2 who made some changes to their code, which are now incorporated in rlabplus. 2.2.6.02: Fixed memory leak in clawpack. Added ODRPACK. Did internal code polishing. 2.2.6: Added MIRKDC (boundary value problem solver), SLEIGN2 (sturm-liouville eigenvalue/boundary problem solver) and CLAWPACK (hyperbolic PDEs in 1-D). Did internal code polishing. 2.2.5, 2.2.5.02: Fixed superlu glitches, did some internal code polishing. 2.2.4: Dropped further development of static version. Added signal processing kit with GCVSPL, ODE boundary value solver TWPBVP/ACDC and finished work on sparse functionallity. Rlab can now interchangably work with UMFPACK (real/cplx) / SuperLU (real/cplx) / Sparskit (real). Optimized spsolve(..) for speed when solving real sparse systems with fixed LHS and multiple RHS. 2.2.3: glpk accepts for constraint matrix both, dense and sparse matrices. SuperLU provides built-in functions for solve, factor and backsub, for solving huge sparse linear problems. PGPLOT is statically linked to rlab. The difference between static and dynamic is that the latter requres BLAS shared object library from Goto, and the GSL/CBLAS from the GSL. 2.2.2-dynamic: statically linked to glpk and lapack. Dynamically linked to the gsl and blas. Requires high-performance BLAS library by Kazushige Goto and installed gnu sci lib. 2.2.2-static: statically linked to the gsl, glpk, lapack and blas. Uses single processor optimized blas library. From 2.2.1 to 2.2.2: added linear programming toolkit. pgplot is a default plotting interface, with simple access to gnuplot. From 2.2.0 to 2.2.1: full matrix optimization of the special functions library with integrated on-line help. Fully controlled integer and continuous distribution random number generators, linked to simulated annealing and monte carlo integration solver functions. Fixed a bug in linear least-square solver function. Fixed a noncritical bug in xmgrace toolkit. From 2.1.05 to 2.2.0: - integrated latest versions of blas and lapack (3.0), optimized for a ingle processor (gemm); - speed-optimized version of garbage collector; - libraries from project rlabplus (rlabplus.sourceforge.net) are now integrated with RLaB2.

  posted 231 days ago

• rlab RLaB2 Release 2 file released: rlab64-2.2.11.8-gfortran.bin.tgz

  2.2.11.9.src: improved build script, fixed the rlab's makefile, added a build script for pgplot interface. the source code should now compile on 32/64 bit gcc linux platform with either g77 or gfortran without (any - i'll cross my fingers and toes) problems. 2.2.11.8-gfortran/g77: fixed the build and installation script. fixed some more glitches, improved gnuplot interface. all changes in c-files are passed to g77.src release. 2.2.11.7-gfortran: rlab64 is out. fixed glitches while building 64bit version that are also implemented in 32bit version. 2.2.11.6-gfortran: bugs spraying. added time-frequency toolbox, polished gnuplot library. Built with gcc-4.2.1 / gfortran. 2.2.11.5-gfortran: bugs spraying. added histograms in 1 and 2-D from the gsl. Built with gcc-4.2.1 / gfortran. g77 version is no longer maintained. 2.2.11.4-g77, -gfortran: fixed build script, sprayed some bugs. gnuplot is now part of rlab and no longer separate shared object library. 2.2.11.3-g77, -gfortran: fixed build script, glitches and bugs in odeiv,ifelse. added integer power of a square matrix. 2.2.11.2-g77,-gfortran: fixed remaining glitches with random number generators. optimized install script. added includes for in-house development. added simulated annealing solver. 2.2.11.1-gfortran (experimental): see g77. suffers from gfortran regressions (fortran messaging cannot access c-streams, e.g., /dev/pts0). this should be cured on its own with the next gcc-gfortran release. 2.2.11.1-g77: fixes glitches with random number generators. adds few new functions with numerical integration. has optimized makefile. 2.2.11: has redesigned random number generators (integer, continuous, discrete) facility. adds read/write for matrices in MatrixMarket (NIST) format. 2.2.10: fixes some glitches. adds DIERCKX (b-splines in 1- and 2-D). comes in two flavors depending on the fortran compilers, g77 and gfortran. Currently, gfortran does not support pgplot library, while g77 requires (old) lapack and blas, see notes in README.g77 . 2.2.9.8: adds another ODAE solvers (BIMD), Adds EXPOKIT. has more of glitch polishing and bug squashing. 2.2.9.7: adds ODAE solver MEBDF. has enhanced string io functions (e.g., text). introduces modifications to some of the pgplot functions for compactness and clarity. 2.2.9.6: adds wavelet transform (GSL), konsole control via termcap (see sudoku puzzle solver in test for color and screen control), serial port communication. 2.2.9.5: rewrote glpk interface: no latent memory used, messaging, better control over solvers. rewrote gcv-spline kit: better messaging and parameter passing. added lapack testing routines for generating random matrices of desired properties - fully integrated with rlab random number generator. Fixed glitch in eigenvalue solver for symmetric matrices. Added harminv - spectral decomposition tool. 2.2.9.4: bug fixin' for libgnuplot.so, internal code polishing. removed gnuplot from distribution - now it is another project. 2.2.9.3: fixed some latent bugs in sparse functionality. fixed build script: make check should now run without problems. 2.2.9.2: enhanced basic I/O and string functions. More features to nn toolkit. Fixed bugs in maxi/mini functions. 2.2.9.1: (IMPORTANT!!!) Incorporates gc6.8 with single processor flags, which increases script execution speed two to three times. Added features to odeiv solvers. 2.2.9: Added statistical pattern recognition and artificial neaural network library, SPRANNLIB. Added more features to odr solver. Internal code polishing. 2.2.8.8: Final version of 2.2.8. Added dloess (local regression model fit). Started fixing help files (had a crash course in sgml). Added two more functions to genzpak - can handle singularity in the corner of the hypercube. 2.2.8.7: Added genzpak (integration of realfunction in multidimensional hypercubes and simplex domains), and bacol (adaptive mesh 1-d parabolic pde). Fixed parameter transfer in least-squares routines. 2.2.8.6: Added proximal bundle (toms 811) solvers. Polished user interface to odebv and gcvspl solvers. Improved parameter passing to the rlab functions. 2.2.8.5: Added nseries, and conmax (constrained optimization). Internal code polishing. 2.2.8.4: Added hompack and contin for curve tracking problem. Fixed parameter passing in hompack. 2.2.8.3: Added epdcol. Improved passing of parameters to interpreter for odeiv and odebv solvers. Added a polynomial root based on aberth's method. 2.2.8.2: Fixed memory clean-up leaks in interpreter (thank you Ian). Added hompack. Changed the way options are passed to some of the solvers: now it is a dedicated list variable, rather than a global variable. 2.2.8.1: Fixed typos in sparse library. Fixed test codes for sparse functions. Added features to libxmgrace. 2.2.8: protected lists. integer matrices. Fixed a bug in save/read. More code polishing. 2.2.7: added stripped-down ARPACK integrated with LAPACK (dense matrices) and UMFPACK (complex sparse) and SuperLU (real sparse, with spsolve). 2.2.6f: More code polishing. Incorporates some of the contributed fixes by E.Plischke and T.Johansson. Fixed memory leaks in time series analysis toolkit. 2.2.6.03: More code polishing. Added colsys to odebv solvers. Fixed parameter transfers in ACDC and MIRKDC. Communicated with the authors of SLEIGN2 who made some changes to their code, which are now incorporated in rlabplus. 2.2.6.02: Fixed memory leak in clawpack. Added ODRPACK. Did internal code polishing. 2.2.6: Added MIRKDC (boundary value problem solver), SLEIGN2 (sturm-liouville eigenvalue/boundary problem solver) and CLAWPACK (hyperbolic PDEs in 1-D). Did internal code polishing. 2.2.5, 2.2.5.02: Fixed superlu glitches, did some internal code polishing. 2.2.4: Dropped further development of static version. Added signal processing kit with GCVSPL, ODE boundary value solver TWPBVP/ACDC and finished work on sparse functionallity. Rlab can now interchangably work with UMFPACK (real/cplx) / SuperLU (real/cplx) / Sparskit (real). Optimized spsolve(..) for speed when solving real sparse systems with fixed LHS and multiple RHS. 2.2.3: glpk accepts for constraint matrix both, dense and sparse matrices. SuperLU provides built-in functions for solve, factor and backsub, for solving huge sparse linear problems. PGPLOT is statically linked to rlab. The difference between static and dynamic is that the latter requres BLAS shared object library from Goto, and the GSL/CBLAS from the GSL. 2.2.2-dynamic: statically linked to glpk and lapack. Dynamically linked to the gsl and blas. Requires high-performance BLAS library by Kazushige Goto and installed gnu sci lib. 2.2.2-static: statically linked to the gsl, glpk, lapack and blas. Uses single processor optimized blas library. From 2.2.1 to 2.2.2: added linear programming toolkit. pgplot is a default plotting interface, with simple access to gnuplot. From 2.2.0 to 2.2.1: full matrix optimization of the special functions library with integrated on-line help. Fully controlled integer and continuous distribution random number generators, linked to simulated annealing and monte carlo integration solver functions. Fixed a bug in linear least-square solver function. Fixed a noncritical bug in xmgrace toolkit. From 2.1.05 to 2.2.0: - integrated latest versions of blas and lapack (3.0), optimized for a ingle processor (gemm); - speed-optimized version of garbage collector; - libraries from project rlabplus (rlabplus.sourceforge.net) are now integrated with RLaB2.

  posted 231 days ago