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blender/intern/opennl/SConscript

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== SCons == * This commit is all of the rewrite work done on the SCons system. For documentation see doc/blender-scons.txt and doc/blender-scons-dev.txt. Also http://mediawiki.blender.org/index.php/BlenderDev/SconsRefactoring contains valuable information, along with what still needs to be done. - linux, os x and windows compile now. - files are compiled to BF_INSTALLDIR (see config/(platform)-config.py) - NOTE: Jean-Luc P will commit sometime during the weekend proper appit() for OS X. For now, copy the resulting binary to an existing .app bundle. - features: - cleaner structure for better maintenance - cleaner output during compile - better handling of build options - general overall speed increase - see the wiki for more info Cygwin, FreeBSD and Solaris systems still need work. For these systems: 1) copy a config/(platform)-config.py to ie. config/cygwin-config.py 2) set the proper defaults for your platform 3) mail me at jesterking at letwory dot net with you configuration. if you need any modifications to the system, do send a patch, too. I'll be giving first-aid today and tomorrow, after that it'll be all regular development work :) /Nathan
2006-02-04 14:15:10 +00:00
#!/usr/bin/python
Import ('env')
Added SuperLU 3.0: http://crd.lbl.gov/~xiaoye/SuperLU/ This is a library to solve sparse matrix systems (type A*x=B). It is able to solve large systems very FAST. Only the necessary parts of the library are included to limit file size and compilation time. This means the example files, fortran interface, test files, matlab interface, cblas library, complex number part and build system have been left out. All (gcc) warnings have been fixed too. This library will be used for LSCM UV unwrapping. With this library, LSCM unwrapping can be calculated in a split second, making the unwrapping proces much more interactive. Added OpenNL (Open Numerical Libary): http://www.loria.fr/~levy/OpenNL/ OpenNL is a library to easily construct and solve sparse linear systems. We use a stripped down version, as an interface to SuperLU. This library was kindly given to use by Bruno Levy.
2004-07-13 11:42:13 +00:00
== SCons == * This commit is all of the rewrite work done on the SCons system. For documentation see doc/blender-scons.txt and doc/blender-scons-dev.txt. Also http://mediawiki.blender.org/index.php/BlenderDev/SconsRefactoring contains valuable information, along with what still needs to be done. - linux, os x and windows compile now. - files are compiled to BF_INSTALLDIR (see config/(platform)-config.py) - NOTE: Jean-Luc P will commit sometime during the weekend proper appit() for OS X. For now, copy the resulting binary to an existing .app bundle. - features: - cleaner structure for better maintenance - cleaner output during compile - better handling of build options - general overall speed increase - see the wiki for more info Cygwin, FreeBSD and Solaris systems still need work. For these systems: 1) copy a config/(platform)-config.py to ie. config/cygwin-config.py 2) set the proper defaults for your platform 3) mail me at jesterking at letwory dot net with you configuration. if you need any modifications to the system, do send a patch, too. I'll be giving first-aid today and tomorrow, after that it'll be all regular development work :) /Nathan
2006-02-04 14:15:10 +00:00
sources = env.Glob('intern/*.c') + env.Glob('superlu/*.c')
Added SuperLU 3.0: http://crd.lbl.gov/~xiaoye/SuperLU/ This is a library to solve sparse matrix systems (type A*x=B). It is able to solve large systems very FAST. Only the necessary parts of the library are included to limit file size and compilation time. This means the example files, fortran interface, test files, matlab interface, cblas library, complex number part and build system have been left out. All (gcc) warnings have been fixed too. This library will be used for LSCM UV unwrapping. With this library, LSCM unwrapping can be calculated in a split second, making the unwrapping proces much more interactive. Added OpenNL (Open Numerical Libary): http://www.loria.fr/~levy/OpenNL/ OpenNL is a library to easily construct and solve sparse linear systems. We use a stripped down version, as an interface to SuperLU. This library was kindly given to use by Bruno Levy.
2004-07-13 11:42:13 +00:00
== SCons == * This commit is all of the rewrite work done on the SCons system. For documentation see doc/blender-scons.txt and doc/blender-scons-dev.txt. Also http://mediawiki.blender.org/index.php/BlenderDev/SconsRefactoring contains valuable information, along with what still needs to be done. - linux, os x and windows compile now. - files are compiled to BF_INSTALLDIR (see config/(platform)-config.py) - NOTE: Jean-Luc P will commit sometime during the weekend proper appit() for OS X. For now, copy the resulting binary to an existing .app bundle. - features: - cleaner structure for better maintenance - cleaner output during compile - better handling of build options - general overall speed increase - see the wiki for more info Cygwin, FreeBSD and Solaris systems still need work. For these systems: 1) copy a config/(platform)-config.py to ie. config/cygwin-config.py 2) set the proper defaults for your platform 3) mail me at jesterking at letwory dot net with you configuration. if you need any modifications to the system, do send a patch, too. I'll be giving first-aid today and tomorrow, after that it'll be all regular development work :) /Nathan
2006-02-04 14:15:10 +00:00
incs = 'extern superlu'
Added SuperLU 3.0: http://crd.lbl.gov/~xiaoye/SuperLU/ This is a library to solve sparse matrix systems (type A*x=B). It is able to solve large systems very FAST. Only the necessary parts of the library are included to limit file size and compilation time. This means the example files, fortran interface, test files, matlab interface, cblas library, complex number part and build system have been left out. All (gcc) warnings have been fixed too. This library will be used for LSCM UV unwrapping. With this library, LSCM unwrapping can be calculated in a split second, making the unwrapping proces much more interactive. Added OpenNL (Open Numerical Libary): http://www.loria.fr/~levy/OpenNL/ OpenNL is a library to easily construct and solve sparse linear systems. We use a stripped down version, as an interface to SuperLU. This library was kindly given to use by Bruno Levy.
2004-07-13 11:42:13 +00:00
=Scons= I should have talked to joeedh before committing last time... This is an another attempt to fix the mingw long commandline issue on all versions of windows (I didn't realize that the 2k in Win2k refered to the length of the commandline). In this version, I break libsrc.a up so that no archive has more than 30 object files (adjustable with one line of code). I also fudge the priority numbers to ensure correct linking. This was done in a "guess the number" way until it worked, so please test and please check for correctness.
2006-11-28 21:12:31 +00:00
if (env['OURPLATFORM'] == 'win32-mingw'):
env.BlenderLib ('blender_ONL', sources, Split(incs), [], libtype=['core','intern'], priority=[1,80] )
else:
env.BlenderLib ('blender_ONL', sources, Split(incs), [], libtype='core', priority=55 )
Added SuperLU 3.0: http://crd.lbl.gov/~xiaoye/SuperLU/ This is a library to solve sparse matrix systems (type A*x=B). It is able to solve large systems very FAST. Only the necessary parts of the library are included to limit file size and compilation time. This means the example files, fortran interface, test files, matlab interface, cblas library, complex number part and build system have been left out. All (gcc) warnings have been fixed too. This library will be used for LSCM UV unwrapping. With this library, LSCM unwrapping can be calculated in a split second, making the unwrapping proces much more interactive. Added OpenNL (Open Numerical Libary): http://www.loria.fr/~levy/OpenNL/ OpenNL is a library to easily construct and solve sparse linear systems. We use a stripped down version, as an interface to SuperLU. This library was kindly given to use by Bruno Levy.
2004-07-13 11:42:13 +00:00
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