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mitsuba/src/converter/SConscript

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Added Unicode support for the Windows command line tools.
2012-10-19 03:14:11 +08:00
Import('mainEnv', 'hasCollada', 'stubs', 'winstubs')
A batch of changes that have piled up: - Cleaner build system organization (1 SConscript file per directory instead of a single huge file) - Robustness improvements to the KD-tree construction code (now does a better job at handling degenerate triangles) - Switched to an epsilon-free KD-tree traversal loop using Havran's T_{AB}^rec algorithm - Generalization of the KD-tree construction code (now supports plugging in arbitrary tree construction heuristics) - Addition of some utility code (LRU cache, adaptive Gauss-Lobatto quadrature, etc.) - Generic dense matrix class that supports arbitrary dimensions - Pixel traversal within image blocks now uses a space-filling curve ordering - Added support for several noise functions from PBRT - Cleanups of various top-level interfaces (Luminaires, Phase functions, BSDFs, Participating media, etc.) - Robustness improvements to the participating media code (faster + now does a better job at dielectric boundaries) - Added a basic tonemapping utility (can be invoked via mtsutil)
2011-02-03 16:15:25 +08:00
compatibility fixes for Fedora Core 19
2013-11-11 22:52:44 +08:00
A batch of changes that have piled up: - Cleaner build system organization (1 SConscript file per directory instead of a single huge file) - Robustness improvements to the KD-tree construction code (now does a better job at handling degenerate triangles) - Switched to an epsilon-free KD-tree traversal loop using Havran's T_{AB}^rec algorithm - Generalization of the KD-tree construction code (now supports plugging in arbitrary tree construction heuristics) - Addition of some utility code (LRU cache, adaptive Gauss-Lobatto quadrature, etc.) - Generic dense matrix class that supports arbitrary dimensions - Pixel traversal within image blocks now uses a space-filling curve ordering - Added support for several noise functions from PBRT - Cleanups of various top-level interfaces (Luminaires, Phase functions, BSDFs, Participating media, etc.) - Robustness improvements to the participating media code (faster + now does a better job at dielectric boundaries) - Added a basic tonemapping utility (can be invoked via mtsutil)
2011-02-03 16:15:25 +08:00
converter_objects = []
if hasCollada:
compatibility fixes for Fedora Core 19
2013-11-11 22:52:44 +08:00
import platform
A batch of changes that have piled up: - Cleaner build system organization (1 SConscript file per directory instead of a single huge file) - Robustness improvements to the KD-tree construction code (now does a better job at handling degenerate triangles) - Switched to an epsilon-free KD-tree traversal loop using Havran's T_{AB}^rec algorithm - Generalization of the KD-tree construction code (now supports plugging in arbitrary tree construction heuristics) - Addition of some utility code (LRU cache, adaptive Gauss-Lobatto quadrature, etc.) - Generic dense matrix class that supports arbitrary dimensions - Pixel traversal within image blocks now uses a space-filling curve ordering - Added support for several noise functions from PBRT - Cleanups of various top-level interfaces (Luminaires, Phase functions, BSDFs, Participating media, etc.) - Robustness improvements to the participating media code (faster + now does a better job at dielectric boundaries) - Added a basic tonemapping utility (can be invoked via mtsutil)
2011-02-03 16:15:25 +08:00
colladaEnv = mainEnv.Clone()
compatibility fixes for Fedora Core 19
2013-11-11 22:52:44 +08:00
if platform.linux_distribution()[0] == 'Fedora':
pass # Use old COLLADA-DOM 2.3
else: # Everyone else uses 2.4
colladaEnv.Prepend(CXXFLAGS=['-DCOLLADA_DOM_2_4'])
# Build the COLLADA importer if COLLADA-DOM is vailable
A batch of changes that have piled up: - Cleaner build system organization (1 SConscript file per directory instead of a single huge file) - Robustness improvements to the KD-tree construction code (now does a better job at handling degenerate triangles) - Switched to an epsilon-free KD-tree traversal loop using Havran's T_{AB}^rec algorithm - Generalization of the KD-tree construction code (now supports plugging in arbitrary tree construction heuristics) - Addition of some utility code (LRU cache, adaptive Gauss-Lobatto quadrature, etc.) - Generic dense matrix class that supports arbitrary dimensions - Pixel traversal within image blocks now uses a space-filling curve ordering - Added support for several noise functions from PBRT - Cleanups of various top-level interfaces (Luminaires, Phase functions, BSDFs, Participating media, etc.) - Robustness improvements to the participating media code (faster + now does a better job at dielectric boundaries) - Added a basic tonemapping utility (can be invoked via mtsutil)
2011-02-03 16:15:25 +08:00
colladaEnv.Append(LIBS=['mitsuba-hw'])
colladaEnv.Append(LIBPATH=['#src/libhw'])
if colladaEnv.has_key('COLLADAINCLUDE'):
colladaEnv.Prepend(CPPPATH=colladaEnv['COLLADAINCLUDE'])
if colladaEnv.has_key('COLLADALIBDIR'):
colladaEnv.Prepend(LIBPATH=colladaEnv['COLLADALIBDIR'])
if colladaEnv.has_key('COLLADALIB'):
colladaEnv.Prepend(LIBS=colladaEnv['COLLADALIB'])
converter_objects += [
colladaEnv.StaticObject('collada.cpp'),
colladaEnv.StaticObject('obj.cpp'),
colladaEnv.StaticObject('converter.cpp')
]
Added Unicode support for the Windows command line tools.
2012-10-19 03:14:11 +08:00
colladaEnv.Program('mtsimport', stubs + winstubs + ['mtsimport.cpp']
The epic 0.4.0 merge of the bidirectional branch -- sorry not to do this in smaller batches, but doing so would have been an incredible amount of work. A through description of the changes will be made available on the blog this week.
2012-09-28 00:43:51 +08:00
+ converter_objects)
A batch of changes that have piled up: - Cleaner build system organization (1 SConscript file per directory instead of a single huge file) - Robustness improvements to the KD-tree construction code (now does a better job at handling degenerate triangles) - Switched to an epsilon-free KD-tree traversal loop using Havran's T_{AB}^rec algorithm - Generalization of the KD-tree construction code (now supports plugging in arbitrary tree construction heuristics) - Addition of some utility code (LRU cache, adaptive Gauss-Lobatto quadrature, etc.) - Generic dense matrix class that supports arbitrary dimensions - Pixel traversal within image blocks now uses a space-filling curve ordering - Added support for several noise functions from PBRT - Cleanups of various top-level interfaces (Luminaires, Phase functions, BSDFs, Participating media, etc.) - Robustness improvements to the participating media code (faster + now does a better job at dielectric boundaries) - Added a basic tonemapping utility (can be invoked via mtsutil)
2011-02-03 16:15:25 +08:00
Return('converter_objects')