output iterators instead of std::vector - eases prman integration
for cases where std::list makes more sense.
Block allocate face children array in common case (<= 4 children).
Other, minor consistency edits.
- generate baseline data with the new hbr_baseline tool
- run the a regression of the current hbr code over the baseline data-set with hbr_regression
There is still some cleanup to do to generalize some of the "shape" code as our intermediate
obj-like file format is unfortunately entrenching itself (we should really be using RIB...)
There is also a fair amounto f copy/pasted stuff in the regression code that needs to be refactored
Closes#32
mutex class with Lock / Unlock public functions.
- remove Mutex implementation from Hbr (and revert to original PRman code)
- provide a Mutex class stub in osd
- add some forward declarations in OsdMesh to limit some of the mutex spills
- #include <osd/mutex.h> where needed (little hackish until we can refactor
some of far better)
- remove ILM_BASE from some CMakeLists
Closes#48
where it can cause havoc downstream, and move vertexBuffers into the cpp
file to avoid gl.h inclusion and to fix dynamic cast issues. These were
found during Presto integration.
- modify shape_utils to return a vector of coarse vertices when creating an hbr mesh
- minor cleanup of osd mesh and the addition of a vector parameter in the creator to
save the remapping between the hbr mesh progenitor and the current serialized osd mesh.
- minor fallout modifications to the glutViewer & far regression code
Notes :
- the dual template of far is causing a lot of complications
-> suggest finding a way to isolate the T template to the factory code.
-> far needs a concept of a vector of vertex & varying data (to abstract the vertex buffer
away from osd)
-> the dispatched mechanism is awkward and needs refactoring
-> suggest moving the default CPU kernels away from the subdivision tables
-> suggest finding a way to completely untemplate the tables (we might need a templated
factory function though)
-> osd should be able to call delete on the far mesh to get rid of all the CPU-bound data
once the GPU data has been laid-out.
Closes#18.
rules are set to "none" (both in Catmark & Loop)
* Amended shape_utils to always set a default boundary interp. rule
even when no tag was read (ie. don't default to "none")
* Added a regression test for the "dart" shape to test both
"edge only" and "edge corner" boundary interp. rules.
Closes#2.
kernel, call OsdKernelDispatcher::Factory::Register() and keep the integer
result value as kernel handle.
Attempted to elimiate registering function from client code, but currently
disabled (in kernelDispatcher.cpp) because of Maya plugin doesn't work with cuda
kernel.
glutViewer creates kernel menu dynamically according to linked kernels.
Fix a bug of maya plugin crashes.
Closes#14
