- moved and renumbered the 11 Far tutorials into 5 groups
- updated documentation/tutorials.rst:
- replaced the two-column tables with simple sections
- created sub-sections describing the Far tutorial groups
- updated additional Far tutorial references for new numbering
- added far/tutorial_10 illustrating variable width vertex class
- revised far/tutorial_9 for command line and documentation conventions
- updated doc/tutorials.rst with missing and new tutorial descriptions
- added conversions Shape and Sdc scheme types
- extended ObjAnim to take a scheme type on construction
- updated far/tutorial_9 to make use of new functionality
- changed the main OPENSUBDIV_INCLUDE_DIR to exclude ./opensubdiv
- updated CMakeLists.txt files in non-examples to use only this path
- updated CMakeLists.txt files in examples to append ./opensubdiv to path
- updated source in regression/common to use #include <opensubdiv/...>
- updated source in examples/common to use #include <opensubdiv/...>
- deferred source in examples to be updated on a case-by-case basis
- reverted original methods to operate in single precision instead of both
- removed overloads in favor of direct stencil table access and update
- updated precision related assertions with clearer condition
- updated far/tutorial_6 to use template stencil table access
- updated far/tutorial_9 to use conventional stencil table access
- added tutorial/far/tutorial_9 with source for new tutorial
- updated tutorial/CMakeLists.txt to deal with header path issue:
- inclusion of code from regression/common required extension
- address indexing inconsistencies with Uniform PatchTables (#737)
- suppress generation of Varying patches and/or their local point stencils
- added suppression of Varying patches to far/tutorial_6
Read all comments and made corrections to files that aren't part of
OpenSubdiv itself but are packaged with it.
Commandline output of glPtexViewer is affected. Otherwise no functional
changes.
Adaptive refinement will only produce levels of refinement which are
actually needed even if the client specifies a greater max isolation level.
This change fixes the loop control used for primvar interpolation to
interpolate only levels which exist in the refinement.
Far no longer supports this method, so the existing functions were pure noise.
Hbr, however still requires it, so there are still a couple instances of it in
the hbr tutorial files.
- moved TopologyRefiner out of the RefinerFactoryBase into Far
- moved implementation of its Factory<MESH> to far/topologyDescriptor.*
- updated examples and tutorials (no more references to FactoryBase)
- removed all of the multi-level Interpolate...() methods taking T*, U*
- made all single-level methods consistent wrt usage of T&, U&
- replaced usage in regressions, tutorials and examples
- additional minor improvements to far/tutorials
To encapsulate endcap functions from public API, add methods to
tell the number of patch points needed (GetNumLocalPoints()) and
to compute those patch points as a result of change of basis from
the refined vertices (ComputeLocalPointValues()).
ComputeLocalPointValues takes contiguous source data of all levels
including level0 control vertices.
- removed AddVaryingWithWeight from Far::PrimvarRefiner interpolation
- removed Far::StencilBuilder dependencies on varying
- updated Far::StencilTableFactory use of StencilBuilder constructor
- updated far/tutorial_2 to use vertex colors vs varying (for now)
- added TopologyRefiner base level modifiers to TopologyRefinerFactoryBase
- removed old modifiers from TopologyRefiner (unused by anything else)
- updated existing Factory<MESH> definitions to use new methods
- created new class Far::PrimvarRefiner with interpolation methods
- removed interpolation and limit methods from Far::TopologyRefiner
- replaced internal usage in Far::StencilTableFactory
- replaced usage in regressions, tutorials and examples
- replaced Evaluate() with EvaluateBasis() in far/tutorial_6
- commented out use of EvaluateFaceVarying() in examples/farViewer
- face-varying patches are work in progress
