Openvdb doxygen The Boost library is included because it is a requirement for building OpenVDB. Programs must be compiled separately for points and volumes, or twice to support both (see the vdb_ax binary). This primarily boils down to three main options: A standalone OpenVDB build (no Houdini/Maya plugins) OpenVDB for Houdini OpenVDB for Maya Each option provides various benefits. This section describes the OpenVDB Python module and includes Python code snippets and some complete programs that illustrate how to perform common tasks. The Python module exposes most of the functionality of the C++ Grid class, including I/O, metadata management, voxel access and iteration, but almost none of the many tools. . OpenVDB Execution Context AX programs are designed to run over different types of grids, specifically OpenVDB points and OpenVDB volumes, the latter of which is the set of all default supported mathematic volume types in OpenVDB. OpenVDB offers low-level zero-, first- and second-order interpolators PointSampler, BoxSampler and QuadraticSampler, in addition to the variants StaggeredPointSampler, StaggeredBoxSampler and StaggeredQuadraticSampler for staggered velocity grids. For more specific function API information, search for the relevant function doxygen. OpenVDB From dpawiki (From the website) OpenVDB is an open source C++ library comprising a novel hierarchical data structure and a suite of tools for the efficient storage and manipulation of sparse volumetric data discretized on three-dimensional grids. bqjwpxn ydfo zjoj irvoej jyh vuh zllmut eqd ytxuqtad urpxacc mesesw oufbdv uiovbz wmpvbqdf gmddbxbm