A Roadmap to the VRIP source code ------------------------------- Setting up the TCL/TK interface ------------------------------- vripMain.cc - Sets up the TCL application vripInit.cc - Does the application intialization, including TCL command creation and sourcing ${VRIP_DIR}/vrip.tcl and ${HOME}/.vriprc ------------ TCL commands ------------ vripRangeCmds.cc - TCL commands that actually read in a range image or surface and update the volume. vripGridCmds.cc - TCL commands for creating, querying, down-sampling, and transposing the voxel grid. vripFileCmds.cc - TCL commands for file I/O of the voxel grid vripGUICmds.cc - TCL commands for running pieces of the GUI, i.e., the slice viewer and the "render" viewer. The render viewer shows the vertex weights that were resampled when creating the depth map. vripPlyCmds.cc - TCL commands for writing out depth maps, and processing range images to see how they will tesselate before being scanned into the volume vripFillCmds.cc - TCL commands for filling the voxel grid (constant value, ellipse, cylinder, cube) vripMiscCmds.cc - TCL commands for viewing/changing global parameters and generating timing results -------------- The voxel grid -------------- OccGrid.cc - The uncompressed volumetric grid and associated operations (creating, destroying, reading, writing, transposing, ...) OccGridRLE.cc - The RLE volumetric grid and associated operations (creating, destroying, reading, writing, transposing, ...) OccGridNormRLE.cc - The RLE volumetric grid with normals and associated operations (creating, destroying, reading, writing, transposing, ...) -------------------------------------------------------- Range images and surfaces (meshes) and the PLY interface -------------------------------------------------------- Mesh.cc - The triangle mesh data structures and associated routines, including weighting (confidence) assigment per vertex rangePly.cc - Routines for reading in a ply range image and creating a tesselated range surface. plyio.cc - Routines for reading and writing a ply triangle mesh ---------------------------- Resampling the range surface ---------------------------- DepthMap.cc - The depth map and associated operations (creating, destroying, writing, tree creation and evaluation) DepthMapAux.cc - Routines that operate on the depth map softRenderGeom.cc - Routines for resampling range surfaces using Homan Igehy's triangle rasterizer renderGeom.cc - Routines for resampling range surfaces using graphics hardware for triangle rasterizing (not in use) ------------------------------ Volume and depth map traversal ------------------------------ configure.cc - Routines for computing the shear, transposing the volume, and computing the maximum screen size of the sheared volume scan.cc - Routines for running through the uncompressed volume and updating voxels based on the current depth map. Uses orthographic transformation. scanRLE.cc - Routines for running through the RLE volume and updating voxels based on the current depth map. Uses orthographic transformation. scanLinePerspRLE.cc - Routines for running through the RLE volume and updating voxels based on the current depth map. Uses line perspective transformation. scanNormRLE.cc - Routines for running through the uncompressed volume and updating voxels based on the current depth map. Uses orthographic transformation. resample.cc - Routines for resampling the depth map. occFunc.cc - Routines for deciding what "occupancy value" to put in a voxel. ----------------- Memory management ----------------- ChunkLink.cc - Linked list of blocks of memory ChunkAllocator.cc - Routines for allocating and streaming through the chunks of allocated memory. ------------- Miscellaneous ------------- vripGlobals.cc - Global variables. vripAux.cc - Some auxiliary routines for managing the voxel grids linePersp.cc - Routines for managing the line perspective transformation BBox3f.cc - Routines for axis aligned bounding boxes in 3D -------------- Other programs -------------- vriphead.cc - Reads the header from an RLE voxel grid file and displays information about size, resolution, etc.