Difference between revisions of "Dynamic Real-Time Meshing of Point Clouds"

Latest revision as of 22:09, 21 April 2011

Work done Spring 2011

Compiled and ran CUDA Marching Cubes example from SDK
Modified the existing code to handle our own custom dataset
Successful in dividing a dataset into 8 parts, running the algorithm on each part separately and connecting them together.
Created an interface for the user to input data

Goals for end of Spring 2011

Modify algorithm to compress the VBO to manageable size
Add support for interpolation of additional voxel data (colors, normals, texture coordinates) on mesh vertices
Add support for normals input, and delete triangles facing away from the input normals
Add support for texture coordinates and textures.
Use a shader program to lookup texture array and blend between textures based on pre-computed weights

@@ Line 2: / Line 2: @@
 Work done Spring 2011
-*work item 1
+*Compiled and ran CUDA Marching Cubes example from SDK
+*Modified the existing code to handle our own custom dataset
+*Successful in dividing a dataset into 8 parts, running the algorithm on each part separately and connecting them together.
+*Created an interface for the user to input data
 Goals for end of Spring 2011
-*goal 1
+*Modify algorithm to compress the VBO to manageable size
+*Add support for interpolation of additional voxel data (colors, normals, texture coordinates) on mesh vertices
+*Add support for normals input, and delete triangles facing away from the input normals
+*Add support for texture coordinates and textures.
+*Use a shader program to lookup texture array and blend between textures based on pre-computed weights