edge->edg
trimesh->tri
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (extended namespaces):
order 0 (vertex) :vertex
order 1 (edge) :edge
order 2 (triangle) :triangle (temporarily it remains "face")
order 3 (tetrahedron) :tetrahedron
[Namespaces changes]
vert->vertex
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (extended namespaces):
order 0 (vertex) :vertex
order 1 (edge) :edge
order 2 (triangle) :triangle (temporarily it remains "face")
order 3 (tetrahedron) :tetrahedron
edge->edg
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (extended namespaces):
order 0 (vertex) :vertex
order 1 (edge) :edge
order 2 (triangle) :triangle (temporarily it remains "face")
order 3 (tetrahedron) :tetrahedron
edge->edg
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (extended namespaces):
order 0 (vertex) :vertex
order 1 (edge) :edge
order 2 (triangle) :triangle (temporarily it remains "face")
order 3 (tetrahedron) :tetrahedron
vert->vertex
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
vert->vertex
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
vert->vertex
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
vert->vertex
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
[Namespaces changes]
edge->edg
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
edge->edg
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
[Namespaces changes]
edge->edg
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
trimesh->tri
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
[Namespaces changes]
edge->edg
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
[Namespaces changes]
edge->edg
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
trimsh->tri
clean up of some namespaces to comply the following naming:
Complexes (3 letters namespaces):
order 0 (point cloud ) :vrt
order 1 (edge meshes) :edg
order 2 (triangle meshes) :tri
order 3 (triangle meshes) :tet
Simplexes (4 letters namespaces):
order 0 (vertex) :vert
order 1 (edge) :edge
order 2 (triangle) :triangle
order 3 (tetrahedron) :tetrahedron
Problem: Shot was using similarity merely to store
rotation and translation.
There was an incompatibility in that Similarity::ToMatrix
gives scale*rotation*translation while in Shot
the translation stores the viewpoint and the rotation the orientation of the Shot.
In this version, a small class ReferenceFrame was done to play the role of similarity and MultMatrix and MultSimilarity functions were added to transform the frame by multiplying it for a Matrix44 (or applying a similarity).
NOTE: the file export_ply.ply and import_ply.h must also be updated.
-- only compiled with .net ---
Problem: Shot was using similarity merely to store
rotation and translation.
There was an incompatibility in that Similarity::ToMatrix
gives scale*rotation*translation while in Shot
the translation stores the viewpoint and the rotation the orientation of the Shot.
In this version, a small class ReferenceFrame was done to play the role of similarity and MultMatrix and MultSimilarity functions were added to transform the frame by multiplying it for a Matrix44 (or applying a similarity).
NOTE: the file export_ply.ply and import_ply.h must also be updated.
-- only compiled with .net ---
ganovelli
Paolo Cignoni
Federico Ponchio
granzuglia