def onMeshesComplete():
"""
Called when mesh extraction is complete.
Writes the extracted mesh to an .obj file
"""
logger.info( "Mesh generation complete." )
mesh_count = len( window.extractor.meshes )
# Mesh count can sometimes be 0 for the '<not saved yet>' object...
if mesh_count > 0:
assert mesh_count == 1, \
"Found {} meshes processing object '{}',"\
"(only expected 1)".format( mesh_count, object_name )
mesh = window.extractor.meshes.values()[0]
logger.info( "Saving meshes to {}".format( obj_filepath ) )
# Use VTK to write to a temporary .vtk file
tmpdir = tempfile.mkdtemp()
vtkpoly_path = os.path.join(tmpdir, 'meshes.vtk')
w = vtkPolyDataWriter()
w.SetFileTypeToASCII()
w.SetInput(mesh)
w.SetFileName(vtkpoly_path)
w.Write()
# Now convert the file to .obj format.
convertVTPtoOBJ(vtkpoly_path, obj_filepath)
# Cleanup: We don't need the window anymore.
window.setParent(None)
# If there are still objects left to process,
# start again with the remainder of the list.
if object_names:
self._exportMeshes(object_names, obj_filepaths)
def onMeshesComplete(dlg, obj_filepath):
"""
Called when mesh extraction is complete.
Writes the extracted mesh to an .obj file
"""
print "Mesh generation complete."
mesh_count = len( dlg.extractor.meshes )
# Mesh count can sometimes be 0 for the '<not saved yet>' object...
if mesh_count > 0:
assert mesh_count == 1, \
"Found {} meshes. (Only expected 1)".format( mesh_count )
mesh = dlg.extractor.meshes.values()[0]
# Use VTK to write to a temporary .vtk file
tmpdir = tempfile.mkdtemp()
vtkpoly_path = os.path.join(tmpdir, 'meshes.vtk')
w = vtkPolyDataWriter()
w.SetFileTypeToASCII()
w.SetInput(mesh)
w.SetFileName(vtkpoly_path)
w.Write()
# Now convert the file to .obj format.
print "Saving meshes to {}".format( obj_filepath )
convertVTPtoOBJ(vtkpoly_path, obj_filepath)
shutil.rmtree( tmpdir )
def onMeshesComplete():
"""
Called when mesh extraction is complete.
Writes the extracted mesh to an .obj file
"""
logger.info( "Mesh generation complete." )
mesh_count = len( window.extractor.meshes )
# Mesh count can sometimes be 0 for the '<not saved yet>' object...
if mesh_count > 0:
assert mesh_count == 1, \
"Found {} meshes processing object '{}',"\
"(only expected 1)".format( mesh_count, object_name )
mesh = window.extractor.meshes.values()[0]
logger.info( "Saving meshes to {}".format( obj_filepath ) )
# Use VTK to write to a temporary .vtk file
tmpdir = tempfile.mkdtemp()
vtkpoly_path = os.path.join(tmpdir, 'meshes.vtk')
w = vtkPolyDataWriter()
w.SetFileTypeToASCII()
w.SetInput(mesh)
w.SetFileName(vtkpoly_path)
w.Write()
# Now convert the file to .obj format.
convertVTPtoOBJ(vtkpoly_path, obj_filepath)
# Cleanup: We don't need the window anymore.
window.setParent(None)
# If there are still objects left to process,
# start again with the remainder of the list.
if object_names:
self._exportMeshes(object_names, obj_filepaths)
def onMeshesComplete(dlg, obj_filepath):
"""
Called when mesh extraction is complete.
Writes the extracted mesh to an .obj file
"""
print "Mesh generation complete."
mesh_count = len(dlg.extractor.meshes)
# Mesh count can sometimes be 0 for the '<not saved yet>' object...
if mesh_count > 0:
assert mesh_count == 1, \
"Found {} meshes. (Only expected 1)".format( mesh_count )
mesh = dlg.extractor.meshes.values()[0]
# Use VTK to write to a temporary .vtk file
tmpdir = tempfile.mkdtemp()
vtkpoly_path = os.path.join(tmpdir, 'meshes.vtk')
w = vtkPolyDataWriter()
w.SetFileTypeToASCII()
w.SetInput(mesh)
w.SetFileName(vtkpoly_path)
w.Write()
# Now convert the file to .obj format.
print "Saving meshes to {}".format(obj_filepath)
convertVTPtoOBJ(vtkpoly_path, obj_filepath)
shutil.rmtree(tmpdir)
