def post_process(out, problem, state, extend=False):
mesh = problem.domain.mesh
mesh_name = mesh.name[mesh.name.rfind(osp.sep) + 1:]
vtkdata = get_vtk_from_mesh(mesh, out, 'postproc_')
matrix = get_vtk_by_group(vtkdata, 1, 1)
matrix_surf = get_vtk_surface(matrix)
matrix_surf_tri = tetrahedralize_vtk_mesh(matrix_surf)
write_vtk_to_file('%s_mat1_surface.vtk' % mesh_name, matrix_surf_tri)
matrix_edges = get_vtk_edges(matrix)
write_vtk_to_file('%s_mat1_edges.vtk' % mesh_name, matrix_edges)
return out
def post_process(out, problem, state, extend=False):
mesh = problem.domain.mesh
mesh_name = mesh.name[mesh.name.rfind(osp.sep) + 1:]
vtkdata = get_vtk_from_mesh(mesh, out, 'postproc_')
matrix = get_vtk_by_group(vtkdata, 1, 1)
matrix_surf = get_vtk_surface(matrix)
matrix_surf_tri = tetrahedralize_vtk_mesh(matrix_surf)
write_vtk_to_file('%s_mat1_surface.vtk' % mesh_name, matrix_surf_tri)
matrix_edges = get_vtk_edges(matrix)
write_vtk_to_file('%s_mat1_edges.vtk' % mesh_name, matrix_edges)
return out
def __init__(self, data, mesh, **kwargs):
"""
Parameters
----------
data : dict
The output dictionary.
mesh : Mesh
The mesh.
"""
Struct.__init__(self, name=mesh.name, **kwargs)
self.mesh_name = mesh.name[mesh.name.rfind(osp.sep) + 1:]
self.vtkdata = get_vtk_from_mesh(mesh, data, 'probe_')
self.vtkprobe = vtk.vtkProbeFilter()
self.vtkprobe.SetSource(self.vtkdata)
self.probes = {}
self.probes_png = {}
