def ansys_remesh(mesh, output_path, filename, size=None):
s = Structure()
s.add_nodes_elements_from_mesh(mesh, 'ShellElement')
s = areas_from_mesh(s, mesh)
write_preprocess(output_path, filename)
write_request_mesh_areas(s,
output_path,
filename,
size=size,
smart_size=None,
div=None)
ansys_launch_process(s, output_path, filename)
mesh = mesh_from_ansys_results(output_path)
return mesh
def run_mac(name,
path,
file1,
lstep1,
file2,
lstep2,
num_modes,
cpus=2,
license='research'):
write_request_mac_ansys(name, path, file1, lstep1, file2, lstep2,
num_modes)
ansys_launch_process(path, name, cpus=cpus, license=license, delete=False)
mac = read_mac_results_file(name, path, num_modes)
return mac
def ansys_remesh_3d(mesh, output_path, name, size=None, hex=False, div=None):
s = Structure(output_path, name=name)
s.add_nodes_elements_from_mesh(mesh, 'ShellElement')
s = areas_from_mesh(s, mesh)
filename = name + '.txt.'
ansys_open_pre_process(output_path, filename)
write_request_mesh_volume(s,
output_path,
name,
size=size,
hex=hex,
div=div)
ansys_launch_process(output_path,
name,
cpus=4,
license='teaching',
delete=True)
mesh = volmesh_from_ansys_results(output_path, name)
return mesh