def add_from_data_lines(cls, param_map: Dict[str, str],
data_lines: List[str], log: SimpleLogger):
material_name = param_map['material']
#print('param_map =', param_map)
elset = param_map.get('elset', None)
log.debug(f'material_name = {material_name}')
param_map = param_map
data_lines = data_lines
thickness = 0.
#print('param_map =', param_map)
if len(data_lines) == 0:
pass
elif len(data_lines) == 1:
assert len(data_lines) == 1, data_lines
line0 = data_lines[0]
assert len(line0) == 1, data_lines
try:
thickness = float(line0[0])
except ValueError:
pass
for line in data_lines:
log.info('solid - %r' % line)
return SolidSection(material_name, elset, thickness, log)
def cast_nodes(nids: List[Any],
nodes: List[Any],
log: SimpleLogger,
require: bool = True) -> Tuple[np.ndarray, np.ndarray]:
if len(nids) == 0 and require == False:
assert len(nodes) == 0, len(nodes)
return None, None
try:
nids = np.array(nids, dtype='int32')
except ValueError:
msg = 'nids=%s is not integers' % nids
raise ValueError(msg)
nnodes = len(nids)
node0 = nodes[0]
node_shape = len(node0)
if node_shape == 3:
nodes = np.array(nodes, dtype='float32')
log.info(f'3d model found; nodes.shape={nodes.shape}')
elif node_shape == 2:
# abaqus can have only x/y coordinates, so we fake the z coordinate
nodes = np.zeros((nnodes, 3), dtype='float32')
nodes2 = np.array(nodes, dtype='float32')
#print(nodes2.shape, self.nodes.shape)
nodes[:, :2] = nodes2
log.info(f'2d model found; nodes.shape={nodes.shape}')
else:
raise NotImplementedError(node0)
assert nodes.shape[
0] == nnodes, f'nodes.shape={nodes.shape} nnodes={nnodes}'
return nids, nodes
def test_simple_logger_log_func(self):
"""tests using a log function"""
def log_func(typ, filename, lineno, msg):
#print('typ=%r filename=%r lineno=%r msg=%r' % (typ, filename, lineno, msg))
str_to_html(typ, filename, lineno, msg)
assert typ == 'INFO', '%r' % msg
assert msg == 'info_log_func', '%r' % msg
log = SimpleLogger(level='info', log_func=log_func)
log.info('info_log_func')
def test_simple_logger(self):
"""tests all the logging levels"""
log = SimpleLogger(level='critical')
log.info('info')
log.warning('warning')
log.error('error')
log.debug('debug')
log.exception('exception')
out = log.critical('critical')
assert out is None
def test_enable_disable(self):
"""tests enabling/disabling log message"""
log = SimpleLogger(level='info')
log.info('info_enabled original')
log.disable()
log.info('info_disabled 1')
log.enable()
log.info('info_enabled 1')
log.set_enabled(False)
log.info('info_disabled 2')
log.set_enabled(True)
log.info('info_enabled 2')
def add_from_data_lines(cls, param_map: Dict[str, str],
data_lines: List[str], log: SimpleLogger):
material_name = param_map['material']
log.debug(f'material_name = {material_name}')
#if len(data_lines) == 0:
#pass
thickness = 0.
if len(data_lines) == 1:
assert len(data_lines) == 1, data_lines
line0 = data_lines[0]
assert len(line0) == 1, data_lines
thickness = float(line0[0])
#else:
#aa
for line in data_lines:
log.info('shell - %r' % line)
return ShellSection(material_name, thickness, log)
def test_tecplot_ascii_models(self):
tecplot_filenames = [
'ascii/3dgeom.dat', # good; multi-zone, geometry
'ascii/block_febrick_3d.dat', # 3d unstructured block; good
#'ascii/block_fetet_3d.dat', # bad; no decimal values
'ascii/channel.dat', # 2d structured point; good
#'ascii/cylinder_slice.dat', # 3d structured point; block 2 has poor formatting
#'ascii/cylindrical.dat', # 3d structured empty lines; good
'ascii/ell.dat', # 2d; good
'ascii/humanoid_quad.dat', # good
'ascii/humanoid_tri.dat', # good
'ascii/movie.dat', # csv -> good
'ascii/multzn2d.dat', # 2d structured; good
'ascii/plane_slice.dat', # 2d structured multi-line; good
#'ascii/point_febrick_3d_02.dat', # difficult header and funny write bug; bad
'ascii/point_fequad_2d.dat', # 2d; good
'ascii/point_fetet_3d.dat', # good
'ascii/point_fetri_2d_01.dat', # good
'ascii/point_fetri_2d_02.dat', # good
'ascii/point_fetri_2d_03.dat', # good
#'ascii/simp3dbk.dat', # 3d structured block - bad
'ascii/simp3dpt.dat', # good
#'ascii/simpscat.dat', # bad -> text
#'ascii/simpxy.dat', # no xyz; it's a plot -> bad
#'ascii/simpxy2.dat', # no xyz; it's a plot -> bad
'ascii/tiny.dat', # good
]
log = SimpleLogger(level='warning', encoding='utf-8')
junk_plt = os.path.join(MODEL_PATH, 'junk.plt')
for fname in tecplot_filenames:
tecplot_filename = os.path.join(MODEL_PATH, fname)
#print(fname)
log.info('read %r' % fname)
model = read_tecplot(tecplot_filename, log=log)
str(model)
model.write_tecplot(junk_plt, res_types=None, adjust_nids=True)
os.remove(junk_plt)
