def assign_char(**kwds):
char = kwds.get('char')
for element in kwds.get('elements', []):
try:
element.assign_char(char)
except AttributeError as err:
log.error(err)
return True
def assign_char(**kwds):
char = kwds.get('char')
for element in kwds.get('elements', []):
try:
element.assign_char(char)
except AttributeError as err:
log.error(err)
return True
def assign_bc(**kwds):
bc = kwds.get('bc')
for element in kwds.get('elements', []):
try:
element.assign_boundary_condition(bc)
except AttributeError as err:
log.error(err)
for node in kwds.get('nodes', []):
node.assign_boundary_condition(bc)
return True
def assign_bc(**kwds):
bc = kwds.get('bc')
for element in kwds.get('elements', []):
try:
element.assign_boundary_condition(bc)
except AttributeError as err:
log.error(err)
for node in kwds.get('nodes', []):
node.assign_boundary_condition(bc)
return True
def _populate_mass_matrix(self):
''' Populate IJV coordinate system '''
for element in self.mass_elements:
try:
k_loc = element.mass_matrix
gdof = array([node.gdof for node in element.nodes]).flatten()
for I in xrange(element.dimension):
for J in xrange(element.dimension):
self.ijv.add(gdof[I], gdof[J], k_loc[I, J])
except AttributeError as err:
log.error(err)
def assign_material(**kwds):
elements = kwds.get('elements')
material = kwds.get('material')
log.info('Assigning material to {0} elements...'.format(len(elements)))
for element in elements:
#element.material = material
try:
element.assign_material(material)
except AttributeError as err:
log.error(err)
return True
def _populate_mass_matrix(self):
''' Populate IJV coordinate system '''
for element in self.mass_elements:
try:
k_loc = element.mass_matrix
gdof = array([node.gdof for node in element.nodes]).flatten()
for I in xrange(element.dimension):
for J in xrange(element.dimension):
self.ijv.add(gdof[I], gdof[J], k_loc[I,J])
except AttributeError as err:
log.error(err)
def assign_material(**kwds):
elements = kwds.get('elements')
material = kwds.get('material')
log.info('Assigning material to {0} elements...'.format(len(elements)))
for element in elements:
#element.material = material
try:
element.assign_material(material)
except AttributeError as err:
log.error(err)
return True
