def _validate_phase_volume_fraction(self, value):
value = meta_validation.cast_data_type(value, 'PHASE_VOLUME_FRACTION')
meta_validation.check_valid_shape(value, [None],
'PHASE_VOLUME_FRACTION')
meta_validation.check_elements(value, [None], 'PHASE_VOLUME_FRACTION')
return value
def _validate_computational_method(self, value):
value = meta_validation.cast_data_type(value, 'COMPUTATIONAL_METHOD')
meta_validation.check_valid_shape(value, [None],
'COMPUTATIONAL_METHOD')
meta_validation.check_elements(value, [None], 'COMPUTATIONAL_METHOD')
return value
def _validate_lattice_parameter(self, value):
value = meta_validation.cast_data_type(value, 'LATTICE_PARAMETER')
meta_validation.check_valid_shape(value, [3], 'LATTICE_PARAMETER')
meta_validation.check_elements(value, [3], 'LATTICE_PARAMETER')
return value
def _validate_size(self, value):
value = meta_validation.cast_data_type(value, 'SIZE')
meta_validation.check_valid_shape(value, [3], 'SIZE')
meta_validation.check_elements(value, [3], 'SIZE')
return value
def _validate_point(self, value):
value = meta_validation.cast_data_type(value, 'POINT')
meta_validation.check_valid_shape(value, [None], 'POINT')
meta_validation.check_elements(value, [None], 'POINT')
return value
def _validate_linear_constant(self, value):
value = meta_validation.cast_data_type(value, 'LINEAR_CONSTANT')
meta_validation.check_valid_shape(value, [2], 'LINEAR_CONSTANT')
meta_validation.check_elements(value, [2], 'LINEAR_CONSTANT')
return value
def _validate_power_law_index(self, value):
value = meta_validation.cast_data_type(value, 'POWER_LAW_INDEX')
meta_validation.check_valid_shape(value, [2], 'POWER_LAW_INDEX')
meta_validation.check_elements(value, [2], 'POWER_LAW_INDEX')
return value
def _validate_material(self, value):
value = meta_validation.cast_data_type(value, 'MATERIAL')
meta_validation.check_valid_shape(value, [None], 'MATERIAL')
meta_validation.check_elements(value, [None], 'MATERIAL')
return value
def _validate_edge(self, value):
value = meta_validation.cast_data_type(value, 'EDGE')
meta_validation.check_valid_shape(value, [None], 'EDGE')
meta_validation.check_elements(value, [None], 'EDGE')
return value
def _validate_temperature(self, value):
value = meta_validation.cast_data_type(value, 'TEMPERATURE')
meta_validation.check_valid_shape(value, [2], 'TEMPERATURE')
meta_validation.check_elements(value, [2], 'TEMPERATURE')
return value
def _validate_cell(self, value):
value = meta_validation.cast_data_type(value, 'CELL')
meta_validation.check_valid_shape(value, [None], 'CELL')
meta_validation.check_elements(value, [None], 'CELL')
return value
def _validate_condition(self, value):
value = meta_validation.cast_data_type(value, 'CONDITION')
meta_validation.check_valid_shape(value, [None], 'CONDITION')
meta_validation.check_elements(value, [None], 'CONDITION')
return value
def _validate_particle(self, value):
value = meta_validation.cast_data_type(value, 'PARTICLE')
meta_validation.check_valid_shape(value, [None], 'PARTICLE')
meta_validation.check_elements(value, [None], 'PARTICLE')
return value
def _validate_engine_feature(self, value):
value = meta_validation.cast_data_type(value, 'ENGINE_FEATURE')
meta_validation.check_valid_shape(value, [None], 'ENGINE_FEATURE')
meta_validation.check_elements(value, [None], 'ENGINE_FEATURE')
return value
def _validate_vector(self, value):
value = meta_validation.cast_data_type(value, 'VECTOR')
meta_validation.check_valid_shape(value, [3], 'VECTOR')
meta_validation.check_elements(value, [3], 'VECTOR')
return value
def _validate_bond(self, value):
value = meta_validation.cast_data_type(value, 'BOND')
meta_validation.check_valid_shape(value, [None], 'BOND')
meta_validation.check_elements(value, [None], 'BOND')
return value
