def _validate_restitution_coefficient(self, value):
value = meta_validation.cast_data_type(value,
'RESTITUTION_COEFFICIENT')
meta_validation.check_valid_shape(value, [1],
'RESTITUTION_COEFFICIENT')
meta_validation.validate_cuba_keyword(value, 'RESTITUTION_COEFFICIENT')
return value
def _validate_cohesion_energy_density(self, value):
value = meta_validation.cast_data_type(value,
'COHESION_ENERGY_DENSITY')
meta_validation.check_valid_shape(value, [1],
'COHESION_ENERGY_DENSITY')
meta_validation.validate_cuba_keyword(value, 'COHESION_ENERGY_DENSITY')
return value
def _validate_rheology_model(self, value):
value = meta_validation.cast_data_type(value, 'RHEOLOGY_MODEL')
meta_validation.check_valid_shape(value, [1], 'RHEOLOGY_MODEL')
meta_validation.validate_cuba_keyword(value, 'RHEOLOGY_MODEL')
return value
def _validate_description(self, value):
value = meta_validation.cast_data_type(value, 'DESCRIPTION')
meta_validation.check_valid_shape(value, [1], 'DESCRIPTION')
meta_validation.validate_cuba_keyword(value, 'DESCRIPTION')
return value
def _validate_primitive_cell(self, value):
value = meta_validation.cast_data_type(value, 'PRIMITIVE_CELL')
meta_validation.check_valid_shape(value, [1], 'PRIMITIVE_CELL')
meta_validation.validate_cuba_keyword(value, 'PRIMITIVE_CELL')
return value
def _validate_initial_viscosity(self, value):
value = meta_validation.cast_data_type(value, 'INITIAL_VISCOSITY')
meta_validation.check_valid_shape(value, [1], 'INITIAL_VISCOSITY')
meta_validation.validate_cuba_keyword(value, 'INITIAL_VISCOSITY')
return value
def _validate_linear_constant(self, value):
value = meta_validation.cast_data_type(value, 'LINEAR_CONSTANT')
meta_validation.check_valid_shape(value, [1], 'LINEAR_CONSTANT')
meta_validation.validate_cuba_keyword(value, 'LINEAR_CONSTANT')
return value
def _validate_physics_equation(self, value):
value = meta_validation.cast_data_type(value, 'PHYSICS_EQUATION')
meta_validation.check_valid_shape(value, [1], 'PHYSICS_EQUATION')
meta_validation.validate_cuba_keyword(value, 'PHYSICS_EQUATION')
return value
def _validate_maximum_viscosity(self, value):
value = meta_validation.cast_data_type(value, 'MAXIMUM_VISCOSITY')
meta_validation.check_valid_shape(value, [1], 'MAXIMUM_VISCOSITY')
meta_validation.validate_cuba_keyword(value, 'MAXIMUM_VISCOSITY')
return value
def _validate_version(self, value):
value = meta_validation.cast_data_type(value, 'VERSION')
meta_validation.check_valid_shape(value, [1], 'VERSION')
meta_validation.validate_cuba_keyword(value, 'VERSION')
return value
def _validate_gravity_model(self, value):
value = meta_validation.cast_data_type(value, 'GRAVITY_MODEL')
meta_validation.check_valid_shape(value, [1], 'GRAVITY_MODEL')
meta_validation.validate_cuba_keyword(value, 'GRAVITY_MODEL')
return value
def _validate_multiphase_model(self, value):
value = meta_validation.cast_data_type(value, 'MULTIPHASE_MODEL')
meta_validation.check_valid_shape(value, [1], 'MULTIPHASE_MODEL')
meta_validation.validate_cuba_keyword(value, 'MULTIPHASE_MODEL')
return value
def _validate_electrostatic_model(self, value):
value = meta_validation.cast_data_type(value, 'ELECTROSTATIC_MODEL')
meta_validation.check_valid_shape(value, [1], 'ELECTROSTATIC_MODEL')
meta_validation.validate_cuba_keyword(value, 'ELECTROSTATIC_MODEL')
return value
def _validate_compressibility_model(self, value):
value = meta_validation.cast_data_type(value, 'COMPRESSIBILITY_MODEL')
meta_validation.check_valid_shape(value, [1], 'COMPRESSIBILITY_MODEL')
meta_validation.validate_cuba_keyword(value, 'COMPRESSIBILITY_MODEL')
return value
def _validate_thermal_model(self, value):
value = meta_validation.cast_data_type(value, 'THERMAL_MODEL')
meta_validation.check_valid_shape(value, [1], 'THERMAL_MODEL')
meta_validation.validate_cuba_keyword(value, 'THERMAL_MODEL')
return value
def _validate_dielectric_constant(self, value):
value = meta_validation.cast_data_type(value, 'DIELECTRIC_CONSTANT')
meta_validation.check_valid_shape(value, [1], 'DIELECTRIC_CONSTANT')
meta_validation.validate_cuba_keyword(value, 'DIELECTRIC_CONSTANT')
return value
def _validate_material(self, value):
value = meta_validation.cast_data_type(value, 'MATERIAL')
meta_validation.check_valid_shape(value, [1], 'MATERIAL')
meta_validation.validate_cuba_keyword(value, 'MATERIAL')
return value
def _validate_acceleration(self, value):
value = meta_validation.cast_data_type(value, 'ACCELERATION')
meta_validation.check_valid_shape(value, [1], 'ACCELERATION')
meta_validation.validate_cuba_keyword(value, 'ACCELERATION')
return value
def _validate_velocity(self, value):
value = meta_validation.cast_data_type(value, 'VELOCITY')
meta_validation.check_valid_shape(value, [1], 'VELOCITY')
meta_validation.validate_cuba_keyword(value, 'VELOCITY')
return value
def _validate_patch(self, value):
value = meta_validation.cast_data_type(value, 'PATCH')
meta_validation.check_valid_shape(value, [1], 'PATCH')
meta_validation.validate_cuba_keyword(value, 'PATCH')
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, [1], 'POWER_LAW_INDEX')
meta_validation.validate_cuba_keyword(value, 'POWER_LAW_INDEX')
return value
def _validate_major(self, value):
value = meta_validation.cast_data_type(value, 'MAJOR')
meta_validation.check_valid_shape(value, [1], 'MAJOR')
meta_validation.validate_cuba_keyword(value, 'MAJOR')
return value
def _validate_relaxation_time(self, value):
value = meta_validation.cast_data_type(value, 'RELAXATION_TIME')
meta_validation.check_valid_shape(value, [1], 'RELAXATION_TIME')
meta_validation.validate_cuba_keyword(value, 'RELAXATION_TIME')
return value
def _validate_full(self, value):
value = meta_validation.cast_data_type(value, 'FULL')
meta_validation.check_valid_shape(value, [1], 'FULL')
meta_validation.validate_cuba_keyword(value, 'FULL')
return value
def _validate_origin(self, value):
value = meta_validation.cast_data_type(value, 'ORIGIN')
meta_validation.check_valid_shape(value, [1], 'ORIGIN')
meta_validation.validate_cuba_keyword(value, 'ORIGIN')
return value
def _validate_volume_fraction(self, value):
value = meta_validation.cast_data_type(value, 'VOLUME_FRACTION')
meta_validation.check_valid_shape(value, [1], 'VOLUME_FRACTION')
meta_validation.validate_cuba_keyword(value, 'VOLUME_FRACTION')
return value
def _validate_position(self, value):
value = meta_validation.cast_data_type(value, 'POSITION')
meta_validation.check_valid_shape(value, [1], 'POSITION')
meta_validation.validate_cuba_keyword(value, 'POSITION')
return value
def _validate_cutoff_distance(self, value):
value = meta_validation.cast_data_type(value, 'CUTOFF_DISTANCE')
meta_validation.check_valid_shape(value, [1], 'CUTOFF_DISTANCE')
meta_validation.validate_cuba_keyword(value, 'CUTOFF_DISTANCE')
return value
def _validate_name(self, value):
value = meta_validation.cast_data_type(value, 'NAME')
meta_validation.check_valid_shape(value, [1], 'NAME')
meta_validation.validate_cuba_keyword(value, 'NAME')
return value
def _validate_turbulence_model(self, value):
value = meta_validation.cast_data_type(value, 'TURBULENCE_MODEL')
meta_validation.check_valid_shape(value, [1], 'TURBULENCE_MODEL')
meta_validation.validate_cuba_keyword(value, 'TURBULENCE_MODEL')
return value
