Variable descriptor#

Package initialization for ansys.units.variable_descriptor.

Exports the VariableCatalog catalog and core interfaces for working with physical quantities in a product-agnostic way.

Example#

from ansys.units.variable_descriptor import VariableCatalog
from ansys.fluent.core.variable_strategies import FluentSVarNamingStrategy

quantity = VariableCatalog.PRESSURE
strategy = FluentSVarNamingStrategy()

print(strategy.to_string(quantity))

class ansys.units.variable_descriptor.ConversionStrategy#

Bases: ABC

Abstract base class for VariableDescriptor conversion strategies.

This class defines the interface for all conversion strategies. Derived classes must implement the methods defined here to handle the conversion of VariableDescriptor objects to and from their string representations, as well as to check if a VariableDescriptor is supported.

abstract supports(variable: VariableDescriptor) → bool#

Check if the given VariableDescriptor is supported by the strategy.

Parameters:

variableVariableDescriptor: The VariableDescriptor to check.

Returns:

bool: True if the VariableDescriptor is supported, False otherwise.

Raises:

NotImplementedError: If the method is not implemented in a derived class.

abstract to_string(variable: VariableDescriptor | str | None) → str | None#

Convert a VariableDescriptor to its string representation.

Parameters:

variableVariableDescriptor | str: The VariableDescriptor to convert, or a string representation.

Returns:

str: The string representation of the VariableDescriptor.

Raises:

NotImplementedError: If the method is not implemented in a derived class.

abstract to_variable_descriptor(variable: VariableDescriptor | str) → VariableDescriptor#

Convert a string to its corresponding VariableDescriptor.

Parameters:

variableVariableDescriptor | str: The string representation to convert, or a VariableDescriptor.

Returns:

VariableDescriptor: The corresponding VariableDescriptor instance.

Raises:

NotImplementedError: If the method is not implemented in a derived class.

class ansys.units.variable_descriptor.MappingConversionStrategy#

Bases: ConversionStrategy

Intermediate base class for implementing VariableDescriptor conversion strategies.

This class simplifies the creation of concrete strategy classes by providing default implementations for common methods. Classes inheriting from this base class only need to define a _mapping dictionary that maps VariableDescriptor instances to their corresponding string representations.

Attributes:

_reverse_mappingdict: Get the reverse mapping of _mapping.

Methods

to_string(variable: VariableDescriptor \| str) -> str	Converts a VariableDescriptor to its string representation. Raises a ValueError if the variable is not supported.
to_variable_descriptor(variable: VariableDescriptor \| str) -> VariableDescriptor	Converts a string to its corresponding VariableDescriptor.
supports(variable: VariableDescriptor) -> bool	Checks if the given VariableDescriptor is supported by the strategy.

Raises:

ValueError: If a VariableDescriptor is not supported during conversion to a string.

supports(variable: VariableDescriptor) → bool#

Check if the given VariableDescriptor is supported by the strategy.

Parameters:

variableVariableDescriptor: The VariableDescriptor to check.

Returns:

bool: True if the VariableDescriptor is supported, False otherwise.

to_string(variable: VariableDescriptor | str | None) → str | None#

Convert a VariableDescriptor to its string representation.

If the input is already a string, it is returned as-is. If the input is a VariableDescriptor and is supported by the strategy, its string representation is returned. Otherwise, a ValueError is raised.

Parameters:

variableVariableDescriptor | str: The VariableDescriptor to convert, or a string representation.

Returns:

str: The string representation of the VariableDescriptor.

Raises:

ValueError: If the VariableDescriptor is not supported by the strategy.

to_variable_descriptor(variable: VariableDescriptor | str) → VariableDescriptor#

Convert a string to its corresponding VariableDescriptor.

If the input is already a VariableDescriptor, it is returned as-is. Otherwise, the string is converted to a VariableDescriptor using the reverse mapping.

Parameters:

variableVariableDescriptor | str: The string representation to convert, or a VariableDescriptor.

Returns:

VariableDescriptor: The corresponding VariableDescriptor instance, or None if the string is not found in the reverse mapping.

class ansys.units.variable_descriptor.VariableCatalog#

Bases: object

A catalog of variable descriptors.

ABSOLUTE_PRESSURE = VariableDescriptor(name='absolute_pressure', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

ABSORBANCE = VariableDescriptor(name='absorbance', dimension={})#

ABSORBED_DOSE_RATE = VariableDescriptor(name='absorbed_dose_rate', dimension={'LENGTH': 2.0, 'TIME': -3.0})#

ACCELERATION = VariableDescriptor(name='acceleration', dimension={'LENGTH': 1.0, 'TIME': -2.0})#

ACCELERATION_MAGNITUDE = VariableDescriptor(name='acceleration_magnitude', dimension={'LENGTH': 1.0, 'TIME': -2.0})#

ACCELERATION_X = VariableDescriptor(name='acceleration_x', dimension={'LENGTH': 1.0, 'TIME': -2.0})#

ACCELERATION_Y = VariableDescriptor(name='acceleration_y', dimension={'LENGTH': 1.0, 'TIME': -2.0})#

ACCELERATION_Z = VariableDescriptor(name='acceleration_z', dimension={'LENGTH': 1.0, 'TIME': -2.0})#

ACOUSTICAL_ABSORPTION = VariableDescriptor(name='acoustical_absorption', dimension={})#

ACTION = VariableDescriptor(name='action', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -1.0})#

ANGLE = VariableDescriptor(name='angle', dimension={'ANGLE': 1.0})#

ANGULAR_ACCELERATION = VariableDescriptor(name='angular_acceleration', dimension={'TIME': -2.0})#

ANGULAR_MOMENTUM = VariableDescriptor(name='angular_momentum', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -1.0})#

ANGULAR_MOMENTUM_MAGNITUDE = VariableDescriptor(name='angular_momentum_magnitude', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -1.0})#

ANGULAR_MOMENTUM_X = VariableDescriptor(name='angular_momentum_x', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -1.0})#

ANGULAR_MOMENTUM_Y = VariableDescriptor(name='angular_momentum_y', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -1.0})#

ANGULAR_MOMENTUM_Z = VariableDescriptor(name='angular_momentum_z', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -1.0})#

ANGULAR_VELOCITY = VariableDescriptor(name='angular_velocity', dimension={'TIME': -1.0})#

AREA = VariableDescriptor(name='area', dimension={'LENGTH': 2.0})#

AREA_DENSITY = VariableDescriptor(name='area_density', dimension={'MASS': 1.0, 'LENGTH': -2.0})#

ATOMIC_MASS = VariableDescriptor(name='atomic_mass', dimension={'MASS': 1.0})#

ATOMIC_NUMBER = VariableDescriptor(name='atomic_number', dimension={})#

ATTENUATION_COEFFICIENT = VariableDescriptor(name='attenuation_coefficient', dimension={'LENGTH': -1.0})#

AXIAL_VELOCITY = VariableDescriptor(name='axial_velocity', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

BIREFRINGENCE = VariableDescriptor(name='birefringence', dimension={})#

BULK_MODULUS = VariableDescriptor(name='bulk_modulus', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

CAPACITANCE = VariableDescriptor(name='capacitance', dimension={'MASS': -1.0, 'LENGTH': -2.0, 'TIME': 4.0, 'CURRENT': 2.0})#

CATALYTIC_EFFICIENCY = VariableDescriptor(name='catalytic_efficiency', dimension={'LENGTH': 3.0, 'CHEMICAL_AMOUNT': -1.0, 'TIME': -1.0})#

CELL_REYNOLDS_NUMBER = VariableDescriptor(name='cell_reynolds_number', dimension={})#

CHEMICAL_AMOUNT = VariableDescriptor(name='chemical_amount', dimension={'CHEMICAL_AMOUNT': 1.0})#

COEFFICIENT_OF_RESTITUTION = VariableDescriptor(name='coefficient_of_restitution', dimension={})#

COLOR = VariableDescriptor(name='color', dimension={})#

COMPRESSIBILITY = VariableDescriptor(name='compressibility', dimension={'MASS': -1.0, 'LENGTH': 1.0, 'TIME': 2.0})#

COMPRESSIVE_STRENGTH = VariableDescriptor(name='compressive_strength', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

CONVECTIVE_COURANT_NUMBER = VariableDescriptor(name='convective_courant_number', dimension={})#

CORROSION_RESISTANCE = VariableDescriptor(name='corrosion_resistance', dimension={})#

CREEP = VariableDescriptor(name='creep', dimension={'TIME': -1.0})#

CURIE_TEMPERATURE = VariableDescriptor(name='curie_temperature', dimension={'TEMPERATURE': 1.0})#

CURRENT = VariableDescriptor(name='current', dimension={'CURRENT': 1.0})#

DENSITY = VariableDescriptor(name='density', dimension={'MASS': 1.0, 'LENGTH': -3.0})#

DIAMAGNETISM = VariableDescriptor(name='diamagnetism', dimension={})#

DIELECTRIC_CONSTANT = VariableDescriptor(name='dielectric_constant', dimension={})#

DIELECTRIC_STRENGTH = VariableDescriptor(name='dielectric_strength', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -3.0, 'CURRENT': -1.0})#

DUCTILITY = VariableDescriptor(name='ductility', dimension={})#

DURABILITY = VariableDescriptor(name='durability', dimension={})#

DYNAMIC_PRESSURE = VariableDescriptor(name='dynamic_pressure', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

DYNAMIC_VISCOSITY = VariableDescriptor(name='dynamic_viscosity', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -1.0})#

EFFECTIVE_PRANDTL_NUMBER = VariableDescriptor(name='effective_prandtl_number', dimension={})#

EFFECTIVE_THERMAL_CONDUCTIVITY = VariableDescriptor(name='effective_thermal_conductivity', dimension={'LENGTH': 1.0, 'MASS': 1.0, 'TIME': -3.0, 'TEMPERATURE': -1.0})#

EFFECTIVE_VISCOSITY = VariableDescriptor(name='effective_viscosity', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -1.0})#

ELASTICITY = VariableDescriptor(name='elasticity', dimension={})#

ELECTRICAL_CAPACITANCE = VariableDescriptor(name='electrical_capacitance', dimension={'MASS': -1.0, 'LENGTH': -2.0, 'TIME': 4.0, 'CURRENT': 2.0})#

ELECTRICAL_CONDUCTANCE = VariableDescriptor(name='electrical_conductance', dimension={'MASS': -1.0, 'LENGTH': -2.0, 'TIME': 3.0, 'CURRENT': 2.0})#

ELECTRICAL_CONDUCTIVITY = VariableDescriptor(name='electrical_conductivity', dimension={'MASS': -1.0, 'LENGTH': -3.0, 'TIME': 3.0, 'CURRENT': 2.0})#

ELECTRICAL_IMPEDANCE = VariableDescriptor(name='electrical_impedance', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -3.0, 'CURRENT': -2.0})#

ELECTRICAL_INDUCTANCE = VariableDescriptor(name='electrical_inductance', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -2.0, 'CURRENT': -2.0})#

ELECTRICAL_POTENTIAL = VariableDescriptor(name='electrical_potential', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -3.0, 'CURRENT': -1.0})#

ELECTRICAL_REACTANCE = VariableDescriptor(name='electrical_reactance', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -3.0, 'CURRENT': -2.0})#

ELECTRICAL_RESISTANCE = VariableDescriptor(name='electrical_resistance', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -3.0, 'CURRENT': -2.0})#

ELECTRICAL_RESISTIVITY = VariableDescriptor(name='electrical_resistivity', dimension={'MASS': 1.0, 'LENGTH': 3.0, 'TIME': -3.0, 'CURRENT': -2.0})#

ELECTRIC_CHARGE = VariableDescriptor(name='electric_charge', dimension={'TIME': 1.0, 'CURRENT': 1.0})#

ELECTRIC_SUSCEPTIBILITY = VariableDescriptor(name='electric_susceptibility', dimension={})#

ELECTROCALORIC_COEFFICIENT = VariableDescriptor(name='electrocaloric_coefficient', dimension={'TEMPERATURE': 1.0, 'MASS': -1.0, 'LENGTH': -2.0, 'TIME': 3.0, 'CURRENT': 1.0})#

ELECTROSTRICTION = VariableDescriptor(name='electrostriction', dimension={})#

ELECTRO_OPTIC_EFFECT = VariableDescriptor(name='electro_optic_effect', dimension={})#

EMISSIVITY = VariableDescriptor(name='emissivity', dimension={})#

ENERGY = VariableDescriptor(name='energy', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

ENERGY_DENSITY = VariableDescriptor(name='energy_density', dimension={'LENGTH': -1.0, 'MASS': 1.0, 'TIME': -2.0})#

ENERGY_FLUX_DENSITY = VariableDescriptor(name='energy_flux_density', dimension={'MASS': 1.0, 'TIME': -3.0})#

ENTHALPY = VariableDescriptor(name='enthalpy', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

ENTROPY = VariableDescriptor(name='entropy', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0, 'TEMPERATURE': -1.0})#

FATIGUE_LIMIT = VariableDescriptor(name='fatigue_limit', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

FLEXURAL_MODULUS = VariableDescriptor(name='flexural_modulus', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

FLEXURAL_STRENGTH = VariableDescriptor(name='flexural_strength', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

FORCE = VariableDescriptor(name='force', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -2.0})#

FORCE_MAGNITUDE = VariableDescriptor(name='force_magnitude', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -2.0})#

FORCE_X = VariableDescriptor(name='force_x', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -2.0})#

FORCE_Y = VariableDescriptor(name='force_y', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -2.0})#

FORCE_Z = VariableDescriptor(name='force_z', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -2.0})#

FRACTURE_TOUGHNESS = VariableDescriptor(name='fracture_toughness', dimension={'MASS': 1.0, 'TIME': -2.0})#

FREQUENCY = VariableDescriptor(name='frequency', dimension={'TIME': -1.0})#

FREQUENCY_DRIFT = VariableDescriptor(name='frequency_drift', dimension={'TIME': -2.0})#

FRICTION_COEFFICIENT = VariableDescriptor(name='friction_coefficient', dimension={})#

FUEL_EFFICIENCY = VariableDescriptor(name='fuel_efficiency', dimension={'LENGTH': -2.0})#

HALF_LIFE = VariableDescriptor(name='half_life', dimension={'TIME': 1.0})#

HALL_COEFFICIENT = VariableDescriptor(name='hall_coefficient', dimension={'LENGTH': 3.0, 'CURRENT': -1.0, 'TIME': -1.0})#

HARDNESS = VariableDescriptor(name='hardness', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

HEAT_CAPACITY = VariableDescriptor(name='heat_capacity', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0, 'TEMPERATURE': -1.0})#

HEAT_FLUX_DENSITY = VariableDescriptor(name='heat_flux_density', dimension={'MASS': 1.0, 'TIME': -3.0})#

HEAT_OF_VAPORIZATION = VariableDescriptor(name='heat_of_vaporization', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

HYGROSCOPY = VariableDescriptor(name='hygroscopy', dimension={})#

HYSTERESIS = VariableDescriptor(name='hysteresis', dimension={})#

ILLUMINANCE = VariableDescriptor(name='illuminance', dimension={'LIGHT': 1.0, 'SOLID_ANGLE': 1.0, 'LENGTH': -2.0})#

INTERNAL_ENERGY = VariableDescriptor(name='internal_energy', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

JERK = VariableDescriptor(name='jerk', dimension={'LENGTH': 1.0, 'TIME': -3.0})#

KINEMATIC_VISCOSITY = VariableDescriptor(name='kinematic_viscosity', dimension={'LENGTH': 2.0, 'TIME': -1.0})#

LENGTH = VariableDescriptor(name='length', dimension={'LENGTH': 1.0})#

LIGHT = VariableDescriptor(name='light', dimension={'LIGHT': 1.0})#

LINEAR_MASS_DENSITY = VariableDescriptor(name='linear_mass_density', dimension={'MASS': 1.0, 'LENGTH': -1.0})#

LUMINANCE = VariableDescriptor(name='luminance', dimension={'LIGHT': 1.0, 'LENGTH': -2.0})#

LUMINOSITY = VariableDescriptor(name='luminosity', dimension={'LIGHT': 1.0, 'SOLID_ANGLE': 1.0})#

LUMINOUS_EXPOSURE = VariableDescriptor(name='luminous_exposure', dimension={'LIGHT': 1.0, 'SOLID_ANGLE': 1.0, 'LENGTH': -2.0, 'TIME': 1.0})#

LUMINOUS_FLUX = VariableDescriptor(name='luminous_flux', dimension={'LIGHT': 1.0, 'SOLID_ANGLE': 1.0})#

MAGNETIC_FLUX = VariableDescriptor(name='magnetic_flux', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -2.0, 'CURRENT': -1.0})#

MAGNETIC_INDUCTION = VariableDescriptor(name='magnetic_induction', dimension={'MASS': 1.0, 'TIME': -2.0, 'CURRENT': -1.0})#

MAGNETIC_PERMEABILITY = VariableDescriptor(name='magnetic_permeability', dimension={'LENGTH': 1.0, 'MASS': 1.0, 'TIME': -2.0, 'CURRENT': -2.0})#

MAGNETIC_VECTOR_POTENTIAL = VariableDescriptor(name='magnetic_vector_potential', dimension={'LENGTH': 1.0, 'MASS': 1.0, 'TIME': -2.0, 'CURRENT': -1.0})#

MAGNETOCALORIC_COEFFICIENT = VariableDescriptor(name='magnetocaloric_coefficient', dimension={'TEMPERATURE': 1.0, 'MASS': -1.0, 'TIME': 2.0, 'CURRENT': 1.0})#

MAGNETOELECTRIC_POLARIZABILITY = VariableDescriptor(name='magnetoelectric_polarizability', dimension={'LENGTH': -1.0, 'TIME': -1.0})#

MAGNETORESISTANCE = VariableDescriptor(name='magnetoresistance', dimension={})#

MAGNETOSTRICTION = VariableDescriptor(name='magnetostriction', dimension={})#

MAGNETOTHERMOELECTRIC_POWER = VariableDescriptor(name='magnetothermoelectric_power', dimension={'LENGTH': 2.0, 'TIME': -1.0, 'TEMPERATURE': -1.0})#

MALLEABILITY = VariableDescriptor(name='malleability', dimension={})#

MASS = VariableDescriptor(name='mass', dimension={'MASS': 1.0})#

MASS_CONTROL = VariableDescriptor(name='mass_control', dimension={'MASS': 1.0, 'TIME': -3.0})#

MASS_DIFFUSIVITY = VariableDescriptor(name='mass_diffusivity', dimension={'LENGTH': 2.0, 'TIME': -1.0})#

MASS_FLOW_RATE = VariableDescriptor(name='mass_flow_rate', dimension={'MASS': 1.0, 'TIME': -1.0})#

MAXIMUM_ENERGY_PRODUCT = VariableDescriptor(name='maximum_energy_product', dimension={'LENGTH': -1.0, 'MASS': 1.0, 'TIME': -2.0})#

MELTING_POINT = VariableDescriptor(name='melting_point', dimension={'TEMPERATURE': 1.0})#

MESH_VELOCITY = VariableDescriptor(name='mesh_velocity', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

MESH_VELOCITY_MAGNITUDE = VariableDescriptor(name='mesh_velocity_magnitude', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

MESH_VELOCITY_X = VariableDescriptor(name='mesh_velocity_x', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

MESH_VELOCITY_Y = VariableDescriptor(name='mesh_velocity_y', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

MESH_VELOCITY_Z = VariableDescriptor(name='mesh_velocity_z', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

MOLALITY = VariableDescriptor(name='molality', dimension={'CHEMICAL_AMOUNT': 1.0, 'MASS': -1.0})#

MOLARITY = VariableDescriptor(name='molarity', dimension={'CHEMICAL_AMOUNT': 1.0, 'LENGTH': -3.0})#

MOLAR_ENERGY = VariableDescriptor(name='molar_energy', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0, 'CHEMICAL_AMOUNT': -1.0})#

MOLAR_ENTROPY = VariableDescriptor(name='molar_entropy', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0, 'TEMPERATURE': -1.0, 'CHEMICAL_AMOUNT': -1.0})#

MOLAR_HEAT_CAPACITY = VariableDescriptor(name='molar_heat_capacity', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0, 'TEMPERATURE': -1.0, 'CHEMICAL_AMOUNT': -1.0})#

MOLAR_MASS = VariableDescriptor(name='molar_mass', dimension={'MASS': 1.0, 'CHEMICAL_AMOUNT': -1.0})#

MOLAR_VOLUME = VariableDescriptor(name='molar_volume', dimension={'LENGTH': 3.0, 'CHEMICAL_AMOUNT': -1.0})#

MOMENTUM = VariableDescriptor(name='momentum', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -1.0})#

MOMENTUM_MAGNITUDE = VariableDescriptor(name='momentum_magnitude', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -1.0})#

MOMENTUM_X = VariableDescriptor(name='momentum_x', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -1.0})#

MOMENTUM_Y = VariableDescriptor(name='momentum_y', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -1.0})#

MOMENTUM_Z = VariableDescriptor(name='momentum_z', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -1.0})#

MOMENT_OF_INERTIA = VariableDescriptor(name='moment_of_inertia', dimension={'MASS': 1.0, 'LENGTH': 2.0})#

NERNST_COEFFICIENT = VariableDescriptor(name='nernst_coefficient', dimension={'LENGTH': 2.0, 'TIME': -1.0, 'TEMPERATURE': -1.0})#

NEUTRON_CROSS_SECTION = VariableDescriptor(name='neutron_cross_section', dimension={'LENGTH': 2.0})#

NORMALIZED_Q_CRITERION = VariableDescriptor(name='normalized_q_criterion', dimension={})#

OPTICAL_ACTIVITY = VariableDescriptor(name='optical_activity', dimension={'LENGTH': 1.0, 'MASS': -1.0})#

PERMEABILITY = VariableDescriptor(name='permeability', dimension={'LENGTH': 1.0, 'MASS': 1.0, 'TIME': -2.0, 'CURRENT': -2.0})#

PERMITTIVITY = VariableDescriptor(name='permittivity', dimension={'MASS': -1.0, 'LENGTH': -3.0, 'TIME': 4.0, 'CURRENT': 2.0})#

PH = VariableDescriptor(name='ph', dimension={})#

PHOTOELASTICITY = VariableDescriptor(name='photoelasticity', dimension={'MASS': -1.0, 'LENGTH': 1.0, 'TIME': 2.0})#

PHOTOSENSITIVITY = VariableDescriptor(name='photosensitivity', dimension={})#

PIEZOELECTRIC_CONSTANTS = VariableDescriptor(name='piezoelectric_constants', dimension={'LENGTH': 2.0, 'TIME': -1.0, 'CURRENT': -1.0})#

PIEZOMAGNETISM = VariableDescriptor(name='piezomagnetism', dimension={'CURRENT': -1.0, 'LENGTH': 1.0})#

PLASTICITY = VariableDescriptor(name='plasticity', dimension={})#

POISSON_RATIO = VariableDescriptor(name='poisson_ratio', dimension={})#

POSITION = VariableDescriptor(name='position', dimension={'LENGTH': 1.0})#

POSITION_MAGNITUDE = VariableDescriptor(name='position_magnitude', dimension={'LENGTH': 1.0})#

POSITION_X = VariableDescriptor(name='position_x', dimension={'LENGTH': 1.0})#

POSITION_Y = VariableDescriptor(name='position_y', dimension={'LENGTH': 1.0})#

POSITION_Z = VariableDescriptor(name='position_z', dimension={'LENGTH': 1.0})#

POWER = VariableDescriptor(name='power', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -3.0})#

PRANDTL_NUMBER = VariableDescriptor(name='prandtl_number', dimension={})#

PRESSURE = VariableDescriptor(name='pressure', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

PRESSURE_COEFFICIENT = VariableDescriptor(name='pressure_coefficient', dimension={})#

PRODUCTION_OF_TURBULENT_KINETIC_ENERGY = VariableDescriptor(name='production_of_turbulent_kinetic_energy', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -3.0})#

PYROELECTRICITY = VariableDescriptor(name='pyroelectricity', dimension={'CURRENT': 1.0, 'LENGTH': -2.0, 'TEMPERATURE': -1.0})#

PYROMAGNETIC_COEFFICIENT = VariableDescriptor(name='pyromagnetic_coefficient', dimension={'MASS': 1.0, 'TIME': -2.0, 'CURRENT': -1.0, 'TEMPERATURE': -1.0})#

Q_CRITERION = VariableDescriptor(name='q_criterion', dimension={'TIME': -2.0})#

RADIAL_VELOCITY = VariableDescriptor(name='radial_velocity', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

RADIANCE = VariableDescriptor(name='radiance', dimension={'MASS': 1.0, 'TIME': -3.0, 'SOLID_ANGLE': -1.0})#

RADIANT_EXPOSURE = VariableDescriptor(name='radiant_exposure', dimension={'MASS': 1.0, 'TIME': -2.0})#

RADIANT_INTENSITY = VariableDescriptor(name='radiant_intensity', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -3.0, 'SOLID_ANGLE': -1.0})#

REACTIVITY = VariableDescriptor(name='reactivity', dimension={})#

REFLECTIVITY = VariableDescriptor(name='reflectivity', dimension={})#

REFRACTIVE_INDEX = VariableDescriptor(name='refractive_index', dimension={})#

RELATIVE_ATOMIC_MASS = VariableDescriptor(name='relative_atomic_mass', dimension={})#

RESILIENCE = VariableDescriptor(name='resilience', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

SCATTERING = VariableDescriptor(name='scattering', dimension={})#

SEEBECK_COEFFICIENT = VariableDescriptor(name='seebeck_coefficient', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -3.0, 'CURRENT': -1.0, 'TEMPERATURE': -1.0})#

SHEAR_MODULUS = VariableDescriptor(name='shear_modulus', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

SHEAR_STRENGTH = VariableDescriptor(name='shear_strength', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

SKIN_FRICTION_COEFFICIENT = VariableDescriptor(name='skin_friction_coefficient', dimension={})#

SLIP = VariableDescriptor(name='slip', dimension={})#

SNAP = VariableDescriptor(name='snap', dimension={'LENGTH': 1.0, 'TIME': -4.0})#

SOLID_ANGLE = VariableDescriptor(name='solid_angle', dimension={'SOLID_ANGLE': 1.0})#

SOUND_REFLECTION = VariableDescriptor(name='sound_reflection', dimension={})#

SOUND_TRANSFER = VariableDescriptor(name='sound_transfer', dimension={})#

SPECIFIC_ACTIVITY = VariableDescriptor(name='specific_activity', dimension={'MASS': -1.0, 'TIME': -1.0})#

SPECIFIC_ANGULAR_MOMENTUM = VariableDescriptor(name='specific_angular_momentum', dimension={'LENGTH': 2.0, 'TIME': -1.0})#

SPECIFIC_DISSIPATION_RATE = VariableDescriptor(name='specific_dissipation_rate', dimension={'TIME': -1.0})#

SPECIFIC_ENERGY = VariableDescriptor(name='specific_energy', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

SPECIFIC_ENTHALPY = VariableDescriptor(name='specific_enthalpy', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

SPECIFIC_ENTROPY = VariableDescriptor(name='specific_entropy', dimension={'LENGTH': 2.0, 'TIME': -2.0, 'TEMPERATURE': -1.0})#

SPECIFIC_HEAT_CAPACITY = VariableDescriptor(name='specific_heat_capacity', dimension={'LENGTH': 2.0, 'TIME': -2.0, 'TEMPERATURE': -1.0})#

SPECIFIC_INTERNAL_ENERGY = VariableDescriptor(name='specific_internal_energy', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

SPECIFIC_INTERNAL_SURFACE_AREA = VariableDescriptor(name='specific_internal_surface_area', dimension={'LENGTH': -1.0})#

SPECIFIC_MODULUS = VariableDescriptor(name='specific_modulus', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

SPECIFIC_STRENGTH = VariableDescriptor(name='specific_strength', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

SPECIFIC_TOTAL_ENERGY = VariableDescriptor(name='specific_total_energy', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

SPECIFIC_TOTAL_ENTHALPY = VariableDescriptor(name='specific_total_enthalpy', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

SPECIFIC_VOLUME = VariableDescriptor(name='specific_volume', dimension={'LENGTH': 3.0, 'MASS': -1.0})#

SPECIFIC_WEIGHT = VariableDescriptor(name='specific_weight', dimension={'MASS': 1.0, 'LENGTH': -2.0, 'TIME': -2.0})#

SPECTRAL_INTENSITY = VariableDescriptor(name='spectral_intensity', dimension={'LENGTH': 1.0, 'MASS': 1.0, 'TIME': -3.0, 'SOLID_ANGLE': -1.0})#

SPECTRAL_IRRADIANCE = VariableDescriptor(name='spectral_irradiance', dimension={'LENGTH': -1.0, 'MASS': 1.0, 'TIME': -3.0})#

SPECTRAL_POWER = VariableDescriptor(name='spectral_power', dimension={'LENGTH': 1.0, 'MASS': 1.0, 'TIME': -3.0})#

SPEED_OF_SOUND = VariableDescriptor(name='speed_of_sound', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

SPIN_HALL_EFFECT = VariableDescriptor(name='spin_hall_effect', dimension={'MASS': 1.0, 'LENGTH': 2.0, 'TIME': -3.0, 'CURRENT': -2.0})#

STANDARD_ATOMIC_WEIGHT = VariableDescriptor(name='standard_atomic_weight', dimension={})#

STATIC_PRESSURE = VariableDescriptor(name='static_pressure', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

STRAIN_RATE = VariableDescriptor(name='strain_rate', dimension={'TIME': -1.0})#

STRESS = VariableDescriptor(name='stress', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

SURFACE_ENERGY = VariableDescriptor(name='surface_energy', dimension={'MASS': 1.0, 'TIME': -2.0})#

SURFACE_HEAT_FLUX = VariableDescriptor(name='surface_heat_flux', dimension={'MASS': 1.0, 'TIME': -3.0})#

SURFACE_HEAT_TRANSFER_COEFFICIENT = VariableDescriptor(name='surface_heat_transfer_coefficient', dimension={'MASS': 1.0, 'TIME': -3.0, 'TEMPERATURE': -1.0})#

SURFACE_NUSSELT_NUMBER = VariableDescriptor(name='surface_nusselt_number', dimension={})#

SURFACE_ROUGHNESS = VariableDescriptor(name='surface_roughness', dimension={'LENGTH': 1.0})#

SURFACE_STANTON_NUMBER = VariableDescriptor(name='surface_stanton_number', dimension={})#

SURFACE_TENSION = VariableDescriptor(name='surface_tension', dimension={'MASS': 1.0, 'TIME': -2.0})#

TANGENTIAL_VELOCITY = VariableDescriptor(name='tangential_velocity', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

TEMPERATURE = VariableDescriptor(name='temperature', dimension={'TEMPERATURE': 1.0})#

TEMPERATURE_DIFFERENCE = VariableDescriptor(name='temperature_difference', dimension={'TEMPERATURE_DIFFERENCE': 1.0})#

TEMPERATURE_GRADIENT = VariableDescriptor(name='temperature_gradient', dimension={'TEMPERATURE': 1.0, 'LENGTH': -1.0})#

TENSILE_STRENGTH = VariableDescriptor(name='tensile_strength', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

THERMAL_CONDUCTIVITY = VariableDescriptor(name='thermal_conductivity', dimension={'LENGTH': 1.0, 'MASS': 1.0, 'TIME': -3.0, 'TEMPERATURE': -1.0})#

THERMAL_DIFFUSIVITY = VariableDescriptor(name='thermal_diffusivity', dimension={'LENGTH': 2.0, 'TIME': -1.0})#

THERMAL_EXPANSION_COEFFICIENT = VariableDescriptor(name='thermal_expansion_coefficient', dimension={'TEMPERATURE': -1.0})#

THERMAL_RESISTANCE = VariableDescriptor(name='thermal_resistance', dimension={'TEMPERATURE': 1.0, 'LENGTH': -2.0, 'MASS': -1.0, 'TIME': 3.0})#

THIRD_ORDER_ELASTICITY = VariableDescriptor(name='third_order_elasticity', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

TIME = VariableDescriptor(name='time', dimension={'TIME': 1.0})#

TORQUE = VariableDescriptor(name='torque', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

TORQUE_MAGNITUDE = VariableDescriptor(name='torque_magnitude', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

TORQUE_X = VariableDescriptor(name='torque_x', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

TORQUE_Y = VariableDescriptor(name='torque_y', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

TORQUE_Z = VariableDescriptor(name='torque_z', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

TOTAL_ENERGY = VariableDescriptor(name='total_energy', dimension={'LENGTH': 2.0, 'MASS': 1.0, 'TIME': -2.0})#

TOTAL_PRESSURE = VariableDescriptor(name='total_pressure', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

TOTAL_TEMPERATURE = VariableDescriptor(name='total_temperature', dimension={'TEMPERATURE': 1.0})#

TOUGHNESS = VariableDescriptor(name='toughness', dimension={'LENGTH': -1.0, 'MASS': 1.0, 'TIME': -2.0})#

TRANSMITTANCE = VariableDescriptor(name='transmittance', dimension={})#

TURBULENT_DISSIPATION_RATE = VariableDescriptor(name='turbulent_dissipation_rate', dimension={'LENGTH': 2.0, 'TIME': 3.0})#

TURBULENT_INTENSITY = VariableDescriptor(name='turbulent_intensity', dimension={})#

TURBULENT_KINETIC_ENERGY = VariableDescriptor(name='turbulent_kinetic_energy', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

TURBULENT_REYNOLDS_NUMBER = VariableDescriptor(name='turbulent_reynolds_number', dimension={})#

TURBULENT_VISCOSITY = VariableDescriptor(name='turbulent_viscosity', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -1.0})#

TURBULENT_VISCOSITY_RATIO = VariableDescriptor(name='turbulent_viscosity_ratio', dimension={})#

VAPOR_PRESSURE = VariableDescriptor(name='vapor_pressure', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

VELOCITY = VariableDescriptor(name='velocity', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

VELOCITY_MAGNITUDE = VariableDescriptor(name='velocity_magnitude', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

VELOCITY_X = VariableDescriptor(name='velocity_x', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

VELOCITY_Y = VariableDescriptor(name='velocity_y', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

VELOCITY_Z = VariableDescriptor(name='velocity_z', dimension={'LENGTH': 1.0, 'TIME': -1.0})#

VISCOSITY = VariableDescriptor(name='viscosity', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -1.0})#

VOLUME = VariableDescriptor(name='volume', dimension={'LENGTH': 3.0})#

VOLUMETRIC_FLOW = VariableDescriptor(name='volumetric_flow', dimension={'LENGTH': 3.0, 'TIME': -1.0})#

VOLUME_FRACTION = VariableDescriptor(name='volume_fraction', dimension={})#

VORTICITY = VariableDescriptor(name='vorticity', dimension={'TIME': -1.0})#

VORTICITY_MAGNITUDE = VariableDescriptor(name='vorticity_magnitude', dimension={'TIME': -1.0})#

VORTICITY_X = VariableDescriptor(name='vorticity_x', dimension={'TIME': -1.0})#

VORTICITY_Y = VariableDescriptor(name='vorticity_y', dimension={'TIME': -1.0})#

VORTICITY_Z = VariableDescriptor(name='vorticity_z', dimension={'TIME': -1.0})#

WALL_ADJACENT_HEAT_TRANSFER_COEFFICIENT = VariableDescriptor(name='wall_adjacent_heat_transfer_coefficient', dimension={'MASS': 1.0, 'TIME': -3.0, 'TEMPERATURE': -1.0})#

WALL_ADJACENT_TEMPERATURE = VariableDescriptor(name='wall_adjacent_temperature', dimension={'TEMPERATURE': 1.0})#

WALL_SHEAR_STRESS = VariableDescriptor(name='wall_shear_stress', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

WALL_SHEAR_STRESS_MAGNITUDE = VariableDescriptor(name='wall_shear_stress_magnitude', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

WALL_SHEAR_STRESS_X = VariableDescriptor(name='wall_shear_stress_x', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

WALL_SHEAR_STRESS_Y = VariableDescriptor(name='wall_shear_stress_y', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

WALL_SHEAR_STRESS_Z = VariableDescriptor(name='wall_shear_stress_z', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

WALL_TEMPERATURE = VariableDescriptor(name='wall_temperature', dimension={'TEMPERATURE': 1.0})#

WALL_TEMPERATURE_THIN = VariableDescriptor(name='wall_temperature_thin', dimension={'TEMPERATURE': 1.0})#

WALL_Y_PLUS = VariableDescriptor(name='wall_y_plus', dimension={})#

WALL_Y_STAR = VariableDescriptor(name='wall_y_star', dimension={})#

WAVENUMBER = VariableDescriptor(name='wavenumber', dimension={'LENGTH': -1.0})#

YANK = VariableDescriptor(name='yank', dimension={'MASS': 1.0, 'LENGTH': 1.0, 'TIME': -3.0})#

YIELD_STRENGTH = VariableDescriptor(name='yield_strength', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

YOUNG_MODULUS = VariableDescriptor(name='young_modulus', dimension={'MASS': 1.0, 'LENGTH': -1.0, 'TIME': -2.0})#

classmethod add(variable: str, dimension: Dimensions, subcategory: str | None = None) → None#

Add a variable to the catalog.

Parameters:

variablestr: The name of the variable (must be uppercase).
dimensionDimensions: The dimension of the variable.
subcategory: str|None: The optional subcategory for the variable.

Raises:

ValueError: The variable name is not uppercase or already exists.

classmethod all() → dict[str, list[VariableDescriptor]]#

Return all defined VariableDescriptor objects, organized by subcategory.

Returns:

dict[str, list[VariableDescriptor]]: A dictionary where keys are subcategory names (or “main” for the top-level catalog) and values are lists of VariableDescriptor instances.

class fluent#

Bases: object

Dictionary of variable descriptors for fluent-related quantities.

DENSITY_ALL = VariableDescriptor(name='density_all', dimension={'MASS': 1.0, 'LENGTH': -3.0})#

DVELOCITY_DX = VariableDescriptor(name='dvelocity_dx', dimension={'TIME': -1.0})#

DVELOCITY_DX_MAGNITUDE = VariableDescriptor(name='dvelocity_dx_magnitude', dimension={'TIME': -1.0})#

DVELOCITY_DX_X = VariableDescriptor(name='dvelocity_dx_x', dimension={'TIME': -1.0})#

DVELOCITY_DX_Y = VariableDescriptor(name='dvelocity_dx_y', dimension={'TIME': -1.0})#

DVELOCITY_DX_Z = VariableDescriptor(name='dvelocity_dx_z', dimension={'TIME': -1.0})#

DVELOCITY_DY = VariableDescriptor(name='dvelocity_dy', dimension={'TIME': -1.0})#

DVELOCITY_DY_MAGNITUDE = VariableDescriptor(name='dvelocity_dy_magnitude', dimension={'TIME': -1.0})#

DVELOCITY_DY_X = VariableDescriptor(name='dvelocity_dy_x', dimension={'TIME': -1.0})#

DVELOCITY_DY_Y = VariableDescriptor(name='dvelocity_dy_y', dimension={'TIME': -1.0})#

DVELOCITY_DY_Z = VariableDescriptor(name='dvelocity_dy_z', dimension={'TIME': -1.0})#

DVELOCITY_DZ = VariableDescriptor(name='dvelocity_dz', dimension={'TIME': -1.0})#

DVELOCITY_DZ_MAGNITUDE = VariableDescriptor(name='dvelocity_dz_magnitude', dimension={'TIME': -1.0})#

DVELOCITY_DZ_X = VariableDescriptor(name='dvelocity_dz_x', dimension={'TIME': -1.0})#

DVELOCITY_DZ_Y = VariableDescriptor(name='dvelocity_dz_y', dimension={'TIME': -1.0})#

DVELOCITY_DZ_Z = VariableDescriptor(name='dvelocity_dz_z', dimension={'TIME': -1.0})#

HELICITY = VariableDescriptor(name='helicity', dimension={'LENGTH': 1.0, 'TIME': -2.0})#

LAMBDA_2_CRITERION = VariableDescriptor(name='lambda_2_criterion', dimension={'TIME': -2.0})#

MASS_IMBALANCE = VariableDescriptor(name='mass_imbalance', dimension={'MASS': 1.0, 'TIME': -1.0})#

PRESSURE_HESSIAN_INDICATOR = VariableDescriptor(name='pressure_hessian_indicator', dimension={})#

TOTAL_ENTHALPY_DEVIATION = VariableDescriptor(name='total_enthalpy_deviation', dimension={'LENGTH': 2.0, 'TIME': -2.0})#

VELOCITY_ANGLE = VariableDescriptor(name='velocity_angle', dimension={'ANGLE': 1.0})#

VOLUME_FRACTION_PRIMARY_PHASE = VariableDescriptor(name='volume_fraction_primary_phase', dimension={})#

VOLUME_FRACTION_SECONDARY_PHASE = VariableDescriptor(name='volume_fraction_secondary_phase', dimension={})#

Y_PLUS_BASED_HEAT_TRANSFER_COEFFICIENT = VariableDescriptor(name='y_plus_based_heat_transfer_coefficient', dimension={'MASS': 1.0, 'TIME': -3.0, 'TEMPERATURE': -1.0})#

class mesh#

Bases: object

Dictionary of variable descriptors for mesh-related quantities.

ACTIVE_CELL_PARTITION = VariableDescriptor(name='active_cell_partition', dimension={})#

ANISOTROPIC_ADAPTION_CELLS = VariableDescriptor(name='anisotropic_adaption_cells', dimension={})#

BOUNDARY_CELL_DISTANCE = VariableDescriptor(name='boundary_cell_distance', dimension={})#

BOUNDARY_LAYER_CELLS = VariableDescriptor(name='boundary_layer_cells', dimension={})#

BOUNDARY_NORMAL_DISTANCE = VariableDescriptor(name='boundary_normal_distance', dimension={})#

BOUNDARY_VOLUME_DISTANCE = VariableDescriptor(name='boundary_volume_distance', dimension={})#

CELL_ELEMENT_TYPE = VariableDescriptor(name='cell_element_type', dimension={})#

CELL_EQUIANGLE_SKEW = VariableDescriptor(name='cell_equiangle_skew', dimension={})#

CELL_EQUIVOLUME_SKEW = VariableDescriptor(name='cell_equivolume_skew', dimension={})#

CELL_ID = VariableDescriptor(name='cell_id', dimension={})#

CELL_PARENT_INDEX = VariableDescriptor(name='cell_parent_index', dimension={})#

CELL_REFINE_LEVEL = VariableDescriptor(name='cell_refine_level', dimension={})#

CELL_VOLUME = VariableDescriptor(name='cell_volume', dimension={'LENGTH': 3.0})#

CELL_VOLUME_CHANGE = VariableDescriptor(name='cell_volume_change', dimension={})#

CELL_WEIGHT = VariableDescriptor(name='cell_weight', dimension={})#

CELL_ZONE_INDEX = VariableDescriptor(name='cell_zone_index', dimension={})#

CELL_ZONE_TYPE = VariableDescriptor(name='cell_zone_type', dimension={})#

ELEMENT_ASPECT_RATIO = VariableDescriptor(name='element_aspect_ratio', dimension={})#

ELEMENT_WALL_DISTANCE = VariableDescriptor(name='element_wall_distance', dimension={'LENGTH': 1.0})#

FACE_AREA_MAGNITUDE = VariableDescriptor(name='face_area_magnitude', dimension={'LENGTH': 2.0})#

FACE_HANDEDNESS = VariableDescriptor(name='face_handedness', dimension={})#

INTERFACE_OVERLAP_FRACTION = VariableDescriptor(name='interface_overlap_fraction', dimension={})#

MARK_POOR_ELEMENTS = VariableDescriptor(name='mark_poor_elements', dimension={})#

PARTITION_NEIGHBOURS = VariableDescriptor(name='partition_neighbours', dimension={})#

SMOOTHED_CELL_REFINE_LEVEL = VariableDescriptor(name='smoothed_cell_refine_level', dimension={})#

STORED_CELL_PARTITIION = VariableDescriptor(name='stored_cell_partitiion', dimension={})#

X_FACE_AREA = VariableDescriptor(name='x_face_area', dimension={'LENGTH': 2.0})#

Y_FACE_AREA = VariableDescriptor(name='y_face_area', dimension={'LENGTH': 2.0})#

Z_FACE_AREA = VariableDescriptor(name='z_face_area', dimension={'LENGTH': 2.0})#

class ansys.units.variable_descriptor.VariableDescriptor(name: str, dimension: Dimensions)#

Bases: object

Defines a physical quantity variable descriptor.

dimension: Dimensions#

name: str#