Source code for kappa_sdk.measure_enum

from enum import Enum




class MeasureEnum(Enum):
    """
    Measure enumeration.

    An enumeration of the measures that are supported by the :class:'Plot'.

    """
    time = "Time"
    large_time = "LargeTime"
    pressure = "Pressure"
    pressure_difference = "DeltaPressure"
    total_rate_downhole = "TotalRateDownhole"
    gas_rate_downhole = "GasRateDownhole"
    liquid_rate_downhole = "LiquidRateDownhole"
    inverse_rate_downhole = "InverseRateDownhole"
    inverse_rate_surface = "InverseRateSurface"
    total_rate = "TotalRateSurface"
    liquid_rate = "LiquidRateSurface"
    gas_rate = "GasRateSurface"
    no_unit = "NoUnit"
    length = "Length"
    large_distance = "LargeDistance"
    compressibility = "Compressibility"
    viscosity = "Viscosity"
    permeability = "Permeability"
    perm_thickness_product = "PermeabilityThicknessProduct"
    storage = "Storage"
    temperature = "Temperature"
    temperature_difference = "DeltaTemperature"
    logical = "Logical"
    file_size = "FileSize"
    volume_downhole = "VolumeDownhole"
    gas_volume_downhole = "GasVolumeDownhole"
    liquid_volume_downhole = "LiquidVolumeDownhole"
    volume = "VolumeSurface"
    gas_volume = "GasVolumeSurface"
    liquid_volume = "LiquidVolumeSurface"
    large_gas_volume = "LargeGasVolumeSurface"
    large_gas_volume_downhole = "LargeGasVolumeDownhole"
    large_liquid_volume = "LargeLiquidVolumeSurface"
    large_liquid_volume_downhole = "LargeLiquidVolumeDownhole"
    large_volume = "LargeVolumeSurface"
    large_volume_downhole = "LargeVolumeDownhole"
    ratio = "PercentOrFraction"
    gas_liquid_ratio = "GasLiquidRatio"
    gas_liquid_ratio_2 = "GasLiquidRatio2"
    internal_diameter = "InternalDiameter"
    liquid_gas_ratio = "LiquidGasRatio"
    depth = "Depth"
    area = "Area"
    angle = "Angle"
    liquid_gravity = "LiquidGravity"
    heat_capacity = "HeatCapacity"
    thermal_conductivity = "ThermalConductivity"
    density = "Density"
    reservoir_to_s_c_liquid_volume_ratio = "ReservoirToScLiquid"
    reservoir_to_s_c_gas_volume_ratio = "ReservoirToScGas"
    salinity = "Salinity"
    capture_cross_section = "CaptureCrossSection"
    specific_enthalpy = "SpecificEnthalpy"
    noise = "Noise"
    mobility = "Mobility"
    voltage = "Voltage"
    resistivity = "Resistivity"
    current = "Current"
    resistance = "Resistance"
    frequency = "Frequency"
    mass_rate = "MassRate"
    gas_mass_rate = "MassRateGas"
    liquid_mass_rate = "MassRateLiquid"
    power = "Power"
    capacitance = "Capacitance"
    velocity = "Velocity"
    critical_volume = "CriticalVolume"
    temperature_gradient = "TemperatureGradient"
    gamma_ray = "GammaRay"
    gas_potential = "GasPotential"
    heat_transfer_coefficient = "HeatTransfertCoef"
    permeability_hydro = "PermeabilityHydro"
    transmissivity_hydro = "TransmissivityHydro"
    transmissibility = "Transmissibility"
    productivity_index = "ProductivityIndex"
    roughness = "Roughness"
    spinner = "Spinner"
    margins = "Margins"
    mass = "Mass"
    force = "Force"
    interfacial_tension = "InterfacialTension"
    gas_productivity_index = "GasProductivityIndex"
    inverse_gas_productivity_index = "InverseGasProductivityIndex"
    liquid_productivity_index = "LiquidProductivityIndex"
    inverse_liquid_productivity_index = "InverseLiquidProductivityIndex"
    inverse_time = "InverseTime"
    square_root_of_time = "SquareRootTime"
    inverse_pressure = "InversePressure"
    inverse_length = "InverseLength"
    pressure_gradient = "PressureGradient"
    motor_speed = "MotorSpeed"
    molar_weight = "MolarWeight"
    longitude = "Longitude"
    latitude = "Latitude"
    pressure_time = "Pressure/Time"
    pressure_area = "Pressure/Area"
    angle_time = "Angle/Time"
    pressure_depth = "Pressure/Depth"
    angle_time__2 = "Angle/Time²"
    density_time = "Density/Time"
    pressure_current = "Pressure/Current"
    pressure_density = "Pressure/Density"
    angle_depth = "Angle/Depth"
    pressure_time__2 = "Pressure/Time²"
    pressure_time__3 = "Pressure/Time³"
    pressure__2_temperature__4 = "Pressure².Temperature**4"
    _pressure__4_temperature__8_time = "[Pressure**4.Temperature**8]/Time"
    pressure__3_temperature__5 = "Pressure³.Temperature**5"
    pressure_temperature = "Pressure.Temperature"



    @classmethod
    def has_value(cls, value: str) -> bool:
        return value in cls._value2member_map_