kappa_sdk.MeasureEnum#
- class kappa_sdk.MeasureEnum(value, names=<not given>, *values, module=None, qualname=None, type=None, start=1, boundary=None)[source]#
Measure enumeration.
An enumeration of the measures that are supported by the :class:’Plot’.
Attributes
Methods
MeasureEnum.has_value(value)- 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__3_temperature__5 = 'Pressure³.Temperature**5'#
- pressure_temperature = 'Pressure.Temperature'#