pyvista.MultiBlockPlot3DReader#
- class MultiBlockPlot3DReader(*args, **kwargs)[source]#
MultiBlock Plot3D Reader.
The methods
add_function()
andremove_function()
accept values fromPlot3DFunctionEnum
. For convenience, the values of that enumeration are available as class variables, as shown below.MultiBlockPlot3DReader.DENSITY = Plot3DFunctionEnum.DENSITY
MultiBlockPlot3DReader.PRESSURE = Plot3DFunctionEnum.PRESSURE
MultiBlockPlot3DReader.PRESSURE_COEFFICIENT = Plot3DFunctionEnum.PRESSURE_COEFFICIENT
MultiBlockPlot3DReader.MACH = Plot3DFunctionEnum.MACH
MultiBlockPlot3DReader.SPEED_OF_SOUND = Plot3DFunctionEnum.SPEED_OF_SOUND
MultiBlockPlot3DReader.TEMPERATURE = Plot3DFunctionEnum.TEMPERATURE
MultiBlockPlot3DReader.ENTHALPY = Plot3DFunctionEnum.ENTHALPY
MultiBlockPlot3DReader.INTERNAL_ENERGY = Plot3DFunctionEnum.INTERNAL_ENERGY
MultiBlockPlot3DReader.KINETIC_ENERGY = Plot3DFunctionEnum.KINETIC_ENERGY
MultiBlockPlot3DReader.VELOCITY_MAGNITUDE = Plot3DFunctionEnum.VELOCITY_MAGNITUDE
MultiBlockPlot3DReader.STAGNATION_ENERGY = Plot3DFunctionEnum.STAGNATION_ENERGY
MultiBlockPlot3DReader.ENTROPY = Plot3DFunctionEnum.ENTROPY
MultiBlockPlot3DReader.SWIRL = Plot3DFunctionEnum.SWIRL
MultiBlockPlot3DReader.VELOCITY = Plot3DFunctionEnum.VELOCITY
MultiBlockPlot3DReader.VORTICITY = Plot3DFunctionEnum.VORTICITY
MultiBlockPlot3DReader.MOMENTUM = Plot3DFunctionEnum.MOMENTUM
MultiBlockPlot3DReader.PRESSURE_GRADIENT = Plot3DFunctionEnum.PRESSURE_GRADIENT
MultiBlockPlot3DReader.STRAIN_RATE = Plot3DFunctionEnum.STRAIN_RATE
MultiBlockPlot3DReader.VORTICITY_MAGNITUDE = Plot3DFunctionEnum.VORTICITY_MAGNITUDE
Methods
Specify additional functions to compute.
Add q file(s).
Remove all functions from list of functions to compute.
Remove one function from list of functions to compute.
Attributes
Whether to try to automatically detect format such as byte order, etc.
Ratio of specific heats.
When
True
(default), intermediate computed quantities will be preserved.Gas constant.