pyvista.MultiBlockPlot3DReader#
- class MultiBlockPlot3DReader(*args, **kwargs)[source]#
MultiBlock Plot3D Reader.
Wraps vtkMultiBlockPLOT3DReader.
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.DENSITYMultiBlockPlot3DReader.PRESSURE = Plot3DFunctionEnum.PRESSUREMultiBlockPlot3DReader.PRESSURE_COEFFICIENT = Plot3DFunctionEnum.PRESSURE_COEFFICIENTMultiBlockPlot3DReader.MACH = Plot3DFunctionEnum.MACHMultiBlockPlot3DReader.SPEED_OF_SOUND = Plot3DFunctionEnum.SPEED_OF_SOUNDMultiBlockPlot3DReader.TEMPERATURE = Plot3DFunctionEnum.TEMPERATUREMultiBlockPlot3DReader.ENTHALPY = Plot3DFunctionEnum.ENTHALPYMultiBlockPlot3DReader.INTERNAL_ENERGY = Plot3DFunctionEnum.INTERNAL_ENERGYMultiBlockPlot3DReader.KINETIC_ENERGY = Plot3DFunctionEnum.KINETIC_ENERGYMultiBlockPlot3DReader.VELOCITY_MAGNITUDE = Plot3DFunctionEnum.VELOCITY_MAGNITUDEMultiBlockPlot3DReader.STAGNATION_ENERGY = Plot3DFunctionEnum.STAGNATION_ENERGYMultiBlockPlot3DReader.ENTROPY = Plot3DFunctionEnum.ENTROPYMultiBlockPlot3DReader.SWIRL = Plot3DFunctionEnum.SWIRLMultiBlockPlot3DReader.VELOCITY = Plot3DFunctionEnum.VELOCITYMultiBlockPlot3DReader.VORTICITY = Plot3DFunctionEnum.VORTICITYMultiBlockPlot3DReader.MOMENTUM = Plot3DFunctionEnum.MOMENTUMMultiBlockPlot3DReader.PRESSURE_GRADIENT = Plot3DFunctionEnum.PRESSURE_GRADIENTMultiBlockPlot3DReader.STRAIN_RATE = Plot3DFunctionEnum.STRAIN_RATEMultiBlockPlot3DReader.VORTICITY_MAGNITUDE = Plot3DFunctionEnum.VORTICITY_MAGNITUDE
Methods#
Specify additional functions to compute. |
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Add q file(s). |
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Remove all functions from list of functions to compute. |
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Remove one function from list of functions to compute. |
Attributes#
Whether to try to automatically detect format such as byte order, etc. |
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Ratio of specific heats. |
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When |
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Gas constant. |