Detailed Description

Class containing data for a single mesh from OFT plot files.

Public Member Functions
	__init__ (self, mesh_obj)
	Read in data and setup object.
	get_field (self, name, time=None, timestep=None)
	Get raw data associated with field at a given time or timestep.
	get_pyvista_grid (self)
	Get pyvista representation of grid.

Public Attributes
	lc = numpy.asarray(mesh_obj['LC'])
	nc = self.lc.shape[0]
	np = self.r.shape[0]
	r = numpy.asarray(mesh_obj['R'])
dict	static_fields = {}
list	time_field_names = []
list	time_fields = []
list	times = []
int	type = mesh_obj['TYPE'][()]

Constructor & Destructor Documentation

◆ init()

__init__	(		self,
			mesh_obj )

Read in data and setup object.

Parameters

mesh_obj HDF5 group corresponding to mesh (file needs to be open)

Member Function Documentation

◆ get_field()

get_field	(	self,
		name,
		time = None,
		timestep = None )

Get raw data associated with field at a given time or timestep.

Parameters

name	Name of field
time	Time value to evaluate field (linear interpolation)
timestep	Timestep index to retrieve

◆ get_pyvista_grid()

get_pyvista_grid ( self )

Get pyvista representation of grid.

Returns: pyvista.UnstructuredGrid object for grid

Member Data Documentation

◆ lc

lc = numpy.asarray(mesh_obj['LC'])

◆ nc

nc = self.lc.shape[0]

◆ np

np = self.r.shape[0]

◆ r

r = numpy.asarray(mesh_obj['R'])

◆ static_fields

dict static_fields = {}

◆ time_field_names

list time_field_names = []

◆ time_fields

list time_fields = []

◆ times

list times = []

◆ type

int type = mesh_obj['TYPE'][()]

The documentation for this class was generated from the following file:

/home/runner/work/OpenFUSIONToolkit/OpenFUSIONToolkit/src/python/OpenFUSIONToolkit/io.py