Functions
	filter_initialise (fields, time)

	filter_update (fields, time)

	filter_finalise (fields, time)

Variables
	field = Field([], force_output=True)

int	output_num = 0

	output_vtk = None

Function Documentation

◆ filter_finalise()

FilterPython_Function.filter_finalise	(	fields,
		time
	)

Definition at line 31 of file FilterPython_Function.py.

def filter_finalise(fields, time):
    # print out for testing!
    sys.stdout.write("FilterPython_Function: %d\n" % output_num)
    sys.stdout.flush()

◆ filter_initialise()

FilterPython_Function.filter_initialise	(	fields,
		time
	)

Definition at line 8 of file FilterPython_Function.py.

def filter_initialise(fields, time):
    # Generally this is bad form but we're doing this for proof of concept!!
    global field, output_vtk
 
    field.SetupFromExpList(fields)
    output_vtk = OutputModule.Create("vtu", field, outfile="output_0.vtu")
 

◆ filter_update()

FilterPython_Function.filter_update	(	fields,
		time
	)

Definition at line 15 of file FilterPython_Function.py.

def filter_update(fields, time):
    global field, output_num, output_vtk
 
    output_num += 1
    if output_num % 10 != 0:
        return
 
    field.SetupFromExpList(fields)
 
    output_vtk.RegisterConfig("outfile", "output_%03d.vtu" % (output_num / 10, ))
    output_vtk.Run()
 
    # now here you could e.g. extract a slice using VTK and then dump it out
    # to a file instead of dumping whole file, or do whatever postprocessing
    # you would like to
 

Variable Documentation

◆ field

FilterPython_Function.field = Field([], force_output=True)

Definition at line 4 of file FilterPython_Function.py.

◆ output_num

int FilterPython_Function.output_num = 0

Definition at line 5 of file FilterPython_Function.py.

◆ output_vtk

FilterPython_Function.output_vtk = None

Definition at line 6 of file FilterPython_Function.py.

Functions

Variables