def DumpCoProcessingScript(export_rendering,
simulation_input_map,
screenshot_info,
rescale_data_range,
enable_live_viz,
live_viz_frequency,
cinema_tracks,
array_selection,
filename=None):
"""Returns a string with the generated CoProcessing script based on the
options specified.
First three arguments are same as those expected by
cpstate.DumpPipeline() function.
rescale_data_range :- boolean set to true if the LUTs must be scaled on
each timestep
enable_live_viz :- boolean set to true if the generated script should
handle live-visualization.
live_viz_frequency :- integer specifying how often should
the coprocessor send the live data
cinema_tracks :- cinema offline visualizer parameters
array_selection :- selected value arrays for cinema
filename :- if specified, the script is written to the file.
"""
pipeline_script = cpstate.DumpPipeline(\
export_rendering, simulation_input_map, screenshot_info, cinema_tracks, array_selection)
script = __output_contents % (pipeline_script, enable_live_viz,
live_viz_frequency, rescale_data_range)
if filename:
outFile = open(filename, "w")
outFile.write(script)
outFile.close()
return script
def DumpCoProcessingScript(export_rendering,
simulation_input_map,
screenshot_info,
rescale_data_range,
enable_live_viz,
filename=None):
"""Returns a string with the generated CoProcessing script based on the
options specified.
First three arguments are same as those expected by
cpstate.DumpPipeline() function.
rescale_data_range :- boolean set to true if the LUTs must be scaled on
each timestep
enable_live_viz :- boolean set to true if the generated script should
handle live-visualization.
filename :- if specified, the script is written to the file.
"""
pipeline_script = cpstate.DumpPipeline(\
export_rendering, simulation_input_map, screenshot_info)
script = __output_contents % (pipeline_script, enable_live_viz,
rescale_data_range)
if filename:
outFile = open(filename, "w")
outFile.write(script)
outFile.close()
return script
def DumpCoProcessingScript(export_rendering,
simulation_input_map,
screenshot_info,
padding_amount,
rescale_data_range,
enable_live_viz,
live_viz_frequency,
cinema_tracks,
array_selection,
filename=None):
"""Returns a string with the generated CoProcessing script based on the
options specified.
First three arguments are same as those expected by
cpstate.DumpPipeline() function.
:param padding_amount: integer (0-10) to set image output filename padding
:param rescale_data_range: boolean set to true if the LUTs must be scaled on each timestep
:param enable_live_viz: boolean set to true if the generated script should handle live-visualization.
:param live_viz_frequency: integer specifying how often should the coprocessor send the live data
:param cinema_tracks: cinema offline visualizer parameters
:param array_selection: selected value arrays for cinema
:param filename: if specified, the script is written to the file.
"""
from paraview.servermanager import vtkSMProxyManager
version_str = vtkSMProxyManager.GetParaViewSourceVersion()
timeStepToStartOutputAt = 0
forceOutputAtFirstCall = False
pipeline_script = cpstate.DumpPipeline(\
export_rendering, simulation_input_map, screenshot_info, cinema_tracks, array_selection)
script = __output_contents % (version_str, timeStepToStartOutputAt,
forceOutputAtFirstCall, padding_amount,
rescale_data_range, pipeline_script,
enable_live_viz, live_viz_frequency)
if filename:
outFile = open(filename, "w")
outFile.write(script)
outFile.close()
return script
def DumpCoProcessingScript(export_rendering,
simulation_input_map,
screenshot_info,
padding_amount,
rescale_data_range,
enable_live_viz,
live_viz_frequency,
cinema_tracks,
cinema_arrays,
filename=None,
write_start=0,
make_cinema_table=False,
image_root_directory="",
data_root_directory="",
request_specific_arrays=False,
force_first_output=False):
"""Returns a string with the generated CoProcessing script based on the
options specified.
First three arguments are same as those expected by
cpstate.DumpPipeline() function.
:param write_start: integer (0-) how many cycles catalyst should wait before executing
:param padding_amount: integer (0-10) to set image output filename padding
:param rescale_data_range: boolean set to true if the LUTs must be scaled on each timestep
:param enable_live_viz: boolean set to true if the generated script should handle live-visualization.
:param live_viz_frequency: integer specifying how often should the coprocessor send the live data
:param cinema_tracks: cinema offline visualizer parameters
:param cinema_arrays: selected value arrays for cinema
:param make_cinema_table: boolean set to true to request a cinema D index file.
:param filename: if specified, the script is written to the file.
:param image_root_directory: if specified, the script will export image extracts underneath this directory.
:param data_root_directory: if specified, the script will export data extracts underneath this directory.
:param request_specific_arrays: boolean set to true to ask for individual arrays
:param force_first_output: boolean set to true to write the first timestep regardless of write_start.
"""
from paraview.servermanager import vtkSMProxyManager
version_str = vtkSMProxyManager.GetParaViewSourceVersion()
pipeline_script = cpstate.DumpPipeline(\
export_rendering, simulation_input_map, screenshot_info, cinema_tracks,\
cinema_arrays, enable_live_viz, live_viz_frequency)
script = __output_contents % (
write_start, force_first_output, padding_amount, rescale_data_range,
request_specific_arrays, image_root_directory, data_root_directory,
make_cinema_table, version_str, pipeline_script, enable_live_viz,
live_viz_frequency)
if filename:
outFile = open(filename, "w")
outFile.write(script)
outFile.close()
return script