def WriterParametersProxy(self, writer, filename, freq):
"""Creates a client only proxy that will be synchronized with ParaView
Live, allowing a user to set the filename and frequency.
"""
controller = servermanager.ParaViewPipelineController()
# assume that a client only proxy with the same name as a writer
# is available in "insitu_writer_paramters"
# Since coprocessor sometimes pass writer as a custom object and not
# a proxy, we need to handle that. Just creating any arbitrary writer
# proxy to store the parameters it acceptable. So let's just do that
# when the writer is not a proxy.
writerIsProxy = isinstance(writer, servermanager.Proxy)
helperName = writer.GetXMLName(
) if writerIsProxy else "XMLPImageDataWriter"
proxy = servermanager.ProxyManager().NewProxy(
"insitu_writer_parameters", helperName)
controller.PreInitializeProxy(proxy)
if writerIsProxy:
# it's possible that the writer can take in multiple input connections
# so we need to go through all of them. the try/except block seems
# to be the best way to figure out if there are multipel input connections
try:
length = len(writer.Input)
for i in range(length):
proxy.GetProperty("Input").AddInputConnection(
writer.Input[i].SMProxy, 0)
except:
proxy.GetProperty("Input").SetInputConnection(
0, writer.Input.SMProxy, 0)
proxy.GetProperty("FileName").SetElement(0, filename)
proxy.GetProperty("WriteFrequency").SetElement(0, freq)
controller.PostInitializeProxy(proxy)
controller.RegisterPipelineProxy(proxy)
return proxy
def WriterParametersProxy(self, writer, filename, freq):
"""Creates a client only proxy that will be synchronized with ParaView
Live, allowing a user to set the filename and frequency.
"""
controller = servermanager.ParaViewPipelineController()
# assume that a client only proxy with the same name as a writer
# is available in "insitu_writer_paramters"
# Since coprocessor sometimes pass writer as a custom object and not
# a proxy, we need to handle that. Just creating any arbitrary writer
# proxy to store the parameters it acceptable. So let's just do that
# when the writer is not a proxy.
writerIsProxy = isinstance(writer, servermanager.Proxy)
helperName = writer.GetXMLName(
) if writerIsProxy else "XMLPImageDataWriter"
proxy = servermanager.ProxyManager().NewProxy(
"insitu_writer_parameters", helperName)
controller.PreInitializeProxy(proxy)
if writerIsProxy:
proxy.GetProperty("Input").SetInputConnection(
0, writer.Input.SMProxy, 0)
proxy.GetProperty("FileName").SetElement(0, filename)
proxy.GetProperty("WriteFrequency").SetElement(0, freq)
controller.PostInitializeProxy(proxy)
controller.RegisterPipelineProxy(proxy)
return proxy
def CreateProducer(name):
global ActiveDataDescription, ActivePythonPipelineModule
assert IsInsituInput(name)
module = ActivePythonPipelineModule
if not hasattr(module, "_producer_map"):
module._producer_map = {}
if name in module._producer_map:
return module[name]
from paraview import servermanager
dataDesc = ActiveDataDescription
ipdesc = dataDesc.GetInputDescriptionByName(name)
# eventually, we want the Catalyst C++ code to give use the vtkAlgorithm to
# use; e.g.
# servermanager._getPyProxy(ipdesc.GetProducer())
pxm = servermanager.ProxyManager()
producer = servermanager._getPyProxy(
pxm.NewProxy("sources", "PVTrivialProducer2"))
controller = servermanager.ParaViewPipelineController()
controller.InitializeProxy(producer)
controller.RegisterPipelineProxy(producer, name)
# since state file may have arbitrary properties being specified
# on the original source, we ensure we ignore them
producer.IgnoreUnknownSetRequests = True
vtkobject = producer.GetClientSideObject()
assert vtkobject
vtkobject.SetWholeExtent(ipdesc.GetWholeExtent())
vtkobject.SetOutput(ipdesc.GetGrid())
module._producer_map[name] = producer
return producer
def WriterParametersProxy(self, writer, filename, freq):
"""Creates a client only proxy that will be synchronized with ParaView
Live, allowing a user to set filename and frequency.
"""
controller = servermanager.ParaViewPipelineController()
# assume that a client only proxy with the same name as a writer
# is available in "filters"
proxy = servermanager.ProxyManager().NewProxy("filters",
writer.GetXMLName())
controller.PreInitializeProxy(proxy)
proxy.GetProperty("Input").SetInputConnection(0, writer.Input.SMProxy,
0)
proxy.GetProperty("FileName").SetElement(0, filename)
proxy.GetProperty("WriteFrequency").SetElement(0, freq)
controller.PostInitializeProxy(proxy)
controller.RegisterPipelineProxy(proxy)
return proxy
#-------------------- Start testing --------------------------
print("Start PythonAnnotationFilter testing")
options = servermanager.vtkProcessModule.GetProcessModule().GetOptions()
dataToLoad = options.GetParaViewDataName()
# Load data file
reader = OpenDataFile(dataToLoad)
reader.GlobalVariables = ['KE', 'XMOM', 'YMOM', 'ZMOM', 'NSTEPS', 'TMSTEP']
reader.UpdatePipeline()
# Time management
controller = servermanager.ParaViewPipelineController()
timekeeper = controller.FindTimeKeeper(servermanager.ActiveConnection.Session)
timesteps = timekeeper.TimestepValues
time = timesteps[5]
# Merge blocks
### Just skip the merge = MergeBlocks()
# Annotation filter
annotation = PythonAnnotation()
annotation.Expression = '"%f %f %f" % (XMOM[t_index], YMOM[t_index], ZMOM[t_index])'
# Update time and trigger pipeline execution
time = timesteps[5]
annotation.UpdatePipeline(time)
