def __init__(self, proxyTraceInfo, prop):
self.Prop = prop
# Determine python variable name
self.PyVariable = prop.GetXMLLabel()
# For non-self properties, use the xml name instead of xml label:
if prop.GetParent() != proxyTraceInfo.Proxy:
self.PyVariable = proxyTraceInfo.Proxy.GetPropertyName(prop)
self.PyVariable = servermanager._make_name_valid(self.PyVariable)
def __init__(self, proxyTraceInfo, prop):
self.Prop = prop
# Determine python variable name
self.PyVariable = prop.GetXMLLabel()
# For non-self properties, use the xml name instead of xml label:
if prop.GetParent() != proxyTraceInfo.Proxy:
self.PyVariable = proxyTraceInfo.Proxy.GetPropertyName(prop)
self.PyVariable = servermanager._make_name_valid(self.PyVariable)
def append_trace():
# Get the list of last registered proxies in sorted order
modified_proxies = sort_proxy_info_by_group(trace_globals.last_registered_proxies)
# Now append the existing proxies to the list
for p in trace_globals.registered_proxies: modified_proxies.append(p)
for info in modified_proxies:
traceOutput = ""
deferredProperties = []
# Generate list of tuples : (propName, propValue)
propNameValues = list_of_tuples()
for propName, propValue in info.ModifiedProps.iteritems():
if propIsIgnored(info, propName): continue
# Note, the 'Input' property is ignored for representations, so we are
# only dealing with filter proxies here. If the 'Input' property is a
# single value (not a multi-input filter), then ensure the input is
# the active source and leave the 'Input' property out of the
# propNameValues list.
if propName == "Input" and propValue.find("[") == -1:
inputProxyInfo = get_proxy_info(propValue)
ensure_active_source(inputProxyInfo)
continue
if property_references_untraced_proxy(propName, propValue, info.Props.values()):
deferredProperties.append((propName, propValue))
else:
propNameValues.append((propName, propValue))
# Clear the modified prop list
info.ModifiedProps.clear()
# If info is in the last_registered_proxies list, then we need to add the
# proxy's constructor call to the trace
if info in trace_globals.last_registered_proxies and not info.ctor_traced:
# Determine the function call to construct the proxy
setPropertiesInCtor = True
ctorArgs = []
extraCtorCommands = ""
ctorMethod = servermanager._make_name_valid(info.Proxy.GetXMLLabel())
if info.Group == "sources":
# track it as the last active source now
trace_globals.last_active_source = info.Proxy
# maybe append the guiName property
if trace_globals.use_gui_name:
ctorArgs.append("guiName=\"%s\"" % info.ProxyName)
if info.Group == "representations":
ctorMethod = "Show"
setPropertiesInCtor = False
# Ensure the input proxy is the active source:
input_proxy_info = get_input_proxy_info_for_rep(info)
if input_proxy_info:
ensure_active_source(input_proxy_info)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "scalar_bars":
ctorMethod = "CreateScalarBar"
extraCtorCommands = "GetRenderView().Representations.append(%s)\n" % info.PyVariable
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "views":
if info.Proxy.GetXMLLabel() == "XYChartView":
ctorMethod = "CreateXYPlotView"
elif info.Proxy.GetXMLLabel() == "XYBarChartView":
ctorMethod = "CreateBarChartView"
elif info.Proxy.GetXMLName() == "ComparativeRenderView":
ctorMethod = "CreateComparativeRenderView"
elif info.Proxy.GetXMLName() == "ComparativeXYPlotView":
ctorMethod = "CreateComparativeXYPlotView"
elif info.Proxy.GetXMLName() == "ComparativeBarChartView":
ctorMethod = "CreateComparativeBarChartView"
elif info.Proxy.GetXMLName() == "ParallelCoordinatesChartView":
ctorMethod = "CreateParallelCoordinatesChartView"
elif info.Proxy.GetXMLName() == "2DRenderView":
ctorMethod = "Create2DRenderView"
else:
ctorMethod = "CreateRenderView"
# Now track it as the last active view
trace_globals.last_active_view = info.Proxy
setPropertiesInCtor = False
if info.Group == "lookup_tables":
match = re.match("(\d)\.([^.]+)\.PVLookupTable", info.ProxyName)
if match:
ctorMethod = "GetLookupTableForArray"
ctorArgs.append("\"%s\"" % match.group(2))
ctorArgs.append(match.group(1))
else:
# This is not a standard LUT created by the GUI--how in the world?
# We'll just handle it as if it's a stray LUT.
ctorMethod = "CreateLookupTable"
if info.Group == "piecewise_functions":
ctorMethod = "CreatePiecewiseFunction"
if info.Group == "animation":
if info.Proxy.GetXMLName() == "KeyFrameAnimationCue":
ctorMethod = "GetAnimationTrack"
propname = None
index = None
if propNameValues.has_key("AnimatedPropertyName"):
propname = propNameValues.get_value("AnimatedPropertyName")
propNameValues = propNameValues.purge("AnimatedPropertyName")
if propNameValues.has_key("AnimatedElement"):
index = propNameValues.get_value("AnimatedElement")
propNameValues = propNameValues.purge("AnimatedElement")
propNameValues = propNameValues.purge("AnimatedProxy")
animated_proxy_info = get_animated_proxy_info(info)
ctorArgs.append(propname)
if index != None:
ctorArgs.append(index)
if animated_proxy_info:
if not animated_proxy_info.ParentProxyInfo:
ensure_active_source(animated_proxy_info)
else:
ctorArgs.append("proxy=%s.%s" % (animated_proxy_info.ParentProxyInfo.PyVariable,
animated_proxy_info.PyVariable))
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "CameraAnimationCue":
view_proxy_info = get_animated_proxy_info(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
ctorMethod = "GetCameraTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge("AnimatedPropertyName")
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "TimeAnimationCue":
ctorMethod = "GetTimeTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge("AnimatedPropertyName")
setPropertiesInCtor = False
if setPropertiesInCtor:
for propName, propValue in propNameValues:
if not "." in propName:
ctorArgs.append("%s=%s" % (propName, propValue))
else:
# This line handles properties like: my_slice.SliceType.Normal = [1, 0, 0]
extraCtorCommands += "%s.%s = %s\n" % (info.PyVariable, propName, propValue)
propNameValues = list_of_tuples()
if trace_globals.proxy_ctor_hook:
ctorMethod, ctorArgs, extraCtorCommands = trace_globals.proxy_ctor_hook(info,
ctorMethod, ctorArgs, extraCtorCommands)
ctorArgString = make_comma_separated_string(ctorArgs)
traceOutput = "%s = %s(%s)\n%s" % (info.PyVariable, ctorMethod, ctorArgString, extraCtorCommands)
info.ctor_traced = True
# Set properties on the proxy
for propName, propValue in propNameValues:
traceOutput += "%s.%s = %s\n" % (info.PyVariable, propName, propValue)
if traceOutput:
trace_globals.trace_output.append(traceOutput)
if deferredProperties:
modified_proxies.append(info)
for pair in deferredProperties:
info.ModifiedProps[pair[0]] = pair[1]
trace_globals.registered_proxies += trace_globals.last_registered_proxies
del trace_globals.last_registered_proxies[:]
def pyvariable_from_proxy_name(proxy_name):
return servermanager._make_name_valid(proxy_name.replace(".", "_"))
def append_trace():
# Get the list of last registered proxies in sorted order
modified_proxies = sort_proxy_info_by_group(
trace_globals.last_registered_proxies)
# Now append the existing proxies to the list
for p in trace_globals.registered_proxies:
modified_proxies.append(p)
for info in modified_proxies:
traceOutput = ""
deferredProperties = []
# Generate list of tuples : (propName, propValue)
propNameValues = list_of_tuples()
for propName, propValue in info.ModifiedProps.iteritems():
if propIsIgnored(info, propName): continue
# Note, the 'Input' property is ignored for representations, so we are
# only dealing with filter proxies here. If the 'Input' property is a
# single value (not a multi-input filter), then ensure the input is
# the active source and leave the 'Input' property out of the
# propNameValues list.
if propName == "Input" and propValue.find("[") == -1:
inputProxyInfo = get_proxy_info(propValue)
ensure_active_source(inputProxyInfo)
continue
if property_references_untraced_proxy(propName, propValue,
info.Props.values()):
deferredProperties.append((propName, propValue))
else:
propNameValues.append((propName, propValue))
# Clear the modified prop list
info.ModifiedProps.clear()
# If info is in the last_registered_proxies list, then we need to add the
# proxy's constructor call to the trace
if info in trace_globals.last_registered_proxies and not info.ctor_traced:
# Determine the function call to construct the proxy
setPropertiesInCtor = True
ctorArgs = []
extraCtorCommands = ""
ctorMethod = servermanager._make_name_valid(
info.Proxy.GetXMLLabel())
if info.Group == "sources":
# track it as the last active source now
trace_globals.last_active_source = info.Proxy
# maybe append the guiName property
if trace_globals.use_gui_name:
ctorArgs.append("guiName=\"%s\"" % info.ProxyName)
if info.Group == "representations":
ctorMethod = "Show"
setPropertiesInCtor = False
# Ensure the input proxy is the active source:
input_proxy_info = get_input_proxy_info_for_rep(info)
if input_proxy_info:
ensure_active_source(input_proxy_info)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "scalar_bars":
ctorMethod = "CreateScalarBar"
extraCtorCommands = "GetRenderView().Representations.append(%s)\n" % info.PyVariable
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "views":
if info.Proxy.GetXMLLabel() == "XYChartView":
ctorMethod = "CreateXYPlotView"
elif info.Proxy.GetXMLLabel() == "XYBarChartView":
ctorMethod = "CreateBarChartView"
elif info.Proxy.GetXMLName() == "ComparativeRenderView":
ctorMethod = "CreateComparativeRenderView"
elif info.Proxy.GetXMLName() == "ComparativeXYPlotView":
ctorMethod = "CreateComparativeXYPlotView"
elif info.Proxy.GetXMLName() == "ComparativeBarChartView":
ctorMethod = "CreateComparativeBarChartView"
elif info.Proxy.GetXMLName() == "ParallelCoordinatesChartView":
ctorMethod = "CreateParallelCoordinatesChartView"
elif info.Proxy.GetXMLName() == "2DRenderView":
ctorMethod = "Create2DRenderView"
else:
ctorMethod = "CreateRenderView"
# Now track it as the last active view
trace_globals.last_active_view = info.Proxy
setPropertiesInCtor = False
if info.Group == "lookup_tables":
match = re.match("(\d)\.([^.]+)\.PVLookupTable",
info.ProxyName)
if match:
ctorMethod = "GetLookupTableForArray"
ctorArgs.append("\"%s\"" % match.group(2))
ctorArgs.append(match.group(1))
else:
# This is not a standard LUT created by the GUI--how in the world?
# We'll just handle it as if it's a stray LUT.
ctorMethod = "CreateLookupTable"
if info.Group == "piecewise_functions":
ctorMethod = "CreatePiecewiseFunction"
if info.Group == "animation":
if info.Proxy.GetXMLName() == "KeyFrameAnimationCue":
ctorMethod = "GetAnimationTrack"
propname = None
index = None
if propNameValues.has_key("AnimatedPropertyName"):
propname = propNameValues.get_value(
"AnimatedPropertyName")
propNameValues = propNameValues.purge(
"AnimatedPropertyName")
if propNameValues.has_key("AnimatedElement"):
index = propNameValues.get_value("AnimatedElement")
propNameValues = propNameValues.purge(
"AnimatedElement")
propNameValues = propNameValues.purge("AnimatedProxy")
animated_proxy_info = get_animated_proxy_info(info)
ctorArgs.append(propname)
if index != None:
ctorArgs.append(index)
if animated_proxy_info:
if not animated_proxy_info.ParentProxyInfo:
ensure_active_source(animated_proxy_info)
else:
ctorArgs.append("proxy=%s.%s" % (
animated_proxy_info.ParentProxyInfo.PyVariable,
animated_proxy_info.PyVariable))
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "CameraAnimationCue":
view_proxy_info = get_animated_proxy_info(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
ctorMethod = "GetCameraTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge(
"AnimatedPropertyName")
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "TimeAnimationCue":
ctorMethod = "GetTimeTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge(
"AnimatedPropertyName")
setPropertiesInCtor = False
if setPropertiesInCtor:
for propName, propValue in propNameValues:
if not "." in propName:
ctorArgs.append("%s=%s" % (propName, propValue))
else:
# This line handles properties like: my_slice.SliceType.Normal = [1, 0, 0]
extraCtorCommands += "%s.%s = %s\n" % (
info.PyVariable, propName, propValue)
propNameValues = list_of_tuples()
if trace_globals.proxy_ctor_hook:
ctorMethod, ctorArgs, extraCtorCommands = trace_globals.proxy_ctor_hook(
info, ctorMethod, ctorArgs, extraCtorCommands)
ctorArgString = make_comma_separated_string(ctorArgs)
traceOutput = "%s = %s(%s)\n%s" % (
info.PyVariable, ctorMethod, ctorArgString, extraCtorCommands)
info.ctor_traced = True
# Set properties on the proxy
for propName, propValue in propNameValues:
traceOutput += "%s.%s = %s\n" % (info.PyVariable, propName,
propValue)
if traceOutput:
trace_globals.trace_output.append(traceOutput)
if deferredProperties:
modified_proxies.append(info)
for pair in deferredProperties:
info.ModifiedProps[pair[0]] = pair[1]
trace_globals.registered_proxies += trace_globals.last_registered_proxies
del trace_globals.last_registered_proxies[:]
def pyvariable_from_proxy_name(proxy_name):
return servermanager._make_name_valid(proxy_name.replace(".", "_"))
def determine_ctor(info, propNameValues):
"""Determines the contructor to use for the proxy_info in trace.
propNameValues is an instance of list_of_tuples with (propname, propvalue) pairs.
Returns a tuple:
(method_name, list-of-ctor-args, set-properties-in-ctor-flag, extracmds_list)
"""
if not isinstance(info, proxy_trace_info):
raise TypeError("Invalid argument. Was expecting an instance of proxy_trace_info")
if not isinstance(propNameValues, list_of_tuples):
raise TypeError("Invalid argument. Was expected an instance of list_of_tuples")
extraCtorCommands = []
ctorMethod = info.ctor_method.name
ctorArgs = info.ctor_method.args[:]
setPropertiesInCtor = info.ctor_method.setPropertiesInCtor
if ctorMethod:
return (ctorMethod, ctorArgs, setPropertiesInCtor, extraCtorCommands)
ctorMethod = servermanager._make_name_valid(info.Proxy.GetXMLLabel())
if info.Group == "sources":
# track it as the last active source now
trace_globals.last_active_source = info.Proxy
# maybe append the guiName property
if trace_globals.use_gui_name:
ctorArgs.append("guiName=\"%s\"" % info.ProxyName)
if info.Group == "representations":
ctorMethod = "Show"
setPropertiesInCtor = False
# Ensure the input proxy is the active source:
input_proxy_info = get_input_proxy_info_for_rep(info)
if input_proxy_info:
ensure_active_source(input_proxy_info)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "scalar_bars":
ctorMethod = "CreateScalarBar"
extraCtorCommands.append("GetRenderView().Representations.append(%s)" % info.PyVariable)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "views":
if info.Proxy.GetXMLLabel() == "XYChartView":
ctorMethod = "CreateXYPlotView"
elif info.Proxy.GetXMLLabel() == "XYBarChartView":
ctorMethod = "CreateBarChartView"
elif info.Proxy.GetXMLName() == "ComparativeRenderView":
ctorMethod = "CreateComparativeRenderView"
elif info.Proxy.GetXMLName() == "ComparativeXYPlotView":
ctorMethod = "CreateComparativeXYPlotView"
elif info.Proxy.GetXMLName() == "ComparativeBarChartView":
ctorMethod = "CreateComparativeBarChartView"
elif info.Proxy.GetXMLName() == "ParallelCoordinatesChartView":
ctorMethod = "CreateParallelCoordinatesChartView"
elif info.Proxy.GetXMLName() == "2DRenderView":
ctorMethod = "Create2DRenderView"
elif info.Proxy.GetXMLName() == "RenderView":
ctorMethod = "CreateRenderView"
else:
# use the generic method to create this view.
ctorMethod = "CreateView"
ctorArgs.append('"%s"' % info.Proxy.GetXMLName())
# Now track it as the last active view
trace_globals.last_active_view = info.Proxy
setPropertiesInCtor = False
if info.Group == "lookup_tables":
match = re.match("(\d)\.([^.]+)\.PVLookupTable", info.ProxyName)
if match:
ctorMethod = "GetLookupTableForArray"
ctorArgs.append("\"%s\"" % match.group(2))
ctorArgs.append(match.group(1))
else:
# This is not a standard LUT created by the GUI--how in the world?
# We'll just handle it as if it's a stray LUT.
ctorMethod = "CreateLookupTable"
if info.Group == "piecewise_functions":
ctorMethod = "CreatePiecewiseFunction"
if info.Group == "animation":
if info.Proxy.GetXMLName() == "AnimationScene":
ctorMethod = "GetAnimationScene"
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "KeyFrameAnimationCue":
ctorMethod = "GetAnimationTrack"
propname = None
index = None
if propNameValues.has_key("AnimatedPropertyName"):
propname = propNameValues.get_value("AnimatedPropertyName")
propNameValues = propNameValues.purge("AnimatedPropertyName")
if propNameValues.has_key("AnimatedElement"):
index = propNameValues.get_value("AnimatedElement")
propNameValues = propNameValues.purge("AnimatedElement")
propNameValues = propNameValues.purge("AnimatedProxy")
animated_proxy_info = get_animated_proxy_info(info)
ctorArgs.append(propname)
if index != None:
ctorArgs.append(index)
if animated_proxy_info:
if not animated_proxy_info.ParentProxyInfo:
ensure_active_source(animated_proxy_info)
else:
ctorArgs.append("proxy=%s.%s" % (animated_proxy_info.ParentProxyInfo.PyVariable,
animated_proxy_info.PyVariable))
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "CameraAnimationCue":
view_proxy_info = get_animated_proxy_info(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
ctorMethod = "GetCameraTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge("AnimatedPropertyName")
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "TimeAnimationCue":
ctorMethod = "GetTimeTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge("AnimatedPropertyName")
setPropertiesInCtor = False
return (ctorMethod, ctorArgs, setPropertiesInCtor, extraCtorCommands)
def determine_ctor(info, propNameValues):
"""Determines the contructor to use for the proxy_info in trace.
propNameValues is an instance of list_of_tuples with (propname, propvalue) pairs.
Returns a tuple:
(method_name, list-of-ctor-args, set-properties-in-ctor-flag, extracmds_list)
"""
if not isinstance(info, proxy_trace_info):
raise TypeError(
"Invalid argument. Was expecting an instance of proxy_trace_info")
if not isinstance(propNameValues, list_of_tuples):
raise TypeError(
"Invalid argument. Was expected an instance of list_of_tuples")
extraCtorCommands = []
ctorMethod = info.ctor_method.name
ctorArgs = info.ctor_method.args[:]
setPropertiesInCtor = info.ctor_method.setPropertiesInCtor
if ctorMethod:
return (ctorMethod, ctorArgs, setPropertiesInCtor, extraCtorCommands)
ctorMethod = servermanager._make_name_valid(info.Proxy.GetXMLLabel())
if info.Group == "sources":
# track it as the last active source now
trace_globals.last_active_source = info.Proxy
# maybe append the guiName property
if trace_globals.use_gui_name:
ctorArgs.append("guiName=\"%s\"" % info.ProxyName)
if info.Group == "representations":
ctorMethod = "Show"
setPropertiesInCtor = False
# Ensure the input proxy is the active source:
input_proxy_info = get_input_proxy_info_for_rep(info)
if input_proxy_info:
ensure_active_source(input_proxy_info)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "scalar_bars":
ctorMethod = "CreateScalarBar"
extraCtorCommands.append("GetRenderView().Representations.append(%s)" %
info.PyVariable)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "views":
if info.Proxy.GetXMLLabel() == "XYChartView":
ctorMethod = "CreateXYPlotView"
elif info.Proxy.GetXMLLabel() == "XYBarChartView":
ctorMethod = "CreateBarChartView"
elif info.Proxy.GetXMLName() == "ComparativeRenderView":
ctorMethod = "CreateComparativeRenderView"
elif info.Proxy.GetXMLName() == "ComparativeXYPlotView":
ctorMethod = "CreateComparativeXYPlotView"
elif info.Proxy.GetXMLName() == "ComparativeBarChartView":
ctorMethod = "CreateComparativeBarChartView"
elif info.Proxy.GetXMLName() == "ParallelCoordinatesChartView":
ctorMethod = "CreateParallelCoordinatesChartView"
elif info.Proxy.GetXMLName() == "2DRenderView":
ctorMethod = "Create2DRenderView"
elif info.Proxy.GetXMLName() == "RenderView":
ctorMethod = "CreateRenderView"
else:
# use the generic method to create this view.
ctorMethod = "CreateView"
ctorArgs.append('"%s"' % info.Proxy.GetXMLName())
# Now track it as the last active view
trace_globals.last_active_view = info.Proxy
setPropertiesInCtor = False
if info.Group == "lookup_tables":
match = re.match("(\d)\.([^.]+)\.PVLookupTable", info.ProxyName)
if match:
ctorMethod = "GetLookupTableForArray"
ctorArgs.append("\"%s\"" % match.group(2))
ctorArgs.append(match.group(1))
else:
# This is not a standard LUT created by the GUI--how in the world?
# We'll just handle it as if it's a stray LUT.
ctorMethod = "CreateLookupTable"
if info.Group == "piecewise_functions":
ctorMethod = "CreatePiecewiseFunction"
if info.Group == "animation":
if info.Proxy.GetXMLName() == "AnimationScene":
ctorMethod = "GetAnimationScene"
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "KeyFrameAnimationCue":
ctorMethod = "GetAnimationTrack"
propname = None
index = None
if propNameValues.has_key("AnimatedPropertyName"):
propname = propNameValues.get_value("AnimatedPropertyName")
propNameValues = propNameValues.purge("AnimatedPropertyName")
if propNameValues.has_key("AnimatedElement"):
index = propNameValues.get_value("AnimatedElement")
propNameValues = propNameValues.purge("AnimatedElement")
propNameValues = propNameValues.purge("AnimatedProxy")
animated_proxy_info = get_animated_proxy_info(info)
ctorArgs.append(propname)
if index != None:
ctorArgs.append(index)
if animated_proxy_info:
if not animated_proxy_info.ParentProxyInfo:
ensure_active_source(animated_proxy_info)
else:
ctorArgs.append(
"proxy=%s.%s" %
(animated_proxy_info.ParentProxyInfo.PyVariable,
animated_proxy_info.PyVariable))
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "CameraAnimationCue":
view_proxy_info = get_animated_proxy_info(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
ctorMethod = "GetCameraTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge("AnimatedPropertyName")
setPropertiesInCtor = False
elif info.Proxy.GetXMLName() == "TimeAnimationCue":
ctorMethod = "GetTimeTrack"
propNameValues = propNameValues.purge("AnimatedProxy")
propNameValues = propNameValues.purge("AnimatedPropertyName")
setPropertiesInCtor = False
return (ctorMethod, ctorArgs, setPropertiesInCtor, extraCtorCommands)
def append_trace():
# Get the list of last registered proxies in sorted order
modified_proxies = sort_proxy_info_by_group(trace_globals.last_registered_proxies)
# Now append the existing proxies to the list
for p in trace_globals.registered_proxies: modified_proxies.append(p)
for info in modified_proxies:
traceOutput = ""
# Generate list of tuples : (propName, propValue)
propNameValues = []
for propName, propValue in info.ModifiedProps.iteritems():
if propIsIgnored(info, propName): continue
# Note, the 'Input' property is ignored for representations, so we are
# only dealing with filter proxies here. If the 'Input' property is a
# single value (not a multi-input filter), then ensure the input is
# the active source and leave the 'Input' property out of the
# propNameValues list.
if propName == "Input" and propValue.find("[") == -1:
inputProxyInfo = get_proxy_info(propValue)
ensure_active_source(inputProxyInfo)
continue
propNameValues.append( (propName,propValue) )
# Clear the modified prop list
info.ModifiedProps.clear()
# If info is in the last_registered_proxies list, then we need to add the
# proxy's constructor call to the trace
if info in trace_globals.last_registered_proxies:
# Determine the function call to construct the proxy
setPropertiesInCtor = True
ctorArgs = []
extraCtorCommands = ""
ctorMethod = servermanager._make_name_valid(info.Proxy.GetXMLLabel())
if info.Group == "sources":
# track it as the last active source now
trace_globals.last_active_source = info.Proxy
# maybe append the guiName property
if trace_globals.use_gui_name:
ctorArgs.append("guiName=\"%s\"" % info.ProxyName)
if info.Group == "representations":
ctorMethod = "Show"
setPropertiesInCtor = False
# Ensure the input proxy is the active source:
input_proxy_info = get_input_proxy_info_for_rep(info)
if input_proxy_info:
ensure_active_source(input_proxy_info)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "scalar_bars":
ctorMethod = "CreateScalarBar"
extraCtorCommands = "GetRenderView().Representations.append(%s)" % info.PyVariable
if info.Group == "views":
if info.Proxy.GetXMLLabel() == "XYPlotView":
ctorMethod = "CreateXYPlotView"
elif info.Proxy.GetXMLLabel() == "BarChartView":
ctorMethod = "CreateBarChartView"
else:
ctorMethod = "CreateRenderView"
# Now track it as the last active view
trace_globals.last_active_view = info.Proxy
setPropertiesInCtor = False
if info.Group == "lookup_tables":
ctorMethod = "CreateLookupTable"
if info.Group == "piecewise_functions":
ctorMethod = "CreatePiecewiseFunction"
if setPropertiesInCtor:
for propName, propValue in propNameValues:
ctorArgs.append("%s=%s"%(propName, propValue))
propNameValues = []
ctorArgString = make_comma_separated_string(ctorArgs)
traceOutput = "%s = %s(%s)\n%s" % (info.PyVariable, ctorMethod, ctorArgString, extraCtorCommands)
# Set properties on the proxy
for propName, propValue in propNameValues:
traceOutput += "%s.%s = %s\n" % (info.PyVariable, propName, propValue)
if (len(traceOutput)):
trace_globals.trace_output.append(traceOutput)
for p in trace_globals.last_registered_proxies:
trace_globals.registered_proxies.append(p)
while (len(trace_globals.last_registered_proxies)):
trace_globals.last_registered_proxies.pop()
def append_trace():
# Get the list of last registered proxies in sorted order
modified_proxies = sort_proxy_info_by_group(
trace_globals.last_registered_proxies)
# Now append the existing proxies to the list
for p in trace_globals.registered_proxies:
modified_proxies.append(p)
for info in modified_proxies:
traceOutput = ""
# Generate list of tuples : (propName, propValue)
propNameValues = []
for propName, propValue in info.ModifiedProps.iteritems():
if propIsIgnored(info, propName): continue
# Note, the 'Input' property is ignored for representations, so we are
# only dealing with filter proxies here. If the 'Input' property is a
# single value (not a multi-input filter), then ensure the input is
# the active source and leave the 'Input' property out of the
# propNameValues list.
if propName == "Input" and propValue.find("[") == -1:
inputProxyInfo = get_proxy_info(propValue)
ensure_active_source(inputProxyInfo)
continue
propNameValues.append((propName, propValue))
# Clear the modified prop list
info.ModifiedProps.clear()
# If info is in the last_registered_proxies list, then we need to add the
# proxy's constructor call to the trace
if info in trace_globals.last_registered_proxies:
# Determine the function call to construct the proxy
setPropertiesInCtor = True
ctorArgs = []
extraCtorCommands = ""
ctorMethod = servermanager._make_name_valid(
info.Proxy.GetXMLLabel())
if info.Group == "sources":
# track it as the last active source now
trace_globals.last_active_source = info.Proxy
# maybe append the guiName property
if trace_globals.use_gui_name:
ctorArgs.append("guiName=\"%s\"" % info.ProxyName)
if info.Group == "representations":
ctorMethod = "Show"
setPropertiesInCtor = False
# Ensure the input proxy is the active source:
input_proxy_info = get_input_proxy_info_for_rep(info)
if input_proxy_info:
ensure_active_source(input_proxy_info)
# Ensure the view is the active view:
view_proxy_info = get_view_proxy_info_for_rep(info)
if view_proxy_info:
ensure_active_view(view_proxy_info)
if info.Group == "scalar_bars":
ctorMethod = "CreateScalarBar"
extraCtorCommands = "GetRenderView().Representations.append(%s)" % info.PyVariable
if info.Group == "views":
if info.Proxy.GetXMLLabel() == "XYPlotView":
ctorMethod = "CreateXYPlotView"
elif info.Proxy.GetXMLLabel() == "BarChartView":
ctorMethod = "CreateBarChartView"
else:
ctorMethod = "CreateRenderView"
# Now track it as the last active view
trace_globals.last_active_view = info.Proxy
setPropertiesInCtor = False
if info.Group == "lookup_tables":
match = re.match("(\d)\.([^.]+)\.PVLookupTable",
info.ProxyName)
if match:
ctorMethod = "GetLookupTableForArray"
ctorArgs.append("\"%s\"" % match.group(2))
ctorArgs.append(match.group(1))
else:
# This is not a standard LUT created by the GUI--how in the world?
# We'll just handle it as if it's a stray LUT.
ctorMethod = "CreateLookupTable"
if info.Group == "piecewise_functions":
ctorMethod = "CreatePiecewiseFunction"
if setPropertiesInCtor:
for propName, propValue in propNameValues:
ctorArgs.append("%s=%s" % (propName, propValue))
propNameValues = []
if trace_globals.proxy_ctor_hook:
ctorMethod, ctorArgs, extraCtorCommands = trace_globals.proxy_ctor_hook(
info, ctorMethod, ctorArgs, extraCtorCommands)
ctorArgString = make_comma_separated_string(ctorArgs)
traceOutput = "%s = %s(%s)\n%s" % (
info.PyVariable, ctorMethod, ctorArgString, extraCtorCommands)
# Set properties on the proxy
for propName, propValue in propNameValues:
traceOutput += "%s.%s = %s\n" % (info.PyVariable, propName,
propValue)
if (len(traceOutput)):
trace_globals.trace_output.append(traceOutput)
for p in trace_globals.last_registered_proxies:
trace_globals.registered_proxies.append(p)
while (len(trace_globals.last_registered_proxies)):
trace_globals.last_registered_proxies.pop()