-# Copyright (C) 2014-2020 CEA/DEN, EDF R&D
+# Copyright (C) 2014-2023 CEA/DEN, EDF R&D
#
# This library is free software; you can redistribute it and/or
# modify it under the terms of the GNU Lesser General Public
aPartSet = aSession.moduleDocument()
# check that the PartSet document current feature is the last to avoid problems with all
# features update
- if aPartSet.size(model.ModelAPI_Feature_group()) > 0:
- aLastFeature = ModelAPI.objectToFeature(aPartSet.object(model.ModelAPI_Feature_group(), aPartSet.size(model.ModelAPI_Feature_group()) - 1))
+ if aPartSet.size(model.ModelAPI_Feature.group()) > 0:
+ aLastFeature = ModelAPI.objectToFeature(aPartSet.object(model.ModelAPI_Feature.group(), aPartSet.size(model.ModelAPI_Feature.group()) - 1))
aCurrentFeature = aPartSet.currentFeature(True)
if aLastFeature.data().featureId() != aCurrentFeature.data().featureId():
EventsAPI.Events_InfoMessage("PublishToStudy", "Not all PartSet parts are up-to-date, nothing is published. Please, make the last PartSet feature as current.", self).send()
allProcessed = []
# iterate all parts and all results to publish them in SHAPER_STUDY
- for aPartId in range(aPartSet.size(model.ModelAPI_ResultPart_group())):
- aPartObject = aPartSet.object(model.ModelAPI_ResultPart_group(), aPartId)
+ for aPartId in range(aPartSet.size(model.ModelAPI_ResultPart.group())):
+ aPartObject = aPartSet.object(model.ModelAPI_ResultPart.group(), aPartId)
aPartRes = ModelAPI.modelAPI_ResultPart(ModelAPI.modelAPI_Result(aPartObject))
aPartDoc = aPartRes.partDoc()
if aPartDoc is None and aPartObject is not None:
- EventsAPI.Events_InfoMessage("PublishToStudy", "For publish to SHAPER-STUDY some Part is not activated", self).send()
+ EventsAPI.Events_InfoMessage("PublishToStudy", "To publish to SHAPER-STUDY, activate Parts in SHAPER", self).send()
break
- aPartFeatureId = aPartSet.feature(aPartRes).data().featureId()
+ aPartFeatureId = aPartSet.feature(aPartRes.original()).data().featureId()
# Collects all features of exported results to find results of the same features and extend id.
# Map from feature index to index of result. If index is zero (initial), no surrfix to entry is added.
aFeaturesIndices = {}
- for aResId in range(aPartDoc.size(model.ModelAPI_ResultBody_group())):
- aResObject = aPartDoc.object(model.ModelAPI_ResultBody_group(), aResId)
+ for aResId in range(aPartDoc.size(model.ModelAPI_ResultBody.group())):
+ aResObject = aPartDoc.object(model.ModelAPI_ResultBody.group(), aResId)
aRes = model.objectToResult(aResObject)
+ #do not export images
+ if aRes.hasTexture() is True:
+ continue
aResFeatureId = str(aPartDoc.feature(aRes).data().featureId())
if aResFeatureId in aFeaturesIndices:
aFeaturesIndices[aResFeatureId] += 1
# If theFields is true, the same is performed for Fields.
def processGroups(self, theRes, theEngine, thePartFeatureId, theStudyShape, theFields):
allGroupsProcessed = []
+ allRefGroups = []
if theFields:
- aRefGroups = ModelAPI.referencedFeatures(theRes, "Field", True)
+ allRefGroups.append(ModelAPI.referencedFeatures(theRes, "Field", True))
else:
- aRefGroups = ModelAPI.referencedFeatures(theRes, "Group", True)
- for aRef in aRefGroups:
- aGroupIndices = []
- aGroupHasIndex = {}
- aResShape = theRes.shape()
- if theFields:
- aSelList = aRef.selectionList("selected")
- else:
- aSelList = aRef.selectionList("group_list")
- aSelType = GeomAPI_Shape.shapeTypeByStr(aSelList.selectionType())
- for aGroupRes in aRef.results():
- aShape = aGroupRes.shape()
- anExplorer = GeomAPI_ShapeExplorer(aShape, aSelType)
- while anExplorer.more():
- anId = GeomAlgoAPI.GeomAlgoAPI_CompoundBuilder.id(aResShape, anExplorer.current())
- if anId > 0 and not anId in aGroupHasIndex:
- aGroupIndices.append(anId)
- aGroupHasIndex[anId] = 0
- anExplorer.next()
- if len(aGroupIndices): # create group
- aGroupFeatureId = aRef.data().featureId()
+ allRefGroups.append(ModelAPI.referencedFeatures(theRes, "Group", True))
+ allRefGroups.append(ModelAPI.referencedFeatures(theRes, "Shared_faces", True))
+ for aRefGroups in allRefGroups:
+ for aRef in aRefGroups:
+ aGroupIndices = []
+ aGroupHasIndex = {}
+ aResShape = theRes.shape()
if theFields:
- aFieldOp = theEngine.GetIFieldOperations()
- aGroupEntry = "field" + str(thePartFeatureId) + ":" + str(aGroupFeatureId)
- aGroup = aFieldOp.FindField(theStudyShape, aGroupEntry)
+ aSelList = aRef.selectionList("selected")
else:
- aGroupOp = theEngine.GetIGroupOperations()
- aGroupEntry = "group" + str(thePartFeatureId) + ":" + str(aGroupFeatureId)
- aGroup = aGroupOp.FindGroup(theStudyShape, aGroupEntry)
- if not aGroup: # create a new
+ aSelList = aRef.selectionList("group_list")
+ aSelType = GeomAPI_Shape.shapeTypeByStr(aSelList.selectionType())
+ for aGroupRes in aRef.results():
+ aShape = aGroupRes.shape()
+ anExplorer = GeomAPI_ShapeExplorer(aShape, aSelType)
+ while anExplorer.more():
+ anId = GeomAlgoAPI.GeomAlgoAPI_CompoundBuilder.id(aResShape, anExplorer.current())
+ if anId > 0 and not anId in aGroupHasIndex:
+ aGroupIndices.append(anId)
+ aGroupHasIndex[anId] = 0
+ anExplorer.next()
+ if len(aGroupIndices): # create group
+ aGroupFeatureId = aRef.data().featureId()
if theFields:
- aGroup = aFieldOp.CreateFieldByType(theStudyShape, aSelType)
+ aFieldOp = theEngine.GetIFieldOperations()
+ aGroupEntry = "field" + str(thePartFeatureId) + ":" + str(aGroupFeatureId)
+ aGroup = aFieldOp.FindField(theStudyShape, aGroupEntry)
else:
- aGroup = aGroupOp.CreateGroup(theStudyShape, aSelType)
- aGroup.SetEntry(aGroupEntry)
- theEngine.AddInStudy(aGroup, aRef.firstResult().data().name(), theStudyShape)
- aGroup.SetSelection(aGroupIndices)
- if theFields:
- self.fillField(aGroup, aRef, theEngine, aGroupIndices)
- # a group takes shape from the main result
- #aGroup.SetShapeByStream(aRef.firstResult().shape().getShapeStream(False)) # group shape
- allGroupsProcessed.append(aGroupEntry)
+ aGroupOp = theEngine.GetIGroupOperations()
+ aGroupEntry = "group" + str(thePartFeatureId) + ":" + str(aGroupFeatureId)
+ aGroup = aGroupOp.FindGroup(theStudyShape, aGroupEntry)
+ if not aGroup: # create a new
+ if theFields:
+ aGroup = aFieldOp.CreateFieldByType(theStudyShape, aSelType)
+ else:
+ aGroup = aGroupOp.CreateGroup(theStudyShape, aSelType)
+ aGroup.SetEntry(aGroupEntry)
+ theEngine.AddInStudy(aGroup, aRef.firstResult().data().name(), theStudyShape)
+ aGroup.SetSelection(aGroupIndices)
+ if theFields:
+ self.fillField(aGroup, aRef, theEngine, aGroupIndices)
+ # a group takes shape from the main result
+ #aGroup.SetShapeByStream(aRef.firstResult().shape().getShapeStream(False)) # group shape
+ allGroupsProcessed.append(aGroupEntry)
# check all existing groups: if some does not processed, remove it from the tree
aSOIter = SHAPERSTUDY_utils.getStudy().NewChildIterator(theStudyShape.GetSO())
while aSOIter.More():
def fillField(self, theField, theFeature, theEngine, theSelectionIndices):
aTables = theFeature.tables("values")
aValType = aTables.type() # type of the values
- theField.SetValuesType(aValType)
+ aValTypeToSet = aValType
+ if aValType == 3: # strings do not supported by SMESH, so, make them empty boolean table
+ aValTypeToSet = 0
+ theField.SetValuesType(aValTypeToSet)
aNumSteps = aTables.tables() # number of steps is number of tables
aSteps = []
for aVal in range(aNumSteps):
