def Activated(self):
# check whether there is already Model in the document
assy = App.ActiveDocument.getObject('Assembly')
if assy:
if assy.TypeId == 'App::Part':
Asm4.warningBox(
"This document already contains a valid Assembly, please use it"
)
# set the Type to Assembly
assy.Type = 'Assembly'
else:
message = "This document already contains another FreeCAD object called \"Assembly\", "
message += "but it's of type \"" + assy.TypeId + "\", unsuitable for an assembly. I can\'t proceed."
Asm4.warningBox(message)
# abort
return
# there is no object called "Assembly"
# create a group 'Parts' to hold all parts in the assembly document (if any)
# must be done before creating the assembly
partsGroup = App.ActiveDocument.getObject('Parts')
if partsGroup is None:
partsGroup = App.ActiveDocument.addObject(
'App::DocumentObjectGroup', 'Parts')
# create a new App::Part called 'Assembly'
assembly = App.ActiveDocument.addObject('App::Part', 'Assembly')
# set the type as a "proof" that it's an Assembly
assembly.Type = 'Assembly'
assembly.addProperty('App::PropertyString', 'AssemblyType', 'Assembly')
assembly.AssemblyType = 'Part::Link'
# add an LCS at the root of the Model, and attach it to the 'Origin'
lcs0 = assembly.newObject('PartDesign::CoordinateSystem', 'LCS_Origin')
lcs0.Support = [(assembly.Origin.OriginFeatures[0], '')]
lcs0.MapMode = 'ObjectXY'
lcs0.MapReversed = False
# create an object Variables to hold variables to be used in this document
assembly.addObject(Asm4.createVariables())
# create a group Constraints to store future solver constraints there
assembly.newObject('App::DocumentObjectGroup', 'Constraints')
# create a group Configurations to store future solver constraints there
assembly.newObject('App::DocumentObjectGroup', 'Configurations')
# move existing parts and bodies at the document root to the Parts group
# not nested inside other parts, to keep hierarchy
if partsGroup.TypeId == 'App::DocumentObjectGroup':
for obj in App.ActiveDocument.Objects:
if obj.TypeId in Asm4.containerTypes and obj.Name != 'Assembly' and obj.getParentGeoFeatureGroup(
) is None:
partsGroup.addObject(obj)
else:
Asm4.warningBox(
'There seems to already be a Parts object, you might get unexpected behaviour'
)
# recompute to get rid of the small overlays
assembly.recompute()
App.ActiveDocument.recompute()
def Activated(self):
# get the current active document to avoid errors if user changes tab
self.activeDoc = App.activeDocument()
# check whether there is already Model in the document
if not self.checkModel():
# create a group 'Parts' to hold all parts in the assembly document (if any)
# must be done before creating the Asm4 Model
partsGroup = self.activeDoc.getObject('Parts')
if partsGroup is None:
partsGroup = self.activeDoc.addObject(
'App::DocumentObjectGroup', 'Parts')
# create a new App::Part called 'Model'
assembly = self.activeDoc.addObject('App::Part', 'Model')
# set the type as a "proof" that it's an Assembly4 Model
assembly.Type = 'Assembly'
assembly.addProperty('App::PropertyString', 'AssemblyType',
'Assembly')
assembly.AssemblyType = 'Part::Link'
# add an LCS at the root of the Model, and attach it to the 'Origin'
lcs0 = assembly.newObject('PartDesign::CoordinateSystem',
'LCS_Origin')
lcs0.Support = [(assembly.Origin.OriginFeatures[0], '')]
lcs0.MapMode = 'ObjectXY'
lcs0.MapReversed = False
# create a group Constraints to store future solver constraints there
assembly.newObject('App::DocumentObjectGroup', 'Constraints')
# create an object Variables to hold variables to be used in this document
assembly.addObject(Asm4.createVariables())
# create a group Configurations to store future solver constraints there
assembly.newObject('App::DocumentObjectGroup', 'Configurations')
# move existing parts and bodies at the document root to the Parts group
# not nested inside other parts, to keep hierarchy
if partsGroup.TypeId == 'App::DocumentObjectGroup':
for obj in self.activeDoc.Objects:
if obj.TypeId in Asm4.containerTypes and obj.Name != 'Model' and obj.getParentGeoFeatureGroup(
) is None:
partsGroup.addObject(obj)
else:
Asm4.warningBox(
'There seems to already be a Parts object, you might get unexpected behaviour'
)
# recompute to get rid of the small overlays
assembly.recompute()
self.activeDoc.recompute()
def Activated(self):
# retrieve the Variables object
self.Variables = App.ActiveDocument.getObject('Variables')
# if it doesn't exist then create it (for older Asm4 documents)
if not self.Variables:
self.Variables = Asm4.createVariables()
part = None
# if an App::Part is selected:
if checkPart():
part = checkPart()
# if an Asm4 Model is present:
elif Asm4.getAssembly():
part = Asm4.getAssembly()
if part:
part.addObject(self.Variables)
#self.Variables = part.newObject('App::FeaturePython','Variables')
#self.Variables.ViewObject.Proxy = Asm4.setCustomIcon(object,'Asm4_Variables.svg')
# create the Variables in the document
#else:
#self.Variables = App.ActiveDocument.addObject('App::FeaturePython','Variables')
#self.Variables.ViewObject.Proxy = Asm4.setCustomIcon(object,'Asm4_Variables.svg')
# (re-)initialise the UI
self.typeList.clear()
self.varName.clear()
self.varValue.setValue( 10.0 )
self.description.clear()
self.UI.show()
# get all supported Property types
for prop in self.Variables.supportedProperties():
if prop in self.allowedProperties:
# remove the leading 'App::Property' for clarity
self.typeList.addItem(prop[13:])
# find the Float property
# propFloat = self.typeList.findText( 'App::PropertyFloat' )
propFloat = self.typeList.findText( 'Float' )
# if not found
if propFloat == -1:
self.typeList.setCurrentIndex( 0 )
else:
self.typeList.setCurrentIndex( propFloat )
# set focus on the variable name
self.varName.setFocus()