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major refactor on processing approach 

instead of processing from an Assembly Link prospective, it now just
pulls bodies from the first level Links in the Assembly. From those LCS
points are found. Planes and sketches are created from there
This commit is contained in:
Morgan 'ARR\!' Allen 2022-12-25 00:04:17 -08:00
parent 99799697b9
commit 6b1f8f0074
1 changed files with 63 additions and 34 deletions
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93
Macro/FlatpackWB.FCMacro
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@ -18,7 +18,7 @@ class FlatpackGroupViewProvider():
self.Proxy = group self.Proxy = group
class FlatpackWBTools(): class FlatpackWBTools():
def createDatumPlaneOnLink(self, part, link): def createDatumPlaneOnLink(self, part):
plane = part.newObject('PartDesign::Plane', 'DatumPlane') plane = part.newObject('PartDesign::Plane', 'DatumPlane')
return plane return plane
@ -33,48 +33,69 @@ class FlatpackWBTools():
self.links = self.findLinks(asm) self.links = self.findLinks(asm)
assembly_bodies = []
for link in self.links: for link in self.links:
attached_to = ad.getObject(link.AttachedTo.split('#')[1]) if link.LinkedObject not in assembly_bodies:
assembly_bodies.append(link.LinkedObject)
# not much to do when attached to the root continue
if attached_to.Name == 'LCS_Origin':
print('Skipping LCS_Origin')
continue
print(link.Name, link.Placement) for body in assembly_bodies:
sketch_planes = {}
sketch_pockets = {}
sketch_pads = {}
# find all the App::Links that are on the same Plane as this one for lcs in self.findLCS(body.OutList):
coplaner_links = [] base = lcs.Placement.Base
for i in [ l for l in link.OutList if l.TypeId == 'PartDesign::CoordinateSystem' ]: z = base.z
if l not in coplaner_links and abs(link.Placement.Base.z - l.Placement.Base.z) < 0.000001:
print(link.Label, l.Label, abs(link.Placement.Base.z- l.Placement.Base.z), link.Placement.Base.z==l.Placement.Base.z)
coplaner_links.append(l)
print('coplaner_links', coplaner_links) if sketch_planes.get(z) is None:
for cp_link in coplaner_links: # create new plane to hold sketch
base = cp_link.Placement.Base plane = self.createDatumPlaneOnLink(body)
plane.Visibility = False
plane.Placement.Base.z = z
# create DatumPlane for Sketch Support sketch_planes[z] = plane
# TODO track planes per Z offset else:
plane = self.createDatumPlaneOnLink(link.LinkedObject, link) plane = sketch_planes[z]
plane.Visibility = False
plane.Placement.Base.z = base.z
# create Sketch for drawing attachment features bb = body.Shape.BoundBox
sketch = self.createSketch(link.LinkedObject, plane) if self.insideBB(bb, lcs.Placement.Base):
sketch.Visibility = False sketch_book = sketch_pockets
sketch_label = 'Inside'
else:
sketch_book = sketch_pads
sketch_label = 'Outside'
# TODO needs input parameters from 1) the Flatpack object 2) the depth of the LinkedObject if sketch_book.get(z) is None:
sketch.addGeometry(Part.LineSegment(App.Vector(base.x-10, base.y, 0), App.Vector(base.x+10, base.y, 0)), False) sketch = self.createSketch(body, plane)
sketch.addGeometry(Part.LineSegment(App.Vector(base.x+10, base.y, 0), App.Vector(base.x+10, base.y + 5, 0)), False) sketch.Visibility = False
sketch.addGeometry(Part.LineSegment(App.Vector(base.x+10, base.y + 5, 0), App.Vector(base.x-10, base.y + 5, 0)), False) sketch.Label = sketch_label
sketch.addGeometry(Part.LineSegment(App.Vector(base.x-10, base.y + 5, 0), App.Vector(base.x-10, base.y, 0)), False) sketch_book[z] = sketch
else:
sketch = sketch_book[z]
# TODO determine if Feature should be Pad or Pocket, based on inside/outside of BoundingBox tab_length = abs(bb.ZMin) + bb.ZMax
sketch.addGeometry(Part.LineSegment(App.Vector(base.x-10, base.y - (tab_length / 2), 0), App.Vector(base.x+10, base.y - (tab_length / 2), 0)), False)
sketch.addGeometry(Part.LineSegment(App.Vector(base.x+10, base.y - (tab_length / 2), 0), App.Vector(base.x+10, base.y + tab_length / 2, 0)), False)
sketch.addGeometry(Part.LineSegment(App.Vector(base.x+10, base.y + tab_length / 2, 0), App.Vector(base.x-10, base.y + tab_length / 2, 0)), False)
sketch.addGeometry(Part.LineSegment(App.Vector(base.x-10, base.y + tab_length / 2, 0), App.Vector(base.x-10, base.y - (tab_length / 2), 0)), False)
for z in sketch_pads:
sketch = sketch_pads[z]
pad = link.LinkedObject.newObject('PartDesign::Pad', 'Pad') pad = link.LinkedObject.newObject('PartDesign::Pad', 'Pad')
pad.Profile = sketch pad.Profile = sketch
# TODO get value from elsewhere pad.Length = tab_length
pad.Length = 10 pad.Midplane = 1
pad.Refine = 1
for z in sketch_pockets:
sketch = sketch_pockets[z]
pad = link.LinkedObject.newObject('PartDesign::Pocket', 'Pocket')
pad.Profile = sketch
pad.Length = tab_length
pad.Midplane = 1 pad.Midplane = 1
pad.Refine = 1 pad.Refine = 1
@ -99,16 +120,24 @@ class FlatpackWBTools():
def findLinks(self, asm, discard_origin = False): def findLinks(self, asm, discard_origin = False):
return [] if not asm else [el for el in asm.OutList if el.TypeId == 'App::Link'] return [] if not asm else [el for el in asm.OutList if el.TypeId == 'App::Link']
def findLCS(self, obj_list):
return [ l for l in obj_list if l.TypeId == 'PartDesign::CoordinateSystem' ]
def getLinkOwner(self, link): def getLinkOwner(self, link):
return link.LinkedObject return link.LinkedObject
def insideBB(self, bb, p):
return (p.x > bb.XMin and p.x < bb.XMax) and (p.y > bb.YMin and p.y < bb.YMax) and (p.z > bb.ZMin and p.z < bb.ZMax)
FP = App.Flatpack = FlatpackWBTools() FP = App.Flatpack = FlatpackWBTools()
asm = Gui.ActiveDocument.Document.getObject('Model') asm = Gui.ActiveDocument.Document.getObject('Model')
asm = FP.findAssembly() asm = FP.findAssembly()
if asm: if asm:
ad.openTransaction('flatpack')
FP.createGroup(asm) FP.createGroup(asm)
ad.commitTransaction()
else: else:
print('No Assembly selected.') print('No Assembly selected.')