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DefeaturingTools.py
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#!/usr/bin/python
# -*- coding: utf-8 -*-
#****************************************************************************
#* *
#* Copyright (c) 2017 *
#* Maurice [email protected] *
#* *
# *
# Repair Defeaturing Macro *
# *
# (C) Maurice easyw-fc 2018 *
# This program is free software; you can redistribute it and/or modify *
# it under the terms of the GNU Library General Public License (LGPL) *
# as published by the Free Software Foundation; either version 2 of *
# the License, or (at your option) any later version. *
# for detail see the LICENCE text file. *
#****************************************************************************
import FreeCAD, FreeCADGui, Draft, Part
import re, os, sys
import OpenSCADCommands, OpenSCAD2Dgeom, OpenSCADFeatures
from PySide import QtCore, QtGui
import tempfile
try:
from PathScripts.PathUtils import horizontalEdgeLoop
from PathScripts.PathUtils import horizontalFaceLoop
from PathScripts.PathUtils import loopdetect
except:
FreeCAD.Console.PrintError('Path WB not found\n')
#int(re.search(r'\d+', string1).group())
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
global force_recompute, invert
__version__ = "v1.3.6"
## shape.sewShape(), shape.isClosed(), shape.isValid()
## shape.getTolerance(0), shape.fixTolerance(1e-4)
## shape.fixTolerance(1.e-4), shape.check(True)
from sys import platform as _platform
# window GUI dimensions parameters
wdsRHx=260;wdsRHy=534
pt_osx=False
if _platform == "linux" or _platform == "linux2":
# linux
sizeX=wdsRHx;sizeY=wdsRHy-22+34 #516 #536
else:
sizeX=wdsRHx;sizeY=wdsRHy-22 #482#502
if _platform == "darwin":
pt_osx=True
## # MAC OS X
##elif _platform == "win32":
## # Windows
btn_sizeX=28;btn_sizeY=28
invert = True
rh_edges = []
rh_edges_names = []
rh_edges_to_connect = []
rh_faces = []
rh_faces_names = []
rh_faces_indexes = []
created_faces = []
rh_obj = []
rh_obj_name = []
force_recompute = False #True
def mk_str(input):
if (sys.version_info > (3, 0)): #py3
if isinstance(input, str):
return input
else:
input = input.encode('utf-8')
return input
else: #py2
if type(input) == unicode:
input = input.encode('utf-8')
return input
else:
return input
##
def i_say(msg):
FreeCAD.Console.PrintMessage(msg)
FreeCAD.Console.PrintMessage('\n')
def i_sayw(msg):
FreeCAD.Console.PrintWarning(msg)
FreeCAD.Console.PrintWarning('\n')
def i_sayerr(msg):
FreeCAD.Console.PrintError(msg)
FreeCAD.Console.PrintWarning('\n')
##
def checkBOP(shape):
""" checking BOP errors of a shape
returns:
- True if Shape is Valid
- the Shape errors
"""
# enabling BOP check
paramGt = FreeCAD.ParamGet("User parameter:BaseApp/Preferences/Mod/Part/CheckGeometry")
paramGt.SetBool("RunBOPCheck",True)
try:
shape.check(True)
return True
except:
return sys.exc_info()[1] #ValueError #sys.exc_info() #False
##
def checking_BOP(o):
if hasattr(o,'Shape'):
chks=checkBOP(o.Shape)
if chks is not True:
i_sayerr('shape \''+o.Name+'\' \''+mk_str(o.Label)+'\' is INVALID!\n')
#print(str(chks))
i_sayw(str(chks))
#print (chks) #[0])
if 'No error' in str(chks):
if len (o.Shape.Shells) > 0:
for sh in o.Shape.Shells:
try:
sh.check(True)
except:
i_sayerr(mk_str(o.Label)+'.shell errors:')
i_sayw(mk_str(sys.exc_info()[1]))
else:
i_say('shape \''+o.Name+'\' \''+mk_str(o.Label)+'\' is valid\n')
##
def check_TypeId_RH():
if FreeCADGui.Selection.getSelection():
sel=FreeCADGui.Selection.getSelection()
if len(sel)<1:
msg="Select one or more object(s) to be checked!\n"
reply = QtGui.QMessageBox.information(None,"Warning", msg)
FreeCAD.Console.PrintWarning(msg)
else:
non_solids=''
solids=''
for o in sel:
if hasattr(o,"Shape"):
if '.[compsolid]' in o.Label or '.[solid]' in o.Label or '.[shell]' in o.Label\
or '.[compound]' in o.Label or '.[face]' in o.Label or '.[edge]' in o.Label or '.[wire]' in o.Label\
or '.[vertex]' in o.Label:
o.Label=mk_str(o.Label).replace('.[solid]','').replace('.[shell]','').replace('.[compsolid]','').replace('.[compound]','')\
.replace('.[face]','').replace('.[wire]','').replace('.[edge]','').replace('.[vertex]','')
else:
len_shapes = len(o.Shape.Solids)+len(o.Shape.Shells)+len(o.Shape.Compounds)+len(o.Shape.CompSolids)+\
len(o.Shape.Faces)+len(o.Shape.Edges)+len(o.Shape.Wires)+len(o.Shape.Vertexes)
lbl = mk_str (o.Label)
i_say('\n'+lbl + '-> Shape Content: '+str(len_shapes)+' shapes -------------------------------')
if len(o.Shape.Solids)==0:
i_sayerr(mk_str(o.Label)+' object is a NON Solid')
if len(o.Shape.CompSolids)>0:
i_say(mk_str(o.Label)+' CompSolids object(s) NBR : '+str(len(o.Shape.CompSolids)))
if '.[compsolid]' not in o.Label and '.[solid]' not in o.Label and '.[shell]' not in o.Label\
and '.[compound]' not in o.Label and '.[face]' not in o.Label and '.[edge]' not in o.Label:
o.Label=mk_str(o.Label)+'.[compsolid]'
if len(o.Shape.Compounds)>0:
i_say(mk_str(o.Label)+' Compound object(s) NBR : '+str(len(o.Shape.Compounds)))
if '.[compound]' not in o.Label and '.[solid]' not in o.Label and '.[shell]' not in o.Label:
o.Label=mk_str(o.Label)+'.[compound]'
if len(o.Shape.Solids)>0:
i_say(mk_str(o.Label)+' Solid object(s) NBR : '+str(len(o.Shape.Solids)))
solids+=mk_str(o.Label)+'<br>'
if '.[solid]' not in o.Label and '.[compsolid]' not in o.Label and '.[compound]' not in o.Label:
o.Label=mk_str(o.Label)+'.[solid]'
else:
#i_sayerr(mk_str(o.Label)+' object is a NON Solid')
non_solids+=mk_str(o.Label)+'<br>'
if len(o.Shape.Shells)>0:
i_say(mk_str(o.Label)+' Shell object(s) NBR : '+str(len(o.Shape.Shells)))
if '.[shell]' not in o.Label and '.[solid]' not in o.Label and '.[compsolid]' not in o.Label and '.[compound]' not in o.Label:
o.Label=mk_str(o.Label)+'.[shell]'
if len(o.Shape.Faces)>0:
i_say(mk_str(o.Label)+' Face object(s) NBR : '+str(len(o.Shape.Faces)))
if '.[compsolid]' not in o.Label and '.[solid]' not in o.Label and '.[shell]' not in o.Label\
and '.[compound]' not in o.Label and '.[face]' not in o.Label and '.[edge]' not in o.Label:
o.Label=mk_str(o.Label)+'.[face]'
if len(o.Shape.Wires)>0:
i_say(mk_str(o.Label)+' Wire object(s) NBR : '+str(len(o.Shape.Wires)))
if '.[compsolid]' not in o.Label and '.[solid]' not in o.Label and '.[shell]' not in o.Label\
and '.[compound]' not in o.Label and '.[face]' not in o.Label and '.[wire]' not in o.Label:
o.Label=mk_str(o.Label)+'.[wire]'
if len(o.Shape.Edges)>0:
i_say(mk_str(o.Label)+' Edge object(s) NBR : '+str(len(o.Shape.Edges)))
if '.[compsolid]' not in o.Label and '.[solid]' not in o.Label and '.[shell]' not in o.Label\
and '.[compound]' not in o.Label and '.[face]' not in o.Label and '.[edge]' not in o.Label and '.[wire]' not in o.Label:
o.Label=mk_str(o.Label)+'.[edge]'
if len(o.Shape.Vertexes)>0:
i_say(mk_str(o.Label)+' Vertex object(s) NBR : '+str(len(o.Shape.Vertexes)))
if '.[compsolid]' not in o.Label and '.[solid]' not in o.Label and '.[shell]' not in o.Label\
and '.[compound]' not in o.Label and '.[face]' not in o.Label and '.[edge]' not in o.Label\
and '.[wire]' not in o.Label and '.[vertex]' not in o.Label:
o.Label=mk_str(o.Label)+'.[vertex]'
else:
FreeCAD.Console.PrintWarning("Select object with a \"Shape\" to be checked!\n")
# if len (non_solids)>0:
# reply = QtGui.QMessageBox.information(None,"Warning", 'List of <b>NON Solid</b> object(s):<br>'+non_solids)
# if len (solids)>0:
# reply = QtGui.QMessageBox.information(None,"Info", 'List of <b>Solid</b> object(s):<br>'+solids)
else:
#FreeCAD.Console.PrintError("Select elements from dxf imported file\n")
reply = QtGui.QMessageBox.information(None,"Warning", "Select one or more object(s) to be checked!")
FreeCAD.Console.PrintWarning("Select one or more object(s) to be checked!\n")
def clear_all_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
rh_edges = []
rh_edges_names = []
rh_edges_to_connect = []
created_faces = []
RHDockWidget.ui.TE_Edges.setPlainText("")
rh_faces = []
rh_faces_names = []
rh_faces_indexes = []
created_faces = []
RHDockWidget.ui.TE_Faces.setPlainText("")
rh_obj = []
rh_obj_name = []
RHDockWidget.ui.Edge_Nbr.setText("0")
RHDockWidget.ui.Face_Nbr.setText("0")
RHDockWidget.ui.Obj_Nbr.setText("0")
RHDockWidget.ui.Obj_Nbr_2.setText("0")
##
def refine_parametric_RH():
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
sel=FreeCADGui.Selection.getSelectionEx()
if len (sel) > 0:
for selobj in sel:
if hasattr(selobj.Object,"Shape"):
newobj=selobj.Document.addObject("Part::FeaturePython",'refined')
OpenSCADFeatures.RefineShape(newobj,selobj.Object)
OpenSCADFeatures.ViewProviderTree(newobj.ViewObject)
## to do: see if it is possible to conserve colors in refining
ao = FreeCAD.ActiveDocument.ActiveObject
docG.ActiveObject.ShapeColor=docG.getObject(selobj.Object.Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(selobj.Object.Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(selobj.Object.Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(selobj.Object.Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(selobj.Object.Name).Transparency
#newobj.Label='r_%s' % selobj.Object.Label
newobj.Label=selobj.Object.Label
selobj.Object.ViewObject.hide()
doc.recompute()
##
def refine_RH():
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
sel=FreeCADGui.Selection.getSelection()
if len (sel):
for o in sel:
if hasattr(o,"Shape"):
doc.addObject('Part::Feature','refined').Shape=o.Shape.removeSplitter()
doc.ActiveObject.Label=o.Label
docG.getObject(o.Name).hide()
docG.ActiveObject.ShapeColor=docG.getObject(o.Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(o.Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(o.Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(o.Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(o.Name).Transparency
doc.recompute()
##
def edges_clear_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
rh_edges = []
rh_edges_names = []
rh_edges_to_connect = []
created_faces = []
RHDockWidget.ui.TE_Edges.setPlainText("")
rh_faces = []
rh_faces_names = []
rh_faces_indexes = []
created_faces = []
RHDockWidget.ui.TE_Faces.setPlainText("")
rh_obj = []
rh_obj_name = []
RHDockWidget.ui.Edge_Nbr.setText("0")
RHDockWidget.ui.Face_Nbr.setText("0")
##
def faces_clear_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
rh_faces = []
rh_faces_names = []
rh_faces_indexes = []
created_faces = []
RHDockWidget.ui.TE_Faces.setPlainText("")
rh_edges = []
rh_edges_names = []
rh_edges_to_connect = []
created_faces = []
rh_obj = []
rh_obj_name = []
RHDockWidget.ui.TE_Edges.setPlainText("")
RHDockWidget.ui.Edge_Nbr.setText("0")
RHDockWidget.ui.Face_Nbr.setText("0")
##
def close_RH():
"""closing dialog"""
RHDockWidget.deleteLater()
def merge_selected_faces_RH():
"""merging Faces of selected shapes"""
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
#af_faces = []
af_faces = rh_faces
#print rh_faces
#faces = []
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
#rh_edges = []; rh_edges_names = []; created_faces = []
#rh_edges_to_connect = []
# af_faces = [];af_faces_names = []
# selEx=FreeCADGui.Selection.getSelectionEx()
# if len (selEx):
# for selFace in selEx:
# for i,f in enumerate(selFace.SubObjects):
# #for e in selEdge.SubObjects
# if 'Face' in selFace.SubElementNames[i]:
# af_faces.append(f)
# af_faces_names.append(selFace.SubElementNames[i])
# print(selFace.SubElementNames[i])
if len(af_faces) > 0:
#print af_faces
try:
_ = Part.Shell(af_faces)
if _.isNull():
#raise RuntimeError('Failed to create shell')
FreeCAD.Console.PrintWarning('Failed to create shell\n')
except:
FreeCAD.Console.PrintWarning('Failed to create shell\n')
for f in af_faces:
Part.show(f)
doc.ActiveObject.Label="face"
stop
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
if _.ShapeType != 'Shell': raise RuntimeError('Part object is not a shell')
_=Part.Solid(_)
if _.isNull(): raise RuntimeError('Failed to create solid')
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
if RHDockWidget.ui.checkBox_Refine.isChecked():
doc.addObject('Part::Feature','SolidRefined').Shape=_.removeSplitter()
else:
doc.addObject('Part::Feature','Solid').Shape=_
#App.ActiveDocument.ActiveObject.Label=App.ActiveDocument.mysolid.Label
mysolidr = doc.ActiveObject
#original_label = rh_obj.Label
#if RHDockWidget.ui.checkBox_keep_original.isChecked():
# docG.getObject(rh_obj.Name).Visibility=False
#else:
# doc.removeObject(rh_obj.Name)
#if RHDockWidget.ui.checkBox_Refine.isChecked():
# mysolidr.Label = original_label + "_refined"
##
def checkShape():
"""checking Shape"""
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
sel=FreeCADGui.Selection.getSelection()
if len (sel) == 1:
o = sel[0]
checking_BOP(o)
else:
msg="Select one or more object(s) to be checked!\n"
reply = QtGui.QMessageBox.information(None,"Warning", msg)
FreeCAD.Console.PrintWarning(msg)
def sewShape():
"""checking Shape"""
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
sel=FreeCADGui.Selection.getSelection()
if len (sel) == 1:
o = sel[0]
if hasattr(o,'Shape'):
sh = o.Shape.copy()
sh.sewShape()
sl = Part.Solid(sh)
docG.getObject(o.Name).Visibility = False
Part.show(sl)
ao = FreeCAD.ActiveDocument.ActiveObject
ao.Label = 'Solid'
docG.ActiveObject.ShapeColor=docG.getObject(o.Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(o.Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(o.Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(o.Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(o.Name).Transparency
else:
msg="Select one or more object(s) to be checked!\n"
reply = QtGui.QMessageBox.information(None,"Warning", msg)
FreeCAD.Console.PrintWarning(msg)
def getTolerance():
"""getting Tolerance"""
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
sel=FreeCADGui.Selection.getSelection()
if len (sel) == 1:
o = sel[0]
if hasattr(o,'Shape'):
tol = o.Shape.getTolerance(0)
i_say(mk_str(o.Label)+' tolerance = '+str(tol))
else:
msg="Select one or more object(s) to be checked!\n"
reply = QtGui.QMessageBox.information(None,"Warning", msg)
FreeCAD.Console.PrintWarning(msg)
##
def setTolerance():
"""getting Tolerance"""
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
sel=FreeCADGui.Selection.getSelection()
if len (sel) == 1:
o = sel[0]
if hasattr(o,'Shape'):
ns = o.Shape.copy()
i_say (mk_str(o.Label)+' tolerance = '+str(ns.getTolerance(0)))
new_tol = float(RHDockWidget.ui.tolerance_value.text())
ns.fixTolerance(new_tol) #1e-4)
docG.getObject(o.Name).Visibility = False
Part.show(ns)
ao = FreeCAD.ActiveDocument.ActiveObject
docG.ActiveObject.ShapeColor=docG.getObject(o.Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(o.Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(o.Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(o.Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(o.Name).Transparency
ao.Label = 'Solid'
i_say (mk_str(ao.Label)+' tolerance = '+str(ao.Shape.getTolerance(0)))
else:
msg="Select one or more object(s) to be checked!\n"
reply = QtGui.QMessageBox.information(None,"Warning", msg)
FreeCAD.Console.PrintWarning(msg)
##
def merge_faces_from_selected_objects_RH(refobj=None):
"""merging Faces of selected shapes"""
faces = []
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
sel=FreeCADGui.Selection.getSelection()
if len (sel):
for o in sel:
for f in o.Shape.Faces:
if f.Area > 0:
faces.append(f)
#print faces
try:
_ = Part.Shell(faces)
if _.isNull():
#raise RuntimeError('Failed to create shell')
FreeCAD.Console.PrintWarning('Failed to create shell\n')
except:
FreeCAD.Console.PrintWarning('Failed to create shell\n')
for f in faces:
Part.show(f)
doc.ActiveObject.Label="face"
stop
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
if _.ShapeType != 'Shell': raise RuntimeError('Part object is not a shell')
_=Part.Solid(_)
if _.isNull(): raise RuntimeError('Failed to create solid')
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
if RHDockWidget.ui.checkBox_Refine.isChecked():
doc.addObject('Part::Feature','SolidRefined').Shape=_.removeSplitter()
else:
doc.addObject('Part::Feature','Solid').Shape=_
#App.ActiveDocument.ActiveObject.Label=App.ActiveDocument.mysolid.Label
mysolidr = doc.ActiveObject
#original_label = rh_obj.Label
if refobj is not None and hasattr(refobj,'Name'):
docG.ActiveObject.ShapeColor=docG.getObject(refobj.Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(refobj.Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(refobj.Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(refobj.Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(refobj.Name).Transparency
else:
docG.ActiveObject.ShapeColor=docG.getObject(sel[0].Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(sel[0].Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(sel[0].Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(sel[0].Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(sel[0].Name).Transparency
if RHDockWidget.ui.checkBox_keep_original.isChecked():
for o in sel:
docG.getObject(o.Name).Visibility=False
else:
for o in sel:
doc.removeObject(o.Name)
#if RHDockWidget.ui.checkBox_Refine.isChecked():
# mysolidr.Label = original_label + "_refined"
##
def edges_confirmed_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
#close_RH()
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
#rh_edges = []; rh_edges_names = []; created_faces = []
#rh_edges_to_connect = []
en = None
selEx=FreeCADGui.Selection.getSelectionEx()
if len (selEx):
for selEdge in selEx:
for i,e in enumerate(selEdge.SubObjects):
#for e in selEdge.SubObjects
if 'Edge' in selEdge.SubElementNames[i]:
edge_in_list = False
for en in rh_edges_names:
if en == selEdge.ObjectName+'.'+selEdge.SubElementNames[i]:
edge_in_list =True
if not edge_in_list:
rh_edges.append(e)
rh_edges_names.append(selEdge.ObjectName+'.'+selEdge.SubElementNames[i])
rh_obj.append(selEdge.Object)
rh_obj_name.append(selEdge.ObjectName)
if (e.isClosed()):
cf=(Part.Face(Part.Wire(e)))
created_faces.append(cf)
i_say('face created from closed edge')
if RHDockWidget.ui.checkBox_keep_faces.isChecked():
# _ = Part.Solid(Part.Shell([cf]))
# doc.addObject('Part::Feature','Face_Solid').Shape = _
# doc.ActiveObject.Label = 'Face_Solid'
Part.show(cf)
doc.ActiveObject.Label = 'Face'
docG.ActiveObject.Visibility=False
else:
#cf=Part.makeFilledFace(Part.__sortEdges__(rh_edges))
#if _.isNull(): raise RuntimeError('Failed to create face')
# App.ActiveDocument.addObject('Part::Feature','Face').Shape=_
#del _
#w1 = Part.Wire(e)
#try:
#cf=(Part.Face(w1))
#created_faces.append(cf)
#if RHDockWidget.ui.checkBox_keep_faces.isChecked():
# Part.show(cf)
# docG.ActiveObject.Visibility=False
#except:
rh_edges_to_connect.append(e)
#i_say(re.search(r'\d+', selEdge.SubElementNames[i]).group())
i_say(selEdge.ObjectName)
if len (rh_edges_to_connect) >0:
try:
#cf=Part.makeFilledFace(Part.Wire(Part.__sortEdges__(rh_edges_to_connect)))
cf=Part.Face(Part.Wire(Part.__sortEdges__(rh_edges_to_connect)))
created_faces.append(cf)
i_say('face created from open edges')
if RHDockWidget.ui.checkBox_keep_faces.isChecked():
Part.show(cf)
doc.ActiveObject.Label = 'Face'
docG.ActiveObject.Visibility=False
rh_edges_to_connect = []
except:
i_sayerr("make Face failed")
#rh_obj_name.append(selx.ObjectName)
#rh_obj.append(selx.Object)
#for e in rh_edges: # selx.SubObjects:
# if (e.isClosed()):
# cf=(Part.Face(Part.Wire(e)))
# created_faces.append(cf)
# else:
# rh_edges_to_connect.append(e)
#eh_edges_grouped = []
#for e in rh_edges_to_connect:
#nw_edges=sum((e for e in rh_edges_to_connect),[])
#print rh_edges_to_connect
#if len(rh_edges_to_connect) > 0:
# f = OpenSCAD2Dgeom.edgestofaces(rh_edges_to_connect)
# created_faces.append(f)
#Part.show(f)
#sn = doc.ActiveObject
#fn = sn.Shape.Faces[0]
#created_faces.append(fn)
#doc.removeObject(sn.Name)
if 0:
try:
cf=Part.makeFilledFace(Part.__sortEdges__(rh_edges_to_connect))
#if _.isNull(): raise RuntimeError('Failed to create face')
# App.ActiveDocument.addObject('Part::Feature','Face').Shape=_
#del _
#w1 = Part.Wire(e)
#try:
#cf=(Part.Face(w1))
created_faces.append(cf)
if RHDockWidget.ui.checkBox_keep_faces.isChecked():
Part.show(Part.makeSolid(Part.makeShell(cf)))
docG.ActiveObject.Visibility=False
rh_edges_to_connect = []
except:
print('edge outline not closed')
print ('To Do: collect connected edges to create a Wire')
e_list=""
for e in rh_edges_names:
e_list=e_list+str(e)+'\n'
RHDockWidget.ui.TE_Edges.setPlainText(e_list)
RHDockWidget.ui.Edge_Nbr.setText(str(len(rh_edges)))
unique_obj = set(rh_obj)
unique_obj_count = len(unique_obj)
RHDockWidget.ui.Obj_Nbr.setText(str(unique_obj_count))
for ob in FreeCAD.ActiveDocument.Objects:
FreeCADGui.Selection.removeSelection(ob)
##
def faces_confirmed_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
doc=FreeCAD.ActiveDocument
#rh_faces = []; rh_faces_names = []
selEx=FreeCADGui.Selection.getSelectionEx()
#fn = None
if len (selEx):
for selFace in selEx:
for i,f in enumerate(selFace.SubObjects):
#for e in selEdge.SubObjects
if 'Face' in selFace.SubElementNames[i]:
face_in_list = False
for fn in rh_faces_names:
if fn == selFace.ObjectName+'.'+selFace.SubElementNames[i]:
face_in_list =True
#if len (rh_faces_names) == 0:
# fn = selFace.ObjectName+'.'+selFace.SubElementNames[i]
if not face_in_list:
rh_faces.append(f)
rh_faces_indexes.append (re.search(r'\d+',selFace.SubElementNames[i]).group())
rh_faces_names.append(selFace.ObjectName+'.'+selFace.SubElementNames[i])
rh_obj.append(selFace.Object)
rh_obj_name.append(selFace.ObjectName)
#af_faces.append(f)
#af_faces_names.append(selFace.Object+'.'+selFace.SubElementNames[i])
print(selFace.ObjectName+'.'+selFace.SubElementNames[i])
f_list=""
for f in rh_faces_names:
f_list=f_list+str(f)+'\n'
RHDockWidget.ui.TE_Faces.setPlainText(f_list)
#print(selx.ObjectName)
#if selx.ObjectName != rh_obj_name:
# #raise RuntimeError('ERROR object changed. Please repeat process from the start')
# FreeCAD.Console.PrintWarning('object changed\n')
# rh_obj = selx.Object
RHDockWidget.ui.Face_Nbr.setText(str(len(rh_faces)))
unique_obj = set(rh_obj)
unique_obj_count = len(unique_obj)
RHDockWidget.ui.Obj_Nbr_2.setText(str(unique_obj_count))
for ob in FreeCAD.ActiveDocument.Objects:
FreeCADGui.Selection.removeSelection(ob)
##
def removeHoles_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
global force_recompute, invert
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
print('Removing Holes')
#print rh_edges; print rh_faces; print (rh_obj)
unique_obj = set(rh_obj)
unique_obj_count = len(unique_obj)
if unique_obj_count == 1:
RHDockWidget.ui.TE_Edges.setPlainText("")
RHDockWidget.ui.TE_Faces.setPlainText("")
myshape = rh_obj[0]
i = 0
faces = []
for f in myshape.Shape.Faces:
i+=1
idx_found = False
for j in rh_faces_indexes:
if int(j) == i:
idx_found = True
print('index found '+str(j))
if not idx_found:
faces.append(f)
if len(rh_edges_to_connect) > 0:
if not invert:
try:
print("try to create a Face w/ OpenSCAD2Dgeom")
cf = OpenSCAD2Dgeom.edgestofaces(Part.__sortEdges__(rh_edges_to_connect))
except:
print("OpenSCAD2Dgeom failed\ntry to makeFilledFace")
cf=Part.makeFilledFace(Part.__sortEdges__(rh_edges_to_connect))
else:
try:
print("try to makeFilledFace")
cf=Part.makeFilledFace(Part.__sortEdges__(rh_edges_to_connect))
except:
print("makeFilledFace failed\ntry to create a Face w/ OpenSCAD2Dgeom")
cf = OpenSCAD2Dgeom.edgestofaces(Part.__sortEdges__(rh_edges_to_connect))
created_faces.append(cf)
if RHDockWidget.ui.checkBox_keep_faces.isChecked():
#_ = Part.Solid(Part.Shell([cf]))
#doc.addObject('Part::Feature','Face_Solid').Shape = _
#doc.ActiveObject.Label = 'Face_Solid'
Part.show(cf)
doc.ActiveObject.Label = 'Face'
docG.ActiveObject.Visibility=False
rh_edges_to_connect = []
if 0:
for f in created_faces:
faces.append(f)
res_faces = []
_ = Part.Shell(faces)
if _.isNull(): raise RuntimeError('Failed to create shell')
_ = Part.Shell(faces)
if _.isNull(): raise RuntimeError('Failed to create shell')
_=Part.Solid(_)
if _.isNull(): raise RuntimeError('Failed to create solid')
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
for f in created_faces:
new_faces = []
for nf in _.Faces:
new_faces.append(nf)
new_faces.append(f)
del _
_ = Part.Shell(new_faces)
i_sayw('added 1 face')
if _.isNull(): raise RuntimeError('Failed to create shell')
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
if _.ShapeType != 'Shell': raise RuntimeError('Part object is not a shell')
_=Part.Solid(_)
if _.isNull(): raise RuntimeError('Failed to create solid')
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
#doc.recompute()
#for f in created_faces:
# new_faces.append(f)
#del _
#_ = Part.Shell(new_faces)
#if _.isNull(): raise RuntimeError('Failed to create shell')
#App.ActiveDocument.addObject('Part::Feature','Shell').Shape=_
#if RHDockWidget.ui.checkBox_Refine.isChecked():
# try:
# _.removeSplitter()
# except:
# print ('not refined')
#myshell = doc.ActiveObject
#del _
#if myshell.Shape.ShapeType != 'Shell': raise RuntimeError('Part object is not a shell')
# if _.ShapeType != 'Shell': raise RuntimeError('Part object is not a shell')
# _=Part.Solid(_)
# if _.isNull(): raise RuntimeError('Failed to create solid')
# if RHDockWidget.ui.checkBox_Refine.isChecked():
# try:
# _.removeSplitter()
# except:
# print ('not refined')
#App.ActiveDocument.addObject('Part::Feature','Solid').Shape=_
#mysolid = doc.ActiveObject
#del _
#doc.removeObject(myshell.Name)
#docG.mysolid.Visibility=True
#doc.addObject('Part::Feature','SolidRefined').Shape=mysolid.Shape.removeSplitter()
#doc.removeObject(mysolid.Name)
if RHDockWidget.ui.checkBox_Refine.isChecked():
doc.addObject('Part::Feature','SolidRefined').Shape=_.removeSplitter()
else:
doc.addObject('Part::Feature','Solid').Shape=_
# doc.addObject('Part::Feature','Solid').Shape=_
#App.ActiveDocument.ActiveObject.Label=App.ActiveDocument.mysolid.Label
mysolidr = doc.ActiveObject
original_label = myshape.Label
docG.ActiveObject.ShapeColor=docG.getObject(myshape.Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(myshape.Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(myshape.Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(myshape.Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(myshape.Name).Transparency
if RHDockWidget.ui.checkBox_keep_original.isChecked():
docG.getObject(myshape.Name).Visibility=False
else:
doc.removeObject(myshape.Name)
if RHDockWidget.ui.checkBox_Refine.isChecked():
mysolidr.Label = original_label # + "_refined"
else:
mysolidr.Label = original_label
#mysolidr.hide()
clear_all_RH()
if force_recompute:
for obj in FreeCAD.ActiveDocument.Objects:
obj.touch()
doc.recompute()
print('ToDo Apply colors to corresponding faces')
else:
i_sayerr('select only one object')
##
##
def removeFaces_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
global force_recompute
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
print('Removing Holes')
#print rh_edges; print rh_faces; print (rh_obj)
#ui.TE_Edges.setPlainText("")
#ui.TE_Faces.setPlainText("")
unique_obj = set(rh_obj)
unique_obj_count = len(unique_obj)
if unique_obj_count == 1: #ToDo manage multi objs faces selection
#for myshape in unique_obj:
myshape = rh_obj[0]
i = 0
faces = []
for f in myshape.Shape.Faces:
i+=1
idx_found = False
for j in rh_faces_indexes:
if int(j) == i:
idx_found = True
print('index found '+str(j))
if not idx_found:
faces.append(f)
if 1:
try:
_ = Part.Shell(faces)
if _.isNull():
#raise RuntimeError('Failed to create shell')
FreeCAD.Console.PrintWarning('Failed to create shell\n')
except:
FreeCAD.Console.PrintWarning('Failed to create shell\n')
if RHDockWidget.ui.checkBox_keep_faces.isChecked():
for f in faces:
Part.show(f)
doc.ActiveObject.Label="face"
stop
#App.ActiveDocument.addObject('Part::Feature','Shell').Shape=_
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
#myshell = doc.ActiveObject
#del _
#if myshell.Shape.ShapeType != 'Shell': raise RuntimeError('Part object is not a shell')
if _.ShapeType != 'Shell': raise RuntimeError('Part object is not a shell')
_=Part.Solid(_)
if _.isNull(): raise RuntimeError('Failed to create solid')
if RHDockWidget.ui.checkBox_Refine.isChecked():
try:
_.removeSplitter()
except:
print ('not refined')
#App.ActiveDocument.addObject('Part::Feature','Solid').Shape=_
#mysolid = doc.ActiveObject
#del _
#doc.removeObject(myshell.Name)
#docG.mysolid.Visibility=True
#doc.addObject('Part::Feature','SolidRefined').Shape=mysolid.Shape.removeSplitter()
#doc.removeObject(mysolid.Name)
if RHDockWidget.ui.checkBox_Refine.isChecked():
doc.addObject('Part::Feature','SolidRefined').Shape=_.removeSplitter()
else:
doc.addObject('Part::Feature','Solid').Shape=_
#App.ActiveDocument.ActiveObject.Label=App.ActiveDocument.mysolid.Label
mysolidr = doc.ActiveObject
original_label = myshape.Label
docG.ActiveObject.ShapeColor=docG.getObject(myshape.Name).ShapeColor
docG.ActiveObject.LineColor=docG.getObject(myshape.Name).LineColor
docG.ActiveObject.PointColor=docG.getObject(myshape.Name).PointColor
docG.ActiveObject.DiffuseColor=docG.getObject(myshape.Name).DiffuseColor
docG.ActiveObject.Transparency=docG.getObject(myshape.Name).Transparency
if RHDockWidget.ui.checkBox_keep_original.isChecked():
docG.getObject(myshape.Name).Visibility=False
else:
doc.removeObject(myshape.Name)
if RHDockWidget.ui.checkBox_Refine.isChecked():
mysolidr.Label = original_label # + "_refined"
else:
mysolidr.Label = original_label
#mysolidr.hide()
#docG.getObject(mysolidr.Name).Visibility=False
#rh_edges = []; rh_edges_names = []; created_faces = []
#rh_edges_to_connect = []
#rh_faces = []; rh_faces_names = []
#rh_faces_indexes = []
#ui.Edge_Nbr.setText("0")
#ui.Face_Nbr.setText("0")
#ui.TE_Edges.setPlainText("")
#ui.TE_Faces.setPlainText("")
clear_all_RH()
if force_recompute:
for obj in FreeCAD.ActiveDocument.Objects:
obj.touch()
doc.recompute()
print('ToDo Apply colors to corresponding faces')
##
def addFaces_RH():
global rh_edges, rh_faces, rh_obj
global rh_edges_names, rh_faces_names, rh_obj_name
global created_faces, rh_faces_indexes, rh_edges_to_connect
global force_recompute, invert
doc=FreeCAD.ActiveDocument
docG = FreeCADGui.ActiveDocument
if len(rh_edges) > 0:
#try:
# print("try to makeFilledFace")
# cf=Part.makeFilledFace(Part.__sortEdges__(rh_edges))
#except:
# print("makeFilledFace failed\ntry to create a Face w/ OpenSCAD2Dgeom")
# cf = OpenSCAD2Dgeom.edgestofaces(rh_edges)
if not invert:
try:
print("try to create a Face w/ OpenSCAD2Dgeom")
cf = OpenSCAD2Dgeom.edgestofaces(rh_edges)
except:
print("OpenSCAD2Dgeom failed\ntry to makeFilledFace")
cf=Part.makeFilledFace(Part.__sortEdges__(rh_edges))
else:
try:
print("try to makeFilledFace")
cf=Part.makeFilledFace(Part.__sortEdges__(rh_edges))
except:
print("makeFilledFace failed\ntry to create a Face w/ OpenSCAD2Dgeom")
cf = OpenSCAD2Dgeom.edgestofaces(rh_edges)
#created_faces.append(cf)
Part.show(cf)