def getDXF(data):
dwg = g2.Drawing()
dwg.insertGeo('work', data['shape'])
print(dwg.boundBox)
dxf_result = dwg.getDXF()
return dxf_result
def Activated(self):
def indexNode(x, y):
i = 0
notfound = True
while (notfound) and i < len(nodes):
if (x == nodes[i][0]) and (y == nodes[i][1]):
notfound = False
i = i - 1
i = i + 1
if notfound:
nodes.append([x, y])
all_nodes.append(g2.Point(x, y))
return i
def createPaths(path, node, geos):
while len(geos) > 0:
geo = geos.pop()
if (geo[1] == node):
path.append(geo)
createPaths(path, geo[2], geos)
elif (geo[2] == node):
path.append(geo)
createPaths(path, geo[1], geos)
return dict(path=path, node=node, geos=geos)
# create a copy of the selected face
sel = FreeCADGui.Selection.getSelectionEx()[0]
face = sel.SubObjects[0]
obj = sel.Object
copy_face = Part.Face(face.Wires)
# align face on Z plane
vns1 = face.normalAt(0.0, 0.0)
print('Face normal vect: ', vns1.normalize(), '...')
zdeg = vns1.getAngle(FreeCAD.Vector(0.0, 0.0, 1.0))
print('...Rotation degree to Z plane: ', math.degrees(zdeg), '...')
rAxis = FreeCAD.Rotation(FreeCAD.Vector(0.0, 0.0, 1.0),
vns1.normalize()).Axis
rDegree = -math.degrees(zdeg)
rCenter = face.CenterOfMass
face = copy_face
face.Placement = FreeCAD.Placement(FreeCAD.Vector(0.0, 0.0, 0.0),
FreeCAD.Rotation(rAxis, rDegree),
rCenter).multiply(face.Placement)
# find all paths
edges = face.Edges
nodes = []
paths = []
geos = []
all_nodes = []
all_geos = []
chains = []
for edge in edges:
ind_nd = 0
type_edge = type(edge.Curve).__name__
vertexes = edge.Vertexes
if type_edge == 'GeomLineSegment' or type_edge == 'Line':
txt = 'line'
n1 = indexNode(vertexes[0].X, vertexes[0].Y)
n2 = indexNode(vertexes[1].X, vertexes[1].Y)
geos.append(['Line', n1, n2])
elif type_edge == 'GeomCircle' or type_edge == 'Circle':
if len(edge.Vertexes) == 1:
txt = 'circle'
n1 = indexNode(edge.Curve.Center.x, edge.Curve.Center.y)
n2 = indexNode(vertexes[0].X, vertexes[0].Y)
geos.append(['Circle', n1, n2])
if len(edge.Vertexes) == 2:
txt = 'arc'
n1 = indexNode(vertexes[0].X, vertexes[0].Y)
n3 = indexNode(vertexes[1].X, vertexes[1].Y)
mdldgr = edge.ParameterRange[0] + (
edge.ParameterRange[1] - edge.ParameterRange[0]) / 2
middle = edge.valueAt(mdldgr)
n2 = indexNode(middle.x, middle.y)
geos.append(['Arc', n1, n2, n3])
elif type_edge == "GeomEllipse":
txt = 'ellipse'
n1 = indexNode(vertexes[0].X, vertexes[0].Y)
n2 = indexNode(vertexes[1].X, vertexes[1].Y)
f1 = e.Curve.Focus1
rM = e.Curve.MajorRadius
rm = e.Curve.MinorRadius
#geos.append(['Ellipse',n1,n2,f1,f2,rM])????
while len(geos) > 0:
empty_search = False
trovato = False
act = geos.pop()
chain = [act[1], act[0]]
if act[0] == 'Arc':
chain.append(act[2])
chain.append(act[-1])
node_to_find = act[-1]
while not empty_search:
i = 0
empty_search = True
while i < len(geos):
if geos[i][1] == node_to_find:
trovato = True
chain.append(geos[i][0])
if geos[i][0] == 'Arc':
chain.append(geos[i][2])
chain.append(geos[i][-1])
node_to_find = geos[i][-1]
elif geos[i][-1] == node_to_find:
trovato = True
chain.append(geos[i][0])
if geos[i][0] == 'Arc':
chain.append(geos[i][2])
chain.append(geos[i][1])
node_to_find = geos[i][1]
if trovato:
empty_search = False
act = geos[i]
geos.pop(i)
trovato = False
else:
i = i + 1
chains.append(chain)
print('...', len(chains), ' chains found ...')
### create a drawing
dr = g2.Drawing()
p_int = []
conta = 0
for c in chains:
print(c)
path = g2.Path(all_nodes, c)
for i in range(0, len(path.geometries)):
g = path.geo(i)
print(g)
dr.insertGeo(conta, g)
conta += 1
output_dxf = dr.toDXF()
filename = QtGui.QFileDialog.getSaveFileName(None, "Salva DXF", "",
".DXF")
f = open(filename[0], "w")
f.write(output_dxf)
f.close()
print('... all done!')
return