def RotatingFace_cb(self, userData=None):
"""[Rotation of the face by using the discs.
This is the callback used for all axis (X,Y and Z)]
Args:
userData ([type], optional): [description]. Defaults to None.
"""
events = userData.events
if type(events) != int:
print("event was not int")
return
if self.discObj.w_userData.Disc_cb is False:
if self.discObj.w_userData.Axis_cb is True:
self.MouseDragging_cb(userData)
return
else:
return # We cannot allow this tool
self.oldFaceVertexes = self.newFaceVertexes
s = App.ActiveDocument.getObject(self.newFace.Name)
s.Placement = self.OriginalFacePlacement
if self.discObj.w_userData.discObj.axisType == 'X':
faced.RotateObjectToCenterPoint(
self.newFace, 0, 0,
self.discObj.w_userData.discObj.w_discAngle[0])
elif self.discObj.w_userData.discObj.axisType == 'Y':
faced.RotateObjectToCenterPoint(
self.newFace, 0,
self.discObj.w_userData.discObj.w_discAngle[1], 0)
elif self.discObj.w_userData.discObj.axisType == 'Z':
faced.RotateObjectToCenterPoint(
self.newFace,
self.discObj.w_userData.discObj.w_discAngle[2],
0,
0,
)
self.newFaceVertexes = self.newFace.Shape.Vertexes
self.COIN_recreateObject()
def calculateRotatedNormal(self, Wheelaxis):
"""[calculate placement, angle of rotation, axis of rotation based on the]
Args:
Wheelaxis ([str]): [Direction of the wheel coin widget - Axis type ]
Returns:
[Base.placement]: [Placement, rotation angle and axis of rotation for face2]
"""
if self.isItRotation is True:
return # We shouldn't be here.
faceRotation = 0
# TODO: Lets take only X axis first , then Y ..etc and so on.
face1Obj = self.ExtractedFaces[0]
pl = self.ExtractedFaces[0].Placement
self.faceDir = faced.getDirectionAxis(self.selected) # face direction
# THIS PART WILL BE COMPLICATED AND MUST BE WELL WRITTEN.
# Wheelaxis color: RED is X , GREEN is Y, FR_BLUEVIOLET is 45 and ORANGE is 135
s = self.ExtractedFaces[1]
# Reset the placement of the object if was not correct
s.Placement = self.ExtractedFaces[0].Placement
ax = self.selectedObj.Object.Shape.CenterOfMass
if self.faceDir == "+x" and Wheelaxis == "X":
faced.RealRotateObjectToAnAxis(s, ax, 0, 90, 0)
self.ExtractedFaces[1].Placement.Base.x = self.ExtractedFaces[1].Placement.Base.x + \
self.ExtractedFaces[1].Shape.BoundBox.XLength
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-x" and Wheelaxis == "X":
faced.RealRotateObjectToAnAxis(s, ax, 0, 90, 0)
self.ExtractedFaces[1].Placement.Base.x = self.ExtractedFaces[1].Placement.Base.x - \
self.ExtractedFaces[1].Shape.BoundBox.XLength
pl = self.ExtractedFaces[1].Placement
elif (self.faceDir == "+x"
and Wheelaxis == "Y") or (self.faceDir == "-x"
and Wheelaxis == "Y"):
# We do nothing .. it is ok to not change
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "+y" and Wheelaxis == "X":
faced.RealRotateObjectToAnAxis(s, ax, 0, 0, -90)
self.ExtractedFaces[1].Placement.Base.y = self.ExtractedFaces[1].Placement.Base.y + \
self.ExtractedFaces[1].Shape.BoundBox.YLength
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-y" and Wheelaxis == "X":
faced.RealRotateObjectToAnAxis(s, ax, 0, 0, 90)
self.ExtractedFaces[1].Placement.Base.y = self.ExtractedFaces[1].Placement.Base.y - \
self.ExtractedFaces[1].Shape.BoundBox.YLength
pl = self.ExtractedFaces[1].Placement
elif (self.faceDir == "+y"
and Wheelaxis == "Y") or (self.faceDir == "-y"
and Wheelaxis == "Y"):
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-z" and Wheelaxis == "X" or (
self.faceDir == "+z" and Wheelaxis == "X"):
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "+z" and Wheelaxis == "Y":
faced.RealRotateObjectToAnAxis(s, ax, 0, 0, -90)
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-z" and Wheelaxis == "Y":
faced.RealRotateObjectToAnAxis(s, ax, 0, 0, 90)
pl = self.ExtractedFaces[1].Placement
# Now we have 45Degrees :
if self.faceDir == "+x" and Wheelaxis == "45":
faced.RotateObjectToCenterPoint(s, 0, 45, 0)
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-x" and Wheelaxis == "45":
faced.RotateObjectToCenterPoint(s, 0, 45, 0)
pl = self.ExtractedFaces[1].Placement
# Now we have 45 Degrees :
if self.faceDir == "+y" and Wheelaxis == "45":
faced.RotateObjectToCenterPoint(s, 0, 0, -45)
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-y" and Wheelaxis == "45":
faced.RotateObjectToCenterPoint(s, 0, 0, -45)
pl = self.ExtractedFaces[1].Placement
# Now we have 45 and 135 Degrees :
if self.faceDir == "+z" and Wheelaxis == "45":
faced.RotateObjectToCenterPoint(s, 0, 0, 45)
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-z" and Wheelaxis == "45":
faced.RotateObjectToCenterPoint(s, 0, 0, 45)
pl = self.ExtractedFaces[1].Placement
# Now we have 135 Degrees :
if self.faceDir == "+x" and Wheelaxis == "135":
faced.RotateObjectToCenterPoint(s, 0, 135, 0)
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-x" and Wheelaxis == "135":
faced.RotateObjectToCenterPoint(s, 0, 135, 0)
pl = self.ExtractedFaces[1].Placement
if self.faceDir == "+y" and Wheelaxis == "135":
faced.RotateObjectToCenterPoint(s, 0, 0, -135)
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-y" and Wheelaxis == "135":
faced.RotateObjectToCenterPoint(s, 0, 0, -135)
pl = self.ExtractedFaces[1].Placement
if self.faceDir == "+z" and Wheelaxis == "135":
faced.RotateObjectToCenterPoint(s, 0, 0, 135)
pl = self.ExtractedFaces[1].Placement
elif self.faceDir == "-z" and Wheelaxis == "135":
faced.RotateObjectToCenterPoint(s, 0, 0, 135)
pl = self.ExtractedFaces[1].Object.Placement
return pl