def MouseMoveEvent(self, thePnt2d: gp_Pnt2d, buttons, modifiers):
self.curPnt2d = self.myAnalyserSnap.MouseMove(thePnt2d)
if self.myArc3PAction == Arc3PAction.Nothing:
pass
elif self.myArc3PAction == Arc3PAction.Input_1ArcPoint:
self.curPnt2d = self.myAnalyserSnap.MouseMove(thePnt2d)
elif self.myArc3PAction == Arc3PAction.Input_2ArcPoint:
self.mySecondPoint.SetPnt(elclib.To3d(self.curCoordinateSystem.Ax2(), self.curPnt2d))
self.myRubberLine.SetPoints(self.myFirstPoint, self.mySecondPoint)
self.myContext.Redisplay(self.myRubberLine, True)
elif self.myArc3PAction == Arc3PAction.Input_3ArcPoint:
self.third_Pnt = elclib.To3d(self.curCoordinateSystem.Ax2(), self.curPnt2d)
tempMakeCirc = gce_MakeCirc(self.myFirstPoint.Pnt(), self.mySecondPoint.Pnt(), self.third_Pnt)
if tempMakeCirc.Status() == gce_Done:
self.tempGeom_Circle.SetCirc(tempMakeCirc.Value())
self.myRubberCircle.SetCircle(self.tempGeom_Circle)
self.myRubberCircle.SetFirstParam(
elclib.Parameter(self.tempGeom_Circle.Circ(), self.myFirstPoint.Pnt()))
self.myRubberCircle.SetLastParam(elclib.Parameter(self.tempGeom_Circle.Circ(), self.third_Pnt))
self.myContext.Redisplay(self.myRubberCircle, True)
elif self.myArc3PAction == Arc3PAction.Input_PolylineArc:
self.third_Pnt = elclib.To3d(self.curCoordinateSystem.Ax2(), self.curPnt2d)
self.TempGeom2d_Point.SetPnt2d(self.curPnt2d)
temp2d_QualifiedCurve = Geom2dGcc_QualifiedCurve(self.temp2dAdaptor_Curve, gccent_Unqualified)
tempGcc_Circ2d3Tan = Geom2dGcc_Circ2d3Tan(temp2d_QualifiedCurve, self.FirstGeom2d_Point,
self.TempGeom2d_Point, 1.0e-6, 0)
if (tempGcc_Circ2d3Tan.IsDone() and tempGcc_Circ2d3Tan.NbSolutions() > 0):
self.temp2d_Circ = tempGcc_Circ2d3Tan.ThisSolution(1)
self.u1 = elclib.Parameter(self.temp2d_Circ, self.myFirstgp_Pnt2d)
self.u2 = elclib.Parameter(self.temp2d_Circ, self.mySecondgp_Pnt2d)
self.temp_u1 = self.u1 + (self.u2 - self.u1) / 100
self.temp_u2 = self.u1 - (self.u2 - self.u1) / 100
self.tempu1_pnt2d = elclib.Value(self.temp_u1, self.temp2d_Circ)
self.tempu2_pnt2d = elclib.Value(self.temp_u2, self.temp2d_Circ)
self.dist1 = self.tempu1_pnt2d.Distance(self.midpoint2d)
self.dist2 = self.tempu2_pnt2d.Distance(self.midpoint2d)
if self.dist1 < self.dist2:
self.tempu1_pnt2d = self.tempu2_pnt2d
tempMakeCirc = gce_MakeCirc(self.myFirstPoint.Pnt(),
elclib.To3d(self.curCoordinateSystem.Ax2(), self.tempu1_pnt2d),
self.third_Pnt)
if tempMakeCirc.Status() == gce_Done:
self.tempGeom_Circle.SetCirc(tempMakeCirc.Value())
self.myRubberCircle.SetFirstParam(
elclib.Parameter(self.tempGeom_Circle.Circ(), self.myFirstPoint.Pnt()))
self.myRubberCircle.SetLastParam(elclib.Parameter(self.tempGeom_Circle.Circ(), self.third_Pnt))
self.myContext.Redisplay(self.myRubberCircle, True)
def MouseInputEvent(self, thePnt2d: gp_Pnt2d, buttons, modifier):
self.curPnt2d = self.myAnalyserSnap.MouseInput(thePnt2d)
if self.myArc3PAction == Arc3PAction.Nothing:
pass
elif self.myArc3PAction == Arc3PAction.Input_1ArcPoint:
self.myFirstgp_Pnt2d = gp_Pnt2d(self.curPnt2d.X(),self.curPnt2d.Y())
self.myFirstPoint.SetPnt(elclib.To3d(self.curCoordinateSystem.Ax2(), self.curPnt2d))
if not self.myPolylineMode:
self.myRubberLine.SetPoints(self.myFirstPoint, self.myFirstPoint)
self.myContext.Display(self.myRubberLine, True)
self.myArc3PAction = Arc3PAction.Input_2ArcPoint
else:
self.findlastSObject()
self.myContext.Display(self.myRubberCircle, True)
elif self.myArc3PAction == Arc3PAction.Input_2ArcPoint:
self.mySecondgp_Pnt2d = gp_Pnt2d(self.curPnt2d.X(),self.curPnt2d.Y())
self.mySecondPoint.SetPnt(elclib.To3d(self.curCoordinateSystem.Ax2(), self.curPnt2d))
self.temp_Circ.SetLocation(self.myFirstPoint.Pnt().Scaled(self.mySecondPoint.Pnt(), 0.5))
self.temp_Circ.SetRadius(self.myFirstgp_Pnt2d.Distance(self.curPnt2d) / 2)
self.tempGeom_Circle.SetCirc(self.temp_Circ)
self.myRubberCircle.SetCircle(self.tempGeom_Circle)
self.u1 = elclib.Parameter(self.temp_Circ, self.myFirstPoint.Pnt())
self.u2 = elclib.Parameter(self.temp_Circ, self.mySecondPoint.Pnt())
if self.u1 > self.u2:
self.myRubberCircle.SetFirstParam(self.u2)
self.myRubberCircle.SetLastParam(self.u1)
else:
self.myRubberCircle.SetFirstParam(self.u1)
self.myRubberCircle.SetLastParam(self.u2)
self.myContext.Remove(self.myRubberLine, True)
self.myContext.Display(self.myRubberCircle, True)
self.myContext.Redisplay(self.myRubberCircle, True)
self.myArc3PAction = Arc3PAction.Input_3ArcPoint
elif self.myArc3PAction == Arc3PAction.Input_3ArcPoint:
Geom2d_Point1 = Geom2d_CartesianPoint(self.myFirstgp_Pnt2d)
Geom2d_Point2 = Geom2d_CartesianPoint(self.mySecondgp_Pnt2d)
Geom2d_Point3 = Geom2d_CartesianPoint(self.curPnt2d)
tempGcc_Circ2d3Tan = Geom2dGcc_Circ2d3Tan(Geom2d_Point1, Geom2d_Point2, Geom2d_Point3, 1.0e-10)
if tempGcc_Circ2d3Tan.IsDone() and tempGcc_Circ2d3Tan.NbSolutions() > 0:
myGeom2d_Arc = Geom2d_Arc(tempGcc_Circ2d3Tan.ThisSolution(1))
myGeom2d_Arc.SetParam(self.myFirstgp_Pnt2d, self.mySecondgp_Pnt2d, self.curPnt2d)
Geom_Circle1 = Geom_Circle(elclib.To3d(self.curCoordinateSystem.Ax2(), myGeom2d_Arc.Circ2d()))
myAIS_Circle = AIS_Circle(Geom_Circle1)
myAIS_Circle.SetFirstParam(myGeom2d_Arc.FirstParameter())
myAIS_Circle.SetLastParam(myGeom2d_Arc.LastParameter())
self.AddObject(myGeom2d_Arc, myAIS_Circle, Sketch_GeometryType.ArcSketchObject)
self.myContext.Remove(self.myRubberCircle, True)
self.myContext.Display(myAIS_Circle, True)
self.myArc3PAction = Arc3PAction.Input_1ArcPoint
# self.third_Pnt = elclib.To3d(self.curCoordinateSystem.Ax2(), self.curPnt2d)
# tempMakeCirc = gce_MakeCirc(self.myFirstPoint.Pnt(), self.mySecondPoint.Pnt(), self.third_Pnt)
# if tempMakeCirc.Status() == gce_Done:
#
# Geom_Circle1 = Geom_Circle(tempMakeCirc.Value())
# myAIS_Circle = AIS_Circle(Geom_Circle1)
#
# myAIS_Circle.SetFirstParam(
# elclib.Parameter(Geom_Circle1.Circ(), self.myFirstPoint.Pnt()))
# myAIS_Circle.SetLastParam(elclib.Parameter(Geom_Circle1.Circ(), self.third_Pnt))
#
# self.AddObject(Geom_Circle, myAIS_Circle, Sketch_ObjectTypeOfMethod.Arc3P_Method)
# self.myContext.Remove(self.myRubberCircle, True)
# self.myContext.Display(myAIS_Circle, True)
# self.myArc3PAction = Arc3PAction.Input_1ArcPoint
elif self.myArc3PAction == Arc3PAction.Input_PolylineArc:
self.TempGeom2d_Point.SetPnt2d(self.curPnt2d)
temp2d_QualifiedCurve = Geom2dGcc_QualifiedCurve(self.temp2dAdaptor_Curve, gccent_Unqualified)
tempGcc_Circ2d3Tan = Geom2dGcc_Circ2d3Tan(temp2d_QualifiedCurve, self.FirstGeom2d_Point,
self.TempGeom2d_Point, 1.0e-6, 0)
if (tempGcc_Circ2d3Tan.IsDone() and tempGcc_Circ2d3Tan.NbSolutions() > 0):
self.temp2d_Circ = tempGcc_Circ2d3Tan.ThisSolution(1)
self.u1 = elclib.Parameter(self.temp2d_Circ, self.myFirstgp_Pnt2d)
self.u2 = elclib.Parameter(self.temp2d_Circ, self.curPnt2d)
self.temp_u1 = self.u1 + (self.u2 - self.u1) / 100
self.temp_u2 = self.u1 - (self.u2 - self.u1) / 100
self.tempu1_pnt2d = elclib.Value(self.temp_u1, self.temp2d_Circ)
self.tempu2_pnt2d = elclib.Value(self.temp_u2, self.temp2d_Circ)
self.dist1 = self.tempu1_pnt2d.Distance(self.midpoint2d)
self.dist2 = self.tempu2_pnt2d.Distance(self.midpoint2d)
if self.dist1 < self.dist2:
self.tempu1_pnt2d = self.tempu2_pnt2d
myGeom2d_Arc = Geom2d_Arc(self.temp2d_Circ)
myGeom2d_Arc.SetParam(self.myFirstgp_Pnt2d, self.tempu1_pnt2d, self.curPnt2d)
Geom_Circle1 = Geom_Circle(elclib.To3d(self.curCoordinateSystem.Ax2(), myGeom2d_Arc.Circ2d()))
myAIS_Circle = AIS_Circle(Geom_Circle1)
myAIS_Circle.SetFirstParam(myGeom2d_Arc.FirstParameter())
myAIS_Circle.SetLastParam(myGeom2d_Arc.LastParameter())
self.myContext.Display(myAIS_Circle, True)
self.AddObject(myGeom2d_Arc, myAIS_Circle, Sketch_GeometryType.ArcSketchObject)
self.midpoint2d = myGeom2d_Arc.MiddlePnt()
self.tempGeom2d_Circle.SetCirc2d(myGeom2d_Arc.Circ2d())
self.temp2dAdaptor_Curve.Load(self.tempGeom2d_Circle)
self.myFirstgp_Pnt2d = self.curPnt2d
self.FirstGeom2d_Point.SetPnt2d(self.myFirstgp_Pnt2d)
self.myFirstPoint.SetPnt(elclib.To3d(self.curCoordinateSystem.Ax2(), self.curPnt2d))
self.tempGeom_Circle.SetRadius(0)
self.myRubberCircle.SetCircle(self.tempGeom_Circle)
self.myContext.Redisplay(self.myRubberCircle, True)
return False
def LastPnt(self):
return elclib.Value(self.myLastParam, gp_Circ2d())
def MiddlePnt(self):
return elclib.Value((self.myLastParam + self.myFirstParam) / 2,
gp_Circ2d())
def FirstPnt(self):
return elclib.Value(self.myFirstParam, gp_Circ2d())