def centerAndRotateField(self):
designCP = self.design.getMidPoint()
trimOutlineCP = self.trimOutline.getMidPoint()
transX = trimOutlineCP.x - designCP.x
transY = trimOutlineCP.y - designCP.y
self.design = self.design.transform(mt.combineTransformations(
[mt.translateMatrix(transX+self.shiftX, transY+self.shiftY),
mt.rotateMatrix(self.angleRad, trimOutlineCP)]))
def centerAndRotateField(self):
designCP = self.design.getMidPoint()
trimOutlineCP = self.trimOutline.getMidPoint()
transX = trimOutlineCP.x - designCP.x
transY = trimOutlineCP.y - designCP.y
self.design = self.design.transform(
mt.combineTransformations([
mt.translateMatrix(transX + self.shiftX, transY + self.shiftY),
mt.rotateMatrix(self.angleRad, trimOutlineCP)
]))
def rotate(self, angle, point=Point(0, 0)):
return self.transform(mt.rotateMatrix(angle, point))
def rotate(self, angle, point=None):
""" rotate self about the input point by some angle """
return self.transform(mt.rotateMatrix(angle, point))
def rotate(self, angle, point=Point(0,0)):
return self.transform(mt.rotateMatrix(angle, point))
def rotate(self, angle, point=None):
""" rotate self about the input point by some angle """
return self.transform(mt.rotateMatrix(angle, point))
