def moveByNormal(self, val):
vec = utils.vectorMultiplyC(self.normal, val)
for gp in self.gPoints:
gp.moveByVector(vec)
self.updateGeometry()
def normalize_ceiling(self, ccH=1.6):
scale = ccH / (self.layoutHeight - self.cameraHeight)
for point in self.layoutPoints:
point.xyz = utils.vectorMultiplyC(point.xyz, scale)
self.cameraHeight *= scale
self.layoutHeight *= scale
self.updateLayoutGeometry()
def normalize(self, cameraH=1.6):
scale = cameraH / self.cameraHeight
for point in self.layoutPoints:
point.xyz = utils.vectorMultiplyC(point.xyz, scale)
self.layoutHeight *= scale
self.cameraHeight = cameraH
self.updateLayoutGeometry()