def rotatePoints(self, xRot, yRot, zRot):
"""Rotates the points by the input values.
Arguments:
xRot -- Float, euler x rotate value.
yRot -- Float, euler y rotate value.
zRot -- Float, euler z rotate value.
Return:
True if successful.
"""
curveData = list(self.getCurveData())
quatRot = Quat()
quatRot.setFromEuler(
Euler(Math_degToRad(xRot), Math_degToRad(yRot),
Math_degToRad(zRot)))
newPoints = []
for eachSubCurve in curveData:
for eachPoint in eachSubCurve["points"]:
pointVec = Vec3(eachPoint[0], eachPoint[1], eachPoint[2])
rotVec = quatRot.rotateVector(pointVec)
eachPoint[0] = rotVec.x
eachPoint[1] = rotVec.y
eachPoint[2] = rotVec.z
self.setCurveData(curveData)
return True
def rotatePoints(self, xRot, yRot, zRot):
"""Rotates the points by the input values.
Args:
xRot (float): Euler x rotate value.
yRot (float): Euler y rotate value.
zRot (float): Euler z rotate value.
Returns:
bool: True if successful.
"""
curveData = list(self.getCurveData())
quatRot = Quat()
quatRot.setFromEuler(Euler(Math_degToRad(xRot), Math_degToRad(yRot),
Math_degToRad(zRot)))
for eachSubCurve in curveData:
for eachPoint in eachSubCurve["points"]:
pointVec = Vec3(eachPoint[0], eachPoint[1], eachPoint[2])
rotVec = quatRot.rotateVector(pointVec)
eachPoint[0] = rotVec.x
eachPoint[1] = rotVec.y
eachPoint[2] = rotVec.z
self.setCurveData(curveData)
return True
