void SaveTransformValues()
{
Vector3 localPosition = mTargetTransform.localPosition;
mDampingX.Reset(localPosition.x, 0, localPosition.x);
mDampingY.Reset(localPosition.y, 0, localPosition.y);
mDampingPitch.Reset(mPitch, 0, mPitch);
mDampingYaw.Reset(mYaw, 0, mYaw);
mDampingScale.Reset(mScale, 0, mScale);
}
public void MotionTo(Vector3 targetPos, float pitch, float yaw, float scale, float overshoot, float friction)
{
pitch = mPitch + MathUtil.ReduceAngle(pitch - mPitch);
yaw = mYaw + MathUtil.ReduceAngle(yaw - mYaw);
//Debug.Log("MotionTo: " + mPitch + " -> " + pitch + " yaw:" + mYaw + " -> " + yaw);
//Debug.Log("curPitch=" + mDampingPitch.Value + " curYaw=" + mDampingYaw.Value);
mDampingX.Target = targetPos.x;
mDampingY.Target = targetPos.y;
mDampingPitch.Target = pitch;
//注意mDampingYaw的当前value可能是超过360度，而mYaw的值是规约后的，重置一下避免多转一圈的情况
mDampingYaw.Reset(mYaw, mDampingYaw.Velocity, yaw);
mDampingScale.Target = scale;
foreach (Damping damping in mTransformDampings)
{
damping.SetFriction(overshoot, friction);
}
mInMotion = true;
}
