public void Init(NodeAddedEvent e, SingleNode <TransformTimeSmoothingComponent> node)
{
Transform transform = node.component.Transform;
TransformTimeSmoothingDataComponent component = new TransformTimeSmoothingDataComponent {
LastPosition = transform.position,
LastRotation = transform.rotation,
LerpFactor = 1f
};
node.Entity.AddComponent(component);
}
public void TransformSmoothCalculation(TransformTimeSmoothingEvent e, TimeSmoothingNode node)
{
bool flag = node.transformTimeSmoothing.UseCorrectionByFrameLeader && (Time.frameCount > this.lastFrame);
Transform transform = node.transformTimeSmoothing.Transform;
TransformTimeSmoothingDataComponent transformTimeSmoothingData = node.transformTimeSmoothingData;
float smoothDeltaTime = Time.smoothDeltaTime;
float num2 = Mathf.Clamp((float)(smoothDeltaTime / Time.deltaTime), (float)0.4f, (float)1f);
if (num2 < transformTimeSmoothingData.LerpFactor)
{
transformTimeSmoothingData.LerpFactor = num2;
}
else
{
float num3 = (1.2f * smoothDeltaTime) * (1f - Mathf.Sqrt(transformTimeSmoothingData.LerpFactor));
transformTimeSmoothingData.LerpFactor = Mathf.Clamp((float)(transformTimeSmoothingData.LerpFactor + num3), (float)0.4f, (float)1f);
}
Vector3 v = Vector3.SlerpUnclamped(transformTimeSmoothingData.LastPosition, transform.position, transformTimeSmoothingData.LerpFactor);
Quaternion rot = Quaternion.SlerpUnclamped(transformTimeSmoothingData.LastRotation, transform.rotation, transformTimeSmoothingData.LerpFactor);
if (PhysicsUtil.IsValidVector3(v) && PhysicsUtil.IsValidQuaternion(rot))
{
transform.SetPositionSafe(v);
transform.SetRotationSafe(rot);
}
transformTimeSmoothingData.LastRotationDeltaAngle = Quaternion.Angle(transformTimeSmoothingData.LastRotation, transform.rotation);
this.frameLeaderDeltaPosition = (transformTimeSmoothingData.LastPosition - transform.position).magnitude;
float num4 = 1f;
float num5 = 1f;
if (node.transformTimeSmoothing.UseCorrectionByFrameLeader && !flag)
{
float num6 = 0.1f;
if ((this.frameLeaderDeltaAngle > num6) && (transformTimeSmoothingData.LastRotationDeltaAngle > num6))
{
num4 = Mathf.Abs((float)(((transformTimeSmoothingData.LastRotationDeltaAngle * (1f - transformTimeSmoothingData.LerpFactor)) + (this.frameLeaderDeltaAngle * transformTimeSmoothingData.LerpFactor)) / this.frameLeaderDeltaAngle));
}
if (this.frameLeaderDeltaPosition > num6)
{
num5 = Mathf.Abs((float)(((this.frameLeaderDeltaPosition * (1f - transformTimeSmoothingData.LerpFactor)) + (this.frameLeaderDeltaPosition * transformTimeSmoothingData.LerpFactor)) / this.frameLeaderDeltaPosition));
}
}
float t = Mathf.Clamp((float)(transformTimeSmoothingData.LerpFactor * num5), (float)0.4f, (float)1.2f);
float num8 = Mathf.Clamp((float)(transformTimeSmoothingData.LerpFactor * num4), (float)0.4f, (float)1.2f);
v = Vector3.SlerpUnclamped(transformTimeSmoothingData.LastPosition, transform.position, t);
rot = Quaternion.SlerpUnclamped(transformTimeSmoothingData.LastRotation, transform.rotation, num8);
if (PhysicsUtil.IsValidVector3(v) && PhysicsUtil.IsValidQuaternion(rot))
{
transform.SetPositionSafe(v);
transform.SetRotationSafe(rot);
}
transformTimeSmoothingData.LastRotationDeltaAngle = Quaternion.Angle(transformTimeSmoothingData.LastRotation, transform.rotation);
if (flag)
{
this.lastFrame = Time.frameCount;
this.frameLeaderDeltaAngle = transformTimeSmoothingData.LastRotationDeltaAngle;
this.frameLeaderDeltaPosition = (transformTimeSmoothingData.LastPosition - transform.position).magnitude;
}
transformTimeSmoothingData.LastPosition = transform.position;
transformTimeSmoothingData.LastRotation = transform.rotation;
}
