void IState.SetTransforms(NetworkTransform transform, UE.Transform simulate, UE.Transform render)
{
transform.SetTransformsInternal(simulate, render);
if (Entity.AttachIsRunning && simulate)
{
NetAssert.Same(transform, this.Storage.Values[transform.PropertyIndex].Transform);
this.Storage.Values[transform.PropertyIndex].Vector3 = simulate.position;
this.Storage.Values[transform.PropertyIndex + 1].Quaternion = simulate.rotation;
}
}
void IState.ForceTransform(NetworkTransform transform, UE.Vector3 position, UE.Quaternion rotation)
{
if (Entity.IsOwner)
{
return;
}
var it = this.Frames.GetIterator();
while (it.Next())
{
it.val.Values[transform.PropertyIndex].Vector3 = position;
it.val.Values[transform.PropertyIndex + 1].Quaternion = rotation;
}
}
Vector3 CalculateVelocity(NetworkTransform nt, Vector3 position)
{
switch (Extrapolation.VelocityMode)
{
case ExtrapolationVelocityModes.CalculateFromPosition:
return((GetPosition(nt.Simulate) - position) * Core.Config.framesPerSecond);
case ExtrapolationVelocityModes.CopyFromRigidbody:
return(nt.Simulate.GetComponent <Rigidbody>().velocity);
case ExtrapolationVelocityModes.CopyFromRigidbody2D:
return(nt.Simulate.GetComponent <Rigidbody2D>().velocity);
case ExtrapolationVelocityModes.CopyFromCharacterController:
return(nt.Simulate.GetComponent <CharacterController>().velocity);
default:
NetLog.Error("Unknown velocity extrapolation mode {0}", Extrapolation.VelocityMode);
return((GetPosition(nt.Simulate) - position) * Core.Config.framesPerSecond);
}
}
void IState.ForceTransform(NetworkTransform transform, UE.Vector3 position)
{
(this as IState).ForceTransform(transform, position, UE.Quaternion.identity);
}
void IState.SetTransforms(NetworkTransform transform, UE.Transform simulate)
{
(this as IState).SetTransforms(transform, simulate, null);
}