protected virtual void RewindPosition()
{
if (CanRewind())
{
isRewinding = true;
Vector3 rewindDirection = lastGoodHeadsetPosition - headset.position;
float rewindDistance = Vector2.Distance(new Vector2(headset.position.x, headset.position.z), new Vector2(lastGoodHeadsetPosition.x, lastGoodHeadsetPosition.z));
playArea.Translate(rewindDirection.normalized * (rewindDistance + pushbackDistance));
playArea.position = new Vector3(playArea.position.x, lastGoodStandingPosition.y, playArea.position.z);
if (bodyPhysics != null)
{
bodyPhysics.ResetVelocities();
}
}
}
/// <summary>
/// The RewindPosition method resets the play area position to the last known good position of the play area.
/// </summary>
public virtual void RewindPosition()
{
if (lastGoodStandingPosition != null && headset != null)
{
Vector3 storedPosition = playArea.position;
Vector3 resetVector = lastGoodHeadsetPosition - headset.position;
Vector3 moveOffset = resetVector.normalized * pushbackDistance;
playArea.position += resetVector + moveOffset;
if (bodyPhysics != null)
{
bodyPhysics.ResetVelocities();
}
OnPositionRewindToSafe(SetEventPayload(storedPosition));
}
}
protected virtual void RewindPosition()
{
if (!isRewinding && playArea != null & lastGoodPositionSet && headset.localPosition.y > crouchRewindThreshold && BodyCollisionsEnabled())
{
isRewinding = true;
Vector3 rewindDirection = lastGoodHeadsetPosition - headset.position;
float rewindDistance = Vector2.Distance(new Vector2(headset.position.x, headset.position.z), new Vector2(lastGoodHeadsetPosition.x, lastGoodHeadsetPosition.z));
playArea.Translate(rewindDirection.normalized * (rewindDistance + pushbackDistance));
playArea.position = new Vector3(playArea.position.x, lastGoodStandingPosition.y, playArea.position.z);
if (bodyPhysics != null)
{
bodyPhysics.ResetVelocities();
}
}
}
