// Returns true iff the entity type matched and
public bool TryToApplyPosition(Position positionData)
{
if (positionData.entityType != (int)Entity_Type.objects)
{
return(false);
}
int entityId = positionData.entityId;
if (!networkedObjectFromEntityId.ContainsKey(entityId))
{
Debug.LogWarning("Entity ID : " + positionData.entityId + "not found in Dictionary dropping object movement packet");
return(false);
}
Transform netObjTransform = networkedObjectFromEntityId[entityId].transform;
if (!netObjTransform)
{
Debug.LogError($"TryToApplyPosition: NetObj with entityID {entityId} had no Transform component");
return(false);
}
netObjTransform.position = positionData.pos;
netObjTransform.rotation = positionData.rot;
UnityExtensionMethods.SetGlobalScale(netObjTransform, Vector3.one * positionData.scaleFactor);
return(true);
}
public void ApplyPositionToStart(Position positionData)
{
//alternate kinematic to allow for sending non physics transform updates;
if (NetworkedObjectsManager.Instance.networkedObjectFromEntityId.ContainsKey(positionData.entityId))
{
if (!rigidbodyFromEntityId.ContainsKey(positionData.entityId))
{
rigidbodyFromEntityId.Add(positionData.entityId, NetworkedObjectsManager.Instance.networkedObjectFromEntityId[positionData.entityId].GetComponent <Rigidbody>());
}
var rb = rigidbodyFromEntityId[positionData.entityId];
if (!rb)
{
Debug.LogError("There is no rigidbody in netobject entity id: " + positionData.entityId);
return;
}
rb.isKinematic = true;
NetworkedObjectsManager.Instance.networkedObjectFromEntityId[positionData.entityId].transform.position = positionData.pos;
NetworkedObjectsManager.Instance.networkedObjectFromEntityId[positionData.entityId].transform.rotation = positionData.rot;
UnityExtensionMethods.SetGlobalScale(NetworkedObjectsManager.Instance.networkedObjectFromEntityId[positionData.entityId].transform, Vector3.one * positionData.scaleFactor);
}
else
{
Debug.LogWarning("Entity ID : " + positionData.entityId + "not found in Dictionary dropping physics object movement packet");
}
}
