public void RegisterReadable(IServerReadable readable, ClientDataTags tag)
{
if (readable != null)
{
readables[tag] = readable;
}
}
public void HandlePlayerInputFromReader(DarkRiftReader reader, ClientDataTags tag)
{
var data = reader.ReadSerializable <VRTransformData>();
head.transform.localPosition = data.vrTransforms[0].position;
left.transform.localPosition = data.vrTransforms[1].position;
right.transform.localPosition = data.vrTransforms[2].position;
head.transform.localRotation = data.vrTransforms[0].rotation;
left.transform.localRotation = data.vrTransforms[1].rotation;
right.transform.localRotation = data.vrTransforms[2].rotation;
}
public void HandlePlayerInputFromReader(DarkRiftReader reader, ClientDataTags tag)
{
if (tag == ClientDataTags.MoveObject)
{
var data = reader.ReadSerializable <MovementData>();
networkEntity.rotation = data.rotation;
var maxDir = Mathf.Max(data.movementVector.x, data.movementVector.y, data.movementVector.z);
if (maxDir > 1f)
{
data.movementVector /= maxDir;
}
networkEntity.position += data.movementVector * speed * Time.fixedDeltaTime;
}
else if (tag == ClientDataTags.SetObjectPosition)
{
var data = reader.ReadSerializable <MovementData>();
networkEntity.rotation = data.rotation;
var movVector = (data.movementVector - networkEntity.position);
if (movVector.magnitude < snapMaxMagnitude)
{
networkEntity.position = data.movementVector;
}
}
}
public ClientTag(ClientDataTags tag)
{
this.tag = (ushort)tag;
}
public void UnregisterReadable(ClientDataTags tag)
{
readables.Remove(tag);
}