/// <summary>
/// Creates a transform message which includes the specified data.
/// </summary>
/// <param name="clientMessage">Indicates if this is a client message.</param>
public static byte[] createTransformMessage(NetworkIdentity netIdentity, NetworkTransform.TransformSpace transformSpace,
bool sendPosition = true, bool sendRotation = true, bool sendScale = true, bool clientMessage = false)
{
List <byte> msgBytes = new List <byte>();
byte msgHeader = (byte)(clientMessage ? 1 : 0); //Change message header to indicate if it's a client message or not
msgBytes.Add(msgHeader); //Message Header
msgBytes.AddRange(netIdentity.networkID.serialize()); //Identity of the transform on the network
bool worldSpace = transformSpace == NetworkTransform.TransformSpace.World;
//Position
if (sendPosition)
{
msgBytes.AddRange(((byte)1).serialize()); //Signal position is being sent
Vector3 pos = worldSpace ? netIdentity.transform.position : netIdentity.transform.localPosition;
msgBytes.AddRange(pos.x.serialize());
msgBytes.AddRange(pos.y.serialize());
msgBytes.AddRange(pos.z.serialize());
}
else
{
msgBytes.AddRange(((byte)0).serialize()); //Signal no position is being sent
}
//Rotation
if (sendRotation)
{
msgBytes.AddRange(((byte)1).serialize()); //Signal rotation is being sent
Vector3 rot = worldSpace ? netIdentity.transform.eulerAngles : netIdentity.transform.localEulerAngles;
msgBytes.AddRange(rot.x.serialize());
msgBytes.AddRange(rot.y.serialize());
msgBytes.AddRange(rot.z.serialize());
}
else
{
msgBytes.AddRange(((byte)0).serialize()); //Signal no rotation is being sent
}
//Scale
if (sendScale)
{
msgBytes.AddRange(((byte)1).serialize()); //Signal scale is being sent
msgBytes.AddRange(netIdentity.transform.localScale.x.serialize());
msgBytes.AddRange(netIdentity.transform.localScale.y.serialize());
msgBytes.AddRange(netIdentity.transform.localScale.z.serialize());
}
else
{
msgBytes.AddRange(((byte)0).serialize()); //Signal no scale is being sent
}
if (clientMessage)
{
msgBytes.Add((byte)(worldSpace ? 1 : 0)); //Send transform space flag
}
return(msgBytes.ToArray());
}
private static void processTransformMessage(byte[] msg, bool clientMessage)
{
short netID = ObjectSerializer.deserializeShort(ref msg);
if (NetworkEntityManager.Instance.findComponent(netID, out NetworkTransform networkTransform)) //NetworkTransform found
{
bool receivedPos = ObjectSerializer.deserializeByte(ref msg) == 1;
if (receivedPos) //Position data was sent
{
float posX = ObjectSerializer.deserializeFloat(ref msg);
float posY = ObjectSerializer.deserializeFloat(ref msg);
float posZ = ObjectSerializer.deserializeFloat(ref msg);
networkTransform.Position = new Vector3(posX, posY, posZ);
}
bool receivedRot = ObjectSerializer.deserializeByte(ref msg) == 1;
if (receivedRot) //Rotation data was sent
{
float rotX = ObjectSerializer.deserializeFloat(ref msg);
float rotY = ObjectSerializer.deserializeFloat(ref msg);
float rotZ = ObjectSerializer.deserializeFloat(ref msg);
networkTransform.Rotation = Quaternion.Euler(new Vector3(rotX, rotY, rotZ));
}
bool receivedScale = ObjectSerializer.deserializeByte(ref msg) == 1;
if (receivedScale) //Scale data was sent
{
float scaleX = ObjectSerializer.deserializeFloat(ref msg);
float scaleY = ObjectSerializer.deserializeFloat(ref msg);
float scaleZ = ObjectSerializer.deserializeFloat(ref msg);
networkTransform.Scale = new Vector3(scaleX, scaleY, scaleZ);
}
//Message was sent from a client, now being processed on the server
if (clientMessage && ServerBehaviour.Instance)
{
//What transform space is this data in? (World / Local)
bool worldSpace = ObjectSerializer.deserializeByte(ref msg) == 1;
short clientID = ObjectSerializer.deserializeShort(ref msg); //Client who sent the message
NetworkTransform.TransformSpace transformSpace = worldSpace ? NetworkTransform.TransformSpace.World : NetworkTransform.TransformSpace.Local;
byte[] transformMsg = MessageFactory.createTransformMessage(networkTransform.networkIdentity, transformSpace, receivedPos, receivedRot, receivedScale);
ServerBehaviour.Instance.sendMessage(transformMsg, clientID); //Forward to all clients but the sender
}
}
}