//use UDP protocol transfer position info.
//The UDPclient class initialized in the base class
public override void syncData()
{
// BaseContol.NetworkId = id;
print("entry synchronization function");
SerializeUDP info = new SerializeUDP(id, playerObject.transform);
adapter.UDPC.sendByte(ObjectToByteArray(info));
//adapter.sendmessage(adapter.connectionId, ObjectToByteArray(info), msgType.Data);
}
public void SynchronizationData(GameObject g, SerializeUDP infomation)
{
BaseContol operatingObj = g.GetComponent <BaseContol>();
// g.transform.position = new Vector3(infomation.x, infomation.y, infomation.z);
operatingObj.setDirection(infomation.angle);
if (!destinationList.ContainsKey(g))
{
destinationList.Add(g, new Vector3(infomation.x, infomation.y, infomation.z));
}
else
{
destinationList[g] = new Vector3(infomation.x, infomation.y, infomation.z);
}
// SyncPosition(g, new Vector3(infomation.x, infomation.y, infomation.z));
//operatingObj.frie(infomation.state[0]); abandoned operating
}
//process incoming position data
public override void processMessage(byte[] Udpdata, IPEndPoint ipinfo)
{
/* print("ipinfo.Address.ToString() " + ipinfo.Address.ToString() );
* Debug.Log(
* " IpToObj[ipinfo.Address.ToString()]="+IpToObj[ipinfo.Address.ToString()].ToString());
*/
if (!IPtoId.ContainsKey(ipinfo))
{
string address = ipinfo.Address.ToString();
int IPid = int.Parse(address.Split('.')[3]);
IPtoId.Add(ipinfo, IPid + 1);
}
obj = synchronizationObj["玩家1" + IPtoId[ipinfo]];
SerializeUDP clientInfo = (SerializeUDP)BytesToOBJ(Udpdata);
operatingObj = obj.GetComponent <BaseTank>();
// obj.transform.position = new Vector3(clientInfo.x, clientInfo.y,clientInfo.z);
SyncPosition(operatingObj.transform.gameObject, new Vector3(clientInfo.x, clientInfo.y, clientInfo.z));
operatingObj.setDirection(clientInfo.angle);
}
