const float UNCHANGED = 0.0000006f; //arbitrary number to check how the final vector is affected
public void ReadPlayer(byte[] binaryData)
{
logicHandler.dataRecieved += binaryData.Length;// + 28; //udp header size (is it included?)
//print("recieved data of length: " + binaryData);
logicHandler.UpdatePacketText();
byte header = binaryData[0];
int finalDataIndex = 1;
Vector3 tempPos = new Vector3(UNCHANGED, UNCHANGED, UNCHANGED); //0.0000006 six 0s and then 6, unchanged mod
if ((byte)(header << 1) >> 7 == 1)
{
tempPos.x = System.BitConverter.ToSingle(binaryData, finalDataIndex);//binaryData[finalDataIndex++];
//print("tempos.x: " + tempPos.x);
finalDataIndex += 4;
}
if ((byte)(header << 2) >> 7 == 1)
{
tempPos.y = System.BitConverter.ToSingle(binaryData, finalDataIndex);//binaryData[finalDataIndex++];
finalDataIndex += 4;
}
if ((byte)(header << 3) >> 7 == 1)
{
tempPos.z = System.BitConverter.ToSingle(binaryData, finalDataIndex);//binaryData[finalDataIndex++];
finalDataIndex += 4;
}
Vector3 finalVec = FixVector(tempPos, logicHandler.playerStructs[(byte)(header >> 7)].playerGameObject.transform.position);
//print(finalVec);
//GameObject fake = Instantiate(emptyCube);
//emptyCube.transform.position = finalVec;
logicHandler.playerStructs[(byte)(header >> 7)].playerGameObject.transform.position = finalVec;
InterpolatePlayer(binaryData);
//print(FixVector(tempPos, logicHandler.binaryPacker.player1.transform.position));
//logicHandler.binaryPacker.player1.transform.position = FixVector(tempPos, logicHandler.binaryPacker.player1.transform.position);
}
