private void listenPython()
{
int total_length = ReiceiveDataPacket.Length;
while (true)
{
int length = 0;
while (length < total_length)
{
length = length + netStream.Read(buffer2, length, total_length - length);
}
Debug.Log("pred");
ReiceiveDataPacket packet = new ReiceiveDataPacket(buffer2);
handledata(packet);
}
}
private void handledata(ReiceiveDataPacket packet)
{
//handle reiceive packet (Place pose of player, select pose, interpolation)
//TODO
// if (GameManager.players[packet.id].is_trigger == true) checkPlayerInValidDistance(camTransform.position, packet.pos[frame_start, 0])
// {
if (frame_start >= 22)
{
frame_start = 22;
}
// if(checkPlayerInValidDistance(camTransform.position, packet.pos[frame_start, 0])) {
foreach (KeyValuePair <int, PlayerManager> kvp in GameManager.players)
{
if (packet.id == kvp.Key)
{
Debug.Log("datapackets: kvp" + kvp.Key);
for (int i = 0; i < 3; i++)
{
GameManager.players[kvp.Key].predictpos[i] = GameManager.players_pos_datapacket[kvp.Key][frame_start, i];
GameManager.players[kvp.Key].predictrot[i] = GameManager.players_rot_datapacket[kvp.Key][frame_start, i];
}
}
}
// }
// GameManager.players[packet.id].cam.transform.position = packet.pos[10, 0];
// GameManager.players[packet.id].leftController.transform.position = packet.pos[10, 1];
// GameManager.players[packet.id].rightController.transform.position = packet.pos[10, 2];
//}
}
