private void UpdateStats(int i, int j, GGPONetworkStats stats)
{
/*
* Random graphs
*/
if (j == 0)
{
_remote_queue_graph[i] = stats.recv_queue_len;
_send_queue_graph[i] = stats.send_queue_len;
}
/*
* Ping
*/
_ping_graph[j][i] = stats.ping;
/*
* Frame Advantage
*/
_local_fairness_graph[j][i] = stats.local_frames_behind;
_remote_fairness_graph[j][i] = stats.remote_frames_behind;
if (stats.local_frames_behind < 0 && stats.remote_frames_behind < 0)
{
/*
* Both think it's unfair (which, ironically, is fair). Scale both and subtrace.
*/
_fairness_graph[i] = Mathf.Abs(Mathf.Abs(stats.local_frames_behind) - Mathf.Abs(stats.remote_frames_behind));
}
else if (stats.local_frames_behind > 0 && stats.remote_frames_behind > 0)
{
/*
* Impossible! Unless the network has negative transmit time. Odd....
*/
_fairness_graph[i] = 0;
}
else
{
/*
* They disagree. Add.
*/
_fairness_graph[i] = Mathf.Abs(stats.local_frames_behind) + Mathf.Abs(stats.remote_frames_behind);
}
int now = Utils.TimeGetTime();
if (now > _last_text_update_time + 500)
{
networkLag = $"{stats.ping} ms";
frameLag = $"{((stats.ping != 0) ? stats.ping * 60f / 1000f : 0f)} frames";
bandwidth = $"{stats.kbps_sent / 8f} kilobytes/sec";
localAhead = $"{stats.local_frames_behind} frames";
remoteAhead = $"{stats.remote_frames_behind} frames";
_last_text_update_time = now;
}
}
public static int GetNetworkStats(int phandle, out GGPONetworkStats stats)
{
stats = new GGPONetworkStats();
var result = GGPO.GetNetworkStats(ggpo, phandle,
out stats.send_queue_len,
out stats.recv_queue_len,
out stats.ping,
out stats.kbps_sent,
out stats.local_frames_behind,
out stats.remote_frames_behind
);
return(result);
}
