protected override void OnCollision(MsgClientEvent msg)
{
// Contact handling is now done by the backend completely - that is we just report any
// collision with another car
if (msg.Subtype == (byte)ACSProtocol.MessageType.ACSP_CE_COLLISION_WITH_CAR)
{
DriverInfo driver = null;
if (!PluginManager.TryGetDriverInfo(Convert.ToByte(msg.CarId), out driver))
{
throw new Exception("Driver not found: " + msg.CarId);
}
DriverInfo otherDriver = null;
if (!PluginManager.TryGetDriverInfo(Convert.ToByte(msg.OtherCarId), out otherDriver))
{
throw new Exception("(Other) Driver not found: " + msg.OtherCarId);
}
var driversCache = GetDriversCache(driver, 980);
var otherDriversCache = GetDriversCache(otherDriver, 980);
var driversDistance = _distancesToReport[driver];
_distancesToReport[driver] = new MRDistanceHelper();
TrySendDistance(driver, true);
MRBackend.CollisionAsyncV22(msg.CreationDate, msg.CarId, msg.OtherCarId, msg.RelativeVelocity, driver.LastSplinePosition, msg.RelativePosition.X, msg.RelativePosition.Z, msg.WorldPosition.X, msg.WorldPosition.Z, driversCache.ToArray(), otherDriversCache.ToArray(), driversDistance);
}
}
private void TrySendDistance(DriverInfo di, bool forced = false)
{
if (!_distancesToReport.ContainsKey(di))
{
_distancesToReport.Add(di, new MRDistanceHelper());
}
// New approach: We'll send the distance set as soon as a driver crosses a TrackDefinition.Split
#region legacy approach: fixed distance
if (CurrentTrackDefinition == null || CurrentTrackDefinition.Splits == null)
{
var distanceCached = _distancesToReport[di];
// Then we'll do it in different resolutions; the first meters are more important than the later ones
if (di.Distance > REGULAR_DISTANCE && distanceCached.MetersDriven > 2000 || forced) // After 2km, we'll just report in big chunks - or if forced
{
MRBackend.DistanceDrivenAsync(di.CarId, distanceCached);
_distancesToReport[di] = new MRDistanceHelper();
}
else if (di.Distance < REGULAR_DISTANCE && distanceCached.MetersDriven > 200) // 200m is about "left pits", so we'll report this until
{
MRBackend.DistanceDrivenAsync(di.CarId, distanceCached);
_distancesToReport[di] = new MRDistanceHelper();
}
}
#endregion
else
{
try
{
if (di.LastCarUpdate != null && di.LastCarUpdate.List.Count > 1)
{
var lastPos = di.LastCarUpdate.Previous.Value;
var thisPos = di.LastCarUpdate.Value;
foreach (var split in CurrentTrackDefinition.Splits)
{
if (lastPos.NormalizedSplinePosition < split && thisPos.NormalizedSplinePosition > split)
{
// Gotcha!
var distanceCached = _distancesToReport[di];
_distancesToReport[di] = new MRDistanceHelper();
distanceCached.SplinePosCurrent = thisPos.NormalizedSplinePosition;
distanceCached.SplinePosTimeCurrent = Convert.ToInt32(thisPos.CreationDate.Subtract(di.CurrentLapStart).TotalMilliseconds);
distanceCached.SplinePosLast = lastPos.NormalizedSplinePosition;
distanceCached.SplinePosTimeLast = Convert.ToInt32(lastPos.CreationDate.Subtract(di.CurrentLapStart).TotalMilliseconds);
MRBackend.DistanceDrivenAsync(di.CarId, distanceCached);
break;
}
}
}
}
catch (Exception ex)
{
PluginManager.Log(ex);
}
}
}
public void CollisionAsyncV22(DateTime creationDate, byte carId, byte otherCarId, float relativeVelocity, float lastSplinePosition, float relativeX, float relativeZ, float worldX, float worldZ, CarUpdateHistory[] historyCar, CarUpdateHistory[] historyOtherCar, MRDistanceHelper distanceCar)
{
EnqueueBackendMessage(() => { return(_mrserver.CollisionV24(CurrentSessionGuid, creationDate, carId, otherCarId, relativeVelocity, lastSplinePosition, relativeX, relativeZ, worldX, worldZ, historyCar, historyOtherCar, distanceCar)); });
}
public void DistanceDrivenAsync(byte carId, MRDistanceHelper distanceDriven)
{
EnqueueBackendMessage(() => { return(_mrserver.DistanceDriven(CurrentSessionGuid, carId, distanceDriven)); });
}
private void SendDistance(DriverInfo di, bool forced = false)
{
if (!_distancesToReport.ContainsKey(di))
_distancesToReport.Add(di, new MRDistanceHelper());
var distanceCached = _distancesToReport[di];
// Then we'll do it in different resolutions; the first meters are more important than the later ones
if (di.Distance > REGULAR_DISTANCE && distanceCached.MetersDriven > 2000 || forced) // After 2km, we'll just report in big chunks - or if forced
{
PluginManager.Log(DateTime.Now.TimeOfDay.ToString() + "- Send DistanceDriven: " + di.CarId + ": " + distanceCached.MetersDriven);
HandleClientActions(LiveDataServer.DistanceDriven(CurrentSessionGuid, di.CarId, distanceCached));
_distancesToReport[di] = new MRDistanceHelper();
}
else if (di.Distance < REGULAR_DISTANCE && distanceCached.MetersDriven > 200) // 200m is about "left pits", so we'll report this until
{
PluginManager.Log(DateTime.Now.TimeOfDay.ToString() + "- Send DistanceDriven: " + di.CarId + ": " + distanceCached.MetersDriven);
HandleClientActions(LiveDataServer.DistanceDriven(CurrentSessionGuid, di.CarId, distanceCached));
_distancesToReport[di] = new MRDistanceHelper();
}
}
