private bool ProcessLocationUpdate(EDEvent edEvent)
{
EDLocation currentLocation = edEvent.Location();
if (currentLocation == null)
{
return(false);
}
if (SessionStartLocation == null)
{
SessionStartLocation = currentLocation;
}
_telemetry["CurrentAltitude"] = EDLocation.DistanceToString(edEvent.Altitude);
if ((int)edEvent.Altitude > MaximumAltitude)
{
MaximumAltitude = (int)edEvent.Altitude;
_telemetry["MaximumAltitude"] = EDLocation.DistanceToString(MaximumAltitude);
}
else if (!_playerIsInSRV && (int)edEvent.Altitude < MinimumAltitude)
{
MinimumAltitude = (int)edEvent.Altitude;
_telemetry["MinimumAltitude"] = EDLocation.DistanceToString(MinimumAltitude);
}
if (_lastLocation == null)
{
_lastLocation = currentLocation;
return(false);
}
if (_lastLocation.Latitude.Equals(currentLocation.Latitude) && _lastLocation.Longitude.Equals(currentLocation.Longitude))
{
return(false);
}
_telemetry["CurrentLatitude"] = currentLocation.Latitude.ToString();
_telemetry["CurrentLongitude"] = currentLocation.Longitude.ToString();
// Update distance/speed statistics
if (CalculateDistances(currentLocation))
{
CalculateSpeed(currentLocation, edEvent.TimeStamp);
if (SessionStartTime == DateTime.MinValue)
{
// We set session start time on first detected movement
SessionStartTime = DateTime.UtcNow;
_telemetry["SessionStartTime"] = SessionStartTime.ToString("HH:mm:ss");
_telemetry["SessionDate"] = SessionStartTime.ToShortDateString();
}
return(true);
}
return(false);
}
public EDRaceStatus(EDEvent baseEvent)
{
// This constructor should only ever be called by the server
Flags = baseEvent.Flags;
Heading = baseEvent.Heading;
TimeStamp = baseEvent.TimeStamp;
Commander = baseEvent.Commander;
if (baseEvent.HasCoordinates())
{
Location = baseEvent.Location();
}
}
private bool ProcessLocationUpdate(EDEvent edEvent)
{
EDLocation currentLocation = edEvent.Location();
if (currentLocation == null)
{
return(false);
}
if (SessionStartLocation == null)
{
SessionStartLocation = currentLocation;
}
_telemetry["CurrentAltitude"] = EDLocation.DistanceToString(edEvent.Altitude);
if ((int)edEvent.Altitude > MaximumAltitude)
{
MaximumAltitude = (int)edEvent.Altitude;
_telemetry["MaximumAltitude"] = EDLocation.DistanceToString(MaximumAltitude);
}
if (_lastLocation == null)
{
_lastLocation = currentLocation;
SessionStartTime = edEvent.TimeStamp;
return(false);
}
if (_lastLocation.Latitude.Equals(currentLocation.Latitude) && _lastLocation.Longitude.Equals(currentLocation.Longitude))
{
return(false);
}
// Update distance/speed statistics
if (CalculateDistances(currentLocation))
{
CalculateSpeed(currentLocation, edEvent.TimeStamp);
return(true);
}
return(false);
}
public void UpdateStatus(EDEvent updateEvent)
{
// Update our status based on the passed event
if (updateEvent.TimeStamp > DateTime.MinValue)
{
TimeStamp = updateEvent.TimeStamp;
}
if (Finished) // We keep tracking when eliminated in case of mistake (racers can be restored)
{
return;
}
if ((updateEvent.Flags > 0) && (Flags != updateEvent.Flags))
{
_lastFlags = Flags;
Flags = updateEvent.Flags;
}
Flags2 = updateEvent.Flags2;
Pips = (byte[])updateEvent.Pips.Clone();
Heading = updateEvent.Heading;
if (updateEvent.Health >= 0)
{
Hull = updateEvent.Health;
AddRaceHistory($"Hull percentage: {Hull*100:F1}");
}
if (updateEvent.HasCoordinates())
{
_previousLocation = Location;
Location = updateEvent.Location();
ProcessLocationChange();
CalculateSpeed();
}
if (!Started)
{
return;
}
ProcessFlags();
switch (updateEvent.EventName)
{
case "SRVDestroyed":
ProcessSRVDestroyedEvent();
break;
case "FighterDestroyed":
ProcessFighterDestroyedEvent();
break;
case "ShipTargeted":
ProcessShipTargetedEvent(updateEvent);
break;
case "Touchdown":
ProcessTouchdownEvent(updateEvent);
break;
case "Liftoff":
_lastTouchDown = DateTime.MinValue;
break;
case "DockSRV":
ProcessDockSRVEvent(updateEvent);
break;
case "LaunchSRV":
ProcessLaunchSRVEvent();
break;
case "Synthesis":
ProcessSynthesisEvent(updateEvent);
break;
}
GenerateStatus();
if (_status.Equals(_lastStatus))
{
return;
}
AddRaceHistory(_status);
_lastStatus = _status;
StatusChanged?.Invoke(null, Commander, _status);
}