private void generateMissionDebrief()
{
MinmusComposition s = getMinmusCompositionScenarioModule();
if (s != null)
{
MinmusCompositionMissionEndInformation info = new MinmusCompositionMissionEndInformation();
List <Vessel> satellite = getXraySatellites();
info.soiName = FlightGlobals.currentMainBody.name;
info.velocity = average(velocities);
if (satellite.Count > 0)
{
foreach (Vessel v in satellite)
{
info.lineOfSight.Add(NeutrinoSensorModule.isLineOfSight(vessel.GetWorldPos3D(), v.GetWorldPos3D()));
info.distance.Add(Vector3d.Distance(vessel.GetWorldPos3D(), v.GetWorldPos3D()));
}
info.alt = vessel.heightFromTerrain;
}
else
{
info.lineOfSight.Add(false);
}
s.missionEnd(info);
}
}
public void missionEnd(MinmusCompositionMissionEndInformation info)
{
if (oneTrue(info.lineOfSight))
{
KGSSPluginLogger.Log("Minmus Composition - Crash Altitude: " + info.alt);
KGSSPluginLogger.Log("Minmus Composition - Crash Velocity: " + info.velocity);
KGSSPluginLogger.Log("Minmus Composition - Crash SOI: " + info.soiName);
foreach (double d in info.distance)
{
KGSSPluginLogger.Log("Minmus Composition - Crash Distance: " + d);
}
if (info.soiName.Equals(destinationSOI) && info.alt < TERRAIN_THRESHOLD)
{
resultText.Add("Mission Success - The KGSS is now busy analysing this latest data.");
resultText.Add("");
resultText.Add("Impact Velocity: ");
resultText.Add((Math.Round(info.velocity, 1) + " m/s"));
int i = 0;
foreach (double d in info.distance)
{
if (info.lineOfSight[i])
{
resultText.Add("Distance from X-ray Satellite: ");
resultText.Add((Math.Round(d, 1) + " m"));
}
i++;
}
resultText.Add("Mission Score: ");
resultText.Add(((info.velocity * sumVectorIf(info.distance, info.lineOfSight) * (double)SCORE_MULT)).ToString());
Tutorial.StartTutorial(success);
}
else
{
resultText.Add("Mission Failed - The impact probe was destroyed before reaching the target.");
Tutorial.StartTutorial(failure);
}
}
else
{
resultText.Add("Mission Failed - The KGSS X-ray Satellite had no line of sight to the probes impact site.");
Tutorial.StartTutorial(failure);
}
}
public void missionEnd(MinmusCompositionMissionEndInformation info)
{
if (oneTrue(info.lineOfSight))
{
KGSSPluginLogger.Log("Minmus Composition - Crash Altitude: " + info.alt);
KGSSPluginLogger.Log("Minmus Composition - Crash Velocity: " + info.velocity);
KGSSPluginLogger.Log("Minmus Composition - Crash SOI: " + info.soiName);
foreach (double d in info.distance)
{
KGSSPluginLogger.Log("Minmus Composition - Crash Distance: " + d);
}
if (info.soiName.Equals(destinationSOI) && info.alt < TERRAIN_THRESHOLD)
{
resultText.Add("Mission Success - The KGSS is now busy analysing this latest data.");
resultText.Add("");
resultText.Add("Impact Velocity: ");
resultText.Add((Math.Round(info.velocity, 1) + " m/s"));
int i = 0;
foreach (double d in info.distance)
{
if(info.lineOfSight[i])
{
resultText.Add("Distance from X-ray Satellite: ");
resultText.Add((Math.Round(d,1) + " m"));
}
i++;
}
resultText.Add("Mission Score: ");
resultText.Add(((info.velocity * sumVectorIf(info.distance, info.lineOfSight) * (double)SCORE_MULT)).ToString());
Tutorial.StartTutorial(success);
}
else
{
resultText.Add("Mission Failed - The impact probe was destroyed before reaching the target.");
Tutorial.StartTutorial(failure);
}
}
else
{
resultText.Add("Mission Failed - The KGSS X-ray Satellite had no line of sight to the probes impact site.");
Tutorial.StartTutorial(failure);
}
}
