private static int windowDisplayField = 0; // Bitfield describing what is visible in the flight window - used to determine when the height needs to be updated
private void Awake()
{
FlightDataWrapper.Init();
LoadSettingsFromConfig();
if (ToolbarManager.ToolbarAvailable)
{
CreateToolbarButtonBlizzy();
}
else
{
GameEvents.onGUIApplicationLauncherReady.Add(CreateToolbarButtonStock);
}
Log.info("Toolbar manager available: {0}" + ToolbarManager.ToolbarAvailable);
}
private static int windowDisplayField = 0; // Bitfield describing what is visible in the flight window - used to determine when the height needs to be updated
private void Awake()
{
FlightDataWrapper.Init();
LoadSettingsFromConfig();
if (ToolbarManager.ToolbarAvailable)
{
CreateToolbarButtonBlizzy();
}
else
{
CreateToolbarButtonStock();
}
Debug.Log("Toolbar manager available: " + ToolbarManager.ToolbarAvailable.ToString());
}
public void FlightWindowGUI(int windowID)
{
inAtmosphere = vessel.altitude < vessel.mainBody.atmosphereDepth;
int tmpDisplayField = windowDisplayField;
windowDisplayField = 0;
int counter = 1;
GUILayout.BeginVertical();
if (FlightGUISettings.ShowAmbientTemp)
{
GUIUtil.FlightWindowField("Ambient Temperature", GUIUnitsSettings.TemperatureUnits.Format(vessel.atmosphericTemperature, GUIUnits.Temperature.kelvin));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowAmbientPressure)
{
GUIUtil.FlightWindowField("Ambient Pressure", GUIUnitsSettings.PressureUnits.Format(vessel.staticPressurekPa, GUIUnits.Pressure.kPa));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowRecoveryTemp && inAtmosphere && flightSys.InletArea > 0f && flightSys.EngineArea > 0f)
{
GUIUtil.FlightWindowField("Recovery Temperature", GUIUnitsSettings.TemperatureUnits.Format(flightSys.InletTherm.T, GUIUnits.Temperature.kelvin));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowRecoveryPressure && inAtmosphere && flightSys.InletArea > 0f && flightSys.EngineArea > 0f)
{
GUIUtil.FlightWindowField("Recovery Pressure", GUIUnitsSettings.PressureUnits.Format(flightSys.InletTherm.P, GUIUnits.Pressure.Pa));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowInletPercent && inAtmosphere && flightSys.EngineArea > 0f)
{
GUIStyle inletPercentStyle = new GUIStyle(GUIUtil.LeftLabel);
double.IsInfinity(flightSys.AreaRatio);
string areaPercentString = "";
if (double.IsInfinity(flightSys.AreaRatio) || double.IsNaN(flightSys.AreaRatio))
{
areaPercentString = "n/a";
}
else
{
areaPercentString = flightSys.AreaRatio.ToString("P2");
Color inletPercentColor = Color.white;
if (flightSys.AreaRatio >= 1)
{
inletPercentColor = Color.green;
}
else if (flightSys.AreaRatio < 1)
{
inletPercentColor = Color.red;
}
inletPercentStyle.normal.textColor = inletPercentStyle.focused.textColor = inletPercentStyle.hover.textColor = inletPercentStyle.onNormal.textColor = inletPercentStyle.onFocused.textColor = inletPercentStyle.onHover.textColor = inletPercentStyle.onActive.textColor = inletPercentColor;
}
GUIUtil.FlightWindowField("Inlet", areaPercentString);
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowTPR && inAtmosphere && flightSys.InletArea > 0f && flightSys.EngineArea > 0f)
{
GUIUtil.FlightWindowField("TPR", flightSys.OverallTPR.ToString("P2"));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowInletPressureRatio && inAtmosphere && flightSys.InletArea > 0f && flightSys.EngineArea > 0f)
{
GUIUtil.FlightWindowField("Inlet Pressure Ratio", (flightSys.InletTherm.P / flightSys.AmbientTherm.P).ToString("F2"));
windowDisplayField += counter;
}
counter *= 2;
double totalThrust = 0;
double totalMDot = 0;
if (FlightGUISettings.ShowThrust || FlightGUISettings.ShowTWR || FlightGUISettings.ShowTDR || FlightGUISettings.ShowIsp || FlightGUISettings.ShowTSFC)
{
List <ModuleEngines> allEngines = flightSys.EngineList;
for (int i = 0; i < allEngines.Count; i++)
{
if (allEngines[i].EngineIgnited)
{
totalThrust += allEngines[i].finalThrust; // kN
totalMDot += allEngines[i].finalThrust / allEngines[i].realIsp;
}
}
totalMDot /= 9.81d;
totalMDot *= 1000d; // kg/s
}
if (FlightGUISettings.ShowThrust)
{
GUIUtil.FlightWindowField("Thrust", GUIUnitsSettings.ForceUnits.Format(totalThrust, GUIUnits.Force.kN));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowTWR)
{
double TWR = 0d;
double weight = (FlightGlobals.getGeeForceAtPosition(vessel.CoM).magnitude *vessel.GetTotalMass());
if (totalThrust > 0d && weight > 0d)
{
TWR = totalThrust / (FlightGlobals.getGeeForceAtPosition(vessel.CoM).magnitude *vessel.GetTotalMass());
}
GUIUtil.FlightWindowField("TWR", TWR.ToString("F2"));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowTDR && inAtmosphere)
{
double totalDrag = FlightDataWrapper.VesselTotalDragkN(vessel);
double tdr = 0;
if (FlightDataWrapper.VesselDynPreskPa(vessel) > 0.01d)
{
tdr = totalThrust / totalDrag;
}
GUIUtil.FlightWindowField("Thrust / Drag", tdr.ToString("G3"));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowIsp)
{
double Isp = 0d;
if (totalThrust > 0d && totalMDot > 0d)
{
Isp = totalThrust / totalMDot; // kN/(kg/s) = km/s
}
GUIUtil.FlightWindowField("Specific Impulse", GUIUnitsSettings.IspUnits.Format(Isp, GUIUnits.Isp.km__s));
windowDisplayField += counter;
}
counter *= 2;
if (FlightGUISettings.ShowTSFC)
{
double SFC = 0d;
if (totalThrust > 0d && totalMDot > 0d)
{
SFC = totalMDot / totalThrust; // (kg/s)/kN
}
GUIUtil.FlightWindowField("TSFC", GUIUnitsSettings.TSFCUnits.Format(SFC, GUIUnits.TSFC.kg__kN_s));
windowDisplayField += counter;
}
if (windowDisplayField != tmpDisplayField)
{
FlightWindowPos.height = 0;
}
GUILayout.BeginHorizontal();
FlightGUISettings.ShowSettingsWindow = GUILayout.Toggle(FlightGUISettings.ShowSettingsWindow, "Settings", GUIUtil.ButtonToggle, GUIUtil.normalWidth);
GUIUnitsSettings.ShowUnitsSettingsWindow = GUILayout.Toggle(GUIUnitsSettings.ShowUnitsSettingsWindow, "Units", GUIUtil.ButtonToggle, GUIUtil.smallWidth);
GUILayout.EndHorizontal();
GUILayout.EndVertical();
GUI.DragWindow();
FlightWindowPos = GUIUtil.ClampToScreen(FlightWindowPos);
}
