public void DrawToSurfaces(ILSDataSet ILSData, VORDataSet VORData, NDBDataSet NDBData)
{
List <IMyTextSurfaceProvider> SurfaceProviders = GetScreens(CockpitTag);
if (SurfaceProviders == null)
{
Echo("No screen found!");
return;
}
CombinedDataSet CombinedData = new CombinedDataSet
{
ILSData = ILSData,
VORData = VORData
};
foreach (IMyTextSurfaceProvider _sp in SurfaceProviders)
{
IMyTerminalBlock _spTerminal = _sp as IMyTerminalBlock;
string _customDataString = _spTerminal.CustomData;
MyIni _customData = new MyIni();
MyIniParseResult iniResult;
if (!_customData.TryParse(_customDataString, out iniResult))
{
throw new Exception(iniResult.ToString());
}
if (_customData.Get("NavigationSurfaces", "0").ToString("none") == "none")
{
for (int i = 0; i < _sp.SurfaceCount; i++)
{
switch (i)
{
case 1:
_customData.Set("NavigationSurfaces", i.ToString(), "ILS");
break;
case 2:
_customData.Set("NavigationSurfaces", i.ToString(), "VOR");
break;
case 3:
_customData.Set("NavigationSurfaces", i.ToString(), "Data");
break;
default:
_customData.Set("NavigationSurfaces", i.ToString(), "N/A");
break;
}
}
_spTerminal.CustomData = _customData.ToString();
continue;
}
string[] DrawSurfaces = new string[_sp.SurfaceCount];
try
{
for (var i = 0; i < _sp.SurfaceCount; i++)
{
string value = _customData.Get("NavigationSurfaces", i.ToString()).ToString();
DrawSurfaces[i] = value;
}
}
catch (Exception)
{
Echo("Error in building DrawSurfaces Loop");
}
// ILS Screen
try
{
IMyTextSurface ILSSurface = _sp.GetSurface(Array.IndexOf(DrawSurfaces, "ILS"));
Draw.DrawSurface(ILSSurface, Surface.ILS, ILSData);
}
catch (Exception)
{
Echo("No ILS Surface found in \"" + _spTerminal.CustomName.ToString() + "\".");
}
// VOR Screen
try
{
IMyTextSurface VORSurface = _sp.GetSurface(Array.IndexOf(DrawSurfaces, "VOR"));
Draw.DrawSurface(VORSurface, Surface.VOR, VORData);
}
catch (Exception)
{
Echo("No VOR Surface found in \"" + _spTerminal.CustomName.ToString() + "\".");
}
// NDB Screen
try
{
IMyTextSurface VORSurface = _sp.GetSurface(Array.IndexOf(DrawSurfaces, "NDB"));
Draw.DrawSurface(VORSurface, Surface.NDB, NDBData);
}
catch (Exception)
{
Echo("No NDB Surface found in \"" + _spTerminal.CustomName.ToString() + "\".");
}
// Data Screen
try
{
IMyTextSurface DataSurface = _sp.GetSurface(Array.IndexOf(DrawSurfaces, "Data"));
Draw.DrawSurface(DataSurface, Surface.Data, CombinedData);
}
catch (Exception)
{
Echo("No Data Surface found in " + _spTerminal.CustomName.ToString());
}
}
}
private static void DrawILS(ref MySpriteDrawFrame Frame, IMyTextSurface Surface, ILSDataSet ILSData)
{
if (ILSData.Rotation == null)
{
DrawCross(ref Frame);
return;
}
// Vars
float CircleSize = Size.Y * 0.95f;
float ArrowLength = Size.Y * 0.8f;
float ArrowRotation = (float)ILSData.Rotation;
float Deviation = (float)ILSData.LocalizerDeviation; // between -12 and 12.
// Re-position the Center position a bit offset in order to accomodate glideslope indicator.
Center -= CenterSub;
// Circle
MySprite Circle1 = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize));
Circle1.Color = CockpitFGColor.Alpha(1f);
Frame.Add(Circle1);
MySprite Circle2 = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize) * 0.95f);
Circle2.Color = CockpitBGColor.Alpha(1f);
Frame.Add(Circle2);
// Arrow
MySprite ArrowBody = MySprite.CreateSprite("SquareSimple", Center, new Vector2(12 * UnitX, ArrowLength)); // new Vector2(10 * UnitX, 60 * UnitY)
ArrowBody.Color = Color.LawnGreen.Alpha(1f);
ArrowBody.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(ArrowBody);
float AConstant = ArrowLength / 2.1f;
float Ax = (float)Math.Sin(ToRadian(ArrowRotation)) * AConstant;
float Ay = (float)Math.Cos(ToRadian(ArrowRotation)) * AConstant * -1;
MySprite ArrowHead = MySprite.CreateSprite("Triangle", Center + new Vector2(Ax, Ay), Size * 0.2f);
ArrowHead.Color = Color.LawnGreen.Alpha(1f);
ArrowHead.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(ArrowHead);
// Deviation bar
float DConstant = Deviation / (float)LOCFullScaleDeflectionAngle * (Size.Y * 0.4f);
float Dx = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DConstant * -1;
float Dy = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DConstant;
MySprite DeviationBarMask = MySprite.CreateSprite("SquareSimple", Center, new Vector2(12 * UnitX, ArrowLength / 2.7f));
DeviationBarMask.Color = CockpitBGColor.Alpha(1f);
DeviationBarMask.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(DeviationBarMask);
MySprite DeviationBar = MySprite.CreateSprite("SquareSimple", Center + new Vector2(Dx, Dy), new Vector2(12 * UnitX, ArrowLength / 3));
DeviationBar.Color = Color.LawnGreen.Alpha(1f);
DeviationBar.RotationOrScale = ToRadian(ArrowRotation);
Frame.Add(DeviationBar);
// Localizer Deviation Scale
float DSM2 = -1.0f * (Size.Y * 0.4f);
float DSM1 = -0.5f * (Size.Y * 0.4f);
float DSP1 = 0.5f * (Size.Y * 0.4f);
float DSP2 = 1.0f * (Size.Y * 0.4f);
float DSM2x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSM2 * -1;
float DSM2y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSM2;
float DSM1x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSM1 * -1;
float DSM1y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSM1;
float DSP1x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSP1 * -1;
float DSP1y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSP1;
float DSP2x = (float)Math.Sin(ToRadian(ArrowRotation + 90)) * DSP2 * -1;
float DSP2y = (float)Math.Cos(ToRadian(ArrowRotation + 90)) * DSP2;
MySprite DSM2Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSM2x, DSM2y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSM1Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSM1x, DSM1y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSCSprite = MySprite.CreateSprite("Circle", Center, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSP1Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSP1x, DSP1y), new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite DSP2Sprite = MySprite.CreateSprite("Circle", Center + new Vector2(DSP2x, DSP2y), new Vector2(CircleSize, CircleSize) * 0.1f);
DSM2Sprite.Color = CockpitFGColor.Alpha(1f);
DSM1Sprite.Color = CockpitFGColor.Alpha(1f);
DSCSprite.Color = CockpitFGColor.Alpha(1f);
DSP1Sprite.Color = CockpitFGColor.Alpha(1f);
DSP2Sprite.Color = CockpitFGColor.Alpha(1f);
Frame.Add(DSM2Sprite);
Frame.Add(DSM1Sprite);
Frame.Add(DSCSprite);
Frame.Add(DSP1Sprite);
Frame.Add(DSP2Sprite);
// GlideSlope
Vector2 GSCenter = new Vector2(Size.X * 1.3f, Center.Y);
Vector2 GSM2 = new Vector2(GSCenter.X, GSCenter.Y - Size.Y * 0.4f);
Vector2 GSM1 = new Vector2(GSCenter.X, GSCenter.Y - Size.Y * 0.2f);
Vector2 GSP1 = new Vector2(GSCenter.X, GSCenter.Y + Size.Y * 0.2f);
Vector2 GSP2 = new Vector2(GSCenter.X, GSCenter.Y + Size.Y * 0.4f);
float DeviationUnits = (float)ILSData.GlideSlopeDeviation / (float)GSFullScaleDeflectionAngle * Size.Y * 0.4f;
Vector2 GSDiamondPos = new Vector2(GSCenter.X, GSCenter.Y + DeviationUnits);
MySprite GDSM2Sprite = MySprite.CreateSprite("Circle", GSM2, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSM1Sprite = MySprite.CreateSprite("Circle", GSM1, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSP1Sprite = MySprite.CreateSprite("Circle", GSP1, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSP2Sprite = MySprite.CreateSprite("Circle", GSP2, new Vector2(CircleSize, CircleSize) * 0.1f);
MySprite GDSCSprite = MySprite.CreateSprite("SquareSimple", GSCenter, new Vector2(CircleSize * 0.2f, UnitY * 6));
MySprite GSDiamond = MySprite.CreateSprite("SquareSimple", GSDiamondPos, new Vector2(UnitX * 25, UnitY * 25));
GDSCSprite.Color = CockpitFGColor.Alpha(1f);
GSDiamond.Color = Color.LawnGreen.Alpha(1f);
GSDiamond.RotationOrScale = ToRadian(45f);
GDSM2Sprite.Color = CockpitFGColor.Alpha(1f);
GDSM1Sprite.Color = CockpitFGColor.Alpha(1f);
GDSP1Sprite.Color = CockpitFGColor.Alpha(1f);
GDSP2Sprite.Color = CockpitFGColor.Alpha(1f);
Frame.Add(GDSM2Sprite);
Frame.Add(GDSM1Sprite);
Frame.Add(GDSCSprite);
Frame.Add(GDSP1Sprite);
Frame.Add(GDSP2Sprite);
Frame.Add(GSDiamond);
// Re-center the center position.
Center += CenterSub;
}
public void Main(string argument, UpdateType updateSource)
{
if (!SetupComplete)
{
Echo("Running setup.");
Setup();
InitializeStorage();
}
else
{
Echo("Skipping setup");
}
if (!argument.Equals(""))
{
switch (argument.ToLower())
{
// General Commands
case "reset":
InitializeStorage();
break;
// ILS Commands
case "startils":
ShipShouldListenForILS = true;
break;
case "stopsearchils":
ShipShouldListenForILS = false;
break;
case "stopils":
ShipHasSelectedILS = false;
ShipShouldListenForILS = false;
// ResetDefaultILSInConfig();
break;
// VOR Commands
case "startvor":
ShipShouldListenForVOR = true;
break;
case "stopsearchvor":
ShipShouldListenForVOR = false;
break;
case "stopvor":
ShipHasSelectedVOR = false;
ShipShouldListenForVOR = false;
// ResetDefaultVORInConfig();
break;
}
// OBS 90
if (argument.ToLower().StartsWith("obs "))
{
string[] argPart = argument.Split(' ');
double OBS;
if (double.TryParse(argPart[1], out OBS))
{
config.Set("VORNavigation", "OBS", OBS.ToString());
SaveStorage();
}
}
// SurfaceToggle 0 1
if (argument.ToLower().StartsWith("surfacetoggle "))
{
string[] argPart = argument.Split(' ');
int SurfaceProviderIndex, SurfaceIndex;
int.TryParse(argPart[1], out SurfaceProviderIndex);
int.TryParse(argPart[2], out SurfaceIndex);
ToggleSurface(SurfaceProviderIndex, SurfaceIndex);
}
}
// Update the ship and gravity vectors.
UpdateVectors();
// Main Logic
if (ShipShouldListenForILS)
{
// If ship is connected to an ILS and is listening, another ILS closer by will override
// the active transmitter. Normally ShipShouldListen will be false once connected.
SearchForILSMessages();
}
if (ShipShouldListenForVOR)
{
SearchForVORMessages();
}
if (ShipShouldListenForNDB)
{
SearchForNDBMessages();
}
ILSData = new ILSDataSet();
if (ShipHasSelectedILS)
{
ILSData = HandleILS();
}
VORDataSet VORData = new VORDataSet();
if (ShipHasSelectedVOR)
{
VORData = HandleVOR();
}
NDBDataSet NDBData = new NDBDataSet();
if (ShipHasSelectedNDB)
{
NDBData = HandleNDB();
}
DrawToSurfaces(ILSData, VORData, NDBData);
}