public override string GetInfo()
{
var info = new StringBuilder();
if (ShowEditor_OmniRange && Mode1OmniRange > 0)
{
info.AppendFormat("Omni range: {0} / {1}", RTUtil.FormatSI(Mode0OmniRange * RangeMultiplier, "m"), RTUtil.FormatSI(Mode1OmniRange * RangeMultiplier, "m")).AppendLine();
}
if (ShowEditor_DishRange && Mode1DishRange > 0)
{
info.AppendFormat("Dish range: {0} / {1}", RTUtil.FormatSI(Mode0DishRange * RangeMultiplier, "m"), RTUtil.FormatSI(Mode1DishRange * RangeMultiplier, "m")).AppendLine();
}
if (ShowEditor_EnergyReq && EnergyCost > 0)
{
info.AppendFormat("Energy req.: {0}", RTUtil.FormatConsumption(EnergyCost * ConsumptionMultiplier)).AppendLine();
}
if (ShowEditor_DishAngle && CanTarget)
{
info.AppendFormat("Cone angle: {0} degrees", DishAngle.ToString("F2")).AppendLine();
}
if (IsRTActive)
{
info.AppendLine("Activated by default");
}
if (MaxQ > 0)
{
info.AppendLine("Snaps under high dynamic pressure");
}
return(info.ToString().TrimEnd(Environment.NewLine.ToCharArray()));
}
private void UpdateContext()
{
GUI_OmniRange = RTUtil.FormatSI(Omni, "m");
GUI_DishRange = RTUtil.FormatSI(Dish, "m");
GUI_EnergyReq = RTUtil.FormatConsumption(Consumption);
Events["EventTarget"].guiName = RTUtil.TargetName(Target);
}
public override string GetInfo()
{
var info = new StringBuilder();
if (ShowEditor_OmniRange && Unlocked)
{
info.AppendFormat("Integrated Omni: {1} always-on", RTUtil.FormatSI(OmniRange, "m"), RTUtil.FormatSI(OmniRange, "m"));
}
return(info.ToString());
}
public void GetDescription(StringBuilder s)
{
switch (mode)
{
case DriveMode.Coord:
s.Append("Drive to: ");
s.Append(new Vector2(target, target2).ToString("0.000"));
s.Append(" @ ");
s.Append(RTUtil.FormatSI(Math.Abs(speed), "m/s"));
break;
case DriveMode.Distance:
s.Append("Drive: ");
s.Append(RTUtil.FormatSI(target, "m"));
if (speed > 0)
{
s.Append(" forwards @");
}
else
{
s.Append(" backwards @");
}
s.Append(RTUtil.FormatSI(Math.Abs(speed), "m/s"));
break;
case DriveMode.Turn:
s.Append("Turn: ");
s.Append(target.ToString("0.0"));
if (steering < 0)
{
s.Append("° right @");
}
else
{
s.Append("° left @");
}
s.Append(Math.Abs(steering).ToString("P"));
s.Append(" steering");
break;
case DriveMode.DistanceHeading:
s.Append("Drive: ");
s.Append(RTUtil.FormatSI(target, "m"));
s.Append(", Hdg: ");
s.Append(target2.ToString("0"));
s.Append("° @ ");
s.Append(RTUtil.FormatSI(Math.Abs(speed), "m/s"));
break;
case DriveMode.Off:
s.Append("Turn rover computer off");
break;
}
}
public override void OnStart(StartState state)
{
if (RTCore.Instance != null)
{
GameEvents.onVesselWasModified.Add(OnVesselModified);
GameEvents.onPartUndock.Add(OnPartUndock);
mRegisteredId = vessel.id;
RTCore.Instance.Antennas.Register(vessel.id, this);
SetState(true);
GUI_OmniRange = RTUtil.FormatSI(Omni, "m");
}
}
public override string GetInfo()
{
var info = new StringBuilder();
if (ShowEditor_Class && Mode0OmniRange + Mode1OmniRange + Mode0DishRange + Mode1DishRange > 0)
{
info.AppendLine("Class: " + RTUtil.FormatClass(Math.Max(Math.Max(Mode0DishRange, Mode1DishRange), Math.Max(Mode0OmniRange, Mode1OmniRange))));
}
if (ShowEditor_OmniRange && Mode1OmniRange > 0)
{
info.Append("Omni range: ");
info.Append(RTUtil.FormatSI(Mode0OmniRange, "m"));
info.Append(" / ");
info.AppendLine(RTUtil.FormatSI(Mode1OmniRange, "m"));
}
if (ShowEditor_DishRange && Mode1DishRange > 0)
{
info.Append("Dish range: ");
info.Append(RTUtil.FormatSI(Mode0DishRange, "m"));
info.Append(" / ");
info.AppendLine(RTUtil.FormatSI(Mode1DishRange, "m"));
}
if (ShowEditor_EnergyReq && EnergyCost > 0)
{
info.Append("Energy req.: ");
info.Append(RTUtil.FormatConsumption(EnergyCost));
}
if (ShowEditor_AllEnergyReq)
{
float AllEnergyReq = 0;
foreach (ModuleRTAntenna m in part.Modules.OfType <ModuleRTAntenna>())
{
AllEnergyReq += m.EnergyCost;
}
if (AllEnergyReq > 0)
{
info.Append("Energy req.: ");
info.Append(RTUtil.FormatConsumption(AllEnergyReq));
}
}
return(info.ToString().TrimEnd('\n'));
}
public override string GetInfo()
{
var info = new StringBuilder();
if (ShowEditor_Class)
{
info.AppendFormat("Class: {0}", RTUtil.FormatClass(Math.Max(Math.Max(Mode0DishRange, Mode1DishRange), Math.Max(Mode0OmniRange, Mode1OmniRange)))).AppendLine();
}
if (ShowEditor_OmniRange && Mode1OmniRange > 0)
{
info.AppendFormat("Omni range: {0} / {1}", RTUtil.FormatSI(Mode0OmniRange, "m"), RTUtil.FormatSI(Mode1OmniRange, "m")).AppendLine();
}
if (ShowEditor_DishRange && Mode1DishRange > 0)
{
info.AppendFormat("Dish range: {0} / {1}", RTUtil.FormatSI(Mode0DishRange, "m"), RTUtil.FormatSI(Mode1DishRange, "m")).AppendLine();
}
if (ShowEditor_EnergyReq && EnergyCost > 0)
{
info.AppendFormat("Energy req.: {0}", RTUtil.FormatConsumption(EnergyCost)).AppendLine();
}
return(info.ToString().TrimEnd(Environment.NewLine.ToCharArray()));
}
public void OnGUI()
{
if (Event.current.type == EventType.Repaint && MapView.MapIsEnabled)
{
foreach (ISatellite s in RTCore.Instance.Satellites.FindCommandStations().Concat(RTCore.Instance.Network.GroundStations.Values))
{
bool showOnMapview = true;
var worldPos = ScaledSpace.LocalToScaledSpace(s.Position);
if (MapView.MapCamera.transform.InverseTransformPoint(worldPos).z < 0f)
{
continue;
}
Vector3 pos = PlanetariumCamera.Camera.WorldToScreenPoint(worldPos);
var screenRect = new Rect((pos.x - 8), (Screen.height - pos.y) - 8, 16, 16);
// Hide the current ISatellite if it is behind its body
if (RTSettings.Instance.HideGroundStationsBehindBody && IsOccluded(s.Position, s.Body))
{
showOnMapview = false;
}
if (RTSettings.Instance.HideGroundStationsOnDistance && !IsOccluded(s.Position, s.Body) && this.IsCamDistanceToWide(s.Position))
{
showOnMapview = false;
}
// orbiting remote stations are always shown
if (s.isVessel && !s.parentVessel.Landed)
{
showOnMapview = true;
}
if (showOnMapview)
{
Color pushColor = GUI.color;
// tint the white mark.png into the defined color
GUI.color = s.MarkColor;
// draw the mark.png
GUI.DrawTexture(screenRect, mTexMark, ScaleMode.ScaleToFit, true);
GUI.color = pushColor;
// Show Mouse over informations to the ground station
if (RTSettings.Instance.ShowMouseOverInfoGroundStations && s is MissionControlSatellite && screenRect.ContainsMouse())
{
Rect headline = screenRect;
Vector2 nameDim = this.smallStationHead.CalcSize(new GUIContent(s.Name));
headline.x -= nameDim.x + 10;
headline.y -= 3;
headline.width = nameDim.x;
headline.height = 14;
// draw headline of the station
GUI.Label(headline, s.Name, this.smallStationHead);
// loop antennas
String antennaRanges = String.Empty;
foreach (var antenna in s.Antennas)
{
if (antenna.Omni > 0)
{
antennaRanges += "Omni: " + RTUtil.FormatSI(antenna.Omni, "m") + Environment.NewLine;
}
if (antenna.Dish > 0)
{
antennaRanges += "Dish: " + RTUtil.FormatSI(antenna.Dish, "m") + Environment.NewLine;
}
}
if (!antennaRanges.Equals(String.Empty))
{
Rect antennas = screenRect;
GUIContent content = new GUIContent(antennaRanges);
Vector2 antennaDim = this.smallStationText.CalcSize(content);
float maxHeight = this.smallStationText.CalcHeight(content, antennaDim.x);
antennas.y += headline.height - 3;
antennas.x -= antennaDim.x + 10;
antennas.width = antennaDim.x;
antennas.height = maxHeight;
// draw antenna infos of the station
GUI.Label(antennas, antennaRanges, this.smallStationText);
}
}
}
}
}
}
/// <summary>Tests whether an antenna can connect to a target</summary>
/// <returns>The range to the target, or a diagnostic error message. Returns the
/// empty string if target is invalid.</returns>
/// <param name="antenna">The antenna attempting to make a connection.</param>
/// <param name="target">The Guid to which it is trying to connect.</param>
public static KeyValuePair <string, UnityEngine.Color> tryConnection(IAntenna antenna, Guid target)
{
String status = "ok";
// What kind of target?
if (RTCore.Instance != null && RTCore.Instance.Network != null &&
target != Guid.Empty && target != NetworkManager.ActiveVesselGuid)
{
bool warning = false, error = false;
ISatellite mySat = RTCore.Instance.Network[antenna.Guid];
if (mySat == null)
{
return(new KeyValuePair <string, UnityEngine.Color>("", UnityEngine.Color.white));
}
List <string> conditions = new List <string>();
// Most probably a satellite
ISatellite targetSat = RTCore.Instance.Network[target];
if (targetSat != null)
{
if (!RangeModelExtensions.HasLineOfSightWith(mySat, targetSat))
{
status = "No line of sight";
error = true;
}
double dist = RangeModelExtensions.DistanceTo(mySat, targetSat);
// Only standard model supported for now, RangeModel isn't designed for this problem
double maxDist = Math.Max(antenna.Omni, antenna.Dish);
conditions.Add("Current distance:" + RTUtil.FormatSI(dist, "m"));
conditions.Add("Antenna range:" + RTUtil.FormatSI(maxDist, "m"));
if (dist > maxDist)
{
status = "Target not in range";
error = true;
}
}
try {
CelestialBody targetPlanet = RTCore.Instance.Network.Planets[target];
double dist = Vector3d.Distance(mySat.Position, targetPlanet.position);
double maxDist = Math.Max(antenna.Omni, antenna.Dish);
double spread = 2.0 * dist * Math.Sqrt(1 - antenna.CosAngle * antenna.CosAngle);
int numTargets = countInCone(antenna, target);
if (spread < 2.0 * targetPlanet.Radius)
{
// WHAT does this info?
// conditions.Add("Small Cone");
warning = true;
}
conditions.Add("Current distance:" + RTUtil.FormatSI(dist, "m"));
conditions.Add("Antenna range:" + RTUtil.FormatSI(maxDist, "m"));
if (dist <= maxDist)
{
conditions.Add(String.Format("Info:{0} beam covers {1} targets)",
RTUtil.FormatSI(spread, "m"),
numTargets
));
}
else
{
status = "Target not in range";
error = true;
}
if (numTargets <= 0)
{
warning = true;
}
} catch (KeyNotFoundException) {}
conditions.Add("Status:" + status);
return(new KeyValuePair <string, UnityEngine.Color>(
String.Join("; ", conditions.ToArray()),
error ? UnityEngine.Color.red : (warning ? UnityEngine.Color.yellow : UnityEngine.Color.white)
));
}
// Default behavior
return(new KeyValuePair <string, UnityEngine.Color>("", UnityEngine.Color.white));
}
private String Format(DelayedCommand dc)
{
StringBuilder s = new StringBuilder();
if (dc.AttitudeCommand != null)
{
switch (dc.AttitudeCommand.Mode)
{
case FlightMode.Off:
s.Append("Mode: Off");
break;
case FlightMode.KillRot:
s.Append("Mode: Kill rotation");
break;
case FlightMode.AttitudeHold:
s.Append("Mode: Hold, ");
switch (dc.AttitudeCommand.Attitude)
{
case FlightAttitude.Prograde:
s.Append("Prograde");
break;
case FlightAttitude.Retrograde:
s.Append("Retrograde");
break;
case FlightAttitude.NormalPlus:
s.Append("Normal +");
break;
case FlightAttitude.NormalMinus:
s.Append("Normal -");
break;
case FlightAttitude.RadialPlus:
s.Append("Radial +");
break;
case FlightAttitude.RadialMinus:
s.Append("Radial -");
break;
case FlightAttitude.Surface:
s.Append(dc.AttitudeCommand.Orientation.eulerAngles.x.ToString("F1"));
s.Append(", ");
s.Append(dc.AttitudeCommand.Orientation.eulerAngles.y.ToString("F1"));
s.Append(", ");
s.Append(dc.AttitudeCommand.Orientation.eulerAngles.z.ToString("F1"));
break;
}
break;
case FlightMode.AltitudeHold:
s.Append("Mode: Hold, ");
s.Append(RTUtil.FormatSI(dc.AttitudeCommand.Altitude, "m"));
break;
}
}
else if (dc.ActionGroupCommand != null)
{
s.Append("Toggle ");
s.Append(dc.ActionGroupCommand.ActionGroup.ToString());
}
else if (dc.BurnCommand != null)
{
s.Append("Burn ");
s.Append(dc.BurnCommand.Throttle.ToString("P2"));
if (dc.BurnCommand.Duration != Single.NaN)
{
s.Append(", ");
s.Append(dc.BurnCommand.Duration.ToString("F2"));
s.Append("s");
}
if (dc.BurnCommand.DeltaV != Single.NaN)
{
s.Append(", ");
s.Append(dc.BurnCommand.DeltaV.ToString("F2"));
s.Append("m/s");
}
}
else if (dc.DriveCommand != null)
{
dc.DriveCommand.GetDescription(s);
}
else if (dc.Event != null)
{
s.Append(dc.Event.BaseEvent.listParent.part.partInfo.title);
s.Append(": ");
s.Append(dc.Event.BaseEvent.GUIName);
}
double delay = Math.Max(dc.TimeStamp - RTUtil.GetGameTime(), 0);
if (delay > 0 || dc.ExtraDelay > 0)
{
s.AppendLine();
s.Append("Signal delay: ");
s.Append(delay.ToString("F2"));
s.Append("s");
if (dc.ExtraDelay > 0)
{
s.Append(" (+");
s.Append(dc.ExtraDelay.ToString("F2"));
s.Append("s)");
}
}
return(s.ToString());
}
