protected override string GetTitle()
{
// Set the first part of the output
string output;
if (!string.IsNullOrEmpty(title))
{
output = title;
}
else
{
// Set the vessel name
output = "Vessel: ";
if ((waiting || state == ParameterState.Complete) && trackedVessel != null)
{
output += trackedVessel.vesselName;
}
else if (!string.IsNullOrEmpty(define))
{
output += define + " (new)";
}
else if (vesselList.Any())
{
bool first = true;
foreach (string vesselName in vesselList)
{
if (!first)
{
output += " OR ";
}
output += vesselName;
first = false;
}
}
else
{
output += "Any";
}
}
// Not yet complete, add duration
if (state != ParameterState.Complete)
{
// Add duration
if (duration > 0.0)
{
output += "; Duration: " + DurationUtil.StringValue(duration);
}
}
// If we're complete and a custom title hasn't been provided, try to get a better title
else if (!string.IsNullOrEmpty(title))
{
if (ParameterCount == 1)
{
return(GetParameter(0).Title);
}
}
return(output);
}
protected override string GetNotes()
{
if (duration > 0.0 && Root.ContractState == Contract.State.Active)
{
if (trackedVessel == null)
{
return("No vessel currently matching parameters.");
}
else if (!waiting)
{
return("Active Vessel:");
}
else
{
string note = "Time remaining for " + trackedVessel.vesselName + ": " +
DurationUtil.StringValue(completionTime - Planetarium.GetUniversalTime());
// Add the string that we returned to the noteTracker. This is used to update
// the contract notes element in the GUI directly, as it does support dynamic
// text.
noteTracker[notePrefix + note] = note;
return(note);
}
}
return(base.GetNotes());
}
protected override string GetParameterTitle()
{
Vessel currentVessel = CurrentVessel();
string title = null;
if (currentVessel != null && endTimes.ContainsKey(currentVessel.id) && endTimes[currentVessel.id] > 0.01 ||
currentVessel == null && endTime > 0.01)
{
double time = currentVessel != null ? endTimes[currentVessel.id] : endTime;
if (time - Planetarium.GetUniversalTime() > 0.0)
{
title = (waitingText ?? "Time to completion:") + " " + DurationUtil.StringValue(time - Planetarium.GetUniversalTime());
}
else
{
title = completionText ?? "Wait time over";
}
}
else
{
title = (preWaitText ?? "Waiting time required:") + " " + DurationUtil.StringValue(duration);
}
return(title);
}
protected override string GetTitle()
{
if (endTime > 0.01)
{
string title = null;
if (endTime - Planetarium.GetUniversalTime() > 0.0)
{
title = (waitingText ?? "Time to completion:") + " " + DurationUtil.StringValue(endTime - Planetarium.GetUniversalTime());
}
else
{
title = completionText ?? "Wait time over";
}
// Add the string that we returned to the titleTracker. This is used to update
// the contract title element in the GUI directly, as it does not support dynamic
// text.
titleTracker.Add(title);
return(title);
}
else
{
return((preWaitText ?? "Waiting time required:") + " " + DurationUtil.StringValue(duration));
}
}
protected void CreateTimerParameter()
{
if (duration > 0.0)
{
durationParameter = new ParameterDelegate <Vessel>("Duration: " + DurationUtil.StringValue(duration),
v => false);
durationParameter.Optional = true;
durationParameter.fakeOptional = true;
AddParameter(durationParameter);
}
}
/// <summary> Cache some strings for performance gains (less memory churning) </summary>
private void InitStrings()
{
if (!string.IsNullOrEmpty(KerCon_AllowsInterruptionsUpTo))
{
return;
}
KerCon_AllowsInterruptionsUpTo = Localizer.Format("#KerCon_AllowsInterruptionsUpTo", // Allows interruptions up to <<1>>
DurationUtil.StringValue(allowedDowntime));
KerCon_TimeStartsAfterAccepting = Localizer.Format("#KerCon_TimeStartsAfterAccepting", // Time starts <<1>> after accepting the contract"
Lib.Color(DurationUtil.StringValue(waitDuration), Lib.Kolor.Yellow));
KerCon_Duration_X = Localizer.Format("#KerCon_Duration_X", DurationUtil.StringValue(duration));
}
protected void CreateTimerParameter()
{
if (duration > 0.0)
{
durationParameter = new ParameterDelegate <Vessel>(
Localizer.Format("#cc.param.VesselParameterGroup.duration", DurationUtil.StringValue(duration)),
v => false);
durationParameter.Optional = true;
durationParameter.fakeOptional = true;
AddParameter(durationParameter);
}
}
protected override string GetParameterTitle()
{
if (state == ParameterState.Failed)
{
return("Time expired!");
}
else if (endTime > 0.01)
{
return("Time remaining: " + DurationUtil.StringValue(endTime - Planetarium.GetUniversalTime()));
}
else
{
return("Time limit: " + DurationUtil.StringValue(duration));
}
}
protected override string GetParameterTitle()
{
if (state == ParameterState.Failed)
{
return(Localizer.GetStringByTag("#cc.param.Timer.expired"));
}
else if (endTime > 0.01)
{
return(Localizer.Format("#cc.param.Timer.active", DurationUtil.StringValue(endTime - Planetarium.GetUniversalTime())));
}
else
{
return(Localizer.Format("#cc.param.Timer.inactive", DurationUtil.StringValue(duration)));
}
}
protected override string GetParameterTitle()
{
double end = endTime == 0.0 ? Planetarium.GetUniversalTime() : endTime;
string prefix = string.IsNullOrEmpty(title) ? Localizer.GetStringByTag("#cc.param.MissionTimer") : title;
string output;
if (startTime == 0.0)
{
output = StringBuilderCache.Format("{0} 00:00:00", prefix);
}
else
{
output = StringBuilderCache.Format("{0} {1}", prefix, DurationUtil.StringValue(end - startTime, true, (endTime != 0.0)));
}
return(output);
}
protected override string GetParameterTitle()
{
double end = endTime == 0.0 ? Planetarium.GetUniversalTime() : endTime;
string prefix = string.IsNullOrEmpty(title) ? "Mission Timer:" : title;
string output;
if (startTime == 0.0)
{
output = prefix + " 00:00:00";
}
else
{
output = prefix + " " + DurationUtil.StringValue(end - startTime, true, (endTime != 0.0));
}
return(output);
}
protected override string GetTitle()
{
if (state == ParameterState.Failed)
{
return("Time expired!");
}
else if (endTime > 0.01)
{
string title = "Time remaining: " + DurationUtil.StringValue(endTime - Planetarium.GetUniversalTime());
// Add the string that we returned to the titleTracker. This is used to update
// the contract title element in the GUI directly, as it does not support dynamic
// text.
titleTracker.Add(title);
return(title);
}
else
{
return("Time limit: " + DurationUtil.StringValue(duration));
}
}
protected override void OnUpdate()
{
if (waiting && Planetarium.GetUniversalTime() > completionTime)
{
SetState(ParameterState.Complete);
if (state == ParameterState.Complete)
{
waiting = false;
}
}
// Every time the clock ticks over, make an attempt to update the contract window
// notes. We do this because otherwise the window will only ever read the notes once,
// so this is the only way to get our fancy timer to work.
else if (waiting && trackedVessel != null)
{
if (Planetarium.GetUniversalTime() - lastUpdate > 1.0f)
{
lastUpdate = Planetarium.GetUniversalTime();
// Force a call to GetTitle to update the contracts app
GetTitle();
if (durationParameter != null)
{
durationParameter.SetTitle("Time Remaining: " + DurationUtil.StringValue(completionTime - Planetarium.GetUniversalTime()));
}
}
}
else
{
if (durationParameter != null)
{
durationParameter.SetTitle("Duration: " + DurationUtil.StringValue(duration));
}
}
}
protected void CreateDelegates()
{
// Filter for celestial bodies
if (targetBody != null)
{
AddParameter(new ParameterDelegate <Vessel>("Destination: " + targetBody.CleanDisplayName(),
v => v.mainBody == targetBody, true));
}
// Filter for situation
if (orbit == null)
{
AddParameter(new ParameterDelegate <Vessel>("Situation: " + ReachSituation.GetTitleStringShort(situation),
v => v.situation == situation, true));
}
// Filter for altitude
if (minAltitude != 0.0 || maxAltitude != double.MaxValue)
{
string output = "Altitude: ";
if (minAltitude == 0.0)
{
output += "Below " + maxAltitude.ToString("N0") + " m";
}
else if (maxAltitude == double.MaxValue)
{
output += "Above " + minAltitude.ToString("N0") + " m";
}
else
{
output += "Between " + minAltitude.ToString("N0") + " m and " + maxAltitude.ToString("N0") + " m";
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.PeA >= minAltitude && v.orbit.ApA <= maxAltitude));
}
// Filter for apoapsis
if (minApoapsis != 0.0 || maxApoapsis != double.MaxValue)
{
string output = "Apoapsis: ";
if (minApoapsis == 0.0)
{
output += "Below " + maxApoapsis.ToString("N0") + " m";
}
else if (maxApoapsis == double.MaxValue)
{
output += "Above " + minApoapsis.ToString("N0") + " m";
}
else
{
output += "Between " + minApoapsis.ToString("N0") + " m and " + maxApoapsis.ToString("N0") + " m";
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.ApA >= minApoapsis && v.orbit.ApA <= maxApoapsis));
}
// Filter for periapsis
if (minPeriapsis != 0.0 || maxPeriapsis != double.MaxValue)
{
string output = "Periapsis: ";
if (minPeriapsis == 0.0)
{
output += "Below " + maxPeriapsis.ToString("N0") + " m";
}
else if (maxPeriapsis == double.MaxValue)
{
output += "Above " + minPeriapsis.ToString("N0") + " m";
}
else
{
output += "Between " + minPeriapsis.ToString("N0") + " m and " + maxPeriapsis.ToString("N0") + " m";
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.PeA >= minPeriapsis && v.orbit.PeA <= maxPeriapsis));
}
// Filter for eccentricity
if (minEccentricity != 0.0 || maxEccentricity != double.MaxValue)
{
string output = "Eccentricity: ";
if (minEccentricity == 0.0)
{
output += "Below " + maxEccentricity.ToString("F4");
}
else if (maxEccentricity == double.MaxValue)
{
output += "Above " + minEccentricity.ToString("F4");
}
else
{
output += "Between " + minEccentricity.ToString("F4") + " and " + maxEccentricity.ToString("F4");
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.eccentricity >= minEccentricity && v.orbit.eccentricity <= maxEccentricity));
}
// Filter for inclination
if (minInclination != 0.0 || maxInclination != 180.0)
{
string output = "Inclination: ";
if (minInclination == 0.0)
{
output += "Below " + maxInclination.ToString("F1") + "°";
}
else if (maxInclination == 180.0)
{
output += "Above " + minInclination.ToString("F1") + "°";
}
else
{
output += "Between " + minInclination.ToString("F1") + "° and " + maxInclination.ToString("F1") + "°";
}
AddParameter(new ParameterDelegate <Vessel>(output, CheckInclination));
}
// Filter for argument of periapsis
if (minArgumentOfPeriapsis != 0.0 || !(Mathf.Approximately((float)maxArgumentOfPeriapsis, 360.0f) || Mathf.Approximately((float)maxArgumentOfPeriapsis, 0.0f)))
{
string output = "Argument of Periapsis: Between " +
minArgumentOfPeriapsis.ToString("F1") + "° and " + maxArgumentOfPeriapsis.ToString("F1") + "°";
AddParameter(new ParameterDelegate <Vessel>(output, CheckAoP));
}
// Filter for orbital period
if (minPeriod != 0.0 || maxPeriod != double.MaxValue)
{
string output = "Period: ";
if (minPeriod == 0.0)
{
output += "Below " + DurationUtil.StringValue(maxPeriod, false);
}
else if (maxPeriod == double.MaxValue)
{
output += "Above " + DurationUtil.StringValue(minPeriod, false);
}
else
{
output += "Between " + DurationUtil.StringValue(minPeriod, false) + " and " + DurationUtil.StringValue(maxPeriod, false);
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.period >= minPeriod && v.orbit.period <= maxPeriod));
}
// Filter for specific orbit
if (orbit != null)
{
string output = "Reach the specified orbit";
AddParameter(new ParameterDelegate <Vessel>(output, v => VesselUtilities.VesselAtOrbit(orbit, deviationWindow, v)));
}
}
protected override string GetTitle()
{
string result = "";
double now = Planetarium.GetUniversalTime();
string remainingStr = durationType == DurationType.countdown
? DurationUtil.StringValue(Math.Max(0, doneAfter - now))
: DurationUtil.StringValue(Math.Max(0, duration - accumulatedDuration));
switch (durationState)
{
case DurationState.off:
result = Localizer.Format("Duration: <<1>>", DurationUtil.StringValue(duration));
if (waitDuration > 0)
{
result += "\n\t - " + Localizer.Format("Time starts <<1>> after accepting the contract",
Lib.Color(DurationUtil.StringValue(waitDuration), Lib.Kolor.Yellow));
}
if (allowedDowntime > 0)
{
result += "\n\t - " + Localizer.Format("Allows interruptions up to <<1>>",
DurationUtil.StringValue(allowedDowntime));
}
else
{
result += "\n\t - " + "Does not allow interruptions";
}
if (!allowReset)
{
result += "\n\t - " + Lib.Color("Will fail if interrupted beyond allowance", Lib.Kolor.Orange);
}
break;
case DurationState.preRun:
result = Localizer.Format("Duration: <<1>>", DurationUtil.StringValue(duration));
result += "\n\t - " + Localizer.Format("Time starts in <<1>>",
Lib.Color(DurationUtil.StringValue(Math.Max(0, startAfter - now)), Lib.Kolor.Yellow));
if (allowedDowntime > 0)
{
result += "\n\t - " + Localizer.Format("Allows interruptions up to <<1>>",
DurationUtil.StringValue(allowedDowntime));
}
break;
case DurationState.running:
result = Localizer.Format("Remaining: <<1>>", Lib.Color(remainingStr, Lib.Kolor.Green));
if (allowedDowntime > 0)
{
result += "\n\t - " + Localizer.Format("Allows interruptions up to <<1>>",
DurationUtil.StringValue(allowedDowntime));
}
break;
case DurationState.preReset:
result = Localizer.Format("Remaining: <<1>> (stop in: <<2>>)", Lib.Color(remainingStr, Lib.Kolor.Green),
Lib.Color(DurationUtil.StringValue(Math.Max(0, failAfter - now)), allowReset ? Lib.Kolor.Yellow : Lib.Kolor.Red));
break;
case DurationState.done:
result = "Done!";
break;
case DurationState.failed:
result = "Time is up!";
break;
}
titleTracker.Add(result);
if (lastTitle != result && Root != null && (Root.ContractState == Contract.State.Active || Root.ContractState == Contract.State.Failed))
{
titleTracker.UpdateContractWindow(result);
lastTitle = result;
}
return(result);
}
protected void CreateDelegates()
{
// Filter for celestial bodies
if (targetBody != null)
{
AddParameter(new ParameterDelegate <Vessel>("Destination: " + targetBody.PrintName(),
v => v.mainBody == targetBody, true));
}
// Filter for situation
AddParameter(new ParameterDelegate <Vessel>("Situation: Orbiting", v => v.situation == Vessel.Situations.ORBITING, true));
// Filter for altitude
if (minAltitude != 0.0 || maxAltitude != double.MaxValue)
{
string output = "Altitude: ";
if (minAltitude == 0.0)
{
output += "Below " + maxAltitude.ToString("N0") + " m";
}
else if (maxAltitude == double.MaxValue)
{
output += "Above " + minAltitude.ToString("N0") + " m";
}
else
{
output += "Between " + minAltitude.ToString("N0") + " m and " + maxAltitude.ToString("N0") + " m";
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.PeA >= minAltitude && v.orbit.ApA <= maxAltitude));
}
// Filter for apoapsis
if (minApoapsis != 0.0 || maxApoapsis != double.MaxValue)
{
string output = "Apoapsis: ";
if (minApoapsis == 0.0)
{
output += "Below " + maxApoapsis.ToString("N0") + " m";
}
else if (maxApoapsis == double.MaxValue)
{
output += "Above " + minApoapsis.ToString("N0") + " m";
}
else
{
output += "Between " + minApoapsis.ToString("N0") + " m and " + maxApoapsis.ToString("N0") + " m";
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.ApA >= minApoapsis && v.orbit.ApA <= maxApoapsis));
}
// Filter for periapsis
if (minPeriapsis != 0.0 || maxPeriapsis != double.MaxValue)
{
string output = "Periapsis: ";
if (minPeriapsis == 0.0)
{
output += "Below " + maxPeriapsis.ToString("N0") + " m";
}
else if (maxPeriapsis == double.MaxValue)
{
output += "Above " + minPeriapsis.ToString("N0") + " m";
}
else
{
output += "Between " + minPeriapsis.ToString("N0") + " m and " + maxPeriapsis.ToString("N0") + " m";
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.PeA >= minPeriapsis && v.orbit.PeA <= maxPeriapsis));
}
// Filter for eccentricity
if (minEccentricity != 0.0 || maxEccentricity != double.MaxValue)
{
string output = "Eccentricity: ";
if (minEccentricity == 0.0)
{
output += "Below " + maxEccentricity.ToString("F4");
}
else if (maxEccentricity == double.MaxValue)
{
output += "Above " + minEccentricity.ToString("F4");
}
else
{
output += "Between " + minEccentricity.ToString("F4") + " and " + maxEccentricity.ToString("F4");
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.eccentricity >= minEccentricity && v.orbit.eccentricity <= maxEccentricity));
}
// Filter for inclination
if (minInclination != 0.0 || maxInclination != 180.0)
{
string output = "Inclination: ";
if (minInclination == 0.0)
{
output += "Below " + maxInclination.ToString("F1") + "°";
}
else if (maxInclination == 180.0)
{
output += "Above " + minInclination.ToString("F1") + "°";
}
else
{
output += "Between " + minInclination.ToString("F1") + "° and " + maxInclination.ToString("F1") + "°";
}
AddParameter(new ParameterDelegate <Vessel>(output, CheckInclination));
}
// Filter for orbital period
if (minPeriod != 0.0 || maxPeriod != double.MaxValue)
{
string output = "Period: ";
if (minPeriod == 0.0)
{
output += "Below " + DurationUtil.StringValue(maxPeriod, false);
}
else if (maxPeriod == double.MaxValue)
{
output += "Above " + DurationUtil.StringValue(minPeriod, false);
}
else
{
output += "Between " + DurationUtil.StringValue(minPeriod, false) + " and " + DurationUtil.StringValue(maxPeriod, false);
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.period >= minPeriod && v.orbit.period <= maxPeriod));
}
}
protected override string GetTitle()
{
InitStrings();
string result = "";
double now = Planetarium.GetUniversalTime();
string remainingStr = durationType == DurationType.countdown
? DurationUtil.StringValue(Math.Max(0, doneAfter - now))
: DurationUtil.StringValue(Math.Max(0, duration - accumulatedDuration));
switch (durationState)
{
case DurationState.off:
result = KerCon_Duration_X; // Duration: <<1>>
if (waitDuration > 0)
{
result += "\n\t - " + KerCon_TimeStartsAfterAccepting;
}
if (allowedDowntime > 0)
{
result += "\n\t - " + KerCon_AllowsInterruptionsUpTo;
}
else if (durationType == DurationType.accumulating)
{
result += "\n\t - " + KerCon_AccumulatingDuration;
}
else
{
result += "\n\t - " + KerCon_DoesNotAllowInterruptions; // Does not allow interruptions
}
if (!allowReset)
{
result += "\n\t - " + KerCon_WillFailIfInterrupted; // Will fail if interrupted beyond allowance
}
break;
case DurationState.preRun:
result = KerCon_Duration_X; // Duration: <<1>>
result += "\n\t - " + Localizer.Format("#KerCon_TimeStartsIn", // Time starts in <<1>>
Lib.Color(DurationUtil.StringValue(Math.Max(0, startAfter - now)), Lib.Kolor.Yellow));
if (allowedDowntime > 0)
{
result += "\n\t - " + KerCon_AllowsInterruptionsUpTo;
}
break;
case DurationState.running:
result = Localizer.Format("#KerCon_Reamining_X", Lib.Color(remainingStr, Lib.Kolor.Green)); // Remaining: <<1>>
//if (allowedDowntime > 0)
// result += "\n\t - " + Localizer.Format("#KerCon_AllowsInterruptionsUpTo", // Allows interruptions up to <<1>>
// DurationUtil.StringValue(allowedDowntime));
break;
case DurationState.preReset:
result = Localizer.Format("#KerCon_Reamining_X_stopIn_Y", Lib.Color(remainingStr, Lib.Kolor.Green), // Remaining: <<1>> (stop in: <<2>>)
Lib.Color(DurationUtil.StringValue(Math.Max(0, failAfter - now)), allowReset ? Lib.Kolor.Yellow : Lib.Kolor.Red));
break;
case DurationState.done:
result = "#autoLOC_135144"; // Success!!
break;
case DurationState.failed:
result = "#KerCon_TimeIsUp"; // Time is up!
break;
}
if (result.StartsWith("#"))
{
result = Localizer.Format(result);
}
titleTracker.Add(result);
if (lastTitle != result && Root != null && (Root.ContractState == Contract.State.Active || Root.ContractState == Contract.State.Failed))
{
titleTracker.UpdateContractWindow(result);
lastTitle = result;
}
return(result);
}
protected override string GetParameterTitle()
{
Vessel currentVessel = CurrentVessel();
string title = null;
if (currentVessel != null && endTimes.ContainsKey(currentVessel.id) && endTimes[currentVessel.id] > 0.01 ||
currentVessel == null && endTime > 0.01)
{
double time = currentVessel != null ? endTimes[currentVessel.id] : endTime;
if (time - Planetarium.GetUniversalTime() > 0.0)
{
// Time to completion:
title = StringBuilderCache.Format("{0} {1}", (waitingText ?? Localizer.GetStringByTag("#cc.param.Duration.waiting")), DurationUtil.StringValue(time - Planetarium.GetUniversalTime()));
}
else
{
// Wait time over
title = completionText ?? Localizer.GetStringByTag("#cc.param.Duration.completion");
}
}
else
{
// Waiting time required:
title = StringBuilderCache.Format("{0} {1}", (preWaitText ?? Localizer.GetStringByTag("#cc.param.Duration.preWait")), DurationUtil.StringValue(duration));
}
return(title);
}
protected override string GetTitle()
{
// Set the first part of the output
string output;
if (!string.IsNullOrEmpty(title))
{
output = title;
}
else
{
// Set the vessel name
output = "Vessel: ";
if ((waiting || state == ParameterState.Complete) && trackedVessel != null)
{
output += trackedVessel.vesselName;
}
else if (!string.IsNullOrEmpty(define))
{
output += define + " (new)";
}
else if (vesselList.Any())
{
bool first = true;
foreach (string vesselName in vesselList)
{
if (!first)
{
output += " OR ";
}
if (ContractVesselTracker.Instance != null)
{
output += ContractVesselTracker.Instance.GetDisplayName(vesselName);
}
else
{
LoggingUtil.LogWarning(this, "Unable to get vessel display name for '" + vesselName + "' - ContractVesselTracker is null. This is likely caused by another ScenarioModule crashing, preventing others from loading.");
output += vesselName;
}
first = false;
}
}
else
{
output += "Any";
}
}
// Not yet complete, add duration
if (state != ParameterState.Complete)
{
// Add duration
if (completionTime > 0.0)
{
output += "; Time Remaining: " + DurationUtil.StringValue(completionTime - Planetarium.GetUniversalTime());
}
else if (duration > 0.0)
{
output += "; Duration: " + DurationUtil.StringValue(duration);
}
}
// If we're complete and a custom title hasn't been provided, try to get a better title
else if (string.IsNullOrEmpty(title))
{
if (ParameterCount == 1)
{
output = "";
if (trackedVessel != null)
{
output += "Vessel: " + trackedVessel.vesselName + ": ";
}
output += GetParameter(0).Title;
}
}
// Add the string that we returned to the titleTracker. This is used to update
// the contract title element in the GUI directly, as it does not support dynamic
// text.
titleTracker.Add(output);
return(output);
}
protected void CreateDelegates()
{
// Filter for celestial bodies
if (targetBody != null)
{
AddParameter(new ParameterDelegate <Vessel>(Localizer.Format("#cc.param.CollectScience.destination", targetBody.displayName),
v => v.mainBody == targetBody, true));
}
// Filter for situation
if (orbit == null)
{
AddParameter(new ParameterDelegate <Vessel>(Localizer.Format("#cc.param.CollectScience.situation", ReachSituation.GetTitleStringShort(situation)),
v => v.situation == situation, true));
}
// Filter for altitude
if (minAltitude != 0.0 || maxAltitude != double.MaxValue)
{
string output;
if (minAltitude == 0.0)
{
output = Localizer.Format("#cc.param.Orbit.below.meters", Localizer.GetStringByTag("#cc.altitude"), maxAltitude.ToString("N0"));
}
else if (maxAltitude == double.MaxValue)
{
output = Localizer.Format("#cc.param.Orbit.above.meters", Localizer.GetStringByTag("#cc.altitude"), minAltitude.ToString("N0"));
}
else
{
output = Localizer.Format("#cc.param.Orbit.between.meters", Localizer.GetStringByTag("#cc.altitude"), minAltitude.ToString("N0"), maxAltitude.ToString("N0"));
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.PeA >= minAltitude && v.orbit.ApA <= maxAltitude));
}
// Filter for apoapsis
if (minApoapsis != 0.0 || maxApoapsis != double.MaxValue)
{
string output;
if (minApoapsis == 0.0)
{
output = Localizer.Format("#cc.param.Orbit.below.meters", Localizer.GetStringByTag("#cc.apoapsis"), maxApoapsis.ToString("N0"));
}
else if (maxApoapsis == double.MaxValue)
{
output = Localizer.Format("#cc.param.Orbit.above.meters", Localizer.GetStringByTag("#cc.apoapsis"), minApoapsis.ToString("N0"));
}
else
{
output = Localizer.Format("#cc.param.Orbit.between.meters", Localizer.GetStringByTag("#cc.apoapsis"), minApoapsis.ToString("N0"), maxApoapsis.ToString("N0"));
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.ApA >= minApoapsis && v.orbit.ApA <= maxApoapsis));
}
// Filter for periapsis
if (minPeriapsis != 0.0 || maxPeriapsis != double.MaxValue)
{
string output;
if (minPeriapsis == 0.0)
{
output = Localizer.Format("#cc.param.Orbit.below.meters", Localizer.GetStringByTag("#cc.periapsis"), maxPeriapsis.ToString("N0"));
}
else if (maxPeriapsis == double.MaxValue)
{
output = Localizer.Format("#cc.param.Orbit.above.meters", Localizer.GetStringByTag("#cc.periapsis"), minPeriapsis.ToString("N0"));
}
else
{
output = Localizer.Format("#cc.param.Orbit.between.meters", Localizer.GetStringByTag("#cc.periapsis"), minPeriapsis.ToString("N0"), maxPeriapsis.ToString("N0"));
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.PeA >= minPeriapsis && v.orbit.PeA <= maxPeriapsis));
}
// Filter for eccentricity
if (minEccentricity != 0.0 || maxEccentricity != double.MaxValue)
{
string output;
if (minEccentricity == 0.0)
{
output = Localizer.Format("#cc.param.Orbit.below.nounits", Localizer.GetStringByTag("#cc.eccentricity"), maxEccentricity.ToString("F4"));
}
else if (maxEccentricity == double.MaxValue)
{
output = Localizer.Format("#cc.param.Orbit.above.nounits", Localizer.GetStringByTag("#cc.eccentricity"), minEccentricity.ToString("F4"));
}
else
{
output = Localizer.Format("#cc.param.Orbit.between.nounits", Localizer.GetStringByTag("#cc.eccentricity"), minEccentricity.ToString("F4"), maxEccentricity.ToString("F4"));
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.eccentricity >= minEccentricity && v.orbit.eccentricity <= maxEccentricity));
}
// Filter for inclination
if (minInclination != 0.0 || maxInclination != 180.0)
{
string output;
if (minInclination == 0.0)
{
output = Localizer.Format("#cc.param.Orbit.below.degrees", Localizer.GetStringByTag("#cc.inclination"), maxInclination.ToString("F1"));
}
else if (maxInclination == 180.0)
{
output = Localizer.Format("#cc.param.Orbit.above.degrees", Localizer.GetStringByTag("#cc.inclination"), minInclination.ToString("F1"));
}
else
{
output = Localizer.Format("#cc.param.Orbit.between.degrees", Localizer.GetStringByTag("#cc.inclination"), minInclination.ToString("F1"), maxInclination.ToString("F1"));
}
AddParameter(new ParameterDelegate <Vessel>(output, CheckInclination));
}
// Filter for argument of periapsis
if (minArgumentOfPeriapsis != 0.0 || !(Mathf.Approximately((float)maxArgumentOfPeriapsis, 360.0f) || Mathf.Approximately((float)maxArgumentOfPeriapsis, 0.0f)))
{
string output = Localizer.Format("#cc.param.Orbit.between.degrees", Localizer.GetStringByTag("#autoLOC_6005020"), minArgumentOfPeriapsis.ToString("F1"), maxArgumentOfPeriapsis.ToString("F1"));
AddParameter(new ParameterDelegate <Vessel>(output, CheckAoP));
}
// Filter for orbital period
if (minPeriod != 0.0 || maxPeriod != double.MaxValue)
{
string output;
if (minPeriod == 0.0)
{
output = Localizer.Format("#cc.param.Orbit.below.nounits", Localizer.GetStringByTag("#autoLOC_6005032"), DurationUtil.StringValue(maxPeriod, false));
}
else if (maxPeriod == double.MaxValue)
{
output = Localizer.Format("#cc.param.Orbit.above.nounits", Localizer.GetStringByTag("#autoLOC_6005032"), DurationUtil.StringValue(minPeriod, false));
}
else
{
output = Localizer.Format("#cc.param.Orbit.between.nounits", Localizer.GetStringByTag("#autoLOC_6005032"), DurationUtil.StringValue(minPeriod, false), DurationUtil.StringValue(maxPeriod, false));
}
AddParameter(new ParameterDelegate <Vessel>(output, v => v.orbit.period >= minPeriod && v.orbit.period <= maxPeriod));
}
// Filter for specific orbit
if (orbit != null)
{
AddParameter(new ParameterDelegate <Vessel>(Localizer.GetStringByTag("#cc.param.Orbit.specified"), v => VesselUtilities.VesselAtOrbit(orbit, deviationWindow, v)));
}
}
