public string SituationList()
{
Vessel.Situations first = situation.First();
Vessel.Situations last = situation.Last();
string result = ReachSituation.GetTitleStringShort(first);
foreach (Vessel.Situations sit in situation.Where(s => s != first && s != last))
{
result += ", " + ReachSituation.GetTitleStringShort(sit);
}
if (last != first)
{
result += " or " + ReachSituation.GetTitleStringShort(last);
}
return(result);
}
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 void CreateDelegates()
{
// Filter for celestial bodies
if (targetBody != null)
{
AddParameter(new ParameterDelegate <Vessel>("Destination: " + targetBody.PrintName(),
v => v.mainBody == targetBody, true));
}
// Filter for biome
if (!string.IsNullOrEmpty(biome))
{
AddParameter(new ParameterDelegate <Vessel>("Biome: " + biome, CheckBiome));
}
// Filter for situation
if (situation != null)
{
AddParameter(new ParameterDelegate <Vessel>("Situation: " + ReachSituation.GetTitleStringShort(situation.Value),
v => v.situation == situation.Value));
}
// Filter for altitude
if (minAltitude != 0.0f || maxAltitude != float.MaxValue)
{
string output = "Altitude: ";
if (minAltitude == 0.0f)
{
output += "Below " + maxAltitude.ToString("N0") + " m";
}
else if (maxAltitude == float.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.altitude >= minAltitude && v.altitude <= maxAltitude));
}
// Filter for speed
if (minSpeed != 0.0 || maxSpeed != double.MaxValue)
{
string output = "Speed: ";
if (minSpeed == 0.0)
{
output += "Less than " + maxSpeed.ToString("N0") + " m/s";
}
else if (maxSpeed == double.MaxValue)
{
output += "Greater than " + minSpeed.ToString("N0") + " m/s";
}
else
{
output += "Between " + minSpeed.ToString("N0") + " m/s and " + maxSpeed.ToString("N0") + " m/s";
}
AddParameter(new ParameterDelegate <Vessel>(output, CheckVesselSpeed));
}
}
public ReachSituationCustom(Vessel.Situations situation, string title)
: base()
{
this.title = title != null ? title : "Situation: " + ReachSituation.GetTitleStringShort(situation);
this.situation = situation;
}
public void touristUpdate()
{
if (ContractSystem.Instance == null)
{
return;
}
if (ContractSystem.Instance.GetActiveContractCount() <= 0)
{
return;
}
Contract[] currentContracts = ContractSystem.Instance.GetCurrentActiveContracts <TourismContract>();
for (int i = 0; i < currentContracts.Length; i++)
{
Contract c = currentContracts[i];
if (c == null)
{
continue;
}
if (c.ContractState != Contract.State.Active)
{
continue;
}
var activeParams = c.AllParameters.Where(a => a.GetType() == typeof(KerbalTourParameter) && a.State == ParameterState.Incomplete).ToList();
int l = activeParams.Count;
for (int j = 0; j < l; j++)
{
KerbalTourParameter p = activeParams[j] as KerbalTourParameter;
if (p == null)
{
continue;
}
if (p.State != ParameterState.Incomplete)
{
continue;
}
if (p.kerbalName != protoCrew.name)
{
continue;
}
var destinationParams = p.AllParameters.Where(a => a.GetType() == typeof(KerbalDestinationParameter) && a.State == ParameterState.Incomplete).ToList();
int e = destinationParams.Count;
for (int k = 0; k < e; k++)
{
KerbalDestinationParameter d = destinationParams[k] as KerbalDestinationParameter;
if (d == null)
{
continue;
}
if (d.State != ParameterState.Incomplete)
{
continue;
}
if (d.kerbalName != protoCrew.name)
{
continue;
}
touristParams.Add(d.Title);
}
}
var geeParams = c.AllParameters.Where(a => a.GetType() == typeof(KerbalGeeAdventureParameter) && a.State == ParameterState.Incomplete).ToList();
l = geeParams.Count;
for (int j = 0; j < l; j++)
{
KerbalGeeAdventureParameter g = geeParams[j] as KerbalGeeAdventureParameter;
if (g == null)
{
continue;
}
if (g.State != ParameterState.Incomplete)
{
continue;
}
if (g.kerbalName != protoCrew.name)
{
continue;
}
ReachDestination destination = g.GetParameter <ReachDestination>();
if (destination == null)
{
continue;
}
if (destination.Destination == null)
{
continue;
}
ReachSituation situation = g.GetParameter <ReachSituation>();
if (situation == null)
{
continue;
}
string article = getArticle(situation.Situation);
touristParams.Add(string.Format("Pass out from gee forces {0}\n{1} at {2}", article, ReachSituation.GetTitleStringShort(situation.Situation), Localizer.Format("<<1>>", destination.Destination.displayName)));
}
}
}
public string SituationList()
{
return(LocalizationUtil.LocalizeList <Vessel.Situations>(LocalizationUtil.Conjunction.OR, situation, sit => ReachSituation.GetTitleStringShort(sit)));
}
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)));
}
}
protected void CreateDelegates()
{
// Filter for celestial bodies
if (targetBody != null)
{
AddParameter(new ParameterDelegate <Vessel>("Destination: " + targetBody.theName,
v => v.mainBody == targetBody, true));
}
// Filter for situation
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 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));
}
}