protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value> ();
int count = 0;
if (vessel != null) {
foreach (Part p in vessel.Parts) {
if (p.partInfo.name.Equals (partName)) {
++count;
}
}
}
if(maxPartCount == -1) {
if (vessel == null) {
values.Add (new Value ("Part", partCount + "x " + partName));
} else {
values.Add (new Value ("Part", partCount + "x " + partName, "" + count, count >= partCount));
}
} else {
if (vessel == null) {
values.Add (new Value ("max part", maxPartCount + "x " + partName));
} else {
values.Add (new Value ("max part", maxPartCount + "x " + partName, "" + count, count <= maxPartCount));
}
}
return values;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value> ();
int count = 0;
if (vessel != null) {
foreach (Part p in vessel.Parts) {
if (p.partInfo.name.Equals (partName)) {
++count;
}
}
}
// NK get part title
string ptitle = partName;
foreach (AvailablePart p in PartLoader.Instance.parts)
if (p.name.Equals(partName))
ptitle = p.title;
if(maxPartCount == -1) {
if (vessel == null) {
values.Add(new Value("Part", partCount + "x " + ptitle));
} else {
values.Add(new Value("Part", partCount + "x " + ptitle, "" + count, count >= partCount));
}
} else {
if (vessel == null) {
values.Add(new Value("max part", maxPartCount + "x " + ptitle));
} else {
values.Add(new Value("max part", maxPartCount + "x " + ptitle, "" + count, count <= maxPartCount));
}
}
return values;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value> ();
if (vessel == null) {
values.Add (new Value ("Landing Body", body));
} else {
values.Add (new Value ("Landing Body", body, vessel.orbit.referenceBody.bodyName,
vessel.orbit.referenceBody.bodyName.Equals (body) && (vessel.situation == Vessel.Situations.LANDED ||
(splashedValid ? vessel.situation == Vessel.Situations.SPLASHED : false))));
}
if(minLatitude != maxLatitude) {
if(vessel == null) {
values.Add(new Value("Latitude", String.Format(MathTools.MinMaxValue, minLatitude, maxLatitude)));
} else {
values.Add(new Value("Latitude", String.Format(MathTools.MinMaxValue, minLatitude, maxLatitude),
vessel.latitude, MathTools.inMinMax(minLatitude, maxLatitude, vessel.latitude)));
}
}
if(minLongitude != maxLongitude) {
if(vessel == null) {
values.Add(new Value("Longitude", String.Format(MathTools.MinMaxValue, minLongitude, maxLongitude)));
} else {
values.Add(new Value("Longitude", String.Format(MathTools.MinMaxValue, minLongitude, maxLongitude),
MathTools.calculateLongitude(vessel.longitude),
MathTools.inMinMax(minLongitude, maxLongitude, MathTools.calculateLongitude(vessel.longitude))));
}
}
return values;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> v = new List<Value> ();
double a = 0;
if (vessel != null) {
foreach (Part p in vessel.parts) {
if (p.Resources [name] != null) {
a += p.Resources [name].amount;
}
}
}
if (maxAmount != 0) {
if(vessel == null) {
v.Add(new Value("max. resource " + name, maxAmount));
} else {
v.Add(new Value("max. resource " + name, maxAmount, a, a <= maxAmount));
}
}
if (minAmount != 0) {
if(vessel == null) {
v.Add(new Value("min. resource " + name, minAmount));
} else {
v.Add(new Value("min. resource " + name, minAmount, a, a >= minAmount));
}
}
return v;
}
public override bool isDone(Vessel vessel, GameEvent events)
{
if (vessel == null)
{
return false;
}
if (doneOnce)
{
return true;
}
List<Value> values = getValues(vessel, events);
foreach (Value v in values)
{
if (!v.done)
{
return false;
}
}
// We remember that we have previously completed this goal.
doneOnce = true;
return true;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value>();
if (vessel == null)
{
values.Add(new Value("Landing Body", body));
}
else
{
values.Add(new Value("Landing Body", body, vessel.orbit.referenceBody.bodyName,
vessel.orbit.referenceBody.bodyName.Equals(body) && (vessel.situation == Vessel.Situations.LANDED ||
(splashedValid ? vessel.situation == Vessel.Situations.SPLASHED : false))));
}
if (minLatitude != maxLatitude)
{
if (vessel == null)
{
values.Add(new Value("Latitude", String.Format(MathTools.MinMaxValue, minLatitude, maxLatitude)));
}
else
{
values.Add(new Value("Latitude", String.Format(MathTools.MinMaxValue, minLatitude, maxLatitude),
String.Format(MathTools.SingleDoubleValue, vessel.latitude), MathTools.inMinMax(minLatitude, maxLatitude, vessel.latitude)));
}
}
if (minLongitude != maxLongitude)
{
if (vessel == null)
{
values.Add(new Value("Longitude", String.Format(MathTools.MinMaxValue, minLongitude, maxLongitude)));
}
else
{
values.Add(new Value("Longitude", String.Format(MathTools.MinMaxValue, minLongitude, maxLongitude),
String.Format(MathTools.SingleDoubleValue, MathTools.calculateLongitude(vessel.longitude)),
MathTools.inMinMax(minLongitude, maxLongitude, MathTools.calculateLongitude(vessel.longitude))));
}
}
if (biome != "")
{
if (vessel == null)
{
values.Add(new Value("Biome", biome));
}
else
{
CBAttributeMap.MapAttribute currentBiome = vessel.mainBody.BiomeMap.GetAtt(vessel.latitude * Math.PI / 180d, vessel.longitude * Math.PI / 180d);
values.Add(new Value("Biome", biome, currentBiome.name, biome == currentBiome.name));
}
}
return values;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value> ();
foreach (MissionGoal c in subGoals) {
values = values.Union(c.getValues(vessel, events)).ToList();
}
return values;
}
public override bool isDone(Vessel vessel, GameEvent events)
{
bool value = base.isDone (vessel, events);
if (value && nonPermanent) {
foreach (MissionGoal g in subGoals) {
g.doneOnce = true;
}
}
return value;
}
public override bool isDone(Vessel vessel, GameEvent events)
{
//bool value = base.isDone (vessel, events);
//if (value && nonPermanent) {
foreach (MissionGoal g in subGoals) {
if (g.isDone(vessel, events))
return true;
}
return false;
//}
//return value;
}
protected override List<Value> values(Vessel v, GameEvent events)
{
List<Value> vs = new List<Value> ();
if (v == null) {
vs.Add (new Value("EVA", "true"));
} else {
vs.Add (new Value("EVA", "true", "" + v.isEVA, v.isEVA));
}
return vs;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value> ();
if (vessel == null) {
values.Add (new Value ("Docked", "True"));
} else {
bool docked = (events.docked || this.doneOnce);
values.Add (new Value ("Docked", "True", "" + docked, docked));
}
return values;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> v = new List<Value>();
if(vessel == null) {
v.Add(new Value("Crashing on", body));
} else {
v.Add (new Value("Crashing on", body, vessel.orbit.referenceBody.bodyName,
(body.Equals(vessel.orbit.referenceBody.bodyName) && events.isCrashed) || this.doneOnce));
}
return v;
}
protected override List<Value> values(Vessel vessel, GameEvent ev)
{
List<Value> values2 = new List<Value>();
if (vessel == null)
{
values2.Add(new Value("Repaired", "True"));
}
else
{
values2.Add(new Value("Repaired", "True", "" + repairStation.repair, repairStation.repair));
}
return values2;
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value>();
if (vessel == null)
{
values.Add(new Value("Launch from", launchZone));
}
else
{
string currentZone = vessel.orbit.referenceBody.bodyName;
// Only check the lat/long of the vessel location to update the currentZone when the body is Kerbin
// and the goal specifies the launch pad or runway on Kerbin.
if ((launchZone.Equals(LaunchPad) || launchZone.Equals(Runway)) && currentZone.Equals("Kerbin"))
{
double currentLongitude = MathTools.calculateLongitude(vessel.longitude);
double currentLatitude = vessel.latitude;
if (MathTools.inMinMax(runwayMinLongitude, runwayMaxLongitude, currentLongitude) &&
MathTools.inMinMax(runwayMinLatitude, runwayMaxLatitude, currentLatitude))
{
// Within runway parameters.
currentZone = Runway;
}
else if (MathTools.inMinMax(padMinLongitude, padMaxLongitude, currentLongitude) &&
MathTools.inMinMax(padMinLatitude, padMaxLatitude, currentLatitude))
{
// Within launch pad parameters.
currentZone = LaunchPad;
}
}
values.Add(new Value("Launch from", launchZone, currentZone, String.Equals(currentZone, launchZone)));
// Check the speed to make sure that we are not moving. In most cases "<0.01" will donate a stationary object.
// However, in some cases, that causes flickering of the text as it goes in and out of spec.
double speed = MathTools.abs(vessel.horizontalSrfSpeed) + MathTools.abs(vessel.verticalSpeed);
if (speed > 0.90)
{
values.Add(new Value("Launch", "", "requires stationary position Test Fix, If your still getting message please report.", false));
}
}
return values;
}
protected override List<Value> values(Vessel vessel, GameEvent ev)
{
List<Value> values2 = new List<Value>();
if (manager.GetRoverTime == -1.0 && roverSeconds > 0.0 && manager.GetTimeRoverName == "none" && MCERoverScience.doResearch == true)
{
manager.SetRoverTime(Planetarium.GetUniversalTime());
//manager.SetTimeRoverName("probe");
}
//if (FlightGlobals.fetch.activeVessel != null && manager.GetTimeRoverName != id && roverSeconds > 0)
//{
// RoverScience.doResearch = false;
// manager.SetRoverTime(-1.0);
// manager.SetTimeRoverName("none");
//}
if (vessel == null)
{
values2.Add(new Value("Rover Research", "True"));
values2.Add(new Value("Research Time", MathTools.formatTime(roverSeconds)));
if (contractAvailable == 15)
{
values2.Add(new Value("Landing Body", manager.GetRandomLanding));
}
else { values2.Add(new Value("Landing Body", body)); }
}
else
{
values2.Add(new Value("Rover Research", "True", "" + MCERoverScience.doResearch,MCERoverScience.doResearch));
if (contractAvailable == 15)
{
values2.Add(new Value("Landing Body", manager.GetRandomLanding, vessel.orbit.referenceBody.bodyName,
vessel.orbit.referenceBody.bodyName.Equals(manager.GetRandomLanding) && (vessel.situation == Vessel.Situations.LANDED ||
(splashedValid ? vessel.situation == Vessel.Situations.SPLASHED : false))));
}
else
{
values2.Add(new Value("Landing Body", body, vessel.orbit.referenceBody.bodyName,
vessel.orbit.referenceBody.bodyName.Equals(body) && (vessel.situation == Vessel.Situations.LANDED ||
(splashedValid ? vessel.situation == Vessel.Situations.SPLASHED : false))));
}
if (roverSeconds > 0.0)
{
double diff2 = (manager.GetRoverTime == -1.0 ? 0 : Planetarium.GetUniversalTime() - manager.GetRoverTime);
values2.Add(new Value("Research Time", MathTools.formatTime(roverSeconds), MathTools.formatTime(diff2), diff2 > roverSeconds));
if (diff2 > roverSeconds)
{
MCERoverScience.doResearch = false;
manager.SetRoverTime(-1.0);
manager.SetTimeRoverName("none");
}
}
}
return values2;
}
/// <summary>
/// Finishes the given mission with the given vessel.
/// Rewards the space program with the missions reward.
/// </summary>
/// <param name="m">mission</param>
/// <param name="vessel">vessel</param>
public void finishMission(Mission m, Vessel vessel, GameEvent events)
{
if (!isMissionAlreadyFinished (m, vessel) && m.isDone(vessel, events)) {
MissionStatus status = new MissionStatus (m.name, vessel.id.ToString ());
status.repeatable = m.repeatable;
status.repeatableSameVessel = m.repeatableSameVessel;
if (m.passiveMission) {
status.endOfLife = Planetarium.GetUniversalTime () + m.lifetime;
status.passiveReward = m.passiveReward;
status.lastPassiveRewardTime = Planetarium.GetUniversalTime ();
}
if(m.clientControlled) {
status.endOfLife = Planetarium.GetUniversalTime () + m.lifetime;
}
status.clientControlled = m.clientControlled;
currentProgram.add(status);
reward (m.reward);
// finish unfinished goals
foreach(MissionGoal goal in m.goals) {
finishMissionGoal(goal, vessel, events);
}
// If this mission is randomized, we will discard the mission
if (m.randomized) {
discardRandomMission (m);
m = reloadMission (m, vessel);
}
}
}
/// <summary>
/// Checks if the mission is finishable with the vessel
/// </summary>
/// <returns><c>true</c>, if done was ised, <c>false</c> otherwise.</returns>
/// <param name="vessel">current vessel</param>
public bool isDone(Vessel vessel, GameEvent events)
{
if (vessel == null) {
return false;
}
foreach (MissionGoal c in goals) {
if (!c.isDone (vessel, events) && !c.optional) {
return false;
}
}
return true;
}
/// <summary>
/// Finishes the given mission goal with the given vessel.
/// Rewards the space program with the reward from mission goal.
/// </summary>
/// <param name="goal">Goal.</param>
/// <param name="vessel">Vessel.</param>
public void finishMissionGoal(MissionGoal goal, Vessel vessel, GameEvent events)
{
if (!isMissionGoalAlreadyFinished (goal, vessel) && goal.nonPermanent && goal.isDone(vessel, events)) {
currentProgram.add(new GoalStatus(vessel.id.ToString(), goal.id));
reward (goal.reward);
}
}
protected override List<Value> values(Vessel vessel, GameEvent events)
{
List<Value> values = new List<Value> ();
if (eccentricity != 0.0) {
if(vessel == null) {
values.Add (new Value ("Eccentricity", String.Format(MathTools.Range, eccentricity, eccentricityPrecision)));
} else {
values.Add (new Value ("Eccentricity", String.Format(MathTools.Range, eccentricity, eccentricityPrecision),
vessel.orbit.eccentricity, MathTools.inRange (eccentricity, eccentricityPrecision, vessel.orbit.eccentricity)));
}
}
if (body != null) {
if (vessel == null) {
values.Add (new Value ("Body", "" + body));
} else {
values.Add (new Value ("Body", "" + body, vessel.orbit.referenceBody.bodyName, vessel.orbit.referenceBody.bodyName.Equals (body)));
}
}
if (minPeA != 0.0) {
if (vessel == null) {
values.Add (new Value ("min. Periapsis", String.Format(MathTools.SingleDoubleValue, minPeA)));
} else {
values.Add (new Value ("min. Periapsis", String.Format(MathTools.SingleDoubleValue, minPeA),
vessel.orbit.PeA, vessel.orbit.PeA >= minPeA));
}
}
if (minApA != 0.0) {
if (vessel == null) {
values.Add (new Value ("min. Apoapsis", String.Format(MathTools.SingleDoubleValue, minApA)));
} else {
values.Add (new Value ("min. Apoapsis", String.Format(MathTools.SingleDoubleValue, minApA),
vessel.orbit.ApA, vessel.orbit.ApA >= minApA));
}
}
if (maxPeA != 0.0) {
if (vessel == null) {
values.Add (new Value ("max. Periapsis", String.Format(MathTools.SingleDoubleValue, maxPeA)));
} else {
values.Add (new Value ("max. Periapsis", String.Format(MathTools.SingleDoubleValue, maxPeA),
vessel.orbit.PeA, vessel.orbit.PeA <= maxPeA));
}
}
if (maxApA != 0.0 ) {
if (vessel == null) {
values.Add (new Value ("max. Apoapsis", String.Format(MathTools.SingleDoubleValue, maxApA)));
} else {
values.Add (new Value ("max. Apoapsis", String.Format(MathTools.SingleDoubleValue, maxApA),
vessel.orbit.ApA, vessel.orbit.ApA <= maxApA &&
(vessel.orbit.ApA * maxApA > 0))); //either both values are positive, or both are negative
}
}
if (minInclination != maxInclination) {
if (vessel == null) {
values.Add (new Value ("Inclination", String.Format(MathTools.MinMaxValue, minInclination, maxInclination)));
} else {
values.Add (new Value ("Inclination", String.Format(MathTools.MinMaxValue, minInclination, maxInclination),
String.Format(MathTools.SingleDoubleValue, vessel.orbit.inclination),
MathTools.inMinMax (minInclination, maxInclination, vessel.orbit.inclination)));
}
}
if (minLan != maxLan) {
if (vessel == null) {
values.Add (new Value ("LAN", String.Format(MathTools.MinMaxValue, minLan, maxLan)));
} else {
values.Add (new Value ("LAN", String.Format(MathTools.MinMaxValue, minLan, maxLan),
vessel.orbit.LAN, MathTools.inMinMax (minLan, maxLan, vessel.orbit.LAN)));
}
}
if (minAltitude != 0.0) {
if (vessel == null) {
values.Add (new Value ("min Altitude", String.Format(MathTools.SingleDoubleValue, minAltitude)));
} else {
values.Add (new Value ("min Altitude", String.Format(MathTools.SingleDoubleValue, minAltitude),
vessel.orbit.altitude, vessel.orbit.altitude >= minAltitude));
}
}
if (maxAltitude != 0.0) {
if (vessel == null) {
values.Add (new Value ("max Altitude", String.Format(MathTools.SingleDoubleValue, maxAltitude)));
} else {
values.Add (new Value ("max Altitude", String.Format(MathTools.SingleDoubleValue, maxAltitude),
vessel.orbit.altitude, vessel.orbit.altitude <= maxAltitude));
}
}
if (minSpeedOverGround != 0.0) {
if (vessel == null) {
values.Add (new Value ("min speed over ground", String.Format(MathTools.SingleDoubleValue, minSpeedOverGround)));
} else {
values.Add (new Value ("min speed over ground", String.Format(MathTools.SingleDoubleValue, minSpeedOverGround),
vessel.horizontalSrfSpeed, vessel.horizontalSrfSpeed >= minSpeedOverGround));
}
}
if (maxSpeedOverGround != 0.0) {
if (vessel == null) {
values.Add (new Value ("max speed over ground", String.Format(MathTools.SingleDoubleValue, maxSpeedOverGround)));
} else {
values.Add (new Value ("max speed over ground", String.Format(MathTools.SingleDoubleValue, maxSpeedOverGround),
vessel.horizontalSrfSpeed, vessel.horizontalSrfSpeed <= maxSpeedOverGround));
}
}
if(maxEccentricity != minEccentricity) {
// If both min < max, then max has not been set at all and ignore the max value
if(minEccentricity < maxEccentricity) {
if (vessel == null) {
values.Add (new Value ("Eccentricity", String.Format(MathTools.HighPrecisionMinMaxValue, minEccentricity, maxEccentricity)));
} else {
values.Add (new Value ("Eccentricity", String.Format(MathTools.HighPrecisionMinMaxValue, minEccentricity, maxEccentricity),
vessel.orbit.eccentricity, MathTools.inMinMax(minEccentricity, maxEccentricity, vessel.orbit.eccentricity), true));
}
} else {
if (vessel == null) {
values.Add (new Value ("min. Eccentricity", String.Format(MathTools.HighPrecisionDoubleValue, minEccentricity)));
} else {
values.Add (new Value ("min. Eccentricity", String.Format(MathTools.HighPrecisionDoubleValue, minEccentricity),
vessel.orbit.eccentricity, minEccentricity < vessel.orbit.eccentricity, true));
}
}
}
if (minOrbitalPeriod < maxOrbitalPeriod) {
if (vessel == null || Planetarium.fetch == null) {
values.Add (new Value("Orbital Period", String.Format(MathTools.MinMaxString,
MathTools.formatTime(minOrbitalPeriod), MathTools.formatTime(maxOrbitalPeriod))));
} else {
values.Add (new Value("Orbital Period", String.Format(MathTools.MinMaxString,
MathTools.formatTime(minOrbitalPeriod), MathTools.formatTime(maxOrbitalPeriod)),
MathTools.formatTime(vessel.orbit.period), MathTools.inMinMax(minOrbitalPeriod, maxOrbitalPeriod, vessel.orbit.period)));
}
}
if (minVerticalSpeed != 0.0) { //both min and max Vertical Speed variables are tested in game. Good Test.
if (vessel == null) {
values.Add (new Value ("Min Vertical Speed", String.Format(MathTools.SingleDoubleValue, minVerticalSpeed)));
} else {
values.Add (new Value ("Min Vertical Speed", String.Format(MathTools.SingleDoubleValue, minVerticalSpeed),
vessel.verticalSpeed, vessel.verticalSpeed >= minVerticalSpeed));
}
}
if (maxVerticalSpeed != 0.0) {
if (vessel == null) {
values.Add (new Value ("Max Vertical Speed", String.Format(MathTools.SingleDoubleValue, maxVerticalSpeed)));
} else {
values.Add (new Value ("Max Vertical Speed", String.Format(MathTools.SingleDoubleValue, maxVerticalSpeed),
vessel.verticalSpeed, vessel.verticalSpeed <= maxVerticalSpeed));
}
}
if (minGForce != 0.0) {
if (vessel == null) {
values.Add (new Value ("Min G Force", String.Format(MathTools.SingleDoubleValue, minGForce)));
} else {
values.Add (new Value ("Min G Force", String.Format(MathTools.SingleDoubleValue, minGForce),
vessel.geeForce, vessel.geeForce >= minGForce));
}
}
if (maxGForce != 0.0) {
if (vessel == null) {
values.Add (new Value ("Max G Force", String.Format(MathTools.SingleDoubleValue, maxGForce)));
} else {
values.Add (new Value ("Max G Force", String.Format(MathTools.SingleDoubleValue, maxGForce),
vessel.geeForce, vessel.geeForce <= maxGForce));
}
}
if(minLatitude != maxLatitude) {
if(vessel == null) {
values.Add(new Value("Latitude", String.Format(MathTools.MinMaxValue, minLatitude, maxLatitude)));
} else {
values.Add(new Value("Latitude", String.Format(MathTools.MinMaxValue, minLatitude, maxLatitude),
vessel.latitude, MathTools.inMinMax(minLatitude, maxLatitude, vessel.latitude)));
}
}
if(minLongitude != maxLongitude) {
if(vessel == null) {
values.Add(new Value("Longitude", String.Format(MathTools.MinMaxValue, minLongitude, maxLongitude)));
} else {
values.Add(new Value("Longitude", String.Format(MathTools.MinMaxValue, minLongitude, maxLongitude),
MathTools.calculateLongitude(vessel.longitude),
MathTools.inMinMax(minLongitude, maxLongitude, MathTools.calculateLongitude(vessel.longitude))));
}
}
return values;
}
/// <summary>
/// Checks, if this mission goal has been accomplished.
/// </summary>
/// <returns><c>true</c>, if mission goal is done, <c>false</c> otherwise.</returns>
/// <param name="vessel">current vessel</param>
public virtual bool isDone(Vessel vessel, GameEvent events)
{
if (vessel == null) {
return false;
}
if (nonPermanent && doneOnce) {
return true;
}
if(vessel.orbit == null) {
return false;
}
List<Value> values = getValues (vessel, events);
foreach (Value v in values) {
if(!v.done) {
return false;
}
}
// If this is a one time mission condition and everything has been done
// we remember this for now
if (nonPermanent) {
doneOnce = true;
}
return true;
}
/// <summary>
/// Returns an array of necessary values, like orbital parameters.
/// </summary>
/// <param name="v">current vessel, might be null when in editor mode or in space center mode!</param>
protected virtual List<Value> values(Vessel v, GameEvent events)
{
return new List<Value> ();
}
/// <summary>
/// Returns all values related to this mission goal
/// </summary>
/// <returns>The values.</returns>
/// <param name="vessel">current vessel</param>
public List<Value> getValues(Vessel vessel, GameEvent events)
{
List<Value> vs = values (vessel, events);
if (crewCount != 0) {
if(vessel == null) {
vs.Add (new Value ("Crew count", "" + crewCount));
} else {
vs.Add (new Value ("Crew count", "" + crewCount, "" + vessel.GetCrewCount (),
crewCount <= vessel.GetCrewCount ()));
}
}
if (minTotalMass != 0.0) {
if (vessel == null) {
vs.Add(new Value("min. total mass", String.Format(MathTools.SingleDoubleValue, minTotalMass)));
} else {
vs.Add(new Value("min. total mass", String.Format(MathTools.SingleDoubleValue, minTotalMass),
String.Format(MathTools.SingleDoubleValue, vessel.GetTotalMass()),
vessel.GetTotalMass() >= minTotalMass));
}
}
if (maxTotalMass != 0.0) {
if (vessel == null) {
vs.Add(new Value("max. total mass", String.Format(MathTools.SingleDoubleValue, maxTotalMass)));
} else {
vs.Add(new Value("max. total mass", String.Format(MathTools.SingleDoubleValue, maxTotalMass),
String.Format(MathTools.SingleDoubleValue, vessel.GetTotalMass()),
vessel.GetTotalMass() <= maxTotalMass));
}
}
bool done = true;
foreach (Value v in vs) {
done = done && v.done;
}
// If the mission goal is finished so far and we need to throttle down in order
// to finish the mission goal, add another value if not throttled down
if (vessel != null) {
if (done && throttleDown && FlightInputHandler.state.mainThrottle != 0.0) {
vs.Add (new Value ("Throttle down!", "true", "false", false));
done = false;
}
}
if (done && timeStarted == -1.0 && minSeconds > 0.0) {
timeStarted = Planetarium.GetUniversalTime ();
}
if (minSeconds > 0.0 && !done) {
timeStarted = -1.0;
}
if (minSeconds > 0.0) {
if (vessel != null) {
double diff = (timeStarted == -1.0 ? 0 : Planetarium.GetUniversalTime () - timeStarted);
vs.Add (new Value("Minimal time", MathTools.formatTime(minSeconds), MathTools.formatTime(diff), diff > minSeconds));
} else {
vs.Add (new Value("Minimal time", MathTools.formatTime(minSeconds)));
}
}
return vs;
}
