public static calculateLongitude ( double value ) : double | ||
value | double | |
리턴 | double |
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> 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 > 0.02) { values.Add(new Value("Launch", "", "requires stationary position", false)); } } return(values); }
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); }