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feat: mark static body keys AlwaysEvaluable #88

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80 changes: 40 additions & 40 deletions Telemachus/src/VesselDataHandlers.cs
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Original file line number Diff line number Diff line change
Expand Up @@ -689,26 +689,26 @@ public BodyDataLinkHandler(FormatterProvider formatters)

// --- Identity ---

[TelemetryAPI("b.name", "Body Name", Units = APIEntry.UnitType.STRING, Category = "body", ReturnType = "string", Params = "int bodyId")]
[TelemetryAPI("b.name", "Body Name", Units = APIEntry.UnitType.STRING, AlwaysEvaluable = true, Category = "body", ReturnType = "string", Params = "int bodyId")]
object BodyName(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].name;

[TelemetryAPI("b.description", "Body Description", Units = APIEntry.UnitType.STRING, Category = "body", ReturnType = "string", Params = "int bodyId")]
[TelemetryAPI("b.description", "Body Description", Units = APIEntry.UnitType.STRING, AlwaysEvaluable = true, Category = "body", ReturnType = "string", Params = "int bodyId")]
object BodyDescription(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].bodyDescription;

[TelemetryAPI("b.number", "Number of Bodies", Category = "body", ReturnType = "int")]
[TelemetryAPI("b.number", "Number of Bodies", AlwaysEvaluable = true, Category = "body", ReturnType = "int")]
object BodyCount(DataSources ds) => FlightGlobals.Bodies.Count;

[TelemetryAPI("b.index", "Flight Globals Index", Category = "body", ReturnType = "int", Params = "int bodyId")]
[TelemetryAPI("b.index", "Flight Globals Index", AlwaysEvaluable = true, Category = "body", ReturnType = "int", Params = "int bodyId")]
object BodyIndex(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].flightGlobalsIndex;

[TelemetryAPI("b.referenceBody", "Reference Body Name", Units = APIEntry.UnitType.STRING, Category = "body", ReturnType = "string", Params = "int bodyId")]
[TelemetryAPI("b.referenceBody", "Reference Body Name", Units = APIEntry.UnitType.STRING, AlwaysEvaluable = true, Category = "body", ReturnType = "string", Params = "int bodyId")]
object BodyReferenceBody(DataSources ds)
{
var body = FlightGlobals.Bodies[int.Parse(ds.args[0])];
return body.referenceBody != null ? body.referenceBody.name : "";
}

[TelemetryAPI("b.orbitingBodies", "Orbiting Body Names", Plotable = false, Formatter = "StringArray", Category = "body", ReturnType = "string[]", Params = "int bodyId")]
[TelemetryAPI("b.orbitingBodies", "Orbiting Body Names", Plotable = false, Formatter = "StringArray", AlwaysEvaluable = true, Category = "body", ReturnType = "string[]", Params = "int bodyId")]
object BodyOrbitingBodies(DataSources ds)
{
var names = new List<string>();
Expand All @@ -719,119 +719,119 @@ object BodyOrbitingBodies(DataSources ds)

// --- Physical Properties ---

[TelemetryAPI("b.radius", "Body Radius", Units = APIEntry.UnitType.DISTANCE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.radius", "Body Radius", Units = APIEntry.UnitType.DISTANCE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object Radius(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].Radius;

[TelemetryAPI("b.mass", "Body Mass", Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.mass", "Body Mass", AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyMass(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].Mass;

[TelemetryAPI("b.geeASL", "Surface Gravity in G", Units = APIEntry.UnitType.G, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.geeASL", "Surface Gravity in G", Units = APIEntry.UnitType.G, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyGeeASL(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].GeeASL;

[TelemetryAPI("b.soi", "Body Sphere of Influence", Units = APIEntry.UnitType.DISTANCE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.soi", "Body Sphere of Influence", Units = APIEntry.UnitType.DISTANCE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object Soi(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].sphereOfInfluence;

[TelemetryAPI("b.hillSphere", "Hill Sphere Radius", Units = APIEntry.UnitType.DISTANCE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.hillSphere", "Hill Sphere Radius", Units = APIEntry.UnitType.DISTANCE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object HillSphere(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].hillSphere;

// --- Rotation ---

[TelemetryAPI("b.rotationPeriod", "Rotation Period", Units = APIEntry.UnitType.TIME, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.rotationPeriod", "Rotation Period", Units = APIEntry.UnitType.TIME, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object RotationPeriod(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].rotationPeriod;

[TelemetryAPI("b.rotationAngle", "Current Rotation Angle", Units = APIEntry.UnitType.DEG, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.rotationAngle", "Current Rotation Angle", Units = APIEntry.UnitType.DEG, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyRotationAngle(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].rotationAngle;

[TelemetryAPI("b.angularV", "Angular Velocity", Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.angularV", "Angular Velocity", AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyAngularV(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].angularV;

[TelemetryAPI("b.tidallyLocked", "Tidally Locked", Category = "body", ReturnType = "bool", Params = "int bodyId")]
[TelemetryAPI("b.tidallyLocked", "Tidally Locked", AlwaysEvaluable = true, Category = "body", ReturnType = "bool", Params = "int bodyId")]
object TidallyLocked(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].tidallyLocked;

[TelemetryAPI("b.rotates", "Body Rotates", Category = "body", ReturnType = "bool", Params = "int bodyId")]
[TelemetryAPI("b.rotates", "Body Rotates", AlwaysEvaluable = true, Category = "body", ReturnType = "bool", Params = "int bodyId")]
object BodyRotates(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].rotates;

// --- Atmosphere ---

[TelemetryAPI("b.atmosphere", "Has Atmosphere", Category = "body", ReturnType = "bool", Params = "int bodyId")]
[TelemetryAPI("b.atmosphere", "Has Atmosphere", AlwaysEvaluable = true, Category = "body", ReturnType = "bool", Params = "int bodyId")]
object BodyHasAtmosphere(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].atmosphere;

[TelemetryAPI("b.maxAtmosphere", "Body Atmosphere Depth", Units = APIEntry.UnitType.DISTANCE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.maxAtmosphere", "Body Atmosphere Depth", Units = APIEntry.UnitType.DISTANCE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object MaxAtmosphere(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].atmosphereDepth;

[TelemetryAPI("b.atmosphereContainsOxygen", "Atmosphere contains oxygen", Category = "body", ReturnType = "bool", Params = "int bodyId")]
[TelemetryAPI("b.atmosphereContainsOxygen", "Atmosphere contains oxygen", AlwaysEvaluable = true, Category = "body", ReturnType = "bool", Params = "int bodyId")]
object AtmosphereContainsOxygen(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].atmosphereContainsOxygen;

// --- Surface ---

[TelemetryAPI("b.ocean", "Has Ocean", Category = "body", ReturnType = "bool", Params = "int bodyId")]
[TelemetryAPI("b.ocean", "Has Ocean", AlwaysEvaluable = true, Category = "body", ReturnType = "bool", Params = "int bodyId")]
object BodyHasOcean(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].ocean;

// --- Position ---

[TelemetryAPI("b.position", "Body World Position", Plotable = false, Formatter = "Vector3d", Category = "body", ReturnType = "Vector3d", Params = "int bodyId")]
[TelemetryAPI("b.position", "Body World Position", Plotable = false, Formatter = "Vector3d", AlwaysEvaluable = true, Category = "body", ReturnType = "Vector3d", Params = "int bodyId")]
object BodyPosition(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].position;

// --- Time Warp ---

[TelemetryAPI("b.timeWarpAltitudeLimits", "Time Warp Altitude Limits", Plotable = false, Category = "body", ReturnType = "object", Params = "int bodyId")]
[TelemetryAPI("b.timeWarpAltitudeLimits", "Time Warp Altitude Limits", Plotable = false, AlwaysEvaluable = true, Category = "body", ReturnType = "object", Params = "int bodyId")]
object BodyTimeWarpAltitudeLimits(DataSources ds)
{
float[] limits = FlightGlobals.Bodies[int.Parse(ds.args[0])].timeWarpAltitudeLimits;
var result = new List<float>(limits);
return result;
}

[TelemetryAPI("b.o.gravParameter", "Body Gravitational Parameter", Units = APIEntry.UnitType.GRAV, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.gravParameter", "Body Gravitational Parameter", Units = APIEntry.UnitType.GRAV, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object GravParameter(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].gravParameter;

[TelemetryAPI("b.o.relativeVelocity", "Relative Velocity", Units = APIEntry.UnitType.VELOCITY, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.relativeVelocity", "Relative Velocity", Units = APIEntry.UnitType.VELOCITY, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyRelativeVelocity(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.GetRelativeVel().magnitude;

[TelemetryAPI("b.o.PeA", "Periapsis", Units = APIEntry.UnitType.DISTANCE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.PeA", "Periapsis", Units = APIEntry.UnitType.DISTANCE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyPeA(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.PeA;

[TelemetryAPI("b.o.ApA", "Apoapsis", Units = APIEntry.UnitType.DISTANCE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.ApA", "Apoapsis", Units = APIEntry.UnitType.DISTANCE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyApA(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.ApA;

[TelemetryAPI("b.o.timeToAp", "Time to Apoapsis", Units = APIEntry.UnitType.TIME, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.timeToAp", "Time to Apoapsis", Units = APIEntry.UnitType.TIME, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyTimeToAp(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.timeToAp;

[TelemetryAPI("b.o.timeToPe", "Time to Periapsis", Units = APIEntry.UnitType.TIME, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.timeToPe", "Time to Periapsis", Units = APIEntry.UnitType.TIME, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyTimeToPe(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.timeToPe;

[TelemetryAPI("b.o.inclination", "Inclination", Units = APIEntry.UnitType.DEG, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.inclination", "Inclination", Units = APIEntry.UnitType.DEG, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyInclination(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.inclination;

[TelemetryAPI("b.o.eccentricity", "Eccentricity", Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.eccentricity", "Eccentricity", AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyEccentricity(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.eccentricity;

[TelemetryAPI("b.o.period", "Orbital Period", Units = APIEntry.UnitType.TIME, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.period", "Orbital Period", Units = APIEntry.UnitType.TIME, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyPeriod(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.period;

[TelemetryAPI("b.o.argumentOfPeriapsis", "Argument of Periapsis", Units = APIEntry.UnitType.DEG, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.argumentOfPeriapsis", "Argument of Periapsis", Units = APIEntry.UnitType.DEG, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyArgumentOfPeriapsis(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.argumentOfPeriapsis;

[TelemetryAPI("b.o.timeToTransition1", "Time to Transition 1", Units = APIEntry.UnitType.TIME, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.timeToTransition1", "Time to Transition 1", Units = APIEntry.UnitType.TIME, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyTimeToTransition1(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.timeToTransition1;

[TelemetryAPI("b.o.timeToTransition2", "Time to Transition 2", Units = APIEntry.UnitType.TIME, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.timeToTransition2", "Time to Transition 2", Units = APIEntry.UnitType.TIME, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyTimeToTransition2(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.timeToTransition2;

[TelemetryAPI("b.o.sma", "Semimajor Axis", Units = APIEntry.UnitType.DISTANCE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.sma", "Semimajor Axis", Units = APIEntry.UnitType.DISTANCE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodySma(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.semiMajorAxis;

[TelemetryAPI("b.o.lan", "Longitude of Ascending Node", Units = APIEntry.UnitType.DEG, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.lan", "Longitude of Ascending Node", Units = APIEntry.UnitType.DEG, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyLan(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.LAN;

[TelemetryAPI("b.o.maae", "Mean Anomaly at Epoch", Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.maae", "Mean Anomaly at Epoch", AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyMaae(DataSources ds) => FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.meanAnomalyAtEpoch;

[TelemetryAPI("b.o.timeOfPeriapsisPassage", "Time of Periapsis Passage", Units = APIEntry.UnitType.DATE, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.timeOfPeriapsisPassage", "Time of Periapsis Passage", Units = APIEntry.UnitType.DATE, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyTimeOfPeriapsisPassage(DataSources ds) =>
Planetarium.GetUniversalTime() - FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.ObT;

[TelemetryAPI("b.o.trueAnomaly", "True Anomaly", Units = APIEntry.UnitType.DEG, Category = "body", ReturnType = "double", Params = "int bodyId")]
[TelemetryAPI("b.o.trueAnomaly", "True Anomaly", Units = APIEntry.UnitType.DEG, AlwaysEvaluable = true, Category = "body", ReturnType = "double", Params = "int bodyId")]
object BodyTrueAnomaly(DataSources ds) =>
FlightGlobals.Bodies[int.Parse(ds.args[0])].orbit.TrueAnomalyAtUT(Planetarium.GetUniversalTime()) * (180.0 / Math.PI);

Expand Down Expand Up @@ -865,7 +865,7 @@ object BodyPhaseAngle(DataSources ds)
}

[TelemetryAPI("b.o.truePositionAtUT", "True Position at the given UT",
Plotable = false, Formatter = "Vector3d", Category = "body", ReturnType = "Vector3d", Params = "int bodyId, double UT")]
Plotable = false, Formatter = "Vector3d", AlwaysEvaluable = true, Category = "body", ReturnType = "Vector3d", Params = "int bodyId, double UT")]
object BodyTruePositionAtUT(DataSources ds)
{
int bodyId = int.Parse(ds.args[0]);
Expand Down
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