public static Servo ServoWithName (KRPC.SpaceCenter.Services.Vessel vessel, string name)
{
CheckAPI ();
var servo = IRWrapper.IRController.ServoGroups
.Where (x => x.Vessel.id == vessel.Id)
.SelectMany (x => x.Servos)
.FirstOrDefault (x => x.Name == name);
return servo != null ? new Servo (servo) : null;
}
public static void ProcedureSingleArgNoReturn (KRPC.Schema.KRPC.Response data)
{
Service.ProcedureSingleArgNoReturn (data);
}
public static void ProcedureEnumArg (KRPC.Schema.Test.TestEnum x)
{
Service.ProcedureEnumArg (x);
}
public static ServoGroup ServoGroupWithName (KRPC.SpaceCenter.Services.Vessel vessel, string name)
{
CheckAPI ();
var servoGroup = IRWrapper.IRController.ServoGroups.FirstOrDefault (x => x.Vessel.id == vessel.Id && x.Name == name);
return servoGroup != null ? new ServoGroup (servoGroup) : null;
}
public static double closestAppDist(KRPC.SpaceCenter.Services.Vessel ves)
{
Vessel target = ves.InternalVessel.targetObject as Vessel;
return ves.InternalVessel.orbit.NextClosestApproachDistance(target.orbit, Planetarium.GetUniversalTime());
}
public static IList<ServoGroup> ServoGroups (KRPC.SpaceCenter.Services.Vessel vessel)
{
CheckAPI ();
return IRWrapper.IRController.ServoGroups.Where (x => x.Vessel.id == vessel.Id).Select (x => new ServoGroup (x)).ToList ();
}
public static string biome(KRPC.SpaceCenter.Services.Vessel ves)
{return ves.InternalVessel.mainBody.BiomeMap.GetAtt(ves.InternalVessel.latitude * Math.PI / 180d, ves.InternalVessel.longitude * Math.PI / 180d).name; }
public static KRPC.Utils.Tuple<int,bool> TupleDefault (KRPC.Utils.Tuple<int,bool> x)
{
return Service.TupleDefault (x);
}
public static double relativeVel(KRPC.SpaceCenter.Services.Vessel ves)
{
Vessel target = ves.InternalVessel.targetObject as Vessel;
Vector3d deltav = OrbitalManeuverCalculator.DeltaVToMatchVelocities(ves.InternalVessel.orbit, Planetarium.GetUniversalTime(), target.orbit);
return deltav.magnitude;
}
public static double phaseAngle(KRPC.SpaceCenter.Services.Vessel ves)
{return ves.InternalVessel.orbit.PhaseAngle(ves.InternalVessel.targetObject.GetOrbit(), Planetarium.GetUniversalTime()); }
public static double ClosestAppVel(KRPC.SpaceCenter.Services.Vessel ves)
{
Vector3d dV = OrbitalManeuverCalculator.DeltaVToMatchVelocities(ves.InternalVessel.orbit, Planetarium.GetUniversalTime(), ves.InternalVessel.targetObject.GetOrbit());
return dV.magnitude;
}
public static double timeDn(KRPC.SpaceCenter.Services.Vessel ves)
{return ves.InternalVessel.orbit.TimeOfDescendingNodeEquatorial(Planetarium.GetUniversalTime());}
public static double relativeInc(KRPC.SpaceCenter.Services.Vessel ves)
{
Vessel target = ves.InternalVessel.targetObject as Vessel;
return ves.InternalVessel.orbit.RelativeInclination(target.orbit);
}
public static void ProcedureThreeArgsNoReturn (KRPC.Schema.KRPC.Response x,
KRPC.Schema.KRPC.Request y, KRPC.Schema.KRPC.Response z)
{
Service.ProcedureThreeArgsNoReturn (x, y, z);
}
public static Comms Comms (KRPC.SpaceCenter.Services.Vessel vessel)
{
CheckAPI ();
return new Comms (vessel);
}
public static KRPC.Schema.KRPC.Response ProcedureSingleArgReturns (KRPC.Schema.KRPC.Response data)
{
return Service.ProcedureSingleArgReturns (data);
}
public static Antenna Antenna (KRPC.SpaceCenter.Services.Parts.Part part)
{
CheckAPI ();
return new Antenna (part);
}
public static KRPC.Utils.Tuple<int, bool> EchoTuple(KRPC.Utils.Tuple<int,bool> t)
{
return Service.EchoTuple (t);
}
public static double NextTimeAlt(KRPC.SpaceCenter.Services.Vessel ves, double alt)
{return ves.InternalVessel.orbit.NextTimeOfRadius(Planetarium.GetUniversalTime(), alt);}
