private void PlotPoints(Options options)
{
var arguments = DeserializeArguments <PointPlottingArguments>(options.ConfigurationFilepath);
var plotter = new TrajectoryPlotter(arguments.InputDirectory, arguments.InputFilePattern, arguments.OutputDirectory, arguments.OutputFilename, arguments.Resolution.Width, arguments.Resolution.Height, arguments.Bailout);
plotter.Plot();
}
private void Awake()
{
trajectoryPlotter = GetComponent <TrajectoryPlotter>();
sourceIntersections = new List <SourceIntersections>();
// Initialize source intersection colors
// FIXME THIS IS TEMPORARY
sourceIntersectionColors = new List <Color>
{
Color.red,
Color.green,
Color.blue
};
sourceIntersectionColorCount = sourceIntersectionColors.Count;
}
private void Awake()
{
orbitalBody = GetComponent <OrbitalBody>();
orbitalBody.OnOrbitCalculationEvent += UpdateTrajectory;
// Instantiate prefab if null
trajectoryObject = Instantiate(trajectoryObjectPrefab);
trajectoryPlotter = trajectoryObject.GetComponent <TrajectoryPlotter>();
if (trajectoryPlotter == null)
{
throw new UnityException("Expecting trajectory prefab to have a TrajectoryPlotter script");
}
trajectoryPlotter.SetGradient(trajectoryGradient);
intersectionCalculator = trajectoryObject.GetComponent <IntersectionCalculator>();
}
private void UpdateOrbit()
{
if (DeltaVelocity.magnitude < minimumDeltaVelocity)
{
return;
}
if (trajectoryObjectPrefab == null)
{
Debug.Log("No trajectory object prefab selected!");
return;
}
if (trajectoryObject == null)
{
// Instantiate prefab if null
trajectoryObject = Instantiate(trajectoryObjectPrefab);
trajectoryPlotter = trajectoryObject.GetComponent <TrajectoryPlotter>();
// Pass ship to intersection calculator
intersectionCalculator = trajectoryObject.GetComponent <IntersectionCalculator>();
//intersectionCalculator.SetOrbitalBody(ship);
}
trajectoryObject.transform.parent = ship.CurrentGravitySource.transform;
trajectoryObject.transform.position = trajectoryObject.transform.parent.position;
// Specifically velocity in world coordinates!
Vector2 newOrbitalVelocity = orbitalSpeed * orbitalDirection + DeltaVelocity;
Vector2 relVel = newOrbitalVelocity.RotateVector(ship.Trajectory.ArgumentOfPeriapsis);
Vector2 relPos = (Vector2)transform.position - ship.CurrentGravitySource.Position; // world pos - newSource.pos
trajectory.CalculateOrbitalParametersFromStateVectors(relPos, relVel, ship.CurrentGravitySource);
if (trajectory.TrajectoryType == Mechanics.Globals.TrajectoryType.Ellipse)
{
trajectoryPlotter.BuildEllipticalTrajectory(trajectory.SemimajorAxis, trajectory.SemiminorAxis, trajectory.Eccentricity, trajectory.ArgumentOfPeriapsis);
}
else
{
trajectoryPlotter.BuildHyperbolicTrajectory(trajectory.SemimajorAxis, trajectory.SemiminorAxis, trajectory.Eccentricity, trajectory.ArgumentOfPeriapsis);
}
float timeToNode = OrbitalMechanics.UniversalVariableMethod.CalculateTimeOfFlight(ship.OrbitalPosition, ship.OrbitalVelocity, orbitalPosition, ship.Trajectory.EccentricityVector, ship.Trajectory.ParentGravitySource.Mass);
UpdateIntersections(timeToNode, relPos, relVel);
}
