protected bool trajectory_is_better(RendezvousTrajectory t)
{
//always accept the first trajecotry
if (Best == null)
{
return(true);
}
//between two killers choose the one with greater PeR
if (t.KillerOrbit && Best.KillerOrbit)
{
return(t.Orbit.PeR > Best.Orbit.PeR);
}
//if current is a killer, it's no better
if (t.KillerOrbit)
{
return(false);
}
//if best is still a killer, any non-killer is better
if (Best.KillerOrbit)
{
return(true);
}
//if best is has negligable maneuver dV, or current misses the target,
//compare qualities
var bestDeltaV = Best.ManeuverDeltaV.sqrMagnitude;
if (bestDeltaV > 1 || t.DistanceToTarget > C.Dtol)
{
return(t.Quality < Best.Quality);
}
//otherwise select the one with larger maneuver dV
return(t.ManeuverDeltaV.sqrMagnitude > bestDeltaV);
}
public Point(double s, double t, CDOS_Optimizer2D optimizer)
{
start = s;
transfer = t;
distance = double.MaxValue;
trajectory = null;
opt = optimizer;
}
public void UpdateTrajectory(bool with_distance = false)
{
trajectory = opt.ren.new_trajectory(start, transfer);
transfer = trajectory.TransferTime;
if (with_distance)
{
UpdateDist();
}
}
