public StartTimeOptimizer(RendezvousAutopilot ren,
double startUT, double transfer, double dT)
: base(ren, ren.VSL.Physics.UT + ren.CorrectionOffset, startUT + transfer, -1, false, dT)
{
this.startUT = startUT;
}
public TransferOptimizer(RendezvousAutopilot ren,
double maxEndUT, double startUT, double transfer, double dT)
: base(ren, ren.VSL.Physics.UT + ren.CorrectionOffset, maxEndUT, maxEndUT, false, dT)
{
this.startUT = startUT;
this.transferT = transfer;
}
protected bool GetREN()
{
if (TCA == null && !GetTCA())
{
return(false);
}
REN = TCA.GetModule <RendezvousAutopilot>();
return(REN != null);
}
public CDOS_Optimizer2D(RendezvousAutopilot ren,
double minStartUT, double maxStartUT,
double maxEndUT, bool softMaxStart,
double startUT, double startTransfer, double dT)
: base(ren, minStartUT, maxStartUT, maxEndUT, softMaxStart, dT)
{
P0 = P = new Point(Math.Max(startUT, minStartUT + 1), startTransfer, this);
set_dir(new Vector2d(0, 1));
}
protected RendezvousTrajectoryOptimizer(RendezvousAutopilot ren,
double minStartUT, double maxStartUT,
double maxEndUT, bool softMaxStart, double dT)
{
this.minStartUT = minStartUT;
this.maxStartUT = maxStartUT;
this.maxEndUT = maxEndUT;
this.softMaxStart = softMaxStart;
this.dT = dT;
this.ren = ren;
}
