void ComputeTimes(Orbit o, Orbit destination, double universalTime)
{
if (destination == null || o == null || o.referenceBody.orbit == null)
return;
double synodic_period = o.referenceBody.orbit.SynodicPeriod(destination);
double hohmann_transfer_time = OrbitUtil.GetTransferTime(o.referenceBody.orbit, destination);
minDepartureTime = universalTime;
minTransferTime = 3600;
maxDepartureTime = minDepartureTime + synodic_period * 1.5;
maxTransferTime = hohmann_transfer_time * 1.5;
maxArrivalTime.val = (synodic_period + hohmann_transfer_time) * 1.5;
}
void ComputeTimes(Orbit o, Orbit destination, double universalTime)
{
if (destination == null || o == null || o.referenceBody.orbit == null)
{
return;
}
double synodic_period = o.referenceBody.orbit.SynodicPeriod(destination);
double hohmann_transfer_time = OrbitUtil.GetTransferTime(o.referenceBody.orbit, destination);
// Both orbit have the same period
if (double.IsInfinity(synodic_period))
{
synodic_period = o.referenceBody.orbit.period;
}
minDepartureTime = universalTime;
minTransferTime = 3600;
maxDepartureTime = minDepartureTime + synodic_period * 1.5;
maxTransferTime = hohmann_transfer_time * 2.0;
maxArrivalTime.val = synodic_period * 1.5 + hohmann_transfer_time * 2.0;
}
