/// <summary>
/// Change the times of this <see cref="TrainLocationTime" /> by reflecting them over another time. In other words, if beforehand the train arrives ten minutes before and departs five
/// minutes before the reflection time, then afterwards, the train will arrive five minutes after and depart ten minutes after the reflection time.
/// </summary>
/// <param name="aroundTime">The time to reflect about.</param>
/// <param name="alwaysSwap">If this parameter is false (the default), if the object only has a <see cref="DepartureTime" />, the reflected time will still be the
/// <see cref="DepartureTime" />. If it is true, then if the object only has a <see cref="DepartureTime" /> it will become the <see cref="ArrivalTime" />.</param>
public void Reflect(TimeOfDay aroundTime, bool alwaysSwap = false)
{
TrainTime newArrivalTime = DepartureTime?.CopyAndReflect(aroundTime);
TrainTime newDepartureTime = ArrivalTime?.CopyAndReflect(aroundTime);
if (newDepartureTime?.Time == null && newArrivalTime?.Time != null && !alwaysSwap)
{
DepartureTime = newArrivalTime;
ArrivalTime = newDepartureTime;
}
else
{
DepartureTime = newDepartureTime;
ArrivalTime = newArrivalTime;
}
}
/// <summary>
/// Default constructor.
/// </summary>
public TrainLocationTime()
{
ArrivalTime = new TrainTime();
DepartureTime = new TrainTime();
}
private TrainLocationTimeModel UpdateTrainLocationTimeModel(ref TrainLocationTimeModel model, TrainTime time, string idSuffix)
{
if (time == null || FormattingStrings == null || Location == null)
{
return(null);
}
if (model == null)
{
model = new TrainLocationTimeModel
{
LocationId = Location.Id,
LocationKey = Location.Id + idSuffix,
EntryType = TrainLocationTimeEntryType.Time,
};
}
model.IsPassingTime = Pass;
model.Populate(time, FormattingStrings);
return(model);
}
