// Returns the train with the smallest time until arrival for the given stopname
// NF
public static Train getTrainAtStop(String stopName, Direction d, int offset) {
LinkedList<Train> curTrains = new LinkedList<Train>();
for (TrainLine line : (liveData ? liveLines : testLines)) {
LinkedList<Train> trains = line.getTrains();
for (int t = 0; t < trains.size(); t++) {
Train curTrain = trains.get(t);
if (curTrain.containsStop(stopName, offset) && curTrain.getTrainDirection() == d) {
curTrains.add(curTrain);
}
}
}
return getEarliestTrain(curTrains, stopName);
}
// Compares 2 trains and returns true if o1 has a greater time than o2
// for the first prediction
// NF
public static boolean compare(Train o1, Train o2, String stopName) {
return o1.getPredictionByName(stopName).getTime() > o2.getPredictionByName(stopName).getTime();
}