public static MoveWithTime GetRoutTime(move m, DateTime a)
{
MoveWithTime result = new MoveWithTime(m.start_stop_id, m.start_stop_name, m.end_stop_id, m.end_stop_name, m.route_id, m.route_name, m.serviceID, DateTime.MinValue, DateTime.MinValue);
if (m.route_id == "walk")
{
result.StartTime = a; //start time is the same time the person reach to the stop
result.EndTime = a.AddMinutes(3); //he will reach the distnation after 3 min of walk
goto a;
}
if (checkCalenderDate(a, m.serviceID))
{
goto a;
}
int i, j;
for (i = 0; i < GTFSData.StopTimesFile.Count - 1; i++)
{
if (GTFSData.StopTimesFile[i].Route_id == m.route_id && GTFSData.StopTimesFile[i].stop_id == m.start_stop_id && GTFSData.StopTimesFile[i].departure_time > a)
{
string trip = GTFSData.StopTimesFile[i].trip_id;
for (j = i + 1; j < GTFSData.StopTimesFile.Count && GTFSData.StopTimesFile[j].trip_id == trip && GTFSData.StopTimesFile[j].Route_id == m.route_id; j++)
{
if (GTFSData.StopTimesFile[j].stop_id == m.end_stop_id)
{
DateTime arr, dep;
arr = GTFSData.StopTimesFile[j].arrival_time;
dep = GTFSData.StopTimesFile[i].departure_time;
result.StartTime = new DateTime(dep.Year, dep.Month, dep.Day, dep.Hour, dep.Minute, dep.Second);
result.EndTime = new DateTime(arr.Year, arr.Month, arr.Day, arr.Hour, arr.Minute, arr.Second);
goto a;
}
}
}
}
a:
return(result);
}
public static List <MoveWithTime> GetMovesWithTime(List <move> m, DateTime a)
{
List <MoveWithTime> MTList = new List <MoveWithTime>();
List <MoveWithTime> result = new List <MoveWithTime>();
for (int i = 0; i < m.Count; i++)
{
MoveWithTime mt = GetRoutTime(m[i], a);
if (mt.EndTime == DateTime.MinValue)
{
goto a;
}
else
{
MTList.Add(mt);
}
a = mt.EndTime;
}
result = MTList;
a:
return(result);
}
