/// <summary>
/// constructor of BusStop
/// </summary>
public BusStop()
{
duration = -1;
distance = 0;
mylocation = new stopLocation();
}
/// <summary>
/// initialize a busCollection with 10 bus routs which contain at least 40 stops
/// </summary>
public static void initializeBusRoute(ref BusCollection myBusCollection, ref List <BusStop> myUniqueStops)
{
//BusCollection myBusCollection = new BusCollection();
Random r = new Random();
BusRoute myBusRoute = new BusRoute();
BusRoute[] myRoutes = new BusRoute[Areas.Length];
int myRandom;
///////////////////////////////////////////
/// INITAILIZEING 40 STOPS
//////////////////////////////////////////
for (int i = 0; i < stopName.Length; i++)
{
myStops[i] = new stopLocation();
myStops[i].m_location = stopName[i];
myStops[i].m_longitude = r.Next(34, 36) + (float)(r.NextDouble() % 0.2 + 0.3);
if (myStops[i].m_longitude < 35)
{
myStops[i].m_longitude += (float)r.NextDouble();
}
myStops[i].m_latitude = r.Next(31, 34) + (float)(r.NextDouble() % 0.3);
if (myStops[i].m_longitude < 33)
{
myStops[i].m_longitude += (float)r.NextDouble();
}
do
{
myStops[i].m_busStationKey = r.Next(10000000);
} while (myBusCollection.keyExist(myStops[i].m_busStationKey));
}
///////////////////////////////////////////
/// INITAILIZEING 10 BUS ROUTES
//////////////////////////////////////////
for (int i = 0; i < 10; i++)
{
myBusRoute = new BusRoute();
myBusRoute = initializeBus(myBusRoute, myBusCollection, myUniqueStops);
myBusCollection.addFirstBusRoute(myBusRoute);
}
///////////////////////////////////////////
/// ALL STOP ARE USED CHECK
//////////////////////////////////////////
bool addedNewBus = false;
bool foundFirst = false;
string last = "";
myBusRoute = new BusRoute();
for (int i = 0; i < stopName.Length; i++)
{
if (notUseDStops[i] == 0)
{
BusStop myNewStop = new BusStop();
myNewStop.m_mylocation.m_busStationKey = myStops[i].m_busStationKey;
myNewStop.m_mylocation.m_latitude = myStops[i].m_latitude;
myNewStop.m_mylocation.m_location = myStops[i].m_location;
myNewStop.m_mylocation.m_longitude = myStops[i].m_longitude;
myNewStop.m_mylocation.m_location = myStops[i].m_location;
addedNewBus = true;
notUseDStops[i]++;
myBusRoute.add(myNewStop, myBusRoute.m_Stations.Count());
last = myStops[i].m_location;
if (!foundFirst)
{
myBusRoute.m_FirstStation = last;
foundFirst = true;
}
if (!myBusCollection.keyExist(myStops[i].m_busStationKey))
{
myBusCollection.m_BusKeysList.Add(myStops[i].m_busStationKey);
myUniqueStops.Add(myNewStop);
}
}
}
if (foundFirst)
{
myBusRoute.m_LastStation = last;
myBusRoute.m_Area = Areas[r.Next(Areas.Length)];
do
{
myBusRoute.m_BusLine = r.Next(1000);
} while (myBusCollection.busLineExist(myBusRoute));
}
myBusCollection.addFirstBusRoute(myBusRoute);
/////////////////////////////////////////////////
// 10 STOPS ARE USED IN MORE THAN 1 BUS LINE
//////////////////////////////////////////////////
BusRoute myNewRoute = new BusRoute();
for (int i = 0; i < 10; i++)
{
if (notUseDStops[i] < 2)
{
BusStop myNewStop = new BusStop();
myNewStop.m_mylocation.m_busStationKey = myStops[i].m_busStationKey;
myNewStop.m_mylocation.m_latitude = myStops[i].m_latitude;
myNewStop.m_mylocation.m_location = myStops[i].m_location;
myNewStop.m_mylocation.m_longitude = myStops[i].m_longitude; notUseDStops[i]++;
myNewRoute.add(myNewStop, myNewRoute.m_Stations.Count());
if (!myBusCollection.keyExist(myStops[i].m_busStationKey))
{
myBusCollection.m_BusKeysList.Add(myStops[i].m_busStationKey);
myUniqueStops.Add(myNewStop);
}
}
}
}