public Buss popBuss()
{
Buss tempholder = leavingList[0];
leavingList.RemoveAt(0);
return(tempholder);
}
public Buss popBuss()
{
Buss tempbuss = waitingRides[0];
waitingRides.RemoveAt(0);
return(tempbuss);
}
static void Main(string[] args)
{
Stopwatch littletimer = new Stopwatch(); //timer for use if user select automatic lengthed simulation
Stopwatch bigtimer = new Stopwatch(); //timer for runtime statistics
bigtimer.Start();
littletimer.Start();
Toolkit Tools = new Toolkit();
List <Buss> bussList = new List <Buss>();
List <Thread> threadlist = new List <Thread>();
int NumberofStops;
Console.WriteLine("Input number of stops in the route to be simulated: ");
NumberofStops = Convert.ToInt32(Console.ReadLine());
Console.WriteLine(NumberofStops);
BussRoute.RouteWrapper[] route = BussRoute.Ringify(NumberofStops);
double numberofrounds = 0;
int footTraffic = 45; // percent chance of a new passenger appearing at a stop
int NumberofBusses = 15; // how many busses are going to be in this simulation
Console.WriteLine("input number of rounds of simulation, or enter 0 for autocalculation of rounds (may be long!)");
numberofrounds = Convert.ToDouble(Console.ReadLine());
littletimer.Stop();
string path = Path.GetFullPath(".\\output.txt");
if (numberofrounds == 0)
{
numberofrounds = Convert.ToDouble(littletimer.ElapsedTicks);
/*
* auto-assign simulation length uses the number of ticks it
* takes for the user to decide to use this option as its value,
* using crypto grade randomness later for spice
*/
}
Console.WriteLine("Running " + numberofrounds + " rounds of simulation with a route of " + NumberofStops + " stops.");
for (int count = 0; count < NumberofBusses; count++) //adding busses to the starting line
{
Buss newbuss = new Buss();
newbuss.setStop(route[0]);
route[0].stop.addBuss(newbuss);
bussList.Add(newbuss);
Console.WriteLine("add buss " + newbuss.GetNum() + " to list");
}
Thread populating = new Thread(() => Rider.Repopulate(footTraffic, route)); //activating the background thread that adds in people
populating.Start();
Thread snapshot = new Thread(() => BussRoute.Outputtofile(path, route, bussList)); //activating the background thread that records all of this
snapshot.Start();
int waitnum = Tools.ReallyRandom() % 50000;
Console.WriteLine("Waiting " + waitnum / 1000 + " seconds to allow stops to populate a bit");
Thread.Sleep(waitnum);
Console.WriteLine("Begining to activate busses");
for (int buscount = 0; buscount < bussList.Count - 1; buscount++) //sending off each buss as a thread
{
Console.WriteLine("spinning off buss number " + bussList[buscount].GetNum());
Thread bussymcbussface = new Thread(() => bussList[buscount].BussDriver(numberofrounds));
threadlist.Add(bussymcbussface);
bussymcbussface.Start();
Console.WriteLine("done");
Thread.Sleep(500); //so that the threads have some space between them
}
for (int threadcount = 0; threadcount < threadlist.Count; threadcount++)
{
threadlist[threadcount].Join();
}
populating.Abort();
snapshot.Abort();
bigtimer.Stop();
TimeSpan rundurationraw = bigtimer.Elapsed;
Console.WriteLine("Runtime " + rundurationraw);
Console.WriteLine("Press any key to exit");
Console.ReadLine();
}
List <Buss> leavingList = new List <Buss>(); //queue of busses traveling to the next stop, without this to enforce linear order, the busses will eventually drift out of sequence
public void addBuss(Buss newbuss)
{
leavingList.Add(newbuss);
}
public void addBuss(Buss newbuss)
{
waitingRides.Add(newbuss);
}