private Simulation Sim; //Only used to call emergency exit.
public Tram(int number, Endstation place, int max, string datafolder, Simulation sim)
{
PassMax = max;
PassCurr = 0;
TramNo = number;
indepot = true;
busy = false;
Position = place;
hasloaded = false;
TotIn = 0; TotOut = 0;
cameFromDepot = false;
Sim = sim;
int i = 0;
while (i < place.depot.Length)
{
if (place.depot[i] == null)
{
place.depot[i] = this;
break;
}
i++;
}
logger = new StreamWriter(datafolder + "Tram" + TramNo.ToString() + ".csv");
logger.WriteLine("time , place of departure , place of arrival");
tramActivitylog = new StreamWriter(datafolder + "activityLogTram" + TramNo.ToString() + ".txt");
logPassengers = new StreamWriter(datafolder + "Tram" + TramNo.ToString() + "PassLog.csv");
logPassengers.WriteLine("time, location, passengers, passengers in, passengers out");
}
/*
* Currently unused.
*/
public void moveToDepot(Endstation place)
{
if (indepot)
{
return;
}
Position.RemoveTram(this);
int i = 0;
while (i < place.depot.Length)
{
if (place.depot[i] == null)
{
place.depot[i] = this;
break;
}
i++;
}
indepot = true;
Position = place;
if (!place.Name.Equals(Position.Name))
{
Console.WriteLine("WTF");
Console.ReadLine();
}
}
private Simulation Sim; //Only used to call emergency exit.
public Tram(int number, Endstation place, int max, string datafolder, Simulation sim)
{
PassMax = max;
PassCurr = 0;
TramNo = number;
indepot = true;
busy = false;
Position = place;
hasloaded = false;
TotIn = 0; TotOut = 0;
cameFromDepot = false;
Sim = sim;
int i = 0;
while (i < place.depot.Length) {
if (place.depot[i] == null) {
place.depot[i] = this;
break;
}
i++;
}
logger = new StreamWriter(datafolder + "Tram" + TramNo.ToString() + ".csv");
logger.WriteLine("time , place of departure , place of arrival");
tramActivitylog = new StreamWriter(datafolder+"activityLogTram" + TramNo.ToString() + ".txt");
logPassengers = new StreamWriter(datafolder + "Tram" +TramNo.ToString() + "PassLog.csv");
logPassengers.WriteLine("time, location, passengers, passengers in, passengers out");
}
/*
* Creates the new track layout
*/
private void buildRailRoad()
{
if (EXPLICIT)
{
Console.WriteLine("Initialising railway");
if (WAIT)
{
Console.ReadLine();
}
}
railway = new iHasRails[2 * Stations.Length];
for (int i = 0; i < Stations.Length; i++)
{
TimeDistr passdens;
int pass;
if (Stations[i][Stations[i].Length - 1] == '0')
{
passdens = PassDens_0;
pass = PassDir0;
}
else
{
passdens = PassDens_1;
pass = PassDir1;
}
if (isEndstation[i])
{
// This block: calculates the offset necesary in the timeschedule.
int drivetime = 0;
for (int j = 0; j < i; j++)
{
drivetime += Convert.ToInt32(DrivTimAvg[j]) + PerStationLeeway;
}
if (drivetime > 0)
{
drivetime += 4 * 60;
}
railway[2 * i] = new Endstation(Stations[i], hasDepot[i], NoTrams, PassInrates[i],
PassOutrates[i], passdens, pass, DrivTimAvg[i],
DrivTimVar[i], TramSchedule, drivetime, DataFolder, this
);
}
else
{
railway[2 * i] = new Station(Stations[i], PassInrates[i], PassOutrates[i], passdens, pass,
DrivTimAvg[i], DrivTimVar[i], DataFolder, this);
}
railway[2 * i + 1] = new InTransit(NoTrams, this, Stations[i]);
}
for (int i = 0; i < railway.Length; i++)
{
railway[i].initStuff(railway[(railway.Length + i - 1) % railway.Length], railway[(railway.Length + i + 1) % railway.Length]
);
}
}
/*
Creates the eventlist.
Events added upon creation:
EndSim event
RecruitTram event (planned 30 seconds before each planned departure at the endstation containing the depot)
*/
public static void buildEventList (int endtime, int[] timetable, Endstation place, Simulation sim) {
Sim = sim;
if (Simulation.EXPLICIT) {
Console.WriteLine("Initialising event list");
if (Simulation.WAIT) Console.ReadLine();
}
list.Add(new EndSim(endtime, sim));
for (int i = 0; i < timetable.Length; i++) {
int time = Math.Max(0, timetable[i] - 30);
new RecruitTram(time, null, place);
}
}
/*
* Creates the eventlist.
* Events added upon creation:
* EndSim event
* RecruitTram event (planned 30 seconds before each planned departure at the endstation containing the depot)
*/
public static void buildEventList(int endtime, int[] timetable, Endstation place, Simulation sim)
{
Sim = sim;
if (Simulation.EXPLICIT)
{
Console.WriteLine("Initialising event list");
if (Simulation.WAIT)
{
Console.ReadLine();
}
}
list.Add(new EndSim(endtime, sim));
for (int i = 0; i < timetable.Length; i++)
{
int time = Math.Max(0, timetable[i] - 30);
new RecruitTram(time, null, place);
}
}
/*
Creates the new track layout
*/
private void buildRailRoad() {
if (EXPLICIT) {
Console.WriteLine("Initialising railway");
if (WAIT) Console.ReadLine();
}
railway = new iHasRails[2 *Stations.Length ];
for (int i = 0; i < Stations.Length; i ++) {
TimeDistr passdens;
int pass;
if (Stations[i][Stations[i].Length -1] == '0') {
passdens = PassDens_0;
pass = PassDir0;
}
else {
passdens = PassDens_1;
pass= PassDir1;
}
if (isEndstation[i]) {
// This block: calculates the offset necesary in the timeschedule.
int drivetime = 0;
for (int j = 0; j < i; j++) {
drivetime += Convert.ToInt32(DrivTimAvg[j]) + PerStationLeeway;
}
if (drivetime > 0) drivetime += 4*60;
railway[2*i] = new Endstation( Stations[i], hasDepot[i], NoTrams, PassInrates[i],
PassOutrates[i], passdens, pass, DrivTimAvg[i],
DrivTimVar[i], TramSchedule, drivetime , DataFolder, this
);
}
else railway[2*i] = new Station(Stations[i], PassInrates[i], PassOutrates[i], passdens, pass,
DrivTimAvg[i], DrivTimVar[i], DataFolder, this);
railway[2*i + 1] = new InTransit(NoTrams, this, Stations[i]);
}
for (int i = 0; i < railway.Length; i++) {
railway[i].initStuff( railway[(railway.Length + i - 1)%railway.Length], railway[(railway.Length + i + 1)%railway.Length]
);
}
}
/*
Currently unused.
*/
public void moveToDepot (Endstation place) {
if (indepot) return;
Position.RemoveTram(this);
int i = 0;
while (i < place.depot.Length) {
if (place.depot[i] == null) {
place.depot[i] = this;
break;
}
i++;
}
indepot = true;
Position = place;
if (!place.Name.Equals(Position.Name)) {
Console.WriteLine("WTF");
Console.ReadLine();
}
}
