private static void AddNewBoats(List <Boat> boats, int newBoats)
{
for (int i = 0; i < newBoats; i++)
{
int boatType = Utils.random.Next(4 + 1);
switch (boatType)
{
case 0:
RowingBoat.AddRowingBoat(boats);
break;
case 1:
MotorBoat.AddMotorBoat(boats);
break;
case 2:
SailingBoat.AddSailingBoat(boats);
break;
case 3:
Catamaran.AddCatamaran(boats);
break;
case 4:
CargoShip.AddCargoShip(boats);
break;
}
}
}
internal static bool ParkMotorBoatInHarbour(Boat boat, DockSpace[] dock1, DockSpace[] dock2)
{
bool boatParked;
while (true)
{
int selectedSpace;
(selectedSpace, boatParked) = RowingBoat.FindSingleSpaceBetweenOccupiedSpaces(dock1);
if (boatParked)
{
dock1[selectedSpace].ParkedBoats.Add(boat);
break;
}
(selectedSpace, boatParked) = RowingBoat.FindSingleSpaceBetweenOccupiedSpaces(dock2);
if (boatParked)
{
dock2[selectedSpace].ParkedBoats.Add(boat);
break;
}
(selectedSpace, boatParked) = RowingBoat.FindFirstFreeSpace(dock1);
if (boatParked)
{
dock1[selectedSpace].ParkedBoats.Add(boat);
break;
}
(selectedSpace, boatParked) = RowingBoat.FindFirstFreeSpace(dock2);
if (boatParked)
{
dock2[selectedSpace].ParkedBoats.Add(boat);
break;
}
break;
}
return(boatParked);
}
private void AddBoatsFromFileToDock(IEnumerable <string> fileText, DockSpace[] dock)
{
// File: spaceId;Id;Weight;MaxSpeed;Type;DaysStaying;DaySinceArrival;Special
// Index: 0 1 2 3 4 5 6 7
foreach (var line in fileText)
{
int index;
string[] boatData = line.Split(";");
switch (boatData[4])
{
case "Roddbåt":
index = int.Parse(boatData[0]);
RowingBoat rowingBoat = new RowingBoat(boatData[1], int.Parse(boatData[2]), int.Parse(boatData[3]),
int.Parse(boatData[5]), int.Parse(boatData[6]), int.Parse(boatData[7]));
dock[index].ParkedBoats.Add(rowingBoat);
break;
case "Motorbåt":
index = int.Parse(boatData[0]);
MotorBoat motorBoat = new MotorBoat(boatData[1], int.Parse(boatData[2]), int.Parse(boatData[3]),
int.Parse(boatData[5]), int.Parse(boatData[6]), int.Parse(boatData[7]));
dock[index].ParkedBoats.Add(motorBoat);
break;
case "Segelbåt":
index = int.Parse(boatData[0]);
if (dock[index].ParkedBoats.Count == 0) // När andra halvan av segelbåten kommmer från foreach är den redan tillagd, se 6 rader ned
{
SailingBoat sailingBoat = new SailingBoat(boatData[1], int.Parse(boatData[2]), int.Parse(boatData[3]),
int.Parse(boatData[5]), int.Parse(boatData[6]), int.Parse(boatData[7]));
dock[index].ParkedBoats.Add(sailingBoat); // samma båt täcker två platser
dock[index + 1].ParkedBoats.Add(sailingBoat);
}
break;
case "Katamaran":
index = int.Parse(boatData[0]);
if (dock[index].ParkedBoats.Count == 0) // När resten av lastfartyget kommmer från foreach är det redan tillagt, se 6 rader ned
{
Catamaran catamaran = new Catamaran(boatData[1], int.Parse(boatData[2]), int.Parse(boatData[3]),
int.Parse(boatData[5]), int.Parse(boatData[6]), int.Parse(boatData[7]));
dock[index].ParkedBoats.Add(catamaran); // samma båt täcker tre platser
dock[index + 1].ParkedBoats.Add(catamaran);
dock[index + 2].ParkedBoats.Add(catamaran);
}
break;
case "Lastfartyg":
index = int.Parse(boatData[0]);
if (dock[index].ParkedBoats.Count == 0) // När resten av lastfartyget kommmer från foreach är det redan tillagt, se 6 rader ned
{
CargoShip cargoship = new CargoShip(boatData[1], int.Parse(boatData[2]), int.Parse(boatData[3]),
int.Parse(boatData[5]), int.Parse(boatData[6]), int.Parse(boatData[7]));
dock[index].ParkedBoats.Add(cargoship); // samma båt täcker fyra platser
dock[index + 1].ParkedBoats.Add(cargoship);
dock[index + 2].ParkedBoats.Add(cargoship);
dock[index + 3].ParkedBoats.Add(cargoship);
}
break;
default:
break;
}
}
}
private void NextDayButton_Click(object sender, RoutedEventArgs e)
{
var fileText = File.ReadLines("BoatsInDock1.txt", System.Text.Encoding.UTF7);
DockSpace[] dock1 = new DockSpace[dock1Length]; // Hade velat använda längden på dock som skapades efter initialize
for (int i = 0; i < dock1.Length; i++)
{
dock1[i] = new DockSpace(i);
}
AddBoatsFromFileToDock(fileText, dock1);
fileText = File.ReadLines("BoatsInDock2.txt", System.Text.Encoding.UTF7);
DockSpace[] dock2 = new DockSpace[dock2Length];
for (int i = 0; i < dock2.Length; i++)
{
dock2[i] = new DockSpace(i);
}
AddBoatsFromFileToDock(fileText, dock2);
List <Boat> boatsInDock1 = GenerateBoatsInHarbourList(dock1);
List <Boat> boatsInDock2 = GenerateBoatsInHarbourList(dock2);
AddDayToDaysSinceArrival(boatsInDock1);
AddDayToDaysSinceArrival(boatsInDock2);
bool boatRemoved = true;
while (boatRemoved)
{
boatRemoved = RemoveBoats(dock1);
}
boatRemoved = true;
while (boatRemoved)
{
boatRemoved = RemoveBoats(dock2);
}
int rejectedRowingBoats = 0;
int rejectedMotorBoats = 0;
int rejectedSailingBoats = 0;
int rejectedCatamarans = 0;
int rejectedCargoShips = 0;
List <Boat> arrivingBoats = new List <Boat>();
int NumberOfArrivingBoats = 10; // Det blir nästan aldrig fullt i hamnen om det kommer 5 båtar, ändrade till 10 för att vis att tabellen för avvisade båtar funkar
AddNewBoats(arrivingBoats, NumberOfArrivingBoats);
foreach (Boat boat in arrivingBoats)
{
bool boatParked;
if (boat is RowingBoat)
{
boatParked = RowingBoat.ParkRowingBoatInHarbour(boat, dock1, dock2);
if (boatParked == false)
{
rejectedRowingBoats++;
}
}
if (boat is MotorBoat)
{
boatParked = MotorBoat.ParkMotorBoatInHarbour(boat, dock1, dock2);
if (boatParked == false)
{
rejectedMotorBoats++;
}
}
if (boat is SailingBoat)
{
boatParked = SailingBoat.ParkSailingBoatInHarbour(boat, dock1, dock2);
if (boatParked == false)
{
rejectedSailingBoats++;
}
}
if (boat is Catamaran)
{
boatParked = Catamaran.ParkCatamaranInHarbour(boat, dock1, dock2);
if (boatParked == false)
{
rejectedCatamarans++;
}
}
if (boat is CargoShip)
{
boatParked = CargoShip.ParkCargoshipInHarbour(boat, dock1, dock2);
if (boatParked == false)
{
rejectedCargoShips++;
}
}
}
PrintHarbourTable(dock1, dock2);
string dockName = "Kaj 1";
int dockLenght = dock1.Length;
dock1Canvas.Children.Clear();
AddSpacesToDockCanvas(dockName, dockLenght, dock1Canvas);
PlaceBoatsInDockCanvas(dock1, dock1Canvas);
dockName = "Kaj 2";
dockLenght = dock2.Length;
dock2Canvas.Children.Clear();
AddSpacesToDockCanvas(dockName, dockLenght, dock2Canvas);
PlaceBoatsInDockCanvas(dock2, dock2Canvas);
boatsInDock1 = GenerateBoatsInHarbourList(dock1);
boatsInDock2 = GenerateBoatsInHarbourList(dock2);
var boatsInBothDocks = boatsInDock1
.Concat(boatsInDock2);
if (boatsInBothDocks.Count() > 0)
{
int sumOfWeight = GenerateSumOfWeight(boatsInBothDocks);
double averageSpeed = GenerateAverageSpeed(boatsInBothDocks);
int availableSpacesDock1 = CountAvailableSpaces(dock1);
int availableSpacesDock2 = CountAvailableSpaces(dock2);
summaryListBox.Items.Clear();
PrintSummaryOfBoats(boatsInBothDocks);
summaryListBox.Items.Add("\n");
PrintStatistics(sumOfWeight, averageSpeed, availableSpacesDock1, availableSpacesDock2);
summaryListBox.Items.Add("");
PrintRejectedBoats(rejectedRowingBoats, rejectedMotorBoats, rejectedSailingBoats, rejectedCatamarans, rejectedCargoShips);
}
StreamWriter sw1 = new StreamWriter("BoatsInDock1.txt", false, System.Text.Encoding.UTF7);
SaveToFile(sw1, dock1);
sw1.Close();
StreamWriter sw2 = new StreamWriter("BoatsInDock2.txt", false, System.Text.Encoding.UTF7);
SaveToFile(sw2, dock2);
sw2.Close();
}