private static void CreateNewBoats(List <Boat> boats, int newBoats)
{
for (int i = 0; i < newBoats; i++)
{
int boatType = Utils.r.Next(4 + 1);
switch (boatType)
{
case 0:
RowingBoat.CreateRowingBoat(boats);
break;
case 1:
MotorBoat.CreateMotorBoat(boats);
break;
case 2:
SailingBoat.CreateSailingBoat(boats);
break;
case 3:
Catamaran.CreateCatamaran(boats);
break;
case 4:
CargoShip.CreateCargoShip(boats);
break;
}
}
}
static void Main(string[] args)
{
var fileText = File.ReadLines("BoatsInHarbour.txt", System.Text.Encoding.UTF7);
//Console.WriteLine(Utils.PrintTextFromFile(fileText));
HarbourSpace[] harbour = new HarbourSpace[64];
for (int i = 0; i < harbour.Length; i++)
{
harbour[i] = new HarbourSpace(i);
}
AddBoatsFromFileToHarbour(fileText, harbour);
Console.WriteLine("Båtar i hamn efter uppstart\n");
Console.WriteLine(PrintHarbour2(harbour));
Console.WriteLine();
bool goToNextDay = true;
while (goToNextDay)
{
List <Boat> boatsInHarbour = GenerateBoatsInHarbourList(harbour);
AddDayToDaysSinceArrival(boatsInHarbour);
bool boatRemoved = true;
while (boatRemoved)
{
boatRemoved = RemoveBoats(harbour);
}
Console.WriteLine("Båtar i hamn efter dagens avfärder");
Console.WriteLine(PrintHarbour2(harbour));
Console.WriteLine();
int rejectedRowingBoats = 0;
int rejectedMotorBoats = 0;
int rejectedSailingBoats = 0;
int rejectedCatamarans = 0;
int rejectedCargoShips = 0;
List <Boat> arrivingBoats = new List <Boat>();
int NumberOfArrivingBoats = 5;
CreateNewBoats(arrivingBoats, NumberOfArrivingBoats); // Tar bor tillfälligt, för att kunna styra vilka båtar som läggs till
// Skapar båtar för test, ta bort sedan
//arrivingBoats.Add(new MotorBoat("M-" + Boat.GenerateID(), 10, 2, 3, 0, 4));
//arrivingBoats.Add(new RowingBoat("R-" + Boat.GenerateID(), 10, 2, 1, 0, 4));
//arrivingBoats.Add(new SailingBoat("S-" + Boat.GenerateID(), 10, 2, 4, 0, 4));
//arrivingBoats.Add(new CargoShip("L-" + Boat.GenerateID(), 10, 2, 6, 0, 4));
//arrivingBoats.Add(new RowingBoat("R-" + Boat.GenerateID(), 10, 2, 1, 0, 4));
//arrivingBoats.Add(new Catamaran("K-" + Boat.GenerateID(), 10, 2, 1, 0, 4));
Console.WriteLine("Anländande båtar");
foreach (var boat in arrivingBoats) //Kontroll, ta bort sedan
{
Console.WriteLine(boat.ToString());
}
Console.WriteLine();
foreach (var boat in arrivingBoats)
{
int harbourPosition;
bool spaceFound;
if (boat is RowingBoat)
{
(harbourPosition, spaceFound) = RowingBoat.FindRowingboatSpace(harbour);
if (spaceFound)
{
harbour[harbourPosition].ParkedBoats.Add(boat);
}
else
{
rejectedRowingBoats++;
}
}
else if (boat is MotorBoat)
{
(harbourPosition, spaceFound) = MotorBoat.FindMotorBoatSpace(harbour);
if (spaceFound)
{
harbour[harbourPosition].ParkedBoats.Add(boat);
}
else
{
rejectedMotorBoats++;
}
}
else if (boat is SailingBoat)
{
(harbourPosition, spaceFound) = SailingBoat.FindSailingBoatSpace(harbour);
if (spaceFound)
{
harbour[harbourPosition].ParkedBoats.Add(boat);
harbour[harbourPosition + 1].ParkedBoats.Add(boat);
}
if (spaceFound == false)
{
rejectedSailingBoats++;
}
}
else if (boat is Catamaran)
{
(harbourPosition, spaceFound) = Catamaran.FindCatamaranSpace(harbour);
if (spaceFound)
{
harbour[harbourPosition].ParkedBoats.Add(boat);
harbour[harbourPosition + 1].ParkedBoats.Add(boat);
harbour[harbourPosition + 2].ParkedBoats.Add(boat);
}
if (spaceFound == false)
{
rejectedCatamarans++;
}
}
else if (boat is CargoShip)
{
(harbourPosition, spaceFound) = CargoShip.FindCargoShipSpace(harbour);
if (spaceFound)
{
harbour[harbourPosition].ParkedBoats.Add(boat);
harbour[harbourPosition + 1].ParkedBoats.Add(boat);
harbour[harbourPosition + 2].ParkedBoats.Add(boat);
harbour[harbourPosition + 3].ParkedBoats.Add(boat);
}
if (spaceFound == false)
{
rejectedCargoShips++;
}
}
}
Console.WriteLine("Båtar i hamn\n------------\n");
Console.WriteLine(PrintHarbour2(harbour));
Console.WriteLine();
boatsInHarbour = GenerateBoatsInHarbourList(harbour);
Console.WriteLine(GnerateSummaryOfBoats(boatsInHarbour));
int sumOfWeight = GenerateSumOfWeight(boatsInHarbour);
double averageSpeed = GenerateAverageSpeed(boatsInHarbour);
int availableSpaces = CountAvailableSpaces(harbour);
Console.WriteLine(PrintStatistics(sumOfWeight, averageSpeed, availableSpaces,
rejectedRowingBoats, rejectedMotorBoats, rejectedSailingBoats, rejectedCatamarans, rejectedCargoShips));
Console.WriteLine();
Console.WriteLine();
Console.Write("Tryck \"Q\" för att avsluta eller valfri annan tangent för att gå till nästa dag ");
ConsoleKey input = Console.ReadKey().Key;
goToNextDay = input != ConsoleKey.Q;
Console.WriteLine();
Console.WriteLine();
}
StreamWriter sw = new StreamWriter("BoatsInHarbour.txt", false, System.Text.Encoding.UTF7);
SaveToFile(sw, harbour);
sw.Close();
}
private static void AddBoatsFromFileToHarbour(IEnumerable <string> fileText, HarbourSpace[] harbour)
{
// File:
// index; Id; Weight; MaxSpeed; Type; DaysStaying; DaySinceArrival; Special
// 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]);
harbour[index].ParkedBoats.Add
(new RowingBoat(boatData[1], int.Parse(boatData[2]), int.Parse(boatData[3]),
int.Parse(boatData[5]), int.Parse(boatData[6]), int.Parse(boatData[7])));
break;
case "Motorbåt":
index = int.Parse(boatData[0]);
harbour[index].ParkedBoats.Add
(new MotorBoat(boatData[1], int.Parse(boatData[2]), int.Parse(boatData[3]),
int.Parse(boatData[5]), int.Parse(boatData[6]), int.Parse(boatData[7])));
break;
case "Segelbåt":
index = int.Parse(boatData[0]);
if (harbour[index].ParkedBoats.Count == 0) // När andra halvan av segelbåten kommmer från foreach är den redan tillagd på den platsen annars hade det blivit två kopior av samma båt
{
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]));
harbour[index].ParkedBoats.Add(sailingBoat);
harbour[index + 1].ParkedBoats.Add(sailingBoat); // samma båt på två platser
}
break;
case "Katamaran":
index = int.Parse(boatData[0]);
if (harbour[index].ParkedBoats.Count == 0) // När resten av lastfartyget kommmer från foreach är det redan tillagt, annars hade det blivit kopior
{
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]));
harbour[index].ParkedBoats.Add(catamaran);
harbour[index + 1].ParkedBoats.Add(catamaran);
harbour[index + 2].ParkedBoats.Add(catamaran);
}
break;
case "Lastfartyg":
index = int.Parse(boatData[0]);
if (harbour[index].ParkedBoats.Count == 0) // När resten av lastfartyget kommmer från foreach är det redan tillagt, annars hade det blivit kopior
{
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]));
harbour[index].ParkedBoats.Add(cargoship);
harbour[index + 1].ParkedBoats.Add(cargoship);
harbour[index + 2].ParkedBoats.Add(cargoship);
harbour[index + 3].ParkedBoats.Add(cargoship);
}
break;
default:
break;
}
}
}