public static int GetNumberOfFreeSpots()
{
List <FreeWharfSpace> lista = FreeWharfSpace.ListOfFreeWharfPlacesInHarbour();
var f1 = lista
.Select(f => f.LenghtOfFreePlaces)
.Sum();
return(f1);
}
public virtual bool IsTherePLaceForBoatInHarbour()
{
List <FreeWharfSpace> list = FreeWharfSpace.ListOfFreeWharfPlacesInHarbour();
var l1 = list
.Where(l => l.LenghtOfFreePlaces >= NumberOfWharfPlacesNeededAtHarbour)
.ToList();
return(l1.Count() > 0);
}
public virtual int CheckForBestPlaceInHarbour()
{
List <FreeWharfSpace> list = FreeWharfSpace.ListOfFreeWharfPlacesInHarbour();
var q1 = list
.Where(q => q.LenghtOfFreePlaces >= NumberOfWharfPlacesNeededAtHarbour)
.OrderBy(q => (q.LenghtOfFreePlaces > NumberOfWharfPlacesNeededAtHarbour + 4 ? NumberOfWharfPlacesNeededAtHarbour + 5 : q.LenghtOfFreePlaces) + AsCloseSameDaysLeftInHarbour(q))
.Select(q => StartOrEndPosition(q))
.ToList();
return(q1[0]);
}
public override bool IsTherePLaceForBoatInHarbour()
{
int halfPlaceSpot = FreeWharfSpace.WhereIsHalfPlace();
if (halfPlaceSpot > 0)
{
return(true);
}
else
{
List <FreeWharfSpace> list = FreeWharfSpace.ListOfFreeWharfPlacesInHarbour();
var l1 = list
.Where(l => l.LenghtOfFreePlaces >= NumberOfWharfPlacesNeededAtHarbour)
.ToList();
return(l1.Count() > 0);
}
}
public int StartOrEndPosition(FreeWharfSpace freeSpot)
{
double value = freeSpot.DaysLeftForBoatBeforeSpace / (double)DaysLeftToStayInHarbour;
if (value < 1)
{
value = 2 - value;
}
double value2 = freeSpot.DaysLeftForBoatAfterSpace / (double)DaysLeftToStayInHarbour;
if (value2 < 1)
{
value2 = 2 - value2;
}
if (value <= value2)
{
return(freeSpot.StartPosition);
}
return(freeSpot.StartPosition + freeSpot.LenghtOfFreePlaces - NumberOfWharfPlacesNeededAtHarbour);
}
public override int CheckForBestPlaceInHarbour()
{
int halfPlaceSpot = FreeWharfSpace.WhereIsHalfPlace();
if (halfPlaceSpot > 0)
{
return(halfPlaceSpot);
}
else
{
List <FreeWharfSpace> list = FreeWharfSpace.ListOfFreeWharfPlacesInHarbour();
var q1 = list
.Where(q => q.LenghtOfFreePlaces >= NumberOfWharfPlacesNeededAtHarbour)
.OrderBy(q => (q.LenghtOfFreePlaces > NumberOfWharfPlacesNeededAtHarbour + 4 ? NumberOfWharfPlacesNeededAtHarbour + 5 : q.LenghtOfFreePlaces) + AsCloseSameDaysLeftInHarbour(q))
.Select(q => StartOrEndPosition(q))
.ToList();
return(q1[0]);
}
}
public double AsCloseSameDaysLeftInHarbour(FreeWharfSpace freeSpot)
{
double value = freeSpot.DaysLeftForBoatBeforeSpace / (double)DaysLeftToStayInHarbour;
if (value < 1)
{
value = 2 - value;
}
double value2 = freeSpot.DaysLeftForBoatAfterSpace / (double)DaysLeftToStayInHarbour;
if (value2 < 1)
{
value2 = 2 - value2;
}
if (value == 1 && value2 == 1)
{
return(0.9);
}
else if (value <= value2)
{
return(value);
}
return(value2);
}
public static List <string> StringInfo()
{
List <string> info = new List <String>();
info.Add($"DAG {Counter.DaysSinceStartOfSimulation}. Idag kom det {Counter.NumberOfNewBoatsPerUdate} nya båtar till hamnen.\n");
info.Add($"I hamnen ligger nu:\n- Roddbåtar \t{Counter.GetNumberOfBoatType("R")} st\n- Motorbåtar \t{Counter.GetNumberOfBoatType("M")} st\n- Segelbåtar \t{Counter.GetNumberOfBoatType("S")} st\n- Katamaraner \t{Counter.GetNumberOfBoatType("K")} st\n- Lastfartyg \t{Counter.GetNumberOfBoatType("L")} st\n");
info.Add($"Summan av alla båtars vikt: {Counter.TotalWeight()} kg.\n");
info.Add($"Medelhastighet för alla båtar: {Counter.AverageKmPerHour()} km/h.\n");
info.Add($"Antal hela lediga platser: {Counter.GetNumberOfFreeSpots()} st\nAntal lediga halvplatser (för roddbåt): {(FreeWharfSpace.WhereIsHalfPlace() > 0 ? "1" : "0")} st.\n");
info.Add($"Antal avvisade båtar för dagen: {Counter.NumberOfDeclinedBoatsEachDay} st\n");
info.Add($"Antal avvisade båtar sedan simuleringens start: {Counter.NumberOfDeclinedBoatsSinceStartOfSimulation} st\nAvvisade båtar i genomsnitt per år: {Counter.DeclinedBoatsPerYear()} st/år.\n");
if (Counter.NumberOfDeclinedBoatsEachDay > 0)
{
string s = "Avvisade båtar: ";
foreach (var boat in HarbourAdministration.DeclinedBoats)
{
s += $"{boat.IdentityNumber} ";
}
info.Add(s);
}
return(info);
}
