private static int SimulateUntilStable(string[] input, bool part1 = true)
{
var seatingArea = SeatingArea.Create(input);
seatingArea.SimulateUntilStable(part1);
return(seatingArea.OccupiedSeats());
}
public string PartB()
{
string filePath = @"Eleven\DayElevenInput.txt";
SeatingArea seatingArea = new SeatingArea(filePath);
seatingArea.Run(true);
int occupiedSeats = seatingArea.CountOccupiedSeats();
return(occupiedSeats.ToString());
}
public void SeatingArea()
{
string filePath = @"Eleven\DayElevenTestInputA.txt";
var sut = new SeatingArea(filePath);
sut.Run(false);
var result = sut.CountOccupiedSeats();
Assert.Equal(37, result);
}
public static SeatingArea Parse(string input, int part)
{
var lines = input.ToLines().ToList();
var width = lines.First().Length;
var height = lines.Count;
var sa = new SeatingArea(width, height, part);
foreach (var(line, y) in lines.WithIndex())
{
foreach (var(c, x) in line.WithIndex())
{
sa.grid[x, y] = c;
}
}
return(sa);
}
public static void ExecuteDay(string fileLocation = "PuzzleInput/Day11.txt")
{
string alltext = File.ReadAllText(fileLocation);
SeatingArea sa = new SeatingArea(alltext);
while (sa.Update())
{
;
}
Logger.LogMessage(LogLevel.ANSWER, "10A: " + sa.NumSeatsOccupied);
var sa2 = new SeatingArea(alltext);
while (sa2.Update(5, true))
{
;
}
Logger.LogMessage(LogLevel.ANSWER, "10B: " + sa2.NumSeatsOccupied);
}
public SeatFinder(string encodedSeat, PlaneDimension planeSize)
{
_seatCode = encodedSeat;
PlaneSize = planeSize;
PossibleSeatingArea = PlaneSize.GetTotalSeatingArea();
}
