private Car[] RankCars(Car[] prevCars)
{
List <Car> cars = new List <Car>(prevCars);
foreach (Car car in cars)
{
car.Distance = GridUnit.GetByLocation(new Point(Convert.ToInt32(car.Centre.X), Convert.ToInt32(car.Centre.Y)), ParkourGrid, GridUnitSize).Value;
}
Car[] sortedCars = cars.OrderBy(car => car.Distance).ThenBy(car => car.Lifetime).Reverse().ToArray();
return(sortedCars);
}
public static GridUnit[] GetNeighbours(GridUnit unit, GridUnit[][] grid)
{
GridUnit[] neighbours = new GridUnit[4];
int gridx = unit.GridLocation.X;
int gridy = unit.GridLocation.Y;
neighbours[0] = grid[gridy][gridx + 1];
neighbours[1] = grid[gridy][gridx - 1];
neighbours[2] = grid[gridy + 1][gridx];
neighbours[3] = grid[gridy - 1][gridx];
return(neighbours);
}
public Engine(Display _display, string simulationImage, Point spawn, Point target)
{
display = _display;
//Parse image, divide into grid, generate path
ParkourBitmap = new Bitmap(Image.FromFile(simulationImage));
ParkourPixel = ParkourImage.ParseImage(ParkourBitmap);
ParkourGrid = GridUnit.CreateGrid(ParkourPixel, GridUnitSize);
SpawnLocation = spawn;
TargetLocation = target;
GridUnit.FindPath(TargetLocation, ParkourGrid, GridUnitSize);
GridMaxValue = GridUnit.GetByLocation(TargetLocation, ParkourGrid, GridUnitSize).Value;
LoopThread = new Thread(new ThreadStart(EngineLoop));
loopCounterThread = new Thread(IterationCounter);
loopCounterThread.Start();
//GenerateCars();
}
public static void FindPath(Point startingLocation, GridUnit[][] grid, int unitSize) // get value for each grid that lies in path
{
GridUnit startUnit = GetByLocation(startingLocation, grid, unitSize); // starting unit
List <GridUnit> selectedUnits = new List <GridUnit>()
{
startUnit
}; // curently active units
List <GridUnit> neighbourUnits = new List <GridUnit>(); // next units
bool active = true;
int index = 0;
while (active)
{
for (int i = 0; i < selectedUnits.Count; i++)
{
selectedUnits[i].Value = index;
GridUnit[] neighbours = GetNeighbours(selectedUnits[i], grid);
foreach (GridUnit unit in neighbours)
{
if (unit.Value == -1 && unit.AccessibilityPercentage >= 75)
{
unit.Value = -2; // selected units get id -2 to eliminate reselection
neighbourUnits.Add(unit);
}
}
}
if (neighbourUnits.Count > 0) // if no possible units are found
{
selectedUnits = new List <GridUnit>(neighbourUnits);
neighbourUnits = new List <GridUnit>();
index++;
}
else
{
active = false;
}
}
}
public static GridUnit[][] CreateGrid(byte[][][] bitmap, int unitSize) // Creates a grid of a given image
{
int width = bitmap[0].Length / unitSize;
int height = bitmap.Length / unitSize;
GridUnit[][] grid = new GridUnit[height][];
for (int iter = 0; iter < height; iter++)
{
GridUnit[] gridRow = new GridUnit[width];
for (int i = 0; i < width; i++)
{
GridUnit unit = new GridUnit(new Point(i * unitSize, iter * unitSize), new Point(i, iter), unitSize);
unit.GetUnit(bitmap);
gridRow[i] = unit;
}
grid[iter] = gridRow;
}
return(grid);
}