public MineManager(IsometricGrid3D isometricGrid, int MineCount)
{
NumOfMines = MineCount;
generateMines(isometricGrid);
mineMap = new TileMap(grid, "0");
}
public Form1()
{
InitializeComponent();
typeof(Panel).InvokeMember("DoubleBuffered", BindingFlags.SetProperty | BindingFlags.Instance | BindingFlags.NonPublic, null, Canvas, new object[] { true });
isometricGrid = new IsometricGrid3D(315, 200, 9, 3);
mineManager = new MineManager(isometricGrid, 10);
renderers.Add(new Renderer2D(isometricGrid.to2D(0), TileMapTemplates.FilledGrid(isometricGrid.to2D(0)), Properties.Resources.TileBase));
renderers.Add(new Renderer2D(isometricGrid.to2D(0), mineManager.mineMap, Properties.Resources.Mine));
renderers.Add(new Renderer2D(isometricGrid.to2D(0), TileMapTemplates.FilledGrid(isometricGrid.to2D(0)), Properties.Resources.GrassTop));
playerGrid = isometricGrid.to2D(1);
flagGrid = isometricGrid.to2D(1);
flagMap = new FlagMap(flagGrid);
renderers.Add(flagRenderer());
colliders = Collision.placeColliders(playerGrid, TileMapTemplates.FilledGrid(playerGrid));
}
private void generateMines(IsometricGrid3D isometricGrid)
{
int length = isometricGrid.GridSize;
//int placedMines = 0;
int x, y;
grid = new string[length, length];
// Placing Mines
for (int i = 0; i < NumOfMines; i++)
{
x = rand.Next(0, length);
y = rand.Next(0, length);
while (grid[x, y] == "f")
{
x = rand.Next(0, length);
y = rand.Next(0, length);
}
grid[x, y] = "f";
}
// Filling in blanks
for (int for_y = 0; for_y < length; for_y++)
{
for (int for_x = 0; for_x < length; for_x++)
{
if (grid[for_x, for_y] != "f")
{
grid[for_x, for_y] = "0";
}
}
}
}
