public Form1()
{
InitializeComponent();
this.display = Display.Create(320, 200, 2, 2, CGAColor.Black);
this.display.RegisterListener(this);
ScaledBitmap testSprite = ScaledBitmap.FromBitmap((Bitmap)Bitmap.FromFile("test_sprite.png"));
Random rnd = new Random();
this.viewPorts = new List <TestViewPort>();
this.viewPorts.Add(new TestViewPort(0, 0, 200, 150, CGAColor.Cyan, testSprite, 50, rnd));
this.viewPorts.Add(new TestViewPort(50, 70, 100, 50, CGAColor.Green, testSprite, 50, rnd));
this.viewPorts.Add(new TestViewPort(70, 80, 100, 50, CGAColor.Red, testSprite, 50, rnd));
foreach (ViewPort vp in this.viewPorts)
{
this.display.RegisterViewPort(vp);
}
this.selectedVP = this.viewPorts[2];
this.formClosing = new AutoResetEvent(false);
}
/// <summary>
/// Constructs a TestSimulator object.
/// </summary>
/// <param name="width">The width of the simulation field.</param>
/// <param name="height">The height of the simulation field.</param>
public TestSimulator(int width, int height, int opCount) : base(0, 0, width, height)
{
/// Create the Display and the ViewPort objects that we will use for drawing.
this.theDisplay = Display.Create(width, height, 1, 1, CGAColor.Black);
this.theDisplay.RegisterViewPort(this);
/// Create the player bitmaps for each possible colors.
Bitmap originalBmp = (Bitmap)Bitmap.FromFile("player.png");
this.playerBitmaps = new Dictionary <PlayerColor, ScaledBitmap>();
this.playerBitmaps.Add(PlayerColor.White, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.White));
this.playerBitmaps[PlayerColor.White].MakeTransparent(CGAColor.LightMagenta);
this.playerBitmaps.Add(PlayerColor.Red, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.Red));
this.playerBitmaps[PlayerColor.Red].MakeTransparent(CGAColor.LightMagenta);
this.playerBitmaps.Add(PlayerColor.Blue, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.Blue));
this.playerBitmaps[PlayerColor.Blue].MakeTransparent(CGAColor.LightMagenta);
this.playerBitmaps.Add(PlayerColor.Green, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.Green));
this.playerBitmaps[PlayerColor.Green].MakeTransparent(CGAColor.LightMagenta);
this.playerBitmaps.Add(PlayerColor.Yellow, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.Yellow));
this.playerBitmaps[PlayerColor.Yellow].MakeTransparent(CGAColor.LightMagenta);
this.playerBitmaps.Add(PlayerColor.Cyan, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.Cyan));
this.playerBitmaps[PlayerColor.Cyan].MakeTransparent(CGAColor.LightMagenta);
this.playerBitmaps.Add(PlayerColor.Orange, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.Brown));
this.playerBitmaps[PlayerColor.Orange].MakeTransparent(CGAColor.LightMagenta);
this.playerBitmaps.Add(PlayerColor.Magenta, ScaledBitmap.FromBitmap(originalBmp, CGAColor.LightCyan, CGAColor.Magenta));
this.playerBitmaps[PlayerColor.Magenta].MakeTransparent(CGAColor.LightMagenta);
originalBmp.Dispose();
/// Generate disjunct random initial positions.
List <Rectangle> initPosList = new List <Rectangle>();
for (int i = 0; i < opCount; i++)
{
bool rdy = false;
while (!rdy)
{
int x = RandomService.DefaultGenerator.Next(width - Player.DIAMETER);
int y = RandomService.DefaultGenerator.Next(height - Player.DIAMETER);
Rectangle generatedRect = new Rectangle(x, y, Player.DIAMETER, Player.DIAMETER);
bool intersectionFound = false;
foreach (Rectangle r in initPosList)
{
if (!Rectangle.Intersect(r, generatedRect).IsEmpty)
{
/// The generated rectangle intersects another rectangle.
intersectionFound = true;
break;
}
}
if (!intersectionFound)
{
/// Intersection not found with the other rectangles --> put it into the list.
initPosList.Add(generatedRect);
rdy = true;
}
}
}
/// Create the players.
this.players = new Player[opCount];
for (int i = 0; i < opCount; i++)
{
this.players[i] = new Player((PlayerColor)i, initPosList[i], this);
}
}