public override void Execute()
{
// assumes x,y and x2,y2 have been normalized so that x,y is top-left
Tools.PrepareUndo(x, y, x2, y2, plr);
switch (algorithm)
{
case 0:
TShock.Players[plr].SendMessage(String.Format("0: Recursive Backtracker maze creation initiated!"), Color.Green);
this.maze = new Mazes.Maze(new Mazes.Point(x, y), new Mazes.Point(x2 - x, y2 - y), new Mazes.Point(TShock.Players[plr].TileX, TShock.Players[plr].TileY),
tunnelWidth, wallWidth, algorithm, 0, this.PeekBlock, this.NukeTiles);
//RecursiveBacktracker();
break;
case 1:
// TShock.Players[plr].SendMessage(String.Format("1: Growing Tree maze creation initiated!"), Color.Green);
// GrowingTree();
break;
default:
TShock.Players[plr].SendMessage(String.Format("Invalid algorithm specified."), Color.Red);
break;
}
MazeState ms = new MazeState();
while (ms.status < 8)
{
ms = maze.Step();
}
TShock.Players[plr].SendMessage(String.Format("Maze creation complete."), Color.LimeGreen);
ResetSection();
} //Execute()
public MazeTestCase(string name, Action<Robot, int, int> solve)
: base(name)
{
maze = new Maze("mazes\\" + name + ".txt");
cellSize = 200 / Math.Max(maze.Size.Width, maze.Size.Height);
this.solve = solve;
}
private void buttonCreateMaze_Click(object sender, EventArgs e)
{
int wd, ht, tunnel, wall, sx, sy, algo, variant;
try
{
wd = int.Parse(tbMazeWidth.Text);
ht = int.Parse(tbMazeHeight.Text);
tunnel = int.Parse(tbTunnelWidth.Text);
wall = int.Parse(tbWallWidth.Text);
sx = int.Parse(tbStartX.Text);
sy = int.Parse(tbStartY.Text);
algo = comboAlgorithm.SelectedIndex;
variant = comboVariant.SelectedIndex;
}
catch
{
return;
}
if (ht <= 0 || ht > 10000 || wd <= 0 || wd > 10000 ||
tunnel <= 0 || tunnel > 2000 || wall <= 0 || wall > 2000 ||
sx < 0 || sx > wd || sy < 0 || sy > ht)
{
return;
}
if (solver != null)
{
solver.exploredPoints.Clear();
}
mazeBmp = new Bitmap(wd, ht);
mazePanel.Invalidate();
this.prevCell = new Mazes.Point(-1, -1);
SetRect(new Rect(0, 0, mazeBmp.Width, mazeBmp.Height), wallColor);
this.maze = new Mazes.Maze(new Mazes.Point(0, 0), new Mazes.Point(wd, ht), new Mazes.Point(sx, sy),
tunnel, wall, algo, variant, this.PeekPixel, this.SetRect);
createInProgress = true;
timer1.Start();
}
public Robot(Maze maze)
{
this.maze = maze;
path.Add(maze.Robot);
}
public Robot(Maze maze)
{
this.maze = maze;
path.Add(maze.Robot);
}
/// <summary>
/// Base class for all solutions which all contain a name, a solution string,
/// a start and end, and a way to solve it which must be implemented
/// </summary>
/// <param name="maze"></param>
public virtual void Solve(Maze maze)
{
throw new NotImplementedException();
}
private void buttonCreateMaze_Click(object sender, EventArgs e)
{
int wd, ht, tunnel, wall, sx, sy, algo, variant;
try
{
wd = int.Parse(tbMazeWidth.Text);
ht = int.Parse(tbMazeHeight.Text);
tunnel = int.Parse(tbTunnelWidth.Text);
wall = int.Parse(tbWallWidth.Text);
sx = int.Parse(tbStartX.Text);
sy = int.Parse(tbStartY.Text);
algo = comboAlgorithm.SelectedIndex;
variant = comboVariant.SelectedIndex;
}
catch
{
return;
}
if (ht <= 0 || ht > 10000 || wd <= 0 || wd > 10000
|| tunnel <= 0 || tunnel > 2000 || wall <= 0 || wall > 2000
|| sx < 0 || sx > wd || sy < 0 || sy > ht )
return;
if (solver != null)
solver.exploredPoints.Clear();
mazeBmp = new Bitmap(wd, ht);
mazePanel.Invalidate();
this.prevCell = new Mazes.Point(-1, -1);
SetRect(new Rect(0,0, mazeBmp.Width, mazeBmp.Height), wallColor);
this.maze = new Mazes.Maze(new Mazes.Point(0, 0), new Mazes.Point(wd, ht), new Mazes.Point(sx, sy),
tunnel, wall, algo, variant, this.PeekPixel, this.SetRect);
createInProgress = true;
timer1.Start();
}