public void LoadMaze(IMaze maze, MazeStats mazeStats)
{
_currentMaze = maze;
_currentStats = mazeStats;
_mazeDistanceInfo = CellDistanceSolver.GetPassableDistancesFromCell(_currentMaze.StartingCell);
_mazeShortestPathInfo = ShortestPathSolver.Solve(_currentMaze.FinishingCell, _mazeDistanceInfo);
UpdateMazeRendering();
ResetMazePositionAndScaling();
}
private void GenerateMaze()
{
var stopwatch = Stopwatch.StartNew();
var maze = CreateMaze();
stopwatch.Stop();
var stats = new MazeStats(maze, _mazeConfigWindow.SelectedWallSetupAlgorithm);
stats.AddCustomStat("Generation Time", $"{stopwatch.ElapsedMilliseconds}ms");
_mazeRenderer.LoadMaze(maze, stats);
_mazeConfigWindow.SetMazeStats(stats.Entries);
}
static void Main(string[] args)
{
string dir = @"C:\Users\90017522\Pictures\Maze\";
IEnumerable <MazeType> types = new List <MazeType>()
{
MazeType.Tiny,
MazeType.Small,
MazeType.Normal,
};
types = Enum.GetValues(typeof(MazeType)).Cast <MazeType>();
foreach (MazeType type in types)
{
Bitmap maze = Tree.GetMaze(type);
stw.Restart();
List <List <bool> > convertedMaze = Tree.ConvertMazeToBool(maze, type);
stw.Stop();
MazeStats tmpStats = new MazeStats
{
ConvertingImageToBoolArrayTime = stw.Elapsed,
MazeType = type,
MazeSize = new Size(convertedMaze.Count, convertedMaze[0].Count)
};
for (int y = 0; y < convertedMaze.Count; y++)
{
for (int x = 0; x < convertedMaze[y].Count; x++)
{
if (convertedMaze[y][x])
{
tmpStats.CorridorSpaces++;
}
}
}
tmpStats.MazeProportionOfCorridor = 100 * tmpStats.CorridorSpaces / (maze.Width * maze.Width);
stw.Restart();
List <Cell> tree = Tree.BuildTree(convertedMaze);
stw.Stop();
tmpStats.TreeBuildTime = stw.Elapsed;
tmpStats.TreeNumberOfCells = tree.Count;
stw.Restart();
Bitmap nodeMaze = Tree.CreateNodeMazeBitmap(convertedMaze, tree);
stw.Stop();
tmpStats.TreeImageBuildTime = stw.Elapsed;
nodeMaze.Save(dir + type.ToString() + "nodes.png", ImageFormat.Png);
foreach (SolverType solverType in Enum.GetValues(typeof(MazeType)))
{
ISolver solver = new DummySolver();
switch (solverType)
{
case SolverType.TurnLeft:
solver = new LeftTurn();
break;
case SolverType.DojoSolver:
solver = new DojoSolver();
break;
}
if (solver != null && solver.GetSolverType() != SolverType.Dummy)
{
stw.Restart();
List <int> mazeSolved = solver.Solve(tree);
stw.Stop();
if (mazeSolved == null)
{
continue;
}
SolverStats tmpSolverStats = new SolverStats(solver.GetSolverType())
{
SolvingTime = stw.Elapsed,
NumberOfNodeInSolution = mazeSolved.Count,
PathLength = Tree.GetPathLength(tree, mazeSolved)
};
if (mazeSolved.Count == 0)
{
continue;
}
stw.Restart();
Bitmap solvedMaze = Tree.CreateSolvedMazeBitmap(convertedMaze, tree, mazeSolved);
stw.Stop();
tmpSolverStats.ResultImageBuildTime = stw.Elapsed;
solvedMaze.Save(dir + type.ToString() + "Solved" + solver.GetSolverType().ToString() + ".png", ImageFormat.Png);
tmpStats.SolverStats.Add(tmpSolverStats);
}
}
Console.Write(tmpStats.ToString());
//var input = Console.ReadLine();
}
var input = Console.ReadLine();
}
