public void TestPerformanceOfGenAlgos_WithSize150x150_DoesNotThrow()
{
var mazeGenAlgos = KnownMazesTypes.GetAllMazeAlgos();
Stopwatch sw = new Stopwatch();
foreach (IMazeGenAlgorithm algo in mazeGenAlgos)
{
var maze = new TileMapMaze(150, 150);
algo.SetCurrentMaze(maze);
double[] tests = new double[10];
for (int i = 10 - 1; i >= 0; i--)
{
sw.Start();
algo.GenerateMazeWithTranformationList();
sw.Stop();
tests[i] = sw.ElapsedTicks;
sw.Reset();
}
var testsEnumerable = tests.AsEnumerable <double>();
double median = testsEnumerable.Median();
Log.Logger.Information($"GenerateMazeFullSize {algo.GetName()} {maze.GetWidth()}x{maze.GetHeight()} Elapsed={TimeSpan.FromTicks(((long)median))}");
}
}
private static async Task CreateImageAndGifForAlgoAsync(IMazeGenAlgorithm i)
{
var drawMaze = new TileMapMaze(55, 55);
drawMaze.OverrideAllMazeFields(MazeFieldType.Wall);
await CreateMazeImageAndGif(i).ConfigureAwait(false);
}
private static async Task CreateMazeImageAndGif(IMazeGenAlgorithm i)
{
MazeBuilder mazeBuilder = new MazeBuilder();
TileMapMaze drawMaze = new TileMapMaze(60, 60);
drawMaze.OverrideAllMazeFields();
var maze = mazeBuilder
.SetMazeAlgorithm(i)
.SetDrawCallback(m =>
{
if (i is RecursiveDivision)
{
//drawMaze.TransformMaze(m);
//MazeImageCreator.CreateMazeImage(drawMaze, i.GetName(), 10, "./");
}
})
.RecordMazeTransformationSteps(true)
.SetMazeDimensions(60, 60)
.Build();
await MazeImageCreator.CreateMazeAnimationGifAsync(mazeBuilder.GetMazeTransformationSteps(), drawMaze, i.GetName(), 5).ConfigureAwait(false);
MazeImageCreator.CreateMazeImage(maze, i.GetName(), 5, "./");
Console.WriteLine($"Finished maze image and gif creation for algorithm={i.GetName()}.");
}
