public MyModel CreateMazeLandscapeCube(int dimension, int seed,float cubeScale,RandomMaze maze)
{
Cube cube = new Cube();
return new MyModel(game,
cube.GetMazeVertexWithCube(maze.maze,cubeScale),
"cube",1);
}
public void MazeGenerationTest3()
{
int dimension = 100;
int dumbSmart = dimension / 10 * 3;
int seed = 3122;
RandomMaze maze = new RandomMaze(dimension, seed, 0.50f);
Node destPoint1 = maze.generatePossibleDestPoint(maze.edgePoints, maze.startPoint);
maze.GenerateMazeWithDestBranch(1, 1);
maze.printMaze();
}
public void TestMethod1()
{
RandomMaze maze;
maze = new RandomMaze(15, 9);
//cube = new Cube();
maze.GenerateMaze();
maze.printMaze();
maze.setStartPointAndDestPoint();
maze.printMaze();
}
public MazeLandscape(LabGame game,int dimension,int seed )
{
this.seed = seed;
this.dimension = dimension;
this.game = game;
maze = new RandomMaze(dimension, seed);
cube = new Cube();
maze.GenerateMaze();
maze.setStartPointAndDestPoint();
while (maze.destPoint == null)
{
game.mazeSeed=game.random.Next();
this.seed = game.mazeSeed;
maze = new RandomMaze(dimension, this.seed);
//cube = new Cube();
maze.GenerateMaze();
maze.setStartPointAndDestPoint();
}
//display path.
/*
List<Node> pathFromSrcToDest = maze.astar.FindPath(maze.astar.Float2DtoInt(maze.maze)
, RandomMaze.WALL, maze.startPoint.x, maze.startPoint.y, maze.destPoint.x, maze.destPoint.y);
*/
//maze.updateMazeRoad(pathFromSrcToDest, Project.Cube.goal);
type = GameObjectType.MazeLandscape;
//if maze existed before just remove it from model
game.assets.modelDict.Remove(mazeModelName);
myModel = game.assets.GetModel(mazeModelName, CreateMazeLandscapeModel);
//radius = 0.5f;
//frictionConstant = 0.4f;
pos = new SharpDX.Vector3(0, 0, 0);
GetParamsFromModel();
effect = game.Content.Load<Effect>("Phong");
Debug.WriteLine("maze created");
entranceX = maze.startPoint.x * CUBESCALE * 2;
entranceZ = maze.startPoint.y * CUBESCALE * 2;
normalMaze = myModel.shapeArray;
}
public void MazeGenerationTest2()
{
int dimension = 100;
int dumbSmart = dimension / 10 * 3;
int seed = 3122;
RandomMaze maze = new RandomMaze(dimension, seed, 0.50f);
Node destPoint1 = maze.generatePossibleDestPoint(maze.edgePoints, maze.startPoint);
Console.Write("destPoint 1 + " + destPoint1);
//maze.updateMazeRoad(maze.generateDumbPathToDestPoint(0, 0, 1, 1));
//maze.updateMazeRoad(maze.generateDumbPathToDestPoint(100, 100, 1, 1));
//maze.updateMazeRoad(maze.generateDumbPathToDestPoint(5, 19, 1, 1));
//maze.updateMazeRoad(maze.generateDumbPathToDestPoint(10, 19, 1, 1));
//maze.updateMazeRoad(maze.generateDumbPathToDestPoint(19, 5, 1, 1));
//maze.updateMazeRoad(maze.generateDumbPathToDestPoint(0,0, dumbSmart, dumbSmart));
maze.GenerateMazeWithRandomPoint(50, 1, 1);
maze.printMaze();
}
public void MazeTest()
{
AstarSearch astar = new AstarSearch();
int dimension = 20;
int dumbSmart = dimension / 10 * 2;
int seed = 34534;
List<Node> path = null;
RandomMaze maze = new RandomMaze(dimension,seed,0.85f);
path = maze.generateDumbPathToDestPoint(maze.destX,maze.destY,dumbSmart, dumbSmart);
Console.WriteLine(" -- path count " + path.Count);
maze.astar.printPath(path);
maze.updateMazeRoad(path);
maze.printMaze();
Console.WriteLine("-----------------astar---------------------");
astar.printPath(astar.FindPath(astar.Float2DtoInt(maze.maze),1,maze.startPoint.x,maze.startPoint.y,maze.destPoint.x,
maze.destPoint.y));
}