public CartesianFieldController(CartesianField field, CartesianFieldRenderer renderer)
{
Field = field;
Parser = new Parser(Field);
Renderer = renderer;
PendingVariables = new List <Variable>();
}
public CartesianFieldRenderer(CartesianField field, FieldRendererControl renderControl)
{
Field = field;
RenderControl = renderControl;
FieldOfView = new Camera(new Vector2(-5, -5), new Vector2(10, 10));
P_Renderer = new PrimitiveRenderer(renderControl);
}
public Maze(params int[] dimensions)
{
cells = new CartesianField <bool[]>(new ImmutableVector <int>(dimensions), _ =>
{
var walls = new bool[dimensions.Length];
for (int i = 0; i < walls.Length; ++i)
{
walls[i] = true;
}
return(walls);
});
}
public MainForm()
{
InitializeComponent();
Field = new CartesianField();
Renderer = new CartesianFieldRenderer(Field, GraphWindow);
Controller = new CartesianFieldController(Field, Renderer);
MainGraphListControl.Controller = Controller;
GraphWindow.FieldRenderer = Renderer;
GraphWindow.CanBeControlled = true;
GraphWindow.Run(40);
}
public GraphOptionsForm(FunctionGraph graph)
{
InitializeComponent();
TestField = new CartesianField();
Renderer = new CartesianFieldRenderer(TestField, GraphWindow);
Controller = new CartesianFieldController(TestField, Renderer);
K = Controller.CreateVariable("k");
Graph = Controller.CreateGraph(Controller.CreateFunction("sin ( x + k )"));
WidthTrackBar.Value = (int)(Graph.Width * 10);
WidthLabel.Text = "Width: " + Graph.Width.ToString();
Controller.EnableGraph(Graph);
GraphWindow.FieldRenderer = Renderer;
GraphWindow.SetCameraBounds(new RectangleD(new Vector2(-5, -2), new Vector2(10, 4)));
GraphWindow.OnUpdate += OnGraphUpdate;
GraphWindow.Run(24);
}
public static void Generate(Maze maze)
{
var cells = new CartesianField <Cell>(maze.Dimensions, coordinate => new Cell(maze[coordinate]));
var walls = new List <Wall>(maze.Volume * maze.Dimensions.Dimensionality);
foreach (var coordinate in cells.Coordinates)
{
for (int i = 0; i < coordinate.Dimensionality; ++i)
{
if (coordinate[i] > 0)
{
walls.Add(new Wall
{
owner = cells[coordinate],
side = i,
other = cells[Maze.GetNeighbor(coordinate, i)]
});
}
}
}
// eliminate n - 1 walls
for (int c = 1; c < maze.Volume; ++c)
{
int i = Random.Range(0, walls.Count);
var wall = walls[i];
walls.RemoveAt(i);
if (ResolveSubtree(wall.owner) == ResolveSubtree(wall.other))
{
--c;
}
else
{
wall.owner.Walls[wall.side] = false;
ResolveSubtree(wall.owner).Subtree = wall.other.Subtree;
}
}
}
