private void _mazeToolbox_CreateCalled(int width,
int height,
int run,
int seed,
DefaultCreator.Directions start,
DefaultCreator.Directions end,
DefaultCreator.MazeTypes type,
int roomDensity,
int roomDistance,
int roomMinSize,
int roomMaxSize)
{
Create(width, height, run, seed, start, end, type, roomDensity, roomDistance, roomMinSize, roomMaxSize);
}
private void Create(int width,
int height,
int corridorBias,
int seed,
DefaultCreator.Directions start,
DefaultCreator.Directions end,
DefaultCreator.MazeTypes mazeType,
int roomDensity,
int roomDistance,
int roomMinSize,
int roomMaxSize)
{
_maze = new Maze(width, height);
_maze.Create(new DefaultCreator(corridorBias, seed, start, end, mazeType, roomDensity, roomDistance, roomMinSize, roomMaxSize));
_maze.Solve(new DefaultSolver());
Refresh();
}
private void OnCreateCalled()
{
if (CreateCalled == null)
{
return;
}
DefaultCreator.Directions startDirection = (DefaultCreator.Directions)cbxStartSide.SelectedIndex;
DefaultCreator.Directions endDirection = (DefaultCreator.Directions)cbxExitSide.SelectedIndex;
DefaultCreator.MazeTypes type = (DefaultCreator.MazeTypes)cbxMazeType.SelectedIndex;
CreateCalled((int)nudWidth.Value,
(int)nudHeight.Value,
tkbRun.Value,
(int)nudSeed.Value,
startDirection,
endDirection,
type,
(int)nudRoomDensity.Value,
(int)nudRoomDistance.Value,
(int)nudRoomMinSize.Value,
(int)nudRoomMaxSize.Value);
}