void CalculateAccessibilities(APIMaze apiMaze, int width, int height, int row, int column, MazeTile mazeTile)
{
int currentIndex = GetIndex(column, row, width);
string[] currentData = apiMaze.data[currentIndex];
string[] eastData = new string[] { };
string[] southData = new string[] { };
if (column + 1 < width)
{
eastData = apiMaze.data[currentIndex + 1];
}
else if (column + 1 == width)
{
eastData = new string[] { "west" };
}
if (row + 1 < height)
{
southData = apiMaze.data[currentIndex + width];
}
else if (row + 1 == height)
{
southData = new string[] { "north" };
}
CalculateAccesiblePoints(mazeTile, currentData, eastData, southData);
}
Maze BuildMaze(APIMaze apiMaze)
{
int width = apiMaze.size[0];
int height = apiMaze.size[1];
MazeTile[,] tiles = new MazeTile[width, height];
for (int row = 0; row < height; row++)
{
for (int column = 0; column < width; column++)
{
MazeTile mazeTile = new MazeTile(column, row);
mazeTile.AccessibleTiles = new List <Point>();
tiles[column, row] = mazeTile;
CalculateAccessibilities(apiMaze, width, height, row, column, mazeTile);
}
}
int ponyY = apiMaze.pony[0] / width;
int ponyX = apiMaze.pony[0] % width;
int domokunY = apiMaze.domokun[0] / width;
int domokunX = apiMaze.domokun[0] % width;
int endpointY = apiMaze.endPont[0] / width;
int endpointX = apiMaze.endPont[0] % width;
var maze = new Maze
{
Width = width,
Height = height,
Difficulty = apiMaze.difficulty,
Tiles = tiles,
Pony = new Pony(ponyX, ponyY),
Domokun = new Monster(domokunX, domokunY),
EndPoint = new Point(endpointX, endpointY)
};
return(maze);
}
