@Override
public Area getAreaAt(Enum<Areas> area, Coord c) {
for (Area aarea : areaMap.get(area)) {
if (aarea.getCoords().contains(c)) {
return aarea;
}
}
return null;
}
private void setup(int[] setup) {
areaMap = new LinkedHashMap<Enum<Areas>, List<Area>>();
List<Area> boxes = new LinkedList<Area>();
List<Area> hlists = new LinkedList<Area>();
List<Area> vlists = new LinkedList<Area>();
List<Area> board = new LinkedList<Area>();
List<Area> zero = new LinkedList<Area>();
int side_boxcount = (DIMENSION / TILES_PER_BOX); // 3 when DIMENSION =
// 9;
int total_boxcount = side_boxcount * side_boxcount; // 9 when DIMENSION
// = 9;
tiles = new Tile[DIMENSION][DIMENSION];
/*
* instanciate and add all needed Areas to lists
*/
for (int i = 0; i < total_boxcount; i++) {
boxes.add(new StandardArea());
}
for (int i = 1; i <= DIMENSION; i++) {
hlists.add(new StandardArea());
vlists.add(new StandardArea());
}
int h = 0;
int v = 0;
for (Integer value : setup) {
/*
* prepare the double array with Tiles and hlist, vlist and boxes
* with Coord objects
*/
Coord currentCoord = new Coord(v, h);
tiles[v][h] = new StandardTile(currentCoord, value);
hlists.get(h).addCoord(currentCoord);
vlists.get(v).addCoord(currentCoord);
// the index to the box this iteration has reached
int currentboxnumber = (h / TILES_PER_BOX * side_boxcount + (v / TILES_PER_BOX + 1));
int currentboxindex = currentboxnumber - 1;
boxes.get(currentboxindex).addCoord(new Coord(v, h));
// update coords
v++;
if (v == DIMENSION) {
v = 0;
h++;
}
}
Area boardArea = new StandardArea();
for (Tile[] tilearray : tiles) {
for (Tile tile : tilearray) {
boardArea.addCoord(tile.getCoordinate());
}
}
board.add(boardArea);
Area zeroarea = new StandardArea();
zeroarea.addCoord(new Coord(0, 0));
zero.add(zeroarea);
areaMap.put(Areas.BOX, boxes);
areaMap.put(Areas.ROW, hlists);
areaMap.put(Areas.COL, vlists);
areaMap.put(Areas.BOARD, board);
areaMap.put(Areas.ZERO, zero);
}