public Player(String name, Floor floor, Coordinate coord, ArrayList items)
{
this.name = name;
this.floor = floor;
this.coord = coord;
this.inventory = new ArrayList(items);
this.cameFrom = -1;
}
private void setupFloors(GameState gs)
{
floors = new Floor[Globals.NUM_FLOORS]; //Creating 10 foors
Constants.taken = new bool[Globals.FLOOR_LENGTH, Globals.FLOOR_WIDTH];
Coordinate[] elevCoord = new Coordinate[Constants.NUM_ELEVATORS];
for (int i = 0; i < Globals.NUM_FLOORS; i++)
{
//Get the elevator coordinates, pass them to Floor constructor
for (int j = 0; j < Constants.NUM_ELEVATORS; j++)
{
if(j == 0) //Stored at index 0, the correct elevator
elevCoord[j] = correct_elevator[i].getCoord();
else
elevCoord[j] = wrong_elevator[i].getCoord();
}
if (gs.floorNumber == i + 1) //Only restore settings of one floor
floors[i] = new Floor(i + 1, gs.pc, gs.have, elevCoord, gs);
else
floors[i] = new Floor(i + 1, null, null, elevCoord, gs);
}
}
//helper for architect
private static void buildWalls(Floor f, Coordinate[] place)
{
Tile[,] floor = f.floor;
ArrayList coordinates = f.coordinates;
for (int i = 0; i < place.GetUpperBound(0) + 1; i++)
{
int x = place[i].x;
int y = place[i].y;
floor[x, y].Obj = new Wall();
coordinates.Add(new NamedCoord("Wall", new Coordinate(x,y), 0));
}
}
private static void architect3(Floor f, bool[,] taken)
{
architect1(f, taken);
architect2(f, taken);
int mid = Globals.FLOOR_WIDTH / 2;
int end = Globals.FLOOR_LENGTH - 1; //other end
//Build a simple wall
Coordinate[] takenList =
{
new Coordinate(end, mid),
new Coordinate(end-1, mid),
new Coordinate(end-2, mid),
new Coordinate(end-3, mid)
};
if(!markTaken(taken, takenList)) return;
buildWalls(f, takenList);
}
private static void architect2(Floor f, bool[,] taken)
{
//too small to design on that floor
if (Globals.FLOOR_LENGTH < 10 || Globals.FLOOR_WIDTH < 10) return;
int fw = Globals.FLOOR_WIDTH - 1; //floor width index based
Coordinate[] takenList =
{
new Coordinate(0,fw - 3),
new Coordinate(1,fw - 3),
new Coordinate(1,fw - 2),
new Coordinate(1,fw - 4),
new Coordinate(2,fw - 3),
new Coordinate(3,fw - 3),
new Coordinate(3,fw - 2),
new Coordinate(3,fw - 1),
new Coordinate(3,fw - 0),
};
if(!markTaken(taken, takenList)) return;
Coordinate[] wallList =
{
new Coordinate(0,fw - 3),
new Coordinate(2,fw - 3),
new Coordinate(3,fw - 3),
new Coordinate(3,fw - 2),
new Coordinate(3,fw - 1),
new Coordinate(3,fw - 0)
};
buildWalls(f, wallList);
}
//prototype for making floors complex with rooms
//NOTE: Buggy, elevators are placed where there are walls
//TODO find a better way to create this
private static void architect1(Floor f, bool[,] taken)
{
//too small to design on that floor
if (Globals.FLOOR_LENGTH < 10 || Globals.FLOOR_WIDTH < 10) return;
Coordinate[] takenList =
{
new Coordinate(0,3),
new Coordinate(1,3),
new Coordinate(1,2),
new Coordinate(1,4),
new Coordinate(2,3),
new Coordinate(3,3),
new Coordinate(3,2),
new Coordinate(3,1),
new Coordinate(3,0),
};
//Check to see if elevator is on building coordinate
//If so, we can't build
if(!markTaken(taken, takenList)) return;
Coordinate[] wallList =
{
new Coordinate(0,3),
new Coordinate(2,3),
new Coordinate(3,3),
new Coordinate(3,2),
new Coordinate(3,1),
new Coordinate(3,0)
};
buildWalls(f, wallList);
}
