int CreatePassage(MAP.Vector2D doorPos, MAP.DIRECTION direction)
{
int dir = 0;
int coord = 0;
MAP.SPACE curSpace;
if (direction == MAP.DIRECTION.UP || direction == MAP.DIRECTION.DOWN)
{
dir = direction == MAP.DIRECTION.UP ? -1 : 1;
while (true)
{
++coord;
curSpace = Map[doorPos.y + (coord * dir)][doorPos.x];
Map[doorPos.y + (coord * dir)][doorPos.x - 1] = Map[doorPos.y + (coord * dir)][doorPos.x - 1] | MAP.SPACE.PASSAGE_WALL;
Map[doorPos.y + (coord * dir)][doorPos.x] = Map[doorPos.y + (coord * dir)][doorPos.x] | MAP.SPACE.PASSAGE_FLOOR;
Map[doorPos.y + (coord * dir)][doorPos.x + 1] = Map[doorPos.y + (coord * dir)][doorPos.x + 1] | MAP.SPACE.PASSAGE_WALL;
if ((curSpace & MAP.SPACE.BLOCK) == MAP.SPACE.BLOCK)
{
break;
}
if ((curSpace & MAP.SPACE.PASSAGE_WALL) == MAP.SPACE.PASSAGE_WALL)
{
Map[doorPos.y + (coord * dir)][doorPos.x] = MAP.SPACE.PASSAGE_FLOOR;
++coord;
break;
}
}
coord = doorPos.y + (coord * dir);
}
else
{
dir = direction == MAP.DIRECTION.RIGHT ? -1 : 1;
while (true)
{
++coord;
curSpace = Map[doorPos.y][doorPos.x + (coord * dir)];
Map[doorPos.y - 1][doorPos.x + (coord * dir)] = Map[doorPos.y - 1][doorPos.x + (coord * dir)] | MAP.SPACE.PASSAGE_WALL;
Map[doorPos.y][doorPos.x + (coord * dir)] = Map[doorPos.y][doorPos.x + (coord * dir)] | MAP.SPACE.PASSAGE_FLOOR;
Map[doorPos.y + 1][doorPos.x + (coord * dir)] = Map[doorPos.y + 1][doorPos.x + (coord * dir)] | MAP.SPACE.PASSAGE_WALL;
if ((curSpace & MAP.SPACE.BLOCK) == MAP.SPACE.BLOCK)
{
break;
}
if ((curSpace & MAP.SPACE.PASSAGE_WALL) == MAP.SPACE.PASSAGE_WALL)
{
Map[doorPos.y][doorPos.x + (coord * dir)] = MAP.SPACE.PASSAGE_FLOOR;
++coord;
break;
}
}
coord = doorPos.x + (coord * dir);
}
return(coord);
}
void ConnectRoom(MAP.ROOM lRoom, MAP.ROOM rRoom, MAP.DIRECTION lDir, MAP.DIRECTION rDir)
{
bool createLDoor = lRoom.CreateDoor(lDir);
bool createRDoor = rRoom.CreateDoor(rDir);
MAP.Vector2D lDoor = lRoom.GetDoorPosition(lDir);
MAP.Vector2D rDoor = rRoom.GetDoorPosition(rDir);
Map[lDoor.y][lDoor.x] = MAP.SPACE.ROOM_DOOR;
Map[rDoor.y][rDoor.x] = MAP.SPACE.ROOM_DOOR;
//직선인 경우
if (lDoor.y == rDoor.y)
{
int x = 1;
do
{
Map[lDoor.y - 1][lDoor.x + x] = Map[lDoor.y - 1][lDoor.x + x] | MAP.SPACE.PASSAGE_WALL;
Map[lDoor.y][lDoor.x + x] = Map[lDoor.y][lDoor.x + x] | MAP.SPACE.PASSAGE_FLOOR;
Map[lDoor.y + 1][lDoor.x + x] = Map[lDoor.y + 1][lDoor.x + x] | MAP.SPACE.PASSAGE_WALL;
++x;
} while (lDoor.x + x != rDoor.x);
}
else if (lDoor.x == rDoor.x)
{
int y = 1;
do
{
Map[lDoor.y + y][lDoor.x - 1] = Map[lDoor.y + y][lDoor.x - 1] | MAP.SPACE.PASSAGE_WALL;
Map[lDoor.y + y][lDoor.x] = Map[lDoor.y + y][lDoor.x] | MAP.SPACE.PASSAGE_FLOOR;
Map[lDoor.y + y][lDoor.x + 1] = Map[lDoor.y + y][lDoor.x + 1] | MAP.SPACE.PASSAGE_WALL;
++y;
} while (lDoor.y + y != rDoor.y);
}
//직선이 아닌 경우
else
{
int pos = 0;
if (createLDoor)
{
pos = CreatePassage(lDoor, lDir);
}
if (createRDoor)
{
pos = CreatePassage(rDoor, rDir);
}
ConnectPassage(pos, lDoor, rDoor, lDir);
}
}
public bool IsClose(MAP.BLOCK b1, MAP.BLOCK b2)
{
MAP.Vector2D b1_RB = b1.rightBot + 2;
MAP.Vector2D b2_LT = b2.leftTop - 2;
//Left Right
if (b1_RB.x - b2_LT.x == 2)
{
return(true);
}
//Up Down
if (b1_RB.y - b2_LT.y == 2)
{
return(true);
}
return(false);
}
public bool GenerateRoom()
{
if (blockInfo.size.x < MAP.CONTANT.RoomX_Min + MAP.CONTANT.Block_Blank || blockInfo.size.y < MAP.CONTANT.RoomY_Min + MAP.CONTANT.Block_Blank)
{
return(false);
}
roomInfo = new MAP.ROOM();
int MaxX = blockInfo.size.x > (MAP.CONTANT.RoomX_Max + MAP.CONTANT.Block_Blank) ? MAP.CONTANT.RoomX_Max : (blockInfo.size.x - MAP.CONTANT.Block_Blank);
int MaxY = blockInfo.size.y > (MAP.CONTANT.RoomY_Max + MAP.CONTANT.Block_Blank) ? MAP.CONTANT.RoomY_Max : (blockInfo.size.y - MAP.CONTANT.Block_Blank);
MAP.Vector2D roomSize = new MAP.Vector2D(Random.Range(MAP.CONTANT.RoomX_Min, MaxX + 1), Random.Range(MAP.CONTANT.RoomY_Min, MaxY + 1));
//blank minimum is 2
MAP.Vector2D blank = new MAP.Vector2D(blockInfo.size - roomSize - 1);
roomInfo.leftTop.SetVector2D(blockInfo.leftTop.x + Random.Range(1, blank.x + 1), blockInfo.leftTop.y + Random.Range(1, blank.y + 1));
roomInfo.rightBot.SetVector2D(roomInfo.leftTop + roomSize - 1);
Debug.Log(index + " / " + blockInfo.leftTop.x + " , " + blockInfo.leftTop.y + " / " + roomSize.x + " / " + roomSize.y);
//Debug.Log(blockInfo.leftTop.x + " , " + blockInfo.leftTop.y + " / " + blockInfo.rightBot.x + " , " + blockInfo.rightBot.y + " / " + blockInfo.size.x + " , " + blockInfo.size.y);
return(true);
}
public NODE(int _index, int _level, MAP.Vector2D bLeftTop, MAP.Vector2D bRightBot)
{
blockInfo = new MAP.BLOCK(bLeftTop, bRightBot);
index = _index;
level = _level;
}
void ConnectPassage(int pos, MAP.Vector2D lDoor, MAP.Vector2D rDoor, MAP.DIRECTION lDir)
{
int coord = 0;
int small = 0;
int large = 0;
//왼쪽 문 방향이 아래 = 횡으로 연결
if (lDir == MAP.DIRECTION.DOWN)
{
small = lDoor.x < rDoor.x ? lDoor.x : rDoor.x;
large = lDoor.x > rDoor.x ? lDoor.x : rDoor.x;
if ((Map[pos - 1][small + coord] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[pos - 1][small + coord] = MAP.SPACE.PASSAGE_WALL;
}
if ((Map[pos + 1][small + coord] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[pos + 1][small + coord] = MAP.SPACE.PASSAGE_WALL;
}
Map[pos][small + coord] = Map[pos][small + coord] | MAP.SPACE.PASSAGE_FLOOR;
++coord;
while (true)
{
if (small + coord == large)
{
if ((Map[pos - 1][small + coord] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[pos - 1][small + coord] = (Map[pos - 1][small + coord] | MAP.SPACE.PASSAGE_WALL);
}
if ((Map[pos + 1][small + coord] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[pos + 1][small + coord] = (Map[pos + 1][small + coord] | MAP.SPACE.PASSAGE_WALL);
}
Map[pos][small + coord] = Map[pos][small + coord] | MAP.SPACE.PASSAGE_FLOOR;
break;
}
Map[pos - 1][small + coord] = Map[pos - 1][small + coord] | MAP.SPACE.PASSAGE_WALL;
Map[pos][small + coord] = Map[pos][small + coord] | MAP.SPACE.PASSAGE_FLOOR;
Map[pos + 1][small + coord] = Map[pos + 1][small + coord] | MAP.SPACE.PASSAGE_WALL;
++coord;
}
}
else
{
small = lDoor.y < rDoor.y ? lDoor.y : rDoor.y;
large = lDoor.y > rDoor.y ? lDoor.y : rDoor.y;
if ((Map[small + coord][pos - 1] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[small + coord][pos - 1] = Map[small + coord][pos - 1] | MAP.SPACE.PASSAGE_WALL;
}
if ((Map[small + coord][pos + 1] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[small + coord][pos + 1] = Map[small + coord][pos + 1] | MAP.SPACE.PASSAGE_WALL;
}
Map[small + coord][pos] = Map[small + coord][pos] | MAP.SPACE.PASSAGE_FLOOR;
++coord;
while (true)
{
if (small + coord == large)
{
if ((Map[small + coord][pos - 1] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[small + coord][pos - 1] = Map[small + coord][pos - 1] | MAP.SPACE.PASSAGE_WALL;
}
if ((Map[small + coord][pos + 1] & MAP.SPACE.PASSAGE_FLOOR) != MAP.SPACE.PASSAGE_FLOOR)
{
Map[small + coord][pos + 1] = Map[small + coord][pos + 1] | MAP.SPACE.PASSAGE_WALL;
}
Map[small + coord][pos] = Map[small + coord][pos] | MAP.SPACE.PASSAGE_FLOOR;
break;
}
Map[small + coord][pos - 1] = Map[small + coord][pos - 1] | MAP.SPACE.PASSAGE_WALL;
Map[small + coord][pos] = Map[small + coord][pos] | MAP.SPACE.PASSAGE_FLOOR;
Map[small + coord][pos + 1] = Map[small + coord][pos + 1] | MAP.SPACE.PASSAGE_WALL;
++coord;
}
}
}
