void Dungeon::generateRooms()
{
//Création des salles
std::vector<Room*> rooms;
unsigned int rooms_number = rand() % (DUNGEON_ROOM_MAX - 2) + 2;
for (unsigned int i = 0; i != rooms_number; i++)
{
Room* room = new Room();
room->_width = rand() % (ROOM_WIDTH_MAX - 5) + 5;
room->_height = rand() % (ROOM_HEIGHT_MAX - 5) + 5;
room->_x = rand() % (_width - room->_width - 10) + 5;
room->_y = rand() % (_height - room->_height- 10) + 5;
//test de collision avec les autres salles
bool error = false;
unsigned int u = 0;
while (u != rooms.size() && !error)
{
if (room->_x + room->_width >= rooms[u]->_x && room->_x <= rooms[u]->_x + rooms[u]->_width) //test de collision horizontal
{
if (room->_y + room->_height >= rooms[u]->_y && room->_y <= rooms[u]->_y + rooms[u]->_height)
{
error = true;
}
}
u++;
}
//analyse des résultats
if (!error)
{
//ajout de la salle à la liste
rooms.push_back(room);
}
}
//selection d'une salle au hasard de départ
Room* start = rooms[rand() % rooms.size()];
generatePassages(rooms, start);
//applications des salles à la map et suppression de leur existence en mémoire
for (unsigned int i = 0; i != rooms.size(); i++)
{
for (unsigned int x = 0; x != rooms[i]->_width; x++)
{
for (unsigned int y = 0; y != rooms[i]->_height; y++)
{
_map[x + rooms[i]->_x][y + rooms[i]->_y] = CELL_FLOOR;
}
}
delete rooms[i];
}
//Génération des murs
generateWalls();
}
void generateMaze(Matrix maze, Position *hero, Position *exit)
{
fillMatrixWithValue(maze, 0);
generateBorder(maze);
*exit = generateExit(maze.width, maze.height);
maze.matrix[exit->y][exit->x] = 0;
generateWalls(maze, *exit);
generateHero(maze, hero);
}
Mode PlayMode::frame()
{
if(!paused)
{
background->draw();
if(!handleInput())
return MENU;
if(!crashed)
{
moveField();
background->update();
updatePlayer();
generateWalls();
generateObstacles();
generateItems();
}
updatePlayerTail();
particles->draw(0);
particles->draw(2);
drawStuff();
particles->draw(4);
drawPlayer();
particles->draw(1);
floating->draw();
collisionDetect();
obstacleCounter();
drawScorePanel();
if(crashed && !gameOverExplosionTime--)
{
globalStore->seconds = playtime / 60;
globalStore->score = score;
globalStore->obstacles = passed;
globalStore->stars = collected;
storage->read();
storage->insert(score);
return GAMEOVER;
}
particles->update();
floating->update();
} else
{
drawPauseScreen();
if(!handleInput())
return MENU;
}
return PLAY;
}
