void DunGen::Generate(int xCap,int yCap,int difficulty)
{
srand(time(NULL));
//blankTexture.loadFromFile("sprites/dungeon_sprites/emptytile.png");
//lvlTexture.loadFromFile("sprites/dungeon_sprites/room.png");
//stairTexture.loadFromFile("sprites/dungeon_sprites/dstair.png");
ResetLevel();
Tunnels(xCap,yCap,difficulty,3);
Rooms(xCap,yCap,difficulty,4);
PlaceChest(difficulty);
SpriteGenerate();
}
void SceneManagerDungeon::Generate(int tileWidth, int tileHeight, Enums::GenerationType type, bool loadSaved)
{
int nrLayers = 5;
m_minimapColor.resize(MapFillDungeon::TILE_TYPE_END);
m_minimapColor[MapFillDungeon::Wall] = sf::Color::White;
m_minimapColor[MapFillDungeon::Space] = sf::Color::Black;
m_minimapColor[MapFillDungeon::InteractableWall] = sf::Color::White;
m_minimapColor[MapFillDungeon::BlockingItem] = sf::Color::Black;
m_minimapColor[MapFillDungeon::WalkthroughItem] = sf::Color::Black;
m_minimapColor[MapFillDungeon::Stairs] = sf::Color::Red;
//Define Tile Maps
SetMemberStats();
#ifdef DEBUG_FLAG
m_map.init(nrLayers + 1);
#else
m_map.init(nrLayers);
#endif // DEBUG_FLAG
//Generate Map
switch(type)
{
case Enums::Cave:
if(tileHeight > 200 || tileWidth > 200)
m_generator.FasterCellularAutomata(0.45f);
else
m_generator.CellularAutomata(0.45f);
break;
case Enums::Dungeon:
m_generator.ConnectedRooms(10,8, tileHeight * tileWidth / 160);
}
m_generator.NumberRooms();
//Fill Base Layer with walkable Tile
m_mapFill->FillLayer(MapFill::Ground, 0);
if(m_wallAbove)
{
//Fill Wall
m_mapFill->FillLayer(MapFill::Wall, 0,3);
//Fill Wall Topping
m_mapFill->FillLayer(MapFill::WallTopping, 3);
}
else
{
//Fill Wall
m_mapFill->FillLayer(MapFill::WallBelow, 3);
}
#ifdef DEBUG_FLAG
for(int x = 0; x < m_map.GetWidth(); x++)
{
for(int y = 0; y < m_map.GetHeight(); y++)
m_map.SetTileId(x,y,m_map.GetRoomNr(x,y), 5);
}
m_map.writeToTileMap(*m_tileMapRoomNumber,nrLayers);
#endif // DEBUG_FLAG
m_generator.PlaceStartingAndEndPosition();
sf::Transform heroTransform;
//Place Hero at Startposition
if(m_newHeroPos)
{
heroTransform.translate(m_heroX, m_heroY);
}
else
{
heroTransform.translate(m_map.m_startX * TileMap::GetTileWidth(), m_map.m_startY * TileMap::GetTileWidth() - 14);
}
m_hero->setTransform(heroTransform);
UpdateCamPosition();
//Add random Items
m_mapFill->FillLayer(MapFill::AdditionalItems, 1,2,4);
//Place Stairs
m_mapFill->PlaceItemAt(1,2,4,MapFillDungeon::TileStairsUp,m_map.m_startX, m_map.m_startY, false);
m_mapFill->PlaceItemAt(1,2,4,MapFillDungeon::TileStairsDown,m_map.m_endX, m_map.m_endY, false);
//Place Chests
PlaceChest(loadSaved);
if(!loadSaved)
{
m_events.push_back(std::unique_ptr<MapEvent>(new MapEventStairs(false, m_map.m_startX, m_map.m_startY)));
m_events.push_back(std::unique_ptr<MapEvent>(new MapEventStairs(true, m_map.m_endX, m_map.m_endY)));
//Place additional heroes with a chance of 2%
if(rand() % 50 == 0)
PlaceHero();
}
m_map.writeToTileMap(*m_tileMap,0);
m_map.writeToTileMap(*m_tileMapItems,1);
m_map.writeToTileMap(*m_tileMapAboveHero,2);
if(m_wallAbove)
{
sf::Color halfTransparent(255,255,255,Configuration::GetInstance()->GetWallTransparency() * 255);
m_map.writeToTileMap(*m_tileMapAboveWall,3, halfTransparent);
m_map.writeToTileMap(*m_tileMapWallDecoration,4);
}
else
{
m_map.writeToTileMap(*m_tileMapBelowGround,3);
m_map.writeToTileMap(*m_tileMapBelowGroundDecoration,4);
}
if(!loadSaved)
{
//Place Boss at Stairs
MapEventEnemy* mapEvent = new MapEventEnemy(0.0f, Enums::EnemyBoss);
SpawnEnemy(mapEvent, Enums::EnemyBoss, m_map.m_endX * TileMap::GetTileWidth(), m_map.m_endY * TileMap::GetTileWidth());
m_events.push_back(std::unique_ptr<MapEvent>(mapEvent));
int nrEnemies = m_map.GetWidth() * m_map.GetHeight() / 300;
for(int i = 0; i < nrEnemies; i++)
{
SpawnEnemy();
}
}
}
