ZeldaGame::ZeldaGame(Application& app, const std::string& fileName, const sf::Transform& pixelToWorld)
: Game(app)
, mPlayerID(-1)
, mpCamera(nullptr)
{
setPixelToWorldTransform(pixelToWorld);
getTextureManager().loadSpritesheet("src/Zelda/textures/inigo_spritesheet.xml");
getTextureManager().loadAnimations("src/Zelda/textures/inigo_animation.xml");
getTextureManager().loadSpritesheet("assets/spritesheets/hero/hero.xml");
getTextureManager().loadSpritesheet("assets/spritesheets/priest/priest.xml");
loadMap(fileName);
}
void ZeldaGame::loadMap(const std::string& fileName)
{
TMX tmx(fileName);
TMX::Object* pPlayer = nullptr;
int playerSortOrder = 0;
std::vector<TMX::ObjectGroup> objectGroups = tmx.getObjectGroups();
for (auto& objectGroup : objectGroups)
{
for (auto& object : objectGroup.objects)
{
if (object.name == "Player")
{
if (pPlayer != nullptr) { throw std::runtime_error("Multiple Player objects found."); }
pPlayer = &object;
playerSortOrder = objectGroup.index;
}
}
}
if (pPlayer == nullptr) { throw std::runtime_error("No Player object found."); }
auto upPlayer = Player::make(*this, *pPlayer);
upPlayer->setDrawOrder(playerSortOrder);
mPlayerID = upPlayer->getID();
getSceneGraph().attachNode(std::move(upPlayer));
mpCamera = std::make_unique<Camera>(getEntityManager(), mPlayerID, sf::Vector2f(16 * 24.f, 9 * 24.f));
setTileMap(TileMap::make(*this, getTextureManager(), std::move(tmx)));
getMap().setDrawColliderEnabled(true);
getMap().setDrawNavGraphEnabled(true);
// TODO: DELETE SECOND MAP
auto upMap2 = TileMap::make(*this, getTextureManager(), TMX{fileName});
upMap2->setDrawColliderEnabled(true);
upMap2->setDrawNavGraphEnabled(true);
getMap().stitch(sf::Vector2i{ 0, 0 }, *upMap2, sf::Vector2i{ 0, 20 });
auto* pMap = upMap2.get();
getMap().attachNode(std::move(upMap2));
auto upMap3 = TileMap::make(*this, getTextureManager(), TMX{fileName});
pMap->stitch({ 0, 0 }, *upMap3, { 30, 0 });
getMap().attachNode(std::move(upMap3));
//getMap().move({ -4, 0 });
}
void Chunk::refreshBlend()
{
//refreshVB_();
if (AlphaMapTexture_ == NULL)
{
AlphaMapTexture_ = getTextureManager()->createTexture(tAlphaMapUnCompressedSize, tAlphaMapUnCompressedSize, 1, 0, D3DFMT_A8R8G8B8, D3DPOOL_MANAGED);
}
AlphaMapTexture_->setSubData(0, 0, tAlphaMapUnCompressedSize, tAlphaMapUnCompressedSize, &AlphaMapUnCompressed_[0], D3DFMT_A8R8G8B8, tAlphaMapUnCompressedSize*sizeof(u32));
}
void VoxelView::init()
{
VOXELHEIGHT=h;
int x,y;
Color c;
calcShadow();
for(x=0;x<w;x++)
for(y=0;y<h;y++)
{
Pos2D p2(x,y);
c=trace(p2);
if(c.a>=0)
{
sge_PutPixel(s,x,y,c.toColor(s));
}
}
mSurface=getSurfaceManager()->fromSDL(s);
mTexture=new AGTexture(getTextureManager()->makeTexture(mSurface));
return;
}
void Chunk::setLayer( eTerrainLayer e, const tstring & resourceID)
{
layers_[e] = getTextureManager()->getTexture(resourceID);
}
