void ReadManager::PushTaskBackForTileKey(TileKey const & tileKey, ref_ptr<dp::TextureManager> texMng)
{
shared_ptr<TileInfo> tileInfo(new TileInfo(make_unique_dp<EngineContext>(TileKey(tileKey, m_generationCounter),
m_commutator, texMng)));
tileInfo->Set3dBuildings(m_need3dBuildings && m_allow3dBuildings);
m_tileInfos.insert(tileInfo);
ReadMWMTask * task = myPool.Get();
task->Init(tileInfo);
m_pool->PushBack(task);
}
void TileLayerComponentManager::_render(EntityRef entity, float interp, const OrthographicCamera& camera) {
if ( !entity.isEnabled() )
return;
TileLayerComponent* comp = get(entity);
if(comp && comp->isEnabled()
&& comp->tileMap() && comp->tileMap()->tileSet() && comp->tileMap()->tileSet().get()
&& comp->tileMap()->tileSet()->get()->isValid()) {
TileMapSP tileMap = comp->tileMap();
unsigned layer = comp->layerIndex();
// FIXME: Find a way to get rid of this - we should not upload stuff here.
TextureAspectSP texAspect = tileMap->tileSet()->asset()->aspect<TextureAspect>();
if(!texAspect || !texAspect->get()) {
texAspect = _spriteRenderer->createTexture(tileMap->tileSet()->asset());
_spriteRenderer->renderer()->uploadPendingTextures();
}
TextureSP tex = texAspect->get();
// FIXME: wt should be applied as a shader parameter
Matrix4 wt = lerp(interp,
comp->_entity()->prevWorldTransform.matrix(),
comp->_entity()->worldTransform.matrix());
if(comp->_bufferDirty) {
float tileWidth = float(tex->width()) / float(tileMap->tileSetHTiles());
float tileHeight = float(tex->height()) / float(tileMap->tileSetVTiles());
_fillBuffer(*comp->_buffer, tileMap, layer, tileWidth, tileHeight, wt);
comp->_bufferDirty = false;
}
unsigned count = comp->_buffer->indexSize();
if(count) {
_states.buffer = comp->_buffer.get();
_states.texture = tex;
_states.textureFlags = comp->textureFlags();
_states.blendingMode = comp->blendingMode();
Vector4i tileInfo(tileMap->tileSetHTiles(), tileMap->tileSetVTiles(),
tex->width(), tex->height());
const ShaderParameter* params = _spriteRenderer->addShaderParameters(
_spriteRenderer->shader(), camera.transform(), 0, tileInfo);
float depth = 1.f - normalize(wt(2, 3), camera.viewBox().min()(2),
camera.viewBox().max()(2));
_renderPass->addDrawCall(_states, params, depth, 0, count);
}
}
EntityRef child = entity.firstChild();
while(child.isValid()) {
render(child, interp, camera);
child = child.nextSibling();
}
}
