void Image::setBitmap(std::string const & imagePath)
{
ImageManager *imageManager;
imageManager = ImageManager::getInstance();
this->bitmap = imageManager->load(imagePath);
}
fcn::Image* GuiImageLoader::load(const std::string& filename, bool convertToDisplayFormat) {
ImageManager* imgManager = ImageManager::instance();
if(imgManager->exists(filename)) {
return new GuiImage(imgManager->get(filename));
}
// load demanded image
ImagePtr tmpimg = imgManager->load(filename);
if(tmpimg->getWidth() >= ATLAS_SIZE || tmpimg->getHeight() >= ATLAS_SIZE) {
return new GuiImage(tmpimg);
}
// look for a place for an image of given size
AtlasBlock* block = m_atlasbook->getBlock(tmpimg->getWidth(), tmpimg->getHeight());
// if it can't fit, we need to add new 'page'
if(block->page >= m_atlases.size()) {
m_atlases.push_back(imgManager->loadBlank(ATLAS_SIZE, ATLAS_SIZE));
// because we gonna update texture on-the fly (via TexSubImage)
// we cant really use compressed texture
RenderBackend* rb = RenderBackend::instance();
bool prev = rb->isImageCompressingEnabled();
rb->setImageCompressingEnabled(false);
m_atlases[block->page]->forceLoadInternal();
rb->setImageCompressingEnabled(prev);
}
// update atlas page with given image
m_atlases[block->page]->copySubimage(block->left, block->top, tmpimg);
// we dont really need this image anymore
tmpimg->free();
imgManager->remove(tmpimg);
// create shared image and return it
ImagePtr img = imgManager->create(filename);
Rect region(block->left, block->top, block->getWidth(), block->getHeight());
img->useSharedImage(m_atlases[block->page], region);
return new GuiImage(img);
}
