void TextureBrowser::updateConvertedImageAndInfo(const QImage &image)
{
ui->textureAreaConverted->setImage(image);
ui->textureAreaConverted->setEnabled(true);
ui->textureAreaConverted->waitbarShow(false);
// set info about converted image
updateInfoConverted();
}
void TextureBrowser::setTextureView(DAVA::eGPUFamily view, bool forceConvert /* = false */)
{
bool infoConvertedIsUpToDate = false;
// if force convert - clear cached images
if(forceConvert)
{
TextureCache::Instance()->clearConverted(curDescriptor, view);
TextureCache::Instance()->clearConverted(curDescriptor, view);
}
curTextureView = view;
// second set texture view to appropriate state
if(NULL != curTexture && NULL != curDescriptor)
{
bool needConvert = true;
// set empty image to converted image view. it will be visible until
// conversion done (signal by textureConvertor).
ui->textureAreaConverted->setImage(QImage());
ui->textureAreaConverted->waitbarShow(true);
// set current tab
ui->viewTabBar->setCurrentIndex(curTextureView);
ui->textureProperties->setTextureGPU(curTextureView);
if(!forceConvert)
{
// try to find image in cache
const DAVA::Vector<QImage>& images = TextureCache::Instance()->getConverted(curDescriptor, view);
if(images.size() > 0 &&
!images[0].isNull())
{
// image already in cache, just draw it
updateConvertedImageAndInfo(images, *curDescriptor);
needConvert = false;
infoConvertedIsUpToDate = true;
}
}
if(needConvert)
{
// Start convert. Signal will be emited when conversion done
TextureConvertor::Instance()->GetConverted(curDescriptor, view, forceConvert);
}
}
if(infoConvertedIsUpToDate)
{
updateInfoConverted();
}
}
void TextureBrowser::updateConvertedImageAndInfo(const DAVA::Vector<QImage> &images, DAVA::TextureDescriptor& descriptor)
{
if(!descriptor.IsCubeMap())
{
ui->textureAreaConverted->setImage(images[0]);
}
else
{
ui->textureAreaConverted->setImage(images, descriptor.faceDescription);
}
ui->textureAreaConverted->setEnabled(true);
ui->textureAreaConverted->waitbarShow(false);
// set info about converted image
updateInfoConverted();
}
void TextureBrowser::setTextureView(TextureView view, bool forceConvert /* */)
{
// if force convert - clear cached images
if(forceConvert)
{
TextureCache::Instance()->clearPVR(curDescriptor);
TextureCache::Instance()->clearDXT(curDescriptor);
}
curTextureView = view;
// first set texture view to default
ui->actionViewPVR->setChecked(false);
ui->actionViewDXT->setChecked(false);
// second set texture view to appropriate state
if(NULL != curTexture && NULL != curDescriptor)
{
// set empty image to converted image view. it will be visible until
// conversion done (signal by textureConvertor).
ui->textureAreaPVR->setImage(QImage());
ui->textureAreaPVR->waitbarShow(true);
switch(view)
{
case ViewPVR:
{
ui->actionViewPVR->setChecked(true);
QImage img = TextureCache::Instance()->getPVR(curDescriptor);
if(!forceConvert && !img.isNull())
{
// image already in cache, just draw it
updateConvertedImageAndInfo(img);
}
else
{
// Start PVR convert. Signal will be emited when conversion done
TextureConvertor::Instance()->getPVR(curDescriptor, forceConvert);
}
}
break;
case ViewDXT:
{
ui->actionViewDXT->setChecked(true);
QImage img = TextureCache::Instance()->getDXT(curDescriptor);
if(!forceConvert && !img.isNull())
{
// image already in cache, just draw it
updateConvertedImageAndInfo(img);
}
else
{
// Start DXT convert. Signal will be emited when conversion done
TextureConvertor::Instance()->getDXT(curDescriptor, forceConvert);
}
}
break;
default:
break;
}
}
updateInfoConverted();
}
