void CGUIDialog::initVorticonBackground()
{
const SDL_Rect Rect = g_pVideoDriver->toBlitRect(mRect);
mpBackgroundSfc.reset( CG_CreateRGBSurface( Rect ), &SDL_FreeSurface );
//#if SDL_VERSION_ATLEAST(2, 0, 0)
//mpBackgroundSfc = mpBackgroundSfc;
//#else
mpBackgroundSfc.reset( g_pVideoDriver->convertThroughBlitSfc( mpBackgroundSfc.get() ), &SDL_FreeSurface );
//#endif
// Now lets draw the text of the list control
CFont &Font = g_pGfxEngine->getFont(1);
SDL_Surface *backSfc = mpBackgroundSfc.get();
// Draw the character so the classical vorticon menu is drawn
// Start with the blank space (normally it's white. Might be different in some mods)
for( int x=8 ; x<Rect.w-8 ; x+=8 )
{
for( int y=8 ; y<Rect.h-8 ; y+=8 )
{
Font.drawCharacter( backSfc, 32, x, y );
}
}
// Now draw the borders
drawBorderRect(backSfc, Rect);
mpTempSfc.reset( g_pVideoDriver->convertThroughBlitSfc( backSfc ), &SDL_FreeSurface );
}
void CMessageBoxVort::initVorticonBackground()
{
GsRect<float> rect = getRect();
const SDL_Rect sdlRect = gVideoDriver.toBlitRect(rect);
mBackgroundSfc.create(0, sdlRect.w, sdlRect.h, RES_BPP, 0, 0, 0, 0);
// Now lets draw the text of the list control
GsFont &Font = gGraphics.getFont(1);
// Now draw the borders
SDL_Surface *backSfc = mBackgroundSfc.getSDLSurface();
drawBorderRect(backSfc, sdlRect);
// Draw the character so the classical vorticon menu is drawn
// Start with the blank space (normally it's white. Might be different in some mods)
for( int x=8 ; x<sdlRect.w-8 ; x+=8 )
{
for( int y=8 ; y<sdlRect.h-8 ; y+=8 )
{
Font.drawCharacter( backSfc, 32, x, y );
}
}
processRendering(mBackgroundSfc.getSDLSurface());
}
void CGUIDialog::processRendering()
{
CRect<Uint16> GameRes = g_pVideoDriver->getGameResolution();
CRect<float> screenRect(0, 0, GameRes.w, GameRes.h);
auto engine = g_pBehaviorEngine->getEngine();
auto *blit = g_pVideoDriver->getBlitSurface();
auto *bgSfc = mpBackgroundSfc.get();
if( engine == ENGINE_GALAXY )
{
SDL_BlitSurface( bgSfc, nullptr, blit, nullptr );
}
else
{
SDL_Rect lRect;
if( mFXhStep == 0 && mFXvStep == 0 )
{
lRect = g_pVideoDriver->toBlitRect(mRect);
SDL_BlitSurface( bgSfc, nullptr, blit, &lRect );
}
else
{
CRect<float> fxRect = mRect;
if( mFXhStep > 0 )
{
fxRect.w = (MAX_STEPS-mFXhStep)*(mRect.w/float(MAX_STEPS));
fxRect.x = fxRect.x + (mRect.w-fxRect.w)/2;
}
if( mFXvStep > 0 )
{
fxRect.h = (MAX_STEPS-mFXvStep)*(mRect.h/float(MAX_STEPS));;
fxRect.y = fxRect.y + (mRect.h-fxRect.h)/2;
}
lRect = g_pVideoDriver->toBlitRect(fxRect);
// Makes the Border look more like in DOS-Keen
if( engine == ENGINE_VORTICON && lRect.h < 16 )
lRect.h = 16;
auto srcRect = lRect;
srcRect.y = srcRect.x = 0;
if( engine == ENGINE_VORTICON )
{
auto *tmpSfc = mpTempSfc.get();
SDL_FillRect( tmpSfc, &srcRect, 0xFFFFFFFF );
drawBorderRect( tmpSfc, srcRect );
SDL_BlitSurface( tmpSfc, &srcRect, blit, &lRect );
}
else
{
SDL_BlitSurface( bgSfc, &srcRect, blit, &lRect );
}
}
if( mFXhStep > 0 || mFXvStep > 0 )
return;
}
for( auto &it : mControlList )
{
it->processRender(screenRect);
}
}
void Receiver::paintEvent(QPaintEvent *e)
{
drawBorderRect();
}
