void Window::ValidateVideoMode( sf::VideoMode &video_mode )
{
if ( video_mode.IsValid() )
return;
// Set the video mode to the smallest video mode the screen can handle.
video_mode = video_mode.GetFullscreenModes().back();
}
void App::validateVideoMode(sf::VideoMode& mode)
{
if (mode.width > 1920)
mode.width = 1920;
else if (mode.width < 800)
mode.width = 800;
if (mode.height > 1080)
mode.height = 1080;
else if (mode.height < 600)
mode.height = 600;
if (m_fullscreen && mode.isValid())
{
const std::vector<sf::VideoMode>& fullscreen_modes = sf::VideoMode::getFullscreenModes();
for (std::size_t i = 1; i < fullscreen_modes.size(); i++)
{
if (fullscreen_modes[i].width < mode.width && fullscreen_modes[i].height < mode.height && fullscreen_modes[i - 1].width <= 1920 && fullscreen_modes[i - 1].height <= 1080)
{
mode = fullscreen_modes[i - 1];
break;
}
}
}
}
//
// Video / Window Settings
void pwEngineOptions::SetVideoMode(const sf::VideoMode& VideoMode)
{
if (myEngineSettings.VideoMode == VideoMode)
return;
myChanged = true;
if ((myEngineSettings.WindowStyle & sf::Style::Fullscreen) == sf::Style::Fullscreen && !VideoMode.isValid())
{
pwLog::get()->WriteLine("pwEngineOptions::SetVideoMode: Setting an invalid VideoMode while being in fullscreen. [nothing is changed]", pwLogType::pwLTCaution);
return;
}
bool TmpBool = pwGraphics::get()->Shutdown();
myEngineSettings.VideoMode = VideoMode;
if (TmpBool)
{
pwGraphics::get()->Initialize();
}
}
