Use the Graphics tab to change how games look when they are played.
To change settings globally:
From the Launcher, select Options. The Graphics tab is the first tab shown.
To change settings for a specific game:
Highlight the game in the games list, select Edit Game then select the Graphics tab.
For a comprehensive look at how to use these settings, check out our Understanding the graphics settings guide.
All settings can also be changed in the Configuration file. The configuration key is listed in italics after each setting description.
- Graphics mode
Change the graphics backend used to render the ScummVM window on the screen. Different graphics modes have different options available (such as scalers and stretch modes).
- Render mode
Changes how the game is rendered.
- Stretch mode
Changes the way the game is displayed in relation to the window or screen size.
Changes the resolution of the game, while also selecting which filter is used to scale up the resolution. For example, a 2x scaler will take a 320x200 resolution game and scale it up to 640x400.
scaler and scale_factor
- Aspect ratio correction
If ticked, corrects the aspect ratio so that games appear the same as they would on original 320x200 resolution displays.
- Fullscreen mode
Switches between playing games in a window, or playing them in fullscreen mode. Switch between the two by using Alt+F5 while in a game.
- Filter graphics
If ticked, uses bilinear interpolation instead of nearest neighbor resampling for the aspect ratio correction and stretch mode. It does not affect the graphics mode.
- V-Sync in 3D games
If ticked, synchronizes the frame rate of a game with the monitor’s refresh rate to prevent screen tearing.
- Game 3D renderer
Changes how a 3D game is rendered. This setting has no effect on 2D games.
OpenGL: renders on hardware (uses the GPU)
OpenGL with shaders: renders on hardware with shader support
Software: renders on software (uses the CPU).
- 3D Anti-aliasing
Changes the anti-aliasing method. The number refers to how many samples are taken per pixel; 8x takes 8 samples per pixel and is the most accurate, but is also the most processor-intensive option.