| /* generate the outline, and ensure the bounds are set */ |
| color { |
| bounds: 0 0 15 15; |
| color: black; |
| } |
| |
| /* scale by 1.5 to get into fractional scaling mode */ |
| transform { |
| transform: scale(1.5); |
| /* Use opacity node to get an offscreen |
| (also makes Cairo not round pixel values wrong) */ |
| child: opacity { |
| opacity: 0.4; |
| /* We use a container with overlapping children here |
| to force the offscreen */ |
| child: container { |
| /* This color node is not pixel-aligned with |
| the pixel grid - it's at (1.5, 1.5) in pixel coords. |
| |
| So the offscreen needs to account for this |
| and ensure to grow larger than the bounds |
| if it wants to keep the pixel grid. |
| |
| We use the same color as the background above, |
| so that we don't get comparison artifacts |
| when blending. */ |
| color { |
| color: black; |
| bounds: 1 1 8 8; |
| } |
| /* This color node is aligned with the pixel grid - |
| It's at (3, 3) in pixel coords. |
| |
| But it's drawn to an offscreen first, so if the |
| offscreen is not pixel-aligned, this boundary |
| will be blurry. |
| ^^^ |
| THIS IS WHAT THE WHOLE TEST IS ABOUT! */ |
| color { |
| color: red; |
| bounds: 2 2 6 6; |
| } |
| } |
| } |
| } |
