If multisampling isn't allowed for some reason, then it might be interesting to try an increasing Fibonacci? I haven't thought this through much but, starting small localizes against patterns, but the min width of the max value will grow such that I believe it must always converge.
October 19, 2025 at 2:48 AM
If multisampling isn't allowed for some reason, then it might be interesting to try an increasing Fibonacci? I haven't thought this through much but, starting small localizes against patterns, but the min width of the max value will grow such that I believe it must always converge.
I feel like a 1+2 distance multisample combines the approaches to reach a middle ground. You'd converge twice as fast, but avoid patterning with the near sample.
This feels like a gaussian blur or similar GPU operation, so there might be something inspiring there too.
October 19, 2025 at 2:43 AM
I feel like a 1+2 distance multisample combines the approaches to reach a middle ground. You'd converge twice as fast, but avoid patterning with the near sample.
This feels like a gaussian blur or similar GPU operation, so there might be something inspiring there too.