How does the over operator handle situations like these when transparency might be involved?
daria
Do we get the color of a pixel as the average color of the supersamples or do we factor in the depth at each supersample as well?
twizzler
To add to daria's question, do we calculate a winning color? What about shadows (or are shadows instead specified by farther triangle's color manually)?
dl123
I'm curious about what will the image looks like if we do depth buffer in the original image after the supersampling of colors?
birb
Does double counting cause a problem with the resulting color (ex. darker than it should be, or a mix of the two colors at the border?)
How does the over operator handle situations like these when transparency might be involved?
Do we get the color of a pixel as the average color of the supersamples or do we factor in the depth at each supersample as well?
To add to daria's question, do we calculate a winning color? What about shadows (or are shadows instead specified by farther triangle's color manually)?
I'm curious about what will the image looks like if we do depth buffer in the original image after the supersampling of colors?
Does double counting cause a problem with the resulting color (ex. darker than it should be, or a mix of the two colors at the border?)