@SR007 - 4xSSAA actually generates an image with 4 times as many pixels as the original before downscaling, that is to say it generates an image with 2x the width and 2x the height first. Essentially, at 1x IR, 4xSSAA has to generate a 2x IR image before downscaling; at 2x IR it generates a 4x IR image before downscaling. 9xSSAA generates an image with 9 times as many pixels as the original, as in an image with 3x the width and 3x the height.
tl;dr multiply the current IR by the square of the SSAA method (4x, 9x) to find the resolution of the image SSAA uses before downscaling.
@limith - Haven't had a look at your screenshots, but your claims are hard to believe. Not saying they aren't true, just extraordinary.
tl;dr multiply the current IR by the square of the SSAA method (4x, 9x) to find the resolution of the image SSAA uses before downscaling.
@limith - Haven't had a look at your screenshots, but your claims are hard to believe. Not saying they aren't true, just extraordinary.