You are correct, Sir!
I assumed you have compared Nvidia vs AMD as per supersampling settings provided in the menus of their corresponding driver software; however both brands employ different sample algorithms as default. Unless Nvidia inspector is run to select FSSGSAA(full scene supersampling), Nvidia's algorithm employs either an alpha texel, or a supersampled texel. Supersampled texels take longer to compute, but they also sample color more than alpha texels thus represent the scene and reflections better.
I am, of course, speculating so far, if you have indeed used Nvidia Inspector to bring both brands to terms.
http://www.tomshardware.com/reviews/anti-aliasing-nvidia-geforce-amd-radeon,2868-3.html
I assumed you have compared Nvidia vs AMD as per supersampling settings provided in the menus of their corresponding driver software; however both brands employ different sample algorithms as default. Unless Nvidia inspector is run to select FSSGSAA(full scene supersampling), Nvidia's algorithm employs either an alpha texel, or a supersampled texel. Supersampled texels take longer to compute, but they also sample color more than alpha texels thus represent the scene and reflections better.
I am, of course, speculating so far, if you have indeed used Nvidia Inspector to bring both brands to terms.
http://www.tomshardware.com/reviews/anti-aliasing-nvidia-geforce-amd-radeon,2868-3.html
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