Hello.
Yesterday I asked the Matrox tech support in their forums about the FAA. I recognized - like some technical reviews before - that the FAA of the Parhelia does not AA'd the intersection of polygons. To see it in pictures (of UT2003) see the following threads:
There I asked where the reason for these not AA'd edges - and these are edges for the spectator - can be found and they (Richie and Haig) said that this caused by the way they detect the edges and that this can only be solved by changing the mechanism but if or when it will happen was not said.
So what do you think about this point? In my opinion a FAA without AA'ing every edge correctly is not better then the other AA'ing modes. So should they change or improve their mechanism of detecting?
Yesterday I asked the Matrox tech support in their forums about the FAA. I recognized - like some technical reviews before - that the FAA of the Parhelia does not AA'd the intersection of polygons. To see it in pictures (of UT2003) see the following threads:
There I asked where the reason for these not AA'd edges - and these are edges for the spectator - can be found and they (Richie and Haig) said that this caused by the way they detect the edges and that this can only be solved by changing the mechanism but if or when it will happen was not said.
So what do you think about this point? In my opinion a FAA without AA'ing every edge correctly is not better then the other AA'ing modes. So should they change or improve their mechanism of detecting?
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