I get all that, but it’s still not what I’m trying to explain. If TAA is forced in a game that supports DLSS/FSR it’s still not used in the image itself, but rather just the motion vector data gets piped into the new algorithm.
Otherwise even with DLSS/FSR active you’d have all the smearing and bad quality of the original TAA implementation, which you simply don’t.
So it’s just pedantic if a toggle in a game appears on/off or at all, if the engine just uses the motion vector data and then uses DLSS/FSR/XeSS or what have you to actually do the anti-aliasing.
I get all that, but it’s still not what I’m trying to explain. If TAA is forced in a game that supports DLSS/FSR it’s still not used in the image itself, but rather just the motion vector data gets piped into the new algorithm.
Otherwise even with DLSS/FSR active you’d have all the smearing and bad quality of the original TAA implementation, which you simply don’t.
So it’s just pedantic if a toggle in a game appears on/off or at all, if the engine just uses the motion vector data and then uses DLSS/FSR/XeSS or what have you to actually do the anti-aliasing.