![]() ![]() I haven't seen anything on the Corel forum describing this. I have a similar configuration with an AMD "6-core." ASP seems otherwise very responsive on my system. The most recent version of AfterShot can always be downloaded on our Patches and Updates page. In September 2022, support for the following 18 cameras was added to the Get More pane of AfterShot 3.7 and AfterShot Pro 3.7. I'm using Windows 7 (64bit) with 8Gigs of ram and a quad-core processor - so I'm surprised it seems to be struggling so much! Corel periodically adds support for more cameras to AfterShot 3 and AfterShot Pro 3. I haven't got a clue as to the cause for this and didn't do a full sample (e.g., I didn't do this on any TIF images) As I make more observations in the article, I'll include notes on this as time permits. Raw files don't exhibit this (checked on some of my friend's NEF files as well - they seem to be immune). After the second zoom-out-and-in, following your action, the edges were perceptibly smoother. Subdued and visible primarily along the edges but there nonetheless. However (and by accident) I went to another folder with some of my wife's jpg images shot with her Fuji P&S, zoomed in, and - aha! - pixelation. I confirmed there is no perceptible pixelation or lag to produce a smooth screen image at 1:1. The attempt I made previously to reproduce the problem was on a couple of raw (cr2) images in a recently compiled folder, zooming to 1:1 in each case. Your experience made me go back again and take another look at ASP. A previously zoomed file will resolve within no more than a second. It seems as if ASP can be very slow in processing the image, and sometimes it doesn't seem to get there at all.Ī freshly imported large file in LR3 always takes several seconds to "fill-in" on my system. On one occasion, it also seemed to take about half a minute for the image to gain full resolution after zooming - although it got there in the end, and was directly comparable with te zoomed image attained in Lightroom3/4beta. On further investigation, however, I did find that the coarse pixelation at high zoom levels could sometimes be corrected by zooming out to maximum and then zooming back in again.
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