Here the same image as before, developed by ACR Enhance Details into a DNG and processed to taste in Lightroom: 50% larger (around 150MB) than an average Fuji RAW file, eating up your disk space at an alarming rate! the Enhance Details adds a DNG file to your drive for each processed image which is approx. Enhance Details needs a lot of computing power (30-40 sec on a reasonably fast 2016 MacBook Pro), so those of youse with older machines might need to go out for lunch while batch processing the results of your latest photo-shoot … -) 2. Finally Adobe seems to have listened to us Fuji photographers, the results achievable with the “Enhance Details” feature are impressive! There’s only two caveats: 1. And you can now see the branches in the upper left quadrant (directly below the words “Enhance Details” -)! For my workflow this means I can process my ACROS JPEG’s as usual and apply Enhance Details with subsequent RAW development of the DNG file for those images earmarked for big enlargement / fine-art printing. In my opinion this is far better than the previous examples, the bridge railing and the foliage have a more natural look. So, when Adobe released their new “Enhance Details” feature end February this I was naturally intrigued & curious if it would do better with X-Trans images! See below the result, straight outta Lightroom, using Enhance Details (this creates a DNG in the same catalogue as a new “digital negative” which can be further processed in Lightroom just like a RAW file): Using Lightroom and Capture One in parallel means that I also need to maintain 2 separate catalogues and processed image folders on my MacBook Pro. But I gotta say I’m not completely happy with Capture One’s user interface - maybe that’s because I mainly use Fuji’s in-camera converted JPEGs (for around 90% of my work) and am therefore used to Lightroom’s interface & workflow. To be fair I’ve happily been using Capture One for a while now as my preferred “heavy duty” solution for large printing (A3+ & larger). 20x30 inch / A1 size enlargement you can start to actually see the “worms”:įrom my point of view it’s better - the vertical rods of the railing are now barely visible and you can see a hint of the branches in the upper left quadrant, but the it does look somewhat harsh now (also here I used my preferred settings but left out the grain to be comparable to the other images). When you enlarge the below in-camera converted JPEG to a magnification corresponding to an approx.
![picktorial 4 news picktorial 4 news](https://3.bp.blogspot.com/-EAV_k8yaF2E/VFzc96f89sI/AAAAAAADQZ4/goWoxiAdKBg/s1600/1.jpg)
Now here’s the thing: I think that Fuji’s proprietary CFA layout is not even fully managed by their own in-camera demosaicing algorithm (albeit becoming visible only at more extreme magnifications).
#Picktorial 4 news software
Demosaicing software optimized for the Bayer CFA layout (as used in Adobe’s Camera RAW converter at the heart of Lightroom & Photoshop CC) can cause trouble when applied to the X-Trans CFA layout, especially with small repetitive patterns, like foliage & brick structures Fuji has implemented a different arrangement of color filters, repeating an alternating 3 by 3 pixel pattern of 5 green, 2 red and 2 blue filters, they call “ X-Trans” (the “X” referring to the X-formed arrangement of the green photo sites)įuji claims this “X-Trans” arrangement delivers a more “film-like” rendering due to the less regular pattern and better performance than the Bayer arrangement, especially improving the micro-contrast due to the higher percentage of green pixels (55% vs. Hang on, ALL makers of digital cameras? No. Obviously the demosaicing algorithm needs to match the arrangement of the color filters, otherwize you will not get the image you saw thru the viewfinder …Īll makers of digital cameras use a so-called “ Bayer” color filter arrangement (repeating a 2 by 2 pixel pattern of 2 green, 1 red and 1 blue filters).
#Picktorial 4 news full
This reconstructing of the full color information from the individual pixels is called “ Demosaicing”. To allow the camera to see the world in color the sensor is overlaid by a color filter array (CFA) of red, green and blue color filters in a distinctive repetitive arrangement, allowing the camera software to recompile the light levels into color information. Simply put digital sensors are comprised of millions of photo sites (“pixels”) which measure the amount of light (number of photons) hitting them.
#Picktorial 4 news pro
Adobe seems to have gotten their act together!? Finally … So, you may not need to get a divorce & ditch that subscription after all (they probably ain’t gonna let no-one escape anyway … -) Anyways, at the end of the day Photoshop and Lightroom are still the global standard when it comes down to pro digital asset management & post processingīut before discussing the cure let’s first understand the problem (for those of youse new to Fuji or contemplating joining the Fuji family).