- #IRIDIENT DEVELOPER FUJIFILM PRESETS HOW TO#
- #IRIDIENT DEVELOPER FUJIFILM PRESETS UPDATE#
- #IRIDIENT DEVELOPER FUJIFILM PRESETS SOFTWARE#
- #IRIDIENT DEVELOPER FUJIFILM PRESETS SERIES#
So unless you unchecked the box, it has been used on your output. The default setting if you choose 'for screen' is 'standard'. In the export dialogue (you'll have to scroll down a bit, it is below output size) there is an option 'sharpen output' (not sure of exact wording, I'm translating). So, if i set it to sharpen, what's the trick to "know" how is going to look on print? Is this why folks here told me not to exceed sharpening to no more than 40 or so? Right now i believe i have LR set to "do nothing" during export. That means a screenshot from the application does not show how the output will look on screen or paper I did this test prior to the release using a pre-release build they gave me to show folks in advance their improved results over their previous release. Output sharpening is handled in the export stage. Raw Processors for Fujifilm (X-Trans from X-Pro2) Compared ON1 just released their newest version of Photo Raw (2017.0.2) February 14, 2017. The sharpening in developement is meant to counter the unsharpness caused by demosaicing. Remember also that Lr is designed to use two stage sharpening. I also use the clarity slider to enhance the microcontrast. As you see I can send selected raw file to my other favourite external programs.
Eric Chan from Adobe has stated that the algorithm moves from a USM like approach to deconvolution. Go to Library->Plugin Extras -> Open Directly and choose Iridient Developer. In Lr you might experiment with setting the details slider at 100%.
#IRIDIENT DEVELOPER FUJIFILM PRESETS UPDATE#
To learn more about the improvements in the 2017.0.2 update click here.Very much a matter of taste of course, but to me the backpack shots in Iridient are a bit oversharpened. Version 2017.0.2, our latest update, includes these improvements to our raw processing just for these cameras as well as support for compressed Fujifiilm Raw files. If you shoot with an X-Series camera, give ON1 Photo 2017.0.2 a try, you’ll really notice the difference compared to your current processing.
#IRIDIENT DEVELOPER FUJIFILM PRESETS SERIES#
This yielded excellent image quality and processing results from Fujifilm X Series cameras while maintaining our lightning-fast decoding speed. Our user feedback has been tremendous in helping our engineers solve both of these issues. Here is the overview of the image, the area is magnified below for comparison we show. The hardness of these edges must adapt to the strength of detail in the photo so they are strong on hard edges but soft in areas that are out of focus. These are often caused by internal masks used in raw processors to define different tonal ranges. Here are the processing results in that area using ON1 Photo 2017.0.2 and two other raw processors.Īnother processing issue we saw was the odd edges and artifacts in the bokeh, or out of focus regions in certain photos. Here is the overview of the image, the area in red is magnified below for comparison we show below. You can read more about Joel’s thoughts on Fujifilm X-Trans processing in his recent blog post. Here is a great example of this from Joel Wolfson, a respected photographer and writer.
#IRIDIENT DEVELOPER FUJIFILM PRESETS HOW TO#
Luckily for us we already knew the causes and how to properly solve the problem. Years ago our Genuine Fractals users would get the same smeared look when upsizing their images. This issue was very familiar to us, but in a somewhat different use case. A common refrain we heard was other raw processors often created a smeared or painterly look in areas of texture like grass, bark and rock. When we first started this work we listened to our Fuji users and reviewed the processing results other tools in the market produced. For most cameras there has been years of research to optimize these algorithms for speed, quality and reduced errors (noise). These approaches don’t translate directly to the X-Trans layout which forced our engineers to develop a new and unique algorithm for Fujifilm X Series cameras.
#IRIDIENT DEVELOPER FUJIFILM PRESETS SOFTWARE#
Here is what that looks like.įrom a software developers prospective, the way you interpolate, or debayer the raw data from these cameras is quite different from the algorithms we use for most other cameras. They also claim this layout provides for better color reproduction with less color noise. Fujifilm claims this filter layout reduces moire patterns naturally so you don’t need an anti-aliasing filter which can soften details in your photos. These sensors use a unique color filter pattern compared the the traditional Bayer pattern that most cameras use. Some of you out there shoot with Fujifilm® X series cameras that use the X-Trans® CMOS sensor.
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