- Lighttable plugins update#
- Lighttable plugins full#
- Lighttable plugins code#
- Lighttable plugins series#
Lighttable plugins series#
Hopefully, by the end of April, we can cut a new release.Īdditionally, I’ll be updating this blog series on my progress, weekly so that, LT users,Ĭan know beforehand about some regression or feature enhancement. I’ll speed up developing process during this April, as I’ll be working somewhat full-time We love of LT, is affected while updating ClojureScript. The current road-blocking problem I’mįacing is not of electron but of ClojureScript. Have undergone tremendous changes since then. LT uses 0.0-2138 version of ClojureScript and 0.34.5 version of Electron. Now, while updating LT, these are the three crucial updates(not in that order): To help me categorize the issues so, that I can focus on updating LT. So, I started to work on LT mostly during weekends, I added as a collaborator, LT, was our common goal, Scott decided to pass the torch, and make me the new Update, I began to notice, larger problems.
Lighttable plugins update#
There weren’t harder problems to update LT. I created a pull request, and notified the current maintainer Scott, I thought, Since, LT is a wonderful editor, I decided to update it. So, at the end of ‘18, I decided to give back to the community and contribute to LT, So, I decided to use Light Table, whileĭownloading it, I noticed the same old version, which I had used. I had to write Clojure in a friend’s machine and I didn’t Projects, I found Vim productive and have been using it. While starting to learn Clojure andĬlojure/script couple of years back, I found out Light Table.(Though, I was an emacs Most of the early users of Light Table have left Light Table and taken sanctuary in It’s even been 2 years to lastīy Scott Bauer in which Scott had awesome plans to continue development of I don’t want to start on mentioning the advances on La La JS land,īecause it’s too much. Vscode has developed from 0.10.6 to 1.32.0.Īmazing development happened in La La Clojure Land too, Clojure evolved from
Lighttable plugins code#
This code is currently in a branch `full-res-preview’ and about to be merged into master, for release in the upcoming 1.4 release.The last time a major release of Light Table was in early 2016.ģ years is a lot in developers time.
Lighttable plugins full#
If you now select a picture in lighttable mode and press `z’ to switch to full res preview, you should get something like !(red.jpg) !(blue.jpg)ĭouble checking in darkroom mode and zooming to 200% shows that the one with the red boxes is indeed sharper: Switch on the new gui setting plugins/lighttable/display_focus or indicate focus regions in the gui preferences dialog. that means you’ll get sharpness clusters on the correct spot without processing the image. To account for any cropping and lens or keystone correction potentially applied to the image, we transform the clusteres detected on the embedded jpg thumbnail through the image pipeline, as we do with drawn masks. visually, these are displayed as red clusters (first scale, very sharp) and blue clusters (second scale, not quite as sharp). the second scale is only computed if the first scale (the sharper one) doesn’t yield any results. We do a two-scale decimated cdf 2,2 wavelet transform and use a threshold on the detail coefficients. since different lenses have different sharpness and high-iso might make these numbers noisy, dt uses a slightly different approach.
I tried simple edge-detection filters, such as the ones used for in-camera focus detection in the excellent magic lantern firmware. So even if we don’t want to look at the thumbnail, we can extract focus information from it. it’s just different and if nothing else it confuses my perception of colors when looking at the developed raw after that. Now displaying this thumbnail is quite useless (there is a secret backdoor in dt to do it, but i’m not going to talk about it), as the resolution is usually smaller than what you’d get from the raw, highlights will look different, there are differences in color management and basecurves. often there is even a full resolution jpg to be found. full-res embedded thumbnailsĪn average raw file stores quite a lot of thumbnails. we really don’t want to do that for all visible images. so depending on what you did with the image, processing the full-resolution can take seconds if not minutes.
If you’re not using the embedded jpg thumbnail or if you have worked on the history stack, these thumbnails are actually processed through our image pipeline. the most you get out of lighttable mode will look like this: To tell whether or not you got the focus right during the shoot, we would like to look at the full resolution. Wouldn’t it be great if you could judge sharpness of your images in lighttable mode? this mode is limited to small and medium sized thumbnails of your images, so we can deliver the required speed to browse a lot of them.
0 kommentar(er)
