We will be working through the code-release paper of the Blending ToolKit, a toolkit for producing images of galaxy blends and evaluating deblender performance.
Not all of the following must be completed but I would like to give people an option to work on different things, even completing two would be a successful sprint in my opinion:)
[ ] Clear outline with all sections in place and a brief description of any new sections added
[ ] Clear placeholders for any suggested figures missing, including captions if possible.
[ ] Metrics section completed and reviewed
[ ] Validation experiment on HSC reviewed and written
[ ] Intro section reviewed and close to completion
[ ] Figures of examples blends added
[ ] Figures of example measurements/metrics added comparing (e.g. SExtractor, Scarlet)
[ ] Galcheat section, completed and reviewed.
Resources and skills needed
Anyone with interest in blending is welcome to join! We definitely want as much feedback on the manuscript as possible :-)
This paper will serve as a code-release paper of the BlendingToolkit and will describe its core functionality, API, how blend simulations are produced, available deblenders, and available metrics. It will also demonstrate how the output of BTK can aid future blending studies by demonstrating comparison metrics between deblenders currently found within BTK.
BTK Paper Sprint
We will be working through the code-release paper of the Blending ToolKit, a toolkit for producing images of galaxy blends and evaluating deblender performance.
Contacts: @ismael-mendoza, @mpaillassa Time: 11a - 12.30p, 1.30p - 4p Main communication channel: #blending_toolkit GitHub repo: https://github.com/LSSTDESC/BlendingToolKit In-person/Virtual/Hybrid: In-person Zoom room (if applicable): link
Goals and deliverable
Not all of the following must be completed but I would like to give people an option to work on different things, even completing two would be a successful sprint in my opinion:)
Resources and skills needed
Anyone with interest in blending is welcome to join! We definitely want as much feedback on the manuscript as possible :-)
Detailed description
The overleaf can be found here.
This paper will serve as a code-release paper of the BlendingToolkit and will describe its core functionality, API, how blend simulations are produced, available deblenders, and available metrics. It will also demonstrate how the output of BTK can aid future blending studies by demonstrating comparison metrics between deblenders currently found within BTK.