NGC6888 (Crescent Nebula)

 

Pixinsight Project for advanced users of PXI:

This PXI project is a perfect example of how to create an award winning image in PixInsight and to play with narrow band options This product allows to follow exactly the processing of the data set in PixInsight performed by digital creator and astro photograph Michal Wierzbinski. You need to save this product to your computer, unzip the compressed file. Please open the project in PixInsight using the function Open > Load project. You will see the master light files opening in the work space. On the right hand side you will see all used process icons to process this data set. All process icons contain a description explaining the respective process steps. You need to purchase the parent product (NGC6888) together with this add-on product! The project uses free third-party scripts, not included in the PixInsight installation. Those are:

• SetiAstro Suite: https://raw.githubusercontent.com/setiastro/pixinsight-updates/main/
• Cosmic Photons ImageBlend: https://www.cosmicphotons.com/pi-scripts/imageblend/
• Cosmic Photons Narrow Band Normalization: https://www.cosmicphotons.com/pi-modules/narrowbandnormalization/
• Cosmic Photons Star Reduction: https://www.cosmicphotons.com/pi-scripts/starreduction/
• Generalized Hyperbolic Stretch: https://www.ghsastro.co.uk/updates/

Make sure to add links above to your PI environment under RESOURCES → Updates → Manage Repositories. Once you add them run RESOURCES → Updates → Check for Updates. It might be necessary to restart your PI instance afterward. The project also uses paid third-party processes, also not included in the PixInsight installation. Namely: • RC Astro BlurXTerminator, StarXTerminator and NoiseXTerminator: https://www.rc-astro.com/ The final project has 169 steps (process icons) and thus, was split into multiple processing stages - each stage has its own process icons in a separate workspace.

• Workspace 1 - Processing of RGB image
• Workspace 2 - Processing of SHO image
• Workspace 3.4 - different options to render narrow band images