* PixInsight Pre-Processing
* CosmeticCorrection
* WeightedBatchPreprocessing (WBPP)
* SubframeSelector
* StarAlignment
* LocalNormalization
* ImageIntegration
* PixInsight Stars Only (from integrated image)
* ImageSolver
* SpectrophotometricColorCalibration (SPCC)
* DynamicBackgroundExtraction (DBE)
* BlurXTerminator (correct only)
* NoiseXTerminator
* StarXTerminator (keep stars only)
* ArcSinhStretch
* GeneralizedHyperbolicStretch
* CurvesTransformation (color saturation)
* PixInsight Comet Only (from aligned images)
* CometAlignment
* Blink (confirm that the comet nucleus is aligned on all images)
* StarXTerminator (Process Batch; keep comet only)
* Blink (confirm that the comet nucleus is aligned on all images and all stars are removed)
* NoiseXTerminator
* GeneralizedHyperbolicStretch
* CurvesTransformation (contrast adjustment)
* PixelMath (combine comet and stars)
* Adobe Lightroom Classic
* Crop
* Export

I organized an event for our Astrophotography Meetup group to capture C/2022 E3 (ZTF) for January 28, 2023, at Amboy Crater National Natural Landmark (Bortle 2). We had an excellent turnout with a nice variety of gear and experience levels. While the 55% Waxing Gibbous moon was not ideal, the comet was above the horizon all night to allow us to spend hours capturing it. I took 100 x 2 min light frames through 3.5+ hours, of which I used 78 for a total integration time of 2 hours 36 minutes. This was my third attempt at imaging a comet, with my first two being C/2020 F3 (NEOWISE) and C/2021 A1 (Leonard). The result of this third attempt is much improved now that I have the proper gear and software, over two years of experience in capturing deep sky objects, and almost two years editing in PixInsight.