Description

PixInsight is a powerful tool, but with a steep learning curve. If you’re ready to take your astrophotography to the next level, this course will de-mystify PixInsight and unleash its potential for you. Even if you’re an experienced PixInsight user, I think you’ll find some tips, tricks, and scripts you may not have encountered before.

We’ll walk through the processing of the galaxy M61, a distant, challenging target that includes an image of a recent supernova! As we go, we’ll cover:

    Installing my PixInsight process icons and third-party scripts to simplify things
    Identifying and discarding bad sub-frames with the Blink process
    Calibrating your frames across multiple nights using the WeightedBatchPreprocessing script
    Weighted stacking with WeightedBatchPreprocessing
    Linear noise reduction with MURE Denoise
    Cropping your integrated images
    Creating luminance, range, and star masks
    Sharpening your image with deconvolution
    Background extraction
    Color combination, luminance integration, and photometric color correction
    Stretching into non-linear space while preserving star colors
    Nonlinear noise reduction with TGVD Denoise
    Aesthetic tweaking with RGB and saturation curves
    Shrinking and re-shaping stars with MorphologicalTransform
    Annotating your images
    Final tweaks in Photoshop

This walkthrough uses monochrome data collected over 3 nights using luminance, red, green, and blue color filters. But many of these techniques will be the same if you’re using a color camera as well.

Don’t let PixInsight’s unusual user interface and complexity scare you off – it’s worth learning, and can really take your images to the next level.
Who this course is for:

    Astrophotographers intimidated by PixInsight’s complexity and learning curve
    Experienced PixInsight users looking for some new tips and tricks

Requirements

    You should know the basics of deep sky astrophotography and how to acquire multiple sub-exposures of an object through your telescope. We only cover the processing of your images, not how to collect them.
    You’ll need a copy of PixInsight (they have a free trial) if you’d like to follow along hands-on.
    The sample data used in the course requires at least 6GB of hard drive space.

Last Updated 5/2020