Recent Articles in Fundamental Workflow Examples

PixInsight's Deconvolution process is a sophisticated tool with many options for interacting with data. This is one of the few multi-step techniques found in the PixInsight Fundamental set of processing tasks.

This video demonstrates the versatility and power of PixInsight's DBE process to minimize non-uniform backgrounds in astronomical data.

This video first shows how to use Photometric Color Calibration and then uses DBE to minimize color gradients. 

The Image Integration process is used to combine the individual LRGB channels with proper rejection. Seeing the results of this process is really the first big reveal of this astrophotographic journey. 

In this video the mathematical rejection of problems (dust donuts in this case) is accomplished by taking advantage of low range and large scale rejection features of Image Integration in the next step. This is an Adam Block innovation by which areas to be rejected are manually identified and processed subsequently.

This video describes the process of registering images in PixInsight. 

This video is about SubFrame Selector in PixInsight Fundamentals. 

This video gives instruction on how to use the Defect Map in PixInsight Fundamentals. 

This page has the fundamental workflow in PixInsight. 

This page has the fundamental workflow in PixInsight. 

This page has the fundamental workflow in PixInsight.