A 'Filter Mode' parameter selects the mode of the filter. Available modes are;
The 'Filter Width' parameter specify the responsiveness of neighbouring colors in the spectrum. A small 'Filter Width' will see the module only modify areas with a very precise match in colour to the area selected, while a larger 'Filter Width' will see the module progressively modify areas that deviate in colour from the selected area as well.
The 'Sampling Method' mode selects how a click on the image samples the image. The '3x3 Average' mode samples a 3x3 area around the clicked pixel and uses the resulting 9-pixel average as the input colour. The 'Single Pixel' mode, samples only the precise pixel that was clicked.
Finally, a 'Mask Fuzz' parameter allows for the result to progressively masked in cases where a mask is set.
The Filter module's 'Fringe Killer' mode is an easy and very effective way to remove unsightly blue and purple halos caused by chromatic aberration.
Simply put the offending stars, including their halos in a mask (one can be automatically generated from within the Filter module, by clicking Mask, Auto, Stars or FatStars, Do, Keep). Next click a few times on different parts of the purple or blue halos and they will slowly disappear with each click.
Any narrowband accent data loaded, does not impact synthetic luminance generation.
The Heal module was created to provide a means of substituting unwanted pixels in an neutral way.
The 'Quality' parameter influences how long the Heal module may look for substitutes for each pixel.
The Fractal Flux module allows for fully automated analysis and subsequent processing of astronomical images of DSOs.
You can convert everything you see to a format you find convenient. Give it a try!