Only then should you try slider 1 - often this will not actually produce any great enhancement after all the other sliders have done their job - often you don't need to do anything with slider 1.
![registax 6 tutorial fits registax 6 tutorial fits](http://eric-blineau.fr/wp-content/uploads/2014/03/R6_1.png)
Have to look in moreIf you watch the first video link, he uses a program call 'PIPP' to change the photo size and type. com/ The Calculating Center of Mass video I mentioned. Then slider 5, slider 3 and finally slider 4 (plus their associated denoise boxes - 0.15 should be enough for all of these). The CD-ROM also includes more than 100 minutes of video tutorials on image processing. First click the select tab at the top upper left and choose an AVI file you are ready to process.
![registax 6 tutorial fits registax 6 tutorial fits](https://i.ytimg.com/vi/pXZnCMVXwkY/sddefault.jpg)
Then repeat the process with slider 2 and its denoise box (Again the one above the slider - You may need to increase the denoise to 0.3 or maybe a little more). Registax Version 6 A Quickstart Tutorial For the purposes of this tutorial I will be using Jupiter as the subject. You should increase this until all the noise you just produced with the slider disappears! A value of 0.1 or 0.15 should do. Align and stack multiple moon shots (or planetary shots like Jupiter for example) allows to improve the final image quality (less noise, less deformations). The same technique could be used for Jupiter. I stacked the FITS frames with Autostakkert 3 and sharpened the result with Registax 6.
Registax 6 tutorial fits full#
Then use the up arrow to increase the value in the denoise box (the one above slider 6). As an experiment, I once captured 100 FITS frames of a full moon using an Atik 314E CCD camera. Start with slider 6 and move it about until you find the optimum position - ignoring any noise artifacts that this generates (this comes with practice!)
![registax 6 tutorial fits registax 6 tutorial fits](http://astro.neutral.org/images/20050817_PK_64_5.1.gif)
PIPP's main purpose is to crop each image frame and select only the best quality frames to reduce the memory and processing requirements of the stacking software.
Registax 6 tutorial fits software#
When I finish with an image in Registax, it is pretty much finished. PIPP is a Windows application designed for pre-processing planetary images before stacking them with image stacking software such as Registax. I proceed the video in Registax 6 and cleaned up the artifacts, hot pixels and bring out the details. For Registax 6 I have found that this scheme works quite well (there is no perfect scheme - you just have to play!): For he telescope I used my old trusty Celestron 6SE and did this on a wedge so I could expose the image longer and not have the twisting effect.