toreso.blogg.se - Ninox alignment

Ninox alignment mac os x#
Ninox alignment software#
Ninox alignment code#
Ninox alignment license#

This is the code that enables PIPP to decode almost any camera raw image format.Each heating and cooling circuit can be protected with Ninox®. Thanks go out to Dave Coffin for all his work on DCRAW and making the code available for others to use. Thanks also go to Heiko Wilkens, author of the Lucamįor permission to incorporate his proprietary SER video format in PIPP. In truth, although PIPP has moved on quite a bit now, it was originally inspired by Ninox. This is the basis for PIPP's quality estimation algorithm. The quality estimation source code from his Ninox planetary imaging Thanks also to Anthony Wesley for permission to use Thanks for Martin Lewis ( ) for all his help with testing PIPP, his feedback and suggestions have been invaluable. This work is taking longer than hoped, but it is now PIPP's highest development priority.

A large rewrite of the internal code to tidy it up before releasing the source.

Ninox alignment license#

This version will be released under an open source license so that other developers will be able to contribute bug fixes and new features.This will require some volunteer translators! Support for languages other than English will be added.Improved integration between the GUI and the core code will hopefully allow a more natural user interface to run (no need for the 'Test Options' button).The Qt framework to be used for cross platform GUI support.net code to be replaced with C++ code so the entire program will be C++. Here are a few features of this version in case anyone in interested:

Ninox alignment mac os x#

macOS with Wine (See Installing PIPP on macOS with WineBottler).Īn updated version of PIPP that will run natively on Linux and Mac OS X as well as Windows is currently being worked on.

Linux with Wine (S ee Installing PIPP on Linux with Wine.Windows XP with Service pack 3 or all later versions of Windows.PIPP's functionality continues to be extended over time. Save processed frames as a sequence of TIFF/BMP/FITS image files, as a single AVI/SER video file ready for stacking or archiving or as an animated GIF for sharing online.Split colour frames into R, G and B frames.Keep only the number of best quality frames.The processed frames in order of quality. Estimate the quality of each frame and reorder.Stretch histogram for each frame (equalising R, G and B channels for colour images).

Apply a median noise filter to each frame.

Apply a fixed gamma correct to each frame.

Crop each frame around the centred planet.

Check for and discard overexposed frames.

Check each frame contains a planet that isĬompletely on the image and discard any frames that do not.

Debayer raw frames from colour cameras to.

Calibrate frames with dark, flat and dark flat calibration frames.

Or TIFF/BMP/FITS/JPEG/RAW camera image files.

Load a sequence of images from supported video files, SER video files.

Up my processing workflow I decided to make it available to others to see if they find it useful and maybe give a little back to the astronomy community. Now that PIPP has reached the point where it does actually speed Planetary imaging session seems to generate. PIPP was originally written to speed up the my own processing of the multitude large AVI files that that each On my PC, Registax does not handle AVI files with that many frames but can easily handle 1500 pre-processed bitmap files so this is very useful. For example, this would allow the best 1500 frames from a 7200 frame AVI (2 minute AVI at 60 fps) to be cropped ready for stacking by Registax. 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.

Ninox alignment software#

Images before stacking them with image stacking software such as Registax. PIPP is a Windows application designed for pre-processing planetary Introducing PIPP - Planetary Imaging PreProcessor