PixInsight

Astrofotografie: Liste meiner Astro-Software

dkracht

Gehört zu: Astronomie
Siehe auch: N.I.N.A., Auswahlkriterien

Stand: 2.8.2022

Liste meiner Astro-Software

Warnung / Disclaimer

Diesen Blog-Artikel schreibe ich ausschließlich zu meiner persönlichen Dokumentation; quasi als mein elektronisches persönliches Notizbuch. Wenn es Andere nützlich finden, freue ich mich, übernehme aber kleinerlei Garantie für die Richtigkeit bzw. die Fehlerfreiheit meiner Notizen. Insbesondere weise ich darauf hin, dass jeder, der diese meine Notizen nutzt, das auf eigene Gefahr tut.
Wenn Podukteigenschaften beschrieben werden, sind dies ausschließlich meine persönlichen Erfahrungen als Laie mit dem einen Gerät, welches ich bekommen habe.

Als Einsteiger in die Astrofotografie wird mir eine Menge Software zur Unterstützung empfohlen.

Ich beginne mit einer unsortierten Liste, die ich stückweise ausarbeiten will.

Versionsverfolgung

Allerdings will ich zu der häufig benutzten Software eine Versionsverfolgung vornehmen:

Software Aktuelle Version Installierte Version Bemerkung
Stellarium 0.22.2 (2022) 0.22.2 Goto gut mit ASCOM- Montierungen
APT v4.01  (2022) v4.01 (2022) Stellarium als Planetarium, SessionCraft
SharpCap 4.0.9478 Pro (2022) 4.0.9478  Pro Polar Alignment
EQMOD 200w (2021) 200w
ASCOM Plattform 6.6 SP1 (2022) 6.6 SP1
Native Treiber ASI294 MC Pro 3.17 3.17 ???
All Sky Plate Solver 1.4 1.4.5.11 lange keine neue Version
ASTAP Version 2022.06.14 Version 2022.06.14 Platesolving mit N.I.N.A.
N.I.N.A. 10 HF3 (2020)
N.I.N.A. 2.00 (5. June 2022) 2.00 (5. June 2022) Three Point Polar Alignment

Contine reading →

Astrofotografie: Plate solve and label your images with PixInsight (aus Evernote)

dkracht

Gehört zu: Astro-Software
Siehe auch: Bildbearbeitung, Regim, Plate Solving
Benutzt: Fotos aus Google Drive

Stand: 25. Juni 2021

Astrofotografie mit der Software PixInsight

PixInsight (liebevoll auch “PI” abgekürzt) ist eine sehr mächtige Software zur Bildbearbeitung in der Astrofotografie.

Leider kostet PixInsight ein wenig, dafür leistet es auch eine ganze Menge.

PixInsight Tutorials

Youtube:

Noch etwas: http://astroimages.weebly.com/pixinsight-tutorial.html

PixInsight Installation

Aktuell (Januar 2010) ist die Version 1.8.7

Kosten:  230 Euro plus Mehrwertsteuer

PixInsight wird auf Linux entwickelt und es gibt Versionen für Windows und MacOS

Download: https://pixinsight.com/downloads/index.html

PixInsight Funktionen

Plate Solving mit PixInsight

Quelle: http://www.cloudynights.com/topic/495580-plate-solve-and-label-your-images-with-pixinsight/

Plate solve and label your images with PixInsight

Started by G. Hatfield , Mar 26 2015 01:54 PM  Posted 26 March 2015 – 01:54 PM

Forgive me if you already know about this feature of PixInsight, but I was unaware of it.   These two scripts can plate solve and label your images.

  • ImageSolver (under image analysis)
  • Annotateimage (under render)

And there is even some directions to go with the plate solver.  You must give an approximate RA and DEC (it can’t do it blind) and when it is done, it writes the info to the image file.  Then use the annotater to label the image.  Pretty amazing.  See the attached examples.  In the following post, I show an example of the labeled image.
Edited by G. Hatfield, 26 March 2015 – 02:01 PM.

PixInsight Testversion für 45 Tage besorgt

Aus dem Kamera-Dropdown haben wir nun “File Open dialog” ausgewählt. Der Setup-Button hat dann keine Funktion, aber wenn man jetzt auf den Button “Capture and Solve” drückt, kann man ein bereits vorhandenes Astrofoto auswaäheln, was dann “gesolved” wird……

Nach Ablauf der 45 Tage kommt dann leider dieses Bild:

Abbildung 1: Software PixInsight nach 45 Tagen (Google Drive: PixInsight45.jpg)


PixInsight Authentification Error (45 day Trial period)

PixInsight Image Solver Testfall #1

  • File > Open:  ShapCap Captures > 2016-04-17 > Capture > 22_45_53 > 0001.fits
  • Image > STF AutoStretch
  • Script > Image Analysis > Image Solver

Parameter setzen für Image Plate Solver Script…

Abbildung 2: Software PixInsight: Image Plate Solver Script (Google Drive: PixInsight-02.jpg)


PixInsight Image Plate Solve Script

Nach wenigen  Sekunden liefert PixInsight das Ergebnis:

Abbildung 3: Software PixInsight: Plate Solving Ergebnisse (Google Drive: PixInsight-03.jpg)


PixInsight Plate Solver Results

Ergebnis von PixInsight: RA:  13h 46m 06,474s   Dec: 63° 23′ 13,50″   Field of View: 21° 55′ x 16° 26′  Rotation:  3,728° Focal  12.38 mm

PixInsight: Annotate Image

Mit dem Script “Anotate Image” kann man das Ganze nun durch Beschriftung des Bildes schön sichtbar machen.

Script > Render > AnnotateImage

Abbildung 4: PixInsight: AnnotateImage (Google Drive: PixInsight_Annotated.jpg)


PixInsight Annotated

#10 G. Hatfield

Posted 28 March 2015 – 03:15 PM

I’ve learned a couple of things.

First, I was having trouble getting the plate solve script to work on some of my images.  I would put in the focal length of my scope and the pixel size of the camera, but it would “blow up” and not solve the image.  Then it occurred to me that the images I was using had been reduced in size. When I put in a corrected image scale (i.e., corrected for the fact that I had reduced the image size by 2/3, from 5094 x 3414 pixels to 1728 x 1158 pixels) it worked on every image.  So my “native” image scale, which is about 1.38 arcsec/pixel, had to be entered as 4 arcsec/pixel for the resized (not cropped) image.

Also the search function works very well.  I was looking up the RA and DEC in SkyX, but the search function will find these values for most objects even when the common name is used.

Sometimes the labeling from the Tycho-2 catalog can overwhelm the image.  If you highlight this catalog a filter can be applied to limit the stars to a particular mag range.

George

Edited by G. Hatfield, 28 March 2015 – 03:19 PM.

I’ve learned a couple of things.

First, I was having trouble getting the plate solve script to work on some of my images.  I would put in the focal length of my scope and the pixel size of the camera, but it would “blow up” and not solve the image.  Then it occurred to me that the images I was using had been reduced in size. When I put in a corrected image scale (i.e., corrected for the fact that I had reduced the image size by 2/3, from 5094 x 3414 pixels to 1728 x 1158 pixels) it worked on every image.  So my “native” image scale, which is about 1.38 arcsec/pixel, had to be entered as 4 arcsec/pixel for the resized (not cropped) image.

Also the search function works very well.  I was looking up the RA and DEC in SkyX, but the search function will find these values for most objects even when the common name is used.

Sometimes the labeling from the Tycho-2 catalog can overwhelm the image.  If you highlight this catalog a filter can be applied to limit the stars to a particular mag range.

George

Today, while working on the Orion Nebula, I also realized the same issue of pixel size for an image that was cropped/enlarged. It’s pretty finicky with the tolerance of the input! I suppose it forces better cataloging of image attributes. Like they say, garbage in garbage out!

Thanks for sharing.

Ciao,

Ml

Edited by HxPI, 28 March 2015 – 03:31 PM.

#12 G. Hatfield

I recently learned another critical factor in setting this up.  The limit magnitude must be set to about 18 for it to work in some instances.  In fact, if you do that and set the RA and DEC correctly it will often work with everything else with defaults.

George

So Astrometry.net knows how to plate solve **without** RA/DEC and FOV/Scale hints (Blind Solver). So why does PI require these hints and not blind solve also?

You have the bizarre situation if you pick up an old image that you have forgotten where it was in the sky and want to annotate it you have send if off to Astrometry.net for analysis to be able to tell PI where it actually is and at what scale?

I think the Astrobin guys did an excellent job piggy-backing on Astrometry.net web services to support their annotation tool. I wonder if you can call up Astrometry.net via PI in a similar manner to seed the location/scale info into the PI annotator?? Anyone know?

Edited by Tonk, 16 April 2015 – 08:18 AM.

#14 coinboy1

Tonk, on 16 Apr 2015 – 3:09 PM, said:

So Astrometry.net knows how to plate solve **without** RA/DEC and FOV/Scale hints (Blind Solver). So why does PI require these hints and not blind solve also?

You have the bizarre situation if you pick up an old image that you have forgotten where it was in the sky and want to annotate it you have send if off to Astrometry.net for analysis to be able to tell PI where it actually is and at what scale?

I think the Astrobin guys did an excellent job piggy-backing on Astrometry.net web services to support their annotation tool. I wonder if you can call up Astrometry.net via PI in a similar manner to seed the location/scale info into the PI annotator?? Anyone know?

You can upoad an image to Astrometry.net and then download the plate solved .fts file that has the headers embedded.  Feed that to PI Annotate script.

Edited by bmhjr, 04 December 2015 – 03:20 PM.