Return to site

Firecapture For Mac

broken image


  1. Firecapture 2.6 And Windows 10
  2. Firecapture For Macbook
  3. Firecapture For Macbook Air
  4. Firecapture For Mac 2017
  5. Firecapture For Mac Computers
  6. Firecapture For Mac Os
  7. Firecapture For Mac

macOS / Raspberry, FC 2.7b2 and QHY5III462C camera

#672

Hi everybody, I've received a QHY5III462C today. I can't make it work neither on macOS or Raspberry. I've tried FC 2.6 and FC 2.7b2 on each platform without success. Are there anybody on this list using this camera?
For example, this is the logs on the Raspberry
2020-11-04 20:40:28.904 INFO de.wonderplanets.firecapture.log.Log logInfo Starting main..
Date: 04.07
2020-11-04 20:40:29.760 INFO de.wonderplanets.firecapture.log.Log logInfo Checking cams..
2020-11-04 20:40:29.768 SEVERE de.wonderplanets.firecapture.log.Log logError Could not load library QHYCCDCam.so
java.lang.UnsatisfiedLinkError: /home/pi/AstroRoot/FireCapture_v2.7beta/QHYCCDCam.so: libqhyccd.so.6: cannot open shared object file: No such file or directory
at java.base/java.lang.ClassLoader$NativeLibrary.load0(Native Method)
at java.base/java.lang.ClassLoader$NativeLibrary.load(ClassLoader.java:2430)
at java.base/java.lang.ClassLoader$NativeLibrary.loadLibrary(ClassLoader.java:2487)
at java.base/java.lang.ClassLoader.loadLibrary0(ClassLoader.java:2684)
at java.base/java.lang.ClassLoader.loadLibrary(ClassLoader.java:2617)
at java.base/java.lang.Runtime.load0(Runtime.java:765)
at java.base/java.lang.System.load(System.java:1866)
at de.wonderplanets.firecapture.util.SystemInfo.loadLib(SystemInfo.java:154)
at de.wonderplanets.firecapture.util.SystemInfo.loadLib(SystemInfo.java:142)
at de.wonderplanets.firecam.QHYCCDCam.(QHYCCDCam.java:46)
at java.base/jdk.internal.reflect.NativeConstructorAccessorImpl.newInstance0(Native Method)
at java.base/jdk.internal.reflect.NativeConstructorAccessorImpl.newInstance(NativeConstructorAccessorImpl.java:62)
at java.base/jdk.internal.reflect.DelegatingConstructorAccessorImpl.newInstance(DelegatingConstructorAccessorImpl.java:45)
at java.base/java.lang.reflect.Constructor.newInstanceWithCaller(Constructor.java:500)
at java.base/java.lang.reflect.Constructor.newInstance(Constructor.java:481)
at de.wonderplanets.firecam.CamHelper.createInstance(CamHelper.java:101)
at de.wonderplanets.firecam.CamHelper.initCurrentInterface(CamHelper.java:113)
at de.wonderplanets.firecapture.gui.FireCapture.initCamInterface(FireCapture.java:443)
at de.wonderplanets.firecapture.gui.FireCapture.selectCameraLoop(FireCapture.java:458)
at de.wonderplanets.firecapture.gui.FireCapture.initCam(FireCapture.java:409)
at de.wonderplanets.firecapture.gui.FireCapture.(FireCapture.java:254)
at de.wonderplanets.firecapture.gui.FireCapture$1.run(FireCapture.java:194)
at java.desktop/java.awt.event.InvocationEvent.dispatch(InvocationEvent.java:313)
at java.desktop/java.awt.EventQueue.dispatchEventImpl(EventQueue.java:770)
at java.desktop/java.awt.EventQueue$4.run(EventQueue.java:721)
at java.desktop/java.awt.EventQueue$4.run(EventQueue.java:715)
at java.base/java.security.AccessController.doPrivileged(AccessController.java:389)
at java.base/java.security.ProtectionDomain$JavaSecurityAccessImpl.doIntersectionPrivilege(ProtectionDomain.java:85)
at java.desktop/java.awt.EventQueue.dispatchEvent(EventQueue.java:740)
at java.desktop/java.awt.EventDispatchThread.pumpOneEventForFilters(EventDispatchThread.java:203)
at java.desktop/java.awt.EventDispatchThread.pumpEventsForFilter(EventDispatchThread.java:124)
at java.desktop/java.awt.EventDispatchThread.pumpEventsForHierarchy(EventDispatchThread.java:113)
at java.desktop/java.awt.EventDispatchThread.pumpEvents(EventDispatchThread.java:109)
at java.desktop/java.awt.EventDispatchThread.pumpEvents(EventDispatchThread.java:101)
at java.desktop/java.awt.EventDispatchThread.run(EventDispatchThread.java:90)
2020-11-04 20:40:29.800 WARNING de.wonderplanets.firecapture.log.Log logWarning Unable to init cam: de.wonderplanets.firecam.QHYCCDCam
java.lang.UnsatisfiedLinkError: de.wonderplanets.firecam.QHYCCDCam.libCamNames()Ljava/lang/String;
at de.wonderplanets.firecam.QHYCCDCam.libCamNames(Native Method)
at de.wonderplanets.firecam.QHYCCDCam.init(QHYCCDCam.java:135)
at de.wonderplanets.firecam.CamHelper.initCam(CamHelper.java:119)
at de.wonderplanets.firecapture.gui.BusyDialog.checkCam(BusyDialog.java:87)
at de.wonderplanets.firecapture.gui.FireCapture.checkCam(FireCapture.java:438)
at de.wonderplanets.firecapture.gui.FireCapture.initCamInterface(FireCapture.java:447)
at de.wonderplanets.firecapture.gui.FireCapture.selectCameraLoop(FireCapture.java:458)
at de.wonderplanets.firecapture.gui.FireCapture.initCam(FireCapture.java:409)
at de.wonderplanets.firecapture.gui.FireCapture.(FireCapture.java:254)
at de.wonderplanets.firecapture.gui.FireCapture$1.run(FireCapture.java:194)
at java.desktop/java.awt.event.InvocationEvent.dispatch(InvocationEvent.java:313)
at java.desktop/java.awt.EventQueue.dispatchEventImpl(EventQueue.java:770)
at java.desktop/java.awt.EventQueue$4.run(EventQueue.java:721)
at java.desktop/java.awt.EventQueue$4.run(EventQueue.java:715)
at java.base/java.security.AccessController.doPrivileged(AccessController.java:389)
at java.base/java.security.ProtectionDomain$JavaSecurityAccessImpl.doIntersectionPrivilege(ProtectionDomain.java:85)
at java.desktop/java.awt.EventQueue.dispatchEvent(EventQueue.java:740)
at java.desktop/java.awt.EventDispatchThread.pumpOneEventForFilters(EventDispatchThread.java:203)
at java.desktop/java.awt.EventDispatchThread.pumpEventsForFilter(EventDispatchThread.java:124)
at java.desktop/java.awt.EventDispatchThread.pumpEventsForHierarchy(EventDispatchThread.java:113)
at java.desktop/java.awt.EventDispatchThread.pumpEvents(EventDispatchThread.java:109)
at java.desktop/java.awt.EventDispatchThread.pumpEvents(EventDispatchThread.java:101)
at java.desktop/java.awt.EventDispatchThread.run(EventDispatchThread.java:90)
2020-11-04 20:40:31.599 WARNING de.wonderplanets.firecapture.log.Log logWarning Unable to init cam: de.wonderplanets.firecam.QHYCCDCam
java.lang.UnsatisfiedLinkError: de.wonderplanets.firecam.QHYCCDCam.libCamNames()Ljava/lang/String;
at de.wonderplanets.firecam.QHYCCDCam.libCamNames(Native Method)
at de.wonderplanets.firecam.QHYCCDCam.init(QHYCCDCam.java:135)
at de.wonderplanets.firecam.CamHelper.initCam(CamHelper.java:119)
at de.wonderplanets.firecapture.gui.BusyDialog.checkCam(BusyDialog.java:87)
at de.wonderplanets.firecapture.gui.FireCapture.checkCam(FireCapture.java:438)
at de.wonderplanets.firecapture.gui.FireCapture.initCamInterface(FireCapture.java:447)
at de.wonderplanets.firecapture.gui.FireCapture.selectCameraLoop(FireCapture.java:463)
at de.wonderplanets.firecapture.gui.FireCapture.initCam(FireCapture.java:409)
at de.wonderplanets.firecapture.gui.FireCapture.(FireCapture.java:254)
at de.wonderplanets.firecapture.gui.FireCapture$1.run(FireCapture.java:194)
at java.desktop/java.awt.event.InvocationEvent.dispatch(InvocationEvent.java:313)
at java.desktop/java.awt.EventQueue.dispatchEventImpl(EventQueue.java:770)
at java.desktop/java.awt.EventQueue$4.run(EventQueue.java:721)
at java.desktop/java.awt.EventQueue$4.run(EventQueue.java:715)
at java.base/java.security.AccessController.doPrivileged(AccessController.java:389)
at java.base/java.security.ProtectionDomain$JavaSecurityAccessImpl.doIntersectionPrivilege(ProtectionDomain.java:85)
at java.desktop/java.awt.EventQueue.dispatchEvent(EventQueue.java:740)
at java.desktop/java.awt.EventDispatchThread.pumpOneEventForFilters(EventDispatchThread.java:203)
at java.desktop/java.awt.EventDispatchThread.pumpEventsForFilter(EventDispatchThread.java:124)
at java.desktop/java.awt.EventDispatchThread.pumpEventsForHierarchy(EventDispatchThread.java:113)
at java.desktop/java.awt.EventDispatchThread.pumpEvents(EventDispatchThread.java:109)
at java.desktop/java.awt.EventDispatchThread.pumpEvents(EventDispatchThread.java:101)
at java.desktop/java.awt.EventDispatchThread.run(EventDispatchThread.java:90)
2020-11-04 20:40:40.534 INFO de.wonderplanets.firecapture.log.Log logInfo Closing FireCapture - normal system exit
#678

Rafael,
Most propably this is because the QHY SDK lib within /home/pi/AstroRoot/FireCapture_v2.7beta/ needs to be updated with the latest version supporting the 462. Unfortunately only Andre Kovac can do this who created the Raspberry distro. Maybe you can try yourself: the file should be named libqhyccd.so.
Torsten
#681

Hi Torsten,
I've downloaded the latest version of QHY SDK (20.8.26) and have extract the libs and put them on the FC folder:
lrwxrwxrwx 1 pi pi 15 Oct 10 19:51 libqhyccd.so -> libqhyccd.so.20
lrwxrwxrwx 1 pi pi 22 Oct 10 19:51 libqhyccd.so.20 -> libqhyccd.so.20.8.26.3
-rw-r--r-- 1 pi pi 2342652 Nov 5 19:24 libqhyccd.so.20.8.26.3
But the error on loading is about an older SDK version:
2020-11-05 19:49:58.351 INFO de.wonderplanets.firecapture.log.Log logInfo Checking cams..
2020-11-05 19:49:58.369 SEVERE de.wonderplanets.firecapture.log.Log logError Could not load library QHYCCDCam.so
java.lang.UnsatisfiedLinkError: /home/pi/AstroRoot/FireCapture_v2.7beta/QHYCCDCam.so: libqhyccd.so.6: cannot open shared object file: No such file or directory
at java.base/java.lang.ClassLoader$NativeLibrary.load0(Native Method)
at java.base/java.lang.ClassLoader$NativeLibrary.load(ClassLoader.java:2430)
at java.base/java.lang.ClassLoader$NativeLibrary.loadLibrary(ClassLoader.java:2487)
I've tried the same 'trick' of symlinks with this name

lrwxrwxrwx 1 pi pi 15 Oct 10 19:51 libqhyccd.so -> libqhyccd.so.20
lrwxrwxrwx 1 pi pi 22 Oct 10 19:51 libqhyccd.so.20 -> libqhyccd.so.20.8.26.3
-rw-r--r-- 1 pi pi 2342652 Nov 5 19:24 libqhyccd.so.20.8.26.3
lrwxrwxrwx 1 pi pi 22 Nov 5 19:36 libqhyccd.so.6 -> libqhyccd.so.20.8.26.3
But the error remains, it could not load QHYCCDCam.so. So as, QHYCCDCam.so is not part of the QHY SDK, I assume that it ware created by you. Could you take a look to this library? I can help you if you need to run any kind of test on a RP4
Regards
#684
Edited

For reference, to give you all the information that I've I had been able to use this camera on the same Raspberry using KStars/Ekos. As you can see the SDK version is the one I'm trying to use with FC


#687

And another piece of information: I was able to compile and run version 1.8.0 of oaCapture and it works with the QHY5II462C, so the SDK is working and the Raspberry has enough power to run this camera.
Regards
#688

Have you already tried the latest version Andre uploaded ? https://drive.google.com/file/d/1kJmBO0qL7wX3IDm-z9CYbNI-e31NodcF/view

According to the email from Andre which you also received, this version should use QHY (SDK 20.08.26).
Torsten

#692

Hi Torsten,
Sorry, but I don't remember receiving any email from Andre on the last month (please, could you send to him my email?). In the last one, he remembers me to update the libraries from the most recent SDK. After that, silence. Anyway, I've tried this new beta and it didn't works. Same error about qhyccdlib.so.6
toggle quoted messageShow quoted text
2020-11-06 23:51:42.896 INFO de.wonderplanets.firecapture.log.Log logInfo Checking cams..
2020-11-06 23:51:42.905 SEVERE de.wonderplanets.firecapture.log.Log logError Could not load library QHYCCDCam.so
java.lang.UnsatisfiedLinkError: /home/pi/AstroRoot/FireCapture_v2.7.02b/QHYCCDCam.so: libqhyccd.so.6: cannot open shared object file: No such file or directory
at java.base/java.lang.ClassLoader$NativeLibrary.load0(Native Method)
at java.base/java.lang.ClassLoader$NativeLibrary.load(ClassLoader.java:2430)
at java.base/java.lang.ClassLoader$NativeLibrary.loadLibrary(ClassLoader.java:2487)
#711

I have this error. What can I do?
OpenJDK Server VM warning: INFO: os::commit_memory(0x12400000, 2709520384, 0) failed; error='Not enough space' (errno=12)
# There is insufficient memory for the Java Runtime Environment to continue.
# Native memory allocation (mmap) failed to map 2709520384 bytes for committing reserved memory.
# An error report file with more information is saved as:
# /home/pi/Desktop/FireCapture_v2.7.02b/FireCapture_v2.7.02b/hs_err_pid1874.log
#712

By the way, I have tried FireCapture_v2.6_armhf.tar.gz and FireCapture_v2.7.02b.zip (downloaded from the Google Drive link in this topic)
Both cannot detect QHY cameras at all..
What is the reason?
Thank you.
#720

Issue is still open as I haven't received any answers to my recent emails from Andre. He is the one providing the Raspberry distro.
Torsten

Astrophotography is closer to science than art, and there is no such thing as 'getting it right in camera.' This means you cannot simply point the camera at the sky and snap away.

It was not my intention to dissuade you from installing Xcode and Homebrew to allow Firecapture to be used on a Mac unnecessarily, only as a warning of the security risks that are taken where open source software such as Homebrew are introduced to the macOS environment since much of the built-in security of the macOS is bypassed.

Firecapture 2.6 And Windows 10

In astrophotography you cannot avoid post processing your images, so stacking and editing your images serves three main purposes:

  1. Reduce noise and deal with light gradients and vignetting.
  2. Improve signal to noise ratio.
  3. Reveal the faint details in the image.

INDI support for Mac/Linux INDI support has been added into this release which allows using telescope, motorized filer wheels and focuser on Mac or Linux platforms. To connect to the INDI server open the FC INDI settings (Hardware - INDI) and select the Use INDI. Hi, I want to use FireCapture for Planetary/Lunar imaging on StellarMate OS. It runs, but slows the whole system to a crawl. After an action I have to wait a. Firestorm is to Virtual Worlds what Firefox and Google Chrome is to the Internet. We develop and distribute an open source viewer for accessing Virtual Worlds.

Image stacking is the technique used to improve the signal to noise ratio, and it is the only noise reduction method that will boost the image details rather than smear them out.

In this article, we will discuss some of the most popular software available for astrophotography image stacking.

Note: Don't miss the detailed video at the end of this article, It was created to help show you how to quickly start using some of the stacking software mentioned in this article.
Click here to skip to our Image Stacking Demo Video.

What Does Stacking Photos Mean?

Cooling tech microscope 500x software. The concept behind image stacking is simple, but to appreciate how it works, there are a couple of things we have to consider:

  1. A stack can be visualized as a pile of images all stacked one on top of the other;
  2. Each digital image is formed by a set of pixels, all having a certain value: dark pixels will have a lower value than the bright ones;

In the simplest form of image stacking, the pixels values for all images in the stack are averaged to produce a single image.

What is the purpose of stacking photos?

The result is a single image with improved signal to noise ratio, i.e., with better details and lower (random) digital noise and better details.

The scheme below illustrates the concept.

If the considered digital noise affects the pixel values randomly across the stack, then the result of averaging the stack is that the random component of the noise to the pixel value is significantly reduced.

ISO noise and Luminance noise and Chrominancenoise are examples of digital noises that are random.

The image below shows a real-life example from stacking 30 images from my Sony RX10 bridge camera taken at ISO 6400. As you can see, the original images showed a greater deal of noise (grain) than the stacked one.

The More Images You Stack, The Better

The more images you stack, the cleaner the resulting images are, as shown in the comparison below.

While Image stacking creates a cleaner image, it often softens the image: digital sharpening techniques are then used to recover sharp looking details.

Finally, bear in mind that the progression of image quality is not linear.

If stacking 4 images improves the image quality of 50% respect what you got by stacking only 2 images, to improve a further 50% the image quality from stacking 50 images, you may need to stack 300 images or more.

Image Stacking And Movement

If nothing moves between shots, like in the previous real life example, implementing image stacking is very simple: just group the images and average them to smooth out the noise.

With a moving subject, grouping and averaging the images will not only smooth out the noise, but also the subject itself.

This is the same principle for which long exposures of passing traffic and crowd result in a street image without cars nor people.

This effect is amplified with the number of images used, and the moving subject could simply disappear from the stacked image.

To resolve the issue, you have to align the images based on their content before stacking.

Due to image alignment, you may have to trim the edges of the stacked image to get rid of artifacts, but your target will not be lost.

Note that while in theory you can stack images of a static scene taken with the camera on a tripod, in reality, those images will probably differ at the pixel scale due to micro-movements. It is always beneficial to align the images before stacking.

How To Shoot For Exposure Stacking Your Images

Image stacking can be done with any camera and even camera phones and with images in both RAW and JPEG format.

Nonetheless, some things can be done to improve the final result:

  1. Lock the focus, so that the camera will not hunt for it between images. This will also help to keep the focus consistent through the shooting sequence.
  2. Keep the same settings, in particular shutter speed, aperture, and focal length: you don't want to change the camera field of view during the sequence, nor the brightness of the images or the depth of field.
  3. If you are shooting on a tripod, disable image stabilization. If you want to shoot handheld, do so only for short sequences at very high shutter speed.

Image Stacking In Astrophotography

Related:Astrophotography Software & Tools Resource List

As said previously, image stacking is a standard technique implemented in any astrophotography editing workflow for,

  1. A star field from a fixed tripod.
  2. A deep sky object from a tracking mount.
  3. The Moon handheld.
  4. A starry landscape from a fixed tripod or tracking mount.

Every astronomy image will benefit from image stacking.

List Of Photo Stacking Software For Astrophotography

Here is a list of software used in astrophotography for image stacking.

Adobe Photoshop

Complete Image Editor | Commercial – Subscription Plan Photography Bundle $9.99 / Month | Mac OS X, Windows

Firecapture For Mac

Pro

  • Versatile
  • Available for Mac and Windows
  • In bundle with Adobe Lightroom CC, Bridge, Camera Raw, and web space
  • Many action packs and plugins available for astrophotography

Cons

Firecapture For Macbook

  • Subscription Plan only
  • Can't be used to calibrate light frames
  • Stacking capabilities are somehow limited

If you are interested in photography, chances are you know Adobe Photoshop is the standard in the industry and does not need introductions.

With Adobe implementing a subscription plan for their applications, if you are using Lightroom CC for your everyday photography, your plan subscription will also include Photoshop CC and Bridge CC.

And for astrophotography, Photoshop is what you need. Lightroom cannot stack your images nor perform the histogram stretching, two crucial steps in the editing workflow for astrophotography.

In this article, we have already covered in detail how to stack astrophotography images with Photoshop.

Sequator

Deep Sky And Starry Landscape Stacker | Freeware | Windows

Pro

  • Free
  • Easy to use
  • Fast
  • Suitable for both Starry Landscapes and Deep Sky images
  • Can create Star Trails

Cons

  • Windows only
  • Limited set of options
  • Not suitable for Planetary astrophotography

Sequator is an easy-to-use and intuitive astrophotography software for stacking both starry landscape and deep-sky images. It can also be used to create star trails.

While not as advanced as other stackers, it nonetheless allows you to calibrate your light frames with dark and flat calibration frames. It also allows you to remove light pollution, reduce noise, and perform other simple tasks on the stacked image.

Starry Landscape Stacker

Starry Landscape Stacker | Commercial, $39.99 | Mac OS X

Pro

  • Fast
  • Easy to use

Cons

  • Mac Os X only
  • Does not read RAW files

If you are into starry landscapes and you are a Mac user, Starry Landscape Stacker is a must-have.

Easy to use, it allows you to stack and align the sky and the foreground independently by letting you easily mask the sky.

Unfortunately, the software lacks the support for RAW formats, thus forcing you to convert your RAW images in the more heavy TIFF format.

Aside from that, it works very fast and the final image is of good quality. You can also save the sky only, which is useful to further edit the shot in Photoshop or similar editors.

Starry Sky Stacker

Deep Sky Stacker | Commercial, $24.99 | Mac OS X

Pro

  • Fast
  • Easy to use

Cons

  • Mac Os X only
  • Does not read RAW files
  • Basic

Starry Sky Stacker is Starry Landscape Stacker brother and it has been created to stack deep sky astrophotography images.

As Starry Landscape Stacker, Starry Sky Stacker is very easy to use and intuitive, although very basic.

If you are a casual star shooter and a Mac user, this could be a good choice for you.

Deep Sky Stacker

Deep Sky Stacker | Freeware | Windows

Pro

  • Free
  • Easy to use
  • Fast
  • Full light frames calibration
  • Features Comet stack modes
  • Can Drizzle
  • Many advanced stack options and methods available

Cons

  • Windows only
  • Post-processing is quite limited
  • Not suitable for Starry Landscapes nor for Planetary astrophotography

Deep Sky Stacker, better known as DSS, is arguably one of the most widely used software to calibrate and stack astrophotography images.

With DSS, you can fully calibrate your images with Darks, Flats, Dark Flats, and Bias calibration frames for the best results possible. Light frames are analyzed and scored by quality so that you can decide which percentage of best images you can stack (Best 75% by default).

A very interesting feature is that with DSS, you can easily combine images taken during different imaging sessions, to produce images of higher quality.

Firecapture For Macbook Air

Autostakkert!

Planetary Stacker | Freeware | Windows

Pro

  • Free
  • Easy to use
  • Suitable for Planetary, Lunar and Solar images
  • Stack full planetary disk and lunar surface close-ups

Cons

  • Interface a bit confused
  • It does not offer wavelet sharpening
  • Windows only

Autostakkert!, also known as AS!, is a very popular free software among the solar system astrophotographers. With AS! it is easy to stack both images showing the full Planetary (or Lunar or Solar) disc and images showing lunar surface close-ups.

Firecapture For Mac 2017

The interface is a bit confusing, particularly in the beginning, but it is easy to navigate through the different steps for the stacking.

Unfortunately, AS! does not offer wavelet sharpening, which is a widely used technique in planetary and lunar astrophotography. For this, you can load your stacked image in Registax, another freeware software for Windows only that, sadly, is now 'abandoned-ware.'

Lynkeos

Firecapture For Mac Computers

Planetary Stacker | Freeware | Mac OS X

Pro

  • Free
  • Has deconvolution and wavelet sharpening
  • It is probably the only freeware planetary stacker for Mac OS X

Cons

  • Not very intuitive
  • Somewhat slower than Autostakkert!

Lynkeos is perhaps the only freeware planetary stacker software for Mac OS X, sparing you from turning to Windows for using Autostakkert!.

The interface is quite intuitive to navigate, but not when it comes to performing the different tasks.

On the other hand, it offers a deconvolution method and wavelet sharpening, a must-have for a planetary stacker. Definitely worth having a look at it if you are a Mac user.

SiriL

Deep Sky Astrophotography Editor | Freeware | Mac OS X, Windows, Linux

Pro

  • Free
  • Cross-Platform
  • Active development

Cons

  • A bit convoluted and not as intuitive as other stackers

SiriL is a freeware, cross-platform, astrophotography package that will let you calibrate, stack, and develop deep sky astrophotography images.

While not as easy and intuitive as Sequator or DSS, it offers a lot of options and produces good results. There is an active community, and it is under constant development.

Astro Pixel Processor

Deep Sky Astrophotography Editor | Commercial $60/Yr Renter License Or $150 Owner License | Mac OS X, Windows, Linux

Pro

  • Full-grown astrophotography package
  • Fairly easy to use
  • Mosaics are created with ease and are of great quality
  • Active and constant development
  • Cross-Platform
  • 30-days Trial period
  • Affordable yearly subscription

Cons

  • Only for deep sky astrophotography
  • No Comet stacking mode

With Astro Pixel Processor (APP), you step in the realm of full-grown astrophotography packages, with many advanced options and methods to calibrate, stack, and post-process your deep-sky images.

Compared to PixInsight (PI), the software benchmark for the category, APP is cheaper and way easier to use, which makes it one of the best PI alternatives.

Firecapture For Mac Os

If you decide to buy it, you can choose between the renter's license for $60/yr, to always get the latest version of APP, or the owner's license for $150, but you will have to purchase the license again for major update releases.

PixInsight

Astrophotography Editor | Commercial – €230+VAT | Mac OS X, Windows, Linux

Pro

Firecapture For Mac

  • It has all you need for astrophotography
  • 45 days trial period
  • A lot of tutorials and information available

Cons

  • Expensive and without subscription plan
  • Extremely steep learning curve
  • Long and convoluted process
  • Needs a powerful computer

When it comes to astrophotography, PixInsight is the software of reference against which all others are measured. It offers everything you may possibly need to produce pro graded images, and it is objectively the best software in the field.

But user experience can be frustrating, as the learning curve is very steep, the editing is long and convoluted, and your computer must be quite recent and powerful to make it run smoothly.

The €230 + VAT price tag is also quite steep: sure it is worth every penny, but this makes PI be even more the software of choice for professional and keen amateur astrophotographers.

A Comprehensive Demo About Image Stacking

In this video, I show you how easy it is to wet our feet with image stacking.

This is particularly true if you use Starry Landscape Stacker, Sequator, Deep Sky Stacker and Autostakkert!, as I showed in the video below.

Conclusion

Image stacking is one of the crucial steps in the astrophotography editing workflow.

Firecapture for mac pro

Pro

  • Versatile
  • Available for Mac and Windows
  • In bundle with Adobe Lightroom CC, Bridge, Camera Raw, and web space
  • Many action packs and plugins available for astrophotography

Cons

Firecapture For Macbook

  • Subscription Plan only
  • Can't be used to calibrate light frames
  • Stacking capabilities are somehow limited

If you are interested in photography, chances are you know Adobe Photoshop is the standard in the industry and does not need introductions.

With Adobe implementing a subscription plan for their applications, if you are using Lightroom CC for your everyday photography, your plan subscription will also include Photoshop CC and Bridge CC.

And for astrophotography, Photoshop is what you need. Lightroom cannot stack your images nor perform the histogram stretching, two crucial steps in the editing workflow for astrophotography.

In this article, we have already covered in detail how to stack astrophotography images with Photoshop.

Sequator

Deep Sky And Starry Landscape Stacker | Freeware | Windows

Pro

  • Free
  • Easy to use
  • Fast
  • Suitable for both Starry Landscapes and Deep Sky images
  • Can create Star Trails

Cons

  • Windows only
  • Limited set of options
  • Not suitable for Planetary astrophotography

Sequator is an easy-to-use and intuitive astrophotography software for stacking both starry landscape and deep-sky images. It can also be used to create star trails.

While not as advanced as other stackers, it nonetheless allows you to calibrate your light frames with dark and flat calibration frames. It also allows you to remove light pollution, reduce noise, and perform other simple tasks on the stacked image.

Starry Landscape Stacker

Starry Landscape Stacker | Commercial, $39.99 | Mac OS X

Pro

  • Fast
  • Easy to use

Cons

  • Mac Os X only
  • Does not read RAW files

If you are into starry landscapes and you are a Mac user, Starry Landscape Stacker is a must-have.

Easy to use, it allows you to stack and align the sky and the foreground independently by letting you easily mask the sky.

Unfortunately, the software lacks the support for RAW formats, thus forcing you to convert your RAW images in the more heavy TIFF format.

Aside from that, it works very fast and the final image is of good quality. You can also save the sky only, which is useful to further edit the shot in Photoshop or similar editors.

Starry Sky Stacker

Deep Sky Stacker | Commercial, $24.99 | Mac OS X

Pro

  • Fast
  • Easy to use

Cons

  • Mac Os X only
  • Does not read RAW files
  • Basic

Starry Sky Stacker is Starry Landscape Stacker brother and it has been created to stack deep sky astrophotography images.

As Starry Landscape Stacker, Starry Sky Stacker is very easy to use and intuitive, although very basic.

If you are a casual star shooter and a Mac user, this could be a good choice for you.

Deep Sky Stacker

Deep Sky Stacker | Freeware | Windows

Pro

  • Free
  • Easy to use
  • Fast
  • Full light frames calibration
  • Features Comet stack modes
  • Can Drizzle
  • Many advanced stack options and methods available

Cons

  • Windows only
  • Post-processing is quite limited
  • Not suitable for Starry Landscapes nor for Planetary astrophotography

Deep Sky Stacker, better known as DSS, is arguably one of the most widely used software to calibrate and stack astrophotography images.

With DSS, you can fully calibrate your images with Darks, Flats, Dark Flats, and Bias calibration frames for the best results possible. Light frames are analyzed and scored by quality so that you can decide which percentage of best images you can stack (Best 75% by default).

A very interesting feature is that with DSS, you can easily combine images taken during different imaging sessions, to produce images of higher quality.

Firecapture For Macbook Air

Autostakkert!

Planetary Stacker | Freeware | Windows

Pro

  • Free
  • Easy to use
  • Suitable for Planetary, Lunar and Solar images
  • Stack full planetary disk and lunar surface close-ups

Cons

  • Interface a bit confused
  • It does not offer wavelet sharpening
  • Windows only

Autostakkert!, also known as AS!, is a very popular free software among the solar system astrophotographers. With AS! it is easy to stack both images showing the full Planetary (or Lunar or Solar) disc and images showing lunar surface close-ups.

Firecapture For Mac 2017

The interface is a bit confusing, particularly in the beginning, but it is easy to navigate through the different steps for the stacking.

Unfortunately, AS! does not offer wavelet sharpening, which is a widely used technique in planetary and lunar astrophotography. For this, you can load your stacked image in Registax, another freeware software for Windows only that, sadly, is now 'abandoned-ware.'

Lynkeos

Firecapture For Mac Computers

Planetary Stacker | Freeware | Mac OS X

Pro

  • Free
  • Has deconvolution and wavelet sharpening
  • It is probably the only freeware planetary stacker for Mac OS X

Cons

  • Not very intuitive
  • Somewhat slower than Autostakkert!

Lynkeos is perhaps the only freeware planetary stacker software for Mac OS X, sparing you from turning to Windows for using Autostakkert!.

The interface is quite intuitive to navigate, but not when it comes to performing the different tasks.

On the other hand, it offers a deconvolution method and wavelet sharpening, a must-have for a planetary stacker. Definitely worth having a look at it if you are a Mac user.

SiriL

Deep Sky Astrophotography Editor | Freeware | Mac OS X, Windows, Linux

Pro

  • Free
  • Cross-Platform
  • Active development

Cons

  • A bit convoluted and not as intuitive as other stackers

SiriL is a freeware, cross-platform, astrophotography package that will let you calibrate, stack, and develop deep sky astrophotography images.

While not as easy and intuitive as Sequator or DSS, it offers a lot of options and produces good results. There is an active community, and it is under constant development.

Astro Pixel Processor

Deep Sky Astrophotography Editor | Commercial $60/Yr Renter License Or $150 Owner License | Mac OS X, Windows, Linux

Pro

  • Full-grown astrophotography package
  • Fairly easy to use
  • Mosaics are created with ease and are of great quality
  • Active and constant development
  • Cross-Platform
  • 30-days Trial period
  • Affordable yearly subscription

Cons

  • Only for deep sky astrophotography
  • No Comet stacking mode

With Astro Pixel Processor (APP), you step in the realm of full-grown astrophotography packages, with many advanced options and methods to calibrate, stack, and post-process your deep-sky images.

Compared to PixInsight (PI), the software benchmark for the category, APP is cheaper and way easier to use, which makes it one of the best PI alternatives.

Firecapture For Mac Os

If you decide to buy it, you can choose between the renter's license for $60/yr, to always get the latest version of APP, or the owner's license for $150, but you will have to purchase the license again for major update releases.

PixInsight

Astrophotography Editor | Commercial – €230+VAT | Mac OS X, Windows, Linux

Pro

Firecapture For Mac

  • It has all you need for astrophotography
  • 45 days trial period
  • A lot of tutorials and information available

Cons

  • Expensive and without subscription plan
  • Extremely steep learning curve
  • Long and convoluted process
  • Needs a powerful computer

When it comes to astrophotography, PixInsight is the software of reference against which all others are measured. It offers everything you may possibly need to produce pro graded images, and it is objectively the best software in the field.

But user experience can be frustrating, as the learning curve is very steep, the editing is long and convoluted, and your computer must be quite recent and powerful to make it run smoothly.

The €230 + VAT price tag is also quite steep: sure it is worth every penny, but this makes PI be even more the software of choice for professional and keen amateur astrophotographers.

A Comprehensive Demo About Image Stacking

In this video, I show you how easy it is to wet our feet with image stacking.

This is particularly true if you use Starry Landscape Stacker, Sequator, Deep Sky Stacker and Autostakkert!, as I showed in the video below.

Conclusion

Image stacking is one of the crucial steps in the astrophotography editing workflow.

You'll need the appropriate stacker for each type of astrophotography: starry landscapes, star trails, or deep-sky and planetary images.

In this article, we have covered the most popular astrophotography stackers available on the market, both freeware and commercial.

And while Windows users have the more extensive choice, some notable stackers are available for Mac and even Linux users.





broken image