- #Astroguider software linux how to#
- #Astroguider software linux portable#
- #Astroguider software linux professional#
and they all work together across the network. while INDI runs on a Raspberry Pi outside with the telescope. This means you could run KStars/Ekos on say. With INDI, control software can be on a remote computer and it can communicate with INDI across the network. All applications which use ASCOM must be running on the same physical computer where ASCOM is running. which is why you an find it for mac, Linux, and it even runs on the Raspberry Pi.)Īnother significant difference to remember with INDI is that unlike ASCOM.
#Astroguider software linux portable#
INDI was developed using POSIX-complaint code (POSIX is the standard for Portable Operating System Interface) which means it is more easily ported to lots of operating systems. Net - which means it isn't portable to any other operating system. INDI is similar to ASCOM (for those familiar with ASCOM) except ASCOM was developed using Microsoft. or you can click the Ekos icon which looks like an observatory dome on the icon bar.)Ī couple other areas where I was confused until I realized how things work together.Įverything is really controlled using INDI. then find the Ekos module (from the Ekos main menu you can pick 'Tools' -> 'Ekos'. It turns out Ekos is actually a module inside KStars. I quickly got the impression that Ekos is a piece of software I needed to launch. you'll see instructions or information about using 'Ekos' to run the telescope and equipment. It took me a bit to understand it's concepts but once I understood those the rest was easy. The list of devices it supports is impressive. When all the image data is captured (and/or if it had to abort due to weather) it will park the mount, close the dome and shut everything down. or avoid imaging if any object is too close to the moon. It will also monitor things like moonrise to avoid imaging if the moon is out. you can configure it to automatically suspend capture if this happens and/or if rain approaches it will automatically close the dome. While this is happening it also has the ability to monitor the weather (it has API interfaces for things like Weather Underground, etc.) Suppose the winds pickup. If it does and the quality is good, then it tells the main camera to start capturing images again.
So it automatically stops the image capture sequence while continuing to track to see if it can re-acquire the guide star. While this is happening it monitors the guide-star quality and if the guide star disappears it presume a cloud is probably blocking the view. It can slew to the first target, automatically focus, calibrate and start the auto-guider, start the cooler running on the camera (and wait for it to achieve the desired temperature) and then get to work capturing the image sequence. It will open the dome, unpark the mount, it can perform the polar alignment (although that part does require that a human is present in case the mount requires any adjustments for polar alignment).
#Astroguider software linux how to#
It knows how to calculate the correct sunset time and then wait for the sun to reach 18° below the horizon (end of astronomical twilight) before it gets to work. You can configure it in the middle of the day and 'start' it's capture sequence running.
#Astroguider software linux professional#
It can automate everything (and I pretty much mean *everything*.) I did a presentation at a conference on how it works and what it can do and I used the line "you'll feel those professional astronomers who never actually need to visit the observatory to do their work" because the level of automation is that good. you can pick your targets for the night and configure your image sequences. The Raspberry Pi is small, light, inexpensive, and consumes *very* little power. and then subsequently found the StellarMate. I considered that there *must* be a way to control telescopes for purposes of automating the imaging runs without needing a laptop. I realized that many smartphones and tablets are actually more powerful than many laptops and with that in mind. but laptops can be power hogs and I didn't want to bring yet more batteries. I already have to bring enough batteries for the scope & dew heaters. But in the park I don't have power (except for any batteries I bring). I should mention that my main reasons for getting interested in the device is that I live in a neighborhood with very tall trees (not possible to do astronomy from home) and this means I have to pack the car and head out to a park to do any imaging. It does far more than I ever would have guessed. I actually just updated my StellarMate to version 1.4.1 today. I use the StellarMate (I also use the ZWO ASIair).
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