Use this to add your wired or wifi network. To do this, click on the icon in the top left corner of the screen, select 'Preferences' and then 'Advanced Network Configuration'. Instead we are just going to have your RPi connect to your home network / internet. We're not going to use the astroberry network for now. Answer the questions and set your localisation options.Īstroberry will create its own wifi network called 'astroberry' that you can use to connect to your RPi (very useful for use 'in the field') but this won't be connected to the internet. You should see the Astroberry operating system load up. Insert the newly flashed SD card into you RPi, connect a display, keyboard and mouse to your RPi and power it up. Make sure the flashing process has completely finished before removing the SD card from your computer. The process takes a little while but will show progress as the file is copied and then verified. Insert your SD card into the SD card slot on your computer, select this card from the 'Select target' button on balenaEtcher and then select 'Flash!'. Once you've installed balenaEtcher, run it and select the Astroberry Server image file (when I did this the file was called astroberry-server_2.0.0.img) from the folder where you unzipped it.
Using astrometry in indi download#
Then download balenaEtcher from - you'll use this to write the image file of the Astroberry operating system to your SD card this process is known as 'flashing'. Unzip this file into a folder on your computer. You'll need a Raspberry Pi, of course, (apparently Astroberry works with any RPi I was using an RPi 3), an SD card of at least 16GB, and a computer with a suitable SD card slot (the RPi 3 needs a microSD card most microSD cards come with an adapter that allows you to use a standard SD slot in your computer), and access to the internet.įirstly download the Astroberry Server image file from (the image file is the operating system that will run on your RPi). When I say 'computer' I mean your main computer and I use RPi when referring to the Raspberry Pi (that's a computer too, of course, but just to differentiate between the two). Astroberry is also really flexible and there are multiple ways to do most things so what follows is just ONE way to get you up and running.
Using astrometry in indi trial#
I don't have much experience of the RPi or Linux or indeed any operating systems other than windows but after some trial and error I've got things working so I thought it might be useful to chronical the steps that hopefully will get you up and running.Īstroberry uses INDI Library - an Open Source Architecture for Control & Automation of Astronomical Devices - you can think of this a bit like ASCOM.
Using astrometry in indi how to#
However, while there is a lot of useful information on SGL and elsewhere on the web, I had some trouble understanding how to set everything up and I couldn't find a beginners step-by-step guide. Astroberry (strictly speaking Astroberry Server) is a fantastic operating system for the Raspberry Pi that allows control of your astromony kit and even better it's free!
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