Right, except - as I stated, I found I made a typo in the NAME of the task - so - every hour - it was NOT stopping the incorrectly named task - if it would only do what I WANT it to do, instead of what I typed 
-J-
Yeah i get that, but a regular reboot should still save the data.
Power loss is a different story ofc.
I can recommend a small Pi UPS to ride through the power loss. Works reliably even in a hot garage… https://www.amazon.com/dp/B0C1GFX5LW?psc=1&ref=ppx_yo2ov_dt_b_product_details
I also added a tower cooler to the system. Dropped the temps by 20 C degrees. https://www.amazon.com/dp/B07ZCW27VK?psc=1&ref=ppx_yo2ov_dt_b_product_details
Had to move the mounting hardware around a bit to use both on the Pi. Have had two power bumps since the install, no data losses at all. Love it!!!
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Well thank for that little product pointer. It looks like a nice package at a good price.
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Pretty nifty, @astrodeveloper thanks for the link!
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Hello to all,
I’ve been a user for a few months now, started with a generic dongle and a 6" antenna inside the sunroom to the blue dongle and a 12dB gain antenna mounted on the top of the house, still playing around for the final placement on it. I’m running sdr-enthusiasts in Portainer and recently discovered the beloved graphs. I recently disabled AGC and have been manually entering a value and observing the results but there are too many variables with this approach, I would like to be able to fine tune the gain and these graphs would greatly help.
Disclaimer: I started with Pi-hole & WG on another Raspi and understand the docker basics but there is still much to learn so I may be trying something that isn’t doable with my current setup.
I installed the graphs1090 but can’t get the webpage(s) to load, I did add Port 8542 to the Stack, but still no luck. One thing I noticed after installation is it said the web page can be reached at 192.168.50.201, but the pi is assigned a static IP at .20, not 201. I even tried .201 to no avail.
I see the mikenye docker is also a popular choice and I can start over with that if it’s required, I was just hoping I could access the graphs with the current setup.
Thanks for any assistance that can be provided.
This might help:
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I’ll check it out, thanks.
That’s a fork of sdr-enthusiasts and just there if i contribute something to their stuff.
So it’s not quite the correct link.
@hpjohns2
The best guide is probably the gitbook: https://sdr-enthusiasts.gitbook.io/ads-b/
mikenye / piaware is probably the same as sdr-enthusiasts / piaware … and if it’s not that just means it will be outdated.
Apologies for the bad steer.
close enough
The readme compose yml points at the sdr-enthusiast releases anyway.
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Thank you for this. I’ll admit, I was on a bit of a learning curve with it all. I didn’t know you could run multiple containers on a single .yml file. I was trying to edit the env/port/tmfps variables within the ultrafeeder parameters (without success) and finally added the pi-aware at the very end of the file and it fired right up. I did have to disable my current sdr-enthusiasts container before it all worked as expected but it’s up and running.
Is it my imagination or is the solid line to indicate maximum range a new thing? I don’t remember seeing it before.
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I have the peak range straight blue line topper in my Range graph and I am using the 1090 graphs software that I installed more than a year and a half ago.
Thanks. I put my lack of observation down to old age 
/edit
I know why - It’s because it normally looks like this with the line at the top.
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Some dongles have have a pre-amp / LNA on the RF input. The Gain Graph does not take that into account.
The Gain shown is the Amp in the “front end” chip (usually R820T, R820T2 or R860)
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One-time highest peak, I think.
243 Miles? Sweet!
