MMM-FlightTracker - Real time plane tracker using ADS-B systems

[tbouron]

@ytmytm Cool, glad it works fine! I actually just realised that my last commit is not quite right regarding the connection retry if the TCP stream is closed. I’ll fix that for the merge in master.

Regarding the dependency issue, you are right, I missed the librtlsdr-dev dependency in the prerequisites list, I’ll add that (FYI, this is needed only for the rtlsdr mode). And I think you had to rebuild the module because it was missing when you executed npm i (It is certainly not something I had to do on my Pi)

I’ll clean this up and push to master, probably tomorrow though.

Finally, I’m also working on a new UI with better UX (I think), I’ll post screenshots when I can.

[ytmytm]

@tbouron said in MMM-FlightTracker - Real time plane tracker using ADS-B systems:

And I think you had to rebuild the module because it was missing when you executed npm i (It is certainly not something I had to do on my Pi)

That’s correct. I cleared everything and tried again. The rebuild step is not necessary because the module is actually built during npm install step.

[tbouron]

@ytmytm Thanks for confirming this. I’ll take that into account when I’ll update the README.md

[tbouron]

That’s what I’m currently working on, a better layout to display the plane where:

• airline name can be toggled from the config
• aircraft type (if recognised) can be toggled from the config
• metadata can be toggled from the config

Also, the icon beside the altitude reflects the current vertical rate (stays horizontal if vertical rate is 0 or not defined)

[tbouron]

Hi there.

I just release v1.1.0 of the module. See the README.md for the new configuration + how it looks like.

To update, simply do a git checkout master && git fetch origin && git pull origin master && npm i

[tbouron]

Hi again.

I just release v1.2.0 of the module which adds support for the distance and heading` from your current coordinates to the planes displayed. See the README.md for the new configuration + how it looks like.

To update, simply do a git checkout master && git fetch origin && git pull origin master

[sonicgoose]

Any chance this can have the option of reading a dump1090 feed over a local network? I have three RPi’s feeding FlightAware, FlightRadar24, PlaneFinder, RadarBox24 and OpenSky Explorer plus an instance of Virtual Radar Server on a PC I have, which in turn is feeding BaseStation on the same PC. I have another RPi running a custom python script to capture the closest aircraft and display its details on a 7" screen. But I’d love to be able to do this with my two MagicMirrors, neither of which is in a position where an antenna can be connected.

[tbouron]

Hi @sonicgoose.

It’s already available since v1.1.0. Check out the “setup” section of the README.md, it explains how to set it up.

[sonicgoose]

@tbouron said in MMM-FlightTracker - Real time plane tracker using ADS-B systems:

Hi @sonicgoose.

It’s already available since v1.1.0. Check out the “setup” section of the README.md, it explains how to set it up.

Wow. How did I miss that?! I’ve been following this module’s progress but clearly not close enough. Now I want to go home and try it! (Stupid work prevents me, though.) Thanks!

[tbouron]

@sonicgoose said in MMM-FlightTracker - Real time plane tracker using ADS-B systems:

@tbouron said in MMM-FlightTracker - Real time plane tracker using ADS-B systems:

Hi @sonicgoose.

It’s already available since v1.1.0. Check out the “setup” section of the README.md, it explains how to set it up.

Wow. How did I miss that?! I’ve been following this module’s progress but clearly not close enough. Now I want to go home and try it! (Stupid work prevents me, though.) Thanks!

Ahah no problem. To be fair, I released this version only 7 days ago :)

Glad you get excited about it! Although, the module might not work as good as expected for you, given the volume of planes you track. You see, my module handles huge volume by… not handling it 😅 There is currently no limit in place in the number of planes returned by the socket or displayed on the mirror.

This is mainly due to my lack of good antenna (hence not a lot of planes to display) But I would be curious to hear how you think this should be done, especially how the filtering and ordering should be performed?

Let me know what you think @sonicgoose :)