Difference between revisions of "How to setup Virtual Radar Server and pingStation for offline use"
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#Click the '''X''' to exit the Edit screen | #Click the '''X''' to exit the Edit screen | ||
#Scroll to the top of the ''Options'' page and click '''Save''' | #Scroll to the top of the ''Options'' page and click '''Save''' | ||
| + | |||
| + | =Target your Local OSM Tile Server= | ||
| + | #First you'll need to have a local Open Street Maps Tile Server. You can follow my [[Creating How to Setup an Open Street Map Tile Server under Ubuntu 18.04 in a Proxmox Container|How To]] to make your own. I'm going to assume that it is locally available at http://map. | ||
| + | #log in to your Virtual Radar Server | ||
| + | ##Run ''su - virtradar'' | ||
| + | ##Run ''nano /home/virtradar/.local/share/VirtualRadar/TileServerSettings-Custom.json'' and fill in the file with | ||
| + | <nowiki> | ||
| + | [ | ||
| + | { | ||
| + | "MapProvider": "Leaflet", | ||
| + | "DisplayOrder": 1, | ||
| + | "Name": "Local OSM Tile Server", | ||
| + | "Url": "http://map/osm/{z}/{x}/{y}.png", | ||
| + | "Attribution": "http://map/", | ||
| + | "Subdomains": null, | ||
| + | "Version": null, | ||
| + | "MinZoom": null, | ||
| + | "MaxZoom": 19, | ||
| + | "ZoomOffset": null, | ||
| + | "MinNativeZoom": null, | ||
| + | "MaxNativeZoom": null, | ||
| + | "ZoomReverse": false, | ||
| + | "DetectRetina": false, | ||
| + | "ClassName": null, | ||
| + | "ExpandoOptions": [], | ||
| + | |||
| + | /* New settings from version 2.4.5 onwards: */ | ||
| + | "ErrorTileUrl": null, | ||
| + | "IsTms": false, | ||
| + | "IsLayer": false, | ||
| + | "DefaultBrightness": 70, | ||
| + | "DefaultOpacity": 100 | ||
| + | } | ||
| + | ]</nowiki> | ||
| + | ##exit | ||
| + | ##Run ''sudo systemctl restart virtualradar'' | ||
| + | #Visit ''http://MYSERVER:8080/VirtualRadar/WebAdmin/Settings.html'' and login as ''admin/PASSWORD'' | ||
| + | ##Click '''Options''' on the left | ||
| + | ##Under '''Map Providers''' click the '''Map provider:''' drop down menu and select "* Local OSM Tile Server" | ||
| + | ##Hit the '''Save''' button at the top | ||
=Setup Debian 9 to start VirtualRadar on Boot= | =Setup Debian 9 to start VirtualRadar on Boot= | ||
Revision as of 08:17, 4 July 2019
Virtual Radar Server allows you to host your own, web based, ADS-B plotter. It will provide a webpage showing the location of, and information on, aircraft that are transmitting ADS-B messages. These messages, of course, have to be received. Luckily this can be accomplished cheaply and easily. Check out some of the following links.
- https://www.adsbreceiver.net/
- https://pimylifeup.com/raspberry-pi-ads-b-receiver/
- https://swling.com/blog/2017/03/making-a-flightaware-ads-b-feeder-with-a-raspberry-pi-3-and-rtl-sdr-dongle/
- https://uavionix.com/products/pingstation/
In my case I needed to be able to run the entire thing offline and had access to a pretty expensive uAvionix pingStation. So in this article, we'll be using Virtual Radar Server, a pingStation, a Debian 9 server, and a local Open Street Map tile server.
Contents
Prereqs
- Log in to your Debian 9 server as a user capable of running the "sudo" command
- Run "sudo adduser virtradar"
- Run "sudo apt update"
- Run "sudo apt upgrade"
- Run "sudo apt install apache2 mono-complete"
- Note: If you're setting this up on an LXC container you'll get an error with avahi-daemon and libnss-mdns:amd64. This is OK. For our uses, this won't cause any problems.
Setup Apache2 HTML Forwards
The following actions will allow your users to visit http://MYSERVER and http://MYSERVER/admin to visit the main site and the admin site (respectivley).
- Run "sudo rm /var/www/html/index.html"
- Run "sudo nano /var/www/html/index.html" and enter the following
<head>
<meta http-equiv="refresh" content="0; url=http://MYSERVER:8080/VirtualRadar" />
</head>
- Run "sudo mkdir /var/www/html/admin"
- Run "sudo nano /var/www/html/admin/index.html" and enter the following
<head>
<meta http-equiv="refresh" content="0; url=http://MYSERVER:8080/VirtualRadar/WebAdmin" />
</head>
Setup pingStation
These steps are specific to the uAvionix pingStation. Other ADS-B receivers will setup slightly differently.
- visit http://pingstation-abcd (where abcd are the last 4 digits of your pingStation's MAC Address
- set Output Formats: to TCP Compressed VR
- set TCP Push IP Address or Hostname: to MYSERVER
- set TCP Port: to 30003
- click Update
Install Virtual Radar Server
- Run "su virtradar"
- Run "cd ~"
- Run "mkdir VirtualRadar"
- Run "cd VirtualRadar"
- Run "wget http://www.virtualradarserver.co.uk/Files/Preview/V3/VirtualRadar.tar.gz"
- Run "tar -xvzf VirtualRadar.tar.gz"
- Run "rm VirtualRadar.tar.gz"
- Run "wget http://www.virtualradarserver.co.uk/Files/Preview/V3/VirtualRadar.WebAdminPlugin.tar.gz"
- Run "tar -xvzf VirtualRadar.WebAdminPlugin.tar.gz"
- Run "rm VirtualRadar.WebAdminPlugin.tar.gz"
- Run "mono /home/virtradar/VirtualRadar/VirtualRadar.exe -nogui -createAdmin:admin -password:PASSWORD"
- for subsequent runs use "mono VirtualRadar.exe -nogui"
Configure Virtual Radar Server
- Visit http://MYSERVER:8080/VirtualRadar/WebAdmin/Settings.html and login as admin/PASSWORD
- Click Receivers
- Click the green Edit icon for Receiver
- Change Name: to pingStation
- Change Format: to Compressed VRS
- Change Connection type: to Network
- Check Push receiver
- Set Port: to 30003
- Click the X to exit the Edit screen
- Scroll to the top of the Options page and click Save
Target your Local OSM Tile Server
- First you'll need to have a local Open Street Maps Tile Server. You can follow my How To to make your own. I'm going to assume that it is locally available at http://map.
- log in to your Virtual Radar Server
- Run su - virtradar
- Run nano /home/virtradar/.local/share/VirtualRadar/TileServerSettings-Custom.json and fill in the file with
[
{
"MapProvider": "Leaflet",
"DisplayOrder": 1,
"Name": "Local OSM Tile Server",
"Url": "http://map/osm/{z}/{x}/{y}.png",
"Attribution": "http://map/",
"Subdomains": null,
"Version": null,
"MinZoom": null,
"MaxZoom": 19,
"ZoomOffset": null,
"MinNativeZoom": null,
"MaxNativeZoom": null,
"ZoomReverse": false,
"DetectRetina": false,
"ClassName": null,
"ExpandoOptions": [],
/* New settings from version 2.4.5 onwards: */
"ErrorTileUrl": null,
"IsTms": false,
"IsLayer": false,
"DefaultBrightness": 70,
"DefaultOpacity": 100
}
]
- exit
- Run sudo systemctl restart virtualradar
- Visit http://MYSERVER:8080/VirtualRadar/WebAdmin/Settings.html and login as admin/PASSWORD
- Click Options on the left
- Under Map Providers click the Map provider: drop down menu and select "* Local OSM Tile Server"
- Hit the Save button at the top
Setup Debian 9 to start VirtualRadar on Boot
- Get back to your sudo user by running "exit"
- Run "sudo nano /etc/systemd/system/virtualradar.service" and fill with
Description=Virtual Radar Server ADS-B Plotter Wants=network.target After=syslog.target network-online.target [Service] Type=simple ExecStart=/usr/bin/mono /home/virtradar/VirtualRadar/VirtualRadar.exe -nogui Restart=on-failure RestartSec=10 KillMode=process User=virtradar Group=virtradar [Install] WantedBy=multi-user.target
- Run "sudo systemctl daemon-reload"
- Run "sudo systemctl enable virtualradar"
- Run "sudo systemctl start virtualradar"
- Run "sudo systemctl status virtualradar" to check status