@ember1205 use aanother browser, for example “duckduckgo”

@zdenek You can use a VirtualMachine with a Linux-distribution to get access…or a Live-CD with Linux…or Putty to read the content from a Win/Mac…depends on your needs.

@brentmatthews
will you show us your dashboard when it is complete;-)?

@mezcalbomb
You can use virtualbox (you may find images/instructions in the internet) to get a running raspberry and additionally install MM2 there…

Without looking deeper in it, but https://pimylifeup.com/raspberry-pi-virtualbox/ may work.

@mitm
You can display the chart of your BirdNet-Pi as a picture with a MM-module, see https://forum.magicmirror.builders/topic/17955/birdnet-pi-chart-on-mm2?page=1

@lmhmm
Currently, I’m using an RPI4 with BirdNET-Pi outside in the garden and an RPI3b as MM2. Both are in the same WIFI-net. Best is to use the standard-installation of BirdNET-Pi and to use the recommended names.

1. install MMM-EasyPix at MM2
2. add MMM-EasyPix to your config.js with birdnet.png as the name of the picture
3. add the following code to a file called
   makedownloadbirdnet.py at the root-folder of MM2
   sudo nano makedownloadbirdnet.py

#!/usr/bin/python
# coding:utf-8
#
import os
import urllib.request
import datetime

current_date = datetime.date.today()

url = "http://birdnetpi.local/Charts/Combo-"  + str(current_date) + ".png"
nix = "/home/pi/MagicMirror/modules/keinbild.png"
out = "/home/pi/MagicMirror/modules/MMM-EasyPix/pix/birdnet.png"

# Prüfen, ob es bereits eine Datei out im Verzeichnis gibt
if os.path.exists(out):
#   alte Datei löschen
    os.remove(out)

# Herunterladen der Datei
try:
    urllib.request.urlretrieve(url, out)
except:
    os.system(f'cp "{nix}" "{out}"')

4. Create a small picture with a hint, that a chart is not available, name it keinbild.png and store it in the modules-folder at MM2.
5. Create a cronjob at MM2:

* * * * sudo python3 makedownloadbirdnet.py

@Hinge for me it runs perfect.

@bhepler 404 when I try the link

@bhepler 404 when I try the link

@cyberdie May be @bhepler can catch the pictures from BirdNET directly…

@cyberdie @bhepler
BirdNET-Pi itself offers pictures of the birds:-)

Hi @bhepler,
during installation for BirdNet-Pi at paragraph 25 you are asked to request a BirdweatherID to partizipate in a worldwide citizen sience. That was my idea…

@bhepler If possible, can you implement to be part of the BirdNet-project? The goal of BirdNet is to collect data for their research. It would be nice not only see what kind of birds are around but also support the citizem sience.

@bhepler I don’t really know who is there in the background, but if you look at the “about us” page at the smartphone-app, there is an email-address ending with “cornel”.
May be they are very busy because I use the PI-version since one week and the gui changed two times…
For me, it is enough to show the main-chart. BirdNet-Pi generates this chart as a png periodically. It may also be possible to change their used css to align the outcome more MM2-like, but I’m fine with it like it is.

Hi all,

just want to spread this interesting citizen science project to this community: https://github.com/mcguirepr89/BirdNET-Pi
Based on the sound birds make, they are identified and counted. I remember, some of you are fans of hummingbirds.

I installed it at an extra RPI4 and managed to display the main diagram at my RPI3-dashboard:

It is NOT a modul, just show a picture with Smartwebdisplay.

I asked a local kitchen-dealer for an old door of a kitchen cupboard with glass insert for my dashboard.
Nobody would identify it as an old door if they don’t know the former use.

@onkelbobby
Hi Ben, I assume you listed the modules several times at the same position in your config.js!?!?!?
I had the same effect when i used top_left for two instances of the module.
Now I changed the second to bottom_left and the symbols are at the same column. You should give it a try.

Greetings
Thomas

@aldisachen Hi aldisachen,
https://www.timeanddate.com/clocks/free.html offers a wide range of designs. You can modify analog and text-based clocks by your own. It can look like here:

Generate a clock, copy the html-code and create a html-file (for example uhrzeit.html) at the module-folder.
Example with 3 clocks:

<html lang="de">
<head>
<title>Uhrzeit</title>
</head>
<body bgcolor=#000000>
<font color=white>
<table>
<tr>
<td style="padding: 100px;">
<p style="font-size: 50px; color: white;">Bonn</p>
	<iframe src="https://free.timeanddate.com/clock/i8olx9pj/n83/szw500/szh500/hbw0/hfc000/cf100/hgr0/fav0/fiv0/mqcfff/mql15/mqw4/mqd94/mhcfff/mhl15/mhw4/mhd94/mmcfff/mms4/mml2/mmw1/hwm2/hhcbbb/hmcddd/hsceee" frameborder="0" width="500" height="500"></iframe>
</td>
<td style="padding: 100px;">
<p style="font-size: 50px; color: white;">Lima</p>
	<iframe src="https://free.timeanddate.com/clock/i8olx9pj/n131/szw500/szh500/hbw0/hfc000/cf100/hgr0/fav0/fiv0/mqcfff/mql15/mqw4/mqd94/mhcfff/mhl15/mhw4/mhd94/mmcfff/mms4/mml2/mmw1/hwm2/hhcbbb/hmcddd/hsceee" frameborder="0" width="500" height="500"></iframe>
</td>
<td style="padding: 100px;">
<p style="font-size: 50px; color: white;">Istanbul</p>
	<iframe src="https://free.timeanddate.com/clock/i8olx9pj/n107/szw500/szh500/hbw0/hfc000/cf100/hgr0/fav0/fiv0/mqcfff/mql15/mqw4/mqd94/mhcfff/mhl15/mhw4/mhd94/mmcfff/mms4/mml2/mmw1/hwm2/hhcbbb/hmcddd/hsceee" frameborder="0" width="500" height="500"></iframe>
</td>
</tr>
</table>
</body>
</html>

Replace the part beginning with “iframe” with your code and of course the names of the cities.
In the config.js, use MMM-SmartWebDisplay to display the clocks, write as url: [“/modules/uhrzeit.html”].
May be, this can satisfy your needs.

@kpl4184 …or use the app Raspcontroller to manage your PI.