Hi there,
I would like to present you my MagicMirror2
Here is my frameless mirror project. I like this style a lot.
Here you can see the difference between the 12 % and 20 % mirror.
The room has big windows.
12%:
20%
frame:
Here is my latest project. I have integrated the PIR sensor in my the glass π
ok so lets go step by step:
cd ~/MagicMirror/modules/
now we will remove the PIR folder:
rm -rf MMM-PIR-Sensor
and from here, weβre going to reinstall the MMM-PIR-Sensor modul:
git clone https://github.com/paviro/MMM-PIR-Sensor.git
cd MMM-PIR-Sensor
run the following cmd here:
npm install
and wait, this can take a few minutes.
Now youβll have to add pi to gpio
sudo useradd -g pi gpio
and reboot your Raspi:
sudo reboot
Youβll have to connect your PIR Sensor the right way with your Raspi.
Iβve connected my PIR Sensor on the following Pins:
Iβve got a Pi2 and use Pin 2 for power, Pin 6 for Ground and Pin 15 for Data.
β correctin grn pin
and dont forget to add the config :-)
https://forum.magicmirror.builders/topic/117/bangee-s-mirror/16
This one is also built with a 24" Monitor and a 12 %, 4mm Mirror.
I would recommend this one.
Here is my MMM-DHT22 Module.
Temperature and Humidity monitoring Module for MagicMirror2 that works for DHT22 and AM2302 sensors.
https://github.com/Bangee44/MMM-DHT22/
Itβs analog to @pskβs Module: https://forum.magicmirror.builders/topic/726/mmm-temperature-humidity-module-dht11-dht22-and-am2302-sensors
But I donβt want to run MagicMirror as Root with sudo.
Bangee
Hey there beginners like me :-)
I would like to show you, where and how to find errors while installing, using or developing MagicMirror 2.
What we need:
MagicMirror2 from github -> https://github.com/MichMich/MagicMirror installed on a Raspberry Pi.
Try to use the automatic install as described in the Readme.md.
A really good tool to see whats going on behind your MM2 is Firebug -> http://getfirebug.com/
If you run you MM2 as node serveronly
you will have a lot of informations.
Connect to your Raspberry using Putty -> http://www.putty.org/
Username: pi
Password: raspberry
node serveronly
http://192.168.0.150:8080
(replace your Raspyβs IP adresse)F12
to start FirebugIf you are using PM2 you will get informations running these command:
pm2 info mm
(replace mm whit your App Name)
Output:
pi@raspberrypi:~ $ pm2 info mm
Describing process with id 0 - name mm
βββββββββββββββββββββ¬ββββββββββββββββββββββββββββββββββββ
β status β online β
β name β mm β
β restarts β 5 β
β uptime β 3h β
β script path β /home/pi/mm.sh β
β script args β N/A β
β error log path β /home/pi/.pm2/logs/mm-error-0.log β
β out log path β /home/pi/.pm2/logs/mm-out-0.log β
β pid path β /home/pi/.pm2/pids/mm-0.pid β
β interpreter β bash β
β interpreter args β N/A β
β script id β 0 β
β exec cwd β /home/pi β
β exec mode β fork_mode β
β node.js version β N/A β
β watch & reload β β β
β unstable restarts β 0 β
β created at β 2016-05-13T08:30:59.308Z β
βββββββββββββββββββββ΄ββββββββββββββββββββββββββββββββββββ
Add your own code metrics: http://bit.ly/code-metrics
Use `pm2 logs mm (--lines 1000)` to display logs
Use `pm2 monit` to monitor CPU and Memory usage mm
Here youβll find again a lot of informations where to find your error_log or your out_log.
If you create a console.log("something");
debug message or output youβll be able to see this info using the following command:
tail -f /home/pi/.pm2/logs/mm-out-0.log
(replace the path with your paht to log or error file)
This will be continuedβ¦
so long Bangeeβ¦
Iβve tried to use PIN 26. In my electron errorlog, there was this msg:
[Error: digitalRead: IsInt32(arguments['pin']) === false]
So I went back to PIN 22 and now my mirror starts again. :-)
EDIT:
New idea -> Try without β ';
{
module: 'MMM-PIR-Sensorβ,
config: {
sensorPIN: 2 ,
}
}
Ok, thatβs a nice modul :-)
Iβve insert an restart function for the MM app and the ability to turn you monitor on and off:
insert in node_helper.js at line 54:
if (query.action === 'RESTART')
{
res.send({'status': 'success'});
exec('pm2 restart mm', function(error, stdout, stderr){ callback(stdout); });
return;
}
if (query.action === 'MONITORON')
{
res.send({'status': 'success'});
exec('/opt/vc/bin/tvservice -p', function(error, stdout, stderr){ callback(stdout); });
return;
}
if (query.action === 'MONITOROFF')
{
res.send({'status': 'success'});
exec('/opt/vc/bin/tvservice -o', function(error, stdout, stderr){ callback(stdout); });
return;
}
in remote.js on line 131:
'restart-mm-button': function () {
Remote.getWithStatus("action=RESTART");
},
'monitor-on-button': function () {
Remote.getWithStatus("action=MONITORON");
},
'monitor-off-button': function () {
Remote.getWithStatus("action=MONITOROFF");
}
in remote.html on line 40:
<!-- MagicMirror menu -->
<div id="restart-mm-button" class="menu-button power-menu">
<span class="fa fa-recycle" aria-hidden="true"></span>
<span class="text">%%TRANSLATE:RESTARTMM%%</span>
</div>
<div id="monitor-on-button" class="menu-button power-menu">
<span class="fa fa-toggle-on" aria-hidden="true"></span>
<span class="text">%%TRANSLATE:MONITORON%%</span>
</div>
<div id="monitor-off-button" class="menu-button power-menu">
<span class="fa fa-toggle-off" aria-hidden="true"></span>
<span class="text">%%TRANSLATE:MONITOROFF%%</span>
</div>
and the translations/en.json and de.json on line 8 ff:
"RESTARTMM": "Restart MagicMirror2",
"MONITORON": "Turn monitor ON",
"MONITOROFF": "Turn monitor OFF",
"RESTARTMM": "Starte MagicMirror2 neu",
"MONITORON": "Bildschirm einschalten",
"MONITOROFF": "Bildschirm ausschalten",
I think thats it.
The evil this is a must for my mirror⦠so thats next. I think we can do this like the IFTTT module does it.
Install modules remotly will be the next big thing⦠:-)