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![MULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDY
MULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDY
root@sarah:~ $ cat .con g/mopidy/mopidy.conf
[mpd]
hostname = 0.0.0.0
[http]
hostname = 0.0.0.0
[audio]
output = audioresample ! audioconvert ! audio/x-raw,rate=48000,channels=2,format=S16LE ! wavenc ! lesink location=/tmp/snap fo
[spotify]
username = user
password = pass
[scrobbler]
username = User
password = pass
[soundcloud]
auth_token = t0k3n
[local]
media_dir = /opt/media](https://image.slidesharecdn.com/diy-smart-home-codetalks-2017-170928134837/85/Diy-smart-home-codetalks-2017-56-320.jpg)
![MEASURE TEMPERATURE & HUMIDITYMEASURE TEMPERATURE & HUMIDITYMEASURE TEMPERATURE & HUMIDITYMEASURE TEMPERATURE & HUMIDITYMEASURE TEMPERATURE & HUMIDITYMEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITY
MEASURE TEMPERATURE & HUMIDITYMEASURE TEMPERATURE & HUMIDITY
pi@sarah:/opt $ cat getHumidity.sh
#!/bin/bash
echo $( /opt/lol_dht22/loldht 7 | awk '{split($0,a,","); printf "sarah.livingroom.humidity " a[1] " " }'; echo $(date +%s) )
> /tmp/humidity && cat /tmp/humidity | nc -w 1 10.10.0.1 2003
pi@sarah:/opt $ cat /etc/cron.d/sensorMetrics
* * * * * root /opt/getHumidity.sh && /opt/getTemp.sh](https://image.slidesharecdn.com/diy-smart-home-codetalks-2017-170928134837/85/Diy-smart-home-codetalks-2017-66-320.jpg)
Uploaded byNiklas Grebe
Diy smart-home-codetalks-2017
This document discusses setting up a DIY home automation system using inexpensive and open source hardware and software. Some key points mentioned include using a Raspberry Pi as the central controller, installing remote control sockets and light bulbs that can be controlled over WiFi or Bluetooth, and programming the system using tools like Pilight to control devices and automate functions in the home. Cost estimates are provided for various components needed to build the system.
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- 56. MULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDY MULTI ROOM AUDIO MOPIDYMULTI ROOM AUDIO MOPIDY root@sarah:~ $ cat .con g/mopidy/mopidy.conf [mpd] hostname = 0.0.0.0 [http] hostname = 0.0.0.0 [audio] output = audioresample ! audioconvert ! audio/x-raw,rate=48000,channels=2,format=S16LE ! wavenc ! lesink location=/tmp/snapfo [spotify] username = user password = pass [scrobbler] username = User password = pass [soundcloud] auth_token = t0k3n [local] media_dir = /opt/media
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