Difference between revisions of "Vlc-sync"
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== Customizing == | == Customizing == | ||
− | Both the <code>conductor.img</code> and the <code>follower.img</code> <code>vlc-sync</code> images make it easy to change the settings and the video that should be playing. In the Pi that is running the newly flashed image, insert a thumb drive (USB stick) containing a <code>config.conf</code> and a <code>.mp4</code> file. The configuration file should be edited to match your intentions. A <code>config.conf</code> file *must* look like | + | Both the <code>conductor.img</code> and the <code>follower.img</code> <code>vlc-sync</code> images make it easy to change the settings and the video that should be playing. In the Pi that is running the newly flashed image, insert a thumb drive (USB stick) containing a <code>config.conf</code> and a <code>.mp4</code> file. The configuration file should be edited to match your intentions. A <code>config.conf</code> file *must* look like the following: |
+ | File contents of: <code>config.conf</code> | ||
<pre style="display: inline-block;"> | <pre style="display: inline-block;"> | ||
[video] | [video] |
Revision as of 09:47, 27 August 2024
vlc-sync
is a modern adaptation of OMXPlayer-Sync, using VLC as a replacement for the deprecated OMXPlayer. This implementation facilitates the synchronization of multiple VLC players across a network, following a conductor/follower model. You are also able to use a single conductor or follower for a simple video loop.
In simple terms, this tool makes it possible synchronize videos playing on different computers (usually Raspberry Pi's) using a program called VLC. The conductor
computer sends signals to the follower
computers, telling them when to start or loop a video so that they all stay perfectly in sync. This guide exists to replace the outdated Making a video installation with Raspberry Pi tutorial on our wiki.
Getting started
You can use vlc-sync
downloading our ready-to-use Raspberry Pi images from our website. If you want to synchronize videos between two Pi's, make sure to download both the conductor and follower images. For a simple video loop you can download either.
Download conductor.img
(3.14GB)
Download follower.img
(3.14GB)
Flashing the image
To use the downloaded image, you need to 'flash' it to the micro SD card the Pi uses. The easiest way to do this is with a program called Balena Etcher. Once you've downloaded Etcher, you can insert the micro SD card in your computer and use Etcher to flash the contents of the downloaded image (either conductor.img
or follower.img
to the micro SD card.
Customizing
Both the conductor.img
and the follower.img
vlc-sync
images make it easy to change the settings and the video that should be playing. In the Pi that is running the newly flashed image, insert a thumb drive (USB stick) containing a config.conf
and a .mp4
file. The configuration file should be edited to match your intentions. A config.conf
file *must* look like the following:
File contents of: config.conf
[video] file_name = synctest.mp4 [audio] output = hdmi [options] verbose = True conductor = True destination = 172.24.1.255
file_name
should be set to match the filename of the .mp4 file on the thumb drive.
output
can be set to hdmi
or analog
to use 3.5mm jack as an output device
conductor
can be set to True
or False
to switch between conductor
and follower
mode.
destination
can be set to a random IP address to