ultrasonics | Sync music playlists between all your music services | Generator Utils library
kandi X-RAY | ultrasonics Summary
kandi X-RAY | ultrasonics Summary
ultrasonics is a tool designed to help you take control of your music library and music playlists. Gone are the days of having your playlists scattered across three different services, or being limited to using one service because you don't have the time to manually curate multiple copies of the same playlist. ultrasonics uses plugins to interact with your favourite services. This means that functionality can be added by simply installing a new plugin. Each plugin may provide compatibility with a service, e.g. the official Spotify plugin links up to... well, Spotify of course. Other plugins provide additional functionality, such as merging playlists from more than one source. The overview of all included plugins can be found at [documentation incomplete].
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Top functions reviewed by kandi - BETA
- Run the plugin
- Returns a list of song s songs
- Check if a song exists
- Update the songs in the database
- Gather all registered plugins
- Return the installed plugins
- Create a new plugin database entry
- Run applet
- Run a plugin
- Record last run
- Schedules the applet thread
- Get the current trigger polling poll
- Render settings
- Update the settings database
- Return HTML for applet plans
- Check if a new install is available
- Configure a plugin
- Load database settings
- Connect to database
- Generate a new applet
- Run a plugin
- Run all registered plugins
- Build settings for a plugin
- Start the scheduler
- Gather all applets
- Delete an applet
ultrasonics Key Features
ultrasonics Examples and Code Snippets
version: "3.7"
services:
ultrasonics:
image: xdgfx/ultrasonics
container_name: ultrasonics
restart: unless-stopped
ports:
- 5000:5000
volumes:
- /path/to/config:/config
- /path/to/plugins:/plugins # Used for
Community Discussions
Trending Discussions on ultrasonics
QUESTION
I am new to pybricks and have found very little documentation to help answer my own query. I have written what I thought would be a simple program to spin my robot on the spot until the UltrasonicSensor sees something. It will then push forwards. If it is pushed backwards and sees a black line, it should try and swing out of the way.
The following code "works", but it's response to the Ultrasonic and Light sensors is significantly delayed:
...ANSWER
Answered 2021-Jan-13 at 09:01ev3.speaker.say(text)
synthesizes speech as it goes. This is fun, but it is very slow. This is especially noticeable in a control loop like yours.
I'd recommend using ev3.speaker.beep()
instead. You could even select the frequency based on the reflection value so you can "hear" what the sensor "sees".
Community Discussions, Code Snippets contain sources that include Stack Exchange Network
Vulnerabilities
No vulnerabilities reported
Install ultrasonics
Download and run ultrasonics directly.
Pull and run the official docker image.
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