Source strings

2,023 Strings 100%
Browse Translate
52,803 Words 100%
300,567 Characters 100%
This translation is being used as source strings within this component.

Strings status

Strings Words Characters
2,023 52,803 300,567
All strings Browse Translate Zen
2,023 52,803 300,567
Read-only strings Browse Translate Zen
694 16,585 100,423
Strings with any failing checks Browse Translate Zen
9 193 1,051
Translated strings with dismissed checks Browse Translate Zen
1 93 525
Failing check: Unpluralised Browse Translate Zen
50 1,966 10,693
Failing check: Ellipsis Browse Translate Zen
578 10,820 67,829
Failing check: Multiple failing checks Browse Translate Zen
104 4,863 28,793
Failing check: Long untranslated Browse Translate Zen
9 417 2,209
Strings with comments Browse Translate Zen

Other components

Component Translated Unfinished Unfinished words Unfinished characters Untranslated Checks Suggestions Comments
Qt GUI Application MIT 0 0 0 0 118 0 4
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Overview

Project website sonic-pi.net
Instructions for translators

https://github.com/samaaron/sonic-pi/blob/main/TRANSLATION.md
Project maintainers User avatar hzulla User avatar samaaron
Translation license MIT License
Translation process
  • Translations can be made directly.
  • Translation suggestions can be made.
  • Any authenticated user can contribute.
  • The translation uses bilingual files.
Source code repository https://github.com/sonic-pi-net/sonic-pi.git
Repository branch translations
Last remote commit Translated using Weblate (Chinese (Simplified)) fdbdef150
User avatar gezhanling authored 6 months ago
Last commit in Weblate Translated using Weblate (Japanese) fabad85ed
User avatar kenryuS authored 2 weeks ago
Weblate repository https://hosted.weblate.org/git/sonic-pi/tutorial/
File mask etc/doc/lang/sonic-pi-tutorial-*.po
Translation file Not available
Last change None
Last author None
3 weeks ago

String statistics

Strings percent Hosted strings Words percent Hosted words Characters percent Hosted characters
Total 2,023 52,803 300,567
Translated 100% 2,023 100% 52,803 100% 300,567
Needs editing 0% 0 0% 0 0% 0
Read-only 100% 2,023 100% 52,803 100% 300,567
Failing checks 34% 694 31% 16,585 33% 100,423
Strings with suggestions 0% 0 0% 0 0% 0
Untranslated strings 0% 0 0% 0 0% 0
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52,803
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2,023
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User avatar aiko

Comment added

  1. Sonic Pi
  2. Tutorial
  3. English

...you can't switch to stereo without stopping and starting the stream.

a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
99 Conclusions
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
Remember to prepend a colon `:` to the name of your function when you define it. Function names should also start with a lower case letter, so use `:foo` rather than `:Foo`.
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
This is just a very basic taster of what's possible when you use filters to modify and change a source sound. Try playing with Sonic Pi's many built-in FX to see what fun sounds you can design. If your sound feels too static, remember you can start modulating the options to create some movement.
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
Let's combine all these techniques to see if we can use additive synthesis to re-create a basic bell sound. I've broken this example into four sections. Firstly we have the 'hit' section which is the initial onset part of the bell sound - so uses a short envelope (e.g. a `release:` of around `0.1`). Next we have the long ringing section in which I'm using the pure sound of the sine wave. Notice that I'm often increasing the note by roughly `12` and `24` which are the number of notes in one and two octaves. I have also thrown in a couple of low sine waves to give the sound some bass and depth. Finally, I used `define` to wrap my code in a function which I can then use to play a melody. Try playing your own melody and also messing around with the contents of the `:bell` function until you create your own fun sound to play with!
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
Let's take a look at a simple piece which combines these ideas. Copy it into an empty Sonic Pi buffer, hit play, listen to it for a while and then use it as a starting point for your own piece. See how much fun it is to manipulate the playback rate of samples. As an added exercise try recording your own sounds and play around with the rate to see what wild sounds you can make.
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
This allows us to take any sample and create new rhythmical possibilities which is a lot of fun. However, one thing to be careful about is to make sure that the tempo of the sample matches the current BPM in Sonic Pi otherwise the slicing will sound totally off. For example, try swapping `:loop_mika` with the `loop_amen` sample to hear how bad this can sound when the tempos don't align.
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
Way back in episode 3 of this Sonic Pi series we looked at how to loop, stretch and filter one of the most famous drum breaks of all time - the Amen Break. In this tutorial we're going to take this one step further and learn how to slice it up, shuffle the slices and glue it back together in a completely new order. If that sounds a bit wild to you, don't worry, it will all become clear and you'll soon master a powerful new tool for your live coded sets.
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
**Deprecation Warning** *Apologies but this article was written back when Minecraft Pi Edition was still part of Raspberry Pi OS and Sonic Pi had built-in support to control it with code. Unfortunately this is no longer the case and the minecraft specific code (`mc_*` functions) are no longer available in Sonic Pi. However, this article is left here as a memory of what was once possible.*
a year ago
User avatar None

Source string added

  1. Sonic Pi
  2. Tutorial
  3. English
Finally, here's a piece I composed using the ideas in this tutorial. Copy it into an empty buffer, listen for a while and then start live coding your own changes. See what wild sounds you can make with it! See you next time...
a year ago
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