Differences

This shows you the differences between two versions of the page.

--- audio:software:animo [2025/08/28 12:07] – admin
+++ audio:software:animo [2025/08/28 13:20] (current) – removed admin
@@ Line 1: / Line 1: @@
-====== Animo (abandoned) ======
-**Animo** is a set of open-source music oriented software I developed.
-  * [[https://gitlab.com/gibbonjoyeux/rino/-/tree/dev|Rino]] - Live coding
-  * [[https://gitlab.com/gibbonjoyeux/chamo|Chamo]] - Sound design + music software
-  * [[https://gitlab.com/gibbonjoyeux/blairo|Blairo]] - Supercollider node based gui
-===== Rino =====
-Rino is a live coding program based on the Lua programming language.
-It is meant to be used with other music software via the OSC protocol (Supercollider, VCV Rack, etc.).
-<code lua>
--- Set the BPM by changing the BPM global variable
-BPM = 60
--- Create a loop called "kick"
-function	loop_kick()
-	-- Send a play command to Supercollider
-	scplay("kick")
-	-- Wait for 1 beat
-	wait(1)
-end
-function	loop_lead()
-	local	freq
-	local	dur
-	-- Define a pitch sequence
-	freq = pseq({220, 330, 440})
-	-- Define a time sequence (in beats)
-	dur = rand({0.125, 0.25, 0.5})
-	-- Send a play command to Supercollider with parameters
-	scplay("sine", {
-		"freq", freq,
-		"amp", 0.5
-	})
-	-- Wait for a certain period of time
-	wait(dur)
-end
-</code>
-===== Chamo =====
-**Chamo** changed a lot. It started as a complete node based music software where users were able to code their own nodes based on a tracker with patterns and a timeline.
-It's "final" version is quite different and way simpler.
-It is a framework that allows to create sound like you would create an image.
-In **Chamo**, you literally draw sound.
-It is highly inspired by [[https://processing.org|Processing]] and [[https://p5js.org|p5.js]].
-It can either open your **Chamo** program and visualise it (it could even be interactive with your mouse cursor) or process it at full speed to generate a **.wav** file.
-Even if it is kind of abandoned, **Chamo** is important to me cause it was my gateway to sound / music software development and I basically learnt everything with it.
-**Chamo** can also receive OSC events for interactive programs.
-  * [[https://gitlab.com/gibbonjoyeux/chamo|Gitlab repository]]
-  * [[https://gitlab.com/gibbonjoyeux/chamo/-/blob/master/API.md|List of available functions]]
-  * [[https://gitlab.com/gibbonjoyeux/chamo/-/tree/master/doc|Code examples]]
-{{:chamo-1.png}}
-{{:chamo-2.png}}
-{{:chamo-3.png}}
-<code lua>
--- init() is called once at the beginning
-function		init()
-	-- Define samplerate and format
-	samplerate(44100)
-	format("centered", 100)
-	-- Initialise variable
-	i = 0
-end
--- update() is called repetitively
-function		update()
-	-- Define a set of notes
-	local		notes = {523.25, 659.25, 783.99}
-	-- Save the file once 10s has passed
-	if time() >= 10 then
-		save("audio.wav")
-	end
-	-- Draw a point and rotate its position depending on time and note (in hertz)
-	rotate(time() * notes[1])
-	point(50, 0, 1)
-end
-</code>
-===== Blairo =====
-**Blairo** is a web browser node based graphical user interface for [[https://supercollider.github.io|Supercollider]].
-It was meant to allow to build Supercollider patches using simple nodes.
-It is not finished and not a 100% usable but it helped me get a better understanding of how Supercollider works.
-It basically compiles the node patch you build on your web browser into a scynth and send it to Supercollider.
-It helped me understand how **ugens** and **scynth** really work as I had to compile user patch into **.scsynthdef** binary format.
-  * [[https://gitlab.com/gibbonjoyeux/blairo/-/tree/dev|Gitlab repository]]
-{{:blairo-1.png?400}}