ModularSynth.io: Difference between revisions

From Computer Laboratory Group Design Projects
Jump to navigationJump to search
(Created page with "Client: (name to be confirmed), IMC Sophisticated digital music composition tools like the Sonic Pi language rely on an internal architecture of samples, waveforms and filter...")
 
No edit summary
 
(One intermediate revision by the same user not shown)
Line 1: Line 1:
Client: (name to be confirmed), IMC
Client: George Welch, [[IMC]] <george.welch@imc.com>


Sophisticated digital music composition tools like the Sonic Pi language rely on an internal architecture of samples, waveforms and filters. In the popular SuperCollider system, a new synthesiser is defined by software-wiring together these "UGens”. Your task is to create a SuperCollider client that looks like a retro-style modular synthesiser or guitar pedal board, where connecting literal wires between pictures of hardware modules on the screen will construct an exact digital equivalent within the SuperCollider server. A live audio input would give you a universal guitar pedal, sample mixing makes you a DJ/producer, or if bleeps and whooshes are your thing, you can impress your Grandpa by channelling Brian Eno in the glory days of Roxy Music.
Sophisticated digital music composition tools like the Sonic Pi language rely on an internal architecture of samples, waveforms and filters. In the popular SuperCollider system, a new synthesiser is defined by software-wiring together these "UGens”. Your task is to create a SuperCollider client that looks like a retro-style modular synthesiser or guitar pedal board, where connecting literal wires between pictures of hardware modules on the screen will construct an exact digital equivalent within the SuperCollider server. A live audio input would give you a universal guitar pedal, sample mixing makes you a DJ/producer, or if bleeps and whooshes are your thing, you can impress your Grandpa by channelling Brian Eno in the glory days of Roxy Music.

Latest revision as of 10:50, 29 September 2023

Client: George Welch, IMC <george.welch@imc.com>

Sophisticated digital music composition tools like the Sonic Pi language rely on an internal architecture of samples, waveforms and filters. In the popular SuperCollider system, a new synthesiser is defined by software-wiring together these "UGens”. Your task is to create a SuperCollider client that looks like a retro-style modular synthesiser or guitar pedal board, where connecting literal wires between pictures of hardware modules on the screen will construct an exact digital equivalent within the SuperCollider server. A live audio input would give you a universal guitar pedal, sample mixing makes you a DJ/producer, or if bleeps and whooshes are your thing, you can impress your Grandpa by channelling Brian Eno in the glory days of Roxy Music.