A Move display that helps you play
Build a small performance interface around one audible decision. RNBO User Views make the Move screen available to a patch, but useful information begins with the hands.
4 MIN READ / PRACTICAL STUDY
A device is a starting point. These are ways to change its behaviour, find your sound and take the result into a performance.
Build a small performance interface around one audible decision. RNBO User Views make the Move screen available to a patch, but useful information begins with the hands.
4 MIN READ / PRACTICAL STUDY
Turn an exploratory Move session into playable material. The useful question is not how many modules can run, but which decisions deserve to become audio.
4 MIN READ / PRACTICAL STUDY
Build a compact palette that survives a change of project. Sample length, voice storage and track roles become musical decisions when the set has a clear shape.
4 MIN READ / PRACTICAL STUDY
Use the open application and its web preview to investigate a musical idea before building firmware. A small, reversible change teaches more than an unexamined collection of features.
4 MIN READ / PRACTICAL STUDY
Move beyond a patch that works while the editor is open. Build a predictable startup state, a playable set of variations and a recovery route for a Raspberry Pi instrument.
4 MIN READ / PRACTICAL STUDY
Separate calibration, pitch correction and musical intention. A short daily study can make slides and vibrato feel deliberate without flattening the character of an expressive controller.
4 MIN READ / PRACTICAL STUDY
Release stages and effect tails are part of the performance. Learn what happens when a finger leaves the surface, a voice is reused and a shared delay keeps speaking.
4 MIN READ / PRACTICAL STUDY
Separate the audio clock from the moving lights. A small look-ahead scheduler is the start of a playable sequencer, and its behaviour during edits matters as much as its steady beat.
4 MIN READ / PRACTICAL STUDY
Design a browser voice path with clear input, monitoring and recording states. The first effect to understand is the processing that may already be happening before your patch receives audio.
4 MIN READ / PRACTICAL STUDY
Build a visual set that distinguishes rhythm, texture and structure. With restrained mappings, Magic can reveal a performance’s shape without making every sound trigger the same movement.
4 MIN READ / PRACTICAL STUDY
Use Daisy Pod and plugdata as a practical route from a patch to a physical synthesizer. Keep the first build small enough that every control earns its place.
4 MIN READ / PRACTICAL STUDY
An exported engine is the beginning of a browser instrument. Build the loading, control and recovery experience around it so another musician can understand what is ready to play.
4 MIN READ / PRACTICAL STUDY
Ableton Move can become the body of a different instrument. RNBO Takeover and Schwung, formerly Move Everything, offer distinct routes; choose around the performance you want.
5 MIN READ / PRACTICAL STUDY
The M-VAVE FM-1 is a useful case study in extending affordable hardware: investigate the firmware, audition the idea, and make one musical change worth keeping.
5 MIN READ / PRACTICAL STUDY
A convincing standalone instrument begins with a clear role. Choose the audio path and physical controls before turning a small computer into a large unfinished project.
5 MIN READ / PRACTICAL STUDY
A web instrument earns trust through a clear signal path, honest connection states and a recording you can take away. The browser is a host; the performance still needs designing.
5 MIN READ / PRACTICAL STUDY
Use Magic Music Visuals to compose relationships between sound, gesture and image. A clear mapping can say more than a screen in constant motion.
5 MIN READ / PRACTICAL STUDY
Choose a hackable instrument by the work you want your hands to do. A board, an integrated kit and a modified finished device buy you different kinds of freedom.
5 MIN READ / PRACTICAL STUDY
MPE becomes musical when each gesture has a clear purpose. Start with one note, a small range and enough time to hear your hand.
5 MIN READ / PRACTICAL STUDY
Chaotic synthesis is most revealing in the territory between a stable note and noise. Give that territory a musical purpose before adding more motion.
5 MIN READ / PRACTICAL STUDY
The notes are only part of an expressive performance. Preserve the relationship between each note and its movement, then verify the result by listening.
5 MIN READ / PRACTICAL STUDY
MPE support is a connection feature. An expressive preset is an instrument design: its ranges, curves and shared effects must make sense under the fingers.
5 MIN READ / PRACTICAL STUDY
Pauline Oliveros offers a useful starting point for electronic music: attention is something you practise, before it becomes something you record.
5 MIN READ / PRACTICAL STUDY
Delia Derbyshire’s work suggests a productive constraint: begin with a modest source, then make the relationships precise.
5 MIN READ / PRACTICAL STUDY
Daphne Oram’s drawn-sound work invites a useful change of approach: imagine the behaviour of a sound before choosing its preset.
5 MIN READ / PRACTICAL STUDY
Alvin Lucier’s I am sitting in a room makes a process audible. What happens when a sound repeatedly meets the same conditions?
5 MIN READ / PRACTICAL STUDY
A delay can do more than fill an empty bar. Treat its entrance, persistence and disappearance as part of the performance.
5 MIN READ / PRACTICAL STUDY
The LYRA-8 is a useful reference for an instrument that asks you to attend to interactions. Start with a pair of voices and learn what one changes in the other.
5 MIN READ / PRACTICAL STUDY
A sustained sound can contain more events than a busy arrangement. Use Éliane Radigue’s work as a point of departure for hearing slow change without demanding a new note.
3 MIN READ / PRACTICAL STUDY
Christina Kubisch’s Electrical Walks make the familiar city strange through induction listening. Take the underlying question seriously: what changes when a place is organised by sound?
3 MIN READ / PRACTICAL STUDY
Jana Winderen’s underwater work invites attention to sounds whose sources may be unfamiliar. Keep curiosity and uncertainty together when turning a recording into music.
3 MIN READ / PRACTICAL STUDY
Use Jan Jelinek’s Loop-Finding-Jazz-Records as a listening prompt for texture, repetition and uncertain beginnings. Then build a loop whose identity comes from what happens inside it.
3 MIN READ / PRACTICAL STUDY
Ryoji Ikeda’s test pattern links data, image and sound. Use it to ask when separate events become a texture, and how a pattern’s organisation changes what you perceive.
3 MIN READ / PRACTICAL STUDY
Build a visual macro that has a recognisable musical purpose. A single well-shaped control can make a scene more playable than a panel of unrelated reactive parameters.
3 MIN READ / PRACTICAL STUDY
Treat video feedback as a material with memory. Build an entrance, a stable region and a deliberate ending before increasing the complexity of a live-coded image.
3 MIN READ / PRACTICAL STUDY
An audio-reactive patch needs a useful control signal before it needs a complex image. Inspect the measurement, shape its response and then decide what visual behaviour it deserves.
3 MIN READ / PRACTICAL STUDY
A projection patch becomes part of a room. Start with physical geometry and audience position, then decide what the image should do on that particular surface.
3 MIN READ / PRACTICAL STUDY
A visual response to MPE should know which gesture belongs to which note. Decide what remains independent and what becomes a shared image before connecting pressure to a parameter.
3 MIN READ / PRACTICAL STUDY
Build a parallel effects route whose level and purpose remain clear. A dry path, a send and a return give different kinds of control, and confusing them makes an instrument harder to play.
3 MIN READ / PRACTICAL STUDY
A useful MIDI-learn system remembers more than a controller number. It also makes device identity, channel, range and takeover behaviour visible to the musician.
3 MIN READ / PRACTICAL STUDY
Before a custom processor becomes a distinctive effect, make it pass sound predictably. Channel handling, parameter changes and silence are part of the instrument’s design.
3 MIN READ / PRACTICAL STUDY
A slow-feeling browser instrument can have several causes. Separate event arrival, audio processing, output and display before trying to improve the whole system at once.
3 MIN READ / PRACTICAL STUDY
A browser instrument should be tested where the music is most demanding. Build a realistic stress phrase, observe the failure and simplify the work that actually causes it.
3 MIN READ / PRACTICAL STUDY
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