teenage engineering OP-1 field

LED feedback is not modeled for this one yet, so OAV does not light its LEDs. Every control still plays and sends its message.

Notes on single controls

• enc1 CC 1, tested on hardware: absolute 0–127 (the unit's CTRL page has encoders set to absolute). Set to relative, the original OP-1 is reported to send 1 per step right and 127 per step left: change relative to "twos".
• enc2 CC 2, tested on hardware: absolute 0–127 (the unit's CTRL page has encoders set to absolute). Set to relative, the original OP-1 is reported to send 1 per step right and 127 per step left: change relative to "twos".
• enc3 CC 3, tested on hardware: absolute 0–127 (the unit's CTRL page has encoders set to absolute). Set to relative, the original OP-1 is reported to send 1 per step right and 127 per step left: change relative to "twos".
• enc4 CC 4, tested on hardware: absolute 0–127 (the unit's CTRL page has encoders set to absolute). Set to relative, the original OP-1 is reported to send 1 per step right and 127 per step left: change relative to "twos".
• push1 Pressing the blue encoder, tested on hardware: CC 66, 127 while held, 0 on release. On release the unit also sends a one-off CC 59 127/0 pulse, not modelled.
• push2 Pressing the ochre encoder, tested on hardware: CC 67, 127 while held, 0 on release. On release the unit also sends a one-off CC 60 127/0 pulse, not modelled.
• push3 Pressing the gray encoder, tested on hardware: CC 68, 127 while held, 0 on release. On release the unit also sends a one-off CC 61 127/0 pulse, not modelled.
• push4 Pressing the orange encoder, tested on hardware: CC 69, 127 while held, 0 on release. On release the unit also sends a one-off CC 62 127/0 pulse, not modelled.
• keys Tested on hardware: the 24 keys run F3 (53) to E5 (76) at the default octave, velocity was 127 on every press in the test. Keys follow any note on the channel, so octave shifts just scroll the on-screen keys.

1. Embed it with one line

   No import map, no build step. Change layout, add hardware="ask" for a Connect button.

   htmlCopy

   <script type="module" src="https://openaudiovisual.com/packages/midi/element.js"></script>
   <oav-controller profile="teenage-engineering-op-1-field" readout></oav-controller>

2. Or as an iframe

   For places that only take an iframe. Every event arrives as a postMessage.

   htmlCopy

   <iframe src="https://openaudiovisual.com/embed/controller/?profile=teenage-engineering-op-1-field&readout"
           width="720" height="281" style="border:0;max-width:100%" allow="midi"
           title="OP-1 field"></iframe>
   <script>
     // every control the visitor plays arrives here
     addEventListener('message', (e) => {
       if (e.data?.source !== 'openav' || e.data.type !== 'control') return;
       console.log(e.data.detail.signal, e.data.detail.value);
     });
   </script>

3. Send it to Ableton, TouchDesigner or Resolume

   What you play on screen leaves as real MIDI on the IAC bus (macOS) or a loopMIDI port (Windows). The steps are on the catalog page.

   htmlCopy

   <!-- what you play on this controller → the IAC bus (macOS) → Ableton, TouchDesigner, Resolume -->
   <script type="module" src="https://openaudiovisual.com/packages/midi/element.js"></script>
   <oav-controller profile="teenage-engineering-op-1-field" midi-out="IAC" readout></oav-controller>
   <!-- Windows: midi-out="loopMIDI" · let the visitor pick a port: midi-out="ask" -->

   macOS: Audio MIDI Setup → MIDI Studio → IAC Driver → “Device is online”. Windows 11: the built-in Windows MIDI Services have a loopback (not tested by us); older Windows: install loopMIDI, add a port and use midi-out="loopMIDI".

document.head.prepend(Object.assign(document.createElement('script'), { src: 'https://openaudiovisual.com/p5/oav-p5.js?profile=teenage-engineering-op-1-field' }));

function draw() {
  background(20);
}

function notePressed(note, velocity) {   // a key goes down
  circle(random(width), random(height), velocity * 100);
}

• Behringer X-TOUCH MINIBehringer · 8 encoders · 1 fader · 24 buttons
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• Korg nanoKEY2KORG · 25 keys · 2 buttons · 1 touch strip
• Novation Launch Control XL 3Novation · 24 encoders · 8 faders · 16 buttons
• Generic 25-key keyboardGeneric layout · 25 keys · 1 button · 2 wheels
• Generic 49-key keyboardGeneric layout · 49 keys · 1 button · 2 wheels

Compare teenage engineering OP-1 field with the rest, by keys, pads, knobs, faders and LED feedback →

• Ask for a controller ↗
• How to add one ↗

• Report it on GitHub ↗
• The profile file on GitHub ↗
• Raw JSON