Elektron Analog Heat: MIDI CC, NRPN and OSC map¶
The Elektron Analog Heat as named OSC addresses — 42 NRPN — ready to use from Claude (MCP), SuperCollider, Sonic Pi, TouchDesigner or any OSC app via osc-bridge.
| Device | Elektron Analog Heat |
|---|---|
| Vendor | Elektron |
| OSC prefix | /analog_heat |
| Source | 📦 Derived from MIDI Guide (community CC/NRPN data) |
| Firmware | unknown |
| Revision | per pencilresearch canonical CSV |
| Upstream | pencilresearch |
| Data licence | CC-BY-SA-4.0 — MIDI Guide (https://midi.guide) by Pencil Research and contributors |
| Driver file | devices/elektron/analog_heat.json |
Not tested on the device yet
This driver comes from documentation or community data and has not been checked on real hardware. If you own one, a quick test and a pull request promoting it helps everyone — see CONTRIBUTING.
How do you control it?¶
Find the MIDI ports, then start the bridge with this driver:
osc-bridge detect # prints the ready-to-run line for what is plugged in
osc-bridge run --device devices/elektron/analog_heat.json --out-port <N> --in-port <M>
Then send OSC to 127.0.0.1:7777, for example:
From Claude or any MCP client, the osc-bridge mcp server exposes this driver as analog_heat: ask “what can the Elektron Analog Heat do?” and it reads this map with list_routes. See the MCP guide.
MIDI CC and NRPN parameters (42)¶
| OSC address | CC | NRPN (MSB/LSB) | Range | Nature | Section |
|---|---|---|---|---|---|
/analog_heat/circuit_select |
0 / 70 | 0–16383 | continuous | ||
/analog_heat/drive |
0 / 12 | 0–16383 | continuous | ||
/analog_heat/wet_level |
0 / 11 | 0–16383 | continuous | ||
/analog_heat/dry_wet_mix |
0 / 8 | 0–16383 | continuous | ||
/analog_heat/preset_volume |
0 / 7 | 0–16383 | continuous | ||
/analog_heat/eq_low |
0 / 9 | 0–16383 | continuous | ||
/analog_heat/eq_high |
0 / 10 | 0–16383 | continuous | ||
/analog_heat/vcf_mode |
0 / 80 | 0–16383 | continuous | ||
/analog_heat/vcf_frequency |
0 / 74 | 0–16383 | continuous | ||
/analog_heat/vcf_frequency_pan |
0 / 79 | 0–16383 | continuous | ||
/analog_heat/vcf_resonance |
0 / 71 | 0–16383 | continuous | ||
/analog_heat/vcf_dirt |
0 / 13 | 0–16383 | continuous | ||
/analog_heat/env_to_filter |
0 / 14 | 0–16383 | continuous | ||
/analog_heat/lfo_to_filter |
0 / 15 | 0–16383 | continuous | ||
/analog_heat/env_threshold |
0 / 16 | 0–16383 | continuous | ||
/analog_heat/env_attack |
0 / 73 | 0–16383 | continuous | ||
/analog_heat/env_release |
0 / 72 | 0–16383 | continuous | ||
/analog_heat/env_base |
0 / 17 | 0–16383 | continuous | ||
/analog_heat/env_width |
0 / 18 | 0–16383 | continuous | ||
/analog_heat/env_mode |
0 / 19 | 0–16383 | continuous | ||
/analog_heat/env_destination |
0 / 75 | 0–16383 | continuous | ||
/analog_heat/env_depth |
0 / 20 | 0–16383 | continuous | ||
/analog_heat/env_desination2 |
0 / 76 | 0–16383 | continuous | ||
/analog_heat/env_depth2 |
0 / 21 | 0–16383 | continuous | ||
/analog_heat/lfo_waveform |
0 / 83 | 0–16383 | continuous | ||
/analog_heat/lfo_speed |
0 / 22 | 0–16383 | continuous | ||
/analog_heat/lfo_multiplier |
0 / 23 | 0–16383 | continuous | ||
/analog_heat/lfo_fade |
0 / 24 | 0–16383 | continuous | ||
/analog_heat/lfo_mode |
0 / 25 | 0–16383 | continuous | ||
/analog_heat/lfo_start_phase |
0 / 26 | 0–16383 | continuous | ||
/analog_heat/lfo_destination |
0 / 77 | 0–16383 | continuous | ||
/analog_heat/lfo_depth |
0 / 27 | 0–16383 | continuous | ||
/analog_heat/lfo_destination2 |
0 / 78 | 0–16383 | continuous | ||
/analog_heat/lfo_depth2 |
0 / 28 | 0–16383 | continuous | ||
/analog_heat/cv_a_destination |
0 / 85 | 0–16383 | continuous | ||
/analog_heat/cv_a_depth |
0 / 86 | 0–16383 | continuous | ||
/analog_heat/expr_a_destination |
0 / 87 | 0–16383 | continuous | ||
/analog_heat/expr_a_depth |
0 / 88 | 0–16383 | continuous | ||
/analog_heat/cv_b_destination |
0 / 89 | 0–16383 | continuous | ||
/analog_heat/cv_b_depth |
0 / 90 | 0–16383 | continuous | ||
/analog_heat/expr_b_destination |
0 / 91 | 0–16383 | continuous | ||
/analog_heat/expr_b_depth |
0 / 92 | 0–16383 | continuous |
Performance MIDI¶
Notes, pitch bend and any CC are also available: /analog_heat/note/on <note> <velocity>, /analog_heat/cc/<number> <value>, /analog_heat/pitchbend <0-16383>, /analog_heat/program_change <n>.
Limitations¶
CC/NRPN only. SysEx (preset management, display control, bulk dump/load, vendor-proprietary opcodes) is NOT covered by pencilresearch. To extend this device with SysEx, sniff the vendor editor, add `sysex.header/footer` + `commands` blocks, and use `update_device.md` PR template.