メニュー
Add OSC (Open Sound Control) support to queneo-editor for network-based QuNeo communication — pyliblo implementation, QuNeOSC Bridge addresses
Codex または Claude でインストール この Prompt をコピーして Codex、Claude、または他のアシスタントに貼り付けると、Skill ページを確認してインストールできます。
SOC 職業分類に基づく
| name | quneo-osc-integration |
| description | Add OSC (Open Sound Control) support to queneo-editor for network-based QuNeo communication — pyliblo implementation, QuNeOSC Bridge addresses |
| category | quneo |
Add OSC support to queneo-editor for network-based communication with the QuNeo controller.
Output addresses (QuNeo to OSC):
/quneo/pads/{0-15}/drum/note_velocity # 0-127
/quneo/pads/{0-15}/drum/pressure # 0-127
/quneo/pads/{0-15}/drum/x # 0-127 (center=63)
/quneo/pads/{0-15}/drum/y # 0-127 (center=63)
/quneo/hSliders/{0-3}/note_velocity
/quneo/hSliders/{0-3}/pressure
/quneo/hSliders/{0-3}/location # 0-127
/quneo/vSliders/{0-3}/note_velocity
/quneo/vSliders/{0-3}/pressure
/quneo/vSliders/{0-3}/location
/quneo/longSlider/{note_velocity,pressure,location,width}
/quneo/rotary/{0-1}/{note_velocity,pressure,direction,location}
/quneo/upButton/{0-1}/{note_velocity,pressure}
/quneo/downButton/{0-1}/{note_velocity,pressure}
/quneo/leftButton/{0-3}/{note_velocity,pressure}
/quneo/rightButton/{0-3}/{note_velocity,pressure}
/quneo/rhombus/{note_velocity,pressure}
/quneo/modeButton/{note_velocity,pressure}
/quneo/transport/{0-2}/{note_velocity,pressure}
LED control addresses (OSC to QuNeo, float 0.0-1.0):
/quneo/leds/pads/{0-15}/green
/quneo/leds/pads/{0-15}/red
/quneo/leds/hSliders/{0-3}/{0-7} # segments
/quneo/leds/vSliders/{0-3}/{0-7}
/quneo/leds/rotaries/{0-1}/{0-11} # 12 segments
/quneo/leds/longslider/{0-15}
/quneo/leds/upButton/{0-1}
/quneo/leds/downButton/{0-1}
/quneo/leds/leftButton/{0-1}
/quneo/leds/rightButton/{0-1}
/quneo/leds/rhombus
/quneo/leds/modeButton
/quneo/leds/transportButtons/{0-2}
Default network config:
WARNING: pyliblo callback signature is (path, types, args, src) — NOT (path, args, types, src).
import liblo
# Send LED brightness (float 0.0-1.0, NOT 0-255)
target = liblo.Address("127.0.0.1", 3478) # QuNeOSC Bridge input (LED control)
target.send("/quneo/leds/pads/0/green", 0.75)
# Receive OSC from QuNeOSC Bridge
server = liblo.Server(7469)
def callback(path, types, args, src):
# types e.g. 'fi' means float then int
print(f"{path}: {dict(zip(types, args))}")
server.add_method(None, None, callback)
server.start()
Key patterns:
# QuNeoOSC — direct OSC LED control
osc = QuNeoOSC(target_host="127.0.0.1", target_port=3478, recv_port=7469)
osc.set_pad_led(pad=0, color="green", brightness=0.75) # pad 0-15
osc.set_rotary_led(rotary=0, segment=5, brightness=1.0) # rotary 0-1, segment 0-11
# QuNeoHybrid — MIDI SysEx preset upload + OSC LED control (RECOMMENDED)
hybrid = QuNeoHybrid(use_osc=True)
hybrid.flash_preset(preset, slot=0) # MIDI SysEx preset upload
hybrid.set_all_pads_led("green", 0.5) # OSC LED control
hybrid.blink_all_pads(duration=2.0, interval=0.5, color="green")
Default ports:
| Component | Address Pattern | Range |
|---|---|---|
| Pads | /quneo/leds/pads/{0-15}/{green,red} | 0.0-1.0 |
| Rotaries | /quneo/leds/rotaries/{0-1}/{0-11} | 0.0-1.0 |
| HSliders | /quneo/leds/hSliders/{0-3}/{0-7} | 0.0-1.0 |
| VSliders | /quneo/leds/vSliders/{0-3}/{0-7} | 0.0-1.0 |
| LongSlider | /quneo/leds/longslider/{0-15} | 0.0-1.0 |
| Buttons | /quneo/leds/{upButton,downButton,leftButton,rightButton,rhombus,modeButton} | 0.0-1.0 |
| Transport | /quneo/leds/transportButtons/{0-2} | 0.0-1.0 |
For reverse-engineering QuNeOSC Bridge:
Use strings, objdump, or ghidra to extract OSC address tables and port configs.
| Repo | Path |
|---|---|
| queneo-editor | ~/Documents/git/queneo-editor/ (Python TDD, osc_service.py) |
| node-quneo | ~/Documents/git/node-quneo/ (JS module with getPadLedsPath) |
| ofxQuNeo | ~/Documents/git/ofxQuNeo/ (openFrameworks + OSC) |
Use when working with the Sleepy Circuits Hypno 2 video synthesizer/resampler — 2-channel video mixer/looper, shader engine, MIDI CC mapping, CV/modulation, sampler. Firmware v0.0.163+.
Hardware instrument skills — reference guides for each device in the music studio setup.
GLSL fragment shader techniques adapted for the Hypno 2 video synthesizer — single-pass generative visuals and video effects optimized for Raspberry Pi 5, 5-uniform limit, CC-mapped parameters
Korg KAOSS DJ — USB DJ controller with X-Y touchpad, Serato DJ Intro integration, KAOSS effects, EQ, crossfader, and MIDI on Linux
Korg KAOSSILATOR dynamic phrase synthesizer (2007 model) — X-Y touchpad, 100 programs, gate arpeggiator, phrase loop recording, USB MIDI on Linux
Use when working with the Korg kaossilator 2S dynamic phrase synthesizer — X-Y touchpad, 150 programs, 50 arp patterns, loop recording, audio player, master recorder, microSD storage, and USB MIDI on Linux.