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WIP TouchDesigner operator for DEMON — real-time AI music generation. Drop-in .tox with all DEMON params, audio I/O via CHOPs, and optional Daydream auth.

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ZIP 다운로드

- - canary.yml
  - contract-sync.yml
  - tests.yml
- build_tox.py
- template.1.toe
- template.toe
- parity_whitelist.json
- README.md
- canary.py
- probe_portaudio.py
- release.sh
- sync_contract.py
- audio.py
- binary_router.py
- contract_check.py
- demon_ext.py
- events.py
- lora_triggers.py
- oauth.py
- params.py
- params_pacer.py
- queue_client.py
- queue_worker.py
- session_config.py
- telemetry.py
- version.py
- wire.py
- ws_client.py
- __init__.py
- conftest.py
- test_audio.py
- test_binary_router.py
- test_contract.py
- test_contract_check.py
- test_curves.py
- test_demon_ext_source.py
- test_dylib_path.py
- test_event_gen.py
- test_lora_triggers.py
- test_oauth.py
- test_params.py
- test_params_pacer.py
- test_queue_client.py
- test_queue_worker.py
- test_session_config.py
- test_speaker_callback.py
- test_telemetry.py
- test_wire.py
- test_ws_client.py
- - cacert.pem
  - README.md
- - _sounddevice.py
  - sounddevice.py
- - README.md
- demon_contract.json
.gitignore
CHANGELOG.md
CLAUDE.md
LOCAL_TESTING.md
pyproject.toml
README.md

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// repository documentation

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> **THIS OPERATOR IS IN BETA.**
> We welcome feedback, ideas, and contributions.

TouchDesigner operator for **DEMON** — real-time AI music generation. Tested on 2025.32820

Drop the operator into any TouchDesigner project, point it at a DEMON server,
hit Connect, and you'll hear AI-generated audio playing through your speakers.
(The `.tox` loads a few bundled Python deps from a `vendor/` folder — grab the
**`demonTD-vX.Y.Z.zip`** bundle, not the bare `.tox`, and keep them together.
See [Quick start](#quick-start).)
Every public DEMON parameter is exposed through native TD parameter pages, and
the whole thing is scriptable from Python.

> **Status:** v0.2 — end-to-end audio playback working on macOS, both against
> your own DEMON pod and against the hosted Daydream queue at
> `music.daydream.live`. Windows build pending.

---

## What it does

- Connects to a DEMON backend over WebSocket. Two modes (`Mode` menu on the
  Session page):
  - **Direct** — your own pod URL (local or Vast.ai).
  - **Hosted** — joins the Daydream queue at `music.daydream.live` and plays on
    a managed pod. Paste your API key from
    [app.daydream.live/dashboard/api-keys](https://app.daydream.live/dashboard/api-keys),
    then hit Connect.
- Exposes ~70 parameters across 7 pages — every DEMON public param, plus
  session and operational controls.
- Plays generated audio out of your system's default audio device (macOS and
  Windows) via Python + PortAudio (bundled). No need to wire an external
  `Audio Device Out CHOP` — it just works.
- Exposes the live audio as a `Script CHOP` inside the COMP for visual
  reactivity — wire an `Analyze CHOP`, `Audio Spectrum CHOP`, peak detector,
  envelope follower, anything that consumes audio samples at frame rate.
- **Python API** for driving the op from anywhere else in a TD project.
- Mirrors traditional TD vendor-op UX: pulse actions, menu enums, header
  dividers, status read-outs.

## Quick start

1. Download **`demonTD-vX.Y.Z.zip`** (the bundle — **not** the bare
   `demonTD.tox`) from the latest [GitHub release](https://github.com/daydreamlive/demonTD/releases),
   and extract it. You'll get `demonTD.tox` next to a `vendor/` folder.
   **Keep them together** — the operator loads its Python deps
   (websocket-client, certifi, zstandard, portaudio) from `vendor/` at
   runtime. If you move the `.tox` away from `vendor/`, the extension
   fails to load with `ModuleNotFoundError: No module named 'websocket'`.
2. Drag `demonTD.tox` (from the extracted folder) into any TouchDesigner
   project. A Base COMP named `demon` appears.
3. No setup needed for audio — the operator plays through your system
   default output via its own Python/PortAudio path ("Python Audio Out",
   on by default). If you get **connected but hear nothing**, see
   [Audio output troubleshooting](#audio-output-troubleshooting) — the
   quick fix is usually to save and fully restart TouchDesigner.
4. On the **Session** page, pick a mode:
   - **Hosted** (Daydream queue, no pod to manage — see
     [Quick start — Hosted mode](#quick-start--hosted-mode) below), OR
   - **Direct** (your own pod). Set **Server URL** to your DEMON pod
     (e.g. `ws://81.183.231.113:44105/` for a Vast.ai pod, or
     `ws://127.0.0.1:8765/` for a local pod).
5. **Wire your source audio** into the COMP: drop an **Audio File In CHOP**,
   point its *File* at a WAV/MP3/M4A, and wire it into the `demon` COMP's
   input. TD decodes the file and demonTD snapshots it on Connect. (There's
   no file picker on the operator — the wired CHOP *is* the source.)
6. Pulse **Connect**.
7. Within ~3 seconds of `initial buffer: 1152000 frames` in the textport,
   you'll hear your source audio looping. After another few seconds, DEMON's
   generated audio begins patching the loop progressively.
8. Change **Prompt** on the Prompt+LoRA page and pulse **Send Prompt**. Move
   **Denoise**, channel gains, etc. — they stream to the server at the 8 ms
   tick.

## Windows install

Tested on **Windows 11 + TouchDesigner 2025.32820**. The flow is the same as
above, with a few Windows-specific notes:

1. **Download the bundle, not the bare `.tox`.** Grab
   **`demonTD-vX.Y.Z.zip`** from the
   [release](https://github.com/daydreamlive/demonTD/releases) and extract it
   somewhere stable (e.g. `Documents\demonTD\`). **Keep `demonTD.tox` and the
   `vendor\` folder in the same directory.** The operator loads its Python
   deps from `vendor\` at runtime; a lone `.tox` fails to load with
   `ModuleNotFoundError: No module named 'websocket'` (and you'll see
   `DAT compile error: /demon/ws_client` in the textport). This is the #1
   Windows install mistake.

2. **Drag `demonTD.tox` in from the extracted folder** (not from Downloads —
   it needs `vendor\` next to it).

3. **Source audio.** Wire an **Audio File In CHOP** into the `demon` COMP's
   input (step 5 above). TD itself decodes WAV/MP3/M4A, so no extra tools are
   needed for the wired-CHOP path. *If* you instead point demonTD at a raw
   MP3/M4A file directly, conversion needs **`ffmpeg` on your `PATH`**
   (`afconvert` is macOS-only) — or just use a WAV. Easiest: use the Audio
   File In CHOP and let TD decode.

4. **Audio output.** "Python Audio Out" plays through the vendored
   `libportaudio64bit.dll`. By default it uses your system default output;
   on Connect the textport prints which device it opened (`[speaker_out]
   output device: ... hostApi='Windows WASAPI' ...`). **Connected but no
   audio?** Pulse **Refresh Audio Devices** on the Session page and pick your
   output from the **Audio Output Device** menu (switches live). If a device
   won't open, save + fully restart TD, or toggle **Python Audio Out** off and
   wire the COMP's `out` → your own **Audio Device Out CHOP**. See
   [Audio output troubleshooting](#audio-output-troubleshooting).

5. Everything else — Hosted/Direct mode, API key, prompts, LoRAs — is
   identical to macOS.

## Quick start — Hosted mode

Hosted mode joins the Daydream queue at `music.daydream.live` and plays on a
managed pod. You don't need to spin up your own DEMON instance.

### 1. Get an API key

1. Open [app.daydream.live/dashboard/api-keys](https://app.daydream.live/dashboard/api-keys)
   in your browser.
2. Sign in (Google, GitHub, or email).
3. Create an API key on that page, give it a name like `demonTD`, and copy
   the key. It looks something like `dd_...` and is shown to you once — keep
   it somewhere safe.

### 2. Sign in from TouchDesigner

1. On the **Session** page, set **Mode** → **Hosted (Daydream queue)**.
2. Pulse **Paste API Key**. TD opens `app.daydream.live/dashboard/api-keys`
   in your browser (in case you don't have a key yet) and shows a paste
   dialog.
3. Paste your key, click OK.
4. The Status par should read `Signed in as <your email>`. The key is
   persisted to `~/Library/Application Support/derivative/daydream_auth.json`
   (not into the .toe), so you only do this once per machine.

### 3. Play

1. Pick a **Source Audio File** (any WAV / MP3 / M4A).
2. Pulse **Connect**. Status walks you through:
   - `Joining queue...`
   - `Queued (position N)` if there's a wait (rare during off-peak)
   - `Connecting to hosted pod...`
   - `server ready: ch=2 sr=48000`
   - audio plays.
3. After your session expires (`Expires in (s)` counts down), hit
   **Still playing?** to extend.

If `Connect` fails with `Paywall: …`, your Daydream account is out of trial
credits — check the API-keys dashboard for billing info.

## Parameter pages

| Page | What's there |
|---|---|
| **Session** | Connect / Disconnect, **Mode** (Direct / Hosted), Server URL (direct), Hosted Base URL + API Key + Paste API Key (hosted), Queue Position / Expires in / Deny reason (hosted readouts), Still playing? pulse (hosted), Source Audio File, Status, **Python Audio Out** toggle, **Debug Logging** toggle. |
| **Init** | Session-start params (`sde`, `lora`, `depth`, `vae_window`, `crop`, `steps`, `fast_vae`, `walk_window`, `walk_window_s`, Initial Prompt, Initial Prompt B, Fixture Name). Editing while connected reverts + prompts you to Reconnect. |
| **Prompt+LoRA** | Send Prompt pulse, Prompt (multiline), Key (70-keyscale menu), Time Signature, Prompt Blend, LoRA Blend, dynamic per-LoRA enable + strength rows populated from the server's `lora_catalog`. |
| **Synthesis** | Strength (`denoise`), Seed, Feedback, Shift, Structure (`hint_strength`), Timbre Strength, Guidance Scale, CFG Rescale, Periodicity, 8× channel groups (`ch_g0..ch_g7`), 6× keystone channels (`ch13, ch14, ch19, ch23, ch29, ch56`). |
| **RCFG+DCW** | RCFG Mode menu, DCW block (`enabled`, `mode`, `scaler`, `high_scaler`, `wavelet`, `mult_blend`, `mag_phase`, `soft_thresh`). |
| **Curves** | JSON spec strings for `sde_denoise_curve`, `ode_noise_curve`, `x0_target_curve`, `velocity_scale_curve`, `initial_noise_curve`. |
| **Sources** | Swap Source, Set/Clear Timbre Source, Set/Clear Structure Source, fixture-name fields for both. |

All defaults are aligned with the DEMON web installation (its
`config.json` starting values) so you get the same out-of-the-box sound
as the web client — enforced by the contract tests against the vendored
`vendor/demon_contract.json`.

## Python API

From anywhere in your TD project:

```python
demon = op('/project1/demon')

demon.Connect()
demon.SendPrompt('uplifting techno', key='Am', time_signature='4')
demon.SetParams({'denoise': 0.8, 'guidance_scale': 7.5, 'ch_g0': 1.2})
demon.EnableLora('bach', strength=0.7)

# Status
print(demon.IsConnected, demon.Status)
```

Full public surface:

```text
# Properties
IsConnected -> bool
Status      -> dict

# Session
Connect()
Disconnect()

# Continuous (one-shot or batch)
SetParam(name, value)
SetParams(d: dict)

# Discrete
SendPrompt(tags=None, key=None, time_signature=None)
SetPromptBlend(value=None)
EnableLora(id, strength=1.0)
DisableLora(id)
SetTimbreStrength(value)
SetTimbreSource(chop=None, name="td_input")
SetTimbreFixture(name=None)
ClearTimbreSource()
SetStructureSource(chop=None, fixture=None, name="td_input")
SetStructureFixture(name=None)
ClearStructureSource()
SwapSource(chop=None, tags=None, key=None, time_signature=None, fixture=None)
```

## Audio routing — for power users

> **TL;DR**: speakers just work via `Python Audio Out`. For TD-native audio
> chains, use a `Select CHOP` that references `/project1/demon/audio_out`
> directly. Don't try to wire audio across the COMP output port.

This operator deliberately bypasses TD's CHOP audio chain for playback. Here's
why and what that means for your network:

### Why we bypass TD's audio chain

TouchDesigner evaluates COMP boundaries at cook rate, not at audio rate (44.1k
/ 48 kHz). Pulling an audio-rate signal out of a `Script CHOP` inside a Base
COMP, through the COMP's output port, into an external `Audio Device Out CHOP`
falls back to frame-rate sampling-and-hold — you get 60 Hz steps instead of
clean audio. This is intentional TD architecture, not a bug: boundaries are
designed for control-rate signals (envelopes, triggers, analysis values), and
audio-rate processing is expected to stay self-contained within a single COMP.

Source: [Audio CHOPs in TouchDesigner — sample rates and COMP boundaries](https://nvoid.gitbooks.io/introduction-to-touchdesigner/content/CHOPs/4-4-Sample-Rates.html)

### How playback actually works

A small Python audio thread (PortAudio, bundled — no install required) runs
inside the COMP and reads samples directly from the loop buffer that the
WebSocket recv thread writes into. The thread plays through your system
default audio device. This is functionally identical to how
`demon-public-demo`'s web client plays through `AudioContext` / `AudioWorklet`.

If you want playback to go somewhere other than the system default device:
change your Mac's audio output in System Settings → Sound. Or install
[BlackHole](https://github.com/ExistentialAudio/BlackHole) for virtual
device routing — once BlackHole is the system default, drop an
`Audio Device In CHOP` set to BlackHole and you get audio-rate samples inside
TD with full chain access (effects, mixing, multi-device routing, recording).

### Visual reactivity (Analyze CHOP, FFT, peak detector, envelope follower)

These are all **control-rate** consumers — they cook at frame rate, which is
exactly what visualizers want. Wire any of them off the demon COMP's output
port. The internal `audio_out Script CHOP` keeps an up-to-date snapshot of the
current play position via a non-mutating `peek()` on the loop buffer, so there's
no race with the audio playback thread.

```
[ demon COMP ] ─► Analyze CHOP ─► Composite/TOP shader/visualizer
              ─► Audio Spectrum CHOP ─► UI bars
              ─► Math CHOP RMS ─► global kick reactivity
```

### TD-native audio chain (Audio Filter, recording, multi-device)

Two patterns work:

**1. Select CHOP with explicit reference (recommended for occasional use)**

Drop a `Select CHOP` in your network, set its **CHOP** parameter to
`/project1/demon/audio_out`. This bypasses the wired-input cook propagation
issue described above. Wire the Select CHOP into any Audio CHOP chain you
like. Caveats: still subject to cook-rate sampling, so audio-rate fidelity
isn't perfect — use BlackHole if you need clean audio rate.

**2. BlackHole virtual device (recommended for production audio chains)**

`brew install --cask blackhole-2ch`, set Mac audio output to BlackHole, drop
`Audio Device In CHOP` set to BlackHole inside any COMP. You now have the
same audio that's playing, exposed as a native TD audio-rate stream. Full
chain access. Zero added latency on the loopback.

### Toggling the Python audio out

If you only want analysis (no playback), turn the **Python Audio Out** toggle
off on the Session page. The audio still flows into the LoopBuffer, the
`audio_out` Script CHOP still updates for analysis consumers, but no sound
plays through speakers.

### Audio output troubleshooting

**Connected but no audio?** The operator plays through your *system default
output device* via its own Python/PortAudio path ("Python Audio Out", on by
default). Silence is almost always one of: the wrong default output device
got selected, or another app/op already owns the device.

On Connect, the textport prints exactly which device it opened — check it's
the output you expect to hear:

```
[speaker_out] output device: dev=3 name='Speakers (Realtek)' hostApi='Windows WASAPI' maxOut=2 defaultSampleRate=48000
```

**Fixes, in order:**

1. **Pick the device explicitly.** On the Session page, pulse **Refresh Audio
   Devices**, then choose your output from the **Audio Output Device** menu.
   Changing it while connected switches playback live; otherwise it applies on
   the next Connect. This is the direct fix when the wrong default device was
   selected.
2. **Save, fully quit, and reopen TouchDesigner.** The device selection can
   land in a bad state that a clean restart clears.
3. **Or make the device you want the system default**, then re-pulse Connect
   (Windows: Sound settings; macOS: System Settings → Sound → Output).
4. **Free the device** if another app or an `Audio Device Out CHOP` in your
   project already owns it (close the app / disable the CHOP).
5. **Route through TD instead** — see the alternative below.

**Is it TD-side?** Run `python3 scripts/probe_portaudio.py` in a terminal —
it makes the same PortAudio call without TouchDesigner. If the probe
succeeds but demonTD is silent, something inside TD is interfering (restart,
or use the route-through-TD option below).

#### macOS: `-10851` / `kAudioUnitErr_InvalidPropertyValue`

If the textport shows `Internal PortAudio error (err=-9986) hostErr
code=-10851`, Core Audio is refusing to let our PortAudio client open the
device's AudioUnit because another client already holds it. A full TD
restart usually clears it. If it persists, switch the system output to
another device and back (System Settings → Sound → Output), then re-pulse
Connect.

#### Alternative: route through TD instead of `Python Audio Out`

If you'd rather have TD own the output device (e.g. you have other audio
ops in your project), route demonTD's audio through TD's chain instead:

1. Toggle the **Python Audio Out** par OFF on the Session page.
2. Wire the COMP's `out` output port to a TD-native
   `Audio Device Out CHOP` placed outside the COMP.

TD's audio chain has cook-rate quirks across COMP boundaries (documented
in `src/audio.py`), but for a single output device with no upstream
processing it generally works.

#### Filing a bug

The textport lines starting with `[speaker_out]` show the opened device,
every rate/buffer/format PortAudio tried, and the underlying error code on
each failure — copy those (with the `output device:` line) into an issue if
none of the fixes above help.

## Debug toggle

The Session page has a **Debug Logging** toggle (default off). When on:

- Per-tick state, WS frame echoes, source/initial-buffer/slice WAV dumps to
  `/tmp/demon-debug/`, byte-level hex dumps of incoming binary frames.
- Useful for filing a bug or investigating an audio decode problem.

Off by default so the textport stays usable.

## Troubleshooting: extension won't load / `No module named 'websocket'`

If the textport shows any of:

```
DAT compile error: /demon/ws_client ... ModuleNotFoundError: No module named 'websocket'
[demon_ext] zstandard load failed: ModuleNotFoundError: No module named 'zstandard'
Error retrieving extension for /demon: tdError: Module compilation error.
```

…you downloaded the **bare `demonTD.tox`** without the `vendor/` folder.
The operator loads its Python deps from `vendor/` at runtime, so the
`.tox` needs that folder next to it (or next to your `.toe`).

**Fix:** download **`demonTD-vX.Y.Z.zip`** from the
[release](https://github.com/daydreamlive/demonTD/releases), extract it,
keep `demonTD.tox` and `vendor/` in the same folder, and drag the `.tox`
in from there. (`zstandard` missing on its own is harmless — the operator
falls back to uncompressed slices — but a missing `websocket` is fatal.)

## Architecture

```
                    ┌─────────────── demon Base COMP ──────────────────┐
                    │                                                  │
   user params ──►  │  ParExec ─► _dirty ─► Timer 8ms ─► params msg  ─►│ WS ─► DEMON
                    │                                                  │
                    │                          ┌───── slice (binary) ──│ WS ◄─ DEMON
                    │                          │                       │
                    │                          ▼                       │
                    │             ┌──── LoopBuffer ────┐                │
                    │             │   patch/add_delta  │                │
                    │             │   at start_sample  │                │
                    │             └────────┬───────────┘                │
                    │                      │                            │
                    │             ┌────────┴───────────┐                │
                    │             │                    │                │
                    │             ▼                    ▼                │
                    │       SpeakerOut          audio_out CHOP          │
                    │       (PortAudio)         (peek snapshot)         │
                    │             │                    │                │
                    │             │                    └──► Out CHOP ───┼──► Analyze CHOP, FFT, etc.
                    │             │                                     │
                    └─────────────┼─────────────────────────────────────┘
                                  ▼
                          system audio device
```

- **One COMP = one session.** Spin up multiple `demonTD.tox` copies for
  parallel sessions.
- **Continuous param fanout**: parameter changes coalesce into a single
  `{type:"params", raw:{...}}` message every 8 ms. A frantic slider drag
  becomes ≤ 125 Hz of dispatch, not 60×.
- **All current values are sent on `ready`**, so the server starts generating
  immediately with your configured `denoise`, `hint_strength`, channel gains,
  etc. — no need to nudge a slider to "kick things off."
- **Audio model mirrors demon-public-demo's AudioPlayer**: server's initial
  buffer is the full track loop. Subsequent slices are positional patches at
  `start_sample` indices. Playback loops the buffer continuously while slices
  evolve its content.

## Repo layout

```
demon-td/
  src/                       # Python source (file-synced into the COMP's Text DATs)
    params.py                # SOURCE OF TRUTH for the parameter schema
    wire.py                  # WS message encoders + slice decoder
    queue_client.py          # /api/queue/{join,status,extend,leave} (hosted mode)
    oauth.py                 # Daydream sign-in + token exchange (hosted mode)
    audio.py                 # LoopBuffer + SpeakerOut (ctypes → PortAudio)
    ws_client.py             # Python WebSocket (replaces TD's broken WS DAT)
    demon_ext.py             # DemonExt — the extension class loaded by TD
  vendor/                    # bundled per-platform native deps
    zstandard/{darwin-arm64, darwin-x64, win-amd64}/
    sounddevice/             # pure-Python wrapper + libportaudio.dylib (universal2)
    websocket-client/        # pure-Python WebSocket
  build/
    build_tox.py             # under TD CLI: regenerate demonTD.tox from src/
    template.toe             # base scaffold (generated on first build)
  examples/
    minimal.toe              # demo project referencing demonTD.tox
  tests/                     # pytest, runs outside TD
  dist/                      # gitignored; demonTD.tox lives here after build
  README.md
  CHANGELOG.md
```

## Building locally

The `.tox` is built from inside a running TouchDesigner:

1. Open TouchDesigner.
2. Drop a Text DAT into the network.
3. Set its **File** par to `<repo>/build/build_tox.py` and turn on **Sync to File**.
4. Right-click the DAT → **Run Script**.
5. Watch Alt+T (Textport) for `[build_tox] wrote .../dist/demonTD.tox`.

Re-run the script any time `src/*.py` changes. The script is idempotent.

## Bundled native libraries

We bundle three things under `vendor/` so users don't need to install anything:

- **`zstandard`** — for DEMON's zstd-compressed audio slices. Per-platform wheels.
- **`websocket-client`** — pure-Python WS lib that replaces TD's broken WebSocket
  DAT (TD 2025's DAT silently drops binary frames > a few MB).
- **`sounddevice` + PortAudio** — for the Python audio output path. Universal
  macOS dylib (arm64 + x86_64) + Windows x64 DLLs (regular + ASIO variants)
  ship in the same `_sounddevice_data/portaudio-binaries/` directory. The
  cross-platform loader in `src/audio.py` picks the right one at runtime.

The Windows binaries are vendored and **confirmed working** on Windows 11 +
TouchDesigner 2025.32820 — please open an issue if anything misbehaves on
your Windows setup.

## Development

```bash
python -m venv .venv
.venv/bin/pip install pytest responses numpy
PYTHONPATH=src .venv/bin/pytest tests/ -v
```

All Python in `src/` is unit-testable outside TouchDesigner — the WS protocol,
queue API, OAuth flow, ring buffer, and param schema each have their own tests.

`src/demon_ext.py` is the only module that imports TD globals (`me`, `op`,
`project`, etc.), and it does so lazily inside methods so the test runner
can still import it.

## Releases

Two assets are attached to each [GitHub release](https://github.com/daydreamlive/demonTD/releases):

- **`demonTD-vX.Y.Z.zip`** — the bundle to download. Contains `demonTD.tox`
  + the `vendor/` folder of Python deps. Extract it and keep the two
  together (see [Quick start](#quick-start)).
- `demonTD.tox` — the bare operator, for repo users who already have
  `vendor/` checked out. **Don't** download this on its own — without
  `vendor/` next to it the extension fails to load
  (`ModuleNotFoundError: No module named 'websocket'`).

## Out of scope (v0.2, deferred to v0.2.x+)

- **Auto-reconnect on WS drop.** v0.2 keeps the explicit Connect /
  Disconnect model. Transient WS errors will surface in the Status par
  rather than retrying silently.
- **Encrypted apiKey on disk.** The persisted `daydream_auth.json` is
  plaintext JSON, matching the rtmg-vst PropertiesFile pattern. Lock
  down access via your OS user perms.
- **Admin `?pod=` override.** The queue client supports it via
  `QueueClient.join(pod_id=...)` but no UI surface yet. Add an
  `Adminpod` Str par if needed.
- **Internal `audiodeviceoutCHOP`** — a Session-page device picker that
  embeds a TD-native `Audio Device Out` inside the COMP. Currently
  unnecessary since SpeakerOut handles playback; useful for users who want
  their audio device choice picked in TD instead of OS Sound settings.
- **Custom C++ CHOP** — the "drop one op and everything works for any TD
  audio chain" solution. Significant build complexity; revisit if adoption
  justifies it.
- **Visual curve editor** — curves accept raw JSON in v1.
- **MIDI/OSC mapping helpers** — route via standard TD MIDI In + CHOP Export.
- **Multi-session orchestration from a single COMP** — one COMP = one session.

## License

TBD — follows the rest of the DEMON ecosystem.

demonTD

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