**jms:** new session **Claude:** I'll pull up the session log and site notes. Here's where things stand. ## Last session (2026-09-08, entry 5) TDPyMovieplayer Phase 1 got built after jms dropped twenty video files into it. Two assumptions were checked before any code was written, and both checks changed the plan: - **ffprobe isn't an external dependency** — TouchDesigner ships `ffprobe.exe`/`ffmpeg.exe` in its own `bin/` (`app.binFolder`), the same libav the Movie File In TOP is built on. That killed the planned asynchronous prober state machine, which had been flagged as the project's biggest schedule risk. - **The cache was measured away** — a full probe of 20 files / 4.3 GB takes 0.59 s, so the sidecar cache keyed on path/size/mtime was dropped rather than written. - The video extension list (incl. `.mkv`, 19 of the 20 clips) was read out of `libTD.dll` strings rather than guessed, which also supplied the zero-duration sentinel. Two commits in two repos deliberately: Phase 1 project-side (`313af8d`), and the startup-logger timestamps framework-side (`6f15550`, copied down as `6b0fd81`) because `startup.py` is in the generator's verbatim manifest. Framework Phase 3 remains unwritten — Phase 1 asked the framework for better logging, not better network construction. ## Open items (Current Work) 1. Sean Cubitt's **"Glitch"** article (240.10 - Chapters and Articles). 2. Review the **publish:false backlog** — 344 unpublished vs. 273 published. 3. **obsidian-headless bug report** draft awaiting review at [390.9980.0010](300-Code/390 - Claude Code/9980 - Bug Reports/0010 - obsidian-headless readdirSync Reparse Points.md) — submit upstream if wanted. 4. Manually add **300 - Code** and **160 - Software** to the site index. 5. **TouchDesigner-Python** — Phases 0–2 done; Phase 3 (build layer) still waiting on a real project to name the helpers it wants. 6. **TDPyMovieplayer** — next up is **Phase 2: one clip playing on screen**. **jms:** ready to move forward on 6 **Claude:** I'll read the plan and the current repo state. Now let me check the framework side and what's greppable in the TouchDesigner install. `Config/TDParameterHelp.json` — that's the authoritative parameter table. Let me re-run the Phase 1 scan directly to check current state. I've investigated. Three findings worth reporting before I write anything. **1. There's an offline, authoritative parameter table — the Phase 2 "real work" is already done.** `C:\Program Files\Derivative\TouchDesigner\Config\TDParameterHelp.json` (5.4 MB, dated 2025-12-10, ships with the install) holds every operator's parameters: internal name, UI label, parameter type, and help text. 148 TOPs, 171 CHOPs, 42 COMPs. Movie File In TOP has 65 parameters, and I have the full list. This retires "establish parameter names against a running 2025.32050 and write them down" as a manual chore — not just for this phase but for every future one. It's the same shape of find as reading the extension list out of `libTD.dll`, but structured and complete rather than greppable. What it doesn't carry is menu *item* tokens. I found some in the DLL strings (`sequential`, `lockedtotimeline`, `specifyindex` for `playmode`; `indices` / `frames` / `seconds` for the unit menus), but the pairing is inferred from string adjacency, not certain — `fract` sits next to "Fraction" but in the panel-units block, so it may not be the TOP's token. **2. Cue Point Unit does offer Fraction — the plan's open question is answered.** > "Select the units for this parameter from Index, Frames, Seconds, and Fraction (percentage)." Same for `indexunit`. So a random start point needs no duration. It's a smaller win than when the plan asked it, since Phase 1 already measured everything, but it still matters for Phase 4: `cuepoint` as a fraction is resolution-independent, and duration is only needed for the "don't run off the end" constraint (`s·T` seconds consumed at speed *s*, dwell *T*). **3. The media set isn't what the last session's log says it is.** All 20 files are `.mov`, h264, 1280×720, 1.68 GB total — not "19 of 20 `.mkv`, 4.3 GB". Their mtimes (01:08–01:34) predate the 11:52 build that reported 74.2 min, and re-running the scan now gives the same 74.2 min against these files, so this is what Phase 1 actually scanned. The `.mkv` claim on [160.0020](100-Projects/160 - Software/0020 - TDPyMovieplayer.md) and in the session log is wrong. The reasoning it was used to justify — reading the extension list out of `libTD.dll` instead of guessing — stands on its own; only the "which mattered, since 19 of the first 20 clips are Matroska" justification is false. Also minor: `logs/startup.log` shows the rebuild button landing at `/project1/rebuild1`, not `rebuild`, on every launch — `controls.py` destroys `rebuild` and immediately creates it, and TD's destroy is deferred, so the name is still taken. Cosmetic today, but it means the button's path isn't the one the code names. Three decisions before I write: **jms:** The user answered: "Menu parameters need a setter that doesn't guess internal tokens. Where should it live?"="Upstream in the framework (Recommended)", "How should the TDParameterHelp.json find be captured?"="Small dev tool in the framework (Recommended)", "The .mkv / 4.3 GB error in the session log and on 160.0020 — when do I correct it?"="i replaced the mkv files with smaller .mov files. these contents are intended to be dynamic, so i will change them at will. no need to record the details of the media contents in the logs, general info is sufficient in this case.". Read the answers carefully — they may request clarification, changes, or that you not proceed — and follow what they actually say. **Claude:** Noted — the `.mkv` claim was accurate when written; you swapped the files. (The copies carry their source mtimes, which is what led me to read them as original.) I'll generalize the media description on 160.0020 so it doesn't pin specifics, and keep media details out of the log going forward. Let me look at the framework's existing idioms before adding to it. Framework first — `set_menu()` in `tdpy/startup.py`, beside `set_par()`. Now tests for it. The test was wrong, not the code — `"specify index"` correctly case-folds onto the label `"Specify Index"`. Using a genuinely absent token instead. Now the parameter-lookup tool. Working. Tests for it: Real wart, not a test problem: `search=SEARCH` binds the default at definition time, so the constant can't be overridden. Matching `environment_report`'s `None`-default idiom instead. My hand-rolled drive splitting is the fragile part — `glob.glob` handles absolute patterns and both separators natively. Now the package docstring and README, then commit the framework. Framework changes are clean. Committing there first. Now copy `startup.py` down to the project and verify it's identical. Now Phase 2. First a pure helper in `playlist.py` for clip selection, with the empty-folder case: Now the network itself in `build.py`: Tests for `clip_path`: Let me statically verify every parameter name I used against the shipped help table. One deliberate choice worth making explicit in the code: Phase 2 is written and the tests pass, but the only thing that can confirm it is a running TouchDesigner. **jms:** Your questions have been answered: "Phase 2 needs a run in TouchDesigner to verify. How do you want that done?"="You run it, I read the log (Recommended)". You can now continue with these answers in mind. **Claude:** Two corrections to what I said in that option, before you run it: **A rebuild click won't work this time — you need a fresh TouchDesigner launch.** `startup.py` itself changed (that's where `set_menu` lives), and `reload()` explicitly can't reload the module doing the reloading. If TD is currently open, clicking rebuild would call `startup.set_menu` on the *old* module object, hit an `AttributeError`, and land as `BUILD FAILED` in the log. So: close TouchDesigner if it's open, then `open-project.bat`. TouchDesigner was already open and something triggered a rebuild — it hit exactly that `AttributeError`: That's the failure mode working as designed — surfaced, logged, traceback left unstamped and pasteable. The network got as far as the playlist and the two TOPs before `set_menu` was missing from the old in-memory module. **Restart TouchDesigner** (close it, then `open-project.bat`). I'll watch the log. While that waits — here's what's landed so far. **Framework (`330.0010`), commit [`05ac8c8`](https://github.com/wtkns/touchdesigner-python), pushed:** - `startup.set_menu()` — sets a menu parameter by internal name *or* UI label, resolving against the live parameter's `menuNames`/`menuLabels`. Menus are the gap in `set_par()`: the parameter genuinely exists, so a wrong item name raises nothing and the network is silently built on the default. When a label was passed, it reports the resolved internal name once, so a project written against labels leaves its real tokens in the log. - `scaffold/params.py` — the `TDParameterHelp.json` lookup, as `py -3.11 -m scaffold.params moviefileinTOP cue`. The filter searches help text as well as names, which is what makes it answer questions rather than confirm spellings. - 54 tests pass (was 37). Two bugs the tests caught in my own code: a test asserting `"specify index"` should fail when it correctly folds onto the label, and `find_config(search=SEARCH)` binding the constant as a default argument so it could never be substituted — that one became `glob.glob` and a `None` default, matching `environment_report`'s idiom. **Project (`330.0020`), uncommitted:** - `startup.py` copied down, verified byte-identical by hash. - `playlist.clip_path()` — pure, tested, and it makes the empty-media case explicit: `media/` is gitignored, so a fresh clone has none, and that should build a player with no file rather than fail. - `build.py` gains `_add_player()`: Movie File In TOP → null TOP, first clip loaded by relative path, `playmode` Sequential, playing at speed 1, viewer flags on both. 35 tests pass. - Every operator class and parameter name in `build.py` checked programmatically against the shipped help table — `moviefileinTOP.file`/`play`/`speed` and `playmode` as the sole Menu, correctly the one routed through `set_menu`. Two things settled that the plan had left open: **Cue Point Unit does offer Fraction.** So Phase 4's random start point needs no duration — though durations still earn their place there, for constraining the draw so a clip at speed *s* over dwell *T* doesn't run off its own end. **Phase 3 of the framework got another data point.** Phase 2 asked it for `set_menu` and a lookup tool — both about *reporting and knowing*, neither about constructing a network. That's now twice in a row (the logger was the first). I noted it on the framework's roadmap rather than treating it as a coincidence. `PLAY_MODE` is deliberately spelled `"Sequential"`, the label, not `"sequential"`. I'm fairly confident the token is `sequential` from the `libTD.dll` strings, but that's inferred from string adjacency, not read off a parameter — so the first launch will report what it actually resolved to, and the constant gets swapped for the token the application itself named. **jms:** <task-notification> <task-id>bvxd679e0</task-id> <tool-use-id>toolu_01L8j3NvvC8v5iDEcfhsWLii</tool-use-id> <output-file>C:\Users\jms\AppData\Local\Temp\claude\c--Users-jms-Documents-wtkns-com\40dcfdb1-5e09-4907-bd89-171513f6ceb0\tasks\bvxd679e0.output</output-file> <status>completed</status> <summary>Background command "Wait for a fresh TouchDesigner launch" completed (exit code 0)</summary> </task-notification> **Claude:** Phase 2 builds. And `set_menu` did precisely the job it was written for: ``` [tdpy] /project1/generated/player.playmode = 'sequential' ('Sequential') [tdpy] player at /project1/generated/out <- media/Copy of 00 Inferno Sessions Spoken Word Intro.mov [tdpy] build complete at /project1/generated ``` The application named the token itself: `sequential`. My `libTD.dll` inference was right, but it's now read off the parameter rather than guessed from string adjacency. Swapping the constant, as its own comment instructed: That change needs one more rebuild to confirm — and this time only `build.py` changed, so the **rebuild button works**; no restart needed. A successful run should now show *no* `playmode` line at all, since an exact internal name is resolved silently. Two things I can't confirm from the log, and one I noticed: **The log proves the network built and the file was set — not that pixels are on screen.** `play` and `speed` were set without a warning, so the parameters exist and took values, but whether the clip is actually visible and moving is a look-at-it check. Can you confirm you see the first clip playing on `/project1/generated/out`? **The rebuild button is at `/project1/rebuild1`, not `rebuild`.** Every launch logs it. `controls.py` destroys `rebuild` and immediately creates `rebuild` in the same frame, but TouchDesigner defers the destroy, so the name is still taken and it gets a digit. Harmless today — the button works, it's just misnamed — but it means the code's own `BUTTON_NAME` doesn't match reality, and at Phase 5 there'll be a panel of these where accumulating suffixes would matter. It's a framework file (`controls.py`, in the verbatim manifest), so the fix belongs upstream. Want me to take it now or leave it for Phase 5? **jms:** <task-notification> <task-id>bkn6f92ms</task-id> <tool-use-id>toolu_012M4zkUP8W7n4rimeXNK7cN</tool-use-id> <output-file>C:\Users\jms\AppData\Local\Temp\claude\c--Users-jms-Documents-wtkns-com\40dcfdb1-5e09-4907-bd89-171513f6ceb0\tasks\bkn6f92ms.output</output-file> <status>completed</status> <summary>Background command "Wait for the rebuild click" completed (exit code 0)</summary> </task-notification> **Claude:** Rebuild clean, and the `playmode` line is gone — which is the confirmation: `sequential` resolved as an exact internal name, so `set_menu` said nothing. ``` [tdpy] dropped 3 module(s), rebuilding [tdpy] playlist 20 file(s), 74.2 min [tdpy] playlist at /project1/generated/playlist [tdpy] player at /project1/generated/out <- media/Copy of 00 Inferno Sessions Spoken Word Intro.mov [tdpy] build complete at /project1/generated ``` That closes the loop the plan asked for: parameter names established against a running 2025.32050, and written down — but as a lookup tool and a resolver rather than a table that would go stale. Phase 2 is committed-ready but I'm holding it on your two answers: whether you can actually see the clip playing on `/project1/generated/out`, and whether to fix the `rebuild1` naming upstream now or at Phase 5. **jms:** i see the clip. fix parameter naming upstream. **Claude:** Before fixing it, I should check my own explanation — it doesn't survive scrutiny. On a cold launch there's no existing button to destroy, yet the name is still `rebuild1`, and `create()` honours exact names elsewhere in the same build (`playlist`, `player`, `out`). Let me find the actual cause. The `.toe` is compressed, so a plain grep proves nothing. Let me actually decompress it. Let me check whether the framework's own project shows the same thing — that's a free data point. Same on both projects, every launch — including the framework's own `template.toe`. So it isn't project-specific state. I can't determine *why* `create()` declines the name offline (the `.toe` isn't zlib and doesn't decompress). So rather than guess at a mechanism, the fix takes the name afterwards — which works whatever the cause, and reports if something genuinely holds it. That makes the next launch's log the diagnosis too. Now route `controls.py` through it: Now copy both framework files down to the project and route `build.py`'s own nodes through the same helper: A restart happened at 12:38:20 — and it caught something useful incidentally: the playlist is now **19 files, 73.4 min**, and the player loaded `Copy of 01 Introit.mov`. You pulled a clip out of `media/`, and the scan and `clip_path` followed it without complaint. Let me confirm that run predates the copy-down: Confirmed — that run used the old `controls.py` (copied down at 12:43:13, five minutes later), so `rebuild1` there is expected. One more restart verifies the naming fix. **Restart TouchDesigner** (`startup.py` and `controls.py` both changed, so the rebuild button won't do it). What that run will tell us, either way: - **`rebuild button at /project1/rebuild`** — nothing was holding the name; `create()` simply declines it, for a reason still unknown but no longer costing anything. - **`rebuild1` plus a `held by a <type>` line** — something genuinely owns the name, and we finally learn what. - **`could not rename rebuild1 to rebuild`** — the rename itself is refused, which would be a different problem worth chasing. The fix went upstream as [`afa81a7`](https://github.com/wtkns/touchdesigner-python) and is pushed. `startup.create(parent, optype, name)` creates the node then takes the name, silent on success. `controls.py` uses it for both the button and its Panel Execute DAT, and I routed `build.py`'s four nodes through it too — `generated`, `playlist`, `player` and `out` are all names something later refers to, by log line, by wire, or by the next phase. Both framework files copied down and verified identical by hash; 58 tests upstream, 35 in the project. I deliberately did **not** write a mechanism into the comments. I could not decompress the `.toe` to check whether something in it holds the name, so the docstring says what was observed and that the cause is unestablished, rather than inventing one that reads plausibly and might be wrong. **jms:** <task-notification> <task-id>b1l5g8jvp</task-id> <tool-use-id>toolu_01NrhFsujtnvQrDPP7J2qGuk</tool-use-id> <output-file>C:\Users\jms\AppData\Local\Temp\claude\c--Users-jms-Documents-wtkns-com\40dcfdb1-5e09-4907-bd89-171513f6ceb0\tasks\b1l5g8jvp.output</output-file> <status>completed</status> <summary>Background command "Wait for restart with the naming fix" completed (exit code 0)</summary> </task-notification> **Claude:** `rebuild button at /project1/rebuild` — no digit, no `held by` line. But I need to correct something I said when I designed that check. I claimed silence would be the diagnosis: that a button reported at `/project1/rebuild` would mean `create()` had declined a free name. It doesn't distinguish that from `create()` simply working. The evidence that actually settles it is the before/after comparison — cold launches at 12:33 and 12:38 both gave `rebuild1`, and the only thing that changed by 12:44 is the rename. So `create()` does decline an available name, and the rename takes it. Let me fix that claim where I wrote it into the code. Now committing Phase 2 in the project repo. Phase 2 is done and verified in a running TouchDesigner. **Commits, both pushed:** | Repo | Commit | | | --- | --- | --- | | `330.0010` framework | `05ac8c8` | `set_menu()` + `scaffold/params.py` | | | `afa81a7` | `startup.create()` — take the name a node was created with | | | `52f843e` | Record what the rename established; correct a docstring claim | | `330.0020` project | `0d9e339` | Play one clip | **What Phase 2 asked for, and what it got instead.** The plan said the real work was "establishing parameter names against a running 2025.32050 and writing them down." Names got established, but nothing was written down — a table would go stale at the next release. Instead there's `Config/TDParameterHelp.json`, which the install ships and regenerates itself, read by `scaffold/params.py`; and for the half that file doesn't carry, `set_menu()` resolves menu tokens against the live parameter and reports what it found. **Cue Point Unit offers Fraction**, so Phase 4's random start needs no duration. Durations still earn their keep there — constraining the draw so a clip at speed *s* over dwell *T* doesn't run off its own end. **The `rebuild1` bug turned out to be more general than a button.** `COMP.create()` appends a digit rather than fail when it won't use a name — *including names that are free*, which the rename succeeding is what proves. So it was never just the button: every node in `build.py` was one collision away from the same silent mismatch. All six now go through `startup.create()`. **Framework Phase 3 got a third data point.** Phase 2 asked the framework for `set_menu`, a parameter lookup, and `create` — knowing and reporting, plus one primitive that makes construction *reliable*. Still nothing resembling the network-description layer Phase 3 was imagined as. That's now a consistent enough pattern to be worth noting on the roadmap rather than waiting to be surprised by it again. Two things I'd flag before Phase 4: - The media set is dynamic by your own account, and Phase 2 quietly proved it handles that — 20 files at 12:33, 19 at 12:38, no intervention. Worth knowing the scan is genuinely re-entrant before the shuffled deck depends on it. - I never confirmed *why* `create()` declines a free name. The `.toe` doesn't decompress outside TouchDesigner, so the docstring says what was observed and explicitly declines to invent a mechanism. Nothing in the vault has been touched yet — no session log entry, no update to [160.0020](100-Projects/160 - Software/0020 - TDPyMovieplayer.md), which still describes Phase 2 as pending and carries the media-specific `.mkv` detail you'd rather not have recorded. Say the word on "update and push" and I'll do that plus the sync and vault commit. **jms:** lets make a couple of minor changes first. 1. remove the launch of vscode from open-project.bat. in this project only. leave it in the framework. I assumed i would be using a different window to develop, but this session has access to the framework and a launched session doesnt. 2. add a window out COMP to the TD network. set the 'out' node as the window operator, and have it open as a separate window on display 2, with Center for justify horizontal and justify vertical. set opening size to 'single display exclusive' **Claude:** Let me look up the Window COMP's parameters with the tool. The menu item labels aren't in the binary — only parameter labels are. That's fine: `set_menu` takes the label and, if it's wrong, logs the actual menu items. Writing them as you named them. Change 1, `open-project.bat` — project only: The file is CRLF and my match strings drifted. Writing it out directly instead: Batch files want CRLF here — the generator writes them that way deliberately. Fixing: Now change 2, the Window COMP: Every name and type verified against the help table — `set_menu` only on Menus, `_pulse` only on the Pulse, `display` as an Int. This one **is** reachable by the rebuild button (only `build.py` changed, and `reload()` can reload that). Hit rebuild when ready. Both changes are in. Three things worth knowing before you click: **Three menu labels are unverified guesses** — `"Single Monitor"`, `"Center"`, `"Single Display Exclusive"`. Unlike `playmode`, these menu items aren't in `libTD.dll` (the binary carries parameter labels but not menu items), so I couldn't check them offline. If any is wrong, `set_menu` will refuse it, leave the parameter alone, and log the actual items — one round trip to fix, and no wrong value written in the meantime. **`display = 2` is the parameter's own numbering**, not a Python index into `td.monitors`. If the window lands on the wrong screen, that's the one to flip. I also set `justifyoffsetto` to Single Monitor, which you didn't ask for — the help says `display` only means anything when the area is a single monitor, so without it "display 2" would be inert. **The off switch is `OPEN_WINDOW = False`** in `build.py`. An exclusive fullscreen window takes the display outright, and I deliberately did *not* set "Close on Escape Key" — you didn't ask for it and I'd rather not change behaviour you didn't request, but it means if the window grabs the wrong screen your exit may be the rebuild button or closing TouchDesigner. Say the word and I'll turn it on. On the structure: the Window COMP is created **beside** `generated`, not inside it, matching where the rebuild button lives. `build()` destroys its own container, so a window inside would close and reopen on every rebuild — and with an exclusive display that's a mode change, not a flicker. Out there it's converged onto rather than recreated, and `winop` stores a path, so it re-resolves to the newly built `out` on its own. `winopen` only fires on the launch that creates it. **jms:** <task-notification> <task-id>bfd5b8t02</task-id> <tool-use-id>toolu_014rNbqKDxCEb43wG6jrEwFu</tool-use-id> <output-file>C:\Users\jms\AppData\Local\Temp\claude\c--Users-jms-Documents-wtkns-com\40dcfdb1-5e09-4907-bd89-171513f6ceb0\tasks\bfd5b8t02.output</output-file> <status>completed</status> <summary>Background command "Watch for the window rebuild" completed (exit code 0)</summary> </task-notification> **Claude:** The unverified labels resolved exactly as intended — and one was wrong, caught rather than silently applied: ``` justifyh = 'center' ('Center') justifyv = 'center' ('Center') size = 'exclusive' ('Single Display Exclusive') justifyoffsetto: no menu item 'Single Monitor' - have primarydisplay, specifydisplay, alldisplays ``` So `display = 2` was inert on that run — the area stayed at its default. The item I wanted is `specifydisplay`. Swapping all four for the tokens the application named: A rebuild won't move it — the Window COMP now exists, so `winopen` won't re-fire, and an open exclusive window won't re-position under it. **Restart TouchDesigner**; nothing is saved in the `.toe`, so you get a fresh window built with the corrected settings and pulsed open. If the tokens are all exact now, this run should log *no* `set_menu` lines at all. One note while that runs, on something Derivative's own help says about the parameter you asked for: > `winopen` — Opens this Window COMP as its own floating window, not as the Perform Window. Useful for things such as dialog boxes, popups, or testing, but **should not be used for putting final rendered content to outputs.** Use a single large Perform Window for that instead. You asked for a separate window, so that's what I built — and for Phase 2, where the point is to see a clip, it's the right tool. But if this machine ends up driving a display for real, `setperform` (Set as Perform Window) is what Derivative points at, and it's a one-token change to `_add_window`. Worth knowing now rather than discovering it at Phase 7 with a projector attached. Also worth flagging about the converge-don't-recreate choice I made: it means a settings change to the window needs a TouchDesigner restart, not a rebuild click — which is the trade for not cycling an exclusive display on every edit. If that turns out to be the wrong side of the trade during Phase 4, the fix is to re-pulse `winopen` whenever a setting actually changed, rather than only when the COMP is created. **jms:** 1. lets add a "perform window mode" to the project roadmap. 2. also add to the roadmap a control panel which will contain controls and open on a separate display from the perform window. **Claude:** The roadmap lives on the vault page, not in the repo README. Let me read the exact Tasks text. Two lines in the repo README went stale from this session — the VS Code launch I just removed, and a media specific you'd rather not have recorded: Both roadmap items are on [160.0020](100-Projects/160 - Software/0020 - TDPyMovieplayer.md). **Phase 8 — perform window mode** (new). `setperform` rather than `winopen`, one window owning the output display, with Derivative's own caveat about `winopen` recorded as the reason. **Phase 5 — the control panel** (rewritten, was "controls"). The panel opens as its own window on a display separate from the perform window. I made the separation the requirement and the specific controls negotiable, since that's the part that constrains the build: two windows means display assignment becomes an explicit decision, and the project has to know how many displays it has and say something sensible when it doesn't. One judgment call worth surfacing: I put the control panel *into* Phase 5 rather than adding a ninth phase, because Phase 5 was already "controls" and a separate entry would have left two phases both claiming the panel. If you meant it as a standalone item, it's a quick split. **The numbering now lies about build order,** and I said so on the page rather than renumbering. Phase 5 places its panel relative to the perform window, so Phase 8 should be built first. Renumbering would have churned every cross-reference — Phase 7 points at "the Phase 5 parameters", the Notes section points at Phase 4 — so the note says the numbers record when each item joined the plan, not the sequence to build them in. Also fixed two repo README lines this session made wrong: the setup step still promised a VS Code launch, and the ffprobe timing quoted your old media set. The rest of the README still describes the project as ending at the playlist — Phase 2's player and window aren't in it yet, and neither is the Phase 2 write-up on the vault page. That's the documentation pass for "update and push", not something I've done. Nothing is committed since `0d9e339` — the launcher change, the Window COMP, the roadmap edits and these README fixes are all sitting in the working trees. **jms:** <task-notification> <task-id>bgfrh6llx</task-id> <tool-use-id>toolu_012ve2xeJUqSjh3qP2bCV5AY</tool-use-id> <output-file>C:\Users\jms\AppData\Local\Temp\claude\c--Users-jms-Documents-wtkns-com\40dcfdb1-5e09-4907-bd89-171513f6ceb0\tasks\bgfrh6llx.output</output-file> <status>completed</status> <summary>Background command "Watch for the restart with corrected tokens" completed (exit code 0)</summary> </task-notification> **Claude:** The watcher timed out with no new lines — you were writing roadmap instructions, not restarting, which is fine. But it means **the window fix is still unverified.** Confirmed — the log still ends at the 13:00:27 rebuild, the one where `justifyoffsetto` was refused. So the window currently on screen was placed with the area parameter at its default, and `display = 2` had no effect on it. What's written to disk but never run: - `WINDOW_AREA = "specifydisplay"` — the fix that makes `display = 2` mean anything - `WINDOW_JUSTIFY = "center"` and `WINDOW_SIZE = "exclusive"` — same values as before, now spelled as the tokens the application reported rather than labels, so they resolve silently It needs a **TouchDesigner restart**, not a rebuild — the Window COMP already exists, so `_add_window` converges onto it and won't re-fire `winopen`, and an open exclusive window won't reposition underneath itself. A restart rebuilds it from scratch, since nothing is saved in the `.toe`. Tell me when you want to run it and I'll watch the log. A clean run should show no `set_menu` lines at all, and the window should land centered and exclusive on display 2 — that last part being the bit only you can confirm by looking. **jms:** working. check the logs. there is a warning on the window COMP. "The current position and DPI scaling settings of your displays result in overlapping displays when working with Scaled DPI Scaling. (/project1/window)" **Claude:** Clean run — **no `set_menu` lines at all**, which confirms all four tokens are exact, and the rebuild button is at `/project1/rebuild`. That warning is TouchDesigner's own node warning, not something our log captures. Let me look up the parameter it's pointing at. Both warning variants exist — Native and Scaled — so switching modes may just swap which one you get. The real question is what your displays actually are. Let me ask Windows directly. Three 4K displays, all at 150%. Before I say anything about your layout, let me re-query with proper per-monitor DPI awareness — my first call used the weaker system-DPI mode, which can distort the coordinates it reports. I need to correct what I said a moment ago: **they are not three 4K displays at 150%.** That reading came from the weaker DPI-awareness mode and was an artifact of it. The real layout: | Display | Native | Scaling | Physical rect | | --- | --- | --- | --- | | DISPLAY1 (primary) | 3840×2160 | **150%** | `0,0 .. 3840,2160` | | DISPLAY3 | 2560×1440 | **100%** | `3840,-722 .. 6400,718` | | DISPLAY2 | 2560×1440 | **100%** | `3840,718 .. 6400,2158` | It's a **mixed-DPI arrangement**, and that's precisely what the warning is about. In true physical pixels all three tile edge-to-edge with no overlap and no gaps. The conflict is that the two coordinate systems disagree about where the right-hand pair begins — physical x = 3840, but scaled x = 2560, because the primary is 3840 native and 2560 scaled. Anything that pairs a scaled origin with a native size gets a 1280px overlap. Let me find the parameter's options. Found the menu pair: `native` ("Native") and `usedpiscale` ("Use DPI Scale") — and the warning you're seeing names the *Scaled* variant, so the parameter is currently on Use DPI Scale. That makes `native` the right setting, and the measurement says it should actually clear the warning rather than swap it: in physical pixels your three displays tile exactly edge-to-edge, no overlap and no gaps. It's only the scaled coordinate space that conflicts. Native is also what you want for an exclusive fullscreen output anyway — true pixels, not scaled ones. Needs a run to apply. A **rebuild click** should be enough to clear the warning, since the warning sits on the COMP and the parameter gets set either way — a full restart is only needed if the window itself needs repositioning. Expect silence again in the log: `native` is an exact token, so `set_menu` should say nothing. Log check first, since you asked: the 13:13:18 restart came up completely clean — no `set_menu` lines, meaning `specifydisplay`, `center`, `center` and `exclusive` all resolved as exact internal names, and the button is at `/project1/rebuild`. That closes out both the window tokens and the naming fix. The warning is genuinely about your desktop, not about the code. Worth recording the shape of it, since it'll recur on any machine with this arrangement: - In **physical pixels** the three displays tile perfectly: primary `0,0..3840,2160`, then DISPLAY3 and DISPLAY2 stacked at `3840,-722..6400,718` and `3840,718..6400,2158`. Every edge meets exactly — no overlap, no gap. - In **scaled coordinates** the primary is 2560 wide, not 3840, so the right-hand pair starts at x=2560 instead of 3840. Pair a scaled origin with a native size and you get exactly 1280px of overlap. That's what TouchDesigner is complaining about. Since display 2 is 2560×1440 at 100%, scaled and native are identical *for the window itself* — which is why it works despite the warning. I've set `dpiscaling` to `native` and written the measurement into the constant's comment, including the falsifier: TouchDesigner has a matching warning for Native, so if that one appears instead, the physical layout isn't as clean as Windows reports and my reading is wrong. **jms:** <task-notification> <task-id>baeftf0h3</task-id> <tool-use-id>toolu_01L1fUKuKuoGp16XoTHC6zoK</tool-use-id> <output-file>C:\Users\jms\AppData\Local\Temp\claude\c--Users-jms-Documents-wtkns-com\40dcfdb1-5e09-4907-bd89-171513f6ceb0\tasks\baeftf0h3.output</output-file> <status>completed</status> <summary>Background command "Watch for the dpiscaling run" completed (exit code 0)</summary> </task-notification> **Claude:** The rebuild ran clean at 13:19:08 — silent again, so `native` resolved as an exact token and `dpiscaling` is now set. What the log can't tell me is whether the warning actually cleared. It's a TouchDesigner node warning, not something `report()` writes, so only the node's warning state answers it. **Is the warning gone from `/project1/window`?** Three outcomes, and they mean different things: - **Gone** — my reading holds: the physical layout tiles cleanly and Native placement has no conflict to complain about. - **Swapped to the Native variant** — my reading is wrong, and the physical arrangement TouchDesigner computes doesn't match what Windows reported to me. That'd be worth chasing, since it would mean one of the two is not measuring what I think. - **Still the Scaled variant** — the parameter didn't take effect on the already-open window, and it needs a restart rather than a rebuild. Uncommitted in the project tree: the launcher change, the Window COMP with all its settings, and the two README fixes. Uncommitted in the vault: the two roadmap items on 160.0020. Nothing pushed since `0d9e339`. **jms:** it cleared the warning. update and push. **Claude:** Warning cleared — the reading held. Running the full "update and push". Code repository first, so the vault can cite the hash. Framework clean at `52f843e`. Now the documentation. Let me read the pages that need updating. Now the documentation pass. Starting with the two code-side pages. Now the catalog page — Phase 1/2 status and the media specifics. Now the framework catalog page and Site Notes. One error to fix — adding Phase 8 makes it eight phases, not nine. Now the session log entry. Now the transcript and memory. The session ID matches my scratchpad path, so that's this session.