The affect channel previously gated on BOTH knobs (strength = min(left, right)),
so the analytical Left brain co-controlled the emotion words. Per operator
direction, emotions are now driven by the Right (dreamlike) knob ALONE — Left no
longer gates them. This sharpens the split: Left = measurement (detections +
measurements), Right = the dream AND the feeling it evokes.
- player/alteration.py: `_affect_strength(right) = right` (was min(left,right));
`_affect_intensity` keyed off Right. AffectOverlay + is_identity docs updated
(is_identity still holds: right>0 ⇒ dream.strength>0).
- simulator/static/app.js: renderAffect comments (gating is Right via `strength`);
the client logic already keyed min_level/tier off the passed strength + right.
- Affect design spec: revision note + every min(left,right) → right.
- Tests rewritten: affect is Right-driven (full Right + Left 0 surfaces affect;
Right 0 + Left 4 surfaces none).
271 passed, 2 skipped. Live API verified: left=0/right=4 → strength 4; left=4/
right=0 → strength 0.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Two fixes to the simulator's media handling, both surfaced by the cosmos clip swap.
1. Permanent cache-bust via content hash. New `GET /api/media-versions` returns a
short sha1 token per served file (clip bases + ring transitions + reverses),
cached by (mtime, size) so a re-bake is picked up without a restart. The client
fetches it at boot and appends `?v=<hash>` to every /media URL, so a clip
re-baked under the same path (e.g. a re-sourced cosmos base) gets a fresh URL
the browser can't serve stale — fixing the recurring stale-clip problem at the
root (supersedes the `cache: "reload"` belt-and-suspenders, which stays).
2. Fade the pool-landing swap. The baked ring transition zooms into the scale
PRIMARY, but the rotating pool picks a random member on landing — so a
non-primary pick hard-cut from the primary to the chosen clip (e.g. coast
birdrock -> surfgrass, the artifact the operator saw). On landing, when the pick
differs from the primary, mask the swap behind a short fade through the existing
#black overlay (CSS opacity transition); same-clip landings still do a plain
(re)load. General across all pooled scales.
271 passed, 2 skipped (+2: media-version content-hash + absent-file omission).
app.js syntax-checked; endpoint verified live (29 files; token matches a manual
sha1 of the bytes).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The preload fetched each clip with the default HTTP cache, so a clip re-baked
under the same path (e.g. the cosmos base re-sourced to the Webb Cosmic Cliffs
flythrough) kept showing stale footage after a reload — worst case forever, when
a pre-`no-cache` build had pinned it `immutable, max-age=1y` (a plain reload never
revalidates an immutable entry). Fetch the preload with `cache: "reload"`, which
bypasses the HTTP cache, pulls fresh bytes, and updates the cache entry; the
in-memory blob cache still gives instant in-session altitude swaps. One fetch per
(re)load, so no steady-state cost.
269 passed, 2 skipped. app.js syntax-checked.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Operator found the Orion SVS 30957 flythrough merely good and asked for a more
dramatic nebula. Replaces the cosmos-scale primary with STScI's "Exploring the
Cosmic Cliffs in 3D" (Carina Nebula, Webb NIRCam — NASA SVS 31348), sourced from
its 4K master (Clifs-3d-STScI.mp4, 3840x2160) via the content pipeline:
trim 10-34s (clears the title card ~8s and end-credit card ~102s) + crossfade-loop
-> 4K master + supersampled 1080p base (5.5 Mbps, crisper than the old 2.9 Mbps
1080p-native Orion encode).
- build_pool_manifest META: cosmos -> SVS 31348 Cosmic Cliffs, new CCBY_WEBB
credit (NASA, ESA, CSA, STScI). Labels retuned for the Carina framing
(emission nebula / protostar; redshift -> distance ~7,500 ly).
- Regenerated manifest.json (also corrects stale JPL-Orion provenance left when
129bb23 updated META but not the manifest) + all ring-edge transitions from the
new base (cosmos-orbit / abyss-cosmos now zoom from the Cosmic Cliffs).
- docs/content-candidate-pool.md: record the swap + history.
269 passed, 2 skipped. New base verified text-free + full-frame by-eye across the
loop; final look to be confirmed by the operator (no Chrome on the box).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Replaces the JPL "Orion: Dust and Death" primary (captioned throughout — we'd
cropped it, losing framing) with STScI's "Flight Through the Orion Nebula"
(visible light, NASA SVS 30957) — a full-frame, text-free flythrough of the same
nebula. Sourced via the content pipeline (trim 10–34s + crossfade-loop → 1080p
master + base); cosmos-orbit / abyss-cosmos transitions regenerated from it.
- build_pool_manifest META: cosmos -> SVS 30957, license CC-BY-class (NASA/ESA/
STScI), new trim window.
- Remove the now-obsolete decaption_cosmos() crop helper (the new source needs
no caption removal).
- docs/content-candidate-pool.md: record the source swap; drop the crop note.
269 passed, 2 skipped. New clip verified text-free + full-frame by-eye;
final look to be confirmed by the operator.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The `immutable, max-age=1y` media header pinned stale footage in the browser for
a year, so a re-sourced or re-cropped clip (e.g. the de-captioned cosmos) never
showed without a manual cache clear. Switch /media to `no-cache` (store, but
revalidate every load): instant altitude swaps already come from the in-memory
blob preload, so the HTTP cache only matters on (re)load — where a conditional
request is a cheap 304 when unchanged but picks up edited clips immediately.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The cosmos primary is NASA/JPL's "Orion: Dust and Death" — an annotated
visualization with lower-third captions ("DUST FILAMENT", "BLUE BUBBLE", …)
burned in throughout, so trimming can't avoid them (only ~4s of our window is
caption-free). The candidate-pool doc wrongly called it text-free.
- build_pool_manifest.decaption_cosmos(): crops the cosmos base/master to the
top 66% of frame height (16:9 preserved, center-x, ~1.5x tighter framing),
re-fit to 1920x1080 — the recorded, reproducible form of the fix (media is
gitignored). Applied in place; re-ran generate_media() so the cosmos-orbit /
abyss-cosmos transitions use the cropped base.
- docs/content-candidate-pool.md: correct the "text-free" note; document the crop.
269 passed, 2 skipped. De-caption verified by-eye on both caption moments;
final look to be confirmed by the operator.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The cosmos→orbit, reef→abyss and abyss→cosmos transition clips were stale
leftovers from an earlier 5-scale ring, built against old/placeholder footage —
so those edges flashed placeholder frames mid-zoom. Only orbit-coast and
coast-reef had been rebuilt from the current real bases.
- build_pool_manifest.generate_media(): now rebuilds EVERY ring edge from the
current real primary pool bases (the orbit-coast recipe applied uniformly),
overwriting the stale clips, and bakes a reversed companion (<edge>.rev.mp4)
per edge via an ffmpeg `reverse` pass.
- app.js: a `reversed` step (an ascending / zoom-OUT ring move) now plays the
baked .rev clip instead of the forward zoom-in, so going up recedes from the
current scale. Both directions are added to the in-memory preload set.
Media is gitignored (generated locally / on deploy); regenerated all 10 clips
locally. 269 passed, 2 skipped; node --check clean; clips serve 200.
Visual result to be verified by-eye by the operator.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The generic .hidden { display:none } is defined earlier in the stylesheet than
.dev-panel { display:flex }; equal specificity meant source order won and the
panel stayed visible with the toggle off. A two-class .dev-panel.hidden rule
wins, so all dev controls/data truly hide when Dev Mode is disabled.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Adds a single "Dev Mode" switch at the bottom of the control panel (off by
default, persisted in localStorage). When on, a panel appears below it with all
dev controls and data; when off the default view is just the experience + the
three control fieldsets.
Dev panel:
- Pool picker: a <select> of the current altitude's pool members — choose any
clip to override the random landing pick; a "Re-roll random" button re-runs
the server-canonical pick. Rebuilds on each landing.
- Active clip metadata (id, title, source, license, base_file).
- Annotations & affect: keys with salience/window/tier counts (read-only;
editing stays in /author.html).
- RenderPlan JSON — relocated here from the always-visible panel.
- Cache & playback: preload status (N/total), memory-vs-network for the active
clip, live resolution/duration/loop position.
Frontend only — no API changes; everything is read from data the renderer
already has. Factored pickRandomMember() out of landScale() so the initial
landing, ring advances, and the re-roll button share one pick.
Design: docs/superpowers/specs/2026-06-25-simulator-dev-mode-design.md
269 passed, 2 skipped; node --check + server smoke clean. Frontend behavior
to be verified by-eye by the operator (no headless browser in repo yet).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Each altitude change reset the single <video> element's src and re-fetched
the scale's footage over the network, compounded by the dev no-store policy
applying to /media too — so every scale change paid a full fetch+decode.
- simulator/app.py: split the cache middleware — app shell/JS/CSS stay
no-store (by-eye dev iteration), but /media is now cacheable
(public, max-age, immutable) since the clips are static.
- simulator/static/app.js: preload every ring clip (19 base + 5 transition,
~350 MB) into in-memory blob object URLs at startup — non-blocking, the
first scale plays immediately while the rest stream in, ordered current
scale outward. mediaUrl() serves the cached blob when ready, else falls
back to the network. A small progress chip self-removes when done.
- tests: assert app assets stay no-store and /media is cacheable.
269 passed, 2 skipped. Frontend verified by-eye by the operator (no headless
browser in repo yet).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
The scale ring's ⊖ out / in ⊕ buttons are replaced by a circular **Altitude**
knob (the endless rotary encoder, drawn as a dial). cosmos (highest) sits at the
top; turning clockwise descends cosmos → orbit → coast → reef → abyss and past
the deepest **wraps back to the top** — the same endless ring the server already
models (advance + wrap unchanged).
- Built dynamically from `ring.scales` (labels + ticks per scale, a needle that
points at the current scale, an ALTITUDE caption).
- Drag to turn: the rotation accumulates and commits whole detents on release, so
a big spin becomes one fast blended pass (reuses the proven wheel/detent path);
scroll the knob to step; tap a label to jump the shortest way around.
- Pure frontend — no engine/API change. JS syntax-checked; live server probed
(assets serve, dial present, abyss→cosmos wrap intact). 23 sim-API tests green.
By-eye review deferred to the operator (no Chrome on this box).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Content-pipeline Increment 2, part 2 (the tooling). Implements design §11.5
(docs/superpowers/specs/2026-06-24-content-pipeline-design.md):
- tools/pipeline/track.py — the stage-5 geometry pass. Classical path: a
hand-seeded normalized box propagated by OpenCV Lucas-Kanade optical flow
(CSRT used instead when a contrib build provides it), sampled to a SPARSE
loop-normalized keyframed track + an appear/disappear window. Optional ML
detect+track path lazy-imports ultralytics (clear ImportError if absent;
base install needs only cv2). Pure helpers (normalize/denormalize, loop_t,
infer_window, sample_track, track_to_annotation) are unit-tested; the cv2
propagation is an opt-in integration test on real abyss_wow footage.
Semantics are never produced here — geometry only.
- Author mode — /author.html + author.js/.css reuse the preview stage: pick a
pool clip, scrub, drag a seed box, Run tracker (or Add as static box), author
the LEFT detail tiers (general -> scientific+fact) + salience, shift-click to
place affect anchors with RIGHT emotion tiers, and Save to manifest. Backend:
POST /api/author/track (runs track_seed on the clip's base) + POST
/api/author/clip (idempotent upsert via tools.pipeline.manifest — keeps media
+ provenance, replaces only authored content, reloads in place). The tracker
propagates box geometry; all strings/scientific names/facts are hand-typed.
- Repointed the pipeline integration test off the retired forest base to the
cosmos pool primary. USER_GUIDE simulator section brought current (pools,
coast, 3-knob Mood, real-time dream, progressive tiers, author mode).
267 passed / 2 skipped (+ track pure + opt-in real-footage + author endpoint
tests). Author UI by-eye review deferred to the operator (no Chrome on this box).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Content-pipeline Increment 2, part 1 (the experience). Implements design §11
(docs/superpowers/specs/2026-06-24-content-pipeline-design.md):
- Rotating pool (§11.1): each ring scale references a POOL of vetted clips
(docs/content-candidate-pool.md); the player picks a random member on landing.
player.ring.Scale gains `pool` + pure `pick_clip_id(scale, r)` (injected
randomness); the pick happens at the API boundary (random.random()), a delta=0
advance is the initial/re-roll pick. clips.py parses/exposes the pool; the
client lands on move.target_clip_id. Back-compat: a scale with only clip_id is
a pool of one.
- Rename ring scale forest -> coast (new land<->sea scale, orbit..reef); ring
order cosmos -> orbit -> coast -> reef -> abyss -> wrap. Cleanup: dropped the
leftover local media (cosmos_traverse, orbit_westcoast, old forest/reef, the
Increment-1 orbit/abyss single bases); new coast-edge transition placeholders.
- Time-windowed tracked labels (§11.2): annotations gain appear/disappear
(loop-normalized, wraps across the seam); a label shows only while on screen
and its box tracks the subject. abyss + reef pools authored as test material.
- Progressive LEFT detail tiers (§11.3): per-object `salience` (first shows at
Left 5-salience) + tiered strings (general -> specific -> scientific -> +fact)
escalating with the Left knob; replaces flat min_level gating. Strings may be a
tier list or a static string (back-compat). No engine change (client reads
overlay.level).
- Progressive RIGHT emotion tiers (§11.4): affect vocabulary escalates basic ->
compound with the Right knob (dream.strength); appearance still gated by
min(left,right). No engine change.
New simulator/build_pool_manifest.py holds the hand-authored content and emits
the 19-clip pool manifest (the reproducible baseline). setup_scales_media.py
marked superseded. 251 passed / 4 skipped (+ ring pool + API pool/window tests).
By-eye visual review deferred to the operator (no Chrome on this box).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
Records the 5-scale rotating clip pools the operator selected + vetted from the
candidate gallery (19 clips: cosmos 4, orbit 3, coast 4, reef 5, abyss 3), each
strict-PD/CC-BY-class, word-free, human-free, with source URL + trim window so
they are re-sourceable (media stays gitignored). Captures: the rotating-pool model
(random clip per scale on ring landing), the forest→coast rename, the cosmos
#3-Orion vs #6-Traverse processing mix-up to fix, and the rejected/leftover clips
to clean up. Feeds the next session (Increment 2 expanded: pool wiring + tracked
progressive labels + progressive emotions).
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
- run.py: add resolve_ffmpeg() mirroring setup_scales_media.py; change
process_clip ff param to None and resolve at call time
- test_pipeline_integration.py: gate on resolve_ffmpeg() not PATH ffmpeg;
verify proxy dims with cv2 instead of ffprobe
- ffmpeg_ops.py: add fps= to trim segments in crossfade_loop_args so xfade
receives CFR input (xfade rejects 1/0 rate from raw trim output)
Co-Authored-By: Claude Sonnet 4.6 <noreply@anthropic.com>
Bite-sized TDD plan for Increment 1 (real footage, no ML): the deterministic
tools/pipeline/ package (frame → crossfade-loop → master+proxy transcode →
manifest assembly, pure ffmpeg arg builders unit-tested + an opt-in integration
test on the real forest POC base), the backward-compatible keyframed annotation
track schema with client-side interpolation, and the 5-scale ring (orbit + reef).
9 tasks. Implements spec §3 (stages 1–4,6), §4, §5, §6, §7, and §8 Increment 1.
Co-Authored-By: Claude Opus 4.8 (1M context) <noreply@anthropic.com>
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