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How the IDE Hologram Works
Status: measured 2026-08-25 — existing lattice frame. No protein-dock hologram.
Walks: Low-friction user flows · Study 11 Ehrhart
Researchers and claimants see a receipt + the frame that already paints. Affine does not invent a pdb occupancy hologram. ProteinManifold.evaluateDocking is not stubbed.
GET https://affine.earth/language-invariant/game/proteins/frame?w=512&h=512&t=800
| Field | Measured 2026-08-25T12:45:44Z · nbg-01 |
|---|---|
| HTTP | 200 |
content-type |
application/octet-stream |
| Byte length | 1048576 (512 × 512 × 4 RGBA) |
| sha256 | c4dae839391998605fa264d7622aa688f3f4e463432febe88e44e7872756ddd4 |
x-affine-game |
proteins |
x-gop-width / x-gop-height
|
512 / 512 |
x-affine-game-step |
800 |
x-gop-order |
RGBA |
This is the same URL the court HUD <img id="courtPlayHologramImg"> loads after a Look catalog GET and after every WIN. It is not a hologram of 4HHB or 2HYY. It is the live LatticeRender protein-fold raster.
A second existing raster (not what the HUD loads after WIN):
GET /language-invariant/game/materials/frame?w=512&h=512&t=600 — HTTP 200, octet-stream, 1048576 bytes, sha256 cd806d8a4d5848e10b02c09bc8b81f6ef63ce851d553fb8101ce275d09f3e8e0. Chemistry / materials WIN still load proteins/frame. The HUD caption says so.
Evidence: evidence/keep-going-dynamo-flows-20260825/ · earlier walk evidence/low-friction-flows-20260825/CAPTURES.md
backdrop-filter on the IDE chrome is CSS blur. It is not a hologram filter: law and was not changed.
| Surface | When img.src is set |
Requires Claim POST? |
|---|---|---|
#researcher (home Look) |
After GET catalog.json HTTP 200 index_n=258616
|
no |
#protein-material-look |
After GET catalog.json HTTP 200 index_n=258616
|
no |
#disease-icd · #pdb-holdings · #chemistry-inchi · #material-std · #complex-pair · #rife-frequency · #stellar-dynamo
|
After ingest HTTP 2xx (WIN / CALORIE) | yes — sample button or POST selected |
#manufacture-look |
never — Look contracts only | no POST, no frame |
Refuse (REFUSED_NO_STD / REFUSED_FLOAT / REFUSED_UNATTRIBUTED) |
frame stays hidden | — |
| Hash / URL | What GET/POST does | What pixels come from |
|---|---|---|
ide.html#chooser |
First screen. Open this door | none until a court mounts |
#researcher |
GET catalog + games. credentials omit | proteins/frame after catalog 200 |
#protein-material-look |
GET catalog 258616 + aggregates 125302 | same proteins/frame |
#ehrhart-volume |
Template POSTs Study 11 geometry | Court receipt. No dedicated png on this hash. |
#gym |
Gym view. Franklin hologram card |
hologram-manifold.js + franklin-law-plot.js
|
/language-game/ |
Main UI stage | Same hologram scripts. #capture records the canvas |
#disease-icd · #pdb-holdings · #chemistry-inchi · #material-std · #complex-pair · #rife-frequency · #stellar-dynamo
|
POST industry key + source+role | After WIN: proteins/frame |
The court HUD:
- POSTs
/language-invariant/game/{domain}/ingestwithsource+role(sample button fills and POSTs; or tap POST selected) - Writes the JSON receipt on the same page
- If HTTP 2xx, sets
img.srcto/language-invariant/game/proteins/frame?w=512&h=512&t=800
Meaning = seal + frame. No training paragraph required. Dynamo WIN uses this same proteins/frame — integer step seal + frame, not a stellar-surface hologram.
- Does not invent a
#protein-dockhash - Does not stub
ProteinManifold.evaluateDocking - Does not claim the proteins frame is the presented PDB
- Does not add an MCP tool
- Does not change hologram
filter:/backdrop-filter
- ⚛️ QUANTUM-ALIVE — 24 courts LIVE
- The lattice holds
- Impact study — continuum dead
- Death of continuous shear
- Fourier Phantom — Anima FNO vs 11+12+13
- Stellar dynamo kill shot
- QCD: freedom is dilation
- Look in the UI (no visitor data)
- Explore the live courts
- MCP clients (public)
- Example app — entire court
- Math Court user guide
- Math Court on Glama
- Quantum algorithms inventory
- Glama connector
- Zero Float · Zero Shear
- UUM-8D vs IUT — WIN
- Readers’ guide
- White paper
- Program index
- Roadmap — what comes next
- Language-games study board
- Known discoveries — family ledger
- Discoveries by user
- Low-friction user flows
- How the IDE hologram works
- Known molecular discoveries
- Study 06 — Explosion Results
- Study 07 — Milky Way Results
- Study 11 — Ehrhart Volume
- Study 12 — Parallel Repetition
- Study 13 — Connes Rigidity
- Study 14 — Protein lattice
- Study 16 — Disease type
- Study 17 — Chemistry InChIKey
- Study 18 — Material STD
- Study 19 — Go First Dice
- Peer-review bundle
- Conjecture alignment
- Study 02 — Launch holes
- Study 02 — Regulatory alarm
- Build a study — Falcon
- Study 09 — Convective bond
- Study 20 — Rife frequency
- Study 21 — Stellar dynamo
- Study 22 — Ground state
- Study 23 — Spin glass
- Study 24 — N-representability
- Study 25 — Permanent