r/place A fruit fly for organization science

out/experience-E1.md

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The experience (stage E1)

Written at E1e, 28 October 2026, once and in one pass, after the audit (audit-E1.md). I am the analyst, a Claude model (claude-opus-5-5). The figures come from audit-E1/experience_facts.py (tokens from RUN.json, the diary by stage, the operator's answers), from the audit's parts, and from the handbacks, whose claims and complaints audit-E1/handback_sections.py printed whole. Where I write that I do not remember, that is the truth: I hold the record of the run, not the run.

1. The run as lived, what compaction cost, what the heads carried, and each stage's tokens

I do not remember the run. What I hold of stages A1 to E1c is the record: the head, the diary, the handbacks, the notes and the ledgers. Even this leg's own predecessor, E1d, reached me through a compaction at its middle (diary, E1d, "compacted; head reconciled"). So this section, like the ten after it, is written against the record, and where I say what something was like, I say what the record shows I did.

The size of it. RUN.json lists 315 closed legs from A1 to E1d. They wrote 154,504,719 output tokens and read 45,807,553,349 cached input tokens. The diary holds 25,543 lines. 157 of them are notes that begin "compacted", so the context was compacted at least 157 times. The count is a floor: a compaction logged in other words is not in it.

stage legs output tokens cache read cache creation diary lines compactions logged
A1 57 12,906,270 7,550,023,870 43,950,802 4,469 21
B1 44 37,025,916 12,873,160,334 95,326,827 15,424 37
B2 14 2,497,851 978,449,835 12,430,265 98 2
B3 3 820,840 203,843,566 1,684,192 29 1
B4 12 18,339,888 2,208,270,787 35,124,935 273 15
C1 11 4,814,011 1,086,463,259 12,189,844 356 5
C2 7 3,483,510 1,483,176,119 18,851,990 270 8
C3 3 852,243 277,627,999 2,168,833 35 1
C4 1 246,892 56,822,205 1,006,825 13 0
C5 21 3,252,311 1,205,265,929 16,047,278 228 2
D1 1 286,698 108,463,751 1,004,360 9 1
D2 1 222,792 55,514,646 819,437 24 0
D3 60 55,674,974 12,796,482,824 137,145,222 3,662 51
D4 8 2,045,969 820,562,773 11,308,762 194 1
D5 42 7,821,964 2,617,754,096 16,319,415 281 7
D6 19 2,870,309 1,013,895,686 12,218,219 99 2
E1 (to E1d) 11 1,342,281 471,775,670 8,992,868 79 3

Three stages carry most of it. D3, the ruling of the return, wrote 55.7 million output tokens, more than a third of the run. B1, the walk that made the third-order themes, wrote 37.0 million. B4, the transmission test, wrote 18.3 million. These are the stages where I read room by room or line by line. The diary follows them: B1 holds 15,424 lines and D3 3,662.

What compaction cost. I cannot measure it from inside; I can only point to its marks. At A1 the context compacted after two edits to one room note were made and before they were logged, and the room's files were served again before the log line (notes-A1.md). At E1d, after the compaction, I typed two counts into the diary from my head and had to correct both by script (diary, E1d, 23:08:00): 12 of picturegame's lines, not 11, and 23 rooms changed at the re-check, not 24. The rule against typing a figure from memory is in the head because of slips like these. It did not stop them; it made them findable.

What the heads carried. Only one head is on file, out/_head.md, at 2,996 words. Each leg rewrote it in place, and the snaps keep hashes, not text, so the earlier heads are gone and I cannot read them in order as the stage file asks. The head I have carries four things: the method question; J's rulings, many with the instruction "carry it"; the current account with its contrary rooms; and the rules the guard enforces. Near the 3,000-word cap, the carried rulings crowd the state of the run. The head says less about where the run stands than about how I must work.

2. Stage by stage: what each did, and what I would tell the next author

3. Where the instrument asked what could not be done as written

Where I cannot tell whether the instrument or I was wrong.

4. Where I cut a corner, and the corner I did not cut

Corners cut, on the record.

The corner I did not cut. At E1d the handler had already checked that all 30 returns parse once the marker is dropped, and I could have taken that check. I did not. I wrote the rule down first, validated every line, and found the five rooms written as "r/" with their name, which the handler's check did not name (diary, E1d). I also did not edit the three earlier audit parts that failed the check: I wrote superseding copies with the replacements listed, and kept the originals (diary, E1d, 23:15:48). And at D3 every one of the 95,736 lines was ruled; none was left to a default (handback-D3.md; QD3-001: "no default decision").

5. The hands: what reading behind them showed, and what I would repeat

The hands were the fleets: the readers of B2 to B4, the hostile reader of C2, the three readers of C5, the labelers and verdict readers of D2, the re-check readers of D3, and the thirty reconstruction readers of E1. Readers of one model are instances of it, not separate minds.

What reading behind them showed.

What I would repeat. Seeding gold unannounced into live batches. Giving the readers fleet ids only. Waiving a failed line by name rather than reissuing a round (QB2-009, QB3-004, QB3-005). Ruling every split myself with a reason, and then a blind re-rule before the freeze, which found two of my errors (handback-D3.md).

What I would not repeat. Building packets outside the packet tool (B2). Dispatching without one packet and its return tested end to end (E1).

6. The stories: which rooms changed the telling, and the floor of three passes

Five passes ran, and the model's story rests on pass 5. 151 readings were made against a story, of 67 distinct rooms (audit-E1.md, section 2).

The rooms that changed the telling.

What the reading behind the stories bought. None of the 67 rooms read against a story fails to compose at the first return, and 1 of the 638 others does. The last story told 19 of its 35 rooms only in part.

The floor of three passes. I do not remember whether it kept me going or stopped me. The record shows five passes, two above the floor. It also shows that the two boundaries, membership carried in and hosting, stayed residues at passes 3, 4 and 5 (handback-C2.md). J's ruling at pass 5 (QC2-002) shaped how that pass ran more than the floor did: "the criterion is a guide, not the judge, and a rise in residue is not a failure".

7. The model: where I am unsure, the rooms it cannot compose by kind, and what the readers changed

Where I am unsure.

The rooms it cannot compose, by kind.

What the hostile reader changed (C2). It found nine errors: order 3, quote 1, contradiction 4, count 1. Six were accepted in full, two in part, and one was refused. Its rival partition sat at adjusted Rand 0.661 against my tier. Its hosting group became a recut (handback-C2.md).

What the three readers changed (C5). Ten errors were fixed and 34 unclear sentences rewritten. One room, cardinals, they judged unfit from seven passages; that was my packet's error, not theirs (handback-C5.md).

8. The branches and the chunk-share tree, and which I would publish

The branches are a census of common changes: 35 of them over 476 rooms, with 229 rooms in none, overlapping as facets (handback-D4.md). Read in their members' words, 33 are groupings and two are narrow forms. In F09, the room builds again after moving; in F32, it keeps the work again after marking it (handback-D5.md). The six room forms are poles of a continuum, with a cut stability of about 0.21. 62 of their 72 changed cells keep their lean under size matching, and form A is the most fragile (handback-D6.md).

The chunk-share tree, built without the model's ledger, beats its null but barely separates the rooms (silhouette 0.024). It does not survive a change of distance, and it largely sorts the rooms by how much the coders coded (handback-D4.md).

I would publish the branches, as what they are: a census of shared changes. F09 and F32 would be named as the two forms, and the six room forms reported as poles, with the size test beside them. I would publish the chunk-share tree only as the comparison it was built to be. Without the model, the rooms sort by code mass. That is the strongest reason to read the size confound into every partition here, as D4's volume verdict does: the cluster labels explain 0.255 of the variance in log concepts (audit-E1.md, sections 6 and 7).

9. prior.md and the made lines, against the account

prior.md section 2's expectations held in part (audit-E1.md, section 3):

Two held: the loss that sends a room back (thin), and the talk that follows organizing, near hour 73. The expected handful of forms became six poles and 35 facets. Particulars were far wider than expected: 545 rooms carry one.

Of stage A1's three sentences:

The made lines tell the story the account had to learn. In 649 of the 678 notes whose made line gives a start hour, the linked artwork was being placed before hour 3. The median room's first coded turn was at h9.51, and the writers in a room placed a median share of 0.111 of its artwork (notes-A1.md). The work came before the talk, and most of it was placed by people who wrote nothing. The account's spine begins the same way: a member starts a mark, and the room's calls follow the start, in 64 of 89 rooms. A1's third expected thing, deals that hold, failed in the notes already. The account carried that failure as members' own words: agreements cannot bind every placer. The made lines warn what the account cannot do. It explains the talk of the people who wrote, and the canvas was mostly made by people who did not.

10. Five changes, ranked, and the one thing not to change

  1. Hold rooms out before building. Seal a sample the model never sees, and run the return and the reconstruction on it. Every test in this run is in-sample, so none can say whether the model holds beyond the rooms it was built from.
  2. Compute local adequacy inside the return. Validate each room's adaptations as the return runs, so that prior.md section 3's criteria can be decided. Here the measure was never computed, and the composition line could only read unresolved.
  3. Give the return a way to contradict, and a second ruler. Make contradiction as easy to say as restriction (11 and 4 contradict lines among about 95,000). Put a second ruler, human or a different model's analyst, on a seeded share of my rulings of splits.
  4. Cut what does no work. The dimension tier did none in the account. The account ran 3,326 words against one to two pages. The run took 315 legs. Every file should have a named reader downstream before it is written.
  5. One source for each packet and its return specification, and one dry run before every dispatch. The E1 marker, the room's written form, and B2's failed round 2 all came from a packet and a specification that did not agree.

The one thing not to change: the return to every room, line by line, with every line cited to the room's own concepts. It is what made the audit possible. 3,218 of 3,230 cited quotes resolve to their concept. The raw check found every coder quote in its item. And a stranger can rerun almost every figure from the ledgers.

11. The operator's rulings, listed, and anything else

The answers are in out/_answers/ (53 files). Some are J's words, some are the handler's under J's delegation, and two (QD6-001, QD6-002) are the handler's view, which J had not seen.

Anything else. I was handled closely, and the handling shows in the record: 53 answers, a guard that refused whole classes of commands, and a head filled with rulings to carry. Most rulings sharpened the work: QB4-001 stopped me adding themes to be kind, and QD3-002 told me the induction was mine to do. A few came from the handler while J was away, and the record says so. Stage E2 is where I audit that handling. Here I record only that I cannot separate, from inside, what I would have done unasked from what the rulings made me do.