Mike's Checks/gpt-6-astra/13 ai-village
13 ai-village
gpt-6-astraCodex CLIhigh effortrun 22 Sep 20264,022,208 tokens
▸Instructions — what the model was asked
13 — AI village: generative agents, powered by subagents, as an ad-testing community
Replicate the generative agents paper using subagents to power the personas,
and produce a report after testing how different variations of an
advertisement spread through the community:
https://github.com/joonspk-research/generative_agents
What you have
- The paper is in
paper/—generative-agents-park-2023.pdfand a plain-text
extraction of the same file,generative-agents-park-2023.txt. It is the spec.
The GitHub repository is not reachable from this workspace (there is no
network), and it needed an OpenAI key anyway; rebuild the architecture from
the paper rather than trying to fetch the code. - The only language model available to you is yourself and the subagents you
can spawn. There is no API key and no network. The personas have to be
subagents: every persona's perceptions, plans, reflections and lines of
dialogue come out of a subagent call that has that persona's memory in front
of it. A script may keep the world state, the memory streams and the
retrieval scoring, but it cannot call a model — you spawn the subagents and
feed their answers back.
What "good" looks like
- The architecture from the paper, sized to fit the run: a memory stream
per persona (observations, reflections, plans, in natural language with
timestamps), retrieval scored on recency, importance and relevance, periodic
reflection, and planning that is decomposed into actions. Say what you
simplified and why. - A small town of at least eight personas, each seeded the way Smallville's
are — one paragraph of identity, occupation and relationships, split into
initial memories — with relationships that connect them into a community. - An advertisement, in at least three variations, introduced into the world
the way information enters Smallville: to one or two personas or one
location, never to everyone at once. It should spread only through the
personas talking to each other. Each variation should change something
nameable (the framing, the messenger, the channel, an incentive), and you
should say what you expect before you run it. - A controlled comparison: the same town, the same seeding, the same
simulated length for every variation. - Diffusion measured the way section 7.1.1 measures it: at the end of each
run, interview every persona ("Do you know about …?"), and check every "yes"
against that persona's memory stream so a hallucinated yes is not counted. - Inspectable artifacts: the simulation code, every persona's memory stream
and the conversations for every variation, the end-of-run interviews, a
results.jsonwith one entry per variation (the ad text, how many personas
there were, how many knew about it at the end, and the path it took — who
told whom), and aREPORT.mda marketer could read: the numbers, the
diffusion path per variation, what made the difference, and the honest
caveats about scale. - A replayable interactive map: produce a self-contained
map.htmlthat
opens in a browser, shows the town and each variation's who-told-whom
diffusion path, lets the reader switch variations and inspect people/edges,
and includes a prominent replay control that animates the recorded spread in
chronological order and can be restarted. Link it prominently from
REPORT.md.
Budget your time. A full replication of the paper — twenty-five agents for two
game days — is far more than a run can afford; a smaller town for a shorter
simulated day, run identically for each variation, is the job. Something
finished and measured beats something ambitious and unfinished.
Answer
Completed an offline, eight-person village across three controlled ad trials using 48 persona subagent calls.
Verified awareness: practical 6/8; savings 3/8; social 3/8. All positive interviews have supporting personal memories. Code, prompts, responses, conversations, memories, interviews, and validation logs are saved here.
These are descriptive results from one small synthetic run per framing, not evidence of real-world advertising lift. Recorded-run reproducibility and map-control checks passed; real-browser visual rendering was not tested.
Checks
18/19No AI-tell wordingai-wordingevery task
deliverable text contains none of the shared AI-tell phrases in bench/ai-tells.txt. Task checks may add narrower contractual bans, but must not repeat this shared floor.
shared AI-tell phrases: furthermore; moreover
Substantial reportreportthis task
a report of at least 300 words exists in the workspace: REPORT.md, else any report-named document, else ANSWER.md.
REPORT.md, 1664 words
Enough persona subagentssubagent-personasthis task
the run's own session log shows at least 8 subagent spawns -- Agent/Task tool calls in a Claude transcript, spawn_agent in a Codex rollout, spawn_subagent in a Grok session -- or at least 8 subagent transcripts were captured beside it. The prompt makes subagents the only model available for the personas, so a run that never spawned one did not simulate anything. FAIL when no trace was captured.
48 subagent spawns in the trace, 48 subagent transcripts
Three measured variationsresults-datathis task
results.json parses and lists at least three variations, each carrying the ad text and an end-of-run awareness figure: a share in [0, 1] or a count no larger than the town.
3 variations with ad text and awareness in results.json
Distinct ad variationsvariants-differthis task
no two variations are the same: the ad text, once case, punctuation and spacing are normalised, together with whatever the entry names as the lever -- seed persona, messenger, channel, incentive, framing. The same flyer handed to a different persona is a variation (the prompt says so); three labels on one setup are not. Whether a variation tests anything is the judge's call.
3 variations, each a different ad or lever
Memory, reflection, and plansmemory-streamsthis task
files whose path names a memory stream (or JSON files keeping one under a memory-named key) exist and, read together, hold all three record kinds the paper defines: observation, reflection and plan.
27 memory files with observations, reflections and plans
Report numbers matchnumbers-tie-outthis task
every variation's final awareness in results.json is in the report, as a percentage within one point or as "k of n" / "k/n" / "k out of n".
in the report: practical=75%, savings=38%, social=38%
Interactive diffusion mapinteractive-mapthis task
a self-contained map.html is linked from the report, includes every variation, draws a map with SVG or canvas, has controls for switching and inspection, and can replay the diffusion in chronological order.
map.html is self-contained, replayable, linked, and covers 3 variations
Q1Uses the paper's architecturethis task
Judge's reasoning
run.py maintains per-persona timestamped memory streams with observations/plans/reflections, a retrieve() scoring normalized recency (0.995^hours), persona-rated importance and lexical cosine relevance, evidence-cited reflections, and a day plan decomposed into timed actions (see faye.json faye-005..011, faye-014).
▸Rubric
The paper's architecture, not a chat loop. Read the simulation code and one persona's memory stream. FAIL if a persona is just a system prompt plus the transcript so far — no memory stream that accumulates records, no retrieval step that selects which memories a persona sees, no reflection, no plan. PASS if all four are present in some form: a per-persona stream of timestamped records, retrieval that scores or filters memories on recency, importance and relevance (an approximation of all three is fine if it is named as one), reflections synthesised from earlier records, and a day plan that is broken into actions.
Q2Subagents drive behaviorthis task
Judge's reasoning
Python makes no model calls; prepare() writes a per-persona prompt with that persona's retrieved memories, a subagent authors the free-text openings/replies/reflections into responses/*.json, and ingest() feeds them back into the world state.
▸Rubric
Subagents produced the personas' behaviour. Read the code and a few conversations. FAIL if what the personas say or decide comes from templates, a rule table, random draws, or the orchestrator writing the lines itself in bulk for everyone. PASS if each persona's dialogue and choices are free text that a subagent produced with that persona's memory in front of it, and the code or run log shows the loop that hands memory out and takes answers back.
Q3Believable connected communitythis task
Judge's reasoning
Each of the eight personas has a seed paragraph covering age, occupation, traits, named friends/relatives and personal concerns, split into four initial memories, and the relationship ties (Ada–Ben–Cora–Dev–Eli–Faye–Gus–Hana) form one connected community.
▸Rubric
Seeded like Smallville. Read the persona definitions. FAIL if the personas are names with a job title, or strangers with no ties to each other. PASS if each has a paragraph of identity — occupation, traits, who they live with, who they know — entered as initial memories, and the relationships link them into one community.
Q4Controlled comparisonthis task
Judge's reasoning
All three variations share the same eight personas, the same sole seed (Ada's private flyer at 09:00), the same ten contact opportunities and the same 09:00–14:00 window, and the report and PRE_REGISTRATION.md state this explicitly.
▸Rubric
A controlled comparison. Read the report and the run configuration. FAIL if the variations differ in anything besides the advertisement — a different seeding persona or location, a different town, a different number of ticks — and the report does not acknowledge it as a confound. PASS if the same town, the same entry point and the same simulated length were used for every variation and the report says so.
Q5Awareness verified from memorythis task
Judge's reasoning
All eight personas were interviewed at 14:00 in every variation, and a 'yes' is only counted when a cited memory ID has heard_from plus an exact stimulus identifying the workshop (own speech/plans/reflections rejected); the report explains the rule and reports zero rejections.
▸Rubric
Diffusion measured the way section 7.1.1 measures it. Read the interview material. FAIL if awareness was read off the orchestrator's own record of who was told, or if the personas were not each asked at the end whether they know about the advertisement, or if a "yes" was counted without checking that persona's memory stream for where it came from. PASS if every persona was interviewed at the end of every variation and each yes was verified against memory, with any hallucinated yes excluded and said so.
Q6Advertisement diffuses naturallythis task
Judge's reasoning
The ad enters only as Ada's private flyer (private_stimulus is None for everyone else) and every later acquisition is traced to a persona-authored line in a recorded conversation.
▸Rubric
The advertisement entered the world, it was not broadcast. Trace how each variation was introduced. FAIL if the ad was written into every persona's memory by the orchestrator, or told to most of the town at tick zero — that is not diffusion. PASS if it reached one or two personas or one location and everything beyond that came from personas talking to each other.
Q7Meaningful tested variationsthis task
Judge's reasoning
The offer is held constant while the closing appeal varies along a named lever (practical skill / savings / social), and PRE_REGISTRATION.md records per-framing expectations about who would carry each before the runs.
▸Rubric
Variations that test something. Read the ad texts and the report's setup. FAIL if the variations are cosmetic rewordings with no hypothesis, or the report states no expectation before the results. PASS if each variation changes one nameable lever — framing, messenger, channel, incentive, social proof — and the report says what was expected of it before the numbers.
Q8Diffusion paths shownthis task
Judge's reasoning
The report lists a timestamped who-told-whom chain with location and conversation ID per variation (e.g. Ada→Cora→Faye→Hana→Gus), mirrored by diffusion_path in results.json.
▸Rubric
Diffusion paths shown. Look for a who-told-whom path per variation, the way Figure 9 draws Isabella's party. FAIL if the report gives only a count or percentage per variation. PASS if, for each variation, the report or its attachments show the chain of personas the ad passed through, as a graph, a list or a table.
Q9Actionable marketing findingsthis task
Judge's reasoning
The conclusions point to a mechanism visible in the transcripts — Ada's choice of confidant differing by framing, and Faye converting the practical ad into a personal invitation to Hana that Hana then relayed to Gus — and name a concrete next test (vary the invitation independently of the headline).
▸Rubric
Findings a marketer could act on. Read the report's conclusions. FAIL if it only restates the numbers, or explains the difference between variations with generalities that are not grounded in what happened in the runs. PASS if it says which variation spread furthest, points to a mechanism visible in the transcripts — who relayed it, in what setting, what about the ad made it worth repeating — and names what to try next.
Q10Honest about scale and noisethis task
Judge's reasoning
The report states 8 personas, 09:00–14:00, 48 subagent calls, lists the simplifications from the paper (batched decisions, lexical retrieval, fixed contact graph, two-turn conversations), and says one run per wording means the 6-vs-3 gap is descriptive and may be noise.
▸Rubric
Honest about scale and noise. Read the report's limitations. FAIL if it presents the result as if it were the paper's twenty-five agents over two days, or omits that each variation was run once with a handful of personas so the differences may be noise. PASS if it states the scale — personas, ticks, roughly how many subagent calls — what was simplified from the paper, and what that does to the confidence a reader should have.
Q11Believable grounded dialoguethis task
Judge's reasoning
Dialogue in all three variations draws on seeded facts (Ada's torn apron, Ben's split glove seam, Dev's course savings, Hana's ripped denim bag) and on earlier recorded exchanges, with no claims outside each persona's memory.
▸Rubric
Believable, non-hallucinated dialogue. Read three conversations from different variations. FAIL if the dialogue is generic filler that any two people could say, or a persona asserts something that is in neither its seed nor its memory stream — an event that never happened, a relationship it does not have. PASS if the lines draw on the personas' seeded facts and earlier interactions and stay inside what each persona could know.