constitution · epochs · watch · epoch 3
llm.judgment
ev_62b55e054ca02eb234164b66dfa20d81a8f579aec0431b9a167259a6e332296c
kindllm.judgment
epoch3
recorded_at_ms1784498642143
previous_event_sha256516ef6e45308109f8a9e93a54c98853dc6fd74d1feebab1d37b57a02ae2bf0c9
schema_version2
links
- comparison_id: cmp_864a311755235220cdbd31b481cb42ddd50a07c5eae90ef0de4e99ae609bb237
- attempt_id: att_70fba4ab25de15e0156db6651256dc86118a42bc7df0f4a65a02420dc68e0c68
- judgment_id: jud_531069ff60bc35f1589cda1e19c5ae46c247dcd3b04252729b3da3a53f656d39
- epoch 3
payload
{
"attempt_id": "att_70fba4ab25de15e0156db6651256dc86118a42bc7df0f4a65a02420dc68e0c68",
"comparison_id": "cmp_864a311755235220cdbd31b481cb42ddd50a07c5eae90ef0de4e99ae609bb237",
"explanation": "Side B adds substantial offline tooling improvements: it introduces `compile --ingest` to replay prior events and compile a single ingest from a log, makes `scan` a fast parse-only pass instead of replaying the full reducer, and surfaces detailed `parse_error` information in both data structures and CLI output. Side A implements an SSE-based fetch flow with UI refactoring and async coordination, but much of the patch is infrastructure and code movement around an existing fetch feature, whereas Side B delivers durable developer-facing functionality and performance improvements.",
"judgment_id": "jud_531069ff60bc35f1589cda1e19c5ae46c247dcd3b04252729b3da3a53f656d39",
"model_id": "openai/gpt-chat-latest",
"ratio": "3:2",
"summary": "openai/gpt-chat-latest: B (3:2)",
"winner": "B"
}