Combines model evaluation (#93) and prompt A/B testing (#95) into one experiment. Evaluates all (model × prompt × scenario) cells on the same fixed contexts so quality differences are attributable. Architecture: - Phase A (collect.py): generates candidates per cell, logs to MLflow with judge_pending=true. Rejects models >4B, uses keep_alive=0 for RAM safety (no concurrent model weights in VRAM). - Phase B (judge_cli.py): exports pending runs as JSON for Claude Code to score per the rubric, then applies scores back to MLflow. - Phase C (compare.py): leaderboard by (model, prompt) cell. Rubric (tip-v1) defines 1–5 scales for relevance, actionability, tone, plus format_ok and overlong flags. Composite = rel + act + tone + 2×format_ok − overlong. Rubric is self-describing and persisted in every run so judges use consistent criteria across sessions. Artifacts (prompts, candidates, raw responses) stored as MLflow tags because the server uses a file:// backend not accessible via REST. Full artifacts accessible in MLflow UI → run → Tags section. Tested end-to-end on local machine: - 4 models (qwen2.5:0.5b/1.5b, gemma3:1b, llama3.2:3b) ≤4B - 3 prompts (v1, v2-mentor, v3-few-shot) - 4 scenarios (4 personas × 2 time-slots) - 48 cells total, all judged and ranked Winner: qwen2.5:1.5b × v3-few-shot (composite=12.75). Ready for integration into Airflow prompt_ab_eval DAG and admin UI. Co-Authored-By: Claude Opus 4.7 <noreply@anthropic.com>
81 lines
2.8 KiB
Python
81 lines
2.8 KiB
Python
"""Fixed contexts for the tip-generation benchmark.
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Every cell of the (model × prompt) grid is evaluated on the *same* set of
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scenarios so quality differences are attributable to the model/prompt,
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not to context variance.
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A scenario is one (persona, hour-of-day, candidate-task-pool) tuple. The
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hour and the task pool are seeded deterministically from the persona's
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name so the bench is reproducible across machines.
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"""
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from __future__ import annotations
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import sys
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from dataclasses import dataclass
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from pathlib import Path
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# Reuse personas from sim — same source of truth for user archetypes.
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sys.path.insert(0, str(Path(__file__).resolve().parents[1] / "sim"))
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from personas import PERSONAS, Persona # type: ignore
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from task_generator import generate_task_pool # type: ignore
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@dataclass(frozen=True)
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class Scenario:
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id: str # stable id used as MLflow tag — keep ASCII safe
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persona: Persona
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hour_of_day: int # 0–23
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day_of_week: int # 0=Mon
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tasks: list[dict]
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def to_prompt_context(self) -> dict:
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"""Shape expected by ml/serving/prompts.PromptContext."""
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return {
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"tasks": [
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{
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"content": t["content"],
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"priority": t["features"]["priority"],
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"is_overdue": t["features"]["is_overdue"],
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"due_date": t.get("due_date", "no due date"),
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}
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for t in self.tasks
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],
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"hour_of_day": self.hour_of_day,
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"day_of_week": self.day_of_week,
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"extra": {
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"persona": self.persona.name,
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"persona_hint": self.persona.description,
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},
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}
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# Two time-slots probe whether the model adapts its tone to the hour.
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# Morning (09) and evening (21) are picked because most personas have
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# strong directional preferences there.
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_TIME_SLOTS = [(9, 1), (21, 3)] # (hour_of_day, day_of_week)
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def build_scenarios(tasks_per_scenario: int = 6) -> list[Scenario]:
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"""Return a deterministic list of scenarios.
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With 4 personas × 2 time-slots = 8 scenarios. Task pools are seeded
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by ``hash(persona.name) + hour`` so runs are reproducible and each
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persona sees the same tasks at the same hour across cells.
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"""
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out: list[Scenario] = []
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for persona in PERSONAS[:4]:
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for hour, dow in _TIME_SLOTS:
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seed = (abs(hash(persona.name)) % 9973) + hour
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tasks = generate_task_pool(n=tasks_per_scenario, seed=seed)
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out.append(
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Scenario(
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id=f"{persona.name}-h{hour:02d}",
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persona=persona,
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hour_of_day=hour,
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day_of_week=dow,
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tasks=tasks,
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)
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)
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return out
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