AgentSkillsCN

la-bench-procedure-generator

当您需要从 LA-Bench 格式的 JSONL 文件中生成详细的实验流程时,可使用此技能。该技能会协调多个子代理,对输入数据进行解析、获取参考材料、生成实验流程、验证输出结果、优化实验数据,并最终产出格式化的最终成果。当用户请求处理 LA-Bench 数据,或从 data/public_test.jsonl 或 data/private_test_input.jsonl 文件中生成实验方案时,此技能将被触发。

SKILL.md
--- frontmatter
name: la-bench-procedure-generator
description: This skill should be used when generating detailed experimental procedures from LA-Bench format JSONL files. It orchestrates multiple subagents to parse input data, fetch reference materials, generate procedures, validate outputs, refine results, and produce final formatted outputs. Triggered by requests to process LA-Bench data or generate experimental protocols from data/public_test.jsonl or data/private_test_input.jsonl files.

LA-Bench Procedure Generator

Overview

This skill orchestrates a multi-agent workflow to generate detailed experimental procedures from LA-Bench format JSONL input files. Instead of generating procedures in a single step, it coordinates specialized subagents for parsing, reference fetching, generation, validation, refinement, and final output creation.

When to Use This Skill

  • When the user requests to generate experimental procedures from LA-Bench data
  • When processing files like data/public_test.jsonl or data/private_test_input.jsonl
  • When the user asks to "process LA-Bench format" or "generate detailed experimental protocols"

Core Workflow

This skill follows a workflow-based orchestration pattern with six distinct phases:

Phase 0: Initialize

  1. Create TODO list using TodoWrite tool to track all phases
  2. Verify input/output paths:
    • Input: data/public_test.jsonl or data/private_test_input.jsonl
    • Output: outputs/runs/generated_YYYYMMDD_HHMMSS.jsonl
  3. Set up workspace for intermediate results if needed

Phase 1: Data Acquisition (Parallel Execution)

Launch multiple Task tools in parallel to maximize efficiency:

Task 1: JSONL Parser Agent

code
Prompt: "Parse the JSONL file at [path] and extract all entries.
Return a list of all entries with their id, input, and output fields."

Task 2: Reference Fetcher Agent (uses web-reference-fetcher skill)

code
Prompt: "Use the web-reference-fetcher skill to fetch content from
all reference URLs found in the JSONL entries."

Task 3: Procedure Generator Agent (one per entry or batched)

code
Prompt: "Generate detailed procedure_steps for entry [id] using:
- instruction
- mandatory_objects
- source_protocol_steps
- fetched reference content
Output format: List of {id: int, text: str} objects"

Phase 2: Quality Validation

Task 4: Checker Agent

code
Prompt: "Validate the generated procedures against quality criteria
in references/quality_criteria.md. Check:
- Output format compliance
- Logical consistency
- Completeness
Report any issues found."

Phase 3: Refinement (Conditional)

If validation finds issues:

Task 5: Refiner Agent

code
Prompt: "Address the following validation issues: [issues].
Regenerate or fix the affected procedure_steps."

Phase 4: Final Output

Task 6: Output Generator Agent

code
Prompt: "Format all validated procedure_steps into LA-Bench output format
and save to outputs/runs/generated_[timestamp].jsonl.
Each line should be: {id: string, output: {procedure_steps: [...]}}
Use assets/output_schema.json as reference."

Important Notes

Data Flow

  • All entries in the JSONL are processed (loop through all IDs)
  • Data passes between agents through shared workspace or direct handoff
  • See references/data_flow.md for detailed inter-agent communication patterns

TODO Management

  • Update TODO status after each phase completion
  • Mark agents as in_progress when launching
  • Mark as completed only when phase is fully done

Parallel vs Sequential

  • Phase 1 agents run in parallel (use single message with multiple Task calls)
  • Phases 2-4 run sequentially (each depends on previous completion)

Error Handling

  • If any agent fails, document the failure and retry with adjusted prompt
  • If persistent failures occur, consult references/agent_specs.md for troubleshooting

Example Session

See references/example_session.md for a complete walkthrough of a typical execution.

Resources

references/

Documentation loaded into context as needed:

  • agent_specs.md: Detailed specifications for each subagent (prompts, inputs, outputs, implementation guidelines)
  • data_flow.md: How data passes between agents, workspace structure, and file formats
  • example_session.md: Real example of a complete workflow execution with agent interactions

assets/

Files used in final output:

  • output_schema.json: JSON schema for the final output format, ensures compliance with LA-Bench expected format