explain_compose_frontier
shallowcc.roboparts/roboparts · Verify this server
【研究层口径 · 与 check_compatibility 的四维不同】查询 RoboParts 三轴组合判定（mechanical 机械 / electrical 电气 / signal 信号角色）的现算结论：整体 composed/type_error/unknown、逐轴裁决与理由，以及「为什么 composed 通常为 0」的归因（L1 跨角色 → L2 机械可判定 → L3 全轴可判定的三层分解）。适合回答「这两个零件为什么判为 type_error」「哪些配对能真的装起来」「composed=0 是数据缺口还是关系类型问题」。只读、免鉴权。**注意口径差异**：本工具用 signal 角色互补（执行器↔传感器），check_compatibility 用 protocol 总线 + ROS2 支持，两者维度不同不可混用。
1 trials · measured 16 days ago
explain_compose_frontier scores 100.0/100 on Vouch's measured behaviour index, from 1 real invocation trials against cc.roboparts/roboparts, measured 6 Oct 2026 under methodology v0.2.0. Every measured component scored 100.
Component breakdown
| Component | Weight | Value |
|---|---|---|
| Reliability | 35% | not applicable |
| Schema integrity | 25% | 100.0 |
| Failure behaviour | 15% | not applicable |
| Latency | 15% | not applicable |
| Concurrency | 10% | not applicable |
Tool details
- Transport
- remote
- Credential class
- open
- Input schema
- not declared
- Output schema
- not declared
- Side-effect classification
- unclassified
Score history
| Day | Score | Tier | Methodology |
|---|---|---|---|
| 2026-10-06 | 100.0 | shallow | v0.2.0 |
Probe evidence
| Probe | Outcomes |
|---|---|
| schema_integrity | pass: 1 |
Raw request/response logs are not archived yet — the outcome counts above are drawn directly from every recorded trial.
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