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oee-analysis

Compute and plot OEE — a 7-day trend chart with target/threshold lines, an overlay of telemetry alarms and downtime stops, plus a flat CSV export. Saves /tmp/oee-trend-<plant>-line-<N>-<date>.png + .csv.

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Quellinformationen

Repository
aiappsgbb/kratos-agent
Letzte Quellaktivität
9. Juni 2026 um 14:53
Erkannte Sprache von SKILL.md
Englisch
Sterne
23
Forks
21

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SKILL.md
Quellanweisungen · Schreibgeschützte Vorschau
name
oee-analysis
description
Compute and plot OEE — a 7-day trend chart with target/threshold lines, an overlay of telemetry alarms and downtime stops, plus a flat CSV export. Saves /tmp/oee-trend-<plant>-line-<N>-<date>.png + .csv.
enabled
true
## Instructions Use this skill whenever Frank asks for an OEE trend, a chart, "what does the week look like?", or any "show me, don't tell me" view of production. This is the **computation surface** — it uses `code_interpreter` against the numbers returned by **azure-iot**. **Do NOT do mental math on OEE values; always send the numbers through this skill.** ### Workflow 1. Pull OEE rows via `iot_get_oee(plant_id="P-CLE", line="<line>", date_from="<7 days ago>", date_to="<today>")`. 2. Pull downtime events via `iot_list_downtime_events(plant_id="P-CLE", line="<line>", since="<7 days ago>")` — used as tick marks on the chart. 3. (Optional, only for the spindle story) Pull telemetry via `iot_get_telemetry("DEV-3001", since="<window>")` — used as the secondary axis on the chart. 4. Pass the three JSON blobs into `code_interpreter` with the analysis script — **DO NOT retype any numbers**. 5. The script writes: - `/tmp/oee-trend-<plant_slug>-line-<N>-<date>.png` — chart - `/tmp/oee-trend-<plant_slug>-line-<N>-<date>.csv` — flat OEE for the brief 6. Reference both file paths in your response so **file-sharing** picks them up. ### Reference script (oee_analysis.py) The full script is in `scripts/oee_analysis.py` in this skill's directory. Read it once with `file_read`, then invoke via `code_interpreter` — **DO NOT inline the script body in your response.** The script signature: ```bash python /app/use-cases/plant-floor-supervisor/skills/oee-analysis/scripts/oee_analysis.py \ --plant-id P-CLE \ --line "Line 3 — Precision" \ --date 2026-06-09 \ --oee-json '<JSON returned by iot_get_oee>' \ --downtime-json '<JSON returned by iot_list_downtime_events, optional>' \ --telemetry-json '<JSON returned by iot_get_telemetry, optional>' \ --out-dir /tmp ``` Outputs to stdout: a 1-line summary of trend direction and the file paths. Outputs to disk: the .png + .csv. ### Chart conventions - **Solid line:** daily OEE % over the window - **Dashed horizontal:** target (e.g. 80%) - **Shaded band:** `watch` zone (target-5 to target), light yellow - **Shaded band below:** `investigate` zone (<target-5), light red - **Vertical tick marks:** each downtime event (height = duration_minutes / 10, max 5px) - **Secondary axis (only if --telemetry-json):** vibration overlay on the same x-axis — for the spindle story ### When NOT to use - A single-day OEE number — just cite `iot_get_oee` inline; don't build the chart for one row. - Computing variance on financial spend (that's a different persona).
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