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lerobot/src/lerobot/annotations/steerable_pipeline/prompts/module_3_vqa.txt
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Pepijn f763f85213 feat: language annotation pipeline (PR 2/3)
Adds the steerable annotation pipeline (`lerobot-annotate`) that populates
the `language_persistent` and `language_events` columns introduced in
PR 1 directly into `data/chunk-*/file-*.parquet`. No flavor namespace,
no sidecar tree.

Modules produced:
- Module 1 (plan_subtasks_memory): Pi0.7-style subtasks, plan (init +
  refresh on interjection), MEM-style memory at subtask boundaries.
- Module 2 (interjections_and_speech): t=0 speech-only acknowledgement,
  mid-episode paired interjection + speech tool-call atom.
- Module 3 (general_vqa): bbox/keypoint/count/attribute/spatial pairs at
  configurable cadence with one-retry JSON validation.

Writer enforces: per-episode persistent identity, exact-frame event
timestamps, column routing per `column_for_style`, dataset-level `tools`
column with the `say` schema, drops legacy `subtask_index`. Validator
runs against staged JSONL artifacts before the writer rewrites parquet.

Adds `lerobot-annotate` console script, `annotations` extra (datatrove +
optional vllm), `make annotation-e2e` opt-in smoke target, and
`docs/source/annotation_pipeline.mdx`.

Branched from PR 1 (`feat/language-columns`).

Co-Authored-By: Claude Opus 4.7 (1M context) <noreply@anthropic.com>
2026-04-30 18:48:33 +02:00

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You are generating a frame-grounded visual question/answer pair for
chain-of-thought training. Reference: ECoT (Zawalski 2024) and Steerable
Policies — both train policies on grounded features such as bounding box
pixel coordinates, keypoints, counts, attributes, and spatial relations.
The frame shows a robot working on: "{episode_task}".
Question types and the EXACT answer JSON shape required for each:
bbox => {{"detections": [{{"label": "<obj>", "bbox_format": "xyxy",
"bbox": [x1, y1, x2, y2]}}, ...]}}
bbox is in pixel coordinates (x_min, y_min, x_max, y_max).
ECoT example: "a white cup [124, 25, 176, 113]".
keypoint => {{"label": "<point>", "point_format": "xy",
"point": [x, y]}}
count => {{"label": "<obj>", "count": <int>,
"note": "<optional short note>"}}
attribute => {{"label": "<obj>", "attribute": "<color|shape|state|...>",
"value": "<observed value>"}}
spatial => {{"subject": "<obj>", "relation": "<left_of|right_of|on|in|"
"above|below|near>", "object": "<obj>"}}
Generate a question of type "{question_type}". Output strictly valid JSON:
{{
"question": "<short, frame-grounded question>",
"answer": <object whose shape matches the schema above>
}}