Routes 3D ResNets PyTorch video action-recognition workflows across training, inference, and data preparation.
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Use DocArray for multimodal Pydantic-style documents, typed DocList and DocVec batches, serialization and local storage, FastAPI payloads, and vector retrieval indexes.
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Use this repo skill when a task names DocArray or asks for a Python data model for multimodal records, typed document batches, document serialization, local document storage, FastAPI document payloads, or vector-index retrieval.
The verified default is a CPU workflow using DocArray base dependencies plus the proto, pandas, and web extras. Install the public package for normal use:
pip install -U docarray
# add only the surfaces you need:
pip install -U "docarray[proto,pandas,web]"
python -c "import docarray; print(docarray.__version__)"
For the current verified DocVec path, prefer numpy<2 and run the bundled smoke helpers before trusting a new environment. Optional tensor frameworks, media loaders, cloud stores, and external vector databases are not implied by the base install.
document-modeling for BaseDoc, predefined modality docs, dynamic schemas, DocList, DocVec, nested fields, and typed tensor shapes.serialization-storage for JSON, protobuf, bytes, base64, binary files, CSV/DataFrame exchange, file://, S3 boundaries, and DocArrayResponse.vector-indexing for InMemoryExactNNIndex, query builders, subindexes, persistence, and optional backend selection.Tasks that span multiple surfaces should start here, choose the schema in document-modeling, then hand the resulting typed documents to serialization-storage or vector-indexing.
| Need | First choice | Watch for |
|---|---|---|
| One validated data point | BaseDoc subclass | Required fields, nested docs, and per-document tensor shapes. |
| Mutable/reorderable/streaming collection | DocList[MyDoc] | Typed lists are homogeneous; bare DocList may be heterogeneous. |
| Contiguous ML batch | DocVec[MyDoc] | Homogeneous fields; optional doc/tensor columns must be all present or all missing. |
| Human-readable transport | JSON | Rich tensor/list unions may need explicit schema handling. |
| Compact trusted transport | protobuf or protobuf-array | Install docarray[proto]; document unions are not protobuf-safe. |
| Local retrieval prototype | InMemoryExactNNIndex[MyDoc] | Dimensioned vector field and backend-specific filter/query behavior. |
| Production/vector service | Optional backend | Install and verify the chosen client, service, credentials, schema, and metric separately. |
google.protobuf, pandas, fastapi, or backend client: install the matching narrow extra; do not install full by default.DocVec fails with a NumPy device error: check NumPy compatibility and try numpy<2 for the current verified CPU path.FileNotFoundError: create the explicit parent namespace directory first.Read references/troubleshooting.md for cross-cutting recovery guidance and references/repo-provenance.md before deciding whether this skill matches a changed checkout.
In references/repo-routing-metadata.json, every useful_entry_points value is a path relative to this DocArray skill root (the directory containing this SKILL.md), not a repository- or bundle-prefixed path.
These helpers are self-contained and do not require the original repository checkout:
python sub-skills/document-modeling/scripts/schema_smoke.py --help
python sub-skills/serialization-storage/scripts/roundtrip_smoke.py --help
python sub-skills/vector-indexing/scripts/inmemory_index_smoke.py --help
python scripts/check_env.py --help
Run the relevant helper after installing the package and selected extras. Helpers use tiny in-memory or temporary-file fixtures; they do not start databases, use credentials, or download models.
DocArray also exposes Torch, TensorFlow, JAX, image/audio/video/mesh loaders, S3, HNSWLib, Qdrant, Weaviate, Elasticsearch, Redis, Milvus, MongoDB Atlas, Epsilla, and Jina/FastAPI integrations. Those are routed by the sub-skills but remain optional until their exact dependency variant, service/network/credential plan, and native smoke have been verified.
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Routes 3D ResNets PyTorch video action-recognition workflows across training, inference, and data preparation.
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Guide 3DDFA Python inference, geometry rendering, training/evaluation, and optional C++ ONNX workflows for 3D dense face alignment.
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Routes 3DDFA_V2 face-alignment setup, still-image demos, video tracking, and ONNX benchmarking workflows.
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Operate AB3DMOT 3D multi-object tracking workflows for KITTI and nuScenes data, tracking, evaluation, and visualization.
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Use Hugging Face Accelerate for PyTorch training-loop migration, distributed launch/configuration, DeepSpeed/FSDP/TPU backend setup, big-model inference/offload, checkpointing, tracking, and troubleshooting.
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Route Acme reinforcement-learning framework tasks across core loops, replay/data, JAX agents, and TensorFlow/Sonnet agents.
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