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core-modeling

core-modeling

Routes TensorLayer layer, model, serialization, and pretrained-constructor workflows.

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Documentation de la Skill

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name: core-modeling description: "Routes TensorLayer layer, model, serialization, and pretrained-constructor workflows." disable-model-invocation: true metadata: disco-role: operating license: NOASSERTION

Core Modeling

Use this sub-skill for TensorLayer layer composition, custom model classes, pretrained constructors, and save/load behavior. This is the route for model-building questions that stay inside the core TensorLayer API surface.

Typical requests

  • Build a static Input -> layer -> Model network.
  • Write a custom Model subclass.
  • Save or restore weights or model state.
  • Compare static and dynamic TensorLayer model patterns.
  • Instantiate pretrained vision constructors with pretrained=False.

Read first

  • references/api-reference.md for verified signatures and supported model APIs.
  • references/workflows.md for tiny model patterns and round-trip recipes.
  • references/troubleshooting.md for import, naming, serialization, and constructor failures.

Bundled check

  • scripts/smoke_model.py builds a tiny dense model, runs a forward pass, saves and reloads weights, and can optionally instantiate the main pretrained image constructors without downloading weights.

Boundaries

Include here:

  • tensorlayer.layers
  • tensorlayer.models
  • tensorlayer.activation
  • tensorlayer.cost
  • tensorlayer.initializers
  • tensorlayer.optimizers
  • save/load and model-naming behavior

Exclude or route elsewhere:

  • data loading, preprocessing, TFRecord, or visualization helpers -> data-and-utilities
  • tl.utils.fit/test/predict, tl train, or distributed execution -> training-and-cli
  • object detection, pose wrappers, and application tutorials -> vision-and-apps
  • text, seq2seq, and NLP helpers -> text-and-sequence
  • reward utilities and RL examples -> reinforcement-learning

Fast path

  1. Build the smallest model that matches the question.
  2. Keep pretrained=False unless the user explicitly needs weights.
  3. Use the smoke script before expanding the architecture.
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