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SDK Documentation

HTML-first product documentation generated from the TDSE SDK user guide source.

TDSE SDK is for teams that want to place reusable subsystem dynamics inside an existing simulator, not replace the simulator around it.

This documentation is generated from the canonical SDK guide source in the SDK repository. Start with product boundary and integration shape, then go deeper only where your workflow actually needs detail.

Start HereTheory and Concepts

Why TDSE exists, how the method is partitioned, and which modeling assumptions shape integration choices.

SetupInstallation

System requirements, package layout, setup, verification, and first troubleshooting steps.

Integration PathBuilder and Data Contracts

Builder inputs, data contracts, pack creation, and the main integration flow.

Read By Decision

Evaluating fit

Read Theory and Concepts first, then Builder and Data Contracts.

This path is for platform owners, solver teams, and technical reviewers deciding whether TDSE fits an existing simulator architecture and ownership model.

Bringing up an integration

Read Installation, then Getting Started, then Lifecycle and Ownership.

This is the shortest path to a real Builder-to-Runtime bring-up.

Starting from circuit inputs

Read Circuit Overview and First Workflow first, then keep Element Reference nearby while validating supported elements and source behavior.

Source And Ownership

These web docs are generated from the SDK repository rather than maintained as a second hand-edited website copy.

  • Runtime manifest: docs/books/tdse_runtime_user_guide.json
  • Circuit manifest: docs/books/tdse_circuit_user_guide.json
  • Book catalog: docs/books/catalog.json
  • Chapter source: docs/user-guide/*.md
  • SDK revision at generation time: 4861c9c02

Reference Surface

  • Backend Selection and Performance: Backend selection, runtime plans, CUDA, precision, thread control, and benchmark guidance.
  • CLI Reference: Unified tdse command surface, output artifacts, and exit-code behavior.
  • Troubleshooting: Diagnostic surfaces, failure modes, and the evidence to collect before escalation.
  • Telemetry: Telemetry lifecycle, event reference, exporters, deployment, and runtime observability.
  • Platform Notes: Linux support scope, WSL workflow, and current platform boundaries.
  • Appendix: Final integration checklist, worked example material, platform notes, and real-time deployment guidance.
Reading Tracks

Move through the docs by the problem in front of you.

  • Evaluating fit: Theory and Concepts -> Builder and Data Contracts
  • Bringing up integration: Installation -> Getting Started -> Lifecycle and Ownership
  • Starting from domain inputs: Circuit Overview and First Workflow -> Element Reference
PDF Manuals

Use the product manual that matches your scope.

TDSE Runtime is the core product manual. TDSE Circuit covers the optional circuit-domain component and its Runtime qualification workflows.

Runtime PDFCircuit PDF