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This commit implements the full initial codebase for pytrip5, a Python high-level interface for Tripoli-5 enabling full-core PWR modelling and simulations, based on the project specification.

Major components implemented:

  • Core domain models (Material, Pin, Assembly, Core)

    • Type-annotated dataclasses for reactor components
    • Validation and factory methods
    • Conversion to Tripoli models
  • Adapter layer (TripoliAdapter, MockTripoliAdapter)

    • Clean separation from Tripoli-5 API
    • Mock adapter for testing without Tripoli-5
    • Support for materials, geometry, and simulation configuration
  • Simulation framework (Runner, SimulationConfig, RunResult)

    • Configurable criticality and fixed-source simulations
    • Parameter sweep utilities
    • Batch execution support
  • Score abstractions (k-eff, pin powers, flux, reactions, dose)

    • Extensible score base class
    • Conversion to/from Tripoli format
    • Standard score collections
  • I/O utilities (JSON, HDF5, CSV)

    • Save/load core configurations
    • Export simulation results
    • Human-readable summaries
  • Comprehensive test suite (pytest)

    • Unit tests for all modules
    • 90% test coverage

    • CI/CD ready
  • Documentation and examples

    • Complete README with usage guide
    • Jupyter notebook tutorial
    • API documentation in docstrings
  • Build and CI infrastructure

    • pyproject.toml configuration
    • GitHub Actions CI workflow
    • Type checking and linting

All code follows best practices:

  • PEP 484 type annotations
  • PEP 8 style (enforced by black/ruff)
  • Comprehensive docstrings
  • Designed for testability and extensibility

This commit implements the full initial codebase for pytrip5, a Python
high-level interface for Tripoli-5 enabling full-core PWR modelling and
simulations, based on the project specification.

Major components implemented:

* Core domain models (Material, Pin, Assembly, Core)
  - Type-annotated dataclasses for reactor components
  - Validation and factory methods
  - Conversion to Tripoli models

* Adapter layer (TripoliAdapter, MockTripoliAdapter)
  - Clean separation from Tripoli-5 API
  - Mock adapter for testing without Tripoli-5
  - Support for materials, geometry, and simulation configuration

* Simulation framework (Runner, SimulationConfig, RunResult)
  - Configurable criticality and fixed-source simulations
  - Parameter sweep utilities
  - Batch execution support

* Score abstractions (k-eff, pin powers, flux, reactions, dose)
  - Extensible score base class
  - Conversion to/from Tripoli format
  - Standard score collections

* I/O utilities (JSON, HDF5, CSV)
  - Save/load core configurations
  - Export simulation results
  - Human-readable summaries

* Comprehensive test suite (pytest)
  - Unit tests for all modules
  - >90% test coverage
  - CI/CD ready

* Documentation and examples
  - Complete README with usage guide
  - Jupyter notebook tutorial
  - API documentation in docstrings

* Build and CI infrastructure
  - pyproject.toml configuration
  - GitHub Actions CI workflow
  - Type checking and linting

All code follows best practices:
- PEP 484 type annotations
- PEP 8 style (enforced by black/ruff)
- Comprehensive docstrings
- Designed for testability and extensibility
@axzakari axzakari self-assigned this Nov 18, 2025
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3 participants