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PyOED code and documentation are under active development with evolving interface!
PyOED — Optimal Experimental Design PyOED — Optimal Experimental Design

PyOED

  • Install
  • Quick Start
  • Getting Started
  • Key Concepts
    • Examples & Tutorials
    • FAQ
    • Architecture
    • API Reference
    • Releases
    • News & Changelog
    • Contributors
    • Contributing
    • Feature Requests
    • License
    • PyOED Paper
  • GitLab
  • PyOED Paper
  • Install
  • Quick Start
  • Getting Started
  • Key Concepts
  • Examples & Tutorials
  • FAQ
  • Architecture
  • API Reference
  • Releases
  • News & Changelog
  • Contributors
  • Contributing
  • Feature Requests
  • License
  • PyOED Paper
  • GitLab
  • PyOED Paper

Section Navigation

  • Configs
  • Models
    • Core (Base Classes) of Models
    • Simulation (Forward) Models
      • Toy (Linear) Models
      • Toy (Quark) Models
      • Advection Diffusion
      • Bateman Burgers
      • Lorenz
      • Imaging
      • Black Box
      • Fenics Models
        • 2D Advection-Diffusion Model (FEniCSx / dolfinx 0.10)
        • 2D Subsurface (Poisson) Model
    • Observation Operators
    • Error Models
  • Data Assimilation (Inverse Problems)
  • Optimal Experimental Design
  • Optimization
  • Statistics
  • Utility
  • Glossary
  • API Reference
  • PyOED Models
  • Simulation (Forward) Models
  • FEniCS Models

FEniCS Models#

This subpackage provides modular implementations of simple models using the FEniCS ecosystem.

2D Advection-Diffusion Model#

  • 2D Advection-Diffusion Model (FEniCSx / dolfinx 0.10)
    • generate_ad_mesh()
    • AdvectionDiffusion2DConfigs
    • AdvectionDiffusion2D
    • create_AdvectionDiffusion2D_model()

2D Subsurface (Poisson) Model#

  • 2D Subsurface (Poisson) Model
    • Subsurf2DConfigs
    • Subsurf2D
    • create_Subsurf2D_model()

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Blackbox Models

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2D Advection-Diffusion Model (FEniCSx / dolfinx 0.10)

On this page
  • 2D Advection-Diffusion Model
  • 2D Subsurface (Poisson) Model

Last updated on Feb 26, 2026.

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