Index

Introduction

• Introduction to OpenDA
• Introduction to data assimilation

Getting started

• OpenDA installation
  • Windows installation
  • Linux installation
  • Mac installation
• Example configurations
  • Example 1: Oscillator-Dud application
  • Example 2: Oscillator-Simplex application
  • Example 3: Oscillator-Powell application
  • Example 4: Oscillator-GriddedFullSearch application
  • Example 5: Oscillator-EnKF application
  • Example 6: Oscillator-EnSR application
  • Example 7: Lorenz-EnKF application
• Step-by-step application setup
  • Preparation
  • Simulation algorithms
  • Basic assimilation algorithms
• OpenDA course

Wrappers

• D-Flow FM wrapper
  • Start and end time of model runs
  • Model state
  • Boundary files
  • NetCDF concatenater
  • Restarting from file
  • Partitioning

Additional information

• NetCDF data objects
  • Scalar data
  • Three-dimensional scalar data
  • Gridded data
  • Extra arguments
• Localization
  • OpenDA support for localization
• Continue on a previous OpenDA run
• Estimate missing observations
  • Calculating and writing \(H*K\)
• D-Flow FM related information
  • Writing Kalman gain
  • Reading Kalman gain
  • Maps Noise Model
• Sobek3 D-Flow1D calibration twin experiment
  • Exchange items for roughness values
  • Configuration setup
• Quadratic cost function

Contributing to the source

• Developing the Java source
  • Developing the Java source using IntelIJ IDEA
  • Developing the Java source without an IDE

Index

Module Index

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