Tutorials

• 1. System requirements
  • 1.1. Disk space
  • 1.2. Compilers and Libraries
  • 1.3. Environment variables
• 2. Download
  • 2.1. Downloading CROCO
  • 2.2. Getting other codes (coupling)
• 3. Contents & Architecture
  • 3.1. Architecture
  • 3.2. Contents
• 4. Summary of essential steps
• 5. Test Cases
  • 5.1. BASIN
  • 5.2. Set up you own test case
• 6. Regional: Preparing your configuration
• 7. Regional: Preprocessing (Matlab)
  • 7.1. Contents of the croco_tools
  • 7.2. Philosophy of the croco_tools
  • 7.3. Climatological pre-processing
  • 7.4. Interannual pre-processing
• 8. Compiling
  • 8.1. cppdefs.h
  • 8.2. param.h
  • 8.3. jobcomp
  • 8.4. Compilation options
  • 8.5. Tips in case of errors during compilation
• 9. Running the model
  • 9.1. Edit croco.in
  • 9.2. Run the model
  • 9.3. Tips in case of BLOW UP or ERROR
• 10. Increasing the resolution: BENGUELA_VHR
• 11. Running with interannual forcing
  • 11.1. Run after classical interannual pre-processing
  • 11.2. Alternative method: online interpolation of atmospheric bulk forcing
• 12. Running forecasts
  • 12.1. Strategy of Forecast_tools
  • 12.2. Set forecast parameters
  • 12.3. Compiling
  • 12.4. Running the script
• 13. Nesting Tutorial
• 14. Adding Rivers
  • 14.1. Constant flow and concentration
  • 14.2. Variable flow read in a netCDF file and constant concentration
  • 14.3. Variable flow and variable concentration from a netCDF file
  • 14.4. Using a nest
• 15. Adding tides
  • 15.1. Pre-processing (Matlab)
  • 15.2. Compiling
  • 15.3. Running
• 16. Visualization (Matlab)
• 17. Visualization (Python)
  • 17.1. Setup your Miniconda environment
  • 17.2. Croco_visu directory
  • 17.3. Launch visualization
  • 17.4. How to customize for your own history files
  • 17.5. How to add new variables
• 18. NBQ Tutorial
  • 18.1. Some important points about Large-Eddy Simulations (LES)
  • 18.2. KH_INST Test Case
  • 18.3. Set up your own NBQ configuration
  • 18.4. NBQ OPTIONS
  • 18.5. Appendix : some words on CROCO-NBQ kernel
• 19. Coupling tutorial
  • 19.1. Summary of steps for coupling
  • 19.2. Compiling in coupled mode
  • 19.3. Simple CROCO-TOY coupled example
  • 19.4. Advanced coupling tutorial
• 20. Littoral dynamics tutorial
• 21. Realistic coastal configuration
• 22. XIOS
• 23. Tips
  • 23.1. Tips in case of errors during compilation
  • 23.2. TIPS for errors at runntime
  • 23.3. Analytical forcing
• 24. CROCO/MUSTANG tutorial & tips
  • 24.1. Get to know the CROCO/MUSTANG coupling
  • 24.2. Run a test case
  • 24.3. Create your own configuration
• 25. TRAINING 2019: DATARMOR specific
  • 25.1. Getting the good environment
  • 25.2. Creating your work architecture
  • 25.3. DATA FILES
  • 25.4. BASIN configuration for XIOS tutorial
  • 25.5. SOURCES for coupling tutorial
• 26. Ifremer specific
  • 26.1. Croco training in the framework of datarmor