- 1. Introduction
- 2. Tutorials
- 2.1. Using remote VirtualGL desktop
- 2.2. Extracting FW4 CAD surface
- 2.3. Meshing CAD models
- 2.4. Computing the case
- 2.5. Inres1 case
- 2.6. Importing meshes with IMAS
- 2.7. ITER NF55 Case
- 2.8. TCV Benchmark Case
- 2.9. Val-vde-botsy-baf (divertor) case
- 2.10. Val-HR-bott-baff (divertor) case
- 2.11. Python scripting
- 2.12. Getting LCFS with interpolation
- 2.13. ITER V3 misalignment
- 3. Thermal modelling
- 4. HOWTOs
- 4.1. Batch processing
- 4.2. Using ParaViS
- 4.3. Test and Validation Cases
- 4.4. Installing SMITER
- 4.4.1. Building the SALOME framework and SMITER GUI application
- 4.4.2. Developing and running SMITER
- 4.4.3. Adding SALOME (sub)modules from GIT repos
- 4.4.4. Changing prerequisites
- 4.4.5. Publishing prerequisite archive
- 4.4.6. IMAS
- 4.4.7. Compiling with MPI
- 4.4.8. Compiling documentation
- 4.4.9. Catalog generator
- 4.4.10. Building on the ITER cluster
- 4.4.11. Building native SALOME GUI
- 4.4.12. Build log
- 4.4.13. Installation instructions for cluster admins
- 4.4.14. Environment variables affecting SMITER GUI
- 4.4.15. Platform notes
- 4.5. SMITER AppImage
- 4.6. SMITER Parallelisation
- 4.7. Remote desktop with VirtualGL
- 4.8. Using IMAS in SMITER
- 4.9. Kerberos for batch processing
- 4.10. Mesh preparation
- 4.11. Plugins
- 4.12. Creating dialogs in SMITER
- 4.13. Using SSH agent to login on remote clusters
- 4.14. Setting custom samples for POWCAL edgeprofparameters
- 4.15. SMITER-PFCFLUX benchmark ‘HNB FW study’ Test case
- 4.16. SMITER-PFCFLUX benchmark ‘Faraday screen bars’
- 4.17. SMITER-PFCFLUX ‘Faraday screen bars misalignment’
- 4.18. SMITER-PFCFLUX benchmark ‘ELM case of ICRH optimized equilibrium on FWPs’
- 4.19. Calculation of connection lengths for ELM cases
- 4.20. Power deposition on ICRH antenna for ELM and SS profile
- 4.21. 3D Magnetic Field
- 4.22. Guide to Raysect samples
- 4.23. SALOME module workflow
- 4.24. Guide to RSECT case
- 5. SMITER module description
- 5.1. Python interface
- 5.2. Getting objects from objects browser via python console
- 5.3. Salome Object or SObject attributes
- 5.4. Assigning attributes to an object
- 5.5. Attribute parameter
- 5.6. Build procedure input files
- 5.7. Construction, installation
- 5.8. Create the module tree structure
- 5.9. Introduction to SMITER module
- 5.10. Loading SMITER component
- 5.11. Loading SMITER component via LifeCycle service
- 5.12. Loading from the GUI (IAPP)
- 5.13. Running SALOME
- 5.14. SMITER module catalog definition
- 5.15. Steps in construction of the example module
- 5.16. The bin directory
- 5.17. The doc directory
- 5.18. The idl directory
- 5.19. The src directory
- 6. Additional resources