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1. Introduction to Rocky Scripts
2. How to save and run a script
2.1. Save a script file to the Scripts directory
2.2. Manually apply a saved script
2.3. Automatically run scripts directly before or after processing
3. Calibration Suite
3.1. General overview
3.1.1. How to install and how to use
3.1.2. Pre-Processing step
3.1.3. Post-Processing step
3.1.4. Ansys optiSLang integration
3.2. Calibration Suite Decks
3.2.1. SAOR: Static Angle of Repose
3.2.2. PAOR: Pour Angle of Repose
3.2.3. DyAOR: Dynamic Angle of Repose
3.2.4. DAOR: Drawdown Angle of Repose
3.2.5. LBD: Loose Bulk Density
3.2.6. IPT: Inclined Plane Test
3.2.7. FT4: Rheometer
3.2.8. RSC: Ring Shear Cell
3.3. Bibliography
4. Export ToolBox
4.1. Usage Details
4.1.1. Purpose of this wizard
4.1.2. Functionality details
4.1.3. Limitations and Considerations
4.1.4. Options
4.1.5. Setting up and using the Export
5. Material Storage Script
5.1. Usage Details
5.1.1. Purpose of this wizard
5.1.2. Functionality details
5.1.3. Limitations and Considerations
5.1.4. Wizard Options
5.1.5. Setting up and using the Wizard
6. Material Wizard
6.1. Usage details
6.1.1. Purpose of this wizard
6.1.2. Functionality details
6.1.3. Limitations and considerations
6.1.4. Wizard options
6.1.5. Setting up and using the wizard
6.2. Technical details
6.2.1. Material database
7. Coating Visibility Wizard
7.1. Usage Details
7.1.1. Purpose of this wizard
7.1.2. Functionality details
7.1.3. Limitations and considerations
7.1.4. Wizard options
7.1.5. Post-processing abilities
7.1.6. Setting up and using the wizard
7.2. Technical Details
7.2.1. Particle visibility
7.2.2. Inter-tablet variability (CoV)
7.3. Bibliography
8. Closed Loop Motion
8.1. Usage details
8.1.1. Purpose of this wizard
8.1.2. Functionality details
8.1.3. Limitations and considerations
8.1.4. Script Options
8.2. Setting up and using the script
9. General Scripts
9.1. Chain Courtain Generation
9.2. Equivalent Network Circuit
9.3. Set up a Basic Rocky Project
9.4. Export Boundary Properties
9.5. Export Particle Time Selection Properties
9.6. Export Particle Beds and Geometries as Binary STL Files
9.7. Export Eulerian Statistics Properties
9.8. Export Particle Properties
9.9. Export SPH Properties
9.10. Mixing Index
Bibliography