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--- wiki:id:intact_automation [2023/11/09 11:37] – goldy
+++ wiki:id:intact_automation [2024/02/22 12:24] (current) – goldy
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 ====== Intact.Simulation for Automation (Intact CLI) ======
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 ===== Intact.Simulation for Automation is available using Command Line Interface. =====
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 Example Blog: [[https://www.intact-solutions.com/rev/2023/08/automated-simulation-of-300-design-submissions-to-the-ge-bracket-challenge/
 | Automated Simulation of 300 Design Submissions to GE Bracket Challenge]]
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 {{ :wiki:id:ge_brackets_automated_simulation-.mp4 |}}
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-====== Steps ======
+====== Instructions ======
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   - Some **demo examples** (Mesh and VDB geometry).
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-{{ :wiki:id:intact_cli_examples.zip | Click to download sample simulations for CLI}}
+{{ :wiki:id:intact_cli_examples.zip | Sample simulations for CLI}}
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 ====== Typical workflow ======
-. Set up the input Json and provide the geometry file (.VDB, .PLY, .STL) and boundary condition faces (.STL, .PLY)
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-. call intact cli
+   - Set up the input Json and provide the geometry file (.VDB, .PLY, .STL) and boundary condition faces (.STL, .PLY)
+   - Call intact cli //$ intact -s "path to json file" --save-solution//
+   - A successful run will result into a *_samples.vtu result file
-        $ intact -s "path to json file" --save-solution
+   - You can visualize the result view in Paraview (an opensource program, see more in )[[https://intact-solutions.com/intact_docs/cli_manual.html|CLI Documentation]]
+   - Also see the CLI Documentation to resample the saved solution on custom points
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-. a successful run will result into a *_samples.vtu result file
-. You can visualize the result view in Paraview (an opensource program, see more in the documentation in 3)