Removed two class sections & an outdated example

2025R1/acp_module_markdown-25-r1/contents.md

@@ -20,8 +20,6 @@ Table of contents:
   * [Database](db_database.md)
   * [Material classes](classes_materialdata.md)
   * [Model classes](classes_model.md)
-  * [Solid-model classes](classes_solid_model.md)
-  * [Solution classes](classes_solution.md)
+  * [Solid model classes](classes_solid_model.md)
   * [Scene classes](classes_scene.md)
-  * [Postprocessing definition classes](classes_postprocessing_definitions.md)
   * [Plot classes](classes_plot.md)

2025R1/acp_module_markdown-25-r1/getting_started_acp.md

@@ -65,29 +65,4 @@ max_thickness = max(thicknesses)
 index_of_max = thicknesses.index(max_thickness)
 # get element label with max thickness
 element_label_with_max_thickness = labels[index_of_max]
-```
-
-**Maximum Inverse Reserve Factor and Failure Mode**
-
-```python
-# get active model
-model = db.active_model
-# get first solution
-solution = model.solutions.values()[0]
-# get the failure criterion definition
-fc_definition = model.definitions['FailureCriteria.MaxStrain_Core']
-# get element labels
-labels = model.mesh_query(name='labels',position='centroid',selection='all')
-# get inverse reserve factors of all elements
-irfs = list(solution.query(definition=fc_definition,position='centroid',selection='all',component='irf'))
-# get failure modes of all elements
-failure_modes = solution.query(definition=fc_definition,position='centroid',selection='all',component='fm')
-# get the maximum IRF value
-max_irf = max(irfs)
-# get the index of maximum IRF
-index_of_max = irfs.index(max_irf)
-# get failure mode corresponding to maximum IRF
-critical_failure_mode = failure_modes[index_of_max]
-# get element label where the maximum IRF occurs
-element_label_of_max = labels[index_of_max]
-```
+```