Final options in collapsible sections.

Author: ccarouge

docs/includes/payu.md

@@ -554,6 +554,4 @@ qsub_flags: -W umask=027
 ## Edit a model components' configuration
 
 To modify the physics used by a model component, the input data or the model variables saved in the output, you will need to modify the model component's configuration files. These are located inside a subfolder of the _control_ directory, named according to the submodel's `name` specified in the `config.yaml` `submodels` section.
-
-For more details about these options, please refer to the [configurations documentation]({{configs_docs}}).
 <!--end:payu-component-configuration-->

docs/models/run_a_model/run_access-esm.md

@@ -283,26 +283,30 @@ Restart files are typically tiled in the same way and will also be combined toge
    end="<!--end:payu-component-configuration-->"
 %}
 
-### Create a custom {{ model }} build
-All the executables needed to run {{ model }} are pre-built into independent configurations using _Spack_.<br>
-To customise {{ model }}'s build (for example to run {{ model }} with changes in the source code of one of its component), refer to [Modify and build an ACCESS model's source code](/models/build_a_model/build_source_code#{{model|lower}}).
+??? info "Create a custom {{ model }} build
 
-### Controlling model output
-Selecting the variables to save from a simulation can be a balance between enabling future analysis and minimising storage requirements. The choice and frequency of variables saved by each model can be configured from within each submodel's _control_ directory. 
+    ### Create a custom {{ model }} build
+    All the executables needed to run {{ model }} are pre-built into independent configurations using _Spack_.<br>
+    To customise {{ model }}'s build (for example to run {{ model }} with changes in the source code of one of its component), refer to [Modify and build an ACCESS model's source code](/models/build_a_model/build_source_code#{{model|lower}}).
 
-Each submodel's _control_ directory contains _detailed_ and _standard_ presets for controlling the output, located in the `diagnostic_profiles` subdirectories (e.g. `~/access-esm/preindustrial+concentrations/ice/diagnostic_profiles` for the sea ice submodel). The _detailed_ profiles request a large number of variables at higher frequencies, while the _standard_ profiles restrict the output to variables more regularly used across the community. Details on the variables saved by each preset are available in [this Hive Forum topic](https://forum.access-hive.org.au/t/preset-output-profiles-for-esm1-5/3629).
+??? info "Controlling the diagnostics output by the model"
 
-Selecting a preset output profile to use in a simulation can be done by pointing the following symbolic links to the desired profile:
-
- * `STASHC` in the atmosphere _control_ directory.
- * `diag_table` in the ocean _control_ directory.
- * `ice_history.nml` in the ice _control_ directory.
-
-For example, to select the _detailed_ output profile for the atmosphere:
-<terminal-window>
-    <terminal-line data="input">cd ~/access-esm/preindustrial+concentrations/atmosphere</terminal-line>
-    <terminal-line data="input">ln -sf diagnostic_profiles/STASHC_detailed STASHC</terminal-line>
-</terminal-window>
+    ### Controlling the diagnostics output by the model
+    Selecting the variables to save from a simulation can be a balance between enabling future analysis and minimising storage requirements. The choice and frequency of variables saved by each model can be configured from within each submodel's _control_ directory. 
+    
+    Each submodel's _control_ directory contains _detailed_ and _standard_ presets for controlling the output, located in the `diagnostic_profiles` subdirectories (e.g. `~/access-esm/preindustrial+concentrations/ice/diagnostic_profiles` for the sea ice submodel). The _detailed_ profiles request a large number of variables at higher frequencies, while the _standard_ profiles restrict the output to variables more regularly used across the community. Details on the variables saved by each preset are available in [this Hive Forum topic](https://forum.access-hive.org.au/t/preset-output-profiles-for-esm1-5/3629).
+    
+    Selecting a preset output profile to use in a simulation can be done by pointing the following symbolic links to the desired profile:
+    
+     * `STASHC` in the atmosphere _control_ directory.
+     * `diag_table` in the ocean _control_ directory.
+     * `ice_history.nml` in the ice _control_ directory.
+    
+    For example, to select the _detailed_ output profile for the atmosphere:
+    <terminal-window>
+        <terminal-line data="input">cd ~/access-esm/preindustrial+concentrations/atmosphere</terminal-line>
+        <terminal-line data="input">ln -sf diagnostic_profiles/STASHC_detailed STASHC</terminal-line>
+    </terminal-window>
 
 
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