fix image paths in docs

docs/compset.rst

@@ -76,20 +76,20 @@ coupler infrastructure but have no impact on the simulation. This variety allows
 configure a custom compset that includes as many or as few active components as desired,
 depending on the specific goals of your simulation.
 
-  .. image:: assets/stage1_6.png
+  .. image:: assets/Stage1_6.png
 
 As you make selections in this stage and elsewhere, visualCaseGen will guide you by crossing
 out incompatible options, helping to prevent invalid configurations. For example, if you select
 `cam` for the atmosphere and `mom` for the ocean, the GUI will disable several other model
 options that are incompatible with this combination. This real-time feedback keeps your
 configuration process streamlined and ensures that all selected options work together compatibly.
 
-   .. image:: assets/stage1_7.png
+   .. image:: assets/Stage1_7.png
 
 At any stage, you can click on any crossed-out option to view a brief explanation of
 why it's incompatible with your current selections for additional guidance.
 
-   .. image:: assets/stage1_8.png
+   .. image:: assets/Stage1_8.png
 
 After choosing your models, you'll proceed to select the physics options for each. The physics
 settings determine the complexity of each model component and impact computational requirements.
@@ -100,7 +100,7 @@ will be selected by default. Since each physics option provides different levels
 the selection should be based on the specific requirements of your simulation. Refer to 
 the individual model documentations for more information on the available physics options.
 
-   .. image:: assets/stage1_9.png
+   .. image:: assets/Stage1_9.png
 
 The final part of custom compset creation is selecting optional physics modifiers.
 Modifiers allow additional adjustments to physics and parameter settings, offering
@@ -113,7 +113,7 @@ does not verify compatibility between multiple modifiers within a single compone
 so it's advisable to consult CESM documentation or model experts if you're using complex
 modifier combinations.
 
-   .. image:: assets/stage1_10.png
+   .. image:: assets/Stage1_10.png
 
 Once you've completed the selection of models, physics, and optional modifiers,
 visualCaseGen will automatically advance to the next main stage, `Grid`, where

docs/grid.rst

@@ -8,7 +8,7 @@ existing model grids. In `Custom` mode, you can also generate custom model grids
 using auxiliary tools included in visualCaseGen. Begin by selecting between `Standard`
 and `Custom` grid modes.
 
-.. image:: assets/stage2_1.png
+.. image:: assets/Stage2_1.png
 
 .. note:: In CESM terminology, *resolution* and *grid* are often used interchangeably,
    both referring to the combination of model grids used in a CESM simulation. Unless 
@@ -25,7 +25,7 @@ from this list. Use the search box to refine the list further. For exact matches
 use double quotes; otherwise, the search will display all grids containing one 
 or more of the search terms.
 
-.. image:: assets/stage2_2.png
+.. image:: assets/Stage2_2.png
 
 After selecting a grid, visualCaseGen will advance to the `Launch` stage, where
 you can create your CESM case using the chosen compset and grid configuration.
@@ -38,13 +38,13 @@ model grids or generating new MOM6 and/or CLM grids with specialized tools that
 Start by specifying a path to save the new grid files and a name to refer to this
 new grid in the configuration process and beyond.
 
-.. image:: assets/stage2_3.png
+.. image:: assets/Stage2_3.png
 
 After clicking `Select`, a file browser will open to help you locate your preferred
 directory for saving the new grid files. Once the directory is selected, enter the
 new grid name in the text box at the top right and click `Select` to proceed.
 
-.. image:: assets/stage2_4.png
+.. image:: assets/Stage2_4.png
 
 Atmosphere Grid
 ~~~~~~~~~~~~~~~
@@ -53,7 +53,7 @@ Next, choose an atmosphere grid from the list of compatible options based on the
 compset you selected in the `Compset` stage. Use the search box to filter options if needed.
 This chosen atmosphere grid will be integrated with other model grids to form your custom CESM grid (resolution).
 
-.. image:: assets/stage2_5.png
+.. image:: assets/Stage2_5.png
 
 Ocean Grid
 ~~~~~~~~~~
@@ -67,7 +67,7 @@ If using a standard ocean grid, select one from the list compatible with your ch
 and atmosphere grid. If creating a new MOM6 grid, complete the required parameters, then proceed
 to launch the `mom6_bathy` tool for final customization.
 
-.. image:: assets/stage2_6.png
+.. image:: assets/Stage2_6.png
 
 After specifying all ocean grid parameters, click `Launch mom6_bathy`. This will open an 
 auto-generated Jupyter notebook where you can fine-tune the ocean grid bathymetry and generate
@@ -86,7 +86,7 @@ Following ocean grid selection or creation, you'll move to land grid selection.
 as the land model, you can also modify an existing CLM grid. If so, select a base land grid for
 customization.
 
-.. image:: assets/stage2_7.png
+.. image:: assets/Stage2_7.png
 
 .. note:: Detailed instructions on customizing an existing CLM grid will be added here shortly.
 

docs/launch.rst

@@ -5,7 +5,7 @@ The final main stage of visualCaseGen is the `Launch` stage, where you bring you
 life with the selected compset and grid configuration. In this stage, you'll find tools to
 select the case directory, choose a target machine, and initiate case creation. 
 
-.. image:: assets/stage3_1.png
+.. image:: assets/Stage3_1.png
 
 Chosing the case directory
 ~~~~~~~~~~~~~~~~~~~~~~~~~~
@@ -14,7 +14,7 @@ To begin, open the file browser widget by clicking the `Select` button to set th
 the new case. Navigate to your desired location, then enter a unique name for the case in the
 text box at the top right of the browser. Click `Select` to confirm your directory and case name.
 
-.. image:: assets/stage3_2.png
+.. image:: assets/Stage3_2.png
 
 Selecting the target machine
 ~~~~~~~~~~~~~~~~~~~~~~~~~~~~
@@ -40,7 +40,7 @@ example of the interface after clicking `Create Case`. Notice how visualCaseGen
 case setup process, including modifying CESM XML files, executing the create_newcase tool,
 running the `case.setup` script, and applying any XML and namelist changes needed.
 
-.. image:: assets/stage3_3.png
+.. image:: assets/Stage3_3.png
 
 The completion log provides confirmation of a successful case creation, including the path to
 the new case directory, where you can proceed with case customization, building, and execution.