docs: 📝 Update cards in index pages

Author: Anselmoo

docs/examples/index.md

@@ -24,37 +24,14 @@ The examples demonstrate various use cases and features of **SpectraFit**, from
 
 <div class="grid cards" markdown>
 
-- :material-console: **[Fitting of a Single Feature](example1.md)**
-
-  Learn how to fit a single peak using the command-line interface.
-
-- :material-file-document-multiple: **[JSON, TOML, YAML Inputs](example2.md)**
-
-  Use different input file formats for your fitting parameters.
-
-- :material-chart-bell-curve: **[Multi Peak Fitting](example3.md)**
-
-  Handle complex spectra with multiple overlapping peaks.
-
-- :material-flask: **[Working with Real Life Data](example4.md)**
-
-  Apply **SpectraFit** to experimental spectroscopic data.
-
-- :material-function: **[Working with Expressions](example5.md)**
-
-  Create custom expressions for specialized fitting needs.
-
-- :material-earth: **[Global Fitting](example6.md)**
-
-  Fit multiple datasets simultaneously with shared parameters.
-
-- :material-robot: **[Automatic Fitting](example7.md)**
-
-  Use automated approaches for initial parameter estimation.
-
-- :material-file-import: **[Working with Athena Data](example8.md)**
-
-  Import and process data from Athena XAS software.
+- :material-console: **[Fitting of a Single Feature](example1.md)** - Learn how to fit a single peak using the command-line interface.
+- :material-file-document-multiple: **[JSON, TOML, YAML Inputs](example2.md)** - Use different input file formats for your fitting parameters.
+- :material-chart-bell-curve: **[Multi Peak Fitting](example3.md)** - Handle complex spectra with multiple overlapping peaks.
+- :material-flask: **[Working with Real Life Data](example4.md)** - Apply **SpectraFit** to experimental spectroscopic data.
+- :material-function: **[Working with Expressions](example5.md)** - Create custom expressions for specialized fitting needs.
+- :material-earth: **[Global Fitting](example6.md)** - Fit multiple datasets simultaneously with shared parameters.
+- :material-robot: **[Automatic Fitting](example7.md)** - Use automated approaches for initial parameter estimation.
+- :material-file-import: **[Working with Athena Data](example8.md)** - Import and process data from Athena XAS software.
 
 </div>
 
@@ -64,29 +41,12 @@ Jupyter notebooks provide an interactive environment for **SpectraFit**, allowin
 
 <div class="grid cards" markdown>
 
-- :material-chart-line: **[Default Plot](example9_1.ipynb)**
-
-  Basic visualization of fitting results in a notebook.
-
-- :material-palette: **[Themes](example9_2.ipynb)**
-
-  Customize the appearance of your plots.
-
-- :material-file-export: **[Export Results](example9_3.ipynb)**
-
-  Save and export your fitting results in various formats.
-
-- :material-map: **[RIXS Map Visualization](example9_4.ipynb)**
-
-  Generate 2D maps from RIXS spectroscopy data.
-
-- :material-code-json: **[Using Converters as Module](example9_5.ipynb)**
-
-  Convert between different file formats programmatically.
-
-- :material-earth: **[RIXS Global-Fitting in Jupyter](example9_6.ipynb)**
-
-  Apply global fitting approaches to RIXS datasets.
+- :material-chart-line: **[Default Plot](example9_1.ipynb)** - Basic visualization of fitting results in a notebook.
+- :material-palette: **[Themes](example9_2.ipynb)** - Customize the appearance of your plots.
+- :material-file-export: **[Export Results](example9_3.ipynb)** - Save and export your fitting results in various formats.
+- :material-map: **[RIXS Map Visualization](example9_4.ipynb)** - Generate 2D maps from RIXS spectroscopy data.
+- :material-code-json: **[Using Converters as Module](example9_5.ipynb)** - Convert between different file formats programmatically.
+- :material-earth: **[RIXS Global-Fitting in Jupyter](example9_6.ipynb)** - Apply global fitting approaches to RIXS datasets.
 
 </div>