Fred's comments.

docs/refmans/gui/viselements/corelements/scenario_selector.md_template

@@ -6,8 +6,8 @@ select a scenario from a list, create new scenarios or edit existing scenarios.
 # Details
 
 The Scenario Selector is a visual control that displays a tree structure where scenarios are grouped
-by their respective cycles (provided the [*display_cycles*](#p-display_cycles) property is not set)
-to False.
+by their respective cycles (provided the [*display_cycles*](#p-display_cycles) property is not set
+to False).
 
 Here is an example of a populated Scenario Selector:
 <figure class="tp-center">
@@ -89,7 +89,7 @@ In the dialog, users can:
 <li>Modify the Scenario Label,</li>
 <li>Add custom properties by filling in the 'Key' and 'Value' fields in the 'Custom Properties'
     section then pressing the [MUI:Add] icon (Add),</li>
-<li>Remove custom properties by click the [MUI:DeleteOutline] icon (Delete) next to an existing
+<li>Remove custom properties by clicking the [MUI:DeleteOutline] icon (Delete) next to an existing
     custom property.</li>
 </ul>
 
@@ -194,7 +194,7 @@ filtering. This allows users to create a prioritized sequence of sorting rules.
 
 Each sorting criterion specifies:
 
-- The scenario  property to sort by (e.g., label, creation date).
+- The scenario property to sort by (e.g., label, creation date).
 - The sorting direction, either *ascending* ("asc") or *descending* ("desc").
 
 Consider the following initial list of scenarios displayed in the selector:

docs/refmans/gui/viselements/generic/metric.md_template

@@ -138,7 +138,7 @@ Here is the control definition:
 
 The syntax for the [*format*](#p-format) and [*delta_format*](#p-delta_format) properties is the one
 used by the native `sprintf()` function. In this case, values are both integers.<br/>
-Note that in this example, we want to *delta* value to appear with a percent sign suffix. To get
+Note that in this example, we want the *delta* value to appear with a percent sign suffix. To get
 this result, you'll need to use the double percent symbol (%%) in the value for the
 [*delta_format*](#p-delta_format) property. In `sprintf()`, a single percent symbol is used for
 specifying format specifiers, so to actually print a literal percent sign, you need to escape it

docs/userman/gui/extension/dynamic_element/tabular_data_props.md

@@ -3,20 +3,18 @@ that holds a scalar value. However, when dealing with collections of data, such
 need a more complex approach to support arrays or tables that can be dynamically updated.
 
 In Taipy GUI, tabular data can also be bound to Python variables or expressions, allowing the user
-interface to instantly
-reflect any changes in the underlying data. Custom elements that manage tabular data must declare
-their properties to
-specify the type of data they support, similar to scalar properties, but now using a structure
-suitable for collections.
+interface to instantly reflect any changes in the underlying data. Custom elements that manage
+tabular data must declare their properties to specify the type of data they support, similar to
+scalar properties, but now using a structure suitable for collections.
 This is handled by the PropertyType class, where you can define the type as an array or table
 format, enabling the binding of multidimensional data.
 
-For example, a table element can bind a two-dimensional array or a list of objects to its
-properties. Each time the data in the array changes, the table element automatically refreshes to
-display the updated content in the user interface.<br/>
-This approach leverages TypeScript and JavaScript code in the backend, working with React to
-dynamically generate HTML for tabular displays. By using Taipy GUI’s variable binding capabilities,
-developers can seamlessly update and manage tabular data within the UI.
+For example, the *data* property of a `table` control can be bound to a two-dimensional array or a
+list of objects. When the bound data changes, the table control automatically updates to reflect the
+new content in the user interface.<br/>
+This functionality is implemented using the React library, which dynamically generates HTML for the
+tabular display. By leveraging Taipy GUI's variable binding capabilities, developers can efficiently
+update and manage tabular data in the user interface.
 
 Even if a custom element does not need to update its tabular data dynamically, it can still be
 implemented as a dynamic element to take advantage of the expressivity and flexibility offered by