FEAT: Icepak model reviewer extension

doc/changelog.d/6495.added.md

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+Icepak model reviewer extension

doc/source/User_guide/pyaedt_extensions_doc/icepak/icepak_model_reviewer.rst

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+Icepak Model Reviewer
+=====================
+
+The Icepak Model Reviewer extension allows users to inspect and modify details of an Icepak project. It enables
+reviewing critical data such as boundary conditions, materials, and model-specific properties.
+
+The extension provides a graphical user interface (GUI) where the user can load a project, review its components,
+and make necessary updates.
+
+The following image shows the extension GUI:
+
+.. image:: ../../../_static/extensions/icepak_model_reviewer_initial_panel.png
+   :width: 800
+   :alt: Icepak Model Reviewer UI
+
+After the project is loaded by clicking, the GUI show tables
+.. image:: ../../../_static/extensions/icepak_model_reviewer_ui_with_table.png
+   :width: 800
+   :alt: Icepak Model Reviewer UI After loading Project
+
+Features
+--------
+
+- Load and inspect an Icepak project.
+- Display editable tables showing:
+  - Boundary conditions
+  - Material properties
+  - Model details
+- Update project parameters.
+
+Using extension
+-------------------
+
+1. Open the **Automation** tab in the Icepak interface.
+2. Click on the **Icepak model reviewer** icon under the Extension Manager.
+3. In the GUI, interact with the following elements:
+   - **Load Project**: Load the Icepak project into the GUI.
+   - **Update Project**: Push any modifications made in the tables back to the project.
+4. After the project is loaded:
+   - The GUI displays three main tables:
+     - **Boundary Conditions**: Lists all the boundary condition settings applied in the model.
+     - **Materials**: Shows the materials used and their key properties.
+     - **Models**: Displays model-specific data and configurations.
+
+Each table allows inline editing of values. To commit changes, click the **Update Project** button.
+Commit changes apply all modifications to the currently loaded project.
+
+Tables overview
+---------------
+
+**Boundary Conditions Table**
+
+This table displays the thermal boundary conditions defined in the Icepak project.
+The data is organized with both read-only and editable fields to help users review and make updates.
++--------------------------+----------------------------------------------------------------------------------+
+| **Property**            | **Description**                                                                   |
++==========================+==================================================================================+
+| **Name**                 | Name of the boundary. This field is **read-only** and cannot be modified.        |
++--------------------------+----------------------------------------------------------------------------------+
+| **Boundary Type**        | Indicates whether the boundary is a *Block* or a *Source*. This is               |
+|                          | also a **read-only** field.                                                      |
++--------------------------+----------------------------------------------------------------------------------+
+| **BC Name 1 / BC Name 2**| Names of the boundary conditions applied (*Total Power*, *Power Density*,        |
+|                          | *Heat Transfer Coefficient*, *Temperature*). These fields are **read-only**      |
++--------------------------+----------------------------------------------------------------------------------+
+| **Value 1 / Value 2**    | Corresponding values for the selected boundary conditions. These fields          |
+|                          | are **editable**.                                                                |
++--------------------------+----------------------------------------------------------------------------------+
+
+
+**Materials Table**
+
+
+This table displays material properties for all objects used in the Icepak project.
+Some fields are read-only and provided for reference, while others can be modified depending on the simulation setup.
+
++----------------------------------+--------------------------------------------------------------+
+| **Property**                     | **Description**                                              |
++==================================+==============================================================+
+| **Name**                         | Material name (**read-only**)                                |
++----------------------------------+--------------------------------------------------------------+
+| **Material Type**                | Indicates if the material is *Solid* or *Fluid*              |
+|                                  | (**read-only**)                                              |
++----------------------------------+--------------------------------------------------------------+
+| **Thermal Conductivity**         | Thermal conductivity in **W/m·K**                            |
++----------------------------------+--------------------------------------------------------------+
+| **Mass Density**                 | Density in **kg/m³**                                         |
++----------------------------------+--------------------------------------------------------------+
+| **Specific Heat**                | Specific heat capacity in **J/kg·K**                         |
++----------------------------------+--------------------------------------------------------------+
+| **Thermal Expansion Coefficient**| Coefficient of thermal expansion in **1/K**                  |
++----------------------------------+--------------------------------------------------------------+
+| **Thermal Diffusivity**          | Thermal diffusivity in **m²/s**                              |
++----------------------------------+--------------------------------------------------------------+
+| **Viscosity**                    | Dynamic viscosity in **Kg/m-s**                              |
++----------------------------------+--------------------------------------------------------------+
+
+
+**Models Table**
+
+This table lists the object-level settings related to modeling in the Icepak project.
+It shows the assigned bulk and surface materials. Information about whether an object is model/ non-model object.
+
+
+
+Notes
+-----
+
+- Ensure the CSV file for power map creation is formatted correctly before importing.
+- Changes made in the tables are not applied to the project until the **Update Project** button is clicked.
+- This extension is intended for reviewing model data efficiently without the need to navigate complex menus.
+