Update README.md

Author: Casp3rBB

README.md

@@ -1,80 +1,83 @@
 # Project Title
 
-This repository contains a collection of Python scripts for automating the extraction and processing of geotechnical data from PLAXIS models. The scripts are designed to streamline the workflow for analyzing cross-section results, strut forces, wall forces, settlements, and more. They provide functionalities for batch processing of multiple models and generating comprehensive reports.
+This repository contains a collection of Python scripts for automating the extraction and processing of geotechnical data from PLAXIS models. The scripts are designed to streamline the workflow for analyzing cross-section results, strut forces, wall forces, settlements, and more. They provide functionalities for batch processing of multiple models.
 
 ## Table of Contents
 
 - [Installation](#installation)
-- [Usage](#usage)
-    - [SectionVaryAlongXY](#sectionvaryalongxy)
-    - [Section_StageByStage](#section_stagebystage)
-    - [BatchExtractSettlement_Simple](#batchextractsettlement_simple)
-    - [BatchExtractStrutForce_Simple](#batchextractstrutforce_simple)
-    - [BatchExtractWallForce_Simple](#batchextractwallforce_simple)
-    - [BatchCalculate](#batchcalculate)
-    - [Rearrange_pdf](#rearrange_pdf)
-    - [RunThis](#runthis)
-    - [RunSingle](#runsingle)
-    - [RunAllInFolder](#runallinfolder)
+- [Functions](#functions)
+    - [Core Functions](#core-functions)
+    - [Section Analysis](#section-analysis)
+    - [Batch Processing](#batch-processing)
+    - [Miscellaneous](#miscellaneous)
 - [Author](#author)
 
 ## Installation
 
-To use the scripts in this repository, you need to have Python installed on your machine along with the following packages:
-
-- `plxscripting`
-- `PyPDF2`
-- `datetime`
-- `os`
-- `re`
-- `typing`
-
-You can install the required packages using pip:
-
-`pip install plxscripting PyPDF2`
-
-## Usage
-
-### SectionVaryAlongXY
-
-This function prompts the user to input parameters for varying a cross-section cut along the x or y direction. It then extracts and prints the minimum and maximum normal stresses for specified phases.
-
-### Section_StageByStage
-
-This function extracts and prints the minimum and maximum normal total stresses for each phase along a specified cross-section.
-
-### BatchExtractSettlement_Simple
-
-This function allows batch processing of multiple PLAXIS models to extract settlement data along a specified y-level.
-
-### BatchExtractStrutForce_Simple
-
-This function extracts strut forces from multiple PLAXIS models and prints the results for each phase.
-
-### BatchExtractWallForce_Simple
-
-This function extracts wall forces for each phase and prints the maximum and minimum values for each force component.
-
-### BatchCalculate
-
-This function automates the calculation process for a batch of PLAXIS models, saving each model after calculation.
-
-### Rearrange_pdf
-
-This function rearranges pages of a PDF file based on the order specified in a text file.
-
-### RunThis
-
-This function automates the extraction of both strut and wall forces, and optionally generates a plot image.
-
-### RunSingle
-
-This function processes a single PLAXIS file, extracting forces and optionally generating a plot image.
-
-### RunAllInFolder
-
-This function processes all PLAXIS files in a specified folder, extracting forces and optionally generating plot images.
+To use the scripts in this repository, you need to have Plaxis 2D installed on your machine.
+
+Open the Python interpreter in Plaxis Input or Output (depending on input automation or result extraction automation) to start using the scripts: 
+
+![image](https://github.com/user-attachments/assets/b3b2b69c-eba6-453a-9111-a2df80e3034a)
+
+## Functions
+
+### Core Functions
+
+- **StrutForceAutomation**
+    
+    - Extracts strut forces within a specified range of x-coordinates from the PLAXIS model.
+- **WallForceAutomation**
+    
+    - Retrieves and processes wall forces, merging data where applicable.
+- **PlotImage**
+    
+    - Exports an image of the current PLAXIS model, focusing on displacement results.
+- **SettlementAutomation**
+    
+    - Extracts settlement data at specified levels and x-coordinates.
+
+### Batch Processing
+
+- **BatchExtractSettlement_Simple**
+    
+    - Processes multiple PLAXIS models to extract settlement data along a specified y-level.
+- **BatchExtractStrutForce_Simple**
+    
+    - Extracts strut forces from multiple PLAXIS models and prints the results for each phase.
+- **BatchExtractWallForce_Simple**
+    
+    - Extracts wall forces for each phase and prints the maximum and minimum values for each force component.
+- **BatchCalculate**
+    
+    - Automates the calculation process for a batch of PLAXIS models, saving each model after calculation.
+    - Users can input multiple file paths separated by commas, and the script will process each model in sequence. Calculation times for individual models and the total processing time are displayed.
+
+### Section Analysis
+
+- **SectionVaryAlongXY**
+    
+    - Prompts the user to input parameters for varying a cross-section along the x or y direction.
+    - Extracts and prints the minimum and maximum normal stresses for specified phases.
+- **Section_StageByStage**
+    
+    - Extracts and prints minimum and maximum total normal stresses for each phase along a specified cross-section.
+
+### Miscellaneous
+
+- **Rearrange_pdf**
+    
+    - Rearranges pages of a PDF file based on the order specified in a text file.
+- **RunThis**
+    
+    - Automates the extraction of both strut and wall forces, and optionally generates a plot image.
+- **RunSingle**
+    
+    - Processes a single PLAXIS file, extracting forces and optionally generating a plot image.
+- **RunAllInFolder**
+    
+    - Processes all PLAXIS files in a specified folder, extracting forces and optionally generating plot images.
 
 ## Author
 
-This project was created by Kinen Ma. The initial version was made on 2023-05-23, and the latest updates were made on 2024-04-12.
+This project was created by Kinen Ma.