complete the readme file

readme.md

+Firefighter Automaton Simulator
+Authors: Sarah Cherchem, Celia Arezki
+Project Type: Automaton Simulation
+Description:
+This project simulates a grid-based environment featuring firefighters, fires, clouds, and terrain types. 
+It models a dynamic scenario where firefighters extinguish fires while considering various obstacles and conditions, 
+adhering to object-oriented design principles and the SOLID methodology.
+
+Project Structure
+The project is divided into several key classes, each with a specific role. Below is an overview of the main classes:
+
+**1. FirefighterBoard**
+   Purpose: The main board class managing all elements and their interactions on the grid.
+   Key Responsibilities:
+   Initializes grid dimensions and elements (fire, firefighters, clouds, etc.).
+   Manages state transitions and interactions between elements.
+   Implements the logic for adding or resetting elements on the board.
+**2. BoardFireFighterBehavior**
+   Purpose: Encapsulates behaviors and actions of elements on the board.
+   Key Responsibilities:
+   Tracks positions of various elements (e.g., fires, firefighters, clouds).
+   Provides logic for initializing and updating the board’s state.
+**3. BoardFirefighterProperties**
+   Purpose: Stores properties such as the number of rows and columns of the board.
+   Key Responsibilities:
+   Maintains static configurations of the grid.
+   Provides properties to other components for consistent configuration.
+**4. ModelElement (Abstract Class)**
+   Purpose: Represents any entity that can exist on the board.
+   Key Responsibilities:
+   Serves as a base class for all elements (e.g., fire, firefighter, cloud).
+**5. Fire**
+   Purpose: Represents a fire entity on the board.
+   Key Responsibilities:
+   Interacts with firefighters or other elements.
+   Can be extinguished under specific conditions.
+**6. DefaultFireFighter**
+   Purpose: Represents a firefighter on the board.
+   Key Responsibilities:
+   Moves across the grid and extinguishes fires.
+   Works in coordination with other firefighters or motorized units.
+**7. MotorizedFireFighter**
+   Purpose: Represents a motorized firefighter.
+   Key Responsibilities:
+   Moves faster and has enhanced capabilities compared to regular firefighters.
+   Extinguishes fires in complex terrains.
+**8. Cloud**
+   Purpose: Represents clouds that interact with fires and potentially hinder firefighters.
+   Key Responsibilities:
+   Can reduce the spread of fire or obstruct visibility.
+**9. Rocky**
+   Purpose: Represents rocky terrain.
+   Key Responsibilities:
+   Affects the movement of firefighters and other elements.
+**10. Factories (e.g., FireFactory, FirefighterFactory, CloudFactory, etc.)**
+    Purpose: Encapsulates the creation of board elements.
+    Key Responsibilities:
+    Generates elements with random or predefined configurations.
+    Ensures consistent initialization.
+**11. Utilities***
+*    Position:
+    Represents coordinates on the grid.
+    Provides utility methods for comparing and managing positions.
+    Neighbors:
+    Used to initialize neighboring positions for efficient traversal and interactions.
+    Features
+    Dynamic Board Initialization:
+    Adjustable dimensions and element counts (e.g., number of fires, firefighters).
+    Real-Time Interaction:
+    Elements dynamically interact based on their properties and behaviors.
+    Customizable Terrains:
+    Includes obstacles like rocky terrain and roads.
+    How to Run
+    Compile all classes in the src directory.
+    Run the main method in the appropriate driver class to initialize the simulation.
+    Observe the board’s dynamic behavior in the console or GUI.
+    Future Enhancements
+    Introduce advanced terrain types like rivers or forests.
+    Add AI-driven firefighter behaviors for complex decision-making.
+    Visualize the simulation using a graphical interface (JavaFX or other frameworks).
+
+