Edit README.md

README.md

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-# Gomoku
+# Table of Contents / Table des Matières
+
+## 🇬🇧 English
+1. [Documentation](#documentation)
+2. [How to Compile and Run the Game](#how-to-compile-and-run-the-game)
+3. [Command-Line Options for the Gomoku Game](#command-line-options-for-the-gomoku-game)
+4. [Example Usage](#example-usage)
+5. [Notes](#notes)
+6. [Structure](#structure)
+
+## 🇫🇷 Français
+1. [La documentation](#la-documentation)
+2. [Comment compiler et lancer le jeu ?](#comment-compiler-et-lancer-le-jeu-)
+3. [Options de Commande pour le Jeu Gomoku](#options-de-commande-pour-le-jeu-gomoku)
+4. [Exemple d'utilisation](#exemple-dutilisation)
+5. [Remarques](#remarques)
+6. [Structure](#structure-1)
+
+
+# 🇬🇧 Gomoku
+
+## Documentation
+
+> docs/index.html
+
+## How to Compile and Run the Game
+
+```bash
+javac -d build src/*java
+java -cp build GomokuGame
+```
+
+## Command-Line Options for the Gomoku Game
+
+Here are the different command-line options available to configure and launch the Gomoku game:
+
+* `--save <path>`: Loads a saved game from the specified path.
+
+  * Example: `--save path/to/game`
+
+* `--pvp`: Enables player versus player (PvP) mode.
+
+  * Example: `--pvp`
+
+* `--size <width> <height>`: Sets the game board size.
+
+  * Example: `--size 15 15`
+
+* `--nbToken <number>`: Sets the number of tokens available for each player.
+
+  * Example: `--nbToken 50`
+
+* `--difficulty <level>`: Sets the AI difficulty level (1, 2, or 3).
+
+  * Example: `--difficulty 2`
+
+* `--nbTokenToWin <number>`: Sets the number of tokens in a row needed to win.
+
+  * Example: `--nbTokenToWin 5`
+
+## Example Usage
+
+```bash
+java -cp build GomokuGame --pvp --size 15 15 --nbToken 50 --difficulty 2 --nbTokenToWin 5
+```
+
+## Notes
+
+* If an option is used incorrectly or parameters are invalid, default values will be applied.
+* The minimum board size is 3x3. If a smaller size is specified, the game will not start.
+
+## Structure
+
+![UML](UML.png)
+
+To begin, we created two enumerations: one for colors, named `Color`, and another for the cardinal directions, named `Cardinal`. Colors are used for the tokens placed on the board. The directions help us navigate the grid of cells, which are linked in all eight cardinal directions.
+
+We have an abstract class representing the player, called `Player`, which has two subclasses:
+
+* `Human`, which asks the user to play their turn,
+* `GomokuAI`, which represents a computer-controlled player.
+
+For the game area, we have a `GomokuCell` class that represents a cell with all its neighbors in the eight directions, as well as the color of the token placed in that cell. Another class, `GomokuBoard`, contains the top-left cell of the board. From this cell, we traverse the entire board. This class generates the board, board extensions, etc.
+
+To run the game, we have the `GomokuGame` class, which has a `main` method and accepts parameters if the user wants. It creates the game and the game loop, and contains:
+
+* Both players,
+* The board,
+* The number of aligned cells required to win,
+* The current player,
+* The renderer.
+
+For rendering, we have an abstract class `GomokuRenderer` that is implemented by `ConsoleRenderer`, allowing the board to be displayed in the terminal. The abstract class exists to facilitate replacing the renderer in the future if needed.
+
+
+# 🇫🇷 Gomoku
 
 ## La documentation
 > docs/index.html