We'll consolidate all the components we've developed and bring our snake to the life. We'll see how each piece fits together to create a cohesive and enjoyable gaming experience.

| Component           | <center>Description </center>                                                                                                      |
|---------------------|-------------------------------------------------------------------------------------------------------------------|
| <i>**Game Class**</i>          | Orchestrates the game's state, manages interactions between game elements, and controls the flow of gameplay. 🎮  |
| <i>**Snake Class**</i>         | Represents the player-controlled serpent, handling movement, collision detection, and growth mechanics. 🐍       |
| <i>**Fruit Class**</i>         | Represents edible objects for the snake to consume, managing their position on the game field and collision responses. 🍎 |
| <i>**Handling Collisions**</i> | Detects collisions between the snake and obstacles, such as its own body or fruits, and responds accordingly to continue or end the game. ⚠️ |
| <i>**Losing**</i>  | Implements logic when the game ends due to collisions or other conditions. 🏆 |

Our final task is to grant our snake a guiding intelligence to control its movements. Fortunately, we've already integrated artificial intelligence (AI) into our project from the outset.

```py
from AI import Agent
Agent.train(Game(), change_direction_up, change_direction_down, change_direction_left, change_direction_right, is_collision, next_step, reset)
```

Executing this command will determine if everything has been set up correctly, resulting in a lively digital snake and yet another companion in your journey.

> Note
> 
> Feel free to customize all aspects of the game according to your preferences, or even employ libraries to introduce captivating animations. The possibilities for adaptation and enhancement are endless, enabling you to tailor the game to your unique vision and create an even more engaging experience for players.

In this project, you'll embark on a journey of game development, learning essential programming concepts while honing your creativity and problem-solving skills. Through step-by-step tutorials, you'll build a fully functional Snake game from scratch.

In this Python project, we'll create a traditional simple yet addictive arcade Snake game. This project aims to enhance your skills using straightforward Python code, making it suitable for beginners. In the end you will have a solid game backbone that you can continue to improve with adding new mechanics or adding libraries.

Building a Classic Snake Game

Bringing It All Together and Overview

Ratkaisu

Component	Description
Game Class	Orchestrates the game's state, manages interactions between game elements, and controls the flow of gameplay. 🎮
Snake Class	Represents the player-controlled serpent, handling movement, collision detection, and growth mechanics. 🐍
Fruit Class	Represents edible objects for the snake to consume, managing their position on the game field and collision responses. 🍎
Handling Collisions	Detects collisions between the snake and obstacles, such as its own body or fruits, and responds accordingly to continue or end the game. ⚠️
Losing	Implements logic when the game ends due to collisions or other conditions. 🏆