Watch ChatGPT Create a Horror Game with AI Coding

Watch ChatGPT Create a Horror Game with AI Coding

Table of Contents

1. Introduction
2. Conceptualizing the Game
3. Setting up the Development Environment
4. Importing Assets
5. Designing the Environment
6. Creating the Player Character
7. Implementing Gameplay Mechanics
8. Adding Enemy AI
9. Incorporating Jump Scares
10. Improving the Maze
11. Adding Puzzles
12. Testing the Game

Introduction

In this article, we are going to explore the process of creating a horror game using ChatGPT and Unity. We will follow a step-by-step guide provided by ChatGPT and see how it leads us to develop a horror game. The challenge here is that we cannot modify any code given to us. Before we dive into the game development process, let's take a moment to talk about our sponsor for this video, Game Maker. Game Maker is an all-in-one game development engine that offers a range of features, such as a built-in Sprite editor, an advanced programming language, and an easy-to-use level editor. If you are interested in game development or want to explore a new game engine, I highly recommend trying out Game Maker.

Conceptualizing the Game

The first step in creating our horror game is to conceptualize the game itself. Since we are not sure about the specific type of horror game we want to make, we will proceed with following the other steps and see where it leads us.

Setting up the Development Environment

To begin the game development process, we need to set up the development environment. We will create a new Unity project to serve as our development space.

Importing Assets

Every game requires assets, so we will import the necessary assets for our horror game. In this case, we will need an environment and an enemy asset. These assets can be obtained from the Unity asset store.

Designing the Environment

Once we have our assets, we will move on to designing the environment for our horror game. Initially, the environment might not give off a horror vibe, so we will seek guidance from ChatGPT on how to make it look more fitting for a horror game. By adjusting the recommended settings, we can transform our environment into a more eerie and unsettling atmosphere.

Creating the Player Character

Next in line is creating the player character. We will need to add a player character to our game, but to do so, we require a player movement system. We will ask ChatGPT to code a player movement system for Unity, and once we receive the code, we will integrate it into our game. This will enable us to control the player character within the game environment.

Implementing Gameplay Mechanics

With a player movement system in place, it's time to implement some gameplay mechanics. To make our horror game more engaging, we need an enemy. We will ask ChatGPT to code an enemy AI for us. Once we receive the code, we will integrate it into our game and add the enemy asset. This will add a significant element of fear and tension to our horror game.

Incorporating Jump Scares

To further intensify the horror experience, we will incorporate jump scares into our game. We will ask ChatGPT to provide us with code that creates a jump scare effect. By adding this code and setting up the jump scare trigger, we will surprise the player at specific moments in the game, creating a thrilling experience.

Improving the Maze

In a previous attempt to create a horror game, we developed a maze in which the player had to escape while avoiding enemies. However, there were areas for improvement. ChatGPT suggested that we enhance the game by adding new enemy types, improving the maze layout, and implementing puzzles. We will address the maze improvement first.

The maze in our game currently consists of a single level, which limits replayability. To address this issue, we will make use of ChatGPT's recommendation and duplicate the level, creating a second maze. Now, our game will offer two different mazes, providing a more dynamic and engaging experience for the players.

Adding Puzzles

To further enhance the gameplay experience, we will add puzzles to our horror game. ChatGPT recommended incorporating a key that the player needs to find in order to escape the maze. By adding this puzzle element, we introduce an additional challenge and a sense of accomplishment when the player successfully finds the key.

Testing the Game

Now that we have made several improvements to our horror game, it's time for some testing. We will play the game and see how these changes affect the overall gameplay experience. We will explore the maze, avoid enemies, search for the key, and try to escape. It is important to note that the key's location will vary with each playthrough, making the game more unpredictable and challenging.

Conclusion

In conclusion, we have successfully created a horror game using ChatGPT and Unity. Despite the limitations of not being able to modify the given code, we managed to develop a decent prototype with the help of ChatGPT's step-by-step guidance. Of course, there are still numerous improvements that can be made to turn this prototype into a full-fledged horror game. However, considering the time constraints, the additions we made, such as new enemies, improved maze, and puzzles, have significantly amplified the horror elements of the game. We would like to thank Game Maker for sponsoring this video and encourage you to check out their all-in-one game development engine if you're interested in creating your own games.

FAQ

Q: Can I modify the code provided by ChatGPT? A: No, in this challenge, the aim is to create a horror game without modifying any of the given code.

Q: Can I add more improvements to the game? A: Absolutely! This article covers three improvements suggested by ChatGPT, but you are free to explore and add more enhancements to your horror game.

Q: How can I obtain assets for my game? A: Unity provides an asset store where you can browse and download various assets, including environments, characters, and sound effects, to enhance your game.

Q: Is Unity the only game development engine available? A: No, there are several game development engines available in the market. Unity is one popular option, but you can explore others like Unreal Engine, GameMaker Studio, or Godot Engine, depending on your preferences and requirements.