Make a fighting game in Unity from Udemy

In this course I am going to be showing you how to create your own fighting game inside of the Unity game engine.

We're going to be bringing in a series of free characters as well as a wide range of free animations so that each character can have their own unique style.
We're going to create a character select screen and we're also going to setup AI characters, these are computer controlled characters that will fight against you and it will seem as though the AI character is just as effective and just as realistic as a real player. The characters you choose will dynamically load into the level you choose and there are a wide variety of levels to choose from.
We will also be setting up a 2 player mode and mapping the controls for 2 game pad controllers so you can have two people playing at the same time. You can control characters either by game pad or by keyboard.
We will setup options so that you can set a difficulty level for the AI characters. You will also be able to adjust the volume for music and sound effects independently.
We're going to be setting up animator controllers for each character and controlling the animations through various parameters that will be called in C# scripts. We're going to create a wide range of C# scripts using easy to understand and easy to implement code.

So by the end of this course you will have a fully completed fighting game which will look great in your portfolios. You can also include your completed game for free on websites or sell it commercially online through Steam or other such websites. You will also have gained the experience and knowledge of how to make this type of game inside of the Unity game engine.

Why not enroll today and I look forward to seeing you in my course.

What's inside

Learning objectives

Step by step guide showing you how to make a streetfighter style game in unity 2020
Add a variety of free characters with a range of different fighting styles
Dynamically load characters and levels into a scene
Add a main menu and a character select screen
Create both 1 player and 2 player modes
Set up player gamepads for 2 player mode
Create ai characters that will fight you in 1 player mode

Add health bars, timer and win/lose conditions
Create easy to understand c# code to control your fighters
Use unity's mecanim animator to manage different fight animations
Develop professional level game design experience
Develop a fully completed fighting game
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Step by step guide showing you how to make a streetfighter style game in unity 2020
Add a variety of free characters with a range of different fighting styles
Dynamically load characters and levels into a scene
Add a main menu and a character select screen
Create both 1 player and 2 player modes
Set up player gamepads for 2 player mode
Create ai characters that will fight you in 1 player mode
Add health bars, timer and win/lose conditions
Create easy to understand c# code to control your fighters
Use unity's mecanim animator to manage different fight animations
Develop professional level game design experience
Develop a fully completed fighting game
Show more
Show less

Syllabus

Introduction

Install Unity

Install Post Processing

Reference Code

Main Scene

Setting up backgrounds

Downloading characters

Importing characters

Post Processing

Transparency fix

Setup Animations

Animation scripting

Movement

Jumping

Cannot exit screen

Face opponent

Flip Animations

Combat Animations

Spinning Jump

Combat Setup

Task Review

Leg Sweep

Aerial Moves

Sounds

Sound reverb

Reaction animations

Reaction Setup

Reaction Code

Hit sounds

Flip react

Player 2

Player 2 animations

Animator setup

Player 2 setup

Player 2 Controls

Player 2 Blocking

Player 2 Animations

Jump Flip edit

Jump over characters

Jump code

Jump animation

Jump review

Don't Push opponent

Don't Push P2

Reset Move

Fixing the jump

Attack Colliders

Collider animations

Collider code

Player 2 colliders

Player 2 code

Fixing reactions

Heavy react slide

Edit Reactions

2 Joypad Setup

User Interface (UI)

Health bar graphics

Health bar code

Red bar

Health bars

Knockout

Blocking

Victory animations

Victory code

Heavy react fix

Jump speed fix

Particle Effects

Particle Effects 2

Victory check

Attack timing

Dynamic loading

Dynamic checks

Player prefabs

Player reversal

Player spawning

Spawning Fix

Artificial Intelligence (AI)

AI Walking

AI Pause

AI random attack

Attack within range

AI Triggers

AI attack rate

AI dazed

Crouch defend

AI blocking

Crouch colliders

AI Character test

Setting up Eve AI

Saving AI Prefabs

Text mesh pro

Timer code

Timer reaches 0

Fight round text

Fight round audio

Activities

Be better prepared before your course. Deepen your understanding during and after it. Supplement your coursework and achieve mastery of the topics covered in Make a fighting game in Unity with these activities:

Review C# Fundamentals

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Reinforce your understanding of C# syntax and programming concepts. This will make it easier to follow along with the scripting sections of the course.

Browse courses on C# Scripting

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Review basic C# syntax and data types.
Practice writing simple C# programs.
Familiarize yourself with Unity's C# API.

Practice with Unity's Animation System

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Gain familiarity with Unity's animation system, including creating and controlling animations. This will help you understand how character movements and combat are implemented.

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Create a simple animation using Unity's animation tools.
Learn how to control animations using C# scripts.
Experiment with different animation blending techniques.

Unity in Action, Third Edition

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Supplement your learning with a comprehensive guide to Unity. This book covers many of the topics discussed in the course in greater detail.

View Putting Knowledge to Work on Amazon

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Read the chapters related to animation and scripting.
Try out the examples provided in the book.
Use the book as a reference when working on your fighting game.

Four other activities

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Follow Unity's official tutorials on fighting games

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Deepen your understanding of fighting game development by following official Unity tutorials. These tutorials often cover advanced techniques and best practices.

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Search for Unity's official fighting game tutorials.
Follow the tutorials step-by-step.
Adapt the techniques learned to your own fighting game.

Experiment with different fighting game mechanics

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Solidify your knowledge by experimenting with different fighting game mechanics. This will allow you to apply what you've learned and develop your own unique fighting game.

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Choose a fighting game mechanic to experiment with.
Implement the mechanic in your fighting game.
Test and refine the mechanic until it feels polished.

Create a video showcasing your fighting game

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Share your creation with the world and get feedback from other developers. This will help you improve your game and build your portfolio.

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Record gameplay footage of your fighting game.
Edit the footage and add commentary.
Upload the video to YouTube or another video platform.

Contribute to an open-source fighting game project

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Collaborate with other developers and contribute to a real-world fighting game project. This will give you valuable experience working in a team and improve your coding skills.

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Find an open-source fighting game project on GitHub.
Read the project's documentation and contribute code.
Submit your changes and get feedback from other developers.

Career center

Learners who complete Make a fighting game in Unity will develop knowledge and skills that may be useful to these careers:

Indie Game Developer

An indie game developer works independently or within a small team to create and publish their own games. This role requires a diverse skill set and a passion for game development. The course helps you become an indie game developer by guiding you through the process of creating a complete fighting game. The course provides you with a finished product that you can sell commercially or give it away for free. It also shows you how to make the game inside of the Unity game engine. This course is a great launching point for your career as an indie game developer.

See salaries and explore the career path for Indie Game Developer

Game Developer

A game developer brings video game concepts to life through coding, design, and testing. This role focuses on building the mechanics that drive gameplay. This course helps you become a game developer by guiding you through the process of creating a fighting game using Unity, from setting up character animations to implementing C# scripts for controlling fighters. You learn how to dynamically load characters and levels, create AI opponents, and implement two-player modes. The course's hands-on approach provides a solid foundation for developing your own games and understanding the game development process, making you a more capable game developer.

See salaries and explore the career path for Game Developer

Gameplay Programmer

A gameplay programmer focuses on the interactive elements of a game, such as character movement, combat mechanics, and user interface. This role requires strong programming skills and a deep understanding of game design principles. This course helps you become a gameplay programmer by providing practical experience in implementing fighting game mechanics using Unity and C#. You will learn how to control character movement, create engaging combat animations, and set up AI opponents. The course's focus on C# scripting and Mecanim animator control provides valuable skills for any aspiring gameplay programmer.

See salaries and explore the career path for Gameplay Programmer

Unity Developer

A Unity developer is proficient in using the Unity game engine to create interactive experiences. This role involves programming, scripting, and integrating assets to build functional games or simulations. This course helps you become a Unity developer by providing hands-on experience in building a complete fighting game from scratch. You will dynamically load characters and levels, implement two-player modes, and create AI opponents. The course's comprehensive approach to Unity development makes it an excellent starting point for anyone looking to master this popular game engine.

See salaries and explore the career path for Unity Developer

AI Programmer

An AI programmer specializes in creating intelligent, non-player characters that provide a challenging and engaging experience for players. This role requires expertise in AI algorithms and scripting. This course helps you become an AI programmer by teaching you how to create AI characters that fight using Unity. You learn how to set up AI behaviors, such as attacking, blocking, and reacting to player moves. The course's focus on AI implementation in C# provides valuable experience for developing AI systems in other types of games.

See salaries and explore the career path for AI Programmer

Game Designer

A game designer is responsible for creating the vision, rules, and overall experience of a game. This role requires creativity, problem-solving skills, and a deep understanding of player psychology. This course helps game designers by having them create game concepts with characters and levels that are dynamically spawned. There is also the use of AI characters that battle the player in the game. The course is perfect for game designers who want to create fighting games.

See salaries and explore the career path for Game Designer

Level Designer

A level designer creates the environments and layouts within a game, ensuring that levels are both visually appealing and fun to play. This role requires creativity, spatial reasoning skills, and a strong understanding of game mechanics. This course helps level designers by having them dynamically load the levels into a scene. The course is very useful for level designers looking to make levels for fighting games.

See salaries and explore the career path for Level Designer

Mobile Game Developer

A mobile game developer specializes in creating games for mobile devices, such as smartphones and tablets. This role requires knowledge of mobile platforms, optimization techniques, and user interface design. This course may be useful for mobile game developers because the completed fighting game can be ported to mobile devices with some modifications. The course's focus on Unity game engine makes it relevant for mobile game development, as Unity is a popular engine for creating mobile games.

See salaries and explore the career path for Mobile Game Developer

Animator

An animator creates motion and visual effects for various media, including games, films, and television. This role requires artistic talent, technical skills, and a strong understanding of animation principles. This course may be useful for animators because they are able to setup animations for a character. They are also able to control these animations using C# code. This course helps animators learn how to implement fighting animations.

See salaries and explore the career path for Animator

Character Animator

A character animator brings characters to life through realistic and engaging animations. This role often requires a strong understanding of anatomy, movement, and storytelling. This course may be useful for character animators by demonstrating how to integrate and control animations within a game environment. The course covers setting up animator controllers for characters and controlling animations through C# scripts. Character animators can leverage this knowledge to create and implement their animations in Unity games, enhancing their skill set.

See salaries and explore the career path for Character Animator

Virtual Reality Developer

A virtual reality developer creates immersive experiences for virtual reality platforms. This role requires knowledge of VR hardware, interaction design, and 3D development. This course may be useful for virtual reality developers as the fighting game project could potentially be adapted for VR platforms. The course’s use of the Unity game engine may be particularly relevant, as Unity is commonly used in the creation of VR experiences.

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Technical Artist

A technical artist bridges the gap between art and programming, ensuring that assets are optimized for performance and integrated seamlessly into the game engine. This role requires a blend of artistic and technical skills. This course may be useful for technical artists by providing insights into how art assets, such as characters and animations, are integrated and controlled within Unity. The course's coverage of character setup, animation scripting, and collider implementation can help technical artists better understand the technical considerations involved in game development.

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Augmented Reality Developer

An augmented reality developer creates applications that blend digital content with the real world. This role requires knowledge of AR platforms, computer vision, and user interface design. This course may be useful for augmented reality developers, as it provides experience in using the Unity game engine, which can be used to create AR applications. The course's focus on 3D game development principles can also be applied to AR development.

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Software Engineer

A software engineer designs, develops, and tests software applications. This role requires strong programming skills and a deep understanding of software development principles. This course may be useful for software engineers, as it provides hands-on experience in C# programming within the Unity game engine. The course’s focus on creating C# scripts to control fighters will help you implement the C# code in your own projects.

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Sound Designer

A sound designer creates and integrates audio elements into a game, enhancing the player's experience and creating atmosphere. This role requires a strong understanding of audio production techniques and game development principles. This course may be useful to sound designers because it covers how to implement a sound and reverb into a game. It will help sound designers who want to make fighting games.

See salaries and explore the career path for Sound Designer

Make a fighting game in Unity

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