Game Development- Basic Games with C# and Unity 3D

Game Development: Basic Games with C# and Unity 3D, available at $19.99, with 110 lectures, and has 42 subscribers.

You will learn about You will learn how to create simple games with Unity 3D You will learn how to create simple games with C# You will learn how to use GameObjects, Materials, Nested Prefabs and Variants in your games You will learn how to make Vectorial Movement, Interpolation, Basic Physics, Colliders and Triggers in your games You will learn how to use GetComponent and navigate through references in your games You will learn how to use Controls and Inputs through events in your games You will learn how to work with the UI and Anchors in your games You will learn how to use Interfaces You will learn how to use Enums You will be able to use scripts in Animator events and control the state changes You will be able to use Coroutines and Yield Instructions You will be able to use Asynchronous systems You will be able to use Singletons You will be able to use Ref/Out You will be able to use Abstract, Virtual and Override You will be able to save data in .jsons You will be able to build your own delegates You will be able to use ScriptableObjects You will be able to use Tweeners to make linear and curved movements You will be able to use Extensions You will be able to change scenes/levels You will be able to create a loot system You will be able to create a space shooter This course is ideal for individuals who are Programmers that want to begin working on games or Graduates that want to begin applying their knowledge It is particularly useful for Programmers that want to begin working on games or Graduates that want to begin applying their knowledge.

Enroll now: Game Development: Basic Games with C# and Unity 3D

Summary

Title: Game Development: Basic Games with C# and Unity 3D

Price: $19.99

Number of Lectures: 110

Number of Published Lectures: 110

Number of Curriculum Items: 113

Number of Published Curriculum Objects: 113

Original Price: $22.99

Quality Status: approved

Status: Live

What You Will Learn

You will learn how to create simple games with Unity 3D

You will learn how to create simple games with C#

You will learn how to use GameObjects, Materials, Nested Prefabs and Variants in your games

You will learn how to make Vectorial Movement, Interpolation, Basic Physics, Colliders and Triggers in your games

You will learn how to use GetComponent and navigate through references in your games

You will learn how to use Controls and Inputs through events in your games

You will learn how to work with the UI and Anchors in your games

You will learn how to use Interfaces

You will learn how to use Enums

You will be able to use scripts in Animator events and control the state changes

You will be able to use Coroutines and Yield Instructions

You will be able to use Asynchronous systems

You will be able to use Singletons

You will be able to use Ref/Out

You will be able to use Abstract, Virtual and Override

You will be able to save data in .jsons

You will be able to build your own delegates

You will be able to use ScriptableObjects

You will be able to use Tweeners to make linear and curved movements

You will be able to use Extensions

You will be able to change scenes/levels

You will be able to create a loot system

You will be able to create a space shooter

Who Should Attend

Programmers that want to begin working on games

Graduates that want to begin applying their knowledge

Target Audiences

Programmers that want to begin working on games

Graduates that want to begin applying their knowledge

In this course we are going to create 3 simple games and learn a lot from the development of each one. Then you are encouraged to continue the development by yourself following some guidelines on what to do; this way you get to practice and can add some beginner projects to your portfolio.

The first of the main projects is the Pong game, which we will use to learn all the basics, mostly Unity stuff and a little coding here and there.

The second is the Space Invaders project, where we start to use much more code.

The third is the Galaga/Space Shooter, when we go really heavy into programming behaviours, tweeners, movement curves, etc.

I’d recommend for you to give a quick scroll through the lesson’s names to see more in depth all the topics we are going to go through, but here is a short list of what you’ll learn:

GameObjects, Materials, Nested Prefabs and Variants

Make Vectorial Movement, Interpolation, Basic Physics, Colliders and Triggers

GetComponent and navigate through references

Controls and Inputs through events

UI and Anchors

Interfaces, Enums

Use Scripts in Animator Events and Control the State Changes

Coroutines and Yield Instructions

Asynchronous systems

Singletons

Ref/Out

Abstract, Virtual and Override

Save Data in .jsons

Build your Own Delegates

ScriptableObjects

Tweeners to Make Linear and Curved Movements

Extensions

Change Scenes/Levels

Create a Loot System

Create a Weapon System

Please take a look at the prerequisites before making the purchase. I’m expecting you to know basic programming logic and have a grasp on OOP. Thanks for your time and hope to see you in the lessons o/

Course Curriculum

Chapter 1: Intro

Lecture 1: How to Get Help

Lecture 2: Review

Lecture 3: Preparing the Environment

Lecture 4: Text Editor

Chapter 2: Understanding the Unity Environment

Lecture 1: Component-Oriented Programming

Lecture 2: MonoBehaviour

Lecture 3: Event-Functions: Awake/Start/OnEnable

Lecture 4: Event-Functions: Update/FixedUpdate/LateUpdate

Lecture 5: Creating Basic Geometry

Lecture 6: Lights

Lecture 7: 2D Cameras and Lights

Lecture 8: Materials and How to Apply Them

Lecture 9: Inspector and Pre-defining Variables

Lecture 10: GameObjects and Prefabs

Lecture 11: Review Reminder

Chapter 3: Project 1: Pong

Lecture 1: Creating a New Scene and Background

Lecture 2: Players and Controls

Lecture 3: Player 2 and Move Speed

Lecture 4: Adding Basic Physics

Lecture 5: Moving RigidBodies

Lecture 6: Ball, Angles and Collisions

Lecture 7: Triggers and Score Detection

Lecture 8: Score Panel

Lecture 9: UI and Anchors

Lecture 10: Sound FXs

Lecture 11: Creating a Playable Build

Chapter 4: Pong Tuning

Lecture 1: Review Reminder

Lecture 2: Particle System

Chapter 5: Project 2 – Part 1: Space Invaders – Inputs, Bullets and Slicing Sprites

Lecture 1: Creating a New Project and Slicing Sprite Atlases Manually

Lecture 2: Animator

Lecture 3: Slice and Trim in the Sprite Editor

Lecture 4: Player Ship and GetAxis

Lecture 5: GetButton and Pixel Per Unit

Lecture 6: The new 2019.3+ Input System

Lecture 7: Improving the Input

Lecture 8: Creating the Bullets

Lecture 9: Moving and Bullet Triggers

Lecture 10: IShootable and Enum

Lecture 11: Adding the Aliens

Lecture 12: Aliens Bullets

Chapter 6: Project 2 – Part 2: Space Invaders – Animations, Barriers, Collisions and Aliens

Lecture 1: Bullet Animation

Lecture 2: Bullet Effects/Animator Events

Lecture 3: Animator Override and Alien Deaths

Lecture 4: Lives and Player Death

Lecture 5: Invincibility Frames

Lecture 6: Barriers

Lecture 7: Putting the Aliens in a Matrix

Lecture 8: Making the Aliens Attack

Lecture 9: Aliens Movement

Lecture 10: Wall Detection

Lecture 11: Sending the Script Component from one Objecto to Another

Chapter 7: Project 2 – Part 3: Space Invaders – Sounds, Alien Behaviour and HighScore

Lecture 1: Aliens Advancing

Lecture 2: Aliens Speed

Lecture 3: Constraints on Player Movement

Lecture 4: Score UI

Lecture 5: Adding the Special Ship

Lecture 6: Ship Behaviour

Lecture 7: Creating a Game Over System

Lecture 8: Defeat Condition

Lecture 9: Win Condition

Lecture 10: Saving and Loading a High Score

Lecture 11: BGM

Lecture 12: BGM Pt2

Lecture 13: Sound FX

Lecture 14: Review Reminder

Chapter 8: Saving and Building the Game

Lecture 1: Pooling System

Lecture 2: Saving With ScriptableObjects

Lecture 3: Saving With .JSONs

Lecture 4: Final Backup

Chapter 9: Project 3 – Part 1 – Galaga: Creating the Base of the Game

Lecture 1: Creating the Project

Lecture 2: Star Background

Lecture 3: Moving the Ship

Lecture 4: Weapons

Lecture 5: Bullets and Pooling

Lecture 6: Explosion and Animators

Lecture 7: Variants and Bullet Behaviours

Lecture 8: Bullet Angle and Player Animator

Lecture 9: Lives UI

Lecture 10: Pickups

Lecture 11: Weapon Pickups

Chapter 10: Project 3 – Part 2 – Galaga

Lecture 1: Changing Weapons

Lecture 2: FireWeapons Event

Lecture 3: Ammo

Lecture 4: Life Pickups

Lecture 5: Chaser Bullet

Lecture 6: Perfect and Limited Chase

Lecture 7: Improving the Chaser

Lecture 8: Drops/Loot

Instructors

TheCodingCult (aka Henrique de Carvalho)
College Teacher/Programmer/Indie GameDev

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