How to make a Mobile Physics Game in Unity
Session 1 Intro: Checking installations
with RamonDev|4 years experience
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Intro Video - How to make a Mobile Physics Game in Unity
Aug 23, 2018 | 11:32 PM2:12
Session 1 Intro: Checking installations
Aug 27, 2018 | 9:06 PM5:59
Session 1.1: Overall game description
Aug 27, 2018 | 9:19 PM8:19
Session 1.2: Setting up the environment
Aug 27, 2018 | 9:37 PM14:28
Session 2 Intro: Game rules, description and structure
Aug 27, 2018 | 9:46 PM3:9
Session 2.1: Game description and rules
Aug 27, 2018 | 10:06 PM16:43
Session 2.2: Code structure for the mobile game
Aug 27, 2018 | 10:49 PM10:27
Session 3 Intro: Creating the game
Aug 28, 2018 | 9:05 PM3:29
Session 3.1: Creating the Unity Project and importing assets
Aug 28, 2018 | 9:20 PM9:7
Session 3.2: Creating prefabs as required, placing objects in the game world
Aug 28, 2018 | 10:17 PM50:43
Session 3.3: Coding the ball, hazards and obstacles behavior
Aug 28, 2018 | 11:34 PM52:33
Session 3.4: Continuing the previous code
Aug 29, 2018 | 9:57 PM53:45
Session 3.5.1: Finalizing and testing, fixing bugs
Aug 29, 2018 | 10:18 PM2:41
Session 3.5.2: Finalizing and testing, fixing bugs Part2
Aug 29, 2018 | 11:11 PM52:1
Session 4 Intro: Exporting to Android and Fine Tuning
Aug 29, 2018 | 11:26 PM4:25
Session 4.1: Adding Highscore, tuning the random generation. Testing on Unity Editor
Aug 30, 2018 | 12:03 AM23:48
Session 4.2: Creating and Adding Music and SFX, Exporting to APK. testing
Aug 30, 2018 | 1:04 AM50:35
Session 5: Recap and conclusions
Aug 30, 2018 | 1:33 AM15:48
How to make a Mobile Physics Game in Unity
- English
- Game Development
Unity- Project length: 6h 20m
This project is about the ways to make a Physics Based game for Mobile in Unity. The end product will be a full fledged game with touch controls exported as an APK for Android. It will teach basic and intermediate Unity developers how to make such a game in a prototype state, how to read touches in a very simple way and how to optimize their mobile games with Object pooling. We'll also learn some procedural generation along the way!
Overview
How to make a Mobile Physics Game in Unity
Introduction
This series of tutorials will explain thoroughly how to create a Physics based Mobile Game in Unity. It'll be an intermediate tutorial so I'll recommend people with at least basic Unity knowledge join us.
What are the requirements?
- Unity
- C# knowledge
- Passion for games
- Burning desire to learn
What is the target audience?
- Anyone who would like to build quality mobile games
- Intermediate Unity Users
- Just people who are starting in game development
When are the streaming sessions (streaming schedule)?
Daily, 5 pm EST , starting Monday August the 27th until we're finished (should take 2 or 3 days).
Project Outline
Session 1: Intro and Checking installations We need to talk about the game's shallow parts and then check that you're ready to work along.
Session 1.1: Overall game description
Session 1.2: Setting up the environment for development, adding JDK, Android Studio to Unity
Session 2: Game rules, description and structure We'll talk about all the minutia of the game in depth.
Session 2.1: Game description and rules
Session 2.2: Code structure for the mobile game
Session 3: Creating the game
We'll create the Unity Project and code everything in these sessions.
Session 3.1: Creating the Unity Project and importing assets
Session 3.2: Creating prefabs as required, placing objects in the game world.
Session 3.3: Coding the ball, hazards and obstacles behavior.
Session 3.4: Continuing the previous code
Session 3.5: Finalizing and testing, fixing bugs.
Session 4: Exporting to Android and Fine Tuning
We will make sure our game exports as an APK and runs on our phone. Then we'll fine tune several aspects of the game to make it more fun!
Session 4.1: Adding Highscore and tuning the random generation, afterwards, Using Unity Remote on an Android phone to test the project on the Unity Editor
Session 4.2: Creating and Adding Music and SFX, some UI graphics, Exporting to APK and installing on phone, testing it
Session 5: Recap and conclusions
Tools:
- Unity, c#
- Visual Studio
- Unity Remote
- Android phone