Become an iOS/Android Game Developer with Unity 2017

Name: Become an iOS/Android Game Developer with Unity 2017
Rating: 4.1 (356 reviews)

Re-create the most popular apps and publish them to the App Store / Play Store.

Created byDragan Neskovic, Jasmin Skamo

Last updated 3/2018

English

English [Auto],

What you'll learn

Build apps and publish them to the market.

Course content

6 sections • 49 lectures • 5h 4m total length

Introduction3:29
Launch your learning by exploring Unity to create an iOS/Android color switch game, set up a new project, and implement tap-to-jump with gravity multiplier.
Creating the background.3:20
Change the main camera background to a gray color using the inspector, build a white circular player sprite from default Unity assets, scale it, and prepare for future movement programming.
Color Switch Movement.6:30
Create color switch movement inspired by flappy bird with a smooth jump transition using a standard C# script, a rigidbody, and a circle collider; tune jump force and gravity scale.
Editing our Circle.4:11
Learn to create a circle in unity by importing a circle asset, slicing it into four parts with the sprite editor, and assembling them to form a complete circle.
Creating the Circle as an obstacle5:10
Learn how to assemble a full circle from circle parts, align pivots to center, group them under a parent object, and prepare the parts for a rotation script.
Adding the Circle Rotation.6:14
Learn to rotate a circle in Unity by correctly positioning the pivot, and implement a C# script that rotates via transform around the z axis using Time.deltaTime.
Tags and Tagging.4:08
Coloring part 1.5:46
Randomize the player's starting color in a Unity C# script using random.range from 0 to 3 and a switch, mapping 0 blue, 1 yellow, 2 pink, 3 purple.
Coloring part 2.5:21
Attach a sprite renderer to the player, declare four public colors (blue, yellow, pink, purple), implement case-based color assignment, and enable runtime color randomization via the inspector.
Debugging information.3:00
Learn to trigger death when the collision color differs from the player's current color, log the event, and prepare for robust random color assignment and an upcoming camera follow.
Camera follow script.5:12
Implement a Unity camera follow script that tracks the player's y axis movement, using a follow up script, and clamp camera behavior so falling below the bottom ends in death.
Changing the color of the player.5:11
Player Death.4:30
Learn to implement a color switch and player death with scene reload in Unity, editing the player script and scene manager to restart the level when you fail.
Creating the score.4:59
Create a score variable that increments on collisions with a circle collider, display in the top-left UI text, and reset on death.
Getting points when scoring.6:20
Creating the Prefabs.2:46
Create and reuse Unity prefabs by bundling a circle and knob into a single functional asset that increments score, enabling infinite spawning of circles.
Infinite Generation.9:17
Master infinite generation in Unity by spawning rotating color obstacles and color changers, scoring through pickups, and using prefabs with scripts to instantiate obstacles at runtime.
Bonus lecture: Color Switch - Generating Different Obsticles.4:57

Setting up Our Project.9:59
In this lecture we do research on the game we want to recreate, then we recreate the assets and get everything ready for development.
Hinge Joint 2D - Adding rope physics to our game!11:03
In this lecture we learn about the HingeJoint2D component, which will allow us to create rope physics very easily in Unity!
Fixing an Issue we had with our Rope and connecting Candy to the rope.10:22
In this lecture we fix the issues we had with the HingeJoint2D component in Unity. We also attach the Candy to the end of the Rope!
Cutting The Rope!8:32
In this lecture we create a script that allows us to cut the rope using our mouse, or touch depending if the game is running on mobile or PC!
Loading next levels.5:06
In this lecture we will learn how to load the next level by creating a simple C# script.

Building for Android.6:33
Learn how to export a Unity game to Android by configuring build settings, canvas scaling, and orientation, and set bundle identifiers, icons, splash images, and a keystore for publishing.
Building for iOS.11:36
Learn to build for iOS with Unity 2017, configure iPhone resolutions and portrait orientation, and enable automatic signing with Xcode on Mac for iOS builds and Android workflows.

Introduction2:41
Learn to build a flappy bird style game in Unity by creating a project, importing a single image containing multiple sprites, and using the sprite editor to slice into assets.
Importing the pipes.5:01
Import and resize obstacle pipes in Unity, line them up in a straight row, and group them under a single obstacle object. Add a box collider and a 3D rigidbody, and set scale to zero so gravity won’t affect them, then duplicate to create four obstacles with different heights.
Moving the pipes.5:36
Organize the Unity project by creating images, scripts, and prefabs folders, then implement a mover script to move obstacles left with speed and delta time.
Spawning Pipes.4:46
Create a controller script to spawn random obstacles at start positions, tag each obstacle as obstacle one, two, or three, and use colliders to trigger spawns as obstacles move left.
Spawning Pipes part 2.8:01
Finish the script to randomly spawn four pipe obstacles on collision, instantiate clones at varied positions, and wire each obstacle to public fields for Unity.
Dealing with collisions.4:39
Identify and handle collisions in unity to destroy obstacles as players pass them, preventing slowdown from many pipes, then spawn new ones via prefabs with consistent spacing.
Adding a background.4:43
Drag a background image from the assets, duplicate to cover the screen, set ordering so the background stays behind pipes and ground, and only the pipes move.
Refactoring.3:32
Refactor the project by renaming assets for clarity, add rigid bodies and colliders to grounds with gravity off, and convert assets into prefabs for scalable, organized game development.
Adding and animating our Bird.3:13
Bird movement.3:55
Pipe collisions.4:29
Handling collisions.4:53
Implement on collision enter to destroy the bird when it collides with pipes, and use scene management to load scene 0 to restart the game.
Adding a score.3:17
Finishing up with the score.9:45
Finish the score system by incrementing on trigger enter, updating a centered UI text, and refining tags, fonts, and prefabs for a Flappy Bird style game.
Polishing the game.3:26
Move the obstacles to the right to create space and separate the collider from the start; remove the start collision so pipes spawn to the right and appear on mobile.
Creating the Main Menu.11:02
Create a Unity main menu with a clickable image button, add play and options buttons, and wire a menu controller to load the next scene via scene management.
Creating the Main Menu - part 2.10:53
Create a responsive main menu in Unity 2017 by toggling play and mute buttons, swapping icons, and wiring a menu controller to show or hide user interface elements.
Creating the Main Menu - part 3.10:51
Creating the Main Menu - part 4.10:03
Use a loader script on an empty game object to load saved data and apply mute preferences from player prefs to control the main camera's audio across scenes.

Requirements

Have a PC that can run Unity.
iOS or Android Device.

Description

In this course we will take a look at the two most popular mobile games and re create them using Unity and C#.

The games we will be recreating:

Cut The Rope ( This is our introductory game, we will recreate it mostly by using the built in Unity components, so that you get a bit more comfortable with the engine.)
Flappy Bird ( We will learn how Rigid bodies behave and how to create the illusion of an endless runner. )
Color Switch ( We apply all that we have learned so far to create our final game, and get it published to both iOS and Android.)

We will then deploy these games to our Android device, as well as our iOS device using xCode.

You will learn why xCode is very important when it comes to developing for the App Store.

Learn how to earn money with free games using Advertisements ( Video Ads ).

Finally we will show you how to publish these games to the App Store and/or Play Store.

Who this course is for:

Anyone who wants to learn how to develop apps for iOS/Android and publish said apps to the App Store and/or Play Store.

Become an iOS/Android Game Developer with Unity 2017

What you'll learn

Explore related topics

Course content

Creating a Color Switch game.18 lectures • 1hr 30min

Creating a Cut The Rope replica.5 lectures • 45min

Advertisement in Unity.1 lecture • 12min

Building for Android/iOS2 lectures • 18min

Deploying for the App Store with xCode.4 lectures • 24min

Creating a Flappy Bird Clone.19 lectures • 1hr 55min

Requirements

Description

Who this course is for: