Mission One – Future Proofing the Code | Creating E-Learning Games with Unity

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Creating E-Learning Games with Unity

By : David Horachek

4.4 (10)

Creating E-Learning Games with Unity

4.4 (10)

By: David Horachek

Overview of this book

Creating E-Learning Games with Unity

Creating E-Learning Games with Unity

Credits

Credits

About the Author

About the Author

About the Reviewers

About the Reviewers

www.PacktPub.com

www.PacktPub.com

Preface

Preface

Free Chapter

Introduction to E-Learning and the Three Cs of 3D Games

Introduction to E-Learning and the Three Cs of 3D Games

Understanding e-learning

Introducing our game – Geography Quest

Comprehending the three Cs

Creating our first scene

Developing the character system

Building character representation

Developing the camera code

Developing the player controls code

Try it out!

Summary

Interactive Objects and MissionMgr

Interactive Objects and MissionMgr

Understanding the base scripts

Building an interactive object

Putting it all together

Try it out!

Summary

Mission One – Find the Facts

Mission One – Find the Facts

Finding the facts

Designing games to maximize fun

The teaching loop in game design

Implementing the core classes for mission one

Summary

Mission One – Future Proofing the Code

Mission One – Future Proofing the Code

Reorganizing our GameObjects in the Scene view

An introduction to Finite State Machines

Implementing the GameMgr script

Reflecting on our code changes

Analyzing code functionality

Updating some systems

Making the ScorePlate active

Updating the player motion algorithm

Playing the level!

Summary

User Interfaces in Unity

User Interfaces in Unity

Getting familiar with Unity UI classes

Developing the pop-up system

Exploring the GUIText component

Exploring the GUITexture component

Exploring the TextMesh component

Creating clickable text elements

Exploring UnityScript and the GUIButton object

Building the main menu pop up

Testing our work

Future extensions

Summary

NPCs and Associated Technology

NPCs and Associated Technology

Creating the NPC GameObject

Implementing the SplineMgr class

Connecting SplineMgr to NPCScript

Implementing the NPC decision system

Building a collection of NPC conditions and responses

Putting it all together

Summary

Mission Two – Testing a Player's Learning

Mission Two – Testing a Player's Learning

Exploring the structure of mission two

Defining the framework for mission two

Adding a mission to the missionMgr script

Extending the GameCam script

Modifying the terrain

Adding NpcRacers to the mission

Creating the start and finish line flags

Creating the LevelStart and LevelFinished pop ups

Creating the setupLevel2 Prefab

Creating the raceStartup Prefab

Implementing the LevelLogicObj GameObject

Summary

Adding Animations

Adding Animations

Exploring 3D hierarchies

Skinned meshes in Unity3D

Exploring the Mechanim animation system

Exploring the Unity animation editor

Summary

Synthesis of Knowledge

Synthesis of Knowledge

Understanding the mission three GameObjects

Applying learning theory to mission three

Creating the structure for mission three

Modifying the pop-up system

Creating the NpcLocators Prefab

Creating the CorrectResponse Prefabs

Modifying the quiz cards

Adding another data condition

Using the setupLevel3 Prefab

Creating the AddScore condition

Creating the ShowLevel3Results response

Creating the Time object

Modifying the LevelLogicObj object

Rewarding the player

Summary

An Extensible Game Framework Pattern in Unity

An Extensible Game Framework Pattern in Unity

Load additively

Using delete/load patterns

Refactoring our work

Refactoring level 2

Implementing a system to connect object references

Refactoring level 3

Playing and distributing your game

Reflecting on e-learning and game design

Summary

Index

Index

Updating the player motion algorithm

To make our game character move through the level more smoothly, we will modify the motion algorithm. Instead of relying on gravity on the rigid body to keep the player anchored to the ground, we will cast a ray downward and glue the player to the polygon directly below. In this way, the curvature of the terrain will play less of a role in restricting the player. This can be achieved by performing the following steps:

Switch to the MAIN scene, and double click on the PlayerControls script on the player. In the UpdateMovement() method, directly after the CharacterController.Move() method is called, declare a RayCastHit class named hitInfo as shown in the following code. This class will be used to return the position of the polygon from a raycast that is directly below the player. By invoking a raycast downward, we can check what other GameObject is intersected and use this information to glue the player to the ground directly at the point of contact:
```
RayCastHit...
```

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Tech Concepts

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Programming languages

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