3. Prototyping Levels with Prototype | Building an FPS Game with Unity

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Building an FPS Game with Unity

By : John P. Doran, jamal seaton

3.9 (10)

Building an FPS Game with Unity

3.9 (10)

By: John P. Doran, jamal seaton

Overview of this book

Unity, available in free and pro versions, is one of the most popular third-party game engines available. It is a cross-platform game engine, making it easy to write your game once and then port it to PC, consoles, and even the web, making it a great choice for both indie and AAA developers. Building an FPS Game in Unity takes readers on an exploration of how to use Unity to create a 3D first person shooter (FPS) title, leveraging the powerful UFPS framework by VisionPunk and Prototype/ProBuilder 2.0 by ProCore3D. After some setting up, you will start by learning how to create custom weapons, prototype levels, create exterior and interior environments, and breathe life into our levels. We will then add polish to the levels. Finally, we will create a custom GUI and menus for our title to create a complete package.

Preface

Preface

What this book covers

What you need for this book

Who this book is for

Conventions

Reader feedback

Customer support

Free Chapter

1. Getting Started on an FPS

1. Getting Started on an FPS

Prerequisites

Project creation

Getting started with the Asset Store

Installing Prototype

File organization

Customizing Unity's layout

Summary

2. Building Custom Weapons

2. Building Custom Weapons

Prerequisites

Setting up a testbed

Getting models/sounds for weapons

Building our weapon – the mesh

Creating a UnitBank

Creating the weapon

Customizing our weapon's properties

Summary

3. Prototyping Levels with Prototype

3. Prototyping Levels with Prototype

Prerequisites

Creating geometry

Building a doorway

Duplicating rooms / creating a hallway

Preventing falls - collision

Adding stairways

Coloring your world

Summary

4. Creating Exterior Environments

4. Creating Exterior Environments

Prerequisites

Introduction to Terrain

Creating the Terrain

Adding color to our Terrain – textures

Adding water

Adding trees

Adding details – grass

Building the atmosphere – Skyboxes and Fog

Summary

5. Building Encounters

5. Building Encounters

Prerequisites

Adding a simple turret enemy

Integrating an AI system – RAIN

Integrating an AI system – Shooter AI

Spawning enemies with the help of a trigger

Spawning multiple enemies at once

Cleaning up dead AI

Placing healthpacks/ammo

Summary

6. Breathing Life into Levels

6. Breathing Life into Levels

Prerequisites

Building an explosive barrel

Using triggers for doors

Creating an elevator

Summary

7. Adding Polish with ProBuilder

7. Adding Polish with ProBuilder

Prerequisites

Upgrading from Prototype to ProBuilder

Creating material

Working with ProBuilder – placing materials

Meshing your levels

Summary

8. Creating a Custom GUI

8. Creating a Custom GUI

Prerequisites

Creating a main menu: part 1 – adding text

Creating a main menu: part 2 – adding buttons

Creating a main menu: part 3 – button functionality

Replacing the default UFPS HUD

Summary

9. Finalizing Our Project

9. Finalizing Our Project

Prerequisites

Building the game in Unity

Building an installer for Windows

Building an installer for Windows

Summary

Index

Index

Creating geometry

The first thing we are going to do is to learn how to create geometry as follows:

From the top menu, go to File | New Scene. This will give us a fresh start to build our project.
Next, because we already have Prototype installed, let's create a cube by hitting Ctrl + K.
Right now, the Position value of our cube (with its name as pb-Cube-1562 or something similar) is 2, -7, -2. But for simplicity's sake, I'm going to place it in the middle of the world. We can do this by typing in 0, 0, 0 by going over to the Inspector tab, going to the Transform component and then clicking on the X position. Notice that the cursor is now automatically in the Y slot. Type in 0 and press Tab again. Then, in the Z slot, press 0.
Tip
Alternatively, you can right-click on the Transform component and select Reset Position.
Next, to center the camera back on our Cube object, we will go over to the Hierarchy tab and double-click on the Cube object (or select it and press F).
Now, to actually modify this...

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