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  • Unity 2018 By Example
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Unity 2018 By Example

Unity 2018 By Example

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Unity 2018 By Example

Unity 2018 By Example

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Overview of this book

Unity is the most exciting and popular engine used for developing games. With its 2018 release, Unity has become the primary source of both game development and virtual reality content. In Unity 2018 By Example, you’ll learn how to use Unity in order to make amazing games from popular genres - from action shooters to mind-bending puzzle games to adventure and Virtual Reality (VR) games. Even if you have no previous experience of using Unity, this book will help you understand the toolsets it provides in depth. In addition to this, you'll understand how to create time-critical collection games, twin-stick space shooters, platformers, and action-fest games with intelligent enemies. Finally, you'll get to grips with creating VR games with the new toolsets introduced by Unity to help you develop amazing VR experiences. To make things easier, you will be provided with step-by-step tutorials for making five great games in Unity 2018, along with a detailed explanation of all the fundamental concepts. By the end of this book, you’ll have established a strong foundation in making games with Unity 2018.
Table of Contents (14 chapters)
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13
Index

Adding a coin to collect

On reaching this far, our game has many features, namely, a complete environment, first-person controller, and water. However, we're supposed to be making a coin collection game and there aren't any coins for the player to collect yet. Now, to achieve fully collectible coins, we'll need to write some C# script, which will happen in the next chapter of this book. However, we can at least get started here at creating the coin object itself. To do this, we'll use a Cylinder primitive that's scaled to form a coin-looking shape. To create a cylinder, select GameObject | 3D Object | Cylinder from the application menu:

Adding a coin to collect

Figure 1.57: Create a Cylinder

Initially, the cylinder looks nothing like a coin. However, this is easily changed by scaling non-uniformly in the Z axis to make the cylinder thinner. Switch to the scale tool (R) and then scale the Cylinder inward. See Figure 1.58:

Adding a coin to collect

Figure 1.58: Scaling the cylinder to make a collectible coin

After rescaling the coin, its collider no longer represents its volume. It appears much larger than it should (see Figure 1.58). By default, the Cylinder is created with a Capsule Collider as opposed to a Box Collider. You can change the size of the Capsule Collider component by adjusting the Radius field from the Object Inspector when the coin is selected. Lower the Radius field to shrink the collider to a more representative size and volume. See Figure 1.59. Alternatively, you could remove Capsule Collider altogether and add Box Collider instead. Either way is fine; generally choose the simpler shape where possible. The colliders will be used in script in the next chapter to detect when the player collides with the coin to collect them:

Adding a coin to collect

Figure 1.59: Adjusting the Capsule Collider for the coin

Here we are! We now have the basic shape and structure for a coin. We will, of course, improve it carefully and critically in many ways in the next chapter. For example, we'll make it collectible and assign it a material to make it look shiny. However, here, using only a basic Unity primitive and scale tool, we're able to generate a shape that truly resembles a coin.

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