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Herringbone_Brick_baseColor.png

Overview

Get started with materials

Create a material with a solid color

Create a material with a texture map

Add a Physic material

Next steps

Add physical properties to 3D GameObjects

Identify the defaults elements in a new scene, Create and manipulate GameObjects and configure their components.

Scene Building Essentials

NealEdu

Product Manager at Unity

In this tutorial, you’ll explore some visual and physical effects you can achieve in a 3D scene. You will: 

Create a Physic material to add physical properties to a GameObject.

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Explain the use of the Directional Light object and rotate it in order to achieve a desired lighting effect.

Explain the use of the Main Camera GameObject and reposition it in order to achieve the desired framing of the Scene.

1.1 Explain the use of the Directional Light object.

1.2 Move the Directional Light.

1.3 Explain the use of the Main Camera GameObject. 

1.4 Change the position and shape of the Main Camera frustum.

1.5 Move and rotate the Main Camera.

Identify the default elements in a new Scene

Explain the Toolbar buttons used to manipulate objects.

Select a GameObject from both the Hierarchy window and the Scene view.

Link GameObjects in parent-child relationships using the Hierarchy window to create complex GameObjects.

Explain the relationship between the Scene view and the Inspector window.

Move, scale, and rotate a GameObject using the Toolbar buttons and the mouse in the Scene view.

Move, scale, and rotate a GameObject using the Transform Component in the Inspector window.

Position Sprites in 3D space in a 2D Scene.

Use 3D GameObjects in a 2D Scene to group Sprites.

3.1 Explain the Toolbar buttons used to manipulate objects.

3.2 Select a GameObject from both the Hierarchy window and the Scene view.

3.3 Link GameObjects in parent-child relationships using the Hierarchy window to create complex GameObjects.

3.4 Explain the relationship between the Scene view and the Inspector window.

3.5 Duplicate a GameObject.

3.6 Move, scale, and rotate a GameObject using the Toolbar buttons and the mouse in the Scene view.

3.7 Move, scale, and rotate a GameObject using the Transform Component in the Inspector window.

3.8 Position Sprites in 3D space in a 2D Scene.

3.9 Use 3D GameObjects in a 2D Scene to group Sprites.

Transform GameObjects

Create and assign a Material

Change the Sprite Tint color

Control the appearance of GameObjects

Veronica Brown

 Implement basic physics for GameObjects 

Apply RigidBody or RigidBody 2D components in order to enable GameObjects to act under the control of physics

Modify the basic properties of a RigidBody or RigidBody 2D component in order to control how the GameObject is affected by physics, including its mass, its drag, and the Scene's gravity

Add a collider to a GameObject and understand its function

Create and configure a Physic Material to add physical properties to a GameObject

Employ basic physics for GameObjects

Essentials of real-time 3D

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Unity Essentials

In this tutorial you’ll give GameObjects physical properties that will be useful to you as you create your own scenes. You’ll add color to your objects and also make them react to gravity.

Materials are components that define the surface characteristics of objects. You can create simple materials to change the visual appearance of your GameObjects. You can even apply different materials to different GameObjects to manage the ways your objects look.

It is common practice to organize assets of varying types in separate folders. To create a folder for materials in your project:

1. Adjust your Project window layout as needed so that your Project window matches the examples below. Right-click the tab of the Project window and select Two Column Layout if it is not selected already. The folders of your project appear in the left column, and the contents of the selected folder appear in the right column.

2.  In the Project window, right-click the Assets folder and select Create > Folder. Rename the folder to “Materials”. 

3.  In the Project window, double-click the new Materials folder so that you can see its contents in the right-hand pane of the Two Column Layout. 

Project window in Two Column Layout, and Two Column Layout selected on the context menu

Follow these steps to create one you can use to apply a solid color to any GameObject: 

1.  In the Project window, open the Materials folder. Right-click and select Create > Material to add a new material to that folder.

2.  Rename the new material “SolidBlue”.

3.  Select the SolidBlue material in the Project window.

4.  In the Inspector window, locate the Albedo property. This property specifies the base color of the material.

Note: For materials in some Unity 3D templates, this property may be referred to as Base Map.

5.  Use the color picker to give this material a blue color.

6.  To make any GameObject blue, drag the SolidBlue material from your Project window to any of the GameObjects in your scene. Now it’s blue!

7.  Apply the SolidBlue material to more than one GameObject, and then try adjusting the material’s shade of blue. The new blue color will change everywhere the material is used.

Make as many additional solid color materials as you like and apply them to parts of your structure. Be careful, though — don’t make it so colorful that it’s distracting!

Note: To change a GameObject back to white, apply the material named Default-Material.

Context menus of the Project window, with Create > Materials selected.

 Inspector for a material with the Albedo property highlighted.

SolidBlue material applied to a sphere by dragging the material to the object.

A texture map is an image file, such as a PNG or JPG, that you apply to a material. Artists use textures to add detail to the surfaces of GameObjects.

To create a material with a texture map and apply it to your scene:

1.  Download the file Herringbone_Brick_baseColor.png from the fileslisted at the top of this tutorial.

2.  To import the file into the project, drag the downloaded file from your File Explorer (Windows) or Finder Window (MacOS) directly into the Materials folder in the Project window.

Note: This is a quick and easy way to import up to a few files, but there are other methods for importing large sets of assets. Be sure to follow instructions for the assets you are importing.

3.   In the Project window, open the Materials folder. Right-click and select Create > Material to add a new material to that folder.

4.  Rename the new material “BrickMaterial”.

6.  In the Inspector window, select the object picker (circle icon) next to the Albedo property and select the Herringbone texture file that you imported.

The image is now applied to the material as the Albedo map (or Base map) and will appear in the Material preview in the Inspector. 

7.  Drag the material from the Project window onto a GameObject in the Scene view. This material is good for floors!

8.  To change the scale of the texture, select the BrickMaterial material, and in the Inspector change the Tiling X and Y properties. Smaller numbers make the bricks appear larger. 

Note: Be sure the Tiling X and Y properties that you change are in the Main Maps section of the material’s properties in the Inspector — and not the Secondary Maps section.

If you have additional image files of your own that would make good texture maps, try applying them to some additional materials!

Select Texture window with the Herringbone image file selected.

Project window, Materials folder, showing the thumbnail of the new material, and bottom portion of the Inspector window, showing the BrickMaterial preview.

Example structure with BrickMaterial applied to a stair object. 

The Inspector window with the Tiling property in the Main Maps section highlighted. 

Earlier, you added a Rigidbody component to a GameObject to give it physical properties. You can also add additional physical characteristics with another type of material called Physic materials. A Physic material is a different type of material that makes an object bounce and changes its friction and drag properties.These properties take effect when the object is under the effects of gravity. Physic materials don’t change the visual properties of the GameObject.

To create a Physic material that will make GameObjects bounce: 

1. In the Project window, open the Materials folder. Right-click and select Create > Physic Material.

2.  Rename the Physic material to “Bouncy”.

4.  In the Inspector, change the Bounciness value to 1. 

5.  Select the sphere that falls in your scene. In the Inspector window, notice the Sphere Collider component. A collider component is automatically included when you create a 3D primitive, such as this sphere.

6.  Drag the new Bouncy Physic material you created earlier into the Material property in the Sphere Collider component.

7.  While you’re at it, give your sphere a color using a regular material, if you haven’t already. 

8.  Enter Play mode. Your sphere should now fall to the platform and have a bit of bounce when it lands!

Create a few more falling objects in your scene using sphere, cube, cylinder, and capsule primitives, and try adding the Bouncy Physic material to some of them. Don’t make too many falling objects yet — that’s what we’ll do in the next tutorial.  

The context menu in the Project window with Create > Physic Material selected.

The Inspector window displaying the properties of the Physic material and the Bounciness property set to 1.

The Sphere Collider component with Bouncy Physic material applied.

In this tutorial, you have seen how materials make GameObjects look visually realistic. You also used a Physic material to make a ball bounce. Wouldn’t it be more fun to have many bouncing balls — and other falling things? In the next tutorial, you will see how to build and manage many copies of your GameObjects to populate a scene.


Add physical properties to 3D GameObjects

1. Overview

2. Get started with materials

3. Create a material with a solid color

4. Create a material with a texture map

5. Add a Physic material

6. Next steps

Complete this tutorial