Description

This Unity example project has been created to demonstrate a variety of tools and functionality with Unity's Input System.

You can learn more about the Input System here: https://unity.com/features/input-system

Input System Demonstrated Scenarios

• Input Action Control Scheme for basic Player Controls (Directional Axis for Movement, Button press for Attack)
• Setting up Keyboard and Generic Gamepad bindings to the Control Scheme
  • Tested with the follwing controllers: PlayStation Dualshock 4, Xbox One and Nintendo Switch Pro
• Instancing multiple Player Controllers for a local multiplayer setup
• UI Input (Virtual Joystick and Virtual Button) for Touchscreen Controls
• Runtime switching between Player Control and Menu Control Action Maps
• UI for rebdining action controls to new buttons and joysticks
• Displaying connected device data in both Screen Space and World Space UI
• Callbacks for an Input Device runtime disconnecting and reconnecting

Other Demonstrated Scenarios

• Universal Render Pipeline's Camera Stacking for Overlay UI
• Universal Render Pipeline's Scriptable Render Pass for Scene Blur UI Overlay
• Universal Render Pipeline's Integrated Post-Processing for Tonemapping
• Nested UI Prefab for Displaying Input Device Information
• Shader Graph for filtering a Mask Map for Team Colors
• TextMesh Pro for rendering Screen Space and World Space UI Text
• Scriptable Object for storing Device Display Colors and Display Names

Important: The project is in continuous development and improvement! Branches are used as 'time-stamps' for project states for Webinars.

• Branch: V1 - Unite Now: Input System - Meet The Devs (April 2020)
• Branch: V2 - Unite Now: Input System: Workflow Tips & Feature Integrations (November 2020)
• Master - Most Recent Unite Now Webinar

Unity Version

• Current: 2019.4.13f1

Packages

• com.unity.inputsystem: 1.0.0
• com.unity.textmeshpro: 2.0.1
• com.unity.render-pipelines.universal: 7.3.1

Hardware

This example project has been developed and tested with the following input devices:

• Keyboard
• PlayStation 4 Dualshock Controller
• Xbox One Controller
• Nintendo Switch Pro Controller
• Android Samsung Galaxy S9 (Touchscreen for Virtual Joystick and Virtual Button)
• Mouse (For simulating touchscreen input in the Unity Editor)

Software

This example project was developed and tested on Windows 10.

This example project is publicly available for you to:

• Use as a learning resource for the Input System or any other implemented feature & tool
• Use as a foundation for building your own projects
• Extract code, assets and information for your own projects

If you do use this example project in some form, please feel free to contact Andy Touch (andyt[at]unity3d.com); he'd love to hear from you about your your experience with it!

This example project is developed by Unity Technologies and has involvement from R&D, Product Management, Product Marketing and Evangelism.

If you have any feedback or questions about Unity's Input System, you are invited to join us on the forums: https://forum.unity.com/forums/new-input-system.103/

If you have any issues, errors or feedback about the example project; you can open an issue on this repository or send an email to andyt[at]unity3d.com

• The GameManager script has a toggle for spawning a group of Warriors at Runtime.

  • The number of warriors that is spawned is based on a fixed integer variable (manually set in the Inspector), and is not based on the number of input devices connected and detected.

• When opening the project for the first time, the Pause Menu Screen Blur Effect might not be rendering.

  • To fix this, locate the UniversalRenderPipeline_Renderer_MenuBlur asset and add the Kawase Blur Render Pass to the Renderer Features