Create Voice Controlled AR Apps 1: Build a Car Showcase Application

Take this project-based course and learn how to create immersive, commercially viable augmented reality (AR) apps that can be controlled with voice commands, using Vuforia and Unity.

Introduction

• Course overview and software installation
• Challenge: Create an AR experience in under 10 minutes

1. The Machine Learning and AI Bot

• Discovering the most suitable bot platform
• Discovering the most suitable bot platform, continued

2. Creating Our First AI Bot

• Creating the ARCAR AI bot, part 1
• Creating the ARCAR AI bot, part 2
• Creating the ARCAR AI bot, part 3
• Teaching the ARCAR AI bot, part 1
• Teaching the ARCAR AI bot, part 2

3. Intro Scene: ARCAR PERFORMANCE Commercial App

• Project overview
• Setting up Unity and the initial intro scene, part 1
• Setting up Unity and the initial intro scene, part 2
• Setting up Unity and the initial intro scene, part 3
• Setting up Unity and the intro scene, part 1
• Setting up Unity and the intro scene, part 2
• Adding more vehicles to the scene, part 1
• Adding more vehicles to the scene, part 2
• Animating the additional vehicles in the intro scene, part 1
• Animating the additional vehicles in the intro scene, part 2
• Populating the car list dynamically in C#
• Hooking the buttons up to cycle through the AR cars
• Creating the particle system effect, part 1
• Creating the particle system effect, part 2
• Creating and tweaking the particle system effect
• Finishing the intro scene, part 1
• Finishing the intro scene, part 2
• Finishing the intro scene, part 3
• Finishing the intro scene, part 4
• Finishing the intro scene, part 5

4. Main Scene: ARCAR PERFORMANCE Commercial App

• Preparing to connect Unity to the cloud-based AI, part 1
• Preparing to connect Unity to the cloud-based AI, part 2
• Connecting Unity to the cloud-based AI, part 1
• Connecting Unity to the cloud-based AI, part 2
• Explaining the communication code, part 1
• Explaining the communication code, part 1.5
• Explaining the communication code, part 2
• Explaining the communication code, part 3
• Explaining the communication code, part 4
• Explaining the communication code, part 5
• Custom user-defined target plus code, part 1
• Custom user-defined target plus code, part 2
• Opening the car door animation
• The first car voice-controlled AR experience
• Start your engines, close your doors
• Exporting the field test for Android
• Exporting the field test for iOS
• My field test
• Changing the color of the cars in the AI
• Change the colors, part 1
• Change the colors, part 2
• Check the string contains the keyword

5. Animations: Cars

• Convertible Lamborghini: Window animation, part 1
• Convertible Lamborghini: Window animation, part 2
• Convertible Lamborghini: Hood animation
• Convertible Lamborghini: Open trunk and show engine
• Convertible Lamborghini: Play video
• Tocus: Driver's door animation
• Tocus: Open windows
• Tocus: Open hood
• Tocus: Open trunk
• Tocus: Play video
• Orange Lamborghini: Open driver's door
• Orange Lamborghini: Windows, hood, and trunk
• Orange Lamborghini: Play video
• Police car: Animations

6. The Animation's Handle Switch

• Upgrading the handle, part 1
• Upgrading the handle, part 1.5
• Upgrading the handle, part 2
• Improving the code, part 1
• Improving the code, part 2
• Video fix
• Audio fix
• Sliding side panel, part 1
• Sliding side panel, part 1.5
• Sliding side panel, part 2

7. Project End: Ground Planes

• Ground planes intro preparation, part 1
• Ground planes intro preparation, part 2
• Ground planes, part 3
• Ground planes, part 4
• Project summary
• Project summary conclusion