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Build mixed reality digital twins with Azure Digital Twins and Unity Microsoft Quiz Answers
Get Build mixed reality digital twins with Azure Digital Twins and Unity Microsoft Quiz Answers
Learn how to create a mixed reality application using Azure Digital Twins and Unity, a real-time 3D platform.
Prerequisites:
- Azure service creation and configuration
- Basic familiarity with Unity, C#, and GitHub
- Domain User Azure Active Directory (i.e, not Guest)
- Azure CLI installed
- Bing Maps developer account
- A Windows 10 PC configured with the required tools
- Windows 10 SDK 10.0.18362.0 or later
- Unity Hub with Unity 2020.3.0f1 (LTS) installed
- Visual Studio 2019, with Universal Windows Platform (UWP) workload installed
- USB Device Connectivity
- Microsoft Mixed Reality Feature Tool
Module 1: Set up a mixed reality project for Azure Digital Twins in Unity
Learn how to set up a mixed reality project and learn about Azure Digital Twins and Unity.
Learning objectives:
By the end of this module, you’ll be able to:
- Understand the breadth of Mixed Reality use cases for industry
- Describe a Digital Twins and summarize how they can be used in business settings
- Summarize Digital Twins platforms and services such as Azure Digital Twins and Unity
- Install and configure your development environment for building Mixed Reality solutions using Azure Digital Twins and Unity
Prerequisites:
- Azure service creation and configuration
- Domain User Azure Active Directory (i.e, not Guest)
- Azure CLI installed
- Bing Maps developer account
- A Windows 10 PC configured with the required tools
- Windows 10 SDK 10.0.18362.0 or later
- Unity Hub with Unity 2020.3.0f1 (LTS) installed
- Visual Studio 2019, with Universal Windows Platform (UWP) workload installed
- USB Device Connectivity
- Microsoft Mixed Reality Feature Tool
This module is part of these learning paths:
Quiz 1: Knowledge check
Q1. What is an Azure Digital Twins?
- A physical representation of a digital object
- An Internet of Things (IoT) platform for developing digital representations of real-world objects
- A replicated Azure service that is twinned for redundancy and failover
Q2. Which of the following options best describes the Unity platform?
- A game engine used exclusively for video game development
- A development tool used for Uniting Azure services.
- A real-time development platform used for 2D, 3D, AR, VR development.
Q3. What does the Azure SignalR service do?
- Allows the service to push content updates to connected clients
- Creates a mesh overlay for data transmission
- Extends the Unity editor’s functionality to include data persistence
Module 2: Build a 3D Scene for mixed reality in Unity
Create a 3D Scene in Unity using the Microsoft Maps SDK or static terrain. Your workflow will include designing a scene, building a windfarm, and deploying to a mixed reality device.
Learning objectives:
By the end of this module, you’ll be able to:
- Create a 3D scene in Unity using static terrain data
- Create a dynamic 3D scene in Unity using Microsoft’s Maps SDK
Prerequisites:
- Set up a Mixed Reality project for Azure Digital Twins in Unity
- Fundamental understanding of raster data / imagery
- Awareness of the Microsoft Maps SDK
- Bing Maps Account and Dev Key
This module is part of these learning paths:
Quiz 1: Knowledge check
Q1. What are two types of terrain commonly used to create a contextual Unity Scene?
- Pneumatic and pneumonic
- Static and dynamic
- Astral and decentral
Q2. What are the primary configuration parameters associated with the Map Renderer (Script) component?
- Latitude, Longitude, and Zoom Level
- Azimuth, Bearing, and Altitude
- Cardinal, Ordinal, and Nominal
Q3. How far away should you place objects from users for maximum comfort and focus?
- About 6.5ft from the user
- Less than 4ft from the user
- More than 16ft from the user
Module 3: Configure 3D assets for mixed reality in Unity
Learn how to place Prefab 3D assets or models into a Unity scene.
Learning objectives:
By the end of this module you,’ll be able to:
- Incorporate design considerations into building a scene
- Use MRTK interactions to provide a rich user experience
- Place assets in a Unity scene
Prerequisites:
- Introduction to Mixed Reality, Azure Digital Twin and Unity Module
- Build a 3D Scene in Unity with Maps SDK Module
- Fundamental working knowledge of Unity
- Understanding of how to build for and deploy to mixed reality devices
- Understanding of MRTK
- Fundamental understanding of Level Of Detail (LOD) concepts
This module is part of these learning paths:
Quiz 1: Knowledge check
Q1. What are three design considerations when building a mixed reality experience?
- Proximity, relativity, and ingenuity
- Proximity, size, asset fidelity
- Proximity, developer GUI, user height
Q2. Why are Unity Prefabs useful?
- Prefabs automatically link to SCADA systems
- Prefabs are built into mixed reality devices, simple to deploy
- When one Prefab is edited, all others are edited, saving time
Q3. What best describes the Microsoft.MixedReality.Toolkit.UI Namespace use for mixed reality solutions?
- It contains a set of MRTK object classes to accelerate development
- It contains a set of Bing Maps object classes to interact with real world coordinates
- It contains a set of Azure Digital Twin object classes for rapid prototyping
Module 4: Connect IoT data to mixed reality with Azure Digital Twin and Unity
Stream simulated operational telemetry data from physical assets to Azure Digital Twin and visualize data in Unity and mixed reality.
Learning objectives:
By the end of this module, you’ll be able to:
- Connect to a Digital Twin data source on Azure
- Stream telemetry data to assets in your Unity Scene, using Azure services, including ADT
- Visualize the data in mixed reality via SignalR
- Send data updates from mixed reality app back to Azure Digital Twin
Prerequisites:
- Set up a mixed reality project for Azure Digital Twins in Unity Module
- Build a 3D Scene in Unity with Maps SDK Module
- Configure 3D assets in a Unity scene Module
- Azure service creation and configuration
- Domain User Azure Active Directory (i.e., not Guest)
- An Azure subscription
- Install the Azure CLI for Windows
- Basic Azure CLI knowledge
- Basic PowerShell knowledge
- Desktop Development with C++ workload installed in Visual Studio
This module is part of these learning paths:
Quiz 1: Knowledge check
Q1. What does an Azure Resource Manager (ARM) template do?
- Automates Azure Service deployment
- Automates Visual Studio build validation
- Automates app distribution through PowerShell
Q2. What happens to telemetry data when a simulated alert is triggered?
- The simulator sends a property update to ADT, setting the Alert property to True, and begins polling ADT at a regular interval until the Alert property is set back to False.
- The simulator creates a trigger object in ADT, sets the Alert property to Sent, and immediately resumes sending telemetry data without waiting for a response.
- The simulator stops running the app on the mixed reality device until ADT sends back an Alert trigger confirmation, at which point telemetry data resumes.
Q3. What approach is the most efficient means to create assets in Unity that connect to ADT?
- Create one asset in the Scene and copy-paste it so that all parameters are transferred to the copy.
- Develop a ScriptableObject to create assets at runtime based on a core Prefab
- Drag and drop Prefab assets in the Scene
Q4. Which of the following real-time content use cases is the Azure SignalR service NOT a good fit for?
- High frequency data updates
- IoT and connected devices
- Local device data storage
Conclusion:
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