HoloLens is a completely independent device--it is not dependent on any PC nor on any smartphone. It's not like any other VR or MR devices, which require physical connectivity to either a PC or smartphone. Due to this feature, it's very versatile and mobile in nature; its user can carry it anywhere like another mobile device.
- Preface
- Digital Reality - Under the Hood
- HoloLens – The Most Natural Way to Interact
- A closer look at HoloLens hardware
- Cortana on HoloLens
- The Mixed Reality world - HoloLens shell
- Holograms in reality
- HoloLens interaction and application model
- HoloLens Clicker
- Controlling your HoloLens remotely
- Key differentiators
- Exploring the possibilities with HoloLens
- Development process and team building
- Summary
- Explore HoloLens as Hologram - Scenario Identification and Sketching
- Envisioning
- Scenario prioritization
- Sketching the scenarios
- Assets design and development
- Things to consider while using the 3D Asset Pipeline
- Setting up a development environment
- Using HoloLens emulator
- Summary
- Explore HoloLens as Hologram - Developing Application and Deploying on Device
- Getting started - creating a new project
- Setting up a project for holographic application
- Build, run, and test the initial setup
- Giving life to object - scripting
- Deploying your app
- Testing your application
- Summary
- Remote Monitoring of Smart Building(s) Using HoloLens - Scenario Identification and Sketching
- Remote Monitoring of Smart Building(s) Using HoloLens - Developing Application and Deploying on Device
- Solution development
- Logical design diagram
- Setting up the backend Infrastructure
- Building up the Azure IoT solution
- Setting up a project for a holographic application
- Getting started - creating a new project
- Import the package
- Applying Project Settings
- Updating the initial scene
- Importing 3D Assets - building model
- Save the scene
- Build, run and test the initial setup
- Tracking building floors from 3D Model
- Adding Gaze
- Adding the cursor
- Adding the Box Collider
- Add tag to each floor for mapping
- Tracking Gaze for each floor
- See Gaze in action
- Connecting a holographic app with Azure
- Adding actions to floors - applying gesture
- Deploying your app onto a device
- Extending the current solution
- Summary
- Solution development
- Build End-to-End Retail Solution - Scenario Identification and Sketching
- Build End-to-End Retail Scenario - Developing Application and Deploying on Device
- Getting the 3D Assets ready
- Solution development
- Logical design diagram
- Building the backend Azure Solution
- Setting up the holographic project
- Making the main menu Intractable
- API connector - connecting with Web API
- Getting holograms on the fly
- Associating toolbars with holograms
- Dynamic holograms in action
- Adding action to the toolbar controls
- Placing the holograms - spatial mapping
- Deploying your app on a device
- Extending the current solution
- Summary
- Possibilities
- Microsoft HoloLens in Enterprise
Independent standalone device
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