Microsoft has started selling its first holographic computing and mixed-reality device, HoloLens. HoloLens is priced at US$3,000 plus taxes.
I am sure many of us who will not have the physical devices would like to learn to build HoloLens apps and test them out. So, here is a piece of good news for Microsoft developers. They don’t need to have a physical HoloLens device to build HoloLens apps.
1. Hardware Requirements
HoloLens development requires the following minimum system configurations:
- 64-bit Windows 10 Pro, Enterprise, or Education (Hyper-V support)
- 64-bit CPU with 4 cores or equivalent
- 8GB RAM
- BIOS support enabled for hardware-assisted virtualization, second Level Address Translation (SLAT), and Hardware-based Data Execution Prevention (DEP)
2. Software Requirements
To build HoloLens apps, you will be using Microsoft’s
Universal Windows Platform and pretty much building Windows Store apps. A completed HoloLens app can be deployed to the Windows Store.
You will be using Windows 10 and Visual Studio 2015 Update 2 to build HoloLens apps. Depending on 2D or 3D, you may have to install the Unity framework.
Here is a list of tools you will need to build HoloLens apps:
Windows 10 Pro or higher operating system
Visual Studio 2015 Update 2 and Windows SDK
To build Universal Windows Apps, you can use C# and XAML languages. If you’re not familiar with Universal Windows apps, you may want to
get started here >
Windows Device Portal
The
Windows Device Portal for HoloLens lets you configure and manage your device remotely over Wi-Fi or USB. The Device Portal is a web server on your HoloLens that you can connect to from a web browser on your PC. The Device Portal includes many tools that will help you manage your HoloLens and debug and optimize your apps.
HoloLens Emulator
You may also need to install the
HoloLens emulator. The HoloLens emulator allows you to test holographic apps on your PC without a physical HoloLens and comes with the HoloLens development toolset. The emulator uses a Hyper-V virtual machine. The human and environmental inputs that would usually be read by the sensors on the HoloLens are instead simulated using your keyboard, mouse, or Xbox controller. Apps don't need to be modified to run on the emulator and don't know that they aren't running on a real HoloLens.
Unity Framework and More
Currently, there are two kinds of HoloLens apps – 2D apps and Holographic apps.
2D apps can use any tools for building Universal Windows Apps suited for environments like Windows Phone, PC, and tablets.
Summary
I hope this article has helped you to get started with your first HoloLens app. Come back and check
the HoloLens category page for more HoloLens related news and articles. Feel free to share your experience with us.