and voilà! □ You have succesfully installed the Magic Mirror hosted web app in your RP running Windows IoT core.Set the IPv4 of your RP as the Machine Name and select Universal for the Require Authentication A prompt should appear asking you for the Machine Name.Click play (it should say Remote Machine).On the ribbon, Change the taget architecture from Any CPU to ARM.Click the Capabilities tab and select Webcam □.Within the package.appxmanifest view, click the Content URIs tab and insert with WinRT Access All.Go to Solution explorer, click on package.appxmanifest > Application and set as the start page.In Visual Studio, click File > New Project > JavaScript Templates > Windows > Hosted Web apps.Steps to deploy the Magic Mirror app to the Raspberry Pi 2: Follow the prompts on the create experience to save a profile for yourself.Click play to start the app running on your local machine.Set the debugging target to "Local machine" (changing the architecture in step 2 probably did this for you).On the ribbon, change the target architecture to match that of your PC (e.g.In Visual Studio, go to Solution explorer, click on package.appxmanifest > Application and set as the start page.Steps to deploy the Profile Creator app to your desktop: Windows 10 SDK installed in Visual Stuido. ![]() The second HWA powers the Magic Mirror UI that runs on the Raspberry Pi 2/3. The first HWA allows you to create your profile and is meant to run on your desktop. You have to deploy two Hosted Web apps (HWA). You need a profile so the mirror can recognize you and adapt to your needs. The client side implements Windows API ( mediaCapture) to detect faces from the devices camera, and the Microsoft's Cognitive Services Face API to match Faces to profiles.īefore using the magic mirror, users need to create a profile using the desktop app. The client side was coded against standard web technologies (CSS, HTML, JS) ❤️, and the back-end leverages the power of NodeJS and Mongo hosted on Azure. Please check out the instructions below to see how you can build it yourself □. The Magic Mirror is a fun weekend IoT project that showcases the power of Universal Windows Platform (UWP) hosted web apps. The mirror can recognize registered users and personalize the experience accordingly. ![]() We took the magic mirror concept a step further by enabling user recognition □. Services associated with running magic mirror have been shutoff. Handy.This repository is not actively maintained by anyone. Informational or advertising displays are among the more common non-hobbyist uses for the Raspberry Pi, so it’s probably past time for someone to have created an operating system designed solely for this purpose.įullPageOS, the brainchild of developer Guy Sheffer, is a stripped-down operating system based on the open-source Chromium browser that lets users set up Pis as the drivers of display boards without having to manually configure a browser for the task. Taylor Martin over at CNET has a laundry list of reasons to get pumped for official Android support on Raspberry Pi, many of which were echoed by commenters on Reddit, with particular enthusiasm for the idea that a Raspberry Pi could soon serve as an Android TV box. ![]() There’s no shortage of operating systems officially available for the Raspberry Pi – and with a little ingenuity, you can probably crowbar a number of unofficial ones on there as well – but the news that Android is coming to the Pi has a lot of people pretty excited. The first shipments will go out in July, according to a report from the Inquirer. Moreover, you program the Bit via a web and Bluetooth interface, instead of directly by connecting a keyboard. ![]() The Micro:Bit isn’t identical to the Pi, of course – it’s battery-operated, for one thing, and it’s designed with more of an emphasis on sensor peripherals instead of pure single-board computing. (The project went through months of delays, having been originally slated for late 2015.) While there are a lot of small hobbyist computers out there – everything from the Arduino to the BananaBoard – the BBC Micro:Bit is the closest to the Raspberry Pi in terms of pricing and feature sets, and it’s finally available for pre-orders in the U.K. Micro:Bit goes on saleĪnd just like that, we’re off the Raspberry Pi entirely. The ability to tinker with it via a snazzy web app, rather than a Linux command line, is attractive, however. Pretty cool, no doubt, though most of the functionality is already out there.
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