![]() Up to the challenge? The full set of instructions can be found here. "Lastly and most importantly, the user needs to see their reflection, so we kept the central area of the mirror clear when the user is logged in." The screen needs to be readable through the mirrored surface, so we used a high contrast ratio of pure white on pure black. Microsoft offers a couple of tips on how to make sure your own smart mirror is practical: "The UI should be simple and easy to visually digest, so we kept adornment light and typography clear. The company is also looking at how to bring updates from third-party apps to magic mirror, meaning you'd eventually be able to view news feeds and social media updates. After setting up a profile and sending a picture of yourself to the Cognitive Services database, you'd be able to step in front of the mirror and get a personalised display showing the information based on your preferences. Specifically, it leverages the company's Face API, which gives the mirror facial recognition abilities. The mirror is also linked to Microsoft's Cognitive Services artificial intelligence (AI) platform. Microsoft suggests placing more important info at eye level in smart mirrors Microsoft The display itself is a web app created in HTML, CSS, and JavaScript and hosted on Microsoft's Azure cloud computing platform. The Raspberry Pi is loaded with Windows IoT Core, a version of Windows 10 optimised for smaller devices, and runs on the Raspberry Pi 2 and 3. Microsoft's Magic Mirror uses a Raspberry Pi as the brains, owing to its affordability, easy operation and wide software and hardware support. Every user will have a slightly different idea about what's most important, so this is a great project for exploring personalisation through tech." "With that in mind, we placed more-pressing information at the top of the mirror near eye level and pushed less-urgent information down at the bottom, where it can be ignored or consciously consumed. "This person is likely on a time crunch, wants to be well-prepared for the day and is interested in updates, but possibly doesn't want to be barraged with info before they're fully awake. "The mirror is built to be useful to a person getting ready in the morning," said a Microsoft statement. When this is switched on, you can see the display through the glass. The process involves placing a basic LCD display showing white elements on a black background behind a one-way mirror – confusingly, also known as a two-way mirror. There are a couple of ways of making mirrors smart, with Microsoft's approach being a fairly typical one. In summary, all the things you mentioned can be done as the source code is included with the purchase but you'd need some electronics know how and also would need to know how to code in Adobe Flash Action Script 3.0.Future living: Reverse skyscrapers, space colonies and downloadable dining predicted by 2116 Nice idea on the nightclub toilet, that would be a fun application. The image will scale on a larger screen but some code mods would need to happen to touch enable it. On the bill/coin idea, that could be done, what you've had to do is hook up a bill/coin mechanism and feed it to one of the Arduino input pins, then modify the software to start the photobooth once a payment is registered, it would take some electronics and coding knowledge though. On the Photobooth pictures, it doesn't do the Facebook posting (although it could be added fairly easily by someone with some know how of Adobe Flash Action Script 3.0) but rather right now saves the pics to the local hard drive. Hi, sorry I don't carry any stock myself but check back with Seeed, they should have them back in stock any day now. You can also create a custom logo to appear on the screen and a custom background for the Photostrip printout. Go to the Photobooth settings screen where you can turn on printing, turn on the X-10 control, turn on the LED control, specify the layout of the 4 x 6 photostrip (most printers these days can handle 4 x 6 photo paper). Run the Config program and turn on the PhotoboothĢ. The manual (see page 46) goes in to greater detail on how to setup the Photobooth software but here's the gist:ġ. The other nice thing about this is that the software also doubles as a Breathalyzer so you can do a Photobooth and then check the alcohol level of your guests. Now we can now assemble the smart mirror using nylon nuts, bolts, and spacers. ![]() ![]() Connect the two USB power cables (or single split USB power cable) for the display and Raspberry Pi. So it was just a matter of adding some extra code for the Photobooth functionality. Connect the mini HDMI to HDMI cable between the display control board and your Raspberry Pi. In that project, I had already written the X-10 lighting and LED control functions using Adobe Flash interfaced with the Arduino. I was able to leverage another project of mine, the DIY Magic Mirror. For this project though, we needed the lighting and LED control feature so I had to code it myself. ![]() You can Google around and find lots of really good DIY Photobooth software out there.
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