Then all of the components can nicely fit together on the back of the monitor, with the help of some industrial tape, as pictured above. The easiest way to do this is to buy a two-way power splitter. Ideally you’d want to have just one cord coming out of the bottom of the case to supply power. Afterwards, gluing everything together is all there is to it. To avoid a hassle, be sure to stain the frame and case separately before gluing the mirror between them. You should also make one of the holes at the bottom of the case large enough for a power plug to fit through, since you’ll need it when you’re wiring your monitor and Raspberry Pi’s power through the case. By doing this, you’ll be able to remove the monitor without any issues.Īn important tip here is to screw holes at the top and bottom of the case, giving the Raspberry Pi some airflow. This part is basically all about cutting your pieces to fit the monitor into the case. Be sure to order a mirror that’s close in size to your monitor so you can build with ease.īuilding the case doesn’t require much work. It’s simple (and safer) to cut it in several different ways to make it fit the way you need. Otherwise, it could be difficult to fit the frame, and the Raspberry Pi’s HDMI cord must also fit.īeing the most essential piece of the whole project, the mirror, being acrylic and plastic-like, is easier to work with compared to an actual mirror. One important aspect is to make sure you get a monitor with the inputs located towards the center of the monitor rather than on the sides. When it comes to the size of the mirror, it depends on the kind of monitor you select. A Raspberry Pi with casing along with a micro USB power cord.A computer screen (that you can take apart).No low-level hacking is required.īlogger Dylan Pierce and his magic mirror.įor a complete break-down, here’s what you’ll need. It takes a two-way mirror, an old computer monitor, and a Raspberry Pi, which provides the power. Read on below to see how you can make your very own.įirst thing’s first: the project itself is slightly complicated. My USB Microphone set me back £8.99 and my speakers £8.63 so not exactly THX 7.1 but it does the job! You're now ready to make a start on the hardware of your screen.You might have seen it in a futuristic Hollywood blockbuster, but did you ever think about how you can build your own magic mirror and be the star of the show yourself? If you’re unfamiliar with what exactly a magic mirror is, it’s a smart mirror capable of displaying your daily schedule, the date and time, weather, and other important updates. To try AVS out you're going to need microphone and speakers. Do be warned, our hardware does not house the high-quality and numerous microphones/speakers that amazon lends to it Alexa Smart Devices and some of the AVS is not enabled to non-amazon makeshift devices like the one's we're building, however, its worth the install. The wonderful people at Amazon Web Services have allowed your everyday Joe's like me to take advantage of their awesome Alexa-Voice-Service (AVS). My personal take is copy/paste and date stamp in a folder of your choice and as you expand your module knowledge and become more confident, you can use tutorials from Grensom including his brilliant Spotify walkthrough.Īgain.as you build upon your experience there's one module that really completes the "Smart" element of the mirror and that's the Alexa -Voice-Service module. So you're probably and hopefully becoming familiar with the structure of your Config.js and the aligned modules but a big bit of advice s backup your Config file when you're happy at certain stages because it is frustrating when Open-Source fails. Another tutorial to help you out at this stage is from Break it Yourself and YouTube tutorial below. To write the software onto your SD Card I used balenaEtcher and this worked really well. The best tutorial on connecting the controller to your LCD is from DIY Perks and YouTube tutorial below.īefore you get all excited buying two-way-mirrors etc.I advise that you first get hands-on with the software and you're going to need the SD Card that came with your Raspberry Pi 4 Starter Kit so that you can download Raspberry Pi Operating System and Magic Mirror software. So at this point I had purchased the Raspberry Pi 4 Starter Kit from amazon and this is connected to my recycled screen via HDMI/VGA LCD Controller purchased from amazon.
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