![]() If you've already got a computer on your wall, you may as well add some voice interaction. There are also some additional configuration details regarding screen orientation, screensaver settings, and wifi. To edit this, navigate to the MagicMirror/config/config.js file and add custom location, calenders, moldules, etc. This should show the default mirror dashboard which you will immediately want to customize. If these ran successfully, you can just navigate to the MagicMirror directory, and run npm start Then I downloaded and installed magic mirror using: There is a guide on the website to install MagicMirror, but it didn't entirely work for me.įirst I had to update NodeJs and electron by running the following commands:Ĭurl -sL - Node.js v4 LTS "Argon" | sudo bash. With the basic setup done, we will now install the core application called MagicMirror. This lets you work remotely once you've finished the initial setup, without plugging in a keyboard and mouse. You should also follow these steps to enable VNC Viewer, a remote desktop tool that allows to you access your RPi desktop from any computer on the same network. Once the Pi starts up, run the following in terminal to get the software up to date: I strongly recommend raspbian jessie, which already has a great install guide. Of course the first step is just getting an operating system. So you've built your hardware! That's awesome, now it's time to get the raspberry pi running the MagicMirror and Alexa software. If there are loose monitor controls, cover the exposed backside of the circuit board with electrical tape, and tape it to the back of your monitor. Start by removing the monitors bezel by removing screws and jabbing a knife or paint scraper in the seam of the monitor. The goal here is to get 4 pieces of wood around your monitor. Step 2: Building the Wood Monitor Enclosure You're done! Let it sit for a while before moving, as it hasn't really stuck in place until all the soap mixture dries. Use scissors or the exacto knife to trim excess materials from edge.Keep spraying and smoothing until all the air bubbles are gone. Squeegee down the middle, and then from the middle out to the sides.With the film sheet generously coated in soap mixture, lay it flat on your surface.Peel the liner, spraying dish soap mixture between protective liner and the film sheet. Put scotch tape on both corners of the film, and pull it apart to remove the plastic protective liner.Clean your surface, and then spray generously with dish soap mixture.Cut off a piece of reflective film about 1 inch larger than your surface in all directions.Fill the squirt bottle with water and add about 0.5 tablespoons of dish soap.We’re forever grateful to all the content creators who make videos of their Raspberry Pi projects. Looking for more Raspberry Pi videos from Brian? Check out his Raspberry Pi playlist and be sure, as always, to subscribe to his channel. Find a whole host of such third-party add-ons in this GitHub wiki. As Brian Cotter explains in the video above, he used AgP42’s MMM-iFrame-Ping and eouia’s MMM-GooglePhotos to integrate YouTube videos and photographs into his magic mirror.Īnd of course that’s not all! Other magic mirror add-ons let you implement 3D gesture detection or display international currency values, Google Fit totals, and more. The modular nature of MagicMirror² lets third-party developers easily bring their own ideas to the platform. The software most people use for setting up their magic mirror is MagicMirror², a free, group-maintained open-source platform created by Michael Teeuw.Īnd you know what open-source means… Third-party add-ons! Once it’s set up, you have yourself both a mirror and a notification board complete with calendar events, memos, and more. The basic homemade model consists of a screen (usually an old computer monitor or flatscreen TV), a piece of two-way mirrored acrylic or glass, a frame, and a Raspberry Pi. While big-brand smart mirrors cost upwards of a bajillion dollars, a homemade magic mirror costs pennies in comparison. The popularity of magic mirrors has grown massively over the past few years, thanks to how easy it’s become to find cheap displays and great online tutorials. Mention Raspberry Pi to the uninitiated, and they’ll probably ask if it’s “that green thing people use for game emulation and smart mirrors?”. Bring YouTube videos, Google Photos, and more to your magic mirror, with third-party modules and the MagicMirror² open-source software platform.
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