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MagicMirror Forum. Michael Teeuw. When I built my MagicMirror 2 year ago, I could have never predict the popularity of the project.

Michael Teeuw

With over 2,5 million pageviews on my blog, 1250 stars and almost 500 forks of the GitHub repository and a growing list of MagicMirror builders, the MagicMirror project deserves some extra love. Time to announce something awesome! When I worked on the original project, the interface of the MagicMirror was just one of few stept in the process of making the first prototype. Because I never expected others to built upon my proof of concept, the software wasn’t as powerful and thought-through as it should have been from the start.

In the past two years, many community members worked on expanding the MagicMirror system allowing them to customize it to their needs. There clearly was the need for a modular system allowing users to install extensions without the need to modify the core framework. So without further ado I proudly announce MagicMirror², The open source modular smart mirror platform! MichMich/MagicMirror: MagicMirror² is an open source modular smart mirror platform. With a growing list of installable modules, the MagicMirror² allows you to convert your hallway or bathroom mirror into your personal assistant. Turn ANY Display Into A Touchscreen for LESS than $4. How to Give Your Smart Mirror Artificial Intelligence. How to Make a Raspberry Pi Smart Mirror. 6 Best Raspberry Pi Smart Mirror Projects We've Seen So Far.

The magic mirror of the future won’t just say you’re the prettiest of them all.

6 Best Raspberry Pi Smart Mirror Projects We've Seen So Far

It’ll also tell you the time, date, weather outside, upcoming calendar appointments, and more. In fact, you can make such a smart mirror right now. All you need is a Raspberry Pi and some DIY work. A smart mirror is featured on one of these amazing videos to peek into the future. You can’t yet buy a smart mirror, although that should happen soon enough. Why You Need a Raspberry Pi A smart mirror is basically a mirror with a screen behind it. The Pi is basically a credit card-sized computer. At the moment, no one has made a smart mirror with the $5 Raspberry Pi Zero. What You’ll Need Whichever smart mirror project you decide to do from this list, there are a few elements you’ll always need. A Two-Way Mirror It’s a smart mirror, so it should be no surprise that you actually need a mirror, right? An LCD Monitor This is the best way to make use of any old computer monitor you have lying around. MichMich/MagicMirror: MagicMirror²

Evancohen/smart-mirror: The fairest of them all. Introduction · Smart Mirror Documentation. Sans titre. Il Fabrique un Miroir Connecté avec Contrôle Vocal sous Raspberry Pi (Video) Inspiré par le travail de Michael Teeuw et Hannah Mitt, Evan Cohen vient de réaliser Smart Mirror, un miroir connecté sous Raspberry Pi.

Il Fabrique un Miroir Connecté avec Contrôle Vocal sous Raspberry Pi (Video)

Ce modèle intelligent est entièrement contrôlé par commande vocale. Il peut donner la météo, des informations, la localisation, mais surtout allumer ou éteindre la lumière de la chambre avec ajustement de la couleur. Regardez la démonstration vidéo, c’est plutôt convaincant. Si vous souhaitez en savoir plus sur la conception du Smart Mirror , direction le site GitHub. source Requetes sur le meme sujet: miroir connecté raspberry piraspberry pi miroir tuto. Touch Screen coffee table DIY with 32" TV and low cost CCD sensor - 3. As Wikipedia is way better than me on explaining : "A charge-coupled device (CCD) is a device for the movement of electrical charge, usually from within the device to an area where the charge can be manipulated, for example conversion into a digital value.

Touch Screen coffee table DIY with 32" TV and low cost CCD sensor - 3

This is achieved by "shifting" the signals between stages within the device one at a time. CCDs move charge between capacitive bins in the device, with the shift allowing for the transfer of charge between bins. The CCD is a major piece of technology in digital imaging. In a CCD image sensor, pixels are represented by p-doped MOS capacitors. Basically, the CCD you find in a scanner doesn't read lights in two dimensions, but on one line. As I couldn't find any tutorials explaining how they work on the internet, I tried to understand the logic by myself. Then you can check if some lines are bigger than others (it's probably going to be the power and the ground, you can verify which one it is with your oscilloscope when the power is ON).