cosmofert.blogg.se - Raspberry pi magic mirror

#RASPBERRY PI MAGIC MIRROR INSTALL#
#RASPBERRY PI MAGIC MIRROR CODE#
#RASPBERRY PI MAGIC MIRROR FREE#

When done, launch the Terminal and install the latest version of NodeJS by executing the commands below. That will allow us to install all the necessary packages before finally connecting the Pi to the monitor on our Smart Mirror. Set up your Raspberry Pi by installing the official Raspberry Pi OS and enabling the VNC server or SSH server to get started. It’s a simple Desktop application built using the Electron framework. We will use the Magic Mirror repositories for this post.

#RASPBERRY PI MAGIC MIRROR CODE#

There are different open-source repositories to download code to build a smart mirror. Configure the Raspberry Pi and install Magic Mirror That said, let’s go on with building a smart mirror. Remember to use a black background and white color for the text you want to see. If you are a developer, you can create your application or a webpage that displays information like Time, Day, Temperature at a specific location on the monitor.

#RASPBERRY PI MAGIC MIRROR FREE#

Free tip: Just by the wayĪs stated above, we need the monitor to display what we want to see at specific sections while all the other parts stay dark/ black. Now that we are done with the physical part, let’s get out of the woodshop and back to our tech lab, where we will configure the necessary packages on our Raspberry Pi. Up to this point, I believe you have now designed and built a frame for your smart mirror. Additionally, every other part of the monitor/screen that you don’t want to see will be black. Since these mirrors allow light to pass through them, whatever the monitor is displaying will appear as if it’s on the mirror. Place the Acrylic See-Through Mirror or Two Way Glass Mirror in front of a monitor displaying the information you want to see. You can use other materials and designs to build a frame.īuilding a Smart Mirror is not complex as it might sound, and the whole practical part uses quite a simple logic. However, you shouldn’t feel limited in this part. They will be required to build a frame to hold the monitor and the mirror in place. For this post, we will use the Acrylic See-Through Mirror. However, if you want a high-quality mirror, go for the Two Way Glass Mirror since it’s much thicker but quite expensive. The Acrylic See-Through Mirror would be a great option if you have a tight budget since it’s cheaper and still serves the essential purpose.

Acrylic See-Through Mirror (at least 30% transparent) or Two Way Glass Mirror:.

Therefore, the bigger the monitor, the bigger the mirror. The size of the monitor will be equivalent to the size of the mirror you want to build. Unlike other Raspberry Pi tutorials we have done before, where we only need an internet connection and a few Pi accessories, we will need to get a little more physical for this particular post. The following tutorial gives you a step-by-step guide on building a Smart Mirror from scratch to finish. It can even connect with Google Assistant or Alexa to answer all of those pesky questions that we ask ourselves throughout the day. It can show the weather forecast, your following calendar events, traffic updates, and more. Visit Michael’s website to see a step-by-step guide to replicating this project at home.A Smart Mirror doesn’t just give you a reflection of your new haircut or outfit it provides valuable information that’ll make your life easier. (I’m noticing some additions to the codebase have been made since he put the project on his blog, most notably an alert that tells him to empty the dishwasher.)

He’s also made detailed wiring instructions available, along with all of his code. Michael has done all the hard work with the interface, and integrating all the information he needs when gazing at his own beauteous visage: namely a nice uplifting compliment, the weather, clock and calendar, and a news feed. With one-way mirror glass (the sort they use in TV-show and, for all I know, real-life police interrogation rooms) mounted over a flat display device, outputting white text on a black background, the effects you can achieve are rather special, especially if, like Michael, you really care about typography.īest of all, for most people the hardest bit of reproducing this project at home won’t be the Raspberry Pi end – frankly, the bit we’d expect you to find most tricky is making the wooden frame.

Being one of those people whose minds tend to wander in the frocks department, he decided he’d go home and make a better one. Michael Teeuw was out shopping with his girlfriend, when he noticed a display mirror with illuminated lighting.