Let’s use the weather module as an example. Finally ‘config’ will contain information that is specific to that module. If a title is required, then ‘title’ allows you to change the text of the header. This controls where the module is displayed on the mirror. Most also require a ‘position’, which can be ‘top_bar’, ‘top_left’, ‘lower_third’, and many others. Each module has different requirements but each one requires a ‘module’ line like this: It is formatted in a JavaScript file. This is a very well-structured language but unforgiving. Your config file controls some of the fundamental features of your mirror, as well as the various modules. Pm2 restart MagicMirror Meet the config file If anything goes wrong, just copy the config backup back and try again:Įach time you edit config.js, you’ll need to restart MagicMirror2 for changes to take effect. If MagicMirror2 refuses to start, just copy the file back. ![]() Don’t worry: as long as you make copies of your files, it’s going to be hard to break anything. For now, you will need to do some text editing of config.js. Sadly, MagicMirror2 doesn’t (yet) come with an easy configuration utility. Now add this line to the end of the -output HDMI-1 -rotate right To rotate your display 90º so it fits your mirror, open a Terminal and enter the following: boot/config.txt to easily rotate the screen, but with Raspberry Pi 4’s fancy new graphics support, this is no longer possible. Follow our Build a magic mirror tutorial to get your own mirror up-and-running.Ĭan a mirror be upside-down? A magic mirror can! Most mirrors tend to be portrait, whereas screens are normally landscape. You can also find Information at maker-tutorials if you prefer your Instructions to come with some pretty pictures.Building a magic mirror is one of the easiest, and most rewarding Raspberry Pi projects. If you are ready to take the plunge, then the code is available on Github, along with instructions for installing all the software. Ben roe has further tweaked and configured the code so it runs on the black and white E Ink displays. The software under the hood uses the open source MagicMirror2 platform. The screen isn’t anything much to look at, so you might want to find a little picture frame to house it in. What you need to get this tech together is a Raspberry Pi Zero W ($10), a 7.5-inch Waveshare E Ink display (Approx $50), a microSD card, and a micro USB power adapter. All you will be looking at less than $100, especially if you’ve already got some of the required “bits” at home. ![]() ![]() If you were to have a go at building this project, the e-ink Magic Mirror, you shouldn’t have any problems obtaining the components. The e-ink Magic Mirror can display calendar appointments, weather forecasts, news updates, incoming messages, and other information. What you have is a device that is more akin to a smart picture frame, but has a low-power, high-contrast E Ink display. Just to clear things up, this isn’t really a magic mirror project, even though the author of the project calls it that. An Interesting project is one by Ben Roe, the Magic Mirror E Ink Project. They can power almost anything, well, as long as the processing requirements are reasonably low. ![]() In the world of small computing devices, it seems anything is possible, no more so true in the world of the Raspberry Pi.
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