Customizing Smart Mirror interfaces is a fascinating concept that has been gaining traction in the world of digital technologies. Smart Mirrors are programmable, core computing units that are installed within the structure of the mirror itself. These devices typically display user-specific information like time, date, weather, and even personalized reminders. As they are programmable, you can customize Smart Mirror interfaces using code, offering tech enthusiasts and hobbyists a fantastic way to modify the user experience.
Concept of Smart Mirror Customization
Smart Mirrors are often built using a Raspberry PI, which is a tiny and affordable computer that you can use to learn programming. These mirrors generally utilize MagicMirror², an open-source modular smart mirror platform. It offers a flexible development framework that allows users to customize the interface with small pieces of code called modules. Third-party developers can readily develop modules tailored to a user’s specific needs to improve functionality and aesthetics.
Customizing the Interface with MagicMirror2
Primarily built on JavaScript, HTML, and CSS, MagicMirror² facilitates customization of the smart mirror interface through its modules. MagicMirror² ships with a few default modules, like the current weather, forecast, compliments, and calendar, which offer a good starting point.
To add custom modules, you will need to clone or download a module repository into the ‘modules’ folder, then add it to the array in the ‘config/config.js’ file using a code editor. To integrate this new module into the Smart Mirror’s interface, a configuration object, including the module’s name and parameters, is required. The configuration file uses a simple JSON-format, which is understandable and editable for most tech enthusiasts.
The customization possibilities are endless, ranging from adding features like news feeds, integration with your Google Calendar, voice control, facial recognition, or even playing background music. Various community-developed modules can shape your Smart Mirror into a more personalized and practical device.
Running Your Customized Interface
After you’ve customized the Smart Mirror interface to your liking with the required modules, you will then need to run your smart mirror software. On the Raspberry Pi, this process is generally done by SSH remote connection to the device or directly via the command line. With the environment set up, all you need to do is navigate to the MagicMirror² folder using the command line and run the line ‘npm start’.
Customizing Smart Mirror Interface with Code: A Project Example
To give a practical example of customizing a Smart Mirror interface with code, let’s consider the process of adding a ‘News Reader’ module to the mirrored dashboard. First, you’ll need to download or clone a trusted ‘News Reader’ module to your ‘modules’ folder. Afterward, open your configuration file, and add the following piece of code:
{
module: 'newsreader',
position: 'bottom_bar',
config: {
feeds: [
{
title: "New York Times",
url: "http://www.nytimes.com/services/xml/rss/nyt/HomePage.xml",
encoding: "UTF-8"
}
],
showSourceTitle: true,
showPublishDate: true,
broadcastNewsFeeds: true,
broadcastNewsUpdates: true
}
}After saving your changes and running the Smart Mirror software, a news feed from the New York Times should appear in your smart mirror’s bottom bar.
Google Assistant Integration
A popular module to add is Google Assistant. With this, you can control your Smart Mirror by voice, asking it to display the weather, read news headlines, or add events to your calendar among a myriad of other tasks.
To achieve this, you’ll need to integrate the Google Assistant SDK on your Raspberry Pi. You’ll register the device model, install the SDK and its dependencies, and use the command line to authenticate the Assistant for the Device. Then you need to move the downloaded file to your home directory to credential the Google Assistant SDK.
Then you’ll need to add code to the configuration files to integrate the Google Assistant module. The Assistant handles query requests and responses through an interface offering text-based conversations with the Smart Mirror.
Take note that integrating Google Assistant requires programming and Linux command line knowledge, and you must follow Google’s terms of service.
Conclusion
Customizing Smart Mirror interfaces is a project that takes patience, creativity, and some coding skills. But, with open-source platforms like MagicMirror², the process becomes straightforward and engaging. The ability to personalize your Smart Mirror to cater to your unique needs makes the device much more convenient and interactive. As technology advances further, the possibilities for customization are bound to expand, making smart mirrors an even indispensable part of modern homes and workspaces.
