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. 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.
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