![]() Turn on the Raspberry Pi and the monitor, plug everything in, and make sure it works.Use tape or velcro to fasten the power strip.Connect the monitor power cable and the Raspberry Pi power cable into the power strip and place it within the frame.Use velcro or tape to place the Raspberry Pi and the cables into the frame.Place the monitor behind the mirror and use the brackets to fasten it into place.Once the mirror is cut to the correct size, place it into the frame and make sure it fits.Leave the plastic covering on the mirror and make sure to cut quickly through the mirror so that the heat doesn't melt the plastic. Use a jig saw or a dremel to cut the mirror. Cut the mirror to the right size to fit the frame.Once the frame is sturdy, check to see if the monitor fits into it.Cut the molding wood to the same length as the planks and use adhesive or screws to attach it to the front of the frame.Use adhesive, brackets, or both to connect the wood at the joints.Cut your wood planks to the appropriate length, leaving a few extra centimeters so that the planks can connect at the corners. ![]() ![]() This lets you know the depth of the frame Plug in the HDMI and power cable into the back of the monitor, and then measure the depth.Measure the height and width of the screen to determine the frame dimensions.Take the monitor and remove all of the plastic cover, including the bezel to expose the metal frame and electronics.These are the steps I took to build Mirror Construction Adhesives or brackets to assemble the frame.Raspberry Pi Zero W (Although any Raspberry Pi would work).The available modules are time, date, current weather, weather forecast, cryptocurrency tickers, stock tickers, and news headlines. This is a Magic Mirror created using a Raspberry Pi, HTML, CSS, and Javascript.
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