- RASPBERRY PI MAGIC MIRROR GUIDE TOUCHSCREEN SOFTWARE
- RASPBERRY PI MAGIC MIRROR GUIDE TOUCHSCREEN CODE
- RASPBERRY PI MAGIC MIRROR GUIDE TOUCHSCREEN TV
Usually, you'll see a wipe off time and a restain time, take note of those. To stain your frame, doublecheck the directions of your stain for drying times. You don't want sawdust to get in the stain. If you have a shop vac, it can be helpful to vacuum the sawdust in the area as well. A sticky lint roller works well, but you can also use a mildly damp paper just make sure to dry the wood immediately.
If you have a large vehicle, you could buy two long boards (84 inches in this case).īefore staining, wipe off all the sawdust you created by sanding your frame. The extra length means plenty of room for mistakes. Two boards measured 36 inches long, and the other two were 48 inches long. In the case of this project, we bought four boards that were three inches wide and one inch thick. The box calls for a similar length to the frame so you can double the amount once again. The wood you purchase needs to be at least that wide, preferably a little wider. Now measure up from the flat surface to determine how thick your monitor is. Next, to determine the width of the wood you need to buy, place your monitor on a flat surface, screen side down. It's best to buy at least a few more inches than you need to account for cut pieces and mistakes. Doubling means 23 inches and 48 inches of wood respectively. For instance, the width of this monitor is 11 and a half inches, and the length is 19 and a half inches. That final number is the total length of wood you will need. Write those down, and double the numbers. How much wood and how wide depends on your monitor (see more in building the frame.) You'll also want something thin like plywood to make the back of the box if you aren't hanging the frame. Wood to build the frame and box: We recommend hardwood like Maple or Walnut at least one inch thick.Add a vapor filter if you're applying polyurethane without ventilation. A ruler or other straight edge (for drawing straight lines).A miter saw (or handsaw and protractor).Sandpaper in 80, 120, and 220 grit (omit 220 if you decide to paint).Wood filler (if staining, get stainable wood filler).The product we linked on Amazon is a generic size, but we had good luck ordering from a local glass supplier. Two-way Glass: Your glass should be a little larger than the dimensions of your monitor.It's also helpful (but not necessary) to remove the frame from the monitor. Something thinner and lighter is better, but this monitor by Sceptre would work. A monitor: Preferably at least 24 inches, and one you don't care about losing.To get started you'll need the following: If you have a friend who owns some, ask if you can borrow them. And remember, you don't have to buy the tools. But because we had everything on hand except the glass and wood, we only spent $140. If you bought every item in the following list, you'd spend around $700. You'll spend about three to five hours actively working on the frame and installing the software.ĭepending on what you already have, this project can either be inexpensive or expensive. The longest parts are passive, like waiting for glue and stain to dry.
RASPBERRY PI MAGIC MIRROR GUIDE TOUCHSCREEN CODE
But even someone with little to no experience with woodworking and code can build this DIY project with a bit of patience in a weekend or two.
RASPBERRY PI MAGIC MIRROR GUIDE TOUCHSCREEN SOFTWARE
The harder parts are creating the frame box, setting up the Raspberry Pi, and then customizing the software to show your preferred information. Installing the software is easy-it requires just one line of code. Once installed, you can customize it to show your calendar, weather, news, and more. Michael and other contributors have created an open-source Magic Mirror platform you can install.
RASPBERRY PI MAGIC MIRROR GUIDE TOUCHSCREEN TV
Inside the box, you'll place one-way glass (often seen on TV in police dramas), a monitor, a Raspberry Pi, and the cables necessary to power your setup. The idea is pretty simple you'll build a frame and box. Smart mirrors have been around awhile, and the most prominent version comes from Michael Teeuw.
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