#Magic mirror pi how toWhile my pre-production kits didn’t include it, the retail version should have a copy of the “MagPi Essentials AIY Projects” book written by Lucy Hattersley on how to use the Voice Kit with your Raspberry Pi. Since it was somewhat fiddly to get that assembled the first time around, this is an improvement.īut other than that, things went together much as before. The only component swap was the arcade button, gone was the separate lamp, holder, microswitch and button - all four components have been replaced by a single button with everything integrated. The box might be a bit thinner, but otherwise things look much the same. The new AIY Voice Kit comes comes in a box very similar to the original kit distributed with the Mag Pi magazine. Opening the BoxĪhead of the new Voice Kit hitting the shelves at the weekend I managed to get my hands on a few pre-production kits. Leaving the frame to dry overnight we move onto the guts of the build. If you want to do likewise, but don’t have access to a laser cutter, you can now actually order pre-sized and cut plywood on Amazon if you don’t want to source a sheet and cut it to size yourself. Not strictly necessary, but it makes things neater. The backing plywood sheet will be used to close up the build once everything is inside. I also cut a backing 32cm×32cm plywood sheet using a laser cutter and stained it with the same black wood stain. I also made sure to leave a cut out on one of the sides so that I could thread power (and other) cables through cleanly.Īfterwards I stained the fresh wood using a black wood stain to match the existing box frame. If you’re not entirely sure what you’re doing it’s often easier to start with something pre-built, and then go ahead and then modify it to your own purposes than it is to start entirely from scratch. If you’re unsure about your carpentry skills, put your enclosure together first before ordering the two-way acrylic and then you can order the exact size you need to fit your enclosure. However it’s actually pretty easy to get your hands on, you can order it in custom sizes online in the United States and in the United Kingdom and it’ll arrive in a few days pre-cut and ready. While you might have pretty much everything else to hand, unless you’re in an interesting line of work, you won’t have any two-way acrylic. You’ll need a small Philips “00” watch maker’s screwdriver, a craft knife, scissors, a set of small wire snips, black electrical tape, a saw, mitre block, speed square, and possibly some Sugru and a spudger if you’re feeling ambitious. This project has more woodworking than electronics. But I figured I could embed it in one corner of the frame of a larger mirror, and then use it for status messages and other notifications. Now 7 inches is probably a little too small, that’s perhaps more of a shaving mirror than a magic mirror. Since I had a spare Raspberry Pi 7-inch touch screen sitting on the shelf in my lab I decided to build the mirror around that. A small mirror, and a smaller screen to go with it. However considering my limited woodworking skills I was after something a bit more modest, best to start small. #Magic mirror pi fullThe completed Magic Mirror along with my previous Google AIY Project Voice Kit builds.Ī lot of Magic Mirror builds are complicated, they use a full sized LCD flat panel monitor, and require a lot of wood working skills. If only because the Voice Kit seems to be the way to control a mirror in a way that really does seem like ‘magic.’ However with the new Voice Kits arriving on shelves at Micro Center over the weekend I’ve been thinking about other possible projects, builds that I always wanted to do but never got around to doing, and the one that immediately sprung to mind when thinking about the Voice Kit was a Magic Mirror. Inspired by the 1986 Google Pi Intercom build put together Martin Mander, I even built my own retro-computing enclosure around the Voice Kit using an iconic GPO 746 Rotary Telephone. I’ve been playing around with the Voice Kit ever since. #Magic mirror pi seriesThe final post in the series looks at integrating the Voice and Vision Kits together to build a mirror that recognises when you’re looking at it.īack at the end of August, just ahead of the pre-order availability of the new Google AIY Project Voice Kit, I finally decided to take the kit I’d managed to pick up with issue 57 of the MagPi out of its box and put it together. This first post in the series shows how to put the mirror together, while the second post in the series looks at how to use Machine Learning locally on the device to do custom hotword recognition without using the cloud. This the first post in a series of three posts building a simple voice controlled Magic Mirror. Machine Learning imprisoned behind a sheet of glass
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