Feel free to substitute as needed, based on your preference. For example you can use a different size glass mirror, a larger Fire tablet, or go frameless if you like. Here is an example of the material you will need. For more information on pricing please see pricing What do you need to build a smart mirror?
Magic mirror app trial#
Premium subscription includes a free trial period. There are also specialized widgets like showing health data from Apple Health or your Fitbit – steps, heart-rate, sleep, nutrition and more that are part of the premium subscription. Most of the basic widgets that you would use on your Magic Mirror – like weather, clock, quotes, news, etc are absolutely FREE. If (text = "SHOW" || text = "NEWS" || text = "DETAIL")Īwait EnsureOnUI(() => ()) Įlse if (text = "HIDE" || text = "CLOSE" || text = "WEATHER" || text = "TIME" || text = "BACK" || text = "ESCAPE")Īwait EnsureOnUI(() => that you selected – like your calendar, clock, weather, steps, sleep, news, health, reminders, nutrition, backgrounds, quotes, notes and more are displayed on your Magic Mirror. if ( = SpeechRecognitionResultStatus.Success)
Magic mirror app update#
When the result is generated, I check the recognized text and update my viewmodel to start the animation. Log.w("SR Failed ", compilationResult.Status) If (compilationResult.Status = SpeechRecognitionResultStatus.Success)Īwait () start recogition session if successful SpeechRecognitionCompilationResult compilationResult = await recognizer.CompileConstraintsAsync() Recognizer.StateChanged += RecognizerStateChanged (new SpeechRecognitionListConstraint(new string
I just create a SpeechRecognizer with a list constraint and start a continuous recognition session. After a bit of research I just ordered a piece of SGG MIRASTAR from my local glazier's workshop. You need to get you a piece of observation mirror, in my case that seriously was the hardest part, you can't imagine what people asking you when you want to buy an observation mirror. You need to dissamble your monitor case to get the panel as near as possible to the mirror. Also the monitor should got good black level to get a nice mirror effect. I used a 24" IIyama Monitor, it is really important that the monitor got it's ports faceing downwards or to the sides not to the back (if sitting in front of it) this will keep the depth of the case to a minimum. At least a little bit of wood working skills.Enough wood (that depends on your observation mirror size).1x RaspberryPI 2 or better running Windows IoT.
After 1 day of work I came up with this and it feels pretty neat. Then I came up with the idea of speech recognition and decided to rewrite the whole UI for Windows IoT core. There was no way for me to create some buttons on the side of the mirror or what so ever, I personally dont like it and think they are ugly. So I came up with the idea that I need to display the contents of my favorite news, when the title tells me I need to read them. I was really excited of how well the result turned out, but for the last couple of weeks i felt that there has to be more about my mirror. I decided to create a MagicMirror for personal use about 4 month ago when I saw this brilliant work from Michael Teeuw ( )
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