This could provide an interesting way to interact with a wifi-connected book. A reader could send a tweet to change the color of LEDs in the book or scan a QR code to achieve the same effect, by triggering a Maker Event (also set up in IFTTT). While I'd already figured out how to do this with my own Tweets, I now know how to allow other peoples' tweets to interact with my Photon. My next step is to add code to the program so that a musical function is called in response to data received on a light sensor.
This blog is a place where I write about tools and ideas related to teaching, technology, and making.
Monday, November 7, 2016
Interactive NeoPixels with Photon and Twitter (#IoT)
Today, I spent time experimenting with code and playing around with If Then Than That (IFTTT), which recently changed its set-up. My goal was to start merging programs on my Photon. So far, I've got a servo and NeoPixels running in one program, but I'd still like to add in code for a buzzer and LEDs that will be triggered by a light sensor.
My most exciting breakthrough was figuring out how to use IFTTT's "New Tweet From Search" feature, which makes it possible to trigger a web request by filtering a search in Twitter. In the case of my experiment, I created Applets, formerly referred to by IFTTT to as recipes, that can control the colors of NeoPixels connected to my Photon, in much the same way that CheerLights work!
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This could provide an interesting way to interact with a wifi-connected book. A reader could send a tweet to change the color of LEDs in the book or scan a QR code to achieve the same effect, by triggering a Maker Event (also set up in IFTTT). While I'd already figured out how to do this with my own Tweets, I now know how to allow other peoples' tweets to interact with my Photon. My next step is to add code to the program so that a musical function is called in response to data received on a light sensor.
This could provide an interesting way to interact with a wifi-connected book. A reader could send a tweet to change the color of LEDs in the book or scan a QR code to achieve the same effect, by triggering a Maker Event (also set up in IFTTT). While I'd already figured out how to do this with my own Tweets, I now know how to allow other peoples' tweets to interact with my Photon. My next step is to add code to the program so that a musical function is called in response to data received on a light sensor.
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