@@tsbrownie Thanks. Related to the video, unfortunately it seems the Blynk IoT app decided they should rewrite the GPIO interface, so it makes it incompatible with the GPIO library. -.-
Awesome video, clear and informative! One quick question: how is it that your callback is executed upon turning off the diode when you set the event trigger to detect GPIO.RISING only?
I'm not sure I understand your question. The digital signal goes up, then flat, then down. You can trigger on up, or down, or both. I chose "up", rising. Both would give me 2 triggers per event. Down should also work.
This is very helpful. Thank you!!
Very good. Going to use that desentive method as well for my use.
I like your rain / snow vids.
@@tsbrownie Thanks.
Related to the video, unfortunately it seems the Blynk IoT app decided they should rewrite the GPIO interface, so it makes it incompatible with the GPIO library. -.-
Awesome video, clear and informative!
One quick question: how is it that your callback is executed upon turning off the diode when you set the event trigger to detect GPIO.RISING only?
I'm not sure I understand your question. The digital signal goes up, then flat, then down. You can trigger on up, or down, or both. I chose "up", rising. Both would give me 2 triggers per event. Down should also work.
@@tsbrownie oh I was under the impression that the voltage on the pin would remain at high for as long as the emitter was on