- Mon Nov 06, 2017 5:40 pm
#71595
thx for the quick reply, been off line for a while. sounds like a good solution however it didn't work. i'm too much of a noob to 'tinker with library' so i added a work around to the sketch that i thought might do the trick...
//Turn off the RGBLED
rgbLed.writeRGB(1024,1024,1024);
printRgbValues();
delay(delayMs);
it makes sense that it doesn't work, since:
//Turn off the RGBLED
rgbLed.writeRGB(HIGH,HIGH,HIGH);
printRgbValues();
delay(delayMs);
the agnostic version, did not turn off the RGBLED either...
Any other ideas? seems simple enough, turn off an RGB LED... I do think you are correct however that the secret is in the library since i was able to 'blink' the rgb in a simpler sketch without a library, but i really want the random color generator that the library offers along with rgb values generated for my experiment
//Turn off the RGBLED
rgbLed.writeRGB(1024,1024,1024);
printRgbValues();
delay(delayMs);
it makes sense that it doesn't work, since:
//Turn off the RGBLED
rgbLed.writeRGB(HIGH,HIGH,HIGH);
printRgbValues();
delay(delayMs);
the agnostic version, did not turn off the RGBLED either...
Any other ideas? seems simple enough, turn off an RGB LED... I do think you are correct however that the secret is in the library since i was able to 'blink' the rgb in a simpler sketch without a library, but i really want the random color generator that the library offers along with rgb values generated for my experiment
