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First of all, thanks for your amazing work. I have been testing the light sensor, and it works fantastic in general, but I have noticed, that in low light conditions, the sensor is somewhat unstable and the backlight changes constantly, making it uncomfortable. Maybe a debounce algorythm can be implemented to prevent this? Thanks!
The text was updated successfully, but these errors were encountered:
Implementing some inertia in the light output is a good idea. I'm not sure
exactly what algorithm is needed here, and I don't have time to work on it
right now. If anyone wants to give it a whirl, go ahead.
peter
On 11/03/2015 06:02 PM, jualvarez wrote:
First of all, thanks for your amazing work. I have been testing the light
sensor, and it works fantastic in general, but I have noticed, that in low
light conditions, the sensor is somewhat unstable and the backlight changes
constantly, making it uncomfortable. Maybe a debounce algorythm can be
implemented to prevent this? Thanks!
—
Reply to this email directly or view it on GitHub #45.
First of all, thanks for your amazing work. I have been testing the light sensor, and it works fantastic in general, but I have noticed, that in low light conditions, the sensor is somewhat unstable and the backlight changes constantly, making it uncomfortable. Maybe a debounce algorythm can be implemented to prevent this? Thanks!
The text was updated successfully, but these errors were encountered: