You signed in with another tab or window. Reload to refresh your session.You signed out in another tab or window. Reload to refresh your session.You switched accounts on another tab or window. Reload to refresh your session.Dismiss alert
Hi,
thank you for great piece of code!
i'm trying to flow meter based on popular hall effect flow sensors. The problem is for small flow rates the pulse frequency is pretty slow and thus noisy. Is your library able to handle variables instead of direct analog pin reading?
For example to make an object like that: ResponsiveAnalogRead analog(measured_value, true);
where: measured_value can be any float or integer
What you think about it?
Rgds,
Bogi
The text was updated successfully, but these errors were encountered:
For ints that go negative or floats, currently you can't, but I'm working on a version 2 and I'm planning on adding this ability, hopefully it won't be too much longer but I'm expecting that it's maybe a month away.
Thank you for reply. Positive values only is ok. As I said in the first post i have a flow meter pulse train comming in and i'm averaging calculated flow measurement then i'd like to smooth the result integer. After it is smoothed i can make same math on it to make a float by multiplying/dividing by flow meter callibration factor. Can't wait for your version 2!:)
Hi,
thank you for great piece of code!
i'm trying to flow meter based on popular hall effect flow sensors. The problem is for small flow rates the pulse frequency is pretty slow and thus noisy. Is your library able to handle variables instead of direct analog pin reading?
For example to make an object like that:
ResponsiveAnalogRead analog(measured_value, true);
where: measured_value can be any float or integer
What you think about it?
Rgds,
Bogi
The text was updated successfully, but these errors were encountered: