11-02-2021, 03:50
Hi xxDvDxx,
Found the condition where the issue will happen, and its already fixed.
Despite it was easy to reproduce, hardly I ever would see it. Many thanks for having reported it.
Additionaly to the fix, on next release, the big clock only can be activated, auto or manually (by touching on the upper right side of the screen), after the receiver have passed the initialization sequence. So if someone sets the screen saver (the big clock) to per example 1 minute, the time only starts to count after the receiver have received data from the three main sensors (TWR).
I take the opportunity to say once again, that observing and even measure the time the receiver takes to complete the initialization sequence can give valuable information about the reliability of an installation. When using WeatherDuino transmitters, if that time is great than 1m30s (in good conditions it will be less than 40 seconds), the RF link should be improved, for Auriol users, more than 5 minutes also means difficulties in the RF link.
Found the condition where the issue will happen, and its already fixed.
Despite it was easy to reproduce, hardly I ever would see it. Many thanks for having reported it.
Additionaly to the fix, on next release, the big clock only can be activated, auto or manually (by touching on the upper right side of the screen), after the receiver have passed the initialization sequence. So if someone sets the screen saver (the big clock) to per example 1 minute, the time only starts to count after the receiver have received data from the three main sensors (TWR).
I take the opportunity to say once again, that observing and even measure the time the receiver takes to complete the initialization sequence can give valuable information about the reliability of an installation. When using WeatherDuino transmitters, if that time is great than 1m30s (in good conditions it will be less than 40 seconds), the RF link should be improved, for Auriol users, more than 5 minutes also means difficulties in the RF link.