The number two in the scale value is for 8g mode. If you don't add that, it the values will be wrong.
The scale value has nothing to do with the hitting the limit. When the sensor hits the 8g limit, it starts to flip from -8g to positive 8g value. Don't know why.
The timestep is not always 10ms. Sometimes it is 20 or something else, so I have to save also the timestamp.
If you take the magnitude value, its limit is something around 10,5 g. But if you get the x,y and z value and and calculate the value from that, you can go over that limit(if the x, y or z value don't hit the 8g limit). If the sensors magnitude value hits over 10,5 g, it goes to zero
The results look good. I can get really good data.
Now with this data I can start to build my own "throw" app. Lets see how that will go. I will post results in here.
Espruino is a JavaScript interpreter for low-power Microcontrollers. This site is both a support community for Espruino and a place to share what you are working on.
So I got more data.
The results look good. I can get really good data.
Now with this data I can start to build my own "throw" app. Lets see how that will go. I will post results in here.