Arduino for STM32

look that code works well for me , of course it tracks the encoder movements 100% accurately... no missed ticks at all... no matter what u do in normal sketch code... maybe u miss to show a change but the changes are always tracked... just how it must be. THE PROBLEM: the internal counter goes from ...

Hi

this is my actual code about this...

test it MAYBE it can give u some info...

playing more u can even work without attachedinterrupts... #include "HardwareTimer.h" HardwareTimer MyTimer(1); float units=0.0; float incre=0.5; float min = -4; float max = 3.5; float start =-2.0; int range =4*(max-min)/incre; void setup() { //timer 1 pins pinMode(PA8 , INPUT_PULLUP); pin...

playing with the code I solved the initial problem... it just need a Refresh()... not A simple code like this works very good... #include "HardwareTimer.h" HardwareTimer timer(4);//PB6 and PB7 float units=0.0; float incre=0.1; void func(){ if (timer.getDirection()) {units-=incre;} else {un...

ok thanks... well I do my own rotary lib long ago... https://drive.google.com/file/d/1iWFBESSnNUVetBf4_aRP_08X7BlsiRg5/view?usp=share_link ... and this is the way u setup it... #include <RotaryEncoder.h> float maxMark = 12.0; float minMark = 0.0; float incMark = 0.25; #define Enc_CLK PB8 #define Enc...

Thanks!!! just works for me like a charm initially using "stepsPerNotch = 4" will look for a way to setup it using: - a float increment - low and high limits thanks! PD: Maybe it will be a great addition to setup what to do with the button on Press, PRessAfter, Release, etc etc In the same...

HI Im playing with the included example about hardware timer as encoder .. location is: "Sketchbook\Hardware\Arduino_STM32-master\STM32F1\libraries\A_STM32_Examples\examples\Sensors\HardTimerAsEncoder" I use this small code mod to show the issue: #include "HardwareTimer.h" Hardwa...

Im waiting for the units BUT yes I know that it is supposed that they will NOT give the required res. BUT what if they give a basic position/correction start point and the rest can be done by micro-step count? I already have control over micro step or 1/2 step mode on my board so I can slew the tele...

at this moment Im not looking for something not just for throttle, these units are very good and deserve more research. I mean they can be as good to use as a measurement angle for a telescope.

thanks Im aware of that and yes it is very probable that they include the wrong magnet. Thats why the expensive 14bit one does not include one I suppose.