stepper.read can return the angle in fractions ( e.g. 1/10° )
Hi all
I'm developing a new Version of the MobaTools library. The Beta Version of V2.5 is available on GitHub.
If there is anyone who would like to support the development of MobaTools, I would be happy if they would do a little bit testing of this version. It's always good, if not only the developer checks before releasing
The new features / bugfixes are:
Nano Every is supported now
ESP32 boardmanager V2.x is supprted and can be used with MobaTools
setting the stepper speed to 0 is allowed. The stepper is stopped ( with deceleration ) without loosing the actual target position. If the speed is set to a value >0 again the movement to this target position will continue. You can also change the target position during standstill.
Reading the actual speed of the stepper now returns a signed value to indicate actual direction of movement. Values >0 means forward ( the actual position is increasing ). Whether this is CW or CCW depends on the wiring and is unknown by the library.
automatic disabling of the stepper coils during standstill is supported for unipolar steppers with 4 output pins. All outputs are set to 0 with no movement. This also works when controlling the steppers via a shift register (SPI ).
a new method .setSpeedTime( time_ms ) to define the moving speed of a servo. The parameter is the time ( in ms) the servo needs to move from 0° to 180°.
Yes. I know there are members in the category 'deutsch' that use the MobaTools library, but are never active in the english part of the forum. And there is MobaTools documentation in German and English, which might be proofread.
OK, I will download it an try it out when I have time. I really do like the stepper portion (have not really tried the other parts, but will when need arises).
There is now a first beta for version 2.6
The main enhancement is the support of the UNO R4 ( Minima and WiFi ).
If anyone is already using these boards and would like to try out the MobaTools, I would be interested in the results
There is another small extension for reading the angle position with stepper.read(). By specifying a parameter, the result can also be determined in fractions - e.g. in 1/10° (similar to stepper.write()).