Does the current implementation of the inizializer
CheapStepper (int in1, int in2, int in3, int in4);
work? I've found that the pins mode was not changed when declaring the stepper before the setup using it.
I'm in a hurry so I just added a begin() method that does the same as in CheapStepper() in the setup and that fixed the problem.
I hope I'm making sense and not mistaking the purpose of the library.
Just tried it with my version and i'm having the same issue, no matter what pins I declare for the motor driver it always defaults to 8 through 11 meaning only one driver board can be connected at once
Does the current implementation of the inizializer
CheapStepper (int in1, int in2, int in3, int in4);
work? I've found that the pins mode was not changed when declaring the stepper before the setup using it. I'm in a hurry so I just added a begin() method that does the same as in CheapStepper() in the setup and that fixed the problem. I hope I'm making sense and not mistaking the purpose of the library.