File content as of revision 8:4dd59b6f4e92:

// -------------------- Motor ---------------------------
#ifdef MOTOR_H
#else
#define MOTOR_H

#include "mbed.h"

typedef enum MotorStateList {   // Define Motor States for the State Machine
    Motor_IDLE = 0,
    Motor_RUN,
    Motor_PAUSE,
    Motor_ZERO,
    Motor_CALIB
    } MotorState;
    
typedef enum MotorCommandList { // Define Motor State Machine Commands
    MOTOR_nop = 0,
    MOTOR_start,
    MOTOR_pause,
    MOTOR_restart,
    MOTOR_stop,
    MOTOR_zero
    } MotorCommand;

typedef enum MotorDirectionList { // Define Motor Clockwise or Anticlockwise
    CLOCKWISE = 0,
    COUNTERCLOCKWISE
    } MotorDir;
    
class Motor {
    
    MotorState state;
    MotorCommand command;
    MotorDir direction;

    
    public:
 
    
    Motor(PinName _MPh0, PinName _MPh1, PinName _MPh2, PinName _MPh3, uint32_t TickTime);
    void RunSteps(MotorDir direction, uint32_t steps);
    void RunDegrees(MotorDir direction, float steps);
   void RunInfinite(MotorDir direction);
    void SetDirection(MotorDir dir);
    void TestMotor();
    void RunMotor();
    
    void Start();
    void Stop();
    void Pause();
    void Restart();
    void SetZero();
    
    MotorStateList getState();
   
    private:
    void StopMotor();
    void StartMotor();
    void SetCommand(MotorCommand cmd);
    void LeftMotor();
    void RightMotor();
    void ProcessMotorStateMachine();

    DigitalOut *MPh0, *MPh1, *MPh2, *MPh3;
    
    int MotorIndex;    // --- Motor Variable
   
   bool init;
    Ticker  MotorSystemTick;    // System Callback for Motor
    timestamp_t MotorStepTime;  // Time in µs for one motor step
    uint32_t    MotorFullTurn;  // Number of step for a complete turn
 //   uint32_t    NumWires;       // Number of Wires
    int32_t    NumSteps;       // Number of Steps = NumWire * MotorFullTurn

};

#endif