Scaled IR readings by 10^5 so also changed thresholds. Implemented and tested LED multiplexing Working on a new turning scheme involving IR readings

Dependencies:   QEI RemoteIR mbed

Fork of encoder_v2 by Micromouse 18

main.cpp

Committer:
kensterino
Date:
2017-12-09
Revision:
18:14bf07a27998
Parent:
10:707e542688dc

File content as of revision 18:14bf07a27998:

/*
#include "mbed.h"
Serial pc (PA_2, PA_3);
/*
#include "QEI.h"
Serial pc (PA_2, PA_3); //serial comm enabled on pins pa_2 and pa_3
QEI encoder_Right(PB_3, PA_15, NC, 360, QEI::X4_ENCODING);
QEI encoder_Left(PA_1, PC_4, NC, 360, QEI::X4_ENCODING);   //forward increases pulses
PwmOut m_Right_B(PC_7);
PwmOut m_Right_F(PB_10);
PwmOut m_Left_F(PA_7); 
PwmOut m_Left_B(PB_6); 
*/

//IRR = IR Reciver
/*AnalogIn RS_IRR(PA_0); //Right Side 
AnalogIn RF_IRR(PA_4); //Right Front
AnalogIn LF_IRR(PC_1); //Left Front
AnalogIn LS_IRR(PC_0); //Left Side

//IRE = IR Emitter
DigitalOut RS_IRE(PC_10); //Right Side
DigitalOut RF_IRE(PC_11); //Right Front
DigitalOut LF_IRE(PB_0); //Left Front
DigitalOut LS_IRE(PB_7); //Left Side 
*/
//QEI functions
/*
void    reset (void)
    Reset the encoder.
int     getCurrentState (void)
    Read the state of the encoder.
int     getPulses (void)
    Read the number of pulses recorded by the encoder.
int     getRevolutions (void)
    Read the number of revolutions recorded by the encoder on the index channel.
*/

/*
int main()
{
    while(1)
    {
        LS_IRE.write(1);
        float value = LS_IRR.read();
        printf("IR Led: %f", value);
        wait(100);
        LS_IRE.write(0);    
    }
}
*/