File content as of revision 6:1f29b4f65251:

#include "mbed.h"
//#include "FastPWM.h"
#include "tsi_sensor.h"

#define V1_CLOSE  D2
#define V1_OPEN   D3
#define V2_CLOSE  D4
#define V2_OPEN   D5
#define V3_CLOSE  A2
#define V3_OPEN   A3
#define V4_CLOSE  D8
#define V4_OPEN   D9
#define EXTERNAL1_td PTC2
#define EXTERNAL2_td PTB1

//#define TSI_A PTB16
//#define TSI_B PTB17

Ticker flipper;
//PwmOut v1open(V1_OPEN);
//PwmOut v1close(V1_CLOSE);
//TSIAnalogSlider slider(TSI_A, TSI_B, 100);

DigitalOut v2open(V2_OPEN);
DigitalOut v2close(V2_CLOSE);
DigitalOut v1open(V1_OPEN);
DigitalOut v1close(V1_CLOSE);

AnalogIn ain1_td(EXTERNAL1_td);
AnalogIn ain2_td(EXTERNAL2_td);

//void flip() {
   // v1open = !v1open;
//}

int main() {
    
    //flipper.attach(&flip, 2); // the address of the function to be attached (flip) and the interval (2 seconds)
    // spin in a main loop. flipper will interrupt it to call flip
    
    while (true){
    v1open = 0;
    v1close =1;
    v2open = 0;
    v2close =1;
            //Front balloon settings
            while (ain1_td.read()>0.001) {
                v1open = !v1open; //Inflation;
                v1close = !v1close; 
                wait(0.025); //Inflation time;
                v1close = !v1close;//Deflation;
                v1open = !v1open;
                wait(ain1_td.read()); //Defines frequency(reads the frequency settings for front balloon defined in LabVIEW);
            } 
            //Back balloon settings
            while (ain2_td.read()>0.001) {
                v2open = !v2open;//Inflation;
                v2close = !v2close;
                wait(0.025); //Inflation time;
                v2close = !v2close;//Deflation;
                v2open = !v2open;
                wait(ain2_td.read());//Defines frequency(reads the frequency settings for back balloon defined in LabVIEW);
            } 
    }
}