int checkData(int input) {
if(buffer[loopCheck(counter-2,4)] < buffer[loopCheck(counter-1,4)] && buffer[loopCheck(counter-1,4)] > buffer[loopCheck(counter,4)]) {
peaks[loopCheck(peakcounter,30)] = buffer[loopCheck(counter-1,4)];
if(peaks[loopCheck(peakcounter,30)] > threshold1){
Rpeaks[loopCheck(rpeakcounter,30)] = peaks[loopCheck(peakcounter,30)];
calculateRR();
pulse = (1/RR)*60;
if(RR_low < RR && RR < RR_high){
storeRPeakOK(rpeakcounter);
misscounter = 0;
}else{
misscounter++;
if(RR > RR_miss){
searchBack();
}
displayData(peaks[loopCheck(peakcounter,30)], pulse, (int)currentTime);
}
rpeakcounter++;
lastEvent = currentTime;
}
else{
setNPKF(peaks[loopCheck(peakcounter-1,30)]);
setThreshold1();
setThreshold2();
}
peakcounter++;
}
return 0;
}
void storeRPeak(int count){
RRpeaks[loopCheck(rrpeakcounter, 9)] = RR;
RR_average1 = RRAverageUpdate(RRpeaks);
setSPKF(Rpeaks[loopCheck(count,30)]);
RRUpdate();
setThreshold1();
setThreshold2();
rrpeakcounter++;
}
void CannyFilterPass::setParameters(double threshold1, double threshold2, int apertureSize)
{
setThreshold1(threshold1);
setThreshold2(threshold2);
setApertureSize(apertureSize);
}
