int main() {
configurePin(GPIO_MODE_OUTPUT,PIN_14,PORTG);
configurePin(GPIO_MODE_OUTPUT,PIN_13,PORTG);
//configurePin(GPIO_MODE_OUTPUT,PIN_5,PORTC);
//configurePin(GPIO_MODE_OUTPUT,PIN_13,PORTB);
configureIntPin(GPIO_MODE_INPUT,PIN_0,PORTA);
int realSignal;
int inputSignal;
while(1) {
realSignal = PORTA->IDR;
inputSignal = filterSignal(PORTA->IDR);
if( inputSignal != 1 ) {
//writeOutHigh(PORTG,14);
writeSet(PORTG,14);
writeReset(PORTG,13);
//writeOutLow(PORTG,13);
} else {
//writeOutHigh(PORTG,13);
//writeOutLow(PORTG,14);
writeSet(PORTG,13);
writeReset(PORTG,14);
}
}
/*
delay(100000);
writeOutHigh(PORTG,14);
writeOutLow(PORTG,13);
writeOutLow(PORTC,5);
writeOutLow(PORTB,13);
//writeOne(GPIO_PIN_14,GPIOG);
//writeZero(GPIO_PIN_13,GPIOG);
//writeZero(GPIO_PIN_5,GPIOC);
//writeZero(GPIO_PIN_13,GPIOB);
delay(100000);
writeOutLow(PORTG,14);
writeOutHigh(PORTG,13);
writeOutHigh(PORTC,5);
writeOutHigh(PORTB,13);
//writeZero(GPIO_PIN_14,GPIOG);
//writeOne(GPIO_PIN_13,GPIOG);
//writeOne(GPIO_PIN_5,GPIOC);
//writeOne(GPIO_PIN_13,GPIOB);
*/
}
/*
* Wrapper functions for filtering and for ksv f0 analysis
*
* all other analyses come with a 'computeXYZ' functions with identical
* signatures but for various reasons these two do not. These function provide
* wrappers.
*/
DOBJ *
computeFilter(DOBJ * inpDOp, AOPTS * anaOpts, DOBJ * outDOp)
{
int FILE_IN,
FILE_OUT,
CREATED;
DOBJ *filtDOp = NULL;
if (inpDOp == NULL || anaOpts == NULL || outDOp != NULL) {
setAsspMsg(AEB_BAD_ARGS, "computeFilter");
return (NULL);
}
FILE_IN = FILE_OUT = CREATED = FALSE;
/*
* check input object
*/
if (inpDOp->fp != NULL) {
if (inpDOp->numRecords <= 0) {
setAsspMsg(AEF_EMPTY, inpDOp->filePath);
return (NULL);
}
FILE_IN = TRUE;
} else if (anaOpts == NULL ||
(anaOpts != NULL && !(anaOpts->options & AOPT_INIT_ONLY))) {
if (inpDOp->dataBuffer == NULL || inpDOp->bufNumRecs <= 0) {
setAsspMsg(AED_NO_DATA, "(computeFilter)");
return (NULL);
}
}
filtDOp = createFilter(inpDOp, anaOpts);
if (filtDOp == NULL) {
return (NULL);
}
if ((outDOp = filterSignal(inpDOp, filtDOp, outDOp)) == NULL) {
return (NULL);
}
filtDOp = destroyFilter(filtDOp);
return (outDOp);
}
void TestCase1(){
DFT(s3, s3FR, s3FI, 4);
filterSignal(s1, s2, f1, 8, 3);
TestREstimate();
}
void trimMeanFilt( std::vector<float>& input, std::vector<float>& output, int windowSize)
{
filterSignal(input, output, windowSize, trimMean);
}
void movingAverage( std::vector<float>& input, std::vector<float>& output, int windowSize)
{
filterSignal(input, output, windowSize, average);
}
void medfilt( std::vector<float>& input,
std::vector<float>& output, int windowSize)
{
filterSignal(input, output, windowSize, median);
}
