void ProbeAlarm::updateStatus(int value)
{
// Low: Arming point >= Thresh + 1.0f, Trigger point < Thresh
// A low alarm set for 100 enables at 101.0 and goes off at 99.9999...
if (getLowEnabled())
{
if (value >= (getLow() + 1))
Armed[ALARM_IDX_LOW] = true;
else if (value < getLow() && Armed[ALARM_IDX_LOW])
Ringing[ALARM_IDX_LOW] = true;
}
// High: Arming point < Thresh - 1.0f, Trigger point >= Thresh
// A high alarm set for 100 enables at 98.9999... and goes off at 100.0
if (getHighEnabled())
{
if (value < (getHigh() - 1))
Armed[ALARM_IDX_HIGH] = true;
else if (value >= getHigh() && Armed[ALARM_IDX_HIGH])
Ringing[ALARM_IDX_HIGH] = true;
}
if (pid.isLidOpen())
Ringing[ALARM_IDX_LOW] = Ringing[ALARM_IDX_HIGH] = false;
}
void HSV::save() {
std::ofstream o(DIRECTORY + name + FILE_EXTENSION);
std::string content = "";
content += std::to_string((int)getLow()[0]) + ";";
content += std::to_string((int)getLow()[1]) + ";";
content += std::to_string((int)getLow()[2]) + ";";
content += std::to_string((int)getHigh()[0]) + ";";
content += std::to_string((int)getHigh()[1]) + ";";
content += std::to_string((int)getHigh()[2]) + ";";
o << content << std::endl;
}
int MAX::renew()
{
BufIn(GPSBuf);
int i = getPhrase(GPSBuf, GPSPhr);
if(i == 1) return 0; //not renewed
else{
String tempLat = getLat(GPSPhr);
String tempLng = getLong(GPSPhr);
String temphgt = getHigh(GPSPhr);
int a = spellCheck(tempLat);
int b = spellCheck(tempLng);
int c = spellCheck(temphgt);
if(a == 0) {sLatitude = tempLat;}
if(b == 0) sLongitude = tempLng;
if(c == 0) sHeight = temphgt;
int r = StoF();
if(r==0){
count ++;
return 1;
}
else if(r==-1) {return 0;}
}
}
void ThresholdPanel::quietlySetThreshold(int low, int high)
{
if (low != getLow() || high != getHigh()) {
lowSlider->setValue(low);
highSlider->setValue(high);
}
}
void pushDbl(double a){
unsigned int ah, al;
ah=getHigh(a);
al=getLow(a);
push(ah,0);
push(al,'D');
}
void ThresholdPanel::setThreshold(int low, int high)
{
if (low != getLow() || high != getHigh()) {
lowSlider->setValue(low);
highSlider->setValue(high);
emit thresholdChanged(low, high);
}
}
int isNaN(double d){
unsigned int dh = getHigh(d);
unsigned int t=0x7FF00000;
dh&=t;
if(dh == t){
return 1;
}
else return 0;
}
void btAngularLimit::fit(btScalar& angle) const
{
if (m_halfRange > 0.0f)
{
btScalar relativeAngle = btNormalizeAngle(angle - m_center);
if (!btEqual(relativeAngle, m_halfRange))
{
if (relativeAngle > 0.0f)
{
angle = getHigh();
}
else
{
angle = getLow();
}
}
}
}
void readIn( int argc, char * argv[] ){
int filesRead = 0;
hashTable ** tables = malloc( sizeof( hashTable * ) * argc -1 );
wordCounter *** top20s = malloc( sizeof( wordCounter** ) * argc - 1 );
for( int i = 1; i < argc; i++ ){
fprintf( stderr, "\nThe file is: %s\n", argv[ i ] );
int file = open( argv[ i ], O_RDONLY );
hashTable * tab = createHashTable( TABLESIZE );
tables[ i ] = tab;
if( file == -1 ){
fprintf( stderr, "%s could not be opened\n", argv[ i ] );
exit( -1 );
}
processFile( file, tables[ i ], argv[ i ] );
close( file );
filesRead++;
top20s[ i ] = getTop20( tables[ i ] );
for( int j = 0; j < 20; j++ ){
fprintf( stderr, "%s : %d\n", top20s[ i ][ j ]->word, top20s[ i ][ j ]->count );
}
}
if( argc > 2 ){
wordCounter ** finalArr = top20s[ 1 ];
for( int e = 2; e < argc; e++ ){
fprintf( stderr, "Intersecting finalArr and %d\n", e );
finalArr = intersect( finalArr, top20s[ e ] );
}
getHigh( finalArr );
}
// printTable( final );
// printTable( tables[ 1 ] );
printf( "\n# of files read %d\n", filesRead );
}
int NESNumber::toInt() const {
return getHigh();
}
bool NESNumber::operator == (const NESNumber& other) const {
return (getHigh() == other.getHigh()) && (getLow() == other.getLow());
}
bool NESNumber::operator > (const NESNumber& other) const {
// If the high bits are >, then return that.
// If not, the high bits have to be equal and the low bits > to be >.
return getHigh() > other.getHigh() ||
((getHigh() == other.getHigh()) && (getLow() > other.getLow()));
}
NESNumber NESNumber::operator-() const {
return NESNumber(-getHigh(), getLow());
}
double UInt64::toNumber()
{
return (getHigh() * 4294967296) + low;
}
void ThresholdPanel::setLow(int low) {
lowSlider->setValue(low);
emit thresholdChanged(getLow(), getHigh());
}
void ThresholdPanel::setHigh(int high)
{
highSlider->setValue(high);
emit thresholdChanged(getLow(), getHigh());
}
void ThresholdPanel::refreshThreshold()
{
emit thresholdChanged(getLow(), getHigh());
}
