bool SynchroObserver::observe(map<string,Group3D*> g3D,map<string,Group2D*> g2D,map<string,Group1D*> g1D, map<string,GroupSwitch*> gs)
{
bool res = false;
vector<int>::iterator nit = _timeDoneObserver.begin();
vector<float>::iterator thit = _thresholds.begin();
for(vector<Observer*>::iterator oit = _observers.begin();oit != _observers.end();oit++){
int count = 0;
(*oit)->observe(g3D,g2D,g1D,gs);
map<string,float> probas = (*oit)->getProbabilities();
for(map<string,float>::iterator pit = probas.begin();pit != probas.end();pit++){
if(pit->second > *thit) count++;
}
res = res || (count >= *nit);
nit++;
thit++;
}
if(res){
updateProbability("0",1.0);
_lastProbaOne = _timestamp;
}
else{
if(_timestamp - _lastProbaOne > _timeToSwitch)
updateProbability("0",0.0);
else
updateProbability("0",1.0);
}
return true;
}
void BinomialDistTab::on_nSpinBox_valueChanged(int n) {
binPlotter->setN(n);
binPlotter->setXMax(n);
binPlotter->setXMin(-1);
binPlotter->update();
kminSpinBox->setMaximum(n);
kmaxSpinBox->setMaximum(n);
updateProbability();
}
void BinomialDistTab::on_kmaxSpinBox_valueChanged(int) {
if(kminSpinBox->value() > kmaxSpinBox->value() || joinCheckBox->isChecked())
kminSpinBox->setValue(kmaxSpinBox->value());
binPlotter->setKMax(kmaxSpinBox->value());
updateProbability();
binPlotter->update();
}
void BinomialDistTab::on_pDSpinBox_valueChanged(double p) {
binPlotter->setP(p);
updateProbability();
binPlotter->update();
}
BinomialDistTab::BinomialDistTab(QWidget* parent) : QWidget(parent) {
setupUi(this);
binPlotter->setOptions(// Plotter::ZoomFixHorizontal |
Plotter::AutoTicksX | Plotter::AutoTicksY);
updateProbability();
}