/*--------------------------------------------*/
void Calibrate_Class::calibrate()
{
if(utils->noCVArray[potCalibrating] == true)
{
setNoCV(potCalibrating);
nextPot();
return;
}
utils->multiplexInCVs();
if(utils->cvInVals[potCalibrating] < 255)
{
if(cvDpotVals[potCalibrating] < 3) cvDpotVals[potCalibrating] = 0;
else cvDpotVals[potCalibrating] -= 3;
utils->writeCVDpot(potCalibrating, cvDpotVals[potCalibrating]);
if(dpotVal == 0 || cvDpotVals[potCalibrating] == 0) nextPot();
}
else
{
nextPot();
}
}
void PerfMon::drawGraph(QPainter *painter)
{
painter->save();
for(int i = 0;i<m_nChannelCount;i++)
{
// check to see if there's a need to draw specified data channel
if(!m_visibleVec.at(i))
{
continue ;
}
// customize specified channel's graph color
painter->setPen(QPen(m_clrVec.at(i)));
QVector<qreal> dataVec = m_dataVec[i];
QVector<QPointF> potVec;
qreal startX = width();
for(int j = 0;j < dataVec.count();j++)
{
qreal yValue = dataVec.at(j);
qreal y = yValue*((qreal)height()/100);
QPointF pot(startX,height()-y);
//
if(j<(dataVec.count()-1))
{
qreal yNextValue=dataVec.at(j+1);
qreal yNext=yNextValue*((qreal)height()/100);
QPointF nextPot(startX-m_nIncrement,height()-yNext);
potVec.push_back(nextPot);
}
//
startX-=m_nIncrement;
//
potVec.push_back(pot);
}
painter->drawLines(potVec);
}
painter->restore();
}
