void DACCalibration::on_saveBut_clicked()
{
QString l_strFileName;
l_strFileName = "ICMCalibration.xml";
QFile *file = new QFile(l_strFileName);
if (!file->open(QIODevice::WriteOnly | QIODevice::Text)) {
return;
}
QXmlStreamWriter objCalibration(file);
objCalibration.setAutoFormatting(true);
objCalibration.writeStartDocument();
objCalibration.writeStartElement("Calibration");
int ICM_Current_Index=ui.ICM->currentIndex();
for (int l_nGainIndex = 0; l_nGainIndex<ui.comboBox->count(); l_nGainIndex++) {
for (int l_nValueIndex = 0; l_nValueIndex<(ui.ICM->count()); l_nValueIndex++) {
if(ui.comboBox->itemText(l_nGainIndex)=="ICM-R")
on_comboBox_currentIndexChanged(0);
if(ui.comboBox->itemText(l_nGainIndex)=="ICM-L")
on_comboBox_currentIndexChanged(1);
if(ui.comboBox->itemText(l_nGainIndex)=="ICM-C")
on_comboBox_currentIndexChanged(2);
objCalibration.writeStartElement(ui.comboBox->itemText(l_nGainIndex));
objCalibration.writeAttribute("Value", ui.ICM->itemText(l_nValueIndex));
qDebug()<<"Value"<<ui.ICM->itemText(l_nValueIndex);
objCalibration.writeAttribute("Slope", QString::number(m_nSlope[l_nGainIndex][l_nValueIndex],'f',10));
qDebug()<<"Gain"<<QString::number(m_nSlope[l_nGainIndex][l_nValueIndex],'f',10);;
objCalibration.writeAttribute("Constant", QString::number(m_nConstant[l_nGainIndex][l_nValueIndex],'f',10));
qDebug()<<"Constant"<<QString::number(m_nConstant[l_nGainIndex][l_nValueIndex],'f',10);
objCalibration.writeStartElement("range");
for (int l_nElementIndex = 0; l_nElementIndex < m_nNoOfSamples; l_nElementIndex++) {
QString xValue="X"+QString::number(l_nElementIndex+1)+"Value";
objCalibration.writeAttribute(xValue, QString::number(XVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex],'f',15));
qDebug()<<"File-XValue:"<<QString::number((XVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex]),'f',15);
QString yValue="Y"+QString::number(l_nElementIndex+1)+"Value";
objCalibration.writeAttribute(yValue, QString::number(YVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex],'f',15));
qDebug()<<"File-YValue:"<<QString::number((YVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex]),'f',15);
}
objCalibration.writeEndElement();
objCalibration.writeEndElement();
}
}
objCalibration.writeEndElement();
objCalibration.writeEndDocument();
file->close();
ui.slope->clear();
ui.constant->clear();
m_objLE_NoOfPoints->clear();
on_comboBox_currentIndexChanged(ICM_Current_Index);
}
void DACCalibration::on_saveBut_clicked()
{
QString l_strFileName;
if(ui.comboBox_3->currentIndex()==0)
l_strFileName = "./HAADC1.xml";
else if(ui.comboBox_3->currentIndex()==1)
l_strFileName = "./HAADC2.xml";
else if(ui.comboBox_3->currentIndex()==4)
l_strFileName = "VIADC1.xml";
QFile *file = new QFile(l_strFileName);
if (!file->open(QIODevice::WriteOnly | QIODevice::Text)) {
return;
}
QXmlStreamWriter objCalibration(file);
objCalibration.setAutoFormatting(true);
objCalibration.writeStartDocument();
objCalibration.writeStartElement("RXCalibration");
if(ui.comboBox_3->currentIndex()==4){
// for(int l_nGainIndex=0;l_nGainIndex<ui.comboBox_2->count();l_nGainIndex++)
for (int l_nValueIndex = 0; l_nValueIndex< ui.comboBox->count(); l_nValueIndex++) {
objCalibration.writeStartElement("VoltageRange");
objCalibration.writeAttribute("Gain", ui.comboBox_2->itemText(0));
qDebug()<<"Gain"<<ui.comboBox_2->itemText(0);
objCalibration.writeAttribute("Value", ui.comboBox->itemText(l_nValueIndex));
qDebug()<<"Value"<<ui.comboBox->itemText(l_nValueIndex);
objCalibration.writeAttribute("Slope", QString::number(m_nRangeSlope[0][l_nValueIndex],'f',5));
qDebug()<<"Slope"<<QString::number(m_nRangeSlope[0][l_nValueIndex],'f',5);;
objCalibration.writeAttribute("Constant", QString::number(m_nRangeConstant[0][l_nValueIndex],'f',5));
qDebug()<<"Constant"<<QString::number(m_nRangeConstant[0][l_nValueIndex],'f',5);
for (int l_nElementIndex = 0; l_nElementIndex < m_nNoOfSamples; l_nElementIndex++) {
objCalibration.writeStartElement("Voltage");
objCalibration.writeAttribute("XVoltage", QString::number(XVoltage[0][l_nValueIndex][l_nElementIndex],'f',5));
qDebug()<<"File-XVoltage:"<<QString::number((XVoltage[0][l_nValueIndex][l_nElementIndex]),'f',5);
objCalibration.writeAttribute("YVoltage", QString::number(YVoltage[0][l_nValueIndex][l_nElementIndex],'f',5));
qDebug()<<"File-YVoltage:"<<QString::number((YVoltage[0][l_nValueIndex][l_nElementIndex]),'f',5);
objCalibration.writeEndElement();
}
objCalibration.writeEndElement();
}
}else{
for(int l_nGainIndex=0;l_nGainIndex<ui.comboBox_2->count();l_nGainIndex++)
for (int l_nValueIndex = 0; l_nValueIndex< ui.comboBox->count(); l_nValueIndex++) {
objCalibration.writeStartElement("VoltageRange");
objCalibration.writeAttribute("Gain", ui.comboBox_2->itemText(l_nGainIndex));
qDebug()<<"Gain"<<ui.comboBox_2->itemText(l_nGainIndex);
objCalibration.writeAttribute("Value", ui.comboBox->itemText(l_nValueIndex));
qDebug()<<"Value"<<ui.comboBox->itemText(l_nValueIndex);
objCalibration.writeAttribute("Slope", QString::number(m_nRangeSlope[l_nGainIndex][l_nValueIndex],'f',5));
qDebug()<<"Slope"<<QString::number(m_nRangeSlope[l_nGainIndex][l_nValueIndex],'f',5);;
objCalibration.writeAttribute("Constant", QString::number(m_nRangeConstant[l_nGainIndex][l_nValueIndex],'f',5));
qDebug()<<"Constant"<<QString::number(m_nRangeConstant[l_nGainIndex][l_nValueIndex],'f',5);
for (int l_nElementIndex = 0; l_nElementIndex < m_nNoOfSamples; l_nElementIndex++) {
objCalibration.writeStartElement("Voltage");
objCalibration.writeAttribute("XVoltage", QString::number(XVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex],'f',5));
qDebug()<<"File-XVoltage:"<<QString::number((XVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex]),'f',5);
objCalibration.writeAttribute("YVoltage", QString::number(YVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex],'f',5));
qDebug()<<"File-YVoltage:"<<QString::number((YVoltage[l_nGainIndex][l_nValueIndex][l_nElementIndex]),'f',5);
objCalibration.writeEndElement();
}
objCalibration.writeEndElement();
}
}
objCalibration.writeEndElement();
objCalibration.writeEndDocument();
file->close();
ui.slope->clear();
ui.constant->clear();
m_objLE_NoOfPoints->clear();
timer->stop();
}