void AnalogyDevice::doSave(Settings::Object::State &s) const {
s.saveInteger("AI Count",subdevice[AI].count);
for(size_t i = 0;i < subdevice[AI].count;++i) {
std::ostringstream str;
str << i;
s.saveInteger(str.str()+" AI Active",getChannelActive(AI,i));
s.saveInteger(str.str()+" AI Range",getAnalogRange(AI,i));
s.saveInteger(str.str()+" AI Reference",getAnalogReference(AI,i));
s.saveInteger(str.str()+" AI Units",getAnalogUnits(AI,i));
s.saveDouble(str.str()+" AI Gain",getAnalogGain(AI,i));
s.saveDouble(str.str()+" AI Zero Offset",getAnalogZeroOffset(AI,i));
}
s.saveInteger("AO Count",subdevice[AO].count);
for(size_t i = 0;i < subdevice[AO].count;++i) {
std::ostringstream str;
str << i;
s.saveInteger(str.str()+" AO Active",getChannelActive(AO,i));
s.saveInteger(str.str()+" AO Range",getAnalogRange(AO,i));
s.saveInteger(str.str()+" AO Reference",getAnalogReference(AO,i));
s.saveInteger(str.str()+" AO Units",getAnalogUnits(AO,i));
s.saveDouble(str.str()+" AO Gain",getAnalogGain(AO,i));
s.saveDouble(str.str()+" AO Gain",getAnalogZeroOffset(AO,i));
}
s.saveInteger("DIO Count",subdevice[DIO].count);
for(size_t i = 0;i < subdevice[DIO].count;++i) {
std::ostringstream str;
str << i;
s.saveInteger(str.str()+" DIO Active",getChannelActive(DIO,i));
s.saveInteger(str.str()+" DIO Direction",subdevice[DIO].chan[i].digital.direction);
}
}
// Save Settings
void IScale_DynClamp::Module::doSave(Settings::Object::State &s) const {
if (isMaximized()) s.saveInteger( "Maximized", 1 );
else if (isMinimized()) s.saveInteger( "Minimized", 1 );
QPoint pos = parentWidget()->pos();
s.saveInteger( "X", pos.x() );
s.saveInteger( "Y", pos.y() );
s.saveInteger( "W", width() );
s.saveInteger( "H", height() );
s.saveString( "Protocol", loadedFile.toStdString() );
s.saveInteger( "APD Repol", APDRepol );
s.saveInteger( "Min APD", minAPD );
s.saveInteger( "Stim Window", stimWindow );
s.saveInteger( "Num Trials", numTrials);
s.saveInteger( "Interval Time", intervalTime );
s.saveDouble( "BCL", BCL );
s.saveDouble( "Stim Mag", stimMag );
s.saveDouble( "Stim Length", stimLength );
s.saveDouble( "Cm", Cm );
s.saveDouble( "LJP", LJP );
}