void InstrumentVisualizer::update_()
{
name_->setText(temp_.getName().c_str());
vendor_->setText(temp_.getVendor().c_str());
model_->setText(temp_.getModel().c_str());
customizations_->setText(temp_.getCustomizations().c_str());
if (!isEditable())
{
fillComboBox_(ion_optics_, &temp_.NamesOfIonOpticsType[temp_.getIonOptics()], 1);
}
else
{
fillComboBox_(ion_optics_, temp_.NamesOfIonOpticsType, Instrument::SIZE_OF_IONOPTICSTYPE);
}
}
void ModificationVisualizer::update_()
{
if (!isEditable())
{
fillComboBox_(modificationspecificity_, &temp_.NamesOfSpecificityType[temp_.getSpecificityType()], 1);
}
else
{
fillComboBox_(modificationspecificity_, temp_.NamesOfSpecificityType, Modification::SIZE_OF_SPECIFICITYTYPE);
modificationspecificity_->setCurrentIndex(temp_.getSpecificityType());
}
treatmenttype_->setText(temp_.getType().c_str());
treatmenttype_->setReadOnly(true);
treatmentcomment_->setText(temp_.getComment().c_str());
modificationname_->setText(temp_.getReagentName().c_str());
modificationmass_->setText(String(temp_.getMass()).c_str());
modificationAA_->setText(temp_.getAffectedAminoAcids().c_str());
}
void InstrumentSettingsVisualizer::update_()
{
if (!isEditable())
{
fillComboBox_(instrumentsettings_scan_mode_, &temp_.NamesOfScanMode[temp_.getScanMode()], 1);
fillComboBox_(instrumentsettings_polarity_, &IonSource::NamesOfPolarity[temp_.getPolarity()], 1);
}
else
{
fillComboBox_(instrumentsettings_scan_mode_, InstrumentSettings::NamesOfScanMode, InstrumentSettings::SIZE_OF_SCANMODE);
fillComboBox_(instrumentsettings_polarity_, IonSource::NamesOfPolarity, IonSource::SIZE_OF_POLARITY);
instrumentsettings_scan_mode_->setCurrentIndex(temp_.getScanMode());
zoom_scan_->setCurrentIndex(temp_.getZoomScan());
instrumentsettings_polarity_->setCurrentIndex(temp_.getPolarity());
}
}
void SampleVisualizer::update_()
{
if (!isEditable())
{
fillComboBox_(samplestate_, &temp_.NamesOfSampleState[temp_.getState()], 1);
}
else
{
fillComboBox_(samplestate_, temp_.NamesOfSampleState, Sample::SIZE_OF_SAMPLESTATE);
samplestate_->setCurrentIndex(temp_.getState());
}
samplename_->setText(temp_.getName().c_str());
samplenumber_->setText(temp_.getNumber().c_str());
sampleorganism_->setText(temp_.getOrganism().c_str());
samplecomment_->setText(temp_.getComment().c_str());
samplemass_->setText(String(temp_.getMass()).c_str());
samplevolume_->setText(String(temp_.getVolume()).c_str());
sampleconcentration_->setText(String(temp_.getConcentration()).c_str());
}
void TaggingVisualizer::update_()
{
if (!isEditable())
{
fillComboBox_(modificationspecificity_, &temp_.NamesOfSpecificityType[temp_.getSpecificityType()], 1);
fillComboBox_(taggingvariant_, &temp_.NamesOfIsotopeVariant[temp_.getVariant()], 1);
}
else
{
fillComboBox_(modificationspecificity_, temp_.NamesOfSpecificityType, Tagging::SIZE_OF_SPECIFICITYTYPE);
fillComboBox_(taggingvariant_, temp_.NamesOfIsotopeVariant, Tagging::SIZE_OF_ISOTOPEVARIANT);
modificationspecificity_->setCurrentIndex(temp_.getSpecificityType());
taggingvariant_->setCurrentIndex(temp_.getVariant());
}
treatmenttype_->setText(temp_.getType().c_str());
treatmenttype_->setReadOnly(true);
treatmentcomment_->setText(temp_.getComment().c_str());
modificationname_->setText(temp_.getReagentName().c_str());
modificationmass_->setText(String(temp_.getMass()).c_str());
modificationAA_->setText(temp_.getAffectedAminoAcids().c_str());
taggingmass_shift_->setText(String(temp_.getMassShift()).c_str());
}
void IonSourceVisualizer::update_()
{
if (!isEditable())
{
fillComboBox_(inlet_type_, &temp_.NamesOfInletType[temp_.getInletType()], 1);
fillComboBox_(ionization_method_, &temp_.NamesOfIonizationMethod[temp_.getIonizationMethod()], 1);
fillComboBox_(polarity_, &temp_.NamesOfPolarity[temp_.getPolarity()], 1);
}
else
{
fillComboBox_(inlet_type_, temp_.NamesOfInletType, IonSource::SIZE_OF_INLETTYPE);
fillComboBox_(ionization_method_, temp_.NamesOfIonizationMethod, IonSource::SIZE_OF_IONIZATIONMETHOD);
fillComboBox_(polarity_, temp_.NamesOfPolarity, IonSource::SIZE_OF_POLARITY);
inlet_type_->setCurrentIndex(temp_.getInletType());
ionization_method_->setCurrentIndex(temp_.getIonizationMethod());
polarity_->setCurrentIndex(temp_.getPolarity());
}
order_->setText(String(temp_.getOrder()).c_str());
}
void MassAnalyzerVisualizer::update_()
{
if (!isEditable())
{
fillComboBox_(type_, &temp_.NamesOfAnalyzerType[temp_.getType()], 1);
fillComboBox_(res_method_, &temp_.NamesOfResolutionMethod[temp_.getResolutionMethod()], 1);
fillComboBox_(res_type_, &temp_.NamesOfResolutionType[temp_.getResolutionType()], 1);
fillComboBox_(scan_dir_, &temp_.NamesOfScanDirection[temp_.getScanDirection()], 1);
fillComboBox_(scan_law_, &temp_.NamesOfScanLaw[temp_.getScanLaw()], 1);
fillComboBox_(reflectron_state_, &temp_.NamesOfReflectronState[temp_.getReflectronState()], 1);
}
else
{
fillComboBox_(type_, temp_.NamesOfAnalyzerType, MassAnalyzer::SIZE_OF_ANALYZERTYPE);
fillComboBox_(res_method_, temp_.NamesOfResolutionMethod, MassAnalyzer::SIZE_OF_RESOLUTIONMETHOD);
fillComboBox_(res_type_, temp_.NamesOfResolutionType, MassAnalyzer::SIZE_OF_RESOLUTIONTYPE);
fillComboBox_(scan_dir_, temp_.NamesOfScanDirection, MassAnalyzer::SIZE_OF_SCANDIRECTION);
fillComboBox_(scan_law_, temp_.NamesOfScanLaw, MassAnalyzer::SIZE_OF_SCANLAW);
fillComboBox_(reflectron_state_, temp_.NamesOfReflectronState, MassAnalyzer::SIZE_OF_REFLECTRONSTATE);
type_->setCurrentIndex(temp_.getType());
res_method_->setCurrentIndex(temp_.getResolutionMethod());
res_type_->setCurrentIndex(temp_.getResolutionType());
scan_dir_->setCurrentIndex(temp_.getScanDirection());
scan_law_->setCurrentIndex(temp_.getScanLaw());
reflectron_state_->setCurrentIndex(temp_.getReflectronState());
}
order_->setText(String(temp_.getOrder()).c_str());
res_->setText(String(temp_.getResolution()).c_str());
acc_->setText(String(temp_.getAccuracy()).c_str());
scan_rate_->setText(String(temp_.getScanRate()).c_str());
scan_time_->setText(String(temp_.getScanTime()).c_str());
TOF_->setText(String(temp_.getTOFTotalPathLength()).c_str());
iso_->setText(String(temp_.getIsolationWidth()).c_str());
final_MS_->setText(String(temp_.getFinalMSExponent()).c_str());
magnetic_fs_->setText(String(temp_.getMagneticFieldStrength()).c_str());
}
