MRMFeatureQC::ComponentGroupQCs Struct Reference

Quality Controls (QCs) within a component group. More...

#include <OpenMS/ANALYSIS/OPENSWATH/MRMFeatureQC.h>

Public Attributes
String	component_group_name
	name of the component group More...
double	retention_time_l { 0.0 }
	retention time lower bound More...
double	retention_time_u { 1e12 }
	retention time upper bound More...
double	intensity_l { 0.0 }
	intensity lower bound More...
double	intensity_u { 1e12 }
	intensity upper bound More...
double	overall_quality_l { 0.0 }
	overall quality lower bound More...
double	overall_quality_u { 1e12 }
	overall quality upper bound More...
Int	n_heavy_l { 0 }
	number of heavy ion lower bound More...
Int	n_heavy_u { 100 }
	number of heavy ion upper bound More...
Int	n_light_l { 0 }
Int	n_light_u { 100 }
Int	n_detecting_l { 0 }
Int	n_detecting_u { 100 }
Int	n_quantifying_l { 0 }
Int	n_quantifying_u { 100 }
Int	n_identifying_l { 0 }
Int	n_identifying_u { 100 }
Int	n_transitions_l { 0 }
Int	n_transitions_u { 100 }
String	ion_ratio_pair_name_1
String	ion_ratio_pair_name_2
double	ion_ratio_l { 0.0 }
double	ion_ratio_u { 1e12 }
String	ion_ratio_feature_name
std::map< String, std::pair< double, double > >	meta_value_qc

Detailed Description

Quality Controls (QCs) within a component group.

A component group is analogous to a transition group or feature. A component group includes all transitions that correspond to a given component (i.e., peptide or metabolite)

Member Data Documentation

component_group_name

String component_group_name

name of the component group

intensity_l

double intensity_l { 0.0 }

intensity lower bound

intensity_u

double intensity_u { 1e12 }

intensity upper bound

ion_ratio_feature_name

String ion_ratio_feature_name

ion_ratio_l

double ion_ratio_l { 0.0 }

ion_ratio_pair_name_1

String ion_ratio_pair_name_1

ion_ratio_pair_name_2

String ion_ratio_pair_name_2

ion_ratio_u

double ion_ratio_u { 1e12 }

meta_value_qc

std::map<String,std::pair<double,double> > meta_value_qc

n_detecting_l

Int n_detecting_l { 0 }

n_detecting_u

Int n_detecting_u { 100 }

n_heavy_l

Int n_heavy_l { 0 }

number of heavy ion lower bound

n_heavy_u

Int n_heavy_u { 100 }

number of heavy ion upper bound

n_identifying_l

Int n_identifying_l { 0 }

n_identifying_u

Int n_identifying_u { 100 }

n_light_l

Int n_light_l { 0 }

n_light_u

Int n_light_u { 100 }

n_quantifying_l

Int n_quantifying_l { 0 }

n_quantifying_u

Int n_quantifying_u { 100 }

n_transitions_l

Int n_transitions_l { 0 }

n_transitions_u

Int n_transitions_u { 100 }

overall_quality_l

double overall_quality_l { 0.0 }

overall quality lower bound

overall_quality_u

double overall_quality_u { 1e12 }

overall quality upper bound

retention_time_l

double retention_time_l { 0.0 }

retention time lower bound

retention_time_u

double retention_time_u { 1e12 }

retention time upper bound