C# Class ImsInformed.Domain.DataAssociation.IonTrackers.CombinatorialIonTracker

Track ions by using combinations of observations and construct hypothesis.

Inheritance: IIonTracker

Show file Open project: PNNL-Comp-Mass-Spec/IMS-Informed-Library Class Usage Examples

Public Methods

Method	Description
CombinatorialIonTracker ( int maxTracks ) : System	Initializes a new instance of the CombinatorialIonTracker class.
FindOptimumHypothesis ( IEnumerable observations, double driftTubeLength, IImsTarget massTarget, CrossSectionSearchParameters parameters, int numberOfVoltageGroups ) : AssociationHypothesis	The find optimum hypothesis.

Private Methods

Method	Description
FindAllHypothesis ( IEnumerable validTracks, IEnumerable allPeaks ) : IEnumerable	The find all hypothesis.
IncrementCombination ( VoltageGroup groups, ObservedPeak &selectedPeaks, ObservationTransitionGraph graph, int minFitPoints ) : bool	The increment combination.
IncrementCombination ( VoltageGroup groups, ObservedPeak &selectedPeaks, int onIndex, ObservationTransitionGraph graph ) : bool	Binary increment the selected peaks

Method Details

CombinatorialIonTracker() public method

Initializes a new instance of the CombinatorialIonTracker class.

public CombinatorialIonTracker ( int maxTracks ) : System
maxTracks	int	/// The max tracks. ///
return	System

FindOptimumHypothesis() public method

The find optimum hypothesis.

///

public FindOptimumHypothesis ( IEnumerable observations, double driftTubeLength, IImsTarget massTarget, CrossSectionSearchParameters parameters, int numberOfVoltageGroups ) : AssociationHypothesis
observations	IEnumerable	/// The observations. ///
driftTubeLength	double	/// The drift Tube Length. ///
massTarget	IImsTarget	/// The mass Target. ///
parameters	ImsInformed.Workflows.CrossSectionExtraction.CrossSectionSearchParameters	/// The parameters. ///
numberOfVoltageGroups	int
return	AssociationHypothesis