libXpertMassCore and libXpertMassGui Developer Documentation
  • libXpertMassCore Data processing
  • MsXpS::libXpertMassCore::Processing Namespace
  • MsXpS::libXpertMassCore::Processing Namespace

    namespace MsXpS::libXpertMassCore::Processing

    Contains the libXpertMassCore math-related features. More...

    Header: #include <Processing>

    Classes

    class AbstractLowMassDeconvolver
    struct BinnedIsotopicCentroid
    struct ChargeSpecificFeature
    class CubicSplineModel
    struct DeconvolutedFeature
    class DeconvolutedMassIdMatcher
    struct DeconvolutedMassIdMatcherParameters
    struct FitQuality
    class HighResPeakPicker
    struct HighResPeakPickerParameters
    struct IsoMatch
    class LocalSignalToNoiseEstimator
    class LowMassDeconvolverFullLabelling
    class LowMassDeconvolverNoLabelling
    struct LowMassDeconvolverParameters
    struct SupportingIon

    Functions

    void spline_bisection(const MsXpS::libXpertMassCore::Processing::CubicSplineModel &spline_model, const double mz_at_left, const double mz_at_right, double &center_peak_mz, double &center_peak_intensity, const double threshold = 1e-6)

    Detailed Description

    Classes

    class AbstractLowMassDeconvolver

    The AbstractLowMassDeconvolver class manages the deconvolution of low mass analytes mass spectra. More...

    class BinnedIsotopicCentroid

    This struct describes a calculated isotopic cluster's centroid for a calculated isotopic cluster that was binned so as to remove hyperfine isotopic structure centroids that would be of no use during the matching of centroids with the input mass spectrum's centroids. More...

    class ChargeSpecificFeature

    This struct holds the data describing an input mass spectrum's centroid with a given tested charge. More...

    class CubicSplineModel

    The CubicSplineModel struct provides a cubic spline model of a mass spectrometric data peak. More...

    class DeconvolutedFeature

    This struct holds the data about an analyte's neutral mass and intensity as defined by the deconvolution of one or more isotopic clusters representing different ionization levels of the same analyte. More...

    class DeconvolutedMassIdMatcher

    The DeconvolutedMassIdMatcher class provides the mechanics that performs matches between analyte IDs and chemical formulas provided in a dictionary file. More...

    class DeconvolutedMassIdMatcherParameters

    The DeconvolutedMassIdMatcherParameters structure holds all the parameters required to configure a DeconvolutedMassIdMatcher instance. More...

    class FitQuality

    This struct holds the metric data about the matches between the calculated isotopic cluster's centroids and those from the input centroided mass spectrum. This struct is mainly for use in the reporting to the user. More...

    class HighResPeakPicker

    Provides a peak picking feature for data acquired on high resolving power instruments. More...

    class HighResPeakPickerParameters

    Provides parameters for the HighResPeakPicker peak picking feature. More...

    class IsoMatch

    The IsoMatch struct describes a match between a theoretical isotopic cluster centroid and a centroid of the input centroided mass spectrum (observed). More...

    class LocalSignalToNoiseEstimator

    The LocalSignalToNoiseEstimator class encapsulates all the features required to compute a signal-to-noise ratio value for each point in a trace. More...

    class LowMassDeconvolverFullLabelling

    The LowMassDeconvolverFullLabelling class manages the deconvolution of low mass analytes mass spectra. More...

    class LowMassDeconvolverNoLabelling

    The LowMassDeconvolverNoLabelling class manages the deconvolution of low mass analytes mass spectra. More...

    class LowMassDeconvolverParameters

    The LowMassDeconvolverParameters struct encapsulates all the parameters needed to configure the low mass deconvolving process. More...

    class SupportingIon

    The SupportingIon struct encapsulates an input mass spectrum's monoisotopic centroid of a cluster that was succesfully matched to a corresponding calculated cluster. More...

    Function Documentation

    void Processing::spline_bisection(const MsXpS::libXpertMassCore::Processing::CubicSplineModel &spline_model, const double mz_at_left, const double mz_at_right, double &center_peak_mz, double &center_peak_intensity, const double threshold = 1e-6)

    Calculates the maximum intensity point by evaluating the spline's first derivative.