HULQ (BioFSharp.Mz) | BioFSharp.Mz

BioFSharp.Mz

HULQ Module

Namespace: BioFSharp.Mz
Assembly: BioFSharp.Mz.dll
Parent Module: Quantification

Types

Type	Description
FittedPeak
PeakModel
QuantifiedPeak

Functions and values

Function or value	Description
`calcArea model estParams` Full Usage: `calcArea model estParams` Parameters: model : `PeakModel` estParams : `vector` Returns: `float`	model : `PeakModel` estParams : `vector` Returns: `float`
`createFittedPeak model estimatedParams standardErrorOfPrediction yPredicted area` Full Usage: `createFittedPeak model estimatedParams standardErrorOfPrediction yPredicted area` Parameters: model : `PeakModel` estimatedParams : `float[]` standardErrorOfPrediction : `float` yPredicted : `float[]` area : `float` Returns: `FittedPeak`	model : `PeakModel` estimatedParams : `float[]` standardErrorOfPrediction : `float` yPredicted : `float[]` area : `float` Returns: `FittedPeak`
`createQuantifiedPeak model yPredicted estimatedParams standardErrorOfPrediction area measuredApexIntensity` Full Usage: `createQuantifiedPeak model yPredicted estimatedParams standardErrorOfPrediction area measuredApexIntensity` Parameters: model : `PeakModel option` yPredicted : `float[]` estimatedParams : `float[]` standardErrorOfPrediction : `float` area : `float` measuredApexIntensity : `float` Returns: `QuantifiedPeak`	model : `PeakModel option` yPredicted : `float[]` estimatedParams : `float[]` standardErrorOfPrediction : `float` area : `float` measuredApexIntensity : `float` Returns: `QuantifiedPeak`
`getPeakBy peaks x` Full Usage: `getPeakBy peaks x` Parameters: peaks : `IdentifiedPeak[]` x : `float` Returns: `IdentifiedPeak`	Return Option peaks : `IdentifiedPeak[]` x : `float` Returns: `IdentifiedPeak`
`integralOfEMGBy meanX sigma tau intensityAtx xPos` Full Usage: `integralOfEMGBy meanX sigma tau intensityAtx xPos` Parameters: meanX : `float` sigma : `float` tau : `float` intensityAtx : `float` xPos : `float` Returns: `float`	meanX : `float` sigma : `float` tau : `float` intensityAtx : `float` xPos : `float` Returns: `float`
`integralOfGaussian coeffs` Full Usage: `integralOfGaussian coeffs` Parameters: coeffs : `vector` Returns: `float`	coeffs : `vector` Returns: `float`
`quantifyPeak p` Full Usage: `quantifyPeak p` Parameters: p : `IdentifiedPeak` Returns: `QuantifiedPeak`	p : `IdentifiedPeak` Returns: `QuantifiedPeak`
`selectModel models` Full Usage: `selectModel models` Parameters: models : `FittedPeak[]` Returns: `FittedPeak`	models : `FittedPeak[]` Returns: `FittedPeak`
`tryFit model solverOptions lowerBound upperBound xData yData` Full Usage: `tryFit model solverOptions lowerBound upperBound xData yData` Parameters: model : `PeakModel` solverOptions : `SolverOptions` lowerBound : `vector` upperBound : `vector` xData : `float[]` yData : `float[]` Returns: `FittedPeak option`	model : `PeakModel` solverOptions : `SolverOptions` lowerBound : `vector` upperBound : `vector` xData : `float[]` yData : `float[]` Returns: `FittedPeak option`
`tryFitEMG initAmp initMeanX initStdev initTau xData yData` Full Usage: `tryFitEMG initAmp initMeanX initStdev initTau xData yData` Parameters: initAmp : `float` initMeanX : `float` initStdev : `float` initTau : `float` xData : `float array` yData : `float[]` Returns: `FittedPeak option`	initAmp : `float` initMeanX : `float` initStdev : `float` initTau : `float` xData : `float array` yData : `float[]` Returns: `FittedPeak option`
`tryFitGaussian initAmp initMeanX initStdev xData yData` Full Usage: `tryFitGaussian initAmp initMeanX initStdev xData yData` Parameters: initAmp : `float` initMeanX : `float` initStdev : `float` xData : `float array` yData : `float[]` Returns: `FittedPeak option`	initAmp : `float` initMeanX : `float` initStdev : `float` xData : `float array` yData : `float[]` Returns: `FittedPeak option`