SignalDetection (BioFSharp.Mz) | BioFSharp.Mz

BioFSharp.Mz

SignalDetection Module

Namespace: BioFSharp.Mz
Assembly: BioFSharp.Mz.dll

Nested modules

Modules	Description
Care
Padding
SecondDerivative
Wavelet

Functions and values

Function or value	Description
`filterByIntensitySNR perc minSnr mzData intensityData` Full Usage: `filterByIntensitySNR perc minSnr mzData intensityData` Parameters: perc : `float` minSnr : `float` mzData : `float[]` intensityData : `float[]` Returns: `float array * float array`	Returns mzIntensityArray after noise reduction perc : `float` minSnr : `float` mzData : `float[]` intensityData : `float[]` Returns: `float array * float array`
`lowerIdxBy mzData windowWidth preCursorMZ` Full Usage: `lowerIdxBy mzData windowWidth preCursorMZ` Parameters: mzData : `float[]` windowWidth : `float` preCursorMZ : `float` Returns: `int`	Returns a Index that accesses the mzData Array at a position determined by a precursorMz at the lower end of a given windowwidth mzData : `float[]` windowWidth : `float` preCursorMZ : `float` Returns: `int`
`toCentroid centroidF mzData intensityData` Full Usage: `toCentroid centroidF mzData intensityData` Parameters: centroidF : `float[] -> float[] -> 'a[] * 'b[]` mzData : `float[]` intensityData : `float[]` Returns: `'a[] * 'b[]`	Returns mzIntensityArray consisting of centroided Peaks. centroidF : `float[] -> float[] -> 'a[] * 'b[]` mzData : `float[]` intensityData : `float[]` Returns: `'a[] * 'b[]`
`upperIdxBy mzData windowWidth preCursorMZ` Full Usage: `upperIdxBy mzData windowWidth preCursorMZ` Parameters: mzData : `float[]` windowWidth : `float` preCursorMZ : `float` Returns: `int`	Returns a Index that accesses the mzData Array at a position determined by a precursorMz at the upper end of a given windowwidth mzData : `float[]` windowWidth : `float` preCursorMZ : `float` Returns: `int`
`windowToCentroid centroidF mzData intensityData lowerIdx upperIdx` Full Usage: `windowToCentroid centroidF mzData intensityData lowerIdx upperIdx` Parameters: centroidF : `float array -> float array -> float[] * float[]` mzData : `float[]` intensityData : `float[]` lowerIdx : `int` upperIdx : `int` Returns: `float[] * float[]`	Returns mzIntensityArray consisting of centroided Peaks. centroidF : `float array -> float array -> float[] * float[]` mzData : `float[]` intensityData : `float[]` lowerIdx : `int` upperIdx : `int` Returns: `float[] * float[]`
`windowToCentroidBy centroidF mzData intensityData windowWidth centerMass` Full Usage: `windowToCentroidBy centroidF mzData intensityData windowWidth centerMass` Parameters: centroidF : `float array -> float array -> float[] * float[]` mzData : `float[]` intensityData : `float[]` windowWidth : `float` centerMass : `float` Returns: `float[] * float[]`	centroidF : `float array -> float array -> float[] * float[]` mzData : `float[]` intensityData : `float[]` windowWidth : `float` centerMass : `float` Returns: `float[] * float[]`