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All functions

addSiriusAnnotations()
Add Sirius Annotations
add_qfeatures()
Add qfeatures to dataList
analyzeTree()
Analyze tree
calcPlotDendrogram()
Prepare dendrogram plot
calcPlotDendrogram_plotly()
Prepare Dendrogram for Plotly
calcPlotHeatmap()
Plot Heatmap
calcPlotHeatmapLegend()
Prep Heatmap Legend
calcPlotMS2()
MS2 Plot
calcPlotMS2Legend()
MS2 plot legend
calcPlotPCAloadings()
PCA plot of loadings
calcPlotPCAscores()
PCA plot of samples
calculateCluster()
Create cluster object
calculateDistanceMatrix()
Calculate a distance matrix between MS/MS spectra in the MetFamily feature Matrix
calculatePCA()
Calculate PCA
castListEntries()
Cast logical's and numeric's in a list or data.frame
colorPaletteScores()
Colors
convertToProjectFile()
Convert to Project File
cosine_similarity()
Calculate cosine/modified cosine score
data.numericmatrix()
Convert data.frame columns to numeric
filterData()
Filter a dataList
filterLFC()
Filter dataset based on LFC of two groups
filterThreshold()
Filter dataset based on intensity mean values
filter_msp_entries()
Filter MSP entries
getAvailableClassifiers()
Classifiers
getPrecursorColors()
Create annotation colors
impl_cosine_similarity()
Implement Cosine Similarity
importParameterSetInit()
Default values
makeFilterObj()
Create a filterObject for console use
metaboliteFamilyVersusClass()
Title
mgf_dict()
MGF header dictionnary
msp_dict()
MSP header dictionnary
mzClustGeneric()
Alignment of high resolution mass spectra
parameterSetDefault()
Create a parameterSet object
parseMGF()
Read MGF files
parseMGF_to_list()
Process MGF from file to list of entries
parseMSP() superseded
Parse MS/MS spectra
parseMSP_chunk() superseded
parse MSP file to list
parseMSP_rewrite()
Read and filter MSP spectra files
parseMSP_to_list()
Process MSP from file to list of entries
parsePeakAbundanceMatrixQF()
Title
performPca()
Run PCA
processMS1data()
Process MS-Dial-like MS1 data.frame
process_msp_entry()
Filter single MSP entry
projectFromFiles()
Create a project dataList
readMSDial()
Read MS-DIAL Output File into a QFeatures Object
readMetaboscape()
Read Metaboscape Output File into a QFeatures Object
readProjectData()
Read MetFamily Project data saved by the export function
readProjectFile()
Read MetFamily Project data saved by the export function
runMetFamily()
Start the web app in browser
sparseMatrixToString()
Flatten listObject to string for export
swap_names_and_values()
Swap a vector's names and values
writeProjectFile()
Export MetFamily project