| getEIC |
Get extracted ion chromatograms for specified m/z ranges |
| getEIC-method |
Get extracted ion chromatograms for specified m/z ranges |
| getMsnScan |
Get m/z and intensity values for a single mass scan |
| getMsnScan-method |
Get m/z and intensity values for a single mass scan |
| getPeaks |
Get peak intensities for specified regions |
| getPeaks-method |
Get peak intensities for specified regions |
| getScan |
Get m/z and intensity values for a single mass scan |
| getScan-method |
Get m/z and intensity values for a single mass scan |
| getSpec |
Get average m/z and intensity values for multiple mass scans |
| getSpec-method |
Get average m/z and intensity values for multiple mass scans |
| group |
Group peaks from different samples together |
| group-method |
Group peaks from different samples together |
| group-methods |
Group peaks from different samples together |
| group.density |
Group peaks from different samples together |
| group.density-method |
Group peaks from different samples together |
| group.mzClust |
Group Peaks via High Resolution Alignment |
| group.mzClust-method |
Group Peaks via High Resolution Alignment |
| group.nearest |
Group peaks from different samples together |
| group.nearest-method |
Group peaks from different samples together |
| groupidx |
Class xcmsSet, a class for preprocessing peak data |
| groupidx-method |
Class xcmsSet, a class for preprocessing peak data |
| groupidx<- |
Class xcmsSet, a class for preprocessing peak data |
| groupidx<--method |
Class xcmsSet, a class for preprocessing peak data |
| groupnames |
Generate unque names for peak groups |
| groupnames-method |
Generate unque names for peak groups |
| groups |
Class xcmsSet, a class for preprocessing peak data |
| groups-method |
Class xcmsSet, a class for preprocessing peak data |
| groups<- |
Class xcmsSet, a class for preprocessing peak data |
| groups<--method |
Class xcmsSet, a class for preprocessing peak data |
| groupval |
Extract a matrix of peak values for each group |
| groupval-method |
Extract a matrix of peak values for each group |
| peakPlots-method |
Plot a grid of a large number of peaks |
| peakPlots-methods |
Plot a grid of a large number of peaks |
| peaks |
Class xcmsSet, a class for preprocessing peak data |
| peaks-method |
Class xcmsSet, a class for preprocessing peak data |
| peaks<- |
Class xcmsSet, a class for preprocessing peak data |
| peaks<--method |
Class xcmsSet, a class for preprocessing peak data |
| peakTable |
Create report of aligned peak intensities |
| peakTable-method |
Create report of aligned peak intensities |
| phenoData |
Class xcmsSet, a class for preprocessing peak data |
| phenoData-method |
Class xcmsSet, a class for preprocessing peak data |
| phenoData<- |
Class xcmsSet, a class for preprocessing peak data |
| phenoData<--method |
Class xcmsSet, a class for preprocessing peak data |
| plot, plot-methods |
Plot extracted ion chromatograms from multiple files |
| plot.xcmsEIC |
Plot extracted ion chromatograms from multiple files |
| plotChrom |
Plot extracted ion chromatograms from the profile matrix |
| plotChrom-method |
Plot extracted ion chromatograms from the profile matrix |
| plotEIC |
Plot extracted ion chromatograms for specified m/z range |
| plotEIC-method |
Plot extracted ion chromatograms for specified m/z range |
| plotPeaks |
Plot a grid of a large number of peaks |
| plotPeaks-method |
Plot a grid of a large number of peaks |
| plotQC |
Plot m/z and RT deviations for QC purposes without external reference data |
| plotRaw |
Scatterplot of raw data points |
| plotRaw-method |
Scatterplot of raw data points |
| plotrt |
Plot retention time deviation profiles |
| plotrt-method |
Plot retention time deviation profiles |
| plotScan |
Plot a single mass scan |
| plotScan-method |
Plot a single mass scan |
| plotSpec |
Plot mass spectra from the profile matrix |
| plotSpec-method |
Plot mass spectra from the profile matrix |
| plotSurf |
Plot profile matrix 3D surface using OpenGL |
| plotSurf-method |
Plot profile matrix 3D surface using OpenGL |
| plotTIC |
Plot total ion count |
| plotTIC-method |
Plot total ion count |
| plotTree |
Class xcmsFragments, a class for handling Tandem MS and MS$^n$ data |
| plotTree-method |
Class xcmsFragments, a class for handling Tandem MS and MS$^n$ data |
| present |
Determine which peaks are absent / present in a sample class |
| present-method |
Determine which peaks are absent / present in a sample class |
| profinfo |
Class xcmsSet, a class for preprocessing peak data |
| profinfo-method |
Class xcmsSet, a class for preprocessing peak data |
| profinfo<- |
Class xcmsSet, a class for preprocessing peak data |
| profinfo<--method |
Class xcmsSet, a class for preprocessing peak data |
| profMedFilt |
Median filtering of the profile matrix |
| profMedFilt-method |
Median filtering of the profile matrix |
| profMethod |
Get and set method for generating profile data |
| profMethod-method |
Get and set method for generating profile data |
| profMethod<- |
Get and set method for generating profile data |
| profMethod<--method |
Get and set method for generating profile data |
| profMz |
Class xcmsRaw, a class for handling raw data |
| profMz-method |
Class xcmsRaw, a class for handling raw data |
| profRange |
Specify a subset of profile mode data |
| profRange-method |
Specify a subset of profile mode data |
| profStep |
Get and set m/z step for generating profile data |
| profStep-method |
Get and set m/z step for generating profile data |
| profStep<- |
Get and set m/z step for generating profile data |
| profStep<--method |
Get and set m/z step for generating profile data |
| progressCallback |
Class xcmsSet, a class for preprocessing peak data |
| progressCallback-method |
Class xcmsSet, a class for preprocessing peak data |
| progressCallback<- |
Class xcmsSet, a class for preprocessing peak data |
| progressCallback<--method |
Class xcmsSet, a class for preprocessing peak data |
| sampclass |
Class xcmsSet, a class for preprocessing peak data |
| sampclass-method |
Class xcmsSet, a class for preprocessing peak data |
| sampclass<- |
Class xcmsSet, a class for preprocessing peak data |
| sampclass<--method |
Class xcmsSet, a class for preprocessing peak data |
| sampnames |
Get sample names |
| sampnames-method |
Get sample names |
| sampnames<- |
Class xcmsSet, a class for preprocessing peak data |
| sampnames<--method |
Class xcmsSet, a class for preprocessing peak data |
| show-method |
Class xcmsEIC, a class for multi-sample extracted ion chromatograms |
| show-method |
Class xcmsFragments, a class for handling Tandem MS and MS$^n$ data |
| show-method |
A matrix of peaks |
| show-method |
Class xcmsRaw, a class for handling raw data |
| show-method |
Class xcmsSet, a class for preprocessing peak data |
| sortMz |
Class xcmsRaw, a class for handling raw data |
| sortMz-method |
Class xcmsRaw, a class for handling raw data |
| specDist |
Distance methods for xcmsSet, xcmsRaw and xsAnnotate |
| specDist-method |
Distance methods for xcmsSet, xcmsRaw and xsAnnotate |
| specDist-methods |
Distance methods for xcmsSet, xcmsRaw and xsAnnotate |
| specDist.cosine |
a Distance function based on matching peaks |
| specDist.cosine-method |
a Distance function based on matching peaks |
| specDist.meanMZmatch |
a Distance function based on matching peaks |
| specDist.meanMZmatch-method |
a Distance function based on matching peaks |
| specDist.peakCount |
a Distance function based on matching peaks |
| specDist.peakCount-method |
a Distance function based on matching peaks |
| specDist.peakCount-methods |
a Distance function based on matching peaks |
| specNoise |
Calculate noise for a sparse continuum mass spectrum |
| specPeaks |
Identify peaks in a sparse continuum mode spectrum |
| split, split-methods |
Divide an xcmsSet object |
| split.xcmsRaw |
Divide an xcmsRaw object |
| split.xcmsSet |
Divide an xcmsSet object |
| SSgauss |
Gaussian Model |
| stitch |
Correct gaps in data |
| stitch-method |
Correct gaps in data |
| stitch-methods |
Correct gaps in data |
| stitch.netCDF |
Correct gaps in data |
| stitch.xml |
Correct gaps in data |