| addAMDISPeaks | Add AMDIS peak detection results |
| addChromaTOFPeaks | Add ChromaTOF peak detection results |
| addXCMSPeaks | addXCMSPeaks |
| betweenAlignment | Data Structure for "between" alignment of many GCMS samples |
| betweenAlignment-class | Data Structure for "between" alignment of many GCMS samples |
| betweenAlignment-method | Data Structure for "between" alignment of many GCMS samples |
| betweenAlignment-show | Data Structure for "between" alignment of many GCMS samples |
| calcTimeDiffs | Calculate retention time shifts from profile alignments |
| clusterAlignment | Data Structure for a collection of all pairwise alignments of GCMS runs |
| clusterAlignment-class | Data Structure for a collection of all pairwise alignments of GCMS runs |
| clusterAlignment-plot | Data Structure for a collection of all pairwise alignments of GCMS runs |
| clusterAlignment-show | Data Structure for a collection of all pairwise alignments of GCMS runs |
| corPrt | Retention Time Penalized Correlation |
| deDuper | deDuper |
| distToLib | distToLib |
| dp | Dynamic programming algorithm, given a similarity matrix |
| dynRT | dynRT |
| eitherMatrix-class | A class description |
| exportSpectra | exportSpectra |
| gatherInfo | Gathers abundance informations from an alignment |
| headToTailPlot | Head to tail plot |
| importSpec | importSpec |
| imputePeaks | Imputatin of locations of peaks that were undetected |
| matchSpec | matchSpec |
| multipleAlignment | Data Structure for multiple alignment of many GCMS samples |
| multipleAlignment-class | Data Structure for multiple alignment of many GCMS samples |
| multipleAlignment-class, | Data Structure for multiple alignment of many GCMS samples |
| multipleAlignment-method | Data Structure for multiple alignment of many GCMS samples |
| multipleAlignment-show, | Data Structure for multiple alignment of many GCMS samples |
| ndpRT | Retention Time Penalized Normalized Dot Product |
| normDotProduct | Normalized Dot Product |
| parseChromaTOF | Parser for ChromaTOF files |
| parseELU | Parser for ELU files |
| peaksAlignment | Data Structure for pairwise alignment of 2 GCMS samples |
| peaksAlignment-class | Data Structure for pairwise alignment of 2 GCMS samples |
| peaksAlignment-plot | Data Structure for pairwise alignment of 2 GCMS samples |
| peaksAlignment-show | Data Structure for pairwise alignment of 2 GCMS samples |
| peaksDataset | Data Structure for raw GCMS data and peak detection results |
| peaksDataset-class | Data Structure for raw GCMS data and peak detection results |
| peaksDataset-plot | Data Structure for raw GCMS data and peak detection results |
| peaksDataset-show | Data Structure for raw GCMS data and peak detection results |
| plot-method | Data Structure for a collection of all pairwise alignments of GCMS runs |
| plot-method | Data Structure for pairwise alignment of 2 GCMS samples |
| plot-method | Data Structure for raw GCMS data and peak detection results |
| plotAlignedFrags | plotAlignedFrags |
| plotAlignment-method | plotAlignment |
| plotChrom-method | Plotting functions for GCMS data objects |
| plotClustAlignment-method | plotClustAlignment |
| plotFrags | plotFrags |
| plotImage | Plot of images of GCMS data |
| plotImage-method | Plot of images of GCMS data |
| progressiveAlignment | Data Structure for progressive alignment of many GCMS samples |
| progressiveAlignment-class | Data Structure for progressive alignment of many GCMS samples |
| progressiveAlignment-show | Data Structure for progressive alignment of many GCMS samples |
| retFatMatrix | retFatMatrix |
| rmaFitUnit | Fits a robust linear model (RLM) for one metabolite |
| show, | Data Structure for "between" alignment of many GCMS samples |
| show-method | Data Structure for a collection of all pairwise alignments of GCMS runs |
| show-method | Data Structure for pairwise alignment of 2 GCMS samples |
| show-method | Data Structure for raw GCMS data and peak detection results |
| show-method | Data Structure for progressive alignment of many GCMS samples |
| show-method | Store the raw data and optionally, information regarding signal peaks for a number of GCMS runs |