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NAMESPACE
486 lines (435 loc) · 18.7 KB
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NAMESPACE
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# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
# IMPORTS
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
importFrom("R.methodsS3", "setMethodS3")
importFrom("R.oo", "setConstructorS3")
## Importing Class:es
importFrom("R.oo", "BasicObject")
importFrom("R.oo", "Object")
importFrom("R.oo", "Class")
importFrom("R.oo", "Package")
importFrom("R.utils", "GenericSummary")
importFrom("R.filesets", "GenericDataFile")
importFrom("R.filesets", "GenericDataFileSet")
importFrom("aroma.core", "AromaTransform")
importFrom("aroma.core", "AromaUnitGenotypeCallFile")
importFrom("aroma.core", "AromaUnitGenotypeCallSet")
importFrom("aroma.core", "AromaUnitSignalBinaryFile")
importFrom("aroma.core", "AromaUnitSignalBinarySet")
importFrom("aroma.core", "AromaUnitPscnBinarySet")
importFrom("aroma.core", "CopyNumberRegions")
importFrom("aroma.core", "RawAlleleBFractions")
## Importing generics
importFrom("aroma.core", "binnedSmoothing")
importFrom("aroma.core", "fit")
importFrom("aroma.core", "getChipType")
importFrom("aroma.core", "getChromosomes") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "getFitFunction")
importFrom("aroma.core", "getInputDataSet")
importFrom("aroma.core", "getOptionalArguments")
importFrom("aroma.core", "getOutputDataSet")
importFrom("aroma.core", "getOutputDataSet0")
importFrom("aroma.core", "getOutputFiles")
importFrom("aroma.core", "getParameters")
importFrom("aroma.core", "getPlatform")
importFrom("aroma.core", "getRandomSeed")
importFrom("aroma.core", "getRootPath")
importFrom("aroma.core", "getXScale")
importFrom("aroma.core", "getYScale")
importFrom("aroma.core", "isHeterozygous")
importFrom("aroma.core", "isHomozygous")
importFrom("aroma.core", "kernelSmoothing")
importFrom("aroma.core", "loadFit")
importFrom("aroma.core", "nbrOfLoci") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "normalizeTumorBoost") ## Multi-sources: aroma.core, aroma.light
importFrom("aroma.core", "plotTracks") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "process")
importFrom("aroma.core", "setRandomSeed")
importFrom("R.filesets", "byName")
importFrom("R.filesets", "byPath")
importFrom("R.filesets", "dsApplyInPairs")
importFrom("R.filesets", "findByName")
importFrom("R.filesets", "getAsteriskTags")
importFrom("R.filesets", "getDefaultFullName")
importFrom("R.filesets", "getFullName")
importFrom("R.filesets", "getNames")
importFrom("R.filesets", "getTags")
importFrom("R.filesets", "indexOf")
importFrom("R.filesets", "nbrOfFiles")
importFrom("R.filesets", "setTags")
importFrom("R.oo", "getCalls")
importFrom("R.oo", "getName") ## Multi-sources: R.oo, R.filesets
importFrom("R.oo", "getPath") ## Multi-sources: R.oo, R.filesets
importFrom("R.utils", "loadObject")
## Importing functions
importFrom("aroma.core", "asThis")
importFrom("aroma.core", "callNaiveGenotypes") ## Multi-sources: aroma.core, aroma.light
importFrom("aroma.core", "colMeans") ## Multi-sources: aroma.core, base
importFrom("aroma.core", "drawLevels") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "dropSegmentationOutliers") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "extractCopyNumberRegions")
importFrom("aroma.core", "extractGenotypes")
importFrom("aroma.core", "extractRawCopyNumbers")
importFrom("aroma.core", "extractRegion") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "extractRegions") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "findLargeGaps") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "getAromaUgpFile")
importFrom("aroma.core", "getLocusData") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "getParametersAsString")
importFrom("aroma.core", "getPositions")
importFrom("aroma.core", "getSignals")
importFrom("aroma.core", "getUnitsOnChromosome")
importFrom("aroma.core", "getUnitsOnChromosomes")
importFrom("aroma.core", "nbrOfRegions")
importFrom("aroma.core", "nbrOfUnits")
importFrom("aroma.core", "processTime")
importFrom("aroma.core", "readFooter")
importFrom("aroma.core", "require") ## Multi-sources: aroma.core, base
importFrom("aroma.core", "segmentByCBS") ## Multi-sources: aroma.core, PSCBS
importFrom("aroma.core", "updateGenotypes")
importFrom("aroma.core", "writeFooter")
importFrom("aroma.core", "xRange")
importFrom("aroma.core", "colBinnedSmoothing.matrix")
importFrom("aroma.core", "colKernelSmoothing.matrix")
if (FALSE) { # Only suggesting aroma.light for now
importFrom("aroma.light", "backtransformPrincipalCurve")
importFrom("aroma.light", "backtransformXYCurve")
importFrom("aroma.light", "findPeaksAndValleys")
importFrom("aroma.light", "fitPrincipalCurve")
importFrom("aroma.light", "fitXYCurve")
importFrom("aroma.light", "normalizeDifferencesToAverage")
importFrom("aroma.light", "robustSmoothSpline")
}
importFrom("matrixStats", "colDiffs")
importFrom("matrixStats", "colSds")
importFrom("matrixStats", "rowAlls")
importFrom("matrixStats", "rowMins")
importFrom("matrixStats", "weightedMedian")
importFrom("PSCBS", "bootstrapSegmentsAndChangepoints")
importFrom("PSCBS", "bootstrapTCNandDHByRegion")
importFrom("PSCBS", "callCopyNeutral")
importFrom("PSCBS", "dropRegions")
importFrom("PSCBS", "estimateDeltaAB")
importFrom("PSCBS", "estimateKappa")
importFrom("PSCBS", "extractC1C2")
importFrom("PSCBS", "extractDhSegment")
importFrom("PSCBS", "extractLocusLevelC1C2")
importFrom("PSCBS", "extractLocusLevelTCN")
importFrom("PSCBS", "gapsToSegments")
importFrom("PSCBS", "getMeanEstimators")
importFrom("PSCBS", "getSegments")
importFrom("PSCBS", "linesC1C2")
importFrom("PSCBS", "mergeTwoSegments")
importFrom("PSCBS", "nbrOfSegments")
importFrom("PSCBS", "plotC1C2")
importFrom("PSCBS", "plotTracks2")
importFrom("PSCBS", "postsegmentTCN")
importFrom("PSCBS", "setSampleName")
importFrom("R.cache", "loadCache")
importFrom("R.cache", "saveCache")
importFrom("R.filesets", "append") ## Multi-sources: R.filesets, PSCBS, base
importFrom("R.filesets", "extractMatrix")
importFrom("R.filesets", "getChecksum") ## Multi-sources: R.filesets, R.cache
importFrom("R.filesets", "getFile")
importFrom("R.filesets", "getFileClass")
importFrom("R.filesets", "getFilenameExtension")
importFrom("R.filesets", "getFileSize")
importFrom("R.filesets", "getFullNames")
importFrom("R.filesets", "getFullNameTranslator")
importFrom("R.filesets", "getPathname")
importFrom("R.filesets", "readDataFrame")
importFrom("R.filesets", "setFullNamesTranslator")
importFrom("R.oo", "throw")
importFrom("R.oo", "clone") ## Multi-sources: R.oo, R.filesets
importFrom("R.oo", "equals")
importFrom("R.oo", "extend")
importFrom("R.oo", "getVersion")
importFrom("R.oo", "newInstance")
importFrom("R.oo", "objectSize")
importFrom("R.oo", "startupMessage")
importFrom("R.oo", "trim")
importFrom("R.oo", "uses")
importFrom("R.utils", "callHooks")
importFrom("R.utils", "capitalize")
importFrom("R.utils", "cat") ## Multi-sources: R.utils, base
importFrom("R.utils", "copyFile")
importFrom("R.utils", "draw")
importFrom("R.utils", "enter")
importFrom("R.utils", "exit")
importFrom("R.utils", "extract") ## Multi-sources: R.utils, R.filesets
importFrom("R.utils", "filePath")
importFrom("R.utils", "getAbsolutePath")
importFrom("R.utils", "getFilename") ## Multi-sources: R.utils, R.filesets
importFrom("R.utils", "getParent")
importFrom("R.utils", "hpaste")
importFrom("R.utils", "isDirectory")
importFrom("R.utils", "isDone")
importFrom("R.utils", "isFile") ## Multi-sources: R.utils, R.filesets
importFrom("R.utils", "less")
importFrom("R.utils", "mkdirs")
importFrom("R.utils", "popState")
importFrom("R.utils", "popTemporaryFile")
importFrom("R.utils", "printf")
importFrom("R.utils", "pushState")
importFrom("R.utils", "pushTemporaryFile")
importFrom("R.utils", "resample")
importFrom("R.utils", "saveObject")
importFrom("R.utils", "seqToHumanReadable")
importFrom("R.utils", "stext")
importFrom("R.utils", "subplots")
importFrom("R.utils", "use")
# Manual imports
importFrom("PSCBS", "callROH")
importFrom("PSCBS", "callLOH")
importFrom("PSCBS", "callAB")
importFrom("R.utils", "Arguments")
importFrom("future.apply", "future_mapply")
importFrom("graphics",
"abline", "axis", "box", "grid", "layout",
"lines", "pairs", "par", "plot", "plot.new", "points",
"title")
importFrom("stats",
"coef", "cor", "density", "lm", "loess", "median",
"na.omit", "pchisq", "pnorm", "predict", "qnorm", "sd",
"smooth.spline", "t.test", "var.test")
importFrom("utils", "head", "str")
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
# EXPORTS
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
# Export all public methods, that is, those without a preceeding dot
# in their names.
exportPattern("^[^\\.]")
##export("getAsteriskTags") # Re-exported from aroma.core (from R.filesets)
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
# S3 DECLARATIONS
# - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - - -
# AbstractCBS
S3method("pruneCNA", "AbstractCBS")
# AbstractCurveNormalization
S3method("as.character", "AbstractCurveNormalization")
S3method("backtransformOne", "AbstractCurveNormalization")
S3method("fitOne", "AbstractCurveNormalization")
S3method("getAsteriskTags", "AbstractCurveNormalization")
S3method("getDataSets", "AbstractCurveNormalization")
S3method("getFullName", "AbstractCurveNormalization")
S3method("getInputDataSet", "AbstractCurveNormalization")
S3method("getName", "AbstractCurveNormalization")
S3method("getOutputDataSet", "AbstractCurveNormalization")
S3method("getPairedDataSet", "AbstractCurveNormalization")
S3method("getPath", "AbstractCurveNormalization")
S3method("getRootPath", "AbstractCurveNormalization")
S3method("getSubsetToFit", "AbstractCurveNormalization")
S3method("getTags", "AbstractCurveNormalization")
S3method("getTargetDataSet", "AbstractCurveNormalization")
S3method("nbrOfFiles", "AbstractCurveNormalization")
S3method("process", "AbstractCurveNormalization")
S3method("setTags", "AbstractCurveNormalization")
# AromaUnitPscnBinarySet
S3method("doSegmentByPairedPSCBS", "AromaUnitPscnBinarySet")
# AromaUgpFile
S3method("findLargeGaps", "AromaUgpFile")
# AromaUnitPscnBinarySet
S3method("findLargeGaps", "AromaUnitPscnBinarySet")
# C1C2
S3method("fitLoess2D", "C1C2")
S3method("normalizeLoess2D", "C1C2")
S3method("plot", "C1C2")
S3method("points", "C1C2")
# CartesianSnpData
S3method("asCartesianSnpData", "CartesianSnpData")
S3method("asPolarSnpData", "CartesianSnpData")
S3method("asTotalFracBSnpData", "CartesianSnpData")
S3method("pairedBoost", "CartesianSnpData")
S3method("plot", "CartesianSnpData")
# CBS
S3method("findAtomicAberrations", "CBS")
# CopyNumberRegions
S3method("findAtomicAberrations", "CopyNumberRegions")
S3method("getXScale", "CopyNumberRegions")
S3method("getYScale", "CopyNumberRegions")
S3method("plot", "CopyNumberRegions")
# data.frame
S3method("calculatePairedPSCNByGenotype", "data.frame")
S3method("fitLoessKD", "data.frame")
S3method("normalizeLoessKD", "data.frame")
# default
S3method("testAllelicBalanceByBAFs", "default")
# list
S3method("extractC1C2", "list")
# matrix
S3method("fitLoessKD", "matrix")
S3method("normalizeLoessKD", "matrix")
S3method("normalizeMirroredBAFsByRegions", "matrix")
S3method("normalizePrincipalCurve", "matrix")
# MultiSourceCopyNumberNormalization
S3method("as.character", "MultiSourceCopyNumberNormalization")
S3method("extractTupleOfDataFiles", "MultiSourceCopyNumberNormalization")
S3method("fitOne", "MultiSourceCopyNumberNormalization")
S3method("getAllNames", "MultiSourceCopyNumberNormalization")
S3method("getAsteriskTags", "MultiSourceCopyNumberNormalization")
S3method("getFitAromaUgpFile", "MultiSourceCopyNumberNormalization")
S3method("getInputDataSets", "MultiSourceCopyNumberNormalization")
S3method("getOutputDataSets", "MultiSourceCopyNumberNormalization")
S3method("getOutputPaths", "MultiSourceCopyNumberNormalization")
S3method("getParameters", "MultiSourceCopyNumberNormalization")
S3method("getPrincipalCurveEstimator", "MultiSourceCopyNumberNormalization")
S3method("getSmoothedDataSets", "MultiSourceCopyNumberNormalization")
S3method("getSubsetToFit", "MultiSourceCopyNumberNormalization")
S3method("getTags", "MultiSourceCopyNumberNormalization")
S3method("nbrOfDataSets", "MultiSourceCopyNumberNormalization")
S3method("normalizeOne", "MultiSourceCopyNumberNormalization")
S3method("plotSmoothedPairsOne", "MultiSourceCopyNumberNormalization")
S3method("process", "MultiSourceCopyNumberNormalization")
# NaiveFracBGenotyping
S3method("getDataSet", "NaiveFracBGenotyping")
S3method("getGenotypeCallSet", "NaiveFracBGenotyping")
S3method("nbrOfLoci", "NaiveFracBGenotyping")
S3method("nbrOfSNPs", "NaiveFracBGenotyping")
S3method("process", "NaiveFracBGenotyping")
S3method("processOne", "NaiveFracBGenotyping")
# numeric
S3method("calculatePairedPSCNByGenotype", "numeric")
S3method("calculateTumorPSCNByGenotypeUsingCTCN", "numeric")
S3method("callXXorXY", "numeric")
# PairedPSCBS
S3method("backgroundCorrect", "PairedPSCBS")
S3method("bootstrap", "PairedPSCBS")
S3method("callAllelicBalanceByBAFs", "PairedPSCBS")
S3method("callCopyNeutralRegions", "PairedPSCBS")
S3method("drawC1C2Density", "PairedPSCBS")
S3method("estimateC2Bias", "PairedPSCBS")
S3method("findAtomicAberrations", "PairedPSCBS")
S3method("fitC1C2Densities", "PairedPSCBS")
S3method("fitC1C2Peaks", "PairedPSCBS")
S3method("normalizeBAFsByRegions", "PairedPSCBS")
S3method("plotC1C2Grid", "PairedPSCBS")
S3method("resampleA", "PairedPSCBS")
S3method("resampleB", "PairedPSCBS")
S3method("resampleC", "PairedPSCBS")
S3method("transformC1C2", "PairedPSCBS")
S3method("translateC1C2", "PairedPSCBS")
# PairedPscbsCaller
S3method("getAsteriskTags", "PairedPscbsCaller")
S3method("getOptionalArguments", "PairedPscbsCaller")
S3method("getParameters", "PairedPscbsCaller")
S3method("getPath", "PairedPscbsCaller")
S3method("getPlatform", "PairedPscbsCaller")
S3method("getRootPath", "PairedPscbsCaller")
S3method("process", "PairedPscbsCaller")
# PairedPSCBSFile
S3method("loadFit", "PairedPSCBSFile")
S3method("loadObject", "PairedPSCBSFile")
# PairedPSCBSFileSet
S3method("byName", "PairedPSCBSFileSet")
S3method("byPath", "PairedPSCBSFileSet")
S3method("findByName", "PairedPSCBSFileSet")
S3method("getChipType", "PairedPSCBSFileSet")
S3method("getDefaultFullName", "PairedPSCBSFileSet")
S3method("getPlatform", "PairedPSCBSFileSet")
# PairedPscbsModel
S3method("as.character", "PairedPscbsModel")
S3method("fit", "PairedPscbsModel")
S3method("getAsteriskTags", "PairedPscbsModel")
S3method("getChipType", "PairedPscbsModel")
S3method("getChromosomes", "PairedPscbsModel")
S3method("getDataSets", "PairedPscbsModel")
S3method("getFitFunction", "PairedPscbsModel")
S3method("getFullName", "PairedPscbsModel")
S3method("getName", "PairedPscbsModel")
S3method("getNormalDataSet", "PairedPscbsModel")
S3method("getOptionalArguments", "PairedPscbsModel")
S3method("getOutputDataSet", "PairedPscbsModel")
S3method("getParameters", "PairedPscbsModel")
S3method("getPath", "PairedPscbsModel")
S3method("getRandomSeed", "PairedPscbsModel")
S3method("getRootPath", "PairedPscbsModel")
S3method("getTags", "PairedPscbsModel")
S3method("getTumorDataSet", "PairedPscbsModel")
S3method("indexOf", "PairedPscbsModel")
S3method("nbrOfFiles", "PairedPscbsModel")
S3method("setRandomSeed", "PairedPscbsModel")
S3method("setTags", "PairedPscbsModel")
# PeaksAndValleys
S3method("callPeaks", "PeaksAndValleys")
# PolarSnpData
S3method("asCartesianSnpData", "PolarSnpData")
S3method("asPolarSnpData", "PolarSnpData")
S3method("asTotalFracBSnpData", "PolarSnpData")
S3method("pairedBoost", "PolarSnpData")
S3method("plot", "PolarSnpData")
# principal.curve
S3method("pairs2", "principal.curve")
# PrincipalCurve
S3method("getBacktransforms", "PrincipalCurve")
S3method("plotBacktransforms", "PrincipalCurve")
# PrincipalCurveNormalization
S3method("backtransformOne", "PrincipalCurveNormalization")
S3method("fitOne", "PrincipalCurveNormalization")
S3method("getSubsetToFit", "PrincipalCurveNormalization")
# PruneCNA
S3method("[", "PruneCNA")
S3method("extractGenerations", "PruneCNA")
S3method("nbrOfGenerations", "PruneCNA")
S3method("plotTracks", "PruneCNA")
# RawAlleleBFractions
S3method("callGenotypes", "RawAlleleBFractions")
S3method("normalizeTumorBoost", "RawAlleleBFractions")
# RawGenomicSignals
S3method("segmentByPruneCBS", "RawGenomicSignals")
S3method("segmentByPruneCBSv1", "RawGenomicSignals")
# RawGenotypeCalls
S3method("getCalls", "RawGenotypeCalls")
S3method("getColors", "RawGenotypeCalls")
S3method("isHeterozygous", "RawGenotypeCalls")
S3method("isHomozygous", "RawGenotypeCalls")
# SnpData
S3method("callGenotypes", "SnpData")
# TotalCnBinnedSmoothing
S3method("getAsteriskTags", "TotalCnBinnedSmoothing")
S3method("getParameters", "TotalCnBinnedSmoothing")
S3method("smoothRawCopyNumbers", "TotalCnBinnedSmoothing")
# TotalCnKernelSmoothing
S3method("getAsteriskTags", "TotalCnKernelSmoothing")
S3method("getParameters", "TotalCnKernelSmoothing")
S3method("smoothRawCopyNumbers", "TotalCnKernelSmoothing")
# TotalCnSmoothing
S3method("getAsteriskTags", "TotalCnSmoothing")
S3method("getOutputDataSet0", "TotalCnSmoothing")
S3method("getOutputFileClass", "TotalCnSmoothing")
S3method("getOutputFileExtension", "TotalCnSmoothing")
S3method("getOutputFiles", "TotalCnSmoothing")
S3method("getOutputFileSetClass", "TotalCnSmoothing")
S3method("getParameters", "TotalCnSmoothing")
S3method("getPath", "TotalCnSmoothing")
S3method("getRootPath", "TotalCnSmoothing")
S3method("getTargetPositions", "TotalCnSmoothing")
S3method("getTargetUgpFile", "TotalCnSmoothing")
S3method("process", "TotalCnSmoothing")
S3method("smoothRawCopyNumbers", "TotalCnSmoothing")
# TotalFracBSnpData
S3method("asCartesianSnpData", "TotalFracBSnpData")
S3method("asPolarSnpData", "TotalFracBSnpData")
S3method("asTotalFracBSnpData", "TotalFracBSnpData")
S3method("callGenotypes", "TotalFracBSnpData")
S3method("pairedBoost", "TotalFracBSnpData")
S3method("plot", "TotalFracBSnpData")
# TumorBoostNormalization
S3method("as.character", "TumorBoostNormalization")
S3method("getAsteriskTags", "TumorBoostNormalization")
S3method("getDataSets", "TumorBoostNormalization")
S3method("getFlavor", "TumorBoostNormalization")
S3method("getFullName", "TumorBoostNormalization")
S3method("getInputDataSet", "TumorBoostNormalization")
S3method("getName", "TumorBoostNormalization")
S3method("getNormalDataSet", "TumorBoostNormalization")
S3method("getNormalGenotypeCallSet", "TumorBoostNormalization")
S3method("getOutputDataSet", "TumorBoostNormalization")
S3method("getPath", "TumorBoostNormalization")
S3method("getRootPath", "TumorBoostNormalization")
S3method("getTags", "TumorBoostNormalization")
S3method("nbrOfFiles", "TumorBoostNormalization")
S3method("process", "TumorBoostNormalization")
S3method("setTags", "TumorBoostNormalization")
# XYCurveNormalization
S3method("backtransformOne", "XYCurveNormalization")
S3method("fitOne", "XYCurveNormalization")