def checkIfEdgeIdsExist(genome, trackName, allowOverlaps):
collector = PreProcMetaDataCollector(genome, trackName)
if not collector.getTrackFormat().isLinked():
return
uniqueIds = numpy.array([], dtype='S')
uniqueEdgeIds = numpy.array([], dtype='S')
for chr in collector.getPreProcessedChrs(allowOverlaps):
trackSource = TrackSource()
trackData = trackSource.getTrackData(trackName, genome, chr,
allowOverlaps)
uniqueIds = numpy.unique(
numpy.concatenate((uniqueIds, trackData['id'][:])))
uniqueEdgeIds = numpy.unique(
numpy.concatenate(
(uniqueEdgeIds, trackData['edges'][:].flatten())))
uniqueIds = uniqueIds[uniqueIds != '']
uniqueEdgeIds = uniqueEdgeIds[uniqueEdgeIds != '']
unmatchedIds = set(uniqueEdgeIds) - set(uniqueIds)
if len(unmatchedIds) > 0:
raise InvalidFormatError(
"Error: the following ids specified in the 'edges' column do not exist in the dataset: "
+ ', '.join(sorted(unmatchedIds)))
def checkUndirectedEdges(genome, trackName, allowOverlaps):
collector = PreProcMetaDataCollector(genome, trackName)
if not (collector.getTrackFormat().isLinked() and collector.hasUndirectedEdges()):
return
complementEdgeWeightDict = {}
for chr in collector.getPreProcessedChrs(allowOverlaps):
trackSource = TrackSource()
trackData = trackSource.getTrackData(trackName, genome, chr, allowOverlaps)
ids = trackData['id']
edges = trackData['edges']
weights = trackData.get('weights')
for i, id in enumerate(ids):
edgesAttr = edges[i][edges[i] != '']
weightsAttr = weights[i][edges[i] != ''] if weights is not None else None
PreProcessUtils._adjustComplementaryEdgeWeightDict(complementEdgeWeightDict, id, edgesAttr, weightsAttr)
if len(complementEdgeWeightDict) != 0:
unmatchedPairs = []
for toId in complementEdgeWeightDict:
for fromId in complementEdgeWeightDict[toId]:
unmatchedPairs.append((fromId, toId, complementEdgeWeightDict[toId][fromId]))
raise InvalidFormatError("Error: All edges are not undirected. The following edges specifications " +\
"are not matched by an opposite edge with equal weight:" + os.linesep +\
os.linesep.join(["from '%s' to '%s'" % (fromId, toId) + \
(" with weight '%s'" % weight if weight != '' else '') \
for fromId, toId, weight in unmatchedPairs]))
def checkUndirectedEdges(genome, trackName, allowOverlaps):
collector = TrackInfoDataCollector(genome, trackName)
if not (collector.getTrackFormat().isLinked() and collector.hasUndirectedEdges()):
return
complementEdgeWeightDict = {}
for chr in collector.getPreProcessedChrs(allowOverlaps):
trackSource = TrackSource()
trackData = trackSource.getTrackData(trackName, genome, chr, allowOverlaps)
ids = trackData['id']
edges = trackData['edges']
weights = trackData.get('weights')
for i, id in enumerate(ids):
edgesAttr = edges[i][edges[i] != '']
weightsAttr = weights[i][edges[i] != ''] if weights is not None else None
PreProcessUtils._adjustComplementaryEdgeWeightDict(complementEdgeWeightDict, id, edgesAttr, weightsAttr)
if len(complementEdgeWeightDict) != 0:
unmatchedPairs = []
for toId in complementEdgeWeightDict:
for fromId in complementEdgeWeightDict[toId]:
unmatchedPairs.append((fromId, toId, complementEdgeWeightDict[toId][fromId]))
raise InvalidFormatError("Error: All edges are not undirected. The following edges specifications " +\
"are not matched by an opposite edge with equal weight:" + os.linesep +\
os.linesep.join(["from '%s' to '%s'" % (fromId, toId) + \
(" with weight '%s'" % weight if weight != '' else '') \
for fromId, toId, weight in unmatchedPairs]))
def merge(genome, trackName, allowOverlaps):
path = createDirPath(trackName, genome, allowOverlaps=allowOverlaps)
chrList = TrackInfoDataCollector(genome, trackName).getPreProcessedChrs(allowOverlaps)
existingChrList = [chr for chr in ChrMemmapFolderMerger._existingChrIter(path, chrList)]
if len(existingChrList) == 0:
raise EmptyGESourceError('No data lines has been read from source file (probably because it is empty).')
firstChrTrackData = TrackSource().getTrackData(trackName, genome, existingChrList[0], allowOverlaps, forceChrFolders=True)
arrayList = firstChrTrackData.keys()
for arrayName in arrayList:
mergedArray = firstChrTrackData[arrayName][:]
elementDim, dtypeDim = parseMemmapFileFn(firstChrTrackData[arrayName].filename)[1:3]
del firstChrTrackData[arrayName]
for chr in existingChrList[1:]:
chrTrackData = TrackSource().getTrackData(trackName, genome, chr, allowOverlaps, forceChrFolders=True)
mergedArray = ChrMemmapFolderMerger.mergeArrays(mergedArray, np.array(chrTrackData[arrayName][:]))
elementDimNew, dtypeDimNew = parseMemmapFileFn(chrTrackData[arrayName].filename)[1:3]
elementDim = max(elementDim, elementDimNew)
dtypeDim = max(dtypeDim, dtypeDimNew)
del chrTrackData[arrayName]
mergedFn = createMemmapFileFn(path, arrayName, elementDim, dtypeDim, str(mergedArray.dtype))
f = np.memmap(mergedFn, dtype=mergedArray.dtype, mode='w+', shape=mergedArray.shape)
f[:] = mergedArray
f.flush()
del f
del mergedArray
def __init__(self, trackName, trackTitle=None):
self.trackName = trackName
self.trackTitle = trackTitle
self._trackSource = TrackSource()
self._trackViewLoader = TrackViewLoader()
self._trackFormatReq = NeutralTrackFormatReq()
self.formatConverters = None
self._trackId = None
def merge(genome, trackName, allowOverlaps):
path = createDirPath(trackName, genome, allowOverlaps=allowOverlaps)
collector = PreProcMetaDataCollector(genome, trackName)
chrList = collector.getPreProcessedChrs(allowOverlaps)
if not collector.getTrackFormat().reprIsDense():
chrList = sorted(chrList)
existingChrList = [
chr
for chr in ChrMemmapFolderMerger._existingChrIter(path, chrList)
]
if len(existingChrList) == 0:
raise EmptyGESourceError(
'No data lines has been read from source file (probably because it is empty).'
)
firstChrTrackData = TrackSource().getTrackData(trackName,
genome,
existingChrList[0],
allowOverlaps,
forceChrFolders=True)
arrayList = firstChrTrackData.keys()
for arrayName in arrayList:
mergedArray = firstChrTrackData[arrayName][:]
elementDim, dtypeDim = parseMemmapFileFn(
firstChrTrackData[arrayName].filename)[1:3]
del firstChrTrackData[arrayName]
for chr in existingChrList[1:]:
chrTrackData = TrackSource().getTrackData(trackName,
genome,
chr,
allowOverlaps,
forceChrFolders=True)
mergedArray = ChrMemmapFolderMerger.mergeArrays(
mergedArray, np.array(chrTrackData[arrayName][:]))
elementDimNew, dtypeDimNew = parseMemmapFileFn(
chrTrackData[arrayName].filename)[1:3]
elementDim = max(elementDim, elementDimNew)
dtypeDim = max(dtypeDim, dtypeDimNew)
del chrTrackData[arrayName]
mergedFn = createMemmapFileFn(path, arrayName, elementDim,
dtypeDim, str(mergedArray.dtype))
f = np.memmap(mergedFn,
dtype=mergedArray.dtype,
mode='w+',
shape=mergedArray.shape)
f[:] = mergedArray
f.flush()
del f
del mergedArray
def getMergedPrefixInfoDict(cls, genome, trackName, allowOverlaps):
assert cls.mergedPreProcFilesExist(genome, trackName, allowOverlaps)
trackData = TrackSource().getTrackData(trackName, genome, None,
allowOverlaps)
prefixInfoDict = {}
for prefix, smartMemmap in trackData.items():
if prefix not in ['leftIndex', 'rightIndex']:
prefixInfoDict[prefix] = PrefixInfo(
*parseMemmapFileFn(smartMemmap.getFilename()))
return prefixInfoDict
def __init__(self, trackName):
self.trackName = trackName
self._trackSource = TrackSource()
self._trackViewLoader = TrackViewLoader()
self._trackFormatReq = NeutralTrackFormatReq()
self.formatConverters = None
self._trackId = None
def _getNumTrackElements(self, trackName, chr, allowOverlaps):
trackSource = TrackSource()
trackData = trackSource.getTrackData(trackName, self.GENOME, chr,
allowOverlaps)
brShelve = trackData.boundingRegionShelve
if brShelve:
chrBoundingRegions = brShelve.getAllBoundingRegionsForChr(chr)
numTrackElements = sum(
self._getTrackView(trackName, br,
allowOverlaps).getNumElements()
for br in chrBoundingRegions)
assert numTrackElements == brShelve.getTotalElementCountForChr(chr)
else: # chr-specific folders have not been merged
numTrackElements = self._getNumTrackElementsFromMemmap(
trackName, chr, allowOverlaps)
return numTrackElements
def _getNumTrackElementsFromMemmap(self, trackName, chr, allowOverlaps):
trackSource = TrackSource()
trackData = trackSource.getTrackData(trackName,
self.GENOME,
chr,
allowOverlaps,
forceChrFolders=True)
allArrayLenghts = [
memmap.getShape()[0] for name, memmap in trackData.iteritems()
if name not in ['leftIndex', 'rightIndex']
]
if len(allArrayLenghts) > 0:
assert all(arrayLen == allArrayLenghts[0]
for arrayLen in allArrayLenghts)
return allArrayLenghts[0]
else:
return 0
def testCreateIntensityTrack(self):
regions = [GenomeRegion(self._genome, self._chr, 1000, 5000),\
GenomeRegion(self._genome, self._chr, 6000, 7000),\
GenomeRegion(self._genome, self._chr, 10000, 16000)]
job = AnalysisDefJob('[dataStat=SimpleBpIntensityStat] [outTrackName=' + '^'.join(self._trackName) + '] [numDiscreteVals=10] -> CreateFunctionTrackStat', \
['nums'], ['points'], regions, genome=self._genome)
for x in range(2):
job.run()
brShelve = BoundingRegionShelve(self._genome,
self._trackName,
allowOverlaps=False)
self.assertRaises(OutsideBoundingRegionError, \
brShelve.getBoundingRegionInfo, GenomeRegion(self._genome, self._chr, 0, 1))
#self.assertEquals(BoundingRegionInfo(0, 1, 0, 0, 0, 0),
# brShelve.getBoundingRegionInfo(GenomeRegion(self._genome, self._chr, 0, 1)))
self.assertEquals(
BoundingRegionInfo(1000, 5000, 0, 4000, 0, 0),
brShelve.getBoundingRegionInfo(
GenomeRegion(self._genome, self._chr, 2000, 2001)))
self.assertRaises(OutsideBoundingRegionError, \
brShelve.getBoundingRegionInfo, GenomeRegion(self._genome, self._chr, 5500, 5501))
#self.assertEquals(BoundingRegionInfo(5500, 5501, 0, 0, 0, 0),
# brShelve.getBoundingRegionInfo(GenomeRegion(self._genome, self._chr, 5500, 5501)))
self.assertEquals(
BoundingRegionInfo(6000, 7000, 4000, 5000, 0, 0),
brShelve.getBoundingRegionInfo(
GenomeRegion(self._genome, self._chr, 6500, 6501)))
self.assertRaises(OutsideBoundingRegionError, \
brShelve.getBoundingRegionInfo, GenomeRegion(self._genome, self._chr, 8000, 8001))
#self.assertEquals(BoundingRegionInfo(8000, 8001, 0, 0, 0, 0),
# brShelve.getBoundingRegionInfo(GenomeRegion(self._genome, self._chr, 8000, 8001)))
self.assertEquals(
BoundingRegionInfo(10000, 16000, 5000, 11000, 0, 0),
brShelve.getBoundingRegionInfo(
GenomeRegion(self._genome, self._chr, 11000, 11001)))
self.assertRaises(OutsideBoundingRegionError, \
brShelve.getBoundingRegionInfo, GenomeRegion(self._genome, self._chr, 16500, 16501))
#self.assertEquals(BoundingRegionInfo(16500, 16501, 0, 0, 0, 0),
# brShelve.getBoundingRegionInfo(GenomeRegion(self._genome, self._chr, 16500, 16501)))
trackData = TrackSource().getTrackData(self._trackName, self._genome,
None, False)
self.assertListsOrDicts(['val'], trackData.keys())
self.assertListsOrDicts((11000, ), trackData['val'].shape)
def _getTrackData(self):
for br in self._boundingRegions:
chr = br.chr
break
return TrackSource().getTrackData(self._trackName,
self._genome,
chr,
allowOverlaps=self._allowOverlaps)
def checkIfEdgeIdsExist(genome, trackName, allowOverlaps):
collector = TrackInfoDataCollector(genome, trackName)
if not collector.getTrackFormat().isLinked():
return
uniqueIds = numpy.array([], dtype='S')
uniqueEdgeIds = numpy.array([], dtype='S')
for chr in collector.getPreProcessedChrs(allowOverlaps):
trackSource = TrackSource()
trackData = trackSource.getTrackData(trackName, genome, chr, allowOverlaps)
uniqueIds = numpy.unique(numpy.concatenate((uniqueIds, trackData['id'][:])))
uniqueEdgeIds = numpy.unique(numpy.concatenate((uniqueEdgeIds, trackData['edges'][:].flatten())))
uniqueIds = uniqueIds[uniqueIds != '']
uniqueEdgeIds = uniqueEdgeIds[uniqueEdgeIds != '']
unmatchedIds = set(uniqueEdgeIds) - set(uniqueIds)
if len(unmatchedIds) > 0:
raise InvalidFormatError("Error: the following ids specified in the 'edges' column do not exist in the dataset: " + ', '.join(sorted(unmatchedIds)))
class Track(object):
IS_MEMOIZABLE = True
def __new__(cls, trackName):
if trackName == [] or trackName is None:
return None
else:
if ExternalTrackManager.isVirtualTrack(trackName):
return VirtualMinimalTrack.__new__(VirtualMinimalTrack)
else:
return object.__new__(cls)
def __init__(self, trackName):
self.trackName = trackName
self._trackSource = TrackSource()
self._trackViewLoader = TrackViewLoader()
self._trackFormatReq = NeutralTrackFormatReq()
self.formatConverters = None
self._trackId = None
def _getRawTrackView(self, region, borderHandling, allowOverlaps):
trackData = self._trackSource.getTrackData(self.trackName, region.genome, region.chr, allowOverlaps)
return self._trackViewLoader.loadTrackView(trackData, region, borderHandling, allowOverlaps, self.trackName)
def getTrackView(self, region):
allowOverlaps = self._trackFormatReq.allowOverlaps()
borderHandling = self._trackFormatReq.borderHandling()
assert(allowOverlaps is not None)
assert(borderHandling is not None)
origTrackView = self._getRawTrackView(region, borderHandling, allowOverlaps)
if self.formatConverters is None:
self.formatConverters = getFormatConverters(origTrackView.trackFormat, self._trackFormatReq)
if self.formatConverters == []:
raise IncompatibleTracksError(prettyPrintTrackName(self.trackName) + ' with format: '\
+ str(origTrackView.trackFormat) +
('(' + origTrackView.trackFormat._val + ')' if origTrackView.trackFormat._val else '') + \
' does not satisfy ' + str(self._trackFormatReq))
if not self.formatConverters[0].canHandle(origTrackView.trackFormat, self._trackFormatReq):
raise IncompatibleTracksError(getClassName(self.formatConverters[0]) +\
' does not support conversion from ' + str(origTrackView.trackFormat) + \
' to ' + str(self._trackFormatReq))
return self.formatConverters[0].convert(origTrackView)
def addFormatReq(self, requestedTrackFormat):
prevFormatReq = self._trackFormatReq
self._trackFormatReq = TrackFormatReq.merge(self._trackFormatReq, requestedTrackFormat)
if self._trackFormatReq is None:
raise IncompatibleTracksError(str(prevFormatReq ) + \
' is incompatible with additional ' + str(requestedTrackFormat))
def setFormatConverter(self, converterClassName):
assert( self.formatConverters is None )
if converterClassName is not None:
self.formatConverters = [getFormatConverterByName(converterClassName)]
def getUniqueKey(self, genome):
assert self.formatConverters is not None and len(self.formatConverters) == 1, 'FC: '+str(self.formatConverters)
assert( not None in [self._trackFormatReq.allowOverlaps(), \
self._trackFormatReq.borderHandling()] )
if not self._trackId:
self._trackId = TrackInfo(genome, self.trackName).id
return hash((tuple(self.trackName), self._trackId, getClassName(self.formatConverters[0]), \
self.formatConverters[0].VERSION, self._trackFormatReq.allowOverlaps(), \
self._trackFormatReq.borderHandling()))
def resetTrackSource(self):
self._trackSource = TrackSource()
class Track(object):
IS_MEMOIZABLE = True
def __new__(cls, trackName, trackTitle=None):
if trackName == [] or trackName is None:
return None
else:
if ExternalTrackManager.isVirtualTrack(trackName):
return VirtualMinimalTrack.__new__(VirtualMinimalTrack)
else:
return object.__new__(cls)
def __init__(self, trackName, trackTitle=None):
self.trackName = trackName
self.trackTitle = trackTitle
self._trackSource = TrackSource()
self._trackViewLoader = TrackViewLoader()
self._trackFormatReq = NeutralTrackFormatReq()
self.formatConverters = None
self._trackId = None
self._randIndex = None
def _getRawTrackView(self, region, borderHandling, allowOverlaps):
trackData = self._trackSource.getTrackData(self.trackName, region.genome, region.chr, allowOverlaps)
return self._trackViewLoader.loadTrackView(trackData, region, borderHandling, allowOverlaps, self.trackName)
def getTrackView(self, region):
allowOverlaps = self._trackFormatReq.allowOverlaps()
borderHandling = self._trackFormatReq.borderHandling()
assert(allowOverlaps is not None)
assert(borderHandling is not None)
origTrackView = self._getRawTrackView(region, borderHandling, allowOverlaps)
if self.formatConverters is None:
self.formatConverters = getFormatConverters(origTrackView.trackFormat, self._trackFormatReq)
if self.formatConverters == []:
raise IncompatibleTracksError(prettyPrintTrackName(self.trackName) + ' with format: '\
+ str(origTrackView.trackFormat) +
('(' + origTrackView.trackFormat._val + ')' if origTrackView.trackFormat._val else '') + \
' does not satisfy ' + str(self._trackFormatReq))
if not self.formatConverters[0].canHandle(origTrackView.trackFormat, self._trackFormatReq):
raise IncompatibleTracksError(getClassName(self.formatConverters[0]) +\
' does not support conversion from ' + str(origTrackView.trackFormat) + \
' to ' + str(self._trackFormatReq))
return self.formatConverters[0].convert(origTrackView)
def addFormatReq(self, requestedTrackFormat):
prevFormatReq = self._trackFormatReq
self._trackFormatReq = TrackFormatReq.merge(self._trackFormatReq, requestedTrackFormat)
if self._trackFormatReq is None:
raise IncompatibleTracksError(str(prevFormatReq ) + \
' is incompatible with additional ' + str(requestedTrackFormat))
def setFormatConverter(self, converterClassName):
assert( self.formatConverters is None )
if converterClassName is not None:
self.formatConverters = [getFormatConverterByName(converterClassName)]
def getUniqueKey(self, genome):
if not self._trackId:
self._trackId = TrackInfo(genome, self.trackName).id
return hash((tuple(self.trackName),
self._trackId if self._trackId else '',
getClassName(self.formatConverters[0]) if self.formatConverters else '',
self.formatConverters[0].VERSION if self.formatConverters else '',
self._trackFormatReq.allowOverlaps() if self._trackFormatReq.allowOverlaps() else '',
self._trackFormatReq.borderHandling() if self._trackFormatReq.borderHandling() else ''))
def resetTrackSource(self):
self._trackSource = TrackSource()
def setRandIndex(self, randIndex):
pass #used only by TsBasedRandomTrack
class Track(object):
IS_MEMOIZABLE = True
def __new__(cls, trackName, trackTitle=None):
if trackName == [] or trackName is None:
return None
else:
if ExternalTrackManager.isVirtualTrack(trackName):
return VirtualMinimalTrack.__new__(VirtualMinimalTrack)
else:
return object.__new__(cls)
def __init__(self, trackName, trackTitle=None):
self.trackName = trackName
self.trackTitle = trackTitle
self._trackSource = TrackSource()
self._trackViewLoader = TrackViewLoader()
self._trackFormatReq = NeutralTrackFormatReq()
self.formatConverters = None
self._trackId = None
self._hasBeenRead = False
def _getRawTrackView(self, region, borderHandling, allowOverlaps):
trackData = self._trackSource.getTrackData(self.trackName, region.genome, region.chr, allowOverlaps)
return self._trackViewLoader.loadTrackView(trackData, region, borderHandling, allowOverlaps, self.trackName)
def getTrackView(self, region):
allowOverlaps = self._trackFormatReq.allowOverlaps()
borderHandling = self._trackFormatReq.borderHandling()
assert(allowOverlaps is not None)
assert(borderHandling is not None)
origTrackView = self._getRawTrackView(region, borderHandling, allowOverlaps)
if self.formatConverters is None:
self.formatConverters = getFormatConverters(origTrackView.trackFormat, self._trackFormatReq)
self._hasBeenRead = True
if self.formatConverters == []:
raise IncompatibleTracksError(prettyPrintTrackName(self.trackName) + ' with format: '\
+ str(origTrackView.trackFormat) +
('(' + origTrackView.trackFormat._val + ')' if origTrackView.trackFormat._val else '') + \
' does not satisfy ' + str(self._trackFormatReq))
if not self.formatConverters[0].canHandle(origTrackView.trackFormat, self._trackFormatReq):
raise IncompatibleTracksError(getClassName(self.formatConverters[0]) +\
' does not support conversion from ' + str(origTrackView.trackFormat) + \
' to ' + str(self._trackFormatReq))
return self.formatConverters[0].convert(origTrackView)
def addFormatReq(self, requestedTrackFormat):
prevFormatReq = self._trackFormatReq
self._trackFormatReq = TrackFormatReq.merge(self._trackFormatReq, requestedTrackFormat)
if self._trackFormatReq is None:
raise IncompatibleTracksError(str(prevFormatReq ) + \
' is incompatible with additional ' + str(requestedTrackFormat))
# TODO: track.formatConverters needs a complete overhaul. It is currently used:
# 1) to link tracks with possible choices for track conversion
# 2) to store the choice of format converter made by the user
# 3) to manage the default choice of format converters [=always the first item in the list]
# 4) to hold the currently selected format converter class until needed by getTrackView
def setFormatConverter(self, converterClassName):
assert( self.formatConverters is None )
if converterClassName is not None:
self.formatConverters = [getFormatConverterByName(converterClassName)]
def hasBeenFlaggedAsRead(self):
return self._hasBeenRead
def getUniqueKey(self, genome):
itemsToBeHashed = [tuple(self.trackName)]
itemsToBeHashed.append(self._getTrackId(genome))
if self._trackFormatReq is not None:
if self._trackFormatReq.allowOverlaps() is not None:
itemsToBeHashed.append(self._trackFormatReq.allowOverlaps())
itemsToBeHashed.append(self._trackFormatReq.borderHandling())
itemsToBeHashed.append(getClassName(self.formatConverters[0]) if self.formatConverters else '')
# TODO: Move away from fixed VERSION, as these in practice are never updated. Also for statistics.
itemsToBeHashed.append(self.formatConverters[0].VERSION if self.formatConverters else '')
from config.DebugConfig import DebugConfig
if DebugConfig.VERBOSE:
from gold.application.LogSetup import logMessage
logMessage('Unique key items for track "{}": '.format(self.trackName) +
', '.join(str(_) for _ in itemsToBeHashed))
return hash(tuple(itemsToBeHashed))
def _getTrackId(self, genome):
if not self._trackId:
trackInfo = TrackInfo(genome, self.trackName)
self._trackId = trackInfo.id
return self._trackId if self._trackId else ''
def resetTrackSource(self):
self._trackSource = TrackSource()
def _getTrackData(self, track, curBin, allowOverlaps):
return TrackSource().getTrackData(track.trackName, curBin.genome,
curBin.chr, allowOverlaps)
