def doAlignment(outputFileName):
# create a writer and open the output file
writer = IOIMPL.LCFactory.getInstance().createLCWriter()
writer.open(outputFileName, EVENT.LCIO.WRITE_NEW)
# create an event and set its parameters
event = IMPL.LCEventImpl()
event.setEventNumber(0)
event.setRunNumber(0)
event.setTimeStamp(int(time() * 1000000000.))
alignmentColl = IMPL.LCCollectionVec(EVENT.LCIO.LCGENERICOBJECT)
# collection parameters
alignmentColl.parameters().setValue(
'DataDescription',
'sensorID, xOff, yOff, zOff, alpha, beta, gamma + 13 spare fields')
alignmentColl.parameters().setValue('TypeName', 'Alignment Constant')
# number of items
nValues = 20
for sensorID in xrange(4, 10):
alignObj = IMPL.LCGenericObjectImpl(nValues, 0, nValues)
for i in xrange(nValues):
alignObj.setIntVal(i, 0)
alignObj.setDoubleVal(i, 0.)
alignmentColl.addElement(alignObj)
event.addCollection(alignmentColl, 'alignment')
writer.writeEvent(event)
writer.flush()
writer.close()
def convertRun( inputTarFile, outputFileName ):
# read file names from given path
#fileNames = sorted( glob.glob( inputPath+'/mpx*.txt' ) )
#nEvents = len( fileNames )
inputFiles = []
tar = tarfile.open( inputTarFile, 'r:gz' )
for member in tar.getmembers():
if not member.isfile():
continue
inputFiles.append( tar.extractfile(member) )
# get run number from first file (same for the rest) assuming filename is this form: mpx-YYMMDD-HHmmSS-RUN_FRAME.txt
runNumber = int( inputFiles[0].name.split('-')[-1].split('_')[0] )
runNumber = int( inputTarFile.split('n')[-1].split('.')[0] )
# define detector name
detectorName = 'EUTelescope'
# create a writer and open the output file
writer = IOIMPL.LCFactory.getInstance().createLCWriter()
writer.open( outputFileName, EVENT.LCIO.WRITE_NEW )
print "Runnumber: " + str(runNumber)
# create a run header and add it to the file
run = IMPL.LCRunHeaderImpl()
run.setRunNumber( runNumber )
run.setDetectorName( detectorName )
run.parameters().setValue ( 'GeoID' , 0 )
run.parameters().setValues ( 'MaxX' , std.vector(int)(6,1151) )
run.parameters().setValues ( 'MaxY' , std.vector(int)(6,575) )
run.parameters().setValues ( 'MinX' , std.vector(int)(6,0) )
run.parameters().setValues ( 'MinY' , std.vector(int)(6,0) )
run.parameters().setValue ( 'NoOfDetector' , 6 )
run.parameters().setValues ( 'AppliedProcessor' , std.vector('string')(1,'') )
run.parameters().setValue ( 'DAQHWName' , 'EUDRB' )
run.parameters().setValue ( 'DAQSWName' , 'EUDAQ' )
run.parameters().setValue ( 'DataType' , 'SimData' )
run.parameters().setValue ( 'DateTime' , '24.12.2000 23:59:59.000000000' )
run.parameters().setValue ( 'EUDRBDet' , 'MIMOSA26' )
run.parameters().setValue ( 'EUDRBMode' , 'ZS2' )
writer.writeRunHeader( run )
MAXEVENTS = 1000000
NEVENTS = 0
# event loop
for eventFile in inputFiles:
if NEVENTS == MAXEVENTS: break
NEVENTS += 1
# get event number from file name ( i.e. frame ID ) assuming file name format above
iEvent = int( eventFile.name.split('_')[-1].split('.')[0] )
if ( NEVENTS%1000 == 0 ):
print 'Events processed: %i ...' % NEVENTS
# create an event and set its parameters
event = IMPL.LCEventImpl()
event.setEventNumber( iEvent )
event.setDetectorName( detectorName )
event.setRunNumber( runNumber )
event.setTimeStamp( int( time() * 1000000000. ) )
event.parameters().setValue( 'EventType', 2 )
# parse input file
telescopeData, DUTData = parseFrameFile( eventFile )
# is there DUT data?
containsDUT = False
if len( DUTData ) > 0:
containsDUT = True
# if first event, create additional setup collection(s)
if iEvent == 0:
eudrbSetup = IMPL.LCCollectionVec( EVENT.LCIO.LCGENERICOBJECT )
# collection parameters
eudrbSetup.parameters().setValue( 'DataDescription', 'type:i,mode:i,spare1:i,spare2:i,spare3:i' )
eudrbSetup.parameters().setValue( 'TypeName', 'Setup Description' )
# create on setup object per Telescope plane
for sensorID in sorted( telescopeData.iterkeys() ):
setupObj = IMPL.LCGenericObjectImpl(5,0,0)
setupObj.setIntVal( 0, 102 )
setupObj.setIntVal( 1, 101 )
eudrbSetup.addElement( setupObj )
event.addCollection ( eudrbSetup, 'eudrbSetup' )
# check if there is a DUT
if containsDUT:
DUTSetup = IMPL.LCCollectionVec( EVENT.LCIO.LCGENERICOBJECT )
event.addCollection ( DUTSetup, 'DUTSetup' )
# ID encoder info
encodingString = 'sensorID:7,sparsePixelType:5'
# Telescope data collection
trackerDataColl = IMPL.LCCollectionVec( EVENT.LCIO.TRACKERDATA )
idEncoder_Telescope = UTIL.CellIDEncoder( IMPL.TrackerDataImpl )( encodingString, trackerDataColl )
# check if there is a DUT
if containsDUT:
# DUT data collection
DUTDataColl = IMPL.LCCollectionVec( EVENT.LCIO.TRACKERDATA )
idEncoder_DUT = UTIL.CellIDEncoder( IMPL.TrackerDataImpl )( encodingString, DUTDataColl )
REFDataColl = IMPL.LCCollectionVec( EVENT.LCIO.TRACKERDATA )
idEncoder_REF = UTIL.CellIDEncoder( IMPL.TrackerDataImpl )( encodingString, REFDataColl )
for i,sensorID in enumerate( sorted( DUTData.iterkeys() ) ):
planeData = IMPL.TrackerDataImpl()
idEncoder_DUT.reset()
#idEncoder_DUT['sensorID'] = int( sensorID ) - 500 + 6 # cannot fit 500 in 5 bits!! FIXME
idEncoder_DUT['sensorID'] = i+6 # cannot fit 500 in 5 bits!! FIXME
idEncoder_DUT['sparsePixelType'] = 2
idEncoder_DUT.setCellID( planeData )
chargeVec = std.vector(float)()
for val in DUTData[sensorID]:
chargeVec.push_back( val )
if val < 0:
print 'Negative number in Event %i' % iEvent
planeData.setChargeValues( chargeVec )
if int(sensorID) == 900 :
DUTDataColl.addElement( planeData )
event.addCollection( DUTDataColl, 'CMSPixelDUT' )
elif int(sensorID) == 901 :
REFDataColl.addElement( planeData )
event.addCollection( REFDataColl, 'CMSPixelREF' )
else:
print "Shit. Who am I? sensorID: " + str(int(sensorID))
# fill telescope collection
for sensorID in sorted( telescopeData.iterkeys() ):
planeData = IMPL.TrackerDataImpl()
idEncoder_Telescope.reset()
idEncoder_Telescope['sensorID'] = int( sensorID ) - 300 # cannot fit 300 in 5 bits!! FIXME
idEncoder_Telescope['sparsePixelType'] = 2
idEncoder_Telescope.setCellID( planeData )
# loop over hits
chargeVec = std.vector(float)()
for val in telescopeData[sensorID]:
chargeVec.push_back( val )
planeData.setChargeValues( chargeVec )
trackerDataColl.addElement( planeData )
event.addCollection( trackerDataColl, 'zsdata_m26' )
writer.writeEvent( event )
writer.flush()
writer.close()
def convertRun(inputFileName, outputFileName, runNumber, nplanes=7):
# define detector name
detectorName = 'FEI4Tel'
# create a writer and open the output file
writer = IOIMPL.LCFactory.getInstance().createLCWriter()
writer.open(outputFileName, EVENT.LCIO.WRITE_NEW)
# create a run header and add it to the file
run = IMPL.LCRunHeaderImpl()
run.setRunNumber(runNumber)
run.setDetectorName(detectorName)
run.parameters().setValue('GeoID', 0)
run.parameters().setValues('MaxX', std.vector(int)(nplanes, 335))
run.parameters().setValues('MaxY', std.vector(int)(nplanes, 79))
run.parameters().setValues('MinX', std.vector(int)(nplanes, 0))
run.parameters().setValues('MinY', std.vector(int)(nplanes, 0))
run.parameters().setValue('NoOfDetector', nplanes)
run.parameters().setValues('AppliedProcessor', std.vector('string')(1, ''))
run.parameters().setValue('DAQHWName', 'EUDRB')
run.parameters().setValue('DAQSWName', 'EUDAQ')
run.parameters().setValue('DataType', 'Data')
run.parameters().setValue('DateTime', '24.12.2000 23:59:59.000000000')
run.parameters().setValue('EUDRBDet', 'MIMOSA26')
run.parameters().setValue('EUDRBMode', 'ZS2')
writer.writeRunHeader(run)
aDataSet = JudithData(inputFileName, nplanes)
MAXEVENTS = aDataSet.GetNEvents()
#MAXEVENTS = 500
NEVENTS = 0
# event loop
for eventnr in range(MAXEVENTS):
if (eventnr % 1000 == 0):
print 'Events processed: %i ...' % eventnr
# create an event and set its parameters
event = IMPL.LCEventImpl()
event.setEventNumber(eventnr)
event.setDetectorName(detectorName)
event.setRunNumber(runNumber)
event.setTimeStamp(int(time() * 1000000000.))
event.parameters().setValue('EventType', 2)
# parse input file
telescopeData = aDataSet.GetEvent(eventnr)
#aDataSet.PrintEvent(eventnr)
# if first event, create additional setup collection(s)
if eventnr == 0:
eudrbSetup = IMPL.LCCollectionVec(EVENT.LCIO.LCGENERICOBJECT)
# collection parameters
eudrbSetup.parameters().setValue(
'DataDescription', 'type:i,mode:i,spare1:i,spare2:i,spare3:i')
eudrbSetup.parameters().setValue('TypeName', 'Setup Description')
# create on setup object per Telescope plane
for sensorID in range(nplanes):
setupObj = IMPL.LCGenericObjectImpl(5, 0, 0)
setupObj.setIntVal(0, 102)
setupObj.setIntVal(1, 101)
eudrbSetup.addElement(setupObj)
event.addCollection(eudrbSetup, 'eudrbSetup')
# ID encoder info
encodingString = 'sensorID:5,sparsePixelType:5'
# Telescope data collection
trackerDataColl = IMPL.LCCollectionVec(EVENT.LCIO.TRACKERDATA)
idEncoder_Telescope = UTIL.CellIDEncoder(IMPL.TrackerDataImpl)(
encodingString, trackerDataColl)
# fill telescope collection
for sensorID in range(nplanes):
planeData = IMPL.TrackerDataImpl()
idEncoder_Telescope.reset()
idEncoder_Telescope['sensorID'] = int(
sensorID) # cannot fit 300 in 5 bits!! FIXME
plane_tmp = int(sensorID)
idEncoder_Telescope['sparsePixelType'] = 2
idEncoder_Telescope.setCellID(planeData)
# loop over hits
chargeVec = std.vector(float)()
for hit in telescopeData[sensorID]:
for j, val in enumerate(hit):
chargeVec.push_back(val)
planeData.setChargeValues(chargeVec)
trackerDataColl.addElement(planeData)
event.addCollection(trackerDataColl, 'zsdata_FEI4')
writer.writeEvent(event)
writer.flush()
writer.close()