Collaboration diagram for python.BeamSpotData.BeamSpotValue:

Public Member Functions
	__init__ (self, fullCorrelations=False, addScanVars=False)
	sigmaXY (self)
	sigmaXYErr (self)
	thetaXY (self)
	thetaXYErr (self)
	defects (self)
	fillDataFromCOOL (self)
	fillScanData (self)
	fillDataFromPseudoLb (self, pseudoLbFile, timeUnit=1.)
	fillDataFromDQ (self)
	__str__ (self)
	summary (self)
	dump (self, verbose=False)
	varList (self)
	getROOTType (self, var)
	getROOTStruct (self)
	__lt__ (self, other)

Public Attributes
	fullCorrelations = fullCorrelations
	addScanVars = addScanVars
int	run = 0
int	fill = 0
int	bcid = 0
int	lbStart = 0
int	lbEnd = 0
int	timeStart = 0
int	timeEnd = 0
int	nEvents = 0
int	nValid = 0
int	nVtxAll = 0
int	nVtxPrim = 0
int	status = 0
int	posX = 0.
int	posY = 0.
int	posZ = 0.
int	sigmaX = 0.
int	sigmaY = 0.
int	sigmaZ = 0.
int	tiltX = 0.
int	tiltY = 0.
int	posXErr = 0.
int	posYErr = 0.
int	posZErr = 0.
int	sigmaXErr = 0.
int	sigmaYErr = 0.
int	sigmaZErr = 0.
int	tiltXErr = 0.
int	tiltYErr = 0.
int	covSxSy = 0.
int	covSxRhoXY = 0.
int	covSyRhoXY = 0.
int	covXY = 0.
int	covXZ = 0.
int	covXTiltX = 0.
int	covXTiltY = 0.
int	covXSx = 0.
int	covXSy = 0.
int	covXSz = 0.
int	covXRhoXY = 0.
int	covXk = 0.
int	covYZ = 0.
int	covYTiltX = 0.
int	covYTiltY = 0.
int	covYSx = 0.
int	covYSy = 0.
int	covYSz = 0.
int	covYRhoXY = 0.
int	covYk = 0.
int	covZTiltX = 0.
int	covZTiltY = 0.
int	covZSx = 0.
int	covZSy = 0.
int	covZSz = 0.
int	covZRhoXY = 0.
int	covZk = 0.
int	covTiltXTiltY = 0.
int	covTiltXSx = 0.
int	covTiltXSy = 0.
int	covTiltXSz = 0.
int	covTiltXRhoXY = 0.
int	covTiltXk = 0.
int	covTiltYSx = 0.
int	covTiltYSy = 0.
int	covTiltYSz = 0.
int	covTiltYRhoXY = 0.
int	covTiltYk = 0.
int	covSxSz = 0.
int	covSxk = 0.
int	covSySz = 0.
int	covSyk = 0.
int	covSzRhoXY = 0.
int	covSzk = 0.
int	covRhoXYk = 0.
int	rhoXY = 0.
int	rhoXYErr = 0.
int	k = 1.
int	kErr = 0.
int	defectWord = 0
int	nominalSeparation = 0.
int	acquisitionFlag = 0
int	scanningIP = 0
int	nominalSeparationPlane = 0
int	B1DeltaXSet = 0.
int	B2DeltaXSet = 0.
int	B1DeltaYSet = 0.
int	B2DeltaYSet = 0.
dict	separation = self.pseudoLbDict[self.lbStart][2]

Static Public Attributes
	coolQuery = None
list	propertyList = ['sigmaXY', 'sigmaXYErr','thetaXY','thetaXYErr', 'defects', 'fullCorrelations', 'addScanVars']
dict	pseudoLbDict = {}
	defectData = None

Detailed Description

Class to hold information about a single set of beam spot parameters.
   The beam spot parametrization follows the COOL convention (see
   https://twiki.cern.ch/twiki/bin/view/Atlas/CoolBeamSpotParameters).

Definition at line 261 of file BeamSpotData.py.

Constructor & Destructor Documentation

◆ init()

python.BeamSpotData.BeamSpotValue.__init__	(	self,
		fullCorrelations = False,
		addScanVars = False )

Definition at line 272 of file BeamSpotData.py.

    def __init__(self, fullCorrelations=False, addScanVars=False):
        self.fullCorrelations = fullCorrelations
        self.addScanVars = addScanVars
 
        # Run info etc
        self.run = 0
        self.fill = 0
        self.bcid = 0
        self.lbStart = 0
        self.lbEnd = 0      # exclusive, like COOL ranges
        self.timeStart = 0  # Beware - must be int (seconds since epoch), float not precise enough!
        self.timeEnd = 0    # Beware - must be int (seconds since epoch), float not precise enough!
        self.nEvents = 0    # Number of vertices input to fit
        self.nValid = 0     # Number of vertices used by fit
        self.nVtxAll = 0    # Total number of vertices (no cuts)
        self.nVtxPrim = 0   # Total number of primary vertices (no cuts)
 
        # Parameters as stored in COOL
        
        #self.fitID=0
        self.status = 0
        self.posX = 0.
        self.posY = 0.
        self.posZ = 0.
        self.sigmaX = 0.
        self.sigmaY = 0.
        self.sigmaZ = 0.
        self.tiltX = 0.
        self.tiltY = 0.
 
        # Errors for the parameters above
        self.posXErr = 0.
        self.posYErr = 0.
        self.posZErr = 0.
        self.sigmaXErr = 0.
        self.sigmaYErr = 0.
        self.sigmaZErr = 0.
        self.tiltXErr = 0.
        self.tiltYErr = 0.
 
        # Offdiagonal covariance matrix parameters
        self.covSxSy = 0.
        self.covSxRhoXY = 0.
        self.covSyRhoXY = 0.
 
        if self.fullCorrelations :
            self.covXY = 0.
            self.covXZ = 0.
            self.covXTiltX = 0.
            self.covXTiltY = 0.
            self.covXSx = 0.
            self.covXSy = 0.
            self.covXSz = 0.
            self.covXRhoXY = 0.
            self.covXk = 0.
            
            self.covYZ = 0.
            self.covYTiltX = 0.
            self.covYTiltY = 0.
            self.covYSx = 0.
            self.covYSy = 0.
            self.covYSz = 0.
            self.covYRhoXY = 0.
            self.covYk = 0.
 
            self.covZTiltX = 0.
            self.covZTiltY = 0.
            self.covZSx = 0.
            self.covZSy = 0.
            self.covZSz = 0.
            self.covZRhoXY = 0.
            self.covZk = 0.
 
            self.covTiltXTiltY = 0.
            self.covTiltXSx = 0.
            self.covTiltXSy = 0.
            self.covTiltXSz = 0.
            self.covTiltXRhoXY = 0.
            self.covTiltXk = 0.
 
            self.covTiltYSx = 0.
            self.covTiltYSy = 0.
            self.covTiltYSz = 0.
            self.covTiltYRhoXY = 0.
            self.covTiltYk = 0.
 
            self.covSxSz = 0.
            self.covSxk = 0.
 
            self.covSySz = 0.
            self.covSyk = 0.
            
            self.covSzRhoXY = 0.
            self.covSzk = 0.
 
            self.covRhoXYk = 0.
 
        
        # Additional fit parameters
        self.rhoXY = 0.
        self.rhoXYErr = 0.
        self.k = 1.
        self.kErr = 0.
 
        # Data quality info
        self.defectWord = 0
 
        # Additional Luminosity variables (required mainly for VdM scans)
        if self.addScanVars :
            self.nominalSeparation = 0.
            self.acquisitionFlag = 0
            self.scanningIP = 0
            self.nominalSeparationPlane = 0
            self.B1DeltaXSet = 0.
            self.B2DeltaXSet = 0.
            self.B1DeltaYSet = 0.
            self.B2DeltaYSet = 0.
 

Member Function Documentation

◆ lt()

python.BeamSpotData.BeamSpotValue.__lt__	(		self,
			other )

Definition at line 581 of file BeamSpotData.py.

    def __lt__(self, other):
      if self.run != other.run:
        return self.run.__lt__(other.run) 
      if self.bcid != other.bcid:
        return self.bcid.__lt__(other.bcid) 
      
      return self.lbStart.__lt__(other.lbStart) 
 
 

◆ str()

python.BeamSpotData.BeamSpotValue.__str__ ( self )

Definition at line 521 of file BeamSpotData.py.

    def __str__(self):
        s = self.summary()+'\n'
        if self.timeStart or self.timeEnd:
            s += '%s  -  %s\n' % (time.strftime('%a %b %d %X %Z %Y',time.localtime(self.timeStart)),
                                  time.strftime('%a %b %d %X %Z %Y',time.localtime(self.timeEnd)))
        for v in ['posX','posY','posZ',
                  'sigmaX','sigmaY','sigmaZ',
                  'tiltX','tiltY','sigmaXY','k']:
            s += '... %6s: %s +- %s %s\n' % (v,
                                             fmtVal(v,getattr(self,v)),
                                             fmtVal(v,getattr(self,v+'Err')),
                                             varDef(v,'units'))
        return s
 

◆ defects()

python.BeamSpotData.BeamSpotValue.defects ( self )

Definition at line 422 of file BeamSpotData.py.

    def defects(self):
 
        # Will raise an error if unknown defect encountered
        from InDetBeamSpotExample.DQUtilities import IDBSDefectEncoding
        return IDBSDefectEncoding.intToDefectList(self.defectWord)
 

◆ dump()

python.BeamSpotData.BeamSpotValue.dump	(		self,
			verbose = False )

Standard printout of beam spot parameters.

Definition at line 541 of file BeamSpotData.py.

    def dump(self,verbose=False):
        """Standard printout of beam spot parameters."""
        if verbose:
            print (self)
        else:
            print (self.summary())
 

◆ fillDataFromCOOL()

python.BeamSpotData.BeamSpotValue.fillDataFromCOOL ( self )

Definition at line 428 of file BeamSpotData.py.

    def fillDataFromCOOL(self):
        if not BeamSpotValue.coolQuery:
            from InDetBeamSpotExample.COOLUtils import COOLQuery
            BeamSpotValue.coolQuery = COOLQuery()
        try:
            self.timeStart = BeamSpotValue.coolQuery.lbTime(self.run,self.lbStart)[0]
        except Exception:
            pass
        try:
            self.timeEnd = BeamSpotValue.coolQuery.lbTime(self.run,self.lbEnd)[1]
        except Exception:
            pass
        try:
            self.fill = BeamSpotValue.coolQuery.getLHCInfo(self.timeStart).get('FillNumber',0)
        except Exception:
            pass
    

◆ fillDataFromDQ()

python.BeamSpotData.BeamSpotValue.fillDataFromDQ ( self )

Fill DQ defects assuming that any defect is valid for the full fit range

Definition at line 506 of file BeamSpotData.py.

    def fillDataFromDQ(self):
        """
        Fill DQ defects assuming that any defect is valid for the full fit range
        """
        from InDetBeamSpotExample.DQUtilities import IDBSDefectEncoding
 
        if not BeamSpotValue.defectData:
            from InDetBeamSpotExample.DQUtilities import IDBSDefectData
            BeamSpotValue.defectData = IDBSDefectData()
 
        defects = BeamSpotValue.defectData.defectsRange(self.run, self.lbStart, self.lbEnd)
        self.defectWord = IDBSDefectEncoding.defectListToInt(defects)
        return
    
 

◆ fillDataFromPseudoLb()

python.BeamSpotData.BeamSpotValue.fillDataFromPseudoLb	(	self,
		pseudoLbFile,
		timeUnit = 1. )

Definition at line 474 of file BeamSpotData.py.

    def fillDataFromPseudoLb(self, pseudoLbFile, timeUnit = 1.):
        if not BeamSpotValue.pseudoLbDict:
            f = open(pseudoLbFile)
            for pLb, line in enumerate(f):
                tokens = line.split()
                if len(tokens) < 5: tokens.append(0.0)
                point, start, end, sep, acq = tokens
                print ("point %s %s %s %s" % (point,start,sep,acq))
                BeamSpotValue.pseudoLbDict[int(point)] = (int(int(start)*timeUnit), int(int(end)*timeUnit), float(sep), float(acq))
 
        if self.lbStart not in self.pseudoLbDict:
            print ("Missing %s in pseudoLbDict" % self.lbStart)
            return
 
        self.timeStart = self.pseudoLbDict[self.lbStart][0]
        self.timeEnd = self.pseudoLbDict[self.lbStart][1]
        self.separation = self.pseudoLbDict[self.lbStart][2]
        #self.acquisitionFlag = self.pseudoLbDict[self.lbStart][3]
 
        #print (self.lbStart, self.timeStart, self.timeEnd, time.strftime('%a %b %d %X %Z %Y',time.localtime(self.timeStart)))
 
        if not BeamSpotValue.coolQuery:
            from InDetBeamSpotExample.COOLUtils import COOLQuery
            BeamSpotValue.coolQuery = COOLQuery()
 
        try:
            self.fill = BeamSpotValue.coolQuery.getLHCInfo(self.timeStart).get('FillNumber',0)
        except Exception:
            pass
        
        return
        

◆ fillScanData()

python.BeamSpotData.BeamSpotValue.fillScanData ( self )

Definition at line 445 of file BeamSpotData.py.

    def fillScanData(self):
        if not BeamSpotValue.coolQuery:
            from InDetBeamSpotExample.COOLUtils import COOLQuery
            BeamSpotValue.coolQuery = COOLQuery()
        try:
            scanPars = BeamSpotValue.coolQuery.scanInfo(self.run,self.lbStart) 
            if scanPars is not None:
                self.scanningIP = scanPars[0]
                self.acquisitionFlag = scanPars[1]
                self.nominalSeparation = scanPars[2]
                self.nominalSeparationPlane = scanPars[3]
                self.B1DeltaXSet = scanPars[4]
                self.B2DeltaXSet = scanPars[5]
                self.B1DeltaYSet = scanPars[6]
                self.B2DeltaYSet = scanPars[7]
            else:
                print('Scan info is not available for ',self.run,self.lbStart)
                self.scanningIP = 0
                self.acquisitionFlag = 0
                self.nominalSeparation = 0.
                self.nominalSeparationPlane = 0
                self.B1DeltaXSet = 0.
                self.B2DeltaXSet = 0. 
                self.B1DeltaYSet = 0. 
                self.B2DeltaYSet = 0. 
                
        except Exception:
            pass
    

◆ getROOTStruct()

python.BeamSpotData.BeamSpotValue.getROOTStruct ( self )

Return a string with a C struct describing all data members of the instance.
   Intended for creating ROOT tree buffer objects via ROOT.gROOT.ProcessLine().

Definition at line 568 of file BeamSpotData.py.

    def getROOTStruct(self):
        """Return a string with a C struct describing all data members of the instance.
           Intended for creating ROOT tree buffer objects via ROOT.gROOT.ProcessLine()."""
        s = 'struct BeamSpotNtBuf {'
        for name in self.varList():
            o = getattr(self,name)
            if isinstance(o,int):
                s += ' Int_t  %s;' % name
            if isinstance(o,float):
                s += ' Float_t  %s;' % name
        s += '};'
        return s
 

◆ getROOTType()

python.BeamSpotData.BeamSpotValue.getROOTType	(		self,
			var )

Get ROOT type of variable (either /I or /F).

Definition at line 560 of file BeamSpotData.py.

    def getROOTType(self,var):
        """Get ROOT type of variable (either /I or /F)."""
        o = getattr(self,var)
        if isinstance(o,int):
            return '/I'
        else:
            return '/F'
 

◆ sigmaXY()

python.BeamSpotData.BeamSpotValue.sigmaXY ( self )

Definition at line 391 of file BeamSpotData.py.

    def sigmaXY(self):
        return self.rhoXY*self.sigmaX*self.sigmaY
 

◆ sigmaXYErr()

python.BeamSpotData.BeamSpotValue.sigmaXYErr ( self )

Definition at line 395 of file BeamSpotData.py.

    def sigmaXYErr(self):
        # NOTE: error calculation below neglects covariance matrix
        ss  = self.rhoXYErr*self.rhoXYErr*self.sigmaX*self.sigmaX*self.sigmaY*self.sigmaY
        ss += self.rhoXY*self.rhoXY*self.sigmaXErr*self.sigmaXErr*self.sigmaY*self.sigmaY
        ss += self.rhoXY*self.rhoXY*self.sigmaX*self.sigmaX*self.sigmaYErr*self.sigmaYErr
        return sqrt(ss)
 

◆ summary()

python.BeamSpotData.BeamSpotValue.summary ( self )

Get one-line summary info.

Definition at line 535 of file BeamSpotData.py.

    def summary(self):
        """Get one-line summary info."""
        return '[%i, %i - %i), fill %i, BCID %i: %i events, %i selected, status %i' % (self.run,self.lbStart,self.lbEnd,
                                                                                       self.fill,self.bcid,
                                                                                       self.nEvents,self.nValid,self.status)
 

◆ thetaXY()

python.BeamSpotData.BeamSpotValue.thetaXY ( self )

Definition at line 403 of file BeamSpotData.py.

    def thetaXY(self):
        try:
            txy = .5*atan((2*self.sigmaX*self.sigmaY*self.rhoXY)/(self.sigmaY**2-self.sigmaX**2))
        except Exception:
            txy = 0
        return txy
 

◆ thetaXYErr()

python.BeamSpotData.BeamSpotValue.thetaXYErr ( self )

Definition at line 411 of file BeamSpotData.py.

    def thetaXYErr(self):
        try:
            tpx = (self.rhoXY*self.sigmaY*(self.sigmaX**2+self.sigmaY**2))/(self.sigmaX**4+2*(2*self.rhoXY**2-1)*self.sigmaX**2*self.sigmaY**2+self.sigmaY**4)
            tpy = -1*(self.rhoXY*self.sigmaX*(self.sigmaX**2+self.sigmaY**2))/(self.sigmaX**4+2*(2*self.rhoXY**2-1)*self.sigmaX**2*self.sigmaY**2+self.sigmaY**4)
            tpr = (self.sigmaX*self.sigmaY**3-self.sigmaY*self.sigmaX**3)/(self.sigmaX**4+2*(2*self.rhoXY**2-1)*self.sigmaX**2*self.sigmaY**2+self.sigmaY**4)
            txye = sqrt(tpx*tpx*self.sigmaXErr**2 + tpy*tpy*self.sigmaYErr**2 + tpr*tpr*self.rhoXYErr**2 + 2*(tpx*tpy*self.covSxSy + tpx*tpr*self.covSxRhoXY + tpy*tpr*self.covSyRhoXY))
        except Exception:
            txye = 0
        return txye
 

◆ varList()

python.BeamSpotData.BeamSpotValue.varList ( self )

Get list of variable names in BeamSpotValue object.

Definition at line 548 of file BeamSpotData.py.

    def varList(self):
        """Get list of variable names in BeamSpotValue object."""
        l = []
        for name in dir(self):
            # can we test for type(...) == property?
            if name in BeamSpotValue.propertyList:
                continue
            o = getattr(self,name)
            if isinstance(o,int) or isinstance(o,float):
                l.append(name)
        return l
 

Member Data Documentation

◆ acquisitionFlag

int python.BeamSpotData.BeamSpotValue.acquisitionFlag = 0

Definition at line 382 of file BeamSpotData.py.

◆ addScanVars

python.BeamSpotData.BeamSpotValue.addScanVars = addScanVars

Definition at line 274 of file BeamSpotData.py.

◆ B1DeltaXSet

int python.BeamSpotData.BeamSpotValue.B1DeltaXSet = 0.

Definition at line 385 of file BeamSpotData.py.

◆ B1DeltaYSet

int python.BeamSpotData.BeamSpotValue.B1DeltaYSet = 0.

Definition at line 387 of file BeamSpotData.py.

◆ B2DeltaXSet

int python.BeamSpotData.BeamSpotValue.B2DeltaXSet = 0.

Definition at line 386 of file BeamSpotData.py.

◆ B2DeltaYSet

int python.BeamSpotData.BeamSpotValue.B2DeltaYSet = 0.

Definition at line 388 of file BeamSpotData.py.

◆ bcid

python.BeamSpotData.BeamSpotValue.bcid = 0

Definition at line 279 of file BeamSpotData.py.

◆ coolQuery

python.BeamSpotData.BeamSpotValue.coolQuery = None

static

Definition at line 267 of file BeamSpotData.py.

◆ covRhoXYk

int python.BeamSpotData.BeamSpotValue.covRhoXYk = 0.

Definition at line 367 of file BeamSpotData.py.

◆ covSxk

int python.BeamSpotData.BeamSpotValue.covSxk = 0.

Definition at line 359 of file BeamSpotData.py.

◆ covSxRhoXY

int python.BeamSpotData.BeamSpotValue.covSxRhoXY = 0.

Definition at line 314 of file BeamSpotData.py.

◆ covSxSy

int python.BeamSpotData.BeamSpotValue.covSxSy = 0.

Definition at line 313 of file BeamSpotData.py.

◆ covSxSz

int python.BeamSpotData.BeamSpotValue.covSxSz = 0.

Definition at line 358 of file BeamSpotData.py.

◆ covSyk

int python.BeamSpotData.BeamSpotValue.covSyk = 0.

Definition at line 362 of file BeamSpotData.py.

◆ covSyRhoXY

int python.BeamSpotData.BeamSpotValue.covSyRhoXY = 0.

Definition at line 315 of file BeamSpotData.py.

◆ covSySz

int python.BeamSpotData.BeamSpotValue.covSySz = 0.

Definition at line 361 of file BeamSpotData.py.

◆ covSzk

int python.BeamSpotData.BeamSpotValue.covSzk = 0.

Definition at line 365 of file BeamSpotData.py.

◆ covSzRhoXY

int python.BeamSpotData.BeamSpotValue.covSzRhoXY = 0.

Definition at line 364 of file BeamSpotData.py.

◆ covTiltXk

int python.BeamSpotData.BeamSpotValue.covTiltXk = 0.

Definition at line 350 of file BeamSpotData.py.

◆ covTiltXRhoXY

int python.BeamSpotData.BeamSpotValue.covTiltXRhoXY = 0.

Definition at line 349 of file BeamSpotData.py.

◆ covTiltXSx

int python.BeamSpotData.BeamSpotValue.covTiltXSx = 0.

Definition at line 346 of file BeamSpotData.py.

◆ covTiltXSy

int python.BeamSpotData.BeamSpotValue.covTiltXSy = 0.

Definition at line 347 of file BeamSpotData.py.

◆ covTiltXSz

int python.BeamSpotData.BeamSpotValue.covTiltXSz = 0.

Definition at line 348 of file BeamSpotData.py.

◆ covTiltXTiltY

int python.BeamSpotData.BeamSpotValue.covTiltXTiltY = 0.

Definition at line 345 of file BeamSpotData.py.

◆ covTiltYk

int python.BeamSpotData.BeamSpotValue.covTiltYk = 0.

Definition at line 356 of file BeamSpotData.py.

◆ covTiltYRhoXY

int python.BeamSpotData.BeamSpotValue.covTiltYRhoXY = 0.

Definition at line 355 of file BeamSpotData.py.

◆ covTiltYSx

int python.BeamSpotData.BeamSpotValue.covTiltYSx = 0.

Definition at line 352 of file BeamSpotData.py.

◆ covTiltYSy

int python.BeamSpotData.BeamSpotValue.covTiltYSy = 0.

Definition at line 353 of file BeamSpotData.py.

◆ covTiltYSz

int python.BeamSpotData.BeamSpotValue.covTiltYSz = 0.

Definition at line 354 of file BeamSpotData.py.

◆ covXk

int python.BeamSpotData.BeamSpotValue.covXk = 0.

Definition at line 326 of file BeamSpotData.py.

◆ covXRhoXY

int python.BeamSpotData.BeamSpotValue.covXRhoXY = 0.

Definition at line 325 of file BeamSpotData.py.

◆ covXSx

int python.BeamSpotData.BeamSpotValue.covXSx = 0.

Definition at line 322 of file BeamSpotData.py.

◆ covXSy

int python.BeamSpotData.BeamSpotValue.covXSy = 0.

Definition at line 323 of file BeamSpotData.py.

◆ covXSz

int python.BeamSpotData.BeamSpotValue.covXSz = 0.

Definition at line 324 of file BeamSpotData.py.

◆ covXTiltX

int python.BeamSpotData.BeamSpotValue.covXTiltX = 0.

Definition at line 320 of file BeamSpotData.py.

◆ covXTiltY

int python.BeamSpotData.BeamSpotValue.covXTiltY = 0.

Definition at line 321 of file BeamSpotData.py.

◆ covXY

int python.BeamSpotData.BeamSpotValue.covXY = 0.

Definition at line 318 of file BeamSpotData.py.

◆ covXZ

int python.BeamSpotData.BeamSpotValue.covXZ = 0.

Definition at line 319 of file BeamSpotData.py.

◆ covYk

int python.BeamSpotData.BeamSpotValue.covYk = 0.

Definition at line 335 of file BeamSpotData.py.

◆ covYRhoXY

int python.BeamSpotData.BeamSpotValue.covYRhoXY = 0.

Definition at line 334 of file BeamSpotData.py.

◆ covYSx

int python.BeamSpotData.BeamSpotValue.covYSx = 0.

Definition at line 331 of file BeamSpotData.py.

◆ covYSy

int python.BeamSpotData.BeamSpotValue.covYSy = 0.

Definition at line 332 of file BeamSpotData.py.

◆ covYSz

int python.BeamSpotData.BeamSpotValue.covYSz = 0.

Definition at line 333 of file BeamSpotData.py.

◆ covYTiltX

int python.BeamSpotData.BeamSpotValue.covYTiltX = 0.

Definition at line 329 of file BeamSpotData.py.

◆ covYTiltY

int python.BeamSpotData.BeamSpotValue.covYTiltY = 0.

Definition at line 330 of file BeamSpotData.py.

◆ covYZ

int python.BeamSpotData.BeamSpotValue.covYZ = 0.

Definition at line 328 of file BeamSpotData.py.

◆ covZk

int python.BeamSpotData.BeamSpotValue.covZk = 0.

Definition at line 343 of file BeamSpotData.py.

◆ covZRhoXY

int python.BeamSpotData.BeamSpotValue.covZRhoXY = 0.

Definition at line 342 of file BeamSpotData.py.

◆ covZSx

int python.BeamSpotData.BeamSpotValue.covZSx = 0.

Definition at line 339 of file BeamSpotData.py.

◆ covZSy

int python.BeamSpotData.BeamSpotValue.covZSy = 0.

Definition at line 340 of file BeamSpotData.py.

◆ covZSz

int python.BeamSpotData.BeamSpotValue.covZSz = 0.

Definition at line 341 of file BeamSpotData.py.

◆ covZTiltX

int python.BeamSpotData.BeamSpotValue.covZTiltX = 0.

Definition at line 337 of file BeamSpotData.py.

◆ covZTiltY

int python.BeamSpotData.BeamSpotValue.covZTiltY = 0.

Definition at line 338 of file BeamSpotData.py.

◆ defectData

python.BeamSpotData.BeamSpotValue.defectData = None

static

Definition at line 270 of file BeamSpotData.py.

◆ defectWord

python.BeamSpotData.BeamSpotValue.defectWord = 0

Definition at line 377 of file BeamSpotData.py.

◆ fill

python.BeamSpotData.BeamSpotValue.fill = 0

Definition at line 278 of file BeamSpotData.py.

◆ fullCorrelations

python.BeamSpotData.BeamSpotValue.fullCorrelations = fullCorrelations

Definition at line 273 of file BeamSpotData.py.

◆ k

int python.BeamSpotData.BeamSpotValue.k = 1.

Definition at line 373 of file BeamSpotData.py.

◆ kErr

int python.BeamSpotData.BeamSpotValue.kErr = 0.

Definition at line 374 of file BeamSpotData.py.

◆ lbEnd

python.BeamSpotData.BeamSpotValue.lbEnd = 0

Definition at line 281 of file BeamSpotData.py.

◆ lbStart

python.BeamSpotData.BeamSpotValue.lbStart = 0

Definition at line 280 of file BeamSpotData.py.

◆ nEvents

python.BeamSpotData.BeamSpotValue.nEvents = 0

Definition at line 284 of file BeamSpotData.py.

◆ nominalSeparation

int python.BeamSpotData.BeamSpotValue.nominalSeparation = 0.

Definition at line 381 of file BeamSpotData.py.

◆ nominalSeparationPlane

int python.BeamSpotData.BeamSpotValue.nominalSeparationPlane = 0

Definition at line 384 of file BeamSpotData.py.

◆ nValid

python.BeamSpotData.BeamSpotValue.nValid = 0

Definition at line 285 of file BeamSpotData.py.

◆ nVtxAll

int python.BeamSpotData.BeamSpotValue.nVtxAll = 0

Definition at line 286 of file BeamSpotData.py.

◆ nVtxPrim

int python.BeamSpotData.BeamSpotValue.nVtxPrim = 0

Definition at line 287 of file BeamSpotData.py.

◆ posX

int python.BeamSpotData.BeamSpotValue.posX = 0.

Definition at line 293 of file BeamSpotData.py.

◆ posXErr

int python.BeamSpotData.BeamSpotValue.posXErr = 0.

Definition at line 303 of file BeamSpotData.py.

◆ posY

int python.BeamSpotData.BeamSpotValue.posY = 0.

Definition at line 294 of file BeamSpotData.py.

◆ posYErr

int python.BeamSpotData.BeamSpotValue.posYErr = 0.

Definition at line 304 of file BeamSpotData.py.

◆ posZ

int python.BeamSpotData.BeamSpotValue.posZ = 0.

Definition at line 295 of file BeamSpotData.py.

◆ posZErr

int python.BeamSpotData.BeamSpotValue.posZErr = 0.

Definition at line 305 of file BeamSpotData.py.

◆ propertyList

list python.BeamSpotData.BeamSpotValue.propertyList = ['sigmaXY', 'sigmaXYErr','thetaXY','thetaXYErr', 'defects', 'fullCorrelations', 'addScanVars']

static

Definition at line 268 of file BeamSpotData.py.

◆ pseudoLbDict

dict python.BeamSpotData.BeamSpotValue.pseudoLbDict = {}

static

Definition at line 269 of file BeamSpotData.py.

◆ rhoXY

int python.BeamSpotData.BeamSpotValue.rhoXY = 0.

Definition at line 371 of file BeamSpotData.py.

◆ rhoXYErr

int python.BeamSpotData.BeamSpotValue.rhoXYErr = 0.

Definition at line 372 of file BeamSpotData.py.

◆ run

python.BeamSpotData.BeamSpotValue.run = 0

Definition at line 277 of file BeamSpotData.py.

◆ scanningIP

int python.BeamSpotData.BeamSpotValue.scanningIP = 0

Definition at line 383 of file BeamSpotData.py.

◆ separation

dict python.BeamSpotData.BeamSpotValue.separation = self.pseudoLbDict[self.lbStart][2]

Definition at line 490 of file BeamSpotData.py.

◆ sigmaX

int python.BeamSpotData.BeamSpotValue.sigmaX = 0.

Definition at line 296 of file BeamSpotData.py.

◆ sigmaXErr

int python.BeamSpotData.BeamSpotValue.sigmaXErr = 0.

Definition at line 306 of file BeamSpotData.py.

◆ sigmaY

int python.BeamSpotData.BeamSpotValue.sigmaY = 0.

Definition at line 297 of file BeamSpotData.py.

◆ sigmaYErr

int python.BeamSpotData.BeamSpotValue.sigmaYErr = 0.

Definition at line 307 of file BeamSpotData.py.

◆ sigmaZ

int python.BeamSpotData.BeamSpotValue.sigmaZ = 0.

Definition at line 298 of file BeamSpotData.py.

◆ sigmaZErr

int python.BeamSpotData.BeamSpotValue.sigmaZErr = 0.

Definition at line 308 of file BeamSpotData.py.

◆ status

python.BeamSpotData.BeamSpotValue.status = 0

Definition at line 292 of file BeamSpotData.py.

◆ tiltX

int python.BeamSpotData.BeamSpotValue.tiltX = 0.

Definition at line 299 of file BeamSpotData.py.

◆ tiltXErr

int python.BeamSpotData.BeamSpotValue.tiltXErr = 0.

Definition at line 309 of file BeamSpotData.py.

◆ tiltY

int python.BeamSpotData.BeamSpotValue.tiltY = 0.

Definition at line 300 of file BeamSpotData.py.

◆ tiltYErr

int python.BeamSpotData.BeamSpotValue.tiltYErr = 0.

Definition at line 310 of file BeamSpotData.py.

◆ timeEnd

int python.BeamSpotData.BeamSpotValue.timeEnd = 0

Definition at line 283 of file BeamSpotData.py.

◆ timeStart

int python.BeamSpotData.BeamSpotValue.timeStart = 0

Definition at line 282 of file BeamSpotData.py.

The documentation for this class was generated from the following file:

BeamSpotData.py

Public Member Functions

Public Attributes

Static Public Attributes

Detailed Description

Constructor & Destructor Documentation

◆ __init__()

Member Function Documentation

◆ __lt__()

◆ __str__()

◆ defects()

◆ dump()

◆ fillDataFromCOOL()

◆ fillDataFromDQ()

◆ fillDataFromPseudoLb()

◆ fillScanData()

◆ getROOTStruct()

◆ getROOTType()

◆ sigmaXY()

◆ sigmaXYErr()

◆ summary()

◆ thetaXY()

◆ thetaXYErr()

◆ varList()

Member Data Documentation

◆ acquisitionFlag

◆ addScanVars

◆ B1DeltaXSet

◆ B1DeltaYSet

◆ B2DeltaXSet

◆ B2DeltaYSet

◆ bcid

◆ coolQuery

◆ covRhoXYk

◆ covSxk

◆ covSxRhoXY

◆ covSxSy

◆ covSxSz

◆ covSyk

◆ covSyRhoXY

◆ covSySz

◆ covSzk

◆ covSzRhoXY

◆ covTiltXk

◆ covTiltXRhoXY

◆ covTiltXSx

◆ covTiltXSy

◆ covTiltXSz

◆ covTiltXTiltY

◆ covTiltYk

◆ covTiltYRhoXY

◆ covTiltYSx

◆ covTiltYSy

◆ covTiltYSz

◆ covXk

◆ covXRhoXY

◆ covXSx

◆ covXSy

◆ covXSz

◆ covXTiltX

◆ covXTiltY

◆ covXY

◆ covXZ

◆ covYk

◆ covYRhoXY

◆ covYSx

◆ covYSy

◆ covYSz

◆ covYTiltX

◆ covYTiltY

◆ covYZ

◆ covZk

◆ covZRhoXY

◆ covZSx

◆ covZSy

◆ covZSz

◆ covZTiltX

◆ covZTiltY

◆ defectData

◆ defectWord

◆ fill

◆ init()

◆ lt()

◆ str()