Collaboration diagram for python.BeamSpotData.BeamSpotValue:

Public Member Functions
def	__init__ (self, fullCorrelations=False, addScanVars=False)

def	sigmaXY (self)

def	sigmaXYErr (self)

def	thetaXY (self)

def	thetaXYErr (self)

def	defects (self)

def	fillDataFromCOOL (self)

def	fillScanData (self)

def	fillDataFromPseudoLb (self, pseudoLbFile, timeUnit=1.)

def	fillDataFromDQ (self)

def	__str__ (self)

def	summary (self)

def	dump (self, verbose=False)

def	varList (self)

def	getROOTType (self, var)

def	getROOTStruct (self)

def	__lt__ (self, other)

Public Attributes
	fullCorrelations

	addScanVars

	run

	fill

	bcid

	lbStart

	lbEnd

	timeStart

	timeEnd

	nEvents

	nValid

	nVtxAll

	nVtxPrim

	status

	posX

	posY

	posZ

	sigmaX

	sigmaY

	sigmaZ

	tiltX

	tiltY

	posXErr

	posYErr

	posZErr

	sigmaXErr

	sigmaYErr

	sigmaZErr

	tiltXErr

	tiltYErr

	covSxSy

	covSxRhoXY

	covSyRhoXY

	covXY

	covXZ

	covXTiltX

	covXTiltY

	covXSx

	covXSy

	covXSz

	covXRhoXY

	covXk

	covYZ

	covYTiltX

	covYTiltY

	covYSx

	covYSy

	covYSz

	covYRhoXY

	covYk

	covZTiltX

	covZTiltY

	covZSx

	covZSy

	covZSz

	covZRhoXY

	covZk

	covTiltXTiltY

	covTiltXSx

	covTiltXSy

	covTiltXSz

	covTiltXRhoXY

	covTiltXk

	covTiltYSx

	covTiltYSy

	covTiltYSz

	covTiltYRhoXY

	covTiltYk

	covSxSz

	covSxk

	covSySz

	covSyk

	covSzRhoXY

	covSzk

	covRhoXYk

	rhoXY

	rhoXYErr

	k

	kErr

	defectWord

	nominalSeparation

	acquisitionFlag

	scanningIP

	nominalSeparationPlane

	B1DeltaXSet

	B2DeltaXSet

	B1DeltaYSet

	B2DeltaYSet

	separation

Static Public Attributes
	coolQuery = None

list	propertyList = ['sigmaXY', 'sigmaXYErr','thetaXY','thetaXYErr', 'defects', 'fullCorrelations', 'addScanVars']

dictionary	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()

def 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()

def 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()

def 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()

def 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()

def 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()

def 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()

def 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()

def 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()

def 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()

def 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()

def 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()

def python.BeamSpotData.BeamSpotValue.sigmaXY ( self )

Definition at line 391 of file BeamSpotData.py.

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

◆ sigmaXYErr()

def 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()

def 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()

def 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()

def 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()

def 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

python.BeamSpotData.BeamSpotValue.acquisitionFlag

Definition at line 382 of file BeamSpotData.py.

◆ addScanVars

python.BeamSpotData.BeamSpotValue.addScanVars

Definition at line 274 of file BeamSpotData.py.

◆ B1DeltaXSet

python.BeamSpotData.BeamSpotValue.B1DeltaXSet

Definition at line 385 of file BeamSpotData.py.

◆ B1DeltaYSet

python.BeamSpotData.BeamSpotValue.B1DeltaYSet

Definition at line 387 of file BeamSpotData.py.

◆ B2DeltaXSet

python.BeamSpotData.BeamSpotValue.B2DeltaXSet

Definition at line 386 of file BeamSpotData.py.

◆ B2DeltaYSet

python.BeamSpotData.BeamSpotValue.B2DeltaYSet

Definition at line 388 of file BeamSpotData.py.

◆ bcid

python.BeamSpotData.BeamSpotValue.bcid

Definition at line 279 of file BeamSpotData.py.

◆ coolQuery

python.BeamSpotData.BeamSpotValue.coolQuery = None

static

Definition at line 267 of file BeamSpotData.py.

◆ covRhoXYk

python.BeamSpotData.BeamSpotValue.covRhoXYk

Definition at line 367 of file BeamSpotData.py.

◆ covSxk

python.BeamSpotData.BeamSpotValue.covSxk

Definition at line 359 of file BeamSpotData.py.

◆ covSxRhoXY

python.BeamSpotData.BeamSpotValue.covSxRhoXY

Definition at line 314 of file BeamSpotData.py.

◆ covSxSy

python.BeamSpotData.BeamSpotValue.covSxSy

Definition at line 313 of file BeamSpotData.py.

◆ covSxSz

python.BeamSpotData.BeamSpotValue.covSxSz

Definition at line 358 of file BeamSpotData.py.

◆ covSyk

python.BeamSpotData.BeamSpotValue.covSyk

Definition at line 362 of file BeamSpotData.py.

◆ covSyRhoXY

python.BeamSpotData.BeamSpotValue.covSyRhoXY

Definition at line 315 of file BeamSpotData.py.

◆ covSySz

python.BeamSpotData.BeamSpotValue.covSySz

Definition at line 361 of file BeamSpotData.py.

◆ covSzk

python.BeamSpotData.BeamSpotValue.covSzk

Definition at line 365 of file BeamSpotData.py.

◆ covSzRhoXY

python.BeamSpotData.BeamSpotValue.covSzRhoXY

Definition at line 364 of file BeamSpotData.py.

◆ covTiltXk

python.BeamSpotData.BeamSpotValue.covTiltXk

Definition at line 350 of file BeamSpotData.py.

◆ covTiltXRhoXY

python.BeamSpotData.BeamSpotValue.covTiltXRhoXY

Definition at line 349 of file BeamSpotData.py.

◆ covTiltXSx

python.BeamSpotData.BeamSpotValue.covTiltXSx

Definition at line 346 of file BeamSpotData.py.

◆ covTiltXSy

python.BeamSpotData.BeamSpotValue.covTiltXSy

Definition at line 347 of file BeamSpotData.py.

◆ covTiltXSz

python.BeamSpotData.BeamSpotValue.covTiltXSz

Definition at line 348 of file BeamSpotData.py.

◆ covTiltXTiltY

python.BeamSpotData.BeamSpotValue.covTiltXTiltY

Definition at line 345 of file BeamSpotData.py.

◆ covTiltYk

python.BeamSpotData.BeamSpotValue.covTiltYk

Definition at line 356 of file BeamSpotData.py.

◆ covTiltYRhoXY

python.BeamSpotData.BeamSpotValue.covTiltYRhoXY

Definition at line 355 of file BeamSpotData.py.

◆ covTiltYSx

python.BeamSpotData.BeamSpotValue.covTiltYSx

Definition at line 352 of file BeamSpotData.py.

◆ covTiltYSy

python.BeamSpotData.BeamSpotValue.covTiltYSy

Definition at line 353 of file BeamSpotData.py.

◆ covTiltYSz

python.BeamSpotData.BeamSpotValue.covTiltYSz

Definition at line 354 of file BeamSpotData.py.

◆ covXk

python.BeamSpotData.BeamSpotValue.covXk

Definition at line 326 of file BeamSpotData.py.

◆ covXRhoXY

python.BeamSpotData.BeamSpotValue.covXRhoXY

Definition at line 325 of file BeamSpotData.py.

◆ covXSx

python.BeamSpotData.BeamSpotValue.covXSx

Definition at line 322 of file BeamSpotData.py.

◆ covXSy

python.BeamSpotData.BeamSpotValue.covXSy

Definition at line 323 of file BeamSpotData.py.

◆ covXSz

python.BeamSpotData.BeamSpotValue.covXSz

Definition at line 324 of file BeamSpotData.py.

◆ covXTiltX

python.BeamSpotData.BeamSpotValue.covXTiltX

Definition at line 320 of file BeamSpotData.py.

◆ covXTiltY

python.BeamSpotData.BeamSpotValue.covXTiltY

Definition at line 321 of file BeamSpotData.py.

◆ covXY

python.BeamSpotData.BeamSpotValue.covXY

Definition at line 318 of file BeamSpotData.py.

◆ covXZ

python.BeamSpotData.BeamSpotValue.covXZ

Definition at line 319 of file BeamSpotData.py.

◆ covYk

python.BeamSpotData.BeamSpotValue.covYk

Definition at line 335 of file BeamSpotData.py.

◆ covYRhoXY

python.BeamSpotData.BeamSpotValue.covYRhoXY

Definition at line 334 of file BeamSpotData.py.

◆ covYSx

python.BeamSpotData.BeamSpotValue.covYSx

Definition at line 331 of file BeamSpotData.py.

◆ covYSy

python.BeamSpotData.BeamSpotValue.covYSy

Definition at line 332 of file BeamSpotData.py.

◆ covYSz

python.BeamSpotData.BeamSpotValue.covYSz

Definition at line 333 of file BeamSpotData.py.

◆ covYTiltX

python.BeamSpotData.BeamSpotValue.covYTiltX

Definition at line 329 of file BeamSpotData.py.

◆ covYTiltY

python.BeamSpotData.BeamSpotValue.covYTiltY

Definition at line 330 of file BeamSpotData.py.

◆ covYZ

python.BeamSpotData.BeamSpotValue.covYZ

Definition at line 328 of file BeamSpotData.py.

◆ covZk

python.BeamSpotData.BeamSpotValue.covZk

Definition at line 343 of file BeamSpotData.py.

◆ covZRhoXY

python.BeamSpotData.BeamSpotValue.covZRhoXY

Definition at line 342 of file BeamSpotData.py.

◆ covZSx

python.BeamSpotData.BeamSpotValue.covZSx

Definition at line 339 of file BeamSpotData.py.

◆ covZSy

python.BeamSpotData.BeamSpotValue.covZSy

Definition at line 340 of file BeamSpotData.py.

◆ covZSz

python.BeamSpotData.BeamSpotValue.covZSz

Definition at line 341 of file BeamSpotData.py.

◆ covZTiltX

python.BeamSpotData.BeamSpotValue.covZTiltX

Definition at line 337 of file BeamSpotData.py.

◆ covZTiltY

python.BeamSpotData.BeamSpotValue.covZTiltY

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

Definition at line 377 of file BeamSpotData.py.

◆ fill

python.BeamSpotData.BeamSpotValue.fill

Definition at line 278 of file BeamSpotData.py.

◆ fullCorrelations

python.BeamSpotData.BeamSpotValue.fullCorrelations

Definition at line 273 of file BeamSpotData.py.

◆ k

python.BeamSpotData.BeamSpotValue.k

Definition at line 373 of file BeamSpotData.py.

◆ kErr

python.BeamSpotData.BeamSpotValue.kErr

Definition at line 374 of file BeamSpotData.py.

◆ lbEnd

python.BeamSpotData.BeamSpotValue.lbEnd

Definition at line 281 of file BeamSpotData.py.

◆ lbStart

python.BeamSpotData.BeamSpotValue.lbStart

Definition at line 280 of file BeamSpotData.py.

◆ nEvents

python.BeamSpotData.BeamSpotValue.nEvents

Definition at line 284 of file BeamSpotData.py.

◆ nominalSeparation

python.BeamSpotData.BeamSpotValue.nominalSeparation

Definition at line 381 of file BeamSpotData.py.

◆ nominalSeparationPlane

python.BeamSpotData.BeamSpotValue.nominalSeparationPlane

Definition at line 384 of file BeamSpotData.py.

◆ nValid

python.BeamSpotData.BeamSpotValue.nValid

Definition at line 285 of file BeamSpotData.py.

◆ nVtxAll

python.BeamSpotData.BeamSpotValue.nVtxAll

Definition at line 286 of file BeamSpotData.py.

◆ nVtxPrim

python.BeamSpotData.BeamSpotValue.nVtxPrim

Definition at line 287 of file BeamSpotData.py.

◆ posX

python.BeamSpotData.BeamSpotValue.posX

Definition at line 293 of file BeamSpotData.py.

◆ posXErr

python.BeamSpotData.BeamSpotValue.posXErr

Definition at line 303 of file BeamSpotData.py.

◆ posY

python.BeamSpotData.BeamSpotValue.posY

Definition at line 294 of file BeamSpotData.py.

◆ posYErr

python.BeamSpotData.BeamSpotValue.posYErr

Definition at line 304 of file BeamSpotData.py.

◆ posZ

python.BeamSpotData.BeamSpotValue.posZ

Definition at line 295 of file BeamSpotData.py.

◆ posZErr

python.BeamSpotData.BeamSpotValue.posZErr

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

dictionary python.BeamSpotData.BeamSpotValue.pseudoLbDict = {}

static

Definition at line 269 of file BeamSpotData.py.

◆ rhoXY

python.BeamSpotData.BeamSpotValue.rhoXY

Definition at line 371 of file BeamSpotData.py.

◆ rhoXYErr

python.BeamSpotData.BeamSpotValue.rhoXYErr

Definition at line 372 of file BeamSpotData.py.

◆ run

python.BeamSpotData.BeamSpotValue.run

Definition at line 277 of file BeamSpotData.py.

◆ scanningIP

python.BeamSpotData.BeamSpotValue.scanningIP

Definition at line 383 of file BeamSpotData.py.

◆ separation

python.BeamSpotData.BeamSpotValue.separation

Definition at line 490 of file BeamSpotData.py.

◆ sigmaX

python.BeamSpotData.BeamSpotValue.sigmaX

Definition at line 296 of file BeamSpotData.py.

◆ sigmaXErr

python.BeamSpotData.BeamSpotValue.sigmaXErr

Definition at line 306 of file BeamSpotData.py.

◆ sigmaY

python.BeamSpotData.BeamSpotValue.sigmaY

Definition at line 297 of file BeamSpotData.py.

◆ sigmaYErr

python.BeamSpotData.BeamSpotValue.sigmaYErr

Definition at line 307 of file BeamSpotData.py.

◆ sigmaZ

python.BeamSpotData.BeamSpotValue.sigmaZ

Definition at line 298 of file BeamSpotData.py.

◆ sigmaZErr

python.BeamSpotData.BeamSpotValue.sigmaZErr

Definition at line 308 of file BeamSpotData.py.

◆ status

python.BeamSpotData.BeamSpotValue.status

Definition at line 292 of file BeamSpotData.py.

◆ tiltX

python.BeamSpotData.BeamSpotValue.tiltX

Definition at line 299 of file BeamSpotData.py.

◆ tiltXErr

python.BeamSpotData.BeamSpotValue.tiltXErr

Definition at line 309 of file BeamSpotData.py.

◆ tiltY

python.BeamSpotData.BeamSpotValue.tiltY

Definition at line 300 of file BeamSpotData.py.

◆ tiltYErr

python.BeamSpotData.BeamSpotValue.tiltYErr

Definition at line 310 of file BeamSpotData.py.

◆ timeEnd

python.BeamSpotData.BeamSpotValue.timeEnd

Definition at line 283 of file BeamSpotData.py.

◆ timeStart

python.BeamSpotData.BeamSpotValue.timeStart

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()