#include <LumiInfo.h>

Public Member Functions
float	getDeadFraction () const

const std::vector< float > &	getErrorLumiAllBX () const

const std::vector< float > &	getInstLumiAllBX () const

float	getInstLumiBX (int bx) const

float	getLiveFraction () const

float	getTotalInstLumi () const

float	getTotalInstStatError () const

float	instLuminosityBXSum () const

float	integLuminosity () const

bool	isProductEqual (LumiInfo const &next) const

	LumiInfo ()

	LumiInfo (float deadtimeFraction, const std::vector< float > &instLumiByBX)

	LumiInfo (float deadtimeFraction, const std::vector< float > &instLumiByBX, float totalInstLumi)

	LumiInfo (float deadtimeFraction, const std::vector< float > &instLumiByBX, float totalInstLumi, const std::vector< float > &instLumiErrByBX, float totalInstLumiErr)

float	lumiSectionLength () const

float	recordedLuminosity () const

void	setDeadFraction (float deadtimeFraction)

void	setErrorLumiAllBX (std::vector< float > &errLumiByBX)

void	setInstLumiAllBX (std::vector< float > &instLumiByBX)

void	setTotalInstLumi (float totalLumi)

void	setTotalInstStatError (float statError)

void	setTotalInstToBXSum ()

	~LumiInfo ()

Private Attributes
float	deadtimeFraction_

std::vector< float >	instLumiByBX_

std::vector< float >	instLumiStatErrByBX_

float	totalInstLuminosity_

float	totalInstLumiStatErr_

Detailed Description

LumiInfo has been created by merging the content of the old LumiSummary and LumiDetails classes to streamline the lumi information. Many old member variables have been removed.

Author: Valerie Halyo David Dagenhart Zhen Xie Paul Lujan

Version: 1st Version June 7 2007, merged September 10 2014; October 2017 by Chris Palmer and Sam Higginbotham for PCC projects

Definition at line 28 of file LumiInfo.h.

Constructor & Destructor Documentation

LumiInfo::LumiInfo ( )

inline

default constructor

Definition at line 33 of file LumiInfo.h.

References instLumiByBX_, instLumiStatErrByBX_, LumiConstants::numBX, totalInstLuminosity_, and totalInstLumiStatErr_.

               :
     deadtimeFraction_(0)
     { 
         instLumiByBX_.assign(LumiConstants::numBX, 0.0);
         instLumiStatErrByBX_.assign(LumiConstants::numBX, 0.0);
         totalInstLuminosity_=0;
         totalInstLumiStatErr_=0;
     } 

LumiInfo::LumiInfo	(	float	deadtimeFraction,
		const std::vector< float > &	instLumiByBX
	)

inline

constructor with fill; if total algo is the same as summing

Definition at line 46 of file LumiInfo.h.

References instLumiStatErrByBX_, LumiConstants::numBX, setTotalInstToBXSum(), and totalInstLumiStatErr_.

                                                                           :
     deadtimeFraction_(deadtimeFraction),
     instLumiByBX_(instLumiByBX)
     {
         instLumiStatErrByBX_.assign(LumiConstants::numBX, 0.0);
         setTotalInstToBXSum() ;
         totalInstLumiStatErr_=0;
     }

LumiInfo::LumiInfo	(	float	deadtimeFraction,
		const std::vector< float > &	instLumiByBX,
		float	totalInstLumi
	)

inline

constructor with fill; if total algo DIFFERS from summing

Definition at line 58 of file LumiInfo.h.

References instLumiStatErrByBX_, LumiConstants::numBX, and totalInstLumiStatErr_.

                                                                                                :
     deadtimeFraction_(deadtimeFraction),
     totalInstLuminosity_(totalInstLumi),
     instLumiByBX_(instLumiByBX)
     {
         instLumiStatErrByBX_.assign(LumiConstants::numBX, 0.0);
         totalInstLumiStatErr_=0;
     }

LumiInfo::LumiInfo	(	float	deadtimeFraction,
		const std::vector< float > &	instLumiByBX,
		float	totalInstLumi,
		const std::vector< float > &	instLumiErrByBX,
		float	totalInstLumiErr
	)

inline

constructor with fill; if total algo DIFFERS from summing and adding including stats

Definition at line 70 of file LumiInfo.h.

                                                                     :
     deadtimeFraction_(deadtimeFraction),
     totalInstLuminosity_(totalInstLumi),
     totalInstLumiStatErr_(totalInstLumiErr),
     instLumiByBX_(instLumiByBX),
     instLumiStatErrByBX_(instLumiErrByBX)
     {
     }

LumiInfo::~LumiInfo ( )

inline

destructor

Definition at line 83 of file LumiInfo.h.

83 {}

Member Function Documentation

float LumiInfo::getDeadFraction ( ) const

inline

Deadtime fraction

Definition at line 112 of file LumiInfo.h.

References deadtimeFraction_.

Referenced by operator<<().

112 { return deadtimeFraction_; }

LumiInfo::deadtimeFraction_

float deadtimeFraction_

Definition: LumiInfo.h:177

const std::vector<float>& LumiInfo::getErrorLumiAllBX ( ) const

inline

Returns statistical error of instantaneous luminosity for all bunches

Definition at line 104 of file LumiInfo.h.

References instLumiStatErrByBX_.

Referenced by CorrPCCProducer::endLuminosityBlock().

104 { return instLumiStatErrByBX_; }

LumiInfo::instLumiStatErrByBX_

std::vector< float > instLumiStatErrByBX_

Definition: LumiInfo.h:181

const std::vector<float>& LumiInfo::getInstLumiAllBX ( ) const

inline

Returns instantaneous luminosity of all bunches

Definition at line 100 of file LumiInfo.h.

References instLumiByBX_.

Referenced by CorrPCCProducer::endLuminosityBlock(), and operator<<().

100 { return instLumiByBX_; }

LumiInfo::instLumiByBX_

std::vector< float > instLumiByBX_

Definition: LumiInfo.h:180

float LumiInfo::getInstLumiBX ( int bx ) const

inline

Returns instantaneous luminosity of one bunch

Definition at line 108 of file LumiInfo.h.

References instLumiByBX_.

108 { return instLumiByBX_.at(bx); }

LumiInfo::instLumiByBX_

std::vector< float > instLumiByBX_

Definition: LumiInfo.h:180

float LumiInfo::getLiveFraction ( ) const

inline

Livetime fraction (1-deadtime frac)

Definition at line 116 of file LumiInfo.h.

References deadtimeFraction_.

116 { return 1-deadtimeFraction_; }

LumiInfo::deadtimeFraction_

float deadtimeFraction_

Definition: LumiInfo.h:177

float LumiInfo::getTotalInstLumi ( ) const

inline

Returns total instantanious luminosity in hz/uB

Definition at line 92 of file LumiInfo.h.

References totalInstLuminosity_.

Referenced by integLuminosity(), and operator<<().

92 {return totalInstLuminosity_;}

LumiInfo::totalInstLuminosity_

float totalInstLuminosity_

Definition: LumiInfo.h:178

float LumiInfo::getTotalInstStatError ( ) const

inline

Returns statistical error on total instantanious luminosity in hz/uB

Definition at line 96 of file LumiInfo.h.

References totalInstLumiStatErr_.

96 {return totalInstLumiStatErr_;}

LumiInfo::totalInstLumiStatErr_

float totalInstLumiStatErr_

Definition: LumiInfo.h:179

float LumiInfo::instLuminosityBXSum ( ) const

Returns the sum of the instantaneous luminosity in Hz/uB, which not always the same as totalInstLuminosity_.

Definition at line 8 of file LumiInfo.cc.

References instLumiByBX_.

Referenced by setTotalInstStatError(), and setTotalInstToBXSum().

                                           {
   float totLum = 0;
   for (std::vector<float>::const_iterator it = instLumiByBX_.begin();
        it != instLumiByBX_.end(); ++it) {
     totLum += *it;
   }
   return totLum;
 }

float LumiInfo::integLuminosity ( ) const

Integrated (delivered) luminosity (in ub^-1)

Definition at line 17 of file LumiInfo.cc.

References getTotalInstLumi(), and lumiSectionLength().

Referenced by operator<<(), recordedLuminosity(), and setTotalInstStatError().

                                       {
   return getTotalInstLumi()*lumiSectionLength();
 }

bool LumiInfo::isProductEqual ( LumiInfo const & next ) const

This method checks if all the essential values of this LumiInfo are the same as the ones in the LumiInfo given as an argument.

Definition at line 34 of file LumiInfo.cc.

References deadtimeFraction_, and instLumiByBX_.

Referenced by setTotalInstStatError().

                                                         {
   return (deadtimeFraction_ == next.deadtimeFraction_ &&
       instLumiByBX_ == next.instLumiByBX_);
 }

float LumiInfo::lumiSectionLength ( ) const

lumi section length in seconds = numorbits*3564*25e-09

Definition at line 29 of file LumiInfo.cc.

References LumiConstants::bxSpacingExact, LumiConstants::numBX, and LumiConstants::numOrbits.

Referenced by integLuminosity(), and setTotalInstStatError().

                                         {
   // numorbits (262144)*numBX/orbit (3564)*bx spacing (24.95e-09)
   return LumiConstants::numOrbits*LumiConstants::numBX*LumiConstants::bxSpacingExact;
 }

float LumiInfo::recordedLuminosity ( ) const

Recorded (integrated) luminosity (in ub^-1) (==integLuminosity * (1-deadtimeFraction))

Definition at line 25 of file LumiInfo.cc.

References deadtimeFraction_, and integLuminosity().

Referenced by operator<<(), and setTotalInstStatError().

                                          {
   return integLuminosity()*(1-deadtimeFraction_);
 }

void LumiInfo::setDeadFraction ( float deadtimeFraction )

inline

Set the deadtime fraction

Definition at line 126 of file LumiInfo.h.

References deadtimeFraction_.

126 { deadtimeFraction_ = deadtimeFraction; }

LumiInfo::deadtimeFraction_

float deadtimeFraction_

Definition: LumiInfo.h:177

void LumiInfo::setErrorLumiAllBX ( std::vector< float > & errLumiByBX )

Set statistical error of instantaneous luminosity for all bunches

Definition at line 43 of file LumiInfo.cc.

References instLumiStatErrByBX_.

Referenced by setTotalInstStatError().

                                                              {
   instLumiStatErrByBX_.assign(errLumiByBX.begin(),errLumiByBX.end());
 }

void LumiInfo::setInstLumiAllBX ( std::vector< float > & instLumiByBX )

Set statistical error of instantaneous luminosity for all bunches

Definition at line 39 of file LumiInfo.cc.

References instLumiByBX_.

Referenced by setTotalInstStatError().

                                                               {
   instLumiByBX_.assign(instLumiByBX.begin(), instLumiByBX.end());
 }

void LumiInfo::setTotalInstLumi ( float totalLumi )

inline

Set total instantanious luminosity in hz/uB

Definition at line 130 of file LumiInfo.h.

References totalInstLuminosity_.

Referenced by setTotalInstToBXSum().

130 { totalInstLuminosity_=totalLumi;}

LumiInfo::totalInstLuminosity_

float totalInstLuminosity_

Definition: LumiInfo.h:178

void LumiInfo::setTotalInstStatError ( float statError )

inline

Set statistical error on total instantanious luminosity in hz/uB

Definition at line 134 of file LumiInfo.h.

References instLuminosityBXSum(), integLuminosity(), isProductEqual(), lumiSectionLength(), GetRecoTauVFromDQM_MC_cff::next, recordedLuminosity(), setErrorLumiAllBX(), setInstLumiAllBX(), setTotalInstToBXSum(), and totalInstLumiStatErr_.

134 { totalInstLumiStatErr_=statError;}

LumiInfo::totalInstLumiStatErr_

float totalInstLumiStatErr_

Definition: LumiInfo.h:179

void LumiInfo::setTotalInstToBXSum ( )

Resets totalInstLuminosity_ to be the sum of instantaneous luminosity

Definition at line 21 of file LumiInfo.cc.

References instLuminosityBXSum(), and setTotalInstLumi().

Referenced by LumiInfo(), and setTotalInstStatError().

                                    {
   setTotalInstLumi(instLuminosityBXSum());
 }

Member Data Documentation

float LumiInfo::deadtimeFraction_

private

Definition at line 177 of file LumiInfo.h.

Referenced by getDeadFraction(), getLiveFraction(), isProductEqual(), recordedLuminosity(), and setDeadFraction().

std::vector<float> LumiInfo::instLumiByBX_

private

Definition at line 180 of file LumiInfo.h.

Referenced by getInstLumiAllBX(), getInstLumiBX(), instLuminosityBXSum(), isProductEqual(), LumiInfo(), and setInstLumiAllBX().

std::vector<float> LumiInfo::instLumiStatErrByBX_

private

Definition at line 181 of file LumiInfo.h.

Referenced by getErrorLumiAllBX(), LumiInfo(), and setErrorLumiAllBX().

float LumiInfo::totalInstLuminosity_

private

Definition at line 178 of file LumiInfo.h.

Referenced by getTotalInstLumi(), LumiInfo(), and setTotalInstLumi().

float LumiInfo::totalInstLumiStatErr_

private

Definition at line 179 of file LumiInfo.h.

Referenced by getTotalInstStatError(), LumiInfo(), and setTotalInstStatError().

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation