Description

Class describing the binned data sets : vectors of x coordinates, y values and optionally error on y values and error on coordinates The dimension of the coordinate is free There are 4 different options:

only coordinates and values (for binned likelihood fits) : kNoError
coordinate, values and error on values (for normal least square fits) : kValueError
coordinate, values, error on values and coordinates (for effective least square fits) : kCoordError
corrdinate, values, error on coordinates and asymmettric error on valyes : kAsymError

In addition there is the option to construct Bindata copying the data in (using the DataVector class) or using pointer to external data (DataWrapper) class. In general is found to be more efficient to copy the data. In case of really large data sets for limiting memory consumption then the other option can be used Specialized constructor exists for data up to 3 dimensions.

When the data are copying in the number of points can be set later (or re-set) using Initialize and the data are inserted one by one using the Add method. It is mandatory to set the size before using the Add method.

Definition at line 53 of file BinData.h.

Inheritance diagram for ROOT::Fit::BinData:

[legend]

Collaboration diagram for ROOT::Fit::BinData:

[legend]

Public Types
enum	ErrorType { kNoError , kValueError , kCoordError , kAsymError }

Public Member Functions
	BinData (const BinData &rhs)

	BinData (const DataOptions &opt, const DataRange &range, unsigned int maxpoints=0, unsigned int dim=1, ErrorType err=kValueError)

	BinData (const DataOptions &opt, unsigned int maxpoints=0, unsigned int dim=1, ErrorType err=kValueError)

	BinData (unsigned int maxpoints=0, unsigned int dim=1, ErrorType err=kValueError)

	BinData (unsigned int n, const double dataX, const double dataY, const double dataZ, const double val, const double ex, const double ey, const double ez, const double eval)

	BinData (unsigned int n, const double dataX, const double dataY, const double val, const double ex, const double ey, const double eval)

	BinData (unsigned int n, const double dataX, const double val, const double ex, const double eval)

virtual	~BinData ()

void	Add (const double *x, double val)

void	Add (const double x, double val, const double ex, double elval, double ehval)

void	Add (const double x, double val, const double ex, double eval)

void	Add (const double *x, double val, double eval)

void	Add (double x, double y)

void	Add (double x, double y, double ex, double ey)

void	Add (double x, double y, double ex, double eyl, double eyh)

void	Add (double x, double y, double ey)

void	AddBinUpEdge (const double *xup)

void	Append (unsigned int newPoints, unsigned int dim=1, ErrorType err=kValueError)

const double *	BinUpEdge (unsigned int ipoint) const

const double *	CoordErrors (unsigned int ipoint) const

double	Error (unsigned int ipoint) const

const double *	ErrorPtr (unsigned int ipoint) const

void	GetAsymError (unsigned int ipoint, double &lowError, double &highError) const

double	GetBinUpEdgeComponent (unsigned int ipoint, unsigned int icoord) const

double	GetCoordErrorComponent (unsigned int ipoint, unsigned int icoord) const

ErrorType	GetErrorType () const

const double *	GetPoint (unsigned int ipoint, double &value) const

const double *	GetPoint (unsigned int ipoint, double &value, double &invError) const

const double *	GetPointError (unsigned int ipoint, double &errlow, double &errhigh) const

const double *	GetPointError (unsigned int ipoint, double &errvalue) const

bool	HasBinEdges () const

bool	HaveAsymErrors () const

bool	HaveCoordErrors () const

void	Initialize (unsigned int newPoints, unsigned int dim=1, ErrorType err=kValueError)

double	InvError (unsigned int ipoint) const

bool	IsWeighted () const

BinData &	LogTransform ()

BinData &	operator= (const BinData &rhs)

double	RefVolume () const

void	SetRefVolume (double value)

double	SumOfContent () const

double	SumOfError2 () const

double	Value (unsigned int ipoint) const

const double *	ValuePtr (unsigned int ipoint) const

Protected Member Functions
void	ComputeSums ()

void	InitBinEdge ()

void	InitDataVector ()

void	InitializeErrors ()

void	UnWrap ()

Private Attributes
std::vector< std::vector< double > >	fBinEdge

std::vector< std::vector< double > >	fCoordErrors

std::vector< const double * >	fCoordErrorsPtr

std::vector< double >	fData

std::vector< double >	fDataError

std::vector< double >	fDataErrorHigh

const double *	fDataErrorHighPtr

std::vector< double >	fDataErrorLow

const double *	fDataErrorLowPtr

const double *	fDataErrorPtr

const double *	fDataPtr

ErrorType	fErrorType

bool	fIsWeighted = false

double *	fpTmpBinEdgeVector

double *	fpTmpCoordErrorVector

double	fRefVolume

double	fSumContent = 0

double	fSumError2 = 0

Member Enumeration Documentation

◆ ErrorType

enum ROOT::Fit::BinData::ErrorType

Enumerator
kNoError
kValueError
kCoordError
kAsymError

Definition at line 57 of file BinData.h.

57 { kNoError, kValueError, kCoordError, kAsymError };

ROOT::Fit::BinData::kNoError

@ kNoError

Definition: BinData.h:57

ROOT::Fit::BinData::kCoordError

@ kCoordError

Definition: BinData.h:57

ROOT::Fit::BinData::kAsymError

@ kAsymError

Definition: BinData.h:57

ROOT::Fit::BinData::kValueError

@ kValueError

Definition: BinData.h:57

Constructor & Destructor Documentation

◆ BinData() [1/7]

ROOT::Fit::BinData::BinData	(	unsigned int	maxpoints = `0`,
		unsigned int	dim = `1`,
		ErrorType	err = `kValueError`
	)

explicit

constructor from dimension of point and max number of points (to pre-allocate vector) Give a zero value and then use Initialize later one if the size is not known

◆ BinData() [2/7]

ROOT::Fit::BinData::BinData	(	const DataOptions &	opt,
		unsigned int	maxpoints = `0`,
		unsigned int	dim = `1`,
		ErrorType	err = `kValueError`
	)

explicit

constructor from option and default range

◆ BinData() [3/7]

ROOT::Fit::BinData::BinData	(	const DataOptions &	opt,
		const DataRange &	range,
		unsigned int	maxpoints = `0`,
		unsigned int	dim = `1`,
		ErrorType	err = `kValueError`
	)

constructor from options and range efault is 1D and value errors

◆ BinData() [4/7]

ROOT::Fit::BinData::BinData	(	unsigned int	n,
		const double *	dataX,
		const double *	val,
		const double *	ex,
		const double *	eval
	)

constructurs using external data constructor from external data for 1D with errors on coordinate and value

◆ BinData() [5/7]

ROOT::Fit::BinData::BinData	(	unsigned int	n,
		const double *	dataX,
		const double *	dataY,
		const double *	val,
		const double *	ex,
		const double *	ey,
		const double *	eval
	)

constructor from external data for 2D with errors on coordinate and value

◆ BinData() [6/7]

ROOT::Fit::BinData::BinData	(	unsigned int	n,
		const double *	dataX,
		const double *	dataY,
		const double *	dataZ,
		const double *	val,
		const double *	ex,
		const double *	ey,
		const double *	ez,
		const double *	eval
	)

constructor from external data for 3D with errors on coordinate and value

◆ ~BinData()

virtual ROOT::Fit::BinData::~BinData ( )

virtual

destructor

◆ BinData() [7/7]

ROOT::Fit::BinData::BinData ( const BinData & rhs )

copy constructors

Member Function Documentation

◆ Add() [1/8]

void ROOT::Fit::BinData::Add	(	const double *	x,
		double	val
	)

add multi-dim coordinate data with only value

◆ Add() [2/8]

void ROOT::Fit::BinData::Add	(	const double *	x,
		double	val,
		const double *	ex,
		double	elval,
		double	ehval
	)

add multi-dim coordinate data with both error in coordinates and value

◆ Add() [3/8]

void ROOT::Fit::BinData::Add	(	const double *	x,
		double	val,
		const double *	ex,
		double	eval
	)

add multi-dim coordinate data with both error in coordinates and value

◆ Add() [4/8]

void ROOT::Fit::BinData::Add	(	const double *	x,
		double	val,
		double	eval
	)

add multi-dim coordinate data with only error in value

◆ Add() [5/8]

void ROOT::Fit::BinData::Add	(	double	x,
		double	y
	)

add one dim data with only coordinate and values

◆ Add() [6/8]

void ROOT::Fit::BinData::Add	(	double	x,
		double	y,
		double	ex,
		double	ey
	)

add one dim data with error in the coordinate (x) in this case store the value (y) error and not the inverse

◆ Add() [7/8]

void ROOT::Fit::BinData::Add	(	double	x,
		double	y,
		double	ex,
		double	eyl,
		double	eyh
	)

add one dim data with error in the coordinate (x) and asymmetric errors in the value (y) in this case store the y errors and not the inverse

◆ Add() [8/8]

void ROOT::Fit::BinData::Add	(	double	x,
		double	y,
		double	ey
	)

add one dim data with no error in the coordinate (x) in this case store the inverse of the error in the value (y)

◆ AddBinUpEdge()

void ROOT::Fit::BinData::AddBinUpEdge ( const double * xup )

add the bin width data, a pointer to an array with the bin upper edge information. This is needed when fitting with integral options The information is added for the previously inserted point. BinData::Add must be called before

◆ Append()

void ROOT::Fit::BinData::Append	(	unsigned int	newPoints,
		unsigned int	dim = `1`,
		ErrorType	err = `kValueError`
	)

preallocate a data set with given size , dimension and error type (to get the full point size) If the data set already exists and it is having the compatible point size space for the new points is created in the data sets, while if not compatible the old data are erased and new space of new size is allocated. (i.e if exists initialize is equivalent to a resize( NPoints() + maxpoints)

◆ BinUpEdge()

const double* ROOT::Fit::BinData::BinUpEdge ( unsigned int ipoint ) const

inline

return an array containing the upper edge of the bin for coordinate i In case of empty bin they could be merged in a single larger bin Return a NULL pointer if the bin width is not stored

Definition at line 508 of file BinData.h.

    {
       if ( fBinEdge.empty() || ipoint > fBinEdge.front().size() )
          return 0;
  
       assert( fpTmpBinEdgeVector );
       assert( !fBinEdge.empty() );
       assert( ipoint < fMaxPoints );
  
       for ( unsigned int i=0; i < fDim; i++ )
       {
          fpTmpBinEdgeVector[i] = fBinEdge[i][ ipoint ];
       }
  
       return fpTmpBinEdgeVector;
    }

References fBinEdge, and fpTmpBinEdgeVector.

◆ ComputeSums()

void ROOT::Fit::BinData::ComputeSums ( )

protected

◆ CoordErrors()

const double* ROOT::Fit::BinData::CoordErrors ( unsigned int ipoint ) const

inline

Return a pointer to the errors in the coordinates for the given fit point

Definition at line 401 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( fpTmpCoordErrorVector );
       assert( fErrorType == kCoordError || fErrorType == kAsymError );
  
       for ( unsigned int i=0; i < fDim; i++ )
       {
          assert( fCoordErrorsPtr[i] );
          assert( fCoordErrors.empty() || &fCoordErrors[i].front() == fCoordErrorsPtr[i] );
  
          fpTmpCoordErrorVector[i] = fCoordErrorsPtr[i][ipoint];
       }
  
       return fpTmpCoordErrorVector;
    }

References fCoordErrors, fCoordErrorsPtr, fErrorType, fpTmpCoordErrorVector, kAsymError, and kCoordError.

Referenced by GetPointError().

◆ Error()

double ROOT::Fit::BinData::Error ( unsigned int ipoint ) const

inline

Definition at line 251 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( kValueError == fErrorType || kCoordError == fErrorType ||
               kAsymError == fErrorType || kNoError == fErrorType );
  
       if ( fErrorType == kNoError )
       {
          assert( !fDataErrorPtr && !fDataErrorHighPtr && !fDataErrorLowPtr );
          assert( fDataError.empty() && fDataErrorHigh.empty() && fDataErrorLow.empty() );
          return 1.0;
       }
  
       if ( fErrorType == kValueError ) // need to invert (inverror is stored)
       {
          assert( fDataErrorPtr && !fDataErrorHighPtr && !fDataErrorLowPtr );
          assert( fDataErrorHigh.empty() && fDataErrorLow.empty() );
          assert( fDataError.empty() || &fDataError.front() == fDataErrorPtr );
  
          double eval = fDataErrorPtr[ ipoint ];
  
          if (fWrapped)
             return eval;
          else
             return (eval != 0.0) ? 1.0/eval : 0.0;
       }
  
       if ( fErrorType == kAsymError )
       {  // return 1/2(el + eh)
          assert( !fDataErrorPtr && fDataErrorHighPtr && fDataErrorLowPtr );
          assert( fDataError.empty() );
          assert( fDataErrorHigh.empty() || &fDataErrorHigh.front() == fDataErrorHighPtr );
          assert( fDataErrorLow.empty() || &fDataErrorLow.front() == fDataErrorLowPtr );
          assert( fDataErrorLow.empty() == fDataErrorHigh.empty() );
  
          double eh = fDataErrorHighPtr[ ipoint ];
          double el = fDataErrorLowPtr[ ipoint ];
  
          return (el+eh) / 2.0;
       }
  
       assert( fErrorType == kCoordError );
       return fDataErrorPtr[ ipoint ];
    }

References fDataError, fDataErrorHigh, fDataErrorHighPtr, fDataErrorLow, fDataErrorLowPtr, fDataErrorPtr, fErrorType, kAsymError, kCoordError, kNoError, and kValueError.

Referenced by GetPoint(), and GetPointError().

◆ ErrorPtr()

const double* ROOT::Fit::BinData::ErrorPtr ( unsigned int ipoint ) const

inline

return error on the value for the given fit point Safe (but slower) method returning correctly the error on the value in case of asymm errors return the average 0.5(eu + el)

Definition at line 240 of file BinData.h.

                                                      {
       assert( ipoint < fMaxPoints );
       assert( kValueError == fErrorType || kCoordError == fErrorType ||
               kAsymError == fErrorType || kNoError == fErrorType );
  
       if ( fErrorType == kNoError )
          return nullptr;
       // assert( fErrorType == kCoordError );
       return &fDataErrorPtr[ ipoint ];
    }

References fDataErrorPtr, fErrorType, kAsymError, kCoordError, kNoError, and kValueError.

◆ GetAsymError()

void ROOT::Fit::BinData::GetAsymError	(	unsigned int	ipoint,
		double &	lowError,
		double &	highError
	)		const

inline

Definition at line 296 of file BinData.h.

    {
       assert( fErrorType == kAsymError );
       assert( !fDataErrorPtr && fDataErrorHighPtr && fDataErrorLowPtr );
       assert( fDataError.empty() );
       assert( fDataErrorHigh.empty() || &fDataErrorHigh.front() == fDataErrorHighPtr );
       assert( fDataErrorLow.empty() || &fDataErrorLow.front() == fDataErrorLowPtr );
       assert( fDataErrorLow.empty() == fDataErrorHigh.empty() );
  
       lowError = fDataErrorLowPtr[ ipoint ];
       highError = fDataErrorHighPtr[ ipoint ];
    }

References fDataError, fDataErrorHigh, fDataErrorHighPtr, fDataErrorLow, fDataErrorLowPtr, fDataErrorPtr, fErrorType, and kAsymError.

◆ GetBinUpEdgeComponent()

double ROOT::Fit::BinData::GetBinUpEdgeComponent	(	unsigned int	ipoint,
		unsigned int	icoord
	)		const

inline

returns a single coordinate error component of a point. This function is threadsafe in contrast to Coords(...) and can easily get vectorized by the compiler in loops running over the ipoint-index.

Definition at line 491 of file BinData.h.

    {
       assert( icoord < fDim );
       assert( !fBinEdge.empty() );
       assert( ipoint < fBinEdge.front().size() );
  
       return fBinEdge[icoord][ipoint];
    }

References fBinEdge.

◆ GetCoordErrorComponent()

double ROOT::Fit::BinData::GetCoordErrorComponent	(	unsigned int	ipoint,
		unsigned int	icoord
	)		const

inline

returns a single coordinate error component of a point. This function is threadsafe in contrast to Coords(...) and can easily get vectorized by the compiler in loops running over the ipoint-index.

Definition at line 384 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( icoord < fDim );
       assert( fCoordErrorsPtr.size() == fDim );
       assert( fCoordErrorsPtr[icoord] );
       assert( fCoordErrors.empty() || &fCoordErrors[icoord].front() == fCoordErrorsPtr[icoord] );
  
       return fCoordErrorsPtr[icoord][ipoint];
    }

References fCoordErrors, and fCoordErrorsPtr.

◆ GetErrorType()

ErrorType ROOT::Fit::BinData::GetErrorType ( ) const

inline

retrieve the errortype

Definition at line 545 of file BinData.h.

    {
       return fErrorType;
    }

References fErrorType.

◆ GetPoint() [1/2]

const double* ROOT::Fit::BinData::GetPoint	(	unsigned int	ipoint,
		double &	value
	)		const

inline

retrieve at the same time a pointer to the coordinate data and the fit value More efficient than calling Coords(i) and Value(i)

Definition at line 370 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       value = Value( ipoint );
  
       return Coords( ipoint );
    }

References Value().

Referenced by GetPoint().

Here is the call graph for this function:

◆ GetPoint() [2/2]

const double* ROOT::Fit::BinData::GetPoint	(	unsigned int	ipoint,
		double &	value,
		double &	invError
	)		const

inline

retrieve in a single call a pointer to the coordinate data, value and inverse error for the given fit point. To be used only when type is kValueError or kNoError. In the last case the value 1 is returned for the error.

Definition at line 428 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( fErrorType == kNoError || fErrorType == kValueError );
  
       double e = Error( ipoint );
  
       if (fWrapped)
          invError = e;
       else
          invError = ( e != 0.0 ) ? 1.0/e : 1.0;
  
       return GetPoint( ipoint, value );
    }

References Error(), fErrorType, GetPoint(), kNoError, and kValueError.

Here is the call graph for this function:

◆ GetPointError() [1/2]

const double* ROOT::Fit::BinData::GetPointError	(	unsigned int	ipoint,
		double &	errlow,
		double &	errhigh
	)		const

inline

Get errors on the point (coordinate errors and asymmetric value errors) for the given fit point. It must be called only when the coordinate errors and asymmetric errors are stored otherwise it will produce an assert.

Definition at line 469 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( fErrorType == kAsymError );
       assert( !fDataErrorPtr && fDataErrorHighPtr && fDataErrorLowPtr );
       assert( fDataError.empty() );
       assert( fDataErrorHigh.empty() || &fDataErrorHigh.front() == fDataErrorHighPtr );
       assert( fDataErrorLow.empty() || &fDataErrorLow.front() == fDataErrorLowPtr );
       assert( fDataErrorLow.empty() == fDataErrorHigh.empty() );
  
       errhigh = fDataErrorHighPtr[ ipoint ];
       errlow = fDataErrorLowPtr[ ipoint ];
  
       return CoordErrors( ipoint );
    }

References CoordErrors(), fDataError, fDataErrorHigh, fDataErrorHighPtr, fDataErrorLow, fDataErrorLowPtr, fDataErrorPtr, fErrorType, and kAsymError.

Here is the call graph for this function:

◆ GetPointError() [2/2]

const double* ROOT::Fit::BinData::GetPointError	(	unsigned int	ipoint,
		double &	errvalue
	)		const

inline

Retrieve the errors on the point (coordinate and value) for the given fit point It must be called only when the coordinate errors are stored otherwise it will produce an assert.

Definition at line 451 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( fErrorType == kCoordError || fErrorType == kAsymError );
  
       errvalue = Error( ipoint );
       return CoordErrors( ipoint );
    }

References CoordErrors(), Error(), fErrorType, kAsymError, and kCoordError.

Here is the call graph for this function:

◆ HasBinEdges()

bool ROOT::Fit::BinData::HasBinEdges ( ) const

inline

query if the data store the bin edges instead of the center

Definition at line 528 of file BinData.h.

                             {
       return fBinEdge.size() == fDim && fBinEdge[0].size() > 0;
    }

References fBinEdge.

◆ HaveAsymErrors()

bool ROOT::Fit::BinData::HaveAsymErrors ( ) const

inline

flag to control if data provides asymmetric errors on the value

Definition at line 143 of file BinData.h.

                                {
       assert (  fErrorType == kNoError ||
                 fErrorType == kValueError ||
                 fErrorType == kCoordError ||
                 fErrorType == kAsymError );
  
       return fErrorType == kAsymError;
    }

References fErrorType, kAsymError, kCoordError, kNoError, and kValueError.

◆ HaveCoordErrors()

bool ROOT::Fit::BinData::HaveCoordErrors ( ) const

inline

flag to control if data provides error on the coordinates

Definition at line 131 of file BinData.h.

                                 {
       assert (  fErrorType == kNoError ||
                 fErrorType == kValueError ||
                 fErrorType == kCoordError ||
                 fErrorType == kAsymError );
  
       return fErrorType == kCoordError;
    }

References fErrorType, kAsymError, kCoordError, kNoError, and kValueError.

◆ InitBinEdge()

void ROOT::Fit::BinData::InitBinEdge ( )

protected

◆ InitDataVector()

void ROOT::Fit::BinData::InitDataVector ( )

protected

◆ Initialize()

void ROOT::Fit::BinData::Initialize	(	unsigned int	newPoints,
		unsigned int	dim = `1`,
		ErrorType	err = `kValueError`
	)

◆ InitializeErrors()

void ROOT::Fit::BinData::InitializeErrors ( )

protected

◆ InvError()

double ROOT::Fit::BinData::InvError ( unsigned int ipoint ) const

inline

Return the inverse of error on the value for the given fit point useful when error in the coordinates are not stored and then this is used directly this as the weight in the least square function

Definition at line 314 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( kValueError == fErrorType || kCoordError == fErrorType ||
               kAsymError == fErrorType || kNoError == fErrorType );
  
       if ( fErrorType == kNoError )
       {
          assert( !fDataErrorPtr && !fDataErrorHighPtr && !fDataErrorLowPtr );
          assert( fDataError.empty() && fDataErrorHigh.empty() && fDataErrorLow.empty() );
          return 1.0;
       }
  
       if ( fErrorType == kValueError ) // need to invert (inverror is stored)
       {
          assert( fDataErrorPtr && !fDataErrorHighPtr && !fDataErrorLowPtr );
          assert( fDataErrorHigh.empty() && fDataErrorLow.empty() );
          assert( fDataError.empty() || &fDataError.front() == fDataErrorPtr );
  
          double eval = fDataErrorPtr[ ipoint ];
  
          // in case of wrapped data the pointer stores the error and
          // not the inverse
          if (fWrapped) 
             return 1.0 / eval;
          else
             return (eval != 0.0) ? eval : 0.0;
       }
  
       if ( fErrorType == kAsymError ) {
          // return inverse of 1/2(el + eh)
          assert( !fDataErrorPtr && fDataErrorHighPtr && fDataErrorLowPtr );
          assert( fDataError.empty() );
          assert( fDataErrorHigh.empty() || &fDataErrorHigh.front() == fDataErrorHighPtr );
          assert( fDataErrorLow.empty() || &fDataErrorLow.front() == fDataErrorLowPtr );
          assert( fDataErrorLow.empty() == fDataErrorHigh.empty() );
  
          double eh = fDataErrorHighPtr[ ipoint ];
          double el = fDataErrorLowPtr[ ipoint ];
  
          return 2.0 / (el+eh);
       }
  
       assert( fErrorType == kCoordError );
       // for coordinate error we store the error and not the inverse
       return 1.0 / fDataErrorPtr[ ipoint ];
    }

References fDataError, fDataErrorHigh, fDataErrorHighPtr, fDataErrorLow, fDataErrorLowPtr, fDataErrorPtr, fErrorType, kAsymError, kCoordError, kNoError, and kValueError.

◆ IsWeighted()

bool ROOT::Fit::BinData::IsWeighted ( ) const

inline

return true if the data set is weighted We cannot compute ourselfs because sometimes errors are filled with 1 instead of zero (as in ROOT::Fit::FillData )

Definition at line 567 of file BinData.h.

                            {
       return fIsWeighted;
    }

References fIsWeighted.

◆ LogTransform()

BinData& ROOT::Fit::BinData::LogTransform ( )

apply a Log transformation of the data values can be used for example when fitting an exponential or gaussian Transform the data in place need to copy if want to preserve original data The data sets must not contain negative values. IN case it does, an empty data set is returned

◆ operator=()

BinData& ROOT::Fit::BinData::operator= ( const BinData & rhs )

◆ RefVolume()

double ROOT::Fit::BinData::RefVolume ( ) const

inline

retrieve the reference volume used to normalize the data when the option bin volume is set

Definition at line 535 of file BinData.h.

535 { return fRefVolume; }

ROOT::Fit::BinData::fRefVolume

double fRefVolume

Definition: BinData.h:587

References fRefVolume.

◆ SetRefVolume()

void ROOT::Fit::BinData::SetRefVolume ( double value )

inline

set the reference volume used to normalize the data when the option bin volume is set

Definition at line 540 of file BinData.h.

540 { fRefVolume = value; }

References fRefVolume.

◆ SumOfContent()

double ROOT::Fit::BinData::SumOfContent ( ) const

inline

compute the total sum of the data content (sum of weights in case of weighted data set)

Definition at line 554 of file BinData.h.

554 { return fSumContent; }

ROOT::Fit::BinData::fSumContent

double fSumContent

Definition: BinData.h:588

References fSumContent.

◆ SumOfError2()

double ROOT::Fit::BinData::SumOfError2 ( ) const

inline

compute the total sum of the error square (sum of weight square in case of a weighted data set)

Definition at line 560 of file BinData.h.

560 { return fSumError2;}

ROOT::Fit::BinData::fSumError2

double fSumError2

Definition: BinData.h:589

References fSumError2.

◆ UnWrap()

void ROOT::Fit::BinData::UnWrap ( )

protected

◆ Value()

double ROOT::Fit::BinData::Value ( unsigned int ipoint ) const

inline

return the value for the given fit point

Definition at line 217 of file BinData.h.

    {
       assert( ipoint < fMaxPoints );
       assert( fDataPtr );
       assert( fData.empty() || &fData.front() == fDataPtr );
  
       return fDataPtr[ipoint];
    }

References fData, and fDataPtr.

Referenced by GetPoint().

◆ ValuePtr()

const double* ROOT::Fit::BinData::ValuePtr ( unsigned int ipoint ) const

inline

return a pointer to the value for the given fit point

Definition at line 229 of file BinData.h.

    {
       return &fDataPtr[ipoint];
    }

References fDataPtr.

Member Data Documentation

◆ fBinEdge

std::vector< std::vector< double > > ROOT::Fit::BinData::fBinEdge

private

Definition at line 614 of file BinData.h.

Referenced by BinUpEdge(), GetBinUpEdgeComponent(), and HasBinEdges().

◆ fCoordErrors

std::vector< std::vector< double > > ROOT::Fit::BinData::fCoordErrors

private

Definition at line 598 of file BinData.h.

Referenced by CoordErrors(), and GetCoordErrorComponent().

◆ fCoordErrorsPtr

std::vector< const double* > ROOT::Fit::BinData::fCoordErrorsPtr

private

Definition at line 599 of file BinData.h.

Referenced by CoordErrors(), and GetCoordErrorComponent().

◆ fData

std::vector< double > ROOT::Fit::BinData::fData

private

Stores the data values the same way as the coordinates.

Definition at line 595 of file BinData.h.

Referenced by Value().

◆ fDataError

std::vector< double > ROOT::Fit::BinData::fDataError

private

Definition at line 603 of file BinData.h.

Referenced by Error(), GetAsymError(), GetPointError(), and InvError().

◆ fDataErrorHigh

std::vector< double > ROOT::Fit::BinData::fDataErrorHigh

private

Definition at line 604 of file BinData.h.

Referenced by Error(), GetAsymError(), GetPointError(), and InvError().

◆ fDataErrorHighPtr

const double* ROOT::Fit::BinData::fDataErrorHighPtr

private

Definition at line 607 of file BinData.h.

Referenced by Error(), GetAsymError(), GetPointError(), and InvError().

◆ fDataErrorLow

std::vector< double > ROOT::Fit::BinData::fDataErrorLow

private

Definition at line 605 of file BinData.h.

Referenced by Error(), GetAsymError(), GetPointError(), and InvError().

◆ fDataErrorLowPtr

const double* ROOT::Fit::BinData::fDataErrorLowPtr

private

Definition at line 608 of file BinData.h.

Referenced by Error(), GetAsymError(), GetPointError(), and InvError().

◆ fDataErrorPtr

const double* ROOT::Fit::BinData::fDataErrorPtr

private

Definition at line 606 of file BinData.h.

Referenced by Error(), ErrorPtr(), GetAsymError(), GetPointError(), and InvError().

◆ fDataPtr

const double* ROOT::Fit::BinData::fDataPtr

private

Definition at line 596 of file BinData.h.

Referenced by Value(), and ValuePtr().

◆ fErrorType

ErrorType ROOT::Fit::BinData::fErrorType

private

Definition at line 585 of file BinData.h.

Referenced by CoordErrors(), Error(), ErrorPtr(), GetAsymError(), GetErrorType(), GetPoint(), GetPointError(), HaveAsymErrors(), HaveCoordErrors(), and InvError().

◆ fIsWeighted

bool ROOT::Fit::BinData::fIsWeighted = false

private

Definition at line 586 of file BinData.h.

Referenced by IsWeighted().

◆ fpTmpBinEdgeVector

double* ROOT::Fit::BinData::fpTmpBinEdgeVector

private

Definition at line 617 of file BinData.h.

Referenced by BinUpEdge().

◆ fpTmpCoordErrorVector

double* ROOT::Fit::BinData::fpTmpCoordErrorVector

private

Definition at line 612 of file BinData.h.

Referenced by CoordErrors().

◆ fRefVolume

double ROOT::Fit::BinData::fRefVolume

private

Definition at line 587 of file BinData.h.

Referenced by RefVolume(), and SetRefVolume().

◆ fSumContent

double ROOT::Fit::BinData::fSumContent = 0

private

Definition at line 588 of file BinData.h.

Referenced by SumOfContent().

◆ fSumError2

double ROOT::Fit::BinData::fSumError2 = 0

private

Definition at line 589 of file BinData.h.

Referenced by SumOfError2().

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

/home/build/builds/o5h8MZZm/0/mlz/bornagain/Fit/3rdparty/RootMinimizers/Fit/BinData.h

Description

Public Types

Public Member Functions

Protected Member Functions

Private Attributes

Member Enumeration Documentation

◆ ErrorType

Constructor & Destructor Documentation

◆ BinData() [1/7]

◆ BinData() [2/7]

◆ BinData() [3/7]

◆ BinData() [4/7]

◆ BinData() [5/7]

◆ BinData() [6/7]

◆ ~BinData()

◆ BinData() [7/7]

Member Function Documentation

◆ Add() [1/8]

◆ Add() [2/8]

◆ Add() [3/8]

◆ Add() [4/8]

◆ Add() [5/8]

◆ Add() [6/8]

◆ Add() [7/8]

◆ Add() [8/8]

◆ AddBinUpEdge()

◆ Append()

◆ BinUpEdge()

◆ ComputeSums()

◆ CoordErrors()

◆ Error()

◆ ErrorPtr()

◆ GetAsymError()

◆ GetBinUpEdgeComponent()

◆ GetCoordErrorComponent()

◆ GetErrorType()

◆ GetPoint() [1/2]

◆ GetPoint() [2/2]

◆ GetPointError() [1/2]

◆ GetPointError() [2/2]

◆ HasBinEdges()

◆ HaveAsymErrors()

◆ HaveCoordErrors()

◆ InitBinEdge()

◆ InitDataVector()

◆ Initialize()

◆ InitializeErrors()

◆ InvError()

◆ IsWeighted()

◆ LogTransform()

◆ operator=()

◆ RefVolume()

◆ SetRefVolume()

◆ SumOfContent()

◆ SumOfError2()

◆ UnWrap()

◆ Value()

◆ ValuePtr()

Member Data Documentation

◆ fBinEdge

◆ fCoordErrors

◆ fCoordErrorsPtr

◆ fData

◆ fDataError

◆ fDataErrorHigh

◆ fDataErrorHighPtr

◆ fDataErrorLow

◆ fDataErrorLowPtr

◆ fDataErrorPtr

◆ fDataPtr

◆ fErrorType

◆ fIsWeighted

◆ fpTmpBinEdgeVector

◆ fpTmpCoordErrorVector

◆ fRefVolume

◆ fSumContent

◆ fSumError2