Represent a resolution and an $\eta$ range in which the resolution is valid. More...

#include <EtaDepResElement.h>

Public Member Functions
	EtaDepResElement (double eta1, double eta2, const Vector_Resolution &res)
	Construct an instance of EtaDepResElement from the lower limit, upper limit, and the resolution. The constructor will determine automatically which one among the two input $\eta$ s is the lower (upper) limit. More...

	EtaDepResElement (double eta1, double eta2, std::string res)
	Construct an instance of EtaDepResElement from the lower limit, upper limit, and a string which encoded the resolution. The constructor will determine automatically which one among the two input $\eta$ s is the lower (upper) limit. More...

	EtaDepResElement (double eta1, double eta2, const Resolution &p_res, const Resolution &eta_res, const Resolution &phi_res, bool use_et)
	Construct an instance of EtaDepResElement from the lower limit, upper limit, and the resolution. The constructor will determine automatically which one among the two input $\eta$ s is the lower (upper) limit. More...

const double	EtaMax () const
	Return the lower limit of valid $\eta$ range. More...

const double	EtaMin () const
	Return the lower limit of valid $\eta$ range. More...

const Vector_Resolution	GetResolution () const
	Access the resolution. More...

bool	IsInInterval (const double &eta) const
	Check if an $\eta$ value is within this instance's $\eta$ range. More...

bool	IsNotOverlap (const EtaDepResElement &e) const
	Check if this instance does not have overlapping $\eta$ range with another instance. More...

bool	IsOnEdge (const double &eta) const
	Check if an $\eta$ value is at the edge/boundary of this instance's valid $\eta$ range. More...

bool	IsOnEdge (const EtaDepResElement &e) const
	Check if another instance of EtaDepResElement lies at the edge/boundary of this instance's $\eta$ range. this instance's valid $\eta$ range. A tolerance factor of 1/1000000 is used. More...

bool	IsOverlap (const EtaDepResElement &e) const
	Check if this instance has overlapping $\eta$ range with another instance of EtaDepResElement. More...

	~EtaDepResElement ()

Static Public Attributes
static const int	InverseEtaPrecision = 1000000
	Constant, the inverse of precision expected. More...

Private Member Functions
void	SetEta (double eta1, double eta2)

Private Attributes
double	_EtaMax

double	_EtaMin

Vector_Resolution	_Vector_Resolution

Friends
bool	operator< (const EtaDepResElement &a, const EtaDepResElement &b)
	Comparison operator, compare two EtaDepResElement instances based on their respective valid $\eta$ ranges. More...

std::ostream &	operator<< (std::ostream &s, const EtaDepResElement &e)
	Output stream operator. More...

Detailed Description

Represent a resolution and an $\eta$ range in which the resolution is valid.

Usage:: Users instantiate multiple instances of this class. For each instance users provide:

The lower limit of the valid $\eta$ range.
The upper limit of the valid $\eta$ range.
The resolution, in one of the three recognized forms:
- string encoded Vector_Resolution.
- an instance of Vector_Resolution.
- three instances of Resolution which forms a proper Vector_Resolution,

See the documentation for Vector_Resolution and Resolution classes for more details.

Author: Haryo Sumowidagdo Suhar.nosp@m.yo.S.nosp@m.umowi.nosp@m.dagd.nosp@m.o@cer.nosp@m.n.ch

Creation date:: June 2009

Definition at line 61 of file EtaDepResElement.h.

Constructor & Destructor Documentation

hitfit::EtaDepResElement::EtaDepResElement	(	double	eta1,
		double	eta2,
		const Vector_Resolution &	res
	)

Construct an instance of EtaDepResElement from the lower limit, upper limit, and the resolution. The constructor will determine automatically which one among the two input $\eta$ s is the lower (upper) limit.

Parameters

eta1	Value of $\eta$ in one end/edge/boundary of the valid $\eta$ range.
eta2	Value of $\eta$ in the other end/edge/boundary of the valid $\eta$ range.
res	The resolution.

Definition at line 32 of file EtaDepResElement.cc.

References SetEta().

                                                                                            : _Vector_Resolution(res) {
     SetEta(eta1, eta2);
   }

hitfit::EtaDepResElement::EtaDepResElement	(	double	eta1,
		double	eta2,
		std::string	res
	)

Construct an instance of EtaDepResElement from the lower limit, upper limit, and a string which encoded the resolution. The constructor will determine automatically which one among the two input $\eta$ s is the lower (upper) limit.

Parameters

eta1	Value of $\eta$ in one end/edge/boundary of the valid $\eta$ range.
eta2	Value of $\eta$ in the other end/edge/boundary of the valid $\eta$ range.
res	The resolution encoded in string.

Definition at line 36 of file EtaDepResElement.cc.

References SetEta().

                                                                             : _Vector_Resolution(res) {
     SetEta(eta1, eta2);
   }

hitfit::EtaDepResElement::EtaDepResElement	(	double	eta1,
		double	eta2,
		const Resolution &	p_res,
		const Resolution &	eta_res,
		const Resolution &	phi_res,
		bool	use_et
	)

Construct an instance of EtaDepResElement from the lower limit, upper limit, and the resolution. The constructor will determine automatically which one among the two input $\eta$ s is the lower (upper) limit.

Parameters

eta1	Value of $\eta$ in one end of the valid $\eta$ range.
eta2	Walue of $\eta$ in the other end of the valid $\eta$ range.
p_res	The energy/momentum resolution.
eta_res	The $\eta$ resolution.
phi_res	The $\phi$ resolution.
use_et	If true, then the energy/momentum resolution is for transverse component $(p_{T}/E_{T})$ instead for radial component.

Definition at line 40 of file EtaDepResElement.cc.

References SetEta().

       : _Vector_Resolution(p_res, eta_res, phi_res, use_et) {
     SetEta(eta1, eta2);
   }

hitfit::EtaDepResElement::~EtaDepResElement ( )

Destructor.

Definition at line 50 of file EtaDepResElement.cc.

50 {}

Member Function Documentation

const double hitfit::EtaDepResElement::EtaMax ( ) const

Return the lower limit of valid $\eta$ range.

Definition at line 88 of file EtaDepResElement.cc.

References _EtaMax.

88 { return _EtaMax; }

hitfit::EtaDepResElement::_EtaMax

double _EtaMax

Definition: EtaDepResElement.h:71

const double hitfit::EtaDepResElement::EtaMin ( ) const

Return the lower limit of valid $\eta$ range.

Definition at line 86 of file EtaDepResElement.cc.

References _EtaMin.

86 { return _EtaMin; }

hitfit::EtaDepResElement::_EtaMin

double _EtaMin

Definition: EtaDepResElement.h:66

const Vector_Resolution hitfit::EtaDepResElement::GetResolution ( ) const

Access the resolution.

Return:: The resolution.

Definition at line 108 of file EtaDepResElement.cc.

References _Vector_Resolution.

Referenced by hitfit::operator<<().

108 { return _Vector_Resolution; }

hitfit::EtaDepResElement::_Vector_Resolution

Vector_Resolution _Vector_Resolution

Definition: EtaDepResElement.h:85

bool hitfit::EtaDepResElement::IsInInterval ( const double & eta ) const

Check if an $\eta$ value is within this instance's $\eta$ range.

Parameters

eta	The $\eta$ value to be checked.

Return:: true if $\eta$ is within the instance's $\eta$ range. false if $\eta$ is not within the instnace's $\eta$ range.

Definition at line 96 of file EtaDepResElement.cc.

References _EtaMax, and _EtaMin.

Referenced by IsOverlap().

96 { return ((_EtaMin < eta) && (eta < _EtaMax)); }

PVValHelper::eta

Definition: PVValidationHelpers.h:70

hitfit::EtaDepResElement::_EtaMax

double _EtaMax

Definition: EtaDepResElement.h:71

hitfit::EtaDepResElement::_EtaMin

double _EtaMin

Definition: EtaDepResElement.h:66

bool hitfit::EtaDepResElement::IsNotOverlap ( const EtaDepResElement & e ) const

Check if this instance does not have overlapping $\eta$ range with another instance.

Parameters

e	The other instance of EtaDepResElement to be checked.

Return:: true if this instance does not have overlapping $\eta$ range with another instance's $\eta$ range. false if this instance has overlapping $\eta$ range with another instance's $\eta$ range.

Definition at line 94 of file EtaDepResElement.cc.

References IsOverlap().

94 { return !(IsOverlap(e)); }

hitfit::EtaDepResElement::IsOverlap

bool IsOverlap(const EtaDepResElement &e) const

Check if this instance has overlapping range with another instance of EtaDepResElement.

Definition: EtaDepResElement.cc:90

alignCSCRings.e

list e

Definition: alignCSCRings.py:91

bool hitfit::EtaDepResElement::IsOnEdge ( const double & eta ) const

Check if an $\eta$ value is at the edge/boundary of this instance's valid $\eta$ range.

Parameters

eta	The $\eta$ value to be checked.

Definition at line 98 of file EtaDepResElement.cc.

References _EtaMax, _EtaMin, and InverseEtaPrecision.

Referenced by IsOnEdge().

                                                          {
     bool nearEtaMin = fabs(eta - _EtaMin) < (1.0 / double(InverseEtaPrecision));
     bool nearEtaMax = fabs(eta - _EtaMax) < (1.0 / double(InverseEtaPrecision));
     return nearEtaMin || nearEtaMax;
   }

bool hitfit::EtaDepResElement::IsOnEdge ( const EtaDepResElement & e ) const

Check if another instance of EtaDepResElement lies at the edge/boundary of this instance's $\eta$ range. this instance's valid $\eta$ range. A tolerance factor of 1/1000000 is used.

Parameters

e	The $\eta$ value to be checked.

Return:: true if $\eta$ is at the edge/boundary the instance's $\eta$ range. false if $\eta$ is not at the edge/boundary within the instnace's $\eta$ range.

Definition at line 104 of file EtaDepResElement.cc.

References _EtaMax, _EtaMin, and IsOnEdge().

                                                                  {
     return (e.IsOnEdge(_EtaMin) || e.IsOnEdge(_EtaMax));
   }

bool hitfit::EtaDepResElement::IsOverlap ( const EtaDepResElement & e ) const

Check if this instance has overlapping $\eta$ range with another instance of EtaDepResElement.

Parameters

e	The other instance of EtaDepResElement to be checked.

Return:: true if this instance has overlapping $\eta$ range with another instance's $\eta$ range.
false if this instance doesn't have overlapping $\eta$ range with another instance's $\eta$ range.

Definition at line 90 of file EtaDepResElement.cc.

References _EtaMax, _EtaMin, and IsInInterval().

Referenced by IsNotOverlap(), and hitfit::operator<().

                                                                   {
     return (IsInInterval(e._EtaMin) || IsInInterval(e._EtaMax));
   }

void hitfit::EtaDepResElement::SetEta	(	double	eta1,
		double	eta2
	)

private

Set the lower and upper limit of the valid eta range.

Parameters

eta1	Value of $\eta$ in one end of the valid $\eta$ range.
eta2	Value of $\eta$ in the other end of the valid $\eta$ range.

Definition at line 52 of file EtaDepResElement.cc.

References _EtaMax, _EtaMin, HLT_FULL_cff::eta1, HLT_FULL_cff::eta2, and InverseEtaPrecision.

Referenced by EtaDepResElement().

                                                         {
     if (fabs(eta1 - eta2) < (1.0 / double(InverseEtaPrecision))) {
       throw std::runtime_error("EtaDepResElement::equal EtaMin and EtaMax");
     }
 
     if (eta1 < eta2) {
       _EtaMin = eta1;
       _EtaMax = eta2;
     } else {
       _EtaMin = eta2;
       _EtaMax = eta1;
     }
   }

Friends And Related Function Documentation

bool operator<	(	const EtaDepResElement &	a,
		const EtaDepResElement &	b
	)

friend

Comparison operator, compare two EtaDepResElement instances based on their respective valid $\eta$ ranges.

Parameters

a	The first instance of EtaDepResElement to be compared.
b	The second instance of EtaDepResElement to be compared.

Return:: TRUE if a's upper limit is less than b's lower limit.
FALSE all other cases.

Definition at line 79 of file EtaDepResElement.cc.

                                                                        {
     if (a.IsOverlap(b)) {
       return false;
     }
     return !(a._EtaMax > b._EtaMin);
   }

std::ostream& operator<<	(	std::ostream &	s,
		const EtaDepResElement &	e
	)

friend

Output stream operator.

Parameters

s	The output stream to write to.
e	The instance of EtaDepResElement to be printed.

Return:: The output stream s

Definition at line 110 of file EtaDepResElement.cc.

                                                                    {
     s << "(" << e._EtaMin << " to " << e._EtaMax << ")"
       << " / " << e.GetResolution();
     return s;
   }

Member Data Documentation

double hitfit::EtaDepResElement::_EtaMax

private

Upper limit of the valid $\eta$ range.

Definition at line 71 of file EtaDepResElement.h.

Referenced by EtaMax(), IsInInterval(), IsOnEdge(), IsOverlap(), hitfit::operator<(), hitfit::operator<<(), and SetEta().

double hitfit::EtaDepResElement::_EtaMin

private

Lower limit of the valid $\eta$ range.

Definition at line 66 of file EtaDepResElement.h.

Referenced by EtaMin(), IsInInterval(), IsOnEdge(), IsOverlap(), hitfit::operator<(), hitfit::operator<<(), and SetEta().

Vector_Resolution hitfit::EtaDepResElement::_Vector_Resolution

private

The resolution.

Definition at line 85 of file EtaDepResElement.h.

Referenced by GetResolution().

const int hitfit::EtaDepResElement::InverseEtaPrecision = 1000000

static

Constant, the inverse of precision expected.

Definition at line 234 of file EtaDepResElement.h.

Referenced by IsOnEdge(), and SetEta().

Public Member Functions

Static Public Attributes

Private Member Functions

Private Attributes

Friends

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Friends And Related Function Documentation

Member Data Documentation