SVDCalibrationsBase< T > Class Template Reference

base class for calibrations classes More...

#include <SVDCalibrationsBase.h>

Inheritance diagram for SVDCalibrationsBase< T >:

Collaboration diagram for SVDCalibrationsBase< T >:

Public Types
enum	E_side {   Vindex = 0 ,   Uindex = 1 }
	This enumeration assure the same semantic of the isU methods defined by Peter Kv.
typedef T	t_perSideContainer
	typedef of the container of each side

Public Member Functions
	SVDCalibrationsBase (typename T::calibrationType defaultT=typename T::calibrationType(), const TString &uniqueID="")
	The default constructor initialize all the vectors.
	~SVDCalibrationsBase ()
	Simple destructor.
T::calibrationType	get (unsigned int layer, unsigned int ladder, unsigned int sensor, unsigned int side, unsigned int strip) const
	Return the calibration associated to a given strip. More...
const T::calibrationType &	getReference (unsigned int layer, unsigned int ladder, unsigned int sensor, unsigned int side, unsigned int strip) const
	Return a reference to the calibration associated to a given strip. More...
TString	get_uniqueID () const
	Get the unique ID of the calibration.
void	set (unsigned int layer, unsigned int ladder, unsigned int sensor, unsigned int side, unsigned int strip, typename T::calibrationType value)
	Set the calibration associated to a given strip. More...
E_side	sideIndex (bool isU) const
	Return the array index of the side. More...

Private Types
typedef std::vector< typename T::payloadContainerType >	SVDSensor
	T::payloadContainerType can be a vector whose length is the number of strips per side or a list of defect on a given side This vector will have length 2. More...
typedef std::vector< SVDSensor >	SVDLadder
	An SVDLadder is a vector of SVDSensors.
typedef std::vector< SVDLadder >	SVDLayer
	An SVDLayer is a vector of SVDLadders.
typedef std::vector< SVDLayer >	SVD
	The SVD is a vector of SVDLayers.

Private Attributes
SVD	calibrations
	an SVD calibration
TString	m_uniqueID
	The unique identifier is a private member of SVDCalibrationsBase, whose value is assigned in the constructor.

Detailed Description

template<class T>
class Belle2::SVDCalibrationsBase< T >

base class for calibrations classes

Definition at line 24 of file SVDCalibrationsBase.h.

Member Typedef Documentation

SVDSensor

typedef std::vector< typename T::payloadContainerType > SVDSensor

private

T::payloadContainerType can be a vector whose length is the number of strips per side or a list of defect on a given side This vector will have length 2.

Index 0 for the V side, index 1 for the U side Please, please, pleaseeeee use SVDCalibrationBase<...>::UIndex and SVDCalibrationBase<...>::VIndex instead of 1 and 0 for better code readibility

Definition at line 34 of file SVDCalibrationsBase.h.

Member Function Documentation

get()

T::calibrationType get ( unsigned int  layer, unsigned int  ladder, unsigned int  sensor, unsigned int  side, unsigned int  strip  ) const

inline

Return the calibration associated to a given strip.

Return the calibration associated to a given strip identified by:

Parameters

layer	is the layer number (2 to 6 in the present geometry)
ladder	is the ladder number ( 1 to 7 for layer 3, 1 to 10 for layer 4 etc...)
sensor	is the sensor number ( 1 to 2 for layer 3, 1 to 3 for layer 4 etc...)
side	is the sensor view: 1 for Side U ( Side P ), 0 for side V (Side N)
strip	is the strip number: from 1 to 512 or 768 depending on the sensor it throws std::out_of_range if the strip is unknown

Definition at line 94 of file SVDCalibrationsBase.h.

    {
      if (calibrations.size() <= layer) {
        B2FATAL("Layers vector is smaller than " << layer);
      }
      const auto& ladders = calibrations[layer];
      if (ladders.size() <= ladder) {
        B2FATAL("Ladders vector is smaller than " << ladder);
      }
      const auto& sensors = ladders[ladder];
      if (sensors.size() <= sensor) {
        B2FATAL("Sensors vector is smaller than " << sensor);
      }
      const auto& sides = sensors[sensor];
      if (sides.size() <= side) {
        B2FATAL("Sides vector is smaller than " << side);
      }
 
      return T::get(sides[side], strip);
    }

getReference()

const T::calibrationType& getReference ( unsigned int  layer, unsigned int  ladder, unsigned int  sensor, unsigned int  side, unsigned int  strip  ) const

inline

Return a reference to the calibration associated to a given strip.

Return a reference to the calibration associated to a given strip identified by:

Parameters

layer	is the layer number (2 to 6 in the present geometry)
ladder	is the ladder number ( 1 to 7 for layer 3, 1 to 10 for layer 4 etc...)
sensor	is the sensor number ( 1 to 2 for layer 3, 1 to 3 for layer 4 etc...)
side	is the sensor view: 1 for Side U ( Side P ), 0 for side V (Side N)
strip	is the strip number: from 1 to 512 or 768 depending on the sensor it throws std::out_of_range if the strip is unknown

Definition at line 129 of file SVDCalibrationsBase.h.

set()

void set ( unsigned int  layer, unsigned int  ladder, unsigned int  sensor, unsigned int  side, unsigned int  strip, typename T::calibrationType  value  )

inline

Set the calibration associated to a given strip.

Return the calibration associated to a given strip identified by:

Parameters

layer	is the layer number (2 to 6 in the present geometry)
ladder	is the ladder number ( 1 to 7 for layer 3, 1 to 10 for layer 4 etc...)
sensor	is the sensor number ( 1 to 2 for layer 3, 1 to 3 for layer 4 etc...)
side	is the sensor view: 1 for Side U ( Side P ), 0 for side V (Side N)
strip	is the strip number: from 1 to 512 or 768 depending on the sensor
value	it throws std::out_of_range if the strip is unknown

Definition at line 170 of file SVDCalibrationsBase.h.

sideIndex()

E_side sideIndex ( bool  isU ) const

inline

Return the array index of the side.

Parameters

isU

Definition at line 201 of file SVDCalibrationsBase.h.

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

• svd/dbobjects/include/SVDCalibrationsBase.h