Alignment constants for all 16 modules. More...

#include <TOPCalModuleAlignment.h>

Inheritance diagram for TOPCalModuleAlignment:

Collaboration diagram for TOPCalModuleAlignment:

[legend]

Public Types
enum	EStatus { c_Default = 0 , c_Calibrated = 1 , c_Unusable = 2 }
	Calibration status of a constant. More...

Public Member Functions
	TOPCalModuleAlignment ()
	Default constructor All the calibrations constants and the related errors are set to zero.

void	setAlpha (int moduleID, double alpha, double errAlpha)
	Sets the angle alpha on a single module. More...

void	setBeta (int moduleID, double beta, double errBeta)
	Sets the angle beta on a single module. More...

void	setGamma (int moduleID, double gamma, double errGamma)
	Sets the angle gamma on a single module. More...

void	setX (int moduleID, double x, double errX)
	Sets the displacement x on a single module. More...

void	setY (int moduleID, double y, double errY)
	Sets the displacement y on a single module. More...

void	setZ (int moduleID, double z, double errZ)
	Sets the displacement z on a single module. More...

void	setCalibrated (int moduleID)
	Switches calibration status to calibrated. More...

void	setUnusable (int moduleID)
	Switches calibration status to unusable to flag badly calibrated constant. More...

double	getAlpha (int moduleID) const
	Gets the angle alpha on a single module. More...

double	getBeta (int moduleID) const
	Gets the angle beta on a single module. More...

double	getGamma (int moduleID) const
	Gets the angle gamma on a single module. More...

double	getX (int moduleID) const
	Returns the shift x on a single module. More...

double	getY (int moduleID) const
	Returns the shift y on a single module. More...

double	getZ (int moduleID) const
	Returns the shift z on a single module. More...

double	getAlphaErr (int moduleID) const
	Returns the error on alpha on a single module. More...

double	getBetaErr (int moduleID) const
	Returns the error on beta on a single module. More...

double	getGammaErr (int moduleID) const
	Returns the error on gamma on a single module. More...

double	getXErr (int moduleID) const
	Returns the error on x on a single module. More...

double	getYErr (int moduleID) const
	Returns the error on y on a single module. More...

double	getZErr (int moduleID) const
	Returns the error on z on a single module. More...

bool	isCalibrated (int moduleID) const
	Returns calibration status. More...

bool	isDefault (int moduleID) const
	Returns calibration status. More...

bool	isUnusable (int moduleID) const
	Returns calibration status. More...

const TRotation &	getRotation (int moduleID) const
	Returns the rotation from local to nominal frame Transformation is: rotation first then translation. More...

const TVector3 &	getTranslation (int moduleID) const
	Returns the translation from local to nominal frame Transformation is: rotation first then translation. More...

bool	areAllCalibrated () const
	Returns true if all modules are calibrated.

bool	areAllPrecise (double spatialPrecision, double angularPrecision) const
	Returns true if calibration precision for all modules is within specified values. More...

Private Types
enum	{ c_numModules = 16 }
	Sizes. More...

Private Member Functions
void	setTransformations () const
	Sets the transformation cache.

	ClassDef (TOPCalModuleAlignment, 3)
	do not write out More...

Private Attributes
float	m_alpha [c_numModules] = {0}
	rotation angle around the x axis

float	m_beta [c_numModules] = {0}
	rotation angle around the y axis

float	m_gamma [c_numModules] = {0}
	rotation angle around the z axis

float	m_x [c_numModules] = {0}
	displacement along the x axis

float	m_y [c_numModules] = {0}
	displacement along the y axis

float	m_z [c_numModules] = {0}
	displacement along the z axis

float	m_errAlpha [c_numModules] = {0}
	error on alpha

float	m_errBeta [c_numModules] = {0}
	error on beta

float	m_errGamma [c_numModules] = {0}
	error on gamma

float	m_errX [c_numModules] = {0}
	error on the x displacement

float	m_errY [c_numModules] = {0}
	error on the y displacement

float	m_errZ [c_numModules] = {0}
	error on the z displacement

EStatus	m_status [c_numModules] = {c_Default}
	calibration status

std::vector< TRotation >	m_rotations
	cache for rotations (from local to nominal)

std::vector< TVector3 >	m_translations
	do not write out More...

Detailed Description

Alignment constants for all 16 modules.

The constants are three rotation angles around the x, y and z axes (alpha, beta, gamma), and three shifts along the same axes (x, y, z). The meaning of constants is the same as in TOPGeoModuleDisplacement. From muon events.

Definition at line 28 of file TOPCalModuleAlignment.h.

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

private

Sizes.

Enumerator
c_numModules	number of modules

Definition at line 247 of file TOPCalModuleAlignment.h.

247 {c_numModules = 16,

248 };

Belle2::TOPCalModuleAlignment::c_numModules

@ c_numModules

number of modules

Definition: TOPCalModuleAlignment.h:247

◆ EStatus

enum EStatus

Calibration status of a constant.

Enumerator
c_Default	uncalibrated default value
c_Calibrated	good calibrated value
c_Unusable	bad calibrated value

Definition at line 34 of file TOPCalModuleAlignment.h.

Member Function Documentation

◆ ClassDef()

ClassDef	(	TOPCalModuleAlignment	,
		3
	)

private

do not write out

ClassDef

Member Data Documentation

◆ m_translations

std::vector<TVector3> m_translations

mutableprivate

do not write out

cache for translations (from local to nominal)

Definition at line 269 of file TOPCalModuleAlignment.h.

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

top/dbobjects/include/TOPCalModuleAlignment.h
top/dbobjects/src/TOPCalModuleAlignment.cc

Public Types

Public Member Functions

Private Types

Private Member Functions

Private Attributes