This class defines the dbobject and the methods to access the parameters to configure SVD for data taking with: More...

#include <SVDDetectorConfiguration.h>

Collaboration diagram for SVDDetectorConfiguration:

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Public Types
typedef SVDLocalConfigParameters	t_svdLocalConfig_payload
	typedef of the SVDLocalConfigParameters payload

typedef SVDGlobalConfigParameters	t_svdGlobalConfig_payload
	typedef of the SVDGlobalConfigParameters payload

Public Member Functions
	SVDDetectorConfiguration ()
	Constructor, no input argument is required.

float	getInjectedCharged ()
	LOCAL CONFIGURATION PARAMETERS: Return the charge injected on each strip for the pulse shape calibration during the calibration local runs. More...

float	getCalibrationTimeInRFCUnits ()
	LOCAL CONFIGURATION PARAMETERS: Return the time units of the measured peak time of the pulse shape given in term of accelerator RFC. More...

std::string	getCalibDate ()
	LOCAL CONFIGURATION PARAMETERS: Return the time stamp (date, hour) of the calibration. More...

float	getZeroSuppression ()
	GLOBAL CONFIGURATION PARAMETERS: Return the zero suppression cut applied during data taking. More...

int	getLatency ()
	GLOBAL CONFIGURATION PARAMETERS: Return the latency during applied during data taking. More...

float	getMaskFilter ()
	GLOBAL CONFIGURATION PARAMETERS: Return the masking bitmap applied to mask strips at FADC level (only taken into account for cm-section) More...

float	getAPVClockInRFCUnits ()
	GLOBAL CONFIGURATION PARAMETERS: Return the APV clock units [ns] in term of accelerator RFC converted to ns. More...

float	getHV ()
	GLOBAL CONFIGURATION PARAMETERS: Return the HV applied during data taking. More...

float	getRelativeTimeShift ()
	GLOBAL CONFIGURATION PARAMETERS: Return the relative time shift in units of APV clock /4 between the 3- and 6- sample acquired events. More...

int	getNrFrames ()
	GLOBAL CONFIGURATION PARAMETER: Return the int corresponding to the sumber of samples (3 -> 3-sample DAQ, 6-> 6-sample DAQ, 9 ->3-mixed-6 DAQ)

bool	isValid ()
	returns the unique ID of the payload More...

Static Public Attributes
static std::string	svdLocalConfig_name = std::string("SVDLocalConfigParameters")
	name of the SVDLocalConfigParameters payload

static std::string	svdGlobalConfig_name = std::string("SVDGlobalConfigParameters")
	name of the SVDGlobalConfigParameters payload

Private Attributes
DBObjPtr< t_svdLocalConfig_payload >	m_svdLocalConfig_aDBObjPtr
	SVDLocalConfigParameters payload.

DBObjPtr< t_svdGlobalConfig_payload >	m_svdGlobalConfig_aDBObjPtr
	SVDGlobalConfigParameters payload.

Detailed Description

This class defines the dbobject and the methods to access the parameters to configure SVD for data taking with:

float zero suppression value (global run)
int latency (global run)
string: date and time time of the calibration run
float injected charge (local cal run)
time units (local cal run)
masking bitmap (local cal run)

Definition at line 45 of file SVDDetectorConfiguration.h.

Member Function Documentation

◆ getAPVClockInRFCUnits()

float getAPVClockInRFCUnits ( )

inline

GLOBAL CONFIGURATION PARAMETERS: Return the APV clock units [ns] in term of accelerator RFC converted to ns.

Input:none

Output: float corresponding to the APV Clock units [ns]

Definition at line 161 of file SVDDetectorConfiguration.h.

163 : float corresponding to the HV = Vbias/2 applied during data taking

164 */

◆ getCalibDate()

std::string getCalibDate ( )

inline

LOCAL CONFIGURATION PARAMETERS: Return the time stamp (date, hour) of the calibration.

Input: no input parameters are required since it is a detector based payload

Output: string corresponding to the date_hour (yyyymmdd_hhmm) of when the calibration has been taken

Definition at line 108 of file SVDDetectorConfiguration.h.

◆ getCalibrationTimeInRFCUnits()

float getCalibrationTimeInRFCUnits ( )

inline

LOCAL CONFIGURATION PARAMETERS: Return the time units of the measured peak time of the pulse shape given in term of accelerator RFC.

Input: no input parameters are required since it is a detector based payload

Output: float corresponding to the time units [RFC]

Definition at line 94 of file SVDDetectorConfiguration.h.

◆ getHV()

float getHV ( )

inline

GLOBAL CONFIGURATION PARAMETERS: Return the HV applied during data taking.

Input: no input parameters are required since it is a detector based payload

Output: float corresponding to the HV = Vbias/2 applied during data taking

Definition at line 174 of file SVDDetectorConfiguration.h.

◆ getInjectedCharged()

float getInjectedCharged ( )

inline

LOCAL CONFIGURATION PARAMETERS: Return the charge injected on each strip for the pulse shape calibration during the calibration local runs.

Input: no input parameters are required since it is a detector based payload

Output: float corresponding to the injected charge [e]

Definition at line 80 of file SVDDetectorConfiguration.h.

◆ getLatency()

int getLatency ( )

inline

GLOBAL CONFIGURATION PARAMETERS: Return the latency during applied during data taking.

Input: no input parameters are required since it is a detector based payload

Output: int corresponding to the latency cut applied during data taking

Definition at line 134 of file SVDDetectorConfiguration.h.

◆ getMaskFilter()

float getMaskFilter ( )

inline

GLOBAL CONFIGURATION PARAMETERS: Return the masking bitmap applied to mask strips at FADC level (only taken into account for cm-section)

Input: no input parameters are required since it is a detector based payload

Output: int corresponding to the filtering mask applied to the field <masks>

Definition at line 148 of file SVDDetectorConfiguration.h.

◆ getRelativeTimeShift()

float getRelativeTimeShift ( )

inline

GLOBAL CONFIGURATION PARAMETERS: Return the relative time shift in units of APV clock /4 between the 3- and 6- sample acquired events.

Input: no input parameters are required since it is a detector based payload

Output: int corresponding to the relative time shift in units of APV clock /4 between the 3- and 6- sample acquired events

Definition at line 187 of file SVDDetectorConfiguration.h.

◆ getZeroSuppression()

float getZeroSuppression ( )

inline

GLOBAL CONFIGURATION PARAMETERS: Return the zero suppression cut applied during data taking.

Input: no input parameters are required since it is a detector based payload

Output: float corresponding to the zero suppression cut applied during data taking

Definition at line 121 of file SVDDetectorConfiguration.h.

◆ isValid()

bool isValid ( )

inline

returns the unique ID of the payload

returns true if the m_aDBObtPtr is valid in the requested IoV

Definition at line 204 of file SVDDetectorConfiguration.h.

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

svd/calibration/include/SVDDetectorConfiguration.h
svd/calibration/src/SVDDetectorConfiguration.cc

Public Types

Public Member Functions

Static Public Attributes

Private Attributes

Detailed Description

Member Function Documentation

◆ getAPVClockInRFCUnits()

◆ getCalibDate()

◆ getCalibrationTimeInRFCUnits()

◆ getHV()

◆ getInjectedCharged()

◆ getLatency()

◆ getMaskFilter()

◆ getRelativeTimeShift()

◆ getZeroSuppression()

◆ isValid()