This class defines the payload which stores to the central DB the SVD global configuring parameters, and the methods to import and retrieve these parameters. More...

#include <SVDGlobalConfigParameters.h>

Inheritance diagram for SVDGlobalConfigParameters:

Public Member Functions
	SVDGlobalConfigParameters (const TString &uniqueID="")
	Default constructor.

float	getZeroSuppression (void) const
	Returns the zero suppression threshold for global data taking in ZS acquisition mode.

int	getLatency (void) const
	Returns the latency set for global data taking.

int	getMaskFilter (void) const
	Returns the masking bitmap used to mask the strips at FADC level (only for CM-section)

float	getAPVClockInRFCUnits (void) const
	Returns the APV clock.

float	getHV (void) const
	Returns the HV = Vbias/2.

int	getRelativeTimeShift (void) const
	Returns the relative time shift between the 3-sample and 6-sample acquired events in units of APV clock/4.

int	getNrFrames (void) const
	Returns the number of frames 3 -> 3-sample only DAQ mode 6 -> 6-sample only DAQ mode 9 -> 3-mixed-6 sample DAQ mode.

void	setZeroSuppression (float zeroSuppression)
	Set the zero suppression Input:

void	setLatency (float latency)
	Set the latency Input:

void	setMaskFilter (int maskFilter)
	Set the masking bitmap Input:

void	setAPVClockInRFCUnits (const std::string &APVClockUnits)
	Set the APV Clock units Input:

void	setHV (float hv)
	Set the HV (in V) Input:

void	setRelativeTimeShift (float relativeTimeShift)
	Set the Relative time shift between 3- and 6- sample acquired events in units of APV clock / 4 Input:

void	setNrFrames (int nrFrames)
	Set the number of frames 3 -> 3-sample only DAQ mode 6 -> 6-sample only DAQ mode 9 -> 3-mixed-6 sample DAQ mode.

TString	get_uniqueID () const
	Get the unique ID of the calibration.

Private Member Functions
	ClassDef (SVDGlobalConfigParameters, 3)
	needed by root

Private Attributes
TString	m_uniqueID
	Add a string as unique identifier for a given local run configuration)

float	m_zeroSuppression
	zero suppression value which defines the S/N threshold of data mode acquisition during global run in ZS mode

int	m_latency
	integer number of buffer cells to go back in the buffer ring to correctly sampling the signal pulse when the trigger is received.

int	m_maskFilter
	masking bitmap

float	m_hv = 0
	HV = Vbias/2 in V.

float	m_relativeTimeShift = 0
	relative time shift between the 3-sample and 6-sample acquired events in units of APV clock/4 [0,15]

float	m_nrFrames = 0
	number of frames 3 -> 3-sample only DAQ mode 6 -> 6-sample only DAQ mode 9 -> 3-mixed-6 sample DAQ mode

std::string	m_APVClockInRFCUnits
	APVclock.

Detailed Description

This class defines the payload which stores to the central DB the SVD global configuring parameters, and the methods to import and retrieve these parameters.

Definition at line 26 of file SVDGlobalConfigParameters.h.

Constructor & Destructor Documentation

◆ SVDGlobalConfigParameters()

SVDGlobalConfigParameters ( const TString & uniqueID = "" )

inline

Default constructor.

Definition at line 31 of file SVDGlobalConfigParameters.h.

      : m_uniqueID(uniqueID),
        m_zeroSuppression(3),
        m_latency(0),
        m_maskFilter(7)
    {};

Member Function Documentation

◆ get_uniqueID()

TString get_uniqueID ( ) const

inline

Get the unique ID of the calibration.

Definition at line 179 of file SVDGlobalConfigParameters.h.

179{return m_uniqueID;}

◆ getAPVClockInRFCUnits()

float getAPVClockInRFCUnits ( void ) const

inline

Returns the APV clock.

Returns: float corresponding to the APV clock units in [ns]

Definition at line 64 of file SVDGlobalConfigParameters.h.

    {
 
      TString aux(m_APVClockInRFCUnits);
      aux = aux.Remove(aux.First(" "), aux.Sizeof());
      //    std::cout << "aux = " << aux <<endl;
      std::string auxString(aux);
      int APVClockUnitsCoeff = std::atoi(auxString.c_str());
      //    std::cout<<"time units coefficient = " << timeUnitsCoeff<<endl;
 
      return APVClockUnitsCoeff;
    }

◆ getHV()

float getHV ( void ) const

inline

Returns the HV = Vbias/2.

Returns: float corresponding to the HV = Vbias/2

Definition at line 81 of file SVDGlobalConfigParameters.h.

81{ return m_hv; };

◆ getLatency()

int getLatency ( void ) const

inline

Returns the latency set for global data taking.

Returns: int corresponding to the latency set for global data taking

Definition at line 52 of file SVDGlobalConfigParameters.h.

52{ return m_latency; };

◆ getMaskFilter()

int getMaskFilter ( void ) const

inline

Returns the masking bitmap used to mask the strips at FADC level (only for CM-section)

Returns: int corresponding to the mask filter applied at FADC level

Definition at line 58 of file SVDGlobalConfigParameters.h.

58{ return m_maskFilter; };

◆ getNrFrames()

int getNrFrames ( void ) const

inline

Returns the number of frames 3 -> 3-sample only DAQ mode 6 -> 6-sample only DAQ mode 9 -> 3-mixed-6 sample DAQ mode.

Definition at line 95 of file SVDGlobalConfigParameters.h.

95{ return m_nrFrames; };

◆ getRelativeTimeShift()

int getRelativeTimeShift ( void ) const

inline

Returns the relative time shift between the 3-sample and 6-sample acquired events in units of APV clock/4.

Returns: int [0,15] corresponding to relative time shift between the 3-sample and 6-sample acquired events in units of APV clock/4

Definition at line 87 of file SVDGlobalConfigParameters.h.

87{ return m_relativeTimeShift; };

◆ getZeroSuppression()

float getZeroSuppression ( void ) const

inline

Returns the zero suppression threshold for global data taking in ZS acquisition mode.

Returns: float corresponding to zero suppression cut applied during data taking

Definition at line 46 of file SVDGlobalConfigParameters.h.

46{ return m_zeroSuppression; };

◆ setAPVClockInRFCUnits()

void setAPVClockInRFCUnits ( const std::string & APVClockUnits )

inline

Set the APV Clock units Input:

Parameters

APVClockUnits

Definition at line 138 of file SVDGlobalConfigParameters.h.

139 {

140 m_APVClockInRFCUnits = APVClockUnits;

141 }

◆ setHV()

void setHV ( float hv )

inline

Set the HV (in V) Input:

Parameters

hv	WARNING, this is one of the HV

Definition at line 149 of file SVDGlobalConfigParameters.h.

150 {

151 m_hv = hv;

152 }

◆ setLatency()

void setLatency ( float latency )

inline

Set the latency Input:

Parameters

latency value

Definition at line 115 of file SVDGlobalConfigParameters.h.

116 {

117 m_latency = latency;

118 }

◆ setMaskFilter()

void setMaskFilter ( int maskFilter )

inline

Set the masking bitmap Input:

Parameters

maskFilter

Definition at line 127 of file SVDGlobalConfigParameters.h.

128 {

129 m_maskFilter = maskFilter;

130 }

◆ setNrFrames()

void setNrFrames ( int nrFrames )

inline

Set the number of frames 3 -> 3-sample only DAQ mode 6 -> 6-sample only DAQ mode 9 -> 3-mixed-6 sample DAQ mode.

Definition at line 170 of file SVDGlobalConfigParameters.h.

171 {

172 m_nrFrames = nrFrames;

173 };

◆ setRelativeTimeShift()

void setRelativeTimeShift ( float relativeTimeShift )

inline

Set the Relative time shift between 3- and 6- sample acquired events in units of APV clock / 4 Input:

Parameters

relativeTimeShift

Definition at line 159 of file SVDGlobalConfigParameters.h.

160 {

161 m_relativeTimeShift = relativeTimeShift;

162 }

◆ setZeroSuppression()

void setZeroSuppression ( float zeroSuppression )

inline

Set the zero suppression Input:

Parameters

zeroSuppression value

Definition at line 104 of file SVDGlobalConfigParameters.h.

105 {

106 m_zeroSuppression = zeroSuppression;

107 }

Member Data Documentation

◆ m_APVClockInRFCUnits

std::string m_APVClockInRFCUnits

private

APVclock.

Definition at line 214 of file SVDGlobalConfigParameters.h.

◆ m_hv

float m_hv = 0

private

HV = Vbias/2 in V.

Definition at line 199 of file SVDGlobalConfigParameters.h.

◆ m_latency

int m_latency

private

integer number of buffer cells to go back in the buffer ring to correctly sampling the signal pulse when the trigger is received.

Definition at line 191 of file SVDGlobalConfigParameters.h.

◆ m_maskFilter

int m_maskFilter

private

masking bitmap

Definition at line 195 of file SVDGlobalConfigParameters.h.

◆ m_nrFrames

float m_nrFrames = 0

private

number of frames 3 -> 3-sample only DAQ mode 6 -> 6-sample only DAQ mode 9 -> 3-mixed-6 sample DAQ mode

Definition at line 210 of file SVDGlobalConfigParameters.h.

◆ m_relativeTimeShift

float m_relativeTimeShift = 0

private

relative time shift between the 3-sample and 6-sample acquired events in units of APV clock/4 [0,15]

Definition at line 203 of file SVDGlobalConfigParameters.h.

◆ m_uniqueID

TString m_uniqueID

private

Add a string as unique identifier for a given local run configuration)

Definition at line 183 of file SVDGlobalConfigParameters.h.

◆ m_zeroSuppression

float m_zeroSuppression

private

zero suppression value which defines the S/N threshold of data mode acquisition during global run in ZS mode

Definition at line 187 of file SVDGlobalConfigParameters.h.

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

svd/dbobjects/include/SVDGlobalConfigParameters.h

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ SVDGlobalConfigParameters()

Member Function Documentation

◆ get_uniqueID()

◆ getAPVClockInRFCUnits()

◆ getHV()

◆ getLatency()

◆ getMaskFilter()

◆ getNrFrames()

◆ getRelativeTimeShift()

◆ getZeroSuppression()

◆ setAPVClockInRFCUnits()

◆ setHV()

◆ setLatency()

◆ setMaskFilter()

◆ setNrFrames()

◆ setRelativeTimeShift()

◆ setZeroSuppression()

Member Data Documentation

◆ m_APVClockInRFCUnits

◆ m_hv

◆ m_latency

◆ m_maskFilter

◆ m_nrFrames

◆ m_relativeTimeShift

◆ m_uniqueID

◆ m_zeroSuppression