ARICH FEB test data. More...

#include <ARICHFebTest.h>

Inheritance diagram for ARICHFebTest:

Collaboration diagram for ARICHFebTest:

[legend]

Public Member Functions
	ARICHFebTest ()
	Default constructor.

	ARICHFebTest (int serial)
	Constructor.

	~ARICHFebTest ()
	Destructor.

int	getFebSerial () const
	Get FEB serial number.

void	setFebSerial (int serial)
	Set FEB serial number.

std::string	getFebDna () const
	Get FEB dna number.

void	setFebDna (const std::string &dna)
	Set FEB dna number.

std::string	getRunSlowC () const
	Get slow-control run number.

void	setRunSlowC (const std::string &runSlowC)
	Set slow-control run number.

TTimeStamp	getTimeSlowC () const
	Get test date (slow-control measurement).

void	setTimeSlowC (TTimeStamp timeSlowC)
	Set Test date (slow-control measurement).

float	getTemperature0 () const
	Get temperature 0.

void	setTemperature0 (float tmon0)
	Set temperature 0.

float	getTemperature1 () const
	Get temperature 1.

void	setTemperature1 (float tmon1)
	Set temperature 1.

float	getVdd () const
	Get voltage - positive supply voltage.

void	setVdd (float vdd)
	Set voltage - positive supply voltage.

float	getV2p () const
	Get voltage - (+2.0) V.

void	setV2p (float v2p)
	Set voltage - (+2.0) V.

float	getV2n () const
	Get voltage - (-2.0) V.

void	setV2n (float v2n)
	Set voltage - (-2.0) V.

float	getVss () const
	Get voltage - negative supply voltage.

void	setVss (float vss)
	Set voltage - negative supply voltage.

float	getVth1 () const
	Get voltage - threshold voltage 1.

void	setVth1 (float vth1)
	Set voltage - threshold voltage 1.

float	getVth2 () const
	Get voltage - threshold voltage 2.

void	setVth2 (float vth2)
	Set voltage - threshold voltage 2.

float	getVcc12 () const
	Get voltage - supply voltage 1.2 V.

void	setVcc12 (float vcc12)
	Set voltage - supply voltage 1.2 V.

float	getVcc15 () const
	Get voltage - supply voltage 1.5 V.

void	setVcc15 (float vcc15)
	Set voltage - supply voltage 1.5 V.

float	getVcc25 () const
	Get voltage - supply voltage 2.5 V.

void	setVcc25 (float vcc25)
	Set voltage - supply voltage 2.5 V.

float	getV38p () const
	Get voltage - (+3.8) V.

void	setV38p (float v38p)
	Set voltage - (+3.8) V.

std::string	getRunLV () const
	Get LV test number.

void	setRunLV (const std::string &runLV)
	Set LV test run number.

TTimeStamp	getTimeLV () const
	Get test date (LV test).

void	setTimeLV (TTimeStamp timeLV)
	Set test date (LV test).

float	getCurrentV20p () const
	Get current at voltage (+2.0) V.

void	setCurrentV20p (float currentV20p)
	Set current at voltage (+2.0) V.

float	getCurrentV21n () const
	Get current at voltage (-2.0) V.

void	setCurrentV21n (float currentV21n)
	Set current at voltage (-2.0) V.

float	getCurrentV38p () const
	Get current at voltage (+3.8) V.

void	setCurrentV38p (float currentV38p)
	Set current at voltage (+3.8) V.

std::string	getRunHV () const
	Get HV test number.

void	setRunHV (const std::string &runHV)
	Set HV test run number.

TTimeStamp	getTimeHV () const
	Get test date (HV test).

void	setTimeHV (TTimeStamp timeHV)
	Set test date (HV test).

float	getCurrentV99p () const
	Get current at voltage (+99) V.

void	setCurrentV99p (float currentV99p)
	Set current at voltage (+99) V.

int	getDeadChannel (unsigned int i) const
	Get a channel number from the list of dead channels.

void	appendDeadChannel (int channel)
	Add a channel number to the list of dead channels.

void	setDeadChannels (const std::vector< int > &deadChannels)
	Set vector of dead channel numbers.

int	getDeadChannelsSize () const
	Get size of the list of dead channels.

TH2F *	getTestPulse2D () const
	Get test pulse.

void	setTestPulse2D (TH2F *testPulse)
	Set test pulse.

TH3F *	getOffsetRough3D () const
	Get threshold scans with rough offset settings.

void	setOffsetRough3D (TH3F *offsetRough)
	Set threshold scans with rough offset settings.

TH3F *	getOffsetFine3D () const
	Get threshold scans with fine offset settings.

void	setOffsetFine3D (TH3F *offsetFine)
	Set threshold scans with fine offset settings.

float	getSlopeRough (unsigned int i) const
	Get slope[mV/offset step] for i-th channel (rough settings).

void	appendSlopeRough (float slope)
	Add slope[mV/offset step] for i-th channel (rough settings).

void	setSlopesRough (const std::vector< float > &slopesRough)
	Set vector of slopes (rough settings).

int	getSlopesRoughSize () const
	Get size of the list of slopes (rough settings).

float	getSlopeFine (unsigned int i) const
	Get slope[mV/offset step] for i-th channel (fine settings).

void	appendSlopeFine (float slope)
	Add slope[mV/offset step] for i-th channel (fine settings).

void	setSlopesFine (const std::vector< float > &slopesFine)
	Set vector of slopes (fine settings).

int	getSlopesFineSize () const
	Get size of the list of slopes (fine settings).

std::pair< float, float >	getFWHM (unsigned int i) const
	Get FWHM value&sigma for i-th channel.

void	appendFWHM (const std::pair< float, float > &fwhm)
	Add FWHM value&sigma for i-th channel.

void	setFWHM (const std::vector< std::pair< float, float > > &fwhm)
	Set vector of FWHM values&sigma.

int	getFWHMSize () const
	Get size of the list of FWHM.

float	getFWHMvalue (unsigned int i) const
	Get FWHM value for i-th channel.

float	getFWHMsigma (unsigned int i) const
	Get FWHM sigma for i-th channel.

std::string	getComment () const
	Get comment.

void	setComment (const std::string &comment)
	Set comment.

Private Member Functions
	ClassDef (ARICHFebTest, 2)
	ClassDef.

Private Attributes
int	m_serial
	FEB serial number.

std::string	m_dna
	FEB dna.

std::string	m_runSlowC
	Run number of FEB slow control measurements.

TTimeStamp	m_timeSlowC
	Test Date of FEB slow control measurements.

float	m_tmon0
	Temperature 0.

float	m_tmon1
	Temperature 1.

float	m_vdd
	Voltage - positive supply voltage.

float	m_v2p
	Voltage - (+2.0) V.

float	m_v2n
	Voltage - (-2.0) V.

float	m_vss
	Voltage - negative supply voltage.

float	m_vth1
	Voltage - threshold voltage 1.

float	m_vth2
	Voltage - threshold voltage 2.

float	m_vcc12
	Voltage - supply voltage 1.2 V.

float	m_vcc15
	Voltage - supply voltage 1.5 V.

float	m_vcc25
	Voltage - supply voltage 2.5 V.

float	m_v38p
	Voltage - (+3.8) V.

std::string	m_runLV
	Run number of FEB low voltage test.

TTimeStamp	m_timeLV
	Test Date of FEB low voltage test.

float	m_currentV20p
	Current at 2.0 V.

float	m_currentV21n
	Current at -2.1 V.

float	m_currentV38p
	Current at 3.8 V.

std::string	m_runHV
	Run number of FEB high voltage test.

TTimeStamp	m_timeHV
	Test Date of FEB high voltage test.

float	m_currentV99p
	Current at 99 V.

std::vector< int >	m_deadChannel
	List of dead channels on the FEB.

TH2F *	m_testPulse
	Test pulse scan.

TH3F *	m_offsetRough
	Threshold scans with rough offset settings.

TH3F *	m_offsetFine
	Threshold scans with fine offset settings.

std::vector< float >	m_slopesRough
	Slopes for each channel (rough settings) [mV/step].

std::vector< float >	m_slopesFine
	Slopes for each channel (fine settings) [mV/step].

std::vector< std::pair< float, float > >	m_fwhm
	FWHM and sigma for each channel.

std::string	m_comment
	Optional comment.

Detailed Description

ARICH FEB test data.

Definition at line 30 of file ARICHFebTest.h.

Constructor & Destructor Documentation

◆ ARICHFebTest() [1/2]

ARICHFebTest ( )

inline

Default constructor.

Definition at line 36 of file ARICHFebTest.h.

                  : m_serial(0), m_dna(""), m_runSlowC(""), m_timeSlowC(), m_tmon0(0.0), m_tmon1(0.0), m_vdd(0.0), m_v2p(0.0),
      m_v2n(0.0), m_vss(0.0), m_vth1(0.0), m_vth2(0.0), m_vcc12(0.0), m_vcc15(0.0), m_vcc25(0.0), m_v38p(0.0), m_runLV(""), m_timeLV(),
      m_currentV20p(0.0), m_currentV21n(0.0), m_currentV38p(0.0), m_runHV(""), m_timeHV(), m_currentV99p(0.0), m_deadChannel(),
      m_testPulse(NULL), m_offsetRough(NULL),  m_offsetFine(NULL),  m_slopesRough(), m_slopesFine(), m_fwhm(), m_comment("") {};

◆ ARICHFebTest() [2/2]

ARICHFebTest ( int serial )

inlineexplicit

Constructor.

Definition at line 45 of file ARICHFebTest.h.

                                     : m_serial(serial), m_dna(""), m_runSlowC(""), m_timeSlowC(), m_tmon0(0.0), m_tmon1(0.0),
      m_vdd(0.0), m_v2p(0.0), m_v2n(0.0), m_vss(0.0), m_vth1(0.0), m_vth2(0.0), m_vcc12(0.0), m_vcc15(0.0), m_vcc25(0.0), m_v38p(0.0),
      m_runLV(""), m_timeLV(), m_currentV20p(0.0), m_currentV21n(0.0), m_currentV38p(0.0), m_runHV(""), m_timeHV(), m_currentV99p(0.0),
      m_deadChannel(), m_testPulse(NULL), m_offsetRough(NULL), m_offsetFine(NULL), m_slopesRough(), m_slopesFine(), m_fwhm(),
      m_comment("") {};

◆ ~ARICHFebTest()

~ARICHFebTest ( )

inline

Destructor.

Definition at line 54 of file ARICHFebTest.h.

54{};

Member Function Documentation

◆ appendDeadChannel()

void appendDeadChannel ( int channel )

inline

Add a channel number to the list of dead channels.

Parameters

[in] channel FEB channel id.

Definition at line 355 of file ARICHFebTest.h.

355{m_deadChannel.push_back(channel); }

◆ appendFWHM()

void appendFWHM ( const std::pair< float, float > & fwhm )

inline

Add FWHM value&sigma for i-th channel.

Parameters

[in] fwhm FWHM value&sigma.

Definition at line 466 of file ARICHFebTest.h.

466{m_fwhm.push_back(fwhm); }

◆ appendSlopeFine()

void appendSlopeFine ( float slope )

inline

Add slope[mV/offset step] for i-th channel (fine settings).

Parameters

[in] slope Slope[mV/offset step].

Definition at line 441 of file ARICHFebTest.h.

441{m_slopesFine.push_back(slope); }

◆ appendSlopeRough()

void appendSlopeRough ( float slope )

inline

Add slope[mV/offset step] for i-th channel (rough settings).

Parameters

[in] slope Slope[mV/offset step].

Definition at line 416 of file ARICHFebTest.h.

416{m_slopesRough.push_back(slope); }

◆ getComment()

std::string getComment ( ) const

inline

Get comment.

Returns: Comment.

Definition at line 498 of file ARICHFebTest.h.

498{return m_comment; }

◆ getCurrentV20p()

float getCurrentV20p ( ) const

inline

Get current at voltage (+2.0) V.

Returns: Current at voltage (+2.0) V.

Definition at line 276 of file ARICHFebTest.h.

276{return m_currentV20p; }

◆ getCurrentV21n()

float getCurrentV21n ( ) const

inline

Get current at voltage (-2.0) V.

Returns: Current at voltage (-2.0) V.

Definition at line 288 of file ARICHFebTest.h.

288{return m_currentV21n; }

◆ getCurrentV38p()

float getCurrentV38p ( ) const

inline

Get current at voltage (+3.8) V.

Returns: Current at voltage (+3.8) V.

Definition at line 300 of file ARICHFebTest.h.

300{return m_currentV38p; }

◆ getCurrentV99p()

float getCurrentV99p ( ) const

inline

Get current at voltage (+99) V.

Returns: Current at voltage (+99) V.

Definition at line 336 of file ARICHFebTest.h.

336{return m_currentV99p; }

◆ getDeadChannel()

int getDeadChannel ( unsigned int i ) const

Get a channel number from the list of dead channels.

Parameters

[in] i Index of the element in the list.

Returns: Channel id.

Definition at line 14 of file ARICHFebTest.cc.

{
  if (i < m_deadChannel.size()) return m_deadChannel[i];
  else return -1;
}

◆ getDeadChannelsSize()

int getDeadChannelsSize ( ) const

inline

Get size of the list of dead channels.

Returns: Size.

Definition at line 367 of file ARICHFebTest.h.

367{return m_deadChannel.size();}

◆ getFebDna()

std::string getFebDna ( ) const

inline

Get FEB dna number.

Returns: FEB dna number.

Definition at line 72 of file ARICHFebTest.h.

72{return m_dna; }

◆ getFebSerial()

int getFebSerial ( ) const

inline

Get FEB serial number.

Returns: FEB serial number.

Definition at line 60 of file ARICHFebTest.h.

60{return m_serial; }

◆ getFWHM()

std::pair< float, float > getFWHM ( unsigned int i ) const

Get FWHM value&sigma for i-th channel.

Parameters

[in] i FEB channel number.

Returns: FWHM values&sigma.

◆ getFWHMsigma()

float getFWHMsigma ( unsigned int i ) const

Get FWHM sigma for i-th channel.

Parameters

[in] i FEB channel number.

Returns: FWHM sigma.

◆ getFWHMSize()

int getFWHMSize ( ) const

inline

Get size of the list of FWHM.

Returns: Size.

Definition at line 478 of file ARICHFebTest.h.

478{return m_fwhm.size();}

◆ getFWHMvalue()

float getFWHMvalue ( unsigned int i ) const

Get FWHM value for i-th channel.

Parameters

[in] i FEB channel number.

Returns: FWHM value.

◆ getOffsetFine3D()

TH3F * getOffsetFine3D ( ) const

inline

Get threshold scans with fine offset settings.

Returns: 3D threshold scans with fine offset settings.

Definition at line 397 of file ARICHFebTest.h.

397{return m_offsetFine;}

◆ getOffsetRough3D()

TH3F * getOffsetRough3D ( ) const

inline

Get threshold scans with rough offset settings.

Returns: 3D threshold scans with rough offset settings.

Definition at line 385 of file ARICHFebTest.h.

385{return m_offsetRough;}

◆ getRunHV()

std::string getRunHV ( ) const

inline

Get HV test number.

Returns: HV test number.

Definition at line 312 of file ARICHFebTest.h.

312{return m_runHV; }

◆ getRunLV()

std::string getRunLV ( ) const

inline

Get LV test number.

Returns: LV test number.

Definition at line 252 of file ARICHFebTest.h.

252{return m_runLV; }

◆ getRunSlowC()

std::string getRunSlowC ( ) const

inline

Get slow-control run number.

Returns: Slow-control run number.

Definition at line 84 of file ARICHFebTest.h.

84{return m_runSlowC; }

◆ getSlopeFine()

float getSlopeFine ( unsigned int i ) const

Get slope[mV/offset step] for i-th channel (fine settings).

Parameters

[in] i FEB channel number.

Returns: Slope[mV/offset step].

Definition at line 26 of file ARICHFebTest.cc.

{
  if (i < m_slopesFine.size()) return m_slopesFine[i];
  else return -1;
}

◆ getSlopeRough()

float getSlopeRough ( unsigned int i ) const

Get slope[mV/offset step] for i-th channel (rough settings).

Parameters

[in] i FEB channel number.

Returns: Slope[mV/offset step].

Definition at line 20 of file ARICHFebTest.cc.

{
  if (i < m_slopesRough.size()) return m_slopesRough[i];
  else return -1;
}

◆ getSlopesFineSize()

int getSlopesFineSize ( ) const

inline

Get size of the list of slopes (fine settings).

Returns: Size.

Definition at line 453 of file ARICHFebTest.h.

453{return m_slopesFine.size();}

◆ getSlopesRoughSize()

int getSlopesRoughSize ( ) const

inline

Get size of the list of slopes (rough settings).

Returns: Size.

Definition at line 428 of file ARICHFebTest.h.

428{return m_slopesRough.size();}

◆ getTemperature0()

float getTemperature0 ( ) const

inline

Get temperature 0.

Returns: Temperature 0.

Definition at line 108 of file ARICHFebTest.h.

108{return m_tmon0; }

◆ getTemperature1()

float getTemperature1 ( ) const

inline

Get temperature 1.

Returns: Temperature 1.

Definition at line 120 of file ARICHFebTest.h.

120{return m_tmon1; }

◆ getTestPulse2D()

TH2F * getTestPulse2D ( ) const

inline

Get test pulse.

Returns: 2D test pulse.

Definition at line 373 of file ARICHFebTest.h.

373{return m_testPulse;}

◆ getTimeHV()

TTimeStamp getTimeHV ( ) const

inline

Get test date (HV test).

Returns: Test date (HV test).

Definition at line 324 of file ARICHFebTest.h.

324{return m_timeHV; }

◆ getTimeLV()

TTimeStamp getTimeLV ( ) const

inline

Get test date (LV test).

Returns: Test date (LV test).

Definition at line 264 of file ARICHFebTest.h.

264{return m_timeLV; }

◆ getTimeSlowC()

TTimeStamp getTimeSlowC ( ) const

inline

Get test date (slow-control measurement).

Returns: Test date (slow-control measurement).

Definition at line 96 of file ARICHFebTest.h.

96{return m_timeSlowC; }

◆ getV2n()

float getV2n ( ) const

inline

Get voltage - (-2.0) V.

Returns: Voltage - (-2.0) V.

Definition at line 156 of file ARICHFebTest.h.

156{return m_v2n; }

◆ getV2p()

float getV2p ( ) const

inline

Get voltage - (+2.0) V.

Returns: Voltage - (+2.0) V.

Definition at line 144 of file ARICHFebTest.h.

144{return m_v2p; }

◆ getV38p()

float getV38p ( ) const

inline

Get voltage - (+3.8) V.

Returns: Voltage - (+3.8) V.

Definition at line 240 of file ARICHFebTest.h.

240{return m_v38p; }

◆ getVcc12()

float getVcc12 ( ) const

inline

Get voltage - supply voltage 1.2 V.

Returns: Voltage - supply voltage 1.2 V.

Definition at line 204 of file ARICHFebTest.h.

204{return m_vcc12; }

◆ getVcc15()

float getVcc15 ( ) const

inline

Get voltage - supply voltage 1.5 V.

Returns: Voltage - supply voltage 1.5 V.

Definition at line 216 of file ARICHFebTest.h.

216{return m_vcc15; }

◆ getVcc25()

float getVcc25 ( ) const

inline

Get voltage - supply voltage 2.5 V.

Returns: Voltage - supply voltage 2.5 V.

Definition at line 228 of file ARICHFebTest.h.

228{return m_vcc25; }

◆ getVdd()

float getVdd ( ) const

inline

Get voltage - positive supply voltage.

Returns: Voltage - positive supply voltage.

Definition at line 132 of file ARICHFebTest.h.

132{return m_vdd; }

◆ getVss()

float getVss ( ) const

inline

Get voltage - negative supply voltage.

Returns: Voltage - negative supply voltage.

Definition at line 168 of file ARICHFebTest.h.

168{return m_vss; }

◆ getVth1()

float getVth1 ( ) const

inline

Get voltage - threshold voltage 1.

Returns: Voltage - threshold voltage 1.

Definition at line 180 of file ARICHFebTest.h.

180{return m_vth1; }

◆ getVth2()

float getVth2 ( ) const

inline

Get voltage - threshold voltage 2.

Returns: Voltage - threshold voltage 2.

Definition at line 192 of file ARICHFebTest.h.

192{return m_vth2; }

◆ setComment()

void setComment ( const std::string & comment )

inline

Set comment.

Parameters

[in] comment Comment.

Definition at line 504 of file ARICHFebTest.h.

504{m_comment = comment; }

◆ setCurrentV20p()

void setCurrentV20p ( float currentV20p )

inline

Set current at voltage (+2.0) V.

Parameters

[in] currentV20p Current at voltage (+2.0) V.

Definition at line 282 of file ARICHFebTest.h.

282{m_currentV20p = currentV20p; }

◆ setCurrentV21n()

void setCurrentV21n ( float currentV21n )

inline

Set current at voltage (-2.0) V.

Parameters

[in] currentV21n Current at voltage (-2.0) V.

Definition at line 294 of file ARICHFebTest.h.

294{m_currentV21n = currentV21n; }

◆ setCurrentV38p()

void setCurrentV38p ( float currentV38p )

inline

Set current at voltage (+3.8) V.

Parameters

[in] currentV38p Current at voltage (+3.8) V.

Definition at line 306 of file ARICHFebTest.h.

306{m_currentV38p = currentV38p; }

◆ setCurrentV99p()

void setCurrentV99p ( float currentV99p )

inline

Set current at voltage (+99) V.

Parameters

[in] currentV99p Current at voltage (+99) V.

Definition at line 342 of file ARICHFebTest.h.

342{m_currentV99p = currentV99p; }

◆ setDeadChannels()

void setDeadChannels ( const std::vector< int > & deadChannels )

inline

Set vector of dead channel numbers.

Parameters

[in] deadChannels FEB channel id.

Definition at line 361 of file ARICHFebTest.h.

361{m_deadChannel = deadChannels; }

◆ setFebDna()

void setFebDna ( const std::string & dna )

inline

Set FEB dna number.

Parameters

[in] dna FEB dna number.

Definition at line 78 of file ARICHFebTest.h.

78{m_dna = dna; }

◆ setFebSerial()

void setFebSerial ( int serial )

inline

Set FEB serial number.

Parameters

[in] serial FEB serial number.

Definition at line 66 of file ARICHFebTest.h.

66{m_serial = serial; }

◆ setFWHM()

void setFWHM ( const std::vector< std::pair< float, float > > & fwhm )

inline

Set vector of FWHM values&sigma.

Parameters

[in] fwhm Vector of FWHM values&sigma.

Definition at line 472 of file ARICHFebTest.h.

472{m_fwhm = fwhm; }

◆ setOffsetFine3D()

void setOffsetFine3D ( TH3F * offsetFine )

inline

Set threshold scans with fine offset settings.

Parameters

[in] offsetFine 3D threshold scans with fine offset settings.

Definition at line 403 of file ARICHFebTest.h.

403{ m_offsetFine = offsetFine;}

◆ setOffsetRough3D()

void setOffsetRough3D ( TH3F * offsetRough )

inline

Set threshold scans with rough offset settings.

Parameters

[in] offsetRough 3D threshold scans with rough offset settings.

Definition at line 391 of file ARICHFebTest.h.

391{ m_offsetRough = offsetRough;}

◆ setRunHV()

void setRunHV ( const std::string & runHV )

inline

Set HV test run number.

Parameters

[in] runHV HV test run number.

Definition at line 318 of file ARICHFebTest.h.

318{m_runHV = runHV; }

◆ setRunLV()

void setRunLV ( const std::string & runLV )

inline

Set LV test run number.

Parameters

[in] runLV LV test run number.

Definition at line 258 of file ARICHFebTest.h.

258{m_runLV = runLV; }

◆ setRunSlowC()

void setRunSlowC ( const std::string & runSlowC )

inline

Set slow-control run number.

Parameters

[in] runSlowC slow-control run number.

Definition at line 90 of file ARICHFebTest.h.

90{m_runSlowC = runSlowC; }

◆ setSlopesFine()

void setSlopesFine ( const std::vector< float > & slopesFine )

inline

Set vector of slopes (fine settings).

Parameters

[in] slopesFine Vector of slopes[mV/offset step].

Definition at line 447 of file ARICHFebTest.h.

447{m_slopesFine = slopesFine; }

◆ setSlopesRough()

void setSlopesRough ( const std::vector< float > & slopesRough )

inline

Set vector of slopes (rough settings).

Parameters

[in] slopesRough Vector of slopes[mV/offset step].

Definition at line 422 of file ARICHFebTest.h.

422{m_slopesRough = slopesRough; }

◆ setTemperature0()

void setTemperature0 ( float tmon0 )

inline

Set temperature 0.

Parameters

[in] tmon0 Temperature 0.

Definition at line 114 of file ARICHFebTest.h.

114{m_tmon0 = tmon0; }

◆ setTemperature1()

void setTemperature1 ( float tmon1 )

inline

Set temperature 1.

Parameters

[in] tmon1 Temperature 1.

Definition at line 126 of file ARICHFebTest.h.

126{m_tmon1 = tmon1; }

◆ setTestPulse2D()

void setTestPulse2D ( TH2F * testPulse )

inline

Set test pulse.

Parameters

[in] testPulse 2D test pulse.

Definition at line 379 of file ARICHFebTest.h.

379{ m_testPulse = testPulse;}

◆ setTimeHV()

void setTimeHV ( TTimeStamp timeHV )

inline

Set test date (HV test).

Parameters

[in] timeHV Test date (HV test).

Definition at line 330 of file ARICHFebTest.h.

330{m_timeHV = timeHV; }

◆ setTimeLV()

void setTimeLV ( TTimeStamp timeLV )

inline

Set test date (LV test).

Parameters

[in] timeLV Test date (LV test).

Definition at line 270 of file ARICHFebTest.h.

270{m_timeLV = timeLV; }

◆ setTimeSlowC()

void setTimeSlowC ( TTimeStamp timeSlowC )

inline

Set Test date (slow-control measurement).

Parameters

[in] timeSlowC Test date (slow-control measurement).

Definition at line 102 of file ARICHFebTest.h.

102{m_timeSlowC = timeSlowC; }

◆ setV2n()

void setV2n ( float v2n )

inline

Set voltage - (-2.0) V.

Parameters

[in] v2n Voltage - (-2.0) V.

Definition at line 162 of file ARICHFebTest.h.

162{m_v2n = v2n; }

◆ setV2p()

void setV2p ( float v2p )

inline

Set voltage - (+2.0) V.

Parameters

[in] v2p Voltage - (+2.0) V.

Definition at line 150 of file ARICHFebTest.h.

150{m_v2p = v2p; }

◆ setV38p()

void setV38p ( float v38p )

inline

Set voltage - (+3.8) V.

Parameters

[in] v38p Voltage - (+3.8) V.

Definition at line 246 of file ARICHFebTest.h.

246{m_v38p = v38p; }

◆ setVcc12()

void setVcc12 ( float vcc12 )

inline

Set voltage - supply voltage 1.2 V.

Parameters

[in] vcc12 Voltage - supply voltage 1.2 V.

Definition at line 210 of file ARICHFebTest.h.

210{m_vcc12 = vcc12; }

◆ setVcc15()

void setVcc15 ( float vcc15 )

inline

Set voltage - supply voltage 1.5 V.

Parameters

[in] vcc15 Voltage - supply voltage 1.5 V.

Definition at line 222 of file ARICHFebTest.h.

222{m_vcc15 = vcc15; }

◆ setVcc25()

void setVcc25 ( float vcc25 )

inline

Set voltage - supply voltage 2.5 V.

Parameters

[in] vcc25 Voltage - supply voltage 2.5 V.

Definition at line 234 of file ARICHFebTest.h.

234{m_vcc25 = vcc25; }

◆ setVdd()

void setVdd ( float vdd )

inline

Set voltage - positive supply voltage.

Parameters

[in] vdd Voltage - positive supply voltage.

Definition at line 138 of file ARICHFebTest.h.

138{m_vdd = vdd; }

◆ setVss()

void setVss ( float vss )

inline

Set voltage - negative supply voltage.

Parameters

[in] vss Voltage - negative supply voltage.

Definition at line 174 of file ARICHFebTest.h.

174{m_vss = vss; }

◆ setVth1()

void setVth1 ( float vth1 )

inline

Set voltage - threshold voltage 1.

Parameters

[in] vth1 Voltage - threshold voltage 1.

Definition at line 186 of file ARICHFebTest.h.

186{m_vth1 = vth1; }

◆ setVth2()

void setVth2 ( float vth2 )

inline

Set voltage - threshold voltage 2.

Parameters

[in] vth2 Voltage - threshold voltage 2.

Definition at line 198 of file ARICHFebTest.h.

198{m_vth2 = vth2; }

Member Data Documentation

◆ m_comment

std::string m_comment

private

Optional comment.

Definition at line 539 of file ARICHFebTest.h.

◆ m_currentV20p

float m_currentV20p

private

Current at 2.0 V.

Definition at line 526 of file ARICHFebTest.h.

◆ m_currentV21n

float m_currentV21n

private

Current at -2.1 V.

Definition at line 527 of file ARICHFebTest.h.

◆ m_currentV38p

float m_currentV38p

private

Current at 3.8 V.

Definition at line 528 of file ARICHFebTest.h.

◆ m_currentV99p

float m_currentV99p

private

Current at 99 V.

Definition at line 531 of file ARICHFebTest.h.

◆ m_deadChannel

std::vector<int> m_deadChannel

private

List of dead channels on the FEB.

Definition at line 532 of file ARICHFebTest.h.

◆ m_dna

std::string m_dna

private

FEB dna.

Definition at line 509 of file ARICHFebTest.h.

◆ m_fwhm

std::vector<std::pair<float, float> > m_fwhm

private

FWHM and sigma for each channel.

Definition at line 538 of file ARICHFebTest.h.

◆ m_offsetFine

TH3F* m_offsetFine

private

Threshold scans with fine offset settings.

Definition at line 535 of file ARICHFebTest.h.

◆ m_offsetRough

TH3F* m_offsetRough

private

Threshold scans with rough offset settings.

Definition at line 534 of file ARICHFebTest.h.

◆ m_runHV

std::string m_runHV

private

Run number of FEB high voltage test.

Definition at line 529 of file ARICHFebTest.h.

◆ m_runLV

std::string m_runLV

private

Run number of FEB low voltage test.

Definition at line 524 of file ARICHFebTest.h.

◆ m_runSlowC

std::string m_runSlowC

private

Run number of FEB slow control measurements.

Definition at line 510 of file ARICHFebTest.h.

◆ m_serial

int m_serial

private

FEB serial number.

Definition at line 508 of file ARICHFebTest.h.

◆ m_slopesFine

std::vector<float> m_slopesFine

private

Slopes for each channel (fine settings) [mV/step].

Definition at line 537 of file ARICHFebTest.h.

◆ m_slopesRough

std::vector<float> m_slopesRough

private

Slopes for each channel (rough settings) [mV/step].

Definition at line 536 of file ARICHFebTest.h.

◆ m_testPulse

TH2F* m_testPulse

private

Test pulse scan.

Definition at line 533 of file ARICHFebTest.h.

◆ m_timeHV

TTimeStamp m_timeHV

private

Test Date of FEB high voltage test.

Definition at line 530 of file ARICHFebTest.h.

◆ m_timeLV

TTimeStamp m_timeLV

private

Test Date of FEB low voltage test.

Definition at line 525 of file ARICHFebTest.h.

◆ m_timeSlowC

TTimeStamp m_timeSlowC

private

Test Date of FEB slow control measurements.

Definition at line 511 of file ARICHFebTest.h.

◆ m_tmon0

float m_tmon0

private

Temperature 0.

Definition at line 512 of file ARICHFebTest.h.

◆ m_tmon1

float m_tmon1

private

Temperature 1.

Definition at line 513 of file ARICHFebTest.h.

◆ m_v2n

float m_v2n

private

Voltage - (-2.0) V.

Definition at line 516 of file ARICHFebTest.h.

◆ m_v2p

float m_v2p

private

Voltage - (+2.0) V.

Definition at line 515 of file ARICHFebTest.h.

◆ m_v38p

float m_v38p

private

Voltage - (+3.8) V.

Definition at line 523 of file ARICHFebTest.h.

◆ m_vcc12

float m_vcc12

private

Voltage - supply voltage 1.2 V.

Definition at line 520 of file ARICHFebTest.h.

◆ m_vcc15

float m_vcc15

private

Voltage - supply voltage 1.5 V.

Definition at line 521 of file ARICHFebTest.h.

◆ m_vcc25

float m_vcc25

private

Voltage - supply voltage 2.5 V.

Definition at line 522 of file ARICHFebTest.h.

◆ m_vdd

float m_vdd

private

Voltage - positive supply voltage.

Definition at line 514 of file ARICHFebTest.h.

◆ m_vss

float m_vss

private

Voltage - negative supply voltage.

Definition at line 517 of file ARICHFebTest.h.

◆ m_vth1

float m_vth1

private

Voltage - threshold voltage 1.

Definition at line 518 of file ARICHFebTest.h.

◆ m_vth2

float m_vth2

private

Voltage - threshold voltage 2.

Definition at line 519 of file ARICHFebTest.h.

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

arich/dbobjects/include/ARICHFebTest.h
arich/dbobjects/src/ARICHFebTest.cc

Public Member Functions

Private Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

◆ ARICHFebTest() [1/2]

◆ ARICHFebTest() [2/2]

◆ ~ARICHFebTest()

Member Function Documentation

◆ appendDeadChannel()

◆ appendFWHM()

◆ appendSlopeFine()

◆ appendSlopeRough()

◆ getComment()

◆ getCurrentV20p()

◆ getCurrentV21n()

◆ getCurrentV38p()

◆ getCurrentV99p()

◆ getDeadChannel()

◆ getDeadChannelsSize()

◆ getFebDna()

◆ getFebSerial()

◆ getFWHM()

◆ getFWHMsigma()

◆ getFWHMSize()

◆ getFWHMvalue()

◆ getOffsetFine3D()

◆ getOffsetRough3D()

◆ getRunHV()

◆ getRunLV()

◆ getRunSlowC()

◆ getSlopeFine()

◆ getSlopeRough()

◆ getSlopesFineSize()

◆ getSlopesRoughSize()

◆ getTemperature0()

◆ getTemperature1()

◆ getTestPulse2D()

◆ getTimeHV()

◆ getTimeLV()

◆ getTimeSlowC()

◆ getV2n()

◆ getV2p()

◆ getV38p()

◆ getVcc12()

◆ getVcc15()

◆ getVcc25()

◆ getVdd()

◆ getVss()

◆ getVth1()

◆ getVth2()

◆ setComment()

◆ setCurrentV20p()

◆ setCurrentV21n()

◆ setCurrentV38p()

◆ setCurrentV99p()

◆ setDeadChannels()

◆ setFebDna()

◆ setFebSerial()

◆ setFWHM()

◆ setOffsetFine3D()

◆ setOffsetRough3D()

◆ setRunHV()

◆ setRunLV()

◆ setRunSlowC()

◆ setSlopesFine()

◆ setSlopesRough()

◆ setTemperature0()

◆ setTemperature1()

◆ setTestPulse2D()

◆ setTimeHV()

◆ setTimeLV()

◆ setTimeSlowC()

◆ setV2n()

◆ setV2p()

◆ setV38p()

◆ setVcc12()

◆ setVcc15()

◆ setVcc25()

◆ setVdd()