ngcdcsALBIAS Class Reference

#include <ngcdcsALBIAS.hpp>

Inheritance diagram for ngcdcsALBIAS:

Public Member Functions
	ngcdcsALBIAS (const ngcb_route_t &r, int nb)
	Constructor with route and number of biases.
	ngcdcsALBIAS (ngcbIFC *ifc, const ngcb_route_t &r, int nb)
	Constructor with interface device, route and number of biases.
virtual	~ngcdcsALBIAS ()
	Destructor.
int	Disable ()
	Disable call back.
void	ClkMap (ngcdcs_clk_t *cv)
	Clock channel mapping.
void	DcMap (ngcdcs_dc_t *dv)
	Bias channel mapping.
int	VStatus (int *s)
	Get voltage HW-status.
void	DefaultSetup (const char *keyWord=NULL)
	Default setup.
int	VoltageClk (int num, int l, double volt, int rangeCheck=1)
	Clock setup.
int	VoltageDC (int num, double volt, int rangeCheck=1)
	Bias setup.
int	VoltageRegDC (int num, int value, int rangeCheck=1)
	Direct bias register setup (not applicable)
int	VoltageRegClk (int num, int l, int value, int rangeCheck=1)
	Direct clock register setup (not applicable)
int	OutputEnable ()
	Enable output.
int	OutputDisable ()
	Disable output.
char *	VStatusString ()
	Get voltage status string.
int	Monitor (int num, int clkChan)
	Clock-monitor dummy function.
int	OffsetClk (double volt)
	Clock offset dummy function.
int	OffsetDC (double volt)
	Bias offset dummy function.
int	PreampOffset (double volt)
	Preamplifier offset dummy function.
int	VideoOffset (double *volt)
	Video offset dummy function.
int	DiodeBias (double volt)
	Diode bias dummy function.
double	OffsetClk ()
	Return offset for clocks.
double	OffsetDC ()
	Return offset for DC-biases.
int	TelIntern (int sel=-1)
	Update internal telemetry.
int	TelChan (int num, double *volt)
	Telemetry for channel.
int	TelDC (int num, double *volt)
	Telemetry for DC-bias.
int	TelClk (int num, int l, double *volt)
	Telemetry for clock level (dummy)
int	TelClk (int num, ngcdcs_clkv_t *cv)
	Telemetry for clock (dummy, all levels)
int	Protection (int flag)
	Enable/disable protection circuit.
int	Zero ()
	Set all voltages to zero.
int	Calibrate (int noSetup=0)
	Calibrate.
void	ClearCalibration ()
	Clear calibration.
int	Calibrated ()
	Check if calibration has been done.
int	SetupKey (const char *key, const int *idx, const char *value, int *status=NULL)
	Setup.
int	StatusKey (const char *key, const int *idx, char *value, int *status=NULL)
	Status.
Public Member Functions inherited from ngcdcsCLDC
	ngcdcsCLDC (const ngcb_route_t &r, int nc, int nb)
	Constructor with route, number of clocks and number of biases.
	ngcdcsCLDC (ngcbIFC *ifc, const ngcb_route_t &r, int nc, int nb)
virtual	~ngcdcsCLDC ()
	Destructor.
void	BoardType (int b)
	Enforce specific board type.
void	Reset ()
	Align soft-states after reset.
int	Enable (int check=1)
	Call-back at transition to operational state.
int	Disable ()
	Call-back at transition to not operational state.
int	Selftest ()
	Execute self-test.
void	TimeStamp (int chan)
	Timstamp DAC channel (last setup)
int	VSetup (int autoCtrl=0)
	Apply voltage setup.
int	Check ()
	Check telemetry against current setup.
int	Calibrate (int noSetup=0)
	Calibrate (offset compensation)
void	ClearCalibration ()
	Clear calibration.
int	Calibrated ()
	Check if calibration has been done.
virtual int	Adjust (int chan)
	Voltage setup adjustement for channel.
int	DacChan (int chan, double volt)
	Set voltage on DAC channel.
int	VoltageDC (int num, double volt, int rangeCheck=1)
	Set DC voltage.
int	VoltageClk (int num, int l, double volt, int rangeCheck=1)
	Set clock level.
int	VoltageClk (int num, ngcdcs_clkv_t cv, int rangeCheck=1)
	Set all levels of clock.
int	VoltageRegDC (int num, int value, int rangeCheck=1)
	Set DC hex-voltage.
int	VoltageRegClk (int num, int l, int value, int rangeCheck=1)
	Set clock hex-level.
int	VoltageErrDC (int num, double volt)
	Set DC voltage error.
int	VoltageErrClk (int num, int l, double volt)
	Set clock level voltage error.
int	TelChan (int chan)
	Set telemetry channel.
int	TelChan ()
	Return actual telemetry channel.
int	TelData (double *volt)
	Read telemetry data.
int	TelDC (int num, double *volt)
	Telemetry for DC-bias.
int	TelClk (int num, ngcdcs_clkv_t *cv)
	Telemetry for clock (all levels)
int	TelClk (int num, int l, double *volt)
	Telemetry for clock level.
int	Snapshot ()
	Telemetry snapshot.
char *	VStatusString ()
	Get voltage status string.
int	VStatus (int *hwStat)
	Get voltage HW-status.
int	OutputEnable ()
	Enable output.
int	OutputDisable ()
	Disable output.
int	OutputEnabled ()
	Check if output is enabled.
int	Protection (int flag)
	Enable/disable protection circuit.
int	Zero ()
	Set all voltages to zero.
int	LoadCfgFile (const char *fileName=NULL)
	Load voltage configuration.
int	SaveCfgFile (const char *fileName)
	Save voltage configuration.
int	SaveErrFile (const char *fileName)
	Save error calibration.
int	Restore (const char *keyWord)
	Restore keyword from the last loaded file.
virtual double	ConvertTel (int value)
	Convert telemetry register value.
virtual int	Volt2Reg (double *volt, int chan, double corr=1.0)
	Convert voltage to register value.
virtual double	Reg2Volt (int reg, int chan, double corr=1.0)
	Convert register value to voltage.
virtual int	DacReg (int value, int chan)
	Map value on DAC register channel.
int	SetupKey (const char *key, const int *idx, const char *value, int *status=NULL)
	Setup.
int	StatusKey (const char *key, const int *idx, char *value, int *status=NULL)
	Status.
Public Member Functions inherited from ngcdcsCLDC0
	ngcdcsCLDC0 (const ngcb_route_t &r, int nc, int nb)
	Constructor with route, number of clocks and number of biases.
	ngcdcsCLDC0 (ngcbIFC *ifc, const ngcb_route_t &r, int nc, int nb)
virtual	~ngcdcsCLDC0 ()
	Destructor.
virtual int	AtOnline ()
	At online hook.
virtual double	TelCurrent (int chan)
	Return value of last current-telemetry.
Public Member Functions inherited from ngcbMOD
ngcbMOD &	operator= (const ngcbMOD &other)
	Operator =.
	ngcbMOD (const ngcbMOD &other)
	Copy constructor.
	ngcbMOD (const ngcb_route_t &modRoute)
	Constructor with route.
	ngcbMOD (ngcbIFC *modDev, const ngcb_route_t &modRoute)
	Constructor with interface device and route.
virtual	~ngcbMOD ()
	Destructor.
ngcbIFC *	Dev ()
	Return current interface device.
void	Dev (ngcbIFC *newDev)
	Set new interface device.
int	Connected ()
	Return 1 if device is connected, zero otherwise.
int	Sim ()
int	Initialize ()
	Initialize module.
void	ErrState (const char *msg, int errorId=0)
	Go to error state.
virtual int	CkAddrCB (int addr, const int *buffer, int size)
	Check-address call-back for alignment.
virtual void	WrAddrCB (int addr, const int *buffer, int size)
	Write-to-address call-back for alignment.
virtual int	Load (const char *fileName)
	Load register instruction file.
int	Board ()
	Return the board number of the module (starts with zero)
void	RpcCopy (void *dest, const void *src, size_t size, size_t items=1)
	Copy RPC payload.
int	RPC (int target, int req, void *payload, unsigned int size, unsigned int *status=NULL)
	Execute RPC.
int	ReadAddr (int addr, int *buffer, int size)
	Read from address (32-bit)
int	WriteAddr (int addr, const int *buffer, int size)
	Write to address (32-bit)
int	ReadAddr64 (int addr, uint64_t *buffer, int size)
	Read from address (64-bit)
int	WriteAddr64 (int addr, const uint64_t *buffer, int size)
	Write to address (64-bit)
int	Temperature (double *t)
	Read board temperature (degree C)
int	BackPlane ()
	Return back-plane ID.
virtual void	CV (int chan, double volt)
	Voltage conversion call-back.
Public Member Functions inherited from ngcbOBJ
	ngcbOBJ ()
	Constructor.
virtual	~ngcbOBJ ()
	Destructor.
void	Instance (int n)
	Set instance.
int	Instance ()
	Get instance.
const char *	Major ()
	Instance major number.
int	BigEndian ()
	Big-endian architecture.
int	LittleEndian ()
	Little-endian architecture.
virtual char *	ErrMsg ()
	Error message.
virtual int	Success ()
	Return success.
virtual int	Failure ()
	Return failure.
void	CfgPath (const char *path)
	Set external configuration path.

Public Attributes
double	hvGainUpperRail
	Gain of high voltage clock upper rail.
double	hvGainLowerRail
	Gain of high voltage clock lower rail.
Public Attributes inherited from ngcdcsCLDC
double	offsetClk
	Offset for clock voltages.
double	offsetDC
	Offset for bias voltages.
int	clkMon1
	Clock on monitor 1.
int	clkMon2
	Clock on monitor 2.
double	preampOffset
	Preamplifier offset.
double	diodeBias
	DiodeBias.
double	lbnlGain
	LBNL high voltage gain.
double	lbnlOffset
	LBNL high voltage offset.
double	lbnlTelGain
	LBNL high voltage gain (telemetry)
double	lbnlTelOffset
	LBNL high voltage offset (telemetry)
double	dacDelay
	DAC delay (seconds)
ngcdcs_tel_t	tel [ngcdcsCLDC_MAX_TEL]
	Internal telemetry.
ngcbMOD *	vcm [ngcdcsCLDC_MAX_CHAN]
	Voltage Callbacks.
int	clkSetupMap [ngcbCLDC_MAX_CLK]
	Map specifying the setup order of the clocks.
int	dcSetupMap [ngcbCLDC_MAX_DC]
	Map specifying the setup order of the biases.
Public Attributes inherited from ngcdcsCLDC0
int	vstat
	Soft-status (enabled, disabled)
int	autoEnable
	Enable at online.
int	autoDisable
	Disable when (re-)configuring.
int	ilck
	Flag to enable/disable the external interlock.
int	ilckOn
	Flag indicating whether interlock is enabled.
int	protection
	Flag indicating whether protection has triggered.
int	protectionOn
	Flag indicating whether protection is enabled.
int	autoCal
	Calibrate at online.
double	calMax
	Voltage calibration limit (in Volts)
ngcdcs_clk_t *	clk
	Clock voltages.
int	numClk
	Number of clock voltages.
ngcdcs_dc_t *	dc
	Bias voltages.
int	numDc
	Number of bias voltages.
ngcdcs_clkv_t *	clkTel
	Saved clock voltages telemetry values.
double *	dcTel
	Saved bias voltages telemetry values.
int	haveCurrentTel
	Flag, indicating whether current-telemetry is available.
double	margin
	Margin for voltage check (in Volts)
double	dacTime
	DAC settling time (in seconds)
char	voltageInitFile [256]
	Voltage initialization file.
char	cfgFile [256]
	Voltage configuration file.
int	toggle
	Toggle new configuration.
int	telFlag
	Flag to update telemetry.
double	cvg1
	Voltage conversion formula gain-1.
double	cvg2
	Voltage conversion formula gain-2.
double	cvOffset
	Voltage conversion formula offset.
char	serNoBoard [32]
	Serial number.
char	serNoTrans [32]
	Transition board serial number.
Public Attributes inherited from ngcbMOD
ngcbIFC *	dev
	Interface device.
ngcb_route_t	route
	Local route to module (header)
char	moduleName [64]
	Module name.
int	id
	ID-register content.
int	productCode
	Product code.
int	revision
	HW revision number.
int	firmware
	Firmware revision.
int	boardId
	Physical board id.
int	fitsHdr
	Enable FITS-header for this module.
Public Attributes inherited from ngcbOBJ
FILE *	watchdog
	Watchdog stream.
ngcbALARM_SYS *	alarmSystem
	Alarm system.
ngcbSERVICE *	services
	System services.
int	verboseLevel
	Verbose level.
int	logLevel
	Logging level.
int	xterm
	Xterm flag.
int	debugPort
	Debug port.
int	ignoreErr
	Ignore next error (do not log)
int	type
	Object type.

Additional Inherited Members
Protected Member Functions inherited from ngcdcsCLDC
int	GetTelCfg (size_t start)
	Get internal telemetry configurarion (NGCII only)
Protected Member Functions inherited from ngcbOBJ
virtual int	BailOut (const char *pos)
	Log code position of the error and bail-out with failure.
virtual void	Verbose (int level, const char *format,...) __attribute__((format(printf
	Verbose message if verbose level exceeds level.
virtual void virtual void	Verbose (const char *format,...) __attribute__((format(printf
	Verbose message.
virtual void virtual void virtual void	Log (int level, const char *format,...) __attribute__((format(printf
	Log message if logging level exceeds level.
virtual void virtual void virtual void virtual void	Log (const char *format,...) __attribute__((format(printf
	Log message.
virtual void virtual void virtual void virtual void virtual void	ErrLog (int severity, const char *format,...) __attribute__((format(printf
	Error log, severity is one of ngcbWARNING, ngcbFAILURE and ngcbERR_SEVERE.
virtual void virtual void virtual void virtual void virtual void void	FeedBack (const char *format,...) __attribute__((format(printf
	Feed-back function.
virtual void virtual void virtual void virtual void virtual void void virtual void	SendFeedBack (const char *msg)
	Feed-back sender implementation.
const char *	CfgPath ()
	Get external configuration path.
int	CfgPath (char *path, const char *cfgFile)
	Compose path for configuratuion file.
int	KeyVal (const char *key, float *value)
	Get single precision floating point value from keyword string.
int	KeyVal (const char *key, double *value)
	Get double precision floating point value from keyword string.
int	KeyVal (const char *key, int *value)
	Get 32-bit signed integer value from decimal keyword string.
int	KeyVal (const char *key, unsigned int *value)
	Get 32-bit unsigned integer value from decimal keyword string.
int	KeyValHex (const char *key, int *value)
	Get 32-bit signed integer value from hexadecimal keyword string.
int	KeyValHex (const char *key, unsigned int *value)
	Get 32-bit unsigned integer value from hexadecimal keyword string.
int	KeyValFmt (const char *key, int *value)
	Get 32-bit signed integer value from string.
int	KeyValFmt (const char *key, unsigned int *value)
	Get 32-bit unsigned integer value from string.
int	KeyValFrac (const char *key, unsigned int n, uint64_t *v1, uint64_t *v2)
	Fraction after n digits.
void	CleanupCmd (char *cmdLine, int *cmdLen)
	Clean command string (remove extra spaces etc.)
int	ReplaceParam (char *string)
	Replace parameter in string.

Detailed Description

ALICE camera bias generator class

Constructor & Destructor Documentation

ngcdcsALBIAS() [1/2]

ngcdcsALBIAS::ngcdcsALBIAS	(	const ngcb_route_t &	r,
		int	nb )

Constructor with route and number of biases.

ngcdcsALBIAS() [2/2]

ngcdcsALBIAS::ngcdcsALBIAS	(	ngcbIFC *	ifc,
		const ngcb_route_t &	r,
		int	nb )

Constructor with interface device, route and number of biases.

~ngcdcsALBIAS()

ngcdcsALBIAS::~ngcdcsALBIAS ( )

virtual

Destructor.

Member Function Documentation

Calibrate()

int ngcdcsALBIAS::Calibrate ( int noSetup = 0 )

inlinevirtual

Calibrate.

Reimplemented from ngcdcsCLDC0.

Calibrated()

int ngcdcsALBIAS::Calibrated ( )

inlinevirtual

Check if calibration has been done.

Reimplemented from ngcdcsCLDC0.

ClearCalibration()

void ngcdcsALBIAS::ClearCalibration ( )

inlinevirtual

Clear calibration.

Reimplemented from ngcdcsCLDC0.

ClkMap()

void ngcdcsALBIAS::ClkMap ( ngcdcs_clk_t * cv )

virtual

Clock channel mapping.

Reimplemented from ngcdcsCLDC.

DcMap()

void ngcdcsALBIAS::DcMap ( ngcdcs_dc_t * dv )

virtual

Bias channel mapping.

Reimplemented from ngcdcsCLDC.

DefaultSetup()

void ngcdcsALBIAS::DefaultSetup ( const char * keyWord = NULL )

virtual

Default setup.

Reimplemented from ngcdcsCLDC.

DiodeBias()

int ngcdcsALBIAS::DiodeBias ( double volt )

inlinevirtual

Diode bias dummy function.

Reimplemented from ngcdcsCLDC.

Disable()

int ngcdcsALBIAS::Disable ( )

virtual

Disable call back.

Reimplemented from ngcbMOD.

Monitor()

int ngcdcsALBIAS::Monitor ( int num, int clkChan )

inlinevirtual

Clock-monitor dummy function.

Reimplemented from ngcdcsCLDC.

OffsetClk() [1/2]

double ngcdcsALBIAS::OffsetClk ( )

inlinevirtual

Return offset for clocks.

Reimplemented from ngcdcsCLDC.

OffsetClk() [2/2]

int ngcdcsALBIAS::OffsetClk ( double volt )

inlinevirtual

Clock offset dummy function.

Reimplemented from ngcdcsCLDC.

OffsetDC() [1/2]

double ngcdcsALBIAS::OffsetDC ( )

inlinevirtual

Return offset for DC-biases.

Reimplemented from ngcdcsCLDC.

OffsetDC() [2/2]

int ngcdcsALBIAS::OffsetDC ( double volt )

inlinevirtual

Bias offset dummy function.

Reimplemented from ngcdcsCLDC.

OutputDisable()

int ngcdcsALBIAS::OutputDisable ( )

virtual

Disable output.

Reimplemented from ngcdcsCLDC0.

OutputEnable()

int ngcdcsALBIAS::OutputEnable ( )

virtual

Enable output.

Reimplemented from ngcdcsCLDC0.

PreampOffset()

int ngcdcsALBIAS::PreampOffset ( double volt )

inlinevirtual

Preamplifier offset dummy function.

Reimplemented from ngcdcsCLDC.

Protection()

int ngcdcsALBIAS::Protection ( int flag )

inlinevirtual

Enable/disable protection circuit.

Reimplemented from ngcdcsCLDC0.

SetupKey()

int ngcdcsALBIAS::SetupKey ( const char * key, const int * idx, const char * value, int * status = NULL )

virtual

Setup.

Reimplemented from ngcdcsCLDC0.

StatusKey()

int ngcdcsALBIAS::StatusKey ( const char * key, const int * idx, char * value, int * status = NULL )

virtual

Status.

Reimplemented from ngcdcsCLDC0.

TelChan()

int ngcdcsALBIAS::TelChan ( int num, double * volt )

virtual

Telemetry for channel.

Reimplemented from ngcdcsCLDC.

TelClk() [1/2]

int ngcdcsALBIAS::TelClk ( int num, int l, double * volt )

inlinevirtual

Telemetry for clock level (dummy)

Reimplemented from ngcdcsCLDC0.

TelClk() [2/2]

int ngcdcsALBIAS::TelClk ( int num, ngcdcs_clkv_t * cv )

inlinevirtual

Telemetry for clock (dummy, all levels)

Reimplemented from ngcdcsCLDC0.

TelDC()

int ngcdcsALBIAS::TelDC ( int num, double * volt )

virtual

Telemetry for DC-bias.

Reimplemented from ngcdcsCLDC0.

TelIntern()

int ngcdcsALBIAS::TelIntern ( int sel = -1 )

virtual

Update internal telemetry.

Reimplemented from ngcdcsCLDC.

VideoOffset()

int ngcdcsALBIAS::VideoOffset ( double * volt )

inlinevirtual

Video offset dummy function.

Reimplemented from ngcdcsCLDC.

VoltageClk()

int ngcdcsALBIAS::VoltageClk ( int num, int l, double volt, int rangeCheck = 1 )

virtual

Clock setup.

Reimplemented from ngcdcsCLDC0.

VoltageDC()

int ngcdcsALBIAS::VoltageDC ( int num, double volt, int rangeCheck = 1 )

virtual

Bias setup.

Reimplemented from ngcdcsCLDC0.

VoltageRegClk()

int ngcdcsALBIAS::VoltageRegClk ( int num, int l, int value, int rangeCheck = 1 )

inlinevirtual

Direct clock register setup (not applicable)

Reimplemented from ngcdcsCLDC0.

VoltageRegDC()

int ngcdcsALBIAS::VoltageRegDC ( int num, int value, int rangeCheck = 1 )

inlinevirtual

Direct bias register setup (not applicable)

Reimplemented from ngcdcsCLDC0.

VStatus()

int ngcdcsALBIAS::VStatus ( int * s )

virtual

Get voltage HW-status.

Reimplemented from ngcdcsCLDC0.

VStatusString()

char * ngcdcsALBIAS::VStatusString ( )

inlinevirtual

Get voltage status string.

Reimplemented from ngcdcsCLDC0.

Zero()

int ngcdcsALBIAS::Zero ( )

virtual

Set all voltages to zero.

Reimplemented from ngcdcsCLDC0.

Member Data Documentation

hvGainLowerRail

double ngcdcsALBIAS::hvGainLowerRail

Gain of high voltage clock lower rail.

hvGainUpperRail

double ngcdcsALBIAS::hvGainUpperRail

Gain of high voltage clock upper rail.

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

• core/ngcdcs/src/include/ngc/core/ngcdcsALBIAS.hpp
• core/ngcdcs/src/ngcdcsALBIAS.cpp