#include <ngcdcsSEQ.hpp>

Inheritance diagram for ngcdcsSEQ:

Public Member Functions
	ngcdcsSEQ (const ngcb_route_t &r)
	Constructor with route.

	ngcdcsSEQ (ngcbIFC *ifc, const ngcb_route_t &r)
	Constructor with interface device and route.

	ngcdcsSEQ (const ngcb_route_t &r, ngcbPARAM_LIST *p)
	Constructor with route and parameter list.

	ngcdcsSEQ (ngcbIFC ifc, const ngcb_route_t &r, ngcbPARAM_LIST p)
	Constructor with interface device, route and parameter list.

virtual	~ngcdcsSEQ ()
	Destructor.

int	Selftest ()
	Selftest.

int	ClkState (int idx, int flag)
	Enable/disable clock.

int	ClkState (int idx)
	Get clock enabled/disabled state.

int	PatTime (const ngcdcs_pat_t &pat, int apply=1)
	Compute pattern time.

int	PatNumStates (const ngcdcs_pat_t &pat)
	Compute number of states.

void	StorePatSetup ()
	Store patterns to private copy.

int	RestorePatSetup ()
	Restore patterns from private copy.

int	InitPat (int low, int high)
	Set default initial pattern.

int	InitPatLow (int value)
	Set default initial pattern (low)

int	InitPatHigh (int value)
	Set default initial pattern (high)

int	InitPatFirst (int n)
	Init with first state of pattern.

int	InitPatLast (int n)
	Init with last state of pattern.

int	InitPatLow ()
	Get actual initial pattern (low)

int	InitPatHigh ()
	Get actual initial pattern (high)

int	LastPat (int low, int high)
	Get last executed clock state.

int	FirstPat (int low, int high)
	Get first executed clock state.

int	SetupPat (int stopFlag=1)
	Upload all defined patterns.

int	SetPat (int idx, ngcdcs_pat_t &pat)
	Set a clock pattern.

int	GetPat (ngcdcs_pat_t *pat)
	Get a clock pattern by address.

int	GetPat (int idx, ngcdcs_pat_t *pat)
	Get a clock pattern by index.

int	CheckPatRam ()
	Verify sequencer pattern RAM consistency.

int	GetState (int low, int high, int patNum, int stateNum)
	Get pattern state.

int	SetPatClk (int idx, int clkNum, const char *s)
	Set specific clock timing.

void	DumpPat (char *reply, const ngcdcs_pat_t &pat)
	Dump pattern to string.

int	DwellTime (int factor, int add)
	Set global dwell-time factor+add.

int	TimeFactor (int factor)
	Set global dwell-time factor.

int	TimeAdd (int add)
	Set global dwell-time add.

int	LoadClkFile (const char *name)
	Load clock pattern file.

int	SaveClkFile (const char *fileName)
	Save clock pattern file.

virtual int	LoadClk (const char *fileName)
	Clock pattern file loader.

virtual int	SaveClk (const char *fileName)
	Clock pattern file saver.

int	Monitor (int num, int clkChan)
	Set channel for clock-monitor.

int	ExecTime (double *execTime)
	Compute program execution time.

int	ExecTime (double execTime, int prgCode, int codeAddr, int length)
	Compute code execution time.

int	ResolveSubRt (ngcdcs_seqp_t *prg)
	Resolve subroutines.

int	CleanLoop (ngcdcs_seqp_t *prg)
	Remove zero loops etc. in sequencer program.

int	CheckPrg (const ngcdcs_seqp_t &prg)
	Check and cleanup program.

int	CheckSeqRam ()
	Verify sequencer program RAM consistency.

int	SetPrg (const ngcdcs_seqp_t &prg)
	Set sequencer program.

int	GetPrg (ngcdcs_seqp_t *prg)
	Get sequencer program.

void	DumpCode (char *reply, const ngcdcs_seqp_t &prg, int offset, int length)
	Dump piece of prg-code.

int	DumpPrg (char *reply, ngcdcs_seqp_t &prg, int n=-1)
	Dump program to string.

int	ClearPrgFile ()
	Clear program file.

int	LoadPrgFile (const char *name=NULL)
	Load sequencer program file.

virtual int	PrgFile (const char *fileName)
	Sequencer program loader.

int	Parameters (const char fileName, char list)
	Get used parameters from file.

int	MinPulse (double *min, int clkNum)
	Compute minimum pulse distance on clock.

int	PulseCnt (int rising, int falling, int clkNum)
	Compute number of edges on clock.

int	BreakTimeout (int force=0)
	Compute timeout for break command.

int	SimPrg (ngcdcsSEQ_EMU *emulator, ngcdcs_ticks_t start, int length)
	Program Simulator.

int	SimSeqTiming ()
	Simulate sequence timing.

int	SetPdu (int value, int chan=0)
	Set payload data units per channel.

int	SetPackets (int value, int chan=0)
	Set packets per frame per channel.

int	SetBytesPerPix (int value, int chan=0)
	Set bytes per payload data unit per channel.

int	GetFramCfg (int pduValue, int packetsValue, int *bpix, int chan)

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	Convert (int strobe, int flag)
	Enable/disable convert strobe.

int	TriggerOn (int flag)
	Enable/disable trigger mode.

int	TriggerMode (int mode)
	Select trigger mode.

int	RunCtrl (int flag)
	Enable/disable external run-control.

int	CvtExt (int flag)
	Enable/disable external convert.

int	SyncExt (int flag)
	Enable/disable external SYNC pulse.

int	Start ()
	Start sequencer.

int	Step ()
	Run til next break-point.

int	Stop (int align, int force=0)
	Stop sequencer.

int	Align ()
	Align sequencer control flags.

int	Disarm ()
	Disable sequencer control flags.

int	Pause ()
	Pause sequencer.

int	Break (int trigger=1)
	Stop sequencer at next breakpoint.

int	BreakWait (int timeout, int interval=100)
	Poll with timeout until break-point is reached.

int	Wait (int event, int timeout, int interval=100)
	Poll with timeout until status register matches event.

int	Trigger (int armed=1)
	Send trigger command to sequencer.

void	NewStatus (int newStatus)
	Set new soft status.

char *	StatusString ()
	Get status string.

int	Status (int *hwStat)
	Get status value.

ngcb_evt_t	Event (int stat)
	Return event configuration for status switch.

int	RunningState ()
	Check if sequencer is in running state.

int	FailureState ()
	Check if sequencer is in failure state.

unsigned int	NumTrigger ()
	Return number of trigger commands since last start.

unsigned int	BlindTrigger ()

unsigned int	LostTrigger ()

virtual int	LookupCB (const char name, char value)
	Parameter lookup.

int	SlxEnable ()
	Enable SELEX serial interface.

int	SlxDisable ()
	Disable SELEX serial interface.

int	ShiftOut (const char *array, int numBits)
	Copy byte array to shift register.

int	ShiftOut (const int *array, int numBits)
	Copy 32-bit word array to shift register.

int	SlxSetup (const char key, const int idx, const char value, int status=NULL)
	SELEX setup.

int	SlxStatus (const char key, const int idx, char value, int status=NULL)
	SELEX status.

Public Member Functions inherited from ngcdcsSEQ0
	ngcdcsSEQ0 (const ngcb_route_t &r, int nc, int nb)
	Constructor with route, number of clocks and number of biases.

	ngcdcsSEQ0 (ngcbIFC *ifc, const ngcb_route_t &r, int nc, int nb)

virtual	~ngcdcsSEQ0 ()
	Destructor.

virtual int	Window (ngcdcs_win_t w)
	Set read-out window.

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 int	VSetup (int autoCtrl=0)
	Apply voltage setup.

virtual int	Check ()
	Check telemetry against current setup.

virtual int	OutputEnable ()
	Enable output.

virtual int	OutputDisable ()
	Disable output.

virtual int	OutputEnabled ()
	Check if output is enabled.

virtual int	Protection (int flag)
	Enable/disable protection circuit.

virtual int	Calibrate (int noSetup=0)
	Calibrate (offset compensation)

virtual void	ClearCalibration ()
	Clear calibration.

virtual int	Calibrated ()
	Check if calibration has been done.

virtual int	Zero ()
	Set all voltages to zero.

virtual int	VoltageDC (int num, double volt, int rangeCheck=1)
	Set DC voltage.

virtual int	VoltageClk (int num, int l, double volt, int rangeCheck=1)
	Set clock level.

virtual int	VoltageClk (int num, ngcdcs_clkv_t cv, int rangeCheck=1)
	Set all levels of clock.

virtual int	VoltageRegDC (int num, int value, int rangeCheck=1)
	Set DC hex-voltage.

virtual int	VoltageRegClk (int num, int l, int value, int rangeCheck=1)
	Set clock hex-level.

virtual int	VoltageErrDC (int num, double volt)
	Set DC voltage error.

virtual int	VoltageErrClk (int num, int l, double volt)
	Set clock level voltage error.

virtual double	TelCurrent (int chan)
	Return value of last current-telemetry.

virtual int	TelDC (int num, double *volt)
	Telemetry for DC-bias.

virtual int	TelClk (int num, int l, double *volt)
	Telemetry for clock level.

virtual int	TelClk (int num, ngcdcs_clkv_t *cv)
	Telemetry for clock (all levels)

virtual int	Snapshot ()
	Telemetry snapshot.

virtual char *	VStatusString ()
	Get voltage status string.

virtual int	VStatus (int *s)
	Get voltage HW-status.

virtual int	LoadCfgFile (const char *fileName=NULL)
	Load voltage configuration.

virtual int	SaveCfgFile (const char *fileName)
	Save voltage configuration.

virtual int	SaveErrFile (const char *fileName)
	Save error calibration.

virtual int	Restore (const char *keyword)
	Restore keyword from the last loaded file.

virtual int	SetupKey (const char key, const int idx, const char value, int status=NULL)
	Setup.

virtual int	StatusKey (const char key, const int idx, char value, int status=NULL)
	Status.

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
ngcdcs_pat_t *	pattern
	Clock pattern setup.

ngcdcs_seqp_t	program
	Sequencer program.

int	autoInit
	Automatic clock pattern initialization.

int	clkMon1
	Clock on monitor 1.

int	clkMon2
	Clock on monitor 2.

int	clkMon3
	Clock on monitor 3.

int	softMon
	Use soft monitor for digital clocks.

int	pdu [4]
	Payload data units.

int	packets [4]
	Payload packets per frame.

int	bpix [4]
	Payload bytes per pixel unit.

ngcdcs_slxcfg_t	slx
	SELEX configuration.

Public Attributes inherited from ngcdcsSEQ0
double	clock
	Time of one clock tick.

int	runCtrl
	External run-control flag.

int	cvtExt
	Exteranl convert.

int	syncExt
	External SYNC pulse.

int	breakMode
	Break mode.

int	continuous
	Continuous mode flag.

int	updateFlag
	Flag to update the sequencer program.

int	new_prgfile
	Flag, indicating that a new program file is in the setup list.

int	useBreakTmo
	Use break-timeout.

int	triggerCtrl
	Enable/disable automatic trigger control during break.

int	status
	Soft state: idle, waiting, running or failure.

ngcdcs_win_t	win
	Read-out window.

char	clkFile [256]
	Clock pattern file name.

char	prgFile [256]
	Sequencer program file name.

int	triggerOn
	Trigger enable flag.

int	triggerMode
	Trigger mode.

int	timeFactor
	Global dwell-time factor.

int	timeAdd
	Global dwell-time add.

int	timeSim
	Enable sequence time simulation.

int	stopDelay
	Delay after sequencer stop/reset (ms)

double	realDit
	Actual DIT.

double	tim
	Minimum TIM-period.

int	timAuto
	Automatic computation of minimum TIM-period.

int	sync
	Sequencer synchronized (generic flag)

int	convert [2]
	Convert strobe enabled.

int	autoStop
	Automatic stop/start.

int	optimize
	Optimize.

ngcbDIC *	dictionary
	Pointer to dictionary;.

ngcbPARAM_LIST *	dicParam
	Dictionary placeholders.

ngcbPARAM_LIST	postSetup
	Post-setup.

ngcbPARAM_LIST	useList
	Use-list.

FILE *	sdebug
	Script debug stream.

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 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

NGC sequencer class

Constructor & Destructor Documentation

◆ ngcdcsSEQ() [1/4]

ngcdcsSEQ::ngcdcsSEQ ( const ngcb_route_t & r )

explicit

Constructor with route.

◆ ngcdcsSEQ() [2/4]

ngcdcsSEQ::ngcdcsSEQ	(	ngcbIFC *	ifc,
		const ngcb_route_t &	r )

Constructor with interface device and route.

◆ ngcdcsSEQ() [3/4]

ngcdcsSEQ::ngcdcsSEQ	(	const ngcb_route_t &	r,
		ngcbPARAM_LIST *	p )

Constructor with route and parameter list.

◆ ngcdcsSEQ() [4/4]

ngcdcsSEQ::ngcdcsSEQ	(	ngcbIFC *	ifc,
		const ngcb_route_t &	r,
		ngcbPARAM_LIST *	p )

Constructor with interface device, route and parameter list.

◆ ~ngcdcsSEQ()

ngcdcsSEQ::~ngcdcsSEQ ( )

virtual

Destructor.

Member Function Documentation

◆ Align()

int ngcdcsSEQ::Align ( )

virtual

Align sequencer control flags.

Reimplemented from ngcdcsSEQ0.

◆ BlindTrigger()

unsigned int ngcdcsSEQ::BlindTrigger ( )

inlinevirtual

Return number of trigger commands received without previuos status check

Reimplemented from ngcdcsSEQ0.

◆ Break()

int ngcdcsSEQ::Break ( int trigger = 1 )

virtual

Stop sequencer at next breakpoint.

Reimplemented from ngcdcsSEQ0.

◆ BreakTimeout()

int ngcdcsSEQ::BreakTimeout ( int force = 0 )

virtual

Compute timeout for break command.

Reimplemented from ngcdcsSEQ0.

◆ BreakWait()

int ngcdcsSEQ::BreakWait	(	int	timeout,
		int	interval = 100 )

Poll with timeout until break-point is reached.

◆ CheckPatRam()

int ngcdcsSEQ::CheckPatRam ( )

Verify sequencer pattern RAM consistency.

◆ CheckPrg()

int ngcdcsSEQ::CheckPrg ( const ngcdcs_seqp_t & prg )

Check and cleanup program.

◆ CheckSeqRam()

int ngcdcsSEQ::CheckSeqRam ( )

Verify sequencer program RAM consistency.

◆ CleanLoop()

int ngcdcsSEQ::CleanLoop ( ngcdcs_seqp_t * prg )

Remove zero loops etc. in sequencer program.

◆ ClearPrgFile()

int ngcdcsSEQ::ClearPrgFile ( )

virtual

Clear program file.

Reimplemented from ngcdcsSEQ0.

◆ ClkState() [1/2]

int ngcdcsSEQ::ClkState ( int idx )

Get clock enabled/disabled state.

◆ ClkState() [2/2]

int ngcdcsSEQ::ClkState	(	int	idx,
		int	flag )

Enable/disable clock.

◆ Convert()

int ngcdcsSEQ::Convert	(	int	strobe,
		int	flag )

virtual

Enable/disable convert strobe.

Reimplemented from ngcdcsSEQ0.

◆ CvtExt()

int ngcdcsSEQ::CvtExt ( int flag )

virtual

Enable/disable external convert.

Reimplemented from ngcdcsSEQ0.

◆ Disable()

int ngcdcsSEQ::Disable ( )

virtual

Call-back at transition to not operational state.

Reimplemented from ngcbMOD.

◆ Disarm()

int ngcdcsSEQ::Disarm ( )

virtual

Disable sequencer control flags.

Reimplemented from ngcdcsSEQ0.

◆ DumpCode()

void ngcdcsSEQ::DumpCode	(	char *	reply,
		const ngcdcs_seqp_t &	prg,
		int	offset,
		int	length )

Dump piece of prg-code.

◆ DumpPat()

void ngcdcsSEQ::DumpPat	(	char *	reply,
		const ngcdcs_pat_t &	pat )

Dump pattern to string.

◆ DumpPrg()

int ngcdcsSEQ::DumpPrg	(	char *	reply,
		ngcdcs_seqp_t &	prg,
		int	n = -1 )

Dump program to string.

◆ DwellTime()

int ngcdcsSEQ::DwellTime	(	int	factor,
		int	add )

virtual

Set global dwell-time factor+add.

Reimplemented from ngcdcsSEQ0.

◆ Enable()

int ngcdcsSEQ::Enable ( int check = 1 )

virtual

Call-back at transition to operational state.

Reimplemented from ngcbMOD.

◆ Event()

ngcb_evt_t ngcdcsSEQ::Event ( int stat )

virtual

Return event configuration for status switch.

Reimplemented from ngcdcsSEQ0.

◆ ExecTime() [1/2]

int ngcdcsSEQ::ExecTime ( double * execTime )

Compute program execution time.

◆ ExecTime() [2/2]

int ngcdcsSEQ::ExecTime	(	double *	execTime,
		int *	prgCode,
		int	codeAddr,
		int	length )

Compute code execution time.

◆ FailureState()

int ngcdcsSEQ::FailureState ( )

inlinevirtual

Check if sequencer is in failure state.

Reimplemented from ngcdcsSEQ0.

◆ FirstPat()

int ngcdcsSEQ::FirstPat	(	int *	low,
		int *	high )

Get first executed clock state.

◆ GetFramCfg()

int ngcdcsSEQ::GetFramCfg	(	int *	pduValue,
		int *	packetsValue,
		int *	bpix,
		int	chan )

◆ GetPat() [1/2]

int ngcdcsSEQ::GetPat	(	int	idx,
		ngcdcs_pat_t *	pat )

Get a clock pattern by index.

◆ GetPat() [2/2]

int ngcdcsSEQ::GetPat ( ngcdcs_pat_t * pat )

Get a clock pattern by address.

◆ GetPrg()

int ngcdcsSEQ::GetPrg ( ngcdcs_seqp_t * prg )

Get sequencer program.

◆ GetState()

int ngcdcsSEQ::GetState	(	int *	low,
		int *	high,
		int	patNum,
		int	stateNum )

Get pattern state.

◆ InitPat()

int ngcdcsSEQ::InitPat	(	int	low,
		int	high )

Set default initial pattern.

◆ InitPatFirst()

int ngcdcsSEQ::InitPatFirst ( int n )

Init with first state of pattern.

◆ InitPatHigh() [1/2]

int ngcdcsSEQ::InitPatHigh ( )

Get actual initial pattern (high)

◆ InitPatHigh() [2/2]

int ngcdcsSEQ::InitPatHigh ( int value )

Set default initial pattern (high)

◆ InitPatLast()

int ngcdcsSEQ::InitPatLast ( int n )

Init with last state of pattern.

◆ InitPatLow() [1/2]

int ngcdcsSEQ::InitPatLow ( )

Get actual initial pattern (low)

◆ InitPatLow() [2/2]

int ngcdcsSEQ::InitPatLow ( int value )

Set default initial pattern (low)

◆ LastPat()

int ngcdcsSEQ::LastPat	(	int *	low,
		int *	high )

Get last executed clock state.

◆ LoadClk()

int ngcdcsSEQ::LoadClk ( const char * fileName )

virtual

Clock pattern file loader.

◆ LoadClkFile()

int ngcdcsSEQ::LoadClkFile ( const char * name )

virtual

Load clock pattern file.

Reimplemented from ngcdcsSEQ0.

◆ LoadPrgFile()

int ngcdcsSEQ::LoadPrgFile ( const char * name = NULL )

virtual

Load sequencer program file.

Reimplemented from ngcdcsSEQ0.

◆ LookupCB()

int ngcdcsSEQ::LookupCB	(	const char *	name,
		char *	value )

virtual

Parameter lookup.

◆ LostTrigger()

unsigned int ngcdcsSEQ::LostTrigger ( )

inlinevirtual

Return number of trigger commands received when not in waiting state

Reimplemented from ngcdcsSEQ0.

◆ MinPulse()

int ngcdcsSEQ::MinPulse	(	double *	min,
		int	clkNum )

Compute minimum pulse distance on clock.

◆ Monitor()

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

Set channel for clock-monitor.

◆ NewStatus()

void ngcdcsSEQ::NewStatus ( int newStatus )

virtual

Set new soft status.

Reimplemented from ngcdcsSEQ0.

◆ NumTrigger()

unsigned int ngcdcsSEQ::NumTrigger ( )

inlinevirtual

Return number of trigger commands since last start.

Reimplemented from ngcdcsSEQ0.

◆ Parameters()

int ngcdcsSEQ::Parameters	(	const char *	fileName,
		char *	list )

Get used parameters from file.

◆ PatNumStates()

int ngcdcsSEQ::PatNumStates ( const ngcdcs_pat_t & pat )

Compute number of states.

◆ PatTime()

int ngcdcsSEQ::PatTime	(	const ngcdcs_pat_t &	pat,
		int	apply = 1 )

Compute pattern time.

◆ Pause()

int ngcdcsSEQ::Pause ( )

virtual

Pause sequencer.

Reimplemented from ngcdcsSEQ0.

◆ PrgFile()

int ngcdcsSEQ::PrgFile ( const char * fileName )

virtual

Sequencer program loader.

◆ PulseCnt()

int ngcdcsSEQ::PulseCnt	(	int *	rising,
		int *	falling,
		int	clkNum )

Compute number of edges on clock.

◆ Reset()

void ngcdcsSEQ::Reset ( )

virtual

Align soft-states after reset.

Reimplemented from ngcbMOD.

◆ ResolveSubRt()

int ngcdcsSEQ::ResolveSubRt ( ngcdcs_seqp_t * prg )

Resolve subroutines.

◆ RestorePatSetup()

int ngcdcsSEQ::RestorePatSetup ( )

Restore patterns from private copy.

◆ RunCtrl()

int ngcdcsSEQ::RunCtrl ( int flag )

virtual

Enable/disable external run-control.

Reimplemented from ngcdcsSEQ0.

◆ RunningState()

int ngcdcsSEQ::RunningState ( )

inlinevirtual

Check if sequencer is in running state.

Reimplemented from ngcdcsSEQ0.

◆ SaveClk()

int ngcdcsSEQ::SaveClk ( const char * fileName )

virtual

Clock pattern file saver.

◆ SaveClkFile()

int ngcdcsSEQ::SaveClkFile ( const char * fileName )

Save clock pattern file.

◆ Selftest()

int ngcdcsSEQ::Selftest ( )

virtual

Selftest.

Reimplemented from ngcdcsSEQ0.

◆ SetBytesPerPix()

int ngcdcsSEQ::SetBytesPerPix	(	int	value,
		int	chan = 0 )

Set bytes per payload data unit per channel.

◆ SetPackets()

int ngcdcsSEQ::SetPackets	(	int	value,
		int	chan = 0 )

Set packets per frame per channel.

◆ SetPat()

int ngcdcsSEQ::SetPat	(	int	idx,
		ngcdcs_pat_t &	pat )

Set a clock pattern.

◆ SetPatClk()

int ngcdcsSEQ::SetPatClk	(	int	idx,
		int	clkNum,
		const char *	s )

Set specific clock timing.

◆ SetPdu()

int ngcdcsSEQ::SetPdu	(	int	value,
		int	chan = 0 )

Set payload data units per channel.

◆ SetPrg()

int ngcdcsSEQ::SetPrg ( const ngcdcs_seqp_t & prg )

Set sequencer program.

◆ SetupPat()

int ngcdcsSEQ::SetupPat ( int stopFlag = 1 )

Upload all defined patterns.

◆ ShiftOut() [1/2]

int ngcdcsSEQ::ShiftOut	(	const char *	array,
		int	numBits )

Copy byte array to shift register.

◆ ShiftOut() [2/2]

int ngcdcsSEQ::ShiftOut	(	const int *	array,
		int	numBits )

Copy 32-bit word array to shift register.

◆ SimPrg()

int ngcdcsSEQ::SimPrg	(	ngcdcsSEQ_EMU *	emulator,
		ngcdcs_ticks_t	start,
		int	length )

Program Simulator.

◆ SimSeqTiming()

int ngcdcsSEQ::SimSeqTiming ( )

virtual

Simulate sequence timing.

Reimplemented from ngcdcsSEQ0.

◆ SlxDisable()

int ngcdcsSEQ::SlxDisable ( )

Disable SELEX serial interface.

◆ SlxEnable()

int ngcdcsSEQ::SlxEnable ( )

Enable SELEX serial interface.

◆ SlxSetup()

int ngcdcsSEQ::SlxSetup	(	const char *	key,
		const int *	idx,
		const char *	value,
		int *	status = NULL )

SELEX setup.

◆ SlxStatus()

int ngcdcsSEQ::SlxStatus	(	const char *	key,
		const int *	idx,
		char *	value,
		int *	status = NULL )

SELEX status.

◆ Start()

int ngcdcsSEQ::Start ( )

virtual

Start sequencer.

Reimplemented from ngcdcsSEQ0.

◆ Status()

int ngcdcsSEQ::Status ( int * hwStat )

virtual

Get status value.

Reimplemented from ngcdcsSEQ0.

◆ StatusString()

char * ngcdcsSEQ::StatusString ( )

virtual

Get status string.

Reimplemented from ngcdcsSEQ0.

◆ Step()

int ngcdcsSEQ::Step ( )

Run til next break-point.

◆ Stop()

int ngcdcsSEQ::Stop	(	int	align,
		int	force = 0 )

virtual

Stop sequencer.

Reimplemented from ngcdcsSEQ0.

◆ StorePatSetup()

void ngcdcsSEQ::StorePatSetup ( )

Store patterns to private copy.

◆ SyncExt()

int ngcdcsSEQ::SyncExt ( int flag )

virtual

Enable/disable external SYNC pulse.

Reimplemented from ngcdcsSEQ0.

◆ TimeAdd()

int ngcdcsSEQ::TimeAdd ( int add )

virtual

Set global dwell-time add.

Reimplemented from ngcdcsSEQ0.

◆ TimeFactor()

int ngcdcsSEQ::TimeFactor ( int factor )

virtual

Set global dwell-time factor.

Reimplemented from ngcdcsSEQ0.

◆ Trigger()

int ngcdcsSEQ::Trigger ( int armed = 1 )

virtual

Send trigger command to sequencer.

Reimplemented from ngcdcsSEQ0.

◆ TriggerMode()

int ngcdcsSEQ::TriggerMode ( int mode )

virtual

Select trigger mode.

Reimplemented from ngcdcsSEQ0.

◆ TriggerOn()

int ngcdcsSEQ::TriggerOn ( int flag )

virtual

Enable/disable trigger mode.

Reimplemented from ngcdcsSEQ0.

◆ Wait()

int ngcdcsSEQ::Wait	(	int	event,
		int	timeout,
		int	interval = 100 )

virtual

Poll with timeout until status register matches event.

Reimplemented from ngcdcsSEQ0.

Member Data Documentation

◆ autoInit

int ngcdcsSEQ::autoInit

Automatic clock pattern initialization.

◆ bpix

int ngcdcsSEQ::bpix[4]

Payload bytes per pixel unit.

◆ clkMon1

int ngcdcsSEQ::clkMon1

Clock on monitor 1.

◆ clkMon2

int ngcdcsSEQ::clkMon2

Clock on monitor 2.

◆ clkMon3

int ngcdcsSEQ::clkMon3

Clock on monitor 3.

◆ packets

int ngcdcsSEQ::packets[4]

Payload packets per frame.

◆ pattern

ngcdcs_pat_t* ngcdcsSEQ::pattern

Clock pattern setup.

◆ pdu

int ngcdcsSEQ::pdu[4]

Payload data units.

◆ program

ngcdcs_seqp_t ngcdcsSEQ::program

Sequencer program.

◆ slx

ngcdcs_slxcfg_t ngcdcsSEQ::slx

SELEX configuration.

◆ softMon

int ngcdcsSEQ::softMon

Use soft monitor for digital clocks.

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

core/ngcdcs/src/include/ngc/core/ngcdcsSEQ.hpp
core/ngcdcs/src/ngcdcsSEQ.cpp
core/ngcdcs/src/ngcdcsSeqClk.cpp
core/ngcdcs/src/ngcdcsSeqOptimize.cpp
core/ngcdcs/src/ngcdcsSeqPat.cpp
core/ngcdcs/src/ngcdcsSeqPrg.cpp
core/ngcdcs/src/ngcdcsSeqSelftest.cpp
core/ngcdcs/src/ngcdcsSeqSlx.cpp

Public Member Functions

Public Attributes

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ ngcdcsSEQ() [1/4]

◆ ngcdcsSEQ() [2/4]

◆ ngcdcsSEQ() [3/4]

◆ ngcdcsSEQ() [4/4]

◆ ~ngcdcsSEQ()

Member Function Documentation

◆ Align()

◆ BlindTrigger()

◆ Break()

◆ BreakTimeout()

◆ BreakWait()

◆ CheckPatRam()

◆ CheckPrg()

◆ CheckSeqRam()

◆ CleanLoop()

◆ ClearPrgFile()

◆ ClkState() [1/2]

◆ ClkState() [2/2]

◆ Convert()

◆ CvtExt()

◆ Disable()

◆ Disarm()

◆ DumpCode()

◆ DumpPat()

◆ DumpPrg()

◆ DwellTime()

◆ Enable()

◆ Event()

◆ ExecTime() [1/2]

◆ ExecTime() [2/2]

◆ FailureState()

◆ FirstPat()

◆ GetFramCfg()

◆ GetPat() [1/2]

◆ GetPat() [2/2]

◆ GetPrg()

◆ GetState()

◆ InitPat()

◆ InitPatFirst()

◆ InitPatHigh() [1/2]

◆ InitPatHigh() [2/2]

◆ InitPatLast()

◆ InitPatLow() [1/2]

◆ InitPatLow() [2/2]

◆ LastPat()

◆ LoadClk()

◆ LoadClkFile()

◆ LoadPrgFile()

◆ LookupCB()

◆ LostTrigger()

◆ MinPulse()

◆ Monitor()

◆ NewStatus()

◆ NumTrigger()

◆ Parameters()

◆ PatNumStates()

◆ PatTime()

◆ Pause()

◆ PrgFile()

◆ PulseCnt()

◆ Reset()

◆ ResolveSubRt()

◆ RestorePatSetup()

◆ RunCtrl()

◆ RunningState()

◆ SaveClk()

◆ SaveClkFile()

◆ Selftest()

◆ SetBytesPerPix()

◆ SetPackets()

◆ SetPat()

◆ SetPatClk()

◆ SetPdu()

◆ SetPrg()

◆ SetupPat()