CODA version 3 event decoder implementation. More...

#include <Coda3EventDecoder.h>

Inheritance diagram for Coda3EventDecoder:

Collaboration diagram for Coda3EventDecoder:

Data Structures
class	coda_format_error

class	TBOBJ

Public Types
enum	{ HED_OK = 0 , HED_WARN = -63 , HED_ERR = -127 , HED_FATAL = -255 }

Public Member Functions
	Coda3EventDecoder ()

	~Coda3EventDecoder () override

std::vector< UInt_t >	EncodePHYSEventHeader (std::vector< ROCID_t > &ROCList) override

void	EncodePrestartEventHeader (int *buffer, int runnumber, int runtype, int localtime) override

void	EncodeGoEventHeader (int *buffer, int eventcount, int localtime) override

void	EncodePauseEventHeader (int *buffer, int eventcount, int localtime) override

void	EncodeEndEventHeader (int *buffer, int eventcount, int localtime) override

Int_t	DecodeEventIDBank (UInt_t *buffer) override

Public Member Functions inherited from VEventDecoder
	VEventDecoder ()

virtual	~VEventDecoder ()

virtual Bool_t	DecodeSubbankHeader (UInt_t *buffer)
	Decode the subbank header for the current event/bank context.

virtual Bool_t	IsPhysicsEvent ()

virtual Bool_t	IsROCConfigurationEvent ()

virtual Bool_t	IsEPICSEvent ()

UInt_t	GetWordsSoFar () const

UInt_t	GetEvtNumber () const

UInt_t	GetEvtLength () const

UInt_t	GetFragLength () const

UInt_t	GetEvtType () const

UInt_t	GetBankDataType () const

UInt_t	GetSubbankTag () const

UInt_t	GetSubbankType () const

ROCID_t	GetROC () const

void	SetWordsSoFar (UInt_t val)

void	AddWordsSoFarAndFragLength ()

void	SetFragLength (UInt_t val)

void	SetAllowLowSubbankIDs (Bool_t val=kFALSE)

Public Member Functions inherited from MQwCodaControlEvent
	MQwCodaControlEvent ()

	~MQwCodaControlEvent ()

void	ResetControlParameters ()

void	ProcessControlEvent (UInt_t evtype, UInt_t *buffer)

void	ReportRunSummary ()

UInt_t	GetStartTime ()

UInt_t	GetPrestartTime ()

UInt_t	GetPrestartRunNumber ()

UInt_t	GetRunType ()

UInt_t	GetGoTime (int index=0)

UInt_t	GetGoEventCount (int index=0)

UInt_t	GetPauseTime (int index=0)

UInt_t	GetPauseEventCount (int index=0)

UInt_t	GetEndTime ()

UInt_t	GetEndEventCount ()

TString	GetStartSQLTime ()

TString	GetEndSQLTime ()

time_t	GetStartUnixTime ()

time_t	GetEndUnixTime ()

Static Public Attributes
static const UInt_t	MAX_PHYS_EVTYPE = 14

static const UInt_t	TS_PRESCALE_EVTYPE = 120

static const UInt_t	PRESCALE_EVTYPE = 133

static const UInt_t	DETMAP_FILE = 135

static const UInt_t	DAQCONFIG_FILE1 = 137

static const UInt_t	DAQCONFIG_FILE2 = 138

static const UInt_t	TRIGGER_FILE = 136

static const UInt_t	SCALER_EVTYPE = 140

static const UInt_t	SBSSCALER_EVTYPE = 141

static const UInt_t	HV_DATA_EVTYPE = 150

Protected Member Functions
UInt_t	InterpretBankTag (UInt_t tag)

Int_t	trigBankDecode (UInt_t *buffer)

void	trigBankErrorHandler (Int_t flag)

ULong64_t	GetEvTime () const

void	SetEvTime (ULong64_t evtime)

Int_t	LoadTrigBankInfo (UInt_t index_buffer)

Protected Member Functions inherited from MQwCodaControlEvent
void	ProcessSync (UInt_t local_time, UInt_t statuscode)

void	ProcessPrestart (UInt_t local_time, UInt_t local_runnumber, UInt_t local_runtype)

void	ProcessGo (UInt_t local_time, UInt_t evt_count)

void	ProcessPause (UInt_t local_time, UInt_t evt_count)

void	ProcessEnd (UInt_t local_time, UInt_t evt_count)

Protected Attributes
UInt_t	tsEvType

UInt_t	block_size

ULong64_t	evt_time

UInt_t	trigger_bits

TBOBJ	tbank

uint32_t	TSROCNumber

Protected Attributes inherited from VEventDecoder
UInt_t	fWordsSoFar

UInt_t	fEvtLength

UInt_t	fEvtNumber
	CODA event number; only defined for physics events.

UInt_t	fFragLength

UInt_t	fEvtType

UInt_t	fEvtTag

UInt_t	fBankDataType

BankID_t	fSubbankTag

UInt_t	fSubbankType

UInt_t	fSubbankNum

ROCID_t	fROC

Bool_t	fPhysicsEventFlag

Bool_t	fControlEventFlag

Bool_t	fAllowLowSubbankIDs

Protected Attributes inherited from MQwCodaControlEvent
Bool_t	fFoundControlEvents

UInt_t	fPrestartTime

UInt_t	fPrestartRunNumber

UInt_t	fRunType

UInt_t	fEndTime

UInt_t	fEndEventCount

UInt_t	fNumberPause

std::vector< UInt_t >	fPauseEventCount

std::vector< UInt_t >	fPauseTime

UInt_t	fNumberGo

std::vector< UInt_t >	fGoEventCount

std::vector< UInt_t >	fGoTime

UInt_t	fStartTime

TDatime	fPrestartDatime

TDatime	fStartDatime

TDatime	fEndDatime

Private Member Functions
void	printUserEvent (const UInt_t *buffer)

void	PrintDecoderInfo (QwLog &out) override

Additional Inherited Members
Protected Types inherited from VEventDecoder
enum	KEYWORDS { EPICS_EVTYPE = 131 }

Protected Types inherited from MQwCodaControlEvent
enum	EventTypes { kSYNC_EVENT = 16 , kPRESTART_EVENT = 17 , kGO_EVENT = 18 , kPAUSE_EVENT = 19 , kEND_EVENT = 20 }

Detailed Description

CODA version 3 event decoder implementation.

Concrete decoder for CODA 3.x format event streams, handling the specific data structures, bank formats, and trigger information used in CODA 3. Provides encoding and decoding capabilities for both real and mock data.

Definition at line 22 of file Coda3EventDecoder.h.

Member Enumeration Documentation

◆ anonymous enum

anonymous enum

Enumerator
HED_OK
HED_WARN
HED_ERR
HED_FATAL

Definition at line 94 of file Coda3EventDecoder.h.

94{ HED_OK = 0, HED_WARN = -63, HED_ERR = -127, HED_FATAL = -255 };

Coda3EventDecoder::HED_ERR

@ HED_ERR

Definition Coda3EventDecoder.h:94

Coda3EventDecoder::HED_FATAL

@ HED_FATAL

Definition Coda3EventDecoder.h:94

Coda3EventDecoder::HED_WARN

@ HED_WARN

Definition Coda3EventDecoder.h:94

Coda3EventDecoder::HED_OK

@ HED_OK

Definition Coda3EventDecoder.h:94

Constructor & Destructor Documentation

◆ Coda3EventDecoder()

Coda3EventDecoder::Coda3EventDecoder ( )

inline

Definition at line 25 of file Coda3EventDecoder.h.

                        :
        tsEvType(0),
        block_size(0),
        evt_time(0),
        trigger_bits(0),
        TSROCNumber(0) { }

References block_size, evt_time, trigger_bits, tsEvType, and TSROCNumber.

◆ ~Coda3EventDecoder()

Coda3EventDecoder::~Coda3EventDecoder ( )

inlineoverride

Definition at line 31 of file Coda3EventDecoder.h.

31{ }

Member Function Documentation

◆ DecodeEventIDBank()

Int_t Coda3EventDecoder::DecodeEventIDBank ( UInt_t * buffer )

overridevirtual

Determine if a buffer contains a PHYS, control, or other event.

Parameters

buffer Event buffer to decode.

Returns: CODA_OK on success.

Implements VEventDecoder.

Definition at line 95 of file Coda3EventDecoder.cc.

{
    fPhysicsEventFlag = kFALSE;
    fControlEventFlag = kFALSE;
    Int_t ret = HED_OK;
 
    // Main engine for decoding, called by public LoadEvent() methods
    // this assert checks to see if buffer points to NULL
    assert(buffer);
 
    // General Event information
    fEvtLength = buffer[0]+1;  // in longwords (4 bytes)
    fEvtType = 0;
    fEvtTag = 0;
    fBankDataType = 0;
 
    // Prep TBOBJ variables
    tbank.Clear();
    tsEvType = 0;
    evt_time = 0;
    trigger_bits = 0;
    block_size = 0;
 
    // Start Filling Data
    fEvtTag     = (buffer[1] & 0xffff0000) >> 16;
    fBankDataType = (buffer[1] & 0xff00) >> 8;
    block_size  = (buffer[1] & 0xff); 
 
    if(block_size > 1) {
        QwWarning << "MultiBlock is not properly supported! block_size = "
        << block_size << QwLog::endl;
    }
 
    // Determine the event type by the evt tag
    fEvtType = InterpretBankTag(fEvtTag);        
    fWordsSoFar = (2);
    if(fEvtTag < 0xff00) { 
        // User Event
        printUserEvent(buffer);
    }
    else if(fControlEventFlag) {
        fEvtNumber = 0;   ProcessControlEvent(fEvtType, &buffer[fWordsSoFar]);
    }
    else if(fPhysicsEventFlag) { 
        ret = trigBankDecode( buffer );
        if(ret != HED_OK) { trigBankErrorHandler( ret ); }
        else { 
            fEvtNumber = tbank.evtNum;
            fWordsSoFar = 2 + tbank.len;
        }
    }
    else { 
        // Not a control event, user event, nor physics event. Not sure what it is
        //  Arbitrarily set the event type to "fEvtTag".
        //  The first two words have been examined.
        QwWarning << "Undetermined Event Type" << QwLog::endl;
        for(size_t index = 0; fEvtLength; index++){
            QwVerbose << "\t" << buffer[index];
            if(index % 4 == 0){ QwVerbose << QwLog::endl; }
        }   
        fEvtType = fEvtTag;  fEvtNumber = 0;
    }
 
    fFragLength = fEvtLength - fWordsSoFar; 
    QwDebug << Form("buffer[0-1] 0x%x 0x%x ; ", buffer[0], buffer[1]);
    if (gQwLog.GetLogLevel() >= QwLog::kDebug) {
      PrintDecoderInfo(gQwLog(QwLog::kDebug,__PRETTY_FUNCTION__));
    }
 
    return CODA_OK;
}

References block_size, QwLog::endl(), evt_time, VEventDecoder::fBankDataType, VEventDecoder::fControlEventFlag, VEventDecoder::fEvtLength, VEventDecoder::fEvtNumber, VEventDecoder::fEvtTag, VEventDecoder::fEvtType, VEventDecoder::fFragLength, VEventDecoder::fPhysicsEventFlag, VEventDecoder::fWordsSoFar, gQwLog, HED_OK, InterpretBankTag(), QwLog::kDebug, PrintDecoderInfo(), printUserEvent(), MQwCodaControlEvent::ProcessControlEvent(), QwDebug, QwVerbose, QwWarning, tbank, trigBankDecode(), trigBankErrorHandler(), trigger_bits, and tsEvType.

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◆ EncodeEndEventHeader()

void Coda3EventDecoder::EncodeEndEventHeader	(	int *	buffer,
		int	eventcount,
		int	localtime )

overridevirtual

Create an END event EVIO header.

Parameters

buffer	Output buffer (>= 5 words).
eventcount	Number of events.
localtime	Event time.

Implements VEventDecoder.

Definition at line 84 of file Coda3EventDecoder.cc.

{
    buffer[0] = 4; // End event length
    buffer[1] = ((0xffd4 << 16) | (0x01 << 8) );
    buffer[2] = localtime;
    buffer[3] = 0; // unused
    buffer[4] = eventcount; 
  ProcessEnd(localtime, eventcount);
}

References MQwCodaControlEvent::ProcessEnd().

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◆ EncodeGoEventHeader()

void Coda3EventDecoder::EncodeGoEventHeader	(	int *	buffer,
		int	eventcount,
		int	localtime )

overridevirtual

Create a GO event EVIO header.

Parameters

buffer	Output buffer (>= 5 words).
eventcount	Number of events.
localtime	Event time.

Implements VEventDecoder.

Definition at line 62 of file Coda3EventDecoder.cc.

{
    buffer[0] = 4; // Go event length
    buffer[1] = ((0xffd2 << 16) | (0x01 << 8) );
    buffer[2] = localtime;
    buffer[3] = 0; // unused
    buffer[4] = eventcount;
  ProcessGo(localtime, eventcount);
}

References MQwCodaControlEvent::ProcessGo().

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◆ EncodePauseEventHeader()

void Coda3EventDecoder::EncodePauseEventHeader	(	int *	buffer,
		int	eventcount,
		int	localtime )

overridevirtual

Create a PAUSE event EVIO header.

Parameters

buffer	Output buffer (>= 5 words).
eventcount	Number of events.
localtime	Event time.

Implements VEventDecoder.

Definition at line 73 of file Coda3EventDecoder.cc.

{
    buffer[0] = 4; // Pause event length
    buffer[1] = ((0xffd3 << 16) | (0x01 << 8) );
    buffer[2] = localtime;
    buffer[3] = 0; // unused
    buffer[4] = eventcount;
  ProcessPause(localtime, eventcount);
}

References MQwCodaControlEvent::ProcessPause().

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◆ EncodePHYSEventHeader()

std::vector< UInt_t > Coda3EventDecoder::EncodePHYSEventHeader ( std::vector< ROCID_t > & ROCList )

overridevirtual

Create a PHYS event EVIO header.

Parameters

ROCList List of ROC IDs.

Returns: Vector of 32-bit words containing the header.

Implements VEventDecoder.

Definition at line 17 of file Coda3EventDecoder.cc.

{
    int localtime = (int) time(0);
    int ROCCount = ROCList.size();
    int wordcount = (8 + ROCCount*3);
    std::vector<UInt_t> header;
    header.push_back(0xFF501001);
    header.push_back(wordcount);                         // word count for Trigger Bank
    header.push_back(0xFF212000 | ROCCount); // # of ROCs 
    
    header.push_back(0x010a0004); 
    // evtnum is held by a 64 bit ... for now we set the upper 32 bits to 0
    header.push_back(++fEvtNumber );
    header.push_back(0x0);
 
    // evttime is held by a 64 bit (bits 0-48 is the time) ... for now we set the upper 32 bits to 0
    header.push_back(localtime); 
    header.push_back(0x0);
 
    header.push_back(0x1850001);
    header.push_back(0xc0da); // TS# Trigger
    for(auto it = ROCList.begin(); it != ROCList.end(); it++){
        int base = 0x010002;
        int roc  = (*it << 24);
        header.push_back(roc | base);
        header.push_back(0x4D6F636B); // ASCII for 'MOCK'
        header.push_back(0x4D6F636B); // ASCII for 'MOCK'
    }
 
    return header;
}

References VEventDecoder::fEvtNumber.

◆ EncodePrestartEventHeader()

void Coda3EventDecoder::EncodePrestartEventHeader	(	int *	buffer,
		int	runnumber,
		int	runtype,
		int	localtime )

overridevirtual

Create a PRESTART event EVIO header.

Parameters

buffer	Output buffer (>= 5 words).
runnumber	Run number.
runtype	Run type.
localtime	Event time.

Implements VEventDecoder.

Definition at line 51 of file Coda3EventDecoder.cc.

{
    buffer[0] = 4; // Prestart event length
    buffer[1] = ((0xffd1 << 16) | (0x01 << 8));
    buffer[2] = localtime;
    buffer[3] = runnumber;
    buffer[4] = runtype;
  ProcessPrestart(localtime, runnumber, runtype);
}

References MQwCodaControlEvent::ProcessPrestart().

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◆ GetEvTime()

ULong64_t Coda3EventDecoder::GetEvTime ( ) const

inlineprotected

Definition at line 87 of file Coda3EventDecoder.h.

87{ return evt_time; }

References evt_time.

◆ InterpretBankTag()

UInt_t Coda3EventDecoder::InterpretBankTag ( UInt_t tag )

protected

Determine event type and set control/physics flags based on bank tag.

Definition at line 168 of file Coda3EventDecoder.cc.

{
    UInt_t evtyp{};
    if( tag >= 0xff00 ) { // CODA Reserved bank type
        switch( tag ) {
            case 0xffd1:
                evtyp = kPRESTART_EVENT;
                fControlEventFlag = kTRUE;
                break;
            case 0xffd2:
                evtyp = kGO_EVENT;
                fControlEventFlag = kTRUE;
                break;
            case 0xffd4:
                evtyp = kEND_EVENT;
                fControlEventFlag = kTRUE;
                break;
            case 0xff50:
            case 0xff58:      // Physics event with sync bit
            case 0xFF78:
            case 0xff70:
                evtyp = 1;      // for CODA 3.* physics events are type 1.
                fPhysicsEventFlag=kTRUE;
                break;
            default:          // Undefined CODA 3 event type
                QwWarning << "CodaDecoder:: WARNING:  Undefined CODA 3 event type, tag = "
                          << "0x" << std::hex << tag << std::dec << QwLog::endl;
                evtyp = 0;
                //FIXME evtyp = 0 could also be a user event type ...
                // maybe throw an exception here?
        }
    } else {            // User event type
        evtyp = tag;      // EPICS, ROC CONFIG, ET-insertions, etc.
    }
    return evtyp;
}

References QwLog::endl(), VEventDecoder::fControlEventFlag, VEventDecoder::fPhysicsEventFlag, MQwCodaControlEvent::kEND_EVENT, MQwCodaControlEvent::kGO_EVENT, MQwCodaControlEvent::kPRESTART_EVENT, and QwWarning.

Referenced by DecodeEventIDBank().

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◆ LoadTrigBankInfo()

Int_t Coda3EventDecoder::LoadTrigBankInfo ( UInt_t index_buffer )

protected

Load TI trigger bank info for the i-th event in block.

Definition at line 374 of file Coda3EventDecoder.cc.

{
    // CODA3: Load tsEvType, evt_time, and trigger_bits for i-th event
    // in event block buffer. index_buffer must be < block size.
 
    assert(i < tbank.blksize);
    if( i >= tbank.blksize )
        return -1;
    tsEvType = tbank.evType[i];      // event type (configuration-dependent)
    if( tbank.evTS ) {
        // Use memcpy to safely read potentially unaligned 64-bit timestamp
        uint64_t timestamp;
        memcpy(&timestamp, &tbank.evTS[i], sizeof(timestamp));
        evt_time = timestamp;        // event time (4ns clock, I think)
    }
    else if( tbank.TSROC ) {
        UInt_t struct_size = tbank.withTriggerBits() ? 3 : 2;
        // Use memcpy to safely read potentially unaligned 64-bit value
        uint64_t timestamp;
        memcpy(&timestamp, tbank.TSROC + struct_size * i, sizeof(timestamp));
        evt_time = timestamp;
        // Only the lower 48 bits seem to contain the time
        evt_time &= 0x0000FFFFFFFFFFFF;
    }
    if( tbank.withTriggerBits() ){
        // Trigger bits. Only the lower 6 bits seem to contain the actual bits
        uint32_t trigger_word;
        memcpy(&trigger_word, &tbank.TSROC[2 + 3 * i], sizeof(trigger_word));
        trigger_bits = trigger_word & 0x3F;
    }
    return 0;
}

References evt_time, tbank, trigger_bits, and tsEvType.

Referenced by trigBankDecode().

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◆ PrintDecoderInfo()

void Coda3EventDecoder::PrintDecoderInfo ( QwLog & out )

overrideprivatevirtual

Print internal decoder state for diagnostics.

Reimplemented from VEventDecoder.

Definition at line 262 of file Coda3EventDecoder.cc.

{
 
    out << Form("Event Number: %d; Length: %d; Tag: 0x%x; Bank data type: 0x%x ",
            fEvtNumber, fEvtLength, fEvtTag, fBankDataType)
        << Form("Evt type: 0x%x; Evt number %d; fWordsSoFar %d",
                fEvtType, fEvtNumber, fWordsSoFar )
        << QwLog::endl;
}

References QwLog::endl(), VEventDecoder::fBankDataType, VEventDecoder::fEvtLength, VEventDecoder::fEvtNumber, VEventDecoder::fEvtTag, VEventDecoder::fEvtType, and VEventDecoder::fWordsSoFar.

Referenced by DecodeEventIDBank().

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◆ printUserEvent()

void Coda3EventDecoder::printUserEvent ( const UInt_t * buffer )

private

Print non-PHYS, non-control "user" events.

Definition at line 207 of file Coda3EventDecoder.cc.

{
    // checks of ET-inserted data
    Int_t print_it=0;
 
    switch( fEvtType ) {
 
        case EPICS_EVTYPE:
            // QwMessage << "EPICS data "<<QwLog::endl;
            // print_it=1;
            break;
            // Do we need this event?
        case PRESCALE_EVTYPE:
            QwMessage << "Prescale data "<<QwLog::endl;
            print_it=1;
            break;
            // Do we need this event?
        case DAQCONFIG_FILE1:
            QwMessage << "DAQ config file 1 "<<QwLog::endl;
            print_it=1;
            break;
            // Do we need this event?
        case DAQCONFIG_FILE2:
            QwMessage << "DAQ config file 2 "<<QwLog::endl;
            print_it=1;
            break;
            // Do we need this event?
        case SCALER_EVTYPE:
            QwMessage << "LHRS scaler event "<<QwLog::endl;
            print_it=1;
            break;
            // Do we need this event?
        case SBSSCALER_EVTYPE:
            QwMessage << "SBS scaler event "<<QwLog::endl;
            print_it=1;
            break;
            // Do we need this event?
        case HV_DATA_EVTYPE:
            QwMessage << "High voltage data event "<<QwLog::endl;
            print_it=1;
            break;
        default:
            // something else ?
            QwWarning << "\n--- Special event type: " << fEvtTag << " ---\n" << QwLog::endl;
    }
    if(print_it) {
        char *cbuf = (char *)buffer; // These are character data
        size_t elen = sizeof(int)*(buffer[0]+1);
        QwMessage << "Dump of event buffer .  Len = "<<elen<<QwLog::endl;
        // This dump will look exactly like the text file that was inserted.
        for (size_t ii=0; ii<elen; ii++) QwMessage << cbuf[ii];
    }
}

References DAQCONFIG_FILE1, DAQCONFIG_FILE2, QwLog::endl(), VEventDecoder::EPICS_EVTYPE, VEventDecoder::fEvtTag, VEventDecoder::fEvtType, HV_DATA_EVTYPE, PRESCALE_EVTYPE, QwMessage, QwWarning, SBSSCALER_EVTYPE, and SCALER_EVTYPE.

Referenced by DecodeEventIDBank().

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◆ SetEvTime()

void Coda3EventDecoder::SetEvTime ( ULong64_t evtime )

inlineprotected

Definition at line 88 of file Coda3EventDecoder.h.

88{ evt_time = evtime; }

References evt_time.

◆ trigBankDecode()

Int_t Coda3EventDecoder::trigBankDecode ( UInt_t * buffer )

protected

Decode the TI trigger bank for PHYS events.

Definition at line 273 of file Coda3EventDecoder.cc.

{
    const char* const HERE = "Coda3EventDecoder::trigBankDecode";
    if(block_size == 0) {
        QwError << HERE << ": CODA 3 Format Error: Physics event #" << fEvtNumber
            << " with block size 0" << QwLog::endl;
        return HED_ERR;
    }
    // Set up exception handling for the PHYS Bank
    try {
        tbank.Fill(&buffer[fWordsSoFar], block_size, TSROCNumber);
    } 
    catch( const coda_format_error& e ) {
        Error(HERE, "CODA 3 format error: %s", e.what() );
        return HED_ERR;
    }
    // Copy pertinent data to member variables for faster retrieval
    LoadTrigBankInfo(0);  // Load data for first event in block
    return HED_OK;
}

References block_size, QwLog::endl(), VEventDecoder::fEvtNumber, VEventDecoder::fWordsSoFar, HED_ERR, HED_OK, LoadTrigBankInfo(), QwError, tbank, and TSROCNumber.

Referenced by DecodeEventIDBank().

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◆ trigBankErrorHandler()

void Coda3EventDecoder::trigBankErrorHandler ( Int_t flag )

protected

Display a warning and reset state for a given TI error flag.

Definition at line 409 of file Coda3EventDecoder.cc.

{
    switch(flag){
        case HED_OK:
            QwWarning << "TrigBankDecode() returned HED_OK... why are we here?" << QwLog::endl;
            break;
        case HED_WARN:
            QwError << "TrigBankDecode() returned HED_WARN" << QwLog::endl;
            break;
        case HED_ERR:
            QwError << "TrigBankDecode() returned HED_ERR" << QwLog::endl;
            break;
        case HED_FATAL:
            QwError << "TrigBankDecoder() returned HED_FATAL" << QwLog::endl;
            break;
        default:
            QwError << "TrigBankDecoder() returned an Unknown Error" << QwLog::endl;
            break;
    }
    // Act as if we are at the end of the event and set everything to false (0)
    QwWarning << "Skipping to the end of the event and setting everything to false (0)!" << QwLog::endl;
    fPhysicsEventFlag = kFALSE;
    fControlEventFlag = kFALSE;
 
    fEvtType = 0;
    fEvtTag = 0;
    fBankDataType = 0;
    tbank.Clear();
    tsEvType = 0;
    evt_time = 0;
    trigger_bits = 0;
    block_size = 0;
 
    fWordsSoFar = fEvtLength;
}

References block_size, QwLog::endl(), evt_time, VEventDecoder::fBankDataType, VEventDecoder::fControlEventFlag, VEventDecoder::fEvtLength, VEventDecoder::fEvtTag, VEventDecoder::fEvtType, VEventDecoder::fPhysicsEventFlag, VEventDecoder::fWordsSoFar, HED_ERR, HED_FATAL, HED_OK, HED_WARN, QwError, QwWarning, tbank, trigger_bits, and tsEvType.

Referenced by DecodeEventIDBank().

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Field Documentation

◆ block_size

UInt_t Coda3EventDecoder::block_size

protected

Definition at line 89 of file Coda3EventDecoder.h.

Referenced by Coda3EventDecoder(), DecodeEventIDBank(), trigBankDecode(), and trigBankErrorHandler().

◆ DAQCONFIG_FILE1

const UInt_t Coda3EventDecoder::DAQCONFIG_FILE1 = 137

static

Definition at line 140 of file Coda3EventDecoder.h.

Referenced by printUserEvent().

◆ DAQCONFIG_FILE2

const UInt_t Coda3EventDecoder::DAQCONFIG_FILE2 = 138

static

Definition at line 141 of file Coda3EventDecoder.h.

Referenced by printUserEvent().

◆ DETMAP_FILE

const UInt_t Coda3EventDecoder::DETMAP_FILE = 135

static

Definition at line 139 of file Coda3EventDecoder.h.

◆ evt_time

ULong64_t Coda3EventDecoder::evt_time

protected

Definition at line 90 of file Coda3EventDecoder.h.

Referenced by Coda3EventDecoder(), DecodeEventIDBank(), GetEvTime(), LoadTrigBankInfo(), SetEvTime(), and trigBankErrorHandler().

◆ HV_DATA_EVTYPE

const UInt_t Coda3EventDecoder::HV_DATA_EVTYPE = 150

static

Definition at line 145 of file Coda3EventDecoder.h.

Referenced by printUserEvent().

◆ MAX_PHYS_EVTYPE

const UInt_t Coda3EventDecoder::MAX_PHYS_EVTYPE = 14

static

Definition at line 134 of file Coda3EventDecoder.h.

◆ PRESCALE_EVTYPE

const UInt_t Coda3EventDecoder::PRESCALE_EVTYPE = 133

static

Definition at line 138 of file Coda3EventDecoder.h.

Referenced by printUserEvent().

◆ SBSSCALER_EVTYPE

const UInt_t Coda3EventDecoder::SBSSCALER_EVTYPE = 141

static

Definition at line 144 of file Coda3EventDecoder.h.

Referenced by printUserEvent().

◆ SCALER_EVTYPE

const UInt_t Coda3EventDecoder::SCALER_EVTYPE = 140

static

Definition at line 143 of file Coda3EventDecoder.h.

Referenced by printUserEvent().

◆ tbank

TBOBJ Coda3EventDecoder::tbank

protected

Definition at line 129 of file Coda3EventDecoder.h.

Referenced by DecodeEventIDBank(), LoadTrigBankInfo(), trigBankDecode(), and trigBankErrorHandler().

◆ trigger_bits

UInt_t Coda3EventDecoder::trigger_bits

protected

Definition at line 91 of file Coda3EventDecoder.h.

Referenced by Coda3EventDecoder(), DecodeEventIDBank(), LoadTrigBankInfo(), and trigBankErrorHandler().

◆ TRIGGER_FILE

const UInt_t Coda3EventDecoder::TRIGGER_FILE = 136

static

Definition at line 142 of file Coda3EventDecoder.h.

◆ TS_PRESCALE_EVTYPE

const UInt_t Coda3EventDecoder::TS_PRESCALE_EVTYPE = 120

static

Definition at line 135 of file Coda3EventDecoder.h.

◆ tsEvType

UInt_t Coda3EventDecoder::tsEvType

protected

Definition at line 89 of file Coda3EventDecoder.h.

Referenced by Coda3EventDecoder(), DecodeEventIDBank(), LoadTrigBankInfo(), and trigBankErrorHandler().

◆ TSROCNumber

uint32_t Coda3EventDecoder::TSROCNumber

protected

Definition at line 151 of file Coda3EventDecoder.h.

Referenced by Coda3EventDecoder(), and trigBankDecode().

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

Data Structures

Public Types

Public Member Functions

Static Public Attributes

Protected Member Functions

Protected Attributes

Private Member Functions

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

◆ anonymous enum

Constructor & Destructor Documentation

◆ Coda3EventDecoder()

◆ ~Coda3EventDecoder()

Member Function Documentation

◆ DecodeEventIDBank()

◆ EncodeEndEventHeader()

◆ EncodeGoEventHeader()

◆ EncodePauseEventHeader()

◆ EncodePHYSEventHeader()

◆ EncodePrestartEventHeader()

◆ GetEvTime()

◆ InterpretBankTag()

◆ LoadTrigBankInfo()

◆ PrintDecoderInfo()

◆ printUserEvent()

◆ SetEvTime()

◆ trigBankDecode()

◆ trigBankErrorHandler()

Field Documentation

◆ block_size

◆ DAQCONFIG_FILE1

◆ DAQCONFIG_FILE2

◆ DETMAP_FILE

◆ evt_time

◆ HV_DATA_EVTYPE

◆ MAX_PHYS_EVTYPE

◆ PRESCALE_EVTYPE

◆ SBSSCALER_EVTYPE

◆ SCALER_EVTYPE

◆ tbank

◆ trigger_bits

◆ TRIGGER_FILE

◆ TS_PRESCALE_EVTYPE

◆ tsEvType

◆ TSROCNumber