#include "AliTOFDecoder.h"
#include "AliTOFGeometry.h"
#include "AliRawDataHeader.h"
+#include "AliTOFRawDataFormat.h"
ClassImp(AliTOFDecoder)
fV2718Patch(kFALSE),
fDataBuffer(0x0),
fPackedDataBuffer(0x0),
- fTRMGlobalHeader(0x0),
- fTRMGlobalTrailer(0x0),
- fTRMChainHeader(0x0),
- fTRMChainTrailer(0x0),
- fTDCPackedHit(0x0),
- fTDCUnpackedHit(0x0),
- fTRMTDCError(0x0),
- fTRMDiagnosticErrorWord1(0x0),
- fTRMDiagnosticErrorWord2(0x0),
+ //fTRMGlobalHeader(0x0),
+ //fTRMGlobalTrailer(0x0),
+ //fTRMChainHeader(0x0),
+ //fTRMChainTrailer(0x0),
+ //fTDCPackedHit(0x0),
+ //fTDCUnpackedHit(0x0),
+ //fTRMTDCError(0x0),
+ //fTRMDiagnosticErrorWord1(0x0),
+ //fTRMDiagnosticErrorWord2(0x0),
fSpiderCurrentSlotID(-1),
fSpiderCurrentChain(-1),
fSpiderCurrentTDC(-1)
{
//default constructor
+
+ for (Int_t chan=0;chan<N_CHANNEL;chan++)
+ fSpiderLeadingFlag[chan] = kFALSE;
+
}
//_________________________________________________________________
fV2718Patch(kFALSE),
fDataBuffer(DataBuffer),
fPackedDataBuffer(PackedDataBuffer),
- fTRMGlobalHeader(0x0),
- fTRMGlobalTrailer(0x0),
- fTRMChainHeader(0x0),
- fTRMChainTrailer(0x0),
- fTDCPackedHit(0x0),
- fTDCUnpackedHit(0x0),
- fTRMTDCError(0x0),
- fTRMDiagnosticErrorWord1(0x0),
- fTRMDiagnosticErrorWord2(0x0),
+ //fTRMGlobalHeader(0x0),
+ //fTRMGlobalTrailer(0x0),
+ //fTRMChainHeader(0x0),
+ //fTRMChainTrailer(0x0),
+ //fTDCPackedHit(0x0),
+ //fTDCUnpackedHit(0x0),
+ //fTRMTDCError(0x0),
+ //fTRMDiagnosticErrorWord1(0x0),
+ //fTRMDiagnosticErrorWord2(0x0),
fSpiderCurrentSlotID(-1),
fSpiderCurrentChain(-1),
fSpiderCurrentTDC(-1)
{
//another constructor
+
+ for (Int_t chan=0;chan<N_CHANNEL;chan++)
+ fSpiderLeadingFlag[chan] = kFALSE;
+
}
//_________________________________________________________________
AliTOFDecoder::AliTOFDecoder(const AliTOFDecoder &source) :
- TObject(),
- fVerbose(0),
- fV2718Patch(kFALSE),
- fDataBuffer(0x0),
- fPackedDataBuffer(0x0),
- fTRMGlobalHeader(0x0),
- fTRMGlobalTrailer(0x0),
- fTRMChainHeader(0x0),
- fTRMChainTrailer(0x0),
- fTDCPackedHit(0x0),
- fTDCUnpackedHit(0x0),
- fTRMTDCError(0x0),
- fTRMDiagnosticErrorWord1(0x0),
- fTRMDiagnosticErrorWord2(0x0),
- fSpiderCurrentSlotID(-1),
- fSpiderCurrentChain(-1),
- fSpiderCurrentTDC(-1)
+ TObject(source),
+ fVerbose(source.fVerbose),
+ fV2718Patch(source.fV2718Patch),
+ fDataBuffer(source.fDataBuffer),
+ fPackedDataBuffer(source.fPackedDataBuffer),
+ //fTRMGlobalHeader(source.fTRMGlobalHeader),
+ //fTRMGlobalTrailer(source.fTRMGlobalTrailer),
+ //fTRMChainHeader(source.fTRMChainHeader),
+ //fTRMChainTrailer(source.fTRMChainTrailer),
+ //fTDCPackedHit(source.fTDCPackedHit),
+ //fTDCUnpackedHit(source.fTDCUnpackedHit),
+ //fTRMTDCError(source.fTRMTDCError),
+ //fTRMDiagnosticErrorWord1(source.fTRMDiagnosticErrorWord1),
+ //fTRMDiagnosticErrorWord2(source.fTRMDiagnosticErrorWord2),
+ fSpiderCurrentSlotID(source.fSpiderCurrentSlotID),
+ fSpiderCurrentChain(source.fSpiderCurrentChain),
+ fSpiderCurrentTDC(source.fSpiderCurrentTDC)
{
//copy constructor
+
+ for (Int_t chan=0;chan<N_CHANNEL;chan++)
+ fSpiderLeadingFlag[chan] = source.fSpiderLeadingFlag[chan];
- this->fVerbose = source.fVerbose;
- this->fV2718Patch = source.fV2718Patch;
- this->fDataBuffer = source.fDataBuffer;
- this->fPackedDataBuffer = source.fPackedDataBuffer;
- this->fTRMGlobalHeader = source.fTRMGlobalHeader;
- this->fTRMGlobalTrailer = source.fTRMGlobalTrailer;
- this->fTRMChainHeader = source.fTRMChainHeader;
- this->fTRMChainTrailer = source.fTRMChainTrailer;
- this->fTDCPackedHit = source.fTDCPackedHit;
- this->fTDCUnpackedHit = source.fTDCUnpackedHit;
- this->fTRMTDCError = source.fTRMTDCError;
- this->fTRMDiagnosticErrorWord1 = source.fTRMDiagnosticErrorWord1;
- this->fTRMDiagnosticErrorWord2 = source.fTRMDiagnosticErrorWord2;
- this->fSpiderCurrentSlotID = source.fSpiderCurrentSlotID;
- this->fSpiderCurrentChain = source.fSpiderCurrentChain;
- this->fSpiderCurrentTDC = source.fSpiderCurrentTDC;
}
//_________________________________________________________________
{
//operator =
- this->fVerbose = source.fVerbose;
- this->fV2718Patch = source.fV2718Patch;
- this->fDataBuffer = source.fDataBuffer;
- this->fPackedDataBuffer = source.fPackedDataBuffer;
- this->fTRMGlobalHeader = source.fTRMGlobalHeader;
- this->fTRMGlobalTrailer = source.fTRMGlobalTrailer;
- this->fTRMChainHeader = source.fTRMChainHeader;
- this->fTRMChainTrailer = source.fTRMChainTrailer;
- this->fTDCPackedHit = source.fTDCPackedHit;
- this->fTDCUnpackedHit = source.fTDCUnpackedHit;
- this->fTRMTDCError = source.fTRMTDCError;
- this->fTRMDiagnosticErrorWord1 = source.fTRMDiagnosticErrorWord1;
- this->fTRMDiagnosticErrorWord2 = source.fTRMDiagnosticErrorWord2;
- this->fSpiderCurrentSlotID = source.fSpiderCurrentSlotID;
- this->fSpiderCurrentChain = source.fSpiderCurrentChain;
- this->fSpiderCurrentTDC = source.fSpiderCurrentTDC;
+ if (this == &source)
+ return *this;
+
+ TObject::operator=(source);
+ fVerbose = source.fVerbose;
+ fV2718Patch = source.fV2718Patch;
+ fDataBuffer = source.fDataBuffer;
+ fPackedDataBuffer = source.fPackedDataBuffer;
+ //fTRMGlobalHeader = source.fTRMGlobalHeader;
+ //fTRMGlobalTrailer = source.fTRMGlobalTrailer;
+ //fTRMChainHeader = source.fTRMChainHeader;
+ //fTRMChainTrailer = source.fTRMChainTrailer;
+ //fTDCPackedHit = source.fTDCPackedHit;
+ //fTDCUnpackedHit = source.fTDCUnpackedHit;
+ //fTRMTDCError = source.fTRMTDCError;
+ //fTRMDiagnosticErrorWord1 = source.fTRMDiagnosticErrorWord1;
+ //fTRMDiagnosticErrorWord2 = source.fTRMDiagnosticErrorWord2;
+ fSpiderCurrentSlotID = source.fSpiderCurrentSlotID;
+ fSpiderCurrentChain = source.fSpiderCurrentChain;
+ fSpiderCurrentTDC = source.fSpiderCurrentTDC;
+ for (Int_t chan=0;chan<N_CHANNEL;chan++)
+ fSpiderLeadingFlag[chan] = source.fSpiderLeadingFlag[chan];
+
return *this;
}
//_________________________________________________________________
Bool_t
-AliTOFDecoder::Decode(UInt_t *rawData, Int_t nWords, const AliRawDataHeader *cdh)
+AliTOFDecoder::Decode(const UInt_t *rawData, Int_t nWords, const AliRawDataHeader *cdh)
{
/* main decoding routine.
* it loops over nWords 32-bit words
* classes.
*/
+ AliTOFDRMStatusHeader3 *lDRMStatusHeader3;
+ AliTOFTRMGlobalHeader *lTRMGlobalHeader; //TRM global header
+ AliTOFTRMGlobalTrailer *lTRMGlobalTrailer; //TRM global trailer
+ AliTOFTRMChainHeader *lTRMChainHeader; //TRM chain header
+ //AliTOFTRMChainTrailer *lTRMChainTrailer; //TRM chain trailer
+ AliTOFTDCPackedHit *lTDCPackedHit; //TDC packed hit
+ AliTOFTDCUnpackedHit *lTDCUnpackedHit; //TDC unpacked hit
+ //AliTOFTRMTDCError *lTRMTDCError; //TRM TDC error
+ //AliTOFTRMDiagnosticErrorWord1 *lTRMDiagnosticErrorWord1; //TRM diagnostic error word 1
+ //AliTOFTRMDiagnosticErrorWord2 *lTRMDiagnosticErrorWord2; //TRM diagnostica error word 2
+
+
AliTOFHitData hitData;
//useful variables
Short_t currentACQ = -1;
Short_t currentChain = -1;
Short_t currentBunchID = -1;
- Short_t currentMiniEventID = cdh ? cdh->GetMiniEventID() : (Short_t)-1;
+ Short_t currentL0BCID = -1;
+ Short_t currentMiniEventID = cdh ? cdh->GetMiniEventID() : (Short_t)(-1);
+ Short_t currentEventID1 = cdh ? cdh->GetEventID1() : (Short_t)(-1);
+ AliDebug(1, Form("EvID1 = %d, EvID2 = %d, currentMiniEventID = %d", currentEventID1, cdh->GetEventID2(), currentMiniEventID));
if (!cdh)
AliWarning("CDH not valid: deltaBunchID not reliable ");
decodeStatus = decodeStatus | DRM_BIT;
//skip DRM data
- for (Int_t i = 0; i < DRM_DATA_WORDS; i++, iWord++, rawData++){
+ for (Int_t i = 0; i < DRM_DATA_WORDS; i++, iWord++){
+ rawData++;
if (fVerbose)
- AliInfo(Form(" %02x - 0x%08x \t DRM data",decodeStatus,*rawData));
+ AliInfo(Form(" %02x - 0x%08x \t DRM data",decodeStatus,*rawData));
+ switch (i) {
+ case 2:
+ lDRMStatusHeader3 = (AliTOFDRMStatusHeader3*)rawData;
+ currentL0BCID = lDRMStatusHeader3->GetL0BCID();
+ break;
+ default:
+ break;
+ }
}
break;
decodeStatus = decodeStatus | LTM_BIT;
//skip LTM data
- for (Int_t i = 0; i < LTM_DATA_WORDS; i++, iWord++, rawData++){
+ for (Int_t i = 0; i < LTM_DATA_WORDS; i++, iWord++){
+ rawData++;
if (fVerbose)
AliInfo(Form(" %02x - 0x%08x \t LTM data",decodeStatus,*rawData));
}
}
//decode status ok
//set TRM global header
- fTRMGlobalHeader = (AliTOFTRMGlobalHeader *)rawData;
+ lTRMGlobalHeader = (AliTOFTRMGlobalHeader*)rawData;
//set current TRM
- currentSlotID = fTRMGlobalHeader->GetSlotID();
- currentACQ = fTRMGlobalHeader->GetACQBits();
+ currentSlotID = lTRMGlobalHeader->GetSlotID();
+ currentACQ = lTRMGlobalHeader->GetACQBits();
if (fVerbose)
- AliInfo(Form(" %02x - 0x%08x \t TRM global header \t slotID=%02d ACQ=%01d L=%01d",decodeStatus,*rawData,fTRMGlobalHeader->GetSlotID(),fTRMGlobalHeader->GetACQBits(),fTRMGlobalHeader->GetLBit()));
+ AliInfo(Form(" %02x - 0x%08x \t TRM global header \t slotID=%02d ACQ=%01d L=%01d",decodeStatus,*rawData,lTRMGlobalHeader->GetSlotID(),lTRMGlobalHeader->GetACQBits(),lTRMGlobalHeader->GetLBit()));
//change decode status
decodeStatus = decodeStatus | TRM_BIT;
break;
}
//decode status ok
//set TRM global trailer
- fTRMGlobalTrailer = (AliTOFTRMGlobalTrailer *)rawData;
+ lTRMGlobalTrailer = (AliTOFTRMGlobalTrailer *)rawData;
if (fVerbose)
- AliInfo(Form(" %02x - 0x%08x \t TRM global trailer \t CRC=%04d eventCounter=%04d",decodeStatus,*rawData,fTRMGlobalTrailer->GetEventCRC(),fTRMGlobalTrailer->GetEventCounter()));
+ AliInfo(Form(" %02x - 0x%08x \t TRM global trailer \t CRC=%04d eventCounter=%04d",decodeStatus,*rawData,lTRMGlobalTrailer->GetEventCRC(),lTRMGlobalTrailer->GetEventCounter()));
//change decode status
decodeStatus = decodeStatus & ~TRM_BIT;
break;
return kTRUE;
}
//decode status ok
- fTRMChainHeader = (AliTOFTRMChainHeader *)rawData;
+ lTRMChainHeader = (AliTOFTRMChainHeader *)rawData;
currentChain = 0;
- currentBunchID = fTRMChainHeader->GetBunchID();
+ currentBunchID = lTRMChainHeader->GetBunchID();
if (fVerbose)
AliInfo(Form(" %02x - 0x%08x \t TRM chain A header \t chain=%01d bunchID=%04d",decodeStatus,*rawData,currentChain,currentBunchID));
//change decode status
return kTRUE;
}
//decode status ok
- fTRMChainHeader = (AliTOFTRMChainHeader *)rawData;
+ lTRMChainHeader = (AliTOFTRMChainHeader *)rawData;
currentChain = 1;
- currentBunchID = fTRMChainHeader->GetBunchID();
+ currentBunchID = lTRMChainHeader->GetBunchID();
if (fVerbose)
AliInfo(Form(" %02x - 0x%08x \t TRM chain B header \t chain=%01d bunchID=%04d",decodeStatus,*rawData,currentChain,currentBunchID));
//change decode status
case PACKING_ENABLED_ACQ:
//decode TDC packed hit
- fTDCPackedHit = (AliTOFTDCPackedHit *)rawData;
- fTDCUnpackedHit = (AliTOFTDCUnpackedHit *)rawData;
+ lTDCPackedHit = (AliTOFTDCPackedHit *)rawData;
+ lTDCUnpackedHit = (AliTOFTDCUnpackedHit *)rawData;
//set hit in the equipment data
hitData.SetDDLID(currentDDL);
hitData.SetSlotID(currentSlotID);
hitData.SetACQ(currentACQ);
hitData.SetChain(currentChain);
- hitData.SetPS(fTDCPackedHit->GetPSBits());
- hitData.SetTDC(fTDCPackedHit->GetTDCID());
- hitData.SetChan(fTDCPackedHit->GetChan());
- hitData.SetTime((float)fTDCPackedHit->GetHitTime() * TIME_BIN_WIDTH);
- hitData.SetTimeBin(fTDCPackedHit->GetHitTime());
- hitData.SetTOT((float)fTDCPackedHit->GetTOTWidth() * TOT_BIN_WIDTH);
- hitData.SetTOTBin(fTDCPackedHit->GetTOTWidth());
- hitData.SetDeltaBunchID(currentBunchID - currentMiniEventID);
+ hitData.SetPS(lTDCPackedHit->GetPSBits());
+ hitData.SetTDC(lTDCPackedHit->GetTDCID());
+ hitData.SetChan(lTDCPackedHit->GetChan());
+ hitData.SetTime((float)lTDCPackedHit->GetHitTime() * TIME_BIN_WIDTH);
+ hitData.SetTimeBin(lTDCPackedHit->GetHitTime());
+ hitData.SetTOT((float)lTDCPackedHit->GetTOTWidth() * TOT_BIN_WIDTH);
+ hitData.SetTOTBin(lTDCPackedHit->GetTOTWidth());
+ hitData.SetDeltaBunchID(currentBunchID - currentEventID1);
+ hitData.SetL0L1Latency(currentMiniEventID - currentL0BCID);
//orphane leading hit
if (hitData.GetPS()==LEADING_HIT_PS){
- hitData.SetTime((float)fTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
- hitData.SetTimeBin(fTDCUnpackedHit->GetHitTime());
+ hitData.SetTime((float)lTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
+ hitData.SetTimeBin(lTDCUnpackedHit->GetHitTime());
//set TOT to zero
hitData.SetTOT(0);
hitData.SetTOTBin(0);
}
//orphane trailing hit
else if (hitData.GetPS()==TRAILING_HIT_PS){
- hitData.SetTime((float)fTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
- hitData.SetTimeBin(fTDCUnpackedHit->GetHitTime());
+ hitData.SetTime((float)lTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
+ hitData.SetTimeBin(lTDCUnpackedHit->GetHitTime());
//set TOT to not measured
hitData.SetTOT(-1);
hitData.SetTOTBin(-1);
case LEADING_ONLY_ACQ: case TRAILING_ONLY_ACQ:
//decode TDC unpacked hit
- fTDCUnpackedHit = (AliTOFTDCUnpackedHit *)rawData;
+ lTDCUnpackedHit = (AliTOFTDCUnpackedHit *)rawData;
//set hit in the equipment data
hitData.SetDDLID(currentDDL);
hitData.SetSlotID(currentSlotID);
hitData.SetACQ(currentACQ);
hitData.SetChain(currentChain);
- hitData.SetPS(fTDCUnpackedHit->GetPSBits());
- hitData.SetTDC(fTDCUnpackedHit->GetTDCID());
- hitData.SetChan(fTDCUnpackedHit->GetChan());
- hitData.SetTime((float)fTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
- hitData.SetTimeBin(fTDCUnpackedHit->GetHitTime());
+ hitData.SetPS(lTDCUnpackedHit->GetPSBits());
+ hitData.SetTDC(lTDCUnpackedHit->GetTDCID());
+ hitData.SetChan(lTDCUnpackedHit->GetChan());
+ hitData.SetTime((float)lTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
+ hitData.SetTimeBin(lTDCUnpackedHit->GetHitTime());
hitData.SetTOT(-1.);
hitData.SetTOTBin(-1);
- hitData.SetDeltaBunchID(currentBunchID - currentMiniEventID);
+ hitData.SetDeltaBunchID(currentBunchID - currentEventID1);
+ hitData.SetL0L1Latency(currentMiniEventID - currentL0BCID);
//push hit data in data buffer
if (fDataBuffer != 0x0)
fDataBuffer->Add(hitData);
case PACKING_DISABLED_ACQ:
//decode TDC unpacked hit
- fTDCUnpackedHit = (AliTOFTDCUnpackedHit *)rawData;
+ lTDCUnpackedHit = (AliTOFTDCUnpackedHit *)rawData;
//set hit in the equipment data
hitData.SetDDLID(currentDDL);
hitData.SetSlotID(currentSlotID);
hitData.SetACQ(currentACQ);
hitData.SetChain(currentChain);
- hitData.SetPS(fTDCUnpackedHit->GetPSBits());
- hitData.SetTDC(fTDCUnpackedHit->GetTDCID());
- hitData.SetChan(fTDCUnpackedHit->GetChan());
- hitData.SetTime((float)fTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
- hitData.SetTimeBin(fTDCUnpackedHit->GetHitTime());
+ hitData.SetPS(lTDCUnpackedHit->GetPSBits());
+ hitData.SetTDC(lTDCUnpackedHit->GetTDCID());
+ hitData.SetChan(lTDCUnpackedHit->GetChan());
+ hitData.SetTime((float)lTDCUnpackedHit->GetHitTime() * TIME_BIN_WIDTH);
+ hitData.SetTimeBin(lTDCUnpackedHit->GetHitTime());
hitData.SetTOT(-1.);
hitData.SetTOTBin(-1);
- hitData.SetDeltaBunchID(currentBunchID - currentMiniEventID);
+ hitData.SetDeltaBunchID(currentBunchID - currentEventID1);
+ hitData.SetL0L1Latency(currentMiniEventID - currentL0BCID);
//push hit data in data buffer
if (fDataBuffer != 0x0)
fDataBuffer->Add(hitData);
AliTOFGeometry *geom = new AliTOFGeometry();
Int_t indexDDL = ddl%4;
Int_t iSector = Int_t(ddl/4);
- //AliInfo(Form(" Sector = %i, DDL within sector = %i",iSector, indexDDL));
- if (fVerbose){
+ if (fVerbose)
AliInfo(Form(" Sector = %i, DDL within sector = %i",iSector, indexDDL));
- }
+
Int_t volume[5];
volume[0]=iSector;
Int_t minPlate=0, maxPlate=0, minStrip2=0, maxStrip2=0, minPadz=0, maxPadz=0, minPadx=0, maxPadx=0;
volume[2]=iStrip;
volume[3]=iPadz;
volume[4]=iPadx;
- if (fVerbose){
+ if (fVerbose)
AliInfo(Form(" volume[0] = %i, volume[1] = %i, volume[2] = %i, volume[3] = %i, volume[4] = %i",volume[0],volume[1],volume[2],volume[3],volume[4]));
- }
+
if (indexDDL==0 || indexDDL==2){
array[ichTOF]=geom->GetIndex(volume);
- if (fVerbose){
+ if (fVerbose)
AliInfo(Form(" ichTOF = %i, TOFChannel = %i",ichTOF,array[ichTOF]));
- }
+
}
else {
array[ichTOF]=geom->GetIndex(volume);
- if (fVerbose){
+ if (fVerbose)
AliInfo(Form(" ichTOF = %i, TOFChannel = %i",ichTOF,array[ichTOF]));
- }
+
}
ichTOF++;
}
}
}
//AliInfo(Form("ichTOF = %i",ichTOF));
- if (((indexDDL==0 || indexDDL==2)&ichTOF!=2160) || ((indexDDL==1 || indexDDL==3)&ichTOF!=2208)){
+ if ((indexDDL%2==0 && ichTOF!=2160) ||
+ (indexDDL%2==1 && ichTOF!=2208)) {
AliWarning(Form("Something strange occurred, number of entries in array different from expected! Please, check! ichTOF = %i",ichTOF));
}
return;
}
+//------------------------------------------------------------
+void AliTOFDecoder::PrintStack(const UInt_t *rawData, Int_t nWords, const AliRawDataHeader *cdh)
+{
+ /* It loops over nWords 32-bit words
+ * starting at *rawData and prints them in 0x format.
+ * It does not decode them!
+ */
-
-
+ Short_t currentMiniEventID = cdh ? cdh->GetMiniEventID() : (Short_t)(-1);
+ Short_t currentEventID1 = cdh ? cdh->GetEventID1() : (Short_t)(-1);
+ AliDebug(1, Form("EvID1 = %d, EvID2 = %d, currentMiniEventID = %d", currentEventID1, cdh->GetEventID2(), currentMiniEventID));
+ if (!cdh)
+ AliWarning("CDH not valid: deltaBunchID not reliable ");
+
+ AliInfo("Printing raw data stack for current equipment\n");
+ AliInfo(" wordN - Hex Word ");
+ //loop over raw data
+ for (Int_t iWord = 0; iWord < nWords; iWord++, rawData++){
+ if (iWord<10) AliInfo(Form(" %i - 0x%08x",iWord,*rawData));
+ if (iWord>9 &&iWord<100) AliInfo(Form(" %i - 0x%08x",iWord,*rawData));
+ if (iWord>99) AliInfo(Form(" %i - 0x%08x",iWord,*rawData));
+ }
+ return;
+}
git://git.uio.no / u / mrichter / AliRoot.git / blobdiff