Function Members (Methods)
public:
protected:
private:
Data Members
public:
| enum HMdc12Fit::[unnamed] { | kFake | |
| kInFittedList | ||
| kKeep | ||
| kReal | ||
| kRealKeep | ||
| kAllTypes | ||
| }; | ||
| enum TObject::EStatusBits { | kCanDelete | |
| kMustCleanup | ||
| kObjInCanvas | ||
| kIsReferenced | ||
| kHasUUID | ||
| kCannotPick | ||
| kNoContextMenu | ||
| kInvalidObject | ||
| }; | ||
| enum TObject::[unnamed] { | kIsOnHeap | |
| kNotDeleted | ||
| kZombie | ||
| kBitMask | ||
| kSingleKey | ||
| kOverwrite | ||
| kWriteDelete | ||
| }; |
protected:
private:
| Float_t | accuracy | |
| Int_t | bandwidth | for Cholesky method only |
| Int_t | beamTimeId | beam time ident. (<=9) |
| Bool_t | cellThicknFree | =kTRUE - cell thickness is free param. |
| Bool_t | crPedeTaskFile | |
| Bool_t | createPedeInFile | kTRUE-create par.file for Pede |
| Double_t | derLThNorm[6] | [lay] for cell thickness |
| Double_t | derNorm[40] | [glob.par.] = 1./(2.*parSteps) |
| Bool_t | doCopyGeomFile | |
| Bool_t | doCopyHisFile | |
| Bool_t | doCopyLogFile | |
| Bool_t | doCopyResFile | |
| Bool_t | doCopySumShFile | |
| Bool_t | doHists | |
| Bool_t | doLayP2Align | =kTRUE - determine MdcLayerCorrPar |
| UChar_t | filteringFlag | 0 - no filtering, 1 - filtering on, |
| HMdcTrackParam* | finalParam | Track parameters |
| Bool_t | fixFitTOffset | For deriv.assume fixed TOffset |
| TString | geomParFileName | File name with geom.parameters |
| float | globDer[40] | Global(alignment) par.deriv. |
| int | globLabel[40] | Global(alignment) par.labels |
| Int_t | histInd[6] | [sec] index of first sec.hist. |
| Int_t | iLay | = sec*24+mod*6+layer |
| Int_t | iMod | = sec*4+mod |
| Int_t | iSec | |
| Bool_t | isGeomChanged | = kFILSE if no param.was chan. |
| Bool_t | isGeomFileExist | |
| Bool_t | isMdcInAlign[6][4] | |
| Int_t | iteration | Iteration number |
| Bool_t | lFixFlag[6][4][6][9] | [sec][mod][lay][par] |
| Bool_t | lShFlag[6][4][6][9] | [sec][mod][lay][par] |
| HGeomTransform | layNegSh[144][40] | [layerIndex][param.+20*(LayPart-1)] |
| HGeomTransform* | layNegShCurr | =layNegSh[iLay] |
| HGeomTransform | layPosSh[144][40] | [layerIndex][param.+20*(LayPart-1)] |
| HGeomTransform* | layPosShCurr | =layPosSh[iLay] |
| Int_t | layer | ... |
| Int_t | layerPart | =0 or 1 (first or second part of layer) |
| float | locDer[4] | Local(track) par.derivatives |
| Bool_t | mFixFlag[6][4][9] | [sec][mod][par] |
| Bool_t | mShFlag[6][4][9] | [sec][mod][par] |
| Int_t | mdcMods[6][4] | MDC setup |
| TString | method | |
| Mille* | mille | |
| TString | milleFileName | millepede binary file name |
| UInt_t | milleFileSize | size of current binary file |
| Int_t | module | ... |
| TString | mthDescr | |
| Int_t | nBinaryFiles | number of files |
| UInt_t | nClustersCut | Number of clusters in sec. must be <= nClustersCut |
| Int_t | nHists | number of histograms |
| UChar_t | nLayerParts[144] | number of parts in layer |
| UInt_t | nLayersTot | Layers number sended to Mille |
| Int_t | nMods[6] | num.of mod. in sector |
| Int_t | nParMax | max. number of parameters (=9) |
| UInt_t | nTracks | Tracks number sended to Mille |
| Int_t | nWiresCut[6] | Max.number of fired wires in each sector. |
| Int_t | nWiresMin | min. num. of wires per track |
| Int_t | nWiresMinTr | Cut for current track |
| UInt_t | nWiresTot | Wires number sended to Mille |
| HGeomTransform | negLThSh[6] | [lay] for cell thickness |
| HGeomTransform | negShifts[40] | [glob.param.] |
| Int_t | numOfIter | |
| HGeomVector | p1 | Track line in |
| HGeomVector | p2 | sector coor. system |
| HMdcGetContainers* | pGetCont | |
| HMdcDetector* | pMdcDet | |
| HMdcSizesCellsLayer* | pSCLayer[144] | [sec*24+mod*6+layer] |
| HMdcSizesCellsMod* | pSCMod[24] | [sec*4+mod] |
| TString | parConstrainFile | |
| Double_t | parSteps[40] | [glob.param.] - step for der |
| TString | pedeInParFName | Name of parameters file |
| TString | pedeResFName | |
| TString | pedeTaskFileName | pede task file name |
| HGeomTransform | posLThSh[6] | [lay] for cell thickness |
| HGeomTransform | posShifts[40] | [glob.param.] |
| Bool_t | printDebugFlag | |
| Int_t | sector | Address of wireData object |
| Int_t | shiftSysLay[6][4][6] | [s][m][l] |
| Int_t | shiftSysMdc[6][4] | [s][m] |
| Int_t | shiftType | =0 shift in sec.sys; |
| Double_t | shiftsLay[6][4][6][9] | [s][m][l][par] |
| Double_t | shiftsMdc[6][4][9] | [s][m][par] |
| TString | shitsInfo[9] | Descriptions of shifts |
| Double_t | sigmaLay[6][4][6][9] | [s][m][l][par] |
| Double_t | sigmaMdc[6][4][9] | [s][m][par] |
| TString | stepIter | = "Step%i",Iteration |
| TString | sumOfShiftsFName | File name with shifts sum ??? |
| Double_t | thetaCut | Select clus.theta>thetaCut |
| Double_t | tofDerCorr[24][9] | [sec*4+mod][par] |
| Bool_t | useMdcShParOnly | |
| Bool_t | useSector[6] | |
| HMdcWireData* | wireData | Pointer to current wire date |
Class Charts
Function documentation
HMdcMille(const Char_t* milleOutFName, const Char_t* geomPFName = 0, Int_t bmTimeID = 0, const Char_t* sumOfShFName = 0)
void setDef(void)
void createHists(Int_t sec)
void setShiftTransformation(void)
void setTrShiftInModSys(void)
mdcSys - mdc<->sec. transfomation laySec - rotated_layer<->mdc transfomation
void setTrShiftInLabSys(void)
secSys - sec.<->lab. transfomation laySec - rotated_layer<->mdc transfomation
void calcShiftInModSys(const HGeomTransform* mdcSys, const HGeomTransform* laySysMod, const HGeomTransform& shift, HGeomTransform& laySh)
mdcSys - mdc<->sec. transfomation laySysMod - rotated_layer<->mdc transfomation shift - transfomation for shift of one global parameter laySh - new (shifted) rotated_layer<->sec transfomation
void calcShiftInSecSys(const HGeomTransform* laySec, const HGeomTransform& shift, HGeomTransform& laySh)
laySysSec - rotated_layer<->sec transfomation shift - transfomation for shift of one global parameter laySh - new (shifted) rotated_layer<->sec transfomation
void calcShiftInLabSys(const HGeomTransform* secSys, const HGeomTransform* laySysMod, const HGeomTransform& shift, HGeomTransform& laySh)
secSys - lab.<->sec. transfomation laySysSec - rotated_layer<->sec. transfomation shift - transfomation for shift of one global parameter laySh - new (shifted) rotated_layer<->sec transfomation
void sendToMille(void)
void setIModILay(void)
Int_t getGlobalDer(void)
Int_t getGlobalDerWTof(void)
Double_t calcDerTofCorr(Int_t p, Double_t* dDrTm = 0)
int packLabel(Int_t s, Int_t m, Int_t l, Int_t parn)
if lay<0 - it is shift of mdc, otherwise shift of layer
Bool_t unpackLabel(Int_t label, Int_t& btId, Int_t& sys, Int_t& sec, Int_t& mod, Int_t& lay, Int_t& parn)
shSys = 0 shift in respect sector system shSys = 1 shift in respect mdc system if lay==-1 - it is shift of mdc, otherwise shift of layer parn = 0 - shift along X parn = 1 - shift along Y parn = 2 - shift along Z parn = 3 - rotation around X parn = 4 - rotation around Y parn = 5 - rotation around Z parn = 6 - cell thickness parn = 7 - shift along Y for second layer part parn = 8 - rotation around Z for second layer part
Double_t calcGlobDer(Int_t parNum)
Double_t calcDriftTime(const HGeomTransform& laySys, Int_t& distSign)
void setPedeInFileName(const char* fname)
void creatPedeInParamFile(void)
Bool_t loadGeometryPar(void)
void readPedeResFile(const char* fileName)
Bool_t makeShifts(void)
Bool_t writeParAsciiFile(void)
void fixFullMod(Int_t s, Int_t m)
void fixFullLay(Int_t s, Int_t m, Int_t l)
void printErrorAndExit(const char* func, const char* form, const char* str = 0)
void creatSumOfShiftsFile(void)
void copyFile(const char* op, TString& file, const char* ext = 0)
void creatPedeTaskFile(const char* fileName = "pedeTask.txt")
void useInversionMethod(Int_t nit = 3, Float_t acc = 0.001)
void useBandCholeskyMethod(Int_t nit = 8, Float_t acc = 0.01, Int_t bwidth = 6)
void useCholeskyMethod(Int_t nit = 5, Float_t acc = 0.001, Int_t bwidth = 6)
void useSparseGMRESMethod(Int_t nit = 5, Float_t acc = 0.01)
void useFullGMRESMethod(Int_t nit = 5, Float_t acc = 0.01)
void useDiagonalizationMethod(Int_t nit = 5, Float_t acc = 0.01)
void setParConstrainFile(const char* file)
void writePedeTaskFile(void)
void setMaxNumWiresCut(Int_t* wc)
void setMdcShiftParOnly(Bool_t fl = kTRUE)