loon: BfldDbiPlaneMap Class Reference

typedef enum BfldDbiPlaneMap::EMapIndex BfldDbiPlaneMap::MapIndex_t

typedef enum BfldDbiPlaneMap::EMapShape BfldDbiPlaneMap::MapShape_t

Enumerator:

kFullSteelA
kFullSteelB
kPowerOffA
kPowerOffB
kDetailSteelA
kDetailSteelB
kDetailGapA
kDetailGapB
kFullGapA
kFullGapB
kEndOfList

Definition at line 41 of file BfldDbiPlaneMap.h.

00041                           {
00042      kFullSteelA,    // full map in the steel
00043      kFullSteelB,
00044      kPowerOffA,     // full map with power off
00045      kPowerOffB,
00046      kDetailSteelA,  // detail of the steel
00047      kDetailSteelB,
00048      kDetailGapA,    // detail of gap region (inter-steel plane)
00049      kDetailGapB,
00050      kFullGapA,      // full map of gap region
00051      kFullGapB,
00052      kEndOfList
00053    } MapIndex_t;

enum BfldDbiPlaneMap::EMapShape

Enumerator:

kCircle
kSquare
kDiamond

Definition at line 55 of file BfldDbiPlaneMap.h.

00055                           {
00056      kCircle,
00057      kSquare,
00058      kDiamond  // square in UV space
00059    } MapShape_t;

BfldDbiPlaneMap::BfldDbiPlaneMap ( )

Definition at line 54 of file BfldDbiPlaneMap.cxx.

References fMapVariant, fScale, kEndOfList, and LEA_CTOR.

00055   : fPlaneId(), 
00056     fDetailSize(0), fDetailShape(kCircle), fBHCurve(0), 
00057     fBHFactor(0), fBHCutoff(0), 
00058     fSlotFactor(0), fSlotCutoff(0), fBdotScale(1.0)
00059 {
00060   for ( int indx = 0; indx < kEndOfList; ++indx ) {
00061     fMapVariant[indx] = 0;
00062     fScale[indx]      = 0.0;
00063   }
00064   LEA_CTOR;
00065 }

virtual BfldDbiPlaneMap::~BfldDbiPlaneMap ( ) [inline, virtual]

Definition at line 38 of file BfldDbiPlaneMap.h.

References LEA_DTOR.

00038 { LEA_DTOR; };

BfldDbiPlaneMap::BfldDbiPlaneMap ( const BfldDbiPlaneMap & from ) [inline, private]

Definition at line 118 of file BfldDbiPlaneMap.h.

References LEA_CTOR.

00119      : DbiTableRow(from) { LEA_CTOR; *this = from; }

virtual DbiTableRow* BfldDbiPlaneMap::CreateTableRow ( ) const [inline, virtual]

Implements DbiTableRow.

Definition at line 80 of file BfldDbiPlaneMap.h.

00080 { return new BfldDbiPlaneMap; }

void BfldDbiPlaneMap::Fill	(	DbiResultSet &	rs,
		const DbiValidityRec *	vrec
	)			`[virtual]`

Implements DbiTableRow.

Definition at line 69 of file BfldDbiPlaneMap.cxx.

References DbiRowStream::CurColName(), DbiRowStream::CurColNum(), det, fBdotScale, fBHCurve, fBHCutoff, fBHFactor, fDetailShape, fDetailSize, fgDefensiveUnpkg, fMapVariant, fPlaneId, fScale, fSlotCutoff, fSlotFactor, VldRange::GetDetectorMask(), DbiValidityRec::GetVldRange(), DbiRowStream::HasRowCounter(), DbiRowStream::IncrementCurCol(), Msg::kDebug, Msg::kWarning, MSG, and DbiRowStream::NumCols().

00070                                                                   {
00071 //
00072 //
00073 //  Purpose:  Fill object from Result Set
00074 //
00075 //  Arguments: 
00076 //    rs           in    Result Set used to fill object
00077 //    vrec         in    Associated validity record (or 0 if filling
00078 //                                                    DbiValidityRec)
00079 //
00080 //  Return:    
00081 //
00082 //  Contact:   R. Hatcher
00083 //
00084 //  Specification:-
00085 //  =============
00086 //
00087 //  o Fill object from current row of Result Set.
00088 
00089 //  Program Notes:-
00090 //  =============
00091 
00092 //  None.
00093 
00094 
00095    UShort_t ipln = 1023;
00096 
00097    if (fgDefensiveUnpkg) {
00098 
00099       // unpack allowing for various column names and ordering
00100 
00101       Int_t tmpshape = fDetailShape;
00102 
00103       Int_t numCol = rs.NumCols();
00104       //  The first column (SeqNo) has already been processed.
00105       for (Int_t curCol = rs.HasRowCounter() ? 3 : 2; curCol <= numCol; ++curCol) {
00106          string colName = rs.CurColName();
00107 
00108          if (      colName == "PLANENUM")      rs >> ipln;
00109 
00110          // old column names
00111          else if ( colName == "MAPVAR")        rs >> fMapVariant[0];
00112          else if ( colName == "SCALE")         rs >> fScale[0];
00113          else if ( colName == "MAPVAR_2ND")    rs >> fMapVariant[1];
00114          else if ( colName == "SCALE_2ND")     rs >> fScale[1];
00115 
00116          // new column names
00117          else if ( colName == "MAPVAR1ON")     rs >> fMapVariant[0];
00118          else if ( colName == "SCALE1ON")      rs >> fScale[0];
00119          else if ( colName == "MAPVAR2ON")     rs >> fMapVariant[1];
00120          else if ( colName == "SCALE2ON")      rs >> fScale[1];
00121          else if ( colName == "MAPVAR1OFF")    rs >> fMapVariant[2];
00122          else if ( colName == "SCALE1OFF")     rs >> fScale[2];
00123          else if ( colName == "MAPVAR2OFF")    rs >> fMapVariant[3];
00124          else if ( colName == "SCALE2OFF")     rs >> fScale[3];
00125          // yet newer names
00126          else if ( colName == "MAPON1")         rs >> fMapVariant[0];
00127          else if ( colName == "SCALEON1")       rs >> fScale[0];
00128          else if ( colName == "MAPON2")         rs >> fMapVariant[1];
00129          else if ( colName == "SCALEON2")       rs >> fScale[1];
00130          else if ( colName == "MAPOFF1")        rs >> fMapVariant[2];
00131          else if ( colName == "SCALEOFF1")      rs >> fScale[2];
00132          else if ( colName == "MAPOFF2")        rs >> fMapVariant[3];
00133          else if ( colName == "SCALEOFF2")      rs >> fScale[3];
00134 
00135          // new columns
00136          else if ( colName == "MAPDETAIL1")     rs >> fMapVariant[4];
00137          else if ( colName == "SCALEDETAIL1")   rs >> fScale[4];
00138          else if ( colName == "MAPDETAIL2")     rs >> fMapVariant[5];
00139          else if ( colName == "SCALEDETAIL2")   rs >> fScale[5];
00140          else if ( colName == "MAPPLNGAP1")     rs >> fMapVariant[6];
00141          else if ( colName == "SCALEPLNGAP1")   rs >> fScale[6];
00142          else if ( colName == "MAPPLNGAP2")     rs >> fMapVariant[7];
00143          else if ( colName == "SCALEPLNGAP2")   rs >> fScale[7];
00144 
00145          // new (more descriptive) names
00146          else if ( colName == "MAPDETAILGAP1")    rs >> fMapVariant[6];
00147          else if ( colName == "SCALEDETAILGAP1")  rs >> fScale[6];
00148          else if ( colName == "MAPDETAILGAP2")    rs >> fMapVariant[7];
00149          else if ( colName == "SCALEDETAILGAP2")  rs >> fScale[7];
00150 
00151          // newest columns
00152          else if ( colName == "MAPFULLGAP1")    rs >> fMapVariant[8];
00153          else if ( colName == "SCALEFULLGAP1")  rs >> fScale[8];
00154          else if ( colName == "MAPFULLGAP2")    rs >> fMapVariant[9];
00155          else if ( colName == "SCALEFULLGAP2")  rs >> fScale[9];
00156 
00157          else if ( colName == "DETAILSIZE")     rs >> fDetailSize;
00158          else if ( colName == "DETAILSHAPE")    rs >> tmpshape;
00159 
00160          else if ( colName == "BDOTSCALE")      rs >> fBdotScale;
00161 
00162          else if ( colName == "BHCURVEINDEX")   rs >> fBHCurve;
00163          else if ( colName == "BHFACTOR")       rs >> fBHFactor;
00164          else if ( colName == "BHCUTOFF")       rs >> fBHCutoff;
00165          else if ( colName == "SLOTFACTOR")     rs >> fSlotFactor;
00166          else if ( colName == "SLOTCUTOFF")     rs >> fSlotCutoff;
00167 
00168          else {
00169             static int nmsg = 25;
00170             if (nmsg-- > 0) MSG("Bfld",Msg::kWarning) 
00171                << "Ignoring column " << rs.CurColNum() 
00172                << " (of " << rs.NumCols() << ")"
00173                << " \""<< colName << "\"; not part of "
00174                << ClassName() << endl;
00175             rs.IncrementCurCol();
00176          } // end of conditional if/elseif/else/
00177       } // end of loop
00178       fDetailShape = (MapShape_t)tmpshape;
00179    } // end defensive unpacking
00180    else {
00181       Int_t numCol = rs.NumCols() - (rs.HasRowCounter() ? 1 : 0);
00182       if ( 4 == numCol ) {
00183         rs >> ipln
00184            >> fMapVariant[0]
00185            >> fScale[0];
00186       }
00187       else if ( 6 == numCol ) {
00188         rs >> ipln
00189            >> fMapVariant[0]
00190            >> fScale[0]
00191            >> fMapVariant[1]
00192            >> fScale[1];
00193       }
00194       else if ( 7 == numCol ) {
00195         rs >> ipln
00196            >> fMapVariant[0]
00197            >> fScale[0]
00198            >> fMapVariant[1]
00199            >> fScale[1]
00200            >> fBHCurve;
00201       }
00202       else if ( 11 == numCol ) {
00203         rs >> ipln
00204            >> fMapVariant[0]
00205            >> fScale[0]
00206            >> fMapVariant[1]
00207            >> fScale[1]
00208            >> fBHCurve
00209            >> fBHFactor
00210            >> fBHCutoff
00211            >> fSlotFactor
00212            >> fSlotCutoff;
00213       }
00214       else if ( 15 == numCol ) {
00215         rs >> ipln
00216            >> fMapVariant[0]
00217            >> fScale[0]
00218            >> fMapVariant[1]
00219            >> fScale[1]
00220            >> fMapVariant[2]
00221            >> fScale[2]
00222            >> fMapVariant[3]
00223            >> fScale[3]
00224            >> fBHCurve
00225            >> fBHFactor
00226            >> fBHCutoff
00227            >> fSlotFactor
00228            >> fSlotCutoff;
00229       }
00230       else if ( 25 == numCol ) {
00231         int tmpshape;
00232         rs >> ipln
00233            >> fMapVariant[0]
00234            >> fScale[0]
00235            >> fMapVariant[1]
00236            >> fScale[1]
00237            >> fMapVariant[2]
00238            >> fScale[2]
00239            >> fMapVariant[3]
00240            >> fScale[3]
00241            >> fMapVariant[4]
00242            >> fScale[4]
00243            >> fMapVariant[5]
00244            >> fScale[5]
00245            >> fMapVariant[6]
00246            >> fScale[6]
00247            >> fMapVariant[7]
00248            >> fScale[7]
00249            >> fDetailSize
00250            >> tmpshape
00251            >> fBHCurve
00252            >> fBHFactor
00253            >> fBHCutoff
00254            >> fSlotFactor
00255            >> fSlotCutoff;
00256         fDetailShape = (MapShape_t)tmpshape;
00257       }
00258       else if ( 30 == numCol ) {
00259         int tmpshape;
00260         rs >> ipln
00261            >> fMapVariant[0]
00262            >> fScale[0]
00263            >> fMapVariant[1]
00264            >> fScale[1]
00265            >> fMapVariant[2]
00266            >> fScale[2]
00267            >> fMapVariant[3]
00268            >> fScale[3]
00269            >> fMapVariant[4]
00270            >> fScale[4]
00271            >> fMapVariant[5]
00272            >> fScale[5]
00273            >> fMapVariant[6]
00274            >> fScale[6]
00275            >> fMapVariant[7]
00276            >> fScale[7]
00277            >> fMapVariant[8]
00278            >> fScale[8]
00279            >> fMapVariant[9]
00280            >> fScale[9]
00281            >> fDetailSize
00282            >> tmpshape
00283            >> fBdotScale
00284            >> fBHCurve
00285            >> fBHFactor
00286            >> fBHCutoff
00287            >> fSlotFactor
00288            >> fSlotCutoff;
00289         fDetailShape = (MapShape_t)tmpshape;
00290       }
00291       else {
00292         static int nmsg = 25;
00293         if (nmsg-- > 0) MSG("Bfld",Msg::kWarning) 
00294           << "Table has " << numCol << " columns, but in non-Defensive unpacking "
00295           << "we only know how to deal with 4, 6, 7, 11, 15, 25 or 30."
00296           << endl;                          
00297       }
00298     }
00299 
00300     Detector::Detector_t det =
00301       (Detector::Detector_t) 
00302       ((vrec) ? vrec->GetVldRange().GetDetectorMask() : 0);
00303 
00304     fPlaneId = PlexPlaneId(det,ipln,kTRUE);
00305 
00306 #ifdef RWH_DEBUG
00307     if ( ipln == 0 )
00308       MSG("Bfld",Msg::kDebug) 
00309            << " BfldDbiPlaneMap plane " 
00310            << ipln << " vrec = " << *vrec
00311            << endl
00312            << *this
00313            << endl;
00314 #endif
00315 
00316 }

std::ostream & BfldDbiPlaneMap::FormatToOStream	(	std::ostream &	os,
		Option_t *	option = `""`
	)			const `[virtual]`

Definition at line 485 of file BfldDbiPlaneMap.cxx.

References PlexPlaneId::AsString(), fBdotScale, fBHCurve, fBHCutoff, fBHFactor, fDetailShape, fDetailSize, fMapVariant, fPlaneId, fScale, fSlotCutoff, fSlotFactor, Nav::GetName(), and kEndOfList.

Referenced by operator<<(), and Print().

00487 {
00488   os << GetName() << " " 
00489      << fPlaneId.AsString("c"); 
00490 
00491   const char* shapename = "unknown";
00492   const char* shapelist[] = { "circle", "square", "diamond" };
00493   if ( fDetailShape >= 0 && fDetailShape <= 2 ) shapename = shapelist[fDetailShape];
00494   os << ", Detail size=" << fDetailSize
00495      << " shape=" << shapename;
00496   os << endl;
00497 
00498   int indxlabel = 0;
00499   const char* unknownlabel = "Unknown Map Pair: ";
00500   const char* labels[]   = { "Current On:       ",
00501                              "Current Off:      ",
00502                              "Steel Detail:     ",
00503                              "Gap Detail:       ",
00504                              "Gap Full Plane:   " };
00505   int nlabels = sizeof(labels)/sizeof(const char*);
00506 
00507   int indx = 0;
00508   while ( indx < kEndOfList-1 ) {  // -1 because we're doing A+B pairs
00509     const char* thislabel = unknownlabel;
00510     if ( indxlabel < nlabels ) thislabel = labels[indxlabel];
00511     os << "   " << thislabel;
00512     bool do1st = (fMapVariant[indx  ]!=0 && fScale[indx  ]!=0);
00513     bool do2nd = (fMapVariant[indx+1]!=0 && fScale[indx+1]!=0);
00514     if ( ! do1st && ! do2nd ) os << "no field maps ";
00515     if ( do1st ) os << fScale[indx  ] << "*Map_" << fMapVariant[indx  ];
00516     if ( do1st && do2nd ) os << " + ";
00517     if ( do2nd ) os << fScale[indx+1] << "*Map_" << fMapVariant[indx+1];
00518     os << endl;
00519     indx += 2;   // do in pairs
00520     indxlabel++; // move pair label index onward
00521   }
00522 
00523   os << "   BdotScale " << fBdotScale;
00524   os << " BHCurveIndex " << fBHCurve;
00525   os << " BHFactor " << fBHFactor << "/" << fBHCutoff;
00526   os << " SlotFactor " << fSlotFactor << "/" << fSlotCutoff;
00527   os << endl;
00528 
00529   return os;
00530 }

Int_t BfldDbiPlaneMap::GetAggregateNo ( ) const [virtual]

Reimplemented from DbiTableRow.

Definition at line 465 of file BfldDbiPlaneMap.cxx.

References fPlaneId, PlexPlaneId::GetDetector(), and PlexPlaneId::GetPlane().

00466 { 
00467   return (int)fPlaneId.GetDetector()*100000000 + fPlaneId.GetPlane();
00468 }

Double_t BfldDbiPlaneMap::GetBdotScale ( ) const [inline]

Definition at line 73 of file BfldDbiPlaneMap.h.

References fBdotScale.

Referenced by BField::GetBField().

00073 { return fBdotScale; }

Int_t BfldDbiPlaneMap::GetBHCurveIndex ( ) const [inline]

Definition at line 68 of file BfldDbiPlaneMap.h.

References fBHCurve.

00068 { return fBHCurve; }

Double_t BfldDbiPlaneMap::GetBHCutoff ( ) const [inline]

Definition at line 70 of file BfldDbiPlaneMap.h.

References fBHCutoff.

Referenced by BField::ApplyBHFactorCorr().

00070 { return fBHCutoff; }

Double_t BfldDbiPlaneMap::GetBHFactor ( ) const [inline]

Definition at line 69 of file BfldDbiPlaneMap.h.

References fBHFactor.

Referenced by BField::ApplyBHFactorCorr().

00069 { return fBHFactor; }

static Bool_t BfldDbiPlaneMap::GetDefensiveUnpkg ( ) [inline, static]

Definition at line 112 of file BfldDbiPlaneMap.h.

References fgDefensiveUnpkg.

00112 { return fgDefensiveUnpkg; }

MapShape_t BfldDbiPlaneMap::GetDetailShape ( ) const [inline]

Definition at line 67 of file BfldDbiPlaneMap.h.

References fDetailShape.

Referenced by BfldCanvasSlice::Draw().

00067 { return fDetailShape; }

Double_t BfldDbiPlaneMap::GetDetailSize ( ) const [inline]

Definition at line 66 of file BfldDbiPlaneMap.h.

References fDetailSize.

Referenced by BfldCanvasSlice::Draw().

00066 { return fDetailSize; }

UInt_t BfldDbiPlaneMap::GetIndex ( UInt_t defIndex ) const [virtual]

Reimplemented from DbiTableRow.

Definition at line 471 of file BfldDbiPlaneMap.cxx.

References fPlaneId, and PlexPlaneId::GetPlane().

00472 { 
00473   return fPlaneId.GetPlane();
00474 }

Int_t BfldDbiPlaneMap::GetMapVariant ( UInt_t indx = 0 ) const [inline]

Definition at line 143 of file BfldDbiPlaneMap.h.

References fMapVariant, and kEndOfList.

Referenced by BfldCanvasSlice::GetAdmixtureString(), and BField::GetBField().

00143                                                              {
00144   if ( indx < kEndOfList ) return fMapVariant[indx];
00145   // MSGMAX("Bfld",Msg::kWarning,10)
00146   //  << "GetMapVariant indx=" << indx << " must be [0,1]." << endl;
00147   return 0;
00148 }

PlexPlaneId BfldDbiPlaneMap::GetPlaneId ( ) const [inline]

Definition at line 63 of file BfldDbiPlaneMap.h.

References fPlaneId.

Referenced by BField::GetBField(), and BfldCache::SetPlaneMapCache().

00063 { return fPlaneId; }

Double_t BfldDbiPlaneMap::GetScale ( UInt_t indx = 0 ) const [inline]

Definition at line 149 of file BfldDbiPlaneMap.h.

References fScale, and kEndOfList.

Referenced by BfldCanvasSlice::GetAdmixtureString(), and BField::GetBField().

00149                                                            {
00150   if ( indx < kEndOfList ) return fScale[indx];
00151   // MSGMAX("Bfld",Msg::kWarning,10)
00152   //  << "GetScale indx=" << indx << " must be [0,1]." << endl;
00153   return 0.0;
00154 }

Double_t BfldDbiPlaneMap::GetSlotCutoff ( ) const [inline]

Definition at line 72 of file BfldDbiPlaneMap.h.

References fSlotCutoff.

Referenced by BField::ApplySlotFactorCorr().

00072 { return fSlotCutoff; }

Double_t BfldDbiPlaneMap::GetSlotFactor ( ) const [inline]

Definition at line 71 of file BfldDbiPlaneMap.h.

References fSlotFactor.

Referenced by BField::ApplySlotFactorCorr().

00071 { return fSlotFactor; }

const char * BfldDbiPlaneMap::GetTableDescr ( ) [static]

Definition at line 534 of file BfldDbiPlaneMap.cxx.

00535 {
00536 //
00537 //
00538 //  Purpose:  Return a string describing rows in the table
00539 //            Used in creating temporary tables
00540 //
00541 //  Return:   const char* to parenthesized comma separated list
00542 //            of column name and type pairs
00543 //
00544 //  Contact:   R. Hatcher
00545 //
00546 //  Specification:-
00547 //  =============
00548 //
00549 
00550 //  Program Notes:-
00551 //  =============
00552 
00553 //  None.
00554 
00555    const char* const_tabledescr = "(\
00556        SEQNO             int,      \
00557        ROW_COUNTER       int,      \
00558        PLANENUM          int,      \
00559        MAPON1            int,      \
00560        SCALEON1          float,    \
00561        MAPON2            int,      \
00562        SCALEON2          float,    \
00563        MAPOFF1           int,      \
00564        SCALEOFF1         float,    \
00565        MAPOFF2           int,      \
00566        SCALEOFF2         float,    \
00567        MAPDETAIL1        int,      \
00568        SCALEDETAIL1      float,    \
00569        MAPDETAIL2        int,      \
00570        SCALEDETAIL2      float,    \
00571        MAPPLNGAP1        int,      \
00572        SCALEPLNGAP1      float,    \
00573        MAPPLNGAP2        int,      \
00574        SCALEPLNGAP2      float,    \
00575        MAPFULLGAP1       int,      \
00576        SCALEFULLGAP1     float,    \
00577        MAPFULLGAP2       int,      \
00578        SCALEFULLGAP2     float,    \
00579        DETAILSIZE        float,    \
00580        DETAILSHAPE       int,      \
00581        BHCURVEINDEX      int,      \
00582        BDOTSCALE         float,    \
00583        BHFACTOR          float,    \
00584        BHCUTOFF          float,    \
00585        SLOTFACTOR        float,    \
00586        SLOTCUTOFF        float,    \
00587        primary key (SEQNO,ROW_COUNTER) \
00588        )";
00589 
00590    return const_tabledescr;
00591 }

Bool_t BfldDbiPlaneMap::IsInDetail	(	Double_t	x,
		Double_t	y
	)			const

Definition at line 431 of file BfldDbiPlaneMap.cxx.

References fDetailShape, fDetailSize, kCircle, kDiamond, kSquare, and FidVol::r_sqrt2.

Referenced by BField::GetBField().

00432 {
00433   switch ( fDetailShape ) {
00434   case kCircle:
00435     {
00436       Double_t r2     = x*x + y*y;
00437       Double_t r2max  = fDetailSize * fDetailSize;
00438       if ( r2 >= r2max ) return false;
00439       return true;
00440       break;
00441     }
00442   case kDiamond:
00443     {
00444       // translate into U,V space and make same test as kSquare
00445       static const Double_t r_sqrt2 = 1.0 / TMath::Sqrt(2.0);
00446       Double_t u = ( x + y ) * r_sqrt2;
00447       Double_t v = (-x + y ) * r_sqrt2;
00448       x = u; y = v;  // fall through so we don't need to repeat the test
00449     }
00450   case kSquare:
00451     {
00452       if ( x <= -fDetailSize || x >= fDetailSize ) return false;
00453       if ( y <= -fDetailSize || y >= fDetailSize ) return false;
00454       return true;
00455       break;
00456     }
00457   default:
00458     return false;  // not legal
00459     break;
00460   }
00461   return false;  // not legal
00462 }

Bool_t BfldDbiPlaneMap::IsNull ( UInt_t indx ) const [inline]

Definition at line 156 of file BfldDbiPlaneMap.h.

References fMapVariant, fScale, and kEndOfList.

Referenced by BfldCanvasSlice::GetAdmixtureString(), and BField::GetBField().

00157 {
00158   // no info  non-zero map/scale combination
00159   if ( indx >= kEndOfList ) return true;
00160   return ( ( fMapVariant[indx] * fScale[indx] ) == 0 );
00161 }

Bool_t BfldDbiPlaneMap::IsPairNull ( UInt_t indx ) const [inline]

Definition at line 163 of file BfldDbiPlaneMap.h.

References fMapVariant, fScale, and kEndOfList.

Referenced by BField::GetBField().

00164 {
00165   // no info  non-zero map/scale combination for A+B pair
00166   if ( indx >= kEndOfList-1 ) return true;
00167   return ( ( fMapVariant[indx]   * fScale[indx]   ) == 0 &&
00168            ( fMapVariant[indx+1] * fScale[indx+1] ) == 0    );
00169 }

void BfldDbiPlaneMap::Print ( Option_t * option = "" ) const [virtual]

Definition at line 481 of file BfldDbiPlaneMap.cxx.

References FormatToOStream().

00482 { FormatToOStream(cout,option); }

void BfldDbiPlaneMap::SetBdotScale ( Double_t bdotscale ) [inline]

Definition at line 107 of file BfldDbiPlaneMap.h.

References fBdotScale.

00107 { fBdotScale   = bdotscale; }

void BfldDbiPlaneMap::SetBHCurveIndex ( UInt_t bhcurve ) [inline]

Definition at line 102 of file BfldDbiPlaneMap.h.

References fBHCurve.

00102 { fBHCurve     = bhcurve; }

void BfldDbiPlaneMap::SetBHCutoff ( Double_t bhcutoff ) [inline]

Definition at line 104 of file BfldDbiPlaneMap.h.

References fBHCutoff.

00104 { fBHCutoff    = bhcutoff; }

void BfldDbiPlaneMap::SetBHFactor ( Double_t bhfactor ) [inline]

Definition at line 103 of file BfldDbiPlaneMap.h.

References fBHFactor.

00103 { fBHFactor    = bhfactor; }

static void BfldDbiPlaneMap::SetDefensiveUnpkg ( Bool_t defensive ) [inline, static]

Definition at line 110 of file BfldDbiPlaneMap.h.

References fgDefensiveUnpkg.

00111      { fgDefensiveUnpkg = defensive; }

void BfldDbiPlaneMap::SetDetailShape ( Int_t ishape )

Definition at line 425 of file BfldDbiPlaneMap.cxx.

References fDetailShape.

00426 { 
00427   fDetailShape = (MapShape_t)ishape; 
00428 }

void BfldDbiPlaneMap::SetDetailSize ( Double_t rinscribed ) [inline]

Definition at line 100 of file BfldDbiPlaneMap.h.

References fDetailSize.

00100 { fDetailSize  = rinscribed; }

void BfldDbiPlaneMap::SetMapVariant	(	UInt_t	indx,
		Int_t	imap
	)			`[inline]`

Definition at line 171 of file BfldDbiPlaneMap.h.

References fMapVariant, and kEndOfList.

Referenced by BField::BField(), and BField::GetBField().

00171                                                                   {
00172   if ( indx < kEndOfList ) { fMapVariant[indx] = imap; return; }
00173   // MSGMAX("Bfld",Msg::kWarning,10)
00174   //  << "SetMapVariant indx=" << indx 
00175   //  << " must be [0," << kEndOfList << "]." << endl;
00176 }

void BfldDbiPlaneMap::SetPlaneId ( PlexPlaneId plnid ) [inline]

Definition at line 97 of file BfldDbiPlaneMap.h.

References fPlaneId.

00097 { fPlaneId     = plnid; }

void BfldDbiPlaneMap::SetScale	(	UInt_t	indx,
		Double_t	scale
	)			`[inline]`

Definition at line 177 of file BfldDbiPlaneMap.h.

References fScale, and kEndOfList.

Referenced by BField::BField(), and BField::GetBField().

00177                                                                  {
00178   if ( indx < kEndOfList ) { fScale[indx] = scale; return; }
00179   // MSGMAX("Bfld",Msg::kWarning,10)
00180   //  << "SetScale indx=" << indx 
00181   //  << " must be [0," << kEndOfList << "]." << endl;
00182 }

void BfldDbiPlaneMap::SetSlotCutoff ( Double_t slotcutoff ) [inline]

Definition at line 106 of file BfldDbiPlaneMap.h.

References fSlotCutoff.

00106 { fSlotCutoff  = slotcutoff; }

void BfldDbiPlaneMap::SetSlotFactor ( Double_t slotfactor ) [inline]

Definition at line 105 of file BfldDbiPlaneMap.h.

References fSlotFactor.

00105 { fSlotFactor  = slotfactor; }

void BfldDbiPlaneMap::Store	(	DbiOutRowStream &	ors,
		const DbiValidityRec *	vrec
	)			const `[virtual]`

Reimplemented from DbiTableRow.

Definition at line 320 of file BfldDbiPlaneMap.cxx.

References fBdotScale, fBHCurve, fBHCutoff, fBHFactor, fDetailShape, fDetailSize, fMapVariant, fPlaneId, fScale, fSlotCutoff, fSlotFactor, PlexPlaneId::GetPlane(), DbiRowStream::HasRowCounter(), Msg::kWarning, MSG, and DbiRowStream::NumCols().

00321                                                                   {
00322 //
00323 //
00324 //  Purpose:  Stream object to output row stream
00325 //
00326 //  Arguments: 
00327 //    ors          in     Output row stream.
00328 //    vrec         in     Associated validity record (or 0 if filling
00329 //                                                    DbiValidityRec)
00330 //
00331 //  Return:    
00332 //
00333 //  Contact:   R. Hatcher
00334 //
00335 //  Specification:-
00336 //  =============
00337 //
00338 //  o  Stream object to output row stream.
00339 
00340 //  Program Notes:-
00341 //  =============
00342 
00343 //  None.
00344 
00345   Int_t numCol = ors.NumCols() - (ors.HasRowCounter() ? 1 : 0);
00346   if ( 4 == numCol ) {
00347     ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale[0];
00348   }
00349   else if ( 6 == numCol ) {
00350     ors << fPlaneId.GetPlane() 
00351         << fMapVariant[0] << fScale [0]
00352         << fMapVariant[1] << fScale [1];
00353   }
00354   else if ( 8 == numCol ) {
00355     ors << fPlaneId.GetPlane() 
00356         << fMapVariant[0] << fScale [0]
00357         << fMapVariant[1] << fScale [1]
00358         << fBHCurve;
00359   }
00360   else if ( 11 == numCol ) {
00361     ors << fPlaneId.GetPlane() 
00362         << fMapVariant[0] << fScale [0]
00363         << fMapVariant[1] << fScale [1]
00364         << fBHCurve
00365         << fBHFactor      << fBHCutoff
00366         << fSlotFactor    << fSlotCutoff;
00367   }
00368   else if ( 15 == numCol ) {
00369     ors << fPlaneId.GetPlane() 
00370         << fMapVariant[0] << fScale [0]
00371         << fMapVariant[1] << fScale [1]
00372         << fMapVariant[2] << fScale [2]
00373         << fMapVariant[3] << fScale [3]
00374         << fBHCurve
00375         << fBHFactor      << fBHCutoff
00376         << fSlotFactor    << fSlotCutoff;
00377   }
00378   else if ( 25 == numCol ) {
00379     ors << fPlaneId.GetPlane()
00380         << fMapVariant[0] << fScale[0]
00381         << fMapVariant[1] << fScale[1]
00382         << fMapVariant[2] << fScale[2]
00383         << fMapVariant[3] << fScale[3]
00384         << fMapVariant[4] << fScale[4]
00385         << fMapVariant[5] << fScale[5]
00386         << fMapVariant[6] << fScale[6]
00387         << fMapVariant[7] << fScale[7]
00388         << fDetailSize    << (int)fDetailShape
00389         << fBHCurve
00390         << fBHFactor
00391         << fBHCutoff
00392         << fSlotFactor
00393         << fSlotCutoff;
00394   }
00395   else if ( 25 == numCol ) {
00396     ors << fPlaneId.GetPlane()
00397         << fMapVariant[0] << fScale[0]
00398         << fMapVariant[1] << fScale[1]
00399         << fMapVariant[2] << fScale[2]
00400         << fMapVariant[3] << fScale[3]
00401         << fMapVariant[4] << fScale[4]
00402         << fMapVariant[5] << fScale[5]
00403         << fMapVariant[6] << fScale[6]
00404         << fMapVariant[7] << fScale[7]
00405         << fMapVariant[8] << fScale[8]
00406         << fMapVariant[9] << fScale[9]
00407         << fDetailSize    << (int)fDetailShape
00408         << fBdotScale
00409         << fBHCurve
00410         << fBHFactor
00411         << fBHCutoff
00412         << fSlotFactor
00413         << fSlotCutoff;
00414   }
00415   else {
00416     static int nmsg = 25;
00417     if (nmsg-- > 0) MSG("Bfld",Msg::kWarning) 
00418       << "Table has " << numCol << " columns, but Store() "
00419       << "we only know how to deal with 4, 6, 7, 11, 15, 25 or 30."
00420       << endl;                          
00421   }
00422 }

Double_t BfldDbiPlaneMap::fBdotScale [private]

Definition at line 133 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetBdotScale(), SetBdotScale(), and Store().

Int_t BfldDbiPlaneMap::fBHCurve [private]

Definition at line 128 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetBHCurveIndex(), SetBHCurveIndex(), and Store().

Double_t BfldDbiPlaneMap::fBHCutoff [private]

Definition at line 130 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetBHCutoff(), SetBHCutoff(), and Store().

Double_t BfldDbiPlaneMap::fBHFactor [private]

Definition at line 129 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetBHFactor(), SetBHFactor(), and Store().

MapShape_t BfldDbiPlaneMap::fDetailShape [private]

Definition at line 127 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetDetailShape(), IsInDetail(), SetDetailShape(), and Store().

Double_t BfldDbiPlaneMap::fDetailSize [private]

Definition at line 126 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetDetailSize(), IsInDetail(), SetDetailSize(), and Store().

Bool_t BfldDbiPlaneMap::fgDefensiveUnpkg = kTRUE [static, private]

Definition at line 137 of file BfldDbiPlaneMap.h.

Referenced by Fill(), GetDefensiveUnpkg(), and SetDefensiveUnpkg().

Int_t BfldDbiPlaneMap::fMapVariant[kEndOfList] [private]

Definition at line 124 of file BfldDbiPlaneMap.h.

Referenced by BfldDbiPlaneMap(), Fill(), FormatToOStream(), GetMapVariant(), IsNull(), IsPairNull(), SetMapVariant(), and Store().

PlexPlaneId BfldDbiPlaneMap::fPlaneId [private]

Definition at line 123 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetAggregateNo(), GetIndex(), GetPlaneId(), SetPlaneId(), and Store().

Double_t BfldDbiPlaneMap::fScale[kEndOfList] [private]

Definition at line 125 of file BfldDbiPlaneMap.h.

Referenced by BfldDbiPlaneMap(), Fill(), FormatToOStream(), GetScale(), IsNull(), IsPairNull(), SetScale(), and Store().

Double_t BfldDbiPlaneMap::fSlotCutoff [private]

Definition at line 132 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetSlotCutoff(), SetSlotCutoff(), and Store().

Double_t BfldDbiPlaneMap::fSlotFactor [private]

Definition at line 131 of file BfldDbiPlaneMap.h.

Referenced by Fill(), FormatToOStream(), GetSlotFactor(), SetSlotFactor(), and Store().

BfldDbiPlaneMap Class Reference

Public Types

Public Member Functions

Static Public Member Functions

Private Member Functions

Private Attributes

Static Private Attributes

Detailed Description

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation


Public Types
typedef enum BfldDbiPlaneMap::EMapIndex	MapIndex_t
typedef enum BfldDbiPlaneMap::EMapShape	MapShape_t
	kFullSteelA
	kFullSteelB
	kPowerOffA
	kPowerOffB
	kDetailSteelA
	kDetailSteelB
	kDetailGapA
	kDetailGapB
	kFullGapA
	kFullGapB
	kEndOfList
	kCircle
	kSquare
	kDiamond
enum	EMapIndex { kFullSteelA, kFullSteelB, kPowerOffA, kPowerOffB, kDetailSteelA, kDetailSteelB, kDetailGapA, kDetailGapB, kFullGapA, kFullGapB, kEndOfList }
enum	EMapShape { kCircle, kSquare, kDiamond }
Public Member Functions
	BfldDbiPlaneMap ()
virtual	~BfldDbiPlaneMap ()
PlexPlaneId	GetPlaneId () const
Int_t	GetMapVariant (UInt_t indx=0) const
Double_t	GetScale (UInt_t indx=0) const
Double_t	GetDetailSize () const
MapShape_t	GetDetailShape () const
Int_t	GetBHCurveIndex () const
Double_t	GetBHFactor () const
Double_t	GetBHCutoff () const
Double_t	GetSlotFactor () const
Double_t	GetSlotCutoff () const
Double_t	GetBdotScale () const
Bool_t	IsInDetail (Double_t x, Double_t y) const
Bool_t	IsNull (UInt_t indx) const
Bool_t	IsPairNull (UInt_t indx) const
virtual DbiTableRow *	CreateTableRow () const
virtual void	Fill (DbiResultSet &rs, const DbiValidityRec *vrec)
virtual void	Store (DbiOutRowStream &ors, const DbiValidityRec *vrec) const
virtual void	Print (Option_t *option="") const
virtual std::ostream &	FormatToOStream (std::ostream &os, Option_t *option="") const
virtual Int_t	GetAggregateNo () const
virtual UInt_t	GetIndex (UInt_t defIndex) const
void	SetPlaneId (PlexPlaneId plnid)
void	SetMapVariant (UInt_t indx, Int_t imap)
void	SetScale (UInt_t indx, Double_t scale)
void	SetDetailSize (Double_t rinscribed)
void	SetDetailShape (Int_t ishape)
void	SetBHCurveIndex (UInt_t bhcurve)
void	SetBHFactor (Double_t bhfactor)
void	SetBHCutoff (Double_t bhcutoff)
void	SetSlotFactor (Double_t slotfactor)
void	SetSlotCutoff (Double_t slotcutoff)
void	SetBdotScale (Double_t bdotscale)
Static Public Member Functions
static const char *	GetTableDescr ()
static void	SetDefensiveUnpkg (Bool_t defensive)
static Bool_t	GetDefensiveUnpkg ()
Private Member Functions
	BfldDbiPlaneMap (const BfldDbiPlaneMap &from)
Private Attributes
PlexPlaneId	fPlaneId
Int_t	fMapVariant [kEndOfList]
Double_t	fScale [kEndOfList]
Double_t	fDetailSize
MapShape_t	fDetailShape
Int_t	fBHCurve
Double_t	fBHFactor
Double_t	fBHCutoff
Double_t	fSlotFactor
Double_t	fSlotCutoff
Double_t	fBdotScale
Static Private Attributes
static Bool_t	fgDefensiveUnpkg = kTRUE