BfldDbiPlaneMap Class Reference

#include <BfldDbiPlaneMap.h>

Inheritance diagram for BfldDbiPlaneMap:

List of all members.

Public Types
typedef enum BfldDbiPlaneMap::EMapIndex	MapIndex_t
typedef enum BfldDbiPlaneMap::EMapShape	MapShape_t
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
const char *	GetTableDescr ()
void	SetDefensiveUnpkg (Bool_t defensive)
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
Bool_t	fgDefensiveUnpkg = kTRUE

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Member Typedef Documentation

typedef enum BfldDbiPlaneMap::EMapIndex BfldDbiPlaneMap::MapIndex_t

typedef enum BfldDbiPlaneMap::EMapShape BfldDbiPlaneMap::MapShape_t

Referenced by GetDetailShape().

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Member Enumeration Documentation

enum BfldDbiPlaneMap::EMapIndex

Enumeration values: kFullSteelA  kFullSteelB  kPowerOffA  kPowerOffB  kDetailSteelA  kDetailSteelB  kDetailGapA  kDetailGapB  kFullGapA  kFullGapB  kEndOfList  Definition at line 41 of file BfldDbiPlaneMap.h. { kFullSteelA, // full map in the steel kFullSteelB, kPowerOffA, // full map with power off kPowerOffB, kDetailSteelA, // detail of the steel kDetailSteelB, kDetailGapA, // detail of gap region (inter-steel plane) kDetailGapB, kFullGapA, // full map of gap region kFullGapB, kEndOfList } MapIndex_t;

enum BfldDbiPlaneMap::EMapShape

Enumeration values: kCircle  kSquare  kDiamond  Definition at line 55 of file BfldDbiPlaneMap.h. { kCircle, kSquare, kDiamond // square in UV space } MapShape_t;

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Constructor & Destructor Documentation

BfldDbiPlaneMap::BfldDbiPlaneMap (   )

Definition at line 54 of file BfldDbiPlaneMap.cxx. : fPlaneId(), fDetailSize(0), fDetailShape(kCircle), fBHCurve(0), fBHFactor(0), fBHCutoff(0), fSlotFactor(0), fSlotCutoff(0), fBdotScale(1.0) { for ( int indx = 0; indx < kEndOfList; ++indx ) { fMapVariant[indx] = 0; fScale[indx] = 0.0; } LEA_CTOR; }

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

Definition at line 38 of file BfldDbiPlaneMap.h. { LEA_DTOR; };

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

Definition at line 118 of file BfldDbiPlaneMap.h. : DbiTableRow(from) { LEA_CTOR; *this = from; }

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Member Function Documentation

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

Implements DbiTableRow. Definition at line 80 of file BfldDbiPlaneMap.h. { 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, fMapVariant, fPlaneId, fScale, fSlotFactor, VldRange::GetDetectorMask(), DbiValidityRec::GetVldRange(), DbiRowStream::HasRowCounter(), DbiRowStream::IncrementCurCol(), MSG, and DbiRowStream::NumCols(). { // // // Purpose: Fill object from Result Set // // Arguments: // rs in Result Set used to fill object // vrec in Associated validity record (or 0 if filling // DbiValidityRec) // // Return: // // Contact: R. Hatcher // // Specification:- // ============= // // o Fill object from current row of Result Set. // Program Notes:- // ============= // None. UShort_t ipln = 1023; if (fgDefensiveUnpkg) { // unpack allowing for various column names and ordering Int_t tmpshape = fDetailShape; Int_t numCol = rs.NumCols(); // The first column (SeqNo) has already been processed. for (Int_t curCol = rs.HasRowCounter() ? 3 : 2; curCol <= numCol; ++curCol) { string colName = rs.CurColName(); if ( colName == "PLANENUM") rs >> ipln; // old column names else if ( colName == "MAPVAR") rs >> fMapVariant[0]; else if ( colName == "SCALE") rs >> fScale[0]; else if ( colName == "MAPVAR_2ND") rs >> fMapVariant[1]; else if ( colName == "SCALE_2ND") rs >> fScale[1]; // new column names else if ( colName == "MAPVAR1ON") rs >> fMapVariant[0]; else if ( colName == "SCALE1ON") rs >> fScale[0]; else if ( colName == "MAPVAR2ON") rs >> fMapVariant[1]; else if ( colName == "SCALE2ON") rs >> fScale[1]; else if ( colName == "MAPVAR1OFF") rs >> fMapVariant[2]; else if ( colName == "SCALE1OFF") rs >> fScale[2]; else if ( colName == "MAPVAR2OFF") rs >> fMapVariant[3]; else if ( colName == "SCALE2OFF") rs >> fScale[3]; // yet newer names else if ( colName == "MAPON1") rs >> fMapVariant[0]; else if ( colName == "SCALEON1") rs >> fScale[0]; else if ( colName == "MAPON2") rs >> fMapVariant[1]; else if ( colName == "SCALEON2") rs >> fScale[1]; else if ( colName == "MAPOFF1") rs >> fMapVariant[2]; else if ( colName == "SCALEOFF1") rs >> fScale[2]; else if ( colName == "MAPOFF2") rs >> fMapVariant[3]; else if ( colName == "SCALEOFF2") rs >> fScale[3]; // new columns else if ( colName == "MAPDETAIL1") rs >> fMapVariant[4]; else if ( colName == "SCALEDETAIL1") rs >> fScale[4]; else if ( colName == "MAPDETAIL2") rs >> fMapVariant[5]; else if ( colName == "SCALEDETAIL2") rs >> fScale[5]; else if ( colName == "MAPPLNGAP1") rs >> fMapVariant[6]; else if ( colName == "SCALEPLNGAP1") rs >> fScale[6]; else if ( colName == "MAPPLNGAP2") rs >> fMapVariant[7]; else if ( colName == "SCALEPLNGAP2") rs >> fScale[7]; // new (more descriptive) names else if ( colName == "MAPDETAILGAP1") rs >> fMapVariant[6]; else if ( colName == "SCALEDETAILGAP1") rs >> fScale[6]; else if ( colName == "MAPDETAILGAP2") rs >> fMapVariant[7]; else if ( colName == "SCALEDETAILGAP2") rs >> fScale[7]; // newest columns else if ( colName == "MAPFULLGAP1") rs >> fMapVariant[8]; else if ( colName == "SCALEFULLGAP1") rs >> fScale[8]; else if ( colName == "MAPFULLGAP2") rs >> fMapVariant[9]; else if ( colName == "SCALEFULLGAP2") rs >> fScale[9]; else if ( colName == "DETAILSIZE") rs >> fDetailSize; else if ( colName == "DETAILSHAPE") rs >> tmpshape; else if ( colName == "BDOTSCALE") rs >> fBdotScale; else if ( colName == "BHCURVEINDEX") rs >> fBHCurve; else if ( colName == "BHFACTOR") rs >> fBHFactor; else if ( colName == "BHCUTOFF") rs >> fBHCutoff; else if ( colName == "SLOTFACTOR") rs >> fSlotFactor; else if ( colName == "SLOTCUTOFF") rs >> fSlotCutoff; else { static int nmsg = 25; if (nmsg-- > 0) MSG("Bfld",Msg::kWarning) << "Ignoring column " << rs.CurColNum() << " (of " << rs.NumCols() << ")" << " \""<< colName << "\"; not part of " << ClassName() << endl; rs.IncrementCurCol(); } // end of conditional if/elseif/else/ } // end of loop fDetailShape = (MapShape_t)tmpshape; } // end defensive unpacking else { Int_t numCol = rs.NumCols() - (rs.HasRowCounter() ? 1 : 0); if ( 4 == numCol ) { rs >> ipln >> fMapVariant[0] >> fScale[0]; } else if ( 6 == numCol ) { rs >> ipln >> fMapVariant[0] >> fScale[0] >> fMapVariant[1] >> fScale[1]; } else if ( 7 == numCol ) { rs >> ipln >> fMapVariant[0] >> fScale[0] >> fMapVariant[1] >> fScale[1] >> fBHCurve; } else if ( 11 == numCol ) { rs >> ipln >> fMapVariant[0] >> fScale[0] >> fMapVariant[1] >> fScale[1] >> fBHCurve >> fBHFactor >> fBHCutoff >> fSlotFactor >> fSlotCutoff; } else if ( 15 == numCol ) { rs >> ipln >> fMapVariant[0] >> fScale[0] >> fMapVariant[1] >> fScale[1] >> fMapVariant[2] >> fScale[2] >> fMapVariant[3] >> fScale[3] >> fBHCurve >> fBHFactor >> fBHCutoff >> fSlotFactor >> fSlotCutoff; } else if ( 25 == numCol ) { int tmpshape; rs >> ipln >> fMapVariant[0] >> fScale[0] >> fMapVariant[1] >> fScale[1] >> fMapVariant[2] >> fScale[2] >> fMapVariant[3] >> fScale[3] >> fMapVariant[4] >> fScale[4] >> fMapVariant[5] >> fScale[5] >> fMapVariant[6] >> fScale[6] >> fMapVariant[7] >> fScale[7] >> fDetailSize >> tmpshape >> fBHCurve >> fBHFactor >> fBHCutoff >> fSlotFactor >> fSlotCutoff; fDetailShape = (MapShape_t)tmpshape; } else if ( 30 == numCol ) { int tmpshape; rs >> ipln >> fMapVariant[0] >> fScale[0] >> fMapVariant[1] >> fScale[1] >> fMapVariant[2] >> fScale[2] >> fMapVariant[3] >> fScale[3] >> fMapVariant[4] >> fScale[4] >> fMapVariant[5] >> fScale[5] >> fMapVariant[6] >> fScale[6] >> fMapVariant[7] >> fScale[7] >> fMapVariant[8] >> fScale[8] >> fMapVariant[9] >> fScale[9] >> fDetailSize >> tmpshape >> fBdotScale >> fBHCurve >> fBHFactor >> fBHCutoff >> fSlotFactor >> fSlotCutoff; fDetailShape = (MapShape_t)tmpshape; } else { static int nmsg = 25; if (nmsg-- > 0) MSG("Bfld",Msg::kWarning) << "Table has " << numCol << " columns, but in non-Defensive unpacking " << "we only know how to deal with 4, 6, 7, 11, 15, 25 or 30." << endl; } } Detector::Detector_t det = (Detector::Detector_t) ((vrec) ? vrec->GetVldRange().GetDetectorMask() : 0); fPlaneId = PlexPlaneId(det,ipln,kTRUE); #ifdef RWH_DEBUG if ( ipln == 0 ) MSG("Bfld",Msg::kDebug) << " BfldDbiPlaneMap plane " << ipln << " vrec = " << *vrec << endl << *this << endl; #endif }

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

Definition at line 485 of file BfldDbiPlaneMap.cxx. References PlexPlaneId::AsString(), fBHFactor, fDetailShape, fDetailSize, fMapVariant, fPlaneId, fScale, fSlotFactor, Nav::GetName(), and kEndOfList. Referenced by operator<<(), and Print(). { os << GetName() << " " << fPlaneId.AsString("c"); const char* shapename = "unknown"; const char* shapelist[] = { "circle", "square", "diamond" }; if ( fDetailShape >= 0 && fDetailShape <= 2 ) shapename = shapelist[fDetailShape]; os << ", Detail size=" << fDetailSize << " shape=" << shapename; os << endl; int indxlabel = 0; const char* unknownlabel = "Unknown Map Pair: "; const char* labels[] = { "Current On: ", "Current Off: ", "Steel Detail: ", "Gap Detail: ", "Gap Full Plane: " }; int nlabels = sizeof(labels)/sizeof(const char*); int indx = 0; while ( indx < kEndOfList-1 ) { // -1 because we're doing A+B pairs const char* thislabel = unknownlabel; if ( indxlabel < nlabels ) thislabel = labels[indxlabel]; os << " " << thislabel; bool do1st = (fMapVariant[indx ]!=0 && fScale[indx ]!=0); bool do2nd = (fMapVariant[indx+1]!=0 && fScale[indx+1]!=0); if ( ! do1st && ! do2nd ) os << "no field maps "; if ( do1st ) os << fScale[indx ] << "*Map_" << fMapVariant[indx ]; if ( do1st && do2nd ) os << " + "; if ( do2nd ) os << fScale[indx+1] << "*Map_" << fMapVariant[indx+1]; os << endl; indx += 2; // do in pairs indxlabel++; // move pair label index onward } os << " BdotScale " << fBdotScale; os << " BHCurveIndex " << fBHCurve; os << " BHFactor " << fBHFactor << "/" << fBHCutoff; os << " SlotFactor " << fSlotFactor << "/" << fSlotCutoff; os << endl; return os; }

Int_t BfldDbiPlaneMap::GetAggregateNo (   )  const [virtual]

Reimplemented from DbiTableRow. Definition at line 465 of file BfldDbiPlaneMap.cxx. References fPlaneId, PlexPlaneId::GetDetector(), and PlexPlaneId::GetPlane(). { return (int)fPlaneId.GetDetector()*100000000 + fPlaneId.GetPlane(); }

Double_t BfldDbiPlaneMap::GetBdotScale (   )  const [inline]

Definition at line 73 of file BfldDbiPlaneMap.h. Referenced by BField::GetBField(). { return fBdotScale; }

Int_t BfldDbiPlaneMap::GetBHCurveIndex (   )  const [inline]

Definition at line 68 of file BfldDbiPlaneMap.h. { return fBHCurve; }

Double_t BfldDbiPlaneMap::GetBHCutoff (   )  const [inline]

Definition at line 70 of file BfldDbiPlaneMap.h. Referenced by BField::ApplyBHFactorCorr(). { return fBHCutoff; }

Double_t BfldDbiPlaneMap::GetBHFactor (   )  const [inline]

Definition at line 69 of file BfldDbiPlaneMap.h. Referenced by BField::ApplyBHFactorCorr(). { return fBHFactor; }

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

Definition at line 112 of file BfldDbiPlaneMap.h. { return fgDefensiveUnpkg; }

MapShape_t BfldDbiPlaneMap::GetDetailShape (   )  const [inline]

Definition at line 67 of file BfldDbiPlaneMap.h. References MapShape_t. Referenced by BfldCanvasSlice::Draw(). { return fDetailShape; }

Double_t BfldDbiPlaneMap::GetDetailSize (   )  const [inline]

Definition at line 66 of file BfldDbiPlaneMap.h. Referenced by BfldCanvasSlice::Draw(). { 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(). { return fPlaneId.GetPlane(); }

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

Definition at line 143 of file BfldDbiPlaneMap.h. References fMapVariant. Referenced by BfldCanvasSlice::GetAdmixtureString(), and BField::GetBField(). { if ( indx < kEndOfList ) return fMapVariant[indx]; // MSGMAX("Bfld",Msg::kWarning,10) // << "GetMapVariant indx=" << indx << " must be [0,1]." << endl; return 0; }

PlexPlaneId BfldDbiPlaneMap::GetPlaneId (   )  const [inline]

Definition at line 63 of file BfldDbiPlaneMap.h. Referenced by BField::GetBField(), and BfldCache::SetPlaneMapCache(). { return fPlaneId; }

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

Definition at line 149 of file BfldDbiPlaneMap.h. References fScale. Referenced by BfldCanvasSlice::GetAdmixtureString(), and BField::GetBField(). { if ( indx < kEndOfList ) return fScale[indx]; // MSGMAX("Bfld",Msg::kWarning,10) // << "GetScale indx=" << indx << " must be [0,1]." << endl; return 0.0; }

Double_t BfldDbiPlaneMap::GetSlotCutoff (   )  const [inline]

Definition at line 72 of file BfldDbiPlaneMap.h. Referenced by BField::ApplySlotFactorCorr(). { return fSlotCutoff; }

Double_t BfldDbiPlaneMap::GetSlotFactor (   )  const [inline]

Definition at line 71 of file BfldDbiPlaneMap.h. Referenced by BField::ApplySlotFactorCorr(). { return fSlotFactor; }

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

Definition at line 534 of file BfldDbiPlaneMap.cxx. { // // // Purpose: Return a string describing rows in the table // Used in creating temporary tables // // Return: const char* to parenthesized comma separated list // of column name and type pairs // // Contact: R. Hatcher // // Specification:- // ============= // // Program Notes:- // ============= // None. const char* const_tabledescr = "(\ SEQNO int, \ ROW_COUNTER int, \ PLANENUM int, \ MAPON1 int, \ SCALEON1 float, \ MAPON2 int, \ SCALEON2 float, \ MAPOFF1 int, \ SCALEOFF1 float, \ MAPOFF2 int, \ SCALEOFF2 float, \ MAPDETAIL1 int, \ SCALEDETAIL1 float, \ MAPDETAIL2 int, \ SCALEDETAIL2 float, \ MAPPLNGAP1 int, \ SCALEPLNGAP1 float, \ MAPPLNGAP2 int, \ SCALEPLNGAP2 float, \ MAPFULLGAP1 int, \ SCALEFULLGAP1 float, \ MAPFULLGAP2 int, \ SCALEFULLGAP2 float, \ DETAILSIZE float, \ DETAILSHAPE int, \ BHCURVEINDEX int, \ BDOTSCALE float, \ BHFACTOR float, \ BHCUTOFF float, \ SLOTFACTOR float, \ SLOTCUTOFF float, \ primary key (SEQNO,ROW_COUNTER) \ )"; return const_tabledescr; }

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

Definition at line 431 of file BfldDbiPlaneMap.cxx. References fDetailSize, kCircle, kDiamond, and kSquare. Referenced by BField::GetBField(). { switch ( fDetailShape ) { case kCircle: { Double_t r2 = x*x + y*y; Double_t r2max = fDetailSize * fDetailSize; if ( r2 >= r2max ) return false; return true; break; } case kDiamond: { // translate into U,V space and make same test as kSquare static const Double_t r_sqrt2 = 1.0 / TMath::Sqrt(2.0); Double_t u = ( x + y ) * r_sqrt2; Double_t v = (-x + y ) * r_sqrt2; x = u; y = v; // fall through so we don't need to repeat the test } case kSquare: { if ( x <= -fDetailSize || x >= fDetailSize ) return false; if ( y <= -fDetailSize || y >= fDetailSize ) return false; return true; break; } default: return false; // not legal break; } return false; // not legal }

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

Definition at line 156 of file BfldDbiPlaneMap.h. References fMapVariant, and fScale. Referenced by BfldCanvasSlice::GetAdmixtureString(), and BField::GetBField(). { // no info non-zero map/scale combination if ( indx >= kEndOfList ) return true; return ( ( fMapVariant[indx] * fScale[indx] ) == 0 ); }

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

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

Definition at line 481 of file BfldDbiPlaneMap.cxx. References FormatToOStream(), and option. { FormatToOStream(cout,option); }

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

Definition at line 107 of file BfldDbiPlaneMap.h. References fBdotScale. { fBdotScale = bdotscale; }

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

Definition at line 102 of file BfldDbiPlaneMap.h. References fBHCurve. { fBHCurve = bhcurve; }

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

Definition at line 104 of file BfldDbiPlaneMap.h. References fBHCutoff. { fBHCutoff = bhcutoff; }

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

Definition at line 103 of file BfldDbiPlaneMap.h. References fBHFactor. { fBHFactor = bhfactor; }

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

Definition at line 110 of file BfldDbiPlaneMap.h. References fgDefensiveUnpkg. { fgDefensiveUnpkg = defensive; }

void BfldDbiPlaneMap::SetDetailShape (  Int_t  ishape  )

Definition at line 425 of file BfldDbiPlaneMap.cxx. References fDetailShape. { fDetailShape = (MapShape_t)ishape; }

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

Definition at line 100 of file BfldDbiPlaneMap.h. References fDetailSize. { fDetailSize = rinscribed; }

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

Definition at line 171 of file BfldDbiPlaneMap.h. References fMapVariant. Referenced by BField::BField(), and BField::GetBField(). { if ( indx < kEndOfList ) { fMapVariant[indx] = imap; return; } // MSGMAX("Bfld",Msg::kWarning,10) // << "SetMapVariant indx=" << indx // << " must be [0," << kEndOfList << "]." << endl; }

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

Definition at line 97 of file BfldDbiPlaneMap.h. References fPlaneId. { fPlaneId = plnid; }

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

Definition at line 177 of file BfldDbiPlaneMap.h. References fScale. Referenced by BField::BField(), and BField::GetBField(). { if ( indx < kEndOfList ) { fScale[indx] = scale; return; } // MSGMAX("Bfld",Msg::kWarning,10) // << "SetScale indx=" << indx // << " must be [0," << kEndOfList << "]." << endl; }

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

Definition at line 106 of file BfldDbiPlaneMap.h. References fSlotCutoff. { fSlotCutoff = slotcutoff; }

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

Definition at line 105 of file BfldDbiPlaneMap.h. References fSlotFactor. { 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, fSlotFactor, PlexPlaneId::GetPlane(), DbiRowStream::HasRowCounter(), MSG, and DbiRowStream::NumCols(). { // // // Purpose: Stream object to output row stream // // Arguments: // ors in Output row stream. // vrec in Associated validity record (or 0 if filling // DbiValidityRec) // // Return: // // Contact: R. Hatcher // // Specification:- // ============= // // o Stream object to output row stream. // Program Notes:- // ============= // None. Int_t numCol = ors.NumCols() - (ors.HasRowCounter() ? 1 : 0); if ( 4 == numCol ) { ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale[0]; } else if ( 6 == numCol ) { ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale [0] << fMapVariant[1] << fScale [1]; } else if ( 8 == numCol ) { ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale [0] << fMapVariant[1] << fScale [1] << fBHCurve; } else if ( 11 == numCol ) { ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale [0] << fMapVariant[1] << fScale [1] << fBHCurve << fBHFactor << fBHCutoff << fSlotFactor << fSlotCutoff; } else if ( 15 == numCol ) { ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale [0] << fMapVariant[1] << fScale [1] << fMapVariant[2] << fScale [2] << fMapVariant[3] << fScale [3] << fBHCurve << fBHFactor << fBHCutoff << fSlotFactor << fSlotCutoff; } else if ( 25 == numCol ) { ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale[0] << fMapVariant[1] << fScale[1] << fMapVariant[2] << fScale[2] << fMapVariant[3] << fScale[3] << fMapVariant[4] << fScale[4] << fMapVariant[5] << fScale[5] << fMapVariant[6] << fScale[6] << fMapVariant[7] << fScale[7] << fDetailSize << (int)fDetailShape << fBHCurve << fBHFactor << fBHCutoff << fSlotFactor << fSlotCutoff; } else if ( 25 == numCol ) { ors << fPlaneId.GetPlane() << fMapVariant[0] << fScale[0] << fMapVariant[1] << fScale[1] << fMapVariant[2] << fScale[2] << fMapVariant[3] << fScale[3] << fMapVariant[4] << fScale[4] << fMapVariant[5] << fScale[5] << fMapVariant[6] << fScale[6] << fMapVariant[7] << fScale[7] << fMapVariant[8] << fScale[8] << fMapVariant[9] << fScale[9] << fDetailSize << (int)fDetailShape << fBdotScale << fBHCurve << fBHFactor << fBHCutoff << fSlotFactor << fSlotCutoff; } else { static int nmsg = 25; if (nmsg-- > 0) MSG("Bfld",Msg::kWarning) << "Table has " << numCol << " columns, but Store() " << "we only know how to deal with 4, 6, 7, 11, 15, 25 or 30." << endl; } }

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Member Data Documentation

Double_t BfldDbiPlaneMap::fBdotScale [private]

Definition at line 133 of file BfldDbiPlaneMap.h. Referenced by Fill(), SetBdotScale(), and Store().

Int_t BfldDbiPlaneMap::fBHCurve [private]

Definition at line 128 of file BfldDbiPlaneMap.h. Referenced by Fill(), SetBHCurveIndex(), and Store().

Double_t BfldDbiPlaneMap::fBHCutoff [private]

Definition at line 130 of file BfldDbiPlaneMap.h. Referenced by Fill(), SetBHCutoff(), and Store().

Double_t BfldDbiPlaneMap::fBHFactor [private]

Definition at line 129 of file BfldDbiPlaneMap.h. Referenced by Fill(), FormatToOStream(), SetBHFactor(), and Store().

MapShape_t BfldDbiPlaneMap::fDetailShape [private]

Definition at line 127 of file BfldDbiPlaneMap.h. Referenced by Fill(), FormatToOStream(), SetDetailShape(), and Store().

Double_t BfldDbiPlaneMap::fDetailSize [private]

Definition at line 126 of file BfldDbiPlaneMap.h. Referenced by Fill(), FormatToOStream(), IsInDetail(), SetDetailSize(), and Store().

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

Definition at line 46 of file BfldDbiPlaneMap.cxx. Referenced by SetDefensiveUnpkg().

Int_t BfldDbiPlaneMap::fMapVariant[kEndOfList] [private]

Definition at line 124 of file BfldDbiPlaneMap.h. Referenced by 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(), SetPlaneId(), and Store().

Double_t BfldDbiPlaneMap::fScale[kEndOfList] [private]

Definition at line 125 of file BfldDbiPlaneMap.h. Referenced by Fill(), FormatToOStream(), GetScale(), IsNull(), IsPairNull(), SetScale(), and Store().

Double_t BfldDbiPlaneMap::fSlotCutoff [private]

Definition at line 132 of file BfldDbiPlaneMap.h. Referenced by SetSlotCutoff().

Double_t BfldDbiPlaneMap::fSlotFactor [private]

Definition at line 131 of file BfldDbiPlaneMap.h. Referenced by Fill(), FormatToOStream(), SetSlotFactor(), and Store().

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

• BfldDbiPlaneMap.h
• BfldDbiPlaneMap.cxx

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