TauJetContainer_p1_old_cnv Class Reference

#include <TauJetContainer_p1_old_cnv.h>

Inheritance diagram for TauJetContainer_p1_old_cnv:

Collaboration diagram for TauJetContainer_p1_old_cnv:

Public Member Functions
virtual void	Convert (TauJetContainer_p1 *newobj, const TauJetContainer_p1_old *oldobj)
	Do the conversion.
virtual void	ConvertVoid (void *transobj, const void *persobj)
	Do the conversion.
TClass *	GetTransClass ()
	Return the transient class, to which we're converting.
TClass *	GetPersClass ()
	Return the persistent class, from which we're converting.
int	GetCheckSum () const
	Return the checksum of the class from which we're converting.
virtual void *	NewPersObj ()
	Create a new instance of the persistent class.
virtual void	DeletePersObj (void *persobj)
	Destroy an instance of the persistent class.
virtual void	ReadBuffer (TBuffer &b, void *obj, Version_t version, UInt_t R__S, UInt_t R__c)
	Read object in non-split mode.

Static Public Member Functions
static TClass *	ToClass (const std::string &name)
	Helper to convert a class name to a Root class pointer.
static TClass *	ToClass (const std::type_info &id)
	Helper to convert a type_info to a Root class pointer.

Protected Member Functions
void	SetCtorInfo (UInt_t checksum, TClass *trans_cls, TClass *pers_cls)

Protected Attributes
void *	fPersObj
	The temporary persistent object instance, used for conversions (in non-split mode).

Private Member Functions
void	CheckStreamInfos ()
	Helper to allow for automatic schema evolution for persistent classes.
void	CheckClasses ()
	Helper to check that the classes have been defined properly.

Private Attributes
TClass *	fTransClass
	The declared transient class.
TClass *	fPersClass
	The declared persistent class.
UInt_t	fCheckSum
	The declared checksum.
int	fOldLast
	Used by CheckStreamInfos: the length of the streamerinfo list that we saw on the last CheckStreamInfos call.

Detailed Description

Definition at line 16 of file TauJetContainer_p1_old_cnv.h.

Member Function Documentation

CheckClasses()

void TVirtualConverter::CheckClasses ( )

privateinherited

Helper to check that the classes have been defined properly.

Check that the class pointers got defined.

Definition at line 188 of file TVirtualConverter.cxx.

{
  if (fTransClass == nullptr) {
    if (fPersClass == nullptr)
      Error ("TVirtualConverter",
             "Both transient and persistent classes are null.");
    else
      Error ("TVirtualConverter",
             "Transient class is null for persistent class `%s'",
             fPersClass->GetName());
  }
  else if (fPersClass == nullptr)
    Error ("TVirtualConverter",
           "Persistent class is null for transient class `%s'",
           fTransClass->GetName());
}

CheckStreamInfos()

void TVirtualConverter::CheckStreamInfos ( )

privateinherited

Helper to allow for automatic schema evolution for persistent classes.

Convert()

void TauJetContainer_p1_old_cnv::Convert ( TauJetContainer_p1 * transobj, const TauJetContainer_p1_old * persobj )

virtual

Do the conversion.

Parameters

transobj	Pointer to an instance of the transient class.
persobj	Pointer to an instance of the persistent class.

An implementation of this must be provided in derived classes. It should initialize the object at transobj from the one at persobj.

Implements TVirtualConverter_T< TauJetContainer_p1, TauJetContainer_p1_old >.

Definition at line 8 of file TauJetContainer_p1_old_cnv.cxx.

{
  newobj->clear();
  size_t n = oldobj->m_momenta.size();
  newobj->resize (n);
  for (size_t i = 0; i < n; i++)
  {
    TauJet_p1& tau = (*newobj)[i];
    tau.m_momentum = oldobj->m_momenta[i];
    tau.m_particleBase = oldobj->m_particles[i];
    tau.m_cluster = oldobj->m_clusters[i];
    tau.m_tracks = oldobj->m_tracks[i];
    //tau.m_cellCluster = XXX;
    //tau.m_tauDetails = xxx;
 
    tau.m_flags |= 1;
    tau.m_vetoFlags = 0;
 
    typedef std::pair<int, double> ppair;
    const std::vector<double>& pold = oldobj->m_parameters[i];
    std::vector<ppair>& pnew = tau.m_params;
    if (oldobj->m_authors[i] == TauJetParameters::tauRec) {
      tau.m_flags |= 0x04;
      pnew.push_back(ppair(TauJetParameters::etHadCalib,          pold[ 0]));
      pnew.push_back(ppair(TauJetParameters::etEMCalib,           pold[ 1]));
      pnew.push_back(ppair(TauJetParameters::emRadius,            pold[ 2]));
      pnew.push_back(ppair(TauJetParameters::isolationFraction,   pold[ 3]));
      pnew.push_back(ppair(TauJetParameters::centralityFraction,  pold[ 4]));
      pnew.push_back(ppair(TauJetParameters::stripWidth2,         pold[ 5]));
      pnew.push_back(ppair(TauJetParameters::nStripCells,         pold[ 6]));
      pnew.push_back(ppair(TauJetParameters::logLikelihoodRatio,  pold[ 7]));
      pnew.push_back(ppair(TauJetParameters::lowPtTauJetDiscriminant,pold[8]));
      pnew.push_back(ppair(TauJetParameters::lowPtTauEleDiscriminant,pold[9]));
      pnew.push_back(ppair(TauJetParameters::tauJetNeuralnetwork, pold[10]));
      pnew.push_back(ppair(TauJetParameters::tauENeuralNetwork,   pold[11]));
 
    }
    else if (oldobj->m_authors[i] == TauJetParameters::tau1P3P) {
      tau.m_flags |= 0x08;
      const std::vector<double>& pold = oldobj->m_parameters[i];
      pnew.push_back(ppair(TauJetParameters::etHadCalib,         pold[ 0] ));
      pnew.push_back(ppair(TauJetParameters::etEMCalib,          pold[ 1] ));
      pnew.push_back(ppair(TauJetParameters::emRadius,           pold[ 2] ));
      pnew.push_back(ppair(TauJetParameters::isolationFraction,  pold[ 3] ));
      pnew.push_back(ppair(TauJetParameters::centralityFraction, pold[ 4] ));
      pnew.push_back(ppair(TauJetParameters::stripWidth2,        pold[ 5] ));
      pnew.push_back(ppair(TauJetParameters::nStripCells,        pold[ 6] ));
      pnew.push_back(ppair(TauJetParameters::logLikelihoodRatio, pold[ 7] ));
      pnew.push_back(ppair(TauJetParameters::annularIsolationFraction,pold[8]));
      pnew.push_back(ppair(TauJetParameters::etCaloAtEMScale,    pold[ 9] ));
      pnew.push_back(ppair(TauJetParameters::etChargedHadCells,  pold[10] ));
      pnew.push_back(ppair(TauJetParameters::etOtherEMCells,     pold[11] ));
      pnew.push_back(ppair(TauJetParameters::etOtherHadCells,    pold[12] ));
      pnew.push_back(ppair(TauJetParameters::discriminant,       pold[13] ));
    }
  }
}

ConvertVoid()

virtual void TVirtualConverter_T< TauJetContainer_p1, TauJetContainer_p1_old >::ConvertVoid ( void * transobj, const void * persobj )

virtualinherited

Do the conversion.

Parameters

transobj	Pointer to an instance of the transient class.
persobj	Pointer to an instance of the persistent class.

This implementation simply calls the Convert below with the appropriate casting.

Implements TVirtualConverter.

DeletePersObj()

void TVirtualConverter::DeletePersObj ( void * persobj )

virtualinherited

Destroy an instance of the persistent class.

Parameters

persobj

Pointer to the instance to destroy.

The provided implementation of this uses TClass::Destructor, but you can override it if need be.

Definition at line 263 of file TVirtualConverter.cxx.

{
  return fPersClass->Destructor (persobj);
}

GetCheckSum()

int TVirtualConverter::GetCheckSum ( ) const

inherited

Return the checksum of the class from which we're converting.

Definition at line 238 of file TVirtualConverter.cxx.

{
  return fCheckSum;
}

GetPersClass()

TClass * TVirtualConverter::GetPersClass ( )

inherited

Return the persistent class, from which we're converting.

Definition at line 229 of file TVirtualConverter.cxx.

{
  return fPersClass;
}

GetTransClass()

TClass * TVirtualConverter::GetTransClass ( )

inherited

Return the transient class, to which we're converting.

Definition at line 220 of file TVirtualConverter.cxx.

{
  return fTransClass;
}

NewPersObj()

void * TVirtualConverter::NewPersObj ( )

virtualinherited

Create a new instance of the persistent class.

The provided implementation of this uses TClass::New, but you can override it if need be.

Definition at line 250 of file TVirtualConverter.cxx.

{
  return fPersClass->New();
}

ReadBuffer()

void TVirtualConverter::ReadBuffer ( TBuffer & b, void * obj, Version_t version, UInt_t R__s, UInt_t R__c )

virtualinherited

Read object in non-split mode.

Parameters

b	The source of the data.
obj	The object into which we're reading. (This will be the transient object.)
version	The version number of the class.
R__s	The starting position in the buffer.
R__c	The number of bytes for this object in the buffer.

You normally shouldn't have to worry about this, but it's exposed here so that it can be overridden if needed. It's only used when reading in non-split mode.

Definition at line 282 of file TVirtualConverter.cxx.

{
  // Make sure that we've done automatic schema evolution on the
  // persistent side.
  CheckStreamInfos();
 
  // Make an instance of the persistent class, if we haven't done so already.
  if (fPersObj == nullptr)
    fPersObj = NewPersObj();
 
  // Read in the object, as an instance of the persistent class.
  fPersClass->ReadBuffer (b, fPersObj, version, R__s, R__c);
 
  // Convert to the transient representation.
  ConvertVoid (obj, fPersObj);
}

SetCtorInfo()

void TVirtualConverter::SetCtorInfo ( UInt_t checksum, TClass * trans_cls, TClass * pers_cls )

protectedinherited

ToClass() [1/2]

TClass * TVirtualConverter::ToClass ( const std::string & name )

staticinherited

Helper to convert a class name to a Root class pointer.

Parameters

name	The name of the class to convert.

Returns nullptr on failure.

Definition at line 310 of file TVirtualConverter.cxx.

{
  return gROOT->GetClass (name.c_str());
}

ToClass() [2/2]

TClass * TVirtualConverter::ToClass ( const std::type_info & id )

staticinherited

Helper to convert a type_info to a Root class pointer.

Parameters

name	The type_info of the class to convert.

Returns nullptr on failure.

Definition at line 322 of file TVirtualConverter.cxx.

{
  TClass* cl = gROOT->GetClass (id);
  if (cl) return cl;
 
  // This may fail if the dictionary hasn't been loaded yet,
  // since we can auto-load only on the name.
  // Make some attempt to get a name from the type_info.
  const char* name = id.name();
  cl = gROOT->GetClass (name);
  if (cl) return cl;
 
  const char* n2 = name;
  while (isdigit(*n2))
    ++n2;
  cl = gROOT->GetClass (n2);
  if (cl) return cl;
 
  int errorCode = 0;
  char* demname = nullptr;
  {
    // Protect against data race inside TClassEdit.
    // https://github.com/root-project/root/issues/10353
    // Should be fixed in root 6.26.02.
    R__WRITE_LOCKGUARD(ROOT::gCoreMutex);
    demname = TClassEdit::DemangleTypeIdName (id, errorCode);
  }
  if (demname) {
    cl = gROOT->GetClass (demname);
    free (demname);
  }
  return cl;
}

Member Data Documentation

fCheckSum

UInt_t TVirtualConverter::fCheckSum

privateinherited

The declared checksum.

Definition at line 261 of file TVirtualConverter.h.

fOldLast

int TVirtualConverter::fOldLast

privateinherited

Used by CheckStreamInfos: the length of the streamerinfo list that we saw on the last CheckStreamInfos call.

Definition at line 265 of file TVirtualConverter.h.

fPersClass

TClass* TVirtualConverter::fPersClass

privateinherited

The declared persistent class.

Definition at line 258 of file TVirtualConverter.h.

fPersObj

void* TVirtualConverter::fPersObj

protectedinherited

The temporary persistent object instance, used for conversions (in non-split mode).

Definition at line 271 of file TVirtualConverter.h.

fTransClass

TClass* TVirtualConverter::fTransClass

privateinherited

The declared transient class.

Definition at line 255 of file TVirtualConverter.h.

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

• TauJetContainer_p1_old_cnv.h
• TauJetContainer_p1_old_cnv.cxx