#include <MultipleKinematicConstraint.h>

Inheritance diagram for MultipleKinematicConstraint:

Public Member Functions
void	addConstraint (KinematicConstraint *newConst) const
MultipleKinematicConstraint *	clone () const
std::pair< AlgebraicMatrix, AlgebraicVector >	derivative (const std::vector< RefCountedKinematicParticle > par) const
std::pair< AlgebraicMatrix, AlgebraicVector >	derivative (const AlgebraicVector &exPoint) const
AlgebraicVector	deviations (int nStates) const
bool	isEmpty () const
	MultipleKinematicConstraint ()
int	numberOfEquations () const
std::pair< AlgebraicVector, AlgebraicVector >	value (const AlgebraicVector &exPoint) const
std::pair< AlgebraicVector, AlgebraicVector >	value (const std::vector< RefCountedKinematicParticle > par) const
Private Attributes
std::vector < KinematicConstraint * >	cts
bool	em

Detailed Description

Class implementing constraint multiplication for single or multiple track refit. Multiple track refit does not include vertexing constraint: only refit of tarjectory parameters is usually done.

Definition at line 16 of file MultipleKinematicConstraint.h.

Constructor & Destructor Documentation

MultipleKinematicConstraint::MultipleKinematicConstraint ( ) [inline]

Definition at line 20 of file MultipleKinematicConstraint.h.

References em.

Referenced by clone().

  {em = true;}

Member Function Documentation

void MultipleKinematicConstraint::addConstraint ( KinematicConstraint * newConst ) const

Method adding new constraint to the list of existing ones.

Definition at line 3 of file MultipleKinematicConstraint.cc.

References cts, and em.

{
 if(newConst == 0)throw VertexException("MultipleKinematicConstraint::zero constraint pointer passed");
 cts.push_back(newConst);
 em = false;
}

MultipleKinematicConstraint* MultipleKinematicConstraint::clone ( ) const [inline, virtual]

Clone method

Implements KinematicConstraint.

Definition at line 54 of file MultipleKinematicConstraint.h.

References MultipleKinematicConstraint().

  {return new MultipleKinematicConstraint(*this);}

std::pair< AlgebraicMatrix, AlgebraicVector > MultipleKinematicConstraint::derivative ( const std::vector< RefCountedKinematicParticle > par ) const [virtual]

Implements KinematicConstraint.

Definition at line 108 of file MultipleKinematicConstraint.cc.

References prof2calltree::count, cts, i, j, and pileupDistInMC::total.

{
 if(cts.size() == 0) throw VertexException("MultipleKinematicConstraint::derivative requested for empty constraint");
 int nStates = par.size();
 AlgebraicVector param(7*nStates,0);
 
 int count = 1;
 for(std::vector<RefCountedKinematicParticle>::const_iterator i = par.begin(); i!=par.end(); i++)
 {
  for(int j = 1; j<8; j++){param((count -1)*7+j) = (*i)->currentState().kinematicParameters().vector()(j-1);}
  count++;
 } 
 int total = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {total += (*i)->numberOfEquations();}
 AlgebraicMatrix dr(total,7*nStates);
 
 int  cr_size = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {

//matrix should be (TotalNumberOfEquations x 7* TotalNumberOfStates)
//Derivative matrix for given constraint
  AlgebraicMatrix lConst  = (*i)->derivative(param).first;
  
//putting it into the appropriate line  
  dr.sub(cr_size+1,1,lConst);  
  cr_size += (*i)->numberOfEquations(); 
 }
 return std::pair<AlgebraicMatrix, AlgebraicVector>(dr,param); 
}

std::pair< AlgebraicMatrix, AlgebraicVector > MultipleKinematicConstraint::derivative ( const AlgebraicVector & exPoint ) const [virtual]

Implements KinematicConstraint.

Definition at line 39 of file MultipleKinematicConstraint.cc.

References cts, i, and pileupDistInMC::total.

{
 if(cts.size() == 0) throw VertexException("MultipleKinematicConstraint::derivative requested for empty constraint");
 if(exPoint.num_row() ==0 ) throw VertexException("MultipleKinematicConstraint::value requested for zero Linearization point");

//security check for extended cartesian parametrization 
 AlgebraicVector expansion = exPoint;
 int inSize = exPoint.num_row(); 
 if((inSize%7) !=0) throw VertexException("MultipleKinematicConstraint::linearization point has a wrong dimension");


 AlgebraicVector par = exPoint;
 int total = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {total += (*i)->numberOfEquations();}
 
//Full derivative matrix: (numberOfConstraints x 7*numberOfStates) 
 AlgebraicMatrix dr(total,inSize);
 
 int  cr_size = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {
//matrix should be (nx7*NumberOfStates)
  AlgebraicMatrix lConst  = (*i)->derivative(par).first;
  dr.sub(cr_size+1,1,lConst);
  cr_size += (*i)->numberOfEquations();  
 }
 return std::pair<AlgebraicMatrix, AlgebraicVector>(dr,par);  
}

AlgebraicVector MultipleKinematicConstraint::deviations ( int nStates ) const [virtual]

Returns vector of sigma squared associated to the KinematicParameters of refitted particles Initial deviations are given by user for the constraining parameters (mass, momentum components etc). In case of multiple states exactly the same values are added to every particle parameters

Implements KinematicConstraint.

Definition at line 140 of file MultipleKinematicConstraint.cc.

References cts, i, and j.

{
 AlgebraicVector dev(nStates*7,0);
 if(cts.size() == 0) throw VertexException("MultipleKinematicConstraint::deviations requested for empty constraint");
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {
  AlgebraicVector dev_loc =(*i)->deviations(nStates);
  for(int j = 1; j < nStates*7+1; j++){dev(j) = dev(j) + dev_loc(j);} 
 }
 return dev;
}

bool MultipleKinematicConstraint::isEmpty ( void ) const [inline]

Definition at line 51 of file MultipleKinematicConstraint.h.

References em.

  {return em;}

int MultipleKinematicConstraint::numberOfEquations ( ) const [virtual]

Returns an actual number of equations in particular constraint (corresponds to the number of strings in constraint derivative matrix, for example)

Implements KinematicConstraint.

Definition at line 69 of file MultipleKinematicConstraint.cc.

References cts, i, and Vispa::Plugins::EdmBrowser::EdmDataAccessor::ne().

{
 int ne = 0;
 if(cts.size() == 0) throw VertexException("MultipleKinematicConstraint::number of equations requested for empty constraint");
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {ne += (*i)->numberOfEquations();}
 return ne;
}

std::pair< AlgebraicVector, AlgebraicVector > MultipleKinematicConstraint::value ( const std::vector< RefCountedKinematicParticle > par ) const [virtual]

Vector of values and matrix of derivatives, calu=culated at linearization point of current particle states

Implements KinematicConstraint.

Definition at line 78 of file MultipleKinematicConstraint.cc.

References prof2calltree::count, cts, i, j, and pileupDistInMC::total.

{
 if(cts.size() == 0) throw VertexException("MultipleKinematicConstraint::derivative requested for empty constraint");
 int nStates = par.size();
 AlgebraicVector param(7*nStates,0);
 int count = 1;
 for(std::vector<RefCountedKinematicParticle>::const_iterator i = par.begin(); i!=par.end(); i++)
 {
  for(int j = 1; j<8; j++){param((count -1)*7+j) = (*i)->currentState().kinematicParameters().vector()(j-1);}
  count++;
 } 

//looking for total number of equations
 int total = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {total += (*i)->numberOfEquations();}
 AlgebraicVector vl(total,0);
 
 int cr_size = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {
  AlgebraicVector vlc = (*i)->value(par).first;
  int sz = vlc.num_row();
  for(int j = 1; j <= sz; j++)
  {vl(cr_size+j) = vlc(j);}
  cr_size += sz;
 }
 return std::pair<AlgebraicVector, AlgebraicVector>(vl,param); 
}

std::pair< AlgebraicVector, AlgebraicVector > MultipleKinematicConstraint::value ( const AlgebraicVector & exPoint ) const [virtual]

Vector of values and matrix of derivatives calculated at given 7xNumberOfStates linearization point

Implements KinematicConstraint.

Definition at line 10 of file MultipleKinematicConstraint.cc.

References cts, i, j, and pileupDistInMC::total.

{
 if(cts.size() == 0)throw VertexException("MultipleKinematicConstraint::value requested for empty constraint");
 if(exPoint.num_row() ==0 ) throw VertexException("MultipleKinematicConstraint::value requested for zero Linearization point");

//looking for total number of states, represented by this  point. 
//Since this version only works with extended  cartesian parametrization, 
//we check whether the dimensionof he point is n*7
 AlgebraicVector expansion = exPoint;
 int inSize = exPoint.num_row(); 
 if((inSize%7) !=0) throw VertexException("MultipleKinematicConstraint::linearization point has a wrong dimension");
 
 int total = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {total += (*i)->numberOfEquations();}
 AlgebraicVector vl(total,0);
 
 int cr_size = 0;
 for(std::vector<KinematicConstraint *>::const_iterator i = cts.begin(); i != cts.end(); i++)
 {
  AlgebraicVector vlc = (*i)->value(expansion).first;
  int sz = vlc.num_row();
  for(int j = 1; j < sz+1; j++)
  {vl(cr_size+j) = vlc(j);}
  cr_size += sz;
 }
 return std::pair<AlgebraicVector, AlgebraicVector>(vl,expansion); 
}

Member Data Documentation

std::vector<KinematicConstraint *> MultipleKinematicConstraint::cts [mutable, private]

Definition at line 59 of file MultipleKinematicConstraint.h.

Referenced by addConstraint(), derivative(), deviations(), numberOfEquations(), and value().

bool MultipleKinematicConstraint::em [mutable, private]

Definition at line 61 of file MultipleKinematicConstraint.h.

Referenced by addConstraint(), isEmpty(), and MultipleKinematicConstraint().

MultipleKinematicConstraint Class Reference

Public Member Functions

Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation