ConfigurableAnnealing Class Reference

#include <ConfigurableAnnealing.h>

Inheritance diagram for ConfigurableAnnealing:

Public Member Functions
void	anneal ()
ConfigurableAnnealing *	clone () const
	ConfigurableAnnealing (const edm::ParameterSet &)
	ConfigurableAnnealing (const ConfigurableAnnealing &)
double	currentTemp () const
double	cutoff () const
void	debug () const
double	initialTemp () const
bool	isAnnealed () const
double	phi (double chi2) const
void	resetAnnealing ()
double	weight (double chi2) const
	~ConfigurableAnnealing ()
Public Member Functions inherited from AnnealingSchedule
virtual	~AnnealingSchedule ()

Private Attributes
AnnealingSchedule *	theImpl

Detailed Description

Definition at line 8 of file ConfigurableAnnealing.h.

Constructor & Destructor Documentation

ConfigurableAnnealing::ConfigurableAnnealing

(

const edm::ParameterSet &

m

)

An annealing schedule that is completely configurable via edm::ParameterSet

Definition at line 9 of file ConfigurableAnnealing.cc.

References cmsRelvalreport::exit, edm::ParameterSet::getParameter(), and theImpl.

Referenced by clone().

                                                                         :
  theImpl( 0 )
{
  string type = m.getParameter<string>("annealing");
  // edm::LogWarning("ConfigurableAnnealing") << "below one code ist still here.";
  if ( type == "below" )
  {
    edm::LogError("ConfigurableAnnealing") << "below one annealing employed!";
    vector < float > sched;
    double final = m.getParameter<double>("Tfinal");
    sched.push_back ( 256. );
    sched.push_back ( 64. );
    sched.push_back ( 16. );
    sched.push_back ( 4. );
    sched.push_back ( 1. );
    sched.push_back ( final );
    theImpl = new DeterministicAnnealing( sched, m.getParameter<double>("sigmacut"));
  } else if ( type =="geom" ) {
    theImpl = new GeometricAnnealing(
                    m.getParameter<double>("sigmacut"),
                    m.getParameter<double>("Tini"),
                    m.getParameter<double>("ratio") );
  } else {
    edm::LogError("ConfigurableAnnealing") << "annealing type " << type << " is not known.";
    exit(-1);
  }
}

ConfigurableAnnealing::~ConfigurableAnnealing

(

)

Definition at line 46 of file ConfigurableAnnealing.cc.

References theImpl.

{
  delete theImpl;
}

ConfigurableAnnealing::ConfigurableAnnealing

(

const ConfigurableAnnealing &

o

)

Definition at line 37 of file ConfigurableAnnealing.cc.

                                                                               :
  theImpl ( o.theImpl->clone() )
{}

Member Function Documentation

void ConfigurableAnnealing::anneal ( )

virtual

Implements AnnealingSchedule.

Definition at line 56 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::anneal(), and theImpl.

{
  theImpl->anneal();
}

ConfigurableAnnealing * ConfigurableAnnealing::clone ( void  ) const

virtual

Implements AnnealingSchedule.

Definition at line 41 of file ConfigurableAnnealing.cc.

References ConfigurableAnnealing().

{
  return new ConfigurableAnnealing ( *this );
}

double ConfigurableAnnealing::currentTemp ( ) const

virtual

Implements AnnealingSchedule.

Definition at line 81 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::currentTemp(), and theImpl.

{
  return theImpl->currentTemp();
}

double ConfigurableAnnealing::cutoff ( ) const

virtual

Implements AnnealingSchedule.

Definition at line 76 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::cutoff(), and theImpl.

{
  return theImpl->cutoff();
}

void ConfigurableAnnealing::debug ( ) const

virtual

Implements AnnealingSchedule.

Definition at line 51 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::debug(), and theImpl.

{
  theImpl->debug();
}

double ConfigurableAnnealing::initialTemp ( ) const

virtual

Implements AnnealingSchedule.

Definition at line 86 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::initialTemp(), and theImpl.

{
  return theImpl->initialTemp();
}

bool ConfigurableAnnealing::isAnnealed ( ) const

virtual

Returns phi(chi2) / ( phi(cutoff^2) + sum_i { phi(chi2s[i]) } ) is it annealed yet?

Implements AnnealingSchedule.

Definition at line 91 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::isAnnealed(), and theImpl.

{
  return theImpl->isAnnealed();
}

double ConfigurableAnnealing::phi ( double  chi2 ) const

inlinevirtual

phi ( chi2 ) = e^( -.5*chi2 / T )

Implements AnnealingSchedule.

Definition at line 71 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::phi(), and theImpl.

Referenced by Particle.Particle::__str__().

{
  return theImpl->phi ( chi2 );
}

void ConfigurableAnnealing::resetAnnealing ( )

virtual

Implements AnnealingSchedule.

Definition at line 66 of file ConfigurableAnnealing.cc.

References AnnealingSchedule::resetAnnealing(), and theImpl.

{
  theImpl->resetAnnealing();
}

double ConfigurableAnnealing::weight ( double  chi2 ) const

virtual

Returns phi(chi2) / ( phi(cutoff^2) + phi(chi2) ),

Implements AnnealingSchedule.

Definition at line 61 of file ConfigurableAnnealing.cc.

References theImpl, and AnnealingSchedule::weight().

Referenced by cuy.ValElement::__init__(), cuy.additionElement::__init__(), cuy.superimposeElement::__init__(), and cuy.graphElement::__init__().

{
  return theImpl->weight ( chi2 );
}

Member Data Documentation

AnnealingSchedule* ConfigurableAnnealing::theImpl

private

Definition at line 31 of file ConfigurableAnnealing.h.

Referenced by anneal(), ConfigurableAnnealing(), currentTemp(), cutoff(), debug(), initialTemp(), isAnnealed(), phi(), resetAnnealing(), weight(), and ~ConfigurableAnnealing().