ObserverInfo Class Reference

Helper class that stores the information an Observer stores: i.e. More...

#include <ObserverInfo.h>

Inheritance diagram for ObserverInfo:

Public Member Functions
	ObserverInfo ()
	constructor
	~ObserverInfo ()
	destructor
void	clear ()
	resets all member variables
FilterInfo	getFilterInfo (std::string const &key)
	returns the filter info with the requested key
std::string	getFilterName (int i)
	function to access the filter infos directly, as indirect access seems not to work within the Draw of root:
double	getFilterResult (std::string const &key)
	returns the requested filter result
bool	getFilterAccepted (std::string const &key)
	returns if the filter was accepted
double	getFilterUsed (std::string const &key)
	returns if the filter was used
void	addFilterInfo (FilterInfo info)
	add a new filter info:
std::vector< SpacePointInfo >	getHits ()
	returns the vector of spacepoints which have been used to evaluate the filters
SpacePointInfo	getHit (int i)
	Returns the i-th hit.
void	setHits (const std::vector< SpacePointInfo > &newHits)
	sets the hits the filter has been evaluated with
int	getMainMCParticleID ()
	return the MCParticle ID of the related MCParticle
void	setMainMCParticleID (int id)
	set the MCParticle id
double	getMainPurity ()
	returns the purity
void	setMainPurity (double val)
	sets the purity

Private Member Functions
	ClassDef (ObserverInfo, 1)
	Needed to make the ROOT object storable.

Private Attributes
std::vector< FilterInfo >	m_filterInfos
	stores the information for each Filter
std::vector< SpacePointInfo >	m_hits
	stores the hits used in the filter, should have the order as used in the filter from outer to inner!
int	m_mainMCParticleID
	dominating mcParticleID.
double	m_mainPurity
	purity for the dominating particleID.

Detailed Description

Helper class that stores the information an Observer stores: i.e.

all the responses of the subfilters contained in a Filter.

Definition at line 24 of file ObserverInfo.h.

Constructor & Destructor Documentation

ObserverInfo()

ObserverInfo

(

)

constructor

Definition at line 12 of file ObserverInfo.cc.

                           :
  m_filterInfos(),
  m_hits(),
  m_mainMCParticleID(-1),
  m_mainPurity(-1.)
{
};

~ObserverInfo()

~ObserverInfo

(

)

destructor

Definition at line 20 of file ObserverInfo.cc.

{
};

Member Function Documentation

addFilterInfo()

void addFilterInfo ( FilterInfo  info )

inline

add a new filter info:

Parameters

info	the filterinfo to be added

Definition at line 86 of file ObserverInfo.h.

{ m_filterInfos.push_back(info); };

clear()

void clear ( )

inline

resets all member variables

Definition at line 32 of file ObserverInfo.h.

    {
      m_filterInfos.clear();
      m_hits.clear();
      m_mainMCParticleID = -666;
      m_mainPurity = 0;
    };

getFilterAccepted()

bool getFilterAccepted ( std::string const &  key )

inline

returns if the filter was accepted

Parameters

key	name under which filter was stored

Definition at line 70 of file ObserverInfo.h.

    {
      return getFilterInfo(key).getWasAccepted();
    }

getFilterInfo()

FilterInfo getFilterInfo ( std::string const &  key )

inline

returns the filter info with the requested key

Parameters

key	name of the key for that filter

Definition at line 43 of file ObserverInfo.h.

    {
      for (int i = 0; i < (int) m_filterInfos.size(); i++)
        if (m_filterInfos.at(i).getName() == key) return m_filterInfos.at(i);
      //if nothing was found return an empty object
      return FilterInfo();
    };

getFilterName()

std::string getFilterName ( int  i )

inline

function to access the filter infos directly, as indirect access seems not to work within the Draw of root:

Parameters

i	the index under which the filter was stored in m_filterinfos

Definition at line 54 of file ObserverInfo.h.

    {
      return (0 <= i && i < (int)m_filterInfos.size()) ? m_filterInfos[i].getName() : std::string("");
    }

getFilterResult()

double getFilterResult ( std::string const &  key )

inline

returns the requested filter result

Parameters

key	the key under which the filter was stored

Definition at line 62 of file ObserverInfo.h.

    {
      return getFilterInfo(key).getResult();
    }

getFilterUsed()

double getFilterUsed ( std::string const &  key )

inline

returns if the filter was used

Parameters

key	key under which filter was stored

Definition at line 78 of file ObserverInfo.h.

    {
      return getFilterInfo(key).getWasUsed();
    }

getHit()

SpacePointInfo getHit ( int  i )

inline

Returns the i-th hit.

Parameters

i

hit index

Definition at line 94 of file ObserverInfo.h.

    {
      if (i < 0 || i > (int)m_hits.size()) return SpacePointInfo();  // return a dummy object
      else return m_hits[i];
    };

getHits()

std::vector< SpacePointInfo > getHits ( )

inline

returns the vector of spacepoints which have been used to evaluate the filters

Definition at line 89 of file ObserverInfo.h.

{ return m_hits; };

getMainMCParticleID()

int getMainMCParticleID ( )

inline

return the MCParticle ID of the related MCParticle

Definition at line 106 of file ObserverInfo.h.

{return m_mainMCParticleID;};

getMainPurity()

double getMainPurity ( )

inline

returns the purity

Definition at line 114 of file ObserverInfo.h.

{ return m_mainPurity; };

setHits()

void setHits ( const std::vector< SpacePointInfo > &  newHits )

inline

sets the hits the filter has been evaluated with

Parameters

newHits

vector of spacepoint which have been used in this filter

Definition at line 103 of file ObserverInfo.h.

{ m_hits = newHits; };

setMainMCParticleID()

void setMainMCParticleID ( int  id )

inline

set the MCParticle id

Parameters

id	the new id

Definition at line 111 of file ObserverInfo.h.

{ m_mainMCParticleID = id; };

setMainPurity()

void setMainPurity ( double  val )

inline

sets the purity

Parameters

val	new value of the purity

Definition at line 119 of file ObserverInfo.h.

{ m_mainPurity = val; };

Member Data Documentation

m_filterInfos

std::vector<FilterInfo> m_filterInfos

private

stores the information for each Filter

Definition at line 122 of file ObserverInfo.h.

m_hits

std::vector<SpacePointInfo> m_hits

private

stores the hits used in the filter, should have the order as used in the filter from outer to inner!

Definition at line 125 of file ObserverInfo.h.

m_mainMCParticleID

int m_mainMCParticleID

private

dominating mcParticleID.

Definition at line 128 of file ObserverInfo.h.

m_mainPurity

double m_mainPurity

private

purity for the dominating particleID.

Definition at line 131 of file ObserverInfo.h.

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

• tracking/dataobjects/include/ObserverInfo.h
• tracking/dataobjects/src/ObserverInfo.cc