nemo3::tof_1eNg_measurement Class Reference

NEMO3 1eNg measurement with partial chi2. More...

#include <tof_1eNg_measurement.h>

Inheritance diagram for nemo3::tof_1eNg_measurement:

List of all members.

Public Member Functions
	tof_1eNg_measurement ()
	constructor
	tof_1eNg_measurement (bool debug_)
	constructor
	~tof_1eNg_measurement ()
	destructor
void	set_debug (bool debug_)
	sets the debug option
void	set_ECorr (bool energy_loss_)
	sets the use of energy losses in the tracking chamber for the tof_tools
void	set_TimeErr (bool timeerr_)
	sets the use of the time error for the tof_tools
void	set_LTFluct (bool fluct_)
	sets the use of LT fluctiation in the tof_tools
void	do_measurement (ana_event &)
	ana_event::i_measurement interface
void	init_from (const datatools::utils::properties &)
	datatools::utils::i_propinit interface
Static Public Attributes
static const string	VALIDITY_PROPERTY_GLOBAL_NAME
static const string	VALIDITY_PROPERTY_NAME_BEGIN
static const string	VALIDITY_PROPERTY_NAME_END
static const string	INTERNAL_PROBABILITY_PROPERTY_NAME_END
static const string	EXTERNAL_PROBABILITY_PROPERTY_NAME_END
Protected Member Functions
void	_compute_tof_properties ()
	do all the job
Private Attributes
bool	__debug
string	__tracking_name
string	__required_channel
ana_event *	__event
tof_tools	__tof_tools

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Detailed Description

NEMO3 1eNg measurement with partial chi2.

Author(s):     Francois Mauger <mauger@lpccaen.in2p3.fr>
Creation date: 2010-03-01
Last modified: 2012-03-08

License: GPL

Description: 
  NEMO3 1eNg measurement with partial chi2

History: 

Example:

configuration of the 1eNg TOF measurement algorithm: datatools::utils::properties tof_meas_config; tof_meas_config.store ("tof_1eNg_measurement.debug", true); tof_meas_config.store ("tof_1eNg_measurement.tracking_name", "default"); tof_meas_config.store ("tof_1eNg_measurement.required_channel", "1e");

setup the 1eNg TOF measurement algorithm: tof_1eNg_measurement tof_meas; tof_meas.init (tof_meas_config);

... nemo3::ana_event the_event; ... load the event from a reader: ... apply the 1eNg TOF measurement algorithm to the event: the_event.measure (tof_meas); ... if (the_event.properties ().has_flag ("tof_1eNg_measurement.valid")) { const nemo3::tracking & the_tracking = the_event.get_default_tracking (); double int_prob = the_tracking.properties ().fetch_real ("tof_1eNg_measurement.internal_probability"); double ext_prob = the_tracking.properties ().fetch_real ("tof_1eNg_measurement.external_probability");

apply cuts...

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Member Function Documentation

void nemo3::tof_1eNg_measurement::_compute_tof_properties

(

)

[protected]

do all the job

For each pair of unassociated scin and the track associated scin it computes the internal and external probabilities and stores them in properties.

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

• include/N3AnaBase/measurements/tof_1eNg_measurement.h