Simple modelling of the energy and time measurement with the SuperNEMO calorimeter optical lines. More...

#include <falaise/snemo/processing/calorimeter_regime.h>

Inheritance diagram for snemo::processing::calorimeter_regime:

Public Member Functions
bool	is_initialized () const
	Check initialization flag. More...

	calorimeter_regime ()
	Default constructor. More...

void	initialize (const datatools::properties &config_)
	Initialization from parameters. More...

void	reset ()
	Reset. More...

double	randomize_energy (mygsl::rng &ran_, const double energy_) const
	Randomize the measured energy value given the true energy. More...

double	get_sigma_energy (const double energy_) const
	Return the error on energy. More...

double	quench_alpha_energy (const double energy_) const
	Compute the effective quenched energy for alpha particle. More...

double	randomize_time (mygsl::rng &ran_, const double time_, const double energy_) const
	Randomize the measured time value given the true time and energy. More...

double	get_sigma_time (const double energy_) const
	Return the error on time. More...

bool	is_high_threshold (const double energy_) const
	Check if a given energy passes the high threshold. More...

bool	is_low_threshold (const double energy_) const
	Check if a given energy passes the low threshold. More...

void	set_category (const std::string &category_)
	Set the category of the optical modules associated to this calorimeter regime. More...

const std::string &	get_category () const
	Return the category of the optical modules associated to this calorimeter regime. More...

virtual void	tree_dump (std::ostream &a_out=std::clog, const std::string &a_title="", const std::string &a_indent="", bool a_inherit=false) const
	Smart print. More...

Public Member Functions inherited from datatools::i_tree_dumpable
	i_tree_dumpable ()

virtual	~i_tree_dumpable ()

virtual void	print_tree (std::ostream &out_=std::clog, const boost::property_tree::ptree &options_=empty_options()) const

void	print_tree_json (std::ostream &out_=std::clog, const std::string &json_options_="") const

void	print_tree_json (std::ostream &out_=std::clog, const char *json_options_=nullptr) const

void	tree_dump_id (const int out_type_=OSTREAM_CLOG, const std::string &title_="", const std::string &indent_="", const bool inherit_=false) const

void	tree_print_id (const int out_type_=OSTREAM_CLOG, const std::string &title_="") const

void	smart_print_id (const int out_type_=OSTREAM_CLOG, const std::string &title_="", const std::string &indent_="") const

Static Public Member Functions
static const double &	default_energy_resolution ()
	Return the default energy resolution. More...

static const double &	default_low_energy_threshold ()
	Return the default low energy threshold. More...

static const double &	default_high_energy_threshold ()
	Return the default high energy threshold. More...

static const double &	default_scintillator_relaxation_time ()
	Return the default scintillator relaxation time. More...

Static Public Member Functions inherited from datatools::i_tree_dumpable
static const boost::property_tree::ptree &	empty_options ()

static boost::property_tree::ptree	make_base_print_options (const std::string &title_, const std::string &indent_="", const bool inherit_=false)

static std::ostream &	last_skip_tag (std::ostream &out_)

static std::ostream &	skip_tag (std::ostream &out_)

static std::ostream &	last_tag (std::ostream &out_)

static std::ostream &	tag (std::ostream &out_)

Additional Inherited Members
Public Types inherited from datatools::i_tree_dumpable
enum	ostream_type

Public Attributes inherited from datatools::i_tree_dumpable
	OSTREAM_COUT

	OSTREAM_CERR

	OSTREAM_CLOG

Detailed Description

Simple modelling of the energy and time measurement with the SuperNEMO calorimeter optical lines.

Constructor & Destructor Documentation

◆ calorimeter_regime()

snemo::processing::calorimeter_regime::calorimeter_regime ( )

Default constructor.

Member Function Documentation

◆ default_energy_resolution()

static const double& snemo::processing::calorimeter_regime::default_energy_resolution ( )

static

Return the default energy resolution.

◆ default_high_energy_threshold()

static const double& snemo::processing::calorimeter_regime::default_high_energy_threshold ( )

static

Return the default high energy threshold.

◆ default_low_energy_threshold()

static const double& snemo::processing::calorimeter_regime::default_low_energy_threshold ( )

static

Return the default low energy threshold.

◆ default_scintillator_relaxation_time()

static const double& snemo::processing::calorimeter_regime::default_scintillator_relaxation_time ( )

static

Return the default scintillator relaxation time.

◆ get_category()

const std::string& snemo::processing::calorimeter_regime::get_category ( ) const

Return the category of the optical modules associated to this calorimeter regime.

◆ get_sigma_energy()

double snemo::processing::calorimeter_regime::get_sigma_energy ( const double energy_ ) const

Return the error on energy.

◆ get_sigma_time()

double snemo::processing::calorimeter_regime::get_sigma_time ( const double energy_ ) const

Return the error on time.

◆ initialize()

void snemo::processing::calorimeter_regime::initialize ( const datatools::properties & config_ )

Initialization from parameters.

◆ is_high_threshold()

bool snemo::processing::calorimeter_regime::is_high_threshold ( const double energy_ ) const

Check if a given energy passes the high threshold.

◆ is_initialized()

bool snemo::processing::calorimeter_regime::is_initialized ( ) const

Check initialization flag.

◆ is_low_threshold()

bool snemo::processing::calorimeter_regime::is_low_threshold ( const double energy_ ) const

Check if a given energy passes the low threshold.

◆ quench_alpha_energy()

double snemo::processing::calorimeter_regime::quench_alpha_energy ( const double energy_ ) const

Compute the effective quenched energy for alpha particle.

◆ randomize_energy()

double snemo::processing::calorimeter_regime::randomize_energy	(	mygsl::rng &	ran_,
		const double	energy_
	)		const

Randomize the measured energy value given the true energy.

◆ randomize_time()

double snemo::processing::calorimeter_regime::randomize_time	(	mygsl::rng &	ran_,
		const double	time_,
		const double	energy_
	)		const

Randomize the measured time value given the true time and energy.

◆ reset()

void snemo::processing::calorimeter_regime::reset ( )

Reset.

◆ set_category()

void snemo::processing::calorimeter_regime::set_category ( const std::string & category_ )

Set the category of the optical modules associated to this calorimeter regime.

◆ tree_dump()

virtual void snemo::processing::calorimeter_regime::tree_dump	(	std::ostream &	a_out = `std::clog`,
		const std::string &	a_title = `""`,
		const std::string &	a_indent = `""`,
		bool	a_inherit = `false`
	)		const

virtual

Smart print.

Reimplemented from datatools::i_tree_dumpable.

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

falaise/snemo/processing/calorimeter_regime.h

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Constructor & Destructor Documentation

◆ calorimeter_regime()

Member Function Documentation

◆ default_energy_resolution()

◆ default_high_energy_threshold()

◆ default_low_energy_threshold()

◆ default_scintillator_relaxation_time()

◆ get_category()

◆ get_sigma_energy()

◆ get_sigma_time()

◆ initialize()

◆ is_high_threshold()

◆ is_initialized()

◆ is_low_threshold()

◆ quench_alpha_energy()

◆ randomize_energy()

◆ randomize_time()

◆ reset()

◆ set_category()

◆ tree_dump()