NeutrinoMassLossOFF Class Reference

#include <supernova.h>

Inheritance diagram for NeutrinoMassLossOFF:

Public Member Functions
	NeutrinoMassLossOFF ()
	NeutrinoMassLossOFF (_UNUSED Star *s)
virtual std::string	name () const
virtual supernova *	instance (_UNUSED Star *s)=0
virtual void	explosion (Star *s)=0
void	main (Star *s)
void	initialise_remnant (Star *s, double Mass_remnant, Lookup::Remnants Remnant_type)
double	get_fallback_frac () const
double	get_pisncorrection () const
double	get_M_neutrinos () const
double	get_Mremnant () const
double	get_Mremnant_preCorrection () const
double	get_AverageRemnant () const
double	get_AverageEjected () const
double	get_Mejected () const
double	get_remnant_type () const
virtual void	explosion_SNI (Star *s)
virtual void	explosion_SNI (Star *s, Binstar *b)
double	get_preSN_Mass (size_t massid) const

Static Public Member Functions
static supernova *	Instance (std::string const &name, Star *s)

Protected Member Functions
double	neutrino_mass_loss (const double mass, _UNUSED Star *s) const override
virtual Lookup::Remnants	set_remnant_type_after_explosion (Star *s, double mremnant, Lookup::SNExplosionType sntype)
virtual void	CCexplosion (Star *s)
virtual void	ECSN (Star *s)
virtual void	WDformation (Star *s)
void	Register (supernova *ptr)
double	Mass_corrections_after_explosion (const double mass, Star *s)
virtual double	pisn (const double mass, Star *s)=0
const PairInstability *	get_pairinstability () const
virtual double	neutrino_mass_loss (const double mass, Star *s) const
void	set_Average_for_Unified (Star *s, double default_Average_Mremnant, double default_Average_Mejected)
virtual int	set_preSN_Masses (Star *s)=0
int	_set_preSN_Masses (Star *s, bool allow_pisn)

Protected Attributes
double	fallback_frac
double	M_neutrinos
double	pisn_correction
double	Mremnant
double	Mejected
double	Mremnant_preCorrection
double	Average_ejected
double	Average_remnant
Lookup::Remnants	remnant_type
Lookup::SNExplosionType	sn_type =Lookup::SNExplosionType::Unknown
SevnLogging	svlog

Private Member Functions
void	remnant_properties (Star *s)
void	set_staremnant (Star *s)

Static Private Member Functions
static std::map< std::string, supernova * > &	GetStaticMap ()
static std::vector< int > &	GetUsed ()

Private Attributes
Kicks *	kick
PairInstability *	pairinstability
NeutrinoMassLoss *	neutrinomassloss
utilities::MassContainer *	Mass_preSN =nullptr

Detailed Description

Auxiliary class to switch off neutrino mass loss

Constructor & Destructor Documentation

NeutrinoMassLossOFF() [1/2]

NeutrinoMassLossOFF::NeutrinoMassLossOFF ( )

inline

NeutrinoMassLossOFF() [2/2]

NeutrinoMassLossOFF::NeutrinoMassLossOFF ( _UNUSED Star *  s )

inline

Member Function Documentation

_set_preSN_Masses()

int supernova::_set_preSN_Masses ( Star *  s, bool  allow_pisn  )

protectedinherited

CCexplosion()

void supernova::CCexplosion ( Star *  s )

protectedvirtualinherited

Handle the Core Collapse SN explosion, it calls the explosion method that is overridden in the SN models + take into account pisn corrections and neutrino mass loss.

• Estimate and set the remnant mass (member Mremnant)
• Estimate the corrections for pisn and neutrino mass loss and set the corrected remnant mass (set members Mremnant, fallback_frac, M_neutrinos, pisn_correction, sn_type)
• Set the remnant type (set remnant_type and/or sn_type)

  Parameters

  s	Pointer to the exploding star

Reimplemented in DeathMatrix, delayed_gauNS, rapid_gauNS, and NSfromGau.

ECSN()

void supernova::ECSN ( Star *  s )

protectedvirtualinherited

Handle the Electron Capture SN, it has to

• Estimate and set the remnant mass (member Mremnant)
• Estimate the corrections for pisn and neutrino mass loss and set the corrected remnant m (set members Mremnant, fallback_frac, M_neutrinos, sn_type) NOTICE: in the default supernova::ECSN only the neutrino mass loss is taken into account
• Set the remnant type (set remnant_type and/or sn_type) Lookup::SNExplosionType::ElectronCapture NOTICE: when overriding this function, remember to not use the s->getp to retrieve the preSN mass of the star, use instead the method get_preSN_Mass(x) where x can be Mass::ID, MHE::ID, MCO::ID

  Parameters

  s	Pointer to the exploding star

Reimplemented in DeathMatrix, delayed_gauNS, rapid_gauNS, and NSfromGau.

explosion()

virtual void supernova::explosion ( Star *  s )

pure virtualinherited

CoreCollapse SN explosion, this method must to:

• set the remnant mass (member Mremnant)
• if allowed by the model set the fallback_fraction (fallback_frac) NOTICE: DOT NOT apply pisn or neutrino mass loss correction, DO NOT set remnant_type, these will be automatically set by other methods in CCexplosion. NOTICE: when overriding this function, remember to not use the s->getp to retrieve the preSN mass of the star, use instead the method get_preSN_Mass(x) where x can be Mass::ID, MHE::ID, MCO::ID

  Parameters

  s	Pointer to the exploding star

Implemented in compactness, DeathMatrix, delayed, directcollapse, and rapid.

explosion_SNI() [1/2]

void supernova::explosion_SNI ( Star *  s )

virtualinherited

Trigger a SNIa explosion

Parameters

s	Pointer to star

explosion_SNI() [2/2]

void supernova::explosion_SNI ( Star *  s, Binstar *  b  )

virtualinherited

Trigger a SNIa explosion during a BSE evolution

Parameters

s	Pointer to star
b	Pointer to binary

get_AverageEjected()

double supernova::get_AverageEjected ( ) const

inlineinherited

get_AverageRemnant()

double supernova::get_AverageRemnant ( ) const

inlineinherited

get_fallback_frac()

double supernova::get_fallback_frac ( ) const

inlineinherited

get_M_neutrinos()

double supernova::get_M_neutrinos ( ) const

inlineinherited

get_Mejected()

double supernova::get_Mejected ( ) const

inlineinherited

get_Mremnant()

double supernova::get_Mremnant ( ) const

inlineinherited

get_Mremnant_preCorrection()

double supernova::get_Mremnant_preCorrection ( ) const

inlineinherited

get_pairinstability()

const PairInstability * supernova::get_pairinstability ( ) const

inlineprotectedinherited

get_pisncorrection()

double supernova::get_pisncorrection ( ) const

inlineinherited

get_preSN_Mass()

double supernova::get_preSN_Mass ( size_t  massid ) const

inherited

Get the preSN mass from the object

Parameters

massid

if of the property, can be only Mass::ID, MHE::ID, MCO::ID

Returns

the value of the preSN property

get_remnant_type()

double supernova::get_remnant_type ( ) const

inlineinherited

GetStaticMap()

static std::map< std::string, supernova * > & supernova::GetStaticMap ( )

inlinestaticprivateinherited

GetUsed()

static std::vector< int > & supernova::GetUsed ( )

inlinestaticprivateinherited

initialise_remnant()

void supernova::initialise_remnant ( Star *  s, double  Mass_remnant, Lookup::Remnants  Remnant_type  )

inherited

Method used to initialise directy a remnant without passing through an explosion

Parameters

s	Pointer to the star, used to set remnant properties
Mass_remnant	Mass of the remnant
Remnant_type	Type of the Remnant, it should be an elemnt of the enum Lookup::Remnant

Check input

instance()

virtual supernova * supernova::instance ( _UNUSED Star *  s )

pure virtualinherited

Create an instance of the class allocated on the heap

Returns

a pointer to a real instance of the class that is allocated on the heap

Instance()

supernova * supernova::Instance ( std::string const &  name, Star *  s  )

staticinherited

main()

void supernova::main ( Star *  s )

inherited

Mass_corrections_after_explosion()

double supernova::Mass_corrections_after_explosion ( const double  mass, Star *  s  )

protectedinherited

Estimate PISN and neutrino mass loss correction

Parameters

mass	Mremnant mass to correct
s	Pointer to the exploding star

Returns

the final remnant mass after correction for pisn and neutrino mass loss

name()

virtual std::string supernova::name ( ) const

inlinevirtualinherited

Remember that each new proper supernova model has to have a public static class istance to define in static_main.h e.g. static MySNmodel _mysnmodel; (in the class) and MySNmodel MySNmodel::_mysnmodel; in static_main.h Methods that must be customized in new models. !!!!NOTICE!!!!!: when overriding this function, remember to not use the s->getp to retrieve the preSN mass of the star use instead the method get_preSN_Mass(x) where x can be Mass::ID, MHE::ID, MCO::ID Name of the Supernova model, this will be use at runtime to select the given model

Reimplemented in compactness, DeathMatrix, delayed, delayed_gauNS, directcollapse, rapid, and rapid_gauNS.

neutrino_mass_loss() [1/2]

double NeutrinoMassLossOFF::neutrino_mass_loss ( const double  mass, _UNUSED Star *  s  ) const

inlineoverrideprotected

neutrino_mass_loss() [2/2]

double supernova::neutrino_mass_loss ( const double  mass, Star *  s  ) const

protectedvirtualinherited

Estimate the neutrino mass loss correction

Parameters

mass
mass	Mass of the remnant before the pair isntability correction
s	Pointer to the exploding star to which we want to apply the correction

Returns

Mass after the neutrino mass loss correction

pisn()

virtual double supernova::pisn ( const double  mass, Star *  s  )

protectedpure virtualinherited

Apply pisn correction

Parameters

mass	Mass of the remnant before the pair isntability correction
s	Pointer to the exploding star to which we want to apply the correction

Returns

Mass after the PISN correction, it also set the sn_type

Implemented in PisnON, and PisnOFF.

Register()

void supernova::Register ( supernova *  ptr )

inlineprotectedinherited

remnant_properties()

void supernova::remnant_properties ( Star *  s )

privateinherited

1-Set Mremnant e Mejected

2-Set the staremant object

set_Average_for_Unified()

void supernova::set_Average_for_Unified ( Star *  s, double  default_Average_Mremnant, double  default_Average_Mejected  )

protectedinherited

Set the member Average_ejected and Average_remnant. These are used in the Unified Sn model

Parameters

s	Pointer to the star
default_Average_Mremnant	default Average_Mremnant for this SN model
default_Average_Mejected	default Average_Mejected for this SN model

set_preSN_Masses()

virtual int supernova::set_preSN_Masses ( Star *  s )

protectedpure virtualinherited

Set the pre SN mass container

Implemented in PisnON, and PisnOFF.

set_remnant_type_after_explosion()

Lookup::Remnants supernova::set_remnant_type_after_explosion ( Star *  s, double  mremnant, Lookup::SNExplosionType  sntype  )

protectedvirtualinherited

Methods that may be customized in new models NOTICE-1: for most of the cases, in order to add a new model it is enough to just override the explosion method, the methods below can be overridden in rare some special cases. NOTICE-2: the pisn and neutrino mass loss corrections are handled through the virtual method pisn and neutrino_mass_loss, in principle, these methods can be overrided, however DON'T DO IT! The options for pisn and neutrino mass loss hare selected through the proper classes PairInstability and NeutrinoMassLoss, create a new model of the classes if you want to change the current formalism. DO NOT override the class, If you want to disable the corrections. If you want to disable the pisn at-compile time for a given model just inherit from the class PisnOFF, if you want to disable the neutrino mass loss inherit from NeutrinoMassLossOFF, e.g. class MySNmodel : virtual public supernova, PisnOFF, NeutrinoMassLossOFF{ If you wan to disable the corrections at runtime just choose the option disabled, e.g. -sn_pairinstability disabled and/or -sn_neutrinomloss disabled NOTICE: each new supernova model must inherit either from PisnON (to enable pisn correction) or from PisnOFF (to disable the pisn correction) !!!!NOTICE-IMPORTANT!!!!!: when overriding this function, remember to not use the s->getp to retrieve the preSN mass of the star use instead the method get_preSN_Mass(x) where x can be Mass::ID, MHE::ID, MCO::ID Set the remnant type, i.e. set the member remnant_type based on the remnant Mass and the sntype. The default version is quite simple, if Mass<Max Mass Neutron star (sn_max_ns_mass), the remnant is a NS_CCSN, otherwise it is a BH. If Mremnant is 0, the remnant type is Empty. If sntype is Electron Capture the remnant is NS_ECSN

Parameters

s	pointer to the exploding star
mremnant	Final mass of the remnant
sntype	SN type

Returns

the remnant type just set

Set the remnant type, i.e. set the member remnant_type based on the remnant Mass and the sntype. The default version is quite simple, if Mass<Max Mass Neutron star (sn_max_ns_mass), the remnant is a NS_CCSN, otherwise it is a BH. If Mremnant is 0, the remnant type is Empty. If sntype is Electron Capture the remnant is NS_ECSN

Parameters

s	pointer to the exploding star
mremnant	Final mass of the remnant
sntype	SN type

Returns

the remnant type just set

Set Remnant type

set_staremnant()

void supernova::set_staremnant ( Star *  s )

privateinherited

Use this function to properly initiliase the pointer to the object It uses the protected member Mremnant

Parameters

s	Pointer to the star

WDformation()

void supernova::WDformation ( Star *  s )

protectedvirtualinherited

Handle the WD formation, it has to

• Estimate and set the remnant mass (member Mremnant)
• Estimate and set the remnant_type (member remnant_type)
• Estimate and set the SN type (member sn_type) that should be Lookup::SNExplosionType::WDformation NOTICE: when overriding this function, remember to not use the s->getp to retrieve the preSN mass of the star, use instead the method get_preSN_Mass(x) where x can be Mass::ID, MHE::ID, MCO::ID

  Parameters

  s	Pointer to the exploding star

Member Data Documentation

Average_ejected

double supernova::Average_ejected

protectedinherited

Average_remnant

double supernova::Average_remnant

protectedinherited

fallback_frac

double supernova::fallback_frac

protectedinherited

kick

Kicks* supernova::kick

privateinherited

M_neutrinos

double supernova::M_neutrinos

protectedinherited

Mass_preSN

utilities::MassContainer* supernova::Mass_preSN =nullptr

privateinherited

Mejected

double supernova::Mejected

protectedinherited

Mremnant

double supernova::Mremnant

protectedinherited

Mremnant_preCorrection

double supernova::Mremnant_preCorrection

protectedinherited

neutrinomassloss

NeutrinoMassLoss* supernova::neutrinomassloss

privateinherited

pairinstability

PairInstability* supernova::pairinstability

privateinherited

pisn_correction

double supernova::pisn_correction

protectedinherited

remnant_type

Lookup::Remnants supernova::remnant_type

protectedinherited

sn_type

Lookup::SNExplosionType supernova::sn_type =Lookup::SNExplosionType::Unknown

protectedinherited

svlog

SevnLogging supernova::svlog

protectedinherited

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

• /Users/giulianoiorio/Documents/sevn_public/src/star/procs/supernova/supernova.h