Methods for calculating the number and feedback effects of supernova. More...

#include <supernova.h>

Public Member Functions
void	CalcAGORAFeedback (SFEvent sfEvent, double dTime, double dDelta, FBEffects fbEffects) const
	Feedback algorithm to match the requirements of the AGORA project see paper 4, dataset 2 for details. More...

void	CalcSNIIFeedback (SFEvent sfEvent, double dTime, double dDelta, FBEffects fbEffects) const

void	CalcSNIaFeedback (SFEvent sfEvent, double dTime, double dDelta, FBEffects fbEffects) const

double	NSNIa (double dMassT1, double dMassT2) const

void	pup (PUP::er &p)

Public Attributes
double	AGORAsnTime

double	AGORAsnE

double	AGORAsnPerMass

double	dESN

int	iNSNIIQuantum

double	dFracBinSNIa

IMF *	imf

Friends
class	Fdbk

double	dMSIMFSec (const SN *sn, double dMass2)

Detailed Description

Methods for calculating the number and feedback effects of supernova.

Member Function Documentation

void SN::CalcAGORAFeedback	(	SFEvent *	sfEvent,
		double	dTime,
		double	dDelta,
		FBEffects *	fbEffects
	)		const

Feedback algorithm to match the requirements of the AGORA project see paper 4, dataset 2 for details.

Parameters

sfEvent	Reference to information about the formation event for the star particle doing the feedback
dTime	The current simulation time (in years)
dDelta	The size of the next timestep (in years)
fbEffects	Passes information about the feedback event (mass loss, energy and metal injection) back to the rest of the simulation

double SN::NSNIa	(	double	dMassT1,
		double	dMassT2
	)		const

calculate number of SN Type Ia a la Raiteri, Villata, Navarro, A&A 315, 105, 1996) Returns number of SN Type Ia that occur during timestep in which dMassT1 and dMassT2 are masses of stars that end their lives at the end and beginning of timestep, respectively

Friends And Related Function Documentation

double dMSIMFSec	(	const SN *	sn,
		double	dMass2
	)

friend

IMF of secondary in binary system that goes SN Ia The distribution of secondary mass ratios is assumed to be a power law, mu^dGamma as in Matteucci & Greggio (1986)

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

supernova.h
supernova.cpp
supernovaia.cpp

Public Member Functions

Public Attributes

Friends

Detailed Description

Member Function Documentation

Friends And Related Function Documentation