#include <feedback.h>

Inheritance diagram for Fdbk:

Public Member Functions
void	AddParams (PRM prm)
	initialize parameters for star formation

void	CheckParams (PRM prm, struct parameters &param)

void	NullFeedback ()

void	DoFeedback (GravityParticle p, double dTime, double dDeltaYr, FBEffects fbTotals, LWDATA *LWData, Rand &rndGen) const
	Fdbk main method.

double	NSNIa (double dMassT1, double dMassT2)

	Fdbk (const Fdbk &fb)

void	pup (PUP::er &p)

Public Attributes
IMF *	imf

Public Attributes inherited from Fdbk_Shallow
char	achIMF [32]

SN	sn

double	dDeltaStarForm

double	dErgPerGmUnit

double	dSecUnit

double	dMaxGasMass

int	bSNTurnOffCooling

int	bSmallSNSmooth

int	bShortCoolShutoff

int	bAGORAFeedback

double	dExtraCoolShutoff

double	dRadPreFactor

double	dTimePreFactor

int	nSmoothFeedback

double	dMaxCoolShutoff

double	dEarlyFeedbackFrac

double	dFBInitialMassLoad

double	dMultiPhaseMinTemp

double	dMultiPhaseMaxTime

double	dEarlyETotal

Additional Inherited Members
Protected Attributes inherited from Fdbk_Shallow
double	dGmUnit

double	dGmPerCcUnit

double	dErgUnit

Padova	pdva

Detailed Description

@ brief Derived class to handle the deep copy for the IMF pointer. N.B. All attributes except imf need to be in Fdbk_Shallow.

Member Function Documentation

void Fdbk::CheckParams	(	PRM	prm,
		struct parameters &	param )

Total SNe ergs/solar mass of stars

Fdbk main method.

Parameters

p	Star particle doing feedback
dTime	Current time in years.
dDeltaYr	Timestep in years.
fbTotals	pointer to total effects for bookkeeping
LWData	pointer to the table containing Lyman-Werner data if stochastic IMF sampling is used.
rndGen	Random number generator reference

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