#include <star.h>

Inheritance diagram for star_evol:

Collaboration diagram for star_evol:

Public Member Functions
	star_evol ()

	star_evol (const star2d &)

virtual void	fill ()
	Initialize star's chemical composition, equation of state, opacity, nuclear reaction, mass definition, pi_c, Lambda, velocity, units, atmosphere, flatness, scaled keplerian angular velocity. More...

virtual int	read (const char *input_file, int dim=2)

virtual solver *	init_solver (int nvar_add=0)

virtual void	register_variables (solver *op)

virtual void	solve_Omega (solver *)
	Equation setting the equatorial angular velocity. More...

Public Member Functions inherited from star2d
void	calc_units ()

	star2d ()

virtual	~star2d ()

	star2d (const star2d &)

star2d &	operator= (const star2d &)

virtual void	opacity ()

virtual void	nuclear ()

virtual void	eq_state ()

virtual void	atmosphere ()

virtual int	init (const char input_file, const char param_file, int argc, char *argv[])

virtual int	check_arg (char arg, char val, int *change_grid)

virtual int	read_old (const char *input_file)

virtual void	write (const char *output_file, char output_mode='b') const

virtual void	interp (remapper *red)

virtual void	dump_info ()

virtual void	init_comp ()

virtual double	solve (solver *)
	Performs one step of the Newton algorithm to compute the star's internal structure. More...

virtual void	solve_poisson (solver *)
	Writes Poisson equation and interface conditions into the solver. More...

virtual void	solve_mov (solver *)
	Writes movement and vorticity equations into the solver. More...

virtual void	solve_temp (solver *)
	Writes temperature and luminosity equations and interface conditions into the solver. More...

virtual void	solve_dim (solver *)
	Writes the equations for the dimensional quantities (T_c, rho_c, R, etc.) More...

virtual void	solve_map (solver *)
	Part of the Jacobian associated with the mapping There are geometrical relations and physical relations placing the physical interfaces on surfaces zeta=cst. Option also to define the stellar surface as a tau=cst or P=cst. More...

virtual void	solve_gsup (solver *)
	Equation giving the effective surface gravity gsup gsup=(- P)/rho. More...

virtual void	solve_Teff (solver *)
	Equation setting the surface effective temperature Derived from sigma T_e^4 = -xi. More...

virtual void	solve_definitions (solver *)
	insert the definitions depending on opacity and eos tables into the solver, and the definitions used by the mapping (eta,deta,Ri,dRi,...), and the entropy More...

virtual void	solve_atm (solver *)
	Equation setting the 'simple' atmosphere model equations To be checked. More...

virtual void	update_map (matrix dR)

virtual void	calc_veloc ()

virtual matrix	entropy () const

virtual double	luminosity () const

virtual matrix	Teff () const

virtual matrix	N2 () const

virtual matrix	gsup () const

virtual double	virial_3P () const

virtual double	virial_L () const

virtual double	virial_W () const

virtual double	virial_ps () const

virtual double	virial () const

virtual double	energy_test () const

virtual matrix	stream () const

virtual double	apparent_luminosity (double i) const

virtual double	Lz () const

virtual double	Mcore () const

virtual double	Lzcore () const

virtual matrix	Rcore () const

virtual void	remap (int ndomains, int *npts, int nth, int nex)

virtual bool	remap_domains (int ndom, remapper &red)

virtual matrix	find_boundaries (const matrix &logTi) const

virtual std::vector< int >	distribute_domains (int ndom, matrix &zif, bool check_only=false) const

virtual matrix	distribute_domains (int ndomains, int &conv_new, double p_cc=0) const

virtual matrix	find_boundaries_old (matrix pif) const

virtual void	check_map ()

virtual int	check_convec (double &p_cc, matrix &Rcc)

void	draw (figure *, const matrix &, int parity=0) const

void	drawi (figure *, const matrix &, int sr, int st, int parity=0) const

void	drawc (figure *, const matrix &, int ncontours, int parity=0) const

void	drawci (figure *, const matrix &, int sr, int st, int ncontours, int parity=0) const

void	spectrum (figure *, const matrix &, int parity=0) const

matrix	kconv () const

void	add_kconv (solver op, const char eqn, const matrix &d)

void	add_dkconv_dz (solver op, const char eqn, const matrix &d)

void	kconv_common (matrix &kc, matrix &Ja, matrix &Jb, symbolic &S, sym &a_, sym &b_) const

virtual void	check_jacobian (solver op, const char eqn)
	Routine to check the Jacobian matrix. More...

void	hdf5_write (const char *filename) const

int	hdf5_read (const char *input_file, int dim)

Public Attributes
bool	converged

double	Lz_obj

Public Attributes inherited from star2d
mapping	map

const int &	nr

const int &	nth

const int &	nex

const int &	ndomains

const matrix &	r

const matrix &	z

const matrix &	th

const matrix &	Dt

const matrix &	Dt2

const matrix &	zex

const matrix &	Dex

const matrix &	rex

const matrix_block_diag &	D

matrix	rho

matrix	phi

matrix	p

matrix	T

matrix	phiex

matrix	vr

matrix	vt

matrix	G

matrix	w

composition_map	comp

double	X0

double	Y0

double	Z0

double	R

double	M

double	rhoc

double	Tc

double	pc

double	Omega

double	Omega_bk

double	Omegac

double	Ekman

opa_struct	opa

nuc_struct	nuc

eos_struct	eos

atm_struct	atm

matrix	ps

matrix	Ts

double	m

double	pi_c

double	Lambda

double	surff

int	conv

double	Xc

int	core_convec

int	env_convec

int	stratified_comp

double	min_core_size

std::vector< int >	domain_type

struct star2d::version_struct	version

struct star2d::units_struct	units

struct star2d::config_struct	config

Protected Attributes
bool	comp_inited

Additional Inherited Members
Protected Member Functions inherited from star2d
virtual void	copy (const star2d &)

void	init1d (const star1d &A, int npts_th, int npts_ex)

virtual bool	check_tag (const char *tag) const

virtual void	write_tag (OUTFILE *fp) const

Constructor & Destructor Documentation

star_evol::star_evol ( )

star_evol::star_evol ( const star2d & A )

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Member Function Documentation

void star_evol::fill ( )

virtual

Initialize star's chemical composition, equation of state, opacity, nuclear reaction, mass definition, pi_c, Lambda, velocity, units, atmosphere, flatness, scaled keplerian angular velocity.

Reimplemented from star2d.

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