COSMOS :: Class description for Fmv

• This class is inherited from Fmv0. Note that this class is used as the controller for other Fixed Mesh Refinement layers.

Fmv :: Functions

Constructor and Destructor

Fmv(int tabs,int jupper,int jlower,int kupper,int klower,int lupper,int llower, double xupper,double xlower,double yupper,double ylower,double zupper,double zlower,double am,bool fld, bool scl, bool cuev)

input	setting variable in the class	description
tabs	tab	tab for refinement boundary
jupper	jui	maximum grid number to evolve for $x$
jlower	jli	minimum grid number to evolve for $x$
kupper	jui	maximum grid number to evolve for $y$
klower	jli	minimum grid number to evolve for $y$
lupper	jui	maximum grid number to evolve for $z$
llower	jli	minimum grid number to evolve for $z$
xupper	xu	maximum of coordinate length for $x$
xlower	xl	minimum of coordinate length for $x$
yupper	yu	maximum of coordinate length for $y$
ylower	yl	minimum of coordinate length for $y$
zupper	zu	maximum of coordinate length for $z$
zlower	zl	minimum of coordinate length for $z$
am	amp	amplitude of inhomogeneous grid
fld	fluidevo	on/off switch for fluid evolution
scl	scalarevo	on/off switch for scalar evolution
cuev	curveval	on/off switch for curvature evaluation

• In addition, the number of layer (layn) is set to be 0.

~Fmv()

BOUNDARY functions

type	name	input	description
void	boundary_periodic()	no	periodic boundary condition
void	boundary_reflection()	no	reflection boundary condition for bv
void	boundary_d_reflection()	no	reflection boundary condition for dbv
void	boundary_reflection_even(int i)	i: variable number	reflection boundary condition for even variable
void	boundary_prim_reflection()	no	reflection boundary condition for fluid primitive variables
void	boundary_psi_initial()	no	reflection boundary condition for initial psi
void	boundary_reflection_fluid()	no	reflection boundary condition for fluid variables
void	boundary_reflection_scalar()	no	reflection boundary condition for scalar fields
void	boundary_asym0()	no	asymptotically flat condition by bv and bv0
void	boundary_asym(int itype)	itype:boundary type	asymptotically flat condition by bv
void	asymcond(int l,int k,int j,int i,double bgv)	j,k,l:grid numbers for $x,y,z$, i:number of dynamical variables, bgv:value of flat spacetime	asymptotically flat boundary condition by bv
void	asymcond(int l,int k,int j,int i,double bgv1,double bgv,double dt,int itype)	j,k,l:grid numbers for $x,y,z$, i:number of dynamical variables, bgv1:value of flat spacetime, bgv:value of flat spacetime, dt:time intervsl, itype	asymptotically flat boundary condition by bv and bv0

Functions for specific initial conditions

type	name	input	description
void	set_Psi_nonsph(double mu,double k,double xi2,double xi3)	mu,k,xi2,xi3: parameters for initial psi profile	setting psi from initial data by Yoo et al.(2020)
void	initial_nonsph(double mu,double k,double xi2,double xi3)	mu,k,xi2,xi3: parameters for initial psi profile	setting psi and flat metric
void	set_Psi_nonsph(double mu,double k,double xi2,double xi3,double xit2,double xit3,double w)	mu,k,xi2,xi3,xit2,xit3,w: parameters for initial psi profile	setting psi from different initial data before
void	initial_nonsph(double mu,double k,double xi2,double xi3,double xit2,double xit3,double w)	mu,k,xi2,xi3,xit2,xit3,w: parameters for initial psi profile	setting psi and flat metric
void	set_initial_scalar(double mu,double k,double xi2,double xi3)	mu,k,xi2,xi3: parameters for initial psi profile	setting scalar field
void	set_initial_fluid(double mu,double k,double xi2,double xi3)	mu,k,xi2,xi3: parameters for initial psi profile	setting fluid
void	set_ini_from_Psi()	no	setting dynamical variables from initial profile of psi