USER initial conditions for Koral/RAD simulations. More...

#include "decs.h"

Include dependency graph for init.koral.c:

Macros
#define	SLOWFAC 1.0 /* reduce u_phi by this amount */

#define	MAXPASSPARMS 10

#define	USER_THETAROTMETRIC (0.0)

#define	USER_THETAROTPRIMITIVES (0.0)

#define	NOFIELD -1

#define	DISK1FIELD 0

#define	DISK2FIELD 1

#define	VERTFIELD 2

#define	DISK1VERT 3

#define	DISK2VERT 4

#define	BLANDFORDQUAD 5

#define	TOROIDALFIELD 6

#define	OHSUGAFIELD 7

#define	MONOPOLAR 8

#define	OLEKFIELD 9

#define	FIELDJONMAD 10

#define	FIELDWALD 11

#define	MONOPOLE 12

#define	SPLITMONOPOLE 13

#define	DIMVARLIST GGG,CCCTRUE,MSUNCM,MPERSUN,LBAR,TBAR,VBAR,RHOBAR,MBAR,ENBAR,UBAR,TEMPBAR,ARAD_CODE_DEF,XFACT,YFACT,ZFACT,MUMEAN,MUMEAN,OPACITYBAR,MASSCM,KORAL2HARMRHO(1.0),TEMPMIN

#define	DIMTYPELIST "%21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g\n"

#define	NTUBE 31

#define	WHICHRADATM 0

#define	fsx(x) ((x)>0 ? exp(-1.0/(x)) : 0.0)

#define	gsx(x) (fsx(x)/(fsx(x) + fsx(1.0-(x))))

#define	stepfunction(x) (1.0 - gsx((x)-0.5))

#define	stepfunctionab(x, a, b) (((a)-(b))*stepfunction(x) + (b))

#define	stepfunctionab2(x, a, b) (((a)-(b))stepfunction(x)stepfunction(x) + (b))

#define	NUMTgasITERS 4

#define	JONMADHPOW (4.0)

#define	JONMADR0 (0.0)

#define	JONMADROUT (300.0)

#define	QPOWER (1.0)

#define	POWERNU (2.0)

#define	FCOVDERTYPE DIFFGAMMIE

#define	FCOVDXDELTA 1E-5

#define	TAUADJUSTATM (10.0)

#define	KAPPA_ES_FERMICORR(rhocode, Tcode) (1.0/(1.0+2.7E11((rhocode)RHOBAR)/prpow((Tcode)*TEMPBAR,2.0)))
	PURE ELASTIC SCATTERING. More...

#define	KAPPA_ES_KNCORR(rhocode, Tcode) (1.0/(1.0+prpow((Tcode)*TEMPBAR/4.5E8,0.86)))

#define	KAPPA_ES_CODE(rhocode, Tcode) (0.2(1.0+XFACT)KAPPA_ES_FERMICORR(rhocode,Tcode)*KAPPA_ES_KNCORR(rhocode,Tcode)/OPACITYBAR)
	kappaes = sigma_T n_e = sigma_T n_b (n_e/n_b) = sigma_T rho/mb (ne/nb) More...

#define	KAPPA_ES_BASIC_CODE(rhocode, Tcode) (0.2*(1.0+XFACT)/OPACITYBAR)

#define	KAPPA_FORCOMPT_RELCORREP(ep) ((1.0 + 3.683(ep)+4.0(ep)*(ep))/(1.0 + (ep)))

#define	KAPPA_FORCOMPT_RELCORR(rhocode, Tcode) (KAPPA_FORCOMPT_RELCORREP(K_BOLTZ(Tcode)TEMPBAR/(MELECCCTRUECCCTRUE)))

#define	KAPPA_FORCOMPT_CODE(rhocode, Tcode) (0.2(1.0+XFACT)KAPPA_ES_FERMICORR(rhocode,Tcode)*KAPPA_FORCOMPT_RELCORR(rhocode,Tcode)/OPACITYBAR)

#define	KAPPA_ZETA(Tgcode, Trcode) ((TEMPMIN+Trcode)/(TEMPMIN+Tgcode))
	EMISSION (Tr=Tg) or ABSORBPTION (Tr different from Tg) More...

#define	KAPPA_FF_CODE(rhocode, Tgcode, Trcode) (4.0E22(1.0+XFACT)(1.0-ZFACT)((rhocode)RHOBAR)prpow((Tgcode)TEMPBAR,-0.5)prpow((Trcode)TEMPBAR,-3.0)prlog(1.0+1.6KAPPA_ZETA(Tgcode,Trcode))(1.0+4.4E-10(Tgcode*TEMPBAR))/OPACITYBAR)

#define	KAPPAN_FF_CODE(rhocode, Tgcode, Trcode) KAPPA_FF_CODE(rhocode,Tgcode,Trcode)

#define	KAPPA_BF_CODE(rhocode, Tgcode, Trcode) (3.0E25(ZFACT)(1.0+XFACT+0.75YFACT)((rhocode)RHOBAR)prpow((Tgcode)TEMPBAR,-0.5)prpow((Trcode)TEMPBAR,-3.0)prlog(1.0+1.6*KAPPA_ZETA(Tgcode,Trcode))/OPACITYBAR)

#define	KAPPA_CHIANTIBF_CODE(rhocode, Tgcode, Trcode) (4.0E34((rhocodeRHOBAR))(ZFACT/ZSOLAR)YELEprpow((Tgcode)TEMPBAR,-1.7)prpow((Trcode)TEMPBAR,-3.0)/OPACITYBAR)

#define	KAPPA_HN_CODE(rhocode, Tgcode, Trcode) (1.1E-25prpow(ZFACT,0.5)prpow((rhocode)RHOBAR,0.5)prpow((Tgcode)*TEMPBAR,7.7)/OPACITYBAR)

#define	KAPPA_MOL_CODE(rhocode, Tgcode, Trcode) (0.1*ZFACT/OPACITYBAR)

#define	KAPPA_GENFF_CODE(rhocode, Tgcode, Trcode) (1.0/(1.0/(KAPPA_MOL_CODE(rhocode,Tgcode,Trcode)+KAPPA_HN_CODE(rhocode,Tgcode,Trcode)) + 1.0/(KAPPA_CHIANTIBF_CODE(rhocode,Tgcode,Trcode)+KAPPA_BF_CODE(rhocode,Tgcode,Trcode)+KAPPA_FF_CODE(rhocode,Tgcode,Trcode))))

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES 0.

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES (1E3)

#define	KAPPAUSER(rho, B, Tg, Tr) (rho*KAPPA)

#define	KAPPAESUSER(rho, T) (rho*KAPPAES)

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES 0.

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPAESUSER(rho, T) (0.0)

#define	KAPPAUSER(rho, B, Tg, Tr) (25*rho)

#define	KAPPAUSER(rho, B, Tg, Tr) (rho*1.0)

#define	KAPPAESUSER(rho, T) (rho*0.0)

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES 0.

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES 0.

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES 1.

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES 0.

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPAUSER(rho, B, Tg, Tr) (rho*RADWAVE_KAPPA)

#define	KAPPAESUSER(rho, T) (rho*RADWAVE_KAPPAES)

#define	KAPPAUSER(rho, B, Tg, Tr) (0.)

#define	KAPPAESUSER(rho, T) (0.)

#define	KAPPA 1.0
	SYNCH STUFF. More...

#define	KAPPAES 1.0

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPA 0.
	SYNCH STUFF. More...

#define	KAPPAES 0.

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPA_ES_CODE(rho,Tg)/1E140.1)

#define	KAPPAESUSER(rho, T) (0.0)

#define	KAPPA 1.0
	SYNCH STUFF. More...

#define	KAPPAES 1.0

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPA(KAPPA_GENFF_CODE(SMALL+rho,Tg+TEMPMIN,Tr+TEMPMIN)))

#define	KAPPANUSER(rho, B, Tg, Tr) (rhoKAPPA(KAPPA_GENFF_CODE(SMALL+rho,Tg+TEMPMIN,Tr+TEMPMIN)))

#define	KAPPAESUSER(rho, T) (rhoKAPPAESKAPPA_ES_CODE(rho,T))

#define	KAPPAUSER(rho, B, Tg, Tr) (rhoKAPPA_ES_BASIC_CODE(rho,Tg)/1E140.0)

#define	KAPPAESUSER(rho, T) (0.0)

#define	KAPPAUSER(rho, B, Tg, Tr) (rho*(KAPPA_FF_CODE(SMALL+rho,Tg+TEMPMIN,Tr+TEMPMIN)))

#define	KAPPAESUSER(rho, Tg) (rho*KAPPA_ES_BASIC_CODE(rho,Tg)/100.0)

#define	ISKAPPAEABS 0

#define	ISKAPPANABS 1

#define	ISKAPPAEEMIT 2

#define	ISKAPPANEMIT 3

#define	ISKAPPAES 4

#define	E 2.718281828459045

#define	JET6LIKEUSERCOORD 0

#define	UNIHALFUSERCOORD 1

#define	ORIGWALD 2

#define	WHICHUSERCOORD JET6LIKEUSERCOORD

#define	cr(x) (exp(-1.0/(x)))

#define	tr(x) (cr(x)/(cr(x) + cr(1.0-(x))))

#define	trans(x, L, R) ((x)<=(L) ? 0.0 : ((x)>=(R) ? 1.0 : tr(((x)-(L))/((R)-(L)))) )

#define	transR(x, center, width) ( 0.5*(1.0-tanh(+((x)-(center))/(width))))

#define	transL(x, center, width) ( 0.5*(1.0-tanh(-((x)-(center))/(width))))

#define	transM(x, center, width) ( exp(-pow(((x)-(center))/((width)*0.5),2.0) ) )

#define	plateau(x, L, R, W) (trans(x,(L)-0.5(W),(L)+0.5(W))(1.0-trans(x,(R)-0.5(W),(R)+0.5*(W))))

#define	line1r(x, w) (Rout)

#define	line2r(x, w) (Routeq)

#define	line3r(x, w) (Rout))

#define	thetajon(x, w, xp1, xp2) (line1r(x,w)(1.0-trans(x,xp1,xp2)) + line2r(x,w)trans(x,xp1,xp2))

#define	lineeqr(x, w) (R0 + exp(npow(X[1]-mysx1)0.70 + npow*mysx1 ) )

#define	linepoler(x, w) (R0 + exp(npow*X[1]))

#define	thetaLr(x, wp, weq, xp1, xp2) ( linepoler(x,wp)(1.0-trans(x,xp1,xp2)) + lineeqr(x,weq)trans(x,xp1,xp2) )

#define	thetajon2(x, wp, weq, xp1, xp2) ( x<0.5 ? thetaLr(x,wp,weq,xp1,xp2) : thetaLr(1.0-x,wp,weq,xp1,xp2) )

#define	line1(x, w) ((x)*(w))

#define	line2(x, w) ((x)*(w)+M_PI-(w))

#define	line3(x, w) ((x)*(w))

#define	wparsam(x, r) (h0 + pow(0.15 + ((r)-0.0)/10.0 , -njet))

#define	thetasam(x, r, w, xp1, xp2) (line1(x,w)(1.0-trans(x,xp1,xp2)) + line2(x,w)trans(x,xp1,xp2))

#define	lineeq(x, w) ((x)(w)+(0.5M_PI)-(0.5*w))

#define	linepole(x, w) (line1(x,w))

#define	thetaL(x, wp, weq, xp1, xp2) ( linepole(x,wp)(1.0-trans(x,xp1,xp2)) + lineeq(x,weq)trans(x,xp1,xp2) )

#define	thetasam2(x, wp, weq, xp1, xp2) ( x<0.5 ? thetaL(x,wp,weq,xp1,xp2) : -thetaL(1.0-x,wp,weq,xp1,xp2)+M_PI )

#define	MAXIHOR 10

#define	FRACN1 (0.1)

#define	ADJUSTFRACT (0.25)

Functions
static FTYPE	nz_func (FTYPE R)

static FTYPE	taper_func2 (FTYPE R, FTYPE rin, FTYPE rpow)

static int	fieldprim (int whichmethod, int whichinversion, int whichvel, int whichcoord, int ii, int jj, int kk, FTYPE *pr)

static int	get_full_rtsolution (int whichvel, int whichcoord, int opticallythick, FTYPE pp, FTYPE X, FTYPE V, struct of_geom *ptrptrgeom)

static int	make_nonrt2rt_solution (int whichvel, int whichcoord, int opticallythick, FTYPE pp, FTYPE X, FTYPE V, struct of_geom *ptrptrgeom)

static int	donut_analytical_solution (int whichvel, int whichcoord, int opticallythick, FTYPE pp, FTYPE X, FTYPE V, struct of_geom ptrptrgeom, FTYPE ptptr)

static int	process_solution (int whichvel, int whichcoord, int opticallythick, FTYPE pp, FTYPE X, FTYPE V, struct of_geom ptrptrgeom, FTYPE ptptr)

int	prepre_init_specific_init (void)

int	pre_init_specific_init (void)

int	init_conservatives (FTYPE(prim)[NSTORE2][NSTORE3][NPR], FTYPE(pstag)[NSTORE2][NSTORE3][NPR], FTYPE(Utemp)[NSTORE2][NSTORE3][NPR], FTYPE(U)[NSTORE2][NSTORE3][NPR])

int	post_init_specific_init (void)

int	init_consts (void)

int	init_global (void)

int	init_defcoord (void)

int	init_grid (void)

int	init_grid_post_set_grid (FTYPE(prim)[NSTORE2][NSTORE3][NPR], FTYPE(pstag)[NSTORE2][NSTORE3][NPR], FTYPE(ucons)[NSTORE2][NSTORE3][NPR], FTYPE(vpot)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3], FTYPE(Bhat)[NSTORE2][NSTORE3][NPR], FTYPE(panalytic)[NSTORE2][NSTORE3][NPR], FTYPE(pstaganalytic)[NSTORE2][NSTORE3][NPR], FTYPE(vpotanalytic)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3], FTYPE(Bhatanalytic)[NSTORE2][NSTORE3][NPR], FTYPE(F1)[NSTORE2][NSTORE3][NPR+NSPECIAL], FTYPE(F2)[NSTORE2][NSTORE3][NPR+NSPECIAL], FTYPE(F3)[NSTORE2][NSTORE3][NPR+NSPECIAL], FTYPE(*Atemp)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3])

int	init_primitives (FTYPE(prim)[NSTORE2][NSTORE3][NPR], FTYPE(pstag)[NSTORE2][NSTORE3][NPR], FTYPE(ucons)[NSTORE2][NSTORE3][NPR], FTYPE(vpot)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3], FTYPE(Bhat)[NSTORE2][NSTORE3][NPR], FTYPE(panalytic)[NSTORE2][NSTORE3][NPR], FTYPE(pstaganalytic)[NSTORE2][NSTORE3][NPR], FTYPE(vpotanalytic)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3], FTYPE(Bhatanalytic)[NSTORE2][NSTORE3][NPR], FTYPE(F1)[NSTORE2][NSTORE3][NPR+NSPECIAL], FTYPE(F2)[NSTORE2][NSTORE3][NPR+NSPECIAL], FTYPE(F3)[NSTORE2][NSTORE3][NPR+NSPECIAL], FTYPE(*Atemp)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3])

int	init_dsandvels (int inittype, int pos, int whichvel, int whichcoord, SFTYPE time, int i, int j, int k, FTYPE pr, FTYPE pstag)

int	init_dsandvels_koral (int whichvel, int whichcoord, int i, int j, int k, FTYPE pr, FTYPE pstag)

int	process_restart_toget_radiation (void)

static FTYPE	taper_func_exp (FTYPE R, FTYPE rin, FTYPE POTENTIALorPRESSURE)

FTYPE	setgpara (FTYPE myr, FTYPE th, FTYPE thpower)

FTYPE	setblandfordfield (FTYPE r, FTYPE th)

int	init_vpot_user (int whichcoord, int l, SFTYPE time, int i, int j, int k, int loc, FTYPE(prim)[NSTORE2][NSTORE3][NPR], FTYPE V, FTYPE A)

int	init_postvpot (int i, int j, int k, FTYPE pr, FTYPE pstag, FTYPE *ucons)

void	shortout_Bd3 (FTYPE(*prim)[NSTORE2][NSTORE3][NPR])

void	Fcov_numerical (int whichcoord, FTYPE X, FTYPE(Fcov)[NDIM])

FTYPE	mcov_func_mcoord (struct of_geom ptrgeom, FTYPE X, int ii, int jj)

FTYPE	kcov_func_mcoord (struct of_geom ptrgeom, FTYPE X, int ii, int jj)

void	Jcon_numerical (int whichcoord, FTYPE X, FTYPE Jcon)

FTYPE	Fcon_func_mcoord (struct of_geom ptrgeom, FTYPE X, int ii, int jj)

int	init_vpot2field_user (SFTYPE time, FTYPE(A)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3], FTYPE(prim)[NSTORE2][NSTORE3][NPR], FTYPE(pstag)[NSTORE2][NSTORE3][NPR], FTYPE(ucons)[NSTORE2][NSTORE3][NPR], FTYPE(*Bhat)[NSTORE2][NSTORE3][NPR])

int	normalize_densities (FTYPE(*prim)[NSTORE2][NSTORE3][NPR])

int	getmax_densities_full (FTYPE(prim)[NSTORE2][NSTORE3][NPR], SFTYPE rhomax, SFTYPE umax, SFTYPE uradmax, SFTYPE utotmax, SFTYPE pmax, SFTYPE pradmax, SFTYPE ptotmax)

int	get_maxes (FTYPE(prim)[NSTORE2][NSTORE3][NPR], FTYPE bsq_max, FTYPE ptot_max, FTYPE beta_min)

int	normalize_field (FTYPE(prim)[NSTORE2][NSTORE3][NPR], FTYPE(pstag)[NSTORE2][NSTORE3][NPR], FTYPE(ucons)[NSTORE2][NSTORE3][NPR], FTYPE(vpot)[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3], FTYPE(*Bhat)[NSTORE2][NSTORE3][NPR])

int	jetbound (int i, int j, int k, int loc, FTYPE prin, FTYPE prflux, FTYPE(*prim)[NSTORE2][NSTORE3][NPR])

static FTYPE	kappa_func_fits (int which, FTYPE rho, FTYPE B, FTYPE Tg, FTYPE Tr, FTYPE varexpf)

int	kappa_func_fits_all (FTYPE rho, FTYPE B, FTYPE Tg, FTYPE Tr, FTYPE varexpf, FTYPE kappa, FTYPE kappaemit, FTYPE kappan, FTYPE kappanemit, FTYPE *kappaes)

FTYPE	Gcompt (FTYPE rho0, FTYPE Tgas, FTYPE Tradff, FTYPE Ruu)

int	coolfunc_user (FTYPE h_over_r, FTYPE pr, struct of_geom geom, struct of_state q, FTYPE(dUcomp)[NPR])

void	set_coord_parms_nodeps_user (int defcoordlocal)

void	set_coord_parms_deps_user (int defcoordlocal)

void	write_coord_parms_user (int defcoordlocal, FILE *out)

void	read_coord_parms_user (int defcoordlocal, FILE *in)

void	blcoord_user (FTYPE X, FTYPE V)

void	dxdxp_analytic_user (FTYPE X, FTYPE V, FTYPE(*dxdxp)[NDIM])

FTYPE	setRin_user (int ihor, FTYPE ihoradjust)

int	setihor_user (void)

Variables
static SFTYPE	rhomax =0

static SFTYPE	umax =0

static SFTYPE	uradmax =0

static SFTYPE	utotmax =0

static SFTYPE	pmax =0

static SFTYPE	pradmax =0

static SFTYPE	ptotmax =0

static SFTYPE	bsq_max =0

static SFTYPE	beta

static SFTYPE	randfact

static SFTYPE	rin

static SFTYPE	rinfield

static SFTYPE	routfield

static FTYPE	rhodisk

FTYPE	B0WALD

int	DOWALDDEN =0

int	WALDWHICHACOV =3

FTYPE	BSQORHOWALD =100.0

FTYPE	aforwald

FTYPE	TILTWALD

FTYPE	thindiskrhopow =-0.6

FTYPE	normglobal

int	inittypeglobal

int	RADBEAM2D_BEAMNO

int	RADBEAM2D_FLATBACKGROUND

FTYPE	RADBEAM2D_RHOAMB

FTYPE	RADBEAM2D_TAMB

int	RADBEAM2D_BLOB

FTYPE	RADBEAM2D_BLOBW

FTYPE	RADBEAM2D_BLOBP

FTYPE	RADBEAM2D_BLOBX

FTYPE	RADBEAM2D_BLOBZ

FTYPE	RADBEAM2D_PAR_D

FTYPE	RADBEAM2D_PAR_E

int	RADBEAM2D_IFBEAM

FTYPE	RADBEAM2D_TLEFT

FTYPE	RADBEAM2D_NLEFT

FTYPE	RADBEAM2D_BEAML

FTYPE	RADBEAM2D_BEAMR

int	RADBEAM2DKSVERT_BEAMNO

FTYPE	RADBEAMFLAT_FRATIO

FTYPE	RADBEAMFLAT_ERAD

FTYPE	RADBEAMFLAT_RHO

FTYPE	RADBEAMFLAT_UU

FTYPE	RADATM_MDOTEDD

FTYPE	RADATM_LUMEDD

int	RADATM_THINRADATM

FTYPE	RADATM_FERATIO

FTYPE	RADATM_FRATIO

FTYPE	RADATM_RHOAMB

FTYPE	RADATM_TAMB

FTYPE	RADSHADOW_NLEFT

FTYPE	RADSHADOW_ANGLE

FTYPE	RADSHADOW_TLEFTOTAMB

FTYPE	RADSHADOW_BEAMY

FTYPE	RADDBLSHADOW_NLEFT

FTYPE	RADDBLSHADOW_ANGLE

FTYPE	RADDBLSHADOW_TLEFTOTAMB

FTYPE	RADDBLSHADOW_BEAMY

int	RADWAVE_NWAVE

int	RADWAVE_NUMERO

int	RADWAVE_WAVETYPE

FTYPE	RADWAVE_PP

FTYPE	RADWAVE_CC

FTYPE	RADWAVE_KAPPA

FTYPE	RADWAVE_RHOFAC

FTYPE	RADWAVE_B0

FTYPE	RADWAVE_DRRE

FTYPE	RADWAVE_DRIM

FTYPE	RADWAVE_DVRE

FTYPE	RADWAVE_DVIM

FTYPE	RADWAVE_DV2RE

FTYPE	RADWAVE_DV2IM

FTYPE	RADWAVE_DB2RE

FTYPE	RADWAVE_DB2IM

FTYPE	RADWAVE_DURE

FTYPE	RADWAVE_DUIM

FTYPE	RADWAVE_DERE

FTYPE	RADWAVE_DEIM

FTYPE	RADWAVE_DFRE

FTYPE	RADWAVE_DFIM

FTYPE	RADWAVE_DF2RE

FTYPE	RADWAVE_DF2IM

FTYPE	RADWAVE_OMRE

FTYPE	RADWAVE_OMIM

FTYPE	RADWAVE_DTOUT1

FTYPE	RADWAVE_RHOZERO

FTYPE	RADWAVE_AAA

FTYPE	RADWAVE_KK

FTYPE	RADWAVE_UINT

FTYPE	RADWAVE_TEMP

FTYPE	RADWAVE_ERAD

FTYPE	RADWAVE_VX

FTYPE	RADWAVE_KAPPAES

FTYPE	RADWAVE_ERADFACTOR

FTYPE	RADWAVE_GASFACTOR

FTYPE	RADBONDI_TESTNO

FTYPE	RADBONDI_PRADGAS

FTYPE	RADBONDI_TGAS0

FTYPE	RADBONDI_MDOTPEREDD

FTYPE	RADBONDI_MDOTEDD

FTYPE	RADBONDI_MINX

FTYPE	RADBONDI_MAXX

FTYPE	RADDOT_XDOT

FTYPE	RADDOT_YDOT

FTYPE	RADDOT_ZDOT

int	RADDOT_IDOT

int	RADDOT_JDOT

int	RADDOT_KDOT

FTYPE	RADDOT_FYDOT

FTYPE	RADDOT_LTEFACTOR

FTYPE	RADDOT_URFX

FTYPE	RADDOT_F1

FTYPE	RADDOT_F2

FTYPE	RADNT_MINX

FTYPE	RADNT_MAXX

FTYPE	RADNT_KKK

FTYPE	RADNT_ELL

FTYPE	RADNT_UTPOT

FTYPE	RADNT_RHOATMMIN

FTYPE	RADNT_RHODONUT

FTYPE	RADNT_UINTATMMIN

FTYPE	RADNT_ERADATMMIN

FTYPE	RADNT_DONUTTYPE

FTYPE	RADNT_INFLOWING

FTYPE	RADNT_TGASATMMIN

FTYPE	RADNT_TRADATMMIN

FTYPE	RADNT_ROUT

FTYPE	RADNT_OMSCALE

FTYPE	RADNT_FULLPHI

FTYPE	RADNT_DONUTRADPMAX

FTYPE	RADNT_HOVERR

FTYPE	RADNT_LPOW

int	RADCYLJET_TYPE

FTYPE	RADCYLJET_VRSTAR

FTYPE	RADCYLJET_EHATJET

FTYPE	RADCYLJET_RHOJET

FTYPE	RADCYLJET_TEMPJET

FTYPE	RADCYLJET_UJET

int	RADDONUT_OPTICALLYTHICKTORUS

static FTYPE	npow

static FTYPE	r1jet

static FTYPE	njet1

static FTYPE	njet

static FTYPE	r0jet

static FTYPE	rsjet

static FTYPE	Qjet

static FTYPE	ntheta

static FTYPE	htheta

static FTYPE	rsjet2

static FTYPE	r0jet2

static FTYPE	rsjet3

static FTYPE	r0jet3

static FTYPE	rs

static FTYPE	r0

static FTYPE	npow2

static FTYPE	cpow2

static FTYPE	rbr

static FTYPE	x1br

static FTYPE	h0

static FTYPE	cpow3

Detailed Description

USER initial conditions for Koral/RAD simulations.

Definition in file init.koral.c.

Macro Definition Documentation

#define ADJUSTFRACT (0.25)

Definition at line 10819 of file init.koral.c.

#define BLANDFORDQUAD 5

Definition at line 76 of file init.koral.c.

#define cr ( x ) (exp(-1.0/(x)))

#define DIMTYPELIST "%21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g %21.15g\n"

#define DIMVARLIST GGG,CCCTRUE,MSUNCM,MPERSUN,LBAR,TBAR,VBAR,RHOBAR,MBAR,ENBAR,UBAR,TEMPBAR,ARAD_CODE_DEF,XFACT,YFACT,ZFACT,MUMEAN,MUMEAN,OPACITYBAR,MASSCM,KORAL2HARMRHO(1.0),TEMPMIN

#define DISK1FIELD 0

Definition at line 71 of file init.koral.c.

#define DISK1VERT 3

Definition at line 74 of file init.koral.c.

#define DISK2FIELD 1

Definition at line 72 of file init.koral.c.

#define DISK2VERT 4

Definition at line 75 of file init.koral.c.

#define E 2.718281828459045

Definition at line 9611 of file init.koral.c.

#define FCOVDERTYPE DIFFGAMMIE

Definition at line 8112 of file init.koral.c.

#define FCOVDXDELTA 1E-5

Definition at line 8116 of file init.koral.c.

#define FIELDJONMAD 10

Definition at line 81 of file init.koral.c.

#define FIELDWALD 11

Definition at line 82 of file init.koral.c.

#define FRACN1 (0.1)

Definition at line 10818 of file init.koral.c.

#define fsx ( x ) ((x)>0 ? exp(-1.0/(x)) : 0.0)

#define gsx ( x ) (fsx(x)/(fsx(x) + fsx(1.0-(x))))

#define ISKAPPAEABS 0

Definition at line 9605 of file init.koral.c.

#define ISKAPPAEEMIT 2

Definition at line 9607 of file init.koral.c.

#define ISKAPPAES 4

Definition at line 9609 of file init.koral.c.

#define ISKAPPANABS 1

Definition at line 9606 of file init.koral.c.

#define ISKAPPANEMIT 3

Definition at line 9608 of file init.koral.c.

#define JET6LIKEUSERCOORD 0

Definition at line 10199 of file init.koral.c.

#define JONMADHPOW (4.0)

#define JONMADR0 (0.0)

#define JONMADROUT (300.0)

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 1.0

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 0.

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA 1.0

SYNCH STUFF.

Synchrotron energy-opacity Synchrotron number-opacity

Definition at line 9559 of file init.koral.c.

#define KAPPA_BF_CODE	(	rhocode,
		Tgcode,
		Trcode
	)	(3.0E25(ZFACT)(1.0+XFACT+0.75YFACT)((rhocode)RHOBAR)prpow((Tgcode)TEMPBAR,-0.5)prpow((Trcode)TEMPBAR,-3.0)prlog(1.0+1.6*KAPPA_ZETA(Tgcode,Trcode))/OPACITYBAR)

Definition at line 9258 of file init.koral.c.

#define KAPPA_CHIANTIBF_CODE	(	rhocode,
		Tgcode,
		Trcode
	)	(4.0E34((rhocodeRHOBAR))(ZFACT/ZSOLAR)YELEprpow((Tgcode)TEMPBAR,-1.7)prpow((Trcode)TEMPBAR,-3.0)/OPACITYBAR)

Definition at line 9259 of file init.koral.c.

#define KAPPA_ES_BASIC_CODE	(	rhocode,
		Tcode
	)	(0.2*(1.0+XFACT)/OPACITYBAR)

Definition at line 9210 of file init.koral.c.

#define KAPPA_ES_CODE	(	rhocode,
		Tcode
	)	(0.2(1.0+XFACT)KAPPA_ES_FERMICORR(rhocode,Tcode)*KAPPA_ES_KNCORR(rhocode,Tcode)/OPACITYBAR)

kappaes = sigma_T n_e = sigma_T n_b (n_e/n_b) = sigma_T rho/mb (ne/nb)

Definition at line 9209 of file init.koral.c.

#define KAPPA_ES_FERMICORR	(	rhocode,
		Tcode
	)	(1.0/(1.0+2.7E11((rhocode)RHOBAR)/prpow((Tcode)*TEMPBAR,2.0)))

PURE ELASTIC SCATTERING.

Definition at line 9206 of file init.koral.c.

#define KAPPA_ES_KNCORR	(	rhocode,
		Tcode
	)	(1.0/(1.0+prpow((Tcode)*TEMPBAR/4.5E8,0.86)))

Definition at line 9207 of file init.koral.c.

#define KAPPA_FF_CODE	(	rhocode,
		Tgcode,
		Trcode
	)	(4.0E22(1.0+XFACT)(1.0-ZFACT)((rhocode)RHOBAR)prpow((Tgcode)TEMPBAR,-0.5)prpow((Trcode)TEMPBAR,-3.0)prlog(1.0+1.6KAPPA_ZETA(Tgcode,Trcode))(1.0+4.4E-10(Tgcode*TEMPBAR))/OPACITYBAR)

Definition at line 9236 of file init.koral.c.

#define KAPPA_FORCOMPT_CODE	(	rhocode,
		Tcode
	)	(0.2(1.0+XFACT)KAPPA_ES_FERMICORR(rhocode,Tcode)*KAPPA_FORCOMPT_RELCORR(rhocode,Tcode)/OPACITYBAR)

Definition at line 9222 of file init.koral.c.

#define KAPPA_FORCOMPT_RELCORR	(	rhocode,
		Tcode
	)	(KAPPA_FORCOMPT_RELCORREP(K_BOLTZ(Tcode)TEMPBAR/(MELECCCTRUECCCTRUE)))

Definition at line 9221 of file init.koral.c.

#define KAPPA_FORCOMPT_RELCORREP ( ep ) ((1.0 + 3.683*(ep)+4.0*(ep)*(ep))/(1.0 + (ep)))

Definition at line 9220 of file init.koral.c.

#define KAPPA_GENFF_CODE	(	rhocode,
		Tgcode,
		Trcode
	)	(1.0/(1.0/(KAPPA_MOL_CODE(rhocode,Tgcode,Trcode)+KAPPA_HN_CODE(rhocode,Tgcode,Trcode)) + 1.0/(KAPPA_CHIANTIBF_CODE(rhocode,Tgcode,Trcode)+KAPPA_BF_CODE(rhocode,Tgcode,Trcode)+KAPPA_FF_CODE(rhocode,Tgcode,Trcode))))

Definition at line 9263 of file init.koral.c.

#define KAPPA_HN_CODE	(	rhocode,
		Tgcode,
		Trcode
	)	(1.1E-25prpow(ZFACT,0.5)prpow((rhocode)RHOBAR,0.5)prpow((Tgcode)*TEMPBAR,7.7)/OPACITYBAR)

Definition at line 9260 of file init.koral.c.

#define KAPPA_MOL_CODE	(	rhocode,
		Tgcode,
		Trcode
	)	(0.1*ZFACT/OPACITYBAR)

Definition at line 9261 of file init.koral.c.

#define KAPPA_ZETA	(	Tgcode,
		Trcode
	)	((TEMPMIN+Trcode)/(TEMPMIN+Tgcode))

EMISSION (Tr=Tg) or ABSORBPTION (Tr different from Tg)

Definition at line 9234 of file init.koral.c.

#define KAPPAES 0.

Definition at line 9560 of file init.koral.c.

#define KAPPAES (1E3)

Definition at line 9560 of file init.koral.c.

#define KAPPAES 0.

Definition at line 9560 of file init.koral.c.

#define KAPPAES 0.

Definition at line 9560 of file init.koral.c.

#define KAPPAES 0.

Definition at line 9560 of file init.koral.c.

#define KAPPAES 1.

Definition at line 9560 of file init.koral.c.

#define KAPPAES 0.

Definition at line 9560 of file init.koral.c.

#define KAPPAES 1.0

Definition at line 9560 of file init.koral.c.

#define KAPPAES 0.

Definition at line 9560 of file init.koral.c.

#define KAPPAES 1.0

Definition at line 9560 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rho*KAPPAES)

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(0.0)

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rho*0.0)

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rho*RADWAVE_KAPPAES)

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(0.)

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_BASIC_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(0.0)

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(rhoKAPPAESKAPPA_ES_CODE(rho,T))

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		T
	)	(0.0)

Definition at line 9588 of file init.koral.c.

#define KAPPAESUSER	(	rho,
		Tg
	)	(rho*KAPPA_ES_BASIC_CODE(rho,Tg)/100.0)

Definition at line 9588 of file init.koral.c.

#define KAPPAN_FF_CODE	(	rhocode,
		Tgcode,
		Trcode
	)	KAPPA_FF_CODE(rhocode,Tgcode,Trcode)

Definition at line 9254 of file init.koral.c.

#define KAPPANUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPA(KAPPA_GENFF_CODE(SMALL+rho,Tg+TEMPMIN,Tr+TEMPMIN)))

Definition at line 9570 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rho*KAPPA)

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(25*rho)

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rho*1.0)

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rho*RADWAVE_KAPPA)

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(0.)

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPAKAPPA_FF_CODE(rho,Tg,Tr))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPA_ES_CODE(rho,Tg)/1E140.1)

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPA(KAPPA_GENFF_CODE(SMALL+rho,Tg+TEMPMIN,Tr+TEMPMIN)))

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rhoKAPPA_ES_BASIC_CODE(rho,Tg)/1E140.0)

Definition at line 9587 of file init.koral.c.

#define KAPPAUSER	(	rho,
		B,
		Tg,
		Tr
	)	(rho*(KAPPA_FF_CODE(SMALL+rho,Tg+TEMPMIN,Tr+TEMPMIN)))

Definition at line 9587 of file init.koral.c.

#define line1	(	x,
		w
	)	((x)*(w))

#define line1r	(	x,
		w
	)	(Rout)

#define line2	(	x,
		w
	)	((x)*(w)+M_PI-(w))

#define line2r	(	x,
		w
	)	(Routeq)

#define line3	(	x,
		w
	)	((x)*(w))

#define line3r	(	x,
		w
	)	(Rout))

#define lineeq	(	x,
		w
	)	((x)(w)+(0.5M_PI)-(0.5*w))

#define lineeqr	(	x,
		w
	)	(R0 + exp(npow(X[1]-mysx1)0.70 + npow*mysx1 ) )

#define linepole	(	x,
		w
	)	(line1(x,w))

#define linepoler	(	x,
		w
	)	(R0 + exp(npow*X[1]))

#define MAXIHOR 10

Definition at line 10817 of file init.koral.c.

#define MAXPASSPARMS 10

Definition at line 59 of file init.koral.c.

#define MONOPOLAR 8

Definition at line 79 of file init.koral.c.

#define MONOPOLE 12

Definition at line 83 of file init.koral.c.

#define NOFIELD -1

Definition at line 70 of file init.koral.c.

#define NTUBE 31

#define NUMTgasITERS 4

#define OHSUGAFIELD 7

Definition at line 78 of file init.koral.c.

#define OLEKFIELD 9

Definition at line 80 of file init.koral.c.

#define ORIGWALD 2

Definition at line 10201 of file init.koral.c.

#define plateau	(	x,
		L,
		R,
		W
	)	(trans(x,(L)-0.5(W),(L)+0.5(W))(1.0-trans(x,(R)-0.5(W),(R)+0.5*(W))))

#define POWERNU (2.0)

#define QPOWER (1.0)

#define SLOWFAC 1.0 /* reduce u_phi by this amount */

Definition at line 58 of file init.koral.c.

#define SPLITMONOPOLE 13

Definition at line 84 of file init.koral.c.

#define stepfunction ( x ) (1.0 - gsx((x)-0.5))

#define stepfunctionab	(	x,
		a,
		b
	)	(((a)-(b))*stepfunction(x) + (b))

#define stepfunctionab2	(	x,
		a,
		b
	)	(((a)-(b))stepfunction(x)stepfunction(x) + (b))

#define TAUADJUSTATM (10.0)

Definition at line 8565 of file init.koral.c.

#define thetajon	(	x,
		w,
		xp1,
		xp2
	)	(line1r(x,w)(1.0-trans(x,xp1,xp2)) + line2r(x,w)trans(x,xp1,xp2))

#define thetajon2	(	x,
		wp,
		weq,
		xp1,
		xp2
	)	( x<0.5 ? thetaLr(x,wp,weq,xp1,xp2) : thetaLr(1.0-x,wp,weq,xp1,xp2) )

#define thetaL	(	x,
		wp,
		weq,
		xp1,
		xp2
	)	( linepole(x,wp)(1.0-trans(x,xp1,xp2)) + lineeq(x,weq)trans(x,xp1,xp2) )

#define thetaLr	(	x,
		wp,
		weq,
		xp1,
		xp2
	)	( linepoler(x,wp)(1.0-trans(x,xp1,xp2)) + lineeqr(x,weq)trans(x,xp1,xp2) )

#define thetasam	(	x,
		r,
		w,
		xp1,
		xp2
	)	(line1(x,w)(1.0-trans(x,xp1,xp2)) + line2(x,w)trans(x,xp1,xp2))

#define thetasam2	(	x,
		wp,
		weq,
		xp1,
		xp2
	)	( x<0.5 ? thetaL(x,wp,weq,xp1,xp2) : -thetaL(1.0-x,wp,weq,xp1,xp2)+M_PI )

#define TOROIDALFIELD 6

Definition at line 77 of file init.koral.c.

#define tr ( x ) (cr(x)/(cr(x) + cr(1.0-(x))))

#define trans	(	x,
		L,
		R
	)	((x)<=(L) ? 0.0 : ((x)>=(R) ? 1.0 : tr(((x)-(L))/((R)-(L)))) )

#define transL	(	x,
		center,
		width
	)	( 0.5*(1.0-tanh(-((x)-(center))/(width))))

#define transM	(	x,
		center,
		width
	)	( exp(-pow(((x)-(center))/((width)*0.5),2.0) ) )

#define transR	(	x,
		center,
		width
	)	( 0.5*(1.0-tanh(+((x)-(center))/(width))))

#define UNIHALFUSERCOORD 1

Definition at line 10200 of file init.koral.c.

#define USER_THETAROTMETRIC (0.0)

Definition at line 65 of file init.koral.c.

#define USER_THETAROTPRIMITIVES (0.0)

Definition at line 66 of file init.koral.c.

#define VERTFIELD 2

Definition at line 73 of file init.koral.c.

#define WHICHRADATM 0

#define WHICHUSERCOORD JET6LIKEUSERCOORD

Definition at line 10203 of file init.koral.c.

#define wparsam	(	x,
		r
	)	(h0 + pow(0.15 + ((r)-0.0)/10.0 , -njet))

Function Documentation

void blcoord_user	(	FTYPE *	X,
		FTYPE *	V
	)

Definition at line 10356 of file init.koral.c.

int coolfunc_user	(	FTYPE	h_over_r,
		FTYPE *	pr,
		struct of_geom *	geom,
		struct of_state *	q,
		FTYPE(*)	dUcomp[NPR]
	)

Definition at line 10192 of file init.koral.c.

Here is the caller graph for this function:

static int donut_analytical_solution	(	int *	whichvel,
		int *	whichcoord,
		int	opticallythick,
		FTYPE *	pp,
		FTYPE *	X,
		FTYPE *	V,
		struct of_geom **	ptrptrgeom,
		FTYPE *	ptptr
	)

static

Definition at line 6356 of file init.koral.c.

Here is the call graph for this function:

Here is the caller graph for this function:

void dxdxp_analytic_user	(	FTYPE *	X,
		FTYPE *	V,
		FTYPE(*)	dxdxp[NDIM]
	)

Definition at line 10687 of file init.koral.c.

FTYPE Fcon_func_mcoord	(	struct of_geom *	ptrgeom,
		FTYPE *	X,
		int	ii,
		int	jj
	)

Definition at line 8420 of file init.koral.c.

Here is the call graph for this function:

void Fcov_numerical	(	int	whichcoord,
		FTYPE *	X,
		FTYPE(*)	Fcov[NDIM]
	)

Definition at line 8121 of file init.koral.c.

Here is the call graph for this function:

static int fieldprim	(	int	whichmethod,
		int	whichinversion,
		int *	whichvel,
		int *	whichcoord,
		int	ii,
		int	jj,
		int	kk,
		FTYPE *	pr
	)

static

Definition at line 7542 of file init.koral.c.

Here is the call graph for this function:

Here is the caller graph for this function:

FTYPE Gcompt	(	FTYPE	rho0,
		FTYPE	Tgas,
		FTYPE	Tradff,
		FTYPE	Ruu
	)

Definition at line 10072 of file init.koral.c.

static int get_full_rtsolution	(	int *	whichvel,
		int *	whichcoord,
		int	opticallythick,
		FTYPE *	pp,
		FTYPE *	X,
		FTYPE *	V,
		struct of_geom **	ptrptrgeom
	)

static

Definition at line 5975 of file init.koral.c.

Here is the call graph for this function:

Here is the caller graph for this function:

int get_maxes	(	FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		FTYPE *	bsq_max,
		FTYPE *	ptot_max,
		FTYPE *	beta_min
	)

Definition at line 8500 of file init.koral.c.

Here is the call graph for this function:

int getmax_densities_full	(	FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		SFTYPE *	rhomax,
		SFTYPE *	umax,
		SFTYPE *	uradmax,
		SFTYPE *	utotmax,
		SFTYPE *	pmax,
		SFTYPE *	pradmax,
		SFTYPE *	ptotmax
	)

Definition at line 8488 of file init.koral.c.

Here is the call graph for this function:

int init_conservatives	(	FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	pstag[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	Utemp[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	U[NSTORE2][NSTORE3][NPR]
	)

Definition at line 390 of file init.koral.c.

int init_consts ( void )

Definition at line 465 of file init.koral.c.

int init_defcoord ( void )

Definition at line 2612 of file init.koral.c.

int init_dsandvels	(	int	inittype,
		int	pos,
		int *	whichvel,
		int *	whichcoord,
		SFTYPE	time,
		int	i,
		int	j,
		int	k,
		FTYPE *	pr,
		FTYPE *	pstag
	)

Definition at line 3669 of file init.koral.c.

Here is the call graph for this function:

int init_dsandvels_koral	(	int *	whichvel,
		int *	whichcoord,
		int	i,
		int	j,
		int	k,
		FTYPE *	pr,
		FTYPE *	pstag
	)

Definition at line 3706 of file init.koral.c.

Here is the call graph for this function:

int init_global ( void )

Definition at line 482 of file init.koral.c.

Here is the call graph for this function:

int init_grid ( void )

Definition at line 3453 of file init.koral.c.

Here is the call graph for this function:

int init_grid_post_set_grid	(	FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	pstag[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	ucons[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	vpot[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3],
		FTYPE(*)	Bhat[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	panalytic[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	pstaganalytic[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	vpotanalytic[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3],
		FTYPE(*)	Bhatanalytic[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	F1[NSTORE2][NSTORE3][NPR+NSPECIAL],
		FTYPE(*)	F2[NSTORE2][NSTORE3][NPR+NSPECIAL],
		FTYPE(*)	F3[NSTORE2][NSTORE3][NPR+NSPECIAL],
		FTYPE(*)	Atemp[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3]
	)

Definition at line 3495 of file init.koral.c.

Here is the call graph for this function:

Here is the caller graph for this function:

int init_postvpot	(	int	i,
		int	j,
		int	k,
		FTYPE *	pr,
		FTYPE *	pstag,
		FTYPE *	ucons
	)

Definition at line 8011 of file init.koral.c.

Here is the call graph for this function:

int init_primitives	(	FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	pstag[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	ucons[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	vpot[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3],
		FTYPE(*)	Bhat[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	panalytic[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	pstaganalytic[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	vpotanalytic[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3],
		FTYPE(*)	Bhatanalytic[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	F1[NSTORE2][NSTORE3][NPR+NSPECIAL],
		FTYPE(*)	F2[NSTORE2][NSTORE3][NPR+NSPECIAL],
		FTYPE(*)	F3[NSTORE2][NSTORE3][NPR+NSPECIAL],
		FTYPE(*)	Atemp[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3]
	)

Definition at line 3633 of file init.koral.c.

Here is the call graph for this function:

int init_vpot2field_user	(	SFTYPE	time,
		FTYPE(*)	A[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3],
		FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	pstag[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	ucons[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	Bhat[NSTORE2][NSTORE3][NPR]
	)

Definition at line 8448 of file init.koral.c.

Here is the call graph for this function:

int init_vpot_user	(	int *	whichcoord,
		int	l,
		SFTYPE	time,
		int	i,
		int	j,
		int	k,
		int	loc,
		FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		FTYPE *	V,
		FTYPE *	A
	)

Definition at line 7152 of file init.koral.c.

Here is the call graph for this function:

void Jcon_numerical	(	int	whichcoord,
		FTYPE *	X,
		FTYPE *	Jcon
	)

Definition at line 8315 of file init.koral.c.

Here is the call graph for this function:

int jetbound	(	int	i,
		int	j,
		int	k,
		int	loc,
		FTYPE *	prin,
		FTYPE *	prflux,
		FTYPE(*)	prim[NSTORE2][NSTORE3][NPR]
	)

Definition at line 8972 of file init.koral.c.

Here is the call graph for this function:

static FTYPE kappa_func_fits	(	int	which,
		FTYPE	rho,
		FTYPE	B,
		FTYPE	Tg,
		FTYPE	Tr,
		FTYPE	varexpf
	)

static

Definition at line 9614 of file init.koral.c.

Here is the call graph for this function:

int kappa_func_fits_all	(	FTYPE	rho,
		FTYPE	B,
		FTYPE	Tg,
		FTYPE	Tr,
		FTYPE	varexpf,
		FTYPE *	kappa,
		FTYPE *	kappaemit,
		FTYPE *	kappan,
		FTYPE *	kappanemit,
		FTYPE *	kappaes
	)

kappaes = sigma_T n_e = sigma_T n_b (n_e/n_b) = sigma_T rho/mb (ne/nb)

Definition at line 9646 of file init.koral.c.

Here is the caller graph for this function:

FTYPE kcov_func_mcoord	(	struct of_geom *	ptrgeom,
		FTYPE *	X,
		int	ii,
		int	jj
	)

Definition at line 8295 of file init.koral.c.

static int make_nonrt2rt_solution	(	int *	whichvel,
		int *	whichcoord,
		int	opticallythick,
		FTYPE *	pp,
		FTYPE *	X,
		FTYPE *	V,
		struct of_geom **	ptrptrgeom
	)

static

Definition at line 6202 of file init.koral.c.

Here is the call graph for this function:

Here is the caller graph for this function:

FTYPE mcov_func_mcoord	(	struct of_geom *	ptrgeom,
		FTYPE *	X,
		int	ii,
		int	jj
	)

Definition at line 8271 of file init.koral.c.

int normalize_densities ( FTYPE(*) prim[NSTORE2][NSTORE3][NPR] )

Definition at line 8464 of file init.koral.c.

Here is the call graph for this function:

int normalize_field	(	FTYPE(*)	prim[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	pstag[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	ucons[NSTORE2][NSTORE3][NPR],
		FTYPE(*)	vpot[NSTORE1+SHIFTSTORE1][NSTORE2+SHIFTSTORE2][NSTORE3+SHIFTSTORE3],
		FTYPE(*)	Bhat[NSTORE2][NSTORE3][NPR]
	)

Definition at line 8535 of file init.koral.c.

Here is the call graph for this function:

static FTYPE nz_func ( FTYPE R )

static

Definition at line 7010 of file init.koral.c.

Here is the caller graph for this function:

int post_init_specific_init ( void )

Definition at line 406 of file init.koral.c.

Here is the call graph for this function:

int pre_init_specific_init ( void )

Definition at line 316 of file init.koral.c.

int prepre_init_specific_init ( void )

Definition at line 245 of file init.koral.c.

Here is the call graph for this function:

int process_restart_toget_radiation ( void )

Definition at line 6976 of file init.koral.c.

Here is the call graph for this function:

static int process_solution	(	int *	whichvel,
		int *	whichcoord,
		int	opticallythick,
		FTYPE *	pp,
		FTYPE *	X,
		FTYPE *	V,
		struct of_geom **	ptrptrgeom,
		FTYPE *	ptptr
	)

static

Definition at line 6959 of file init.koral.c.

void read_coord_parms_user	(	int	defcoordlocal,
		FILE *	in
	)

Definition at line 10318 of file init.koral.c.

void set_coord_parms_deps_user ( int defcoordlocal )

Definition at line 10303 of file init.koral.c.

void set_coord_parms_nodeps_user ( int defcoordlocal )

Definition at line 10210 of file init.koral.c.

FTYPE setblandfordfield	(	FTYPE	r,
		FTYPE	th
	)

Definition at line 7106 of file init.koral.c.

Here is the call graph for this function:

FTYPE setgpara	(	FTYPE	myr,
		FTYPE	th,
		FTYPE	thpower
	)

Definition at line 7090 of file init.koral.c.

int setihor_user ( void )

Definition at line 10821 of file init.koral.c.

FTYPE setRin_user	(	int	ihor,
		FTYPE	ihoradjust
	)

Definition at line 10790 of file init.koral.c.

void shortout_Bd3 ( FTYPE(*) prim[NSTORE2][NSTORE3][NPR] )

Definition at line 8050 of file init.koral.c.

Here is the call graph for this function:

static FTYPE taper_func2	(	FTYPE	R,
		FTYPE	rin,
		FTYPE	rpow
	)

static

Definition at line 7033 of file init.koral.c.

static FTYPE taper_func_exp	(	FTYPE	R,
		FTYPE	rin,
		FTYPE	POTENTIALorPRESSURE
	)

static

Definition at line 7022 of file init.koral.c.

void write_coord_parms_user	(	int	defcoordlocal,
		FILE *	out
	)

Definition at line 10311 of file init.koral.c.

Variable Documentation

FTYPE aforwald

Definition at line 46 of file init.koral.c.

FTYPE B0WALD

Definition at line 38 of file init.koral.c.

SFTYPE beta

static

Definition at line 30 of file init.koral.c.

SFTYPE bsq_max =0

static

Definition at line 29 of file init.koral.c.

FTYPE BSQORHOWALD =100.0

Definition at line 45 of file init.koral.c.

FTYPE cpow2

static

Definition at line 10207 of file init.koral.c.

FTYPE cpow3

static

Definition at line 10207 of file init.koral.c.

int DOWALDDEN =0

Definition at line 42 of file init.koral.c.

FTYPE h0

static

Definition at line 10207 of file init.koral.c.

FTYPE htheta

static

Definition at line 10207 of file init.koral.c.

int inittypeglobal

Definition at line 56 of file init.koral.c.

FTYPE njet

static

Definition at line 10207 of file init.koral.c.

FTYPE njet1

static

Definition at line 10207 of file init.koral.c.

FTYPE normglobal

Definition at line 55 of file init.koral.c.

FTYPE npow

static

Definition at line 10207 of file init.koral.c.

FTYPE npow2

static

Definition at line 10207 of file init.koral.c.

FTYPE ntheta

static

Definition at line 10207 of file init.koral.c.

SFTYPE pmax =0

static

Definition at line 29 of file init.koral.c.

SFTYPE pradmax =0

static

Definition at line 29 of file init.koral.c.

SFTYPE ptotmax =0

static

Definition at line 29 of file init.koral.c.

FTYPE Qjet

static

Definition at line 10207 of file init.koral.c.

FTYPE r0

static

Definition at line 10207 of file init.koral.c.

FTYPE r0jet

static

Definition at line 10207 of file init.koral.c.

FTYPE r0jet2

static

Definition at line 10207 of file init.koral.c.

FTYPE r0jet3

static

Definition at line 10207 of file init.koral.c.

FTYPE r1jet

static

Definition at line 10207 of file init.koral.c.

FTYPE RADATM_FERATIO

Definition at line 125 of file init.koral.c.

FTYPE RADATM_FRATIO

Definition at line 126 of file init.koral.c.

FTYPE RADATM_LUMEDD

Definition at line 123 of file init.koral.c.

FTYPE RADATM_MDOTEDD

Definition at line 122 of file init.koral.c.

FTYPE RADATM_RHOAMB

Definition at line 127 of file init.koral.c.

FTYPE RADATM_TAMB

Definition at line 128 of file init.koral.c.

int RADATM_THINRADATM

Definition at line 124 of file init.koral.c.

FTYPE RADBEAM2D_BEAML

Definition at line 110 of file init.koral.c.

int RADBEAM2D_BEAMNO

Definition at line 96 of file init.koral.c.

FTYPE RADBEAM2D_BEAMR

Definition at line 111 of file init.koral.c.

int RADBEAM2D_BLOB

Definition at line 100 of file init.koral.c.

FTYPE RADBEAM2D_BLOBP

Definition at line 102 of file init.koral.c.

FTYPE RADBEAM2D_BLOBW

Definition at line 101 of file init.koral.c.

FTYPE RADBEAM2D_BLOBX

Definition at line 103 of file init.koral.c.

FTYPE RADBEAM2D_BLOBZ

Definition at line 104 of file init.koral.c.

int RADBEAM2D_FLATBACKGROUND

Definition at line 97 of file init.koral.c.

int RADBEAM2D_IFBEAM

Definition at line 107 of file init.koral.c.

FTYPE RADBEAM2D_NLEFT

Definition at line 109 of file init.koral.c.

FTYPE RADBEAM2D_PAR_D

Definition at line 105 of file init.koral.c.

FTYPE RADBEAM2D_PAR_E

Definition at line 106 of file init.koral.c.

FTYPE RADBEAM2D_RHOAMB

Definition at line 98 of file init.koral.c.

FTYPE RADBEAM2D_TAMB

Definition at line 99 of file init.koral.c.

FTYPE RADBEAM2D_TLEFT

Definition at line 108 of file init.koral.c.

int RADBEAM2DKSVERT_BEAMNO

Definition at line 115 of file init.koral.c.

FTYPE RADBEAMFLAT_ERAD

Definition at line 118 of file init.koral.c.

FTYPE RADBEAMFLAT_FRATIO

Definition at line 117 of file init.koral.c.

FTYPE RADBEAMFLAT_RHO

Definition at line 119 of file init.koral.c.

FTYPE RADBEAMFLAT_UU

Definition at line 120 of file init.koral.c.

FTYPE RADBONDI_MAXX

Definition at line 189 of file init.koral.c.

FTYPE RADBONDI_MDOTEDD

Definition at line 187 of file init.koral.c.

FTYPE RADBONDI_MDOTPEREDD

Definition at line 186 of file init.koral.c.

FTYPE RADBONDI_MINX

Definition at line 188 of file init.koral.c.

FTYPE RADBONDI_PRADGAS

Definition at line 184 of file init.koral.c.

FTYPE RADBONDI_TESTNO

Definition at line 183 of file init.koral.c.

FTYPE RADBONDI_TGAS0

Definition at line 185 of file init.koral.c.

FTYPE RADCYLJET_EHATJET

Definition at line 228 of file init.koral.c.

FTYPE RADCYLJET_RHOJET

Definition at line 229 of file init.koral.c.

FTYPE RADCYLJET_TEMPJET

Definition at line 230 of file init.koral.c.

int RADCYLJET_TYPE

Definition at line 226 of file init.koral.c.

FTYPE RADCYLJET_UJET

Definition at line 231 of file init.koral.c.

FTYPE RADCYLJET_VRSTAR

Definition at line 227 of file init.koral.c.

FTYPE RADDBLSHADOW_ANGLE

Definition at line 136 of file init.koral.c.

FTYPE RADDBLSHADOW_BEAMY

Definition at line 138 of file init.koral.c.

FTYPE RADDBLSHADOW_NLEFT

Definition at line 135 of file init.koral.c.

FTYPE RADDBLSHADOW_TLEFTOTAMB

Definition at line 137 of file init.koral.c.

int RADDONUT_OPTICALLYTHICKTORUS

Definition at line 233 of file init.koral.c.

FTYPE RADDOT_F1

Definition at line 201 of file init.koral.c.

FTYPE RADDOT_F2

Definition at line 202 of file init.koral.c.

FTYPE RADDOT_FYDOT

Definition at line 198 of file init.koral.c.

int RADDOT_IDOT

Definition at line 195 of file init.koral.c.

int RADDOT_JDOT

Definition at line 196 of file init.koral.c.

int RADDOT_KDOT

Definition at line 197 of file init.koral.c.

FTYPE RADDOT_LTEFACTOR

Definition at line 199 of file init.koral.c.

FTYPE RADDOT_URFX

Definition at line 200 of file init.koral.c.

FTYPE RADDOT_XDOT

Definition at line 192 of file init.koral.c.

FTYPE RADDOT_YDOT

Definition at line 193 of file init.koral.c.

FTYPE RADDOT_ZDOT

Definition at line 194 of file init.koral.c.

FTYPE RADNT_DONUTRADPMAX

Definition at line 222 of file init.koral.c.

FTYPE RADNT_DONUTTYPE

Definition at line 215 of file init.koral.c.

FTYPE RADNT_ELL

Definition at line 209 of file init.koral.c.

FTYPE RADNT_ERADATMMIN

Definition at line 214 of file init.koral.c.

FTYPE RADNT_FULLPHI

Definition at line 221 of file init.koral.c.

FTYPE RADNT_HOVERR

Definition at line 223 of file init.koral.c.

FTYPE RADNT_INFLOWING

Definition at line 216 of file init.koral.c.

FTYPE RADNT_KKK

Definition at line 208 of file init.koral.c.

FTYPE RADNT_LPOW

Definition at line 224 of file init.koral.c.

FTYPE RADNT_MAXX

Definition at line 207 of file init.koral.c.

FTYPE RADNT_MINX

Definition at line 206 of file init.koral.c.

FTYPE RADNT_OMSCALE

Definition at line 220 of file init.koral.c.

FTYPE RADNT_RHOATMMIN

Definition at line 211 of file init.koral.c.

FTYPE RADNT_RHODONUT

Definition at line 212 of file init.koral.c.

FTYPE RADNT_ROUT

Definition at line 219 of file init.koral.c.

FTYPE RADNT_TGASATMMIN

Definition at line 217 of file init.koral.c.

FTYPE RADNT_TRADATMMIN

Definition at line 218 of file init.koral.c.

FTYPE RADNT_UINTATMMIN

Definition at line 213 of file init.koral.c.

FTYPE RADNT_UTPOT

Definition at line 210 of file init.koral.c.

FTYPE RADSHADOW_ANGLE

Definition at line 131 of file init.koral.c.

FTYPE RADSHADOW_BEAMY

Definition at line 133 of file init.koral.c.

FTYPE RADSHADOW_NLEFT

Definition at line 130 of file init.koral.c.

FTYPE RADSHADOW_TLEFTOTAMB

Definition at line 132 of file init.koral.c.

FTYPE RADWAVE_AAA

Definition at line 171 of file init.koral.c.

FTYPE RADWAVE_B0

Definition at line 150 of file init.koral.c.

FTYPE RADWAVE_CC

Definition at line 147 of file init.koral.c.

FTYPE RADWAVE_DB2IM

Definition at line 158 of file init.koral.c.

FTYPE RADWAVE_DB2RE

Definition at line 157 of file init.koral.c.

FTYPE RADWAVE_DEIM

Definition at line 162 of file init.koral.c.

FTYPE RADWAVE_DERE

Definition at line 161 of file init.koral.c.

FTYPE RADWAVE_DF2IM

Definition at line 166 of file init.koral.c.

FTYPE RADWAVE_DF2RE

Definition at line 165 of file init.koral.c.

FTYPE RADWAVE_DFIM

Definition at line 164 of file init.koral.c.

FTYPE RADWAVE_DFRE

Definition at line 163 of file init.koral.c.

FTYPE RADWAVE_DRIM

Definition at line 152 of file init.koral.c.

FTYPE RADWAVE_DRRE

Definition at line 151 of file init.koral.c.

FTYPE RADWAVE_DTOUT1

Definition at line 169 of file init.koral.c.

FTYPE RADWAVE_DUIM

Definition at line 160 of file init.koral.c.

FTYPE RADWAVE_DURE

Definition at line 159 of file init.koral.c.

FTYPE RADWAVE_DV2IM

Definition at line 156 of file init.koral.c.

FTYPE RADWAVE_DV2RE

Definition at line 155 of file init.koral.c.

FTYPE RADWAVE_DVIM

Definition at line 154 of file init.koral.c.

FTYPE RADWAVE_DVRE

Definition at line 153 of file init.koral.c.

FTYPE RADWAVE_ERAD

Definition at line 175 of file init.koral.c.

FTYPE RADWAVE_ERADFACTOR

Definition at line 178 of file init.koral.c.

FTYPE RADWAVE_GASFACTOR

Definition at line 179 of file init.koral.c.

FTYPE RADWAVE_KAPPA

Definition at line 148 of file init.koral.c.

FTYPE RADWAVE_KAPPAES

Definition at line 177 of file init.koral.c.

FTYPE RADWAVE_KK

Definition at line 172 of file init.koral.c.

int RADWAVE_NUMERO

Definition at line 144 of file init.koral.c.

int RADWAVE_NWAVE

Definition at line 143 of file init.koral.c.

FTYPE RADWAVE_OMIM

Definition at line 168 of file init.koral.c.

FTYPE RADWAVE_OMRE

Definition at line 167 of file init.koral.c.

FTYPE RADWAVE_PP

Definition at line 146 of file init.koral.c.

FTYPE RADWAVE_RHOFAC

Definition at line 149 of file init.koral.c.

FTYPE RADWAVE_RHOZERO

Definition at line 170 of file init.koral.c.

FTYPE RADWAVE_TEMP

Definition at line 174 of file init.koral.c.

FTYPE RADWAVE_UINT

Definition at line 173 of file init.koral.c.

FTYPE RADWAVE_VX

Definition at line 176 of file init.koral.c.

int RADWAVE_WAVETYPE

Definition at line 145 of file init.koral.c.

SFTYPE randfact

static

Definition at line 30 of file init.koral.c.

FTYPE rbr

static

Definition at line 10207 of file init.koral.c.

FTYPE rhodisk

static

Definition at line 31 of file init.koral.c.

SFTYPE rhomax =0

static

Definition at line 29 of file init.koral.c.

SFTYPE rin

static

Definition at line 30 of file init.koral.c.

SFTYPE rinfield

static

Definition at line 30 of file init.koral.c.

SFTYPE routfield

static

Definition at line 30 of file init.koral.c.

FTYPE rs

static

Definition at line 10207 of file init.koral.c.

FTYPE rsjet

static

Definition at line 10207 of file init.koral.c.

FTYPE rsjet2

static

Definition at line 10207 of file init.koral.c.

FTYPE rsjet3

static

Definition at line 10207 of file init.koral.c.

FTYPE thindiskrhopow =-0.6

Definition at line 53 of file init.koral.c.

FTYPE TILTWALD

Definition at line 47 of file init.koral.c.

SFTYPE umax =0

static

Definition at line 29 of file init.koral.c.

SFTYPE uradmax =0

static

Definition at line 29 of file init.koral.c.

SFTYPE utotmax =0

static

Definition at line 29 of file init.koral.c.

int WALDWHICHACOV =3

Definition at line 43 of file init.koral.c.

FTYPE x1br

static

Definition at line 10207 of file init.koral.c.

Macros

Functions

Variables

Detailed Description

Macro Definition Documentation

Function Documentation

Variable Documentation