source: sans/Analysis/branches/ajj_23APR07/XOPs/SANSAnalysis/Cylinder.h @ 94

/*
        CylinderFit.h -- equates for CylinderFit XOP
*/


/* Prototypes */
/* IGOR Fit Functions */
int CylinderFormX(FitParamsPtr p);
int EllipCyl76X(FitParamsPtr p);
int EllipCyl20X(FitParamsPtr p);
int TriaxialEllipsoidX(FitParamsPtr p);
int ParallelepipedX(FitParamsPtr p);
int HollowCylinderX(FitParamsPtr p);
int EllipsoidFormX(FitParamsPtr p);
int Cyl_PolyRadiusX(FitParamsPtr p);
int Cyl_PolyLengthX(FitParamsPtr p);
int CoreShellCylinderX(FitParamsPtr p);
int OblateFormX(FitParamsPtr p);
int ProlateFormX(FitParamsPtr p);
int FlexExclVolCylX(FitParamsPtr p);
int FlexCyl_PolyLenX(FitParamsPtr p);
int FlexCyl_PolyRadX(FitParamsPtr p);
int FlexCyl_EllipX(FitParamsPtr p);
int PolyCoShCylinderX(FitParamsPtr p);
int StackedDiscsX(FitParamsPtr p);
int LamellarFFX(FitParamsPtr p);
int LamellarFF_HGX(FitParamsPtr p);
int LamellarPSX(FitParamsPtr p);
int LamellarPS_HGX(FitParamsPtr p);

/* internal functions */
DOUBLE CylKernel(DOUBLE qq, DOUBLE rr,DOUBLE h, DOUBLE theta);
DOUBLE NR_BessJ1(DOUBLE x);
DOUBLE EllipCylKernel(DOUBLE qq, DOUBLE ra,DOUBLE nu, DOUBLE theta);
DOUBLE TriaxialKernel(DOUBLE q, DOUBLE aa, DOUBLE bb, DOUBLE cc, DOUBLE dx, DOUBLE dy);
DOUBLE PPKernel(DOUBLE aa, DOUBLE mu, DOUBLE uu);
DOUBLE HolCylKernel(DOUBLE qq, DOUBLE rcore, DOUBLE rshell, DOUBLE length, DOUBLE dum);
DOUBLE EllipsoidKernel(DOUBLE qq, DOUBLE a, DOUBLE va, DOUBLE dum);
DOUBLE Cyl_PolyRadKernel(DOUBLE q, DOUBLE radius, DOUBLE length, DOUBLE zz, DOUBLE delrho, DOUBLE dumRad);
DOUBLE SchulzPoint_cpr(DOUBLE dumRad, DOUBLE radius, DOUBLE zz);
DOUBLE gammaln_X(DOUBLE xx);
DOUBLE Cyl_PolyLenKernel(DOUBLE q, DOUBLE radius, DOUBLE len_avg, DOUBLE zz, DOUBLE delrho, DOUBLE dumLen);
DOUBLE CoreShellCylKernel(DOUBLE qq, DOUBLE rcore, DOUBLE thick, DOUBLE rhoc, DOUBLE rhos, DOUBLE rhosolv, DOUBLE length, DOUBLE dum);
DOUBLE gfn4(DOUBLE xx, DOUBLE crmaj, DOUBLE crmin, DOUBLE trmaj, DOUBLE trmin, DOUBLE delpc, DOUBLE delps, DOUBLE qq);
DOUBLE gfn2(DOUBLE xx, DOUBLE crmaj, DOUBLE crmin, DOUBLE trmaj, DOUBLE trmin, DOUBLE delpc, DOUBLE delps, DOUBLE qq);
DOUBLE FlePolyLen_kernel(DOUBLE q, DOUBLE radius, DOUBLE length, DOUBLE lb, DOUBLE zz, DOUBLE delrho, DOUBLE zi);
DOUBLE FlePolyRad_kernel(DOUBLE q, DOUBLE ravg, DOUBLE Lc, DOUBLE Lb, DOUBLE zz, DOUBLE delrho, DOUBLE zi);
DOUBLE EllipticalCross_fn(DOUBLE qq, DOUBLE a, DOUBLE b);
DOUBLE CScyl(DOUBLE qq, DOUBLE rad, DOUBLE radthick, DOUBLE facthick, DOUBLE rhoc, DOUBLE rhos, DOUBLE rhosolv, DOUBLE length, DOUBLE dum);
DOUBLE CSCylIntegration(DOUBLE qq, DOUBLE rad, DOUBLE radthick, DOUBLE facthick, DOUBLE rhoc, DOUBLE rhos, DOUBLE rhosolv, DOUBLE length);
DOUBLE Stackdisc_kern(DOUBLE qq, DOUBLE rcore, DOUBLE rhoc, DOUBLE rhol, DOUBLE rhosolv, DOUBLE length, DOUBLE thick, DOUBLE dum, DOUBLE gsd, DOUBLE d, DOUBLE N);

/////////functions for WRC implementation of flexible cylinders
static DOUBLE Sk_WR(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE w_WR(DOUBLE x);
static DOUBLE u1(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE u_WR(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE Rgsquarezero(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE Rgsquareshort(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE Rgsquare(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE AlphaSquare(DOUBLE x);
static DOUBLE miu(DOUBLE x);
static DOUBLE Sdebye(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE Sdebye1(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE Sexv(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE Sexvnew(DOUBLE q, DOUBLE L, DOUBLE b);
static DOUBLE a2short(DOUBLE q, DOUBLE L, DOUBLE b, DOUBLE p1short, DOUBLE p2short, DOUBLE q0);
static DOUBLE a1short(DOUBLE q, DOUBLE L, DOUBLE b, DOUBLE p1short, DOUBLE p2short, DOUBLE q0);
static DOUBLE a2long(DOUBLE q, DOUBLE L, DOUBLE b, DOUBLE p1, DOUBLE p2, DOUBLE q0);
static DOUBLE sech_WR(DOUBLE x);
static DOUBLE a1long(DOUBLE q, DOUBLE L, DOUBLE b, DOUBLE p1, DOUBLE p2, DOUBLE q0);