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nbmath.h@ 3200

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Last change on this file since 3200 was 658, checked in by ansari, 26 years ago
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File size: 5.1 KB

Rev	Line
[658]	1	/* quelques fonctions mathematiques et constantes utiles */
	2	/* cmv 23/06/94 */
	3	#ifndef NBMATH_H_SEEN
	4	#define NBMATH_H_SEEN
	5
	6	#include "machdefs.h"
	7
	8	#ifdef __cplusplus
	9	extern "C" {
	10	#endif
	11
	12	/* EA conflit entre les diverses copies de nbmath.h, nbconst.h... A nettoyer... */
	13	#undef Pi
	14	#undef Pis2
	15	#undef DeuxPi
	16	#undef SPi
	17	#undef S2Pi
	18	#undef Rac2
	19	#undef Log2
	20	#undef LnPi
	21	#undef LgPi
	22	#undef Ln10
	23	#undef DftoDm
	24	#undef Hln2pi
	25	#undef JourSec
	26	#undef AnSec
	27
	28	#undef GRAND
	29	#undef GRAND2
	30	#undef IGRAND
	31
	32	#define Pi (double) ( 3.14159265358979310e+00) /* c'est Pi */
	33	#define Pis2 (double) (1.57079632679489655) /* c'est Pi/2 */
	34	#define DeuxPi (double) ( 6.28318530717958620e+00) /* c'est 2Pi /
	35	#define SPi (double) ( 1.77245385090551590e+00) /* c'est sqrt(Pi) */
	36	#define S2Pi (double) ( 2.50662827463100020e+00) /* c'est sqrt(2Pi) /
	37	#define Rac2 (double) ( 1.41421356237309510e+00) /* c'est sqrt(2) */
	38	#define Log2 (double) ( 3.01029995663981200e-01) /* c'est log10(2) */
	39	#define LnPi (double) ( 1.14472988584940020e+00) /* c'est ln(Pi) */
	40	#define LgPi (double) ( 4.97149872694133850e-01) /* c'est log10(Pi) */
	41	#define Ln10 (double) ( 2.30258509299404590e+00) /* c'est ln(10) */
	42	#define DftoDm (double) ( 1.08573620475812940e+00) /* c'est 2.5/ln(10) */
	43	#define Hln2pi (double) ( 9.18938533204672670e-01) /* c'est Ln(2pi)/2 /
	44
	45	#define JourSec (float) (86400.000000) /* nombre de secondes dans 24H */
	46	#define AnSec (int) (31557600) /* nombre de secondes dans 365.25 jours */
	47
	48	#define GRAND (float) (1.e+35)
	49	#define GRAND2 (double) (1.e+35)
	50	#define IGRAND (int_4) (2147483647)
	51
	52	/* pour le fit 1-dim */
	53	#define NPAR_FITFUN 10
	54	#define FITFUN_FLOAT 1
	55	#define FITFUN_DOUBLE 2
	56	union FloatDouble { float fx; double dx; };
	57	typedef union FloatDouble FLOATDOUBLE;
	58
	59	double FitFun( double (FunFit) (double ,double ,double *) ,int_4 type
	60	,FLOATDOUBLE temps,FLOATDOUBLE mag,FLOATDOUBLE err
	61	,int_4 *ndata,int_4 I1,int_4 I2
	62	,double par,double epar,double *stepar
	63	,double minpar,double maxpar,int_4 npar
	64	,double stochi2,int_4 NstepMX,int_4 deb);
	65
	66	double GausPiv(double A,int_4 nca,int_4 n,double B,int_4 ncb,int_4 m,int_4 Inv);
	67
	68	int_4 paramga(float sxin, float syin, float rhoin
	69	, float smax, float axisrat, float *tiltdeg);
	70	int_4 gaparam(float smax, float axisrat, float tiltdeg
	71	, float sxin, float syin, float *rhoin);
	72
	73	double nberfc(double x);
	74	float probnb(float sci2,int_4 inddl,int_4 *ipass);
	75	double nbgammln(double xx);
	76	double nbgammq(double a,double x);
	77	double nbgammp(double a,double x);
	78
	79	void Set_Ihoq(int degre,int mIhoqN,double IhoqNX,double *IhoqNW);
	80	int Get_Ihoq(int degre,double IhoqNX,double IhoqNW);
	81	void nbgauleg(double x1,double x2,double x,double w,int n);
	82	double Integ_Fun(double xmin,double xmax,double (*fonc)(double),int npas);
	83	double Integ_Fun_2D(double (*fonc)(double x,double y)
	84	,double xmin,double xmax,double ymin,double ymax
	85	,int npasx,int npasy);
	86
	87	void Set_FitFunDPol(int DPol);
	88	double Gauss1DPolF(double x,double Par,double DgDpar);
	89	double GaussI1DPol(double x,double Par,double DgDpar);
	90	double Polyn1D(double x,double Par,double DgDpar);
	91
	92	double FitProp(double x,double y,double ey,int n,double *a1);
	93	double FitLin(double x,double y,double ey,int n
	94	,double a0,double a1);
	95	double FitPar(double x,double y,double ey,int n
	96	,double a0,double a1,double *a2);
	97	double FitParLin(double xx,double y,double ey,int n,double x0,int Deg_d
	98	,double a0,double a1,double b1,double b2);
	99	double FitPropClean(double x,double y,double ey,int n
	100	,double per_clean,double *a1);
	101	double FitLinClean(double x,double y,double ey,int n
	102	,double per_clean,double a0,double a1);
	103	double FitParClean(double x,double y,double ey,int n
	104	,double per_clean,double a0,double a1,double *a2);
	105
	106	float interpole(float x,int n,float t1,float t2);
	107
	108	int_4 MeanSig(float mag,float err,int_4 ndata,float nsigma,float mean,float *sigma);
	109	int Most_Probable( float *val, int nval, float binin, int nmoy
	110	, float low, float high, float *most, int deb);
	111	float Ajust_GaFn(int Ns,float *fcfr
	112	,float haut,float ehaut,float mean,float emean
	113	,float sigma,float esigma,float fond,float efond
	114	,int fixfond,int NBIN_RESOL
	115	,float perc_net,float frac_sgb,float dyn_sgb,int deb);
	116	float HFit_GaFn(int Ns,float *fcfr
	117	,float haut,float ehaut,float mean,float emean
	118	,float sigma,float esigma,float fond,float efond
	119	,int fixfond,int nbin,float xmin,float xmax,int deb);
	120	int Ajust_MnSg(int Ns,float *fcfr
	121	,float mean,float emean,float sigma,float esigma
	122	,float perc_net,float n_sigma,int deb);
	123
	124	float Int3DCube(float(*fonction)(float, float, float), float step,
	125	float precision);
	126
	127	int IntFaisDr(int n,float cs,float sn,float p,float x0,float *y0
	128	,int npass,float perclean,int lp);
	129
	130	#ifdef __cplusplus
	131	}
	132	#endif
	133
	134	#endif

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source: Sophya/trunk/Poubelle/DPC:FitsIOServer/NTools/nbmath.h@ 3200

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