/**********
Copyright 1990 Regents of the University of California.  All rights reserved.
**********/

#ifndef ngspice_SENSDEFS_H
#define ngspice_SENSDEFS_H

#include "ngspice/jobdefs.h"

    /* structure used to describe an Adjoint Sensitivity analysis */

typedef struct st_sens SENS_AN;
typedef struct st_devsen DevSenList;
typedef struct st_modsen ModSenList;
typedef struct st_devsen ParamSenList;
typedef struct st_nodes Nodes;
typedef struct st_output output;

struct st_sens {
    int		JOBtype;
    JOB		*JOBnextJob;    /* pointer to next thing to do */
    char	*JOBname;      /* name of this job */

    DevSenList	*first;
    double	start_freq;
    double	stop_freq;

    int		step_type;
    int		n_freq_steps;

    CKTnode	*output_pos, *output_neg;
    IFuid	output_src;
    char	*output_name;
    int		output_volt;

    double	deftol;
    double	defperturb;
    unsigned int pct_flag :1;

};

struct st_output {
	int	type;
	int	pos, neg;
};

struct st_nodes {
	int	pos, neg;
};

struct st_paramsenlist {
	ParamSenList	*next;
	int		param_no;
	double		delta, tol;
};

struct st_modsenlist {
	ModSenList	*next;
	int		mod_no;
	ParamSenList	*first;
};

struct st_devsenlist {
	DevSenList	*next;
	int		dev_no;
	ModSenList	*first;
};

/* va, with prototypes */
extern int SENSask(CKTcircuit *,JOB *,int ,IFvalue *);
extern int SENSsetParam(CKTcircuit *,JOB *,int ,IFvalue *);
extern int sens_sens(CKTcircuit *,int);

#define	SENS_POS			2
#define	SENS_NEG			3
#define	SENS_SRC			4
#define	SENS_NAME		5

#define	SENS_START		10
#define	SENS_STOP		11
#define	SENS_STEPS		12

#define	SENS_DEC			13
#define	SENS_OCT			14
#define	SENS_LIN			15

#define	SENS_DECADE		13
#define	SENS_OCTAVE		14
#define	SENS_LINEAR		15

#define	SENS_DC			16
#define	SENS_DEFTOL		17
#define	SENS_DEFPERT		18
#define	SENS_DEFPERTURB		18
#define	SENS_DEVDEFTOL		19
#define	SENS_DEVDEFPERT		20
#define	SENS_TYPE		21
#define	SENS_DEVICE		22
#define	SENS_PARAM		24
#define	SENS_TOL			25
#define	SENS_PERT		26

#endif /*DEFS*/