/*
	bubulles.h
*/

/* --------------------------------------------------------------------- */

#define LIBBB_VERSION	49

#define SZ_BUBULLE_TEXT		51		/* arbitrary value */

/* a 3d space coordinate */
typedef struct {
	double		x, y, z;
	unsigned long	reserved;
	} XYZ;

typedef struct {
	float		r, g, b, a;
	unsigned long	reserved;
	} RGBA;	

typedef struct {
	XYZ		p;			/* position */
	double  	d;			/* diameter */
	int		gray;
	RGBA		col;
	long		ttl;
	double		kvalue;			/* wtf ? */
	} Bubulle;

typedef struct {
	char		name[SZ_BUBULLE_TEXT+1];
	int		size;			/* max number of bubulles */
	int		fidx;			/* next free slot */
	XYZ		position;
	unsigned long	flags;
	Bubulle		*bbs;
	} BBList;

BBList * alloc_bubulles(char *name, int nbre, int k);
int	free_bubulles(BBList *bbl, int k);
int	print_bublist_desc(BBList *bbl, int k);
int	push_bubulle(BBList *where, Bubulle *what);
int	poke_bubulle(BBList *where, Bubulle *what, int idx);
int	peek_bubulle(BBList *from, Bubulle *to, int idx);

int	cleanfill_my_bublist(BBList *what, int k);
int	bubulles_version(int k);
void	bubulles_sizeof(int k);

Bubulle * bubulle_getaddr(BBList *where, int idx);

int fprint_bubulles(FILE *fp, char *title, BBList *bbl, int k);
int niceprint_bubulle(Bubulle *what, int unused);
int bubulles_to_data(char *fname, char *title, BBList *bbl, int k);

/* --------------------------------------------------------------------- */
/* sometime we want to look at the bounding box */
typedef struct {
	double		minX, minY, minZ;
	double		maxX, maxY, maxZ;
	int		flags;
	} BBox;

int bounding_box(Bubulle *boubs, int nbre, BBox *bbox);
int print_bbox(BBox *bbox, int k);

/* --------------------------------------------------------------------- */