#include "common.h"
#include "vmath.h"
#include "rt/defines.h"
#include "rt/db_instance.h"
#include "rt/application.h"
#include "rt/geom.h"
#include "rt/xray.h"

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Macros
#define	RT_GEN_OBJ_PNTS_SURF 0x1
	save only the first and last hit point on a ray

#define	RT_GEN_OBJ_PNTS_GRID 0x2
	sample using an XYZ grid based on the bounding box (default if no method flags are specified)

#define	RT_GEN_OBJ_PNTS_RAND 0x4
	sample using Marsaglia sampling on the bounding sphere with pseudo random numbers

#define	RT_GEN_OBJ_PNTS_SOBOL 0x8
	sample using Marsaglia sampling on the bounding sphere with Sobol' low-discrepancy-sequence generation

Functions
int	rt_shootray (struct application *ap)
	Shoot a ray.

int	rt_shootrays (struct application_bundle *bundle)
	Shoot a bundle of rays.

struct partition *	rt_shootray_simple (struct application *ap, point_t origin, vect_t direction)

int	rt_shootray_bundle (struct application ap, struct xray rays, int nrays)

void	rt_add_res_stats (struct rt_i rtip, struct resource resp)

void	rt_zero_res_stats (struct resource *resp)

void	rt_res_pieces_clean (struct resource resp, struct rt_i rtip)

void	rt_res_pieces_init (struct resource resp, struct rt_i rtip)

void	rt_vstub (struct soltab stp[], struct xray rp[], struct seg segp[], int n, struct application *ap)

int	rt_gen_obj_pnts (struct rt_pnts_internal rpnts, fastf_t avg_thickness, struct db_i dbip, const char obj, struct bn_tol *tol, int flags, int max_pnts, int max_time, int verbosity)

int	rt_sample_pnts (struct bv_scene_obj s, struct rt_db_internal ip)

Macros

Functions