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#include "octree.h" |
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#include "object.h" |
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#include "color.h" |
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#include "pmapparm.h" |
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|
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#ifdef __cplusplus |
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extern "C" { |
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RREAL rod; /* -DOT(rdir, ron) */ |
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RREAL uv[2]; /* local coordinates */ |
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FVECT pert; /* surface normal perturbation */ |
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RREAL rt; /* returned effective ray length */ |
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RREAL rmt; /* returned mirrored ray length */ |
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RREAL rxt; /* returned unmirrored ray length */ |
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const struct ray *parent; /* ray this originated from */ |
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OBJECT *clipset; /* set of objects currently clipped */ |
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OBJECT *newcset; /* next clipset, used for transmission */ |
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FULLXF *rox; /* object transformation */ |
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int *slights; /* list of lights to test for scattering */ |
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RNUMBER rno; /* unique ray number */ |
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int rlvl; /* number of reflections for this ray */ |
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OBJECT robj; /* intersected object number */ |
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int rsrc; /* source we're aiming for */ |
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float rweight; /* cumulative weight (for termination) */ |
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float gecc; /* scattering eccentricity coefficient */ |
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COLOR rcoef; /* contribution coefficient w.r.t. parent */ |
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COLOR pcol; /* pattern color */ |
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COLOR mcol; /* mirrored color contribution */ |
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COLOR rcol; /* returned radiance value */ |
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COLOR cext; /* medium extinction coefficient */ |
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COLOR albedo; /* medium scattering albedo */ |
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float gecc; /* scattering eccentricity coefficient */ |
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OBJECT robj; /* intersected object number */ |
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short rflips; /* surface orientation has been reversed */ |
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short rlvl; /* number of reflections for this ray */ |
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short rtype; /* ray type */ |
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short crtype; /* cumulative ray type */ |
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} RAY; |
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|
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#define rayvalue(r) (*(r)->revf)(r) |
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|
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#define raydistance(r) (bright((r)->mcol) > 0.5*bright((r)->rcol) ? \ |
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(r)->rmt : (r)->rxt) |
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|
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#define rayreorient(r) if ((r)->rflips & 1) flipsurface(r); else |
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|
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extern char VersionID[]; /* Radiance version ID string */ |
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|
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extern CUBE thescene; /* our scene */ |
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extern OBJECT nsceneobjs; /* number of objects in our scene */ |
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|
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extern unsigned long raynum; /* next ray ID */ |
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extern unsigned long nrays; /* total rays traced so far */ |
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extern RNUMBER raynum; /* next ray ID */ |
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extern RNUMBER nrays; /* total rays traced so far */ |
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|
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extern OBJREC Lamb; /* a Lambertian surface */ |
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extern OBJREC Aftplane; /* aft clipping object */ |
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extern int ndims; /* number of dimensions so far */ |
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extern int samplendx; /* index for this sample */ |
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|
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extern int ray_savesiz; /* size of parameter save buffer */ |
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|
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extern int do_irrad; /* compute irradiance? */ |
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extern int rand_samp; /* pure Monte Carlo sampling? */ |
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int ambincl; |
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short amblndx[AMBLLEN+1]; |
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char amblval[AMBLLEN*AMBWORD]; |
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|
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/* PMAP: photon mapping parameters */ |
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PhotonMapParams pmapParams [NUM_PMAP_TYPES]; |
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} RAYPARAMS; |
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|
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#define rpambmod(p,i) ( (i)>=AMBLLEN||(p)->amblndx[i]<0 ? \ |
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extern void openheader(void); |
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extern void dupheader(void); |
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/* defined in persist.c */ |
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extern void persistfile(char *pfn); |
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extern void persistfile(char *pfn); |
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extern void pfdetach(void); |
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extern void pfclean(void); |
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extern void pflock(int lf); |
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extern void ray_defaults(RAYPARAMS *rp); |
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/* defined in raypcalls.c */ |
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extern void ray_pinit(char *otnm, int nproc); |
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extern void ray_psend(RAY *r); |
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extern int ray_psend(RAY *r); |
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extern int ray_pqueue(RAY *r); |
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extern int ray_presult(RAY *r, int poll); |
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extern void ray_pdone(int freall); |
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extern int rayorigin(RAY *r, int rt, const RAY *ro, const COLOR rc); |
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extern void rayclear(RAY *r); |
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extern void raytrace(RAY *r); |
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extern int rayreject(OBJREC *o, RAY *r, double t); |
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extern void rayhit(OBJECT *oset, RAY *r); |
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extern void raycont(RAY *r); |
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extern void raytrans(RAY *r); |
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extern int raytirrad(OBJREC *m, RAY *r); |
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extern int rayshade(RAY *r, int mod); |
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extern void rayparticipate(RAY *r); |
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extern void raytexture(RAY *r, OBJECT mod); |
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extern int raymixture(RAY *r, OBJECT fore, OBJECT back, double coef); |
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extern void raycontrib(double rc[3], const RAY *r, int flags); |
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extern void raycontrib(RREAL rc[3], const RAY *r, int flags); |
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extern double raydist(const RAY *r, int flags); |
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extern double raynormal(FVECT norm, RAY *r); |
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extern void newrayxf(RAY *r); |
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/* defined in srcdraw.c */ |
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extern void drawsources(COLOR *pic[], float *zbf[], |
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int x0, int xsiz, int y0, int ysiz); |
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extern void init_drawsources(int rad); |
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extern void init_drawsources(int rad); |
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/* defined in rt/initotypes.c */ |
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extern void initotypes(void); |
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> |
extern void initotypes(void); |
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/* module main procedures */ |
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< |
extern void rtrace(char *fname); |
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< |
extern char * formstr(int f); |
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> |
extern void rtrace(char *fname, int nproc); |
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> |
extern char *formstr(int f); |
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extern void rview(void); |
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extern void rpict(int seq, char *pout, char *zout, char *prvr); |
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|
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+ |
#ifdef __FAST_MATH__ |
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+ |
#define checknorm(vn) (void)normalize(vn) |
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#else |
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#define checknorm(vn) |
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#endif |
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|
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#ifdef __cplusplus |
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} |