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root/radiance/ray/src/common/radogl.h
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Comparing ray/src/common/radogl.h (file contents):
Revision 3.3 by gwlarson, Wed Oct 21 17:48:06 1998 UTC vs.
Revision 3.9 by greg, Fri Jun 27 06:53:21 2003 UTC

# Line 1 | Line 1
1 < /* Copyright (c) 1998 Silicon Graphics, Inc. */
2 <
3 < /* SCCSid "$SunId$ SGI" */
4 <
1 > /* RCSid $Id$ */
2   /*
3   * Header file for Radiance - OpenGL routines.
4   */
5 + #ifndef _RAD_RADOGL_H_
6 + #define _RAD_RADOGL_H_
7 + #ifdef __cplusplus
8 + extern "C" {
9 + #endif
10  
11   #include "standard.h"
12   #include <GL/glu.h>
# Line 43 | Line 45 | extern int     domats;         /* are we doing materials? */
45  
46   extern LUTAB    mtab;           /* material/modifier lookup table */
47  
48 < extern MATREC   *newmaterial(), *getmatp();
48 > #define issrcmat(m)     ((m) != NULL && islight((m)->type) && \
49 >                                (m)->type != MAT_GLOW)
50  
51 < extern int      newglist();
51 >                                /* defined in rgldomat.c */
52 > extern void     domatobj(MATREC *mp, FVECT cent);
53 > extern void     domatvert(MATREC *mp, FVECT v, FVECT n);
54 >                                /* defined in rglfile.c */
55 > extern int      newglist(void);
56 > extern void     rgl_checkerr(char *where);
57 > extern int      rgl_filelist(int ic, char **inp, int *nl);
58 > extern int      rgl_octlist(char *fname, FVECT cent, RREAL *radp, int *nl);
59 > extern void     rgl_load(char *inpspec);
60 > extern void     rgl_object(char *name, FILE *fp);
61 >                                /* defined in rglinst.c */
62 > extern int      o_instance(OBJREC *o);
63 > extern int      loadoctrees(void);
64 > extern double   checkoct(char *fname, FVECT cent);
65 > extern int      loadoct(char *fname);
66 >                                /* defined in rglmat.c */
67 > extern void     rgl_matclear(void);
68 > extern MATREC   *getmatp(char *nam);
69 > extern int      o_default(OBJREC *o);
70 > extern int      o_unsupported(OBJREC *o);
71 > extern MATREC   *newmaterial(char *nam);
72 > extern void     freemtl(MATREC *mp);
73 > extern int      m_normal(OBJREC *o);
74 > extern int      m_aniso(OBJREC *o);
75 > extern int      m_glass(OBJREC *o);
76 > extern int      m_brdf(OBJREC *o);
77 > extern int      m_brdf2(OBJREC *o);
78 > extern int      m_light(OBJREC *o);
79 > extern int      m_mirror(OBJREC *o);
80 > extern int      m_prism(OBJREC *o);
81 >                                /* defined in rglsrc.c */
82 > extern void     lightinit(void);
83 > extern void     lightclean(void);
84 > extern void     lightdefs(void);
85 > extern int      o_source(OBJREC *o);
86 > extern int      doflatsrc(MATREC *m, FVECT pos, FVECT norm, double area);
87 > extern int      dosphsrc(MATREC *m, FVECT pos, double area);
88 >                                /* defined in rglsurf.c */
89 > extern void     setmaterial(MATREC *mp, FVECT cent, int ispoly);
90 > extern double   polyarea(FVECT cent, FVECT norm, int n, FVECT v[]);
91 > extern int      o_face(OBJREC *o);
92 > extern void     surfclean(void);
93 > extern int      o_sphere(OBJREC *o);
94 > extern int      o_cone(OBJREC *o);
95 > extern int      o_ring(OBJREC *o);
96  
50 extern double   checkoct();
97  
98 < #define issrcmat(m)     ((m) != NULL && islight((m)->type) && \
99 <                                (m)->type != MAT_GLOW)
98 > #ifdef __cplusplus
99 > }
100 > #endif
101 > #endif /* _RAD_RADOGL_H_ */
102 >

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