1
2
3
4
5
6
7
8
9
10
11
12
13
14
15
16
17
18
19
20
21
22
23
24
25
26
27
28
29
30
31
32
33
34
35
36
37
38
39
40
41
42
43
44
45
46
47
48
49
50
51
52
53
54
55
56
57
58
59
60
61
62
63
64
65
66
67
68
69
70
71
72
73
74
75
76
77
78
79
80
81
82
83
84
85
86
87
88
89
90
91
92
93
94
95
96
97
98
99
100
101
102
103
104
105
106
107
108
109
110
111
112
113
114
115
116
117
118
119
120
121
122
123
124
125
126
127
128
129
130
131
132
133
134
135
136
137
138
139
140
141
142
143
144
145
146
147
148
149
150
151
152
153
154
155
156
157
158
159
160
161
|
#ifndef OPENGL_TELEM_INQUIRE_H
#define OPENGL_TELEM_INQUIRE_H
typedef struct {
Tint number; /* number of Tints in list */
Tint *integers; /* list of integers */
} Tintlst;
typedef struct {
Tint x_dim; /* dimension (number of divisions) along X */
Tint y_dim; /* dimension (number of divisions) along Y */
} Tdim;
typedef union
{
Tint idata; /* integer valued data */
Tfloat fdata; /* float valued data */
Tchar *data; /* %%TEMP - use for application data for now */
TEL_POINT *pts3; /* list of 3d points */
struct
{
TEL_POINT ref_pt; /* reference text point */
TEL_POINT anno; /* annotation pt/offset */
Techar *string; /* text string */
} atext3;
Tint size;
Tint interior_style; /* interior style */
Tint edge_flag; /* edge flag */
Tintlst name_set; /* name sets */
Tmatrix3 mat3; /* 3d transformation matrix */
struct
{
Tmatrix3 mat3; /* 3d transformation matrix */
TComposeType compose_type; /* composition type */
} local_xform_3;
struct
{
Tint vrtflag; /* per vertex data flag */
Tint num_bounds; /* number of lines in the set */
Tint *bounds; /* list of number of points in each bound */
TEL_POINT *points; /* array of points */
TEL_COLOUR *colours; /* array of vertex colour values */
} lineset3data;
struct
{
Tint shpflag; /* primitive shape flag */
Tint faflag; /* per fill area data flag */
Tint vrtflag; /* per vertex data flag */
TEL_POINT *gnormal; /* geometric normal */
Tint num_points; /* number of vertices in fill area */
tel_colour facet_colour_val; /* facet colour value */
TEL_POINT *points; /* array of points */
TEL_COLOUR *colours; /* array of vertex colour values */
TEL_POINT *vnormals; /* array of vertex normals */
} fillarea3data;
struct
{
Tint shpflag; /* primitive shape flag */
Tint faflag; /* per fill area data flag */
Tint vrtflag; /* per vertex data flag */
Tint edgflag; /* edge flag */
TEL_POINT *gnormal; /* geometric normal */
Tint *edgvis; /* edge visibility per edge */
Tint num_bounds; /* number of bounds in fill area set */
tel_colour facet_colour_val; /* facet colour value */
Tint *bounds; /* bounds */
TEL_POINT *points; /* array of points */
TEL_COLOUR *colours; /* array of vertex colour values */
TEL_POINT *vnormals; /* array of vertex normals */
} fillareaset3data;
struct
{
Tint fctflag; /* per facet data flag */
Tint vrtflag; /* per vertex data flag */
Tint num_facets; /* number of facets, (num_points-2) */
TEL_POINT *gnormals; /* geometric normals */
TEL_COLOUR *facet_colour_vals; /* facet colour value */
TEL_POINT *points; /* array of points for all bounds */
TEL_COLOUR *colours; /* array of vertex colour values */
TEL_POINT *vnormals; /* array of vertex normals for all bounds */
} trianglestrip3data;
struct
{
Tint shpflag; /* primitive shape flag */
Tint fctflag; /* per facet data flag */
Tint vrtflag; /* per vertex data flag */
Tdim dim; /* number of cols by rows */
TEL_POINT *gnormals; /* geometric normals */
TEL_COLOUR *facet_colour_vals; /* facet colour value */
TEL_POINT *points; /* array of points for all bounds */
TEL_COLOUR *colours; /* array of vertex colour values */
TEL_POINT *vnormals; /* array of vertex normals for all bounds */
} quadmesh3data;
struct
{
Tint shpflag; /* primitive shape flag */
Tint fctflag; /* per facet data flag */
Tint vrtflag; /* per vertex data flag */
Tint edgflag; /* per edge data flag */
TEL_POINT *gnormals; /* geometric normals */
Tint *edgvis; /* array of edge visibility flags for all edges */
Tint num_vertices;/*number of fill areas in the set */
TEL_COLOUR *facet_colour_vals; /* facet colour values */
TEL_POINT *points; /* array of vertices */
TEL_COLOUR *colours; /* array of vertex colour values */
TEL_POINT *vnormals; /* array of vertex normals for all vertices */
Tint num_bounds; /* number of bounds */
Tint *bounds; /* list of number of points in each bound */
Tint *indices; /* list of vertex indices for all bounds */
} indexedpolygons3data;
/* depth cue index */ /* -- idata -- */
/* surface properties */
/* back surface properties */
TEL_SURF_PROP surf_prop; /* Front or back surface properties */
/* interior shading method */ /* -- idata -- */
/* interior lighting method */ /* -- idata -- */
struct
{
Tintlst on; /* list of activated lights */
Tintlst off; /* list of deactivated lights */
} light_source_state;
struct {
Tint distinguish; /* distinguish */
TelCullMode cull; /* culling mode */
} face_processing_mode;
/* polyline, polymarker, text, interior, back interior, edge colour */
TEL_COLOUR gnl_colour;
} Teldata;
typedef struct
{
Tint size;
Tint act_size;
Tchar *buf;
Teldata *data;
} TEL_INQ_CONTENT, *tel_inq_content;
/* keys to be used for inquiry */
#define INQ_GET_SIZE_ID 1 /* key.data.ldata will contain size */
#define INQ_GET_CONTENT_ID 2 /* key.data.pdata is pointer to Teldata */
/* element, size */
extern TStatus TelInqCurElemTypeSize( TelType *, Tint * );
/* size of buffer, buffer, actual_size, data */
extern TStatus TelInqCurElemContent( Tint, Tchar *, Tint *, Teldata * );
#endif
|
