gCAD3D 2.35
ige.h
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1 
2  int IGE_r_init ();
3  int IGE_r_rec (ObjGX **, int *, FILE *, FILE *, FILE *);
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5  int IGE_r_dump ();
6  int IGE_r_readP (int , FILE *);
7  int IGE_r_getPP (double [], int , FILE *);
8  int IGE_r_decodePP (double [], int raSiz, char *);
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11  int IGE_w_init (FILE *fp_o1);
12  int IGE_w_rec (ObjGX *el, long, int, long, FILE*, FILE*);
13  int IGE_w_rD (ObjGX *el, FILE *fp_o1);
14  int IGE_w_rP (ObjGX *el, FILE *fp_o2);
15  int IGE_w_rPP (FILE *fp_o2, Point*);
16  int IGE_w_rP1 (FILE *fp_o2, int mode, int pi, double pd);
17  int IGE_w_rT (FILE *fp_o1, FILE *fp_o2);
18  int IGE_w_D_Ln (FILE *fp_o1);
19  long IGE_w_Mat (Mat_4x3, FILE *fp_o1, FILE *fp_o2);
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22 //======================= EOF ====================
int IGE_r_init()
int IGE_w_rPP(FILE *fp_o2, Point *)
Definition: ige_w.c:2236
long IGE_w_Mat(Mat_4x3, FILE *fp_o1, FILE *fp_o2)
char mode
Definition: xa_tra.c:152
Typ_ObjGX.
Definition: ut_geo.h:240
double Mat_4x3[3][4]
Typ_M4x3 size 96.
Definition: ut_geo.h:150
int IGE_r_rec(ObjGX **, int *, FILE *, FILE *, FILE *)
int IGE_w_rT(FILE *fp_o1, FILE *fp_o2)
Definition: ige_w.c:2490
int IGE_w_init(FILE *fp_o1)
Definition: ige_w.c:2548
int IGE_w_rP1(FILE *fp_o2, int mode, int pi, double pd)
Definition: ige_w.c:2300
int IGE_r_decodePP(double[], int raSiz, char *)
int IGE_w_rP(ObjGX *el, FILE *fp_o2)
Definition: ige_w.c:896
3D-point, Typ_PT
Definition: ut_geo.h:195
int IGE_w_rD(ObjGX *el, FILE *fp_o1)
Definition: ige_w.c:754
int IGE_w_rec(ObjGX *el, long, int, long, FILE *, FILE *)
Definition: ige_w.c:498
int IGE_r_getPP(double[], int, FILE *)
int IGE_r_dump()
int IGE_w_D_Ln(FILE *fp_o1)
Definition: ige_w.c:679
int IGE_r_readP(int, FILE *)