===================================================== Liste_Funktionen_Beginn: UTO_dump_s_ dump obj - structured display UTO_dump__ dump object UTO_dump_obj dump object UTO_ck_oTyp check object-typ (struct or object) UTO_ck_typTyp check if 1=curv(LN|AC|CV ) | 2=surf(PLN|A|B) UTO_ck_curvTyp check if CurveLimits are Points or parameters UTO_ck_curvForm check if objTyp is ObjGX or other typ UTO_ck_surfTyp returns surfSubTyp UTO_ck_nearptnobj find object nearest to point UTO_siz_stru give size of struct UTO_siz_obj UTO_obj_Disp__ temp. display of ObjGX-structs UTO_obj_Disp_Sur temp. display of surfaces UTO_sav_ost create DB-object & save it in Model. UTO_get_PT make ObjX aus ObjGX (Pointer (zB Line*) holen). UTO_get_LN UTO_get_DB get obj-pointer from typ, DB-index UTO_obj_getp get obj-pointer from oGX-struct UTO_obj_get Obj einlesen (liefert Daten) UTO_objx_get DO NOT USE use UTO_obj_getp UT3D_vcn_cvo Normalvector an (planare) Curve UTO_vc_tangcv vector tangent to curve UTO_get_parpt get parameter from point (obj from typ/ind) UTO_limstru_set Anfangs- und/oder Endpunkt einer struct setzen UTO_2pt_limstru get limits (Anfangs- und Endpunkt) UTO_get_ptlim Anfangs oder Endpunkt einlesen (LN, AC). DO NOT USE UTO_set_ptlim Anfangs oder Endpunkt setzen (LN, AC). UT_get_ptlim ? UTO_pt_objind get point from object and ptNr UTO_ptnr_obj get nr of points of obj (polygon ..) UTO_pt_evpar1dbo get point from 0-1-parameter (curve from typ/ind) UTO_pt_evpar1ost get point on Obj from Typ/struct from parameter 0-1 UTO_pt_midnobj get midpoint of n objects UTO_npt_Tes get table of pointers from tessSurf UTO_stru_inv invert object (Typ, struct) UTO_stru_int intersect 2 objects (Typ, struct) UTO_stru_tra UTO_obj_int intersect obj with 1 cutting-object UTO_obj_trim trim obj with 1 or 2 cutting-objects; UTO_trim_2par1 trim (modify) obj from dataStruct by 2 parameters UTO_obj_apptra translate obj UTO_obj_tra translate (dzt nur curves) REPLACE WITH UTRA_app_obj !! // UTO_obj_appprj project obj > Plane OBSOLETE: USE UPRJ_app__ UTO_obj_appmir mirror UTO_box_obj Box mit obj vergroessern UTO_invert DO NOT USE Obj umdrehen (use UTO_stru_inv) UTO_rec_set einen Record schreiben, usagenotes UTO_isol__ duplicate/isolate object (resolve Links) UTO_copy_0 duplicate obj (oGX-tree; keep data-pointers) UTO_reloc_obj relocate obj (oGX-tree) UTO_obj_load make ObjGX from typ,form,siz,struct UTO_stru_2_obj make ObjGX from typ+struct UTO_copy_tab ObjGX-Table (rekursiv) kopieren UTO_copy_stru copy struct (ohne resolve - nicht recursiv) UTO_obj_save Obj (nur struct) speichern (copy -> Memspc) UTO_obj_2_mem Ein Obj seriell in einen Speicherbereich ablegen. UTO_write_endRec write end-record for tesselated data UTO_addRange add range to ObjRange UTO_queryRange query if typ/DB-ind is in ObjRange UTO_dumpRange Liste_Funktionen_Ende: ===================================================== - see also: UT3D_pta_obj objekt -> Polygon umwandeln (../ut/ut_ccv.c) UT2D_void_obj2 ObjG2-Objekt -> memory kopieren
#include "../xa/MS_Def0.h"
#include <stdio.h>
#include <math.h>
#include <stdlib.h>
#include <string.h>
#include <stdarg.h>
#include "../ut/ut_geo.h"
#include "../ut/ut_obj.h"
#include "../ut/ut_umem.h"
#include "../ut/ut_memTab.h"
#include "../ut/ut_bspl.h"
#include "../gr/ut_UI.h"
#include "../db/ut_DB.h"
#include "../xa/xa_mem.h"
Functions | |
typedef_MemTab (ObjRange) | |
int | UTO_pt_tratra (Point *, Point *) |
int | UTO_pt_trarot (Point *, Point *) |
int | UTO_vc_tangcrv (Vector *vco, Point *pti, int typ, void *data, Memspc *tmpMen) |
int | UT3D_vcn_cvo (Vector *vco, Point *pto, ObjGX *oi, Memspc *wrkSpc) |
int | UTO_box_obj (Point *pb1, Point *pb2, ObjGX *oxi) |
void * | UTO_obj_save (Memspc *memSpc, ObjGX *oxi) |
int | UTO_invert (ObjGX *oxi) |
int | UTO_2pt_limstru (Point *p1, Point *p2, double *v1, double *v2, int typ, void *o1, int imod) |
int | UTO_pt_objind (Point *pto, int typ, long ind, int ptNr) |
int | UTO_ptnr_obj (int typ, long ind) |
int | UT_get_ptlim (Point *pte, int typ, long ind, int mode) |
int | UTO_get_ptlim (Point *pte, ObjGX *oxi, int mode) |
int | UTO_pt_evpar1dbo (Point *pto, double lpar, int typ, long ind) |
int | UTO_pt_evpar1ost (Point *pto, int typ, void *pDat, double lpar) |
int | UTO_pt_midnobj (Point *pto, ObjGX *oa, int oNr) |
int | UTO_get_parpt (double *lpar, Point *pti, int typ, long ind) |
int | UTO_limstru_set (int typ, void *oo, Point *p1, double *v1, Point *p2, double *v2, Memspc *wrkSpc) |
int | UTO_set_ptlim (ObjGX *oxo, Point *pti, int mode) |
int | UTO_npt_Tes (int *pNr, Point **ppa, ObjGX *os) |
int | UTO_dump_obj (int typ, void *vp, int iNr) |
int | UTO_dump__ (ObjGX *oxi, char *txt,...) |
int | UTO_dump_1 (ObjGX *oxi, char *txt,...) |
int | UTO_dump_s_ (ObjGX *oxi, char *txt) |
int | UTO_dump_sWri (ObjGX *oxi, char *cOff) |
int | UTO_dump_s1 (ObjGX *oxi, char *txt) |
int | UTO_ck_nearptnobj (ObjGX *oa, int oNr, Point *pt1) |
int | UTO_ck_oTyp (int typ) |
int | UTO_ck_typTyp (int typ) |
int | UTO_ck_curvTyp (int typ) |
int | UTO_ck_curvForm (int typ) |
int | UTO_ck_surfTyp (ObjGX *oxi) |
int | UTO_siz_stru (int form) |
int | UTO_siz_obj (long *oSiz, ObjGX *oxi) |
int | UTO_get_DB (void **oxo, int *otyp, long dbInd) |
int | UTO_sav_ost (int *dbTyp, long *dbInd, int typ, int form, int siz, void *obj) |
int | UTO_get_PT (ObjX *oxo, ObjGX *oxi) |
int | UTO_get_LN (ObjX *oxo, ObjGX *oxi) |
int | UTO_get_CI (ObjX *oxo, ObjGX *oxi) |
int | UTO_get_CV (ObjX *oxo, ObjGX *oxi) |
int | UTO_get_POL (ObjX *oxo, ObjGX *oxi) |
int | UTO_get_ELL (ObjX *oxo, ObjGX *oxi) |
int | UTO_obj_getp (void **objOut, ObjGX *ox1) |
int | UTO_objx_get (ObjX *oxo, ObjGX *oxi) |
int | UTO_ind_get (int *typ, long *ind, ObjGX *oxp) |
int | UTO_obj_get (void *objOut, ObjGX *ox1) |
int | UTO_stru_inv (int oTyp, void *oDat) |
int | UTO_obj_int (Point *pa, int *ptNr, double *va, ObjGX *oi, ObjGX *oc1, int i1Nr, Memspc *wrkSpc) |
int | UTO_stru_int (int *pNr, Point *pa, double *va, int o1Typ, void *o1, int o2Typ, void *o2, Memspc *wrkSpc) |
int | UTO_stru_tra (void *stro, int typ, void *stri, Mat_4x3 trmat) |
int | UTO_obj_tra (ObjGX **cvo, ObjGX *cvi, Mat_4x3 trmat) |
int | UTO_obj_appmir (void *objo, int otyp, void *obji, Memspc *wrkSpc) |
int | UTO_obj_trim (ObjGX *oo, ObjGX *oi, ObjGX *oc1, int i1Nr, ObjGX *oc2, int i2Nr, Memspc *wrkSpc) |
int | UTO_trim_2par1 (void *objo, void *obji, int typ, double v0, double v1, Memspc *memSeg) |
int | UTO_obj_apptra (void *objo, int otyp, void *obji, Memspc *wrkSpc) |
ObjGX | UTO_obj_load (int typ, int form, int size, void *data) |
ObjGX | UTO_stru_2_obj (int typ, int form, void *data) |
int | UTO_copy_stru (void *oo, int *oSiz, int typ, void *ii, int iNr) |
int | UTO_obj_2_mem (char **end, char *start, ObjGX *ox1) |
int | UTO_obj_Disp__ (ObjGX *ox1, Memspc *wrkSpc, int att,...) |
int | UTO_copy_obj (void *objo, int *oSiz, void *obji) |
int | UTO_copy_tab (void *objo, int *oSiz, void *obji) |
int | UTO_copy_0 (void *objo, int *oSiz, void *obji) |
int | UTO_reloc_obj (ObjGX *oxi, int pDist) |
int | UTO_isol_llt (void *oo, int *oSiz, void *oi) |
int | UTO_isol_ll1 (void *oo, int *oSiz, void *oi) |
int | UTO_isol_l0 (void *objo, int *oSiz, void *obji, int oNr) |
int | UTO_rec_set (ObjGX *oxo, int typ, int form, int siz, void *dat) |
int | UTO_isol__ (void *objo, int *oSiz, void *obji) |
int | UTO_write_endRec (void *outSpc) |
int | UTO_addRange (MemTab *oTab, int iTyp, long ind, long oNr) |
int | UTO_queryRange (MemTab(ObjRange)*rTab, int typ, long ind) |
int | UTO_dumpRange (MemTab(ObjRange)*oTab) |
Variables | |
int(* | UTO_pt_tr )(Point *, Point *) |
static char | TR_obj [OBJ_SIZ_MAX] |
typedef_MemTab | ( | ObjRange | ) |
UTO_vc_tangcv vector tangent to curve Input: typ type of curve data curve-data
Normalvector an (planare) Curve Liefert auch den ersten Punkt der Kontur ! see also UT3D_ptvc_sus (Normalvec) braucht SurStd* !! see also APT_DrawCurv see also UT3D_pta_sus braucht SurStd* ! see also UT3D_pta_obj
Box mit obj vergroessern; Box muss auf Maximum initialisiert sein ! siehe DL_ReScale_pt_ini uses UT3D_box_extend
int UTO_invert | ( | ObjGX * | oxi | ) |
int UTO_2pt_limstru | ( | Point * | p1, | |
Point * | p2, | |||
double * | v1, | |||
double * | v2, | |||
int | typ, | |||
void * | o1, | |||
int | imod | |||
) |
UTO_2pt_limstru get limits (Anfangs- und Endpunkt) liefert die Punktdaten, nicht nur Adresse !!! Input: p1 keine Ausgabe von Anfangspunkt bei (p1 == NULL) p2 keine Ausgabe von Endpunkt bei (p2 == NULL) imod = 0 parametrierte Curves: es werden Limitpoints errechnet imod = 1 parametrierte Curves: nur Parameters liefern. Output: *v1 u *v2 nur f CVBSP u CVPOL erforderlich !
int UTO_pt_objind | ( | Point * | pto, | |
int | typ, | |||
long | ind, | |||
int | ptNr | |||
) |
get point from object and ptNr
int UTO_ptnr_obj | ( | int | typ, | |
long | ind | |||
) |
UTO_ptnr_obj get nr of points of obj (polygon ..)
int UT_get_ptlim | ( | Point * | pte, | |
int | typ, | |||
long | ind, | |||
int | mode | |||
) |
DO NOT USE - use UTO_2pt_limstru
int UTO_pt_evpar1dbo | ( | Point * | pto, | |
double | lpar, | |||
int | typ, | |||
long | ind | |||
) |
UTO_pt_evpar1dbo get point from 0-1-parameter (curve from typ/ind) ACHTUNG: lpar muss im Bereich 0-1 sein; wird fuer Curves umgerechnet !! Input: typ DB-typ ind DB-index see also UT3D_pt_evparcrv UTO_obj_int UTO_stru_int UTO_pt_evpar1ost
int UTO_pt_evpar1ost | ( | Point * | pto, | |
int | typ, | |||
void * | pDat, | |||
double | lpar | |||
) |
UTO_pt_evpar1ost get point on Obj from Typ/struct from parameter 0-1 see UTO_pt_evpar1dbo UT3D_pt_evparcrv
int UTO_get_parpt | ( | double * | lpar, | |
Point * | pti, | |||
int | typ, | |||
long | ind | |||
) |
UTO_get_parpt get parameter from point (obj from typ/ind) ACHTUNG: lpar muss im Bereich 0-1 sein; wird fuer Curves umgerechnet !! see UT3D_pt_evparcrv
int UTO_limstru_set | ( | int | typ, | |
void * | oo, | |||
Point * | p1, | |||
double * | v1, | |||
Point * | p2, | |||
double * | v2, | |||
Memspc * | wrkSpc | |||
) |
UTO_limstru_set Anfangs- und/oder Endpunkt einer struct setzen LN,AC,CVELL: p1, p2 setzen; CVBSP,CVPOL: v1, v2 setzen. CVBSP: if v1/2 = UT_VAL_MAX: v via p1/p2 rechnen see UTO_set_ptlim
UTO_set_ptlim Anfangs oder Endpunkt setzen (LN, AC). mode = 1 = set Startpoint mode = 2 = set Endpoint geht nur bei direkten Daten - nicht mit Indexen !! see UTO_limstru_set
get table of pointers from tessSurf Input: pNr size of ppa Output: pNr nr of points in ppa see also: UT3D_pta_obj GL_Disp_sur
int UTO_dump_obj | ( | int | typ, | |
void * | vp, | |||
int | iNr | |||
) |
typ form of vp vp ist eine dem Typ entrrechende struct iNr nr of structs of typ typ in vp see also UTO_dump__ UI_dump_obj
int UTO_dump__ | ( | ObjGX * | oxi, | |
char * | txt, | |||
... | ||||
) |
dump object
int UTO_dump_1 | ( | ObjGX * | oxi, | |
char * | txt, | |||
... | ||||
) |
int UTO_dump_s_ | ( | ObjGX * | oxi, | |
char * | txt | |||
) |
int UTO_dump_sWri | ( | ObjGX * | oxi, | |
char * | cOff | |||
) |
int UTO_dump_s1 | ( | ObjGX * | oxi, | |
char * | txt | |||
) |
find object nearest to point
den Kreis, dessen Mittelpunkt pt21 am naechsten ist, auswaehlen
give back its index
int UTO_ck_oTyp | ( | int | typ | ) |
UTO_ck_oTyp check object-typ (struct or object) 0 = geom. struct, 1 = geom. object (ObjGX, Curve or Surf or GTXT)
int UTO_ck_typTyp | ( | int | typ | ) |
UTO_ck_typTyp check if typ=curve (Typ_lFig) or surface (Typ_SUR) Retcod = Typ_lFig from LN|AC|CV (L/C/S) Typ_SUR from PLN|SUR|SOL (R/A/B)
int UTO_ck_curvTyp | ( | int | typ | ) |
UTO_ck_curvTyp check if CurveLimits are Points or parameters RetCode: 0 die CurveLimits basieren auf Points (LN, AC, CVELL usw) 1 die CurveLimits basieren auf Parameters (CVPOL, CVBSP)
int UTO_ck_curvForm | ( | int | typ | ) |
int UTO_ck_surfTyp | ( | ObjGX * | oxi | ) |
UTO_ck_surfTyp returns surfSubTyp Input: oxi su_tab-record Output: retCod Typ_SURTPS|Typ_SURBSP|Typ_SURRU|Typ_SURRV .. see also SUR_ck_typ see GR_DrawSur TSU_DrawSurT_
int UTO_siz_stru | ( | int | form | ) |
UTO_siz_stru give size of struct
int UTO_siz_obj | ( | long * | oSiz, | |
ObjGX * | oxi | |||
) |
int UTO_get_DB | ( | void ** | oxo, | |
int * | otyp, | |||
long | dbInd | |||
) |
UTO_get_DB get DB-data-struct from typ, DB-index Output: otyp wird bei Typ_CV auf die genaue ObjType korrigiert; bei Typ_SUR --> Typ_ObjGX oxo Pointer auf die korrekte struct - NICHT auf ObjGX ! RetCod number of structs in oxo see also: DB_GetObjGX returns ObjGX from typ, DB-index UTO_obj_getp returns data-struct from ObjGX
int UTO_sav_ost | ( | int * | dbTyp, | |
long * | dbInd, | |||
int | typ, | |||
int | form, | |||
int | siz, | |||
void * | obj | |||
) |
UTO_sav_ost create DB-object & save it in Model. via AP_obj_2_txt ED_add_Line Example: int iTyp; long dbi; Point pa[]={{0., 0., 0.},{5., 0., 0.},{5., 2., 0.},{7., 0., 0.}}; UTO_sav_ost (&iTyp, &dbi, Typ_CVPOL, Typ_PT, 4, (void*)pa); ACHTUNG: verwendet mem_cbuf1
int UTO_obj_getp | ( | void ** | objOut, | |
ObjGX * | ox1 | |||
) |
UTO_obj_getp cplxObj -> binObj (pointer) returns data-struct from ObjGX Input: ox1 obj as ObjGX Output: objOut datastruct, typ = RetCode RetCod = typ of datastruct. see DB_GetObjGX UTO_get_DB UTO_obj_get UTO_objx_get
int UTO_ind_get | ( | int * | typ, | |
long * | ind, | |||
ObjGX * | oxp | |||
) |
int UTO_obj_get | ( | void * | objOut, | |
ObjGX * | ox1 | |||
) |
cplxObj -> binObj (copy)
int UTO_stru_inv | ( | int | oTyp, | |
void * | oDat | |||
) |
UTO_stru_inv invert object (Typ, struct) ACHTUNG: es wird nur die Drehrichtung umgedreht; die Geometrie bleibt optisch ganz gleich !! see also UT3D_vc_invert UT3D_pl_invert UT3D_cv_inv UT3D_m3_invm3
int UTO_obj_int | ( | Point * | pa, | |
int * | ptNr, | |||
double * | va, | |||
ObjGX * | oi, | |||
ObjGX * | oc1, | |||
int | i1Nr, | |||
Memspc * | wrkSpc | |||
) |
intersect obj with 1 cutting-object; cutting-objects Parameter: Typ=Typ_Val nur von 0-1 (Achtung BSP's!) Input: ptNr size of pa oi obj to cut oc1 cuttingObj i1Nr ob eine bestimmte IntersectionNr definiert ist; -1=alle; 0-n=index of intersectPoint
int UTO_stru_tra | ( | void * | stro, | |
int | typ, | |||
void * | stri, | |||
Mat_4x3 | trmat | |||
) |
int UTO_obj_appmir | ( | void * | objo, | |
int | otyp, | |||
void * | obji, | |||
Memspc * | wrkSpc | |||
) |
mirror
int UTO_obj_trim | ( | ObjGX * | oo, | |
ObjGX * | oi, | |||
ObjGX * | oc1, | |||
int | i1Nr, | |||
ObjGX * | oc2, | |||
int | i2Nr, | |||
Memspc * | wrkSpc | |||
) |
trim obj with 1 or 2 cutting-objects; cutting-objects Parameter fuer form=Typ_Float8: Typ=Typ_Val definiert Knotenwert fuer BSP's; Typ=Typ_Par nur von 0-1 (bei BSP's Umrechnung m. UT3D_par_par1BSp) RetCod: 1-n = nr of possible solutions .. Nur mit einem Obj begrenzen: oc2.typ=Typ_Error. oi - obj to cut! oc1 - 1. cuttingObj! oc2 - 2. cuttingObj modFlag1/2: ob eine bestimmte IntersectionNr definiert ist (1) oder nicht (0). imod1/2 die definierte IntersectionNr (i1Nr/i2Nr); modFlagx=1
int UTO_trim_2par1 | ( | void * | objo, | |
void * | obji, | |||
int | typ, | |||
double | v0, | |||
double | v1, | |||
Memspc * | memSeg | |||
) |
trim (modify) obj from dataStruct by 2 parameters Input: obji dataStruct in typ type of dataStruct v0, v1 parameters 0-1 Output: objo modified dataStruct out. oTyp type of outputObj; ed Typ_LN|.. objo dataStruct of outputObj; maxSiz OBJ_SIZ_MAX. RetCod: see UT3D_pt_evparcrv see UTO_stru_int see UTO_obj_trim
int UTO_obj_apptra | ( | void * | objo, | |
int | otyp, | |||
void * | obji, | |||
Memspc * | wrkSpc | |||
) |
init Translation: UTO_obj_apptra (NULL, Typ_VC, &translVector); init Rotation: UTO_obj_apptra (NULL, Typ_TraRot, (TraRot*)&TrRorStru); (TrRorStru: Matrix muss mit UT3D_m3_inirot geladen sein) see UTO_stru_tra oder UTO_obj_tra Input: obji immer eine struct (auch bei Typ_CV !) Output: objo immer eine struct (auch bei Typ_CV !) wrkSpc wird nur fuer Curves benutzt (kann bei PT/LN/AC NULL sein)
ObjGX UTO_obj_load | ( | int | typ, | |
int | form, | |||
int | size, | |||
void * | data | |||
) |
int UTO_copy_stru | ( | void * | oo, | |
int * | oSiz, | |||
int | typ, | |||
void * | ii, | |||
int | iNr | |||
) |
UTO_copy_stru copy struct (no resolve - not recursive) see DB_store_stru oo outSpace; oSiz size of outSpace; wird korrigiert. ii iNr Objekte vom Typ typ. iNr Anzahl Objekte vom Typ typ. RetCod: copied size
int UTO_obj_2_mem | ( | char ** | end, | |
char * | start, | |||
ObjGX * | ox1 | |||
) |
wrkSpc: nur fuer TypCV, sonst NULL Zusatzparameter: f Typ_PT: (int)PointTyp see GR_Disp_dbo GR_Disp_ost
int UTO_copy_obj | ( | void * | objo, | |
int * | oSiz, | |||
void * | obji | |||
) |
see DB_store_obj UTRA_app_obj UTO_write_obj
int UTO_copy_tab | ( | void * | objo, | |
int * | oSiz, | |||
void * | obji | |||
) |
copy ObjGX-Table, recursive Input: obji ist der parentRecord; aber schon im objo-Bereich ! see also DB_store_obj
int UTO_copy_0 | ( | void * | objo, | |
int * | oSiz, | |||
void * | obji | |||
) |
int UTO_reloc_obj | ( | ObjGX * | oxi, | |
int | pDist | |||
) |
pDist = (char*)oldAdress - (char*)newAdress see also tess_reloc_f_ wrl_reloc__ TSU_store (reallokiert auch !)
int UTO_isol_llt | ( | void * | oo, | |
int * | oSiz, | |||
void * | oi | |||
) |
int UTO_isol_ll1 | ( | void * | oo, | |
int * | oSiz, | |||
void * | oi | |||
) |
resolv Link in oi. replace form und data in oi (oi is already copied) add new records into oo. Input: oi ein ObjGX-Record mit einem Link
int UTO_isol_l0 | ( | void * | objo, | |
int * | oSiz, | |||
void * | obji, | |||
int | oNr | |||
) |
int UTO_rec_set | ( | ObjGX * | oxo, | |
int | typ, | |||
int | form, | |||
int | siz, | |||
void * | dat | |||
) |
DO NOT USE - replaced with OGX_SET_OBJ
int UTO_isol__ | ( | void * | objo, | |
int * | oSiz, | |||
void * | obji | |||
) |
duplicate/isolate object isolate = kill links; change Typ_Index --> Typ_<struct> + Address die DatenAdressen (.data of structs) werden nicht veraendert. Input MUSS ein oGX sein !!! Input: obji (ObjGX*) oSiz size of objo; wird recursiv verkleinert ! Output: objo (ObjGX*) oSiz freier Restplatz in objo
int UTO_write_endRec | ( | void * | outSpc | ) |
UTO_write_endRec write end-record for tesselated data
int UTO_addRange | ( | MemTab * | oTab, | |
int | iTyp, | |||
long | ind, | |||
long | oNr | |||
) |
int UTO_queryRange | ( | MemTab(ObjRange)* | rTab, | |
int | typ, | |||
long | ind | |||
) |
UTO_queryRange query if typ/DB-ind is in ObjRange RetCod: 0 yes typ/ind is inside a range-obj; -1 no.
char TR_obj[OBJ_SIZ_MAX] [static] |