===================================================== Liste_Funktionen_Beginn: SUR_Disp_Sur temp. Display Surfaces UTO_ck_surfTyp returns surfSubTyp ((../ut/ut_obj.c) SUR_ck_typ get typ & index of supportSurf, nr of contours. SPU_ckMinSiz Kontur testen ob groesser als tol SUP_orient Orientieren der Konturen SUP_load_c alle Konturen laden SUP_addBound Tabelle aus 3D-Punkten aufbauen SUR_pt2_prjptsur project 3D-point on surface (get 2D-point) UT3D_ptvc_sus Point+Vector from SurStd (Normalvec auf Flaeche) ----------- Planar -------------------------- SUP_sup_ContTab make planar surf from ContTab SUP_ContTab_pTab make ContTab from points ----------- Conus -------------------------- UT3D_parscon_pt u/v-Parameter from 3D-conic-surfacePoint UT3D_pt_evparscon 3D-point <-- evaluate conic-surfaceParameters UT3D_pt_projptbcon project PT -> Conus UT3D_bcon_pt2rd2 Conus from 2 points + 2 radius ----------- Torus -------------------------- UT3D_parstor_pt u/v-Parameter from 3D-toric-surfacePoint UT3D_pt_evparstor 3D-point <-- evaluate toric-surfaceParameters UT3D_pt_projptbtor project PT -> Torus ----------- Sphere ------------------------- UT3D_parsph_pt u/v-Parameter from sphere UT3D_pt_evparsph 3D-point <-- evaluate spher-surfaceParameters UT3D_angsph_pt compute hor/vert angle of point on sphere Liste_Funktionen_Ende: ===================================================== - see also: ../ut/ut_srv.c (Revolved-Surface-Functions) ../ut/ut_sru.c (Ruled-Surface-Functions)
#include "../xa/MS_Def0.h"
#include <math.h>
#include <stdio.h>
#include <stdlib.h>
#include <string.h>
#include "../ut/ut_geo.h"
#include "../db/ut_DB.h"
#include "../gr/ut_UI.h"
Functions | |
int | SUR_pt2_prjptsur (Point *pt2o, Point *pt3i, ObjGX *oSur) |
int | SUP_sup_ContTab (void *oSpc, int *oSiz, Memspc *memSeg1, ContTab *cTab, int cNr) |
int | SUP_ContTab_pTab (ContTab *cTab, int pNr, Point *pTab, Vector *vcn) |
int | SUP_orient (Vector *vcz, ContTab *cTab, int cNr) |
int | SUP_load_c (ContTab *cTab, int *cNr, int cMax, Point *pTab, int pMax, ObjGX *oxi, int sTyp) |
int | SUP_addBound (ContTab *cTab, int *cNr, int cMax, Point *pTab, int pMax, ObjGX *oxi, double tol) |
int | SPU_ckMinSiz (int pNr, Point *pTab) |
int | UT3D_ptvc_sus (Point *pto, Vector *vco, Memspc *memSeg1, SurStd *sus) |
int | UT3D_parscon_pt (double *parU, double *parV, Point *pti, Mat_4x3 imat) |
int | UT3D_pt_evparscon (Point *pto, Conus *con, double parU, double parV, Mat_4x3 mat) |
int | UT3D_pt_projptbcon (Point *pto, Conus *co1, Point *pti) |
int | UT3D_bcon_pt2rd2 (Conus *co1, Point *pt1, Point *pt2, double rd1, double rd2) |
int | UT3D_parsph_pt (double *parU, double *parV, Point *pti, double rds, Mat_4x3 imat) |
int | UT3D_pt_evparsph (Point *pto, double rds, double parU, double parV, Mat_4x3 mat) |
int | UT3D_angsph_pt (double *as, int mode, Plane *pls, Point *pt1) |
int | UT3D_parstor_pt (double *parU, double *parV, Point *pti, Torus *tor, Mat_4x3 imat) |
int | UT3D_pt_evparstor (Point *pto, Torus *tor, double parU, double parV, Mat_4x3 mat) |
int | UT3D_pt_projptbtor (Point *pto, Torus *to1, Point *pti) |
int | SUR_ck_typ (int *suTyp, ObjGX **sSur, int *cNr, ObjGX *o1) |
================================================================ | |
int | SUR_Disp_Sur (ObjGX *o1, Memspc *wrkSpc, int att,...) |
================================================================ |
int SUP_load_c | ( | ContTab * | cTab, | |
int * | cNr, | |||
int | cMax, | |||
Point * | pTab, | |||
int | pMax, | |||
ObjGX * | oxi, | |||
int | sTyp | |||
) |
int SUP_addBound | ( | ContTab * | cTab, | |
int * | cNr, | |||
int | cMax, | |||
Point * | pTab, | |||
int | pMax, | |||
ObjGX * | oxi, | |||
double | tol | |||
) |
int SPU_ckMinSiz | ( | int | pNr, | |
Point * | pTab | |||
) |
================================================================
================================================================ SUR_ck_typ get typ & index of supportSurf, nr of contours. Output: suTyp Typ supportSurface: Typ_Error = Error Typ_SURPLN = Planar surf Typ_SURRV = Revolved Sur Typ_SURRU = Ruled Sur Typ_SURBSP = B_Spline Surf nurb (SBSP) sSur the ObjGX-Record of the supportSurface cNr Anzahl Konturen: 0=unbegrenzte Stuetzflaeche; 1=nur Aussenkontur; > 1 = Aussenkontur + (iCont-1) LochKonturen. RetCod: DB-Index of supportSurface.
================================================================
================================================================ wrkSpc unused !