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Catia二次开发源码分享: 对面进行颜色修改和添加属性

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2018-1-10 16:50:30 3234 1

admin 发表于 2018-1-10 16:48:55 |阅读模式

admin 楼主

2018-1-10 16:48:55

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Catia二次开发源码分享: 对面进行颜色修改和添加属性

7 t0 a) y# B8 @$ I5 y: `) M, e0 X$ Z! ^3 o- k+ q2 m- z $ [9 y1 H, p+ r% t( k8 n - o5 e; q- ~ Y4 U/ b5 y8 r 3 i$ }: Z$ w9 J$ c$ J! L[mw_shl_code=c,true]// 2 ~. i1 b+ W* `# J' P7 P5 v // 3- Loads the input document ) l2 d6 J9 b2 }5 Z$ v9 N+ J // ( `. _0 t; P- V1 X CATDocument *pDoc = NULL; . M! B* v9 l7 Z1 J. j! C% m3 f. X rc= CATDocumentServices::OpenDocument(iArgv[1], pDoc) ;/ l: d& ~- M) G) `+ ] , v* w* Y$ O& G+ Y if( FAILED(rc) ) j* P+ i9 [9 F) @3 K- E# z { ( D# u' J9 n: c F cout <<"Error in opening the document: " << iArgv[1] << endl ;# U) R0 M5 q2 \: ] p: \7 q' P return 1;( f' P4 c0 t9 Q f z B }6 \- f7 n8 n1 u; ^9 H cout <<" " << iArgv[1] << " is opened" << endl; * Z9 X# R3 n: t# ]8 {4 f2 C5 @5 j( B+ R0 k7 O6 _ CATInit *pDocAsInit = NULL;! d2 U! `6 ~4 v& `. P+ | rc= pDoc->QueryInterface(IID_CATInit, (void**)&pDocAsInit) ; $ {5 f/ W" W# G' p6 n u, \ if( FAILED(rc) ) 0 u3 s( E. m9 Y2 { { I6 M5 }# O* j" X- I! ] cout << "Error, the document does not implement CATInit"<< endl; " a) |, w# Z' H+ w% p; U return 1; 8 e4 Q/ d: ]' n } ; E) K9 x# l7 V0 g/ G 3 _5 G) z, d. n& H1 C( w //9 v2 D- L, B6 p8 q // 4- Gets root container of the document# ?5 c6 Q2 I- F7 Y" S" M9 ] // 9 k; z5 a4 n7 B* f( x CATIPrTContainer *pSpecContainer = NULL ;+ Z/ H3 ~& j; s' m2 V+ Z ? pSpecContainer = (CATIPrtContainer*)pDocAsInit->GetRootContainer("CATIPrtContainer");7 D# _; j# x9 J( M# B* T3 l * F P' U& G7 p0 z$ ]1 p' d pDocAsInit->Release(); 6 P2 f7 K8 G0 m8 Q4 d: t pDocAsInit = NULL ;" v& a6 |% a; ?3 I# s# M9 } * x5 u* d# E' z if( NULL == pSpecContainer )8 C6 J/ A' I6 M L" p, a { . e# B# L3 Q. ~/ o- }3 ~# e cout <<"Error, the root container is NULL" << endl;. N, }5 g5 N! w6 _ return 1; ! m6 @! ]7 R) u$ ^) r, ` } 5 V* H& D+ E* E+ s) T! P " @' J4 Z, l8 V* P. {. D' i4 d // 6 E' Z! w- r6 _2 b5 Q3 S! J" m // 5- Retrieves the MechanicalPart of the document C% L) o8 d, {* C" D1 ~ // j1 \& |# ] l, U! l CATIPrtPart_var spPart ( pSpecContainer->GetPart() );) W+ @: G* O( {" |: m) R% e" F if ( NULL_var == spPart )2 ]- ~( C; X/ z8 T {( @9 p3 c6 X& i7 } cout <<"Error, the MechanicalPart is NULL" << endl;" t: q5 \& h$ W& @ return 1;, x2 ?" H+ ^/ E% j5 n7 ^2 R }( `( e* X0 O/ k. r ! T) G: R- o" d0 B) f4 { T pSpecContainer->Release(); k6 o3 D# {( n2 ^1 c. j2 U- L pSpecContainer = NULL ;5 [% x1 H" c( j 0 g9 x+ i9 X- A6 {- }) x //3 N. |7 M* U7 D; M //6 - Retrieves BRepAccess of all faces ! Z7 p& f* k: G6 i$ J$ E // , o1 K7 | N' A1 @ 4 U2 c7 U, u+ U. X0 r }( r; b1 Y3 g+ H //6 - 1 Retrieving the feature holding the result of the main body9 w a( U( f, T //: T# T1 K/ A/ ^7 F# M# f //get the part % _, ~* k+ W y5 h+ s( ` CATBaseUnknown_var spMainPartBody ;+ S6 d2 r( }1 ~4 M7 g2 s2 C CATLISTV(CATBaseUnknown_var) ListResult ; # L& q- c; Y: h' o. B5 N( ?* B4 K* b0 s# j; V( X: V U CATIPartRequest_var spPartRequest = spPart ; 8 k w+ ~0 m, I2 J1 v, J if ( NULL_var == spPartRequest )# l: M& p) F) E. S0 P8 l {, p2 w+ e+ K- z cout <<"Error on CATIPartRequest" << endl;& K1 s8 E# u% g, v0 S& U return 1;! G& ?0 [0 o8 {: g; ~' ] } 3 D3 K( p5 m# `( S ' m Q7 `5 b2 W B //get the main tool 9 O1 y7 Y) s0 Q4 ] rc = spPartRequest->GetMainBody("",spMainPartBody); 5 ]" O9 m6 \" P7 Z. y Q9 m if ( FAILED(rc) || ( NULL_var == spMainPartBody) ) & T* K0 g4 Z6 m5 t$ } { # P6 R- i$ r2 M; ^" s. }; W$ e cout <<"Error with GetMainBody" << endl; f; I1 A4 A" W! q return 1; H+ x- m* E* n } 7 j8 X' b6 K0 G # O9 F& q- f' u- p //get its associated body- k$ r) x* a0 Y0 O CATIBodyRequest_var spMainPartBodyRequest = spMainPartBody;. |! X8 i v, T1 V" V' N if ( NULL_var == spMainPartBodyRequest )+ A3 q; ?6 y& j/ D8 [9 X g: U { e1 M* M% J9 t6 J- k cout <<"Error, spMainPartBodyRequest is NULL" << endl; ) C" C! a% o" d2 A4 E$ Q$ M return 1;) w6 R: k! D( s( c }8 L( j4 n3 j6 W1 i, a& ? 2 E1 \) w. h, |8 u6 o9 j8 w //Retrieves the feature holding the result of the main body 1 z, \( i0 J. L' j3 i8 h //It's the first element of the list returned by GetResults (CAA documentation)7 _4 n; Y5 D( U$ q d& d rc = spMainPartBodyRequest->GetResults( "", ListResult) ; - k/ S" g0 _+ }+ m8 Q' G, y' j! ] if (!SUCCEEDED(rc) || 0>= ListResult.Size())2 v7 k9 M; a# o, k! E' P* s {8 v. ?. w; z$ `% ~/ Y2 O cout <<"Error with GetResults" << endl;, n# a3 }$ R( u5 q6 C7 O- z return 1; / v3 h8 H( R7 F9 | } + ~( Q3 @- l! j2 p+ }* Q3 f * t" K0 D4 H: U, e$ l% t$ S2 p CATIGeometricalElement_var spFeatureResultGeomElem = ListResult[1]; ; a+ r0 t4 }0 i2 \ if ( NULL_var == spFeatureResultGeomElem )* d& _' M/ R+ ^+ [ V7 I1 e L {! X2 K. R8 m5 B; Q; B/ y) n cout <<"Error, spFeatureResultGeomElem is NULL" << endl;$ J: T3 V5 k K* Z( }) H1 q+ z return 1; / H2 V% k* G' L; J& P } i- j; ^2 E- X. T$ f% j3 _ 6 }+ A* l3 d0 Z. k, t //retrieves its shape: s2 Y# I1 v$ C2 c CATIShapeFeatureBody_var shapefeat = spFeatureResultGeomElem;) w7 G1 e0 @; F- Q+ [- W1 K if ( NULL_var == shapefeat ). z# H1 |" z! {* q2 h {( ^# T' o T- U# b9 H cout <<"Error, the Shape Feature is NULL" << endl; + f" }0 o) b( g- O- T/ u return 1;9 `5 P1 ^ v* s* N }5 k; U Z; V$ M! w" \" ` / P* R! H3 I! p3 i //retrieves the feature associated to the BodyOUT ; t0 u$ E* T* ^+ y0 c6 _ CATISpecObject_var FeatureSolid = shapefeat->GetResultOUT();+ b6 N k9 j+ w9 Y) r if ( NULL_var == FeatureSolid )8 p- M" B; o& a. V: a {. P: u2 Z$ R0 y' @ t cout <<"Error, the Feature Solid is NULL" << endl;; T4 N$ f% |# w! t1 \7 y4 Y9 z return 1;. i& V# e6 K- A* ]/ t8 k, A }4 m+ F. L3 w" c' U" q7 l" H* S 4 K. b: [$ H# j- G O/ | 3 P, `9 N6 B& i+ W$ J3 e //6 - 2 retrieving its associated geometry 2 E, P6 I, k% V+ T7 H3 O: K // 0 @$ K; ~4 R1 p- p$ L8 }+ `+ b& v. ?) t; b9 E CATIMfGeometryAccess_var geoAccess = FeatureSolid;3 |+ u0 X. v, M- |+ ~5 }5 z if (NULL_var == geoAccess)" @$ ^5 W$ U* Q {5 y9 |7 r ^8 l" k S+ K$ ]6 j cout <<"Error, the geometry access is NULL" << endl;' N( N. z5 h# i# @/ z8 b5 q8 r& w return 1; 6 G. y% A+ S' X8 f X' l* A } + I2 y/ U a) d# P& m# y# r " _- S& @# j* { c* p //6 - 3 retrieving BRepAccess from geometry: ]& C2 D2 M: @/ \7 J //2 K3 M7 k. H* n3 _6 X) L CATLISTV(CATBaseUnknown_var) breps;! E7 ^; i6 W( i8 D0 { int nbfaces = geoAccess -> GetBReps(breps);; I6 T3 u* x; H$ W4 X* A if (0 == nbfaces): v$ f, @$ Q7 j' \1 V {8 H) |7 F' M! t" E: E3 A cout<<"Error, there is no face associated to the geometry"<4 u. L3 ~) I, N- F3 D/ C5 E I# W return 1; 0 E& H. H) M+ x$ m( U6 _4 |7 A, F } 2 u( i, m& }7 k- A1 l; ^ # j, l3 W; c$ C) L. ?# n- y CATLISTP(CATIBRepAccess) ListBreps;7 H0 [9 k( _1 j% z# l CATIBRepAccess * Brep = NULL;5 V( t& G* W& l4 k" B CATBaseUnknown * Unk = NULL;3 m1 S- P% A$ M! O4 z ) u3 p% ]) o8 l' v; d* M& d6 n int compt = 1;4 V) N# s8 ], _$ l for(; compt <= nbfaces; compt++) $ s; S- \" @% x% w, w {$ T; F) P. ~6 }+ Q4 Q, r9 c Unk = breps[compt];4 E2 q' u) D: A, c" {! H4 V Brep = (CATIBRepAccess * )Unk;" \( w U( ?3 u, |% B9 j b1 I. ] if (NULL != Brep)/ h! ^) Q6 i8 h { $ k, m" C" |: _) ?/ R2 @ Brep->AddRef(); 9 J2 Q6 b7 V9 _+ |( K9 b# f ListBreps.Append(Brep);" b; P' i5 @' d }3 T2 M, w' O, h# g; m7 R. b } 3 l- N( V5 G% B& \+ G D breps.RemoveAll(); ) g5 B7 G. \; X& I" L. n nbfaces = ListBreps.Size(); ; g5 r" i# S2 z) o! u8 Y if (0 == nbfaces) 2 b5 p& V8 z- w) }: U* F { * e4 k$ H8 S$ E/ a7 V# y b cout<<"Error, there is no face in the BRepAccess List"<# d; j( t5 @+ M5 i. r# ~ return 1; 2 A. p1 p7 n. r( c } # {! X# G# i' T3 O0 x% z" ` else+ y0 [( k) Q& W9 k* o9 x { ( c# e6 X9 r( l( q1 T* Q1 ~ cout<<"There is(are) "<( M p' d0 X6 i% [1 @) G5 j6 e( E }7 K6 B# O2 W& f4 Y' I* [. l- q+ s [/mw_shl_code]
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admin 发表于 2018-1-10 16:50:30

admin 沙发

2018-1-10 16:50:30

[mw_shl_code=c,true]4 ^1 l! ?/ o& P8 s6 `
  //3 e/ ~: j/ k1 v* z0 w
  //7 - retrieving and displaying current faces colors, g5 _! ~) z5 b# K7 W9 S* p
  //
7 K" g: `5 H2 V2 a6 x7 k/ ]  cout<<"--------------------------"<<endl;, _# ?2 {, c; L' r* s
  cout<<"Retrieving current colors"<<endl;
; y( ^& q+ n$ J* f0 y7 Z6 i  CATListOfInt retrieveRed,retrieveGreen,retrieveBlue;
; d, F9 H3 d7 u8 E/ l   
" Z. ~+ U) V0 r- I9 j9 L) d  rc = CATMmrApplicativeAttributes::GetColorsOnFaces( ListBreps, retrieveRed,retrieveGreen,retrieveBlue);: J) v) s! r* M- }5 g
  if (E_FAIL == rc )8 J( f6 o9 ]' K* I2 p8 y' t( m
  {; _$ K3 K' J# q' |9 d8 p: S2 n" k
    cout<<"Error, an error occured while retrieving current part colors"<<endl;: N, J6 ^* T$ }  \, f
    return 1;: s. k. h6 A7 S) X6 B
  }$ j6 v8 y) c7 P
0 ], H' E- g# f; O# }( }7 V) S% z: o
  for (compt =1;compt<=nbfaces;compt++)
: J( c: U+ V" [, A) C  {
, u' e- b% z4 R5 U    cout<<"for the "<<compt<<" face, associated color components are : R "<<retrieveRed[compt]<<" G "<<retrieveGreen[compt]<<" B "<<retrieveBlue[compt]<<endl;
' a7 F  ~6 t" q% Y6 q' w- d  }
% I) Q* S" n0 A6 ~: c3 y4 D6 E" S: e2 K+ l1 w( {, Q3 J
  //2 M7 V; B9 B9 L% z- R8 s; T/ G
  //8 - Setting a new Color on all faces
" q6 A) F* D7 d  //, p  b0 F9 m3 K5 D

- R8 ]& I1 @, \8 N. B7 B  //we are to color the faces with different color according their position : three by three will have the same color
6 `, P, K1 U+ o$ r0 X  cout<<"--------------------------"<<endl;2 _5 u4 u: j" }  s; p: C! l
  cout<<"Setting new colors"<<endl;
# l6 v$ o2 F3 W% t  F+ H- z  4 ~2 U# R4 v: Z
  CATListOfInt newRed,newGreen,newBlue,FailedIndex;1 @. i, j) \" n/ i
  int x=0;) e! Z& o$ I1 M
  for (compt = 1;compt<= nbfaces;compt++)- s+ v, I# p' m
  {
) R% l) t0 i0 `    x = compt%3;5 d* K0 a( f& @- L6 }% t
    int red(0),green(0),blue(0);% K2 U# P( `+ X' w1 M
    if (1 == x)8 y4 `3 h3 k  w; o+ C
      red = 255;& B2 `. Z0 `5 ^! Z1 O
    if (2 == x); f* t3 r1 Y: D
      green = 255;
$ j' G# A' _2 B# L& K    if (0 == x): o6 k' A# q8 H; `
      blue = 255;' y/ A, j0 j! h  P, F7 ^
    newRed.Append(red);
* @) F6 }8 o! _0 {    newGreen.Append(green);
. k3 j: o! K* N0 g- f    newBlue.Append (blue);
2 s, W6 Y! _9 ?0 A) L: E) p$ `6 f) X    cout<<"Setting R "<<red<<" G "<<green<<" B "<<blue<<" on the "<<compt<<" face"<<endl;
$ B, ~  w& p& f  }
7 A" g  ^$ {* y' q# f( G+ Y2 x$ Q& T# ^
  rc = CATMmrApplicativeAttributes::SetColorsOnFaces(ListBreps,newRed,newGreen,newBlue,FailedIndex);
1 X6 X) w$ b- j7 D% Q' X  if (E_FAIL == rc)
7 D4 N+ W$ r# C* y2 h9 z; \  {0 f0 h; m7 I5 O# L7 X
    cout<<"Error, setting new color on faces failed for all faces"<<endl;
+ p) e, H  p1 b" w    return 1;1 K% b7 k5 U) A5 P4 a
  }
+ [" P2 d. W: _3 L  else if (S_FALSE == rc )
* h2 P, f8 V. Q  {
: n* W7 m( q: D3 J& u2 |2 g    int nberrors = FailedIndex.Size();0 y$ L9 t3 i2 M% M0 l
    cout<<"Error, setting new color on faces fails for faces :";" L. k' ^! j: E8 R2 w4 o; _' [6 O
    for (compt = 1;compt<= FailedIndex.Size(); compt++)
1 Y6 u; {3 T1 a3 @6 U  C$ W1 l0 M    {! }( R. t( Q# y8 o1 F. J" M/ i% x
      cout<<" "<<FailedIndex[compt];  [# W' ?; o, k: m+ W% ?* N1 P
    }# V: M' Q$ D/ Z9 ~9 X
    cout<<endl;
; n+ N+ u5 Y. Z; _  }
, N- ]0 n% K% H& D4 z; l2 G  else
& X! S8 C8 K  J    cout<<"Colors successfully set on every faces"<<endl;
+ F) S& [" K( m7 w- d% F- [  //
9 c( W2 d1 a# I" ^7 a; W+ I9 n, T  //9 - retrieving colors we have just set9 I5 _3 E$ Y& t+ o. j
  //
: J* O5 r# ?# L+ M* a  cout<<"--------------------------"<<endl;' l* Q# S9 P$ [3 u
  cout<<"Retrieving new colors"<<endl;
3 E9 \# B4 Y6 S: v, k  rc = CATMmrApplicativeAttributes::GetColorsOnFaces( ListBreps, retrieveRed,retrieveGreen,retrieveBlue);
* r8 D$ }0 I6 Y9 a  if (E_FAIL == rc )% r% j4 @' x6 {6 O! P
  {
* G3 p+ U4 n# [* l% \    cout<<"Error, an error occured while retrieving current part colors"<<endl;
/ B# {! }/ D# G; w8 t2 d5 D& \# t    return 1;  a) J% E& p0 {5 F" F
  }
! D& G6 s1 }% R# z
* E2 v/ P* s% ^+ P  for (compt =1;compt<=nbfaces;compt++)
  L& ]3 g( k( I/ ~# f2 o7 @8 f6 f& g4 b  {
  v& J8 b' `# w3 Y3 f: D  I. a    cout<<"for the "<<compt<<" face, associated color components are : R "<<retrieveRed[compt]<<" G "<<retrieveGreen[compt]<<" B "<<retrieveBlue[compt]<<endl;
! `3 U+ M5 w0 y2 r- I, \$ E6 o7 z0 d  }
/ L6 m# x: E9 j
  _: ~9 ]8 n7 O! N/ D; W  //
3 B3 h; G! s+ V+ J: c  ^# z  //10 - Setting Applicative Attributes' ?6 @! O5 @, C% ~% l% H6 ~
  //
0 \% c& R. E( @% H1 m* c6 O1 i* a3 B
  //
% f1 K' c$ Z. L2 |8 v  //10 - 1 creating new attributes # r6 }5 T7 k1 _& G; ?6 j- h  v
  cout<<"--------------------------"<<endl;
5 l- E  B* g! g0 ?, y8 g7 B  cout<<"Creating applicative attributes for different faces"<<endl;
% P/ D2 _  V0 K" b  CATListOfCATUnicodeString **AttrNameListToSet = new CATListOfCATUnicodeString*[nbfaces];
7 T  I) H- n+ ^5 e+ _8 y+ g& q& ]        CATCkeListOfParm *AttrValueListToSet = new CATCkeListOfParm[nbfaces];! y3 P0 @. c+ V% Y" @4 ~7 \7 }* ^
  CATICkeParmFactory_var factory = CATCkeGlobalFunctions::GetVolatileFactory();3 b0 z! N/ e# Q$ Y" _8 M' v
  for (compt = 1;compt<= nbfaces;compt++)
1 M" Z! \  M4 q4 [8 G( h0 c  {
( p/ t) \# I+ w/ w$ ?2 O7 O5 p0 ^    cout<<"Creating ";; @  K/ G: K( _9 o3 s
    x = compt%3;  x1 E2 W$ |' `7 n& ], k! `* w
    //for each face we create a new list of apllicative attributes
9 {+ D  c$ j9 c    //an applicative attribute is made of a Name and a value
; U, ?2 n; ^2 S# B" R% @7 f: Z2 E5 i: J    if (1 == x); P! ^2 h, q, }7 F4 @2 j/ t
    {+ u$ R8 }( x$ d" L2 K
      AttrNameListToSet [compt-1] = new CATListOfCATUnicodeString (3);! l1 q# @2 z  n% ^# J  K- g: q
      AttrValueListToSet[compt-1]   = new CATLISTV(CATBaseUnknown_var)(3);' R' q3 c$ r- r5 m: y3 p7 A( M" R$ C
! V4 Q( f4 b/ G' R+ ~: A# C! B. u% i
      //The first attribute will be the number of the face
/ k7 C: K7 p( f# G( z" a: w' R1 B      AttrNameListToSet [compt-1]->Append("FACE_NUMBER");5 Q8 o0 d2 p) W' M: L/ N7 P
      CATICkeParm_var tempcke1 = factory -> CreateInteger ("FACE_NUMBER",compt);
  s& ]" l" ]- r" }      AttrValueListToSet[compt-1]->Append(tempcke1);
4 [9 v* h1 O: H5 f) m2 @& @0 A      . [0 a; c: W  v1 ^) V
      cout<<" FACE_NUMBER with value "<<compt;
2 F) s! @% z, M) ~" d% q0 _$ e
- m8 _2 A& |6 `6 \9 S" z      //the second will be the color
- J5 C0 {) `- X      AttrNameListToSet [compt-1]->Append("COLOR");: d' X9 W. ^+ D" s& C
      CATICkeParm_var tempcke2 = factory -> CreateString ("COLOR","Red");9 u. j! ^  S( i1 V! |2 \5 G
      AttrValueListToSet[compt-1]->Append(tempcke2);! I/ @9 V$ k( {# Z
      : M0 P4 `" i" J( w! |
      cout<<" COLOR with value Red";
: M$ Q2 \! ?- X3 A      
3 \5 e: k5 u* p      //the third is x# I$ D* ]4 G& }1 v. w$ n
      AttrNameListToSet [compt-1]->Append("X");8 P5 K) V  [0 g& `1 S3 |# t
      CATICkeParm_var tempcke3 = factory -> CreateReal ("X",x);' p. [1 b! @- n5 v$ c
      AttrValueListToSet[compt-1]->Append(tempcke3);0 m$ U% P0 C7 T. P" X' I
      ; D1 y* M/ [  H
      cout<<" X with value "<<x;& L, i, t  g$ w( ]
      cout<<" for face nb "<<compt<<endl;5 ~6 B, P* r' O2 c2 l
    }# J" r8 W) X+ _9 ?/ z
    else $ b" g$ d( K; f* @7 W3 Z2 B
    //just to show you you can have different size of list2 z% T* ~8 W7 |
    {
6 ^6 F1 E. ~1 }' O. R( b      AttrNameListToSet [compt-1] = new CATListOfCATUnicodeString (2);
: }1 [. o, {! O) d      AttrValueListToSet[compt-1]   = new CATLISTV(CATBaseUnknown_var)(2);. k2 l% y& X" C; m( i$ z& w/ h
9 z! y1 o4 h! D. |$ V2 J
      //The first attribute will be the number of the face4 J% p0 ~8 ~) s' J) |. g" U$ D; x- y5 M
      AttrNameListToSet [compt-1]->Append("FACE_NUMBER");0 A  r5 `. P# Z! Y
      CATICkeParm_var tempcke1 = factory -> CreateInteger ("FACE_NUMBER",compt);) K0 m6 c8 K, c0 X/ m
      AttrValueListToSet[compt-1]->Append(tempcke1);9 @0 ?, Z9 X7 i$ C5 M3 X. z
5 B8 U* V, Y& m, K9 b
      cout<<" FACE_NUMBER with value "<<compt; 6 U: j  h2 w  b6 E0 z, g

: L9 K7 J# j9 e" e) z& F9 J" F% |      //the second will be the color; f8 [- u7 c8 B! }  i( A
      AttrNameListToSet [compt-1]->Append("COLOR");; ^6 A" k1 ]2 {
      if (2 == x)& \* Z( }; b- p
      {
3 Y& D5 }  {' t* b4 N        CATICkeParm_var tempcke2 = factory -> CreateString ("COLOR","Green");7 ~! T) J: Z3 k  p7 ?0 n6 P
        AttrValueListToSet[compt-1]->Append(tempcke2);# o% @+ _. d9 Q
        5 @$ Q' m% W, c0 E/ ^/ s1 e: V
        cout<<" COLOR with value Green";+ n4 w2 f$ S- X& m$ j
      }
  G& z) {! u. c4 Y  w1 S      if (0 == x)# K$ z: M2 o+ p4 [( A
      {
$ m  ]. V/ ]+ ~$ {        CATICkeParm_var tempcke2 = factory -> CreateString ("COLOR","Blue");
0 i# i/ f; g5 P- K/ m# b        AttrValueListToSet[compt-1]->Append(tempcke2);1 h! r' A0 O- r3 N" H; A
        . ^/ u* y3 [  |3 o2 W7 z
        cout<<" COLOR with value Blue";
. Q" B% q" s2 ^/ W) h      }
0 s% o9 B1 z( U1 P/ w, L( |5 Y+ _
5 v" q0 r6 E( {2 C/ e      cout<<" on face nb "<<compt<<endl;
! Z: [$ g0 A4 r+ ^! Y
9 F$ K$ x) a5 C' `2 U    }" i4 k# o; e3 ]/ ~) T* m  Q. g5 i
  }) v& @) O5 g9 }3 B  C4 r, R6 o
' t$ {# [3 T+ u7 H$ E2 k) r9 {
  //10 - 2 Setting the applicative attributes
) O' B# Z' E. D. E  cout<<endl<<"Setting applicative attributes on different faces"<<endl;' B" X+ j  a# T3 s2 v8 r
  FailedIndex.RemoveAll();  ^% P8 g0 O% x" r: ~, A& E
  rc=CATMmrApplicativeAttributes::SetAttributesOnFaces(ListBreps, AttrNameListToSet,AttrValueListToSet,FailedIndex);
) j9 |& T" X# P3 Z  if (E_FAIL == rc)
1 }- ?+ H7 R; U! n2 O4 h  {$ v- N& F; @# ]
    cout<<"Error, we failed to set applicative attributes on all faces"<<endl;- h( h% A/ ?' Z7 K9 A2 O2 _, W/ j
  }( z2 ]3 K$ c" n/ v
  else if (S_FALSE == rc), z# w5 {- r  c5 g% A7 v
  {8 N, d. u/ m4 P6 f7 D4 D8 n
    int nberrors = FailedIndex.Size();; o! F- S! l3 ^
    cout<<"Error, setting applicative attriutes on faces fails for faces :";
( b- E& J" a* y- m. \    for (compt = 1;compt<= FailedIndex.Size(); compt++)7 p4 J6 p5 o0 m6 F$ H
    {
! N3 K0 I! G' \) c      cout<<" "<<FailedIndex[compt];% _% `* m) Z( B% S* [  ?1 X5 K
    }
8 b# e  e  ^! k- Y$ f0 P    cout<<endl;
# [, Z- d4 _$ K6 x# j0 |# P4 L  }" v$ H+ V& ^* r
  else: D8 `6 v4 {3 z5 k" [. }8 C3 M
  {
9 S# x1 S& E7 P7 ]/ i    cout<<"Applicative attributes successfully set"<<endl;
& C# N3 K" q  V- L0 \* B. C  }
9 f* j# `5 Y9 E5 B. C: F# e) f# o4 U  o# Q% l6 E  \+ C
  //10 - 3 cleaning, |8 B2 {2 u- C
  for  (compt=1; compt<=nbfaces;compt++)  _5 T1 N* J6 ^5 E- K
        {
0 j# }# k! Z$ \& E- W1 f0 v                AttrNameListToSet[compt-1]->RemoveAll(); delete AttrNameListToSet[compt-1];  AttrNameListToSet[compt-1] = NULL;6 e: K' I7 h- U1 }' F5 H
                AttrValueListToSet[compt-1]->RemoveAll();delete AttrValueListToSet[compt-1]; AttrValueListToSet[compt-1] = NULL;8 t) u  N4 s: _" b. ~
        }
) }+ \4 @2 @2 w3 Y. ^/ F$ f
1 w& K3 o* C6 q& M3 u        delete [] AttrNameListToSet; AttrNameListToSet = NULL;
8 w! l1 [2 N0 s% U3 x        delete [] AttrValueListToSet;AttrValueListToSet = NULL;7 M6 S  a  J! H, j" N
( l  B7 Z( ~4 n* W
  //
/ N1 j: r7 B% I6 O5 q9 K2 w  //11 - Retrieving the applicative attributes we have just set
; {3 l/ @% a* U. g  //+ z- j. q& c4 Z8 a9 f! `
  cout<<"--------------------------"<<endl;
0 L0 A7 ?7 v1 u  c7 |  cout<<"Getting applicative attributes on faces"<<endl;& T% P7 r. O/ h+ |' d4 c7 v
  //
( E" E8 e+ {- o% q3 e  //11 - 1 Getting attributes
( ^7 g7 I0 }/ x  CATListOfCATUnicodeString * AttributNameList = new CATListOfCATUnicodeString[nbfaces];4 `" P- w. u' e. B# v
  CATCkeListOfParm  AttrValList = new CATListValCATBaseUnknown_var[nbfaces];0 S0 b+ x9 X: o% f; {. d
  rc = CATMmrApplicativeAttributes::GetAttributesOnFaces(ListBreps, AttributNameList, AttrValList );
7 b6 ]- g# m% s; j  if (SUCCEEDED(rc))2 g1 A% B3 a: g6 B3 G0 J
  {9 m6 E& |( D" e9 e( A
    CATListOfCATUnicodeString templiststring;- {3 P! n/ l+ m5 B$ C4 g7 ^
    CATListValCATBaseUnknown_var tempCke;
5 J8 |" L" l( J, ^1 T8 I8 e1 m    for (compt=1;compt<=nbfaces;compt++)
9 B; m- `; Z3 a8 s* f) G7 p5 [    {& ?0 c1 X5 v4 C# {
      //retrieve a list a position k (arrays start at position zero).
+ c; c! N/ a' B, Z  J4 \& ~      templiststring =  (AttributNameList)[compt-1];9 Y; ~: \4 V' f% [' R, e% q
      tempCke = (AttrValList)[compt-1];. Z% h9 r3 y2 [" a/ D* E7 d
9 n4 u; o  w0 O, P1 w
      int nbAttributes = templiststring.Size();
9 V7 e! Z! F* n- ?' x5 t2 e$ G9 s      int nbValues     = tempCke.Size();, T3 L  S5 ^6 S: Z
/ M; W7 z) b: \- K1 X* {
      //the list must have the same size! If not, we jump to the next face
* y0 z5 _" M$ X6 l5 e/ P      if (nbAttributes != nbValues)
5 W. N* K* g7 C1 B5 [) g9 B# [      {3 P% w& G! }1 ?  h7 e( C; `$ K8 F: A
        cout<<"Error on face "<<compt<<" : nbAttributes and nbValues are different"<<endl;! T4 r. |3 Z) E3 D
        continue;
, C8 ]- u- r% ^* U" Q      }/ \0 a: p3 h( o; v4 ~' E; x
      else0 w  O! `7 {1 N" O' P4 |
      {4 N# H5 H2 K8 ]4 m
        cout<<"For face "<<compt<<" there is(are) "<<nbAttributes<<" attribute(s) that is(are) : "<<endl;
. X1 U$ P4 h8 i- h9 |7 c% P5 T, f      }
( N& w% |) i+ H; Z8 M      for (int i=1;i<=nbAttributes;i++)( b; F( I' i/ q8 t
      {  g/ X  G7 {8 n" }
        cout<<"    - "<<templiststring.ConvertToChar()<<" = "<<((CATICkeParm_var)( tempCke ))->Content().ConvertToChar()<<endl;
( w4 n! Z3 z# m      }
+ ^, H) k8 ~% n$ I. f4 q( g7 d1 g1 h      templiststring.RemoveAll();
8 ?" e! x1 y; x+ e1 x/ e      tempCke.RemoveAll();1 Q4 e1 W: k2 F( z# V$ C% x
: i: ^& Q0 _0 v
    }8 H8 e2 t" ]: d0 l) @1 I0 w, i
  }+ x* g+ s+ ?: X1 J3 e7 B+ m# m
  else if (E_FAIL == rc)
# I9 {/ J+ O' s! O$ q  {
9 K- N+ G' K$ u  |/ N9 ^; A, @: j    cout<<"Error, applicative attributes couldn't be retrieved"<<endl;; R8 x( `/ t! |! ?" g" |
    return 1;. Q% s- o2 c& G" `
  }2 V, G- C3 @! r# [# n
  //
* Y& P" ^. j/ F: }+ v  //11 - 2 Cleaning List:
; L$ ]8 U0 S* F1 {5 q9 b5 J  int i = 0;
! I! `. X2 [5 H  m' |: ]  for  (i=0; i < nbfaces;i++)+ v% E. b* M4 O
  {, ~+ F7 I: N1 \/ o! ~% m9 H7 `
    AttributNameList.RemoveAll();0 \, x. O1 v( I0 Z
    AttrValList.RemoveAll();3 j# X+ z4 K3 m, V" B/ ?
  }
' A6 ^0 h( {( y2 k; N% o  delete [] AttributNameList;        AttributNameList = NULL;0 {" T  P, }( Y7 w3 E) D
  delete [] AttrValList;            AttrValList = NULL;' A( I* |! p7 r4 J1 H9 B: p
& k+ Y* y! [5 L4 r8 M
  for (i = 1;i<= nbfaces;i++)6 _7 u) x. a9 h
  {& z  _$ Z5 _* L8 s+ w8 S% O2 J- p
    Brep = ListBreps ;& z2 n4 V7 r" d4 U0 L2 h4 e+ e
    if (NULL != Brep)
: G0 H' W5 ?5 k    {  k( S  F: j+ G& o% n3 E" l
      Brep->Release();/ ?" j6 ^2 z% g$ F0 r! Y( G: i5 \
    }
, L+ b: d! \: s  }
' l8 V- @: c0 G9 R( e! `  ListBreps.RemoveAll();[/mw_shl_code]
% d/ C' J: H& T( C. m" K. G' Q3 H* z
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