Catia二次开发源码分享：对面进行颜色修改和添加属性

admin · 发表于 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

[mw_shl_code=c,true]// // 3- Loads the input document // CATDocument *pDoc = NULL; rc= CATDocumentServices::OpenDocument(iArgv[1], pDoc) ; if( FAILED(rc) ) { cout <<"Error in opening the document: " << iArgv[1] << endl ; return 1; } cout <<" " << iArgv[1] << " is opened" << endl; CATInit *pDocAsInit = NULL; rc= pDoc->QueryInterface(IID_CATInit, (void**)&pDocAsInit) ; if( FAILED(rc) ) { cout << "Error, the document does not implement CATInit"<< endl; return 1; } // // 4- Gets root container of the document // CATIPrTContainer *pSpecContainer = NULL ; pSpecContainer = (CATIPrtContainer*)pDocAsInit->GetRootContainer("CATIPrtContainer"); pDocAsInit->Release(); pDocAsInit = NULL ; if( NULL == pSpecContainer ) { cout <<"Error, the root container is NULL" << endl; return 1; } // // 5- Retrieves the MechanicalPart of the document // CATIPrtPart_var spPart ( pSpecContainer->GetPart() ); if ( NULL_var == spPart ) { cout <<"Error, the MechanicalPart is NULL" << endl; return 1; } pSpecContainer->Release(); pSpecContainer = NULL ; // //6 - Retrieves BRepAccess of all faces // //6 - 1 Retrieving the feature holding the result of the main body // //get the part CATBaseUnknown_var spMainPartBody ; CATLISTV(CATBaseUnknown_var) ListResult ; CATIPartRequest_var spPartRequest = spPart ; if ( NULL_var == spPartRequest ) { cout <<"Error on CATIPartRequest" << endl; return 1; } //get the main tool rc = spPartRequest->GetMainBody("",spMainPartBody); if ( FAILED(rc) || ( NULL_var == spMainPartBody) ) { cout <<"Error with GetMainBody" << endl; return 1; } //get its associated body CATIBodyRequest_var spMainPartBodyRequest = spMainPartBody; if ( NULL_var == spMainPartBodyRequest ) { cout <<"Error, spMainPartBodyRequest is NULL" << endl; return 1; } //Retrieves the feature holding the result of the main body //It's the first element of the list returned by GetResults (CAA documentation) rc = spMainPartBodyRequest->GetResults( "", ListResult) ; if (!SUCCEEDED(rc) || 0>= ListResult.Size()) { cout <<"Error with GetResults" << endl; return 1; } CATIGeometricalElement_var spFeatureResultGeomElem = ListResult[1]; if ( NULL_var == spFeatureResultGeomElem ) { cout <<"Error, spFeatureResultGeomElem is NULL" << endl; return 1; } //retrieves its shape CATIShapeFeatureBody_var shapefeat = spFeatureResultGeomElem; if ( NULL_var == shapefeat ) { cout <<"Error, the Shape Feature is NULL" << endl; return 1; } //retrieves the feature associated to the BodyOUT CATISpecObject_var FeatureSolid = shapefeat->GetResultOUT(); if ( NULL_var == FeatureSolid ) { cout <<"Error, the Feature Solid is NULL" << endl; return 1; } //6 - 2 retrieving its associated geometry // CATIMfGeometryAccess_var geoAccess = FeatureSolid; if (NULL_var == geoAccess) { cout <<"Error, the geometry access is NULL" << endl; return 1; } //6 - 3 retrieving BRepAccess from geometry // CATLISTV(CATBaseUnknown_var) breps; int nbfaces = geoAccess -> GetBReps(breps); if (0 == nbfaces) { cout<<"Error, there is no face associated to the geometry"<

admin · 发表于 2018-1-10 16:50:30

[mw_shl_code=c,true]
  //
  //7 - retrieving and displaying current faces colors
  //
  cout<<"--------------------------"<<endl;
  cout<<"Retrieving current colors"<<endl;
  CATListOfInt retrieveRed,retrieveGreen,retrieveBlue;

  rc = CATMmrApplicativeAttributes::GetColorsOnFaces( ListBreps, retrieveRed,retrieveGreen,retrieveBlue);
  if (E_FAIL == rc )
  {
cout<<"Error, an error occured while retrieving current part colors"<<endl;
return 1;
  }

  for (compt =1;compt<=nbfaces;compt++)
  {
cout<<"for the "<<compt<<" face, associated color components are : R "<<retrieveRed[compt]<<" G "<<retrieveGreen[compt]<<" B "<<retrieveBlue[compt]<<endl;
  }

  //
  //8 - Setting a new Color on all faces
  //

  //we are to color the faces with different color according their position : three by three will have the same color
  cout<<"--------------------------"<<endl;
  cout<<"Setting new colors"<<endl;

  CATListOfInt newRed,newGreen,newBlue,FailedIndex;
  int x=0;
  for (compt = 1;compt<= nbfaces;compt++)
  {
x = compt%3;
int red(0),green(0),blue(0);
if (1 == x)
   red = 255;
if (2 == x)
   green = 255;
if (0 == x)
   blue = 255;
newRed.Append(red);
newGreen.Append(green);
newBlue.Append (blue);
cout<<"Setting R "<<red<<" G "<<green<<" B "<<blue<<" on the "<<compt<<" face"<<endl;
  }

  rc = CATMmrApplicativeAttributes::SetColorsOnFaces(ListBreps,newRed,newGreen,newBlue,FailedIndex);
  if (E_FAIL == rc)
  {
cout<<"Error, setting new color on faces failed for all faces"<<endl;
return 1;
  }
  else if (S_FALSE == rc )
  {
int nberrors = FailedIndex.Size();
cout<<"Error, setting new color on faces fails for faces :";
for (compt = 1;compt<= FailedIndex.Size(); compt++)
{
   cout<<" "<<FailedIndex[compt];
}
cout<<endl;
  }
  else
cout<<"Colors successfully set on every faces"<<endl;
  //
  //9 - retrieving colors we have just set
  //
  cout<<"--------------------------"<<endl;
  cout<<"Retrieving new colors"<<endl;
  rc = CATMmrApplicativeAttributes::GetColorsOnFaces( ListBreps, retrieveRed,retrieveGreen,retrieveBlue);
  if (E_FAIL == rc )
  {
cout<<"Error, an error occured while retrieving current part colors"<<endl;
return 1;
  }

  for (compt =1;compt<=nbfaces;compt++)
  {
cout<<"for the "<<compt<<" face, associated color components are : R "<<retrieveRed[compt]<<" G "<<retrieveGreen[compt]<<" B "<<retrieveBlue[compt]<<endl;
  }

  //
  //10 - Setting Applicative Attributes
  //

  //
  //10 - 1 creating new attributes
  cout<<"--------------------------"<<endl;
  cout<<"Creating applicative attributes for different faces"<<endl;
  CATListOfCATUnicodeString **AttrNameListToSet = new CATListOfCATUnicodeString*[nbfaces];
CATCkeListOfParm *AttrValueListToSet = new CATCkeListOfParm[nbfaces];
  CATICkeParmFactory_var factory = CATCkeGlobalFunctions::GetVolatileFactory();
  for (compt = 1;compt<= nbfaces;compt++)
  {
cout<<"Creating ";
x = compt%3;
//for each face we create a new list of apllicative attributes
//an applicative attribute is made of a Name and a value
if (1 == x)
{
   AttrNameListToSet [compt-1] = new CATListOfCATUnicodeString (3);
   AttrValueListToSet[compt-1] = new CATLISTV(CATBaseUnknown_var)(3);

   //The first attribute will be the number of the face
   AttrNameListToSet [compt-1]->Append("FACE_NUMBER");
   CATICkeParm_var tempcke1 = factory -> CreateInteger ("FACE_NUMBER",compt);
   AttrValueListToSet[compt-1]->Append(tempcke1);

   cout<<" FACE_NUMBER with value "<<compt;

   //the second will be the color
   AttrNameListToSet [compt-1]->Append("COLOR");
   CATICkeParm_var tempcke2 = factory -> CreateString ("COLOR","Red");
   AttrValueListToSet[compt-1]->Append(tempcke2);

   cout<<" COLOR with value Red";

   //the third is x
   AttrNameListToSet [compt-1]->Append("X");
   CATICkeParm_var tempcke3 = factory -> CreateReal ("X",x);
   AttrValueListToSet[compt-1]->Append(tempcke3);

   cout<<" X with value "<<x;
   cout<<" for face nb "<<compt<<endl;
}
else
//just to show you you can have different size of list
{
   AttrNameListToSet [compt-1] = new CATListOfCATUnicodeString (2);
   AttrValueListToSet[compt-1] = new CATLISTV(CATBaseUnknown_var)(2);

   //The first attribute will be the number of the face
   AttrNameListToSet [compt-1]->Append("FACE_NUMBER");
   CATICkeParm_var tempcke1 = factory -> CreateInteger ("FACE_NUMBER",compt);
   AttrValueListToSet[compt-1]->Append(tempcke1);

   cout<<" FACE_NUMBER with value "<<compt;

   //the second will be the color
   AttrNameListToSet [compt-1]->Append("COLOR");
   if (2 == x)
   {
      CATICkeParm_var tempcke2 = factory -> CreateString ("COLOR","Green");
      AttrValueListToSet[compt-1]->Append(tempcke2);

      cout<<" COLOR with value Green";
   }
   if (0 == x)
   {
      CATICkeParm_var tempcke2 = factory -> CreateString ("COLOR","Blue");
      AttrValueListToSet[compt-1]->Append(tempcke2);

      cout<<" COLOR with value Blue";
   }

   cout<<" on face nb "<<compt<<endl;

}
  }

  //10 - 2 Setting the applicative attributes
  cout<<endl<<"Setting applicative attributes on different faces"<<endl;
  FailedIndex.RemoveAll();
  rc=CATMmrApplicativeAttributes::SetAttributesOnFaces(ListBreps, AttrNameListToSet,AttrValueListToSet,FailedIndex);
  if (E_FAIL == rc)
  {
cout<<"Error, we failed to set applicative attributes on all faces"<<endl;
  }
  else if (S_FALSE == rc)
  {
int nberrors = FailedIndex.Size();
cout<<"Error, setting applicative attriutes on faces fails for faces :";
for (compt = 1;compt<= FailedIndex.Size(); compt++)
{
   cout<<" "<<FailedIndex[compt];
}
cout<<endl;
  }
  else
  {
cout<<"Applicative attributes successfully set"<<endl;
  }

  //10 - 3 cleaning
  for  (compt=1; compt<=nbfaces;compt++)
{
AttrNameListToSet[compt-1]->RemoveAll(); delete AttrNameListToSet[compt-1];  AttrNameListToSet[compt-1] = NULL;
AttrValueListToSet[compt-1]->RemoveAll();delete AttrValueListToSet[compt-1]; AttrValueListToSet[compt-1] = NULL;
}

delete [] AttrNameListToSet; AttrNameListToSet = NULL;
delete [] AttrValueListToSet;AttrValueListToSet = NULL;

  //
  //11 - Retrieving the applicative attributes we have just set
  //
  cout<<"--------------------------"<<endl;
  cout<<"Getting applicative attributes on faces"<<endl;
  //
  //11 - 1 Getting attributes
  CATListOfCATUnicodeString * AttributNameList = new CATListOfCATUnicodeString[nbfaces];
  CATCkeListOfParm  AttrValList = new CATListValCATBaseUnknown_var[nbfaces];
  rc = CATMmrApplicativeAttributes::GetAttributesOnFaces(ListBreps, AttributNameList, AttrValList );
  if (SUCCEEDED(rc))
  {
CATListOfCATUnicodeString templiststring;
CATListValCATBaseUnknown_var tempCke;
for (compt=1;compt<=nbfaces;compt++)
{
   //retrieve a list a position k (arrays start at position zero).
   templiststring =  (AttributNameList)[compt-1];
   tempCke = (AttrValList)[compt-1];

   int nbAttributes = templiststring.Size();
   int nbValues    = tempCke.Size();

   //the list must have the same size! If not, we jump to the next face
   if (nbAttributes != nbValues)
   {
      cout<<"Error on face "<<compt<<" : nbAttributes and nbValues are different"<<endl;
      continue;
   }
   else
   {
      cout<<"For face "<<compt<<" there is(are) "<<nbAttributes<<" attribute(s) that is(are) : "<<endl;
   }
   for (int i=1;i<=nbAttributes;i++)
   {
      cout<<" - "<<templiststring.ConvertToChar()<<" = "<<((CATICkeParm_var)( tempCke ))->Content().ConvertToChar()<<endl;5 |" P# n' P+ e, V  L$ o
   }
4 \0 ~  {/ A' @) W    templiststring.RemoveAll();5 u2 s( |1 T9 V7 `2 _9 K7 y3 Z
   tempCke.RemoveAll();
9 J2 h* A. E9 B( c4 K5 h3 J' g, k/ U" Z3 r  u+ P- g* F
}! r, L$ p& I6 j) a& h  y4 n4 H0 Y8 G
  }  B9 E: t* g% d
  else if (E_FAIL == rc), T' x. N9 S/ s' M+ J& j+ a
  {- B4 i% S+ n& L# n0 P" X! G
cout<<"Error, applicative attributes couldn't be retrieved"<<endl;
% V: k  ^& T# ? return 1;0 q; x6 \" Y# n
  }9 I5 T- _  L" ?* r
  //
: w0 o# m- O8 R. N- d% W  //11 - 2 Cleaning List:+ D5 v: W1 o. {" K2 d; E4 ^; `! U
  int i = 0;
/ P) f( B8 C: }4 q  for  (i=0; i < nbfaces;i++)
6 K3 K" Y& B* |/ z+ U( X% N  {9 |! Q7 I! q) R0 j& V5 O
AttributNameList.RemoveAll();8 Y2 R9 I5 E. B1 ]7 J7 ], W
AttrValList.RemoveAll();/ Y) v3 D9 I1 k4 n, X" B
  }
. T1 {- j% B% ]6 g: \$ r  delete [] AttributNameList; AttributNameList = NULL;8 n" f' P( _) @% I
  delete [] AttrValList;       AttrValList = NULL;
6 x9 E1 N& d# I% j+ ]/ h1 }: c
  for (i = 1;i<= nbfaces;i++)
+ R9 R* o) `- l& r0 Q9 U* N" u  {. s/ V; I# N: J4 y) }$ i7 V4 I
Brep = ListBreps ;
) V% z4 R$ S% N) c; O, z8 S3 t if (NULL != Brep)
9 V( A4 D9 k! @1 Q {
) r" N7 k8 J9 f    Brep->Release();( z8 e5 m; D8 c# V6 f5 A" Y
}8 E; A6 N3 J& H# Q3 ?
  }* k) m* |: y; a
  ListBreps.RemoveAll();[/mw_shl_code]2 c4 _( O1 Q+ v; \# o1 H- F- I$ O+ }& _

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