Programming

void separateMask(IplImage *maskImg)
 {
  
  for(r = contours; r != NULL; r = r->h_next){
   cvSet(objectMaskImg, cvScalarAll(0), NULL);
   CvScalar externalColor = cvScalarAll(0xff);
   CvScalar holeColor = cvScalarAll(0x00);
   int maxLevel =  -1; 
   int thinkness = CV_FILLED; 
   int lineType = 8; /* 8-connected */
   cvDrawContours(objectMaskImg, r, externalColor, holeColor, maxLevel, thinkness, lineType, cvPoint(0,0));;
   obj.objectMaskImg1[objectIndex]=(IplImage *) malloc(sizeof(IplImage));
   obj.objectMaskImg1[objectIndex]=objectMaskImg;
   obj.objindx=objectIndex;
   obj.intensityOut1=intensityOut;
   obj.tasOut1=tasOut;
   pthread_create(&tid[objectIndex],NULL,handleObject,(void *)&obj);
      //pthread_join(tid[objectIndex],NULL);
   printf("objectindx %d\n",obj.objindx);
   objectIndex++;
 
  }
    // cvReleaseImage(&objectMaskImg);
    //cvReleaseMemStorage(&storage);
  printf("Exitng Separatemask\n");
 
 }
 
 
void* handleObject(void *arg)
 {
  int i, j;
  handle *hndl;
  hndl=(handle *) malloc(sizeof(handle));
  hndl=(handle*)arg;
  pthread_mutex_t lock=PTHREAD_MUTEX_INITIALIZER;
  pthread_mutex_lock(&lock);
  IplImage *pImg;
  float statistics_ratio[3][9];
  pthread_t tid3;
  tas3 tas2;
  pImg = cvLoadImage("image.tif", CV_LOAD_IMAGE_ANYCOLOR | CV_LOAD_IMAGE_ANYDEPTH);
  if(pImg == NULL){
   fprintf(stderr, "Fail to load image %s\n", "tiff file");
   return ;
  }
  tas2.pImg1=pImg;
  printf("tst%d\n",hndl->objindx);
  tas2.x=hndl->objindx;
  tas2.objectMaskImg1=hndl->objectMaskImg1[tas2.x];
  tas2.statistics_ratio[3][9]=statistics_ratio[3][9];
  double mean = average_intensity(pImg, tas2.objectMaskImg1); 
  int total = total_white(pImg, tas2.objectMaskImg1);
  pthread_mutex_unlock(&lock);
  
 printf("Exiting handle object thread_id %d\n\n", pthread_self());
 }