source: trunk/src/Detection/spectrumDetect.cc @ 136

/**
 *  spectrumDetect.cc
 *
 * A detection algorithm that searches in a single 1-D spectrum.
 *
 * INPUTS: 
 *    image     -- an Image object, containing a 1-D image that has been 
 *                 processed such that its pValue array is defined.
 * OUTPUTS:
 *   The detection and mask arrays in image will be filled, according to 
 *   the location of the objects in the image.
 *
 */

#include <Cubes/cubes.hh>
#include <vector>

enum STATUS { NONOBJECT, OBJECT };

void Image::spectrumDetect() 
{
  STATUS status;
//   vector <Detection> *obj = new vector <Detection>;
  Detection *obj = new Detection;
  Pixel pix;
  bool isObject;

  status = NONOBJECT;
  for(int pos=0;pos<(this->axisDim[0]+1);pos++){

//     isObject=false;
//     if(pos<this->axisDim[0]){
//       pix.setXYF(pos, 0, this->array[pos] );
//       isObject = this->isDetection(pos,0);
//     }

//     if(isObject){
//       if(status != OBJECT){
//      status = OBJECT;
//      obj->resize(obj->size()+1);
//       }
//       obj->back().addPixel(pix);
//     }
//     else if(obj->size()>0){
//       if(obj->back().getSize() >= this->minSize){ // is it big enough?
//      obj->back().calcParams(); // work out midpoints, fluxes etc
//      this->addObject(obj->back());  // add to list.
//      this->maskObject(obj->back());
//       }
//       obj->pop_back();
//       status = NONOBJECT;
//     }

    ////////////////////////////////////////////////////


    isObject=false;
    if(pos<this->axisDim[0]){
      pix.setXYF(pos, 0, this->array[pos] );
      isObject = this->isDetection(pos,0);
    }

    if(isObject){
      if(status != OBJECT){
        status = OBJECT;
      }
      obj->addPixel(pix);
    }
    else{
      if(status == OBJECT){ // if we were on an object and have left
        if(obj->getSize() >= this->minSize){ // if it's big enough
          obj->calcParams(); // work out midpoints, fluxes etc
          this->addObject(*obj);  // add to list.
          this->maskObject(*obj);
        }
        obj->clearDetection();
      }
      status = NONOBJECT;
    }


  }

  // clean up and remove declared arrays
  delete obj;
}