meanfilter.h

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#ifndef AIMS_SIGNALFILTER_MEANFILTER_H
#define AIMS_SIGNALFILTER_MEANFILTER_H

#include <aims/signalfilter/filteringimagealgorithm.h>
#include <aims/signalfilter/filteringfunction_element.h>
#include <aims/connectivity/structuring_element.h>

namespace aims {

  template <typename T>
  class MeanFilter: public ElementFilteringImageAlgorithm<T>
  {
  public:
    typedef typename carto::DataTypeTraits<T>::ChannelType ChannelType;
    MeanFilter( const StructuringElement & se = strel::Cube(1.0),
                    const carto::Object & options = carto::none() ):
      ElementFilteringImageAlgorithm<T>( MeanFilterFunc<ChannelType>( options ),
                                      se )
    {}
    MeanFilter( const carto::Object & options ):
      ElementFilteringImageAlgorithm<T>( MeanFilterFunc<ChannelType>( options ),
                                      strel::Cube(1.0) )
    {}
    MeanFilter( const MeanFilter<T> & other ):
      ElementFilteringImageAlgorithm<T>( other )
    {}
    ~MeanFilter() {}
    MeanFilter<T> & operator=( const MeanFilter<T> & other )
    {
      ElementFilteringImageAlgorithm<T>::operator=( (ElementFilteringImageAlgorithm<T>&)other );
      return *this;
    }
    MeanFilter<T> *clone() const { return new MeanFilter<T>(*this); }
  };

    template <typename T>
  class NotNullMeanFilter: public ElementFilteringImageAlgorithm<T>
  {
  public:
    typedef typename carto::DataTypeTraits<T>::ChannelType ChannelType;
    NotNullMeanFilter( const StructuringElement & se = strel::Cube(1.0),
                    const carto::Object & options = carto::none() ):
      ElementFilteringImageAlgorithm<T>( NotNullMeanFilterFunc<ChannelType>( options ),
                                      se )
    {}
    NotNullMeanFilter( const carto::Object & options ):
      ElementFilteringImageAlgorithm<T>( NotNullMeanFilterFunc<ChannelType>( options ),
                                      strel::Cube(1.0) )
    {}
    NotNullMeanFilter( const NotNullMeanFilter<T> & other ):
      ElementFilteringImageAlgorithm<T>( other )
    {}
    ~NotNullMeanFilter() {}
    NotNullMeanFilter<T> & operator=( const NotNullMeanFilter<T> & other )
    {
      ElementFilteringImageAlgorithm<T>::operator=( (ElementFilteringImageAlgorithm<T>&)other );
      return *this;
    }
    NotNullMeanFilter<T> *clone() const { return new NotNullMeanFilter<T>(*this); }
  };

} // namespace aims

//============================================================================
//   Backward compatibility bindings
//============================================================================

#include <aims/data/data_g.h>
#include <vector>

template <typename T>
class MeanSmoothing
{
  public:
    MeanSmoothing( int sx = 3, int sy = 3, int sz = 3 );
    virtual ~MeanSmoothing();
    virtual AimsData<T> doit( const AimsData<T>& in );
  private:
    MeanSmoothing<T> & operator = ( const MeanSmoothing<T> & );
    int _sx;
    int _sy;
    int _sz;
};

//----------------------------------------------------------------------------
//   DEFINITIONS
//----------------------------------------------------------------------------

template <typename T>
MeanSmoothing<T>::MeanSmoothing( int sx, int sy, int sz ):
  _sx(sx), _sy(sy), _sz(sz)
{}

template <typename T>
MeanSmoothing<T>::~MeanSmoothing()
{}

template <typename T>
MeanSmoothing<T> & MeanSmoothing<T>::operator= (
  const MeanSmoothing<T> & other
)
{
  _sx = other._sx;
  _sy = other._sy;
  _sz = other._sz;
  return (*this);
}

template <typename T>
AimsData<T> MeanSmoothing<T>::doit( const AimsData<T>& in )
{
  std::vector<double> amplitude(3,0.);
  amplitude[0] = .5 * (double)_sx;
  amplitude[1] = .5 * (double)_sy;
  amplitude[2] = .5 * (double)_sz;
  aims::strel::Cube se( amplitude, true );
  aims::MeanFilter<T> f( se );
  return f.execute( in );
}


#endif