scalarfeature.h

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/*
 *  Copyright (C) 1999-2001 CEA
 *
 *  This software and supporting documentation were developed by
 *    CEA/DSV/SHFJ
 *    4 place du General Leclerc
 *    91401 Orsay cedex
 *    France
 *
 */
 
#ifndef BIOPROCESSING_DATA_SCALARFEATURE_H
#define BIOPROCESSING_DATA_SCALARFEATURE_H
 
#include <map>
#include <string>
#include <vector>
 
namespace bioprocessing {
 
  // Declaration
  struct ScalarFeatureType {
    enum Code {
      LABEL_AREA_MM2 = 0,
      VORONOI_AREA_MM2,
      LABEL_AREA_PX,
      VORONOI_AREA_PX,
      LABEL_BOUNDING_XMIN,
      LABEL_BOUNDING_XMAX,
      LABEL_BOUNDING_YMIN,
      LABEL_BOUNDING_YMAX,
      VORONOI_BOUNDING_XMIN,
      VORONOI_BOUNDING_XMAX,
      VORONOI_BOUNDING_YMIN,
      VORONOI_BOUNDING_YMAX,
      NEIGHBOR_COUNT,
      NEIGHBOR_MEAN_DISTANCE,
      NEIGHBOR_MEDIANL_DISTANCE,
      NEIGHBOR_MEDIANR_DISTANCE,
      NEIGHBORHOOD_LABEL_MEAN_AREA_MM2,
      NEIGHBORHOOD_LABEL_MEAN_AREA_PX,
      NEIGHBORHOOD_VORONOI_MEAN_AREA_MM2,
      NEIGHBORHOOD_VORONOI_MEAN_AREA_PX,
      LABEL_MASS_CENTER_X,
      LABEL_MASS_CENTER_Y,
      LABEL_PERIMETER_N4_PX,
      LABEL_PERIMETER_N8_PX,
      LABEL_PERIMETER_N4_N8_PX,
      LABEL_CIRCULARITY,
      LABEL_THINNESS,
      LABEL_ISOTROPY,
      LABEL_MEAN_RADIUS,
      LABEL_MIN_RADIUS,
      LABEL_MAX_RADIUS,
      LABEL_STDDEV_RADIUS,
      LABEL_RADIUS_VARIATION,
      LABEL_FERET_DIAMETER_MAX,
      LABEL_FERET_DIAMETER_MIN,
      LABEL_AXIS_MIN,
      LABEL_AXIS_MAX,
      LABEL_INERTIA_VECTOR_X,
      LABEL_INERTIA_VECTOR_Y,
      // LABEL_ANGLE,
      LABEL_ORIENTATION_ANGLE,
      HSV_MEAN_HUE,
      HSV_MEAN_SATURATION,
      HSV_MEAN_VALUE,
      HSV_STAND_DEV_HUE,
      HSV_STAND_DEV_SATURATION,
      HSV_STAND_DEV_VALUE,
      RGB_MEAN_RED,
      RGB_MEAN_GREEN,
      RGB_MEAN_BLUE,
      RGB_STAND_DEV_RED,
      RGB_STAND_DEV_GREEN,
      RGB_STAND_DEV_BLUE
    };
  };
 
  typedef std::map<ScalarFeatureType::Code, std::string> ScalarFeatureMap;
  ScalarFeatureMap scalarfeaturemap();
  std::vector<std::string> scalarfeaturenames();
 
  template<ScalarFeatureType::Code FeatureType>
  class ScalarFeature {
    public:
      static const std::string name() {
        return scalarfeaturemap()[ FeatureType ];
      }
  };
 
}
 
#endif