registration.h

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#ifndef __REGISTRATION_H
#define __REGISTRATION_H

#include "mimasconfig.h"

#ifdef HAVE_LIBFFTW3

#include "object.h"
#include "image.h"
#include "canny.h"

namespace mimas{

class reg_param
{
 public:
  int shift_x;
  int shift_y;
  double angle;
  double scale;
  reg_param(int x = 0, int y = 0, double a = 0, double sc = 0)
    :shift_x(x),shift_y(y),angle(a),scale(sc){}
};

class registration_parameters : public object
{
private :
  double angle;
  double scale;
  int shiftx;
  int shifty;
 
 public:
  void setAngle(double a)     {angle = a;}
  void setScale(double s)     {scale = s;}
  void setShift(int x, int y) {shiftx = x; shifty = y;}
 
  double getAngle(){return angle;}
  double getScale(){return scale;}
  int getShiftx(){return shiftx;}
  int getShifty(){return shifty;}

  reg_param getRegParam(){return reg_param(shiftx, shifty, angle, scale);}
  
  void registering_images(image<int>& im1, image<int>& im2);
  void registering_images_shift_only(image<int>& im1, image<int>& im2);
 
  registration_parameters(void){angle = 0.0; scale = 1.0; shiftx = 0; shifty = 0;}
  virtual ~registration_parameters(void) {}
};

image<int> registration(image<int>& inimage, image<int>& inimage2, reg_param *result_p = NULL, bool with_scale_and_rotation = true);

image<int> registration_with_canny(image<int>& inimage1, image<int>& inimage2,int lwThresh = 40, int highThresh = 110, float stdDev = 1.2
              ,reg_param *result_p = NULL, bool with_scale_and_rotation = true);

}

#endif

#endif

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