map_images.h

/*
 * map_images.h
 *
 *  Created on: Oct 6, 2010
 *      Author: bmetcalf
 */
 
#ifndef MAP_IMAGES_H_
#define MAP_IMAGES_H_
 
#include <lens.h>
#include <grid_maintenance.h>
 

namespace ImageFinding{
  
  void map_images(LensHndl lens,Source *source,GridHndl grid,int *Nimages
                  ,std::vector<ImageInfo> &imageinfo
                  ,double xmax,double xmin,double initial_size
                  ,ExitCriterion criterion,bool FindCenter,bool divide_images);
  
  void map_images_fixedgrid(Source *source,GridHndl grid ,int *Nimages
                            ,std::vector<ImageInfo> &imageinfo
                            ,double xmax ,bool divide_images,bool find_borders);
  
 
  void map_imagesISOP(LensHndl lens,Source *source,GridHndl grid,int *Nimages
                      ,std::vector<ImageInfo> &imageinfo,double rmax
                      ,double res_min,double initial_size,ExitCriterion criterion
                      ,bool divide_images,bool int_on = true,bool verbos=false);
 
  
  namespace IF_routines{
    int refine_grid_on_image(Lens *lens,Source *source,GridHndl grid,double maxflux
                             ,std::vector<ImageInfo> &imageinfo,int *Nimages
                             ,std::vector<ImageInfo> &sourceinfo,int Nsources
                             ,const double res_target,ExitCriterion criterion
                             ,bool divide_images,bool batch=true);
 
    void check_sb_add(Source *source,ImageInfo *imageinfo,Point *i_points,double maxflux,unsigned long &Nold,int &number_of_refined);
    
    bool RefinePoint(Point *point,TreeHndl i_tree,double image_area,double total_area,ExitCriterion criterion
                     ,double res_target,Kist<Point> * nearest);
    bool RefinePoint2(Point *point,TreeHndl i_tree,double image_area,double total_area,double maxflux,ExitCriterion criterion
                      ,double res_target,Kist<Point> * nearest);
    
    bool RefinePoint_sb(Point *point,TreeHndl i_tree,double image_area,double total_area
                        ,double sb_limit,PosType maxflux,Kist<Point> * nearest);
    
    bool RefinePoint_smallsize(Point *point,TreeHndl i_tree,double image_area,double total_area
                               ,double smallsize,PosType maxflux,Kist<Point> * nearest);
    void IntegrateFluxInCell(Point *point,Source &source,float tolerance,Boo &outcome);
    void IntegrateCellsParallel(Kist<Point>::iterator it1
                                ,Kist<Point>::iterator it2,Source *source,PosType *area,size_t *count);
    
    void interpfrom2Points(Point const * p1,Point const * p2,PosType *x,PosType *y);
    
    void UniformMagCheck(ImageInfo *imageinfo);
  
  
  
    int refine_grid_on_imageISOP(Lens *lens,Source *source,GridHndl grid
                               ,std::vector<ImageInfo> &imageinfo,int *Nimages,int Nsources
                               ,double res_target,double res_min
                               ,double res_source_area,ExitCriterion criterion
                               ,bool divide_images);
  
  }
}
#endif