mtt_clustering.h

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#ifndef _MTT_CLUSTERING_H_
#define _MTT_CLUSTERING_H_

#include "mtt.h"

void FlagCollisionWithOcclusion(t_cluster**clusters,int object_size,t_data*data,t_config*config);

double dietmayer_threshold(double r,t_config*config);
double ClusteringThreshold(double r1,double t1,double r2,double t2,t_config*config);

t_cluster**clustering(t_data*data,int*count,t_config*config,t_flag*flags);

bool clustering(t_data&data,vector<t_clustersPtr> &clustersPtr,t_config*config,t_flag*flags);

void remove_border_points(t_cluster**clusters,int size,int npoints);

void remove_small_clusters(t_cluster**clusters,int*size,int threshold);

void calc_cluster_props(t_cluster**clusters,int size,t_data*data,t_config*config);

bool clusters2objects(vector<t_objectPtr> &objectsPtr,vector<t_clustersPtr> &clusters,t_data& data,t_config& config);

void calc_object_props(vector<t_objectPtr> &objects);

void calc_cluster_props(vector<t_clustersPtr> &clusters,t_data&data);

void clean_objets(vector<t_objectPtr> &objects);


void recursive_line_fitting(t_objectPtr& object,t_cluster& cluster,t_data& data,t_config& config);

void free_lines(vector<t_objectPtr> &objects);

void recursive_IEPF(t_objectPtr& object,t_data& data,int start,int end,t_config& config);

extern double point2point_distance(double xi,double yi,double xf,double yf);
extern double point2line_distance(double alpha,double ro,double x,double y);
extern int real2print(double x,t_config*config);
extern void _p(const char*text);
#endif