NICE_SemSeg/semseg/postsegmentation/PPSuperregion.h

/**
 * @file PPSuperregion.h
 * @brief a post procession step after semantic segmentation which use a variant of Region Growing
 * @author Björn Fröhlich
 * @date 08/19/2009

 */
#ifndef PPSUPERREGIONINCLUDE
#define PPSUPERREGIONINCLUDE

#include <objrec/nice.h>

#include "objrec/image/GenericImage.h"

#include "objrec/cbaselib/CachedExample.h"
#include "objrec/baselib/Preprocess.h"
#include "objrec/baselib/Globals.h"

#include "objrec/classifier/fpclassifier/randomforest/FPCRandomForests.h"

#include "objrec/cbaselib/VectorFeature.h"

#include "objrec/cbaselib/ClassNames.h"

#include "objrec/segmentation/RSMeanShift.h"

#include <image_nonvis.h>

namespace OBJREC {

class PPSuperregion : public Persistent
{

	protected:	
		//! the configfile
		const Config *conf;
		
		//! count of classes
		int classno;
		
		//! Shape features
		Examples shapefeats;
		
		//! classifier for shape features
		FPCRandomForests *rf;
				
	public:
  
		/** simple constructor */
		PPSuperregion();
		
		/** simple constructor */
		PPSuperregion(const Config *_conf);
      
		/** simple destructor */
		~PPSuperregion();

		/**
		 * set the count of classes
		 * @param _classno count of classes
		 */
		void setClassNo(int _classno);
     
		/** initialize the RelativeLocationPrior Variables*/
		void Init();

		/**
		 * combines connected regions with the same label to superregions
		 * @param regions the input regions
		 * @param mask the mask for the regions
		 * @param superregions the superregions
		 * @param classes the classlabels of the superregions
		 */
		void getSuperregions(const Examples &regions, const NICE::Matrix &mask, vector<ice::Region> &superregions, vector<int> &classes, NICE::Matrix &smask);
				
		/**
		 * Lerne Form der Regionen an
		 * @param regions input regions with size and position
		 * @param mask 
		 */
		void trainShape(Examples &regions, NICE::Matrix &mask);
		
		/**
		 * finish the priors maps
		 */
		void finishShape(ClassNames &cn);
					
		/**
		 * use shape pp
		 * @param regions 
		 * @param mask 
		 */
		void optimizeShape(Examples &regions, NICE::Matrix &mask, GenericImage<double> & probabilities);
		
		/**
		 * load data from an input stream
		 * @param is input stream
		 * @param format 
		 */
		void restore (istream & is, int format = 0);
		
		/**
		 * write data to an output stream
		 * @param os outputstream
		 * @param format 
		 */
		void store (ostream & os, int format = 0) const;
		
		/**
		 * clear all informations
		 */
		void clear ();
};

} //namespace

#endif