hypothesis.cpp

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#include <mtt/hypothesis.h>


Hypothesis::Hypothesis(int iteration, int cluster, int status)
{
        Hypothesis();
        
        _iteration=iteration;
        _cluster=cluster;
        _status=status;
}
        
Hypothesis::~Hypothesis()
{
//      cout<<"deleted: "<<*this<<endl;
//              _targets.clear();
}
                
string Hypothesis::nameUI()
{
        boost::format fm("H (%d-%d) %ld #%ld\n%.3f :%d");
        fm % _iteration % _cluster % _id % _uid % _probability % _targets.size();
        return fm.str();
}
                
string Hypothesis::name()
{
        boost::format fm("H (%d-%d) %ld #%ld");
        fm % _iteration % _cluster % _id % _uid;
        return fm.str();
}
                
void Hypothesis::setAttribute(string name,string value)
{
        if(find(_attribute_names.begin(),_attribute_names.end(),name)==_attribute_names.end())//Not found
        {
                _attribute_names.push_back(name);
                _attribute_values.push_back(value);
                
                return;
        }
        
        for(uint i=0;i<_attribute_names.size();++i)
                if(_attribute_names[i]==name)
                {
                        _attribute_values[i]=value;
                        return;
                }
}
                
Hypothesis::Hypothesis()
{
        _euid++;
        _uid=_euid;
        _id=0;
        _status=0;
        _aux1=-1;
        _cluster=-1;
        _iteration=-1;
        _probability=0;
        _targets.clear();
        _attribute_names.clear();
        _attribute_values.clear();
        
        _n_det=0;
        _n_occ=0;
        _n_del=0;
        _n_new=0;
        _n_fal=0;
        _prod=1;
        
        _parent_uid=-1;
        
//      _n_children=0;
}

ostream& operator<<(ostream& o,Hypothesis& h)
{
        o<<"hypothesis uid: "<<h._uid;
        o<<" cluster: "<<h._cluster;
        o<<" iteration: "<<h._iteration;
        o<<" status: "<<h._status;
        return o;
}


bool compareHypothesesByProbability(HypothesisPtr h1,HypothesisPtr h2)
{
        return h1->_probability < h2->_probability;
}

bool compareHypothesesByProbabilityDescending(HypothesisPtr h1,HypothesisPtr h2)
{
        return h1->_probability > h2->_probability;
}

bool compareHypotheses(HypothesisPtr h1,HypothesisPtr h2)
{
        return h1->_uid<h2->_uid;
}