Cubic_Bounding_Box.cpp

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#include "Cubic_Bounding_Box_Container.h"

ostream& operator<<( ostream &os, const Cubic_Bounding_Box box ) {
        os << box.toString();
        return os;
}

ostream& operator<<( ostream &os, const Cubic_Bounding_Box_Container box ) {
        os << box.toString();
        return os;
}

Cubic_Bounding_Box operator&&( const Cubic_Bounding_Box left,  const Cubic_Bounding_Box right ) {
        return left.unionWith( right );
}

Cubic_Bounding_Box operator||( const Cubic_Bounding_Box left,  const Cubic_Bounding_Box right ) {
        return left.intersect( right );
}

CubicLowCoorOrdering< 0, Cubic_Bounding_Box > Cubic_Bounding_Box::LCX_ORDERING = CubicLowCoorOrdering< 0, Cubic_Bounding_Box >();
CubicLowCoorOrdering< 1, Cubic_Bounding_Box > Cubic_Bounding_Box::LCY_ORDERING = CubicLowCoorOrdering< 1, Cubic_Bounding_Box >();
CubicLowCoorOrdering< 2, Cubic_Bounding_Box > Cubic_Bounding_Box::LCZ_ORDERING = CubicLowCoorOrdering< 2, Cubic_Bounding_Box >();
DistOrdering< Cubic_Bounding_Box > Cubic_Bounding_Box::DIST_ORDERING = DistOrdering< Cubic_Bounding_Box >();

Ordering< Cubic_Bounding_Box > * Cubic_Bounding_Box::getDefaultOrdering() {
        return &DIST_ORDERING;
}
        
vector< Ordering< Cubic_Bounding_Box > * > Cubic_Bounding_Box::getOrderings() {
        vector< Ordering< Cubic_Bounding_Box > * > ret;
        ret.push_back( &LCX_ORDERING );
        ret.push_back( &LCY_ORDERING );
        ret.push_back( &LCZ_ORDERING );
        //ret.push_back( &DIST_ORDERING );
        return ret;
}

vector< double > Cubic_Bounding_Box::temp1 = vector< double >( 3 );
vector< double > Cubic_Bounding_Box::temp2 = vector< double >( 3 );

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