test_FM.cpp

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#include <iostream>
#include <limbo/algorithms/partition/FM.h>
 
using std::cout;
using std::endl;

class Node 
{
    public:
        typedef char tie_id_type;
        typedef int weight_type;

        Node(weight_type const& w, tie_id_type const& id) 
        {
            m_weight = w;
            m_id = id;
        }

        tie_id_type tie_id() const {return m_id;}
        weight_type weight() const {return m_weight;}
 
    protected:
        tie_id_type m_id; 
        weight_type m_weight; 
};

int main()
{
    array<Node*, 8> vNode;
    vNode[0] = new Node (1, 'a');
    vNode[1] = new Node (1, 'b');
    vNode[2] = new Node (1, 'c');
    vNode[3] = new Node (1, 'd');
    vNode[4] = new Node (1, 'e');
    vNode[5] = new Node (1, 'f');
    vNode[6] = new Node (1, 'g');
    vNode[7] = new Node (1, 'h');
 
    limbo::algorithms::partition::FM<Node, double> fm; 
    for (unsigned int i = 0; i < vNode.size(); ++i)
    {
#if 1
        if (i < 4)
            fm.add_node(vNode[i], 0);
        else 
            fm.add_node(vNode[i], 1);
#else
        if (i < 4)
            fm.add_node(vNode[i], i%2);
        else 
            fm.add_node(vNode[i], i%2);
#endif
    }
 
    // net n1
    {
        vector<Node*> vNodeNet;
        vNodeNet.push_back(vNode[0]);
        vNodeNet.push_back(vNode[1]);
        vNodeNet.push_back(vNode[2]);
        fm.add_net(1, vNodeNet.begin(), vNodeNet.end());
        //fm.add_net(1.0/(vNodeNet.size()-1), vNodeNet.begin(), vNodeNet.end());
    }
    // net n2
    {
        vector<Node*> vNodeNet;
        vNodeNet.push_back(vNode[1]);
        vNodeNet.push_back(vNode[3]);
        vNodeNet.push_back(vNode[4]);
        vNodeNet.push_back(vNode[5]);
        fm.add_net(1, vNodeNet.begin(), vNodeNet.end());
        //fm.add_net(1.0/(vNodeNet.size()-1), vNodeNet.begin(), vNodeNet.end());
    }
    // net n3
    {
        vector<Node*> vNodeNet;
        vNodeNet.push_back(vNode[2]);
        vNodeNet.push_back(vNode[5]);
        vNodeNet.push_back(vNode[6]);
        fm.add_net(1, vNodeNet.begin(), vNodeNet.end());
        //fm.add_net(1.0/(vNodeNet.size()-1), vNodeNet.begin(), vNodeNet.end());
    }
    // net n4
    {
        vector<Node*> vNodeNet;
        vNodeNet.push_back(vNode[0]);
        vNodeNet.push_back(vNode[6]);
        fm.add_net(1, vNodeNet.begin(), vNodeNet.end());
        //fm.add_net(1.0/(vNodeNet.size()-1), vNodeNet.begin(), vNodeNet.end());
    }
    // net n5
    {
        vector<Node*> vNodeNet;
        vNodeNet.push_back(vNode[3]);
        vNodeNet.push_back(vNode[4]);
        vNodeNet.push_back(vNode[7]);
        fm.add_net(1, vNodeNet.begin(), vNodeNet.end());
        //fm.add_net(1.0/(vNodeNet.size()-1), vNodeNet.begin(), vNodeNet.end());
    }
    // net n6
    {
        vector<Node*> vNodeNet;
        vNodeNet.push_back(vNode[5]);
        vNodeNet.push_back(vNode[7]);
        fm.add_net(1, vNodeNet.begin(), vNodeNet.end());
        //fm.add_net(1.0/(vNodeNet.size()-1), vNodeNet.begin(), vNodeNet.end());
    }
    fm.print();
    fm.print_connection();
    fm(3.0/5, 5.0/3);
    fm.print();
    fm.print_connection();
 
    return 0;
}