graphtest.cc File Reference

#include "../include/lattice.h"
#include "../include/node.h"
#include "../include/edge.h"
#include <iostream>
#include <vector>
#include <algorithm>
#include <iterator>

Include dependency graph for graphtest.cc:

Go to the source code of this file.

Macros
#define	NUM_VORT   3

Functions
int	main ()

Macro Definition Documentation

NUM_VORT

#define NUM_VORT   3

Definition at line 5 of file graphtest.cc.

Referenced by main().

Function Documentation

main()

int main

(

)

Definition at line 20 of file graphtest.cc.

References a, mpi_vis::i, ii, l, mat, and NUM_VORT.

          {
    Lattice *l = new Lattice();

    std::shared_ptr<Node> n;//
    std::shared_ptr<Edge> e;

    //shared_ptr<Node> n( new int );

    Vtx::Vortex *v = (Vtx::Vortex*) malloc(sizeof(Vtx::Vortex)*NUM_VORT);
    for(int i=0; i < NUM_VORT; ++i) {
        v[i].coords.x = (i + 1) * NUM_VORT;
        v[i].coords.y = (i + 1) * NUM_VORT;
        n.reset(new Node(v[i]));
        l->Lattice::addVortex(n);
        //std::cout << "UID=" << l->getElement(i).getUid() << std::endl;
    }
    n=NULL;

    std::sort(l->getVortices().begin(),l->getVortices().end());

    e.reset(new Edge(l->getVortexIdx(0),l->getVortexIdx(1),0,0 ));
    l->addEdge(e);
    //l->addEdge(e,l->getElement(0),l->getElement(1));

    e.reset(new Edge(l->getVortexIdx(0),l->getVortexIdx(2),0,0 ));
    l->addEdge(e);

    e.reset( new Edge(l->getVortexIdx(1),l->getVortexIdx(2),0,0 ));
    l->addEdge(e);


    for (int ii=0; ii < 3; ++ii){
        std::cout << l->getVortices().at(ii)<< "    ";
        std::cout << l->getVortices().at(ii)->getUid()<< std::endl;
    }

    l->swapIdxUid(1,2);
    //std::swap(l->getVortices().at(l->getVortexIdxUid(1)),l->getVortices().at(l->getVortexIdxUid(2)));
    l->removeEdgeUid(1);
    std::vector< std::shared_ptr<Node> > s3;

    //std::sort(l->getVortices().begin(),l->getVortices().end());

    //std::set_intersection(l->getVortices().begin(),l->getVortices().end(),l->getVortices().begin(),l->getVortices().end(),s3);
    for (int ii=0; ii < 3; ++ii){
        std::cout << l->getVortices().at(ii)<< "    ";
        std::cout << l->getVortices().at(ii)->getUid()<< std::endl;
    }

    for(auto a : s3){
        std::cout << a << std::endl;
    }


    //l->removeEdgeUid(2);
    //l->removeVortexUid(2);
    //l->removeVortexUid(2);


    //l->removeEdge(l->getVortexUid(1),l->getVortexUid(2));
    //l->removeVortexIdx(0);
    //l->removeEdge(l->getVortexUid(1),l->getVortexUid(3));
    //l->removeEdge(l->getElement(1),l->getElement(2));

    //l->createEdges(9);
    //l->removeEdge(l->getElementUid(1),l->getElementUid(2));
    //l->removeNode(0);
    /*
    e.reset( new Edge(l->getElement(0),l->getElement(4),0,0 ));
    l->addEdge(e,l->getElement(0),l->getElement(4));

    e.reset( new Edge(l->getElement(0),l->getElement(5),0,0 ));
    l->addEdge(e,l->getElement(0),l->getElement(5));

    e.reset( new Edge(l->getElement(0),l->getElement(6),0,0 ));
    l->addEdge(e,l->getElement(0),l->getElement(6));




    e.reset( new Edge(l->getElement(7),l->getElement(8),0,0 ));
    l->addEdge(e,l->getElement(7),l->getElement(8));

    e.reset( new Edge(l->getElement(7),l->getElement(9),0,0 ));
    l->addEdge(e,l->getElement(7),l->getElement(9));

    e.reset( new Edge(l->getElement(7),l->getElement(10),0,0 ));
    l->addEdge(e,l->getElement(7),l->getElement(10));

    e.reset( new Edge(l->getElement(7),l->getElement(11),0,0 ));
    l->addEdge(e,l->getElement(7),l->getElement(11));

    e.reset( new Edge(l->getElement(7),l->getElement(12),0,0 ));
    l->addEdge(e,l->getElement(7),l->getElement(12));

    e.reset( new Edge(l->getElement(7),l->getElement(3),0,0 ));
    l->addEdge(e,l->getElement(7),l->getElement(3));




    e.reset( new Edge(l->getElement(1),l->getElement(2),0,0 ));
    l->addEdge(e,l->getElement(1),l->getElement(2));

    e.reset( new Edge(l->getElement(2),l->getElement(3),0,0 ));
    l->addEdge(e,l->getElement(2),l->getElement(3));

    e.reset( new Edge(l->getElement(3),l->getElement(4),0,0 ));
    l->addEdge(e,l->getElement(3),l->getElement(4));

    e.reset( new Edge(l->getElement(4),l->getElement(5),0,0 ));
    l->addEdge(e,l->getElement(4),l->getElement(5));

    e.reset( new Edge(l->getElement(5),l->getElement(6),0,0 ));
    l->addEdge(e,l->getElement(5),l->getElement(6));

    e.reset( new Edge(l->getElement(6),l->getElement(1),0,0 ));
    l->addEdge(e,l->getElement(6),l->getElement(1));



    e.reset( new Edge(l->getElement(3),l->getElement(8),0,0 ));
    l->addEdge(e,l->getElement(3),l->getElement(8));

    e.reset( new Edge(l->getElement(3),l->getElement(12),0,0 ));
    l->addEdge(e,l->getElement(3),l->getElement(12));


    e.reset( new Edge(l->getElement(2),l->getElement(8),0,0 ));
    l->addEdge(e,l->getElement(2),l->getElement(8));

    e.reset( new Edge(l->getElement(8),l->getElement(9),0,0 ));
    l->addEdge(e,l->getElement(8),l->getElement(9));

    e.reset( new Edge(l->getElement(9),l->getElement(10),0,0 ));
    l->addEdge(e,l->getElement(9),l->getElement(10));

    e.reset( new Edge(l->getElement(10),l->getElement(11),0,0 ));
    l->addEdge(e,l->getElement(10),l->getElement(11));

    e.reset( new Edge(l->getElement(11),l->getElement(12),0,0 ));
    l->addEdge(e,l->getElement(11),l->getElement(12));

    e.reset( new Edge(l->getElement(12),l->getElement(4),0,0 ));
    l->addEdge(e,l->getElement(12),l->getElement(4));


     */

    //l->removeEdge(l->getElementUid(12),l->getElementUid(4));

/*
    e1 = new Edge(l->getElement(0),l->getElement(1),0,0 );
    l->addEdge(*e1,l->getElement(0),l->getElement(1));

    e2 = new Edge(l->getElement(0),l->getElement(2),0,0 );
    l->addEdge(*e2,l->getElement(0),l->getElement(2));

    e3 = new Edge(l->getElement(1),l->getElement(2),0,0 );
    l->addEdge(*e3,l->getElement(1),l->getElement(2));
*/

    unsigned int* mat = (unsigned int*) calloc(l->getVortices().size()*l->getVortices().size(),sizeof(int));
    l->genAdjMat(mat);
    l->adjMatMtca(mat);

    //free(mat); free(n); free(e); free(v);
}