ControlGraph.h

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#ifndef ControlGraph_h
#define ControlGraph_h

template< class A, class B > class QHash;
template< class A, class B > class QMap;
template< class A, class B > struct QPair;
template< class A> class QVector;
class QString;

namespace Isis {
  class ControlNet;
  class GroupedStatistics;

  class ControlGraph {
    public:
      ControlGraph(ControlNet *someControlNet);
      ControlGraph(const ControlGraph &other);
      ~ControlGraph();

      bool IsConnected() const;
      int GetIslandCount() const;
      const QVector< QString > GetCubesOnIsland(const int &island) const;
      const QVector< QString > GetCubeList() const;
      const GroupedStatistics &GetMeasureStats(const QString &
          CubeSerialNumber) const;

      ControlGraph &operator=(const ControlGraph &other);

    private:
      // nested class forward declaration
      class AdjacentCubeList;

      void HashCubesAndPopulateGraph();
      void CalculateIslands();

      ControlNet *cnet;

      QHash< QString, int > * cubeIdToIndexHash;

      QHash< int, QString > * cubeIndexToIdHash;

      QMap< int, QPair< AdjacentCubeList, GroupedStatistics > > * graph;

      bool connected;

      QVector< QVector< int > > * islands;

      class AdjacentCubeList {
        public:
          AdjacentCubeList(const int &cubeIndex, const int &cpIndex, const int
                           & cmIndex);
          AdjacentCubeList(const AdjacentCubeList &other);
          ~AdjacentCubeList();

          const QVector< int > GetAdjacentCubes() const;
          void AddConnection(const int &cubeIndex, const int &cpIndex, const
                             int &cmIndex);
          AdjacentCubeList &operator=(const AdjacentCubeList &other);

        private:
          QMap< int, QVector< QPair< int, int > > > * connections;
      };
  };
};

#endif