tessellation.hpp

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#ifndef TESSELLATION_HPP
#define TESSELLATION_HPP 1

#include <vector>
#include "geometry.hpp"

#include "Edge.hpp"

using std::vector;

class OuterBoundary;

class Tessellation
{
public:
  virtual Vector2D CalcFaceVelocity(Vector2D wl, Vector2D wr,Vector2D rL,
                                    Vector2D rR,Vector2D f) const=0;

  virtual void Initialise(vector<Vector2D> const& points, OuterBoundary const* bc, bool HilbertOrder = true) = 0;

#ifdef RICH_MPI

  virtual void Initialise(vector<Vector2D> const& points,Tessellation const& tess,
          OuterBoundary const* outer, bool HilbertOrder = true) = 0;
#endif

  virtual vector<int> Update(const vector<Vector2D>& points,bool HilbertOrder=false) = 0;

#ifdef RICH_MPI

  virtual vector<int> Update(const vector<Vector2D>& points, const Tessellation& tess, bool HOrder = false) = 0;
#endif // RICH_MPI

  virtual int GetPointNo(void) const = 0;

  virtual Vector2D GetMeshPoint(int index) const = 0;

  virtual Vector2D const& GetCellCM(int index) const = 0;

  virtual int GetTotalSidesNumber(void) const = 0;

  virtual const vector<Edge>& getAllEdges(void) const = 0; 

  virtual Edge const& GetEdge(int index) const= 0;

  virtual double GetWidth(int index) const = 0;

  virtual double GetVolume(int index) const = 0;

  virtual vector<int>const& GetCellEdges(int index) const =0;

virtual int GetOriginalIndex(int point) const;

virtual vector<Vector2D>& GetMeshPoints(void)=0;

virtual vector<int> GetNeighbors(int index)const=0;

virtual void GetNeighbors(int index,vector<int> &neigh)const = 0;

virtual Tessellation* clone(void) const=0;

virtual ~Tessellation(void)=0;

virtual bool NearBoundary(int index) const = 0;

  virtual vector<vector<int> >& GetDuplicatedPoints(void)=0;
  virtual vector<vector<int> >const& GetDuplicatedPoints(void)const=0;
  virtual vector<int> GetDuplicatedProcs(void)const=0;
  virtual vector<vector<int> >const& GetSentPoints(void)const=0;
  virtual vector<int> GetSentProcs(void)const=0;

  virtual vector<size_t> GetSelfPoint(void)const=0;

  virtual vector<vector<int> >& GetGhostIndeces(void)=0;
  virtual vector<vector<int> >const& GetGhostIndeces(void)const=0;
  virtual int GetTotalPointNumber(void)const=0;

  virtual vector<Vector2D>& GetAllCM(void)=0;

  virtual void GetNeighborNeighbors(vector<int> &result, int point)const=0;
};
#endif // TESSELLATION_HPP