QuadMesh.hpp

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//-----------------------------------C++-------------------------------------//
// File: src/algs/QuadMesher.hpp
// Wednesday February 11 10:50 2011
// Brief: QuadMesher class definition: four schemes are provided: equal meshing,
//        Bias Meshing, Dual Bias Meshing, Curvature-based meshing 
//---------------------------------------------------------------------------//

#ifndef MESHKIT_QUADMESHER_HPP
#define MESHKIT_QUADMESHER_HPP

#include "meshkit/MeshScheme.hpp"

namespace Jaal { class Mesh; }

namespace MeshKit
{
//===========================================================================//
//===========================================================================//

class QuadMesher : public MeshScheme
{
public:
        enum MeshCleanOps {LOCAL_MESH_CLEANUP, GLOBAL_MESH_CLEANUP };

        //construction function for edge mesher
        QuadMesher(MKCore *mk_core, const MEntVector &me_vec);

        ~QuadMesher() {}

        //set up the parameters for edge meshing, e.g. compute the number of intervals
        virtual void setup_this();

        //Generate the edge mesh
        virtual void execute_this();

       static const char* name() { return "QuadMesher"; }

       static bool can_mesh(iBase_EntityType dim)
          { return iBase_FACE == dim; }

       static bool can_mesh(ModelEnt *me)
          { return canmesh_face(me); }


       static const moab::EntityType* output_types();

       virtual const moab::EntityType* mesh_types_arr() const
         { return output_types(); }

       void   allow_boundary_steiner_points( bool a = 0 );

       void   mesh_cleanup( MeshCleanOps mcleanup = GLOBAL_MESH_CLEANUP);

private:
      // Base: Everythiing must convert to Jaal format for the time being..
      //Jaal::Mesh* tri_quad_conversion (Jaal::Mesh *trimesh);  

      // Interface with iMesh. Internally convert to Jaal format and call the previous function..
      //Jaal::Mesh* tri_quad_conversion (iMesh_Instance imesh);
};

}

#endif