PMLTransform.h

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#ifndef PMLTRANSFORM_H
#define PMLTRANSFORM_H

#include "PhysicalModel.h"

#include <map>
#include <vector>

class CellProperties;
class Facet {
public:
    Facet(unsigned int size, unsigned int id[]);

    virtual ~Facet();

    bool testEquivalence(unsigned int size, unsigned int id[]);

    Cell* getCell(PhysicalModel*) const;

    void debug();

    unsigned int getUsed() const;

private:
    bool isIn(unsigned int) const;

    unsigned int* id;

    unsigned int size;

    unsigned int used;
};




class PMLTransform {

public :
//-- elem to neighborhhod methods

    static std::map<unsigned int, Cell*>::iterator getIterator(unsigned int index);

    static StructuralComponent* generateNeighborhood(StructuralComponent* sc);

    static void equivalent(int size, unsigned int id[]);

    static MultiComponent* generateExternalSurface(StructuralComponent* sc);


private :
    // -------------------- Neigborhood Map ------------------------
    // associative map of all the neighboors for a given index of an atom
    static std::map<unsigned int, Cell*> neighMap;

    // -------------------- All border facets ------------------------
    static std::vector <Facet*> allFacets;

};

#endif