foldDescr5.h

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#ifndef SI_FOLD_FOLDDESCR5_H
#define SI_FOLD_FOLDDESCR5_H
 
 
#include <si/fold/foldDescr4.h>
 
 
namespace sigraph
{

  class FoldDescr5 : public FoldDescr4
  {
  public:
    enum Inputs
    {
      VEC_VALID,
      E1E2_VALID,
      E1X,
      E1Y,
      E1Z,
      E2X,
      E2Y,
      E2Z,
      GX,
      GY,
      GZ,
 
      NVALID,
      NX,
      NY,
      NZ,
      DIRX,
      DIRY,
      DIRZ,
 
      SIZE,
      DEPTH,
      MINDEPTH,
      MEANDEPTH,
 
      NCC,
      NCC_NOT_CORTICAL,
      NCORT,
      DISTMAX_CC,
      NPLIS,
      SIZE_HULLJUNC,
 
      GM_THICKNESS,
      FOLD_OPENING_HALF,
      FOLD_OPENING,
 
      MOMENT_INV0,
      MOMENT_INV1,
      MOMENT_INV2,
      MOMENT_INV3,
      MOMENT_INV4,
      MOMENT_INV5,
      MOMENT_INV6,
      MOMENT_INV7,
      MOMENT_INV8,
      MOMENT_INV9,
      MOMENT_INV10,
      MOMENT_INV11,
 
      INERTIA_0,
      INERTIA_1,
      INERTIA_2,
      INERTIA_3,
      INERTIA_4,
      INERTIA_5,
 
      INERTIA_EIGENVALUE_0,
      INERTIA_EIGENVALUE_1_RATIO,
      INERTIA_EIGENVALUE_2_RATIO,
 
      END
    };
 
    FoldDescr5();
    FoldDescr5( const FoldDescr5 & f );
    virtual ~FoldDescr5();
    virtual CliqueDescr* clone() const;
 
    virtual void buildTree( Tree & t );
    virtual std::vector<std::string> descriptorsNames() const;
    virtual std::string name() const;
    bool outputInertia() const { return _outputInertia; }
    void setOutputInertia( bool x ) { _outputInertia = x; }
 
  protected:
    virtual bool makeVectorElements( const Clique* cl,
                                     std::vector<double> & vec,
                                     carto::GenericObject* model = 0 );
 
  private:
    bool _outputInertia;
  };
 
 
  //    inline
 
 
  inline CliqueDescr* FoldDescr5::clone() const
  {
    return( new FoldDescr5( *this ) );
  }
 
}
 
#endif