lpsolution.h

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#ifndef ABA_LPSOLUTION_H
#define ABA_LPSOLUTION_H
#include "abacus/array.h"

class ABA_MASTER;
class ABA_SUB;
template<class BaseType, class CoType> class ABA_ACTIVE;
template<class CoType,class  BaseType> class ABA_SEPARATOR;

#ifdef ABACUS_NEW_TEMPLATE_SYNTAX
template <class BaseType, class CoType>
class  ABA_LPSOLUTION;

template <class BaseType, class CoType>
ostream &operator<< (ostream &out, const ABA_LPSOLUTION<BaseType, CoType> &rhs);
#endif

  template <class BaseType, class CoType>
  class  ABA_LPSOLUTION :  public ABA_ABACUSROOT  {
    friend class ABA_SEPARATOR< CoType, BaseType>;
    public:

      ABA_LPSOLUTION(ABA_SUB *sub, bool primalVariables, ABA_ACTIVE<BaseType, CoType> *active);

      ABA_LPSOLUTION(ABA_MASTER *master);

      ABA_LPSOLUTION(const ABA_LPSOLUTION<BaseType, CoType> &rhs);

      ~ABA_LPSOLUTION();
#ifdef ABACUS_NEW_TEMPLATE_SYNTAX

      friend ostream &operator<< <> (ostream &, 
                                 const ABA_LPSOLUTION<BaseType, CoType> &);
#else

      friend ostream &operator<<(ostream &out, 
                                 const ABA_LPSOLUTION<BaseType, CoType> &rhs);
#endif

      int nVarCon() const;

      double *zVal();

      ABA_ACTIVE<BaseType, CoType> *active();

      int idSub() const;

      int idLp() const;
      #ifdef ABACUS_PARALLEL

      int idProc() const;
      #endif


    protected: 
      ABA_MASTER *master_;
      int nVarCon_;
      int idSub_;       
      int idLp_;        
      #ifdef ABACUS_PARALLEL
      int idProc_;      
      #endif
      ABA_ARRAY<double>  zVal_;
      ABA_ACTIVE<BaseType, CoType> *active_;
    private:
      const ABA_LPSOLUTION<BaseType, CoType> 
                              &operator=(const ABA_LPSOLUTION<BaseType, CoType> & rhs);
  };

#include "abacus/lpsolution.inc"

#endif  // ABA_LPSOLUTION_H

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