continuousVariable.h

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 *       - Pierre-Henri WUILLEMIN(_at_LIP6)                                 *
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#ifndef GUM_CONTINUOUS_VARIABLE_H
#define GUM_CONTINUOUS_VARIABLE_H
 
#include <iostream>
#include <limits>
#include <sstream>
#include <string>
 
#include <agrum/agrum.h>
 
#include <agrum/base/variables/IContinuousVariable.h>
 
namespace gum {

  template < typename GUM_SCALAR = float >
  class ContinuousVariable: public IContinuousVariable {
    public:
    // ##########################################################################
    // ##########################################################################



    ContinuousVariable(const std::string& aName,
                       const std::string& aDesc,
                       GUM_SCALAR lower_bound = -std::numeric_limits< GUM_SCALAR >::infinity(),
                       GUM_SCALAR upper_bound = std::numeric_limits< GUM_SCALAR >::infinity());

    ContinuousVariable(const ContinuousVariable< GUM_SCALAR >& from);

    template < typename TX_VAL >
    ContinuousVariable(const ContinuousVariable< TX_VAL >& from);

    ContinuousVariable(ContinuousVariable< GUM_SCALAR >&& from);

    virtual ~ContinuousVariable();

    virtual ContinuousVariable< GUM_SCALAR >* clone() const;

 
 
    // ##########################################################################
    // ##########################################################################


    ContinuousVariable< GUM_SCALAR >& operator=(const ContinuousVariable< GUM_SCALAR >& from);

    template < typename TX_VAL >
    ContinuousVariable< GUM_SCALAR >& operator=(const ContinuousVariable< TX_VAL >& from);

    ContinuousVariable< GUM_SCALAR >& operator=(ContinuousVariable< GUM_SCALAR >&& from);


    GUM_SCALAR operator[](const std::string& str) const;

 
 
    // ##########################################################################
    // ##########################################################################


    GUM_SCALAR lowerBound() const;

    virtual double lowerBoundAsDouble() const;

    GUM_SCALAR upperBound() const;

    virtual double upperBoundAsDouble() const;


    void setLowerBound(const GUM_SCALAR& new_bound);


    virtual void setLowerBoundFromDouble(const double new_bound);


    void setUpperBound(const GUM_SCALAR& new_bound);


    virtual void setUpperBoundFromDouble(const double new_bound);


    virtual std::string label(const GUM_SCALAR& value) const;

    bool belongs(const GUM_SCALAR& value) const;

    std::string domain() const final;

    virtual VarType varType() const;

    std::string toString() const;

    std::string toStringWithDescription() const;

 
 
    private:

    bool _checkSameDomain_(const Variable& aRV) const final;
 
    // the lower bound.
    GUM_SCALAR _lower_bound_;
 
    // the upper bound.
    GUM_SCALAR _upper_bound_;
 
    template < typename TX_VAL >
    friend class ContinuousVariable;
  };

  template < typename T_VAL >
  std::ostream& operator<<(std::ostream&, const ContinuousVariable< T_VAL >&);
 
 
  // specialized operator[] for real numbers
  template <>
  float ContinuousVariable< float >::operator[](const std::string& str) const;
 
  template <>
  double ContinuousVariable< double >::operator[](const std::string& str) const;
 
 
} /* namespace gum */
 
// always include the template implementation
#include <agrum/base/variables/continuousVariable_tpl.h>
 
#ifndef GUM_NO_INLINE
#  include <agrum/base/variables/continuousVariable_inl.h>
#endif /* GUM_NO_INLINE */
 
#endif /* GUM_CONTINUOUS_VARIABLE_H */