argMaxSet_tpl.h

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#include <agrum/core/argMaxSet.h>


namespace gum {

  // ###########################################################################
  // CNL
  // ###########################################################################

  // ============================================================================
  // Constructor
  // ============================================================================
  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::ArgMaxSet() {
    GUM_CONSTRUCTOR(ArgMaxSet);
    __argMaxSeq = new Sequence< GUM_SCALAR_SEQ >();
  }

  // ============================================================================
  // Constructor
  // ============================================================================
  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::ArgMaxSet(
     const GUM_SCALAR_VAL& val, const GUM_SCALAR_SEQ& elem) {
    GUM_CONSTRUCTOR(ArgMaxSet);
    __argMaxSeq = new Sequence< GUM_SCALAR_SEQ >();
    __argMaxSeq->insert(elem);
    __val = val;
  }

  // ============================================================================
  // Copy Constructor
  // ============================================================================
  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::ArgMaxSet(
     const ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >& src) {
    GUM_CONS_CPY(ArgMaxSet);
    __argMaxSeq = new Sequence< GUM_SCALAR_SEQ >();
    this->operator+=(src);
    __val = src.value();
  }

  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >&
        ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::
        operator=(const ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >& src) {
    this->__argMaxSeq->clear();
    this->operator+=(src);
    __val = src.value();
    return *this;
  }

  // ============================================================================
  // Destructor
  // ============================================================================
  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::~ArgMaxSet() {
    GUM_DESTRUCTOR(ArgMaxSet);
    delete __argMaxSeq;
  }

  // ###########################################################################
  // Operators
  // ###########################################################################

  // ============================================================================
  // Ajout d'un élément
  // ============================================================================
  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >&
        ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::
        operator+=(const GUM_SCALAR_SEQ& elem) {
    __argMaxSeq->insert(elem);
    return *this;
  }

  // ============================================================================
  // Use to insert the content of another set inside this one
  // ============================================================================
  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >&
        ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::
        operator+=(const ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >& src) {
    for (auto iter = src.beginSafe(); iter != src.endSafe(); ++iter)
      if (!__argMaxSeq->exists(*iter)) __argMaxSeq->insert(*iter);
    return *this;
  }

  // ============================================================================
  // Compares two ArgMaxSet to check if they are equals
  // ============================================================================
  template < typename GUM_SCALAR_VAL, typename GUM_SCALAR_SEQ >
  bool ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >::operator==(
     const ArgMaxSet< GUM_SCALAR_VAL, GUM_SCALAR_SEQ >& compared) const {
    if (__val != compared.value()) return false;
    for (auto iter = compared.beginSafe(); iter != compared.endSafe(); ++iter)
      if (!__argMaxSeq->exists(*iter)) return false;
    for (auto iter = this->beginSafe(); iter != this->endSafe(); ++iter)
      if (!compared.exists(*iter)) return false;
    return true;
  }

}   // End of namespace gum