File view_vector_indexed.hpp

template<typename IndexView, typename ValueView>
class IndexedVectorDecorator : public ViewDecorator<CompositeVector<IndexView, ValueView>>
#include <view_vector_indexed.hpp>

A vector that is backed by two one-dimensional views of a specific size, storing indices and corresponding values.

Template Parameters:

  • IndexView – The type of the view, the indices are backed by

  • ValueView – The type of the view, the values are backed by

Subclassed by IterableIndexedVectorDecorator< IndexedVectorDecorator< AllocatedVector< uint32 >, AllocatedVector< float64 > > >, IterableIndexedVectorDecorator< IndexedVectorDecorator< AllocatedVector< uint32 >, AllocatedVector< Threshold > > >

Public Types

typedef IndexView::value_type index_type

The type of the indices that are stored in the vector.

typedef ValueView::value_type value_type

The type of the values that are stored in the vector.

Public Functions

inline IndexedVectorDecorator(CompositeVector<IndexView, ValueView> &&view)
Parameters:

view – The view, the vector should be backed by

inline virtual ~IndexedVectorDecorator() override
inline uint32 getNumElements() const

Returns the number of elements in the vector.

Returns:

The number of elements in the vector

template<typename Vector>
class IterableIndexedVectorDecorator : public Vector<T>
#include <view_vector_indexed.hpp>

Provides access via iterators to indices and corresponding values stored in a vector.

Template Parameters:

Vector – The type of the vector

Subclassed by ConjunctiveBody::ConditionVector< int32, CompareNominalEq >, ConjunctiveBody::ConditionVector< int32, CompareNominalNeq >, ConjunctiveBody::ConditionVector< int32, CompareOrdinalGr >, ConjunctiveBody::ConditionVector< float32, CompareNumericalGr >, ConjunctiveBody::ConditionVector< float32, CompareNumericalLeq >, ConjunctiveBody::ConditionVector< int32, CompareOrdinalLeq >

Public Types

typedef Vector::view_type::first_view_type::const_iterator index_const_iterator

An iterator that provides read-only access to the indices stored in the vector.

typedef Vector::view_type::second_view_type::const_iterator value_const_iterator

An iterator that provides read-only access to the values stored in the vector.

typedef Vector::view_type::first_view_type::iterator index_iterator

An iterator that provides access to the indices stored in the vector and allows to modify them.

typedef Vector::view_type::second_view_type::iterator value_iterator

An iterator that provides access to the values stored in the vector and allows to modify them.

Public Functions

inline IterableIndexedVectorDecorator(typename Vector::view_type &&view)
Parameters:

view – The view, the vector should be backed by

inline virtual ~IterableIndexedVectorDecorator() override
inline index_const_iterator indices_cbegin() const

Returns an index_const_iterator to the beginning of the vector.

Returns:

An index_const_iterator to the beginning

inline index_const_iterator indices_cend() const

Returns an index_const_iterator to the end of the vector.

Returns:

An index_const_iterator to the end

inline value_const_iterator values_cbegin() const

Returns a value_const_iterator to the beginning of the vector.

Returns:

A value_const_iterator to the beginning

inline value_const_iterator values_cend() const

Returns a value_const_iterator to the end of the vector.

Returns:

A value_const_iterator to the end

inline index_iterator indices_begin()

Returns an index_iterator to the beginning of the vector.

Returns:

An index_iterator to the beginning

inline index_iterator indices_end()

Returns an index_iterator to the end of the vector.

Returns:

An index_iterator to the end

inline value_iterator values_begin()

Returns a value_iterator to the beginning of the vector.

Returns:

A value_iterator to the beginning

inline value_iterator values_end()

Returns a value_iterator to the end of the vector.

Returns:

A value_iterator to the end