idol::BranchingWithPriority< NodeT > Class Template Reference

Inheritance diagram for idol::BranchingWithPriority< NodeT >:

Collaboration diagram for idol::BranchingWithPriority< NodeT >:

Public Types
template<class ReturnT , class T >
using	only_if_has_Strategy = typename std::pair< typename T::template Strategy< NodeT >, ReturnT >::second_type

Public Member Functions
	BranchingWithPriority (const BranchingWithPriority &t_src)
BranchingWithPriority< NodeT > &	add_branching_rule (const BranchingRuleFactory< NodeT > &t_branching_rule)
template<class BranchingRuleFactoryT >
only_if_has_Strategy< BranchingWithPriority< NodeT > &, BranchingRuleFactoryT >	add_branching_rule (const BranchingRuleFactoryT &t_branching_rule)
BranchingRule< NodeT > *	operator() (const Optimizers::BranchAndBound< NodeT > &t_parent) const override
BranchingRuleFactory< NodeT > *	clone () const override

Detailed Description

template<class NodeT = idol::DefaultNodeInfo>
class idol::BranchingWithPriority< NodeT >

Definition at line 20 of file BranchingWithPriority.h.

Member Typedef Documentation

only_if_has_Strategy

template<class NodeT = idol::DefaultNodeInfo>

template<class ReturnT , class T >

using idol::BranchingWithPriority< NodeT >::only_if_has_Strategy = typename std::pair<typename T::template Strategy<NodeT>, ReturnT>::second_type

This type is used to exploit SFINAE in order to identify classes having a sub-class named Strategy<NodeInfoT>. This is used to make calls like .with_node_selection_rule(DepthFirst()); which will actually call .with_node_selection_rule(DepthFirst::Strategy<NodeInfoT>()).

Definition at line 39 of file BranchingWithPriority.h.

Constructor & Destructor Documentation

BranchingWithPriority()

template<class NodeT = idol::DefaultNodeInfo>

idol::BranchingWithPriority< NodeT >::BranchingWithPriority ( const BranchingWithPriority< NodeT > &  t_src )

inline

Definition at line 25 of file BranchingWithPriority.h.

Member Function Documentation

add_branching_rule() [1/2]

template<class NodeT = idol::DefaultNodeInfo>

BranchingWithPriority< NodeT > & idol::BranchingWithPriority< NodeT >::add_branching_rule ( const BranchingRuleFactory< NodeT > &  t_branching_rule )

inline

Definition at line 41 of file BranchingWithPriority.h.

add_branching_rule() [2/2]

template<class NodeT = idol::DefaultNodeInfo>

template<class BranchingRuleFactoryT >

only_if_has_Strategy< BranchingWithPriority< NodeT > &, BranchingRuleFactoryT > idol::BranchingWithPriority< NodeT >::add_branching_rule ( const BranchingRuleFactoryT &  t_branching_rule )

inline

Definition at line 47 of file BranchingWithPriority.h.

clone()

template<class NodeT = idol::DefaultNodeInfo>

BranchingRuleFactory< NodeT > * idol::BranchingWithPriority< NodeT >::clone ( ) const

inlineoverridevirtual

Implements idol::BranchingRuleFactory< NodeT >.

Definition at line 55 of file BranchingWithPriority.h.

operator()()

template<class NodeT = idol::DefaultNodeInfo>

BranchingRule< NodeT > * idol::BranchingWithPriority< NodeT >::operator() ( const Optimizers::BranchAndBound< NodeT > &  t_parent ) const

inlineoverridevirtual

Implements idol::BranchingRuleFactory< NodeT >.

Definition at line 51 of file BranchingWithPriority.h.