Heuristics::IntegerMaster
Warning
This heuristic can only be used with a BranchAndBound<NodeVarInfo>
optimizer in which nodes are solved by
DantzigWolfeDecomposition
.
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template<class NodeInfoT = idol::DefaultNodeInfo>
class IntegerMaster : public idol::BranchAndBoundCallbackFactory<idol::DefaultNodeInfo> Public Functions
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IntegerMaster() = default
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IntegerMaster(IntegerMaster&&) noexcept = default
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IntegerMaster &operator=(const IntegerMaster&) = delete
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IntegerMaster &operator=(IntegerMaster&&) noexcept = default
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virtual BranchAndBoundCallback<NodeInfoT> *operator()() override
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virtual BranchAndBoundCallbackFactory<NodeInfoT> *clone() const override
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IntegerMaster &with_optimizer(const OptimizerFactory &t_optimizer)
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IntegerMaster &with_integer_columns(bool t_value)
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IntegerMaster &with_time_limit(double t_time_limit)
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IntegerMaster &with_iteration_limit(unsigned int t_iteration_limit)
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IntegerMaster &with_max_depth(unsigned int t_max_depth)
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IntegerMaster &with_frequency(unsigned int t_frequency)
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class Strategy : public idol::BranchAndBoundCallback<NodeInfoT>
Public Functions
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explicit Strategy(const OptimizerFactory &t_optimizer)
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inline bool with_integer_columns() const
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inline void set_integer_columns(bool t_value)
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inline void set_time_limit(double t_time_limit)
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inline void set_iteration_limit(unsigned int t_iteration_limit)
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inline void set_max_depth(unsigned int t_max_depth)
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inline void set_frequency(unsigned int t_frequency)
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explicit Strategy(const OptimizerFactory &t_optimizer)
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IntegerMaster() = default