scippp::params::BRANCHING::TREEMODEL Namespace Reference

Parameters with prefix branching/treemodel. More...

Variables
constexpr Param< bool >	ENABLE { "branching/treemodel/enable" }
	should candidate branching variables be scored using the Treemodel branching rules?
constexpr Param< char >	FALLBACKINF { "branching/treemodel/fallbackinf" }
	which method should be used as a fallback if the tree size estimates are infinite? ('d'efault, 'r'atio)
constexpr Param< char >	FALLBACKNOPRIM { "branching/treemodel/fallbacknoprim" }
	which method should be used as a fallback if there is no primal bound available? ('d'efault, 'r'atio)
constexpr Param< char >	FILTERHIGH { "branching/treemodel/filterhigh" }
	should dominated candidates be filtered before using the high scoring function? ('a'uto, 't'rue, 'f'alse)
constexpr Param< char >	FILTERLOW { "branching/treemodel/filterlow" }
	should dominated candidates be filtered before using the low scoring function? ('a'uto, 't'rue, 'f'alse)
constexpr Param< int >	HEIGHT { "branching/treemodel/height" }
	estimated tree height at which we switch from using the low rule to the high rule
constexpr Param< char >	HIGHRULE { "branching/treemodel/highrule" }
	scoring function to use at nodes predicted to be high in the tree ('d'efault, 's'vts, 'r'atio, 't'ree sample)
constexpr Param< char >	LOWRULE { "branching/treemodel/lowrule" }
	scoring function to use at nodes predicted to be low in the tree ('d'efault, 's'vts, 'r'atio, 't'ree sample)
constexpr Param< int >	MAXFPITER { "branching/treemodel/maxfpiter" }
	maximum number of fixed-point iterations when computing the ratio
constexpr Param< int >	MAXSVTSHEIGHT { "branching/treemodel/maxsvtsheight" }
	maximum height to compute the SVTS score exactly before approximating
constexpr Param< double >	SMALLPSCOST { "branching/treemodel/smallpscost" }
	threshold at which pseudocosts are considered small, making hybrid scores more likely to be the deciding factor in branching

Detailed Description

Parameters with prefix branching/treemodel.

Variable Documentation

ENABLE

constexpr Param<bool> scippp::params::BRANCHING::TREEMODEL::ENABLE { "branching/treemodel/enable" }

constexpr

should candidate branching variables be scored using the Treemodel branching rules?

Definition at line 504 of file parameters.hpp.

FALLBACKINF

constexpr Param<char> scippp::params::BRANCHING::TREEMODEL::FALLBACKINF { "branching/treemodel/fallbackinf" }

constexpr

which method should be used as a fallback if the tree size estimates are infinite? ('d'efault, 'r'atio)

Definition at line 520 of file parameters.hpp.

FALLBACKNOPRIM

constexpr Param<char> scippp::params::BRANCHING::TREEMODEL::FALLBACKNOPRIM { "branching/treemodel/fallbacknoprim" }

constexpr

which method should be used as a fallback if there is no primal bound available? ('d'efault, 'r'atio)

Definition at line 522 of file parameters.hpp.

FILTERHIGH

constexpr Param<char> scippp::params::BRANCHING::TREEMODEL::FILTERHIGH { "branching/treemodel/filterhigh" }

constexpr

should dominated candidates be filtered before using the high scoring function? ('a'uto, 't'rue, 'f'alse)

Definition at line 512 of file parameters.hpp.

FILTERLOW

constexpr Param<char> scippp::params::BRANCHING::TREEMODEL::FILTERLOW { "branching/treemodel/filterlow" }

constexpr

should dominated candidates be filtered before using the low scoring function? ('a'uto, 't'rue, 'f'alse)

Definition at line 514 of file parameters.hpp.

HEIGHT

constexpr Param<int> scippp::params::BRANCHING::TREEMODEL::HEIGHT { "branching/treemodel/height" }

constexpr

estimated tree height at which we switch from using the low rule to the high rule

Definition at line 510 of file parameters.hpp.

HIGHRULE

constexpr Param<char> scippp::params::BRANCHING::TREEMODEL::HIGHRULE { "branching/treemodel/highrule" }

constexpr

scoring function to use at nodes predicted to be high in the tree ('d'efault, 's'vts, 'r'atio, 't'ree sample)

Definition at line 506 of file parameters.hpp.

LOWRULE

constexpr Param<char> scippp::params::BRANCHING::TREEMODEL::LOWRULE { "branching/treemodel/lowrule" }

constexpr

scoring function to use at nodes predicted to be low in the tree ('d'efault, 's'vts, 'r'atio, 't'ree sample)

Definition at line 508 of file parameters.hpp.

MAXFPITER

constexpr Param<int> scippp::params::BRANCHING::TREEMODEL::MAXFPITER { "branching/treemodel/maxfpiter" }

constexpr

maximum number of fixed-point iterations when computing the ratio

Definition at line 516 of file parameters.hpp.

MAXSVTSHEIGHT

constexpr Param<int> scippp::params::BRANCHING::TREEMODEL::MAXSVTSHEIGHT { "branching/treemodel/maxsvtsheight" }

constexpr

maximum height to compute the SVTS score exactly before approximating

Definition at line 518 of file parameters.hpp.

SMALLPSCOST

constexpr Param<double> scippp::params::BRANCHING::TREEMODEL::SMALLPSCOST { "branching/treemodel/smallpscost" }

constexpr

threshold at which pseudocosts are considered small, making hybrid scores more likely to be the deciding factor in branching

Definition at line 525 of file parameters.hpp.