Gecode::Optimize::QuadraticOptions Struct Reference

#include < -- improving gecode/implementation/gecode/gecode/optimize/quadratic.hpp>

Public Member Functions
void	validate () const

Public Attributes
SolveOptions	solve
std::uint64_t	iteration_limit = 100000
std::size_t	max_auxiliary_variables = 100000
std::size_t	max_lifted_nonzeros = 2000000
double	stationarity_tolerance = 1e-7
double	complementarity_tolerance = 1e-7
double	optimality_tolerance = 1e-6

Member Function Documentation

validate()

void Gecode::Optimize::QuadraticOptions::validate

(

)

const

Member Data Documentation

solve

SolveOptions Gecode::Optimize::QuadraticOptions::solve

iteration_limit

std::uint64_t Gecode::Optimize::QuadraticOptions::iteration_limit = 100000

max_auxiliary_variables

std::size_t Gecode::Optimize::QuadraticOptions::max_auxiliary_variables = 100000

max_lifted_nonzeros

std::size_t Gecode::Optimize::QuadraticOptions::max_lifted_nonzeros = 2000000

stationarity_tolerance

double Gecode::Optimize::QuadraticOptions::stationarity_tolerance = 1e-7

complementarity_tolerance

double Gecode::Optimize::QuadraticOptions::complementarity_tolerance = 1e-7

optimality_tolerance

double Gecode::Optimize::QuadraticOptions::optimality_tolerance = 1e-6

Absolute original objective units; no relaxation by objective constants.

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The documentation for this struct was generated from the following file:

• quadratic.hpp