So-Bogus
A c++ sparse block matrix library aimed at Second Order cone problems
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bogus::ADMM< BlockMatrixType > Member List

This is the complete list of members for bogus::ADMM< BlockMatrixType >, including all inherited members.

ADMM()bogus::ADMM< BlockMatrixType >
ADMM(const BlockObjectBase< BlockMatrixType > &matrix)bogus::ADMM< BlockMatrixType >explicit
Base typedef (defined in bogus::ADMM< BlockMatrixType >)bogus::ADMM< BlockMatrixType >
BlockProblemTraits typedef (defined in bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >)bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >
BlockSolverBase(const BlockObjectBase< BlockMatrixType > *matrix=(static_cast< const BlockObjectBase< BlockMatrixType > * >(0)), unsigned maxIters=0, Scalar tol=0) (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >protected
BlockTraits typedef (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >
callback()bogus::BlockSolverBase< BlockMatrixType >
callback() const (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >
CallBackType typedef (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >
ConstrainedSolverBase() (defined in bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >)bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >protected
dualityCOV(const NSLaw &law, const RhsT &b, ResT &x) constbogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >
eval(const NSLaw &law, const ResT &y, const RhsT &x) constbogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >
GlobalProblemTraits typedef (defined in bogus::ADMM< BlockMatrixType >)bogus::ADMM< BlockMatrixType >
Index typedef (defined in bogus::ADMM< BlockMatrixType >)bogus::ADMM< BlockMatrixType >protected
init()bogus::ADMM< BlockMatrixType >protected
m_callback (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >protected
m_defaultVariant (defined in bogus::ADMM< BlockMatrixType >)bogus::ADMM< BlockMatrixType >protected
m_matrixbogus::BlockSolverBase< BlockMatrixType >protected
m_maxItersbogus::BlockSolverBase< BlockMatrixType >protected
m_scaling (defined in bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >)bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >protected
m_stepSize (defined in bogus::ADMM< BlockMatrixType >)bogus::ADMM< BlockMatrixType >protected
m_tolbogus::BlockSolverBase< BlockMatrixType >protected
m_useInfinityNormbogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >protected
matrix() const (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >
maxIters() const (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >
projectOnConstraints(const NSLaw &projector, VectorT &x) constbogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >
Scalar typedef (defined in bogus::ADMM< BlockMatrixType >)bogus::ADMM< BlockMatrixType >
setDefaultVariant(admm::Variant variant)bogus::ADMM< BlockMatrixType >
setMatrix(const BlockObjectBase< BlockMatrixType > &matrix)bogus::ADMM< BlockMatrixType >
setMaxIters(unsigned maxIters)bogus::BlockSolverBase< BlockMatrixType >
setStepSize(const Scalar size)bogus::ADMM< BlockMatrixType >
setTol(Scalar tol)bogus::BlockSolverBase< BlockMatrixType >
solve(const NSLaw &law, const ProxOp &op, const RhsT &w, ResT &v, ResT &r) const bogus::ADMM< BlockMatrixType >
solve(const NSLaw &law, const ProxOp &op, const RhsT &w, ResT &v, ResT &r) const bogus::ADMM< BlockMatrixType >
solve(const NSLaw &law, const RhsT &b, ResT &x) const (defined in bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >)bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >
stepSize() const (defined in bogus::ADMM< BlockMatrixType >)bogus::ADMM< BlockMatrixType >
tol() const (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >
updateScalings() (defined in bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >)bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >protected
useInfinityNorm(bool useInfNorm)bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >
usesInfinityNorm() const (defined in bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >)bogus::ConstrainedSolverBase< ADMM< BlockMatrixType >, BlockMatrixType >
~BlockSolverBase() (defined in bogus::BlockSolverBase< BlockMatrixType >)bogus::BlockSolverBase< BlockMatrixType >virtual