proxsuite-nlp  0.11.0
A primal-dual augmented Lagrangian-type solver for nonlinear programming on manifolds.
 
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proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar > Member List

This is the complete list of members for proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >, including all inherited members.

ActiveType typedef (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
applyNormalConeProjectionJacobian(const ConstVectorRef &z, MatrixRef Jout) constproxsuite::nlp::ConstraintSetTpl< _Scalar >virtual
applyProjectionJacobian(const ConstVectorRef &z, MatrixRef Jout) constproxsuite::nlp::ConstraintSetTpl< _Scalar >virtual
Base typedef (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
computeActiveSet(const ConstVectorRef &z, Eigen::Ref< ActiveType > out) constproxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >inlinevirtual
computeMoreauEnvelope(const ConstVectorRef &zin, VectorRef zprojout) constproxsuite::nlp::ConstraintSetTpl< _Scalar >inline
ConstraintSetTpl()=default (defined in proxsuite::nlp::ConstraintSetTpl< _Scalar >)proxsuite::nlp::ConstraintSetTpl< _Scalar >
disableGaussNewton() constproxsuite::nlp::ConstraintSetTpl< _Scalar >inlinevirtual
evaluate(const ConstVectorRef &zproj) constproxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >inlinevirtual
evaluateMoreauEnvelope(const ConstVectorRef &zin, const ConstVectorRef &zproj) constproxsuite::nlp::ConstraintSetTpl< _Scalar >inline
mu() const (defined in proxsuite::nlp::ConstraintSetTpl< _Scalar >)proxsuite::nlp::ConstraintSetTpl< _Scalar >inline
mu_ (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >mutable
mu_inv() const (defined in proxsuite::nlp::ConstraintSetTpl< _Scalar >)proxsuite::nlp::ConstraintSetTpl< _Scalar >inline
mu_inv_ (defined in proxsuite::nlp::ConstraintSetTpl< _Scalar >)proxsuite::nlp::ConstraintSetTpl< _Scalar >mutableprotected
NonsmoothPenaltyL1Tpl()=default (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
NonsmoothPenaltyL1Tpl(const NonsmoothPenaltyL1Tpl &)=default (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
NonsmoothPenaltyL1Tpl(NonsmoothPenaltyL1Tpl &&)=default (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
normalConeProjection(const ConstVectorRef &z, VectorRef zout) constproxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >inlinevirtual
operator=(const NonsmoothPenaltyL1Tpl &)=default (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
operator=(NonsmoothPenaltyL1Tpl &&)=default (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
operator==(const ConstraintSetTpl< Scalar > &rhs) (defined in proxsuite::nlp::ConstraintSetTpl< _Scalar >)proxsuite::nlp::ConstraintSetTpl< _Scalar >inline
projection(const ConstVectorRef &z, VectorRef zout) constproxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >inlinevirtual
projection_impl(const ConstVectorRef &z) const (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >inline
Scalar typedef (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
Scalar (defined in proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >)proxsuite::nlp::NonsmoothPenaltyL1Tpl< _Scalar >
setProxParameter(const Scalar mu) constproxsuite::nlp::ConstraintSetTpl< _Scalar >inline
~ConstraintSetTpl()=default (defined in proxsuite::nlp::ConstraintSetTpl< _Scalar >)proxsuite::nlp::ConstraintSetTpl< _Scalar >virtual