proxsuite-nlp  0.10.0
A primal-dual augmented Lagrangian-type solver for nonlinear programming on manifolds.
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proxsuite::nlp::LinearFunctionDifferenceToPoint< _Scalar > Member List

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

_Scalarproxsuite::nlp::math_types< _Scalar >
Base typedefproxsuite::nlp::LinearFunctionDifferenceToPoint< _Scalar >
BaseFunctionTpl(const int nx, const int ndx, const int nr)proxsuite::nlp::BaseFunctionTpl< _Scalar >inline
BaseFunctionTpl(const ManifoldAbstractTpl< _Scalar > &manifold, const int nr)proxsuite::nlp::BaseFunctionTpl< _Scalar >inline
C1FunctionTpl(const int nx, const int ndx, const int nr)proxsuite::nlp::C1FunctionTpl< _Scalar >inline
C1FunctionTpl(const ManifoldAbstractTpl< _Scalar > &manifold, const int nr)proxsuite::nlp::C1FunctionTpl< _Scalar >inline
C2FunctionTpl(const int nx, const int ndx, const int nr)proxsuite::nlp::C2FunctionTpl< _Scalar >inline
C2FunctionTpl(const ManifoldAbstractTpl< _Scalar > &manifold, const int nr)proxsuite::nlp::C2FunctionTpl< _Scalar >inline
ComposeFunctionTpl(const shared_ptr< Base > &left, const shared_ptr< Base > &right)proxsuite::nlp::ComposeFunctionTpl< _Scalar >inline
computeJacobian(const ConstVectorRef &x, MatrixRef Jout) constproxsuite::nlp::ComposeFunctionTpl< _Scalar >inlinevirtual
proxsuite::nlp::C2FunctionTpl< _Scalar >::computeJacobian(const ConstVectorRef &x) constproxsuite::nlp::C1FunctionTpl< _Scalar >inline
left() constproxsuite::nlp::ComposeFunctionTpl< _Scalar >inline
LinearFunctionDifferenceToPoint(const polymorphic< Manifold > &space, const ConstVectorRef &target, const ConstMatrixRef &A, const ConstVectorRef &b)proxsuite::nlp::LinearFunctionDifferenceToPoint< _Scalar >inline
Manifold typedefproxsuite::nlp::LinearFunctionDifferenceToPoint< _Scalar >
ndx() constproxsuite::nlp::BaseFunctionTpl< _Scalar >inline
ndx_proxsuite::nlp::BaseFunctionTpl< _Scalar >protected
nr() constproxsuite::nlp::BaseFunctionTpl< _Scalar >inline
nr_proxsuite::nlp::BaseFunctionTpl< _Scalar >protected
nx() constproxsuite::nlp::BaseFunctionTpl< _Scalar >inline
nx_proxsuite::nlp::BaseFunctionTpl< _Scalar >protected
operator()(const ConstVectorRef &x) constproxsuite::nlp::ComposeFunctionTpl< _Scalar >inlinevirtual
right() constproxsuite::nlp::ComposeFunctionTpl< _Scalar >inline
Scalar typedefproxsuite::nlp::LinearFunctionDifferenceToPoint< _Scalar >
Scalarproxsuite::nlp::LinearFunctionDifferenceToPoint< _Scalar >
vectorHessianProduct(const ConstVectorRef &, const ConstVectorRef &, MatrixRef Hout) constproxsuite::nlp::ComposeFunctionTpl< _Scalar >inlinevirtual
~BaseFunctionTpl()=defaultproxsuite::nlp::BaseFunctionTpl< _Scalar >virtual