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

applyPermutation(const std::vector< std::size_t > &permutation)	bogus::DualFrictionProblem< Dimension >
b	bogus::DualFrictionProblem< Dimension >
computeFrom(const PrimalFrictionProblem< Dimension > &primal)	bogus::DualFrictionProblem< Dimension >
CoulombLawType typedef (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
evalWith(const GaussSeidelType &gs, const double *r, const bool staticProblem=false) const	bogus::DualFrictionProblem< Dimension >
evalWith(const ProjectedGradientType &gs, const double *r) const (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
GaussSeidelType typedef (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
invPermutation() const (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
mu	bogus::DualFrictionProblem< Dimension >
permutation() const (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
permuted() const (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
ProjectedGradientType typedef (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
SignalType typedef (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
SOCLawType typedef (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
solveCadoux(GaussSeidelType &gs, double r, const unsigned fpIterations, const SignalType callback=(static_cast< const SignalType * >(0))) const	bogus::DualFrictionProblem< Dimension >
solveCadoux(ProjectedGradientType &pg, double r, const unsigned fpIterations, const SignalType callback=(static_cast< const SignalType * >(0))) const (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
solveCadouxVel(GaussSeidelType &gs, double u, const unsigned fpIterations, const SignalType callback=(static_cast< const SignalType * >(0))) const	bogus::DualFrictionProblem< Dimension >
solveCadouxVel(ProjectedGradientType &pg, double u, const unsigned fpIterations, const SignalType callback=(static_cast< const SignalType * >(0))) const (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
solveWith(GaussSeidelType &gs, double *r, const bool staticProblem=false) const	bogus::DualFrictionProblem< Dimension >
solveWith(ProjectedGradientType &pg, double *r) const (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
undoPermutation() (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >
W	bogus::DualFrictionProblem< Dimension >
WType typedef (defined in bogus::DualFrictionProblem< Dimension >)	bogus::DualFrictionProblem< Dimension >