addAffordance(Affordance &&affordance) | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | inline |
FErequirements()=default | Ikarus::FErequirements< SolutionVectorType_, ParameterType_ > | |
FErequirements(Base &&base) | Ikarus::FErequirements< SolutionVectorType_, ParameterType_ > | inline |
FErequirements(const Base &base) | Ikarus::FErequirements< SolutionVectorType_, ParameterType_ > | inline |
getGlobalSolution(const FESolutions &key) const | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | inline |
getParameter(FEParameter &&key) const | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | inline |
hasAffordance(Affordance &&affordance) const | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | inline |
insertGlobalSolution(const FESolutions &key, SolutionVectorTypeRaw &sol) | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | inline |
insertParameter(const FEParameter &key, ParameterTypeRaw &val) | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | inline |
operator=(const Base &base) | Ikarus::FErequirements< SolutionVectorType_, ParameterType_ > | inline |
operator=(Base &&base) | Ikarus::FErequirements< SolutionVectorType_, ParameterType_ > | inline |
ParameterType typedef | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | |
ParameterTypeRaw typedef | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | |
SolutionVectorType typedef | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | |
SolutionVectorTypeRaw typedef | Ikarus::FERequirements< std::reference_wrapper< Eigen::VectorXd >, std::reference_wrapper< double > > | |