| dot(array::Vector &a, array::Vector &b, double *OUTPUT) | pism::inverse::IPMeanSquareFunctional2V | virtual |
| gradientAt(array::Vector &x, array::Vector &gradient) | pism::inverse::IPMeanSquareFunctional2V | virtual |
| IPInnerProductFunctional< array::Vector >::gradientAt(IMVecType &x, IMVecType &gradient)=0 | pism::inverse::IPFunctional< IMVecType > | pure virtual |
| interior_product(array::Vector &x, array::Vector &y) | pism::inverse::IPInnerProductFunctional< array::Vector > | inlinevirtual |
| IPFunctional(std::shared_ptr< const Grid > grid) | pism::inverse::IPFunctional< IMVecType > | inline |
| IPFunctional(IPFunctional const &) | pism::inverse::IPFunctional< IMVecType > | private |
| IPInnerProductFunctional(std::shared_ptr< const Grid > grid) | pism::inverse::IPInnerProductFunctional< array::Vector > | inline |
| IPMeanSquareFunctional2V(std::shared_ptr< const Grid > grid, array::Scalar *weights=NULL) | pism::inverse::IPMeanSquareFunctional2V | inline |
| IPMeanSquareFunctional2V(IPMeanSquareFunctional2V const &) | pism::inverse::IPMeanSquareFunctional2V | private |
| m_element | pism::inverse::IPFunctional< IMVecType > | protected |
| m_element_index | pism::inverse::IPFunctional< IMVecType > | protected |
| m_grid | pism::inverse::IPFunctional< IMVecType > | protected |
| m_normalization | pism::inverse::IPMeanSquareFunctional2V | protected |
| m_weights | pism::inverse::IPMeanSquareFunctional2V | protected |
| normalize(double scale) | pism::inverse::IPMeanSquareFunctional2V | virtual |
| operator=(IPMeanSquareFunctional2V const &) | pism::inverse::IPMeanSquareFunctional2V | private |
| valueAt(array::Vector &x, double *OUTPUT) | pism::inverse::IPMeanSquareFunctional2V | virtual |
| IPInnerProductFunctional< array::Vector >::valueAt(IMVecType &x, double *OUTPUT)=0 | pism::inverse::IPFunctional< IMVecType > | pure virtual |
| ~IPFunctional() | pism::inverse::IPFunctional< IMVecType > | inlinevirtual |
| ~IPMeanSquareFunctional2V() | pism::inverse::IPMeanSquareFunctional2V | inlinevirtual |
