Amandus: Simulations based on multilevel Schwarz methods
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Classes | |
class | CheckerboardTensorFunction |
class | ConstrainedNewton |
class | MixedSolution |
class | NewtonInvJ |
class | NewtonResidual |
class | ParameterEquation |
class | ScalarSolution |
class | SolutionParameters |
Functions | |
std::pair< double, double > | polar_coords (const Point< 2 > &p) |
template<int dim, typename VECTOR > | |
void | pointify (const VECTOR &v, Point< dim > &p) |
template<int dim, typename number > | |
void | jacobian (const Function< dim > &f, const Point< dim > &p, FullMatrix< number > &J) |
template<int dim, typename VECTOR > | |
void | find_root (const Function< dim > &f, VECTOR &u) |
void Darcy::Checkerboard::find_root | ( | const Function< dim > & | f, |
VECTOR & | u | ||
) |
Wraps the function into the Residual and Inverse Jacobian classes and applies Newton's method.
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inline |
Provides the Jacobian of a function as a FullMatrix.
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inline |
Convert a generic vector to a Point.
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inline |