| _boundary | afl::Field | [protected] |
| _derivator | afl::Field | [protected] |
| _dirichlet | afl::Field | [protected] |
| _integrator | afl::Field | [protected] |
| _interpolator | afl::Field | [protected] |
| _name | afl::Field | [protected] |
| _neumann | afl::Field | [protected] |
| _pset | afl::Field | [protected] |
| addBoundarySegment(const Field *f) | afl::Field_1 | [virtual] |
| afl::Field::addBoundarySegment(const Point &p1, const Point &p2) | afl::Field | [virtual] |
| begin() const | afl::Field | [virtual] |
| boundary(Boundary *boundary) | afl::Field | [virtual] |
| clone() const | afl::Field_1 | [virtual] |
| curl(const Point &x) const | afl::Field | [virtual] |
| derivator(Derivator *derivator) | afl::Field | [virtual] |
| divergence(const Point &x) const | afl::Field_1 | [virtual] |
| end() const | afl::Field | [virtual] |
| erase(const iterator &pt) | afl::Field | [virtual] |
| Field(const std::string &name, ddf::PropertySet *pset) | afl::Field | [protected] |
| Field_1(const std::string &name, ddf::PropertySet *pset=NULL) | afl::Field_1 | |
| get(const Point &x) const | afl::Field_1 | [virtual] |
| getBoundary() const | afl::Field | [virtual] |
| getBoundingBoxMax() const | afl::Field_1 | [virtual] |
| getBoundingBoxMin() const | afl::Field_1 | [virtual] |
| getDimension() const | afl::Field_1 | [inline, virtual] |
| getDirichlet(const Point &p) const | afl::Field | |
| getName() const | afl::Field | [inline, virtual] |
| getNeumann(const Point &p) const | afl::Field | |
| getNumericData() const | afl::Field | [inline] |
| getValueGeometry() const | afl::Field | [virtual] |
| getValueTypeStr() const | afl::Field | [virtual] |
| gradient(const Point &x) const | afl::Field_1 | [virtual] |
| hasDerivative() const | afl::Field | [virtual] |
| hasDirichletCondition() const | afl::Field | |
| hasNeumannCondition() const | afl::Field | |
| integral(const Simplex &s) const | afl::Field_1 | [virtual] |
| integrator(Integrator *integrator) | afl::Field | [virtual] |
| interpolation(interp_t method) | afl::Field_1 | [virtual] |
| afl::Field::interpolation(Interpolator *interpolator) | afl::Field | [virtual] |
| afl::Field::interpolation(const std::string &function) | afl::Field | [virtual] |
| iterator typedef | afl::Field | |
| jacobian(const Point &x) const | afl::Field_1 | [virtual] |
| laplacian(const Point &x) const | afl::Field_1 | [virtual] |
| locate(const Point &p) const | afl::Field | [virtual] |
| resetBoundary() | afl::Field | [virtual] |
| set(const Point &x, const Value &value) | afl::Field_1 | [virtual] |
| set(const Point &x, const Value &value, const Derivative &dvalue) | afl::Field_1 | [virtual] |
| setDirichletCondition(const Field *value) | afl::Field | |
| setDirichletCondition(const Value &value) | afl::Field | |
| setNeumannCondition(const Field *deriv) | afl::Field | |
| setNeumannCondition(const Value &value) | afl::Field | |
| size() const | afl::Field | [virtual] |
| toXML(std::ostream &doc, const std::string &componentsDir, const std::string &baseURI, bool allInline) const | afl::Field | [virtual] |
| ~Field() | afl::Field | [virtual] |
| ~Field_1() | afl::Field_1 | [virtual] |
