appendT(concepts::TColumn< Real > *T) | hp3D::Element< Real > | inline |
cell() const | hp3D::Hexahedron | inlinevirtual |
Element< Real >::cell() const=0 | hp3D::Element< Real > | pure virtual |
cell_ | hp3D::Hexahedron | private |
chi(const Real x, const Real y, const Real z) const | hp3D::Hexahedron | inline |
computeShapefunctions_(const concepts::QuadratureRule1d *intX, const concepts::QuadratureRule1d *intY, const concepts::QuadratureRule1d *intZ) | hp3D::Hexahedron | protected |
edgeP(const uint i, const concepts::AdaptiveControlP< 1 > &p) | hp3D::Hexahedron | inline |
edgeP(const uint i) const | hp3D::Hexahedron | inline |
edges_ | hp3D::Hexahedron | private |
Element(concepts::TColumn< Real > *T, uint p) | hp3D::Element< Real > | inline |
Element(concepts::TColumn< Real > *T, const ushort *p) | hp3D::Element< Real > | inline |
elemMap(const Real coord_local) const | concepts::ElementWithCell< Real > | inline |
elemMap(const Real2d &coord_local) const | concepts::ElementWithCell< Real > | inline |
elemMap(const Real3d &coord_local) const | concepts::ElementWithCell< Real > | inline |
faceP(const uint i, const concepts::AdaptiveControlP< 2 > &p) | hp3D::Hexahedron | inline |
faceP(const uint i) const | hp3D::Hexahedron | inline |
faces_ | hp3D::Hexahedron | private |
getStrategy() const | hp3D::Hexahedron | inline |
graphics() const | hp3D::Hexahedron | virtual |
graphics_ | hp3D::Hexahedron | privatestatic |
hasSameMatrix(const Hexahedron &elm) const | hp3D::Hexahedron | |
hessian(const uint i, const Real x, const Real y, const Real z) const | hp3D::Hexahedron | inline |
Hexahedron(concepts::Hexahedron3d &cell, const ushort *p, concepts::TColumn< Real > *T0, concepts::TColumn< Real > *T1) | hp3D::Hexahedron | |
info(std::ostream &os) const | hp3D::Hexahedron | protectedvirtual |
IntegrationCell() | concepts::IntegrationCell | inline |
integrationX() const | hp3D::Hexahedron | inline |
integrationY() const | hp3D::Hexahedron | inline |
integrationZ() const | hp3D::Hexahedron | inline |
intFormType enum name | concepts::IntegrationCell | |
intX_ | hp3D::Hexahedron | private |
intY_ | hp3D::Hexahedron | private |
intZ_ | hp3D::Hexahedron | private |
jacobian(const Real x, const Real y, const Real z) const | hp3D::Hexahedron | inline |
jacobianDeterminant(const Real x, const Real y, const Real z) const | hp3D::Hexahedron | inline |
jacobianInverse(const Real x, const Real y, const Real z) const | hp3D::Hexahedron | inline |
ONE enum value | concepts::IntegrationCell | |
operator<(const Element< Real > &elm) const | hp3D::Hexahedron | virtual |
p() const | hp3D::Element< Real > | inline |
p_ | hp3D::Hexahedron | private |
quadraturePoint(uint i, intPoint &p, intFormType form, bool localCoord) const | hp3D::Hexahedron | virtual |
recomputeShapefunctions() | hp3D::Hexahedron | |
recomputeShapefunctions(const uint nq[2]) | hp3D::Hexahedron | |
rule() | hp3D::Hexahedron | inlinestatic |
rule_ | hp3D::Hexahedron | privatestatic |
setStrategy(const concepts::Hex3dSubdivision *strategy=0) | hp3D::Hexahedron | inline |
shpfctDX() const | hp3D::Hexahedron | inline |
shpfctDX_ | hp3D::Hexahedron | private |
shpfctDY() const | hp3D::Hexahedron | inline |
shpfctDY_ | hp3D::Hexahedron | private |
shpfctDZ() const | hp3D::Hexahedron | inline |
shpfctDZ_ | hp3D::Hexahedron | private |
shpfctX() const | hp3D::Hexahedron | inline |
shpfctX_ | hp3D::Hexahedron | private |
shpfctY() const | hp3D::Hexahedron | inline |
shpfctY_ | hp3D::Hexahedron | private |
shpfctZ() const | hp3D::Hexahedron | inline |
shpfctZ_ | hp3D::Hexahedron | private |
support() const | hp3D::Hexahedron | inlinevirtual |
Element< Real >::support() const=0 | hp3D::Element< Real > | pure virtual |
T() const | hp3D::Element< Real > | inlinevirtual |
T_ | hp3D::Element< Real > | protected |
THREE enum value | concepts::IntegrationCell | |
TWO enum value | concepts::IntegrationCell | |
type typedef | concepts::ElementWithCell< Real > | |
vertex(uint i) const | hp3D::Hexahedron | inlinevirtual |
ZERO enum value | concepts::IntegrationCell | |
~Hexahedron() | hp3D::Hexahedron | virtual |
~IntegrationCell() | concepts::IntegrationCell | inlinevirtual |