| Cqugar::impl::AffineTransf< dim > | Class for representing affine transformations |
| ▼Cqugar::impl::funcs::AnnulusBase | 2D annulus base class. The function is defined by the annulus center and major and inner radii. The function presents a negative sign inside the annulus (between both boundaries), and positive outside |
| Cqugar::impl::funcs::Annulus | 2D annulus function. The function is defined by the annulus center and outer and inner radii. The function presents a negative sign inside the annulus (between both boundaries), and positive outside |
| Cqugar::impl::funcs::AnnulusBzr | 2D annulus function. The function is defined by the annulus center and outer and inner radii. The function presents a negative sign inside the annulus (between both boundaries), and positive outside |
| Cqugar::BoundBox< dim > | Class representing a dim-dimensional Cartesian product bounding box |
| Cqugar::CartGridTP< dim > | Class representing a dim-dimensional Cartesian tensor-product grid |
| ▼Cqugar::impl::funcs::ConstantBase | Dimension independent constant function |
| Cqugar::impl::funcs::Constant< dim > | Dimension independent constant function |
| Cqugar::impl::funcs::ConstantBzr< dim > | Dimension independent constant function |
| Cqugar::CutCellsQuad< dim > | |
| Cqugar::CutIsoBoundsQuad< dim > | |
| Cqugar::CutUnfBoundsQuad< dim > | |
| ▼Cqugar::impl::funcs::CylinderBase | Infinite cylinder base class |
| Cqugar::impl::funcs::Cylinder | Infinite cylinder |
| Cqugar::impl::funcs::CylinderBzr | Infinite cylinder |
| ▼Cqugar::impl::DomainFunc< dim, range > | Domain functions |
| ▼Cqugar::impl::PolynomialTP< dim, 1 > | |
| Cqugar::impl::MonomialsTP< dim, range > | Dim-dimensional tensor-product monomials function |
| ▼Cqugar::impl::PolynomialTP< dim, range > | Base class for tensor-product polynomial functions |
| ▼Cqugar::impl::BezierTP< 2, 1 > | |
| Cqugar::impl::funcs::AnnulusBzr | 2D annulus function. The function is defined by the annulus center and outer and inner radii. The function presents a negative sign inside the annulus (between both boundaries), and positive outside |
| ▼Cqugar::impl::BezierTP< dim, 1 > | |
| Cqugar::impl::funcs::ConstantBzr< dim > | Dimension independent constant function |
| Cqugar::impl::funcs::EllipsoidBzr< dim > | Dimension independent ellipsoidal function. The function is defined by the ellipsoid's semi-axes and centered at the origin. The function presents a negative sign around the origin, and positive far away |
| Cqugar::impl::funcs::PlaneBzr< dim > | Plane function |
| Cqugar::impl::funcs::SphereBzr< dim > | Dimension independent spherical function. The function is defined by its center and radius. The function presents a negative sign around the center, and positive far away. At a radius distance from the center, the function vanishes |
| ▼Cqugar::impl::BezierTP< 3, 1 > | |
| Cqugar::impl::funcs::CylinderBzr | Infinite cylinder |
| Cqugar::impl::funcs::TorusBzr | 3D torus function. The function is defined by the torus center, axis, and major and inner radii. The function presents a negative sign inside the torus, and positive outside |
| Cqugar::impl::BezierTP< dim, range > | Dim-dimensional tensor-product Bezier polynomial function |
| Cqugar::impl::funcs::AddFunctions< dim > | This function adds two functions together |
| Cqugar::impl::funcs::Annulus | 2D annulus function. The function is defined by the annulus center and outer and inner radii. The function presents a negative sign inside the annulus (between both boundaries), and positive outside |
| Cqugar::impl::funcs::Constant< dim > | Dimension independent constant function |
| Cqugar::impl::funcs::Cylinder | Infinite cylinder |
| Cqugar::impl::funcs::Ellipsoid< dim > | Dimension independent ellipsoidal function. The function is defined by the ellipsoid's semi-axes and centered at the origin. The function presents a negative sign around the origin, and positive far away |
| ▼Cqugar::impl::funcs::FuncWithAffineTransf< dim > | Function containing an affine transformation |
| Cqugar::impl::funcs::DimLinear< dim > | Dim-linear function |
| Cqugar::impl::funcs::Square< dim > | Dimension independent square function in domain [-1,1]^dim |
| Cqugar::impl::funcs::TransformedFunction< dim > | Creates a new implicit function that is just a base function to which an affine transformation is applied |
| Cqugar::impl::funcs::Negative< dim > | This function computes the negative of a given function |
| Cqugar::impl::funcs::Plane< dim > | Plane function |
| Cqugar::impl::funcs::Sphere< dim > | Dimension independent spherical function. The function is defined by its center and radius. The function presents a negative sign around the center, and positive far away. At a radius distance from the center, the function vanishes |
| Cqugar::impl::funcs::SubtractFunctions< dim > | This function subtracts two functions |
| Cqugar::impl::funcs::Torus | 3D torus function. The function is defined by the torus center, axis, and major and inner radii. The function presents a negative sign inside the torus, and positive outside |
| Cqugar::impl::tpms::TPMSBase< dim > | |
| ▼Cqugar::impl::funcs::EllipsoidBase< dim > | Dimension independent ellipsoidal function (base cass). The function is defined by the ellipsoid's semi-axes and centered at the origin. The function presents a negative sign around the origin, and positive far away |
| Cqugar::impl::funcs::Ellipsoid< dim > | Dimension independent ellipsoidal function. The function is defined by the ellipsoid's semi-axes and centered at the origin. The function presents a negative sign around the origin, and positive far away |
| Cqugar::impl::funcs::EllipsoidBzr< dim > | Dimension independent ellipsoidal function. The function is defined by the ellipsoid's semi-axes and centered at the origin. The function presents a negative sign around the origin, and positive far away |
| Cqugar::Gauss | Helper class for computing the abscissae and weights of the Gauss-Legendre quadrature rule referred to the [0,1]. The maximum number of abscissae/weights is prescribed by n_max. The abscissae / weights are precomputed with enough precision (34 significant digits) for double or quadruple precision applications |
| Cstd::hash< qugar::TensorIndexTP< dim > > | |
| Cqugar::impl::funcs::_impl::IsAlgoimVector< V > | |
| Cqugar::impl::funcs::_impl::IsAlgoimVector< Point< dim > > | |
| Cqugar::impl::funcs::_impl::IsAlgoimVector< Vector< T, dim > > | |
| Cqugar::TensorIndexRangeTP< dim >::Iterator | Iterator class for tensor index ranges |
| Cqugar::impl::funcs::_impl::NewVector< V, new_dim > | |
| Cqugar::impl::funcs::_impl::NewVector< Point< dim >, new_dim > | |
| Cqugar::impl::funcs::_impl::NewVector< Vector< T, dim >, new_dim > | |
| ▼Cqugar::impl::funcs::PlaneBase< dim > | Plane base class |
| Cqugar::impl::funcs::Plane< dim > | Plane function |
| Cqugar::impl::funcs::PlaneBzr< dim > | Plane function |
| Cqugar::Quadrature< dim > | Class for storing dim-dimensional quadratures (non-tensor product) |
| Cqugar::impl::RefSystem< dim > | A class representing a reference system in a given dimension |
| ▼Cqugar::ReparamMesh< dim, range > | Class for storing an implicit domain reparameterization using Lagrange cells |
| Cqugar::impl::ImplReparamMesh< dim, range > | Class for storing an implicit domain reparameterization using Lagrange cells |
| Cqugar::impl::RootsIntervals< dim > | Struct for storing and managing computed roots and intervals of an implicit function |
| ▼Cqugar::impl::funcs::SphereBase< dim > | Dimension independent spherical function |
| Cqugar::impl::funcs::Sphere< dim > | Dimension independent spherical function. The function is defined by its center and radius. The function presents a negative sign around the center, and positive far away. At a radius distance from the center, the function vanishes |
| Cqugar::impl::funcs::SphereBzr< dim > | Dimension independent spherical function. The function is defined by its center and radius. The function presents a negative sign around the center, and positive far away. At a radius distance from the center, the function vanishes |
| Cqugar::SubCartGridTP< dim > | Subgrid of a Cartesian grid TP. It is a subset of the cells of a given grid |
| Cqugar::TanhSinh | Helper class for computing the abscissae and weights of the tanh-sinh quadrature rule referred to the [0,1]. The maximum number of abscissae/weights is prescribed by n_max. The abscissae / weights are precomputed with enough precision (34 significant digits) for double or quadruple precision applications |
| Cqugar::TensorIndexRangeTP< dim > | Class representing a dim-dimensional range defined by lower and upper tensor bounds |
| Cqugar::Tolerance | Class for tolerance related computations |
| ▼Cqugar::impl::funcs::TorusBase | 3D torus function base class. The function is defined by the torus center, axis, and major and inner radii. The function presents a negative sign inside the torus, and positive outside |
| Cqugar::impl::funcs::Torus | 3D torus function. The function is defined by the torus center, axis, and major and inner radii. The function presents a negative sign inside the torus, and positive outside |
| Cqugar::impl::funcs::TorusBzr | 3D torus function. The function is defined by the torus center, axis, and major and inner radii. The function presents a negative sign inside the torus, and positive outside |
| ▼Cqugar::UnfittedDomain< dim > | |
| Cqugar::impl::UnfittedImplDomain< dim > | |
| ▼CVector | |
| Cqugar::TensorIndexTP< dim > | Class representing a dim-dimensional tensor-product indices |
| Cqugar::TensorSizeTP< dim > | Class representing a dim-dimensional tensor-product sizes container |
| Cqugar::impl::funcs::_impl::VectorDim< V > | |
| Cqugar::impl::funcs::_impl::VectorDim< Point< dim_ > > | |
| Cqugar::impl::funcs::_impl::VectorDim< Vector< T, dim_ > > | |
| Cqugar::impl::funcs::_impl::VectorType< V > | |
| Cqugar::impl::funcs::_impl::VectorType< Point< dim > > | |
| Cqugar::impl::funcs::_impl::VectorType< Vector< T, dim > > | |
1.12.0