Class List

Here are the classes, structs, unions and interfaces with brief descriptions:

[detail level 12345]

▼Nqugar	QUGaR's main namespace
▼Nimpl
▼Nfuncs
▼N_impl
CIsAlgoimVector
CIsAlgoimVector< Point< dim > >
CIsAlgoimVector< Vector< T, dim > >
CNewVector
CNewVector< Point< dim >, new_dim >
CNewVector< Vector< T, dim >, new_dim >
CVectorDim
CVectorDim< Point< dim_ > >
CVectorDim< Vector< T, dim_ > >
CVectorType
CVectorType< Point< dim > >
CVectorType< Vector< T, dim > >
CAddFunctions	This function adds two functions together
CAnnulus	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
CAnnulusBase	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
CAnnulusBzr	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
CConstant	Dimension independent constant function
CConstantBase	Dimension independent constant function
CConstantBzr	Dimension independent constant function
CCylinder	Infinite cylinder
CCylinderBase	Infinite cylinder base class
CCylinderBzr	Infinite cylinder
CDimLinear	Dim-linear function
CEllipsoid	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
CEllipsoidBase	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
CEllipsoidBzr	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
CFuncWithAffineTransf	Function containing an affine transformation
CNegative	This function computes the negative of a given function
CPlane	Plane function
CPlaneBase	Plane base class
CPlaneBzr	Plane function
CSphere	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
CSphereBase	Dimension independent spherical function
CSphereBzr	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
CSquare	Dimension independent square function in domain [-1,1]^dim
CSubtractFunctions	This function subtracts two functions
CTorus	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
CTorusBase	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
CTorusBzr	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
CTransformedFunction	Creates a new implicit function that is just a base function to which an affine transformation is applied
▼Ntpms
CTPMSBase
CAffineTransf	Class for representing affine transformations
CBezierTP	Dim-dimensional tensor-product Bezier polynomial function
CDomainFunc	Domain functions
CImplReparamMesh	Class for storing an implicit domain reparameterization using Lagrange cells
CMonomialsTP	Dim-dimensional tensor-product monomials function
CPolynomialTP	Base class for tensor-product polynomial functions
CRefSystem	A class representing a reference system in a given dimension
CRootsIntervals	Struct for storing and managing computed roots and intervals of an implicit function
CUnfittedImplDomain
CBoundBox	Class representing a dim-dimensional Cartesian product bounding box
CCartGridTP	Class representing a dim-dimensional Cartesian tensor-product grid
CCutCellsQuad
CCutIsoBoundsQuad
CCutUnfBoundsQuad
CGauss	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
CQuadrature	Class for storing dim-dimensional quadratures (non-tensor product)
CReparamMesh	Class for storing an implicit domain reparameterization using Lagrange cells
CSubCartGridTP	Subgrid of a Cartesian grid TP. It is a subset of the cells of a given grid
CTanhSinh	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
▼CTensorIndexRangeTP	Class representing a dim-dimensional range defined by lower and upper tensor bounds
CIterator	Iterator class for tensor index ranges
CTensorIndexTP	Class representing a dim-dimensional tensor-product indices
CTensorSizeTP	Class representing a dim-dimensional tensor-product sizes container
CTolerance	Class for tolerance related computations
CUnfittedDomain
▼Nstd
Chash< qugar::TensorIndexTP< dim > >