QUGaR 0.0.4
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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. More...
#include <primitive_funcs_lib.hpp>
Public Member Functions | |
Sphere (real radius) | |
Constructs a Sphere with the given radius and centered at the origin. | |
Sphere (real radius, const Point< dim > ¢er) | |
Constructs a Sphere object with a specified center and radius . | |
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SphereBase (real radius, const Point< dim > ¢er) | |
Constructs a Sphere object with a specified center and radius . | |
real | radius () const |
Gets the radius of the sphere. | |
const Point< dim > & | center () const |
Gets the center of the sphere. | |
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DomainFunc ()=default | |
Default constructor. | |
DomainFunc (const DomainFunc &)=default | |
Default copy constructor. | |
DomainFunc (DomainFunc &&)=default | |
Default move constructor. | |
DomainFunc & | operator= (const DomainFunc &)=default |
Default copy assignment operator. | |
DomainFunc & | operator= (DomainFunc &&)=default |
Default move assignment operator. | |
virtual | ~DomainFunc ()=default |
Default virtual destructor. | |
virtual Value< real > | operator() (const Point< dim > &point) const =0 |
Evaluator operator. | |
virtual Value< Interval< dim > > | operator() (const Point< dim, Interval< dim > > &point) const =0 |
Evaluator operator. | |
virtual Gradient< real > | grad (const Point< dim > &point) const =0 |
Gradient evaluator operator. | |
virtual Gradient< Interval< dim > > | grad (const Point< dim, Interval< dim > > &point) const =0 |
Gradient evaluator operator. | |
virtual Hessian< real > | hessian (const Point< dim > &point) const =0 |
Hessian evaluator operator. | |
Public Attributes | |
declare_impl_func_virtual_interface | |
Additional Inherited Members | |
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template<int N> | |
using | Interval = ::algoim::Interval<N> |
Algoim's interval alias. | |
template<typename T > | |
using | Value = std::conditional_t<range == 1, T, Vector<T, range>> |
Value type. | |
template<typename T > | |
using | Gradient = Vector<Value<T>, dim> |
Gradient type. | |
template<typename T > | |
using | Hessian = Vector<Value<T>, num_hessian> |
Hessian (symmetric type). | |
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static const int | num_hessian = dim * (dim + 1) / 2 |
Number of Hessian (symmetric) components. | |
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static Point< dim > | get_default_center () |
Gets the default center of the sphere. It is set to the origin of the Cartesian coordinate system. | |
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real | radius_ { 0 } |
Radius of the sphere. | |
Point< dim > | center_ |
Center of the sphere. | |
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.
dim | Parametric dimension. |
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explicit |
Constructs a Sphere with the given radius
and centered at the origin.
radius | The radius of the sphere. |
qugar::impl::funcs::Sphere< dim >::Sphere | ( | real | radius, |
const Point< dim > & | center ) |
Constructs a Sphere object with a specified center
and radius
.
radius | The radius of the sphere. |
center | The center of the sphere. |
qugar::impl::funcs::Sphere< dim >::declare_impl_func_virtual_interface |