Polar< T > Struct Template Reference
this data class represents a postion inspherical coordinates and a polarization relative to the sphircal coordinate system More...
#include <shear.h>
Inheritance diagram for Polar< T >:
Collaboration diagram for Polar< T >:
Public Attributes | |
| Point_2d | shear |
| T | kappa |
 Public Attributes inherited from Utilities::Geometry::SphericalPoint< T > | |
| T | r |
| T | theta |
| T | phi |
Additional Inherited Members | |
| Public Member Functions inherited from Utilities::Geometry::SphericalPoint< T > | |
| SphericalPoint (T r, T theta, T phi) | |
| SphericalPoint (Point_3d< T > &x) | |
| SphericalPoint & | operator= (const SphericalPoint &p) |
| SphericalPoint & | operator= (Point_3d< T > &x) |
| bool | operator== (const SphericalPoint &p) const |
| void | TOcartisian (T x[]) const |
| output Cartesian coordinates of the point | |
| Point_3d< T > | TOcartisian () const |
| output cartisian coordinates of the point | |
| void | cartisianTOspherical (T const x[]) |
| set the spherical coordinates of the point from the cartisian coordinates | |
| void | TOspherical (Point_3d< T > &x) |
| void | StereographicProjection (const SphericalPoint ¢ral, T x[]) const |
| Calculates the stereographic projection of the point onto a plane. | |
| void | StereographicProjection (const SphericalPoint ¢ral, Point_2d &x) const |
| Point_2d | StereographicProjection (const SphericalPoint ¢ral) const |
| void | OrthographicProjection (const SphericalPoint ¢ral, T x[]) const |
| Calculates the orthographic projection of the point onto a plane. | |
| Point_2d | OrthographicProjection (const SphericalPoint ¢ral) const |
| void | InverseOrthographicProjection (const SphericalPoint ¢ral, T const x[]) |
| Convert from an orthographic projection of the plane onto the unit sphere. | |
| void | InverseOrthographicProjection (const SphericalPoint ¢ral, const Point_2d &x) |
| SphericalPoint< T > | InverseOrthographicProjection (const Point_2d &x) |
| T | angular_separation (SphericalPoint &p) |
| angle between points. This uses the haversine formula that is more stable for small angles than the more commin formula | |
| Point_3d< T > | unitPhi () |
| unit vector in phi direction | |
| Point_3d< T > | unitTheta () |
| unit vector in theta direction | |
| T | OrthographicAngleTheta (const SphericalPoint ¢ral) |
| the angle between the orthographic x-axis and the constant theta curve | |
| T | OrthographicAnglePhi (const SphericalPoint ¢ral) |
| the angle between the orthographic x-axis and the constant Phi curve | |
| Point_3d< T > | theta_hat () const |
| Point_3d< T > | phi_hat () const |
Detailed Description
template<typename T>
struct Polar< T >
struct Polar< T >
this data class represents a postion inspherical coordinates and a polarization relative to the sphircal coordinate system
The documentation for this struct was generated from the following file:
- SLsimLib/include/shear.h
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