LSST Applications g0dd1f4853b+000f002471,g1635faa6d4+54714fab34,g1653933729+a8ce1bb630,g28da252d5a+640a8c72f3,g2bbee38e9b+c2093a7170,g2bc492864f+c2093a7170,g2cdde0e794+6a4d5c7d0d,g3156d2b45e+07302053f8,g347aa1857d+c2093a7170,g35bb328faa+a8ce1bb630,g3a166c0a6a+c2093a7170,g3e281a1b8c+f03ad10ea9,g4005a62e65+17cd334064,g414038480c+137065b082,g41af890bb2+0645dabe59,g531c6476d5+deede3a0e4,g57cf332d5c+a9d52f23c2,g781aacb6e4+a8ce1bb630,g80478fca09+80d930fbca,g82479be7b0+c2cd99eb83,g858d7b2824+deede3a0e4,g9125e01d80+a8ce1bb630,ga5288a1d22+bfa28a6548,gae0086650b+a8ce1bb630,gb58c049af0+d64f4d3760,gc28159a63d+c2093a7170,gca434f2906+4dfa4c7e5b,gcf0d15dbbd+4cd0bd49fc,gcfacc2a72f+8eff0b70f0,gda3e153d99+deede3a0e4,gda6a2b7d83+4cd0bd49fc,gdaeeff99f8+1711a396fd,gdd07d4df61+5730f16813,ge2409df99d+ccdeb281c7,ge33fd446bb+deede3a0e4,ge79ae78c31+c2093a7170,gf0baf85859+147a0692ba,gf3967379c6+1be82fceb0,v28.0.0.rc1
LSST Data Management Base Package
|
This file declares miscellaneous utility functions. More...
#include "Angle.h"
Go to the source code of this file.
Namespaces | |
namespace | lsst |
namespace | lsst::sphgeom |
Functions | |
double | lsst::sphgeom::getMinSquaredChordLength (Vector3d const &v, Vector3d const &a, Vector3d const &b, Vector3d const &n) |
Let p be the unit vector closest to v that lies on the plane with normal n in the direction of the cross product of a and b. | |
double | lsst::sphgeom::getMaxSquaredChordLength (Vector3d const &v, Vector3d const &a, Vector3d const &b, Vector3d const &n) |
Let p be the unit vector furthest from v that lies on the plane with normal n in the direction of the cross product of a and b. | |
Angle | lsst::sphgeom::getMinAngleToCircle (Angle x, Angle c) |
getMinAngleToCircle returns the minimum angular separation between a point at latitude x and the points on the circle of constant latitude c. | |
Angle | lsst::sphgeom::getMaxAngleToCircle (Angle x, Angle c) |
getMaxAngleToCircle returns the maximum angular separation between a point at latitude x and the points on the circle of constant latitude c. | |
Vector3d | lsst::sphgeom::getWeightedCentroid (UnitVector3d const &v0, UnitVector3d const &v1, UnitVector3d const &v2) |
getWeightedCentroid returns the center of mass of the given spherical triangle (assuming a uniform mass distribution over the triangle surface), weighted by the triangle area. | |
This file declares miscellaneous utility functions.
Definition in file utils.h.