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LSST Applications g013ef56533+2edba5e46d,g083dd6704c+a047e97985,g199a45376c+0ba108daf9,g1fd858c14a+d594c53611,g210f2d0738+d003cec0be,g25ecf2a47a+204e5a9ad5,g262e1987ae+16552835ac,g29ae962dfc+867dbde878,g2cef7863aa+aef1011c0b,g30d7c61c20+990af31dd2,g35bb328faa+8c5ae1fdc5,g3fd5ace14f+c8e8c50746,g47891489e3+f459a6810c,g53246c7159+8c5ae1fdc5,g54cd7ddccb+890c8e1e5d,g5b326b94bb+01d4acd216,g64539dfbff+d003cec0be,g67b6fd64d1+f459a6810c,g6ebf1fc0d4+8c5ae1fdc5,g74acd417e5+4b21cac47b,g786e29fd12+668abc6043,g87389fa792+8856018cbb,g89139ef638+f459a6810c,g8d7436a09f+b19788b7f5,g8ea07a8fe4+81eaaadc04,g90f42f885a+34c0557caf,g97be763408+3bd86eedd0,g98a1a72a9c+67cf96cfb3,g98df359435+688a06938e,gbf99507273+8c5ae1fdc5,gc2a301910b+d003cec0be,gca7fc764a6+f459a6810c,gd7ef33dd92+f459a6810c,gdab6d2f7ff+4b21cac47b,ge410e46f29+f459a6810c,ge41e95a9f2+d003cec0be,geaed405ab2+e3b4b2a692,gf9a733ac38+8c5ae1fdc5,w.2025.43
LSST Data Management Base Package
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A class to evaluate HERMITE shapelet-related quantities. More...
#include <GaussHermiteEvaluator.h>
Public Member Functions | |
| int | getOrder () const |
| void | fillEvaluation (Array1d const &target, double x, double y, Array1d const &dx=Array1d(), Array1d const &dy=Array1d()) const |
| Fill a vector whose dot product with a HERMITE coefficient vector evaluates a simple unscaled shapelet expansion at the given point. | |
| void | fillEvaluation (Array1d const &target, geom::Point2D const &point, Array1d const &dx=Array1d(), Array1d const &dy=Array1d()) const |
| Fill a vector whose dot product with a HERMITE coefficient vector evaluates a simple unscaled shapelet expansion at the given point. | |
| void | fillEvaluation (Array1d const &target, geom::Extent2D const &point, Array1d const &dx=Array1d(), Array1d const &dy=Array1d()) const |
| Fill a vector whose dot product with a HERMITE coefficient vector evaluates a simple unscaled shapelet expansion at the given point. | |
| void | fillIntegration (Array1d const &target, int xMoment=0, int yMoment=0) const |
| Fill a vector whose dot product with a HERMITE coefficient vector integrates a simple unscaled shapelet expansion. | |
| double | sumEvaluation (ndarray::Array< double const, 1 > const &coeff, double x, double y, double *dx=0, double *dy=0) const |
| Evaluate a simple unscaled shapelet expansion at the given point. | |
| double | sumEvaluation (ndarray::Array< double const, 1 > const &coeff, geom::Point2D const &point, double *dx=0, double *dy=0) const |
| Evaluate a simple unscaled shapelet expansion at the given point. | |
| double | sumEvaluation (ndarray::Array< double const, 1 > const &coeff, geom::Extent2D const &point, double *dx=0, double *dy=0) const |
| Evaluate a simple unscaled shapelet expansion at the given point. | |
| double | sumIntegration (ndarray::Array< double const, 1 > const &coeff, int xMoment=0, int yMoment=0) const |
| Integrate a simple unscaled shapelet expansion. | |
| GaussHermiteEvaluator (int order) | |
Static Public Member Functions | |
| static Eigen::MatrixXd | computeInnerProductMatrix (int rowOrder, int colOrder, double a, double b) |
| Fill a matrix with the function inner products of two HERMITE shapelet basis functions with different scales. | |
A class to evaluate HERMITE shapelet-related quantities.
Definition at line 84 of file GaussHermiteEvaluator.h.
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explicit |
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static |
Fill a matrix with the function inner products of two HERMITE shapelet basis functions with different scales.
\( M_{\mathbf{i},\mathbf{j}} = \int d^2 \mathbf{x} \psi_\mathbf{i}(a\mathbf{x})\phi_\mathbf{j}(b\mathbf{x}) \)
| void lsst::shapelet::GaussHermiteEvaluator::fillEvaluation | ( | Array1d const & | target, |
| double | x, | ||
| double | y, | ||
| Array1d const & | dx = Array1d(), | ||
| Array1d const & | dy = Array1d() ) const |
Fill a vector whose dot product with a HERMITE coefficient vector evaluates a simple unscaled shapelet expansion at the given point.
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inline |
Fill a vector whose dot product with a HERMITE coefficient vector evaluates a simple unscaled shapelet expansion at the given point.
Definition at line 127 of file GaussHermiteEvaluator.h.
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inline |
Fill a vector whose dot product with a HERMITE coefficient vector evaluates a simple unscaled shapelet expansion at the given point.
Definition at line 115 of file GaussHermiteEvaluator.h.
| void lsst::shapelet::GaussHermiteEvaluator::fillIntegration | ( | Array1d const & | target, |
| int | xMoment = 0, | ||
| int | yMoment = 0 ) const |
Fill a vector whose dot product with a HERMITE coefficient vector integrates a simple unscaled shapelet expansion.
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inline |
Definition at line 99 of file GaussHermiteEvaluator.h.
| double lsst::shapelet::GaussHermiteEvaluator::sumEvaluation | ( | ndarray::Array< double const, 1 > const & | coeff, |
| double | x, | ||
| double | y, | ||
| double * | dx = 0, | ||
| double * | dy = 0 ) const |
Evaluate a simple unscaled shapelet expansion at the given point.
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inline |
Evaluate a simple unscaled shapelet expansion at the given point.
Definition at line 162 of file GaussHermiteEvaluator.h.
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inline |
Evaluate a simple unscaled shapelet expansion at the given point.
Definition at line 152 of file GaussHermiteEvaluator.h.
| double lsst::shapelet::GaussHermiteEvaluator::sumIntegration | ( | ndarray::Array< double const, 1 > const & | coeff, |
| int | xMoment = 0, | ||
| int | yMoment = 0 ) const |
Integrate a simple unscaled shapelet expansion.