LSST Applications 30.0.7,g0e76e35be5+e8e946ae08,g19811a7679+138f7293ba,g199a45376c+5e234f8357,g1fd858c14a+2f48dbc4c4,g262e1987ae+fb36cac54d,g29ae962dfc+d9108a0941,g2c21b0017a+4f59a27f16,g31e44d4a5c+b0138be388,g33ac35c1f1+28b9f72785,g35bb328faa+b0138be388,g40c9b15c53+823ad735c1,g47891489e3+bcc48a0b46,g53246c7159+b0138be388,g64539dfbff+e8e946ae08,g67b6fd64d1+bcc48a0b46,g74acd417e5+422380537a,g76965917b2+a5ca99c4d9,g786e29fd12+796b79145d,g7aefaa3e3d+dc0c200193,g86b635cae8+734fe384f0,g87389fa792+d8b5378923,g89139ef638+bcc48a0b46,g8bbb235e95+3f4f7f9447,g8ea07a8fe4+78a4c88802,g9290983e33+ffdc83c6f7,g92c671f44c+e8e946ae08,gaa753fd333+03f406da14,gbf99507273+b0138be388,gc49b57b85e+8df26ee1f0,gca7fc764a6+bcc48a0b46,gd7ef33dd92+bcc48a0b46,gdab6d2f7ff+422380537a,ge1c02a5578+b0138be388,ge410e46f29+bcc48a0b46,ge80df9fc40+e6db5413d1,geaed405ab2+1de65a85c6,gf5dcc679e7+35a0ce2edd,gf5f1c85443+e8e946ae08
LSST Data Management Base Package
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integralmodel.h
Go to the documentation of this file.
1#ifndef LSST_GAUSS2D_FIT_INTEGRALMODEL_H
2#define LSST_GAUSS2D_FIT_INTEGRALMODEL_H
3
4#include <memory>
5#include <set>
6
7#include "channel.h"
8#include "chromatic.h"
9#include "parametric.h"
10#include "parametricmodel.h"
11
12namespace lsst::gauss2d::fit {
23class IntegralModel : public Chromatic, public Parametric {
24public:
26 virtual double get_integral(const Channel &channel) const = 0;
37 const Channel &channel) const
38 = 0;
39};
40
41inline bool operator<(const IntegralModel &lhs, const IntegralModel &rhs) { return &lhs < &rhs; }
42// TODO: These aren't necessary, but should they be included?
43// const bool operator == ( const IntegralModel &m ) const { return &(*this) == &m; };
44// const bool operator != ( const IntegralModel &m ) const { return &(*this) != &m; };
45
46} // namespace lsst::gauss2d::fit
47
48#endif
An observational channel, usually representing some range of wavelengths of light.
Definition channel.h:29
A Parametric model for the integral of a 2D distribution.
virtual std::vector< std::pair< ParamBaseCRef, ExtraParamFactorValues > > get_integral_derivative_factors(const Channel &channel) const =0
Return the partial derivative of the model w.r.t.
virtual double get_integral(const Channel &channel) const =0
Get the value of the integral in a single Channel.
A parametric object that can return and filter its Parameter instances.
Definition parametric.h:13
bool operator<(const std::reference_wrapper< const Channel > &lhs, const std::reference_wrapper< const Channel > &rhs)
Definition channel.h:104