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LSST Applications 28.0.0,g1653933729+a8ce1bb630,g1a997c3884+a8ce1bb630,g28da252d5a+5bd70b7e6d,g2bbee38e9b+638fca75ac,g2bc492864f+638fca75ac,g3156d2b45e+07302053f8,g347aa1857d+638fca75ac,g35bb328faa+a8ce1bb630,g3a166c0a6a+638fca75ac,g3e281a1b8c+7bbb0b2507,g4005a62e65+17cd334064,g414038480c+5b5cd4fff3,g41af890bb2+4ffae9de63,g4e1a3235cc+0f1912dca3,g6249c6f860+3c3976f90c,g80478fca09+46aba80bd6,g82479be7b0+77990446f6,g858d7b2824+78ba4d1ce1,g89c8672015+f667a5183b,g9125e01d80+a8ce1bb630,ga5288a1d22+2a6264e9ca,gae0086650b+a8ce1bb630,gb58c049af0+d64f4d3760,gc22bb204ba+78ba4d1ce1,gc28159a63d+638fca75ac,gcf0d15dbbd+32ddb6096f,gd6b7c0dfd1+3e339405e9,gda3e153d99+78ba4d1ce1,gda6a2b7d83+32ddb6096f,gdaeeff99f8+1711a396fd,gdd5a9049c5+b18c39e5e3,ge2409df99d+a5e4577cdc,ge33fd446bb+78ba4d1ce1,ge79ae78c31+638fca75ac,gf0baf85859+64e8883e75,gf5289d68f6+e1b046a8d7,gfa443fc69c+91d9ed1ecf,gfda6b12a05+8419469a56
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data.h
Go to the documentation of this file.
1#ifndef LSST_GAUSS2D_FIT_DATA_H
2#define LSST_GAUSS2D_FIT_DATA_H
3
4#include <memory>
5#include <stdexcept>
6#include <vector>
7
8#include "channel.h"
9#include "chromatic.h"
10#include "observation.h"
11#include "param_defs.h"
12#include "parametric.h"
13
14namespace lsst::gauss2d::fit {
15
16/*
17 A Data is a collection of Observations that a consistent Model can be
18 generated for.
19*/
31template <typename T, typename I, typename M>
32class Data : public Chromatic, public Parametric {
33public:
36
43 _observations.reserve(observations.size());
44 _observation_ptrs.reserve(observations.size());
45
46 for (const auto& observation : observations) {
47 if (observation == nullptr) throw std::invalid_argument("Can't store null Observation");
48 const auto& channel = observation->get_channel();
49 if (_channels.find(channel) == _channels.end()) {
50 _channels_ordered.push_back(channel);
51 _channels.insert(channel);
52 }
53 _observations.push_back(ObservationCRef(*observation));
54 _observation_ptrs.push_back(observation);
55 }
56 }
57
58 inline auto at(size_t i) const { return _observations.at(i); }
59 inline auto begin() const { return _observations.begin(); }
60 inline auto end() const { return _observations.end(); }
61
62 inline auto cbegin() const { return _observations.begin(); }
63 inline auto cend() const { return _observations.end(); }
64
66 return _channels_ordered;
67 }
68
69 ParamRefs& get_parameters(ParamRefs& params, ParamFilter* filter = nullptr) const override {
70 for (const Observation& exp : *this) exp.get_parameters(params, filter);
71 return params;
72 }
73 ParamCRefs& get_parameters_const(ParamCRefs& params, ParamFilter* filter = nullptr) const override {
74 for (auto exp_it = this->cbegin(); exp_it != this->cend(); ++exp_it) {
75 (*exp_it).get().get_parameters_const(params, filter);
76 }
77 return params;
78 }
79
81 size_t size() const { return _observations.size(); }
82
83 std::string repr(bool name_keywords = false,
84 std::string_view namespace_separator = Object::CC_NAMESPACE_SEPARATOR) const override {
85 std::string str = std::string("Data(") + (name_keywords ? "observations=[" : "[");
86 for (auto exp_it = this->cbegin(); exp_it != this->cend(); ++exp_it) {
87 str += (*exp_it).get().repr(name_keywords, namespace_separator) + ",";
88 }
89 str += "]);";
90 return str;
91 }
92 std::string str() const override {
93 std::string str = "Data(observations=[";
94 for (auto exp_it = this->cbegin(); exp_it != this->cend(); ++exp_it) {
95 str += (*exp_it).get().str() + ",";
96 }
97 str += "])";
98 return str;
99 }
100
101private:
102 // This could be unordered, but std::hash<std::string> won't take const strings
106 std::vector<ObservationCRef> _observations = {};
107};
108
109} // namespace lsst::gauss2d::fit
110
111#endif
static constexpr std::string_view CC_NAMESPACE_SEPARATOR
The C++ namespace separator.
Definition object.h:45
A list of Observation instances that can be modelled.
Definition data.h:32
std::string repr(bool name_keywords=false, std::string_view namespace_separator=Object::CC_NAMESPACE_SEPARATOR) const override
Return a full, callable string representation of this.
Definition data.h:83
Data(std::vector< std::shared_ptr< const Observation > > observations)
Construct a Data instance.
Definition data.h:42
ParamRefs & get_parameters(ParamRefs &params, ParamFilter *filter=nullptr) const override
Add Parameter refs matching the filter to a vector, in order.
Definition data.h:69
ParamCRefs & get_parameters_const(ParamCRefs &params, ParamFilter *filter=nullptr) const override
Same as get_parameters(), but for const refs.
Definition data.h:73
std::string str() const override
Return a brief, human-readable string representation of this.
Definition data.h:92
std::reference_wrapper< const Observation > ObservationCRef
Definition data.h:35
auto at(size_t i) const
Definition data.h:58
auto begin() const
Definition data.h:59
std::vector< std::reference_wrapper< const Channel > > get_channels() const override
Get the set of channels this instance is applicable for.
Definition data.h:65
size_t size() const
Get the number of member Observation.
Definition data.h:81
auto end() const
Definition data.h:60
auto cend() const
Definition data.h:63
auto cbegin() const
Definition data.h:62
An observed single-channel image with an associated variance and mask.
Definition observation.h:35
A parametric object that can return and filter its Parameter instances.
Definition parametric.h:13
Options for filtering Parameter instances.