Hyperiso 1.0.3
Modular flavour-physics calculations, Wilson coefficients and statistical inference
Loading...
Searching...
No Matches
StatCorrelationProxy.h
Go to the documentation of this file.
1#ifndef STAT_CORRELATION_PROXY_H
2#define STAT_CORRELATION_PROXY_H
3
6#include "Include.h"
8#include "ExperimentObs.h"
9
57public:
60
71 double operator()(const ParamId& lhs, const ParamId& rhs, Type type) override;
72
84 double operator()(const ExperimentObs& lhs, const ExperimentObs& rhs, Type type) override;
85
98 double operator()(const std::string& experiment,
99 const Observables& lhs,
100 const Observables& rhs,
101 Type type) override;
102
115 double operator()(const std::string& experiment,
116 const ObservableId& lhs,
117 const ObservableId& rhs,
118 Type type) override;
119
132 double operator()(const std::string& experiment,
133 const BinnedObservableId& lhs,
134 const BinnedObservableId& rhs,
135 Type type) override;
136
150 double operator()(const std::string& exp_lhs,
151 const BinnedObservableId& lhs,
152 const std::string& exp_rhs,
153 const BinnedObservableId& rhs,
154 Type type) override;
155
156private:
158};
159
160#endif // STAT_CORRELATION_PROXY_H
Utilities for identifying observables together with numerical bins.
High-level access to parameter and experiment-scoped observable correlations.
Experiment-scoped observable identifiers.
Observables
Definition GeneralEnum.h:4
Statistical-layer port for read-only access to correlation coefficients.
Provides access to statistical, systematic, or combined correlations between parameters or observable...
CorrelationType
Type of correlation component requested.
Concrete implementation of IStatCorrelationProxy for the statistics module.
double operator()(const ParamId &lhs, const ParamId &rhs, Type type) override
Returns the correlation coefficient between two parameters.
Identifies an observable together with a numerical bin.
Abstract read-only interface for correlation queries in the statistics module.
Composite identifier for a single parameter.
Definition ParamID.h:57