Concrete IModel implementation backed by ObservableInterface. More...

#include <ObservableInterfaceProxy.h>

Inheritance diagram for ObservableInterfaceProxy:

Collaboration diagram for ObservableInterfaceProxy:

Public Member Functions
	ObservableInterfaceProxy (std::shared_ptr< ObservableInterface > obs, std::vector< ParamId > p_specs, std::vector< ParamId > eta_specs)
	Constructs the proxy with explicit fit and nuisance parameter lists.

	ObservableInterfaceProxy (std::shared_ptr< ObservableInterface > obs, std::shared_ptr< IStatParamOptimizerProxy > spop)
	Constructs the proxy with a parameter optimizer backend.

std::shared_ptr< IModel >	clone_for_worker () const override
	Returns the number of currently active binned observables.

bool	can_clone_for_worker () const override
	Whether clone_for_worker is implemented.

std::unique_ptr< IModelThreadGuard >	force_decay_threads (size_t n_threads) override
	Temporarily force internal model/decay thread counts.

std::size_t	n_observables () const override
	Returns the number of currently active binned observables.

void	prepare_for_prediction () override
	Materialize model-side runtime state before repeated predictions.

std::unordered_set< ParamId >	get_obs_deps (ObservableId id) override
	Returns the model parameters required by an observable.

std::vector< BinnedObservableId >	get_obs_ids () override
	Returns the identifiers of the currently active observable bins.

std::map< ObservableId, std::vector< ObservableValue > >	predict_optimized (const std::map< ParamId, double > &p, const std::map< ParamId, double > &eta) override
	Computes model predictions for a given parameter point.

void	compute_observables () const
	Forces computation of the currently configured observables.

Public Member Functions inherited from IModel
virtual	~IModel ()=default
	Default virtual destructor.

Detailed Description

Concrete IModel implementation backed by ObservableInterface.

The proxy translates statistical fit/nuisance parameter maps into updates of the underlying parameter optimizer proxy, commits those updates, then delegates prediction computation to ObservableInterface.

Note: The constructor taking explicit fit and nuisance lists stores those lists for compatibility with older call sites. The active prediction path requires an optimizer proxy to apply parameter values.

Definition at line 34 of file ObservableInterfaceProxy.h.

Constructor & Destructor Documentation

◆ ObservableInterfaceProxy() [1/2]

ObservableInterfaceProxy::ObservableInterfaceProxy	(	std::shared_ptr< ObservableInterface >	obs,
		std::vector< ParamId >	p_specs,
		std::vector< ParamId >	eta_specs
	)

Constructs the proxy with explicit fit and nuisance parameter lists.

Parameters

obs	Observable interface to wrap.
p_specs	Fit-parameter identifiers handled by the statistical layer.
eta_specs	Nuisance-parameter identifiers handled by the statistical layer.

Definition at line 30 of file ObservableInterfaceProxy.cpp.

◆ ObservableInterfaceProxy() [2/2]

ObservableInterfaceProxy::ObservableInterfaceProxy	(	std::shared_ptr< ObservableInterface >	obs,
		std::shared_ptr< IStatParamOptimizerProxy >	spop
	)

Constructs the proxy with a parameter optimizer backend.

Parameters

obs	Observable interface to wrap.
spop	Optimizer proxy used to set and commit parameter values.

Definition at line 38 of file ObservableInterfaceProxy.cpp.

Member Function Documentation

◆ can_clone_for_worker()

bool ObservableInterfaceProxy::can_clone_for_worker ( ) const

inlineoverridevirtual

Whether clone_for_worker is implemented.

Reimplemented from IModel.

Definition at line 61 of file ObservableInterfaceProxy.h.

◆ clone_for_worker()

std::shared_ptr< IModel > ObservableInterfaceProxy::clone_for_worker ( ) const

overridevirtual

Returns the number of currently active binned observables.

Returns: Number of observable bins exposed by the model.

Reimplemented from IModel.

Definition at line 40 of file ObservableInterfaceProxy.cpp.

◆ compute_observables()

void ObservableInterfaceProxy::compute_observables ( ) const

virtual

Forces computation of the currently configured observables.

This method is primarily used to initialize or refresh model-side caches before the statistical manager builds likelihood inputs.

Implements IModel.

Definition at line 109 of file ObservableInterfaceProxy.cpp.

◆ force_decay_threads()

std::unique_ptr< IModelThreadGuard > ObservableInterfaceProxy::force_decay_threads ( size_t )

overridevirtual

Temporarily force internal model/decay thread counts.

The returned guard restores the previous state on destruction. Implementations that do not support runtime thread control may return nullptr.

Reimplemented from IModel.

Definition at line 50 of file ObservableInterfaceProxy.cpp.

◆ get_obs_deps()

std::unordered_set< ParamId > ObservableInterfaceProxy::get_obs_deps ( ObservableId id )

overridevirtual

Returns the model parameters required by an observable.

Parameters

id	Observable identifier.

Returns: Set of parameter identifiers on which the observable depends.

Implements IModel.

Definition at line 73 of file ObservableInterfaceProxy.cpp.

◆ get_obs_ids()

std::vector< BinnedObservableId > ObservableInterfaceProxy::get_obs_ids ( )

overridevirtual

Returns the identifiers of the currently active observable bins.

Returns: Ordered list of binned observable identifiers.

Implements IModel.

Definition at line 77 of file ObservableInterfaceProxy.cpp.

◆ n_observables()

std::size_t ObservableInterfaceProxy::n_observables ( ) const

overridevirtual

Returns the number of currently active binned observables.

Returns: Number of observable bins exposed by the model.

Implements IModel.

Definition at line 57 of file ObservableInterfaceProxy.cpp.

◆ predict_optimized()

std::map< ObservableId, std::vector< ObservableValue > > ObservableInterfaceProxy::predict_optimized	(	const std::map< ParamId, double > &	p,
		const std::map< ParamId, double > &	eta
	)

overridevirtual

Computes model predictions for a given parameter point.

Parameters

p	Map of fit-parameter identifiers to values.
eta	Map of nuisance-parameter identifiers to values.

Returns: Predicted observable values grouped by observable identifier.

Exceptions

std::runtime_error if no optimizer proxy is available.

Implements IModel.

Definition at line 81 of file ObservableInterfaceProxy.cpp.

◆ prepare_for_prediction()

void ObservableInterfaceProxy::prepare_for_prediction ( )

overridevirtual

Materialize model-side runtime state before repeated predictions.

Implementations may use this hook to lazily build dependent parameter blocks, Wilson groups, decay caches, or other mutable runtime structures that must exist before the first parameter update is committed. The default implementation is a no-op so existing non-cloneable models keep their previous behavior.

Reimplemented from IModel.

Definition at line 59 of file ObservableInterfaceProxy.cpp.

The documentation for this class was generated from the following files:

/home/runner/work/Hyperiso/Hyperiso/Hyperiso/Hyperiso/core/src/Statistic/adapters/ObservableInterfaceProxy.h
/home/runner/work/Hyperiso/Hyperiso/Hyperiso/Hyperiso/core/src/Statistic/adapters/ObservableInterfaceProxy.cpp

Public Member Functions

Detailed Description

Constructor & Destructor Documentation

◆ ObservableInterfaceProxy() [1/2]

◆ ObservableInterfaceProxy() [2/2]

Member Function Documentation

◆ can_clone_for_worker()

◆ clone_for_worker()

◆ compute_observables()

◆ force_decay_threads()

◆ get_obs_deps()

◆ get_obs_ids()

◆ n_observables()

◆ predict_optimized()

◆ prepare_for_prediction()