ResponseTree Struct Reference

Class managing the serialization of trigger responses in a simple ROOT tree. More...

Inheritance diagram for ResponseTree:

Public Member Functions
template<typename Thresholds , typename Requirements >
	ResponseTree (TTree &tree, Thresholds const &thresholds, Requirements const &minReqs)
	Constructor: accommodates that many thresholds and requirements. More...
void	assignResponse (std::size_t iThr, std::size_t iReq, bool resp)
	Assigns the response for the specified trigger. More...
template<typename Thresholds , typename Settings >
	ResponseTree (TTree &tree, Thresholds const &thresholds, Settings const &settings)
	Constructor: accommodates that many thresholds and trigger settings. More...
void	assignResponse (std::size_t iThr, std::size_t iSettings, bool resp)
	Assigns the response for the specified trigger. More...
template<typename Thresholds , typename Requirements >
	ResponseTree (TTree &tree, Thresholds const &thresholds, Requirements const &minReqs)
	Constructor: accommodates that many thresholds and requirements. More...
void	assignResponse (std::size_t iThr, std::size_t iReq, bool resp)
	Assigns the response for the specified trigger. More...
Public Member Functions inherited from TreeHolder
	TreeHolder ()=default
	TreeHolder (TTree &tree)
TTree &	tree ()
TTree const &	tree () const
Public Member Functions inherited from icarus::trigger::details::TreeHolder
	TreeHolder ()=default
	TreeHolder (TTree &tree)
TTree &	tree ()
TTree const &	tree () const

Public Attributes
util::MatrixIndices	indices
std::unique_ptr< bool[]>	RespTxxRxx
std::unique_ptr< bool[]>	RespTxxSxx

Detailed Description

Class managing the serialization of trigger responses in a simple ROOT tree.

The tree is supplied by the caller. This object will create the proper branches into the tree and assign addresses to them. Then it will assume they will stay assigned.

On assignResponse(), the proper branch address is assigned the specified trigger response (true or false).

The branch structure is: a RespTxxRxx/O branch for each threshold (numeric) and requirement (also numeric). with a single branch per element.

The tree is supplied by the caller. This object will create the proper branches into the tree and assign addresses to them. Then it will assume they will stay assigned.

On assignResponse(), the proper branch address is assigned the specified trigger response (true or false).

The branch structure is: a RespTxxSxx/O branch for each threshold and settings label, with a single branch per element.

Definition at line 65 of file MajorityTriggerEfficiencyPlots_module.cc.

Constructor & Destructor Documentation

template<typename Thresholds , typename Requirements >

ResponseTree::ResponseTree	(	TTree &	tree,
		Thresholds const &	thresholds,
		Requirements const &	minReqs
	)

Constructor: accommodates that many thresholds and requirements.

Definition at line 471 of file MajorityTriggerEfficiencyPlots_module.cc.

  : TreeHolder(tree)
  , indices(std::size(thresholds), std::size(minReqs))
  , RespTxxRxx{ std::make_unique<bool[]>(indices.size()) }
{

  for (auto [ iThr, thresholdTag]: util::enumerate(thresholds)) {

    for (auto [ iReq, req ]: util::enumerate(minReqs)) {

      std::string const branchName
        = "RespT" + thresholdTag + "R" + util::to_string(req);

      this->tree().Branch
        (branchName.c_str(), &(RespTxxRxx[indices(iThr, iReq)]));

    } // for all requirements

  } // for all thresholds

} // ResponseTree::ResponseTree()

template<typename Thresholds , typename Settings >

ResponseTree::ResponseTree	(	TTree &	tree,
		Thresholds const &	thresholds,
		Settings const &	settings
	)

Constructor: accommodates that many thresholds and trigger settings.

Template Parameters

Thresholds	an iterable type yielding objects convertible to numbers
Settings	an iterable type yielding objects convertible to string

Parameters

tree	the ROOT tree to add branches to (managed elsewhere)
thresholds	collection of thresholds to be included
settings	collection of trigger settings to be included

The thresholds must be convertible to ADC counts (i.e. numbers), while the settings elements must support conversion to string via to_string() function call (more precisely, util::to_string() from larcorealg/CoreUtils/StdUtils.h).

Definition at line 517 of file SlidingWindowTriggerEfficiencyPlots_module.cc.

  : TreeHolder(tree)
  , indices(std::size(thresholds), std::size(settings))
  , RespTxxSxx{ std::make_unique<bool[]>(indices.size()) }
{

  for (auto [ iThr, thresholdTag]: util::enumerate(thresholds)) {

    for (auto [ iSetting, setting ]: util::enumerate(settings)) {

      std::string const branchName
        = "RespT" + thresholdTag + "S" + util::to_string(setting);

      this->tree().Branch
        (branchName.c_str(), &(RespTxxSxx[indices(iThr, iSetting)]));

    } // for all requirements

  } // for all thresholds

} // ResponseTree::ResponseTree()

template<typename Thresholds , typename Requirements >

ResponseTree::ResponseTree	(	TTree &	tree,
		Thresholds const &	thresholds,
		Requirements const &	minReqs
	)

Constructor: accommodates that many thresholds and requirements.

Member Function Documentation

void ResponseTree::assignResponse	(	std::size_t	iThr,
		std::size_t	iReq,
		bool	resp
	)

Assigns the response for the specified trigger.

Definition at line 496 of file MajorityTriggerEfficiencyPlots_module.cc.

{
  RespTxxRxx[indices(iThr, iReq)] = resp;
} // ResponseTree::assignResponse()

void ResponseTree::assignResponse	(	std::size_t	iThr,
		std::size_t	iSettings,
		bool	resp
	)

Assigns the response for the specified trigger.

void ResponseTree::assignResponse	(	std::size_t	iThr,
		std::size_t	iReq,
		bool	resp
	)

Assigns the response for the specified trigger.

Member Data Documentation

util::MatrixIndices ResponseTree::indices

Definition at line 68 of file MajorityTriggerEfficiencyPlots_module.cc.

std::unique_ptr< bool[]> ResponseTree::RespTxxRxx

Definition at line 69 of file MajorityTriggerEfficiencyPlots_module.cc.

std::unique_ptr<bool[]> ResponseTree::RespTxxSxx

Definition at line 90 of file SlidingWindowTriggerEfficiencyPlots_module.cc.

---

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

• MajorityTriggerEfficiencyPlots_module.cc
• SlidingWindowTriggerEfficiencyPlots_module.cc
• TriggerEfficiencyPlots_module.cc