ActsFatras::Channel< signal_t, kSize > Struct Template Reference

A channel definition: Cell identification, readout word, links. More...

#include <ActsFatras/Digitization/DigitizationData.hpp>

Collaboration diagram for ActsFatras::Channel< signal_t, kSize >:

Public Member Functions
	Channel ()=delete
	Channel (std::array< Cell, kSize > cellId_, signal_t value_, std::unordered_set< unsigned int > links_={})
	Channel constructor.

Public Attributes
std::array< Cell, kSize >	cellId
	The cell identification in sizeof..(kParameters) dimensions.
std::unordered_set< unsigned int >	links = {}
	The potential (truth) links.
signal_t	value = 0
	The signal value, as complex as possible, but need += operator and double() cast for the weight.

Detailed Description

template<typename signal_t, std::size_t kSize>
struct ActsFatras::Channel< signal_t, kSize >

A channel definition: Cell identification, readout word, links.

Template Parameters

signal_t	Type of the signal, requires += operator
kSize	Number of channel coordinates

Constructor & Destructor Documentation

Channel() [1/2]

template<typename signal_t, std::size_t kSize>

ActsFatras::Channel< signal_t, kSize >::Channel	(	std::array< Cell, kSize >	cellId_,
		signal_t	value_,
		std::unordered_set< unsigned int >	links_ = {} )

Channel constructor.

Parameters

cellId_	The Cell identification and position
value_	The Cell value
links_	The (optional) links to e.g. truth indices

Channel() [2/2]

template<typename signal_t, std::size_t kSize>

ActsFatras::Channel< signal_t, kSize >::Channel ( )

delete

Member Data Documentation

cellId

template<typename signal_t, std::size_t kSize>

std::array<Cell, kSize> ActsFatras::Channel< signal_t, kSize >::cellId

The cell identification in sizeof..(kParameters) dimensions.

links

template<typename signal_t, std::size_t kSize>

std::unordered_set<unsigned int> ActsFatras::Channel< signal_t, kSize >::links = {}

The potential (truth) links.

value

template<typename signal_t, std::size_t kSize>

signal_t ActsFatras::Channel< signal_t, kSize >::value = 0

The signal value, as complex as possible, but need += operator and double() cast for the weight.