#include <R3BDigitizingPaddleNeuland.h>

Public Member Functions
	Paddle (int paddle_id)

	Paddle (int paddle_id, R3B::Neuland::Cal2HitPar *cal_to_hit_par)

auto	match_hits (const AbstractChannel::Hit &firstSignal, const AbstractChannel::Hit &secondSignal) const -> float override

auto	GenerateChannelSignal (double mcTime, double mcLight, double dist, enum Side channel_side) const -> AbstractChannel::Signal

Public Member Functions inherited from R3B::Digitizing::AbstractPaddle
	AbstractPaddle (int paddleID, SignalCouplingStrategy strategy=SignalCouplingByTime)

auto	HasFired () const -> bool

auto	HasHalfFired () const -> bool

void	Construct ()

void	Reset ()

virtual	~AbstractPaddle ()=default

	AbstractPaddle (const AbstractPaddle &other)=delete

auto	operator= (const AbstractPaddle &other) -> AbstractPaddle &=delete

	AbstractPaddle (AbstractPaddle &&other)=default

auto	operator= (AbstractPaddle &&other) -> AbstractPaddle &=delete

void	DepositLight (const Signal &signal)

void	SetChannel (std::unique_ptr< AbstractChannel > channel)

void	SetSignalCouplingStrategy (const SignalCouplingStrategy &strategy)

auto	GetPaddleID () const -> int

auto	GetHits () const -> const std::vector< Hit > &

auto	GetSignalCouplingStragtegy () const -> const SignalCouplingStrategy &

auto	GetLeftChannel () const -> const AbstractChannel *

auto	GetLeftChannelRef () const -> auto &

auto	GetChannel (R3B::Side side) const -> const Digitizing::AbstractChannel &

auto	GetRightChannelRef () const -> auto &

auto	GetRightChannel () const -> const AbstractChannel *

auto	GetTrigTime () const -> double

void	SetPaddleID (int paddle_id)

Static Public Member Functions
static auto	HitCouplingNeuland (const AbstractPaddle &self, const AbstractChannel::Hits &firstSignals, const AbstractChannel::Hits &secondSignals) -> std::vector< ChannelSignalPair >

Static Public Member Functions inherited from R3B::Digitizing::AbstractPaddle
static auto	SignalCouplingByTime (const AbstractPaddle &self, const AbstractChannel::Hits &firstSignals, const AbstractChannel::Hits &secondSignals) -> std::vector< ChannelSignalPair >

Static Public Attributes
static constexpr double	HALF_BAR_LENGTH = 135.

static constexpr double	DEFAULT_ATTENUATION = 0.008

Private Member Functions
void	pre_construct () override

auto	compute_time (const AbstractChannel::Hit &firstSignal, const AbstractChannel::Hit &secondSignal) const -> double override

auto	compute_energy (const AbstractChannel::Hit &firstSignal, const AbstractChannel::Hit &secondSignal) const -> double override

auto	compute_position (const AbstractChannel::Hit &leftSignal, const AbstractChannel::Hit &rightSignal) const -> double override

auto	compute_channel_signals (const Signal &signal) const -> Pair< AbstractChannel::Signal > override

Private Attributes
double	attenuation_ = DEFAULT_ATTENUATION

double	reverse_atten_fac_ = std::exp(HALF_BAR_LENGTH * DEFAULT_ATTENUATION)

double	effective_speed_ = R3B::Neuland::DEFAULT_EFFECTIVE_C

double	time_offset_ = 0.0

double	time_sync_ = 0.0

R3B::Neuland::Cal2HitPar *	cal_to_hit_par_ = nullptr

Additional Inherited Members
Public Types inherited from R3B::Digitizing::AbstractPaddle
template<typename Type>
using	Pair = LRPair<Type>

using	Hit = PaddleHit

using	Signal = PaddleSignal

using	Hits = std::vector<Hit>

using	ChannelSignalPair = Pair<std::reference_wrapper<const AbstractChannel::Hit>>

using	SignalCouplingStrategy

Detailed Description

Definition at line 34 of file R3BDigitizingPaddleNeuland.h.

Constructor & Destructor Documentation

◆ Paddle() [1/2]

R3B::Digitizing::Neuland::Paddle::Paddle ( int paddle_id )

explicit

Definition at line 48 of file R3BDigitizingPaddleNeuland.cxx.

◆ Paddle() [2/2]

R3B::Digitizing::Neuland::Paddle::Paddle	(	int	paddle_id,
		R3B::Neuland::Cal2HitPar *	cal_to_hit_par )

explicit

Definition at line 53 of file R3BDigitizingPaddleNeuland.cxx.

Member Function Documentation

◆ compute_channel_signals()

auto R3B::Digitizing::Neuland::Paddle::compute_channel_signals ( const Signal & signal ) const -> Pair<AbstractChannel::Signal>

nodiscardoverrideprivatevirtual

Implements R3B::Digitizing::AbstractPaddle.

Definition at line 125 of file R3BDigitizingPaddleNeuland.cxx.

◆ compute_energy()

auto R3B::Digitizing::Neuland::Paddle::compute_energy	(	const AbstractChannel::Hit &	firstSignal,
		const AbstractChannel::Hit &	secondSignal ) const -> double

inlinenodiscardoverrideprivatevirtual

Implements R3B::Digitizing::AbstractPaddle.

Definition at line 98 of file R3BDigitizingPaddleNeuland.cxx.

◆ compute_position()

auto R3B::Digitizing::Neuland::Paddle::compute_position	(	const AbstractChannel::Hit &	leftSignal,
		const AbstractChannel::Hit &	rightSignal ) const -> double

inlinenodiscardoverrideprivatevirtual

Implements R3B::Digitizing::AbstractPaddle.

Definition at line 111 of file R3BDigitizingPaddleNeuland.cxx.

◆ compute_time()

auto R3B::Digitizing::Neuland::Paddle::compute_time	(	const AbstractChannel::Hit &	firstSignal,
		const AbstractChannel::Hit &	secondSignal ) const -> double

inlinenodiscardoverrideprivatevirtual

Implements R3B::Digitizing::AbstractPaddle.

Definition at line 104 of file R3BDigitizingPaddleNeuland.cxx.

◆ GenerateChannelSignal()

auto R3B::Digitizing::Neuland::Paddle::GenerateChannelSignal	(	double	mcTime,
		double	mcLight,
		double	dist,
		enum Side	channel_side ) const -> AbstractChannel::Signal

nodiscard

Definition at line 136 of file R3BDigitizingPaddleNeuland.cxx.

◆ HitCouplingNeuland()

auto R3B::Digitizing::Neuland::Paddle::HitCouplingNeuland	(	const AbstractPaddle &	self,
		const AbstractChannel::Hits &	firstSignals,
		const AbstractChannel::Hits &	secondSignals ) -> std::vector<ChannelSignalPair>

staticnodiscard

Definition at line 150 of file R3BDigitizingPaddleNeuland.cxx.

◆ match_hits()

auto R3B::Digitizing::Neuland::Paddle::match_hits	(	const AbstractChannel::Hit &	firstSignal,
		const AbstractChannel::Hit &	secondSignal ) const -> float