icarus::opdet::PMTsimulationAlg::TimeToTickAndSubtickConverter Class Reference

Functor to convert tick point into a tick number and a subsample index. More...

Public Types
using	SubsampleIndex_t = DiscretePhotoelectronPulse::SubsampleIndex_t

Public Member Functions
	TimeToTickAndSubtickConverter (unsigned int nSubsamples)
std::tuple< tick, SubsampleIndex_t >	operator() (double const tick_d) const
	Converts the tick_d in a subsample number and tick number. More...

Private Attributes
double const	fNSubsamples
	Number of subsamples. More...

Detailed Description

Functor to convert tick point into a tick number and a subsample index.

Definition at line 536 of file PMTsimulationAlg.h.

Member Typedef Documentation

using icarus::opdet::PMTsimulationAlg::TimeToTickAndSubtickConverter::SubsampleIndex_t = DiscretePhotoelectronPulse::SubsampleIndex_t

Definition at line 541 of file PMTsimulationAlg.h.

Constructor & Destructor Documentation

icarus::opdet::PMTsimulationAlg::TimeToTickAndSubtickConverter::TimeToTickAndSubtickConverter ( unsigned int  nSubsamples )

inline

Definition at line 543 of file PMTsimulationAlg.h.

      : fNSubsamples(static_cast<double>(nSubsamples)) {}

Member Function Documentation

auto icarus::opdet::PMTsimulationAlg::TimeToTickAndSubtickConverter::operator()

(

double const

tick_d

)

const

Converts the tick_d in a subsample number and tick number.

Definition at line 722 of file PMTsimulationAlg.cxx.

{
  double const tickNumber_d = std::floor(tick_d);
  double const subtick = std::floor((tick_d - tickNumber_d) * fNSubsamples);
  return {
    tick::castFrom(tickNumber_d),
    static_cast<SubsampleIndex_t>(subtick)
    };
} // icarus::opdet::PMTsimulationAlg::TimeToTickAndSubtickConverter::operator()

Member Data Documentation

double const icarus::opdet::PMTsimulationAlg::TimeToTickAndSubtickConverter::fNSubsamples

private

Number of subsamples.

Definition at line 538 of file PMTsimulationAlg.h.

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

• PMTsimulationAlg.h
• PMTsimulationAlg.cxx