electronics.h File Reference

Dimensioned variables related to electronics. More...

#include "lardataalg/Utilities/intervals.h"
#include "lardataalg/Utilities/quantities.h"
#include <cstddef>
#include <ratio>
#include <string_view>

Go to the source code of this file.

Classes
struct	util::quantities::units::Tick
struct	util::quantities::units::Counts

Namespaces
	util::quantities
	Types of variables with a unit.
	util::quantities::units
	Definitions of actual units.
	util::quantities::electronics_literals
	Literal constants for electronics quantities.
	util::quantities::intervals
	util::quantities::points

Typedefs
template<typename T = util::quantities::tick_as<>::value_t>
using	util::quantities::intervals::ticks_as = concepts::Interval< util::quantities::tick_as< T >>
	A units::Ticks-based interval. More...
using	util::quantities::intervals::ticks = ticks_as<>
	A tick interval based on std::ptrdiff_t. More...
using	util::quantities::intervals::ticks_f = ticks_as< float >
	A tick interval based on single precision real number. More...
using	util::quantities::intervals::ticks_d = ticks_as< double >
	A tick interval based on double precision real number. More...
template<typename T = util::quantities::tick_as<>::value_t, typename Cat = NoCategory>
using	util::quantities::points::tick_as = concepts::Point< util::quantities::tick_as< T >, Cat >
	A units::Ticks-based point. More...
using	util::quantities::points::tick = tick_as<>
	A tick value based on std::ptrdiff_t. More...
using	util::quantities::points::tick_f = tick_as< float >
	A tick value based on single precision real number. More...
using	util::quantities::points::tick_d = tick_as< double >
	A tick value based on double precision real number. More...
Ticks
These tick quantities are tied to util::quantities::units::Tick. A few options are provided: generic template (tick_as), allowing to choose which numerical representation to use unsigned integer (tick), based on std::ptrdiff_t, ready for use For this unit in particular, additional options are provided to accommodate the custom of using the unit in plural form: ticks_as and ticks are exactly equivalent to the singular-named counterparts.
template<typename T = std::ptrdiff_t>
using	util::quantities::tick_as = concepts::scaled_quantity< units::Tick, std::ratio< 1 >, T >
	Tick number, represented by the specified type T. More...
template<typename T = tick_as<>::value_t>
using	util::quantities::ticks_as = tick_as< T >
	Alias for common language habits. More...
using	util::quantities::tick = tick_as<>
	Tick number, represented by std::ptrdiff_t. More...
using	util::quantities::ticks = tick
	Alias for common language habits. More...
using	util::quantities::tick_f = tick_as< float >
	Tick number, represented by float. More...
using	util::quantities::ticks_f = tick_f
	Alias for common language habits. More...
using	util::quantities::tick_d = tick_as< double >
	Tick number, represented by double. More...
using	util::quantities::ticks_d = tick_d
	Alias for common language habits. More...
ADC counts
These ADC count quantities are tied to util::quantities::units::Counts. A few options are provided: generic template (counts_as), allowing to choose which numerical representation to use unsigned integer (counts), based on signed short int, ready for use
template<typename T = signed short int>
using	util::quantities::counts_as = concepts::scaled_quantity< units::Counts, std::ratio< 1 >, T >
	Number of ADC counts, represented by the specified type T. More...
using	util::quantities::counts = counts_as<>
	Number of ADC counts, represented by signed short int. More...
using	util::quantities::counts_f = counts_as< float >
	Number of ADC counts, represented by float. More...

Functions
constexpr tick	util::quantities::electronics_literals::operator""_tick (long double v)
	Literal tick value. More...
constexpr tick	util::quantities::electronics_literals::operator""_tick (unsigned long long int v)
	Literal tick value. More...
constexpr tick_d	util::quantities::electronics_literals::operator""_tickd (long double v)
	Literal tick (double-based, tick_d) value. More...
constexpr tick_d	util::quantities::electronics_literals::operator""_tickd (unsigned long long int v)
	Literal tick (double-based, tick_d) value. More...
constexpr counts	util::quantities::electronics_literals::operator""_ADC (long double v)
	Literal ADC count value. More...
constexpr counts	util::quantities::electronics_literals::operator""_ADC (unsigned long long int v)
	Literal ADC count value. More...
constexpr counts_f	util::quantities::electronics_literals::operator""_ADCf (long double v)
	Literal ADC count value (single precision floating points). More...
constexpr counts_f	util::quantities::electronics_literals::operator""_ADCf (unsigned long long int v)
	Literal ADC count value (single precision floating points). More...

Detailed Description

Dimensioned variables related to electronics.

Author

Gianluca Petrillo (petri.nosp@m.llo@.nosp@m.slac..nosp@m.stan.nosp@m.ford..nosp@m.edu)

Date

November 2, 2018

See also

lardataalg/Utilities/quantities.h

Set of basic quantities related to electronics. Currently, quantities are defined based on the following units:

• tick

This is a header-only library.

Definition in file electronics.h.