comms::traits::units Namespace Reference

Namespace for various traits tag classes used in units conversion operations. More...

Detailed Description

Namespace for various traits tag classes used in units conversion operations.

Classes
struct	Angle
	Tag class used to indicate angle value. More...
struct	Current
	Tag class used to indicate electrical current value. More...
struct	Distance
	Tag class used to indicate distance value. More...
struct	Frequency
	Tag class used to indicate frequency value. More...
struct	Memory
	Tag class used to indicate memory size value. More...
struct	Speed
	Tag class used to indicate speed value. More...
struct	Time
	Tag class used to indicate time value. More...
struct	Voltage
	Tag class used to indicate electrical voltage value. More...

Typedefs
using	AmpsRatio = std::ratio< 1, 1 >
	Ratio for amperes.
using	BytesRatio = std::ratio< 1, 1 >
	Ratio for bytes.
using	CentimetersPerSecondRatio = typename std::ratio_divide< CentimetersRatio, SecondsRatio >::type
	Ratio for centimeters / second.
using	CentimetersRatio = std::centi
	Ratio for centimeters.
using	DaysRatio = std::ratio< 24L *60 *60 >
	Ratio for days.
using	DegreesRatio = std::ratio< 1, 1 >
	Ratio for degrees.
using	GigabytesRatio = std::ratio< 1024ULL *1024 *1024, 1 >
	Ratio for gigabytes.
using	GigaHzRatio = std::giga
	Ratio for gigahertz.
using	HoursRatio = std::ratio< 60 *60 >
	Ratio for hours.
using	HzRatio = std::ratio< 1, 1 >
	Ratio for hertz.
using	KiloampsRatio = std::kilo
	Ratio for kiloamperes.
using	KilobytesRatio = std::ratio< 1024, 1 >
	Ratio for kilobytes.
using	KiloHzRatio = std::kilo
	Ratio for kilohertz.
using	KilometersPerHourRatio = typename std::ratio_divide< KilometersRatio, HoursRatio >::type
	Ratio for kilometers / hour.
using	KilometersPerSecondRatio = typename std::ratio_divide< KilometersRatio, SecondsRatio >::type
	Ratio for kilometers / second.
using	KilometersRatio = std::kilo
	Ratio for kilometers.
using	KilovoltsRatio = std::kilo
	Ratio for kilovolts.
using	MegabytesRatio = std::ratio< 1024UL *1024, 1 >
	Ratio for megabytes.
using	MegaHzRatio = std::mega
	Ratio for megahertz.
using	MetersPerSecondRatio = typename std::ratio_divide< MetersRatio, SecondsRatio >::type
	Ratio for meters / second.
using	MetersRatio = std::ratio< 1, 1 >
	Ratio for meters.
using	MicroampsRatio = std::micro
	Ratio for microamperes.
using	MicrometersPerSecondRatio = typename std::ratio_divide< MicrometersRatio, SecondsRatio >::type
	Ratio for micrometers / second.
using	MicrometersRatio = std::micro
	Ratio for micrometers.
using	MicrosecondsRatio = std::micro
	Ratio for microseconds.
using	MicrovoltsRatio = std::micro
	Ratio for microvolts.
using	MilliampsRatio = std::milli
	Ratio for milliamperes.
using	MillimetersPerSecondRatio = typename std::ratio_divide< MillimetersRatio, SecondsRatio >::type
	Ratio for millimeters / second.
using	MillimetersRatio = std::milli
	Ratio for millimeters.
using	MillisecondsRatio = std::milli
	Ratio for milliseconds.
using	MillivoltsRatio = std::milli
	Ratio for millivolts.
using	MinutesRatio = std::ratio< 60 >
	Ratio for minutes.
using	NanoampsRatio = std::nano
	Ratio for nanoamperes.
using	NanometersPerSecondRatio = typename std::ratio_divide< NanometersRatio, SecondsRatio >::type
	Ratio for nanometers / second.
using	NanometersRatio = std::nano
	Ratio for nanometers.
using	NanosecondsRatio = std::nano
	Ratio for nanoseconds.
using	NanovoltsRatio = std::nano
	Ratio for nanovolts.
using	RadiansRatio = std::ratio< 180, 1 >
	Ratio for radians.
using	SecondsRatio = std::ratio< 1, 1 >
	Ratio for seconds.
using	TerabytesRatio = std::ratio< 1024ULL *1024 *1024 *1024, 1 >
	Ratio for terabytes.
using	VoltsRatio = std::ratio< 1, 1 >
	Ratio for volts.
using	WeeksRatio = std::ratio< 7L *24 *60 *60 >
	Ratio for weeks.