Literal constants for quantities. More...

Functions

constexpr coulomb	operator""_C (long double v)
	Literal coulomb value. More...

constexpr coulomb	operator""_C (unsigned long long int v)


constexpr millicoulomb	operator""_mC (long double v)
	Literal millicoulomb value. More...

constexpr millicoulomb	operator""_mC (unsigned long long int v)


constexpr microcoulomb	operator""_uC (long double v)
	Literal microcoulomb value. More...

constexpr microcoulomb	operator""_uC (unsigned long long int v)


constexpr nanocoulomb	operator""_nC (long double v)
	Literal nanocoulomb value. More...

constexpr nanocoulomb	operator""_nC (unsigned long long int v)


constexpr picocoulomb	operator""_pC (long double v)
	Literal picocoulomb value. More...

constexpr picocoulomb	operator""_pC (unsigned long long int v)


constexpr femtocoulomb	operator""_fC (long double v)
	Literal femtocoulomb value. More...

constexpr femtocoulomb	operator""_fC (unsigned long long int v)


constexpr volt	operator""_V (long double v)
	Literal volt value. More...

constexpr volt	operator""_V (unsigned long long int v)


constexpr millivolt	operator""_mV (long double v)
	Literal millivolt value. More...

constexpr millivolt	operator""_mV (unsigned long long int v)


constexpr microvolt	operator""_uV (long double v)
	Literal microvolt value. More...

constexpr microvolt	operator""_uV (unsigned long long int v)


constexpr kilovolt	operator""_kV (long double v)
	Literal kilovolt value. More...

constexpr kilovolt	operator""_kV (unsigned long long int v)


constexpr megavolt	operator""_MV (long double v)
	Literal megavolt value. More...

constexpr megavolt	operator""_MV (unsigned long long int v)


constexpr gigavolt	operator""_GV (long double v)
	Literal gigavolt value. More...

constexpr gigavolt	operator""_GV (unsigned long long int v)

Detailed Description

Literal constants for quantities.

These functions allow a simplified syntax for specifying a charge or potential quantity. In order to use these, their namespace must be used:

using namespace util::quantities::electromagnetism_literals;
// definition of `util::quantities::picocoulomb` constant:
constexpr auto Q_pC = 230_pC;
// assignment (likely to a quantity) of
// `util::quantities::femtocoulomb{500.0}`
Q = 500_fC;

Function Documentation

constexpr coulomb util::quantities::electromagnetism_literals::operator""_C ( long double v )

Literal coulomb value.

Definition at line 244 of file electromagnetism.h.

245 { return coulomb{ static_cast<double>(v) }; }

util::quantities::coulomb

coulomb_as<> coulomb

Type of charge stored in coulombs, in double precision.

Definition: electromagnetism.h:80

constexpr coulomb util::quantities::electromagnetism_literals::operator""_C ( unsigned long long int v )

Definition at line 246 of file electromagnetism.h.

247 { return coulomb{ static_cast<double>(v) }; }

util::quantities::coulomb

coulomb_as<> coulomb

Type of charge stored in coulombs, in double precision.

Definition: electromagnetism.h:80

constexpr femtocoulomb util::quantities::electromagnetism_literals::operator""_fC ( long double v )

Literal femtocoulomb value.

Definition at line 284 of file electromagnetism.h.

285 { return femtocoulomb{ static_cast<double>(v) }; }

util::quantities::femtocoulomb

femtocoulomb_as<> femtocoulomb

Type of charge stored in femtocoulomb, in double precision.

Definition: electromagnetism.h:130

constexpr femtocoulomb util::quantities::electromagnetism_literals::operator""_fC ( unsigned long long int v )

Definition at line 286 of file electromagnetism.h.

287 { return femtocoulomb{ static_cast<double>(v) }; }

util::quantities::femtocoulomb

femtocoulomb_as<> femtocoulomb

Type of charge stored in femtocoulomb, in double precision.

Definition: electromagnetism.h:130

constexpr gigavolt util::quantities::electromagnetism_literals::operator""_GV ( long double v )

Literal gigavolt value.

Definition at line 333 of file electromagnetism.h.

334 { return gigavolt{ static_cast<double>(v) }; }

util::quantities::gigavolt

gigavolt_as<> gigavolt

Type of potential stored in gigavolt, in double precision.

Definition: electromagnetism.h:216

constexpr gigavolt util::quantities::electromagnetism_literals::operator""_GV ( unsigned long long int v )

Definition at line 335 of file electromagnetism.h.

336 { return gigavolt{ static_cast<double>(v) }; }

util::quantities::gigavolt

gigavolt_as<> gigavolt

Type of potential stored in gigavolt, in double precision.

Definition: electromagnetism.h:216

constexpr kilovolt util::quantities::electromagnetism_literals::operator""_kV ( long double v )

Literal kilovolt value.

Definition at line 317 of file electromagnetism.h.

318 { return kilovolt{ static_cast<double>(v) }; }

util::quantities::kilovolt

kilovolt_as<> kilovolt

Type of potential stored in kilovolt, in double precision.

Definition: electromagnetism.h:196

constexpr kilovolt util::quantities::electromagnetism_literals::operator""_kV ( unsigned long long int v )

Definition at line 319 of file electromagnetism.h.

320 { return kilovolt{ static_cast<double>(v) }; }

util::quantities::kilovolt

kilovolt_as<> kilovolt

Type of potential stored in kilovolt, in double precision.

Definition: electromagnetism.h:196

constexpr millicoulomb util::quantities::electromagnetism_literals::operator""_mC ( long double v )

Literal millicoulomb value.

Definition at line 252 of file electromagnetism.h.

253 { return millicoulomb{ static_cast<double>(v) }; }

util::quantities::millicoulomb

millicoulomb_as<> millicoulomb

Type of charge stored in millicoulomb, in double precision.

Definition: electromagnetism.h:90

constexpr millicoulomb util::quantities::electromagnetism_literals::operator""_mC ( unsigned long long int v )

Definition at line 254 of file electromagnetism.h.

255 { return millicoulomb{ static_cast<double>(v) }; }

util::quantities::millicoulomb

millicoulomb_as<> millicoulomb

Type of charge stored in millicoulomb, in double precision.

Definition: electromagnetism.h:90

constexpr millivolt util::quantities::electromagnetism_literals::operator""_mV ( long double v )

Literal millivolt value.

Definition at line 301 of file electromagnetism.h.

302 { return millivolt{ static_cast<double>(v) }; }

util::quantities::millivolt

millivolt_as<> millivolt

Type of potential stored in millivolt, in double precision.

Definition: electromagnetism.h:176

constexpr millivolt util::quantities::electromagnetism_literals::operator""_mV ( unsigned long long int v )

Definition at line 303 of file electromagnetism.h.

304 { return millivolt{ static_cast<double>(v) }; }

util::quantities::millivolt

millivolt_as<> millivolt

Type of potential stored in millivolt, in double precision.

Definition: electromagnetism.h:176

constexpr megavolt util::quantities::electromagnetism_literals::operator""_MV ( long double v )

Literal megavolt value.

Definition at line 325 of file electromagnetism.h.

326 { return megavolt{ static_cast<double>(v) }; }

util::quantities::megavolt

megavolt_as<> megavolt

Type of potential stored in megavolt, in double precision.

Definition: electromagnetism.h:206

constexpr megavolt util::quantities::electromagnetism_literals::operator""_MV ( unsigned long long int v )

Definition at line 327 of file electromagnetism.h.

328 { return megavolt{ static_cast<double>(v) }; }

util::quantities::megavolt

megavolt_as<> megavolt

Type of potential stored in megavolt, in double precision.

Definition: electromagnetism.h:206

constexpr nanocoulomb util::quantities::electromagnetism_literals::operator""_nC ( long double v )

Literal nanocoulomb value.

Definition at line 268 of file electromagnetism.h.

269 { return nanocoulomb{ static_cast<double>(v) }; }

util::quantities::nanocoulomb

nanocoulomb_as<> nanocoulomb

Type of charge stored in nanocoulomb, in double precision.

Definition: electromagnetism.h:110

constexpr nanocoulomb util::quantities::electromagnetism_literals::operator""_nC ( unsigned long long int v )

Definition at line 270 of file electromagnetism.h.

271 { return nanocoulomb{ static_cast<double>(v) }; }

util::quantities::nanocoulomb

nanocoulomb_as<> nanocoulomb

Type of charge stored in nanocoulomb, in double precision.

Definition: electromagnetism.h:110

constexpr picocoulomb util::quantities::electromagnetism_literals::operator""_pC ( long double v )

Literal picocoulomb value.

Definition at line 276 of file electromagnetism.h.

277 { return picocoulomb{ static_cast<double>(v) }; }

util::quantities::picocoulomb

picocoulomb_as<> picocoulomb

Type of charge stored in picocoulomb, in double precision.

Definition: electromagnetism.h:120

constexpr picocoulomb util::quantities::electromagnetism_literals::operator""_pC ( unsigned long long int v )

Definition at line 278 of file electromagnetism.h.

279 { return picocoulomb{ static_cast<double>(v) }; }

util::quantities::picocoulomb

picocoulomb_as<> picocoulomb

Type of charge stored in picocoulomb, in double precision.

Definition: electromagnetism.h:120

constexpr microcoulomb util::quantities::electromagnetism_literals::operator""_uC ( long double v )

Literal microcoulomb value.

Definition at line 260 of file electromagnetism.h.

261 { return microcoulomb{ static_cast<double>(v) }; }

util::quantities::microcoulomb

microcoulomb_as<> microcoulomb

Type of charge stored in microcoulomb, in double precision.

Definition: electromagnetism.h:100

constexpr microcoulomb util::quantities::electromagnetism_literals::operator""_uC ( unsigned long long int v )

Definition at line 262 of file electromagnetism.h.

263 { return microcoulomb{ static_cast<double>(v) }; }

util::quantities::microcoulomb

microcoulomb_as<> microcoulomb

Type of charge stored in microcoulomb, in double precision.

Definition: electromagnetism.h:100

constexpr microvolt util::quantities::electromagnetism_literals::operator""_uV ( long double v )

Literal microvolt value.

Definition at line 309 of file electromagnetism.h.

310 { return microvolt{ static_cast<double>(v) }; }

util::quantities::microvolt

microvolt_as<> microvolt

Type of potential stored in microvolt, in double precision.

Definition: electromagnetism.h:186

constexpr microvolt util::quantities::electromagnetism_literals::operator""_uV ( unsigned long long int v )

Definition at line 311 of file electromagnetism.h.

312 { return microvolt{ static_cast<double>(v) }; }

util::quantities::microvolt

microvolt_as<> microvolt

Type of potential stored in microvolt, in double precision.

Definition: electromagnetism.h:186

constexpr volt util::quantities::electromagnetism_literals::operator""_V ( long double v )

Literal volt value.

Definition at line 293 of file electromagnetism.h.

294 { return volt{ static_cast<double>(v) }; }

util::quantities::volt

volt_as<> volt

Type of potential stored in volts, in double precision.

Definition: electromagnetism.h:166

constexpr volt util::quantities::electromagnetism_literals::operator""_V ( unsigned long long int v )

Definition at line 295 of file electromagnetism.h.

296 { return volt{ static_cast<double>(v) }; }