INET Framework for OMNeT++/OMNEST
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inet::units Namespace Reference

Namespaces

 constants
 
 internal
 
 units
 
 values
 

Classes

struct  compose
 
struct  fscale
 
struct  intscale
 
struct  output_unit
 
struct  pow
 
struct  scale
 
struct  translate
 
class  value
 

Typedefs

typedef pow< internal::none, 0 > unit
 

Functions

template<typename Value , typename Unit >
value< Value, pow< Unit, -1 > > operator/ (const Value &a, const value< Value, Unit > &b)
 
template<typename Value , typename Unit >
value< Value, Unit > operator* (const Value &a, const value< Value, Unit > &b)
 
template<typename Value , typename Unit >
value< Value, pow< Unit, 1, 2 > > sqrt (const value< Value, Unit > &a)
 
template<int Num, int Den, typename Value , typename Unit >
value< Value, pow< Unit, Num, Den > > raise (const value< Value, Unit > &a)
 
template<typename Value , typename Units >
void doParsimPacking (cCommBuffer *buffer, const value< Value, Units > &a)
 
template<typename Value , typename Units >
void doParsimUnpacking (cCommBuffer *buffer, value< Value, Units > &a)
 
 UNIT_DISPLAY_NAME (unit, "1")
 
template<typename Value , typename Unit >
std::ostream & operator<< (std::ostream &os, const value< Value, Unit > &value)
 
 UNIT_DISPLAY_NAME (units::m, "m")
 
 UNIT_DISPLAY_NAME (units::kg, "kg")
 
 UNIT_DISPLAY_NAME (units::s, "s")
 
 UNIT_DISPLAY_NAME (units::K, "K")
 
 UNIT_DISPLAY_NAME (units::A, "A")
 
 UNIT_DISPLAY_NAME (units::mol, "mol")
 
 UNIT_DISPLAY_NAME (units::cd, "cd")
 
 UNIT_DISPLAY_NAME (units::b, "b")
 
 UNIT_DISPLAY_NAME (units::rad, "rad")
 
 UNIT_DISPLAY_NAME (units::sr, "sr")
 
 UNIT_DISPLAY_NAME (units::Hz, "Hz")
 
 UNIT_DISPLAY_NAME (units::N, "N")
 
 UNIT_DISPLAY_NAME (units::Pa, "Pa")
 
 UNIT_DISPLAY_NAME (units::J, "J")
 
 UNIT_DISPLAY_NAME (units::W, "W")
 
 UNIT_DISPLAY_NAME (units::WpHz, "WpHz")
 
 UNIT_DISPLAY_NAME (units::C, "C")
 
 UNIT_DISPLAY_NAME (units::V, "V")
 
 UNIT_DISPLAY_NAME (units::F, "F")
 
 UNIT_DISPLAY_NAME (units::Ohm, "Ohm")
 
 UNIT_DISPLAY_NAME (units::S, "S")
 
 UNIT_DISPLAY_NAME (units::Wb, "Wb")
 
 UNIT_DISPLAY_NAME (units::T, "T")
 
 UNIT_DISPLAY_NAME (units::H, "H")
 
 UNIT_DISPLAY_NAME (units::lx, "lx")
 
 UNIT_DISPLAY_NAME (units::Gy, "Gy")
 
 UNIT_DISPLAY_NAME (units::kat, "kat")
 
 UNIT_DISPLAY_NAME (units::cm, "cm")
 
 UNIT_DISPLAY_NAME (units::mm, "mm")
 
 UNIT_DISPLAY_NAME (units::km, "km")
 
 UNIT_DISPLAY_NAME (units::ps, "ps")
 
 UNIT_DISPLAY_NAME (units::lb, "lb")
 
 UNIT_DISPLAY_NAME (units::oz, "oz")
 
 UNIT_DISPLAY_NAME (units::tonne, "tonnes")
 
 UNIT_DISPLAY_NAME (units::Celsius, "'C")
 
 UNIT_DISPLAY_NAME (units::Fahrenheit, "'F")
 
 UNIT_DISPLAY_NAME (units::minute, "minutes")
 
 UNIT_DISPLAY_NAME (units::hour, "hours")
 
 UNIT_DISPLAY_NAME (units::day, "days")
 
 UNIT_DISPLAY_NAME (units::week, "weeks")
 
 UNIT_DISPLAY_NAME (units::month, "months")
 
 UNIT_DISPLAY_NAME (units::year, "years")
 
 UNIT_DISPLAY_NAME (units::century, "centuries")
 
 UNIT_DISPLAY_NAME (units::millennium, "millennia")
 
 UNIT_DISPLAY_NAME (units::inch, "inches")
 
 UNIT_DISPLAY_NAME (units::foot, "foot")
 
 UNIT_DISPLAY_NAME (units::yard, "yards")
 
 UNIT_DISPLAY_NAME (units::mile, "miles")
 
 UNIT_DISPLAY_NAME (units::nautical_mile, "nautical miles")
 
 UNIT_DISPLAY_NAME (units::hectare, "ha")
 
 UNIT_DISPLAY_NAME (units::are, "are")
 
 UNIT_DISPLAY_NAME (units::acre, "acres")
 
 UNIT_DISPLAY_NAME (units::ml, "ml")
 
 UNIT_DISPLAY_NAME (units::liter, "l")
 
 UNIT_DISPLAY_NAME (units::dl, "dl")
 
 UNIT_DISPLAY_NAME (units::cl, "cl")
 
 UNIT_DISPLAY_NAME (units::mph, "mph")
 
 UNIT_DISPLAY_NAME (units::mps, "mps")
 
 UNIT_DISPLAY_NAME (units::kph, "km/h")
 
 UNIT_DISPLAY_NAME (units::knot, "knots")
 
 UNIT_DISPLAY_NAME (units::mach, "mach")
 
 UNIT_DISPLAY_NAME (units::deg, "deg")
 
 UNIT_DISPLAY_NAME (units::deg_min, "'")
 
 UNIT_DISPLAY_NAME (units::deg_sec, "\"")
 
 UNIT_DISPLAY_NAME (units::kPa, "kPa")
 
 UNIT_DISPLAY_NAME (units::psi, "PSI")
 
 UNIT_DISPLAY_NAME (units::millibar, "millibars")
 
 UNIT_DISPLAY_NAME (units::B, "B")
 
 UNIT_DISPLAY_NAME (units::bps, "bps")
 
 UNIT_DISPLAY_NAME (units::percent, "%")
 
 UNIT_DISPLAY_NAME (units::rpm, "rpm")
 
 UNIT_DISPLAY_NAME (units::dozen, "dozen")
 
 UNIT_DISPLAY_NAME (units::bakers_dozen, "bakers dozen")
 
template<typename Value >
std::ostream & operator<< (std::ostream &os, const value< Value, units::b > &value)
 
template<typename Value >
std::ostream & operator<< (std::ostream &os, const value< Value, units::W > &value)
 
template<typename Value >
std::ostream & operator<< (std::ostream &os, const value< Value, units::Hz > &value)
 
template<typename Value >
std::ostream & operator<< (std::ostream &os, const value< Value, units::bps > &value)
 
std::ostream & operator<< (std::ostream &os, const value< double, units::s > &value)
 
std::ostream & operator<< (std::ostream &os, const value< simtime_t, units::s > &value)
 
template<typename Value , typename Unit >
Value sin (const value< Value, Unit > &angle)
 
template<typename Value , typename Unit >
Value cos (const value< Value, Unit > &angle)
 
template<typename Value , typename Unit >
Value tan (const value< Value, Unit > &angle)
 

Typedef Documentation

◆ unit

typedef pow<internal::none, 0> inet::units::unit

Function Documentation

◆ cos()

template<typename Value , typename Unit >
Value inet::units::cos ( const value< Value, Unit > &  angle)
1525 {
1526  return std::cos(value<Value, units::rad>(angle).get());
1527 }

Referenced by inet::physicallayer::CosineAntenna::AntennaGain::computeGain(), inet::SimpleGeographicCoordinateSystem::computeGeographicCoordinate(), inet::physicallayer::DielectricObstacleLoss::computeReflectionLoss(), inet::SimpleGeographicCoordinateSystem::computeSceneCoordinate(), inet::physicallayer::TwoRayInterference::computeTwoRayInterference(), inet::osg::createAnnulusVertices(), inet::osg::createCircleVertices(), inet::VehicleMobility::move(), inet::CircleMobility::move(), inet::Quaternion::Quaternion(), inet::visualizer::RadioCanvasVisualizer::refreshAntennaLobe(), inet::StaticConcentricMobility::setInitialPosition(), inet::StaticLinearMobility::setInitialPosition(), inet::VehicleMobility::setInitialPosition(), and inet::GaussMarkovMobility::setTargetPosition().

◆ doParsimPacking()

template<typename Value , typename Units >
void inet::units::doParsimPacking ( cCommBuffer *  buffer,
const value< Value, Units > &  a 
)
inline
285 {
286  buffer->pack(a.get());
287 }

◆ doParsimUnpacking()

template<typename Value , typename Units >
void inet::units::doParsimUnpacking ( cCommBuffer *  buffer,
value< Value, Units > &  a 
)
inline
291 {
292  Value v;
293  buffer->unpack(v);
294  a.set(v);
295 }

◆ operator*()

template<typename Value , typename Unit >
value<Value, Unit> inet::units::operator* ( const Value &  a,
const value< Value, Unit > &  b 
)
267 {
268  return value<Value, Unit>(a * b.get());
269 }

◆ operator/()

template<typename Value , typename Unit >
value<Value, pow<Unit, -1> > inet::units::operator/ ( const Value &  a,
const value< Value, Unit > &  b 
)
261 {
262  return value<Value, pow<Unit, -1>>(a / b.get());
263 }

◆ operator<<() [1/7]

std::ostream& inet::units::operator<< ( std::ostream &  os,
const value< double, units::s > &  value 
)
inline
1434 {
1435  if (value == values::s(0))
1436  os << "0 s";
1437  else if (value.get() == INFINITY)
1438  os << "inf s";
1439  else if (value.get() == -INFINITY)
1440  os << "-inf s";
1441  else if (value > values::ps(-1000.0) && value < values::ps(1000.0))
1442  os << values::ps(value);
1443  else if (value > values::ns(-1000.0) && value < values::ns(1000.0))
1444  os << values::ns(value);
1445  else if (value > values::us(-1000.0) && value < values::us(1000.0))
1446  os << values::us(value);
1447  else if (value > values::ms(-1000.0) && value < values::ms(1000.0))
1448  os << values::ms(value);
1449  else {
1450  os << value.get() << ' ';
1451  output_unit<units::s>::fn(os);
1452  }
1453  return os;
1454 }

◆ operator<<() [2/7]

std::ostream& inet::units::operator<< ( std::ostream &  os,
const value< simtime_t, units::s > &  value 
)
inline
1457 {
1458  // KLUDGE there's no direct infinity support in simtime_t
1459  static auto positiveInfinity = SimTime::getMaxTime() / 2;
1460  static auto negativeInfinity = -SimTime::getMaxTime() / 2;
1461  if (value == values::s(0))
1462  os << "0 s";
1463  else if (value.get() == positiveInfinity)
1464  os << "inf s";
1465  else if (value.get() == negativeInfinity)
1466  os << "-inf s";
1467  else if (value > values::psimsec(-1000) && value < values::psimsec(1000))
1468  os << values::psimsec(value);
1469  else if (value > values::nsimsec(-1000) && value < values::nsimsec(1000))
1470  os << values::nsimsec(value);
1471  else if (value > values::usimsec(-1000) && value < values::usimsec(1000))
1472  os << values::usimsec(value);
1473  else if (value > values::msimsec(-1000) && value < values::msimsec(1000))
1474  os << values::msimsec(value);
1475  else {
1476  os << value.get() << ' ';
1477  output_unit<units::s>::fn(os);
1478  }
1479  return os;
1480 }

◆ operator<<() [3/7]

template<typename Value , typename Unit >
std::ostream& inet::units::operator<< ( std::ostream &  os,
const value< Value, Unit > &  value 
)
891 {
892  os << value.get() << ' ';
893  output_unit<Unit>::fn(os);
894  return os;
895 }

◆ operator<<() [4/7]

template<typename Value >
std::ostream& inet::units::operator<< ( std::ostream &  os,
const value< Value, units::b > &  value 
)
1368 {
1369  if (value.get() % 8 == 0)
1370  os << values::B(value);
1371  else {
1372  os << value.get() << ' ';
1373  output_unit<units::b>::fn(os);
1374  }
1375  return os;
1376 }

◆ operator<<() [5/7]

template<typename Value >
std::ostream& inet::units::operator<< ( std::ostream &  os,
const value< Value, units::bps > &  value 
)
1419 {
1420  if (value >= values::Gbps(1.0))
1421  os << values::Gbps(value);
1422  else if (value >= values::Mbps(1.0))
1423  os << values::Mbps(value);
1424  else if (value >= values::kbps(1.0))
1425  os << values::kbps(value);
1426  else {
1427  os << value.get() << ' ';
1428  output_unit<units::bps>::fn(os);
1429  }
1430  return os;
1431 }

◆ operator<<() [6/7]

template<typename Value >
std::ostream& inet::units::operator<< ( std::ostream &  os,
const value< Value, units::Hz > &  value 
)
1402 {
1403  if (value >= values::GHz(1.0))
1404  os << values::GHz(value);
1405  else if (value >= values::MHz(1.0))
1406  os << values::MHz(value);
1407  else if (value >= values::kHz(1.0))
1408  os << values::kHz(value);
1409  else {
1410  os << value.get() << ' ';
1411  output_unit<units::Hz>::fn(os);
1412  }
1413  return os;
1414 }

◆ operator<<() [7/7]

template<typename Value >
std::ostream& inet::units::operator<< ( std::ostream &  os,
const value< Value, units::W > &  value 
)
1381 {
1382  if (value == values::W(0))
1383  os << "0 W";
1384  else if (value > values::pW(-1000.0) && value < values::pW(1000.0))
1385  os << values::pW(value);
1386  else if (value > values::nW(-1000.0) && value < values::nW(1000.0))
1387  os << values::nW(value);
1388  else if (value > values::uW(-1000.0) && value < values::uW(1000.0))
1389  os << values::uW(value);
1390  else if (value > values::mW(-1000.0) && value < values::mW(1000.0))
1391  os << values::mW(value);
1392  else {
1393  os << value.get() << ' ';
1394  output_unit<units::W>::fn(os);
1395  }
1396  return os;
1397 }

◆ raise()

template<int Num, int Den, typename Value , typename Unit >
value<Value, pow<Unit, Num, Den> > inet::units::raise ( const value< Value, Unit > &  a)
279 {
280  return value<Value, pow<Unit, Num, Den>>(internal::fixed_power<Num, Den>::pow(a.get()));
281 }

◆ sin()

template<typename Value , typename Unit >
Value inet::units::sin ( const value< Value, Unit > &  angle)
1519 {
1520  return std::sin(value<Value, units::rad>(angle).get());
1521 }

Referenced by inet::physicallayer::MpskModulation::calculateBER(), inet::physicallayer::MpskModulation::calculateSER(), inet::physicallayer::DipoleAntenna::AntennaGain::computeGain(), inet::physicallayer::DielectricObstacleLoss::computeReflectionLoss(), inet::physicallayer::TwoRayInterference::computeTwoRayInterference(), inet::osg::createAnnulusVertices(), inet::osg::createCircleVertices(), inet::Quaternion::getRotationAxisAndAngle(), inet::VehicleMobility::move(), inet::CircleMobility::move(), inet::Quaternion::Quaternion(), inet::visualizer::RadioCanvasVisualizer::refreshAntennaLobe(), inet::StaticConcentricMobility::setInitialPosition(), inet::StaticLinearMobility::setInitialPosition(), inet::VehicleMobility::setInitialPosition(), inet::GaussMarkovMobility::setTargetPosition(), and inet::Quaternion::slerp().

◆ sqrt()

template<typename Value , typename Unit >
value<Value, pow<Unit, 1, 2> > inet::units::sqrt ( const value< Value, Unit > &  a)
273 {
274  return value<Value, pow<Unit, 1, 2>>(std::sqrt(a.get()));
275 }

Referenced by inet::physicallayer::MpskModulation::calculateBER(), inet::physicallayer::MqamModulationBase::calculateBER(), inet::physicallayer::Ieee80211NistErrorModel::calculatePe(), inet::physicallayer::MqamModulationBase::calculateSER(), inet::physicallayer::MpskModulation::calculateSER(), inet::physicallayer::QbpskModulation::calculateSER(), inet::physicallayer::BpskModulation::calculateSER(), inet::Sphere::computeIntersection(), inet::physicallayer::DielectricObstacleLoss::computeReflectionLoss(), inet::physicallayer::TwoRayInterference::computeTwoRayInterference(), inet::physicallayer::Ieee80211OfdmErrorModel::corruptOfdmSymbol(), inet::visualizer::SceneOsgVisualizerBase::createSceneFloor(), inet::physicallayer::Ieee80211NistErrorModel::get1024QamBer(), inet::physicallayer::Ieee80211NistErrorModel::get16QamBer(), inet::physicallayer::Ieee80211NistErrorModel::get256QamBer(), inet::physicallayer::Ieee80211NistErrorModel::get64QamBer(), inet::physicallayer::Ieee80211NistErrorModel::getBpskBer(), inet::physicallayer::Ieee80211YansErrorModel::getBpskBer(), inet::visualizer::VisualizerBase::getContactPosition(), inet::physicallayer::Ieee80211ErrorModelBase::getDsssDqpskSuccessRate(), inet::physicallayer::Ieee80211YansErrorModel::getQamBer(), inet::physicallayer::Ieee80211NistErrorModel::getQpskBer(), inet::physicalenvironment::Material::getRefractiveIndex(), inet::physicallayer::SpaceAndFrequencyDependentAttenuationFunction::getValue(), inet::physicallayer::SpaceDependentAttenuationFunction::getValue(), inet::physicallayer::PropagatedTransmissionPowerFunction::getValue(), inet::math::GaussFunction< R, X >::getValue(), inet::physicallayer::Ieee802154UwbIrReceiver::integrateWindow(), inet::Quaternion::length(), inet::Coord::length(), inet::physicallayer::PropagatedTransmissionPowerFunction::partition(), inet::utils::filters::StddevFilter::process(), inet::physicallayer::TwoRayInterference::reflectionCoefficient(), inet::Quaternion::rotationFromTo(), inet::GaussMarkovMobility::setTargetPosition(), inet::RotationMatrix::toEulerAngles(), and inet::RotationMatrix::toQuaternion().

◆ tan()

template<typename Value , typename Unit >
Value inet::units::tan ( const value< Value, Unit > &  angle)
1531 {
1532  return std::tan(value<Value, units::rad>(angle).get());
1533 }

◆ UNIT_DISPLAY_NAME() [1/74]

inet::units::UNIT_DISPLAY_NAME ( unit  ,
"1"   
)

◆ UNIT_DISPLAY_NAME() [2/74]

inet::units::UNIT_DISPLAY_NAME ( units::A  ,
"A"   
)

◆ UNIT_DISPLAY_NAME() [3/74]

inet::units::UNIT_DISPLAY_NAME ( units::acre  ,
"acres"   
)

◆ UNIT_DISPLAY_NAME() [4/74]

inet::units::UNIT_DISPLAY_NAME ( units::are  ,
"are"   
)

◆ UNIT_DISPLAY_NAME() [5/74]

inet::units::UNIT_DISPLAY_NAME ( units::b  ,
"b"   
)

◆ UNIT_DISPLAY_NAME() [6/74]

inet::units::UNIT_DISPLAY_NAME ( units::B  ,
"B"   
)

◆ UNIT_DISPLAY_NAME() [7/74]

inet::units::UNIT_DISPLAY_NAME ( units::bakers_dozen  ,
"bakers dozen"   
)

◆ UNIT_DISPLAY_NAME() [8/74]

inet::units::UNIT_DISPLAY_NAME ( units::bps  ,
"bps"   
)

◆ UNIT_DISPLAY_NAME() [9/74]

inet::units::UNIT_DISPLAY_NAME ( units::C  ,
"C"   
)

◆ UNIT_DISPLAY_NAME() [10/74]

inet::units::UNIT_DISPLAY_NAME ( units::cd  ,
"cd"   
)

◆ UNIT_DISPLAY_NAME() [11/74]

inet::units::UNIT_DISPLAY_NAME ( units::Celsius  ,
"'C"   
)

◆ UNIT_DISPLAY_NAME() [12/74]

inet::units::UNIT_DISPLAY_NAME ( units::century  ,
"centuries"   
)

◆ UNIT_DISPLAY_NAME() [13/74]

inet::units::UNIT_DISPLAY_NAME ( units::cl  ,
"cl"   
)

◆ UNIT_DISPLAY_NAME() [14/74]

inet::units::UNIT_DISPLAY_NAME ( units::cm  ,
"cm"   
)

◆ UNIT_DISPLAY_NAME() [15/74]

inet::units::UNIT_DISPLAY_NAME ( units::day  ,
"days"   
)

◆ UNIT_DISPLAY_NAME() [16/74]

inet::units::UNIT_DISPLAY_NAME ( units::deg  ,
"deg"   
)

◆ UNIT_DISPLAY_NAME() [17/74]

inet::units::UNIT_DISPLAY_NAME ( units::deg_min  ,
"'"   
)

◆ UNIT_DISPLAY_NAME() [18/74]

inet::units::UNIT_DISPLAY_NAME ( units::deg_sec  ,
"\""   
)

◆ UNIT_DISPLAY_NAME() [19/74]

inet::units::UNIT_DISPLAY_NAME ( units::dl  ,
"dl"   
)

◆ UNIT_DISPLAY_NAME() [20/74]

inet::units::UNIT_DISPLAY_NAME ( units::dozen  ,
"dozen"   
)

◆ UNIT_DISPLAY_NAME() [21/74]

inet::units::UNIT_DISPLAY_NAME ( units::F  ,
"F"   
)

◆ UNIT_DISPLAY_NAME() [22/74]

inet::units::UNIT_DISPLAY_NAME ( units::Fahrenheit  ,
"'F"   
)

◆ UNIT_DISPLAY_NAME() [23/74]

inet::units::UNIT_DISPLAY_NAME ( units::foot  ,
"foot"   
)

◆ UNIT_DISPLAY_NAME() [24/74]

inet::units::UNIT_DISPLAY_NAME ( units::Gy  ,
"Gy"   
)

◆ UNIT_DISPLAY_NAME() [25/74]

inet::units::UNIT_DISPLAY_NAME ( units::H  ,
"H"   
)

◆ UNIT_DISPLAY_NAME() [26/74]

inet::units::UNIT_DISPLAY_NAME ( units::hectare  ,
"ha"   
)

◆ UNIT_DISPLAY_NAME() [27/74]

inet::units::UNIT_DISPLAY_NAME ( units::hour  ,
"hours"   
)

◆ UNIT_DISPLAY_NAME() [28/74]

inet::units::UNIT_DISPLAY_NAME ( units::Hz  ,
"Hz"   
)

◆ UNIT_DISPLAY_NAME() [29/74]

inet::units::UNIT_DISPLAY_NAME ( units::inch  ,
"inches"   
)

◆ UNIT_DISPLAY_NAME() [30/74]

inet::units::UNIT_DISPLAY_NAME ( units::J  ,
"J"   
)

◆ UNIT_DISPLAY_NAME() [31/74]

inet::units::UNIT_DISPLAY_NAME ( units::K  ,
"K"   
)

◆ UNIT_DISPLAY_NAME() [32/74]

inet::units::UNIT_DISPLAY_NAME ( units::kat  ,
"kat"   
)

◆ UNIT_DISPLAY_NAME() [33/74]

inet::units::UNIT_DISPLAY_NAME ( units::kg  ,
"kg"   
)

◆ UNIT_DISPLAY_NAME() [34/74]

inet::units::UNIT_DISPLAY_NAME ( units::km  ,
"km"   
)

◆ UNIT_DISPLAY_NAME() [35/74]

inet::units::UNIT_DISPLAY_NAME ( units::knot  ,
"knots"   
)

◆ UNIT_DISPLAY_NAME() [36/74]

inet::units::UNIT_DISPLAY_NAME ( units::kPa  ,
"kPa"   
)

◆ UNIT_DISPLAY_NAME() [37/74]

inet::units::UNIT_DISPLAY_NAME ( units::kph  ,
"km/h"   
)

◆ UNIT_DISPLAY_NAME() [38/74]

inet::units::UNIT_DISPLAY_NAME ( units::lb  ,
"lb"   
)

◆ UNIT_DISPLAY_NAME() [39/74]

inet::units::UNIT_DISPLAY_NAME ( units::liter  ,
"l"   
)

◆ UNIT_DISPLAY_NAME() [40/74]

inet::units::UNIT_DISPLAY_NAME ( units::lx  ,
"lx"   
)

◆ UNIT_DISPLAY_NAME() [41/74]

inet::units::UNIT_DISPLAY_NAME ( units::m  ,
"m"   
)

◆ UNIT_DISPLAY_NAME() [42/74]

inet::units::UNIT_DISPLAY_NAME ( units::mach  ,
"mach"   
)

◆ UNIT_DISPLAY_NAME() [43/74]

inet::units::UNIT_DISPLAY_NAME ( units::mile  ,
"miles"   
)

◆ UNIT_DISPLAY_NAME() [44/74]

inet::units::UNIT_DISPLAY_NAME ( units::millennium  ,
"millennia"   
)

◆ UNIT_DISPLAY_NAME() [45/74]

inet::units::UNIT_DISPLAY_NAME ( units::millibar  ,
"millibars"   
)

◆ UNIT_DISPLAY_NAME() [46/74]

inet::units::UNIT_DISPLAY_NAME ( units::minute  ,
"minutes"   
)

◆ UNIT_DISPLAY_NAME() [47/74]

inet::units::UNIT_DISPLAY_NAME ( units::ml  ,
"ml"   
)

◆ UNIT_DISPLAY_NAME() [48/74]

inet::units::UNIT_DISPLAY_NAME ( units::mm  ,
"mm"   
)

◆ UNIT_DISPLAY_NAME() [49/74]

inet::units::UNIT_DISPLAY_NAME ( units::mol  ,
"mol"   
)

◆ UNIT_DISPLAY_NAME() [50/74]

inet::units::UNIT_DISPLAY_NAME ( units::month  ,
"months"   
)

◆ UNIT_DISPLAY_NAME() [51/74]

inet::units::UNIT_DISPLAY_NAME ( units::mph  ,
"mph"   
)

◆ UNIT_DISPLAY_NAME() [52/74]

inet::units::UNIT_DISPLAY_NAME ( units::mps  ,
"mps"   
)

◆ UNIT_DISPLAY_NAME() [53/74]

inet::units::UNIT_DISPLAY_NAME ( units::N  ,
"N"   
)

◆ UNIT_DISPLAY_NAME() [54/74]

inet::units::UNIT_DISPLAY_NAME ( units::nautical_mile  ,
"nautical miles"   
)

◆ UNIT_DISPLAY_NAME() [55/74]

inet::units::UNIT_DISPLAY_NAME ( units::Ohm  ,
"Ohm"   
)

◆ UNIT_DISPLAY_NAME() [56/74]

inet::units::UNIT_DISPLAY_NAME ( units::oz  ,
"oz"   
)

◆ UNIT_DISPLAY_NAME() [57/74]

inet::units::UNIT_DISPLAY_NAME ( units::Pa  ,
"Pa"   
)

◆ UNIT_DISPLAY_NAME() [58/74]

inet::units::UNIT_DISPLAY_NAME ( units::percent  ,
"%"   
)

◆ UNIT_DISPLAY_NAME() [59/74]

inet::units::UNIT_DISPLAY_NAME ( units::ps  ,
"ps"   
)

◆ UNIT_DISPLAY_NAME() [60/74]

inet::units::UNIT_DISPLAY_NAME ( units::psi  ,
"PSI"   
)

◆ UNIT_DISPLAY_NAME() [61/74]

inet::units::UNIT_DISPLAY_NAME ( units::rad  ,
"rad"   
)

◆ UNIT_DISPLAY_NAME() [62/74]

inet::units::UNIT_DISPLAY_NAME ( units::rpm  ,
"rpm"   
)

◆ UNIT_DISPLAY_NAME() [63/74]

inet::units::UNIT_DISPLAY_NAME ( units::s  ,
"s"   
)

◆ UNIT_DISPLAY_NAME() [64/74]

inet::units::UNIT_DISPLAY_NAME ( units::S  ,
"S"   
)

◆ UNIT_DISPLAY_NAME() [65/74]

inet::units::UNIT_DISPLAY_NAME ( units::sr  ,
"sr"   
)

◆ UNIT_DISPLAY_NAME() [66/74]

inet::units::UNIT_DISPLAY_NAME ( units::T  ,
"T"   
)

◆ UNIT_DISPLAY_NAME() [67/74]

inet::units::UNIT_DISPLAY_NAME ( units::tonne  ,
"tonnes"   
)

◆ UNIT_DISPLAY_NAME() [68/74]

inet::units::UNIT_DISPLAY_NAME ( units::V  ,
"V"   
)

◆ UNIT_DISPLAY_NAME() [69/74]

inet::units::UNIT_DISPLAY_NAME ( units::W  ,
"W"   
)

◆ UNIT_DISPLAY_NAME() [70/74]

inet::units::UNIT_DISPLAY_NAME ( units::Wb  ,
"Wb"   
)

◆ UNIT_DISPLAY_NAME() [71/74]

inet::units::UNIT_DISPLAY_NAME ( units::week  ,
"weeks"   
)

◆ UNIT_DISPLAY_NAME() [72/74]

inet::units::UNIT_DISPLAY_NAME ( units::WpHz  ,
"WpHz"   
)

◆ UNIT_DISPLAY_NAME() [73/74]

inet::units::UNIT_DISPLAY_NAME ( units::yard  ,
"yards"   
)

◆ UNIT_DISPLAY_NAME() [74/74]

inet::units::UNIT_DISPLAY_NAME ( units::year  ,
"years"   
)
inet::units::values::GHz
value< double, units::GHz > GHz
Definition: Units.h:1286
inet::units::values::Gbps
value< double, units::Gbps > Gbps
Definition: Units.h:1350
inet::units::values::ps
value< double, units::ps > ps
Definition: Units.h:1287
inet::units::values::MHz
value< double, units::MHz > MHz
Definition: Units.h:1285
inet::units::cos
Value cos(const value< Value, Unit > &angle)
Definition: Units.h:1524
inet::units::values::msimsec
value< simtime_t, units::ms > msimsec
Definition: Units.h:1294
inet::units::values::uW
value< double, units::uW > uW
Definition: Units.h:1281
inet::units::values::pW
value< double, units::pW > pW
Definition: Units.h:1279
inet::units::sqrt
value< Value, pow< Unit, 1, 2 > > sqrt(const value< Value, Unit > &a)
Definition: Units.h:272
inet::units::values::mW
value< double, units::mW > mW
Definition: Units.h:1282
inet::units::values::s
value< double, units::s > s
Definition: Units.h:1235
inet::units::values::B
value< int64_t, units::B > B
Definition: Units.h:1242
inet::units::values::ns
value< double, units::ns > ns
Definition: Units.h:1288
INFINITY
#define INFINITY
Definition: Topology.h:20
inet::units::values::W
value< double, units::W > W
Definition: Units.h:1251
inet::units::values::b
value< int64_t, units::b > b
Definition: Units.h:1241
inet::units::values::kbps
value< double, units::kbps > kbps
Definition: Units.h:1348
inet::units::values::usimsec
value< simtime_t, units::us > usimsec
Definition: Units.h:1293
inet::units::values::nW
value< double, units::nW > nW
Definition: Units.h:1280
inet::units::values::nsimsec
value< simtime_t, units::ns > nsimsec
Definition: Units.h:1292
inet::units::values::ms
value< double, units::ms > ms
Definition: Units.h:1278
inet::units::tan
Value tan(const value< Value, Unit > &angle)
Definition: Units.h:1530
inet::units::values::kHz
value< double, units::kHz > kHz
Definition: Units.h:1284
inet::units::values::us
value< double, units::us > us
Definition: Units.h:1289
inet::units::values::Mbps
value< double, units::Mbps > Mbps
Definition: Units.h:1349
inet::units::values::psimsec
value< simtime_t, units::ps > psimsec
Definition: Units.h:1291
inet::units::sin
Value sin(const value< Value, Unit > &angle)
Definition: Units.h:1518