roo_quantity Namespace Reference

For convenience conversion from roo_time::Duration. More...

Data Structures
class	Area
	Representation of area, internally stored as floating-point square meters. More...
class	AreicNumber
	Representation of areic number, a reciprocal of area, internally stored as floating-point units per square meter. More...
class	Capacitance
	Representation of capacitance, internally stored as floating-point Farads. More...
class	Charge
	Representation of charge, internally stored as floating-point Coulombs. More...
class	Current
	Representation of current, internally stored as floating-point Amperes. More...
class	Force
	Representation of force, internally stored as floating-point Newtons. More...
class	Frequency
	Representation of frequency, internally stored as floating-point Hertz. More...
class	Length
	Representation of length, internally stored as floating-point meters. More...
class	LineicNumber
	Representation of lineic number, a reciprocal of length, internally stored as floating-point units per meter. More...
class	Mass
	Representation of mass, internally stored as floating-point kilograms. More...
class	Power
	Representation of power, internally stored as floating-point Watts. More...
class	Pressure
	Representation of pressure, internally stored as floating-point Pascals. More...
class	Resistance
	Representation of resistance, internally stored as floating-point Ohms. More...
class	Temperature
	Representation of a temperature, internally stored as floating-point Celsius degrees. More...
class	TemperatureDelta
class	Time
	Representation of elapsed, internally stored as floating-point seconds. More...
class	Velocity
	Representation of velocity, internally stored as floating-point meters per second. More...
class	Voltage
	Representation of voltage, internally stored as floating-point Volts. More...
class	Volume
	Representation of volume, internally stored as floating-point cubic meters. More...
class	VolumeFlowRate
	Representation of volume flow rate, internally stored as floating-point cubic meters per second. More...
class	VolumicNumber
	Representation of volumic number, a reciprocal of volume, internally stored as floating-point units per cubic meter. More...
class	Work
	Representation of work, internally stored as floating-point Joules. More...

Functions
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Area &val)
Area	AreaInSquareMeters (float area)
	Returns a area object equivalent to the specified area expressed in square meters.
Area	UnknownArea ()
	Returns a area object representing an unknown area.
Area	AreaInSquareKilometers (float area)
	Returns a area object equivalent to the specified area expressed in square kilometers.
Area	AreaInHectares (float area)
	Returns a area object equivalent to the specified area expressed in hectares.
Area	AreaInAres (float area)
	Returns a area object equivalent to the specified area expressed in ares.
Area	AreaInSquareDecimeters (float area)
	Returns a area object equivalent to the specified area expressed in square decimeters.
Area	AreaInSquareCentimeters (float area)
	Returns a area object equivalent to the specified area expressed in square centimeters.
Area	AreaInSquareMillimeters (float area)
	Returns a area object equivalent to the specified area expressed in square millimeters.
Area	AreaInSquareMicrometers (float area)
	Returns a area object equivalent to the specified area expressed in square micrometers.
Area	AreaInAcres (float area)
	Returns a area object equivalent to the specified area expressed in acres.
Area	AreaInSquareInches (float area)
	Returns a area object equivalent to the specified area expressed in acres.
Area	operator+ (Area a, Area b)
Area	operator- (Area a, Area b)
Area	operator- (Area a)
Area	operator* (Area a, float b)
Area	operator* (float a, Area b)
Area	operator/ (Area a, float b)
float	operator/ (Area a, Area b)
Area	operator* (Length a, Length b)
Length	operator/ (Area a, Length b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const AreicNumber &val)
AreicNumber	AreicNumberInUnitsPerSquareMeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in units per square meter.
AreicNumber	UnknownAreicNumber ()
	Returns a areic number object representing an unknown areic number.
AreicNumber	AreicNumberInGigaUnitsPerSquareMeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in giga-units per square meter.
AreicNumber	AreicNumberInMegaUnitsPerSquareMeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in mega-units per square meter.
AreicNumber	AreicNumberInKiloUnitsPerSquareMeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in kilo-units per square meter.
AreicNumber	AreicNumberInMilliUnitsPerSquareMeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in milli-units per square meter.
AreicNumber	AreicNumberInMicroUnitsPerSquareMeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in micro-units per square meter.
AreicNumber	AreicNumberInUnitsPerSquareCentimeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in units per square centimeter.
AreicNumber	AreicNumberInUnitsPerSquareMillimeter (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in units per square millimeter.
AreicNumber	AreicNumberInUnitsPerSquareKilometer (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in units per square kilometer.
AreicNumber	AreicNumberInUnitsPerSquareInch (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in units per square inch.
AreicNumber	AreicNumberInUnitsPerSquareFoot (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in units per square foot.
AreicNumber	AreicNumberInUnitsPerSquareYard (float areic_number)
	Returns a areic number object equivalent to the specified areic number expressed in units per square yard.
AreicNumber	operator* (AreicNumber a, float b)
AreicNumber	operator* (float a, AreicNumber b)
float	operator* (Area a, AreicNumber b)
float	operator* (AreicNumber a, Area b)
LineicNumber	operator* (Length a, AreicNumber b)
LineicNumber	operator* (AreicNumber a, Length b)
AreicNumber	operator/ (AreicNumber a, float b)
float	operator/ (AreicNumber a, AreicNumber b)
Area	operator/ (float a, AreicNumber b)
AreicNumber	operator/ (float a, Area b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Capacitance &val)
Capacitance	CapacitanceInFarads (float capacitance)
	Returns a capacitance object equivalent to the specified capacitance expressed in Farads.
Capacitance	UnknownCapacitance ()
	Returns a capacitance object representing an unknown capacitance.
Capacitance	CapacitanceInKiloFarads (float capacitance)
	Returns a capacitance object equivalent to the specified capacitance expressed in kiloFarads.
Capacitance	CapacitanceInMilliFarads (float capacitance)
	Returns a capacitance object equivalent to the specified capacitance expressed in milliFarads.
Capacitance	CapacitanceInMicroFarads (float capacitance)
	Returns a capacitance object equivalent to the specified capacitance expressed in microFarads.
Capacitance	CapacitanceInNanoFarads (float capacitance)
	Returns a capacitance object equivalent to the specified capacitance expressed in nanoFarads.
Capacitance	CapacitanceInPicoFarads (float capacitance)
	Returns a capacitance object equivalent to the specified capacitance expressed in picoFarads.
Capacitance	operator+ (Capacitance a, Capacitance b)
Capacitance	operator- (Capacitance a, Capacitance b)
Capacitance	operator- (Capacitance a)
Capacitance	operator* (Capacitance a, float b)
Capacitance	operator* (float a, Capacitance b)
Capacitance	operator/ (Capacitance a, float b)
float	operator/ (Capacitance a, Capacitance b)
Charge	operator* (Capacitance a, Voltage b)
	Vs charge.
Charge	operator* (Voltage a, Capacitance b)
Capacitance	operator/ (Charge a, Voltage b)
Voltage	operator/ (Charge a, Capacitance b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Charge &val)
Charge	ChargeInCoulombs (float charge)
	Returns a charge object equivalent to the specified charge expressed in Coulombs.
Charge	UnknownCharge ()
	Returns a charge object representing an unknown charge.
Charge	ChargeInKiloCoulombs (float charge)
	Returns a charge object equivalent to the specified charge expressed in kiloCoulombs.
Charge	ChargeInMilliCoulombs (float charge)
	Returns a charge object equivalent to the specified charge expressed in milliCoulombs.
Charge	ChargeInMicroCoulombs (float charge)
	Returns a charge object equivalent to the specified charge expressed in microCoulombs.
Charge	operator+ (Charge a, Charge b)
Charge	operator- (Charge a, Charge b)
Charge	operator- (Charge a)
Charge	operator* (Charge a, float b)
Charge	operator* (float a, Charge b)
Charge	operator/ (Charge a, float b)
float	operator/ (Charge a, Charge b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Current &val)
Current	CurrentInAmperes (float current)
	Returns a current object equivalent to the specified current expressed in Amperes.
Current	UnknownCurrent ()
	Returns a current object representing an unknown current.
Current	CurrentInMegaAmperes (float current)
	Returns a current object equivalent to the specified current expressed in megaAmperes.
Current	CurrentInKiloAmperes (float current)
	Returns a current object equivalent to the specified current expressed in kiloAmperes.
Current	CurrentInMilliAmperes (float current)
	Returns a current object equivalent to the specified current expressed in milliAmperes.
Current	CurrentInMicroAmperes (float current)
	Returns a current object equivalent to the specified current expressed in microAmperes.
Current	operator+ (Current a, Current b)
Current	operator- (Current a, Current b)
Current	operator- (Current a)
Current	operator* (Current a, float b)
Current	operator* (float a, Current b)
Current	operator/ (Current a, float b)
float	operator/ (Current a, Current b)
Charge	operator* (Current a, Time b)
	Vs charge.
Charge	operator* (Time a, Current b)
Current	operator/ (Charge a, Time b)
Time	operator/ (Charge a, Current b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Force &val)
Force	ForceInNewtons (float force)
	Returns a force object equivalent to the specified force expressed in Newtons.
Force	UnknownForce ()
	Returns a force object representing an unknown force.
Force	ForceInGigaNewtons (float force)
	Returns a force object equivalent to the specified force expressed in gigaNewtons.
Force	ForceInMegaNewtons (float force)
	Returns a force object equivalent to the specified force expressed in megaNewtons.
Force	ForceInKiloNewtons (float force)
	Returns a force object equivalent to the specified force expressed in kiloNewtons.
Force	ForceInMilliNewtons (float force)
	Returns a force object equivalent to the specified force expressed in milliNewtons.
Force	ForceInMicroNewtons (float force)
	Returns a force object equivalent to the specified force expressed in microNewtons.
Force	operator+ (Force a, Force b)
Force	operator- (Force a, Force b)
Force	operator- (Force a)
Force	operator* (Force a, float b)
Force	operator* (float a, Force b)
Work	operator* (Force a, Length b)
Work	operator* (Length a, Force b)
Force	operator/ (Force a, float b)
Force	operator/ (Work a, Length b)
Length	operator/ (Work a, Force b)
Force	operator* (Work a, LineicNumber b)
float	operator/ (Force a, Force b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Frequency &val)
Frequency	FrequencyInHertz (float frequency)
	Returns a frequency object equivalent to the specified frequency expressed in Hertz.
Frequency	UnknownFrequency ()
	Returns a frequency object representing an unknown frequency.
Frequency	FrequencyInGigaHertz (float frequency)
	Returns a frequency object equivalent to the specified frequency expressed in gigaHertz.
Frequency	FrequencyInMegaHertz (float frequency)
	Returns a frequency object equivalent to the specified frequency expressed in megaHertz.
Frequency	FrequencyInKiloHertz (float frequency)
	Returns a frequency object equivalent to the specified frequency expressed in kiloHertz.
Frequency	FrequencyInMilliHertz (float frequency)
	Returns a frequency object equivalent to the specified frequency expressed in milliHertz.
Frequency	FrequencyInMicroHertz (float frequency)
	Returns a frequency object equivalent to the specified frequency expressed in microHertz.
Frequency	FrequencyInRadiansPerSecond (float omega)
	Returns a frequency object equivalent to the specified rotational frequency expressed in radians per second.
Frequency	FrequencyInRevolutionsPerMinute (float frequency)
	Returns a frequency object equivalent to the specified rotational frequency expressed in revolutions per minute (RPM).
Frequency	FrequencyInRPM (float frequency)
	Returns a frequency object equivalent to the specified rotational frequency expressed in revolutions per minute (RPM).
Frequency	operator* (Frequency a, float b)
Frequency	operator* (float a, Frequency b)
float	operator* (Time a, Frequency b)
float	operator* (Frequency a, Time b)
Frequency	operator/ (Frequency a, float b)
float	operator/ (Frequency a, Frequency b)
Time	operator/ (float a, Frequency b)
Frequency	operator/ (float a, Time b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Length &val)
Length	LengthInMeters (float length)
	Returns a length object equivalent to the specified length expressed in meters.
Length	UnknownLength ()
	Returns a length object representing an unknown length.
Length	LengthInKilometers (float length)
	Returns a length object equivalent to the specified length expressed in kilometers.
Length	LengthInDecimeters (float length)
	Returns a length object equivalent to the specified length expressed in decimeters.
Length	LengthInCentimeters (float length)
	Returns a length object equivalent to the specified length expressed in centimeters.
Length	LengthInMillimeters (float length)
	Returns a length object equivalent to the specified length expressed in millimeters.
Length	LengthInMicrometers (float length)
	Returns a length object equivalent to the specified length expressed in micrometers.
Length	LengthInNanometers (float length)
	Returns a length object equivalent to the specified length expressed in nanometers.
Length	LengthInInches (float length)
	Returns a length object equivalent to the specified length expressed in inches.
Length	LengthInFeet (float length)
	Returns a length object equivalent to the specified length expressed in feet.
Length	LengthInYards (float length)
	Returns a length object equivalent to the specified length expressed in yards.
Length	LengthInLightYears (float length)
	Returns a length object equivalent to the specified length expressed in light years.
Length	operator+ (Length a, Length b)
Length	operator- (Length a, Length b)
Length	operator- (Length a)
Length	operator* (Length a, float b)
Length	operator* (float a, Length b)
Length	operator/ (Length a, float b)
float	operator/ (Length a, Length b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const LineicNumber &val)
LineicNumber	LineicNumberInUnitsPerMeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in units per meter.
LineicNumber	UnknownLineicNumber ()
	Returns a lineic number object representing an unknown lineic number.
LineicNumber	LineicNumberInGigaUnitsPerMeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in giga-units per meter.
LineicNumber	LineicNumberInMegaUnitsPerMeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in mega-units per meter.
LineicNumber	LineicNumberInKiloUnitsPerMeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in kilo-units per meter.
LineicNumber	LineicNumberInMilliUnitsPerMeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in milli-units per meter.
LineicNumber	LineicNumberInMicroUnitsPerMeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in micro-units per meter.
LineicNumber	LineicNumberInUnitsPerCentimeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in units per centimeter.
LineicNumber	LineicNumberInUnitsPerMillimeter (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in units per millimeter.
LineicNumber	LineicNumberInUnitsPerKilometer (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in units per kilometer.
LineicNumber	LineicNumberInUnitsPerInch (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in units per inch.
LineicNumber	LineicNumberInUnitsPerFoot (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in units per foot.
LineicNumber	LineicNumberInUnitsPerYard (float lineic_number)
	Returns a lineic number object equivalent to the specified lineic number expressed in units per yard.
LineicNumber	operator* (LineicNumber a, float b)
LineicNumber	operator* (float a, LineicNumber b)
float	operator* (Length a, LineicNumber b)
float	operator* (LineicNumber a, Length b)
LineicNumber	operator/ (LineicNumber a, float b)
float	operator/ (LineicNumber a, LineicNumber b)
Length	operator/ (float a, LineicNumber b)
LineicNumber	operator/ (float a, Length b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Mass &val)
Mass	MassInGrams (float mass)
	Returns a mass object equivalent to the specified mass expressed in grams.
Mass	UnknownMass ()
	Returns a mass object representing an unknown mass.
Mass	MassInKilograms (float mass)
	Returns a mass object equivalent to the specified mass expressed in kilograms.
Mass	MassInKg (float mass)
	Returns a mass object equivalent to the specified mass expressed in kilograms.
Mass	MassInTons (float mass)
	Returns a mass object equivalent to the specified mass expressed in metric tons.
Mass	MassInMilligrams (float mass)
	Returns a mass object equivalent to the specified mass expressed in milligrams.
Mass	MassInMicrograms (float mass)
	Returns a mass object equivalent to the specified mass expressed in micrograms.
Mass	MassInPounds (float mass)
	Returns a mass object equivalent to the specified mass expressed in pounds.
Mass	MassInLbs (float mass)
Mass	operator+ (Mass a, Mass b)
Mass	operator- (Mass a, Mass b)
Mass	operator- (Mass a)
Mass	operator* (Mass a, float b)
Mass	operator* (float a, Mass b)
Mass	operator/ (Mass a, float b)
float	operator/ (Mass a, Mass b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Power &val)
Power	PowerInWatts (float power)
	Returns a power object equivalent to the specified power expressed in Watts.
Power	UnknownPower ()
	Returns a power object representing an unknown power.
Power	PowerInGigaWatts (float power)
	Returns a power object equivalent to the specified power expressed in gigaWatts.
Power	PowerInMegaWatts (float power)
	Returns a power object equivalent to the specified power expressed in megaWatts.
Power	PowerInKiloWatts (float power)
	Returns a power object equivalent to the specified power expressed in kiloWatts.
Power	PowerInMilliWatts (float power)
	Returns a power object equivalent to the specified power expressed in milliWatts.
Power	PowerInMicroWatts (float power)
	Returns a power object equivalent to the specified power expressed in microWatts.
Power	operator+ (Power a, Power b)
Power	operator- (Power a, Power b)
Power	operator- (Power a)
Power	operator* (Power a, float b)
Power	operator* (float a, Power b)
Power	operator/ (Power a, float b)
float	operator/ (Power a, Power b)
Work	operator* (Power a, Time b)
	Power vs work.
Work	operator* (Time a, Power b)
Power	operator/ (Work w, Time b)
Time	operator/ (Work w, Power b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Pressure &val)
Pressure	PressureInPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in Pascals.
Pressure	UnknownPressure ()
	Returns a pressure object representing an unknown pressure.
Pressure	PressureInGigaPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in GigaPascals.
Pressure	PressureInMegaPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in MegaPascals.
Pressure	PressureInBars (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in bars.
Pressure	PressureInKiloPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in kiloPascals.
Pressure	PressureInHectoPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in hectoPascals.
Pressure	PressureInMilliPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in milliPascals.
Pressure	PressureInMicroPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in microPascals.
Pressure	PressureInPSI (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in PSI (pounds per square inch).
Pressure	operator+ (Pressure a, Pressure b)
Pressure	operator- (Pressure a, Pressure b)
Pressure	operator- (Pressure a)
Pressure	operator* (Pressure a, float b)
Pressure	operator* (float a, Pressure b)
Pressure	operator/ (Pressure a, float b)
float	operator/ (Pressure a, Pressure b)
Pressure	operator/ (Force a, Area b)
Pressure	operator* (Force a, AreicNumber b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Resistance &val)
Resistance	ResistanceInOhms (float resistance)
	Returns a resistance object equivalent to the specified resistance expressed in Ohms.
Resistance	UnknownResistance ()
	Returns a resistance object representing an unknown resistance.
Resistance	ResistanceInGigaOhms (float resistance)
	Returns a resistance object equivalent to the specified resistance expressed in GigaOhms.
Resistance	ResistanceInMegaOhms (float resistance)
	Returns a resistance object equivalent to the specified resistance expressed in MegaOhms.
Resistance	ResistanceInKiloOhms (float resistance)
	Returns a resistance object equivalent to the specified resistance expressed in kiloOhms.
Resistance	ResistanceInMilliOhms (float resistance)
	Returns a resistance object equivalent to the specified resistance expressed in milliOhms.
Resistance	ResistanceInMicroOhms (float resistance)
	Returns a resistance object equivalent to the specified resistance expressed in microOhms.
Resistance	ResistanceInNanoOhms (float resistance)
	Returns a resistance object equivalent to the specified resistance expressed in microOhms.
Resistance	operator+ (Resistance a, Resistance b)
Resistance	operator- (Resistance a, Resistance b)
Resistance	operator- (Resistance a)
Resistance	operator* (Resistance a, float b)
Resistance	operator* (float a, Resistance b)
Resistance	operator/ (Resistance a, float b)
float	operator/ (Resistance a, Resistance b)
Voltage	operator* (Resistance a, Current b)
	Vs Ohm's law.
Voltage	operator* (Current a, Resistance b)
Resistance	operator/ (Voltage a, Current b)
Current	operator/ (Voltage a, Resistance b)
void	FormatSimpleSiValue (float val, const char *base_unit, char *out, int maxlen)
	Formats a value with an SI prefix and base unit.
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Temperature &t)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const TemperatureDelta &dt)
Temperature	UnknownTemperature ()
	Returns a temperature object representing an unknown temperature.
Temperature	TemperatureDegCelcius (float tempC)
	Returns a temperature object equivalent to the specified temperature expressed in Celcius degrees.
Temperature	TemperatureDegKelvin (float tempK)
	Returns a temperature object equivalent to the specified temperature expressed in Kelvin degrees.
Temperature	TemperatureDegFahrenheit (float tempF)
	Returns a temperature object approximately equal to the specified temperature expressed in Fahrenheit degrees.
TemperatureDelta	UnknownTemperatureDelta ()
	Returns a temperature object representing an unknown temperature delta.
TemperatureDelta	TemperatureDeltaDegCelcius (float tempC)
	Returns a temperature delta object equivalent to the specified temperature expressed in Celcius degrees.
TemperatureDelta	TemperatureDeltaDegKelvin (float tempK)
	Returns a temperature delta object equivalent to the specified temperature delta expressed in Kelvin degrees. It is in fact equivalent to TemperatureDeltaDegCelcius.
TemperatureDelta	TemperatureDeltaDegFahrenheit (float tempF)
	Returns a temperature delta object approximately equal to the specified temperature delta expressed in Fahrenheit degrees.
Temperature	operator+ (Temperature a, TemperatureDelta b)
Temperature	operator- (Temperature a, TemperatureDelta b)
Temperature	operator+ (TemperatureDelta a, Temperature b)
TemperatureDelta	operator+ (TemperatureDelta a, TemperatureDelta b)
TemperatureDelta	operator- (TemperatureDelta a, TemperatureDelta b)
TemperatureDelta	operator- (TemperatureDelta a)
TemperatureDelta	operator- (Temperature a, Temperature b)
TemperatureDelta	operator* (TemperatureDelta a, float b)
TemperatureDelta	operator* (float a, TemperatureDelta b)
TemperatureDelta	operator/ (TemperatureDelta a, float b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Time &val)
Time	TimeInSeconds (float time)
	Returns a time object equivalent to the specified time expressed in seconds.
Time	UnknownTime ()
	Returns a time object representing an unknown time.
Time	TimeInMinutes (float time)
	Returns a time object equivalent to the specified time expressed in minutes (60 seconds).
Time	TimeInHours (float time)
	Returns a time object equivalent to the specified time expressed in hours (3600 seconds).
Time	TimeInMilliseconds (float time)
	Returns a time object equivalent to the specified time expressed in milliseconds.
Time	TimeInMicroseconds (float time)
	Returns a time object equivalent to the specified time expressed in microseconds.
Time	TimeInNanoseconds (float time)
	Returns a time object equivalent to the specified time expressed in nanoseconds.
Time	operator+ (Time a, Time b)
Time	operator- (Time a, Time b)
Time	operator- (Time a)
Time	operator* (Time a, float b)
Time	operator* (float a, Time b)
Time	operator/ (Time a, float b)
float	operator/ (Time a, Time b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Velocity &val)
Velocity	VelocityInMetersPerSecond (float velocity)
	Returns a velocity object equivalent to the specified velocity expressed in meters per second.
Velocity	UnknownVelocity ()
	Returns a velocity object representing an unknown velocity.
Velocity	VelocityInKilometersPerSecond (float velocity)
	Returns a velocity object equivalent to the specified velocity expressed in kilometers per second.
Velocity	VelocityInMillimetersPerSecond (float velocity)
	Returns a velocity object equivalent to the specified velocity expressed in millimeters per second.
Velocity	VelocityInMicrometersPerSecond (float velocity)
	Returns a velocity object equivalent to the specified velocity expressed in micrometers per second.
Velocity	VelocityInKilometersPerHour (float velocity)
	Returns a velocity object equivalent to the specified velocity expressed in kilometers per hour.
Velocity	VelocityInKph (float velocity)
Velocity	VelocityInMilesPerHour (float velocity)
	Returns a velocity object equivalent to the specified velocity expressed in miles per hour.
Velocity	VelocityInMph (float velocity)
Velocity	operator+ (Velocity a, Velocity b)
Velocity	operator- (Velocity a, Velocity b)
Velocity	operator- (Velocity a)
Velocity	operator* (Velocity a, float b)
Velocity	operator* (float a, Velocity b)
Velocity	operator/ (Velocity a, float b)
float	operator/ (Velocity a, Velocity b)
Length	operator* (Velocity a, Time b)
	Vs time.
Length	operator* (Time a, Velocity b)
Velocity	operator/ (Length a, Time b)
Time	operator/ (Length a, Velocity b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Voltage &val)
Voltage	VoltageInVolts (float voltage)
	Returns a voltage object equivalent to the specified voltage expressed in Volts.
Voltage	UnknownVoltage ()
	Returns a voltage object representing an unknown voltage.
Voltage	VoltageInKiloVolts (float voltage)
	Returns a voltage object equivalent to the specified voltage expressed in kiloVolts.
Voltage	VoltageInMilliVolts (float voltage)
	Returns a voltage object equivalent to the specified voltage expressed in milliVolts.
Voltage	VoltageInMicroVolts (float voltage)
	Returns a voltage object equivalent to the specified voltage expressed in microVolts.
Voltage	operator+ (Voltage a, Voltage b)
Voltage	operator- (Voltage a, Voltage b)
Voltage	operator- (Voltage a)
Voltage	operator* (Voltage a, float b)
Voltage	operator* (float a, Voltage b)
Voltage	operator/ (Voltage a, float b)
float	operator/ (Voltage a, Voltage b)
Power	operator* (Voltage a, Current b)
	Vs power.
Power	operator* (Current a, Voltage b)
Voltage	operator/ (Power a, Current b)
Current	operator/ (Power a, Voltage b)
Work	operator* (Voltage a, Charge b)
	Vs work.
Work	operator* (Charge a, Voltage b)
Voltage	operator/ (Work a, Charge b)
Charge	operator/ (Work a, Voltage b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Volume &val)
Volume	VolumeInCubicMeters (float volume)
	Returns a volume object equivalent to the specified volume expressed in cubic meters.
Volume	UnknownVolume ()
	Returns a volume object representing an unknown volume.
Volume	VolumeInCubicKilometers (float volume)
	Returns a volume object equivalent to the specified volume expressed in cubic kilometers.
Volume	VolumeInLiters (float volume)
	Returns a volume object equivalent to the specified volume expressed in liters.
Volume	VolumeInCubicDecimeters (float volume)
	Returns a volume object equivalent to the specified volume expressed in liters.
Volume	VolumeInMilliliters (float volume)
	Returns a volume object equivalent to the specified volume expressed in milliliters.
Volume	VolumeInCubicCentimeters (float volume)
	Returns a volume object equivalent to the specified volume expressed in milliliters.
Volume	VolumeInCubicMillimeters (float volume)
	Returns a volume object equivalent to the specified volume expressed in cubic millimeters.
Volume	VolumeInCubicMicrometers (float volume)
	Returns a volume object equivalent to the specified volume expressed in cubic micrometers.
Volume	VolumeInCubicInches (float volume)
	Returns a volume object equivalent to the specified volume expressed in cubic inches.
Volume	operator+ (Volume a, Volume b)
Volume	operator- (Volume a, Volume b)
Volume	operator- (Volume a)
Volume	operator* (Volume a, float b)
Volume	operator* (float a, Volume b)
Volume	operator/ (Volume a, float b)
float	operator/ (Volume a, Volume b)
Volume	operator* (Length a, Area b)
Volume	operator* (Area a, Length b)
Area	operator/ (Volume a, Length b)
Length	operator/ (Volume a, Area b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const VolumeFlowRate &val)
VolumeFlowRate	VolumeFlowRateInCubicMetersPerSecond (float volume_flow_rate)
	Returns a volume flow rate object equivalent to the specified volume flow rate expressed in cubic meters per second.
VolumeFlowRate	UnknownVolumeFlowRate ()
	Returns a volume flow rate object representing an unknown volume flow rate.
VolumeFlowRate	VolumeFlowRateInLitersPerSecond (float volume_flow_rate)
	Returns a volume flow rate object equivalent to the specified volume flow rate expressed in liters per second.
VolumeFlowRate	VolumeFlowRateInMillilitersPerSecond (float volume_flow_rate)
	Returns a volume flow rate object equivalent to the specified volume flow rate expressed in milliliters per second.
VolumeFlowRate	operator+ (VolumeFlowRate a, VolumeFlowRate b)
VolumeFlowRate	operator- (VolumeFlowRate a, VolumeFlowRate b)
VolumeFlowRate	operator- (VolumeFlowRate a)
VolumeFlowRate	operator* (VolumeFlowRate a, float b)
VolumeFlowRate	operator* (float a, VolumeFlowRate b)
Volume	operator* (VolumeFlowRate a, Time b)
Volume	operator* (Time a, VolumeFlowRate b)
VolumeFlowRate	operator/ (VolumeFlowRate a, float b)
float	operator/ (VolumeFlowRate a, VolumeFlowRate b)
VolumeFlowRate	operator/ (Volume a, Time b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const VolumicNumber &val)
VolumicNumber	VolumicNumberInUnitsPerCubicMeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic meter.
VolumicNumber	UnknownVolumicNumber ()
	Returns a volumic number object representing an unknown volumic number.
VolumicNumber	VolumicNumberInGigaUnitsPerCubicMeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in giga-units per cubic meter.
VolumicNumber	VolumicNumberInMegaUnitsPerCubicMeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in mega-units per cubic meter.
VolumicNumber	VolumicNumberInKiloUnitsPerCubicMeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in kilo-units per cubic meter.
VolumicNumber	VolumicNumberInMilliUnitsPerCubicMeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in milli-units per cubic meter.
VolumicNumber	VolumicNumberInMicroUnitsPerCubicMeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in micro-units per cubic meter.
VolumicNumber	VolumicNumberInUnitsPerCubicDecimeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic decimeter (liter).
VolumicNumber	VolumicNumberInUnitsPerLiter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic decimeter (liter).
VolumicNumber	VolumicNumberInUnitsPerCubicCentimeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic centimeter.
VolumicNumber	VolumicNumberInUnitsPerCubicMillimeter (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic millimeter.
VolumicNumber	VolumicNumberInUnitsPerCubicKilometer (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic kilometer.
VolumicNumber	VolumicNumberInUnitsPerCubicInch (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic inch.
VolumicNumber	VolumicNumberInUnitsPerCubicFoot (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic foot.
VolumicNumber	VolumicNumberInUnitsPerCubicYard (float volumic_number)
	Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic yard.
VolumicNumber	operator* (VolumicNumber a, float b)
VolumicNumber	operator* (float a, VolumicNumber b)
float	operator* (Volume a, VolumicNumber b)
float	operator* (VolumicNumber a, Volume b)
LineicNumber	operator* (Length a, VolumicNumber b)
LineicNumber	operator* (VolumicNumber a, Length b)
VolumicNumber	operator/ (VolumicNumber a, float b)
float	operator/ (VolumicNumber a, VolumicNumber b)
Volume	operator/ (float a, VolumicNumber b)
VolumicNumber	operator/ (float a, Volume b)
roo_logging::Stream &	operator<< (roo_logging::Stream &os, const Work &val)
Work	WorkInJoules (float work)
	Returns a work object equivalent to the specified work expressed in Joules.
Work	UnknownWork ()
	Returns a work object representing an unknown work.
Work	WorkInGigaJoules (float work)
	Returns a work object equivalent to the specified work expressed in gigaJoules.
Work	WorkInMegaJoules (float work)
	Returns a work object equivalent to the specified work expressed in megaJoules.
Work	WorkInKiloJoules (float work)
	Returns a work object equivalent to the specified work expressed in kiloJoules.
Work	WorkInMilliJoules (float work)
	Returns a work object equivalent to the specified work expressed in milliJoules.
Work	WorkInMicroJoules (float work)
	Returns a work object equivalent to the specified work expressed in microJoules.
Work	operator+ (Work a, Work b)
Work	operator- (Work a, Work b)
Work	operator- (Work a)
Work	operator* (Work a, float b)
Work	operator* (float a, Work b)
Work	operator/ (Work a, float b)
float	operator/ (Work a, Work b)

Detailed Description

For convenience conversion from roo_time::Duration.

Function Documentation

AreaInAcres()

Area roo_quantity::AreaInAcres ( float  area )

inline

Returns a area object equivalent to the specified area expressed in acres.

Definition at line 161 of file area.h.

References AreaInSquareMeters().

AreaInAres()

Area roo_quantity::AreaInAres ( float  area )

inline

Returns a area object equivalent to the specified area expressed in ares.

Definition at line 129 of file area.h.

References AreaInSquareMeters().

AreaInHectares()

Area roo_quantity::AreaInHectares ( float  area )

inline

Returns a area object equivalent to the specified area expressed in hectares.

Definition at line 123 of file area.h.

References AreaInSquareMeters().

AreaInSquareCentimeters()

Area roo_quantity::AreaInSquareCentimeters ( float  area )

inline

Returns a area object equivalent to the specified area expressed in square centimeters.

Definition at line 143 of file area.h.

References AreaInSquareMeters().

AreaInSquareDecimeters()

Area roo_quantity::AreaInSquareDecimeters ( float  area )

inline

Returns a area object equivalent to the specified area expressed in square decimeters.

Definition at line 137 of file area.h.

References AreaInSquareMeters().

AreaInSquareInches()

Area roo_quantity::AreaInSquareInches ( float  area )

inline

Returns a area object equivalent to the specified area expressed in acres.

Definition at line 167 of file area.h.

References AreaInSquareMeters().

AreaInSquareKilometers()

Area roo_quantity::AreaInSquareKilometers ( float  area )

inline

Returns a area object equivalent to the specified area expressed in square kilometers.

Definition at line 117 of file area.h.

References AreaInSquareMeters().

AreaInSquareMeters()

Area roo_quantity::AreaInSquareMeters ( float  area )

inline

Returns a area object equivalent to the specified area expressed in square meters.

Definition at line 133 of file area.h.

Referenced by AreaInAcres(), AreaInAres(), AreaInHectares(), AreaInSquareCentimeters(), AreaInSquareDecimeters(), AreaInSquareInches(), AreaInSquareKilometers(), AreaInSquareMicrometers(), AreaInSquareMillimeters(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), and operator/().

AreaInSquareMicrometers()

Area roo_quantity::AreaInSquareMicrometers ( float  area )

inline

Returns a area object equivalent to the specified area expressed in square micrometers.

Definition at line 155 of file area.h.

References AreaInSquareMeters().

AreaInSquareMillimeters()

Area roo_quantity::AreaInSquareMillimeters ( float  area )

inline

Returns a area object equivalent to the specified area expressed in square millimeters.

Definition at line 149 of file area.h.

References AreaInSquareMeters().

AreicNumberInGigaUnitsPerSquareMeter()

AreicNumber roo_quantity::AreicNumberInGigaUnitsPerSquareMeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in giga-units per square meter.

Definition at line 133 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInKiloUnitsPerSquareMeter()

AreicNumber roo_quantity::AreicNumberInKiloUnitsPerSquareMeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in kilo-units per square meter.

Definition at line 145 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInMegaUnitsPerSquareMeter()

AreicNumber roo_quantity::AreicNumberInMegaUnitsPerSquareMeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in mega-units per square meter.

Definition at line 139 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInMicroUnitsPerSquareMeter()

AreicNumber roo_quantity::AreicNumberInMicroUnitsPerSquareMeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in micro-units per square meter.

Definition at line 163 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInMilliUnitsPerSquareMeter()

AreicNumber roo_quantity::AreicNumberInMilliUnitsPerSquareMeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in milli-units per square meter.

Definition at line 157 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInUnitsPerSquareCentimeter()

AreicNumber roo_quantity::AreicNumberInUnitsPerSquareCentimeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in units per square centimeter.

Definition at line 169 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInUnitsPerSquareFoot()

AreicNumber roo_quantity::AreicNumberInUnitsPerSquareFoot ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in units per square foot.

Definition at line 193 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInUnitsPerSquareInch()

AreicNumber roo_quantity::AreicNumberInUnitsPerSquareInch ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in units per square inch.

Definition at line 187 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInUnitsPerSquareKilometer()

AreicNumber roo_quantity::AreicNumberInUnitsPerSquareKilometer ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in units per square kilometer.

Definition at line 181 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInUnitsPerSquareMeter()

AreicNumber roo_quantity::AreicNumberInUnitsPerSquareMeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in units per square meter.

Definition at line 151 of file areic_number.h.

Referenced by AreicNumberInGigaUnitsPerSquareMeter(), AreicNumberInKiloUnitsPerSquareMeter(), AreicNumberInMegaUnitsPerSquareMeter(), AreicNumberInMicroUnitsPerSquareMeter(), AreicNumberInMilliUnitsPerSquareMeter(), AreicNumberInUnitsPerSquareCentimeter(), AreicNumberInUnitsPerSquareFoot(), AreicNumberInUnitsPerSquareInch(), AreicNumberInUnitsPerSquareKilometer(), AreicNumberInUnitsPerSquareMillimeter(), AreicNumberInUnitsPerSquareYard(), operator*(), operator*(), operator/(), and operator/().

AreicNumberInUnitsPerSquareMillimeter()

AreicNumber roo_quantity::AreicNumberInUnitsPerSquareMillimeter ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in units per square millimeter.

Definition at line 175 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

AreicNumberInUnitsPerSquareYard()

AreicNumber roo_quantity::AreicNumberInUnitsPerSquareYard ( float  areic_number )

inline

Returns a areic number object equivalent to the specified areic number expressed in units per square yard.

Definition at line 199 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter().

CapacitanceInFarads()

Capacitance roo_quantity::CapacitanceInFarads ( float  capacitance )

inline

Returns a capacitance object equivalent to the specified capacitance expressed in Farads.

Definition at line 125 of file capacitance.h.

Referenced by CapacitanceInKiloFarads(), CapacitanceInMicroFarads(), CapacitanceInMilliFarads(), CapacitanceInNanoFarads(), CapacitanceInPicoFarads(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), and operator/().

CapacitanceInKiloFarads()

Capacitance roo_quantity::CapacitanceInKiloFarads ( float  capacitance )

inline

Returns a capacitance object equivalent to the specified capacitance expressed in kiloFarads.

Definition at line 119 of file capacitance.h.

References CapacitanceInFarads().

CapacitanceInMicroFarads()

Capacitance roo_quantity::CapacitanceInMicroFarads ( float  capacitance )

inline

Returns a capacitance object equivalent to the specified capacitance expressed in microFarads.

Definition at line 137 of file capacitance.h.

References CapacitanceInFarads().

CapacitanceInMilliFarads()

Capacitance roo_quantity::CapacitanceInMilliFarads ( float  capacitance )

inline

Returns a capacitance object equivalent to the specified capacitance expressed in milliFarads.

Definition at line 131 of file capacitance.h.

References CapacitanceInFarads().

CapacitanceInNanoFarads()

Capacitance roo_quantity::CapacitanceInNanoFarads ( float  capacitance )

inline

Returns a capacitance object equivalent to the specified capacitance expressed in nanoFarads.

Definition at line 143 of file capacitance.h.

References CapacitanceInFarads().

CapacitanceInPicoFarads()

Capacitance roo_quantity::CapacitanceInPicoFarads ( float  capacitance )

inline

Returns a capacitance object equivalent to the specified capacitance expressed in picoFarads.

Definition at line 149 of file capacitance.h.

References CapacitanceInFarads().

ChargeInCoulombs()

Charge roo_quantity::ChargeInCoulombs ( float  charge )

inline

Returns a charge object equivalent to the specified charge expressed in Coulombs.

Definition at line 112 of file charge.h.

Referenced by ChargeInKiloCoulombs(), ChargeInMicroCoulombs(), ChargeInMilliCoulombs(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), and operator/().

ChargeInKiloCoulombs()

Charge roo_quantity::ChargeInKiloCoulombs ( float  charge )

inline

Returns a charge object equivalent to the specified charge expressed in kiloCoulombs.

Definition at line 106 of file charge.h.

References ChargeInCoulombs().

ChargeInMicroCoulombs()

Charge roo_quantity::ChargeInMicroCoulombs ( float  charge )

inline

Returns a charge object equivalent to the specified charge expressed in microCoulombs.

Definition at line 122 of file charge.h.

References ChargeInCoulombs().

ChargeInMilliCoulombs()

Charge roo_quantity::ChargeInMilliCoulombs ( float  charge )

inline

Returns a charge object equivalent to the specified charge expressed in milliCoulombs.

Definition at line 116 of file charge.h.

References ChargeInCoulombs().

CurrentInAmperes()

Current roo_quantity::CurrentInAmperes ( float  current )

inline

Returns a current object equivalent to the specified current expressed in Amperes.

Definition at line 127 of file current.h.

Referenced by CurrentInKiloAmperes(), CurrentInMegaAmperes(), CurrentInMicroAmperes(), CurrentInMilliAmperes(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), operator/(), and operator/().

CurrentInKiloAmperes()

Current roo_quantity::CurrentInKiloAmperes ( float  current )

inline

Returns a current object equivalent to the specified current expressed in kiloAmperes.

Definition at line 121 of file current.h.

References CurrentInAmperes().

CurrentInMegaAmperes()

Current roo_quantity::CurrentInMegaAmperes ( float  current )

inline

Returns a current object equivalent to the specified current expressed in megaAmperes.

Definition at line 115 of file current.h.

References CurrentInAmperes().

CurrentInMicroAmperes()

Current roo_quantity::CurrentInMicroAmperes ( float  current )

inline

Returns a current object equivalent to the specified current expressed in microAmperes.

Definition at line 137 of file current.h.

References CurrentInAmperes().

CurrentInMilliAmperes()

Current roo_quantity::CurrentInMilliAmperes ( float  current )

inline

Returns a current object equivalent to the specified current expressed in milliAmperes.

Definition at line 131 of file current.h.

References CurrentInAmperes().

ForceInGigaNewtons()

Force roo_quantity::ForceInGigaNewtons ( float  force )

inline

Returns a force object equivalent to the specified force expressed in gigaNewtons.

Definition at line 103 of file force.h.

References ForceInNewtons().

ForceInKiloNewtons()

Force roo_quantity::ForceInKiloNewtons ( float  force )

inline

Returns a force object equivalent to the specified force expressed in kiloNewtons.

Definition at line 115 of file force.h.

References ForceInNewtons().

ForceInMegaNewtons()

Force roo_quantity::ForceInMegaNewtons ( float  force )

inline

Returns a force object equivalent to the specified force expressed in megaNewtons.

Definition at line 109 of file force.h.

References ForceInNewtons().

ForceInMicroNewtons()

Force roo_quantity::ForceInMicroNewtons ( float  force )

inline

Returns a force object equivalent to the specified force expressed in microNewtons.

Definition at line 131 of file force.h.

References ForceInNewtons().

ForceInMilliNewtons()

Force roo_quantity::ForceInMilliNewtons ( float  force )

inline

Returns a force object equivalent to the specified force expressed in milliNewtons.

Definition at line 125 of file force.h.

References ForceInNewtons().

ForceInNewtons()

Force roo_quantity::ForceInNewtons ( float  force )

inline

Returns a force object equivalent to the specified force expressed in Newtons.

Definition at line 121 of file force.h.

Referenced by ForceInGigaNewtons(), ForceInKiloNewtons(), ForceInMegaNewtons(), ForceInMicroNewtons(), ForceInMilliNewtons(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), and operator/().

FormatSimpleSiValue()

void roo_quantity::FormatSimpleSiValue	(	float	val,
		const char *	base_unit,
		char *	out,
		int	maxlen
	)

Formats a value with an SI prefix and base unit.

Writes a null-terminated string into out with at most maxlen bytes.

Definition at line 8 of file si.cpp.

FrequencyInGigaHertz()

Frequency roo_quantity::FrequencyInGigaHertz ( float  frequency )

inline

Returns a frequency object equivalent to the specified frequency expressed in gigaHertz.

Definition at line 120 of file frequency.h.

References FrequencyInHertz().

FrequencyInHertz()

Frequency roo_quantity::FrequencyInHertz ( float  frequency )

inline

Returns a frequency object equivalent to the specified frequency expressed in Hertz.

Definition at line 138 of file frequency.h.

Referenced by FrequencyInGigaHertz(), FrequencyInKiloHertz(), FrequencyInMegaHertz(), FrequencyInMicroHertz(), FrequencyInMilliHertz(), FrequencyInRadiansPerSecond(), FrequencyInRevolutionsPerMinute(), operator*(), operator*(), operator/(), and operator/().

FrequencyInKiloHertz()

Frequency roo_quantity::FrequencyInKiloHertz ( float  frequency )

inline

Returns a frequency object equivalent to the specified frequency expressed in kiloHertz.

Definition at line 132 of file frequency.h.

References FrequencyInHertz().

FrequencyInMegaHertz()

Frequency roo_quantity::FrequencyInMegaHertz ( float  frequency )

inline

Returns a frequency object equivalent to the specified frequency expressed in megaHertz.

Definition at line 126 of file frequency.h.

References FrequencyInHertz().

FrequencyInMicroHertz()

Frequency roo_quantity::FrequencyInMicroHertz ( float  frequency )

inline

Returns a frequency object equivalent to the specified frequency expressed in microHertz.

Definition at line 150 of file frequency.h.

References FrequencyInHertz().

FrequencyInMilliHertz()

Frequency roo_quantity::FrequencyInMilliHertz ( float  frequency )

inline

Returns a frequency object equivalent to the specified frequency expressed in milliHertz.

Definition at line 144 of file frequency.h.

References FrequencyInHertz().

FrequencyInRadiansPerSecond()

Frequency roo_quantity::FrequencyInRadiansPerSecond ( float  omega )

inline

Returns a frequency object equivalent to the specified rotational frequency expressed in radians per second.

Definition at line 156 of file frequency.h.

References FrequencyInHertz().

FrequencyInRevolutionsPerMinute()

Frequency roo_quantity::FrequencyInRevolutionsPerMinute ( float  frequency )

inline

Returns a frequency object equivalent to the specified rotational frequency expressed in revolutions per minute (RPM).

Definition at line 162 of file frequency.h.

References FrequencyInHertz().

Referenced by FrequencyInRPM().

FrequencyInRPM()

Frequency roo_quantity::FrequencyInRPM ( float  frequency )

inline

Returns a frequency object equivalent to the specified rotational frequency expressed in revolutions per minute (RPM).

Definition at line 168 of file frequency.h.

References FrequencyInRevolutionsPerMinute().

LengthInCentimeters()

Length roo_quantity::LengthInCentimeters ( float  length )

inline

Returns a length object equivalent to the specified length expressed in centimeters.

Definition at line 143 of file length.h.

References LengthInMeters().

LengthInDecimeters()

Length roo_quantity::LengthInDecimeters ( float  length )

inline

Returns a length object equivalent to the specified length expressed in decimeters.

Definition at line 137 of file length.h.

References LengthInMeters().

LengthInFeet()

Length roo_quantity::LengthInFeet ( float  length )

inline

Returns a length object equivalent to the specified length expressed in feet.

Definition at line 173 of file length.h.

References LengthInMeters().

LengthInInches()

Length roo_quantity::LengthInInches ( float  length )

inline

Returns a length object equivalent to the specified length expressed in inches.

Definition at line 167 of file length.h.

References LengthInMeters().

LengthInKilometers()

Length roo_quantity::LengthInKilometers ( float  length )

inline

Returns a length object equivalent to the specified length expressed in kilometers.

Definition at line 127 of file length.h.

References LengthInMeters().

LengthInLightYears()

Length roo_quantity::LengthInLightYears ( float  length )

inline

Returns a length object equivalent to the specified length expressed in light years.

Definition at line 185 of file length.h.

References LengthInMeters().

LengthInMeters()

Length roo_quantity::LengthInMeters ( float  length )

inline

Returns a length object equivalent to the specified length expressed in meters.

Definition at line 133 of file length.h.

Referenced by LengthInCentimeters(), LengthInDecimeters(), LengthInFeet(), LengthInInches(), LengthInKilometers(), LengthInLightYears(), LengthInMicrometers(), LengthInMillimeters(), LengthInNanometers(), LengthInYards(), operator*(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), operator/(), operator/(), and operator/().

LengthInMicrometers()

Length roo_quantity::LengthInMicrometers ( float  length )

inline

Returns a length object equivalent to the specified length expressed in micrometers.

Definition at line 155 of file length.h.

References LengthInMeters().

LengthInMillimeters()

Length roo_quantity::LengthInMillimeters ( float  length )

inline

Returns a length object equivalent to the specified length expressed in millimeters.

Definition at line 149 of file length.h.

References LengthInMeters().

LengthInNanometers()

Length roo_quantity::LengthInNanometers ( float  length )

inline

Returns a length object equivalent to the specified length expressed in nanometers.

Definition at line 161 of file length.h.

References LengthInMeters().

LengthInYards()

Length roo_quantity::LengthInYards ( float  length )

inline

Returns a length object equivalent to the specified length expressed in yards.

Definition at line 179 of file length.h.

References LengthInMeters().

LineicNumberInGigaUnitsPerMeter()

LineicNumber roo_quantity::LineicNumberInGigaUnitsPerMeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in giga-units per meter.

Definition at line 131 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInKiloUnitsPerMeter()

LineicNumber roo_quantity::LineicNumberInKiloUnitsPerMeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in kilo-units per meter.

Definition at line 143 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInMegaUnitsPerMeter()

LineicNumber roo_quantity::LineicNumberInMegaUnitsPerMeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in mega-units per meter.

Definition at line 137 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInMicroUnitsPerMeter()

LineicNumber roo_quantity::LineicNumberInMicroUnitsPerMeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in micro-units per meter.

Definition at line 161 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInMilliUnitsPerMeter()

LineicNumber roo_quantity::LineicNumberInMilliUnitsPerMeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in milli-units per meter.

Definition at line 155 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInUnitsPerCentimeter()

LineicNumber roo_quantity::LineicNumberInUnitsPerCentimeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in units per centimeter.

Definition at line 167 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInUnitsPerFoot()

LineicNumber roo_quantity::LineicNumberInUnitsPerFoot ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in units per foot.

Definition at line 191 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInUnitsPerInch()

LineicNumber roo_quantity::LineicNumberInUnitsPerInch ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in units per inch.

Definition at line 185 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInUnitsPerKilometer()

LineicNumber roo_quantity::LineicNumberInUnitsPerKilometer ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in units per kilometer.

Definition at line 179 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInUnitsPerMeter()

LineicNumber roo_quantity::LineicNumberInUnitsPerMeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in units per meter.

Definition at line 149 of file lineic_number.h.

Referenced by LineicNumberInGigaUnitsPerMeter(), LineicNumberInKiloUnitsPerMeter(), LineicNumberInMegaUnitsPerMeter(), LineicNumberInMicroUnitsPerMeter(), LineicNumberInMilliUnitsPerMeter(), LineicNumberInUnitsPerCentimeter(), LineicNumberInUnitsPerFoot(), LineicNumberInUnitsPerInch(), LineicNumberInUnitsPerKilometer(), LineicNumberInUnitsPerMillimeter(), LineicNumberInUnitsPerYard(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator/(), and operator/().

LineicNumberInUnitsPerMillimeter()

LineicNumber roo_quantity::LineicNumberInUnitsPerMillimeter ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in units per millimeter.

Definition at line 173 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

LineicNumberInUnitsPerYard()

LineicNumber roo_quantity::LineicNumberInUnitsPerYard ( float  lineic_number )

inline

Returns a lineic number object equivalent to the specified lineic number expressed in units per yard.

Definition at line 197 of file lineic_number.h.

References LineicNumberInUnitsPerMeter().

MassInGrams()

Mass roo_quantity::MassInGrams ( float  mass )

inline

Returns a mass object equivalent to the specified mass expressed in grams.

Definition at line 121 of file mass.h.

References MassInKg().

MassInKg()

Mass roo_quantity::MassInKg ( float  mass )

inline

Returns a mass object equivalent to the specified mass expressed in kilograms.

Definition at line 113 of file mass.h.

References MassInKilograms().

Referenced by MassInGrams(), MassInMicrograms(), MassInPounds(), operator*(), operator*(), operator+(), operator-(), operator-(), and operator/().

MassInKilograms()

Mass roo_quantity::MassInKilograms ( float  mass )

inline

Returns a mass object equivalent to the specified mass expressed in kilograms.

Definition at line 109 of file mass.h.

Referenced by MassInKg(), MassInMilligrams(), and MassInTons().

MassInLbs()

Mass roo_quantity::MassInLbs ( float  mass )

inline

Definition at line 139 of file mass.h.

References MassInPounds().

MassInMicrograms()

Mass roo_quantity::MassInMicrograms ( float  mass )

inline

Returns a mass object equivalent to the specified mass expressed in micrograms.

Definition at line 131 of file mass.h.

References MassInKg().

MassInMilligrams()

Mass roo_quantity::MassInMilligrams ( float  mass )

inline

Returns a mass object equivalent to the specified mass expressed in milligrams.

Definition at line 125 of file mass.h.

References MassInKilograms().

MassInPounds()

Mass roo_quantity::MassInPounds ( float  mass )

inline

Returns a mass object equivalent to the specified mass expressed in pounds.

Definition at line 137 of file mass.h.

References MassInKg().

Referenced by MassInLbs().

MassInTons()

Mass roo_quantity::MassInTons ( float  mass )

inline

Returns a mass object equivalent to the specified mass expressed in metric tons.

Definition at line 117 of file mass.h.

References MassInKilograms().

operator*() [1/77]

float roo_quantity::operator* ( Area  a, AreicNumber  b  )

inline

Definition at line 211 of file areic_number.h.

References roo_quantity::Area::inSquareMeters(), and roo_quantity::AreicNumber::inUnitsPerSquareMeter().

operator*() [2/77]

Area roo_quantity::operator* ( Area  a, float  b  )

inline

Definition at line 183 of file area.h.

References AreaInSquareMeters(), and roo_quantity::Area::inSquareMeters().

operator*() [3/77]

Volume roo_quantity::operator* ( Area  a, Length  b  )

inline

Definition at line 208 of file volume.h.

References roo_quantity::Length::inMeters(), roo_quantity::Area::inSquareMeters(), and VolumeInCubicMeters().

operator*() [4/77]

float roo_quantity::operator* ( AreicNumber  a, Area  b  )

inline

Definition at line 215 of file areic_number.h.

References roo_quantity::Area::inSquareMeters(), and roo_quantity::AreicNumber::inUnitsPerSquareMeter().

operator*() [5/77]

AreicNumber roo_quantity::operator* ( AreicNumber  a, float  b  )

inline

Definition at line 203 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter(), and roo_quantity::AreicNumber::inUnitsPerSquareMeter().

operator*() [6/77]

LineicNumber roo_quantity::operator* ( AreicNumber  a, Length  b  )

inline

Definition at line 223 of file areic_number.h.

References roo_quantity::Length::inMeters(), roo_quantity::AreicNumber::inUnitsPerSquareMeter(), and LineicNumberInUnitsPerMeter().

operator*() [7/77]

Capacitance roo_quantity::operator* ( Capacitance  a, float  b  )

inline

Definition at line 165 of file capacitance.h.

References CapacitanceInFarads(), and roo_quantity::Capacitance::inFarads().

operator*() [8/77]

Charge roo_quantity::operator* ( Capacitance  a, Voltage  b  )

inline

Vs charge.

Definition at line 183 of file capacitance.h.

References ChargeInCoulombs(), roo_quantity::Capacitance::inFarads(), and roo_quantity::Voltage::inVolts().

operator*() [9/77]

Charge roo_quantity::operator* ( Charge  a, float  b  )

inline

Definition at line 136 of file charge.h.

References ChargeInCoulombs(), and roo_quantity::Charge::inCoulombs().

operator*() [10/77]

Work roo_quantity::operator* ( Charge  a, Voltage  b  )

inline

Definition at line 182 of file voltage.h.

References roo_quantity::Charge::inCoulombs(), roo_quantity::Voltage::inVolts(), and WorkInJoules().

operator*() [11/77]

Current roo_quantity::operator* ( Current  a, float  b  )

inline

Definition at line 151 of file current.h.

References CurrentInAmperes(), and roo_quantity::Current::inAmperes().

operator*() [12/77]

Voltage roo_quantity::operator* ( Current  a, Resistance  b  )

inline

Definition at line 195 of file resistance.h.

References roo_quantity::Current::inAmperes(), roo_quantity::Resistance::inOhms(), and VoltageInVolts().

operator*() [13/77]

Charge roo_quantity::operator* ( Current  a, Time  b  )

inline

Vs charge.

Definition at line 169 of file current.h.

References ChargeInCoulombs(), roo_quantity::Current::inAmperes(), and roo_quantity::Time::inSeconds().

operator*() [14/77]

Power roo_quantity::operator* ( Current  a, Voltage  b  )

inline

Definition at line 164 of file voltage.h.

References roo_quantity::Current::inAmperes(), roo_quantity::Voltage::inVolts(), and PowerInWatts().

operator*() [15/77]

Area roo_quantity::operator* ( float  a, Area  b  )

inline

Definition at line 187 of file area.h.

References AreaInSquareMeters(), and roo_quantity::Area::inSquareMeters().

operator*() [16/77]

AreicNumber roo_quantity::operator* ( float  a, AreicNumber  b  )

inline

Definition at line 207 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter(), and roo_quantity::AreicNumber::inUnitsPerSquareMeter().

operator*() [17/77]

Capacitance roo_quantity::operator* ( float  a, Capacitance  b  )

inline

Definition at line 169 of file capacitance.h.

References CapacitanceInFarads(), and roo_quantity::Capacitance::inFarads().

operator*() [18/77]

Charge roo_quantity::operator* ( float  a, Charge  b  )

inline

Definition at line 140 of file charge.h.

References ChargeInCoulombs(), and roo_quantity::Charge::inCoulombs().

operator*() [19/77]

Current roo_quantity::operator* ( float  a, Current  b  )

inline

Definition at line 155 of file current.h.

References CurrentInAmperes(), and roo_quantity::Current::inAmperes().

operator*() [20/77]

Force roo_quantity::operator* ( float  a, Force  b  )

inline

Definition at line 149 of file force.h.

References ForceInNewtons(), and roo_quantity::Force::inNewtons().

operator*() [21/77]

Frequency roo_quantity::operator* ( float  a, Frequency  b  )

inline

Definition at line 176 of file frequency.h.

References FrequencyInHertz(), and roo_quantity::Frequency::inHertz().

operator*() [22/77]

Length roo_quantity::operator* ( float  a, Length  b  )

inline

Definition at line 203 of file length.h.

References roo_quantity::Length::inMeters(), and LengthInMeters().

operator*() [23/77]

LineicNumber roo_quantity::operator* ( float  a, LineicNumber  b  )

inline

Definition at line 205 of file lineic_number.h.

References roo_quantity::LineicNumber::inUnitsPerMeter(), and LineicNumberInUnitsPerMeter().

operator*() [24/77]

Mass roo_quantity::operator* ( float  a, Mass  b  )

inline

Definition at line 149 of file mass.h.

References roo_quantity::Mass::inKg(), and MassInKg().

operator*() [25/77]

Power roo_quantity::operator* ( float  a, Power  b  )

inline

Definition at line 154 of file power.h.

References roo_quantity::Power::inWatts(), and PowerInWatts().

operator*() [26/77]

Pressure roo_quantity::operator* ( float  a, Pressure  b  )

inline

Definition at line 194 of file pressure.h.

References roo_quantity::Pressure::inPascals(), and PressureInPascals().

operator*() [27/77]

Resistance roo_quantity::operator* ( float  a, Resistance  b  )

inline

Definition at line 177 of file resistance.h.

References roo_quantity::Resistance::inOhms(), and ResistanceInOhms().

operator*() [28/77]

TemperatureDelta roo_quantity::operator* ( float  a, TemperatureDelta  b  )

inline

Definition at line 281 of file temperature.h.

References roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDeltaDegCelcius().

operator*() [29/77]

Time roo_quantity::operator* ( float  a, Time  b  )

inline

Definition at line 145 of file time.h.

References roo_quantity::Time::inSeconds(), and TimeInSeconds().

operator*() [30/77]

Velocity roo_quantity::operator* ( float  a, Velocity  b  )

inline

Definition at line 187 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), and VelocityInMetersPerSecond().

operator*() [31/77]

Voltage roo_quantity::operator* ( float  a, Voltage  b  )

inline

Definition at line 146 of file voltage.h.

References roo_quantity::Voltage::inVolts(), and VoltageInVolts().

operator*() [32/77]

Volume roo_quantity::operator* ( float  a, Volume  b  )

inline

Definition at line 192 of file volume.h.

References roo_quantity::Volume::inCubicMeters(), and VolumeInCubicMeters().

operator*() [33/77]

VolumeFlowRate roo_quantity::operator* ( float  a, VolumeFlowRate  b  )

inline

Definition at line 151 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), and VolumeFlowRateInCubicMetersPerSecond().

operator*() [34/77]

VolumicNumber roo_quantity::operator* ( float  a, VolumicNumber  b  )

inline

Definition at line 241 of file volumic_number.h.

References roo_quantity::VolumicNumber::inUnitsPerCubicMeter(), and VolumicNumberInUnitsPerCubicMeter().

operator*() [35/77]

Work roo_quantity::operator* ( float  a, Work  b  )

inline

Definition at line 144 of file work.h.

References roo_quantity::Work::inJoules(), and WorkInJoules().

operator*() [36/77]

Pressure roo_quantity::operator* ( Force  a, AreicNumber  b  )

inline

Definition at line 210 of file pressure.h.

References roo_quantity::Force::inNewtons(), roo_quantity::AreicNumber::inUnitsPerSquareMeter(), and PressureInPascals().

operator*() [37/77]

Force roo_quantity::operator* ( Force  a, float  b  )

inline

Definition at line 145 of file force.h.

References ForceInNewtons(), and roo_quantity::Force::inNewtons().

operator*() [38/77]

Work roo_quantity::operator* ( Force  a, Length  b  )

inline

Definition at line 153 of file force.h.

References roo_quantity::Length::inMeters(), roo_quantity::Force::inNewtons(), and WorkInJoules().

operator*() [39/77]

Frequency roo_quantity::operator* ( Frequency  a, float  b  )

inline

Definition at line 172 of file frequency.h.

References FrequencyInHertz(), and roo_quantity::Frequency::inHertz().

operator*() [40/77]

float roo_quantity::operator* ( Frequency  a, Time  b  )

inline

Definition at line 184 of file frequency.h.

References roo_quantity::Frequency::inHertz(), and roo_quantity::Time::inSeconds().

operator*() [41/77]

Volume roo_quantity::operator* ( Length  a, Area  b  )

inline

Definition at line 204 of file volume.h.

References roo_quantity::Length::inMeters(), roo_quantity::Area::inSquareMeters(), and VolumeInCubicMeters().

operator*() [42/77]

LineicNumber roo_quantity::operator* ( Length  a, AreicNumber  b  )

inline

Definition at line 219 of file areic_number.h.

References roo_quantity::Length::inMeters(), roo_quantity::AreicNumber::inUnitsPerSquareMeter(), and LineicNumberInUnitsPerMeter().

operator*() [43/77]

Length roo_quantity::operator* ( Length  a, float  b  )

inline

Definition at line 199 of file length.h.

References roo_quantity::Length::inMeters(), and LengthInMeters().

operator*() [44/77]

Work roo_quantity::operator* ( Length  a, Force  b  )

inline

Definition at line 157 of file force.h.

References roo_quantity::Length::inMeters(), roo_quantity::Force::inNewtons(), and WorkInJoules().

operator*() [45/77]

Area roo_quantity::operator* ( Length  a, Length  b  )

inline

Definition at line 199 of file area.h.

References AreaInSquareMeters(), and roo_quantity::Length::inMeters().

operator*() [46/77]

float roo_quantity::operator* ( Length  a, LineicNumber  b  )

inline

Definition at line 209 of file lineic_number.h.

References roo_quantity::Length::inMeters(), and roo_quantity::LineicNumber::inUnitsPerMeter().

operator*() [47/77]

LineicNumber roo_quantity::operator* ( Length  a, VolumicNumber  b  )

inline

Definition at line 253 of file volumic_number.h.

References roo_quantity::Length::inMeters(), roo_quantity::VolumicNumber::inUnitsPerCubicMeter(), and LineicNumberInUnitsPerMeter().

operator*() [48/77]

LineicNumber roo_quantity::operator* ( LineicNumber  a, float  b  )

inline

Definition at line 201 of file lineic_number.h.

References roo_quantity::LineicNumber::inUnitsPerMeter(), and LineicNumberInUnitsPerMeter().

operator*() [49/77]

float roo_quantity::operator* ( LineicNumber  a, Length  b  )

inline

Definition at line 213 of file lineic_number.h.

References roo_quantity::Length::inMeters(), and roo_quantity::LineicNumber::inUnitsPerMeter().

operator*() [50/77]

Mass roo_quantity::operator* ( Mass  a, float  b  )

inline

Definition at line 147 of file mass.h.

References roo_quantity::Mass::inKg(), and MassInKg().

operator*() [51/77]

Power roo_quantity::operator* ( Power  a, float  b  )

inline

Definition at line 150 of file power.h.

References roo_quantity::Power::inWatts(), and PowerInWatts().

operator*() [52/77]

Work roo_quantity::operator* ( Power  a, Time  b  )

inline

Power vs work.

Definition at line 166 of file power.h.

References roo_quantity::Time::inSeconds(), roo_quantity::Power::inWatts(), and WorkInJoules().

operator*() [53/77]

Pressure roo_quantity::operator* ( Pressure  a, float  b  )

inline

Definition at line 190 of file pressure.h.

References roo_quantity::Pressure::inPascals(), and PressureInPascals().

operator*() [54/77]

Voltage roo_quantity::operator* ( Resistance  a, Current  b  )

inline

Vs Ohm's law.

Definition at line 191 of file resistance.h.

References roo_quantity::Current::inAmperes(), roo_quantity::Resistance::inOhms(), and VoltageInVolts().

operator*() [55/77]

Resistance roo_quantity::operator* ( Resistance  a, float  b  )

inline

Definition at line 173 of file resistance.h.

References roo_quantity::Resistance::inOhms(), and ResistanceInOhms().

operator*() [56/77]

TemperatureDelta roo_quantity::operator* ( TemperatureDelta  a, float  b  )

inline

Definition at line 277 of file temperature.h.

References roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDeltaDegCelcius().

operator*() [57/77]

Charge roo_quantity::operator* ( Time  a, Current  b  )

inline

Definition at line 173 of file current.h.

References ChargeInCoulombs(), roo_quantity::Current::inAmperes(), and roo_quantity::Time::inSeconds().

operator*() [58/77]

Time roo_quantity::operator* ( Time  a, float  b  )

inline

Definition at line 141 of file time.h.

References roo_quantity::Time::inSeconds(), and TimeInSeconds().

operator*() [59/77]

float roo_quantity::operator* ( Time  a, Frequency  b  )

inline

Definition at line 180 of file frequency.h.

References roo_quantity::Frequency::inHertz(), and roo_quantity::Time::inSeconds().

operator*() [60/77]

Work roo_quantity::operator* ( Time  a, Power  b  )

inline

Definition at line 170 of file power.h.

References roo_quantity::Time::inSeconds(), roo_quantity::Power::inWatts(), and WorkInJoules().

operator*() [61/77]

Length roo_quantity::operator* ( Time  a, Velocity  b  )

inline

Definition at line 205 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), roo_quantity::Time::inSeconds(), and LengthInMeters().

operator*() [62/77]

Volume roo_quantity::operator* ( Time  a, VolumeFlowRate  b  )

inline

Definition at line 159 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), roo_quantity::Time::inSeconds(), and VolumeInCubicMeters().

operator*() [63/77]

Velocity roo_quantity::operator* ( Velocity  a, float  b  )

inline

Definition at line 183 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), and VelocityInMetersPerSecond().

operator*() [64/77]

Length roo_quantity::operator* ( Velocity  a, Time  b  )

inline

Vs time.

Definition at line 201 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), roo_quantity::Time::inSeconds(), and LengthInMeters().

operator*() [65/77]

Charge roo_quantity::operator* ( Voltage  a, Capacitance  b  )

inline

Definition at line 187 of file capacitance.h.

References ChargeInCoulombs(), roo_quantity::Capacitance::inFarads(), and roo_quantity::Voltage::inVolts().

operator*() [66/77]

Work roo_quantity::operator* ( Voltage  a, Charge  b  )

inline

Vs work.

Definition at line 178 of file voltage.h.

References roo_quantity::Charge::inCoulombs(), roo_quantity::Voltage::inVolts(), and WorkInJoules().

operator*() [67/77]

Power roo_quantity::operator* ( Voltage  a, Current  b  )

inline

Vs power.

Definition at line 160 of file voltage.h.

References roo_quantity::Current::inAmperes(), roo_quantity::Voltage::inVolts(), and PowerInWatts().

operator*() [68/77]

Voltage roo_quantity::operator* ( Voltage  a, float  b  )

inline

Definition at line 142 of file voltage.h.

References roo_quantity::Voltage::inVolts(), and VoltageInVolts().

operator*() [69/77]

Volume roo_quantity::operator* ( Volume  a, float  b  )

inline

Definition at line 188 of file volume.h.

References roo_quantity::Volume::inCubicMeters(), and VolumeInCubicMeters().

operator*() [70/77]

float roo_quantity::operator* ( Volume  a, VolumicNumber  b  )

inline

Definition at line 245 of file volumic_number.h.

References roo_quantity::Volume::inCubicMeters(), and roo_quantity::VolumicNumber::inUnitsPerCubicMeter().

operator*() [71/77]

VolumeFlowRate roo_quantity::operator* ( VolumeFlowRate  a, float  b  )

inline

Definition at line 147 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), and VolumeFlowRateInCubicMetersPerSecond().

operator*() [72/77]

Volume roo_quantity::operator* ( VolumeFlowRate  a, Time  b  )

inline

Definition at line 155 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), roo_quantity::Time::inSeconds(), and VolumeInCubicMeters().

operator*() [73/77]

VolumicNumber roo_quantity::operator* ( VolumicNumber  a, float  b  )

inline

Definition at line 237 of file volumic_number.h.

References roo_quantity::VolumicNumber::inUnitsPerCubicMeter(), and VolumicNumberInUnitsPerCubicMeter().

operator*() [74/77]

LineicNumber roo_quantity::operator* ( VolumicNumber  a, Length  b  )

inline

Definition at line 257 of file volumic_number.h.

References roo_quantity::Length::inMeters(), roo_quantity::VolumicNumber::inUnitsPerCubicMeter(), and LineicNumberInUnitsPerMeter().

operator*() [75/77]

float roo_quantity::operator* ( VolumicNumber  a, Volume  b  )

inline

Definition at line 249 of file volumic_number.h.

References roo_quantity::Volume::inCubicMeters(), and roo_quantity::VolumicNumber::inUnitsPerCubicMeter().

operator*() [76/77]

Work roo_quantity::operator* ( Work  a, float  b  )

inline

Definition at line 140 of file work.h.

References roo_quantity::Work::inJoules(), and WorkInJoules().

operator*() [77/77]

Force roo_quantity::operator* ( Work  a, LineicNumber  b  )

inline

Definition at line 173 of file force.h.

References ForceInNewtons(), roo_quantity::Work::inJoules(), and roo_quantity::LineicNumber::inUnitsPerMeter().

operator+() [1/19]

Area roo_quantity::operator+ ( Area  a, Area  b  )

inline

Definition at line 171 of file area.h.

References AreaInSquareMeters(), and roo_quantity::Area::inSquareMeters().

operator+() [2/19]

Capacitance roo_quantity::operator+ ( Capacitance  a, Capacitance  b  )

inline

Definition at line 153 of file capacitance.h.

References CapacitanceInFarads(), and roo_quantity::Capacitance::inFarads().

operator+() [3/19]

Charge roo_quantity::operator+ ( Charge  a, Charge  b  )

inline

Definition at line 126 of file charge.h.

References ChargeInCoulombs(), and roo_quantity::Charge::inCoulombs().

operator+() [4/19]

Current roo_quantity::operator+ ( Current  a, Current  b  )

inline

Definition at line 141 of file current.h.

References CurrentInAmperes(), and roo_quantity::Current::inAmperes().

operator+() [5/19]

Force roo_quantity::operator+ ( Force  a, Force  b  )

inline

Definition at line 135 of file force.h.

References ForceInNewtons(), and roo_quantity::Force::inNewtons().

operator+() [6/19]

Length roo_quantity::operator+ ( Length  a, Length  b  )

inline

Definition at line 189 of file length.h.

References roo_quantity::Length::inMeters(), and LengthInMeters().

operator+() [7/19]

Mass roo_quantity::operator+ ( Mass  a, Mass  b  )

inline

Definition at line 141 of file mass.h.

References roo_quantity::Mass::inKg(), and MassInKg().

operator+() [8/19]

Power roo_quantity::operator+ ( Power  a, Power  b  )

inline

Definition at line 140 of file power.h.

References roo_quantity::Power::inWatts(), and PowerInWatts().

operator+() [9/19]

Pressure roo_quantity::operator+ ( Pressure  a, Pressure  b  )

inline

Definition at line 178 of file pressure.h.

References roo_quantity::Pressure::inPascals(), and PressureInPascals().

operator+() [10/19]

Resistance roo_quantity::operator+ ( Resistance  a, Resistance  b  )

inline

Definition at line 161 of file resistance.h.

References roo_quantity::Resistance::inOhms(), and ResistanceInOhms().

operator+() [11/19]

Temperature roo_quantity::operator+ ( Temperature  a, TemperatureDelta  b  )

inline

Definition at line 249 of file temperature.h.

References roo_quantity::Temperature::degCelcius(), roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDegCelcius().

operator+() [12/19]

Temperature roo_quantity::operator+ ( TemperatureDelta  a, Temperature  b  )

inline

Definition at line 257 of file temperature.h.

References roo_quantity::Temperature::degCelcius(), roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDegCelcius().

operator+() [13/19]

TemperatureDelta roo_quantity::operator+ ( TemperatureDelta  a, TemperatureDelta  b  )

inline

Definition at line 261 of file temperature.h.

References roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDeltaDegCelcius().

operator+() [14/19]

Time roo_quantity::operator+ ( Time  a, Time  b  )

inline

Definition at line 131 of file time.h.

References roo_quantity::Time::inSeconds(), and TimeInSeconds().

operator+() [15/19]

Velocity roo_quantity::operator+ ( Velocity  a, Velocity  b  )

inline

Definition at line 169 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), and VelocityInMetersPerSecond().

operator+() [16/19]

Voltage roo_quantity::operator+ ( Voltage  a, Voltage  b  )

inline

Definition at line 132 of file voltage.h.

References roo_quantity::Voltage::inVolts(), and VoltageInVolts().

operator+() [17/19]

Volume roo_quantity::operator+ ( Volume  a, Volume  b  )

inline

Definition at line 176 of file volume.h.

References roo_quantity::Volume::inCubicMeters(), and VolumeInCubicMeters().

operator+() [18/19]

VolumeFlowRate roo_quantity::operator+ ( VolumeFlowRate  a, VolumeFlowRate  b  )

inline

Definition at line 133 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), and VolumeFlowRateInCubicMetersPerSecond().

operator+() [19/19]

Work roo_quantity::operator+ ( Work  a, Work  b  )

inline

Definition at line 130 of file work.h.

References roo_quantity::Work::inJoules(), and WorkInJoules().

operator-() [1/36]

Area roo_quantity::operator- ( Area  a )

inline

Definition at line 179 of file area.h.

References AreaInSquareMeters(), and roo_quantity::Area::inSquareMeters().

operator-() [2/36]

Area roo_quantity::operator- ( Area  a, Area  b  )

inline

Definition at line 175 of file area.h.

References AreaInSquareMeters(), and roo_quantity::Area::inSquareMeters().

operator-() [3/36]

Capacitance roo_quantity::operator- ( Capacitance  a )

inline

Definition at line 161 of file capacitance.h.

References CapacitanceInFarads(), and roo_quantity::Capacitance::inFarads().

operator-() [4/36]

Capacitance roo_quantity::operator- ( Capacitance  a, Capacitance  b  )

inline

Definition at line 157 of file capacitance.h.

References CapacitanceInFarads(), and roo_quantity::Capacitance::inFarads().

operator-() [5/36]

Charge roo_quantity::operator- ( Charge  a )

inline

Definition at line 134 of file charge.h.

References ChargeInCoulombs(), and roo_quantity::Charge::inCoulombs().

operator-() [6/36]

Charge roo_quantity::operator- ( Charge  a, Charge  b  )

inline

Definition at line 130 of file charge.h.

References ChargeInCoulombs(), and roo_quantity::Charge::inCoulombs().

operator-() [7/36]

Current roo_quantity::operator- ( Current  a )

inline

Definition at line 149 of file current.h.

References CurrentInAmperes(), and roo_quantity::Current::inAmperes().

operator-() [8/36]

Current roo_quantity::operator- ( Current  a, Current  b  )

inline

Definition at line 145 of file current.h.

References CurrentInAmperes(), and roo_quantity::Current::inAmperes().

operator-() [9/36]

Force roo_quantity::operator- ( Force  a )

inline

Definition at line 143 of file force.h.

References ForceInNewtons(), and roo_quantity::Force::inNewtons().

operator-() [10/36]

Force roo_quantity::operator- ( Force  a, Force  b  )

inline

Definition at line 139 of file force.h.

References ForceInNewtons(), and roo_quantity::Force::inNewtons().

operator-() [11/36]

Length roo_quantity::operator- ( Length  a )

inline

Definition at line 197 of file length.h.

References roo_quantity::Length::inMeters(), and LengthInMeters().

operator-() [12/36]

Length roo_quantity::operator- ( Length  a, Length  b  )

inline

Definition at line 193 of file length.h.

References roo_quantity::Length::inMeters(), and LengthInMeters().

operator-() [13/36]

Mass roo_quantity::operator- ( Mass  a )

inline

Definition at line 145 of file mass.h.

References roo_quantity::Mass::inKg(), and MassInKg().

operator-() [14/36]

Mass roo_quantity::operator- ( Mass  a, Mass  b  )

inline

Definition at line 143 of file mass.h.

References roo_quantity::Mass::inKg(), and MassInKg().

operator-() [15/36]

Power roo_quantity::operator- ( Power  a )

inline

Definition at line 148 of file power.h.

References roo_quantity::Power::inWatts(), and PowerInWatts().

operator-() [16/36]

Power roo_quantity::operator- ( Power  a, Power  b  )

inline

Definition at line 144 of file power.h.

References roo_quantity::Power::inWatts(), and PowerInWatts().

operator-() [17/36]

Pressure roo_quantity::operator- ( Pressure  a )

inline

Definition at line 186 of file pressure.h.

References roo_quantity::Pressure::inPascals(), and PressureInPascals().

operator-() [18/36]

Pressure roo_quantity::operator- ( Pressure  a, Pressure  b  )

inline

Definition at line 182 of file pressure.h.

References roo_quantity::Pressure::inPascals(), and PressureInPascals().

operator-() [19/36]

Resistance roo_quantity::operator- ( Resistance  a )

inline

Definition at line 169 of file resistance.h.

References roo_quantity::Resistance::inOhms(), and ResistanceInOhms().

operator-() [20/36]

Resistance roo_quantity::operator- ( Resistance  a, Resistance  b  )

inline

Definition at line 165 of file resistance.h.

References roo_quantity::Resistance::inOhms(), and ResistanceInOhms().

operator-() [21/36]

TemperatureDelta roo_quantity::operator- ( Temperature  a, Temperature  b  )

inline

Definition at line 273 of file temperature.h.

References roo_quantity::Temperature::degCelcius(), and TemperatureDeltaDegCelcius().

operator-() [22/36]

Temperature roo_quantity::operator- ( Temperature  a, TemperatureDelta  b  )

inline

Definition at line 253 of file temperature.h.

References roo_quantity::Temperature::degCelcius(), roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDegCelcius().

operator-() [23/36]

TemperatureDelta roo_quantity::operator- ( TemperatureDelta  a )

inline

Definition at line 269 of file temperature.h.

References roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDeltaDegCelcius().

operator-() [24/36]

TemperatureDelta roo_quantity::operator- ( TemperatureDelta  a, TemperatureDelta  b  )

inline

Definition at line 265 of file temperature.h.

References roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDeltaDegCelcius().

operator-() [25/36]

Time roo_quantity::operator- ( Time  a )

inline

Definition at line 139 of file time.h.

References roo_quantity::Time::inSeconds(), and TimeInSeconds().

operator-() [26/36]

Time roo_quantity::operator- ( Time  a, Time  b  )

inline

Definition at line 135 of file time.h.

References roo_quantity::Time::inSeconds(), and TimeInSeconds().

operator-() [27/36]

Velocity roo_quantity::operator- ( Velocity  a )

inline

Definition at line 179 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), and VelocityInMetersPerSecond().

operator-() [28/36]

Velocity roo_quantity::operator- ( Velocity  a, Velocity  b  )

inline

Definition at line 174 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), and VelocityInMetersPerSecond().

operator-() [29/36]

Voltage roo_quantity::operator- ( Voltage  a )

inline

Definition at line 140 of file voltage.h.

References roo_quantity::Voltage::inVolts(), and VoltageInVolts().

operator-() [30/36]

Voltage roo_quantity::operator- ( Voltage  a, Voltage  b  )

inline

Definition at line 136 of file voltage.h.

References roo_quantity::Voltage::inVolts(), and VoltageInVolts().

operator-() [31/36]

Volume roo_quantity::operator- ( Volume  a )

inline

Definition at line 184 of file volume.h.

References roo_quantity::Volume::inCubicMeters(), and VolumeInCubicMeters().

operator-() [32/36]

Volume roo_quantity::operator- ( Volume  a, Volume  b  )

inline

Definition at line 180 of file volume.h.

References roo_quantity::Volume::inCubicMeters(), and VolumeInCubicMeters().

operator-() [33/36]

VolumeFlowRate roo_quantity::operator- ( VolumeFlowRate  a )

inline

Definition at line 143 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), and VolumeFlowRateInCubicMetersPerSecond().

operator-() [34/36]

VolumeFlowRate roo_quantity::operator- ( VolumeFlowRate  a, VolumeFlowRate  b  )

inline

Definition at line 138 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), and VolumeFlowRateInCubicMetersPerSecond().

operator-() [35/36]

Work roo_quantity::operator- ( Work  a )

inline

Definition at line 138 of file work.h.

References roo_quantity::Work::inJoules(), and WorkInJoules().

operator-() [36/36]

Work roo_quantity::operator- ( Work  a, Work  b  )

inline

Definition at line 134 of file work.h.

References roo_quantity::Work::inJoules(), and WorkInJoules().

operator/() [1/70]

float roo_quantity::operator/ ( Area  a, Area  b  )

inline

Definition at line 195 of file area.h.

References roo_quantity::Area::inSquareMeters().

operator/() [2/70]

Area roo_quantity::operator/ ( Area  a, float  b  )

inline

Definition at line 191 of file area.h.

References AreaInSquareMeters(), and roo_quantity::Area::inSquareMeters().

operator/() [3/70]

Length roo_quantity::operator/ ( Area  a, Length  b  )

inline

Definition at line 203 of file area.h.

References roo_quantity::Length::inMeters(), roo_quantity::Area::inSquareMeters(), and LengthInMeters().

operator/() [4/70]

float roo_quantity::operator/ ( AreicNumber  a, AreicNumber  b  )

inline

Definition at line 231 of file areic_number.h.

References roo_quantity::AreicNumber::inUnitsPerSquareMeter().

operator/() [5/70]

AreicNumber roo_quantity::operator/ ( AreicNumber  a, float  b  )

inline

Definition at line 227 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter(), and roo_quantity::AreicNumber::inUnitsPerSquareMeter().

operator/() [6/70]

float roo_quantity::operator/ ( Capacitance  a, Capacitance  b  )

inline

Definition at line 177 of file capacitance.h.

References roo_quantity::Capacitance::inFarads().

operator/() [7/70]

Capacitance roo_quantity::operator/ ( Capacitance  a, float  b  )

inline

Definition at line 173 of file capacitance.h.

References CapacitanceInFarads(), and roo_quantity::Capacitance::inFarads().

operator/() [8/70]

Voltage roo_quantity::operator/ ( Charge  a, Capacitance  b  )

inline

Definition at line 195 of file capacitance.h.

References roo_quantity::Charge::inCoulombs(), roo_quantity::Capacitance::inFarads(), and VoltageInVolts().

operator/() [9/70]

float roo_quantity::operator/ ( Charge  a, Charge  b  )

inline

Definition at line 148 of file charge.h.

References roo_quantity::Charge::inCoulombs().

operator/() [10/70]

Time roo_quantity::operator/ ( Charge  a, Current  b  )

inline

Definition at line 181 of file current.h.

References roo_quantity::Current::inAmperes(), roo_quantity::Charge::inCoulombs(), and TimeInSeconds().

operator/() [11/70]

Charge roo_quantity::operator/ ( Charge  a, float  b  )

inline

Definition at line 144 of file charge.h.

References ChargeInCoulombs(), and roo_quantity::Charge::inCoulombs().

operator/() [12/70]

Current roo_quantity::operator/ ( Charge  a, Time  b  )

inline

Definition at line 177 of file current.h.

References CurrentInAmperes(), roo_quantity::Charge::inCoulombs(), and roo_quantity::Time::inSeconds().

operator/() [13/70]

Capacitance roo_quantity::operator/ ( Charge  a, Voltage  b  )

inline

Definition at line 191 of file capacitance.h.

References CapacitanceInFarads(), roo_quantity::Charge::inCoulombs(), and roo_quantity::Voltage::inVolts().

operator/() [14/70]

float roo_quantity::operator/ ( Current  a, Current  b  )

inline

Definition at line 163 of file current.h.

References roo_quantity::Current::inAmperes().

operator/() [15/70]

Current roo_quantity::operator/ ( Current  a, float  b  )

inline

Definition at line 159 of file current.h.

References CurrentInAmperes(), and roo_quantity::Current::inAmperes().

operator/() [16/70]

AreicNumber roo_quantity::operator/ ( float  a, Area  b  )

inline

Definition at line 239 of file areic_number.h.

References AreicNumberInUnitsPerSquareMeter(), and roo_quantity::Area::inSquareMeters().

operator/() [17/70]

Area roo_quantity::operator/ ( float  a, AreicNumber  b  )

inline

Definition at line 235 of file areic_number.h.

References AreaInSquareMeters(), and roo_quantity::AreicNumber::inUnitsPerSquareMeter().

operator/() [18/70]

Time roo_quantity::operator/ ( float  a, Frequency  b  )

inline

Definition at line 196 of file frequency.h.

References roo_quantity::Frequency::inHertz(), and TimeInSeconds().

operator/() [19/70]

LineicNumber roo_quantity::operator/ ( float  a, Length  b  )

inline

Definition at line 229 of file lineic_number.h.

References roo_quantity::Length::inMeters(), and LineicNumberInUnitsPerMeter().

operator/() [20/70]

Length roo_quantity::operator/ ( float  a, LineicNumber  b  )

inline

Definition at line 225 of file lineic_number.h.

References roo_quantity::LineicNumber::inUnitsPerMeter(), and LengthInMeters().

operator/() [21/70]

Frequency roo_quantity::operator/ ( float  a, Time  b  )

inline

Definition at line 200 of file frequency.h.

References FrequencyInHertz(), and roo_quantity::Time::inSeconds().

operator/() [22/70]

VolumicNumber roo_quantity::operator/ ( float  a, Volume  b  )

inline

Definition at line 273 of file volumic_number.h.

References roo_quantity::Volume::inCubicMeters(), and VolumicNumberInUnitsPerCubicMeter().

operator/() [23/70]

Volume roo_quantity::operator/ ( float  a, VolumicNumber  b  )

inline

Definition at line 269 of file volumic_number.h.

References roo_quantity::VolumicNumber::inUnitsPerCubicMeter(), and VolumeInCubicMeters().

operator/() [24/70]

Pressure roo_quantity::operator/ ( Force  a, Area  b  )

inline

Definition at line 206 of file pressure.h.

References roo_quantity::Force::inNewtons(), roo_quantity::Area::inSquareMeters(), and PressureInPascals().

operator/() [25/70]

Force roo_quantity::operator/ ( Force  a, float  b  )

inline

Definition at line 161 of file force.h.

References ForceInNewtons(), and roo_quantity::Force::inNewtons().

operator/() [26/70]

float roo_quantity::operator/ ( Force  a, Force  b  )

inline

Definition at line 177 of file force.h.

References roo_quantity::Force::inNewtons().

operator/() [27/70]

Frequency roo_quantity::operator/ ( Frequency  a, float  b  )

inline

Definition at line 188 of file frequency.h.

References FrequencyInHertz(), and roo_quantity::Frequency::inHertz().

operator/() [28/70]

float roo_quantity::operator/ ( Frequency  a, Frequency  b  )

inline

Definition at line 192 of file frequency.h.

References roo_quantity::Frequency::inHertz().

operator/() [29/70]

Length roo_quantity::operator/ ( Length  a, float  b  )

inline

Definition at line 207 of file length.h.

References roo_quantity::Length::inMeters(), and LengthInMeters().

operator/() [30/70]

float roo_quantity::operator/ ( Length  a, Length  b  )

inline

Definition at line 211 of file length.h.

References roo_quantity::Length::inMeters().

operator/() [31/70]

Velocity roo_quantity::operator/ ( Length  a, Time  b  )

inline

Definition at line 209 of file velocity.h.

References roo_quantity::Length::inMeters(), roo_quantity::Time::inSeconds(), and VelocityInMetersPerSecond().

operator/() [32/70]

Time roo_quantity::operator/ ( Length  a, Velocity  b  )

inline

Definition at line 213 of file velocity.h.

References roo_quantity::Length::inMeters(), roo_quantity::Velocity::inMetersPerSecond(), and TimeInSeconds().

operator/() [33/70]

LineicNumber roo_quantity::operator/ ( LineicNumber  a, float  b  )

inline

Definition at line 217 of file lineic_number.h.

References roo_quantity::LineicNumber::inUnitsPerMeter(), and LineicNumberInUnitsPerMeter().

operator/() [34/70]

float roo_quantity::operator/ ( LineicNumber  a, LineicNumber  b  )

inline

Definition at line 221 of file lineic_number.h.

References roo_quantity::LineicNumber::inUnitsPerMeter().

operator/() [35/70]

Mass roo_quantity::operator/ ( Mass  a, float  b  )

inline

Definition at line 151 of file mass.h.

References roo_quantity::Mass::inKg(), and MassInKg().

operator/() [36/70]

float roo_quantity::operator/ ( Mass  a, Mass  b  )

inline

Definition at line 153 of file mass.h.

References roo_quantity::Mass::inKg().

operator/() [37/70]

Voltage roo_quantity::operator/ ( Power  a, Current  b  )

inline

Definition at line 168 of file voltage.h.

References roo_quantity::Current::inAmperes(), roo_quantity::Power::inWatts(), and VoltageInVolts().

operator/() [38/70]

Power roo_quantity::operator/ ( Power  a, float  b  )

inline

Definition at line 158 of file power.h.

References roo_quantity::Power::inWatts(), and PowerInWatts().

operator/() [39/70]

float roo_quantity::operator/ ( Power  a, Power  b  )

inline

Definition at line 162 of file power.h.

References roo_quantity::Power::inWatts().

operator/() [40/70]

Current roo_quantity::operator/ ( Power  a, Voltage  b  )

inline

Definition at line 172 of file voltage.h.

References CurrentInAmperes(), roo_quantity::Voltage::inVolts(), and roo_quantity::Power::inWatts().

operator/() [41/70]

Pressure roo_quantity::operator/ ( Pressure  a, float  b  )

inline

Definition at line 198 of file pressure.h.

References roo_quantity::Pressure::inPascals(), and PressureInPascals().

operator/() [42/70]

float roo_quantity::operator/ ( Pressure  a, Pressure  b  )

inline

Definition at line 202 of file pressure.h.

References roo_quantity::Pressure::inPascals().

operator/() [43/70]

Resistance roo_quantity::operator/ ( Resistance  a, float  b  )

inline

Definition at line 181 of file resistance.h.

References roo_quantity::Resistance::inOhms(), and ResistanceInOhms().

operator/() [44/70]

float roo_quantity::operator/ ( Resistance  a, Resistance  b  )

inline

Definition at line 185 of file resistance.h.

References roo_quantity::Resistance::inOhms().

operator/() [45/70]

TemperatureDelta roo_quantity::operator/ ( TemperatureDelta  a, float  b  )

inline

Definition at line 285 of file temperature.h.

References roo_quantity::TemperatureDelta::degCelcius(), and TemperatureDeltaDegCelcius().

operator/() [46/70]

Time roo_quantity::operator/ ( Time  a, float  b  )

inline

Definition at line 149 of file time.h.

References roo_quantity::Time::inSeconds(), and TimeInSeconds().

operator/() [47/70]

float roo_quantity::operator/ ( Time  a, Time  b  )

inline

Definition at line 153 of file time.h.

References roo_quantity::Time::inSeconds().

operator/() [48/70]

Velocity roo_quantity::operator/ ( Velocity  a, float  b  )

inline

Definition at line 191 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond(), and VelocityInMetersPerSecond().

operator/() [49/70]

float roo_quantity::operator/ ( Velocity  a, Velocity  b  )

inline

Definition at line 195 of file velocity.h.

References roo_quantity::Velocity::inMetersPerSecond().

operator/() [50/70]

Resistance roo_quantity::operator/ ( Voltage  a, Current  b  )

inline

Definition at line 199 of file resistance.h.

References roo_quantity::Current::inAmperes(), roo_quantity::Voltage::inVolts(), and ResistanceInOhms().

operator/() [51/70]

Voltage roo_quantity::operator/ ( Voltage  a, float  b  )

inline

Definition at line 150 of file voltage.h.

References roo_quantity::Voltage::inVolts(), and VoltageInVolts().

operator/() [52/70]

Current roo_quantity::operator/ ( Voltage  a, Resistance  b  )

inline

Definition at line 203 of file resistance.h.

References CurrentInAmperes(), roo_quantity::Resistance::inOhms(), and roo_quantity::Voltage::inVolts().

operator/() [53/70]

float roo_quantity::operator/ ( Voltage  a, Voltage  b  )

inline

Definition at line 154 of file voltage.h.

References roo_quantity::Voltage::inVolts().

operator/() [54/70]

Length roo_quantity::operator/ ( Volume  a, Area  b  )

inline

Definition at line 216 of file volume.h.

References roo_quantity::Volume::inCubicMeters(), roo_quantity::Area::inSquareMeters(), and LengthInMeters().

operator/() [55/70]

Volume roo_quantity::operator/ ( Volume  a, float  b  )

inline

Definition at line 196 of file volume.h.

References roo_quantity::Volume::inCubicMeters(), and VolumeInCubicMeters().

operator/() [56/70]

Area roo_quantity::operator/ ( Volume  a, Length  b  )

inline

Definition at line 212 of file volume.h.

References AreaInSquareMeters(), roo_quantity::Volume::inCubicMeters(), and roo_quantity::Length::inMeters().

operator/() [57/70]

VolumeFlowRate roo_quantity::operator/ ( Volume  a, Time  b  )

inline

Definition at line 171 of file volume_flow_rate.h.

References roo_quantity::Volume::inCubicMeters(), roo_quantity::Time::inSeconds(), and VolumeFlowRateInCubicMetersPerSecond().

operator/() [58/70]

float roo_quantity::operator/ ( Volume  a, Volume  b  )

inline

Definition at line 200 of file volume.h.

References roo_quantity::Volume::inCubicMeters().

operator/() [59/70]

VolumeFlowRate roo_quantity::operator/ ( VolumeFlowRate  a, float  b  )

inline

Definition at line 163 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond(), and VolumeFlowRateInCubicMetersPerSecond().

operator/() [60/70]

float roo_quantity::operator/ ( VolumeFlowRate  a, VolumeFlowRate  b  )

inline

Definition at line 167 of file volume_flow_rate.h.

References roo_quantity::VolumeFlowRate::inCubicMetersPerSecond().

operator/() [61/70]

VolumicNumber roo_quantity::operator/ ( VolumicNumber  a, float  b  )

inline

Definition at line 261 of file volumic_number.h.

References roo_quantity::VolumicNumber::inUnitsPerCubicMeter(), and VolumicNumberInUnitsPerCubicMeter().

operator/() [62/70]

float roo_quantity::operator/ ( VolumicNumber  a, VolumicNumber  b  )

inline

Definition at line 265 of file volumic_number.h.

References roo_quantity::VolumicNumber::inUnitsPerCubicMeter().

operator/() [63/70]

Voltage roo_quantity::operator/ ( Work  a, Charge  b  )

inline

Definition at line 186 of file voltage.h.

References roo_quantity::Charge::inCoulombs(), roo_quantity::Work::inJoules(), and VoltageInVolts().

operator/() [64/70]

Work roo_quantity::operator/ ( Work  a, float  b  )

inline

Definition at line 148 of file work.h.

References roo_quantity::Work::inJoules(), and WorkInJoules().

operator/() [65/70]

Length roo_quantity::operator/ ( Work  a, Force  b  )

inline

Definition at line 169 of file force.h.

References roo_quantity::Work::inJoules(), roo_quantity::Force::inNewtons(), and LengthInMeters().

operator/() [66/70]

Force roo_quantity::operator/ ( Work  a, Length  b  )

inline

Definition at line 165 of file force.h.

References ForceInNewtons(), roo_quantity::Work::inJoules(), and roo_quantity::Length::inMeters().

operator/() [67/70]

Charge roo_quantity::operator/ ( Work  a, Voltage  b  )

inline

Definition at line 190 of file voltage.h.

References ChargeInCoulombs(), roo_quantity::Work::inJoules(), and roo_quantity::Voltage::inVolts().

operator/() [68/70]

float roo_quantity::operator/ ( Work  a, Work  b  )

inline

Definition at line 152 of file work.h.

References roo_quantity::Work::inJoules().

operator/() [69/70]

Time roo_quantity::operator/ ( Work  w, Power  b  )

inline

Definition at line 178 of file power.h.

References roo_quantity::Work::inJoules(), roo_quantity::Power::inWatts(), and TimeInSeconds().

operator/() [70/70]

Power roo_quantity::operator/ ( Work  w, Time  b  )

inline

Definition at line 174 of file power.h.

References roo_quantity::Work::inJoules(), roo_quantity::Time::inSeconds(), and PowerInWatts().

operator<<() [1/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Area &	val
	)

Definition at line 57 of file area.cpp.

operator<<() [2/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const AreicNumber &	val
	)

Definition at line 34 of file areic_number.cpp.

operator<<() [3/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Capacitance &	val
	)

Definition at line 34 of file capacitance.cpp.

operator<<() [4/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Charge &	val
	)

Definition at line 34 of file charge.cpp.

operator<<() [5/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Current &	val
	)

Definition at line 34 of file current.cpp.

operator<<() [6/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Force &	val
	)

Definition at line 34 of file force.cpp.

operator<<() [7/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Frequency &	val
	)

Definition at line 34 of file frequency.cpp.

operator<<() [8/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Length &	val
	)

Definition at line 66 of file length.cpp.

operator<<() [9/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const LineicNumber &	val
	)

Definition at line 35 of file lineic_number.cpp.

operator<<() [10/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Mass &	val
	)

Definition at line 63 of file mass.cpp.

operator<<() [11/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Power &	val
	)

Definition at line 34 of file power.cpp.

operator<<() [12/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Pressure &	val
	)

Definition at line 75 of file pressure.cpp.

operator<<() [13/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Resistance &	val
	)

Definition at line 34 of file resistance.cpp.

operator<<() [14/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Temperature &	t
	)

Definition at line 97 of file temperature.cpp.

operator<<() [15/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const TemperatureDelta &	dt
	)

Definition at line 104 of file temperature.cpp.

operator<<() [16/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Time &	val
	)

Definition at line 60 of file time.cpp.

operator<<() [17/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Velocity &	val
	)

Definition at line 60 of file velocity.cpp.

operator<<() [18/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Voltage &	val
	)

Definition at line 34 of file voltage.cpp.

operator<<() [19/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Volume &	val
	)

Definition at line 57 of file volume.cpp.

operator<<() [20/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const VolumeFlowRate &	val
	)

Definition at line 48 of file volume_flow_rate.cpp.

operator<<() [21/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const VolumicNumber &	val
	)

Definition at line 34 of file volumic_number.cpp.

operator<<() [22/22]

roo_logging::Stream & roo_quantity::operator<<	(	roo_logging::Stream &	os,
		const Work &	val
	)

Definition at line 34 of file work.cpp.

PowerInGigaWatts()

Power roo_quantity::PowerInGigaWatts ( float  power )

inline

Returns a power object equivalent to the specified power expressed in gigaWatts.

Definition at line 108 of file power.h.

References PowerInWatts().

PowerInKiloWatts()

Power roo_quantity::PowerInKiloWatts ( float  power )

inline

Returns a power object equivalent to the specified power expressed in kiloWatts.

Definition at line 120 of file power.h.

References PowerInWatts().

PowerInMegaWatts()

Power roo_quantity::PowerInMegaWatts ( float  power )

inline

Returns a power object equivalent to the specified power expressed in megaWatts.

Definition at line 114 of file power.h.

References PowerInWatts().

PowerInMicroWatts()

Power roo_quantity::PowerInMicroWatts ( float  power )

inline

Returns a power object equivalent to the specified power expressed in microWatts.

Definition at line 136 of file power.h.

References PowerInWatts().

PowerInMilliWatts()

Power roo_quantity::PowerInMilliWatts ( float  power )

inline

Returns a power object equivalent to the specified power expressed in milliWatts.

Definition at line 130 of file power.h.

References PowerInWatts().

PowerInWatts()

Power roo_quantity::PowerInWatts ( float  power )

inline

Returns a power object equivalent to the specified power expressed in Watts.

Definition at line 126 of file power.h.

Referenced by operator*(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), PowerInGigaWatts(), PowerInKiloWatts(), PowerInMegaWatts(), PowerInMicroWatts(), and PowerInMilliWatts().

PressureInBars()

Pressure roo_quantity::PressureInBars ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in bars.

Definition at line 140 of file pressure.h.

References PressureInPascals().

PressureInGigaPascals()

Pressure roo_quantity::PressureInGigaPascals ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in GigaPascals.

Definition at line 128 of file pressure.h.

References PressureInPascals().

PressureInHectoPascals()

Pressure roo_quantity::PressureInHectoPascals ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in hectoPascals.

Definition at line 152 of file pressure.h.

References PressureInPascals().

PressureInKiloPascals()

Pressure roo_quantity::PressureInKiloPascals ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in kiloPascals.

Definition at line 146 of file pressure.h.

References PressureInPascals().

PressureInMegaPascals()

Pressure roo_quantity::PressureInMegaPascals ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in MegaPascals.

Definition at line 134 of file pressure.h.

References PressureInPascals().

PressureInMicroPascals()

Pressure roo_quantity::PressureInMicroPascals ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in microPascals.

Definition at line 168 of file pressure.h.

References PressureInPascals().

PressureInMilliPascals()

Pressure roo_quantity::PressureInMilliPascals ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in milliPascals.

Definition at line 162 of file pressure.h.

References PressureInPascals().

PressureInPascals()

Pressure roo_quantity::PressureInPascals ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in Pascals.

Definition at line 158 of file pressure.h.

Referenced by operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), PressureInBars(), PressureInGigaPascals(), PressureInHectoPascals(), PressureInKiloPascals(), PressureInMegaPascals(), PressureInMicroPascals(), PressureInMilliPascals(), and PressureInPSI().

PressureInPSI()

Pressure roo_quantity::PressureInPSI ( float  pressure )

inline

Returns a pressure object equivalent to the specified pressure expressed in PSI (pounds per square inch).

Definition at line 174 of file pressure.h.

References PressureInPascals().

ResistanceInGigaOhms()

Resistance roo_quantity::ResistanceInGigaOhms ( float  resistance )

inline

Returns a resistance object equivalent to the specified resistance expressed in GigaOhms.

Definition at line 121 of file resistance.h.

References ResistanceInOhms().

ResistanceInKiloOhms()

Resistance roo_quantity::ResistanceInKiloOhms ( float  resistance )

inline

Returns a resistance object equivalent to the specified resistance expressed in kiloOhms.

Definition at line 133 of file resistance.h.

References ResistanceInOhms().

ResistanceInMegaOhms()

Resistance roo_quantity::ResistanceInMegaOhms ( float  resistance )

inline

Returns a resistance object equivalent to the specified resistance expressed in MegaOhms.

Definition at line 127 of file resistance.h.

References ResistanceInOhms().

ResistanceInMicroOhms()

Resistance roo_quantity::ResistanceInMicroOhms ( float  resistance )

inline

Returns a resistance object equivalent to the specified resistance expressed in microOhms.

Definition at line 151 of file resistance.h.

References ResistanceInOhms().

ResistanceInMilliOhms()

Resistance roo_quantity::ResistanceInMilliOhms ( float  resistance )

inline

Returns a resistance object equivalent to the specified resistance expressed in milliOhms.

Definition at line 145 of file resistance.h.

References ResistanceInOhms().

ResistanceInNanoOhms()

Resistance roo_quantity::ResistanceInNanoOhms ( float  resistance )

inline

Returns a resistance object equivalent to the specified resistance expressed in microOhms.

Definition at line 157 of file resistance.h.

References ResistanceInOhms().

ResistanceInOhms()

Resistance roo_quantity::ResistanceInOhms ( float  resistance )

inline

Returns a resistance object equivalent to the specified resistance expressed in Ohms.

Definition at line 139 of file resistance.h.

Referenced by operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), ResistanceInGigaOhms(), ResistanceInKiloOhms(), ResistanceInMegaOhms(), ResistanceInMicroOhms(), ResistanceInMilliOhms(), and ResistanceInNanoOhms().

TemperatureDegCelcius()

Temperature roo_quantity::TemperatureDegCelcius ( float  tempC )

inline

Returns a temperature object equivalent to the specified temperature expressed in Celcius degrees.

Definition at line 189 of file temperature.h.

Referenced by operator+(), operator+(), and operator-().

TemperatureDegFahrenheit()

Temperature roo_quantity::TemperatureDegFahrenheit ( float  tempF )

inline

Returns a temperature object approximately equal to the specified temperature expressed in Fahrenheit degrees.

Due to floating-point rounding errors, and since the temperature is internally stored in Celcius degrees, generally, DegFahrenheit(x).degFahrenheit() != x.

Definition at line 209 of file temperature.h.

TemperatureDegKelvin()

Temperature roo_quantity::TemperatureDegKelvin ( float  tempK )

inline

Returns a temperature object equivalent to the specified temperature expressed in Kelvin degrees.

Due to floating-point rounding errors, and since the temperature is internally stored in Celcius degrees, generally, DegKelvin(x).degKelvin() != x.

Definition at line 199 of file temperature.h.

TemperatureDeltaDegCelcius()

TemperatureDelta roo_quantity::TemperatureDeltaDegCelcius ( float  tempC )

inline

Returns a temperature delta object equivalent to the specified temperature expressed in Celcius degrees.

Definition at line 218 of file temperature.h.

Referenced by operator*(), operator*(), operator+(), operator-(), operator-(), operator-(), and operator/().

TemperatureDeltaDegFahrenheit()

TemperatureDelta roo_quantity::TemperatureDeltaDegFahrenheit ( float  tempF )

inline

Returns a temperature delta object approximately equal to the specified temperature delta expressed in Fahrenheit degrees.

Due to floating-point rounding errors, and since the temperature is internally stored in Celcius degrees, generally, DegFahrenheit(x).degFahrenheit() != x.

Definition at line 235 of file temperature.h.

TemperatureDeltaDegKelvin()

TemperatureDelta roo_quantity::TemperatureDeltaDegKelvin ( float  tempK )

inline

Returns a temperature delta object equivalent to the specified temperature delta expressed in Kelvin degrees. It is in fact equivalent to TemperatureDeltaDegCelcius.

Definition at line 225 of file temperature.h.

TimeInHours()

Time roo_quantity::TimeInHours ( float  time )

inline

Returns a time object equivalent to the specified time expressed in hours (3600 seconds).

Definition at line 107 of file time.h.

References TimeInSeconds().

TimeInMicroseconds()

Time roo_quantity::TimeInMicroseconds ( float  time )

inline

Returns a time object equivalent to the specified time expressed in microseconds.

Definition at line 121 of file time.h.

References TimeInSeconds().

TimeInMilliseconds()

Time roo_quantity::TimeInMilliseconds ( float  time )

inline

Returns a time object equivalent to the specified time expressed in milliseconds.

Definition at line 115 of file time.h.

References TimeInSeconds().

TimeInMinutes()

Time roo_quantity::TimeInMinutes ( float  time )

inline

Returns a time object equivalent to the specified time expressed in minutes (60 seconds).

Definition at line 103 of file time.h.

References TimeInSeconds().

TimeInNanoseconds()

Time roo_quantity::TimeInNanoseconds ( float  time )

inline

Returns a time object equivalent to the specified time expressed in nanoseconds.

Definition at line 127 of file time.h.

References TimeInSeconds().

TimeInSeconds()

Time roo_quantity::TimeInSeconds ( float  time )

inline

Returns a time object equivalent to the specified time expressed in seconds.

Definition at line 111 of file time.h.

Referenced by operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), operator/(), operator/(), operator/(), TimeInHours(), TimeInMicroseconds(), TimeInMilliseconds(), TimeInMinutes(), and TimeInNanoseconds().

UnknownArea()

Area roo_quantity::UnknownArea ( )

inline

Returns a area object representing an unknown area.

Definition at line 113 of file area.h.

UnknownAreicNumber()

AreicNumber roo_quantity::UnknownAreicNumber ( )

inline

Returns a areic number object representing an unknown areic number.

Definition at line 129 of file areic_number.h.

UnknownCapacitance()

Capacitance roo_quantity::UnknownCapacitance ( )

inline

Returns a capacitance object representing an unknown capacitance.

Definition at line 115 of file capacitance.h.

UnknownCharge()

Charge roo_quantity::UnknownCharge ( )

inline

Returns a charge object representing an unknown charge.

Definition at line 102 of file charge.h.

UnknownCurrent()

Current roo_quantity::UnknownCurrent ( )

inline

Returns a current object representing an unknown current.

Definition at line 111 of file current.h.

UnknownForce()

Force roo_quantity::UnknownForce ( )

inline

Returns a force object representing an unknown force.

Definition at line 99 of file force.h.

UnknownFrequency()

Frequency roo_quantity::UnknownFrequency ( )

inline

Returns a frequency object representing an unknown frequency.

Definition at line 116 of file frequency.h.

UnknownLength()

Length roo_quantity::UnknownLength ( )

inline

Returns a length object representing an unknown length.

Definition at line 123 of file length.h.

UnknownLineicNumber()

LineicNumber roo_quantity::UnknownLineicNumber ( )

inline

Returns a lineic number object representing an unknown lineic number.

Definition at line 127 of file lineic_number.h.

UnknownMass()

Mass roo_quantity::UnknownMass ( )

inline

Returns a mass object representing an unknown mass.

Definition at line 105 of file mass.h.

UnknownPower()

Power roo_quantity::UnknownPower ( )

inline

Returns a power object representing an unknown power.

Definition at line 104 of file power.h.

UnknownPressure()

Pressure roo_quantity::UnknownPressure ( )

inline

Returns a pressure object representing an unknown pressure.

Definition at line 124 of file pressure.h.

UnknownResistance()

Resistance roo_quantity::UnknownResistance ( )

inline

Returns a resistance object representing an unknown resistance.

Definition at line 117 of file resistance.h.

UnknownTemperature()

Temperature roo_quantity::UnknownTemperature ( )

inline

Returns a temperature object representing an unknown temperature.

Definition at line 185 of file temperature.h.

UnknownTemperatureDelta()

TemperatureDelta roo_quantity::UnknownTemperatureDelta ( )

inline

Returns a temperature object representing an unknown temperature delta.

Definition at line 214 of file temperature.h.

UnknownTime()

Time roo_quantity::UnknownTime ( )

inline

Returns a time object representing an unknown time.

Definition at line 99 of file time.h.

UnknownVelocity()

Velocity roo_quantity::UnknownVelocity ( )

inline

Returns a velocity object representing an unknown velocity.

Definition at line 123 of file velocity.h.

UnknownVoltage()

Voltage roo_quantity::UnknownVoltage ( )

inline

Returns a voltage object representing an unknown voltage.

Definition at line 108 of file voltage.h.

UnknownVolume()

Volume roo_quantity::UnknownVolume ( )

inline

Returns a volume object representing an unknown volume.

Definition at line 122 of file volume.h.

UnknownVolumeFlowRate()

VolumeFlowRate roo_quantity::UnknownVolumeFlowRate ( )

inline

Returns a volume flow rate object representing an unknown volume flow rate.

Definition at line 111 of file volume_flow_rate.h.

UnknownVolumicNumber()

VolumicNumber roo_quantity::UnknownVolumicNumber ( )

inline

Returns a volumic number object representing an unknown volumic number.

Definition at line 142 of file volumic_number.h.

UnknownWork()

Work roo_quantity::UnknownWork ( )

inline

Returns a work object representing an unknown work.

Definition at line 94 of file work.h.

VelocityInKilometersPerHour()

Velocity roo_quantity::VelocityInKilometersPerHour ( float  velocity )

inline

Returns a velocity object equivalent to the specified velocity expressed in kilometers per hour.

Definition at line 151 of file velocity.h.

References VelocityInMetersPerSecond().

Referenced by VelocityInKph().

VelocityInKilometersPerSecond()

Velocity roo_quantity::VelocityInKilometersPerSecond ( float  velocity )

inline

Returns a velocity object equivalent to the specified velocity expressed in kilometers per second.

Definition at line 127 of file velocity.h.

References VelocityInMetersPerSecond().

VelocityInKph()

Velocity roo_quantity::VelocityInKph ( float  velocity )

inline

Definition at line 155 of file velocity.h.

References VelocityInKilometersPerHour().

VelocityInMetersPerSecond()

Velocity roo_quantity::VelocityInMetersPerSecond ( float  velocity )

inline

Returns a velocity object equivalent to the specified velocity expressed in meters per second.

Definition at line 133 of file velocity.h.

Referenced by operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), VelocityInKilometersPerHour(), VelocityInKilometersPerSecond(), VelocityInMicrometersPerSecond(), VelocityInMilesPerHour(), and VelocityInMillimetersPerSecond().

VelocityInMicrometersPerSecond()

Velocity roo_quantity::VelocityInMicrometersPerSecond ( float  velocity )

inline

Returns a velocity object equivalent to the specified velocity expressed in micrometers per second.

Definition at line 145 of file velocity.h.

References VelocityInMetersPerSecond().

VelocityInMilesPerHour()

Velocity roo_quantity::VelocityInMilesPerHour ( float  velocity )

inline

Returns a velocity object equivalent to the specified velocity expressed in miles per hour.

Definition at line 161 of file velocity.h.

References VelocityInMetersPerSecond().

Referenced by VelocityInMph().

VelocityInMillimetersPerSecond()

Velocity roo_quantity::VelocityInMillimetersPerSecond ( float  velocity )

inline

Returns a velocity object equivalent to the specified velocity expressed in millimeters per second.

Definition at line 139 of file velocity.h.

References VelocityInMetersPerSecond().

VelocityInMph()

Velocity roo_quantity::VelocityInMph ( float  velocity )

inline

Definition at line 165 of file velocity.h.

References VelocityInMilesPerHour().

VoltageInKiloVolts()

Voltage roo_quantity::VoltageInKiloVolts ( float  voltage )

inline

Returns a voltage object equivalent to the specified voltage expressed in kiloVolts.

Definition at line 112 of file voltage.h.

References VoltageInVolts().

VoltageInMicroVolts()

Voltage roo_quantity::VoltageInMicroVolts ( float  voltage )

inline

Returns a voltage object equivalent to the specified voltage expressed in microVolts.

Definition at line 128 of file voltage.h.

References VoltageInVolts().

VoltageInMilliVolts()

Voltage roo_quantity::VoltageInMilliVolts ( float  voltage )

inline

Returns a voltage object equivalent to the specified voltage expressed in milliVolts.

Definition at line 122 of file voltage.h.

References VoltageInVolts().

VoltageInVolts()

Voltage roo_quantity::VoltageInVolts ( float  voltage )

inline

Returns a voltage object equivalent to the specified voltage expressed in Volts.

Definition at line 118 of file voltage.h.

Referenced by operator*(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), operator/(), operator/(), VoltageInKiloVolts(), VoltageInMicroVolts(), and VoltageInMilliVolts().

VolumeFlowRateInCubicMetersPerSecond()

VolumeFlowRate roo_quantity::VolumeFlowRateInCubicMetersPerSecond ( float  volume_flow_rate )

inline

Returns a volume flow rate object equivalent to the specified volume flow rate expressed in cubic meters per second.

Definition at line 115 of file volume_flow_rate.h.

Referenced by operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), VolumeFlowRateInLitersPerSecond(), and VolumeFlowRateInMillilitersPerSecond().

VolumeFlowRateInLitersPerSecond()

VolumeFlowRate roo_quantity::VolumeFlowRateInLitersPerSecond ( float  volume_flow_rate )

inline

Returns a volume flow rate object equivalent to the specified volume flow rate expressed in liters per second.

Definition at line 122 of file volume_flow_rate.h.

References VolumeFlowRateInCubicMetersPerSecond().

VolumeFlowRateInMillilitersPerSecond()

VolumeFlowRate roo_quantity::VolumeFlowRateInMillilitersPerSecond ( float  volume_flow_rate )

inline

Returns a volume flow rate object equivalent to the specified volume flow rate expressed in milliliters per second.

Definition at line 128 of file volume_flow_rate.h.

References VolumeFlowRateInCubicMetersPerSecond().

VolumeInCubicCentimeters()

Volume roo_quantity::VolumeInCubicCentimeters ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in milliliters.

Definition at line 154 of file volume.h.

References VolumeInMilliliters().

VolumeInCubicDecimeters()

Volume roo_quantity::VolumeInCubicDecimeters ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in liters.

Definition at line 142 of file volume.h.

References VolumeInLiters().

VolumeInCubicInches()

Volume roo_quantity::VolumeInCubicInches ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in cubic inches.

Definition at line 172 of file volume.h.

References VolumeInCubicMeters().

VolumeInCubicKilometers()

Volume roo_quantity::VolumeInCubicKilometers ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in cubic kilometers.

Definition at line 126 of file volume.h.

References VolumeInCubicMeters().

VolumeInCubicMeters()

Volume roo_quantity::VolumeInCubicMeters ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in cubic meters.

Definition at line 132 of file volume.h.

Referenced by operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), operator/(), VolumeInCubicInches(), VolumeInCubicKilometers(), VolumeInCubicMicrometers(), VolumeInCubicMillimeters(), VolumeInLiters(), and VolumeInMilliliters().

VolumeInCubicMicrometers()

Volume roo_quantity::VolumeInCubicMicrometers ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in cubic micrometers.

Definition at line 166 of file volume.h.

References VolumeInCubicMeters().

VolumeInCubicMillimeters()

Volume roo_quantity::VolumeInCubicMillimeters ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in cubic millimeters.

Definition at line 160 of file volume.h.

References VolumeInCubicMeters().

VolumeInLiters()

Volume roo_quantity::VolumeInLiters ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in liters.

Definition at line 136 of file volume.h.

References VolumeInCubicMeters().

Referenced by VolumeInCubicDecimeters().

VolumeInMilliliters()

Volume roo_quantity::VolumeInMilliliters ( float  volume )

inline

Returns a volume object equivalent to the specified volume expressed in milliliters.

Definition at line 148 of file volume.h.

References VolumeInCubicMeters().

Referenced by VolumeInCubicCentimeters().

VolumicNumberInGigaUnitsPerCubicMeter()

VolumicNumber roo_quantity::VolumicNumberInGigaUnitsPerCubicMeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in giga-units per cubic meter.

Definition at line 146 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInKiloUnitsPerCubicMeter()

VolumicNumber roo_quantity::VolumicNumberInKiloUnitsPerCubicMeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in kilo-units per cubic meter.

Definition at line 160 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInMegaUnitsPerCubicMeter()

VolumicNumber roo_quantity::VolumicNumberInMegaUnitsPerCubicMeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in mega-units per cubic meter.

Definition at line 153 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInMicroUnitsPerCubicMeter()

VolumicNumber roo_quantity::VolumicNumberInMicroUnitsPerCubicMeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in micro-units per cubic meter.

Definition at line 180 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInMilliUnitsPerCubicMeter()

VolumicNumber roo_quantity::VolumicNumberInMilliUnitsPerCubicMeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in milli-units per cubic meter.

Definition at line 173 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInUnitsPerCubicCentimeter()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicCentimeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic centimeter.

Definition at line 200 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInUnitsPerCubicDecimeter()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicDecimeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic decimeter (liter).

Definition at line 187 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

Referenced by VolumicNumberInUnitsPerLiter().

VolumicNumberInUnitsPerCubicFoot()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicFoot ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic foot.

Definition at line 227 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInUnitsPerCubicInch()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicInch ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic inch.

Definition at line 221 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInUnitsPerCubicKilometer()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicKilometer ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic kilometer.

Definition at line 214 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInUnitsPerCubicMeter()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicMeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic meter.

Definition at line 167 of file volumic_number.h.

Referenced by operator*(), operator*(), operator/(), operator/(), VolumicNumberInGigaUnitsPerCubicMeter(), VolumicNumberInKiloUnitsPerCubicMeter(), VolumicNumberInMegaUnitsPerCubicMeter(), VolumicNumberInMicroUnitsPerCubicMeter(), VolumicNumberInMilliUnitsPerCubicMeter(), VolumicNumberInUnitsPerCubicCentimeter(), VolumicNumberInUnitsPerCubicDecimeter(), VolumicNumberInUnitsPerCubicFoot(), VolumicNumberInUnitsPerCubicInch(), VolumicNumberInUnitsPerCubicKilometer(), VolumicNumberInUnitsPerCubicMillimeter(), and VolumicNumberInUnitsPerCubicYard().

VolumicNumberInUnitsPerCubicMillimeter()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicMillimeter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic millimeter.

Definition at line 207 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInUnitsPerCubicYard()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerCubicYard ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic yard.

Definition at line 233 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicMeter().

VolumicNumberInUnitsPerLiter()

VolumicNumber roo_quantity::VolumicNumberInUnitsPerLiter ( float  volumic_number )

inline

Returns a volumic number object equivalent to the specified volumic number expressed in units per cubic decimeter (liter).

Definition at line 194 of file volumic_number.h.

References VolumicNumberInUnitsPerCubicDecimeter().

WorkInGigaJoules()

Work roo_quantity::WorkInGigaJoules ( float  work )

inline

Returns a work object equivalent to the specified work expressed in gigaJoules.

Definition at line 98 of file work.h.

References WorkInJoules().

WorkInJoules()

Work roo_quantity::WorkInJoules ( float  work )

inline

Returns a work object equivalent to the specified work expressed in Joules.

Definition at line 116 of file work.h.

Referenced by operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator*(), operator+(), operator-(), operator-(), operator/(), WorkInGigaJoules(), WorkInKiloJoules(), WorkInMegaJoules(), WorkInMicroJoules(), and WorkInMilliJoules().

WorkInKiloJoules()

Work roo_quantity::WorkInKiloJoules ( float  work )

inline

Returns a work object equivalent to the specified work expressed in kiloJoules.

Definition at line 110 of file work.h.

References WorkInJoules().

WorkInMegaJoules()

Work roo_quantity::WorkInMegaJoules ( float  work )

inline

Returns a work object equivalent to the specified work expressed in megaJoules.

Definition at line 104 of file work.h.

References WorkInJoules().

WorkInMicroJoules()

Work roo_quantity::WorkInMicroJoules ( float  work )

inline

Returns a work object equivalent to the specified work expressed in microJoules.

Definition at line 126 of file work.h.

References WorkInJoules().

WorkInMilliJoules()

Work roo_quantity::WorkInMilliJoules ( float  work )

inline

Returns a work object equivalent to the specified work expressed in milliJoules.

Definition at line 120 of file work.h.

References WorkInJoules().