pressure.h File Reference

#include <cmath>
#include "roo_flags.h"
#include "roo_logging.h"
#include "roo_quantity/area.h"
#include "roo_quantity/areic_number.h"
#include "roo_quantity/force.h"

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Data Structures
class	roo_quantity::Pressure
	Representation of pressure, internally stored as floating-point Pascals. More...

Namespaces
namespace	roo_quantity
	For convenience conversion from roo_time::Duration.

Functions
Pressure	roo_quantity::PressureInPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in Pascals.
Pressure	roo_quantity::UnknownPressure ()
	Returns a pressure object representing an unknown pressure.
Pressure	roo_quantity::PressureInGigaPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in GigaPascals.
Pressure	roo_quantity::PressureInMegaPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in MegaPascals.
Pressure	roo_quantity::PressureInBars (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in bars.
Pressure	roo_quantity::PressureInKiloPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in kiloPascals.
Pressure	roo_quantity::PressureInHectoPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in hectoPascals.
Pressure	roo_quantity::PressureInMilliPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in milliPascals.
Pressure	roo_quantity::PressureInMicroPascals (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in microPascals.
Pressure	roo_quantity::PressureInPSI (float pressure)
	Returns a pressure object equivalent to the specified pressure expressed in PSI (pounds per square inch).
Pressure	roo_quantity::operator+ (Pressure a, Pressure b)
Pressure	roo_quantity::operator- (Pressure a, Pressure b)
Pressure	roo_quantity::operator- (Pressure a)
Pressure	roo_quantity::operator* (Pressure a, float b)
Pressure	roo_quantity::operator* (float a, Pressure b)
Pressure	roo_quantity::operator/ (Pressure a, float b)
float	roo_quantity::operator/ (Pressure a, Pressure b)
Pressure	roo_quantity::operator/ (Force a, Area b)
Pressure	roo_quantity::operator* (Force a, AreicNumber b)
roo_logging::Stream &	roo_quantity::operator<< (roo_logging::Stream &os, const Pressure &val)