power.h File Reference

#include <cmath>
#include "roo_flags.h"
#include "roo_logging.h"
#include "roo_quantity/time.h"
#include "roo_quantity/work.h"

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Data Structures
class	roo_quantity::Power
	Representation of power, internally stored as floating-point Watts. More...

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

Functions
Power	roo_quantity::PowerInWatts (float power)
	Returns a power object equivalent to the specified power expressed in Watts.
Power	roo_quantity::UnknownPower ()
	Returns a power object representing an unknown power.
Power	roo_quantity::PowerInGigaWatts (float power)
	Returns a power object equivalent to the specified power expressed in gigaWatts.
Power	roo_quantity::PowerInMegaWatts (float power)
	Returns a power object equivalent to the specified power expressed in megaWatts.
Power	roo_quantity::PowerInKiloWatts (float power)
	Returns a power object equivalent to the specified power expressed in kiloWatts.
Power	roo_quantity::PowerInMilliWatts (float power)
	Returns a power object equivalent to the specified power expressed in milliWatts.
Power	roo_quantity::PowerInMicroWatts (float power)
	Returns a power object equivalent to the specified power expressed in microWatts.
Power	roo_quantity::operator+ (Power a, Power b)
Power	roo_quantity::operator- (Power a, Power b)
Power	roo_quantity::operator- (Power a)
Power	roo_quantity::operator* (Power a, float b)
Power	roo_quantity::operator* (float a, Power b)
Power	roo_quantity::operator/ (Power a, float b)
float	roo_quantity::operator/ (Power a, Power b)
Work	roo_quantity::operator* (Power a, Time b)
	Power vs work.
Work	roo_quantity::operator* (Time a, Power b)
Power	roo_quantity::operator/ (Work w, Time b)
Time	roo_quantity::operator/ (Work w, Power b)
roo_logging::Stream &	roo_quantity::operator<< (roo_logging::Stream &os, const Power &val)