Uses no fuel.

Inheritance diagram for DtNoFuelUsageAircraftFuelConsumptionModel:

Public Member Functions
virtual bool	addDataPoints (const DtRwAircraftEngineEfficiencyDataPointList &datapoints, double startWeight, double endWeight, std::ostream *errorStream=0) override

virtual double	interpolateEfficiency (double speed, double altitude) const override

virtual double	fuelConsumed (double range, double speed, double altitude, double mass) const override

virtual double	calculateRange (double speed, double altitude, double startMass, double endMass) const override

virtual bool	shouldConsumeFuel () const override

Public Member Functions inherited from DtAircraftFuelConsumptionModel
	DtAircraftFuelConsumptionModel ()

virtual	~DtAircraftFuelConsumptionModel ()

virtual bool	isValid () const

virtual double	calculateEfficiency (double range, double speed, double startMass, double endMass) const

virtual void	setShouldConsumeFuel (bool shouldConsume)

Additional Inherited Members
Static Public Member Functions inherited from DtAircraftFuelConsumptionModel
static DtAircraftFuelConsumptionModel *	Create (const DtRwAircraftEngineEfficiencyDataPointList &datapoints)

Protected Attributes inherited from DtAircraftFuelConsumptionModel
bool	myShouldConsumeFuel

Member Function Documentation

virtual bool DtNoFuelUsageAircraftFuelConsumptionModel::addDataPoints	(	const DtRwAircraftEngineEfficiencyDataPointList &	datapoints,
		double	startMass,
		double	endMass,
		std::ostream *	errorStream = `0`
	)

overridevirtual

Configure the model with a set of data points. Each data point has a range, altitude, and speed. Combined with the startMass and endMass, can be used to determine an engine efficiency.

Parameters

startMass	Starting mass of aircraft.
endMass	Ending mass of aircraft. For example if the aircraft starts out with a full fuel tank and uses all of it's fuel (the usual case for range specifications) then startMass would be the mass of the aircraft plus the mass of the full fuel tank and endMass would be the mass of the aircraft. This doesn't have to be the case though, if you knew the range when using half the fuel then you could use that.

Implements DtAircraftFuelConsumptionModel.

virtual double DtNoFuelUsageAircraftFuelConsumptionModel::interpolateEfficiency	(	double	speed,
		double	altitude
	)		const

overridevirtual

Interpolate an engine efficiency at a given speed and altitude.

Implements DtAircraftFuelConsumptionModel.

virtual double DtNoFuelUsageAircraftFuelConsumptionModel::fuelConsumed	(	double	range,
		double	speed,
		double	altitude,
		double	mass
	)		const

overridevirtual

Calculate the fuel consumed over a given range.

Parameters

mass	The mass of the aircraft (airframe + fuel) at the start of the movement. Does not take into account the amount of fuel the aircraft has, i.e. it may use more fuel than the aircraft has. It's up to the user to actually deal with decrementing the fuel.

Reimplemented from DtAircraftFuelConsumptionModel.

virtual double DtNoFuelUsageAircraftFuelConsumptionModel::calculateRange	(	double	speed,
		double	altitude,
		double	startMass,
		double	endMass
	)		const

overridevirtual

Calculates the range at specific conditions.

Reimplemented from DtAircraftFuelConsumptionModel.

virtual bool DtNoFuelUsageAircraftFuelConsumptionModel::shouldConsumeFuel ( ) const

overridevirtual

Always returns false.

Reimplemented from DtAircraftFuelConsumptionModel.

The documentation for this class was generated from the following file:

/data/exports/nrhent7-1/nightly/docs/vrForces.vrf5-2-branch/include/vrfutil/aircraftFuelConsumptionModel.h

Public Member Functions

Additional Inherited Members

Member Function Documentation