#include <Antenna_GGAO.h>

Inheritance diagram for VieVS::Antenna_GGAO:

Collaboration diagram for VieVS::Antenna_GGAO:

Public Member Functions
	Antenna_GGAO (double offset_m, double diam_m, double rateAz_deg_per_min, unsigned int constantOverheadAz_s, double rateEl_deg_per_min, unsigned int constantOverheadEl_s)
	constructor More...

unsigned int	slewTime (const PointingVector &old_pointingVector, const PointingVector &new_pointingVector) const noexceptoverride
	calculates slew time More...

std::string	getMount () const noexceptoverride
	get mount name More...

Public Member Functions inherited from VieVS::AbstractAntenna
	AbstractAntenna (double offset_m, double diam_m, double rate1_deg_per_min, unsigned int constantOverhead1_s, double rate2_deg_per_min, unsigned int constantOverhead2_s)
	constructor More...

double	getDiam () const
	getter for antenna diameter More...

double	getOffset () const
	getter for antenna offset More...

double	getRate1 () const
	slew rate of first axis in rad/seconds More...

double	getCon1 () const
	getter for constant overhead for first axis slew time in seconds More...

double	getRate2 () const
	slew rate of second axis in rad/seconds More...

double	getCon2 () const
	getter for constant overhead for second axis slew time in seconds More...

Public Member Functions inherited from VieVS::VieVS_Object
	VieVS_Object (unsigned long id)
	constructor More...

const unsigned long	getId () const
	get object id More...

bool	hasValidId () const
	check if id is valid More...

bool	hasId (unsigned long id) const
	check if object has specific id More...

void	setId (unsigned long id)
	set object id More...

std::string	printId () const
	object id string More...

Private Member Functions
unsigned int	slewTimeTracking (const PointingVector &old_pointingVector, const PointingVector &new_pointingVector) const noexcept
	calculates the slewtime between azimuth and elevation of two pointing vectors in tracking mode More...

Static Private Member Functions
static double	slew_time (double x1, double x2, double vel, double acc)
	This is a helper function to be consistend with the implementation of this model in SKED. More...

Additional Inherited Members
Protected Types inherited from VieVS::AbstractAntenna
enum	Axis { Axis::axis1, Axis::axis2 }
	enum to distinguish antenna axis More...

Protected Member Functions inherited from VieVS::AbstractAntenna
unsigned int	slewTimePerAxis (double delta, Axis axis) const noexcept
	calculates slew time per axis More...

Constructor & Destructor Documentation

Antenna_GGAO::Antenna_GGAO	(	double	offset_m,
		double	diam_m,
		double	rateAz_deg_per_min,
		unsigned int	constantOverheadAz_s,
		double	rateEl_deg_per_min,
		unsigned int	constantOverheadEl_s
	)

constructor

Author: Matthias Schartner

Parameters

offset_m	offset of antenna axis intersection in meters
diam_m	diameter of antenna dish in meters
rateAz_deg_per_min	slew rate of azimuth in degrees/seconds
constantOverheadAz_s	constant overhead for azimuth slew time in seconds
rateEl_deg_per_min	slew rate of elevation in degrees/secondds
constantOverheadEl_s	constant overhead for elevation slew time in seconds

Member Function Documentation

std::string VieVS::Antenna_GGAO::getMount ( ) const

inlineoverridevirtualnoexcept

get mount name

Author: Matthias Schartner

Returns: mount name

Implements VieVS::AbstractAntenna.

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double Antenna_GGAO::slew_time	(	double	x1,
		double	x2,
		double	vel,
		double	acc
	)

staticprivate

This is a helper function to be consistend with the implementation of this model in SKED.

Author: Matthias Schartner

Parameters

x1	start
x2	end
vel	velocity
acc	acceleration

Returns

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unsigned int Antenna_GGAO::slewTime	(	const PointingVector &	old_pointingVector,
		const PointingVector &	new_pointingVector
	)		const

overridevirtualnoexcept

calculates slew time

Author: Matthias Schartner

Parameters

old_pointingVector	slew start point
new_pointingVector	slew end point

Returns: slew time in seconds

Implements VieVS::AbstractAntenna.

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unsigned int Antenna_GGAO::slewTimeTracking	(	const PointingVector &	old_pointingVector,
		const PointingVector &	new_pointingVector
	)		const

privatevirtualnoexcept

calculates the slewtime between azimuth and elevation of two pointing vectors in tracking mode

Author: Matthias Schartner

tracking mode means that the constant overhead time is not added

Parameters

old_pointingVector	start pointing vector
new_pointingVector	end pointing vector

Returns: slewtime between start pointing vector and end pointing vector in seconds

Implements VieVS::AbstractAntenna.

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

/home/travis/build/TUW-VieVS/VieSchedpp/Station/Antenna/Antenna_GGAO.h
/home/travis/build/TUW-VieVS/VieSchedpp/Station/Antenna/Antenna_GGAO.cpp

Public Member Functions

Private Member Functions

Static Private Member Functions

Additional Inherited Members

Constructor & Destructor Documentation

Member Function Documentation