#include <Atmosphere.h>

Public Member Functions
	Atmosphere ()

gcp::antenna::control::Refraction *	Refraction (gcp::util::PointingMode::Type mode)

bool	isCurrent (gcp::antenna::control::Refraction *r)

void	setCurrentRefraction (gcp::util::PointingMode::Type mode)

gcp::antenna::control::Refraction *	currentRefraction ()

double	applyRefraction (PointingCorrections *f)

void	reset ()

Detailed Description

Class to encapsulate any atmospheric (refraction) corrections to the antenna pointing model

Constructor & Destructor Documentation

Atmosphere::Atmosphere ( )

Constructor

....................................................................... Constructor

double Atmosphere::applyRefraction ( PointingCorrections * f )

Apply the refraction correction to the current pointing corrections

....................................................................... Apply the current refraction correction to the pointing corrections

gcp::antenna::control::Refraction * Atmosphere::currentRefraction ( )

Get the current refraction

....................................................................... Return a pointer to the current refraction

bool Atmosphere::isCurrent ( gcp::antenna::control::Refraction * r )

Return true if the passed argument is the current refraction model

....................................................................... Return a pointer to the requested refraction container

gcp::antenna::control::Refraction * Atmosphere::Refraction ( gcp::util::PointingMode::Type mode )

Return a pointer to the requested refraction container

Exceptions

Exception ....................................................................... Return a pointer to the requested refraction container

void Atmosphere::reset ( )

Restore the data members this object is managing to an intialization state

....................................................................... Reset the data members managed by this object

void Atmosphere::setCurrentRefraction ( gcp::util::PointingMode::Type mode )

Set the requested mode (optical | radio) to be the current refraction model

....................................................................... Select which refraction model is the one to be used

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