usmtf::Corridor Class Reference

#include <Corridor.hpp>

Inheritance diagram for usmtf::Corridor:

Collaboration diagram for usmtf::Corridor:

Public Member Functions
	Corridor (const std::string &aSTF, const std::vector< Field > &aFields) noexcept
const Radius &	GetWidth () const noexcept
const std::vector< LatLon > &	GetPoints () const noexcept
Public Member Functions inherited from usmtf::Set
	Set (const std::string &aSTF, const std::vector< Field > &aFields) noexcept
virtual	~Set ()=default
const std::string &	GetType () const noexcept
	Return the Set Identifiers/Set Text Format of the set instance.
bool	IsEmpty () const noexcept
int	GetFieldCount () const noexcept
const Field &	GetField (size_t aIndex) const
	Returns a field at a index position in the Set.
const std::string &	GetFieldContent (size_t aIndex) const
	Returns the Contents of a field at specified index.
const std::string	GetReconstructedSet () const noexcept
Public Member Functions inherited from usmtf::Validatable
bool	IsValid () const noexcept
Public Member Functions inherited from usmtf::ErrorManager
virtual	~ErrorManager ()=default
bool	HasErrors () const noexcept
void	LogErrors (std::ostream &aOut) const noexcept
const std::vector< ValidationError > &	GetErrors () const

Additional Inherited Members
Protected Member Functions inherited from usmtf::ErrorManager
void	AddError (const ValidationError &aError) noexcept
void	AddError (const std::string &aFailureReason, const std::string &aValueValidatied, const std::string &aOptionalSuggestion="") noexcept
void	AddError (const std::string &aErrorMessage) noexcept
void	AddErrors (const std::vector< ValidationError > &aErrors) noexcept
void	ClearErrors () noexcept
Protected Attributes inherited from usmtf::Set
std::string	mSetTextFormat
std::vector< Field >	mFields

Detailed Description

The Corridor Set is used to outline the positional details of a volume space that is shaped like a "rectangle tunnel". It consists of a polygon.

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| \ / | |_____________ _________/ ________| \ / ___________________/

Note on corridor complexity: The points define the center mid point of each polygon volume, with the width we calculate the corners. Then, based on the heading of the next leg, we interpolate elbow and intersecting corners.

USMTF Example: CORRIDOR/5NM/LATM:3500N07900W/LATM:3530N07000W/LATM:3622N06957W/LATM:3619N06841W/LATM:3547N06715W/LATM:3505N06853W/

Standard Excerpt: CORRIDOR/ / R // 1 WIDTH IN NAUTICAL MILES, METERS, OR KILOMETERS 2 POSITION OR POINT

Detailed Document: CORRIDOR.UF.RTF

Constructor & Destructor Documentation

Corridor()

usmtf::Corridor::Corridor ( const std::string & aSTF, const std::vector< Field > & aFields )

noexcept

References usmtf::ErrorManager::AddError(), usmtf::ErrorManager::AddErrors(), usmtf::Set::GetField(), and usmtf::Set::Set().

Member Function Documentation

GetPoints()

const std::vector< LatLon > & usmtf::Corridor::GetPoints ( ) const

noexcept

GetWidth()

const Radius & usmtf::Corridor::GetWidth ( ) const

noexcept

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

• Corridor.hpp
• Corridor.cpp