code::DLLH Class Reference

List of all members.

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Detailed Description

DLLH Delta lat/lon/height class.

Displacement uses straight cartesian vectors for lengths which can causes problems with doing lat/lon/height math. DLLH has only deltas which must add to a PARTICULAR LOCATION in order to have a length meaning. lat/lon/height is not a linear vector space, yet we can still work in the space as long as we realize the norm and length are not linear. In other words, Displacement maps to points in the coordinate system, then uses the points to get lengths, when all you might want to do is keep track of changes in lat/lon/height.

You should use these instead of Displacement when you can in order to make your code coordinate system independent (independent of the projected view).

Author:

REST

Public Member Functions
	DLLH ()
	Zero DDLH.
	DLLH (const Angle &angle1, const Angle &angle2, const Length &length)
	Create a default DLLH from angle, angle, length.
	DLLH (const Location &l1, const Location &l2)
	Create from two locations.
DLLH	operator/ (float r) const
	Scalar division (divide such that DLLH/r = X ==> DLLH = r*K).
DLLH	operator * (float r) const
	Scalar multiply (such that DLLH*r = X ==> DLLH = X/r).
DLLH	operator+ (const DLLH &w) const
	Add.
bool	operator== (const DLLH &w) const
	Comparison.
bool	operator!= (const DLLH &w) const
Displacement	displacement (const Location &l) const
	Create a displacement object from a particular location.
Length	getHeight () const
	Get height of this (change in height we represent).
Angle	getLatitude () const
	Get angle1 of this (latitude).
Angle	getLongitude () const
	Get angle2 of this (longitude).
void	setHeight (const Length &h)
	Set our height change.
Protected Attributes
Angle	myAngle1
Angle	myAngle2
Length	myLength
Friends
std::ostream &	operator<< (std::ostream &, const DLLH &)
	Print out DLLH.

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Constructor & Destructor Documentation

code::DLLH::DLLH

(

)

[inline]

Zero DDLH.

Satisfies Location+(O DLLH) = Location

code::DLLH::DLLH	(	const Angle &	angle1,
		const Angle &	angle2,
		const Length &	length
	)			[inline]

Create a default DLLH from angle, angle, length.

code::DLLH::DLLH	(	const Location &	l1,
		const Location &	l2
	)			[inline]

Create from two locations.

Basically l1+DLLH = l2;

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Member Function Documentation

Displacement code::DLLH::displacement

(

const Location &

l

)

const [inline]

Create a displacement object from a particular location.

Length code::DLLH::getHeight

(

)

const [inline]

Get height of this (change in height we represent).

Angle code::DLLH::getLatitude

(

)

const [inline]

Get angle1 of this (latitude).

Angle code::DLLH::getLongitude

(

)

const [inline]

Get angle2 of this (longitude).

DLLH code::DLLH::operator *

(

float

r

)

const [inline]

Scalar multiply (such that DLLH*r = X ==> DLLH = X/r).

bool code::DLLH::operator!=

(

const DLLH &

w

)

const [inline]

DLLH code::DLLH::operator+

(

const DLLH &

w

)

const [inline]

Add.

DLLH code::DLLH::operator/

(

float

r

)

const [inline]

Scalar division (divide such that DLLH/r = X ==> DLLH = r*K).

bool code::DLLH::operator==

(

const DLLH &

w

)

const [inline]

Comparison.

void code::DLLH::setHeight

(

const Length &

h

)

[inline]

Set our height change.

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Friends And Related Function Documentation

std::ostream& operator<<	(	std::ostream &	,
		const DLLH &
	)			[friend]

Print out DLLH.

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Member Data Documentation

Angle code::DLLH::myAngle1 [protected]

Angle code::DLLH::myAngle2 [protected]

Length code::DLLH::myLength [protected]

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