Inheritance diagram for DtTerrainCoordinateSystem:

Public Member Functions
	DtTerrainCoordinateSystem (const DtUnitDisplayManager *)
virtual QStringList	convertPositionToStringList (const Coordinate_System *cs, const DtVector &geocPos) const =0
	Takes the x, y, z values that comes in and creates a string array of three strings that represent the values.
virtual void	convertToGeocentric (const DtStringLocation &in, const Coordinate_System *cs, DtVector &vector) const =0
	Converts the given coordinates (in string rep) from the base units to geocentric.
virtual void	convertFromGeocentric (const Coordinate_System *cs, const DtVector &vector, DtStringLocation &out) const =0
	Converts the vector into the given units of the display manager.
virtual double	speed (const Coordinate_System *cs, const DtVector &location, const DtVector &velocity) const =0
	Return speed in units of display manager.
virtual DtVector	velocity (const Coordinate_System *cs, const DtVector &location, const DtVector &velocity) const =0
	Return velocity in given units of display manager.
virtual DtVector	acceleration (const Coordinate_System *cs, const DtVector &location, const DtVector &acl) const =0
	Return acceleration in given units of display manager.
virtual DtVector	rotationalVelocity (const Coordinate_System *cs, const DtVector &location, const DtVector &rtVel) const =0
	Return rotationalVelocity in given of display manager.
virtual DtTaitBryan	localOrientationFor (const DtVector &location, const DtTaitBryan &geocOri) const =0
	Return local orientation given geocentric orientation.
virtual DtTaitBryan	headingPitchRollFor (const DtVector &geocPos, const DtTaitBryan &geocOri) const =0
	Return heading, pitch, roll in end coordinate system given local orientation.
virtual bool	convertFrom (const DtCoordinateSystem *oldCS, const DtStringLocation &curLoc, DtStringLocation &newLoc) const
	Converts from the supplied coordinate system (including units) to our coordinate system and returns the newly formatted values into the result.
virtual QString	formatSourceToDestination (double val, const QString &unitDisplay, const QString &source, const QString &destination) const
	Formats from the source to the destination units and returns formatted value.
virtual QString	formatDestinationToSource (double val, const QString &unitDisplay, const QString &source, const QString &destination) const
	Formats from the destination to the source.
virtual QString	formatSourceToDestination (const QString &val, const QString &unitDisplay, const QString &source, const QString &destination) const
	These routies are used for values that are fomatted in non-numeric displays.
virtual QString	formatDestinationToSource (const QString &val, const QString &unitDisplay, const QString &source, const QString &destination) const
virtual QString	locationLabelFor ()
	Returns labels based on the coordinate system by default as these labels are not currently changing by coordinate system.
virtual QString	speedLabelFor ()
virtual QString	velocityLabelFor ()
virtual QString	accelerationLabelFor ()
const DtTerrainDatabase *	terrainDatabase () const
void	setTerrainDatabase (const DtTerrainDatabase *)
virtual DtTaitBryan	topoOrientationFor (const DtVector &geocPos, const DtTaitBryan &geocOri) const
Public Member Functions inherited from DtCoordinateSystem
	DtCoordinateSystem (const DtUnitDisplayManager *)
virtual	~DtCoordinateSystem ()
virtual QString	name ()=0
virtual QString	xLabelFor () const =0
virtual QString	yLabelFor () const =0
virtual QString	zLabelFor () const =0
virtual DtGridLineChoiceMap	gridLineChoices (const QString &units) const =0
	Returns the list of possible grid line choices based on the currently selected units.
const DtUnitDisplayManager *	unitDisplayManager () const
void	setPrecision (int)
virtual int	precision () const
void	setPrecisionLowerBound (int)
virtual int	precisionLowerBound () const
void	setPrecisionUpperBound (int)
int	precisionUpperBound () const
void	setApplyPrecision (bool b)
bool	applyPrecision () const
QString	formatToPrecision (double d) const
virtual QString	formatSourceToDisplay (double val, const QString &unitDisplay, const QString &source) const
	Uses destiation as defined i unit manager.
virtual QString	formatDisplayToSource (double val, const QString &unitDisplay, const QString &source) const
	Uses destiation as defined i unit manager.
virtual QString	formatSourceToDisplay (const QString &val, const QString &unitDisplay, const QString &source) const
virtual QString	formatDisplayToSource (const QString &val, const QString &unitDisplay, const QString &source) const
virtual double	convertSourceToDestination (double val, const QString &source, const QString &destination) const
	Converts from the source to the destination units and returns formatted value.
virtual double	convertSourceToDisplay (double val, const QString &unitDisplay, const QString &source) const
virtual double	convertDestinationToSource (double val, const QString &source, const QString &destination) const
	Converts from the destination to the source.
virtual double	convertDisplayToSource (double val, const QString &unitDisplay, const QString &source) const
virtual DtGridLineDrawer *	gridLineDrawer () const
	Returns the drawer that is used for displaying grid lines.
virtual void	setGridLineDrawer (DtGridLineDrawer *)
	Clones the grid line drawer to keep it's own copy upon set.
virtual DtGridLineDrawer *	createDefaultGridLineDrawer () const

Protected Attributes
const DtTerrainDatabase *	myTerrainDatabase
Protected Attributes inherited from DtCoordinateSystem
const DtUnitDisplayManager *	myUnits
DtGridLineDrawer *	myGridLineDrawer
int	myPrecision
int	myUpperBound
int	myLowerBound
bool	myApplyPrecision

Constructor & Destructor Documentation

DtTerrainCoordinateSystem::DtTerrainCoordinateSystem ( const DtUnitDisplayManager * )

Member Function Documentation

virtual QStringList DtTerrainCoordinateSystem::convertPositionToStringList	(	const Coordinate_System *	cs,
		const DtVector &	geocPos
	)		const

pure virtual

Takes the x, y, z values that comes in and creates a string array of three strings that represent the values.

This call assumes the values being passed in are in geocentric values

Implemented in DtDatabaseCoordinateSystem, DtUtmCoordinateSystem, DtGeocentricCoordinateSystem, DtGeodeticCoordinateSystemDMS, and DtGeodeticCoordinateSystemDDD.

virtual void DtTerrainCoordinateSystem::convertToGeocentric	(	const DtStringLocation &	in,
		const Coordinate_System *	cs,
		DtVector &	vector
	)		const

pure virtual

Converts the given coordinates (in string rep) from the base units to geocentric.

Note that the coordinates must be in the units of this collection

Implemented in DtDatabaseCoordinateSystem, DtGeocentricCoordinateSystem, DtGeodeticCoordinateSystemDMS, DtUtmCoordinateSystem, and DtGeodeticCoordinateSystemDDD.

virtual void DtTerrainCoordinateSystem::convertFromGeocentric	(	const Coordinate_System *	cs,
		const DtVector &	vector,
		DtStringLocation &	out
	)		const

pure virtual

Converts the vector into the given units of the display manager.

Assumes the vector is in geocentric coordinates

Implemented in DtDatabaseCoordinateSystem, DtGeocentricCoordinateSystem, DtGeodeticCoordinateSystemDMS, DtUtmCoordinateSystem, and DtGeodeticCoordinateSystemDDD.

virtual double DtTerrainCoordinateSystem::speed	(	const Coordinate_System *	cs,
		const DtVector &	location,
		const DtVector &	velocity
	)		const

pure virtual

Return speed in units of display manager.

Assumes location and velocity are in geocentric coordinates

Implemented in DtDatabaseCoordinateSystem, DtGeodeticCoordinateSystemDMS, and DtGeocentricCoordinateSystem.

virtual DtVector DtTerrainCoordinateSystem::velocity	(	const Coordinate_System *	cs,
		const DtVector &	location,
		const DtVector &	velocity
	)		const

pure virtual

Return velocity in given units of display manager.

Assumes location and velocity are in geocentric coordinates

Implemented in DtDatabaseCoordinateSystem, DtGeodeticCoordinateSystemDMS, DtGeocentricCoordinateSystem, and DtUtmCoordinateSystem.

virtual DtVector DtTerrainCoordinateSystem::acceleration	(	const Coordinate_System *	cs,
		const DtVector &	location,
		const DtVector &	acl
	)		const

pure virtual

Return acceleration in given units of display manager.

Assumes location and acl are in geocentric coordinates

Implemented in DtGeodeticCoordinateSystemDMS, DtDatabaseCoordinateSystem, DtGeocentricCoordinateSystem, and DtUtmCoordinateSystem.

virtual DtVector DtTerrainCoordinateSystem::rotationalVelocity	(	const Coordinate_System *	cs,
		const DtVector &	location,
		const DtVector &	rtVel
	)		const

pure virtual

Return rotationalVelocity in given of display manager.

Assumes location and rtVel are in geocentric coordinates

Implemented in DtGeodeticCoordinateSystemDMS, DtDatabaseCoordinateSystem, and DtGeocentricCoordinateSystem.

virtual DtTaitBryan DtTerrainCoordinateSystem::localOrientationFor	(	const DtVector &	location,
		const DtTaitBryan &	geocOri
	)		const

pure virtual

Return local orientation given geocentric orientation.

Implemented in DtGeodeticCoordinateSystemDMS, DtDatabaseCoordinateSystem, DtGeocentricCoordinateSystem, and DtUtmCoordinateSystem.

virtual DtTaitBryan DtTerrainCoordinateSystem::headingPitchRollFor	(	const DtVector &	geocPos,
		const DtTaitBryan &	geocOri
	)		const

pure virtual

Return heading, pitch, roll in end coordinate system given local orientation.

Implemented in DtGeodeticCoordinateSystemDMS, DtDatabaseCoordinateSystem, DtGeocentricCoordinateSystem, and DtUtmCoordinateSystem.

virtual bool DtTerrainCoordinateSystem::convertFrom	(	const DtCoordinateSystem *	oldCS,
		const DtStringLocation &	curLoc,
		DtStringLocation &	newLoc
	)		const

virtual

Converts from the supplied coordinate system (including units) to our coordinate system and returns the newly formatted values into the result.

Returns false if conversion was not performed.

Implements DtCoordinateSystem.

virtual QString DtTerrainCoordinateSystem::formatSourceToDestination	(	double	val,
		const QString &	unitDisplay,
		const QString &	source,
		const QString &	destination
	)		const

virtual

Formats from the source to the destination units and returns formatted value.

Unit display is defined in unitDisplayManager.h. If destination is blank, returns the destination that is currently assigned to the unitDisplay

Implements DtCoordinateSystem.

Reimplemented in DtGeodeticCoordinateSystemDMS, DtGeocentricCoordinateSystem, and DtUtmCoordinateSystem.

virtual QString DtTerrainCoordinateSystem::formatDestinationToSource	(	double	val,
		const QString &	unitDisplay,
		const QString &	source,
		const QString &	destination
	)		const

virtual

Formats from the destination to the source.

Implements DtCoordinateSystem.

Reimplemented in DtGeocentricCoordinateSystem, and DtUtmCoordinateSystem.

virtual QString DtTerrainCoordinateSystem::formatSourceToDestination	(	const QString &	val,
		const QString &	unitDisplay,
		const QString &	source,
		const QString &	destination
	)		const

virtual

These routies are used for values that are fomatted in non-numeric displays.

Implements DtCoordinateSystem.

Reimplemented in DtDatabaseCoordinateSystem.

virtual QString DtTerrainCoordinateSystem::formatDestinationToSource	(	const QString &	val,
		const QString &	unitDisplay,
		const QString &	source,
		const QString &	destination
	)		const