Inheritance diagram for niftk::SingleViewerWidgetTestClass:

Collaboration diagram for niftk::SingleViewerWidgetTestClass:

Public Types
enum	WorldAxes { SagittalAxis, CoronalAxis, AxialAxis }

typedef AtomicStateTransitionTester < const SingleViewerWidget *, SingleViewerWidgetState >	ViewerStateTester

typedef SingleViewerWidgetState	ViewerState

typedef SingleViewerWidgetTestClass	Self

Public Member Functions
	SingleViewerWidgetTestClass ()
	Constructs a niftkSingleViewerWidgetTestClass object. More...

virtual	~SingleViewerWidgetTestClass ()
	Destructs the niftkSingleViewerWidgetTestClass object. More...

std::string	GetFileName () const
	Gets the name of the image file to load into the viewer. More...

void	SetFileName (const std::string &fileName)
	Sets the name of the image file to load into the viewer. More...

bool	GetInteractiveMode () const
	Gets the interactive mode. In interactive mode the windows are not closed when the test is finished. More...

void	SetInteractiveMode (bool interactiveMode)
	Sets the interactive mode. In interactive mode the windows are not closed when the test is finished. More...

mitk::Point3D	GetWorldPositionAtDisplayPosition (int orientation, const mitk::Vector2D &displayPosition)

mitk::Vector2D	GetDisplayPositionAtWorldPosition (int orientation, const mitk::Point3D &worldPosition)

mitk::Vector2D	GetCentrePosition (int windowIndex)
	Gets the position of the centre of the displayed region, relative to the render window. More...

std::vector< mitk::Vector2D >	GetCentrePositions ()
	Gets the position of the centre of the displayed regions, relative to their render windows. More...

double	GetVoxelCentreCoordinate (int axis, double coordinate)
	Gets one coordinate of the centre of the voxel that contains the given coordinate along the axis. More...

mitk::Point3D	GetVoxelCentrePosition (const mitk::Point3D &position)
	Gets the position of the centre of the voxel that contains the given position. More...

bool	Equals (const mitk::Point3D &selectedPosition1, const mitk::Point3D &selectedPosition2, double tolerance=-1.0)
	Determines if two world positions are equal with the certain tolerance. By default, or if negative value is specified, the tolerance is half voxel for each coordinate. Converting the positions to voxel space should result equal coordinates. More...

bool	Equals (const std::vector< mitk::Vector2D > &cursorPositions1, const std::vector< mitk::Vector2D > &cursorPositions2, double tolerance=0.01)
	Determines if two vectors of cursor positions are equal with the given tolerance. The function assumes that the vectors contain three elements. More...

mitk::Point3D	GetRandomWorldPosition () const
	Gives a random position from the image volume, in mm coordinates. More...

void	SetRandomPositions ()
	Sets random selected position, cursor positions and scale factors for the viewer. More...

Static Public Member Functions
static mitk::Point3D	GetWorldOrigin (const mitk::BaseGeometry *geometry)
	Calculates the world origin from a 3D geometry. The world origin is the centre of the bottom-left-back voxel for image geometries and the bottom-left-back corner of the bottom-left-back voxel for non-image geometries. More...

static mitk::Vector3D	GetWorldUpDirections (const mitk::BaseGeometry *geometry)
	Calculates the up direction of the world axes from a 3D geometry. More...

static std::vector< int >	GetWorldAxes (const mitk::Geometry3D *geometry)
	Calculates the world axes from a 3D geometry. More...

static mitk::Point3D	GetWorldBottomLeftBackCorner (const mitk::BaseGeometry *geometry)
	Calculates the world origin from a 3D geometry. The world origin is the centre of the bottom-left-back voxel for image geometries and the bottom-left-back corner of the bottom-left-back voxel for non-image geometries. More...

static QPoint	GetPointAtCursorPosition (QmitkRenderWindow *renderWindow, const mitk::Vector2D &cursorPosition)
	Converts a cursor position in a render window to a point on the screen. The cursor position is a relative position within the render window normalised to the render window size. The bottom left position is (0.0, 0.0), the top right position is (1.0, 1.0). More...

static mitk::Vector2D	GetDisplayPositionAtPoint (QmitkRenderWindow *renderWindow, const QPoint &point)
	Converts a point on the screen to a cursor position in a render window. The cursor position is a relative position within the render window normalised to the render window size. The bottom left position is (0.0, 0.0), the top right position is (1.0, 1.0). More...

static bool	Equals (const mitk::Vector2D &cursorPosition1, const mitk::Vector2D &cursorPosition2, double tolerance=0.01)
	Determines if two cursor positions are equal with the given tolerance. More...

static mitk::Vector2D	GetRandomDisplayPosition ()
	Gives a random position in the render window, normalised with the render window size. The measurement is unit (i.e. px/px). More...

static std::vector < mitk::Vector2D >	GetRandomDisplayPositions (std::vcl_size_t size=std::vcl_size_t(3))
	Gives a vector of random diplay positions, normalised with the render window size. More...

static double	GetRandomScaleFactor ()
	Gives a random scale factor (mm/px) within the range (0.0, 2.0). More...

static std::vector< double >	GetRandomScaleFactors (std::vcl_size_t size=std::vcl_size_t(3))
	Gives a vector of random scale factors (mm/px) within the range (0.0, 2.0). More...

Member Typedef Documentation

typedef SingleViewerWidgetTestClass niftk::SingleViewerWidgetTestClass::Self

typedef SingleViewerWidgetState niftk::SingleViewerWidgetTestClass::ViewerState

typedef AtomicStateTransitionTester<const SingleViewerWidget*, SingleViewerWidgetState> niftk::SingleViewerWidgetTestClass::ViewerStateTester

Member Enumeration Documentation

enum niftk::SingleViewerWidgetTestClass::WorldAxes

Enumerator
SagittalAxis
CoronalAxis
AxialAxis

Constructor & Destructor Documentation

niftk::SingleViewerWidgetTestClass::SingleViewerWidgetTestClass ( )

explicit

Constructs a niftkSingleViewerWidgetTestClass object.

niftk::SingleViewerWidgetTestClass::~SingleViewerWidgetTestClass ( )

virtual

Destructs the niftkSingleViewerWidgetTestClass object.

Member Function Documentation

bool niftk::SingleViewerWidgetTestClass::Equals	(	const mitk::Point3D &	selectedPosition1,
		const mitk::Point3D &	selectedPosition2,
		double	tolerance = `-1.0`
	)

Determines if two world positions are equal with the certain tolerance. By default, or if negative value is specified, the tolerance is half voxel for each coordinate. Converting the positions to voxel space should result equal coordinates.

bool niftk::SingleViewerWidgetTestClass::Equals	(	const mitk::Vector2D &	cursorPosition1,
		const mitk::Vector2D &	cursorPosition2,
		double	tolerance = `0.01`
	)

static

Determines if two cursor positions are equal with the given tolerance.

bool niftk::SingleViewerWidgetTestClass::Equals	(	const std::vector< mitk::Vector2D > &	cursorPositions1,
		const std::vector< mitk::Vector2D > &	cursorPositions2,
		double	tolerance = `0.01`
	)

Determines if two vectors of cursor positions are equal with the given tolerance. The function assumes that the vectors contain three elements.

mitk::Vector2D niftk::SingleViewerWidgetTestClass::GetCentrePosition ( int windowIndex )

Gets the position of the centre of the displayed region, relative to the render window.

std::vector< mitk::Vector2D > niftk::SingleViewerWidgetTestClass::GetCentrePositions ( )

Gets the position of the centre of the displayed regions, relative to their render windows.

This is not necessary but makes the printed results easier to read.

mitk::Vector2D niftk::SingleViewerWidgetTestClass::GetDisplayPositionAtPoint	(	QmitkRenderWindow *	renderWindow,
		const QPoint &	point
	)

static

Converts a point on the screen to a cursor position in a render window. The cursor position is a relative position within the render window normalised to the render window size. The bottom left position is (0.0, 0.0), the top right position is (1.0, 1.0).

mitk::Vector2D niftk::SingleViewerWidgetTestClass::GetDisplayPositionAtWorldPosition	(	int	orientation,
		const mitk::Point3D &	worldPosition
	)

std::string niftk::SingleViewerWidgetTestClass::GetFileName ( ) const

Gets the name of the image file to load into the viewer.

bool niftk::SingleViewerWidgetTestClass::GetInteractiveMode ( ) const

Gets the interactive mode. In interactive mode the windows are not closed when the test is finished.

QPoint niftk::SingleViewerWidgetTestClass::GetPointAtCursorPosition	(	QmitkRenderWindow *	renderWindow,
		const mitk::Vector2D &	cursorPosition
	)

static

Converts a cursor position in a render window to a point on the screen. The cursor position is a relative position within the render window normalised to the render window size. The bottom left position is (0.0, 0.0), the top right position is (1.0, 1.0).

mitk::Vector2D niftk::SingleViewerWidgetTestClass::GetRandomDisplayPosition ( )

static

Gives a random position in the render window, normalised with the render window size. The measurement is unit (i.e. px/px).

std::vector< mitk::Vector2D > niftk::SingleViewerWidgetTestClass::GetRandomDisplayPositions ( std::vcl_size_t size = std::vcl_size_t(3) )

static

Gives a vector of random diplay positions, normalised with the render window size.

double niftk::SingleViewerWidgetTestClass::GetRandomScaleFactor ( )

static

Gives a random scale factor (mm/px) within the range (0.0, 2.0).

std::vector< double > niftk::SingleViewerWidgetTestClass::GetRandomScaleFactors ( std::vcl_size_t size = std::vcl_size_t(3) )

static

Gives a vector of random scale factors (mm/px) within the range (0.0, 2.0).

mitk::Point3D niftk::SingleViewerWidgetTestClass::GetRandomWorldPosition ( ) const

Gives a random position from the image volume, in mm coordinates.

double niftk::SingleViewerWidgetTestClass::GetVoxelCentreCoordinate	(	int	axis,
		double	coordinate
	)

Gets one coordinate of the centre of the voxel that contains the given coordinate along the axis.

mitk::Point3D niftk::SingleViewerWidgetTestClass::GetVoxelCentrePosition ( const mitk::Point3D & position )

Gets the position of the centre of the voxel that contains the given position.

static std::vector<int> niftk::SingleViewerWidgetTestClass::GetWorldAxes ( const mitk::Geometry3D * geometry )

static

Calculates the world axes from a 3D geometry.

mitk::Point3D niftk::SingleViewerWidgetTestClass::GetWorldBottomLeftBackCorner ( const mitk::BaseGeometry * geometry )

static

Calculates the world origin from a 3D geometry. The world origin is the centre of the bottom-left-back voxel for image geometries and the bottom-left-back corner of the bottom-left-back voxel for non-image geometries.

TODO !!! This line should not be needed. !!!

mitk::Point3D niftk::SingleViewerWidgetTestClass::GetWorldOrigin ( const mitk::BaseGeometry * geometry )

static

Calculates the world origin from a 3D geometry. The world origin is the centre of the bottom-left-back voxel for image geometries and the bottom-left-back corner of the bottom-left-back voxel for non-image geometries.

mitk::Point3D niftk::SingleViewerWidgetTestClass::GetWorldPositionAtDisplayPosition	(	int	orientation,
		const mitk::Vector2D &	displayPosition
	)

mitk::Vector3D niftk::SingleViewerWidgetTestClass::GetWorldUpDirections ( const mitk::BaseGeometry * geometry )

static

Calculates the up direction of the world axes from a 3D geometry.

void niftk::SingleViewerWidgetTestClass::SetFileName ( const std::string & fileName )

Sets the name of the image file to load into the viewer.

void niftk::SingleViewerWidgetTestClass::SetInteractiveMode ( bool interactiveMode )

Sets the interactive mode. In interactive mode the windows are not closed when the test is finished.

void niftk::SingleViewerWidgetTestClass::SetRandomPositions ( )

Sets random selected position, cursor positions and scale factors for the viewer.

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

Public Types

Public Member Functions

Static Public Member Functions

Member Typedef Documentation

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation