class OverlayInrimageView : public InrimageView

A viewer for merging 2 inrimage of the same size and type

Inheritance:

Public Methods

virtual	~OverlayInrimageView () destruction: do not delete visualized inrimage
virtual void	doCreateCamera (SliceCamera& cam) add a camera in inrimage view management
Inrimage*	getFirstInrimage () const returns the first pointed inrimage
Inrimage*	getSecondInrimage () const returns the second pointed inrimage
virtual void	changeInrimage (Inrimage *inr) Modifies the first inrimage and updates all slices
virtual void	changeSecondInrimage (Inrimage *inr) Modifies the secoond inrimage and Updates all slices
InrimageSliceInterface*	getSecondSliceInterface () const returns the second slice interface associated with the image

Public

	Exception classes class MismatchedImageType : public Exception mismatched inrimage type class MismatchedImageSize : public Exception mismatched inrimage size class NoImage : public Exception empty inrimage
	constructors OverlayInrimageView (Inrimage *inr1, Inrimage *inr2, Scene2D *scene, bool _createGLScale=true) throw(MismatchedImageType, MismatchedImageSize, NoImage) Normal constructor by specifiying 2 inrimages to merge and display

Protected Fields

ObjectPointer <Inrimage>	secondImage second intensity image
InrimageSliceInterface*	secondSliceInterface the slice interface linked to the second image

Inherited from InrimageView:

Public Methods

virtual void dying(const ObjectPointer < Inrimage > &)

void focusCamera(SliceCamera& cam)

virtual void createdCamera(SliceCamera& cam)

void deletedCamera(SliceCamera& cam)

Scene2D* getScene(void) const

InrimageBackground* getBackgroundFromCamera(SliceCamera *cam)

virtual void translate(const Vec2& t)

virtual void rotate(const Rotation2D &r)

virtual void scale(const double s)

virtual void updateCenter(Vec2& center, unsigned int& n)

virtual void select(Camera2D *)

virtual double updateRadius(const Vec2& center)

virtual double computeClosestDistance(DataTypes::MouseClick& mc) const

std::list <InrimageBackground *> ::iterator firstBackground()

std::list <InrimageBackground *> ::iterator lastBackground()

Inrimage* getInrimage() const

void refreshCameras(void)

virtual void unselect(Camera2D *)

virtual void redraw(Camera2D *cam)

InrimageSliceInterface* getSliceInterface() const

Protected Fields

InrimageSliceInterface* sliceInterface

std::list <InrimageBackground *> backgroundList

bool createGLScale

Protected Methods

void init(void)

Exception classes

class MismatchedImageType: public Exception

mismatched inrimage type

class MismatchedImageSize: public Exception

mismatched inrimage size

class NoImage: public Exception

empty inrimage

ObjectPointer <Inrimage> secondImage

second intensity image

InrimageSliceInterface* secondSliceInterface

the slice interface linked to the second image

constructors

OverlayInrimageView(Inrimage *inr1, Inrimage *inr2, Scene2D *scene, bool _createGLScale=true) throw(MismatchedImageType, MismatchedImageSize, NoImage)

Normal constructor by specifiying 2 inrimages to merge and display

Parameters:

inr1 - first inrimage to draw
inr2 - second inrimage to draw
scene - scene to build data in
_createGLScale - boolean indicating if we should create GLScales associated with each background

virtual ~OverlayInrimageView()

destruction: do not delete visualized inrimage

virtual void doCreateCamera(SliceCamera& cam)

add a camera in inrimage view management

Inrimage* getFirstInrimage() const

returns the first pointed inrimage

Inrimage* getSecondInrimage() const

returns the second pointed inrimage

virtual void changeInrimage(Inrimage *inr)

Modifies the first inrimage and updates all slices

virtual void changeSecondInrimage(Inrimage *inr)

Modifies the secoond inrimage and Updates all slices

InrimageSliceInterface* getSecondSliceInterface() const

returns the second slice interface associated with the image

This class has no child classes.

alphabetic index hierarchy of classes

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(c)opyright by Malte Zöckler, Roland Wunderling
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