Base Anatomist object (abstract) More...

#include <anatomist/object/Object.h>

Inheritance diagram for anatomist::AObject:

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Collaboration diagram for anatomist::AObject:

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Public Types
enum	ObjectType { VOLUME , BUCKET , FACET , TRIANG , LIST , VECTOR , MAP , SET , GRAPH , GRAPHOBJECT , VOLSURF , MULTISURF , MULTIBUCKET , MULTIVOLUME , FUSION2D , FUSION3D , FASCICLE , FASCICLEGRAPH , TEXTURE , TEXSURFACE , FUSION2DMESH , VECTORFIELD , OTHER }
	Base object type identifiers. More...

typedef std::set< MObject * >	ParentList
	Storage type for parent objects (multi-objects containing this one)

typedef ObjectMenu (	ObjectMenuRegistrerFunction) (const AObject objtype, ObjectMenu menu)
	dynamic menu registration function

Public Types inherited from carto::RCObject
typedef int	RefCounterType

Public Member Functions
	AObject (const std::string &filename="")

virtual	~AObject ()
	AObject subclasses must call cleanup() in their destructor.

virtual AObject *	clone (bool shallow=true)
	Makes a copy of the object, with a duplicated object structure, palette and material, but which may share the underlying low-level data object (Aims object).

virtual const GLComponent *	glAPI () const
	OpenGL objects const API.

virtual GLComponent *	glAPI ()
	OpenGL objects API.

virtual const MObject *	mObjectAPI () const

virtual MObject *	mObjectAPI ()

int	type () const
	Object type identifier.

void	setType (int type)
	Method to set type id, because type() is not virtual.

int	id () const
	Unique ID assigned upon construction, but somewhat unused now...

std::string	name () const
	Name shown in control window.

std::string	fileName () const
	File name (if any) for loaded objects.

void	setName (const std::string &n)

void	setFileName (const std::string &filename)

void	setId (int id)

virtual int	isMultiObject () const
	maybe not necessary ?: we can use dynamic_cast instead

virtual float	MinT () const
	Obsolete, deprecated.

virtual float	MaxT () const
	Obsolete, deprecated.

virtual bool	boundingBox2D (std::vector< float > &bmin, std::vector< float > &bmax) const
	Bounding box in 2D views mode.

virtual bool	boundingBox (std::vector< float > &bmin, std::vector< float > &bmax) const
	Fills bmin and bmax with the N-D bounding box extrema in the object's referential coordinates.

virtual bool	render (PrimList &, const ViewState &)
	rendering (generally 2D or 3D using OpenGL).

virtual std::vector< float >	voxelSize () const
	Returns at least 4 sizes. For 3D objects, returns (1, 1, 1, 1)

virtual void	setVoxelSize (const std::vector< float > &)

virtual void	internalUpdate ()
	Updates the state of the object.

virtual void	adjustPalette ()
	Creates or updates object palette according to object values (if needed)

virtual AObjectPalette *	palette ()
	Normally, getOrCreatePalette() should be used instead of this function in most cases.

virtual const AObjectPalette *	palette () const

virtual void	setPalette (const AObjectPalette &palette)

virtual const AObjectPalette *	getOrCreatePalette () const
	User normally calls this function.

virtual void	createDefaultPalette (const std::string &name="")
	function called by getOrCreatePalette() - overloadable, need not be called directly

virtual void	SetMaterial (const Material &mat)

virtual Material &	GetMaterial ()

virtual const Material &	material () const

Referential *	getReferential () const

AObject *	referentialInheritance () const
	if not null, the object referential is inherited from this object

virtual void	setReferentialInheritance (AObject *ao)

virtual void	setReferential (Referential *ref)

virtual AObject *	fallbackReferentialInheritance () const
	object to take referential from when no ref is assigned

const Referential *	previousReferential () const
	Referential that the object was in before the last change.

virtual Tree *	optionTree () const
	Menu tree for new options, see object/optionMatcher.h.

virtual ObjectMenu *	optionMenu () const

int	InMemory () const
	For objects loading only when needed (not used yet...)

int	Visible () const
	Visibility in control window.

void	SetVisibility (int v)

ParentList &	Parents ()
	List of multi-objects containing this one. Obsolete: use parents()

ParentList &	parents ()
	List of multi-objects containing this one.

const ParentList &	parents () const
	List of multi-objects containing this one.

virtual void	RegisterParent (MObject *pob)

virtual void	UnregisterParent (MObject *pob)

const std::set< AWindow * > &	WinList ()
	List of windows showing this object.

virtual void	registerWindow (AWindow *window)

virtual void	unregisterWindow (AWindow *window)

virtual bool	Is2DObject ()=0

virtual bool	Is3DObject ()=0

virtual bool	IsFusion2DAllowed ()

virtual bool	textured2D () const
	true if 2D rendering uses a textured plane (not a full openGL object)

virtual bool	isTransparent () const

virtual bool	renderingIsObserverDependent () const
	true only if the rendering (openGL) of the object changes with the observer position/orientation of the view (which is rare, but typically needed for Volume Rendering)

virtual int	CanBeDestroyed ()
	Allows / unallows destruction of object.

virtual void	setReferenceChanged ()

bool	hasReferenceChanged () const

virtual void	setInternalsChanged ()
	Notifies some underlying lower-level objects have changed.

virtual void	clearHasChangedFlags () const
	Reset has-changed flags.

bool	userModified () const
	if the object has been modified by user interaction, and needs saving

void	setUserModified (bool state=true)
	if the object has been modified by user interaction, and needs saving

virtual AObject *	objectAt (const std::vector< float > &pos, float tol=0)
	Find the object (sub-object) at given postion with a tolerence.

virtual AObject *	objectAt (const std::vector< float > &pos, float tol, const Referential *orgref, const Point3df &orggeom)
	Same with origin window referential.

virtual const AObject *	nearestVertex (const std::vector< float > &pos, int vertex, float distance, float tol=-1, int *polygon=0, bool tex_only=false, int target_poly=-1) const
	Get the nearest vertex to a given position.

virtual void	setGeomExtrema ()
	Scans the object internals and determines its geometry extrema.

virtual void	SetExtrema ()
	Scans the object internals and determines its (texture) extrema values.

virtual bool	hasTexture () const
	Textured objects have values associated with a geometric coordinate.

virtual unsigned	dimTexture () const
	Number of texture values for a point.

virtual float	mixedTexValue (const std::vector< float > &pos, const Referential *orgRef, int poly=-1) const
	Gets a "mixed" texture value at a given space / time location.

virtual float	mixedTexValue (const std::vector< float > &pos, int poly=-1) const
	Same as above except that coordinates are not transformed but taken in object coordinates system.

virtual std::vector< float >	texValues (const std::vector< float > &pos, const Referential *orgRef, int poly=-1) const
	Gets the array of texture values at a given location.

virtual std::vector< float >	texValues (const std::vector< float > &pos, int poly=-1) const

virtual carto::rc_ptr< carto::Volume< float > >	texValuesSeries (const std::vector< float > &pos, int axis, const Referential *orgRef, int poly=-1) const

virtual carto::rc_ptr< carto::Volume< float > >	texValuesSeries (const std::vector< float > &pos, int axis, int poly=-1) const

virtual void	getTextureLabels (const std::vector< float > &texvalues, std::vector< std::string > &texlabels, std::string &textype) const

virtual bool	loadable () const

virtual bool	savable () const

virtual bool	reload (const std::string &filename)
	Re-reads objects from disk.

virtual std::string	objectFullTypeName (void) const
	Get Object Full Type Name.

bool	allowsOverwriteOnSave () const

void	setAllowsOverwriteOnSave (bool x)

bool	save (const std::string &filename, bool onlyIfModified)

virtual bool	save (const std::string &filename)

virtual bool	printTalairachCoord (const Point3df &, const Referential *) const
	should be replaced by a real referential

void	setHeaderOptions ()
	Set some object properties according to the header (.minf), such as material, palette etc.

virtual void	setProperties (carto::Object options)
	Same as setHeaderOptions() and used by it, allows passing a dictionary.

virtual void	storeHeaderOptions ()
	Store some object properties into the header (.minf), such as material, palette etc before saving the object.

virtual carto::Object	makeHeaderOptions () const
	get object properties into a generic object, such as material, palette etc before saving the object

long	loadDate () const
	Time the object was created, loaded or reloaded.

void	setLoadDate (long t)

virtual void	update (const Observable observable, void arg)
	This method is called whenever the observed object is changed.

bool	isCopy () const

void	setCopyFlag (bool x=true)

virtual std::string	toolTip () const
	tooltip displayed in 3D views (HTML).

carto::Object	aimsMeshFromGLComponent ()

Public Member Functions inherited from anatomist::Observable
	Observable ()
	Construct an Observable with zero observers.

virtual	~Observable ()
	does nothing

void	addObserver (Observer *observer)
	Adds an observer to the set of observers for this object.

void	deleteObserver (Observer *observer)
	Deletes an observer from the set of observers of this object.

void	deleteObservers ()
	Clears the observer list so that this object no longer has any observers (doesn't call any observer method - see notifyUnregisterObservers() for this )

int	countObservers () const
	Returns the number of observers of this object.

virtual void	notifyObservers (void *arg=0)
	If this object has changed, as indicated by the hasChanged method, then notify all of its observers.

virtual void	notifyUnregisterObservers ()
	Notifies observable destruction to all observers and unregisters them.

bool	hasChanged () const
	Tests if this object has changed.

bool	obsHasChanged (int) const
	only valid during an Observer::update()

bool	obsHasChanged (const std::string &) const
	only valid during an Observer::update()

void	setChanged () const
	Indicates that this object has changed.

Public Member Functions inherited from carto::SharedObject
	SharedObject ()

	SharedObject (const SharedObject &x)

virtual	~SharedObject ()

SharedObject &	operator= (const SharedObject &)

bool	testDeletable ()

bool	tryDelete ()

Public Member Functions inherited from carto::WeakObject
void	attachWeakPtr (weak_ptr< T > &) const

void	detachWeakPtr (weak_ptr< T > &) const

void	attachWeakPtr (weak_shared_ptr< T > &) const

void	detachWeakPtr (weak_shared_ptr< T > &) const

virtual	~WeakObject ()

Public Member Functions inherited from carto::RCObject
	RCObject ()

	RCObject (const RCObject &)

RCObject &	operator= (const RCObject &)

virtual	~RCObject ()

Public Member Functions inherited from anatomist::Observer
virtual	~Observer ()

Static Public Member Functions
static std::list< AObject * >	load (const std::string &filename)
	Static object loader: creates an objects, loads its contents.

static bool	reload (AObject *object, bool onlyoutdated=false)
	Reads from disk again.

static int	registerObjectType (const std::string &id)
	Creates a new object type number and returns it.

static std::string	objectTypeName (int type)

static void	setObjectMenu (std::string type, carto::rc_ptr< ObjectMenu > om)

static carto::rc_ptr< ObjectMenu >	getObjectMenu (std::string type)

static std::map< std::string, carto::rc_ptr< ObjectMenu > > &	getObjectMenuMap ()

static void	addObjectMenuRegistration (ObjectMenuRegistrerFunction)

static void	addObjectMenuRegistration (ObjectMenuRegistrerClass *)

static void	cleanStatic ()
	cleanup static global variables (called when quitting anatomist)

Protected Member Functions
const PrimList &	primitives () const

PrimList &	primitives ()

virtual void	cleanup ()
	must be called by objects destructors - Must be explicitly called by each object destructor since it can call virtual functions

virtual void	clearReferentialInheritance ()
	sets the object to get referential from to null, unregister it

AObject *&	_referentialInheritance ()
	provide access to derived classes

virtual void	unregisterObservable (Observable *)
	Called when an observable is destroyed, only called by Observable: don't use this function directly.

	AObject (const AObject &)
	copy constructor, protected and used only to reimplement clone()

void	clearChanged () const
	Indicates that this object has no longer changed, or that it has already notified all of its observers of its most recent change.

void	obsSetChanged (int, bool=true) const
	int-based change flags (use enums to address them)

void	obsSetChanged (const std::string &, bool=true) const
	string-based change flags

Protected Member Functions inherited from carto::SharedObject
void	disableRefCount ()

Protected Member Functions inherited from carto::WeakObject
	WeakObject ()

	WeakObject (const WeakObject &)

WeakObject &	operator= (const WeakObject &)

Protected Member Functions inherited from anatomist::Observer
virtual void	cleanupObserver ()
	call this function from inherited classes destructors.

virtual void	registerObservable (Observable *)
	only called by Observable: don't use this function directly

const std::set< Observable * > &	observed () const

Protected Attributes
int	_type
	Should be static in each object class.

int	_id

std::string	_name

std::string	_filename

std::set< AWindow * >	_winList

int	_inMemory

int	_visible

ParentList	_parents

Material	_material
	Should be a pointer: some objects don't have a material (2D objects)

Referential *	_referential
	Referentiel.

bool	_referenceHasChanged
	Reference has-changed flag.

AObjectPalette *	_palette
	Palette.

Static Protected Attributes
static std::map< std::string, int >	_objectTypes
	name-to-type map

static std::map< int, std::string >	_objectTypeNames
	type-to-name map

static std::map< std::string, carto::rc_ptr< ObjectMenu > >	_objectmenu_map
	Object Menu Map.

Friends
class	StaticInitializers

Detailed Description

Base Anatomist object (abstract)

Definition at line 96 of file Object.h.

Member Typedef Documentation

◆ ObjectMenuRegistrerFunction

typedef ObjectMenu *(* anatomist::AObject::ObjectMenuRegistrerFunction) (const AObject *objtype, ObjectMenu *menu)

dynamic menu registration function

Definition at line 135 of file Object.h.

◆ ParentList

typedef std::set<MObject*> anatomist::AObject::ParentList

Storage type for parent objects (multi-objects containing this one)

Definition at line 100 of file Object.h.

Member Enumeration Documentation

◆ ObjectType

enum anatomist::AObject::ObjectType

Base object type identifiers.

Some of these base types are still unused now. New objects (unknown to the base Anatomist library) use dynamic identifiers that they must register by calling registerObjectType() once (and only once)

Enumerator
VOLUME
BUCKET
FACET
TRIANG
LIST
VECTOR
MAP
SET
GRAPH
GRAPHOBJECT
VOLSURF
MULTISURF
MULTIBUCKET
MULTIVOLUME
FUSION2D
FUSION3D
FASCICLE
FASCICLEGRAPH
TEXTURE
TEXSURFACE
FUSION2DMESH
VECTORFIELD
OTHER	External object type (unknown from the base anatomist library)

Definition at line 106 of file Object.h.

Constructor & Destructor Documentation

◆ AObject() [1/2]

anatomist::AObject::AObject ( const std::string & filename = "" )

◆ ~AObject()

virtual anatomist::AObject::~AObject ( )

virtual

AObject subclasses must call cleanup() in their destructor.

◆ AObject() [2/2]

anatomist::AObject::AObject ( const AObject & )

protected

copy constructor, protected and used only to reimplement clone()

References AObject().

Member Function Documentation

◆ _referentialInheritance()

AObject *& anatomist::AObject::_referentialInheritance ( )

protected

provide access to derived classes

References AObject().

◆ addObjectMenuRegistration() [1/2]

static void anatomist::AObject::addObjectMenuRegistration ( ObjectMenuRegistrerClass * )

static

◆ addObjectMenuRegistration() [2/2]

static void anatomist::AObject::addObjectMenuRegistration ( ObjectMenuRegistrerFunction )

static

◆ adjustPalette()

virtual void anatomist::AObject::adjustPalette ( )

virtual

Creates or updates object palette according to object values (if needed)

Reimplemented in anatomist::AVolume< T >, and anatomist::AVolumeView< T >.

◆ aimsMeshFromGLComponent()

carto::Object anatomist::AObject::aimsMeshFromGLComponent ( )

◆ allowsOverwriteOnSave()

bool anatomist::AObject::allowsOverwriteOnSave ( ) const

◆ boundingBox()

virtual bool anatomist::AObject::boundingBox	(	std::vector< float > &	bmin,
		std::vector< float > &	bmax ) const

virtual

Fills bmin and bmax with the N-D bounding box extrema in the object's referential coordinates.

Changed in Anatomist 4.6. The older API was using Point3df instead of vector and informed only the spatial dimensions.

An object with no spatial information (a texture for instance) may still have time information. For this reason, the resulting bounding box should always have 4 components (at least), then 4th and additional ones should be valid, even if the function returns false (no spatial bounding box).

Returns: true if object has a "spatial" bounding box (x, y, z coordinates)

Reimplemented in anatomist::AConnectivityMatrix, anatomist::AGraph, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexSurface, anatomist::ATexture, anatomist::AVolume< T >, anatomist::AVolumeView< T >, anatomist::Bucket, anatomist::CutMesh, anatomist::Fusion3D, anatomist::MObject, and anatomist::PlanarFusion3D.

◆ boundingBox2D()

virtual bool anatomist::AObject::boundingBox2D	(	std::vector< float > &	bmin,
		std::vector< float > &	bmax ) const

virtual

Bounding box in 2D views mode.

In mm, may be the same as boundingBox() if the object field of view is the same in 3D and 2D modes. It normally includes voxels size (for a volume, bmin will be -vs/2 where vs is the voxel size, for the 3 first coordinates).

The default implementation just calls boundingBox().

Reimplemented in anatomist::AGraph, anatomist::AVolume< T >, anatomist::AVolumeView< T >, anatomist::Bucket, anatomist::Fusion2DMesh, and anatomist::MObject.

◆ CanBeDestroyed()

virtual int anatomist::AObject::CanBeDestroyed ( )

virtual

Allows / unallows destruction of object.

(cannot be destroyed if part of some other kind of multi-object)

◆ cleanStatic()

static void anatomist::AObject::cleanStatic ( )

static

cleanup static global variables (called when quitting anatomist)

◆ cleanup()

virtual void anatomist::AObject::cleanup ( )

protectedvirtual

must be called by objects destructors - Must be explicitly called by each object destructor since it can call virtual functions

Referenced by anatomist::ASurface< 3 >::notifyObservers().

◆ clearHasChangedFlags()

virtual void anatomist::AObject::clearHasChangedFlags ( ) const

virtual

Reset has-changed flags.

Must be called after a call to notifyObservers function to reset changes. This system is somewhat insuficient in fact: some observers don't need to update just now, and won't see the change later...

Reimplemented in anatomist::CutMesh, and anatomist::MObject.

◆ clearReferentialInheritance()

virtual void anatomist::AObject::clearReferentialInheritance ( )

protectedvirtual

sets the object to get referential from to null, unregister it

Reimplemented in anatomist::MObject.

◆ clone()

virtual AObject * anatomist::AObject::clone ( bool shallow = true )

virtual

Makes a copy of the object, with a duplicated object structure, palette and material, but which may share the underlying low-level data object (Aims object).

This is especially useful to show the same object with several palettes. This virtual method returns null by default if it is not overloaded.

Reimplemented in anatomist::AGraph, anatomist::ASparseMatrix, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexture, and anatomist::AVolume< T >.

References AObject().

◆ createDefaultPalette()

virtual void anatomist::AObject::createDefaultPalette ( const std::string & name = "" )

virtual

function called by getOrCreatePalette() - overloadable, need not be called directly

Reimplemented in anatomist::AGraph, anatomist::ATexture, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

References name().

◆ dimTexture()

virtual unsigned anatomist::AObject::dimTexture ( ) const

inlinevirtual

Number of texture values for a point.

Reimplemented in anatomist::ATexture, anatomist::AVolume< T >, and anatomist::Fusion2D.

Definition at line 350 of file Object.h.

◆ fallbackReferentialInheritance()

virtual AObject * anatomist::AObject::fallbackReferentialInheritance ( ) const

virtual

object to take referential from when no ref is assigned

Reimplemented in anatomist::CutMesh, anatomist::Fusion2D, anatomist::PlanarFusion3D, and anatomist::TesselatedMesh.

References AObject().

◆ fileName()

std::string anatomist::AObject::fileName ( ) const

inline

File name (if any) for loaded objects.

Definition at line 168 of file Object.h.

References _filename.

Referenced by anatomist::ASurface< D >::clone().

◆ GetMaterial()

virtual Material & anatomist::AObject::GetMaterial ( )

inlinevirtual

Reimplemented in anatomist::AGraphObject, anatomist::ClippedObject, anatomist::CutMesh, anatomist::Fusion2DMesh, anatomist::GLMObject, anatomist::Slice, anatomist::TesselatedMesh, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

Definition at line 235 of file Object.h.

References _material.

Referenced by material(), anatomist::ASurface< D >::setSurface(), and anatomist::ASurface< D >::setSurface().

◆ getObjectMenu()

static carto::rc_ptr< ObjectMenu > anatomist::AObject::getObjectMenu ( std::string type )

inlinestatic

Definition at line 469 of file Object.h.

References _objectmenu_map, and type().

◆ getObjectMenuMap()

static std::map< std::string, carto::rc_ptr< ObjectMenu > > & anatomist::AObject::getObjectMenuMap ( )

inlinestatic

Definition at line 474 of file Object.h.

References _objectmenu_map.

◆ getOrCreatePalette()

virtual const AObjectPalette * anatomist::AObject::getOrCreatePalette ( ) const

virtual

User normally calls this function.

◆ getReferential()

Referential * anatomist::AObject::getReferential ( ) const

◆ getTextureLabels()

virtual void anatomist::AObject::getTextureLabels	(	const std::vector< float > &	texvalues,
		std::vector< std::string > &	texlabels,
		std::string &	textype ) const

virtual

◆ glAPI() [1/2]

virtual GLComponent * anatomist::AObject::glAPI ( )

inlinevirtual

OpenGL objects API.

Reimplemented in anatomist::AGLObject, anatomist::AGraph, anatomist::AMTexture, anatomist::Fusion2D, anatomist::Fusion2DMesh, anatomist::GLMObject, anatomist::SliceableObject, anatomist::TransformedObject, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

Definition at line 153 of file Object.h.

◆ glAPI() [2/2]

virtual const GLComponent * anatomist::AObject::glAPI ( ) const

inlinevirtual

OpenGL objects const API.

Reimplemented in anatomist::AGLObject, anatomist::AGraph, anatomist::AMTexture, anatomist::Fusion2D, anatomist::Fusion2DMesh, anatomist::GLMObject, anatomist::SliceableObject, anatomist::TransformedObject, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

Definition at line 151 of file Object.h.

Referenced by anatomist::TransformedObject::glAPI(), and anatomist::TransformedObject::glAPI().

◆ hasReferenceChanged()

bool anatomist::AObject::hasReferenceChanged ( ) const

◆ hasTexture()

virtual bool anatomist::AObject::hasTexture ( ) const

inlinevirtual

Textured objects have values associated with a geometric coordinate.

Reimplemented in anatomist::AVolume< T >, anatomist::Fusion2D, and anatomist::Fusion3D.

Definition at line 348 of file Object.h.

◆ id()

int anatomist::AObject::id ( ) const

inline

Unique ID assigned upon construction, but somewhat unused now...

Definition at line 164 of file Object.h.

References _id.

◆ InMemory()

int anatomist::AObject::InMemory ( ) const

inline

For objects loading only when needed (not used yet...)

Definition at line 257 of file Object.h.

References _inMemory.

◆ internalUpdate()

virtual void anatomist::AObject::internalUpdate ( )

virtual

Updates the state of the object.

(when a part has changed and other parts depend on this change). Does nothing by default

Reimplemented in anatomist::AGraphObject, anatomist::AVolumeBase, and anatomist::Hierarchy.

◆ Is2DObject()

◆ Is3DObject()

◆ isCopy()

bool anatomist::AObject::isCopy ( ) const

◆ IsFusion2DAllowed()

virtual bool anatomist::AObject::IsFusion2DAllowed ( )

virtual

◆ isMultiObject()

virtual int anatomist::AObject::isMultiObject ( ) const

inlinevirtual

maybe not necessary ?: we can use dynamic_cast instead

Reimplemented in anatomist::MObject.

Definition at line 173 of file Object.h.

◆ isTransparent()

virtual bool anatomist::AObject::isTransparent ( ) const

virtual

Reimplemented in anatomist::AVolume< T >, anatomist::AVolumeView< T >, anatomist::Fusion2D, anatomist::MObject, anatomist::TextObject, anatomist::VolRender, and anatomist::VolRenderShader.

◆ load()

static std::list< AObject * > anatomist::AObject::load ( const std::string & filename )

static

Static object loader: creates an objects, loads its contents.

◆ loadable()

virtual bool anatomist::AObject::loadable ( ) const

inlinevirtual

Reimplemented in anatomist::ASparseMatrix, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexture, anatomist::AVolume< T >, and anatomist::Bucket.

Definition at line 400 of file Object.h.

◆ loadDate()

long anatomist::AObject::loadDate ( ) const

Time the object was created, loaded or reloaded.

◆ makeHeaderOptions()

virtual carto::Object anatomist::AObject::makeHeaderOptions ( ) const

virtual

get object properties into a generic object, such as material, palette etc before saving the object

Reimplemented in anatomist::ClippedObject, anatomist::CutMesh, and anatomist::Slice.

◆ material()

virtual const Material & anatomist::AObject::material ( ) const

inlinevirtual

Reimplemented in anatomist::AGraphObject, anatomist::GLMObject, anatomist::TesselatedMesh, anatomist::VolRender, and anatomist::VolRenderShader.

Definition at line 236 of file Object.h.

References AObject(), and GetMaterial().

◆ MaxT()

virtual float anatomist::AObject::MaxT ( ) const

virtual

Obsolete, deprecated.

Reimplemented in anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::AVolume< T >, anatomist::AVolumeView< T >, anatomist::Bucket, and anatomist::MObject.

◆ MinT()

virtual float anatomist::AObject::MinT ( ) const

virtual

Obsolete, deprecated.

Reimplemented in anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::AVolume< T >, anatomist::AVolumeView< T >, anatomist::Bucket, and anatomist::MObject.

◆ mixedTexValue() [1/2]

virtual float anatomist::AObject::mixedTexValue	(	const std::vector< float > &	pos,
		const Referential *	orgRef,
		int	poly = -1 ) const

virtual

Gets a "mixed" texture value at a given space / time location.

The value is mixed, for multi-dimensional textures, according to an internal method (each object can use its own). Space coordinates are transformed from the incoming referential to the object's one.

Note: in Anatomist 4.4 and earlier, this method was taking an additional argument, org_voxel_size. This was kind of pointless since it more or less supposed that coordinates were passed in voxels rather in mm, which is wrong. In Anatomist 4.5 coords are officially always in mm.

Reimplemented in anatomist::Fusion2D.

References mixedTexValue().

Referenced by mixedTexValue().

◆ mixedTexValue() [2/2]

float anatomist::AObject::mixedTexValue	(	const std::vector< float > &	pos,
		int	poly = -1 ) const

inlinevirtual

Same as above except that coordinates are not transformed but taken in object coordinates system.

Reimplemented in anatomist::AVolume< T >, and anatomist::Fusion2D.

Definition at line 542 of file Object.h.

References texValues().

◆ mObjectAPI() [1/2]

virtual MObject * anatomist::AObject::mObjectAPI ( )

inlinevirtual

Reimplemented in anatomist::MObject.

Definition at line 155 of file Object.h.

◆ mObjectAPI() [2/2]

virtual const MObject * anatomist::AObject::mObjectAPI ( ) const

inlinevirtual

Reimplemented in anatomist::MObject.

Definition at line 154 of file Object.h.

◆ name()

std::string anatomist::AObject::name ( ) const

inline

Name shown in control window.

Definition at line 166 of file Object.h.

References _name.

Referenced by anatomist::AGraph::createDefaultPalette(), createDefaultPalette(), anatomist::ATexture::createDefaultPalette(), anatomist::VectorField::createDefaultPalette(), anatomist::VolRender::createDefaultPalette(), anatomist::VolRenderShader::createDefaultPalette(), anatomist::MObject::eraseObject(), and anatomist::Hierarchy::findNamedNode().

◆ nearestVertex()

virtual const AObject * anatomist::AObject::nearestVertex	(	const std::vector< float > &	pos,
		int *	vertex,
		float *	distance,
		float	tol = -1,
		int *	polygon = 0,
		bool	tex_only = false,
		int	target_poly = -1 ) const

virtual

Get the nearest vertex to a given position.

Only valid for a mesh-based object, otherwise 0 is returned. vertex and distance should point to a valid int and float, and will be filled with the mesh vertex index, and the distance to this vertex. If the object has children objects, the child with the nearest vertex will be returned. If tol is >=0, this tolerence threshold is used to filter out vertices too far (thus the function may fail and return 0). If polygon is given as a valid pointer to an int, the polygon index of the "nearest polygon" will also be filled. The nearest polygon will contain the nearest vertex, thus a polygon wich center is nearest to the given point can be discarded.

The base implementation will perform an exaustive search, thus is costy. Optimized implementations could make use of a kdtree algorithm, but this default one does not.

If the object is also displayed in a 3D window, OpenGL-based functions may be more efficient than this one.

Reimplemented in anatomist::MObject.

References AObject().

◆ objectAt() [1/2]

virtual AObject * anatomist::AObject::objectAt	(	const std::vector< float > &	pos,
		float	tol,
		const Referential *	orgref,
		const Point3df &	orggeom )

virtual

Same with origin window referential.

References AObject().

◆ objectAt() [2/2]

virtual AObject * anatomist::AObject::objectAt	(	const std::vector< float > &	pos,
		float	tol = 0 )

virtual

Find the object (sub-object) at given postion with a tolerence.

Returns: 0 if not found

Reimplemented in anatomist::AGraph, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexture, anatomist::AVolume< T >, anatomist::Bucket, and anatomist::MObject.

References AObject().

◆ objectFullTypeName()

virtual std::string anatomist::AObject::objectFullTypeName ( void ) const

inlinevirtual

Get Object Full Type Name.

It should be objectTypeName(_type) for most anatomist objects and completed with <T> for templated anatomist objects. For instance : AVolume<AimsRGBA>::objectFullTypeName() return : VOLUME<AimsRGBA>

Reimplemented in anatomist::AVolume< T >.

Definition at line 419 of file Object.h.

References _type, and objectTypeName().

Referenced by anatomist::ASurface< D >::optionTree().

◆ objectTypeName()

static std::string anatomist::AObject::objectTypeName ( int type )

static

References type().

Referenced by objectFullTypeName().

◆ optionMenu()

virtual ObjectMenu * anatomist::AObject::optionMenu ( ) const

virtual

Reimplemented in anatomist::ANormalsMesh, anatomist::ATexture, and anatomist::VectorField.

◆ optionTree()

virtual Tree * anatomist::AObject::optionTree ( ) const

virtual

◆ palette() [1/2]

virtual AObjectPalette * anatomist::AObject::palette ( )

inlinevirtual

Normally, getOrCreatePalette() should be used instead of this function in most cases.

Reimplemented in anatomist::AGraphObject, anatomist::ClippedObject, anatomist::GLMObject, anatomist::Slice, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

Definition at line 225 of file Object.h.

References _palette.

Referenced by setPalette().

◆ palette() [2/2]

virtual const AObjectPalette * anatomist::AObject::palette ( ) const

inlinevirtual

Reimplemented in anatomist::AGraphObject, anatomist::ClippedObject, anatomist::GLMObject, anatomist::Slice, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

Definition at line 226 of file Object.h.

References _palette.

◆ Parents()

ParentList & anatomist::AObject::Parents ( )

inline

List of multi-objects containing this one. Obsolete: use parents()

Definition at line 262 of file Object.h.

References _parents.

◆ parents() [1/2]

ParentList & anatomist::AObject::parents ( )

inline

List of multi-objects containing this one.

Definition at line 264 of file Object.h.

References _parents.

Referenced by anatomist::Hierarchy::findNamedNode().

◆ parents() [2/2]

const ParentList & anatomist::AObject::parents ( ) const

inline

List of multi-objects containing this one.

Definition at line 266 of file Object.h.

References _parents.

◆ previousReferential()

const Referential * anatomist::AObject::previousReferential ( ) const

Referential that the object was in before the last change.

This function is only here to overcome a problem in the observer pattern, it is only used by observers that must react to a referential change

◆ primitives() [1/2]

PrimList & anatomist::AObject::primitives ( )

protected

◆ primitives() [2/2]

const PrimList & anatomist::AObject::primitives ( ) const

protected

◆ printTalairachCoord()

virtual bool anatomist::AObject::printTalairachCoord	(	const Point3df &	,
		const Referential *	) const

inlinevirtual

should be replaced by a real referential

Reimplemented in anatomist::AVolume< T >.

Definition at line 428 of file Object.h.

◆ referentialInheritance()

AObject * anatomist::AObject::referentialInheritance ( ) const

if not null, the object referential is inherited from this object

References AObject().

◆ registerObjectType()

static int anatomist::AObject::registerObjectType ( const std::string & id )

static

Creates a new object type number and returns it.

◆ RegisterParent()

virtual void anatomist::AObject::RegisterParent ( MObject * pob )

inlinevirtual

Definition at line 267 of file Object.h.

References _parents.

◆ registerWindow()

virtual void anatomist::AObject::registerWindow ( AWindow * window )

virtual

◆ reload() [1/2]

static bool anatomist::AObject::reload	(	AObject *	object,
		bool	onlyoutdated = false )

static

Reads from disk again.

References AObject().

◆ reload() [2/2]

virtual bool anatomist::AObject::reload ( const std::string & filename )

virtual

Re-reads objects from disk.

Only called if loadable() is true and fileName() is not empty. A new filename can be passed to the reload function, so that files uncompressed by the ObjectReader in temporary locations can be processed. Overload this function in inherited classes to implement it.

If onlyoutdated is true, reloading will only be done if the files containing the object have been modified since the object has been created/loaded/saved

Reimplemented in anatomist::ASparseMatrix, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexture, anatomist::AVolume< T >, and anatomist::Bucket.

◆ render()

virtual bool anatomist::AObject::render	(	PrimList &	,
		const ViewState &	)

virtual

rendering (generally 2D or 3D using OpenGL).

Calls GLComponent API ig glAPI() is not null, otherwise nothing is done and this method should be overloaded.

Reimplemented in anatomist::AConnectivityMatrix, anatomist::AGraph, anatomist::ANormalsMesh, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::AVolumeView< T >, anatomist::ClippedObject, anatomist::CutMesh, anatomist::Fusion2D, anatomist::Fusion2DMesh, anatomist::Fusion3D, anatomist::GLMObject, anatomist::MObject, anatomist::Slice, anatomist::TesselatedMesh, anatomist::TransformedObject, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

Referenced by anatomist::ASurface< 3 >::glPolygonArray().

◆ renderingIsObserverDependent()

virtual bool anatomist::AObject::renderingIsObserverDependent ( ) const

virtual

true only if the rendering (openGL) of the object changes with the observer position/orientation of the view (which is rare, but typically needed for Volume Rendering)

Reimplemented in anatomist::MObject, anatomist::TransformedObject, anatomist::VolRender, and anatomist::VolRenderShader.

◆ savable()

virtual bool anatomist::AObject::savable ( ) const

inlinevirtual

Reimplemented in anatomist::AGraph, anatomist::ASparseMatrix, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexture, anatomist::AVolume< T >, anatomist::Bucket, and anatomist::TextObject.

Definition at line 401 of file Object.h.

◆ save() [1/2]

virtual bool anatomist::AObject::save ( const std::string & filename )

virtual

Reimplemented in anatomist::AGraph, anatomist::ASparseMatrix, anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexture, anatomist::AVolume< T >, anatomist::Bucket, and anatomist::Hierarchy.

◆ save() [2/2]

bool anatomist::AObject::save	(	const std::string &	filename,
		bool	onlyIfModified )

◆ setAllowsOverwriteOnSave()

void anatomist::AObject::setAllowsOverwriteOnSave ( bool x )

◆ setCopyFlag()

void anatomist::AObject::setCopyFlag ( bool x = true )

◆ SetExtrema()

virtual void anatomist::AObject::SetExtrema ( )

inlinevirtual

Scans the object internals and determines its (texture) extrema values.

Reimplemented in anatomist::AVolume< T >, and anatomist::AVolumeView< T >.

Definition at line 346 of file Object.h.

◆ setFileName()

void anatomist::AObject::setFileName ( const std::string & filename )

Referenced by anatomist::ASurface< D >::clone().

◆ setGeomExtrema()

virtual void anatomist::AObject::setGeomExtrema ( )

inlinevirtual

Scans the object internals and determines its geometry extrema.

Reimplemented in anatomist::AGraph, and anatomist::Bucket.

Definition at line 344 of file Object.h.

◆ setHeaderOptions()

void anatomist::AObject::setHeaderOptions ( )

Set some object properties according to the header (.minf), such as material, palette etc.

Referenced by anatomist::ASurface< D >::setInternalsChanged(), anatomist::ASurface< D >::setSurface(), and anatomist::ASurface< D >::setSurface().

◆ setId()

void anatomist::AObject::setId ( int id )

◆ setInternalsChanged()

virtual void anatomist::AObject::setInternalsChanged ( )

virtual

Notifies some underlying lower-level objects have changed.

Useful especially after an underlying AIMS object has been modified

Reimplemented in anatomist::ASurface< D >, anatomist::ASurface< 2 >, anatomist::ASurface< 3 >, anatomist::ASurface< 3 >, anatomist::ATexture, anatomist::AVolume< T >, and anatomist::Bucket.

◆ setLoadDate()

void anatomist::AObject::setLoadDate ( long t )

◆ SetMaterial()

virtual void anatomist::AObject::SetMaterial ( const Material & mat )

virtual

Reimplemented in anatomist::AGraph, anatomist::AGraphObject, anatomist::ClippedObject, anatomist::CutMesh, anatomist::Fusion2DMesh, anatomist::MObject, anatomist::Slice, anatomist::TesselatedMesh, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

Referenced by anatomist::ASurface< D >::setSurface(), and anatomist::ASurface< D >::setSurface().

◆ setName()

void anatomist::AObject::setName ( const std::string & n )

◆ setObjectMenu()

static void anatomist::AObject::setObjectMenu	(	std::string	type,
		carto::rc_ptr< ObjectMenu >	om )

inlinestatic

Definition at line 465 of file Object.h.

References _objectmenu_map, and type().

Referenced by anatomist::ASurface< D >::optionTree().

◆ setPalette()

virtual void anatomist::AObject::setPalette ( const AObjectPalette & palette )

virtual

Reimplemented in anatomist::AGraph, anatomist::ClippedObject, anatomist::MObject, anatomist::Slice, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

References palette().

◆ setProperties()

virtual void anatomist::AObject::setProperties ( carto::Object options )

virtual

Same as setHeaderOptions() and used by it, allows passing a dictionary.

Reimplemented in anatomist::AGraph, anatomist::ClippedObject, anatomist::CutMesh, and anatomist::Slice.

◆ setReferenceChanged()

virtual void anatomist::AObject::setReferenceChanged ( )

virtual

◆ setReferential()

virtual void anatomist::AObject::setReferential ( Referential * ref )

virtual

Reimplemented in anatomist::MObject.

References carto::RCObject::ref.

◆ setReferentialInheritance()

virtual void anatomist::AObject::setReferentialInheritance ( AObject * ao )

virtual

Reimplemented in anatomist::MObject.

References AObject().

◆ setType()

void anatomist::AObject::setType ( int type )

inline

Method to set type id, because type() is not virtual.

Usefull when registering new AObject class from python.

Definition at line 162 of file Object.h.

References _type, and type().

◆ setUserModified()

void anatomist::AObject::setUserModified ( bool state = true )

if the object has been modified by user interaction, and needs saving

◆ SetVisibility()

void anatomist::AObject::SetVisibility ( int v )

inline

Definition at line 260 of file Object.h.

References _visible.

◆ setVoxelSize()

virtual void anatomist::AObject::setVoxelSize ( const std::vector< float > & )

inlinevirtual

Reimplemented in anatomist::AGraph, anatomist::AVolume< T >, anatomist::Bucket, anatomist::Fusion2DMesh, and anatomist::VectorField.

Definition at line 214 of file Object.h.

◆ storeHeaderOptions()

virtual void anatomist::AObject::storeHeaderOptions ( )

virtual

Store some object properties into the header (.minf), such as material, palette etc before saving the object.

basically calls makeHeaderOptions() and stored them in the object header.

Referenced by anatomist::ASurface< D >::save().

◆ textured2D()

virtual bool anatomist::AObject::textured2D ( ) const

inlinevirtual

true if 2D rendering uses a textured plane (not a full openGL object)

Reimplemented in anatomist::AVolume< T >, anatomist::AVolumeView< T >, and anatomist::Fusion2D.

Definition at line 277 of file Object.h.

◆ texValues() [1/2]

virtual std::vector< float > anatomist::AObject::texValues	(	const std::vector< float > &	pos,
		const Referential *	orgRef,
		int	poly = -1 ) const

virtual

Gets the array of texture values at a given location.

The optional poly argument, added in anatomist 5.2, is a hint of the mesh polygon, when it is known (used for an OpenGL selection from a 3D window). If left to -1, exaustive search is performed using the nearestVertex() method. If a positive value is passed, only the vertices of that polygon will be inspected. An object-specific implementation may ignore this polygon information (like for a volume, for instance).

Note: in Anatomist 4.4 and earlier, this method was taking an additional argument, org_voxel_size. This was kind of pointless since it more or less supposed that coordinates were passed in voxels rather in mm, which is wrong. In Anatomist 4.5 coords are officially always in mm.

Reimplemented in anatomist::Fusion2D.

Referenced by mixedTexValue().

◆ texValues() [2/2]

virtual std::vector< float > anatomist::AObject::texValues	(	const std::vector< float > &	pos,
		int	poly = -1 ) const

virtual

Reimplemented in anatomist::AVolume< T >, and anatomist::Fusion2D.

◆ texValuesSeries() [1/2]

virtual carto::rc_ptr< carto::Volume< float > > anatomist::AObject::texValuesSeries	(	const std::vector< float > &	pos,
		int	axis,
		const Referential *	orgRef,
		int	poly = -1 ) const

virtual

◆ texValuesSeries() [2/2]

virtual carto::rc_ptr< carto::Volume< float > > anatomist::AObject::texValuesSeries	(	const std::vector< float > &	pos,
		int	axis,
		int	poly = -1 ) const

virtual

◆ toolTip()

virtual std::string anatomist::AObject::toolTip ( ) const

virtual

tooltip displayed in 3D views (HTML).

The default impementation returns an empty string, and the default tooltip will be displayed (see QAViewToolTip)

◆ type()

int anatomist::AObject::type ( ) const

inline

Object type identifier.

Should be virtual, each object shouldn't hold its own type

Definition at line 159 of file Object.h.

References _type.

Referenced by getObjectMenu(), anatomist::AConnectivityMatrix::MType(), anatomist::AMTexture::MType(), anatomist::ASurfMatcher::MType(), anatomist::AVolumeView< T >::MType(), anatomist::ClippedObject::MType(), anatomist::CutMesh::MType(), anatomist::PlanarFusion3D::MType(), anatomist::Slice::MType(), anatomist::TesselatedMesh::MType(), objectTypeName(), setObjectMenu(), anatomist::AGraphObject::setShowType(), and setType().

◆ unregisterObservable()

virtual void anatomist::AObject::unregisterObservable ( Observable * )

protectedvirtual

Called when an observable is destroyed, only called by Observable: don't use this function directly.

Reimplemented from anatomist::Observer.

Reimplemented in anatomist::Fusion2D.

References anatomist::Observer::Observable.

◆ UnregisterParent()

virtual void anatomist::AObject::UnregisterParent ( MObject * pob )

inlinevirtual

Definition at line 268 of file Object.h.

References _parents.

◆ unregisterWindow()

virtual void anatomist::AObject::unregisterWindow ( AWindow * window )

virtual

◆ update()

virtual void anatomist::AObject::update	(	const Observable *	observable,
		void *	arg )

virtual

This method is called whenever the observed object is changed.

The programmer calls an observable object's notifyObservers method to have all the object's observers notified of the change.

Parameters

observable the observable object

Implements anatomist::Observer.

Reimplemented in anatomist::AConnectivityMatrix, anatomist::AInterpoler, anatomist::AMTexture, anatomist::ANormalsMesh, anatomist::ATexSurface, anatomist::ATexture, anatomist::AVolumeView< T >, anatomist::ClippedObject, anatomist::CutMesh, anatomist::Fusion2D, anatomist::Fusion2DMesh, anatomist::Fusion3D, anatomist::GLMObject, anatomist::MObject, anatomist::PlanarFusion3D, anatomist::Slice, anatomist::TesselatedMesh, anatomist::VectorField, anatomist::VolRender, and anatomist::VolRenderShader.

References anatomist::Observer::Observable.

◆ userModified()

bool anatomist::AObject::userModified ( ) const

if the object has been modified by user interaction, and needs saving

◆ Visible()

int anatomist::AObject::Visible ( ) const

inline

Visibility in control window.

Definition at line 259 of file Object.h.

References _visible.

◆ voxelSize()

virtual std::vector< float > anatomist::AObject::voxelSize ( ) const

virtual

Returns at least 4 sizes. For 3D objects, returns (1, 1, 1, 1)

Reimplemented in anatomist::AGraph, anatomist::AVolume< T >, anatomist::AVolumeView< T >, anatomist::Bucket, anatomist::Fusion2D, anatomist::Fusion2DMesh, anatomist::MObject, anatomist::VectorField, and anatomist::VolRender.

Referenced by anatomist::ASurface< D >::actualTime(), anatomist::ASurface< D >::boundingBox(), anatomist::ASurface< D >::MaxT(), anatomist::ASurface< D >::MinT(), anatomist::ASurface< D >::surfaceOfTime(), and anatomist::ASurface< D >::surfaceOfTime().

◆ WinList()

const std::set< AWindow * > & anatomist::AObject::WinList ( )

inline

List of windows showing this object.

Definition at line 270 of file Object.h.

References _winList.

Friends And Related Symbol Documentation

◆ StaticInitializers

friend class StaticInitializers

friend

Definition at line 531 of file Object.h.

References StaticInitializers.

Referenced by StaticInitializers.

Member Data Documentation

◆ _filename

std::string anatomist::AObject::_filename

protected

Definition at line 505 of file Object.h.

Referenced by fileName().

◆ _id

int anatomist::AObject::_id

protected

Definition at line 503 of file Object.h.

Referenced by id().

◆ _inMemory

int anatomist::AObject::_inMemory

protected

Definition at line 508 of file Object.h.

Referenced by InMemory().

◆ _material

Material anatomist::AObject::_material

protected

Should be a pointer: some objects don't have a material (2D objects)

Definition at line 513 of file Object.h.

Referenced by GetMaterial().

◆ _name

std::string anatomist::AObject::_name

protected

Definition at line 504 of file Object.h.

Referenced by name().

◆ _objectmenu_map

std::map<std::string, carto::rc_ptr<ObjectMenu> > anatomist::AObject::_objectmenu_map

staticprotected

Object Menu Map.

Definition at line 529 of file Object.h.

Referenced by getObjectMenu(), getObjectMenuMap(), and setObjectMenu().

◆ _objectTypeNames

std::map<int,std::string> anatomist::AObject::_objectTypeNames

staticprotected

type-to-name map

Definition at line 525 of file Object.h.

◆ _objectTypes

std::map<std::string, int> anatomist::AObject::_objectTypes

staticprotected

name-to-type map

Definition at line 523 of file Object.h.

◆ _palette

AObjectPalette* anatomist::AObject::_palette

mutableprotected

Palette.

Definition at line 520 of file Object.h.

Referenced by palette(), and palette().

◆ _parents

ParentList anatomist::AObject::_parents

protected

Definition at line 510 of file Object.h.

Referenced by Parents(), parents(), parents(), RegisterParent(), and UnregisterParent().

◆ _referenceHasChanged

bool anatomist::AObject::_referenceHasChanged

mutableprotected

Reference has-changed flag.

Definition at line 517 of file Object.h.

◆ _referential

Referential* anatomist::AObject::_referential

protected

Referentiel.

Definition at line 515 of file Object.h.

◆ _type

int anatomist::AObject::_type

protected

Should be static in each object class.

Definition at line 502 of file Object.h.

Referenced by anatomist::ASurface< 3 >::glNumVertex(), objectFullTypeName(), setType(), and type().

◆ _visible

int anatomist::AObject::_visible

protected

Definition at line 509 of file Object.h.

Referenced by SetVisibility(), and Visible().

◆ _winList

std::set<AWindow*> anatomist::AObject::_winList

protected

Definition at line 507 of file Object.h.

Referenced by WinList().

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

anatomist/object/Object.h

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Static Protected Attributes

Friends

Detailed Description

Member Typedef Documentation

◆ ObjectMenuRegistrerFunction

◆ ParentList

Member Enumeration Documentation

◆ ObjectType

Constructor & Destructor Documentation

◆ AObject() [1/2]

◆ ~AObject()

◆ AObject() [2/2]

Member Function Documentation

◆ _referentialInheritance()

◆ addObjectMenuRegistration() [1/2]

◆ addObjectMenuRegistration() [2/2]

◆ adjustPalette()

◆ aimsMeshFromGLComponent()

◆ allowsOverwriteOnSave()

◆ boundingBox()

◆ boundingBox2D()

◆ CanBeDestroyed()

◆ cleanStatic()

◆ cleanup()

◆ clearHasChangedFlags()

◆ clearReferentialInheritance()

◆ clone()

◆ createDefaultPalette()

◆ dimTexture()

◆ fallbackReferentialInheritance()

◆ fileName()

◆ GetMaterial()

◆ getObjectMenu()

◆ getObjectMenuMap()

◆ getOrCreatePalette()

◆ getReferential()

◆ getTextureLabels()

◆ glAPI() [1/2]

◆ glAPI() [2/2]

◆ hasReferenceChanged()

◆ hasTexture()

◆ id()

◆ InMemory()

◆ internalUpdate()

◆ Is2DObject()

◆ Is3DObject()

◆ isCopy()

◆ IsFusion2DAllowed()

◆ isMultiObject()

◆ isTransparent()

◆ load()

◆ loadable()

◆ loadDate()

◆ makeHeaderOptions()

◆ material()

◆ MaxT()

◆ MinT()

◆ mixedTexValue() [1/2]

◆ mixedTexValue() [2/2]

◆ mObjectAPI() [1/2]

◆ mObjectAPI() [2/2]

◆ name()

◆ nearestVertex()

◆ objectAt() [1/2]

◆ objectAt() [2/2]

◆ objectFullTypeName()

◆ objectTypeName()

◆ optionMenu()

◆ optionTree()

◆ palette() [1/2]

◆ palette() [2/2]

◆ Parents()

◆ parents() [1/2]

◆ parents() [2/2]

◆ previousReferential()