#include <display.h>

Inheritance diagram for DisplayObject:

Public Types
enum	AvailableAttributesEnum { GLS_ATTRIBUTES_BASIC = 1 , GLS_ATTRIBUTES_DYNAMIC = 2 , GLS_ATTRIBUTES_APPEARANCE = 4 , GLS_ATTRIBUTES_GEOMETRY = 8 , GLS_ATTRIBUTES_SPECIALIZED = 16 , GLS_ATTRIBUTES_ALL = ~0 , GLS_ATTRIBUTES_NONE = 0 }

Public Member Functions
	DisplayObject (float x, float y, float z)

	DisplayObject (const DisplayObject &object, const bool generateNames)

virtual	~DisplayObject ()

void	Destroy ()

virtual void	SetAvailableAttributes (unsigned int value)

virtual void	AlphaMode (int mode)

virtual int	AlphaMode ()

virtual bool	AntiAlias ()

virtual void	AntiAlias (bool alias)

void	ApplyTextureSettings (int textureIndex=-1)

DistiAttribDict &	Attributes ()

const DistiAttribDict &	Attributes () const

virtual void	SetBlendColor (const GlsColor &color)

void	GetBlendColor (unsigned char color[])

void	GetBlendColor (unsigned char &r, unsigned char &g, unsigned char &b, unsigned char &a)

virtual GlsColor	GetBlendColor ()

void	SetBlendColor (unsigned char color[])

void	SetBlendColor (unsigned char r, unsigned char g, unsigned char b, unsigned char a)

virtual bool	BlinkedOff ()

virtual bool	Blinking ()

virtual void	Blinking (const bool blink)

virtual float	BlinkRate ()

virtual void	BlinkRate (const float rate)

const Vector &	BoundingVolumeCenter () const

void	BoundingVolumeCenter (const Vector &center)

bool	BoundingVolumeHit (const Vector &start, const Vector &direction)

float	BoundingVolumeRadius () const

void	BoundingVolumeRadius (float radius)

virtual void	Calculate (double time)

void	CalculateCollisionPoint (const Vector &pickLoc, const Vector &directionVector, Vector *collisionPoint)

virtual void	CalculateParentBoundingBox ()

virtual void	CalculateTextureCoordinates ()

bool	GetTexturePointTransformationMatrix (GlsMatrixType &world2tex)

CallbackMethodCallerBase *	CallbackCaller () const

void	CallbackCaller (CallbackMethodCallerBase *cb)

virtual void	GetCenter (Vector &center)

virtual DisplayObject *	CloneObject (bool generateNames=false)=0

virtual GlsColor	GetColor ()

void	GetColor (unsigned char c4[])

void	GetColor (unsigned char &r, unsigned char &g, unsigned char &b, unsigned char &a)

virtual void	SetColor (const GlsColor &color)

void	SetColor (unsigned char c4[])

void	SetColor (unsigned char r, unsigned char g, unsigned char b, unsigned char a)

virtual void	CopyGeometry (DisplayObject *src)

virtual void	CopyHierarchyProperties (DisplayObject *src, bool copyName)

virtual void	CopyProperties (DisplayObject *src)

virtual InterfaceListType *	GetCppInterfaceDescription (InterfaceListType *addToThisList=NULL)

virtual void	GetCppInterfaceDescriptionFree (InterfaceListType *array)

virtual void	CullBackFace (const bool val)

virtual bool	CullBackFace ()

bool	Culled () const

void	Culled (bool val)

bool	CullTest (const GlsMatrixType *matrix, const Culler &culler)

GlsMatrixType &	DcsMatrix ()

GlsMatrixType	DcsMatrix () const

void	DcsMatrix (const GlsMatrixType &matrix)

virtual void	DeleteVertexAt (unsigned int index)

virtual void	DeleteVertex (unsigned int indexAfter) final

virtual int	DepthTest ()

virtual void	DepthTest (unsigned char zbuf)

virtual void	Draw ()=0

const GlsMatrixType *	DrawMatrix ()

bool	NeedCalcDrawMatrix ()

void	DynamicRotate (float angle, int axis)

void	DynamicRotate (const Vector &v)

void	DynamicRotate (float angle[])

virtual void	DynamicRotate (float x, float y, float z)

virtual void	DynamicRotateRelative (float angle, int axis)

virtual float	DynamicRotation (int axis)

virtual Vector	DynamicRotation ()

virtual Vector	DynamicScale ()

virtual void	DynamicScale (float x, float y, float z)

void	DynamicScale (const Vector &scale)

virtual void	DynamicTranslate (float x, float y, float z, bool relative=false)

void	DynamicTranslate (const Vertex &amount, bool relative)

void	DynamicTranslate (const Vector &amount)

virtual void	DynamicTranslate (float amount, int axis, bool relative=false)

virtual float	DynamicTranslation (int axis)

virtual Vector	DynamicTranslation ()

DisplayObjectEditor *	Editor ()

const DisplayObjectEditor *	Editor () const

void	Editor (DisplayObjectEditor *editor)

virtual void	GetExtents (float &x, float &y, float &z, float &x1, float &y1, float &z1)

void	GetExtentsDCS (Vector &min, Vector &max)

void	GetFillColor (unsigned char &r, unsigned char &g, unsigned char &b, unsigned char &a)

void	GetFillColor (unsigned char c4[])

virtual GlsColor	GetFillColor ()

void	SetFillColor (unsigned char r, unsigned char g, unsigned char b, unsigned char a)

void	SetFillColor (unsigned char c4[])

virtual void	SetFillColor (const GlsColor &color)

virtual void	FinishObject ()

virtual void	GenerateInstanceName ()

virtual DisplayObject *	handle (DisplayEvent *ev)

virtual bool	Hit (float x, float y, float z, float scale, const Vector &directionVector, Vector *collisionPoint)

virtual bool	HitUtil (float x, float y, float z, float scale, Vertex vertices, unsigned int vertex_cnt, const Vector &directionVector, Vector collisionPoint)

virtual void	InsertVertexAt (unsigned int index)

virtual void	InsertVertex (unsigned int indexAfter) final

char *	InstanceName ()

const char *	InstanceName () const

void	InstanceName (const char *name)

virtual bool	LightingEnabled ()

virtual void	LightingEnabled (bool lighting)

virtual int	LineStippleMultiplier ()

virtual void	LineStippleMultiplier (int mult)

virtual int	LineStipplePattern ()

virtual void	LineStipplePattern (int pattern)

virtual float	LineWidth ()

virtual void	LineWidth (float width)

virtual const Vertex &	Location () const

virtual void	Location (const Vertex &v)

virtual void	Location (float x, float y, float z)

virtual void	GetLocation (Vertex &v)

virtual void	GetLocation (float &x, float &y, float &z)

float	X () const

float	Y () const

float	Z () const

void	X (const float x)

void	Y (const float y)

void	Z (const float z)

virtual int	MaterialIndex ()

virtual void	MaterialIndex (int index)

virtual DynamicArray< int > &	MaterialIndices ()

virtual void	MaterialIndices (DynamicArray< int > indices)

GlsMatrixType *	ModelMatrix ()

bool	NeedCalculate ()

Vector *	Normals ()

virtual void	SetNormals (unsigned int nPoints, Vector *vertices)

void	VaSetNormals (unsigned int nPoints,...)

unsigned int	NumberOfVertices () const

virtual float	ObjectDepth ()

virtual float	ObjectHeight ()

virtual float	ObjectWidth ()

virtual void	SetOrigin (const Vertex &vert)

virtual void	Parent (DisplayFrame *par)

DisplayFrame *	Parent () const

virtual void	ParentGroup (Group *group)

Group *	ParentGroup () const

virtual DisplayObject *	Pick3D (const Vector &winLoc, const Vector &logicalCoords, float scale, const Vector &directionVector, Vector &collisionWinLoc, const OpenGLMatrices &drawnMatrices)

unsigned char	Pickable ()

virtual void	Pickable (unsigned char pick)

virtual int	PolygonEnd ()

virtual void	PolygonEnd (const int end)

virtual int	PolygonMode ()

virtual void	PolygonMode (int mode)

virtual void	PreDraw (const OpenGLMatrices &current, Culler &culler)

GlsMatrixType *	ProjMatrix ()

virtual void	ReallocateVertices (unsigned int numVertices, bool initializeNew, bool copyOld)

virtual float	RelativeAngle (const float x, const float y)

virtual DistiAttributeBase &	Resource (const char *name)

virtual void	GetResources (std::ostream &outstr, GlsResourceFilter *filter=NULL)

void	RestoreAlpha ()

void	RestoreAntiAlias ()

void	RestoreLighting ()

void	RestoreLineStyle ()

const Vertex &	RotationPoint () const

virtual void	RotationPoint (const Vertex &v)

virtual void	RotationPoint (float x, float y, float z)

virtual void	GetRotationPoint (Vertex &v)

virtual void	Rotate (float angle, int axis=Z_AXIS)

virtual void	Rotate (const Vector &origin, float angle, int axis=Z_AXIS)

virtual void	Rotate (const Vector &orig, float angle, const Vector &axis)

void	SaveMatrices ()

virtual void	Scale (float px, float py, float pz, Vertex *anchor, int handleBar=0)

void	Set (int spec,...)

bool	SetupAlpha ()

bool	SetupAntiAlias ()

void	SetupDepthTest ()

void	SetupLighting ()

bool	SetupLineStyle ()

void	SetupPolyDrawStyle ()

void	SetupShading ()

bool	SetupTexture ()

virtual int	Shading ()

virtual void	Shading (const int shading)

virtual void	GetTransformedExtents (Vector &min, Vector &max, const GlsMatrixType &matrix, bool resetMinMax=true)

virtual void	SetTexCoords (unsigned int nPoints, Vector *new_tex_coord, bool isVectorArray=true)

void	SetTexCoords (unsigned int nPoints, Vertex *new_tex_coord)

void	VaSetTexCoords (unsigned int nPoints,...)

Vector *	TextureCoordinates ()

Vector *	GetTextureCoordinates ()

virtual int	TextureIndex ()

virtual void	TextureIndex (int textureIndex)

virtual Vector *	GetTexturePoints ()

virtual bool	TextureRepeat ()

virtual void	TextureRepeat (const int rep)

virtual int	TextureMappingTechnique ()

virtual void	TextureMappingTechnique (const int map)

virtual int	TextureMagnificationFilter ()

virtual void	TextureMagnificationFilter (const int filter)

virtual int	TextureMinificationFilter ()

virtual void	TextureMinificationFilter (const int filter)

virtual void	Translate (float tr[])

virtual void	Translate (float x, float y, float z)

virtual void	TranslateVertices (float x, float y, float z)

virtual void	UpdateBoundingVolume ()

void *	UserData () const

void	UserData (void *data)

virtual void	SetVertexColor (unsigned int vertex, unsigned char CurrentFillColor[])

virtual Vertex *	Vertices ()

virtual void	SetVertices (unsigned int nPoints, Vertex *vertices)

void	VaSetVertices (unsigned int nPoints,...)

int *	ViewMatrix ()

bool	Visible () const

bool	Visibility () const

virtual void	Visibility (const bool vis)

virtual Vector	WorldRotationPoint ()

virtual void	WorldRotationPoint (const Vector &vert)

virtual Vertex	WorldVertex (unsigned int i)

virtual void	WorldVertex (unsigned int i, const Vertex &vert)

bool	LogicalToWindow (const Vector &logical, Vector &winLoc, const OpenGLMatrices &alternateMatrices=OpenGLMatrices())

bool	WindowToLogical (const Vector &winLoc, Vector &logical, Vector *directionVector=NULL, const OpenGLMatrices &alternateMatrices=OpenGLMatrices())

void	LogicalToDCS (Vector logicalPoint, Vector &objectLocal, const Vector directionVector, const Vector &planeNormal=Vector(0, 0, 1), const Vector &planePoint=Vector(), const GlsMatrixType dcsMatrix=NULL)

void	DCSToLogical (Vector dcsPoint, Vector &logicalPoint, const GlsMatrixType *dcsMatrix=NULL)

virtual bool	GetPlaneVectorPoints (Vertex &p1, Vertex &p2, Vertex &p3, Vertex &planeVector)

void	NotifyAttributeChanged (const AttributeName &name) override

virtual void	SetPainter (GlsPainter *painter)

virtual GlsPainter *	GetPainter ()

void	InvalidatePainter ()

virtual bool	IsVisibleInScene (const DisplayObject *obj=NULL) const

Public Member Functions inherited from AttributeChangedNotifier
virtual void	NotifyAttributeChanged (const AttributeName &name)=0

virtual	~AttributeChangedNotifier ()

Public Member Functions inherited from WeakReferenceableMixin
void	AddWeakReference (WeakReference *weakRef) override

void	NotifyWeakReferenceDestroyed (WeakReference *ref) override

virtual void	AddWeakReference (WeakReference *weakRef)=0

virtual void	NotifyWeakReferenceDestroyed (WeakReference *weakReference)=0

Static Public Member Functions
static InterfaceListType *	StaticGetCppInterfaceDescription (InterfaceListType *addToThisList=NULL)

static void	UseManualBlinkElapsedTime (bool useManualTime)

static void	SetManualBlinkElapsedTime (double elapsedTime)

Protected Member Functions
virtual void	VaListSetVertices (unsigned int nPoints, va_list args)

virtual void	VaListSetNormals (unsigned int nPoints, va_list args)

virtual void	VaListSetTexCoords (unsigned int nPoints, va_list args)

virtual int	ColorMaterialMode ()

void	AllocateModelMatrix ()

bool	ApplyDynamicRotation ()

virtual void	CalcDrawMatrix ()

void	CalcDrawMatrixIfExists ()

virtual void	CalculateMatrices (const OpenGLMatrices &newMatrices)

bool	InsideVertexExtents (float x, float y, unsigned int nVerts, Vertex *verts, float tolerance)

void	LastDrawMatrixLocation (const Vertex &loc)

const Vertex &	LastDrawMatrixLocation ()

void	NeedCalculate (bool val)

void	PickSetup (float x, float y, float z, Vertex *vertices, unsigned int vertex_cnt, const Vector &directionVector)

void	PickCleanup (Vertex *vertices, unsigned int vertex_cnt)

virtual void	SetValue (int spec, va_list &args)

int	GetApplicableTextureIndex ()

int	GetApplicableTextureRepeat ()

Protected Member Functions inherited from WeakReferenceableMixin
	WeakReferenceableMixin ()

virtual	~WeakReferenceableMixin ()

Protected Attributes
int	_alphaMode

bool	_antiAlias

bool	_attributesAdded

bool	_blinking

float	_blinkRate

GlsColor	_color

bool	_cullBackFace

GlsMatrixType	_dcsMatrix

unsigned char	_depthTest

GlsMatrixType *	_drawMatrix

bool	_needCalcDrawMatrix
	True if CalcDrawMatrix() needs to be called on this object.

unsigned char	_lineStippleMultiplier

unsigned short	_lineStipplePattern

float	_lineWidth

Vertex	_location

DynamicArray< int >	_materialIndices
	List of materials associated with this object.

GlsMatrixType *	_modelMatrix

Vector *	_normals

unsigned int	_nTex_vertices

unsigned int	_nVertices

unsigned char	_polygonEnd

unsigned char	_polygonMode

GlsMatrixType *	_projMatrix

unsigned char	_shading

Vector *	_texCoord

GlsColor	_textureBlendColor

int	_textureIndex

unsigned char	_textureMagFilter

unsigned char	_textureMinFilter

unsigned char	_textureMap

Vector	_texturePoints [4]

unsigned char	_textureRepeat

void *	_userData

Vertex *	_vertices

int *	_viewMatrix

bool	_visible

Protected Attributes inherited from WeakReferenceableMixin
DynamicArray< WeakReference * > *	_weakRefs

Friends
class	DisplayObjectEditor

Detailed Description

Base Class for all graphical objects. It is an abstract class. Each object drawn in the editor will have a corresponding object. All drawn objects are derived from this class.

Member Enumeration Documentation

◆ AvailableAttributesEnum

enum AvailableAttributesEnum

Sets and retrieves the current setting used for determining what attributes get created for each object.

Constructor & Destructor Documentation

◆ DisplayObject() [1/2]

DisplayObject	(	float	x,
		float	y,
		float	z
	)

The default constructor for display objects. Generally invoked by constructors of derived classes.

Parameters

x	X coordinate of object location
y	Y coordinate of object location
z	Z coordinate of object location

◆ DisplayObject() [2/2]

DisplayObject	(	const DisplayObject &	object,
		const bool	generateNames
	)

The copy constructor for display objects

Parameters

object	The display object that is being copied
generateNames	Whether or not to generate a new instance name

◆ ~DisplayObject()

virtual ~DisplayObject ( )

virtual

Virtual destructor for display object

Member Function Documentation

◆ AllocateModelMatrix()

void AllocateModelMatrix ( )

protected

Allocate the model matrix, if needed

◆ AlphaMode() [1/2]

virtual int AlphaMode ( )

virtual

Get the alpha mode for this object

Returns: Whether or not alpha testing or blending is enabled when drawing

See also: AlphaMode_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ AlphaMode() [2/2]

virtual void AlphaMode ( int mode )

virtual

Set the alpha mode state for this object

Parameters

mode	which alpha mode to use when drawing

See also: AlphaMode_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ AntiAlias() [1/2]

virtual bool AntiAlias ( )

virtual

Get the anti aliasing state this object

Returns: Whether or not this object will be drawn antialiased

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ AntiAlias() [2/2]

virtual void AntiAlias ( bool alias )

virtual

Set the anti aliasing state for this object

Parameters

alias Whether or not to perform anti aliasing

Reimplemented in GlsAngularScale, GlsRSOWrapper, Gls3DCable, and Group.

◆ ApplyDynamicRotation()

bool ApplyDynamicRotation ( )

protected

Applies dynamic rotation to object, saving the matrix stack so that dynamic picking can occur

Returns: True if a rotation was performed. False otherwise. If this method returns true, then the caller needs to do a glPopMatrix to restore the stack after drawing

◆ ApplyTextureSettings()

void ApplyTextureSettings ( int textureIndex = -1 )

Second half of texture setup. Applies texture modes like modulate, decal, etc.

Parameters

textureIndex Index of the texture to apply

◆ Attributes() [1/2]

DistiAttribDict & Attributes ( )

inline

Gets the full list of attributes for this object.

Returns: A reference to the attribute dictionary in this object.

◆ Attributes() [2/2]

const DistiAttribDict & Attributes ( ) const

inline

Gets the full list of attributes for this object, except const.

Returns: A reference to the attribute dictionary in this object.

◆ BlinkedOff()

virtual bool BlinkedOff ( )

virtual

Returns: True if the object is blinked off (invisible) false otherwise.

◆ Blinking() [1/2]

virtual bool Blinking ( )

virtual

Get the blinking state this object

Returns: Whether or not this object is blinking

◆ Blinking() [2/2]

virtual void Blinking ( const bool blink )

virtual

Set the blinking state for this object

Parameters

blink Whether or not to blink this object

◆ BlinkRate() [1/2]

virtual float BlinkRate ( )

virtual

Get the blinking rate this object

Returns: The rate at which this object is blinking

◆ BlinkRate() [2/2]

virtual void BlinkRate ( const float rate )

virtual

Set the blinking rate for this object

Parameters

rate	Number of times per second to blink this object

◆ BoundingVolumeCenter() [1/2]

const Vector & BoundingVolumeCenter ( ) const

inline

Get the current bounding volume center

Returns: The current bounding volume center

◆ BoundingVolumeCenter() [2/2]

void BoundingVolumeCenter ( const Vector & center )

Set the current bounding volume center

Parameters

center The new center

◆ BoundingVolumeHit()

bool BoundingVolumeHit	(	const Vector &	start,
		const Vector &	direction
	)

Determines if the given ray hits this bounding volume

Parameters

start	Starting point of the ray
direction	Direction vector of the ray

Returns: True if this bounding volume hit by the ray

◆ BoundingVolumeRadius() [1/2]

float BoundingVolumeRadius ( ) const

inline

Get the bounding sphere radius

Returns: The bounding sphere radius

◆ BoundingVolumeRadius() [2/2]

void BoundingVolumeRadius ( float radius )

Set the bounding sphere radius

Parameters

radius The bounding sphere radius

◆ CalcDrawMatrix()

virtual void CalcDrawMatrix ( )

protectedvirtual

Creates and recalculates the _drawMatrix If _rotation, _dynamicScale, or _dynamicTranslate change you must call CalcDrawMatrix() If _dcsMatrix, _location, or _rotationPoint change you need to call CalcDrawMatrixIfExists() These are normally called automatically for you by the API Methods that affect those values. Sub-classes may override CalcDrawMatrix() to include additional transformations in the _drawMatrix.

Reimplemented in ComponentBase.

◆ CalcDrawMatrixIfExists()

void CalcDrawMatrixIfExists ( )

inlineprotected

Recalculates the _drawMatrix if it exists. See CalcDrawMatrix() for more info.

◆ Calculate()

virtual void Calculate ( double time )

virtual

Provides a mechanism for performing regular calculations, seperate from drawing. In a standalone applicaton Calculate is recursively called by the main loop before the objects are drawn.

Parameters

time	The elaspsed time in seconds since program start

Reimplemented in SplashDisplay, Gls3DCable, GlsMovieTexture, GlsMovingEye, GlsMutexGroup, GlsNinePatch, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsTextBox, GlsTextGrid, GlsRSOWrapper, and Group.

◆ CalculateCollisionPoint()

void CalculateCollisionPoint	(	const Vector &	pickLoc,
		const Vector &	directionVector,
		Vector *	collisionPoint
	)

Calculates where the pick vector hit this object

Parameters

pickLoc	Start of the pick vector
directionVector	Direction of the pick vector
collisionPoint	Returns the collision point

◆ CalculateMatrices()

virtual void CalculateMatrices ( const OpenGLMatrices & newMatrices )

protectedvirtual

Applies the _drawMatrix to the modelMatrix.
If necessary derived classes can save other matrices.

Parameters

newMatrices A set of matrices passed down to this object from its parent.

Reimplemented in ComponentBase.

◆ CalculateParentBoundingBox()

virtual void CalculateParentBoundingBox ( )

virtual

Calculates the bounding box of the parent group object.

◆ CalculateTextureCoordinates()

virtual void CalculateTextureCoordinates ( )

virtual

Recalculates the texture coordinates for the object based on the TexturePoints.

Reimplemented in GLPolygon, Gls3DCable, GlsEllipse, GlsNurbCurve, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsCylinder, GlsSphere, and Group.

◆ CallbackCaller() [1/2]

CallbackMethodCallerBase * CallbackCaller ( ) const

inline

Returns: The current callback method for this object

◆ CallbackCaller() [2/2]

void CallbackCaller ( CallbackMethodCallerBase * cb )

Sets the callback method for this object. cb MUST be dynamically allocated since memory management will be passed to this display object. cb will be deleted when a new callback is registered via this method or when the display object is destructed.

Parameters

cb	The new callback method for this object

◆ CloneObject()

virtual DisplayObject * CloneObject ( bool generateNames = false )

pure virtual

Copy+Create operation in one method. In derived classes, this method will create a new instance of the derived class and then copy the object into the new instance. The cut,copy,paste and undo operations use this method.

Parameters

generateNames Whether or not to generate new names for cloned objects

Returns: A new object, identical to the original, except for the instance name

Implemented in GLPolygon, SplashDisplay, Gls3DCable, GlsAdvancedMesh, GlsAngularScale, GlsPushButton, GlsClippingGroup, GlsCTLTextBox, GlsDynamicPath, GlsEllipse, GlsKnob, GlsLinearFloatController, GlsLinearScale, GlsMimicGroup, GlsMovieTexture, GlsMovingEye, GlsMultiView, GlsMutexGroup, GlsNinePatch, GlsNurbCurve, GlsOdometer, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSerialMorphMesh, GlsSwitch, GlsTextBox, GlsTextGrid, GlsThumbWheel, GlsVideoToTexture, ComponentBase, GlsCylinder, GlsEyePoint, GlsLightSource, GlsRSOWrapper, GlsSphere, GLTriMesh, and Group.

◆ ColorMaterialMode()

virtual int ColorMaterialMode ( )

protectedvirtual

Returns: The color material mode value of the material applied to this object, else 0.

◆ CopyGeometry()

virtual void CopyGeometry ( DisplayObject * src )

virtual

Copies the geometry information from one object to another. Used by the undo mechanism to allow user to undo a geometry change.

Parameters

src	The object to copy geometry from

Reimplemented in GlsAdvancedMesh, GlsCTLTextBox, GlsGeometryResourceMesh, GlsNurbCurve, GlsSchematicPolyLineInterconnect, GlsSerialMorphMesh, GlsTextBox, GlsTextGrid, ComponentBase, GlsCylinder, GlsEyePoint, GlsRSOWrapper, GlsSphere, GlsText, GLTriMesh, Group, GlsAngularScale, GlsEllipse, GlsLinearScale, GlsNinePatch, and GlsPolyLine.

◆ CopyHierarchyProperties()

virtual void CopyHierarchyProperties	(	DisplayObject *	src,
		bool	copyName
	)

virtual

Copies the hierarchy information from one object to another

Parameters

src	The object to copy from
copyName	Whether or not to copy the object name

◆ CopyProperties()

virtual void CopyProperties ( DisplayObject * src )

virtual

Copies the attributes except for geometry attributes from one object to another. Used by the undo mechanism to undo most attribute change operations.

Parameters

src	The object to copy properties from

Reimplemented in Gls3DCable, GlsAdvancedMesh, GlsAngularScale, GlsPushButton, GlsClippingGroup, GlsCTLTextBox, GlsDynamicPath, GlsEllipse, GlsGeometryResourceMesh, GlsKnob, GlsLinearFloatController, GlsLinearScale, GlsMimicGroup, GlsMovieTexture, GlsMovingEye, GlsMultiView, GlsMutexGroup, GlsNinePatch, GlsOdometer, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSerialMorphMesh, GlsSwitch, GlsTextBox, GlsTextGrid, GlsThumbWheel, GlsVideoToTexture, ComponentBase, GlsCylinder, GlsEyePoint, GlsLightSource, GlsRSOWrapper, GlsSphere, GlsText, GLTriMesh, and Group.

◆ CullBackFace() [1/2]

virtual bool CullBackFace ( )

virtual

Returns if back faces should be removed

Returns: True if backfaces are removed

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ CullBackFace() [2/2]

virtual void CullBackFace ( const bool val )

virtual

Sets if back faces should be removed

Parameters

val	True if back faces should be removed

Reimplemented in Gls3DCable, Group, and GlsRSOWrapper.

◆ Culled() [1/2]

bool Culled ( ) const

inline

Returns: Whether or not this object is currently culled.

◆ Culled() [2/2]

void Culled ( bool val )

inline

Set whether or not the object is to be culled.

Parameters

val	The new cull value.

◆ CullTest()

bool CullTest	(	const GlsMatrixType *	matrix,
		const Culler &	culler
	)

inline

This is the cull test normally performed within PreDraw().

Parameters

matrix	Transformation from vertices to the frustrums coordinate system.
culler	Culler to perform the test.

Returns: True if object is to be culled, otherwise false.

◆ DcsMatrix() [1/3]

GlsMatrixType & DcsMatrix ( )

inline

Gets the objects Dynamic Coordinate System (DCS) Matrix.

Returns: A reference to the Dcs Matrix stored in the object.

◆ DcsMatrix() [2/3]

GlsMatrixType DcsMatrix ( ) const

inline

Gets the objects Dynamic Coordinate System (DCS) Matrix.

Returns: The Dcs Matrix value stored in the object.

◆ DcsMatrix() [3/3]

void DcsMatrix ( const GlsMatrixType & matrix )

Sets the dcs matrix

Parameters

matrix the dcs matrix

◆ DCSToLogical()

void DCSToLogical	(	Vector	dcsPoint,
		Vector &	logicalPoint,
		const GlsMatrixType *	dcsMatrix = `NULL`
	)

Transform a point from the object's DCS coordinate system to the logical coordinate system.

Parameters

dcsPoint	The original point in dcs coordinates
logicalPoint	The returned point in the objects DCS coordinate system on the XY plane.
dcsMatrix	An alternate DCS matrix to convert from.

◆ DeleteVertex()

virtual void DeleteVertex ( unsigned int indexAfter )

inlinefinalvirtual

Remove the Vertex at (indexAfter - 1).

Parameters

indexAfter One past the index to delete. If it is beyond the number of vertices or is 0, the vertices will be unchanged.

Deprecated:: User code should use DeleteVertexAt() instead.

Note: This virtual function is kept for backwards compatibility only. It is marked 'final' (where supported). Subclasses should override DeleteVertexAt() instead.

◆ DeleteVertexAt()

virtual void DeleteVertexAt ( unsigned int index )

virtual

Remove the Vertex at index.

Parameters

index The index of the vertex to delete.

Reimplemented in GLPolygon, GlsNurbCurve, GlsPolyLine, and GlsSchematicPolyLineInterconnect.

◆ DepthTest() [1/2]

virtual int DepthTest ( )

virtual

Get the z buffering state for this object

Returns: Whether or not this object will be draw Z buffered

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ DepthTest() [2/2]

virtual void DepthTest ( unsigned char zbuf )

virtual

Set the z buffering state for this object

Parameters

zbuf	Whether or not to perform z buffering

Reimplemented in Gls3DCable, Group, and GlsRSOWrapper.

◆ Destroy()

void Destroy ( )

Call this to delete objects, as it handles special cases like cleanup of LiveComponents.

◆ Draw()

virtual void Draw ( )

pure virtual

Draws this object on the current display frame (_parent member). Pure virtual method

Implemented in GLPolygon, Gls3DCable, GlsAngularScale, GlsPushButton, GlsClippingGroup, GlsCTLTextBox, GlsDynamicPath, GlsEllipse, GlsGeometryResourceMesh, GlsKnob, GlsLinearFloatController, GlsLinearScale, GlsLodGroup, GlsMimicGroup, GlsMovieTexture, GlsMovingEye, GlsMultiView, GlsMutexGroup, GlsNinePatch, GlsNurbCurve, GlsOdometer, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSortedDrawGroup, GlsSwitch, GlsTextBox, GlsTextGrid, GlsThumbWheel, GlsVideoToTexture, ComponentBase, GlsCylinder, GlsEyePoint, GlsLightSource, GlsRSOWrapper, GlsSphere, GLTriMesh, Group, and Statistics.

◆ DrawMatrix()

const GlsMatrixType * DrawMatrix ( )

inline

Returns: This object's _drawMatrix (it's contribution to the ModelMatrix) or NULL if the object does not have a _drawMatrix.

◆ DynamicRotate() [1/4]

void DynamicRotate ( const Vector & v )

Sets the dynamic rotation to the specified value for all axes (in degrees)

Parameters

v	Vector containing the new dynamic rotation angles for each axis

◆ DynamicRotate() [2/4]

void DynamicRotate	(	float	angle,
		int	axis
	)

Sets the dynamic rotation to the specified value for the specified axis (in degrees)

Parameters

angle	The new dynamic rotation angle for the object
axis	The axis to change NOTE: Not virtual

◆ DynamicRotate() [3/4]

void DynamicRotate ( float angle[] )

Sets the dynamic rotation to the specified value for all axes (in degrees)

Parameters

angle Array of three floats containing the new dynamic rotation angles for each axis

◆ DynamicRotate() [4/4]

virtual void DynamicRotate	(	float	x,
		float	y,
		float	z
	)

virtual

Sets the dynamic rotation to the specified value for all axes (in degrees)

Parameters

x	The new dynamic rotation angle for the X axis
y	The new dynamic rotation angle for the Y axis
z	The new dynamic rotation angle for the Z axis NOTE: Is virtual. If needed overload this method.

◆ DynamicRotateRelative()

virtual void DynamicRotateRelative	(	float	angle,
		int	axis
	)

virtual

Changes the dynamic rotation by the specified value for the specified axis (in degrees)

Parameters

angle	The change in dynamic rotation angle for the object
axis	The axis to change

◆ DynamicRotation() [1/2]

virtual Vector DynamicRotation ( )

virtual

Returns the dynamic rotation for this object on all axes.

Returns: The vector containing the dynamic rotation values.

◆ DynamicRotation() [2/2]

virtual float DynamicRotation ( int axis )

virtual

Gets the dynamic rotation to the specified value for the specified axis.

Parameters

axis	The axis to get the rotation from

Returns: The dynamic rotation angle for the axis (in degrees)

◆ DynamicScale() [1/3]

virtual Vector DynamicScale ( )

virtual

Returns the dynamic scale values in a Vertex

Returns: The dynamic scale values NOTE: Not virtual

◆ DynamicScale() [2/3]

void DynamicScale ( const Vector & scale )

Sets the dynamic scale values for an object.

Parameters

scale The new dynamic scale for the object

◆ DynamicScale() [3/3]

virtual void DynamicScale	(	float	x,
		float	y,
		float	z
	)

virtual

Sets the dynamic scale values for an object.

Parameters

x	X scale
y	Y scale
z	Z scale

◆ DynamicTranslate() [1/4]

void DynamicTranslate ( const Vector & amount )

Sets the dynamic translation to the specified value for all axes (in logical units). Equivalent to DynamicTranslate( amount, false );

Parameters

amount The new dynamic translation for the X, Y, and Z axes NOTE: Not virtual

◆ DynamicTranslate() [2/4]

void DynamicTranslate	(	const Vertex &	amount,
		bool	relative
	)

Sets the dynamic translation to the specified value for all axes (in logical units)

Parameters

amount	The new dynamic translation for the X, Y, and Z axes
relative	If true will add to existing dynamic translation NOTE: Not virtual

◆ DynamicTranslate() [3/4]

virtual void DynamicTranslate	(	float	amount,
		int	axis,
		bool	relative = `false`
	)

virtual

Sets the dynamic translation to the specified value for the specified axis

Parameters

amount	The new dynamic translation for the axis
axis	Z_AXIS, Y_AXIS, or X_AXIS
relative	If true will add to existing dynamic translation

◆ DynamicTranslate() [4/4]

virtual void DynamicTranslate	(	float	x,
		float	y,
		float	z,
		bool	relative = `false`
	)

virtual

Sets the dynamic translation to the specified value for all axes (in logical units)

Note: Make sure to pass float values for x,y,z here, or the compiler may choose an unexpected method signature.

See also: DynamicTranslate(float, int, bool)

Parameters

x	The new dynamic translation for the X axis
y	The new dynamic translation for the Y axis
z	The new dynamic translation for the Z axis
relative	If true will add to existing dynamic translation

◆ DynamicTranslation() [1/2]

virtual Vector DynamicTranslation ( )

virtual

Returns the current dynamic translation for all axes

Returns: the translation

◆ DynamicTranslation() [2/2]

virtual float DynamicTranslation ( int axis )

virtual

Returns the current dynamic translation for the specified axis

Parameters

axis	Z_AXIS, Y_AXIS, or X_AXIS

Returns: the translation

◆ Editor() [1/3]

DisplayObjectEditor * Editor ( )

Used in the editor to access editor functionality. Gets the editor object pointer. USER CODE SHOULD NOT USE THIS METHOD!

Returns: Pointer to editor object.

◆ Editor() [2/3]

const DisplayObjectEditor * Editor ( ) const

Used in the editor to access editor functionality. Gets the editor object pointer. USER CODE SHOULD NOT USE THIS METHOD!

Returns: Pointer to editor object.

◆ Editor() [3/3]

void Editor ( DisplayObjectEditor * editor )

Used in the editor to access editor functionality. Sets the editor object pointer. USER CODE SHOULD NOT USE THIS METHOD!

Parameters

editor Pointer to editor object.

◆ FinishObject()

virtual void FinishObject ( )

inlinevirtual

Allows the object the opportunity to configure itself after having all its children initialized and properties set by the code generator. By default, users do not need to call this function, it is called by the generated code in CreateObjects() if the object is a user defined class. User defined classes can override this, calling BaseClass::FinishObject(), before supplying class specific initialization code as needed. User code should only conisder itself and its children as the hierarchy above will not have been set up yet. User code should not call FinishObject on its children, since it will have already been called when those children were created. This method will be called by generated code once this object and its children have been fully instantiated.

◆ GenerateInstanceName()

virtual void GenerateInstanceName ( )

virtual

Dynamically generate a name for the object, based on the current time

Reimplemented in GlsMovingEye.

◆ GetApplicableTextureIndex()

int GetApplicableTextureIndex ( )

protected

Returns: _textureIndex if not -1, otherwise returns the group texture index.

◆ GetApplicableTextureRepeat()

int GetApplicableTextureRepeat ( )

protected

Returns: _textureRepeat if _textureIndex is not -1, otherwise returns the group texture repeat setting.

◆ GetBlendColor() [1/3]

virtual GlsColor GetBlendColor ( )

virtual

Gets the texture blend color for the object

Returns: Returns the current texture blend color.

Reimplemented in Group, Gls3DCable, GlsRSOWrapper, and Group.

◆ GetBlendColor() [2/3]

void GetBlendColor	(	unsigned char &	r,
		unsigned char &	g,
		unsigned char &	b,
		unsigned char &	a
	)

Gets the texture blend color for the object

Parameters

r	Returns red color component (0-255 range)
g	Returns Green color component (0-255 range)
b	Returns Blue color component (0-255 range)
a	Returns Alpha color component (0-255 range) NOTE: Not Virtual. Simply calls void GetBlendColor(const GlsColor& color);

◆ GetBlendColor() [3/3]

void GetBlendColor ( unsigned char color[] )

Gets the texture blend color for the object

Parameters

color Filled in with RGBA (0-255 range) NOTE: Not Virtual. Simply calls void GetBlendColor(const GlsColor& color);

◆ GetCenter()

virtual void GetCenter ( Vector & center )

virtual

Gets the location of the center of the object in logical units. Value is based on the extents of the object and does not take into consideration dynamic rotation

Parameters

center Will contain the center coordinate on return

◆ GetColor() [1/3]

virtual GlsColor GetColor ( )

virtual

Gets the color for the object outline

Returns: The outline color

Reimplemented in Group, Gls3DCable, GlsRSOWrapper, and Group.

◆ GetColor() [2/3]

void GetColor	(	unsigned char &	r,
		unsigned char &	g,
		unsigned char &	b,
		unsigned char &	a
	)

Gets the RGBA color for the object outline

Parameters

r	Gets the red component (0-255 range) of the line color for the object
g	Gets the blue component (0-255 range) of the line color for the object
b	Gets the green component (0-255 range) of the line color for the object
a	Gets the alpha component (0-255 range) of the line color for the object NOTE: Not Virtual. Simply calls void GetColor(const GlsColor& color)

◆ GetColor() [3/3]

void GetColor ( unsigned char c4[] )

Gets the RGBA color for the object outline

Parameters

c4	Gets the RGBA line color (0-255 range) for the object NOTE: Not Virtual. Simply calls void GetColor(const GlsColor& color)

◆ GetCppInterfaceDescription()

virtual InterfaceListType * GetCppInterfaceDescription ( InterfaceListType * addToThisList = NULL )

virtual

Get the details of the Cpp Interface The actual interface is exposed in compiled code.

Parameters

addToThisList If not NULL this list will be added to then returned. If NULL a new list will be created.

Returns: A templated list.
The caller must call the corresponding free method to safely free the memory.

Reimplemented in GlsEyePoint, GlsMovingEye, SplashDisplay, Gls3DCable, GlsAdvancedMesh, GlsAngularScale, GlsPushButton, GlsClippingGroup, GlsCTLTextBox, GlsDynamicPath, GlsEllipse, GlsGeometryResourceMesh, GlsKnob, GlsLinearFloatController, GlsLinearScale, GlsMimicGroup, GlsMovieTexture, GlsMultiView, GlsMutexGroup, GlsNinePatch, GlsNurbCurve, GlsOdometer, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSerialMorphMesh, GlsSwitch, GlsTextBox, GlsTextGrid, GlsThumbWheel, GlsVideoToTexture, ComponentBase, GlsCylinder, GlsLightSource, GlsRSOWrapper, GlsSphere, GlsText, GLTriMesh, and Group.

◆ GetCppInterfaceDescriptionFree()

virtual void GetCppInterfaceDescriptionFree ( InterfaceListType * array )

virtual

Frees the memory allocated by a previous call to GetCppInterfaceDescription

Parameters

array Memory allocated by a previous call to GetCppInterfaceDescription

Reimplemented in SplashDisplay, Gls3DCable, GlsAdvancedMesh, GlsAngularScale, GlsPushButton, GlsClippingGroup, GlsCTLTextBox, GlsDynamicPath, GlsEllipse, GlsGeometryResourceMesh, GlsKnob, GlsLinearFloatController, GlsLinearScale, GlsMimicGroup, GlsMovieTexture, GlsMovingEye, GlsMultiView, GlsMutexGroup, GlsNinePatch, GlsNurbCurve, GlsOdometer, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSerialMorphMesh, GlsSwitch, GlsTextBox, GlsTextGrid, GlsThumbWheel, GlsVideoToTexture, ComponentBase, GlsCylinder, GlsLightSource, GlsRSOWrapper, GlsSphere, GlsText, GLTriMesh, Group, and GlsEyePoint.

◆ GetExtents()

virtual void GetExtents	(	float &	x,
		float &	y,
		float &	z,
		float &	x1,
		float &	y1,
		float &	z1
	)

virtual

Figure out the static extents for the object. Used by the editor as part of the pick operation and for figuring out the size of groups.

Parameters

x	Gets the minimum x extent
y	Gets the minimum y extent
z	Gets the minimum z extent
x1	Gets the maximum x extent
y1	Gets the maximum y extent
z1	Gets the maximum z extent

Reimplemented in GlsAngularScale, GlsEllipse, GlsGeometryResourceMesh, GlsNinePatch, GlsPolyLine, GlsNurbCurve, GlsSchematicPolyLineInterconnect, ComponentBase, GlsCylinder, GlsRSOWrapper, GlsSphere, and Group.

◆ GetExtentsDCS()

void GetExtentsDCS	(	Vector &	min,
		Vector &	max
	)

Determines the static extents of geometry projected to the XY plane of the object's DCS.

Parameters

min	Returns the minimum values found in the traversal
max	Returns the maximum values found in the traversal

◆ GetFillColor() [1/3]

virtual GlsColor GetFillColor ( )

virtual

Gets the fill color of the object

Returns: The fill color

Reimplemented in GlsCylinder, GlsSphere, Group, GlsEllipse, Gls3DCable, GlsEllipse, GlsNinePatch, GlsCylinder, GlsSphere, and Group.

◆ GetFillColor() [2/3]

void GetFillColor	(	unsigned char &	r,
		unsigned char &	g,
		unsigned char &	b,
		unsigned char &	a
	)

Gets the RGBA color for filling the object

Parameters

r	Gets the red component (0-255 range) of the fill color for the object
g	Gets the blue component (0-255 range) of the fill color for the object
b	Gets the green component (0-255 range) of the fill color for the object
a	Gets the alpha component (0-255 range) of the fill color for the object NOTE: NOT Virtual Simply calls GlsColor GetFillColor()

◆ GetFillColor() [3/3]

void GetFillColor ( unsigned char c4[] )

Gets the RGBA color for filling the object

Parameters

c4	Gets the RGBA fill color (0-255 range) for the object NOTE: NOT Virtual. Simply calls GlsColor GetFillColor()

◆ GetLocation() [1/2]

virtual void GetLocation	(	float &	x,
		float &	y,
		float &	z
	)

virtual

Gets the location of the origin of the object

Parameters

x	Will be filled in with the x coordinate
y	Will be filled in with the y coordinate
z	Will be filled in with the z coordinate

◆ GetLocation() [2/2]

virtual void GetLocation ( Vertex & v )

virtual

Gets the location of the origin of the object

Parameters

v	Will be filled in with the current location

◆ GetPainter()

virtual GlsPainter * GetPainter ( )

virtual

Returns: The painter for this object, or NULL if none. This is an observer pointer and should not be deleted.

◆ GetPlaneVectorPoints()

virtual bool GetPlaneVectorPoints	(	Vertex &	p1,
		Vertex &	p2,
		Vertex &	p3,
		Vertex &	planeVector
	)

virtual

Finds three coplanar points and the surface normal, if possible. This calculation is performed using the Vertices() of this object. Used in the editor to determine how to map a texture onto an object.

Parameters

p1	Returns a point on the plane
p2	Returns a point on the plane
p3	Returns a point on the plane
planeVector	Returns the surface normal of the plane

Returns: True if 3 coplanar points were found

Reimplemented in GlsCylinder, and GlsSphere.

◆ GetResources()

virtual void GetResources	(	std::ostream &	outstr,
		GlsResourceFilter *	filter = `NULL`
	)

virtual

Writes the resources (attributes) of this object to the specified stream. The output of this method can be controlled by the GlsResourceFilter. Note that if filter->NamesOnly() is false (the default), then only resources that can return a value will appear in the list.

See also: GlsResourceFilter; DistiAttributeProperty

Parameters

outstr	The stream to write to
filter	The filter to determine what to write

Reimplemented in Gls3DCable, GlsDynamicPath, GlsPathManager, GlsMultiView, ComponentBase, GlsRSOWrapper, and Group.

◆ GetRotationPoint()

virtual void GetRotationPoint ( Vertex & v )

virtual

Gets the location of the rotation point for the object.

Parameters

v	Will be filled in with the current rotation point

◆ GetTextureCoordinates()

Vector * GetTextureCoordinates ( )

inline

Gets the object's texture coordinates

Returns: Pointer to the object's texture coordinate array. NULL if the object is not textured.

See also: TextureCoordinates(); GetTexturePoints()

◆ GetTexturePoints()

virtual Vector * GetTexturePoints ( )

virtual

Gets the object's texture points

Returns: Pointer to the object's texture point array.

Note: For most DisplayObjects, the Texture Points are used to compute the texture coordinates. The TexturePoints are four vertices that describe where the "corners" of the texture is in Vertex Coordinates (i.e., the object's parent's logical coordinate space translated to the object location). The DisplayObject then uses a projection to compute the texture coordinates from these points. The most common is a Planar mapping, but a few objects use other mappings (e.g. Spherical or Cylindrical).

See also: TextureCoordinates(); GetTextureCoordinates()

◆ GetTexturePointTransformationMatrix()

bool GetTexturePointTransformationMatrix ( GlsMatrixType & world2tex )

Converts the object's texture points into a transformation matrix for use in calculating the object's texture coordinates.

Parameters

world2tex Returned matrix result.

Returns: True if successful, otherwise false.

◆ GetTransformedExtents()

virtual void GetTransformedExtents	(	Vector &	min,
		Vector &	max,
		const GlsMatrixType &	matrix,
		bool	resetMinMax = `true`
	)

virtual

Determines the static extents of the geometry projected to the XY plane of an arbirary coordinate system.

Parameters

min	Returns the minimum values found in the traversal
max	Returns the maximum values found in the traversal
matrix	Transformation matrix from logical coordinates to the coordinate system to determine the extents in.
resetMinMax	Normally not specified by user. Should be true for the initial call.

Reimplemented in GlsAngularScale, GlsEllipse, GlsNinePatch, GlsGeometryResourceMesh, GlsNurbCurve, ComponentBase, GlsRSOWrapper, and Group.

◆ handle()

virtual DisplayObject * handle ( DisplayEvent * ev )

virtual

Handles an event that is sent to the object.

Parameters

ev	The event to send to the object

Returns: Which object handled the event

Reimplemented in GlsMimicGroup, Gls3DCable, GlsAngularScale, GlsPushButton, GlsDynamicPath, GlsEllipse, GlsKnob, GlsLinearFloatController, GlsMultiView, GlsOdometer, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSwitch, GlsThumbWheel, and GlsRSOWrapper.

◆ Hit()

virtual bool Hit	(	float	x,
		float	y,
		float	z,
		float	scale,
		const Vector &	directionVector,
		Vector *	collisionPoint
	)

virtual

Determines if the object is hit by a pick ray starting at (x,y,z) and pointing towards directionVector in object logical coordinate system. If Pickable() == PICK_BEST it will return the closest point that was hit, otherwise it returns the first point that was hit. This method should not pick points behind the viewer.

Parameters

x	X coordinate of pick ray start in logical coordinates.
y	Y coordinate of pick ray start in logical coordinates.
z	Z coordinate of pick ray start in logical coordinates.
scale	The scale factor of the window. Affects picking of outlines. Standard value is 1.0.
directionVector	The direction of the pick ray.
collisionPoint	If this method returns true, this Vector will contain the location that was hit in logical coordinates.

Returns: boolean indicating if the object was hit by the pick ray.

Reimplemented in Gls3DCable, GlsAngularScale, GlsDynamicPath, GlsEllipse, GlsGeometryResourceMesh, GlsLinearFloatController, GlsLinearScale, GlsNinePatch, GlsNurbCurve, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsCylinder, GlsLightSource, GlsSphere, GLTriMesh, and Group.

◆ HitUtil()

virtual bool HitUtil	(	float	x,
		float	y,
		float	z,
		float	scale,
		Vertex *	vertices,
		unsigned int	vertex_cnt,
		const Vector &	directionVector,
		Vector *	collisionPoint
	)

virtual

Determines if the object is hit by a pick ray starting at (x,y,z) and pointing towards directionVector in the object logical coordinate system If Pickable() == PICK_BEST it will return the closest point that was hit, otherwise it returns the first point that was hit. This method should not pick points behind the viewer.

Parameters

x	X coordinate of pick ray start in logical coordinates.
y	Y coordinate of pick ray start in logical coordinates.
z	Z coordinate of pick ray start in logical coordinates.
scale	The scale factor of the window. Affects picking of outlines. Standard value is 1.0.
vertices	An array of vertices describing the Object.
vertex_cnt	Size of the vertices array.
directionVector	The direction of the pick vector.
collisionPoint	If this method returns true, this Vector will contain the location that was hit in logical coordinates.

Returns: True if click is inside, false otherwise.

Comment: The hit determination algorithm is based on the principle that a point is inside a polygon if a line drawn through the point intersects an even number of edges.

◆ InsertVertex()

virtual void InsertVertex ( unsigned int indexAfter )

inlinefinalvirtual

Insert a new vertex into the vertex array, duplicating the vertex at (indexAfter - 1).

Parameters

indexAfter One past the index to insert. The vertex before this (or the last vertex, if more than the number of vertices) will be duplicated. If 0, the 0th vertex will be duplicated.

Deprecated:: New code should use InsertVertexAt().

Note: This virtual function is kept for backwards compatibility only. It is marked 'final' (where supported). Subclasses should override InsertVertexAt() instead.

◆ InsertVertexAt()

virtual void InsertVertexAt ( unsigned int index )

virtual

Insert a vertex at index. Duplicate the vertex pointed to by index, so that there are two vertices that are exactly the same. If index is greater than the number of vertices, then the last vertex is duplicated.

Parameters

index The index to insert a vertex at.

Reimplemented in GlsSchematicPolyLineInterconnect.

◆ InsideVertexExtents()

bool InsideVertexExtents	(	float	x,
		float	y,
		unsigned int	nVerts,
		Vertex *	verts,
		float	tolerance
	)

protected

Parameters

x	X coordinate of pick point.
y	Y coordinate of pick point.
nVerts	Number of vertices to try.
verts	Vertex array to try.
tolerance	Picking tolerance.

Returns: True if the point is inside the 2D extents of the given vertices.

◆ InstanceName() [1/3]

char * InstanceName ( )

Gets the name for the object.

Returns: The name of the object.

◆ InstanceName() [2/3]

const char * InstanceName ( ) const

Gets the name for the object, but const.

Returns: The name of the object.

◆ InstanceName() [3/3]

void InstanceName ( const char * name )

Sets the name for the object. This name corresponds to the name that is generated in the source code.

Parameters

name	The new name for the object

◆ InvalidatePainter()

void InvalidatePainter ( )

Invalidates the painter set on this object if that painter exists. Typically called by user code when it modifies an object in such a way where the painter invalidation system wouldn't work automatically (for example, directly modifying vertex data).

◆ IsVisibleInScene()

virtual bool IsVisibleInScene ( const DisplayObject * obj = NULL ) const

virtual

Traverses upward in the hierarchy to determine if this object is visible in the scene. Overloaded for classes that handle child visibility without using the Visibility flag such as GlsMutexGroup.

Parameters

obj	The object to start traversing from, defaults to this object if NULL.

Returns: Whether or not the object is visible.

Reimplemented in GlsPushButton, GlsMutexGroup, and GlsSwitch.

◆ LastDrawMatrixLocation() [1/2]

const Vertex & LastDrawMatrixLocation ( )

inlineprotected

Used internally to determine if the user has modified the location.

Returns: The location where the object was last drawn.

◆ LastDrawMatrixLocation() [2/2]

void LastDrawMatrixLocation ( const Vertex & loc )

inlineprotected

Used internally to determine if the user has modified the location.

Parameters

loc	The location to set.

◆ LightingEnabled() [1/2]

virtual bool LightingEnabled ( )

virtual

Returns: The current lighting state.

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ LightingEnabled() [2/2]

virtual void LightingEnabled ( bool lighting )

virtual

Sets the lighting state.

Parameters

lighting The new lighting state.

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ LineStippleMultiplier() [1/2]

virtual int LineStippleMultiplier ( )

virtual

Get the line stipple multiplier for this object

Returns: The line stipple multiplier for this object

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ LineStippleMultiplier() [2/2]

virtual void LineStippleMultiplier ( int mult )

virtual

Set the line stipple multiplier for this object

Parameters

mult	The new line stipple pattern

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ LineStipplePattern() [1/2]

virtual int LineStipplePattern ( )

virtual

Get the line stipple pattern for this object

Returns: The line stipple pattern for this object

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ LineStipplePattern() [2/2]

virtual void LineStipplePattern ( int pattern )

virtual

Set the line stipple pattern for this object

Parameters

pattern The new line stipple pattern

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ LineWidth() [1/2]

virtual float LineWidth ( )

virtual

Gets the width of lines in the object.

Returns: The line width of the object in logical units

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ LineWidth() [2/2]

virtual void LineWidth ( float width )

virtual

Sets the width of lines in the object.

Parameters

width The new line width of the object in logical units

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ Location() [1/3]

virtual const Vertex & Location ( ) const

virtual

Returns: The location of the origin of the object Lifetime is guaranteed to coincide with the DisplayObject's lifetime.

Reimplemented in Group, and ComponentBase.

◆ Location() [2/3]

virtual void Location ( const Vertex & v )

virtual

Sets the location of the origin of the object

Parameters

v	The new location

Reimplemented in Group, ComponentBase, ComponentBase, and Group.

◆ Location() [3/3]

virtual void Location	(	float	x,
		float	y,
		float	z
	)

virtual

Sets the location of the origin of the object

Parameters

x	X Coordinate of the new location
y	Y Coordinate of the new location
z	Z Coordinate of the new location

Reimplemented in Group, ComponentBase, ComponentBase, and Group.

◆ LogicalToDCS()

void LogicalToDCS	(	Vector	logicalPoint,
		Vector &	objectLocal,
		const Vector *	directionVector,
		const Vector &	planeNormal = `Vector(0, 0, 1)`,
		const Vector &	planePoint = `Vector()`,
		const GlsMatrixType *	dcsMatrix = `NULL`
	)

PROJECT a point from logical coordinates to the object's DCS's XY plane

Parameters

logicalPoint	The original point in logical coordinates
objectLocal	The returned point in the objects DCS coordinate system on the XY plane.
directionVector	The direction vector to use when projecting the point. If NULL, the point will be converted but not projected.
planeNormal
planePoint
dcsMatrix	An alternate DCS matrix to convert to.

◆ LogicalToWindow()

bool LogicalToWindow	(	const Vector &	logical,
		Vector &	winLoc,
		const OpenGLMatrices &	alternateMatrices = `OpenGLMatrices()`
	)

Convert a point from logical coordinates to window coordinates.

Parameters

logical	The point in logical coordinates.
winLoc	The returned value in window coordinates. Z Ranges from 0.0 to 1.0. 0.0 is near clip, 1.0 is far clip.
alternateMatrices	When supplied it is used instead of self determined matrices.

Returns: True if the conversion succeeded, otherwise false.

◆ MaterialIndex() [1/2]

virtual int MaterialIndex ( )

virtual

Returns: The current material index. Returns -1 if multiple are applied.

Reimplemented in GlsGeometryResourceMesh, GlsRSOWrapper, and GLTriMesh.

◆ MaterialIndex() [2/2]

virtual void MaterialIndex ( int index )

virtual

Sets the material index.

Parameters

index The new material index to set.

Reimplemented in GlsRSOWrapper.

◆ MaterialIndices() [1/2]

virtual DynamicArray< int > & MaterialIndices ( )

virtual

Returns: A list of material indices.

Reimplemented in GlsGeometryResourceMesh, and GLTriMesh.

◆ MaterialIndices() [2/2]

virtual void MaterialIndices ( DynamicArray< int > indices )

virtual

Sets the list of material indices.

Parameters

indices The new material list to set.

Reimplemented in GLTriMesh, and GlsGeometryResourceMesh.

◆ ModelMatrix()

GlsMatrixType * ModelMatrix ( )

Returns: The saved Model matrix, if any. Normally not used by the user.

◆ NeedCalcDrawMatrix()

bool NeedCalcDrawMatrix ( )

inline

Returns: True if the draw matrix needs to be calculated

◆ NeedCalculate() [1/2]

bool NeedCalculate ( )

inline

Returns: true if Calculate() needs to be called on this object

◆ NeedCalculate() [2/2]

void NeedCalculate ( bool val )

inlineprotected

Set whether or not Calculate() will be called on this object.

Parameters

val	The new calculate value.

◆ Normals()

Vector * Normals ( )

inline

Gets the object's normals.

Returns: Pointer to the object's normal vertex array

◆ NotifyAttributeChanged()

void NotifyAttributeChanged ( const AttributeName & name )

overridevirtual

Implements AttributeChangedNotifier::NotifyAttributeChanged. Notify the class that the attribute has changed. Observers of the attribute will have their callbacks called

Parameters

name	the name of the attribute

Implements AttributeChangedNotifier.

◆ NumberOfVertices()

unsigned int NumberOfVertices ( ) const

inline

Gets the object's number of vertices.

Returns: The integer number of vertices in the object

◆ ObjectDepth()

virtual float ObjectDepth ( )

virtual

Get the depth (in the Z Dimension) of the object in logical units. Value is based on the extents of the object and does not take into consideration dynamic rotation

Returns: The depth in logical units (based on extents in the Z Dimension)

◆ ObjectHeight()

virtual float ObjectHeight ( )

virtual

Get the height (in the Y Dimension) of the object in logical units. Value is based on the extents of the object and does not take into consideration dynamic rotation

Returns: The height in logical units (based on extents in the Y Dimension)

◆ ObjectWidth()

virtual float ObjectWidth ( )

virtual

Get the width (in the X Dimension) of the object in logical units. Value is based on the extents of the object and does not take into consideration dynamic rotation

Returns: The width in logical units (based on extents in the X Dimension)

◆ Parent() [1/2]

DisplayFrame * Parent ( ) const

inline

Gets the parent display frame pointer for this object

Returns: The parent display frame of this object

◆ Parent() [2/2]

virtual void Parent ( DisplayFrame * par )

virtual

Sets the parent display frame pointer for this object to the indicated display frame

Parameters

par	The new display frame to be the parent object

Reimplemented in Group, ComponentBase, ComponentBase, and Group.

◆ ParentGroup() [1/2]

Group * ParentGroup ( ) const

inline

Gets the parentGroup pointer for this object

Returns: The group to which this object belongs

◆ ParentGroup() [2/2]

virtual void ParentGroup ( Group * group )

virtual

Sets the parentGroup pointer for this object

Parameters

group The group to which this object belongs

Reimplemented in GlsSchematicTeeInterconnect.

◆ Pick3D()

virtual DisplayObject * Pick3D	(	const Vector &	winLoc,
		const Vector &	logicalCoords,
		float	scale,
		const Vector &	directionVector,
		Vector &	collisionWinLoc,
		const OpenGLMatrices &	drawnMatrices
	)

virtual

Attempts to pick an object in 3D and accounting for dynamic rotations and translations of this object or parent objects. It also looks at the pickable status and attempts to return the "Best" pick if that is what is desired.

Note: This method will pick objects in the scene based on a pick ray starting at winLoc and pointing into the screen. It will not pick objects behind the depth specified by winLoc.z. Typically winLoc.z should be set to 0 to ensure that the pick ray starts at near clip plane.

Parameters

winLoc	Device coordinates for the mouse click. Z value should be set to 0 to ensure pick ray starts at near clip plane.
logicalCoords	The start of the pick ray in logical coordinates. Should be calculated from the winLoc using this->WindowToLogical(winLoc, logicalCoords, &directionVector).
scale	Current window scale. Affects picking radius of outlines. Initial value should typically be 1.0.
directionVector	The direction of the pick ray in logical coordinates. Should be calculated from the winLoc using this->WindowToLogical(winLoc, logicalCoords, &directionVector).
collisionWinLoc	Returns where the pick vector intersects the object that is hit in device coordinates.
drawnMatrices	The matrices used to draw the object, including matrices set by parents that may have dynamically rotated, translated or scaled this object. Initial value should typically be a default OpenGLMatrices() object.

Returns: The object that was hit, or NULL if no object hit

Reimplemented in GlsPushButton, GlsClippingGroup, GlsGeometryResourceMesh, GlsMultiView, GlsMutexGroup, GlsThumbWheel, ComponentBase, GlsRSOWrapper, Group, GLPolygon, and Gls3DCable.

◆ Pickable() [1/2]

unsigned char Pickable ( )

inline

Get the pickable state for this object

Returns: The pick mode

See also: PickableType_e

◆ Pickable() [2/2]

virtual void Pickable ( unsigned char pick )

virtual

Set the pickable state for this object

Parameters

pick	The pick mode

See also: PickableType_e

◆ PickCleanup()

void PickCleanup	(	Vertex *	vertices,
		unsigned int	vertex_cnt
	)

protected

Restores the temporarily rotated vertices

Parameters

vertices	Vertex array to restore
vertex_cnt	Number of vertices to restore

◆ PickSetup()

void PickSetup	(	float	x,
		float	y,
		float	z,
		Vertex *	vertices,
		unsigned int	vertex_cnt,
		const Vector &	directionVector
	)

protected

Sets up the object for picking by dynamically rotating vertices

Parameters

x	X coordinate of pick point
y	Y coordinate of pick point
z	Z coordinate of pick point
vertices	Vertex array to setup
vertex_cnt	Number of vertices to setup
directionVector	dynamic rotation vector

◆ PolygonEnd() [1/2]

virtual int PolygonEnd ( )

virtual

Gets the polygon end mode (Open or Closed) for the polygon

Returns: Enumeration indicating open or closed mode

See also: PolygonClose_e

Reimplemented in GlsPolyLine, Gls3DCable, GlsRSOWrapper, and Group.

◆ PolygonEnd() [2/2]

virtual void PolygonEnd ( const int end )

virtual

Sets the polygon end mode (Open or Closed) for the polygon

Parameters

end	Enumeration indicating open or closed mode

See also: PolygonClose_e

Reimplemented in GlsPolyLine, GlsPolyLine, GlsRSOWrapper, Gls3DCable, and Group.

◆ PolygonMode() [1/2]

virtual int PolygonMode ( )

virtual

Gets the polygon drawing mode for this object

Returns: The polygon drawing mode for this object

See also: PolygonMode_e

Reimplemented in Gls3DCable, GlsNinePatch, GlsRSOWrapper, and Group.

◆ PolygonMode() [2/2]

virtual void PolygonMode ( int mode )

virtual

Sets the polygon drawing mode for this object

Parameters

mode	The new polygon drawing mode for this object

See also: PolygonMode_e

Reimplemented in Gls3DCable, GlsNinePatch, GlsRSOWrapper, and Group.

◆ PreDraw()

virtual void PreDraw	(	const OpenGLMatrices &	current,
		Culler &	culler
	)

virtual

Traverses the hierarchy calculating the _modelMatrix, _projMatrix, _viewMatrix as needed.

Parameters

current	Current matrices inherited from parent
culler	Object that possibly marks this object for culling

Reimplemented in GlsCTLTextBox, ComponentBase, GlsLightSource, GlsRSOWrapper, Group, Statistics, Gls3DCable, GlsAdvancedMesh, GlsAngularScale, GlsPushButton, GlsDynamicPath, GlsEllipse, GlsGeometryResourceMesh, GlsKnob, GlsLinearFloatController, GlsLinearScale, GlsLodGroup, GlsMovieTexture, GlsMultiView, GlsMutexGroup, GlsNurbCurve, GlsOdometer, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSerialMorphMesh, GlsSwitch, GlsThumbWheel, and GlsVideoToTexture.

◆ ProjMatrix()

GlsMatrixType * ProjMatrix ( )

Returns: The saved Projection matrix, if any. Normally not used by the user.

◆ ReallocateVertices()

virtual void ReallocateVertices	(	unsigned int	numVertices,
		bool	initializeNew,
		bool	copyOld
	)

virtual

Reallocates the vertex and texture coordinate and normal arrays. Existing vertices are copied . If the new size is less than the old size, the first numVertices vertices are copied. If the new size is larger, all vertices are copied and the new vertices are initialized to zero.

Parameters

numVertices	The new number of vertices for the object
initializeNew	Whether or not to initialize the new vertices
copyOld	Whether or not to copy the old data

◆ RelativeAngle()

virtual float RelativeAngle	(	const float	x,
		const float	y
	)

virtual

Return the relative angle of an line constructed from the given point to the _location of the object, (in the xy plane)

Parameters

x	X coordinate of endpoint
y	Y coordinate of endpoint

Returns: Relative angle in degrees

◆ Resource()

virtual DistiAttributeBase & Resource ( const char * name )

virtual

Gets a reference to the specified attribute for reading and writing. This reference can be streamed into and out of variables. For Example: someObject->Resource("Visible") >> someBool; someBool << someObject->Resource("Visible");

Parameters

name	The name of the attribute to be returned.

Returns: A reference to the attribute if it is present, or DistiEmptyAttribute if not.

Reimplemented in Gls3DCable, GlsDynamicPath, GlsMultiView, GlsPathManager, ComponentBase, and GlsRSOWrapper.

◆ RestoreAlpha()

void RestoreAlpha ( )

Restores the alpha test/blend settings if they were changed from default

See also: SetupAlpha

◆ RestoreAntiAlias()

void RestoreAntiAlias ( )

Restores the antialias settings if they were changed from default

See also: SetupAntiAlias

◆ RestoreLighting()

void RestoreLighting ( )

Restores the lighting state

See also: SetupLighting

◆ RestoreLineStyle()

void RestoreLineStyle ( )

Sets the line style settings to their defaults

See also: SetupLineStyle

◆ Rotate() [1/3]

virtual void Rotate	(	const Vector &	orig,
		float	angle,
		const Vector &	axis
	)

virtual

Rotates the object (around the specified axis) by the angle indicated, at the point specified. Recalculates the vertex data.

Parameters

orig	The point to rotate around
angle	The angle to rotate by, in degrees
axis	The arbitrary axis to rotate the object around

Reimplemented in GlsCylinder, GlsEyePoint, GlsSphere, GlsText, Group, GlsNurbCurve, GlsPolyLine, GlsAngularScale, GlsEllipse, GlsGeometryResourceMesh, GlsLinearScale, GlsNinePatch, GlsNurbCurve, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, ComponentBase, ComponentBase, GlsCylinder, GlsEyePoint, GlsRSOWrapper, GlsRSOWrapper, GlsSphere, GlsText, and Group.

◆ Rotate() [2/3]

virtual void Rotate	(	const Vector &	origin,
		float	angle,
		int	axis = `Z_AXIS`
	)

virtual

Rotates the object (around the specified axis) by the angle indicated, at the point specified. Recalculates the vertex data.

Parameters

origin	The point to rotate around
angle	The angle to rotate by, in degrees
axis	The axis to rotate the object around

Reimplemented in GlsCylinder, GlsEyePoint, GlsSphere, GlsText, Group, GlsNurbCurve, and GlsPolyLine.

◆ Rotate() [3/3]

virtual void Rotate	(	float	angle,
		int	axis = `Z_AXIS`
	)

virtual

Rotates the object (around the specified axis) by the angle indicated, at the object's rotation point. Recalculates the vertex data.

Parameters

angle	The angle to rotate by, in degrees
axis	The axis to rotate the object around.

Reimplemented in GlsCylinder, GlsEyePoint, GlsSphere, GlsText, Group, GlsNurbCurve, and GlsPolyLine.

◆ RotationPoint() [1/3]

const Vertex & RotationPoint ( ) const

inline

Returns: The rotation point for the object. Lifetime is guaranteed to coincide with the DisplayObject's lifetime.

◆ RotationPoint() [2/3]

virtual void RotationPoint ( const Vertex & v )

virtual

Sets the location of the rotation point for the object. Dynamic rotation of the object will cause the object to be rotated around this point.

Parameters

v	The new rotation point

◆ RotationPoint() [3/3]

virtual void RotationPoint	(	float	x,
		float	y,
		float	z
	)

virtual

Sets the location of the rotation point for the object. Dynamic rotation of the object will cause the object to be rotated around this point.

Parameters

x	X Coordinate of the new rotation point
y	Y Coordinate of the new rotation point
z	Z Coordinate of the new rotation point

◆ SaveMatrices()

void SaveMatrices ( )

Causes the Projection, Model and View matrix for this object to be saved. Used by the 3D picking algorithm. Normally not used by the user.

◆ Scale()

virtual void Scale	(	float	px,
		float	py,
		float	pz,
		Vertex *	anchor,
		int	handleBar = `0`
	)

virtual

Scales the object, either the handleBar, or the Anchor is used to translate the object, not both. Anchor takes presidence, if it is set HandleBar is ignored. The footprint is different from the 2D scale so the compiler can destinguish the two.

Parameters

px	Value of the percentage of scale in x-axis
py	Value of the percentage of scale in y-axis
pz	Value of the percentage of scale in z-axis
anchor	Anchor from which to scale object relative to
handleBar	Vertex that is being dragged

Reimplemented in GlsNurbCurve, GlsAngularScale, GlsCTLTextBox, GlsEllipse, GlsLinearScale, GlsNinePatch, GlsPolyLine, GlsTextBox, GlsTextGrid, GlsSphere, GlsCylinder, GlsSphere, GlsNurbCurve, GlsPolyLine, GlsTextBox, GlsTextGrid, GlsGeometryResourceMesh, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsCylinder, ComponentBase, GlsRSOWrapper, ComponentBase, GlsRSOWrapper, and Group.

◆ Set()

void Set	(	int	spec,
			...
	)

Set attributes of the object using VarArgs style interface Object attributes are defined with an enumeration. This routine is designed to make generated code very clean and readable.

See also: GLS_Initializers

Parameters

spec	The enum for the first attribute value to set.

◆ SetAvailableAttributes()

virtual void SetAvailableAttributes ( unsigned int value )

virtual

Specifies which attributes are available for the object. Currently the available attributes cannot be changed after they have been set. (Only the first call has an effect.)

Parameters

value A bitfield specifying which types of attributes to make available.

See also: AvailableAttributesEnum

Reimplemented in GlsNurbCurve, Gls3DCable, GlsAdvancedMesh, GlsAngularScale, GlsPushButton, GlsClippingGroup, GlsCTLTextBox, GlsDynamicPath, GlsEllipse, GlsGeometryResourceMesh, GlsKnob, GlsLinearFloatController, GlsLinearScale, GlsLodGroup, GlsMimicGroup, GlsMovieTexture, GlsMovingEye, GlsMultiView, GlsMutexGroup, GlsNinePatch, GlsOdometer, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSerialMorphMesh, GlsSwitch, GlsTextBox, GlsTextGrid, GlsThumbWheel, GlsVideoToTexture, ComponentBase, GlsCylinder, GlsEyePoint, GlsLightSource, GlsSphere, GlsText, GLTriMesh, and Group.

◆ SetBlendColor() [1/3]

virtual void SetBlendColor ( const GlsColor & color )

virtual

Sets the texture blend color for the object

Parameters

color A GlsColor

Reimplemented in Group, Gls3DCable, GlsRSOWrapper, and Group.

◆ SetBlendColor() [2/3]

void SetBlendColor ( unsigned char color[] )

Sets the texture blend color for the object

Parameters

color RGBA color (0-255 range) NOTE: Not Virtual. Simply calls void SetBlendColor(const GlsColor& color);

◆ SetBlendColor() [3/3]

void SetBlendColor	(	unsigned char	r,
		unsigned char	g,
		unsigned char	b,
		unsigned char	a
	)

Sets the texture blend color for the object

Parameters

r	Red color component (0-255 range)
g	Green color component (0-255 range)
b	Blue color component (0-255 range)
a	Alpha color component (0-255 range) NOTE: Not Virtual. Simply calls void SetBlendColor(const GlsColor& color);

◆ SetColor() [1/3]

virtual void SetColor ( const GlsColor & color )

virtual

Sets the RGBA color for the object outline

Parameters

color The new color

Reimplemented in Group, GlsPolyLine, Gls3DCable, GlsAngularScale, GlsLinearScale, GlsPolyLine, GlsRSOWrapper, and Group.

◆ SetColor() [2/3]

void SetColor ( unsigned char c4[] )

inline

Sets the RGBA color for the object outline

Parameters

c4	The new RGBA (0-255 range) line color for the object NOTE: Not Virtual. Simply calls void SetColor(const GlsColor& color)

◆ SetColor() [3/3]

void SetColor	(	unsigned char	r,
		unsigned char	g,
		unsigned char	b,
		unsigned char	a
	)

inline

Sets the RGBA color for the object outline

Parameters

r	The new red component (0-255 range) of the line color for the object
g	The new blue component (0-255 range) of the line color for the object
b	The new green component (0-255 range) of the line color for the object
a	The new alpha component (0-255 range) of the line color for the object NOTE: Not Virtual. Simply calls void SetColor(const GlsColor& color)

◆ SetFillColor() [1/3]

virtual void SetFillColor ( const GlsColor & color )

virtual

Sets the RGBA color for filling the object

Parameters

color The new RGBA fill color (0-255 range) for the object

Reimplemented in GlsCylinder, GlsSphere, Group, GlsEllipse, GlsNurbCurve, GlsPolyLine, Gls3DCable, GlsEllipse, GlsNinePatch, GlsNurbCurve, GlsPolyLine, GlsCylinder, GlsSphere, and Group.

◆ SetFillColor() [2/3]

void SetFillColor ( unsigned char c4[] )

inline

Sets the RGBA color for filling the object

Parameters

c4	The new RGBA fill color (0-255 range) for the object NOTE: Not Virtual. Simply calls void SetFillColor(const GlsColor& color)

◆ SetFillColor() [3/3]

void SetFillColor	(	unsigned char	r,
		unsigned char	g,
		unsigned char	b,
		unsigned char	a
	)

inline

Sets the RGBA color for filling the object

Parameters

r	The new red component (0-255 range) of the fill color for the object
g	The new blue component (0-255 range) of the fill color for the object
b	The new green component (0-255 range) of the fill color for the object
a	The new alpha component (0-255 range) of the fill color for the object NOTE: Not Virtual. Simply calls void SetFillColor(const GlsColor& color)

◆ SetManualBlinkElapsedTime()

static void SetManualBlinkElapsedTime ( double elapsedTime )

static

Sets the time the application will use to determine the blink state of objects. Has no effect if UseManualBlinkElapsedTime was not set to true.

Parameters

elapsedTime The blink time to be set.

◆ SetNormals()

virtual void SetNormals	(	unsigned int	nPoints,
		Vector *	vertices
	)

virtual

Sets the vertex normal data for this object

Parameters

nPoints	The number of vertices in the object
vertices	The vertex normals for the object

◆ SetOrigin()

virtual void SetOrigin ( const Vertex & vert )

virtual

Redefines the frame of reference for the object. Since the vertices in the object are specified relative to the _location member, this routine allows you to specify the absolute coordinate for _location and then recalculates the vertices to be relative to that new location

Parameters

vert	The new origin point for the object

◆ SetPainter()

virtual void SetPainter ( GlsPainter * painter )

virtual

Sets the painter for this object. Can be NULL. If the painter is set, this object will call Invalidate() on the painter anytime it changes in a way that affects its rendering.

Note: This object only observers the painter, and does not delete it.

Parameters

painter the painter that is drawing this class.

Reimplemented in GlsMimicGroup, GlsSchematicTeeInterconnect, GlsRSOWrapper, and Group.

◆ SetTexCoords() [1/2]

virtual void SetTexCoords	(	unsigned int	nPoints,
		Vector *	new_tex_coord,
		bool	isVectorArray = `true`
	)

virtual

Sets the texture coordinate data for this object

Parameters

nPoints	The number of texture vertices in the object
new_tex_coord	The texture coordinates for the object
isVectorArray	true if array points to a Vector array, false if it points to a Vertex array

See also: TextureCoordinates(); VaSetTexCoords(); SetTexCoords()

◆ SetTexCoords() [2/2]

void SetTexCoords	(	unsigned int	nPoints,
		Vertex *	new_tex_coord
	)

inline

Vertex version of SetTexCoords

Parameters

nPoints	The number of texture vertices in the object.
new_tex_coord	The texture coordinates for the object.

See also: VaSetTexCoords(); TextureCoordinates()

◆ SetupAlpha()

bool SetupAlpha ( )

Sets the alpha blending state based on object settings.

Returns: True if the state changed from defaults, otherwise false.

See also: RestoreAlpha

◆ SetupAntiAlias()

bool SetupAntiAlias ( )

Sets the antialias settings based on object settings.

Returns: True if the state changed from defaults, otherwise false.

See also: RestoreAntiAlias

◆ SetupDepthTest()

void SetupDepthTest ( )

Sets the depth test settings based on object settings

◆ SetupLighting()

void SetupLighting ( )

Sets the lighting state

See also: RestoreLighting

◆ SetupLineStyle()

bool SetupLineStyle ( )

Sets the line style settings based on object settings

Returns: True if the line style was set. If this method returns true then the object must call RestoreLineStyle to cleanup

See also: RestoreLineStyle

◆ SetupPolyDrawStyle()

void SetupPolyDrawStyle ( )

Sets the polygon draw style based on object settings

◆ SetupShading()

void SetupShading ( )

Sets the shading settings based on object settings

◆ SetupTexture()

bool SetupTexture ( )

First half of texture setup for the object.

Returns: True if the object will be textured False otherwise. If this method returns true, then the caller needs to do a glDisable(GL_TEXTURE_2D) afterwards to cleanup

◆ SetValue()

virtual void SetValue	(	int	spec,
		va_list &	args
	)

protectedvirtual

Sets an attribute of this object using variable arguments

Parameters

spec	A GLS_Initializer tag
args	A variable argument list

Reimplemented in Gls3DCable, GlsAngularScale, GlsPushButton, GlsClippingGroup, GlsDynamicPath, GlsEllipse, GlsKnob, GlsLinearScale, GlsLodGroup, GlsMimicGroup, GlsMovieTexture, GlsMovingEye, GlsMultiView, GlsMutexGroup, GlsNinePatch, GlsOdometer, GlsPathManager, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsSwitch, GlsTextGrid, GlsThumbWheel, GlsVideoToTexture, ComponentBase, GlsCylinder, GlsEyePoint, GlsLightSource, GlsRSOWrapper, GlsSphere, GlsText, and GLTriMesh.

◆ SetVertexColor()

virtual void SetVertexColor	(	unsigned int	vertex,
		unsigned char	CurrentFillColor[]
	)

virtual

Changes the color of a vertex

Parameters

vertex	1 based index of the vertex to the change color for
CurrentFillColor	The new RGBA (0-255 range) color for the vertex

Reimplemented in GlsNurbCurve.

◆ SetVertices()

virtual void SetVertices	(	unsigned int	nPoints,
		Vertex *	vertices
	)

virtual

Sets the vertex data for this polygon You should call UpdateBoundingVolume after changing an object's extents.

See also: UpdateBoundingVolume

Parameters

nPoints	The number of vertices in the object
vertices	The vertex data for the object

Reimplemented in GlsCTLTextBox, GlsNurbCurve, GlsPolyLine, GlsSchematicPolyLineInterconnect, GlsSchematicTeeInterconnect, GlsTextBox, and GlsTextGrid.

◆ Shading() [1/2]

virtual int Shading ( )

virtual

Gets the polygon shading mode (Flat or gouraud) for the polygon

Returns: Enumeration indicating shading mode

See also: ShadingType_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ Shading() [2/2]

virtual void Shading ( const int shading )

virtual

Sets the polygon shading mode (Flat or gouraud) for the polygon

Parameters

shading Enumeration indicating shading mode

See also: ShadingType_e

Reimplemented in Gls3DCable, Group, and GlsRSOWrapper.

◆ StaticGetCppInterfaceDescription()

static InterfaceListType * StaticGetCppInterfaceDescription ( InterfaceListType * addToThisList = NULL )

static

See also: GetCppInterfaceDescription

Parameters

addToThisList If not NULL this list will be added to then returned. If NULL a new list will be created.

Returns: A templated list.

◆ TextureCoordinates()

Vector * TextureCoordinates ( )

inline

Gets the object's texture coordinates

Note: Texture Coordinates are vertex attributes. They can be two-dimensional (UV-coordinates) or three-dimensional (UVW-coordinates). The texture coordinates at each vertex are interpolated across the triangle generated from those vertices to determine where to sample the texture applied to the object.; Some shaders use UVW coordinates as an input, but use them for some other purpose than texturing.

Returns: Pointer to the object's texture coordinate array. NULL if the object is not textured.

See also: GetTextureCoordinates(); VaSetTexCoords(); SetTexCoords(); GetTexturePoints()

◆ TextureIndex() [1/2]

virtual int TextureIndex ( )

virtual

Get the texture index for this object

Returns: The texture index for this object

Reimplemented in GlsCylinder, GlsSphere, GlsGeometryResourceMesh, ComponentBase, GlsRSOWrapper, and GLTriMesh.

◆ TextureIndex() [2/2]

virtual void TextureIndex ( int textureIndex )

virtual

Sets the texture index to be used when drawing the object.

Parameters

textureIndex The texture index to use. -1 indicates that no texture will be drawn.

Reimplemented in GlsGeometryResourceMesh, ComponentBase, GlsCylinder, GlsSphere, GLTriMesh, GlsCylinder, GlsSphere, and GlsRSOWrapper.

◆ TextureMagnificationFilter() [1/2]

virtual int TextureMagnificationFilter ( )

virtual

Gets the texture magnification filter for this object

Returns: The texture magnification filter for this object

See also: TextureFilter_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ TextureMagnificationFilter() [2/2]

virtual void TextureMagnificationFilter ( const int filter )

virtual

Sets the texture magnification filter for this object

Parameters

filter The new texture magnification filter for this object

See also: TextureFilter_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ TextureMappingTechnique() [1/2]

virtual int TextureMappingTechnique ( )

virtual

Gets the texturing mapping mode for this object

Returns: The texture mapping mode for this object

See also: TextureMap_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ TextureMappingTechnique() [2/2]

virtual void TextureMappingTechnique ( const int map )

virtual

Sets the texturing mapping mode for this object

Parameters

map	The new texture mapping mode for this object

See also: TextureMap_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ TextureMinificationFilter() [1/2]

virtual int TextureMinificationFilter ( )

virtual

Gets the texture minification filter for this object

Returns: The texture minification filter for this object

See also: TextureFilter_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ TextureMinificationFilter() [2/2]

virtual void TextureMinificationFilter ( const int filter )

virtual

Sets the texture minification filter for this object

Parameters

filter The new texture minification filter for this object

See also: TextureFilter_e

Reimplemented in Gls3DCable, GlsRSOWrapper, and Group.

◆ TextureRepeat() [1/2]

virtual bool TextureRepeat ( )

virtual

Gets the texturing repeat mode for this object

Returns: The texture repeat mode for this object

Reimplemented in Group, Gls3DCable, and GlsRSOWrapper.

◆ TextureRepeat() [2/2]

virtual void TextureRepeat ( const int rep )

virtual

Sets the texturing repeat mode for this object

Parameters

rep	The new texture repeat mode for this object (boolean)

Reimplemented in Group, Gls3DCable, GlsRSOWrapper, and Group.

◆ Translate() [1/2]

virtual void Translate ( float tr[] )

virtual

Moves the object by the amount indicated.

Parameters

tr	Float[3] array containing the x,y,z amounts to translate by

Reimplemented in ComponentBase, and Group.

◆ Translate() [2/2]

virtual void Translate	(	float	x,
		float	y,
		float	z
	)

virtual

Moves the object by the amount indicated.

Parameters

x	X amount to translate by
y	Y amount to translate by
z	Z amount to translate by

Reimplemented in ComponentBase, and Group.

◆ TranslateVertices()

virtual void TranslateVertices	(	float	x,
		float	y,
		float	z
	)

virtual

Moves the object's vertices by the amount indicated. Does not change _location.

Parameters

x	X amount to translate by
y	Y amount to translate by
z	Z amount to translate by

Reimplemented in GlsGeometryResourceMesh, and Group.

◆ UpdateBoundingVolume()

virtual void UpdateBoundingVolume ( )

virtual

Updates the bounding volume of this object This method should be called if the vertices change for picking and culling to work correctly. This will only update this object. If PerformGroupCullCheck is enabled for one of the objects parents, you may also need to call CalculateParentBoundingBox() to update all of the objects parents.

Reimplemented in GlsAngularScale, GlsEllipse, GlsGeometryResourceMesh, GlsNinePatch, and GlsRSOWrapper.

◆ UseManualBlinkElapsedTime()

static void UseManualBlinkElapsedTime ( bool useManualTime )

static

Sets whether the application should use the system time or a manual time for calculating the blink state of objects

Parameters

useManualTime If true, will use user defined time, otherwise system time.

◆ UserData() [1/2]

void * UserData ( ) const

inline

Gets the current UserData pointer. UserData is a pointer the user can use to attach user defined data to a GL Studio object.

Returns: The current UserData pointer

◆ UserData() [2/2]

void UserData ( void * data )

inline

Sets the current UserData pointer

Parameters

data	The new UserData pointer

◆ VaListSetNormals()

virtual void VaListSetNormals	(	unsigned int	nPoints,
		va_list	args
	)

protectedvirtual

Sets the normal data for this object This function is called as part of VaSetNormals( unsigned int, ... )

Parameters

nPoints	The number of normals in the object
args	va_list in the form x,y,z for each normal

◆ VaListSetTexCoords()

virtual void VaListSetTexCoords	(	unsigned int	nPoints,
		va_list	args
	)

protectedvirtual

Sets the texture coordinate data for this object This function is called as part of VaTexCoords( unsigned int, ... )

Parameters

nPoints	The number of texture coordinates in the object
args	va_list in the form x,y,z for each texture coordinate

◆ VaListSetVertices()

virtual void VaListSetVertices	(	unsigned int	nPoints,
		va_list	args
	)

protectedvirtual

Sets the vertex data for this object You should call UpdateBoundingVolume after changing an object's extents.

See also: UpdateBoundingVolume

Parameters

nPoints	The number of vertices in the object
args	va_list in the form r,g,b,a,x,y,z for each vertex

Reimplemented in GlsNurbCurve.

◆ VaSetNormals()

void VaSetNormals	(	unsigned int	nPoints,
			...
	)

Sets the vertex normal data for this object

Parameters

nPoints	The number of vertices in the object
...	X,Y,Z for each vertex normal

◆ VaSetTexCoords()

void VaSetTexCoords	(	unsigned int	nPoints,
			...
	)

Sets the texture coordinate data for this object

Parameters

nPoints	The number of texture vertices in the object
...	X,Y,Z for each vertex

See also: TextureCoordinates(); GetTextureCoordinates()

◆ VaSetVertices()

void VaSetVertices	(	unsigned int	nPoints,
			...
	)

Sets the vertex data for this object You should call UpdateBoundingVolume after changing an object's extents.

See also: UpdateBoundingVolume

Parameters

nPoints	The number of vertices in the object
...	r,g,b,a,x,y,z for each vertex

◆ Vertices()

virtual Vertex * Vertices ( )

inlinevirtual

Gets the object's vertices. You should call UpdateBoundingVolume after changing an object's extents.

See also: UpdateBoundingVolume

Returns: Pointer to the object's vertex array

Reimplemented in GlsAngularScale, GlsEllipse, and GlsNinePatch.

◆ ViewMatrix()

int * ViewMatrix ( )

Returns: The saved View matrix, if any. Normally not used by the user.

◆ Visibility() [1/2]

bool Visibility ( ) const

inline

Get the visibility state this object

Returns: Whether or not this object is enabled for drawing

◆ Visibility() [2/2]

virtual void Visibility ( const bool vis )

virtual

Set the visiblity state for this object

Parameters

vis	Whether or not enable this object for drawing

◆ Visible()

bool Visible ( ) const

inline

Get the visibility state this object

Returns: Whether or not this object is enabled for drawing

◆ WindowToLogical()

bool WindowToLogical	(	const Vector &	winLoc,
		Vector &	logical,
		Vector *	directionVector = `NULL`,
		const OpenGLMatrices &	alternateMatrices = `OpenGLMatrices()`
	)

Convert a point in window coordinates to logical coordinates.

Parameters

winLoc	Coordinate in window coordinates. X and Y are in pixels. Z Ranges from 0.0 to 1.0. 0.0 is near clip, 1.0 is far clip.
logical	Coordinate in logical coordinates (returned).
directionVector	Normal into the screen at the point (returned).
alternateMatrices	A Set of matrices that if supplied, will alter the point.

Returns: True if the conversion succeeded, otherwise false.

◆ WorldRotationPoint() [1/2]

virtual Vector WorldRotationPoint ( )

virtual

Gets the rotation point for the object in world coordinates

Returns: The rotation point for the object in world coordinates

◆ WorldRotationPoint() [2/2]

virtual void WorldRotationPoint ( const Vector & vert )

virtual

Sets the rotation point for the object in world coordinates

Parameters

vert	The rotation point for the object in world coordinates

◆ WorldVertex() [1/2]

virtual Vertex WorldVertex ( unsigned int i )

virtual

Gets a vertex from the object, in World coordinates (i.e. not relative to the location as is the case with the Vertices() API call).

Parameters

i	Index of the vertex to get

Returns: The vertex

Reimplemented in GlsSchematicPolyLineInterconnect.

◆ WorldVertex() [2/2]

virtual void WorldVertex	(	unsigned int	i,
		const Vertex &	vert
	)

virtual

Sets a vertex of the object, in World coordinates (i.e. not relative to the location as is the case with the Vertices() API call. )

Parameters

i	The 0 based index of the vertex to get
vert	The new vertex value

◆ X() [1/2]

float X ( ) const

inline

Returns: X component of location

◆ X() [2/2]

void X ( const float x )

inline

Sets x component of location

Parameters

x	The new x location.

◆ Y() [1/2]

float Y ( ) const

inline

Returns: Y component of location

◆ Y() [2/2]

void Y ( const float y )

inline

Sets y component of location

Parameters

y	The new x location.

◆ Z() [1/2]

float Z ( ) const

inline

Returns: Z component of location

◆ Z() [2/2]

void Z ( const float z )

inline

Sets z component of location

Parameters

z	The new x location.

Member Data Documentation

◆ _alphaMode

int _alphaMode

protected

Whether or not to perform alpha testing while drawing.

◆ _antiAlias

bool _antiAlias

protected

Whether or not to perform anti-aliasing while drawing.

◆ _attributesAdded

bool _attributesAdded

protected

True if SetAvailableAttributes has been called. Users should not change this.

◆ _blinking

bool _blinking

protected

Whether or not the blinking mode is turned on

◆ _blinkRate

float _blinkRate

protected

Number of times per second the object will blink

◆ _color

GlsColor _color

protected

The RGBA color for drawing the outline of the object.

◆ _cullBackFace

bool _cullBackFace

protected

Whether or not to remove backfaces

◆ _dcsMatrix

GlsMatrixType _dcsMatrix

protected

The dynamic coordinate system. The Dynamic changes to rotation, scale, and translate will be modified by this and applied to the _drawMatrix.

◆ _depthTest

unsigned char _depthTest

protected

What kind of depth testing while drawing. See DepthBuffer_e

◆ _drawMatrix

GlsMatrixType* _drawMatrix

protected

The objects current contribution to the draw matrix.
This will be multiplied by the current matrix at draw time. If NULL, this object has no contribution (it is not dynamic) See CalcDrawMatrix() for more

◆ _lineStippleMultiplier

unsigned char _lineStippleMultiplier

protected

The multiplier used when applying a line stipple pattern to a line.

◆ _lineStipplePattern

unsigned short _lineStipplePattern

protected

A bit pattern indicating which pixels in a line should be drawn and which pixels should not.

◆ _lineWidth

float _lineWidth

protected

The current width of lines rendered in the object, in logical units

◆ _location

Vertex _location

protected

The location of the origin point for this object, in the world coordinate system.

◆ _modelMatrix

GlsMatrixType* _modelMatrix

protected

Stores the Model matrix for this object, if needed. Used by Draw() and 3D picking.

◆ _normals

Vector* _normals

protected

The array of vertex normals for this object. The size of this array is based on _nVertices

◆ _nTex_vertices

unsigned int _nTex_vertices

protected

The number of Texture Coordinate Vertices in this object

◆ _nVertices

unsigned int _nVertices

protected

The number of vertices in this object

◆ _polygonEnd

unsigned char _polygonEnd

protected

Whether or not this is a CLOSED or OPEN polygon

◆ _polygonMode

unsigned char _polygonMode

protected

The mode for drawing the object.

◆ _projMatrix

GlsMatrixType* _projMatrix

protected

Stores the Projection matrix for this object, if needed. Used by Draw() and 3D picking.

◆ _shading

unsigned char _shading

protected

The shading mode for this object

◆ _texCoord

Vector* _texCoord

protected

The array of texture coordinates for this object. If an object is untextured, this value is NULL. The size of this array is based on _nTex_vertices

◆ _textureBlendColor

GlsColor _textureBlendColor

protected

The current texture blend color (used if TextureMapMode is TEXTURE_MAP_BLEND mode only)

◆ _textureIndex

int _textureIndex

protected

The index into the texture palette array of the texture used to to texture this object. A texture index of -1 indicates that no texture is assigned to the object.

◆ _textureMagFilter

unsigned char _textureMagFilter

protected

The current texturing magnification filter mode for the object

◆ _textureMap

unsigned char _textureMap

protected

The current texturing map mode for the object.

◆ _textureMinFilter

unsigned char _textureMinFilter

protected

The current texturing minification filter mode for the object

◆ _texturePoints

Vector _texturePoints[ 4]

protected

Used to store the relative placement and rotation of a texture on the object. Texture coordinates are calculated from the texture points. The _texturePoints are relative to the _location, which makes them in the objects coordinate system.

◆ _textureRepeat

unsigned char _textureRepeat

protected

The current texturing repeat mode for the object.

◆ _userData

void* _userData

protected

Data pointer for the user to assign as needed

◆ _vertices

Vertex* _vertices

protected

The array of vertices for this object. The vertices are in the object's coordinate system. That is, they are relative to the _location field. This array always has a size based on _nVertices

◆ _viewMatrix

int* _viewMatrix

protected

Stores the View matrix for this object, if needed. Used by Draw() and 3D picking.

◆ _visible

bool _visible

protected

Whether or not the object is enabled for drawing

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

display.h

Public Types

Public Member Functions

Static Public Member Functions

Protected Member Functions

Protected Attributes

Friends

Detailed Description

Member Enumeration Documentation

◆ AvailableAttributesEnum

Constructor & Destructor Documentation

◆ DisplayObject() [1/2]

◆ DisplayObject() [2/2]

◆ ~DisplayObject()

Member Function Documentation

◆ AllocateModelMatrix()

◆ AlphaMode() [1/2]

◆ AlphaMode() [2/2]

◆ AntiAlias() [1/2]

◆ AntiAlias() [2/2]

◆ ApplyDynamicRotation()

◆ ApplyTextureSettings()

◆ Attributes() [1/2]

◆ Attributes() [2/2]

◆ BlinkedOff()

◆ Blinking() [1/2]

◆ Blinking() [2/2]

◆ BlinkRate() [1/2]

◆ BlinkRate() [2/2]

◆ BoundingVolumeCenter() [1/2]

◆ BoundingVolumeCenter() [2/2]

◆ BoundingVolumeHit()

◆ BoundingVolumeRadius() [1/2]

◆ BoundingVolumeRadius() [2/2]

◆ CalcDrawMatrix()

◆ CalcDrawMatrixIfExists()

◆ Calculate()

◆ CalculateCollisionPoint()

◆ CalculateMatrices()

◆ CalculateParentBoundingBox()

◆ CalculateTextureCoordinates()

◆ CallbackCaller() [1/2]

◆ CallbackCaller() [2/2]

◆ CloneObject()

◆ ColorMaterialMode()

◆ CopyGeometry()

◆ CopyHierarchyProperties()

◆ CopyProperties()

◆ CullBackFace() [1/2]

◆ CullBackFace() [2/2]

◆ Culled() [1/2]

◆ Culled() [2/2]

◆ CullTest()

◆ DcsMatrix() [1/3]

◆ DcsMatrix() [2/3]

◆ DcsMatrix() [3/3]

◆ DCSToLogical()

◆ DeleteVertex()

◆ DeleteVertexAt()

◆ DepthTest() [1/2]

◆ DepthTest() [2/2]

◆ Destroy()

◆ Draw()

◆ DrawMatrix()

◆ DynamicRotate() [1/4]

◆ DynamicRotate() [2/4]

◆ DynamicRotate() [3/4]

◆ DynamicRotate() [4/4]

◆ DynamicRotateRelative()

◆ DynamicRotation() [1/2]

◆ DynamicRotation() [2/2]

◆ DynamicScale() [1/3]

◆ DynamicScale() [2/3]

◆ DynamicScale() [3/3]

◆ DynamicTranslate() [1/4]

◆ DynamicTranslate() [2/4]

◆ DynamicTranslate() [3/4]

◆ DynamicTranslate() [4/4]

◆ DynamicTranslation() [1/2]

◆ DynamicTranslation() [2/2]

◆ Editor() [1/3]