#include <gls_3d_cable.h>

Inheritance diagram for Gls3DCable:

Public Types
enum

enum

Public Types inherited from DisplayObject
enum	AvailableAttributesEnum

Public Member Functions
	Gls3DCable (bool generateInstance=false)

virtual	~Gls3DCable ()

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

virtual DistiAttributeBase &	Resource (const char *name)

virtual void	SetAvailableAttributes (unsigned int value)

virtual DisplayObject *	CloneObject (bool generateNames=false)

virtual void	CopyProperties (DisplayObject *src)

virtual InterfaceListType *	GetCppInterfaceDescription (InterfaceListType *addToThisList=NULL)

virtual void	GetCppInterfaceDescriptionFree (InterfaceListType *array)

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

virtual void	Draw (void)

virtual void	Calculate (double time)

virtual DisplayObject *	handle (DisplayEvent *ev)

virtual void	SetValue (int spec, va_list &args)

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

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

virtual void	CalculateTextureCoordinates (void)

virtual void	LineWidth (float width)

virtual float	LineWidth (void)

virtual void	LineStipplePattern (int pattern)

virtual int	LineStipplePattern (void)

virtual void	LineStippleMultiplier (int mult)

virtual int	LineStippleMultiplier (void)

virtual int	PolygonMode (void)

virtual void	PolygonMode (int mode)

virtual void	PolygonEnd (const int mode)

virtual int	PolygonEnd (void)

virtual void	Shading (const int mode)

virtual int	Shading (void)

virtual void	DepthTest (unsigned char mode)

virtual int	DepthTest (void)

virtual void	AntiAlias (bool mode)

virtual bool	AntiAlias (void)

virtual void	AlphaMode (int mode)

virtual int	AlphaMode (void)

virtual void	CullBackFace (const bool mode)

virtual bool	CullBackFace (void)

virtual bool	LightingEnabled ()

virtual void	LightingEnabled (bool lighting)

virtual void	SetBlendColor (const GlsColor &color)

virtual GlsColor	GetBlendColor (void)

virtual void	SetColor (const GlsColor &color)

virtual GlsColor	GetColor (void)

virtual void	SetFillColor (const GlsColor &color)

virtual GlsColor	GetFillColor (void)

virtual void	TextureRepeat (const int rep)

virtual bool	TextureRepeat (void)

virtual void	TextureMappingTechnique (const int map)

virtual int	TextureMappingTechnique (void)

virtual void	TextureMinificationFilter (const int filter)

virtual int	TextureMinificationFilter (void)

virtual void	TextureMagnificationFilter (const int filter)

virtual int	TextureMagnificationFilter (void)

void	Flexibility (const float &value)

float	Flexibility ()

void	NumberOfSegments (const unsigned int &value)

unsigned int	NumberOfSegments ()

void	NumberOfSides (const unsigned int &value)

unsigned int	NumberOfSides ()

void	Radius (const float &value)

float	Radius ()

void	Length (const float &value)

float	Length ()

void	CollisionStyle (const int &value)

int	CollisionStyle ()

void	SlackPct (unsigned int section, double pct)

double	SlackPct (unsigned int section)

unsigned int	SlackSectionCount () const

void	ForceCableRecalc ()

void	Gravity (const bool &value)

bool	Gravity ()

Public Member Functions inherited from Group
DisplayObject *	FindByName (const char *name)

virtual DisplayObject *	FindByNameSameFrame (const char *name)

DisplayObject *	FindByName (DisplayObject *obj)

DisplayObject *	FindByQualifiedName (const char *name)

DisplayObject *	FindNonRecursive (DisplayObject *obj)

DisplayObjectArray &	Objects (void)

DisplayObject *	Item (unsigned int index)

bool	PerformGroupCullCheck (void) const

void	PerformGroupCullCheck (bool mode)

bool	CullTestChildren (void) const

void	CullTestChildren (bool mode)

unsigned int	Count (void) const

DisplayObjectPtr	operator[] (unsigned int index)

DisplayObject *	FirstObject ()

DisplayObject *	LastObject (void)

bool	IsEmpty () const

int	Position (DisplayObject *obj)

	Group (int generateInstance=0)

	Group (const Group &group, bool generateNames)

void	InitialGroupCount (unsigned int cnt)

virtual	~Group ()

virtual void	DeleteAllChildren ()

virtual void	CopyGeometry (DisplayObject *src)

virtual void	Parent (DisplayFrame *par)

void	SetPainter (GlsPainter *painter)

virtual void	Location (const Vertex &v)

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

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

virtual void	Translate (float transAmount[])

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

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

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

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

virtual void	Scale (float scale_x, float scale_y, float scale_z, Vertex *anchor=NULL, int handle=0)

virtual void	InsertObject (DisplayObject *obj, bool reparent=true, bool recalculateBoundingbox=true, int loc=-1)

virtual bool	DeleteObject (DisplayObject *obj, bool recalculateBoundingbox=true)

virtual void	ReorderObject (unsigned int oldIndex, unsigned int newIndex)

virtual void	PushObject (DisplayObject *obj)

virtual void	DeleteVertex (unsigned int index)

virtual void	InsertVertex (unsigned int index)

virtual void	SetGroupLocation (const Vertex &v)

CompatabilityListItem *	First ()

CompatabilityListItem *	Last ()

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

	DisplayObject (const DisplayObject &object, const bool generateNames)

virtual	~DisplayObject (void)

void	Destroy ()

void	ApplyTextureSettings (int textureIndex=-1)

DistiAttribDict &	Attributes ()

void	GetBlendColor (unsigned char color[])

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

void	SetBlendColor (unsigned char color[])

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

bool	BlinkedOff (void)

virtual bool	Blinking (void)

virtual void	Blinking (const bool blink)

virtual float	BlinkRate (void)

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)

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

virtual void	CalculateParentBoundingBox (void)

bool	GetTexturePointTransformationMatrix (GlsMatrixType &world2tex)

CallbackMethodCallerBase *	CallbackCaller () const

void	CallbackCaller (CallbackMethodCallerBase *cb)

virtual void	GetCenter (Vector &center)

void	GetColor (unsigned char c4[])

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

void	SetColor (unsigned char c4[])

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

virtual void	CopyHierarchyProperties (DisplayObject *src, bool copyName)

bool	Culled () const

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

GlsMatrixType &	DcsMatrix ()

void	DcsMatrix (const GlsMatrixType &matrix)

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	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)

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[])

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

void	SetFillColor (unsigned char c4[])

virtual void	GenerateInstanceName (void)

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

char *	InstanceName (void)

void	InstanceName (const char *name)

virtual const Vertex &	Location (void) const

virtual void	GetLocation (Vertex &v)

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

float	X (void) const

float	Y (void) const

float	Z (void) 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 (void)

virtual float	ObjectHeight (void)

virtual float	ObjectWidth (void)

virtual void	SetOrigin (const Vertex &vert)

DisplayFrame *	Parent (void) const

virtual void	ParentGroup (Group *group)

Group *	ParentGroup (void) const

unsigned char	Pickable ()

virtual void	Pickable (unsigned char pick)

GlsMatrixType *	ProjMatrix ()

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

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

void	RestoreAlpha (void)

void	RestoreAntiAlias (void)

void	RestoreLighting (void)

void	RestoreLineStyle (void)

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)

void	SaveMatrices ()

void	Scale (int handleBar, float px, float py, Vertex *anchor=NULL)

void	Set (int spec,...)

bool	SetupAlpha (void)

bool	SetupAntiAlias (void)

void	SetupDepthTest (void)

void	SetupLighting (void)

bool	SetupLineStyle (void)

void	SetupPolyDrawStyle (void)

void	SetupShading (void)

bool	SetupTexture (void)

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 (void)

Vector *	GetTextureCoordinates (void)

virtual int	TextureIndex (void)

virtual void	TextureIndex (int textureIndex)

virtual Vector *	GetTexturePoints (void)

virtual void	UpdateBoundingVolume (void)

void *	UserData (void) 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 (void) const

bool	Visibility (void) const

virtual void	Visibility (const bool vis)

virtual Vector	WorldRotationPoint (void)

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)

virtual GlsPainter *	GetPainter ()

void	InvalidatePainter ()

Public Member Functions inherited from AttributeChangedNotifier
virtual	~AttributeChangedNotifier ()

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

void	NotifyWeakReferenceDestroyed (WeakReference *ref)

Protected Attributes
float	_flexibility

unsigned int	_numberOfSegments

unsigned int	_numberOfSides

float	_radius

float	_length

bool	_needCableRecalc

bool	_needTubeGeneration

bool	_inCableRecalc

GLPolygon	_line

GLTriMesh	_mesh

std::vector< Vector >	_endPointPos

std::vector< GlsMatrixAffineD >	_endPointOri

DynamicDoubleArray	_sectionSlackPct

GlsMatrixAffineD	_cableDcs

ECollisionStyle	_collisionStyle

Protected Attributes inherited from DisplayObject
int	_alphaMode

bool	_antiAlias

bool	_attributesAdded

bool	_blinking

float	_blinkRate

GlsColor	_color

bool	_cullBackFace

GlsMatrixType	_dcsMatrix

unsigned char	_depthTest

GlsMatrixType *	_drawMatrix

unsigned char	_lineStippleMultiplier

unsigned short	_lineStipplePattern

float	_lineWidth

Vertex	_location

GlsMatrixType *	_modelMatrix

Vector *	_normals

unsigned int	_nTex_vertices

unsigned int	_nVertices

unsigned char	_polygonEnd

unsigned char	_polygonMode

int	_polygonOffset

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

Additional Inherited Members
Static Public Member Functions inherited from DisplayObject
static void	UseManualBlinkElapsedTime (bool useManualTime)

static void	SetManualBlinkElapsedTime (double elapsedTime)

Protected Member Functions inherited from Group
virtual void	AddAvailableAttributes (unsigned int availableAttributes)

virtual void	GrowBoundingBox (DisplayObject *obj)

Protected Member Functions inherited from DisplayObject
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)

void	AllocateModelMatrix ()

bool	ApplyDynamicRotation (void)

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	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)

int	GetApplicableTextureIndex ()

int	GetApplicableTextureRepeat ()

Protected Member Functions inherited from WeakReferenceableMixin
	WeakReferenceableMixin (void)

virtual	~WeakReferenceableMixin ()

Detailed Description

Runtime implementation of a Gls3DCable. The Gls3DCable is a cable mesh between two or more endpoint objects. The user controls the length, the flexibility, the diameter, the smoothness (segments and sides), and the droop of the cable.

Member Enumeration Documentation

anonymous enum

Sides limits

anonymous enum

Segement limits

Constructor & Destructor Documentation

Gls3DCable ( bool generateInstance = false )

Create a new Gls3DCable.

Parameters

generateInstance Whether or not to generate an instance name for this inputdevice

virtual ~Gls3DCable ( )

virtual

Destructs a Gls3DCable object

Member Function Documentation

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 from Group.

virtual int AlphaMode ( void )

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 from Group.

virtual void AntiAlias ( bool alias )

virtual

Set the anti aliasing state for this object

Parameters

alias Whether or not to perform anti aliasing

Reimplemented from Group.

virtual bool AntiAlias ( void )

virtual

Get the anti aliasing state this object

Returns: Whether or not this object will be drawn antialiased

Reimplemented from Group.

virtual void Calculate ( double time )

virtual

Call the Calculate method for all children

Parameters

time	The current time

Reimplemented from Group.

virtual void CalculateTextureCoordinates ( void )

virtual

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

Reimplemented from Group.

virtual DisplayObject* CloneObject ( bool generateNames = false )

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

Reimplemented from Group.

void CollisionStyle ( const int & value )

Sets the CollisionStyle.

Parameters

value The collision mode for the cable. COLLISIONSTYLE_NONE will disable all collision detection and therefore any cable deformation caused thereby. COLLISIONSTYLE_FAST will check for collisions with other objects in the scene, but will only move / orient the cable midpoint such that it appears as though the cable is laying flat on a single surface.

Check if USE_COLLISIONSTYLE_SLOW is defined before using Slow.

int CollisionStyle ( )

Gets the Collision Style

Returns: The current Collision Style

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 from Group.

virtual void CullBackFace ( const bool val )

virtual

Sets if back faces should be removed

Parameters

val	True if back faces should be removed

Reimplemented from Group.

virtual bool CullBackFace ( void )

virtual

Returns if back faces should be removed

Returns: True if backfaces are removed

Reimplemented from Group.

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 from Group.

virtual int DepthTest ( void )

virtual

Get the z buffering state for this object

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

Reimplemented from Group.

virtual void Draw ( void )

virtual

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

Reimplemented from Group.

void Flexibility ( const float & value )

Sets flexibility.

Parameters

value Controls how stiff the cable is. The value should be in the range of 0 to 1, inclusive. 0 is very inflexible, while 1 is very flexible.

Precondition: value must be in the range of 0 to 1

Postcondition: None

float Flexibility ( )

Gets flexibility.

Returns: How stiff the cable is.

void ForceCableRecalc ( )

Sometimes an outside source may need to recalculate the cable, such as when the scene changes and the cable may not be colliding with another object in the scene.

Precondition: None

Postcondition: None

virtual GlsColor GetBlendColor ( void )

virtual

Gets the texture blend color for the object

Returns: Returns the current texture blend color.

Reimplemented from Group.

virtual GlsColor GetColor ( void )

virtual

Gets the color for the object outline

Returns: The outline color

Reimplemented from Group.

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 from Group.

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 from Group.

virtual GlsColor GetFillColor ( void )

virtual

Gets the fill color of the object

Returns: The fill color

Reimplemented from Group.

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

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 from Group.

void Gravity ( const bool & value )

Wether or not to simulate gavity on the cable.

Precondition: None

Postcondition: None

bool Gravity ( )

inline

Returns wether or not gavity is simulated on the cable.

Returns: Returns wether or not gavity is simulated on the cable

Precondition: none

Postcondition: none

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 from DisplayObject.

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

virtual

Determines if the indicated x,y,z point is inside the object. This is used by the editor to determine which object a user clicked on. It is also used in the generated code to send mouse events to the graphical objects for processing

Parameters

x	X coordinate of mouse click
y	Y coordinate of mouse click
z	Z coordinate of mouse click
scale	The scale factor of the window
directionVector	The direction of the pick vector. Vector(0.0f, 0.0f, 1.0f) is for picking in the XY plane
collisionPoint	Returns the collision point

Returns: boolean indicating if the object was hit by the mouse

Reimplemented from Group.

void Length ( const float & value )

Sets the Length of the cable. when not under duress (the cable will stretch when the end-points are moved too far from each other).

Parameters

value The approximate length of the cable in logical units

Precondition: value must be 0.0 to MAX_FLT

Postcondition: None

float Length ( )

Gets the Length of the cable.

Returns: The length of the cable in logical units

virtual bool LightingEnabled ( )

virtual

Gets the lighting state

Reimplemented from Group.

virtual void LightingEnabled ( bool lighting )

virtual

Sets the lighting state

Reimplemented from Group.

virtual void LineStippleMultiplier ( int mult )

virtual

Set the line stipple multiplier for this object

Parameters

mult	The new line stipple pattern

Reimplemented from Group.

virtual int LineStippleMultiplier ( void )

virtual

Get the line stipple multiplier for this object

Returns: The line stipple multiplier for this object

Reimplemented from Group.

virtual void LineStipplePattern ( int pattern )

virtual

Set the line stipple pattern for this object

Parameters

pattern The new line stipple pattern

Reimplemented from Group.

virtual int LineStipplePattern ( void )

virtual

Get the line stipple pattern for this object

Returns: The line stipple pattern for this object

Reimplemented from Group.

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 from Group.

virtual float LineWidth ( void )

virtual

Gets the width of lines in the object.

Returns: The line width of the object in logical units

Reimplemented from Group.

void NumberOfSegments ( const unsigned int & value )

Sets Number of Segements.

Parameters

value The number of cylindrical segments that will traverse the entire length of the cable. A cable with one section (that is, with only two control objects) would be a straight cylinder connecting two points, incapable of bending. The higher this number, the smoother your cable will appear.

Precondition: value must be in the range MIN_SEGEMENTS to MAX_SEGEMENTS

Postcondition: none

unsigned int NumberOfSegments ( )

Gets the Number of Segements.

Returns: The Number of Segments

void NumberOfSides ( const unsigned int & value )

Sets the Number Of Sides.

Parameters

value The number of sides the cable "tube" will have. The more sides, the smoother the cable will appear. A value of two will produce a ribbon-like cable. A value of one will render only a line.

Precondition: value must be in the range of 1 to 100 inclusive.

Postcondition: None

unsigned int NumberOfSides ( )

Gets the Number of Sides.

Returns: The number of sides

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 from Group.

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 from Group.

virtual int PolygonEnd ( void )

virtual

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

Returns: Enumeration indicating open or closed mode

See also: PolygonClose_e

Reimplemented from Group.

virtual int PolygonMode ( void )

virtual

Gets the polygon drawing mode for this object

Returns: The polygon drawing mode for this object

See also: PolygonMode_e

Reimplemented from Group.

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 from Group.

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 from Group.

void Radius ( const float & value )

Sets the Radius of the cable in logical units

Parameters

value The radius in logical units.

Precondition: value must be plus/minus MAX_FLT

Postcondition: none

float Radius ( )

Gets the Radius of the cable

Returns: The radius in logical units

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");

Reimplemented from DisplayObject.

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 from Group.

virtual void SetBlendColor ( const GlsColor & color )

virtual

Sets the texture blend color for the object

Parameters

color A GlsColor

Reimplemented from Group.

virtual void SetColor ( const GlsColor & color )

virtual

Sets the RGBA color for the object outline

Parameters

color The new color

Reimplemented from Group.

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 from Group.

virtual void SetValue	(	int	spec,
		va_list &	args
	)

virtual

Sets an attribute of this object using variable arguments

Parameters

spec	A GLS_Initializer tag
args	A variable argument list

Reimplemented from DisplayObject.

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 from Group.

virtual int Shading ( void )

virtual

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

Returns: Enumeration indicating shading mode

See also: ShadingType_e

Reimplemented from Group.

void SlackPct	(	unsigned int	section,
		double	pct
	)

Sets the Slack Percentage

Parameters

section	Which section of the cable, 0 based
pct	The percent of the slace (0.0 -> 1.0) This will adjust the slack percentage in the cable for the section, the caller must ensure that all percents sum up to 1.0.

Precondition: section must be < _sectionSlackPct.Count(), and pct must be 0.0-1.0

Postcondition: Slack percentage will not change if preconditions are not met.

double SlackPct ( unsigned int section )

Gets the Slack Percentage for a particular section

Parameters

section The section of interest.

Returns: The slack percentage for the specified section.

Precondition: section must be < _sectionSlackPct.Count()

Postcondition: if preconditions are not met 0.0 is returned

unsigned int SlackSectionCount ( ) const

How many Slack Sections are there? Can be used with SlackPct() to get set Slack Sections.

Returns: Return the number of Slack Sections, 0 to N

Precondition: none

Postcondition: none

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 from Group.

virtual int TextureMagnificationFilter ( void )

virtual

Gets the texture magnification filter for this object

Returns: The texture magnification filter for this object

See also: TextureFilter_e

Reimplemented from Group.

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 from Group.

virtual int TextureMappingTechnique ( void )

virtual

Gets the texturing mapping mode for this object

Returns: The texture mapping mode for this object

See also: TextureMap_e

Reimplemented from Group.

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 from Group.

virtual int TextureMinificationFilter ( void )

virtual

Gets the texture minification filter for this object

Returns: The texture minification filter for this object

See also: TextureFilter_e

Reimplemented from Group.

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 from Group.

virtual bool TextureRepeat ( void )

virtual

Gets the texturing repeat mode for this object

Returns: The texture repeat mode for this object

Reimplemented from DisplayObject.

Member Data Documentation

GlsMatrixAffineD _cableDcs

protected

Store the DCS Rotation matrix used to calculate the mesh object. The Z is the direction of gravity, so this will effect the slack in the cable. Compare this old DCS with the current to determine if we need to recalculate the mesh.

ECollisionStyle _collisionStyle

protected

The collision type.

std::vector<GlsMatrixAffineD> _endPointOri

protected

Stores the dcs orientations of all of the "EndPoint" objects for ease of use in future calculations. Also used to check if any of the orientations have changed. Endpoints, can be in the middle section of the cable, by "endpoints" it is meant the ends of the sections.

std::vector<Vector> _endPointPos

protected

Stores the locations of all of the "EndPoint" objects for ease of use in future calculations. Also used to check if any of the positions have changed. Endpoints, can be in the middle section of the cable, by "endpoints" it is meant the ends of the sections.

float _flexibility

protected

How flexibile is the cable, more flexibility gives a more rounded cable This has a range of 0 to 1, 0 is inflexible, 1 is flexible.

bool _inCableRecalc

protected

Prevents "Hit()" from being called from within RecalculateCable()

float _length

protected

The requested length of the cable, the cable may be longer, if needed to reach between the end points. A zero length cable can be used to "hide" the cable, while leaving the end points intact. Units are in logical units. This has a range of zero to FLT_MAX.

GLPolygon _line

protected

The _lineVerts are stored in the _line object. The _line object is used for drawing if sides == 1.

GLTriMesh _mesh

protected

The Mesh Verts, Normals, and TexCoords are stored in this object. The _mesh object is used for drawing when sides > 1.

bool _needCableRecalc

protected

Does RecalculateCable () need to be called next frame?

bool _needTubeGeneration

protected

Does TubeGeneration () need to be called next frame?

unsigned int _numberOfSegments

protected

The number of pieces that the entire cable has, the more segements the more smooth a cable will appear, e.g., 1 segment gives you a straight line, two gives you a 'V', etc. This has a range of MIN_SEGEMENTS to MAX_SEGEMENTS

unsigned int _numberOfSides

protected

How many sides does the cable have. 1 is a wire 2 is a ribbon cable, 3 a triangle, 4 a sqaure, etc. the more sides the closer to a circle you get. This has a range of MIN_NUMBER_OF_SIDES to MAX_NUMBER_OF_SIDES.

float _radius

protected

The Radius of the cable. Units are in pixels. This has a range of plus/minus FLT_MAX

DynamicDoubleArray _sectionSlackPct

protected

The percentage of slack that each cable segment has (starts out equally divided)... but the User can set the percentages. This has a range of >= 0 and <= 1. The total of all sections should add to 1.

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

gls_3d_cable.h

Public Types

Public Member Functions

Protected Attributes

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation

Member Data Documentation