Inheritance diagram for Gls3DCable:

Public Types
enum	ECollisionStyle { COLLISIONSTYLE_NONE = 0, COLLISIONSTYLE_FAST = 1 }

Public Types inherited from DisplayObject
enum	MemberAccess_e { PUBLIC, PRIVATE, PROTECTED }

enum	PickableType_e { UNPICKABLE, FIRST_PICK, BEST_PICK, ALWAYS_PICK }

enum	PolygonClose_e { POLY_OPEN, POLY_CLOSED }

enum	PolygonMode_e { POLY_MODE_UNDEFINED, POLY_MODE_POINTS, POLY_MODE_OUTLINE, POLY_MODE_FILLED, POLY_MODE_FILL_AND_OUTLINE }

enum	ShadingType_e { SHADING_FLAT, SHADING_GOURAUD }

enum	TextureMap_e { TEXTURE_MAP_MODULATE, TEXTURE_MAP_DECAL, TEXTURE_MAP_BLEND, TEXTURE_MAP_REPLACE }

enum	TextureFilter_e { TEXTURE_FILTER_NEAREST, TEXTURE_FILTER_LINEAR, TEXTURE_FILTER_NEAREST_MIPMAP_NEAREST, TEXTURE_FILTER_LINEAR_MIPMAP_LINEAR, TEXTURE_FILTER_NEAREST_MIPMAP_LINEAR, TEXTURE_FILTER_LINEAR_MIPMAP_NEAREST }

enum	TessellateType_e { TESSELLATE_UNION, TESSELLATE_INTERSECT, TESSELLATE_DIFFERENCE }

enum	RotationAxis_e { X_AXIS, Y_AXIS, Z_AXIS }

enum	LineStyle_e { SOLID_LINE_STYLE, SMALL_DOTTED_LINE_STYLE, DOTTED_LINE_STYLE, DASHED_LINE_STYLE, DOT_DASHED_LINE_STYLE, SMALL_DASHED_LINE_STYLE }

enum	AlphaMode_e { ALPHA_MODE_UNDEFINED, ALPHA_MODE_OPAQUE, ALPHA_MODE_2_LEVEL, ALPHA_MODE_256_LEVEL }

Public Member Functions
	Gls3DCable ()

	Gls3DCable (Gls3DCable &src)

	Gls3DCable (DisplayObjectArray *objs)

int	CollisionStyle ()

void	CollisionStyle (int value)

float	Flexibility ()

void	Flexibility (float value)

bool	Gravity ()

void	Gravity (bool value)

float	Length ()

void	Length (float value)

unsigned int	NumberOfSegments ()

void	NumberOfSegments (unsigned int value)

unsigned int	NumberOfSides ()

void	NumberOfSides (unsigned int value)

float	Radius ()

void	Radius (float value)

Public Member Functions inherited from Group
	Group ()

	Group (DisplayObjectArray *objs)

void	Ungroup ()

void	InsertObject (DisplayObject *obj, bool reparent=true, bool recalculateBoundingbox=true, int loc=DEFAULT_GROUP_LOCATION, bool renameName=false)

void	InsertObjectAllowDuplicateNames (DisplayObject *obj, bool reparent=true, bool recalculateBoundingbox=true, int loc=DEFAULT_GROUP_LOCATION)

void	MoveObjectToGroup (DisplayObject *obj, bool recalculateBoundingbox=true, int loc=DEFAULT_GROUP_LOCATION, bool renameName=false)

void	MoveObjectToGroupAllowDuplicateNames (DisplayObject *obj, bool recalculateBoundingbox=true, int loc=DEFAULT_GROUP_LOCATION)

void	ReorderObject (unsigned int oldIndex, unsigned int newIndex)

DisplayObjectArray *	GetObjectList ()

DisplayObject *	GetObjectByIndex (unsigned int index)

unsigned int	Count (void)

void	CalculateTextureCoordinates (void)

void	SetGroupLocation (Vertex &v)

void	CalculateBoundingBox ()

unsigned int	GetCount ()

Public Member Functions inherited from DisplayObject
bool	isNULL (void)

String	GetName ()

String	SetName (String name)

void	SetProtectionMode (DisplayObject::MemberAccess_e mode)

DisplayObject::MemberAccess_e	GetProtectionMode (void)

void	SetLocked (bool val)

bool	GetLocked (void)

bool	GetGenerateMemberVariable ()

void	SetGenerateMemberVariable (bool b)

bool	GetAntiAliasing ()

void	SetAntiAliasing (bool antiAliasing)

bool	GetBlinking ()

void	SetBlinking (bool blinking)

float	GetBlinkRate ()

void	SetBlinkRate (float rate)

int	GetAlphaMode ()

void	SetAlphaMode (int mode)

bool	GetCullBackFaces ()

void	SetCullBackFaces (bool cullFaces)

bool	GetZBufferTestedFlag ()

void	SetZBufferTestedFlag (bool tested)

bool	GetAffectZBufferFlag ()

void	SetAffectZBufferFlag (bool affect)

bool	GetLightingEnabledFlag ()

void	SetLightingEnabledFlag (bool enabled)

DisplayObject::PickableType_e	GetPickMode ()

void	SetPickMode (DisplayObject::PickableType_e mode)

bool	GetVisibilityFlag ()

void	SetVisibilityFlag (bool visible)

PolygonClose_e	GetClosePolygonFlag ()

void	SetClosePolygonFlag (PolygonClose_e closePolygon)

PolygonMode_e	GetPolygonMode ()

void	SetPolygonMode (PolygonMode_e polygonMode)

ShadingType_e	GetShadingMode ()

void	SetShadingMode (ShadingType_e shadingMode)

Vertex	GetLocation ()

void	SetLocation (Vertex loc)

Vertex	GetRotationPoint ()

void	SetRotationPoint (Vertex rotPoint)

GlsMatrixAffine *	GetDcsMatrix ()

void	SetDcsMatrix (GlsMatrixAffine *matrix)

int	GetMaterialIndex ()

void	SetMaterialIndex (int matIndex)

String	GetObjectClassName ()

int	GetTextureIndex ()

void	SetTextureIndex (int texIndex)

TextureMap_e	GetTextureMappingTechnique ()

void	SetTextureMappingTechnique (TextureMap_e mappingTechnique)

bool	GetTextureRepeat ()

void	SetTextureRepeat (bool repeat)

disti::GlsColor	GetBlendingColor ()

void	SetBlendingColor (GlsColor blendColor)

DisplayObject::TextureFilter_e	GetTextureMagnificationFilter ()

void	SetTextureMagnificationFilter (DisplayObject::TextureFilter_e filter)

DisplayObject::TextureFilter_e	GetTextureMinificationFilter ()

void	SetTextureMinificationFilter (DisplayObject::TextureFilter_e filter)

std::vector< Vector >	GetTextureCoordinates ()

void	SetTextureCoordinates (std::vector< Vector > texVerts)

void	GetTextureCoordinates (VertexArray *texVerts)

void	SetTextureCoordinates (VertexArray &texVerts)

void	GetTexturePoints (VertexArray *texVerts)

void	SetTexturePoints (VertexArray &texVerts)

void	SetTexturePoints (std::vector< Vector > texVerts)

std::vector< Vector >	GetTexturePoints ()

void	GetVertices (VertexArray *verts)

void	SetVertices (VertexArray &verts)

String	GetInitialization ()

void	SetInitialization (String initCode)

String	GetCallbackCode ()

void	SetCallbackCode (String cbCode)

DisplayObject *	DuplicateObject (Document *doc=NULL)

DisplayObject *	TessellateObject ()

DisplayObject *	ExtrudeObject (float amount)

void	RotateObject (float amount, RotationAxis_e axis)

void	TranslateObject (float x, float y, float z)

void	ScaleObject (float x, float y, float z, Vertex *anchor=NULL)

void	LineWidth (float width)

float	LineWidth ()

LineStyle_e	LineStyle ()

void	LineStyle (LineStyle_e style)

GlsColor	LineColor ()

void	LineColor (GlsColor color)

GlsColor	FillColor ()

void	FillColor (GlsColor color)

void	GetExtents (Vector &min, Vector &max)

bool	HasUserDefinedAttribute (String attribName)

std::map< String, String >	GetUserDefinedAttributes ()

String	GetUserDefinedAttributeValue (String attribName)

	typemap (check) String attribName

void	SetUserDefinedAttributeValue (String attribName, String value)

DisplayObject *	GetParent ()

Document *	GetDocument ()

String	AlternateClassName ()

void	AlternateClassName (String name)

String	GetAlternateClassHeaderFile ()

void	SetAlternateClassHeaderFile (String name)

String	GetResources ()

String	GetRuntimeResources (bool recursive)

String	GetAttributeValueString (String attribName)

void	SetAttributeValueString (String attribName, String value)

unsigned int	RegisterObserver (String attribName, PyObject *pyfunc)

void	UnregisterObserver (String attribName, unsigned int id)

std::vector< Vector >	GetNormals ()

void	SetNormals (std::vector< Vector > normals)

std::vector< CustomAttributeInfo >	GetExtraAttributes ()

DisplayObject *	CloneObject ()

void	CopyProperties (DisplayObject *sourceObj)

void	SetLocation (Vector loc)

GlsMatrixAffine	GetObjectCoordinatesTransform (DisplayObject *targetObject)

void	CalculateParentBoundingBox ()

void	SetOrigin (Vertex &vert)

Static Public Member Functions
static Gls3DCable *	CastToGls3DCable (DisplayObject *obj)

Static Public Member Functions inherited from Group
static Group *	CastToGroup (DisplayObject *obj)

Additional Inherited Members
Static Public Attributes inherited from Group
static int	DEFAULT_GROUP_LOCATION = -1

Static Public Attributes inherited from DisplayObject
static int	TEXTURE_INDEX_NONE = -1

Detailed Description

Plug-in used to create 3d cables in GL Studio.

Member Enumeration Documentation

enum Gls3DCable::ECollisionStyle

CollisionStyle values.

Enumerator
COLLISIONSTYLE_NONE
COLLISIONSTYLE_FAST

Constructor & Destructor Documentation

Gls3DCable::Gls3DCable ( )

default constructor

Gls3DCable::Gls3DCable ( Gls3DCable & src )

copy constructor

Gls3DCable::Gls3DCable ( DisplayObjectArray * objs )

Convert-to-Gls3DCable constructor.

Parameters

objs	Array of display objects to be combined into the 3D Cable

Member Function Documentation

static Gls3DCable* Gls3DCable::CastToGls3DCable ( DisplayObject * obj )

static

Casts the Display Object as a Gls3DCable NOTE: perform an isNULL check on the returned value to ensure the cast was accomplished.

Parameters

obj	objects to cast

Returns: Gls3DCable the Gls3DCable

Exceptions

CEIException

int Gls3DCable::CollisionStyle ( )

Gets the collision style.

Returns: The current collision style

void Gls3DCable::CollisionStyle ( int value )

Sets the collision style 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.

Parameters

value The collision mode for the cable.

float Gls3DCable::Flexibility ( )

Gets the flexibility constant.

Returns: How stiff the cable is.

void Gls3DCable::Flexibility ( float value )

Sets the flexibility constant.

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.

bool Gls3DCable::Gravity ( )

Gets the gravity enable flag.

Returns: Returns whether or not gravity is simulated on the cable.

void Gls3DCable::Gravity ( bool value )

Sets the gravity enable flag.

Parameters

value Whether or not to simulate gravity on the cable.

float Gls3DCable::Length ( )

Gets the length of the cable.

Returns: The length of the cable in logical units.

void Gls3DCable::Length ( float value )

Sets the length of the cable This is the cable length 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.

unsigned int Gls3DCable::NumberOfSegments ( )

Gets the number of segments.

Returns: The number of segments in the cable.

void Gls3DCable::NumberOfSegments ( unsigned int value )

Sets the number of segments This is the number of segments in 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.

Parameters

value The number of cylindrical segments that will traverse

unsigned int Gls3DCable::NumberOfSides ( )

Gets the number of sides.

Returns: The number of sides on the cable.

void Gls3DCable::NumberOfSides ( unsigned int value )

Sets the number of sides 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.

Parameters

value The number of sides the cable "tube" will have.

float Gls3DCable::Radius ( )

Gets the radius of the cable.

Returns: The radius in logical units.

void Gls3DCable::Radius ( float value )

Sets the radius of the cable.

Parameters

value The radius in logical units.

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

Gls3DCable.i

Public Types

Public Member Functions

Static Public Member Functions

Additional Inherited Members

Detailed Description

Member Enumeration Documentation

Constructor & Destructor Documentation

Member Function Documentation