namespace osg

class SG_EXPORT AlphaFunc: public StateAttribute

Encapsulate OpenGL glAlphaFunc

class SG_EXPORT AnimationPath: public virtual osg::Object

AnimationPath for specify the time varying transformation pathway to use when update camera and model objects.

class SG_EXPORT AnimationPathCallback: public NodeCallback

class SG_EXPORT ApplicationUsage

class ApplicationUsageProxy

class SG_EXPORT ArgumentParser

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

class SG_EXPORT Array: public Object

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType> class TemplateArray: public Array, public std::vector<T>

class SG_EXPORT IndexArray: public Array

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType> class TemplateIndexArray: public IndexArray, public std::vector<T>

typedef TemplateIndexArray<GLbyte,Array::ByteArrayType,1,GL_BYTE> ByteArray

typedef TemplateIndexArray<GLshort,Array::ShortArrayType,1,GL_SHORT> ShortArray

typedef TemplateIndexArray<GLint,Array::IntArrayType,1,GL_INT> IntArray

typedef TemplateIndexArray<GLubyte,Array::UByteArrayType,1,GL_UNSIGNED_BYTE> UByteArray

typedef TemplateIndexArray<GLushort,Array::UShortArrayType,1,GL_UNSIGNED_SHORT> UShortArray

typedef TemplateIndexArray<GLuint,Array::UIntArrayType,1,GL_UNSIGNED_INT> UIntArray

typedef TemplateArray<GLfloat,Array::FloatArrayType,1,GL_FLOAT> FloatArray

typedef TemplateArray<UByte4,Array::UByte4ArrayType,4,GL_UNSIGNED_BYTE> UByte4Array

typedef TemplateArray<Vec2,Array::Vec2ArrayType,2,GL_FLOAT> Vec2Array

typedef TemplateArray<Vec3,Array::Vec3ArrayType,3,GL_FLOAT> Vec3Array

typedef TemplateArray<Vec4,Array::Vec4ArrayType,4,GL_FLOAT> Vec4Array

class ArrayVisitor

class ConstArrayVisitor

class ValueVisitor

class ConstValueVisitor

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

class SG_EXPORT AutoTransform: public Transform

AutoTransform - is Transform the automatically scales or rotates to keep its children relative to screen space coordinates

class SG_EXPORT Billboard: public Geode

Billboard - a Geode which orientates its child osg::Drawable's to face the eye point.

class SG_EXPORT BlendColor: public StateAttribute

BlendColor - encapsulates the OpenGL blend/transparency state

class SG_EXPORT BlendFunc: public StateAttribute

BlendFunc - encapsulates the OpenGL blend/transparency state

class SG_EXPORT BoundingBox

General purpose axis-aligned bounding box class for enclosing objects/vertices.

class SG_EXPORT BoundingSphere

General purpose bounding sphere class for enclosing nodes/objects/vertices.

template<class T>inline void clampGEQUAL(T& value, const T minValue, const char* valueName)

if value is greater than or equal to minValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class T>inline void clampLEQUAL(T& value, const T maxValue, const char* valueName)

if value is less than or equal to maxValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class T>inline void clampBetweenRange(T& value, const T minValue, const T maxValue, const char* valueName)

if value is between or equal to minValue and maxValue do nothing - legal value, otherwise clamp value to specified to range and return warning with valueName specifying which variable was clamped.

template<class A, class T>inline void clampArrayElementGEQUAL(A& value, unsigned int i, const T minValue, const char* valueName)

if array element value[i] is greater than or equal to minValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArrayElementLEQUAL(A& value, unsigned int i, const T maxValue, const char* valueName)

if array element value[i] is less than or equal to maxValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArrayElementBetweenRange(A& value, unsigned int i, const T minValue, const T maxValue, const char* valueName)

if array element value[i] is between or equal to minValue and maxValue do nothing - legal value, otherwise clamp value to specified to range and return warning with valueName specifying which variable was clamped.

template<class A, class T>inline void clampArrayElementsGEQUAL(A& value, unsigned int first, unsigned int last, const T minValue, const char* valueName)

if array elements are greater than or equal to minValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArrayElementsLEQUAL(A& value, unsigned int first, unsigned int last, const T maxValue, const char* valueName)

if array elements are less than or equal to maxValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArrayElementsBetweenRange(A& value, unsigned int first, unsigned int last, const T minValue, const T maxValue, const char* valueName)

if array elements are between or equal to minValue and maxValue do nothing - legal value, otherwise clamp value to specified to range and return warning with valueName specifying which variable was clamped.

template<class A, class T>inline void clampArray3GEQUAL(A& value, const T minValue, const char* valueName)

if array4 elements are greater than or equal to minValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArray3LEQUAL(A& value, const T maxValue, const char* valueName)

if array4 elements are is less than or equal to maxValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArray3BetweenRange(A& value, const T minValue, const T maxValue, const char* valueName)

if array4 elements are between or equal to minValue and maxValue do nothing - legal value, otherwise clamp value to specified to range and return warning with valueName specifying which variable was clamped.

template<class A, class T>inline void clampArray4GEQUAL(A& value, const T minValue, const char* valueName)

if array4 elements are greater than or equal to minValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArray4LEQUAL(A& value, unsigned int first, unsigned int last, const T maxValue, const char* valueName)

if array4 elements are is less than or equal to maxValue do nothing - legal value, otherwise clamp value to specified maximum value and return warning with valueName specifying which variable was clamped

template<class A, class T>inline void clampArray4BetweenRange(A& value, const T minValue, const T maxValue, const char* valueName)

if array4 elements are between or equal to minValue and maxValue do nothing - legal value, otherwise clamp value to specified to range and return warning with valueName specifying which variable was clamped.

template<class T> class buffered_value

Simple buffered value array which is used for values that need to multibuffered on one per graphics context basis

template<class T> class buffered_object

class SG_EXPORT ClearNode: public Group

ClearNode is a Group node which controls the clearing of the color and depth buffers at the start of each frame.

class SG_EXPORT ClipNode: public Group

Node for defining the position of ClipPlanes in the scene

class SG_EXPORT ClipPlane: public StateAttribute

ClipPlane state class which encapsulates OpenGL glClipPlane() functionality

class SG_EXPORT ClusterCullingCallback: public Drawable::CullCallback

Drawable CullCallback for adding cluster culling to cull back facing drawables

class SG_EXPORT CollectOccludersVisitor: public osg::NodeVisitor, public osg::CullStack

class SG_EXPORT ColorMask: public StateAttribute

Encapsulate OpenGL glColorMaskFunc/Op/Mask functions

class SG_EXPORT ColorMatrix: public StateAttribute

Texture Matrix state class for encapsulating OpenGL texture matrix functionality

class SG_EXPORT ConvexPlanarOccluder: public Object

A class for representing convex clipping volumes made up.

class SG_EXPORT ConvexPlanarPolygon

A class for representing convex clipping volumes made up.

const double WGS_84_RADIUS_EQUATOR

const double WGS_84_RADIUS_POLAR

class EllipsoidModel: public Object

EllipsoidModel encapsulates the ellipsoid used to model astral bodies such as plants, moon etc

typedef Matrixd CoordinateFrame

CoordinateFrame encapsulate the orientiation of east, north and up

class SG_EXPORT CoordinateSystemNode: public Group

CoordinateSystem encapsulate the coordinate system that associated with objects in a scene.

class SG_EXPORT CopyOp

Copy Op(erator) used to control the whether shallow or deep copy is used during copy construction and clone operation

class SG_EXPORT CullFace: public StateAttribute

Class to globally enable/disable OpenGL's polygon culling mode=

class SG_EXPORT CullingSet: public Referenced

A CullingSet class which contains a frustum and a list of occluder.

class SG_EXPORT CullSettings

class SG_EXPORT CullStack: public osg::CullSettings

A CullStack class which accumulates the current project, modelview matrices and the CullingSet.

class SG_EXPORT Depth: public StateAttribute

Encapsulate OpenGL glDepthFunc/Mask/Range functions

class SG_EXPORT DisplaySettings: public osg::Referenced

DisplaySettings class for encapsulating what visuals are required and have been set up, and the status of stereo viewing

typedef __int64 GLintptrARB

typedef __int64 GLsizeiptrARB

elifdefined (__ia64__)(__x86_64__)

typedef long int GLsizeiptrARB

typedef int GLintptrARB

typedef int GLsizeiptrARB

#define USE_SEPARATE_COMPILE_AND_EXECUTE

class SG_EXPORT Drawable: public Object

Pure virtual base class for drawable Geometry.

class SG_EXPORT DrawPixels: public Drawable

DrawPixels is an osg::Drawable subclass which encapsulates the drawing of images using glDrawPixels

enum Endian

inline Endian getCpuByteOrder()

inline void swapBytes( char* in, unsigned int size )

inline void swapBytes2( char* in )

inline void swapBytes4( char* in )

inline void swapBytes8( char* in )

inline void swapBytes16( char* in )

template<class T> class fast_back_stack

Simple stack implementation that keeps the back() cached locally for fast access rather than at the back of the vector which is the traditional stack implementation.

class SG_EXPORT Fog: public StateAttribute

Fog - encapsulates OpenGL fog state.

class SG_EXPORT FragmentProgram: public StateAttribute

FragmentProgram - encapsulates the OpenGL ARB fragment program state

class SG_EXPORT FrameStamp: public Referenced

Class which encapsulates the frame number, reference time and calander time of specific frame, used to synchonize operations on the scene graph and other machines when using a graphics cluster.

class SG_EXPORT FrontFace: public StateAttribute

Class to specifies the orientation of front-facing polygons

class SG_EXPORT Geode: public Node

Leaf Node for grouping Drawables

class SG_EXPORT Geometry: public Drawable

extern SG_EXPORT Geometry* createTexturedQuadGeometry(const Vec3& corner, const Vec3& widthVec, const Vec3& heightVec, float l, float b, float r, float t)

Convenience function to be used for creating quad geometry with texture coords.

inline Geometry* createTexturedQuadGeometry(const Vec3& corner, const Vec3& widthVec, const Vec3& heightVec, float s=1.0f, float t=1.0f)

Convenience function to be used for creating quad geometry with texture coords.

extern SG_EXPORT bool isGLExtensionSupported(const char* extension)

return true if OpenGL "extension" is supported.

inline void* getGLExtensionFuncPtr(const char* funcName)

return the address of the specified OpenGL function.

extern SG_EXPORT void setGLExtensionDisableString(const std::string& disableString)

Set a list of extensions to disable for different OpenGL renders, this allows OSG applications to work around OpenGL drivers bugs which are due to problemenatic extension support.

extern SG_EXPORT std::string& getGLExtensionDisableString()

Get the list of extensions that are disabled for various OpenGL renders

inline void* getGLExtensionFuncPtr(const char* funcName, const char* fallbackFuncName)

return the address of the specified OpenGL function, if not found then check a second function name, if this fails then return NULL as function is not supported by OpenGL library.

extern SG_EXPORT bool isGLUExtensionSupported(const char* extension)

return true if OpenGL "extension" is supported.

typedef std::vector< ref_ptr<Node> > NodeList

class SG_EXPORT Group: public Node

General group node which maintains a list of children.

class SG_EXPORT Image: public Object

Image class for encapsulating the storage texture image data

extern SG_EXPORT Geode* createGeodeForImage(Image* image)

Convenience function to be used by images loaders to generate a valid geode to return for readNode().

extern SG_EXPORT Geode* createGeodeForImage(Image* image, float s, float t)

Convenience function to be used by images loaders to generate a valid geode to return for readNode().

class SG_EXPORT ImageStream: public Image

Image Stream class

class SG_EXPORT Impostor: public LOD

Impostor - is a form of Level Of Detail group node which allows both switching between children depending on distance from eye point and image caching.

class SG_EXPORT ImpostorSprite: public Drawable

An ImposterSprite is a textured quad which is rendered in place a 3D geometry.

class SG_EXPORT ImpostorSpriteManager: public Referenced

Helper class for managing the reuse of ImpostorSprite resources

class SG_EXPORT Light: public StateAttribute

Light state class which encapsulates OpenGL glLight() functionality

class SG_EXPORT LightModel: public StateAttribute

class SG_EXPORT LightSource: public Group

Leaf Node for defining a light in the scene

class SG_EXPORT LineSegment: public Referenced

LineSegment class for representing a line segment

class SG_EXPORT LineStipple: public StateAttribute

class SG_EXPORT LineWidth: public StateAttribute

LineWidth - encapsulates the OpenGL glLineWidth for setting the width of lines in pixels

class SG_EXPORT LOD: public Group

LOD - Level Of Detail group node which allows switching between children depending on distance from eye point.

class SG_EXPORT Material: public StateAttribute

Material - encapsulates OpenGL glMaterial state

typedef Matrixd Matrix

typedef RefMatrixd RefMatrix

typedef Matrixf Matrix

typedef RefMatrixf RefMatrix

class SG_EXPORT Matrixd

class RefMatrixd: public Object, public Matrixd

inline Vec3f operator* (const Vec3f& v, const Matrixd& m )

inline Vec3d operator* (const Vec3d& v, const Matrixd& m )

inline Vec4f operator* (const Vec4f& v, const Matrixd& m )

inline Vec4d operator* (const Vec4d& v, const Matrixd& m )

inline std::ostream& operator<< (std::ostream& os, const Matrixd& m )

class SG_EXPORT Matrixf

class RefMatrixf: public Object, public Matrixf

inline Vec3f operator* (const Vec3f& v, const Matrixf& m )

inline Vec3d operator* (const Vec3d& v, const Matrixf& m )

inline Vec4f operator* (const Vec4f& v, const Matrixf& m )

inline Vec4d operator* (const Vec4d& v, const Matrixf& m )

inline std::ostream& operator<< (std::ostream& os, const Matrixf& m )

class SG_EXPORT MatrixTransform: public Transform

MatrixTransform - is a subclass of Transform which has an osg::Matrix which represent a 4x4 transformation of its children from local cordinates into the Transform's parent coordinates

class SG_EXPORT Multisample: public StateAttribute

Multisample - encapsulates the OpenGL Multisample state

#define META_Node(library,name)

META_Node macro define the standard clone, isSameKindAs, className and accept methods.

class SG_EXPORT Node: public Object

Base class for all internal nodes in the scene graph.

typedef std::vector<Node*> NodePath

A vector of Nodes pointers which is used to describe the path from a root node to a descendant

class SG_EXPORT NodeCallback: public virtual Object

class SG_EXPORT NodeVisitor: public virtual Referenced

Visitor for type safe operations on osg::Node's.

struct NodeAcceptOp

Convenience functor for assisting visiting of arrays of osg::Node's

enum NotifySeverity

Range of notify levels from DEBUG_FP through to FATAL, ALWAYS is reserved for forcing the absorption of all messages.

extern SG_EXPORT void setNotifyLevel(NotifySeverity severity)

set the notify level, overriding the default or value set by the environmental variable OSGNOTIFYLEVEL

extern SG_EXPORT NotifySeverity getNotifyLevel()

get the notify level.

extern SG_EXPORT bool initNotifyLevel()

initialize notify level.

extern SG_EXPORT std::ostream& notify(const NotifySeverity severity)

notify messaging function for providing fatal through to verbose debugging messages.

inline std::ostream& notify(void)

#define META_Object(library,name)

META_Object macro define the standard clone, isSameKindAs and className methods.

class SG_EXPORT Object: public Referenced

Base class/standard interface for objects which require IO support, cloning and reference counting.

class SG_EXPORT OccluderNode: public Group

OccluderNode is a Group node which allows OccluderNodeing between children.

class SG_EXPORT PagedLOD: public LOD

PagedLOD

class SG_EXPORT Plane

A plane class.

inline std::ostream& operator << (std::ostream& output, const Plane& pl)

class SG_EXPORT Point: public StateAttribute

Point - encapsulates the OpenGL point smoothing and size state

class SG_EXPORT PointSprite: public osg::StateAttribute

PointSprite base class which encapsulates enabling of point sprites

class SG_EXPORT PolygonMode: public StateAttribute

Class to for setting OpenGL's polygon culling mode

class SG_EXPORT PolygonOffset: public StateAttribute

PolygonOffset - encapsulates the OpenGL glPolygonOffset state

class SG_EXPORT PolygonStipple: public StateAttribute

class SG_EXPORT Polytope

A Polytope class for representing convex clipping volumes made up.

class SG_EXPORT PositionAttitudeTransform: public Transform

PositionAttitideTransform - is Transform the set the coordinates transform up via a Vec3 position and Quat attitude

typedef std::vector<GLsizei> VectorSizei

typedef std::vector<GLubyte> VectorUByte

typedef std::vector<GLushort> VectorUShort

typedef std::vector<GLuint> VectorUInt

class VectorSizei: public std::vector<GLsizei>

class VectorUByte: public std::vector<GLubyte>

class VectorUShort: public std::vector<GLushort>

class VectorUInt: public std::vector<GLuint>

class PrimitiveSet: public Object

class SG_EXPORT DrawArrays: public PrimitiveSet

class SG_EXPORT DrawArrayLengths: public PrimitiveSet, public VectorSizei

class SG_EXPORT DrawElementsUByte: public PrimitiveSet, public VectorUByte

class SG_EXPORT DrawElementsUShort: public PrimitiveSet, public VectorUShort

class SG_EXPORT DrawElementsUInt: public PrimitiveSet, public VectorUInt

class SG_EXPORT Projection: public Group

Projection nodes set up the frustum/orthographic projection used when rendering the scene

class SG_EXPORT Quat

A quaternion class.

inline std::ostream& operator << (std::ostream& output, const Quat& vec)

class SG_EXPORT Referenced

Base class from providing referencing counted objects

class DeleteHandler

Class for override the default delete behavior so that users can implment their own object deletion schemes.

template<class T> class ref_ptr

Smart pointer for handling referenced counted objects

class SG_EXPORT Sequence: public Group

Sequence is a Group node which allows automatic, time based switching between children

class SG_EXPORT ShadeModel: public StateAttribute

Class which encapsulates glShadeModel()

class SG_EXPORT ShadowVolumeOccluder

ShadowVolumeOccluder is a helper class for implementating shadow occlusion culling.

typedef std::vector<ShadowVolumeOccluder> ShadowVolumeOccluderList

A list of ShadowVolumeOccluder, used by CollectOccluderVisitor and CullVistor's

#define META_Shape(library,name)

META_StateAttribute macro define the standard clone, isSameKindAs, className and getType methods.

class SG_EXPORT Shape: public Object

Base class for all shape types.

class ShapeVisitor

class ConstShapeVisitor

class Sphere: public Shape

class Box: public Shape

class Cone: public Shape

class Cylinder: public Shape

class Capsule: public Shape

class InfinitePlane: public Shape, public Plane

class TriangleMesh: public Shape

class ConvexHull: public TriangleMesh

class SG_EXPORT HeightField: public Shape

typedef HeightField Grid

class CompositeShape: public Shape

class TessellationHints: public Object

class SG_EXPORT ShapeDrawable: public Drawable

#define GL_TEXTURE0

#define GL_FOG_COORDINATE_ARRAY

#define GL_SECONDARY_COLOR_ARRAY

#define OSG_GL_DEBUG(message)

macro for use with osg::StateAttrbiute::apply methods for detected and reporting OpenGL error messages

class SG_EXPORT State: public Referenced

State class for managing a state stack.

#define META_StateAttribute(library,name,type)

META_StateAttribute macro define the standard clone, isSameKindAs, className and getType methods.

#define COMPARE_StateAttribute_Types(TYPE,rhs_attribute)

COMPARE_StateAttribute_Types macro is a helper for implementing the StatateAtribute::compare() method

#define COMPARE_StateAttribute_Parameter(parameter)

COMPARE_StateAttribute_Parameter macro is a helper for implementing the StatateAtribute::compare() method.

#define GL_COLOR_SUM

class SG_EXPORT StateAttribute: public Object

Base class for state attribuets

class SG_EXPORT StateSet: public Object

Encapsulates OpenGL state modes and attributes.

class SG_EXPORT Stencil: public StateAttribute

Encapsulate OpenGL glStencilFunc/Op/Mask functions

class SG_EXPORT Switch: public Group

Switch is a Group node which allows switching between children.

class SG_EXPORT TexEnv: public StateAttribute

TexEnv - encapsulates the OpenGL glTexEnv (texture environment) state

class SG_EXPORT TexEnvCombine: public StateAttribute

TexEnvCombine - encapsulates the OpenGL glTexEnvCombine (texture environment) state

#define GL_NORMAL_MAP_ARB

#define GL_REFLECTION_MAP_ARB

class SG_EXPORT TexGen: public StateAttribute

TexGen - encapsulates the OpenGL glTexGen (texture coordinate generation) state

class SG_EXPORT TexGenNode: public Group

Node for defining the position of TexGen in the scene

class SG_EXPORT TexMat: public StateAttribute

Texture Matrix state class for encapsulating OpenGL texture matrix functionality

class SG_EXPORT Texture: public osg::StateAttribute

Texture base class which encapsulates OpenGl texture functionality which common betweent the various types of OpenGL textures

class SG_EXPORT Texture1D: public Texture

Texture state class which encapsulates OpenGl 1D texture functionality

class SG_EXPORT Texture2D: public Texture

Texture state class which encapsulates OpenGl texture functionality

class SG_EXPORT Texture3D: public Texture

Texture state class which encapsulates OpenGl 3D texture functionality

class SG_EXPORT TextureCubeMap: public Texture

TextureCubeMap state class which encapsulates OpenGl texture cubemap functionality

class SG_EXPORT TextureRectangle: public Texture

Texture state class which encapsulates OpenGL texture functionality

typedef __int64 Timer_t

typedef unsigned long long Timer_t

typedef double Timer_t

typedef std::clock_t Timer_t

class SG_EXPORT Timer

A high resolution, low latency time stamper

extern SG_EXPORT Matrix computeLocalToWorld(NodePath& nodePath)

compute the matrix which transforms objects in local coords to world coords, by accumulating the Transform local to world matrices along the specified node path

extern SG_EXPORT Matrix computeWorldToLocal(NodePath& nodePath)

compute the matrix which transforms objects in world coords to local coords, by accumulating the Transform world to local matrices along the specified node path

extern SG_EXPORT Matrix computeLocalToEye(const Matrix& modelview, NodePath& nodePath)

compute the matrix which transforms objects in local coords to world coords, by accumulating the Transform local to world matrices along the specified node path the supplied initialial camera modelview

extern SG_EXPORT Matrix computeEyeToLocal(const Matrix& modelview, NodePath& nodePath)

compute the matrix which transforms objects in world coords to local coords, by accumulating the Transform world to local matrices along the specified node path the inverse of the supplied initialial camera modelview

class SG_EXPORT Transform: public Group

A Transform is a group node for which all children are transformed by a 4x4 matrix.

template<class T> class TriangleFunctor: public Drawable::PrimitiveFunctor, public T

template<class T> class TriangleIndexFunctor: public Drawable::PrimitiveIndexFunctor, public T

class UByte4

General purpose float quad, uses include representation of colour coordinates.

typedef Vec2f Vec2

class Vec2d

General purpose double pair, uses include representation of texture coordinates.

class Vec2f

General purpose float pair, uses include representation of texture coordinates.

typedef Vec3f Vec3

class Vec3d

General purpose double triple for use as vertices, vectors and normals.

inline std::ostream& operator << (std::ostream& output, const Vec3d& vec)

class Vec3f

General purpose float triple for use as vertices, vectors and normals.

inline std::ostream& operator << (std::ostream& output, const Vec3f& vec)

const Vec3f X_AXIS(1.0, 0.0, 0.0)

const Vec3f Y_AXIS(0.0, 1.0, 0.0)

const Vec3f Z_AXIS(0.0, 0.0, 1.0)

typedef Vec4f Vec4

class Vec4d

General purpose double quad, uses include representation of colour coordinates.

inline Vec4d::value_type operator * (const Vec3d& lhs, const Vec4d& rhs)

Compute the dot product of a (Vec3,10) and a Vec4d

inline Vec4d::value_type operator * (const Vec4d& lhs, const Vec3d& rhs)

Compute the dot product of a Vec4d and a (Vec3,10)

class Vec4f

General purpose float quad, uses include representation of colour coordinates.

inline Vec4f::value_type operator * (const Vec3f& lhs, const Vec4f& rhs)

Compute the dot product of a (Vec3,10) and a Vec4f

inline Vec4f::value_type operator * (const Vec4f& lhs, const Vec3f& rhs)

Compute the dot product of a Vec4f and a (Vec3,10)

class SG_EXPORT VertexProgram: public StateAttribute

VertexProgram - encapsulates the OpenGL ARB vertex program state

class SG_EXPORT Viewport: public StateAttribute

Encapsulte OpenGL glViewport

Documentation

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

typedef TemplateIndexArray<GLbyte,Array::ByteArrayType,1,GL_BYTE> ByteArray

typedef TemplateIndexArray<GLshort,Array::ShortArrayType,1,GL_SHORT> ShortArray

typedef TemplateIndexArray<GLint,Array::IntArrayType,1,GL_INT> IntArray

typedef TemplateIndexArray<GLubyte,Array::UByteArrayType,1,GL_UNSIGNED_BYTE> UByteArray

typedef TemplateIndexArray<GLushort,Array::UShortArrayType,1,GL_UNSIGNED_SHORT> UShortArray

typedef TemplateIndexArray<GLuint,Array::UIntArrayType,1,GL_UNSIGNED_INT> UIntArray

typedef TemplateArray<GLfloat,Array::FloatArrayType,1,GL_FLOAT> FloatArray

typedef TemplateArray<UByte4,Array::UByte4ArrayType,4,GL_UNSIGNED_BYTE> UByte4Array

typedef TemplateArray<Vec2,Array::Vec2ArrayType,2,GL_FLOAT> Vec2Array

typedef TemplateArray<Vec3,Array::Vec3ArrayType,3,GL_FLOAT> Vec3Array

typedef TemplateArray<Vec4,Array::Vec4ArrayType,4,GL_FLOAT> Vec4Array

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ArrayVisitor& av)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(ConstArrayVisitor& av) const

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ValueVisitor& vv)

template<typename T, Array::Type ARRAYTYPE, int DataSize, int DataType>inline void TemplateIndexArray<T,ARRAYTYPE,DataSize,DataType> ::accept(unsigned int index, ConstValueVisitor& vv) const

const double WGS_84_RADIUS_EQUATOR

const double WGS_84_RADIUS_POLAR

typedef __int64 GLintptrARB

typedef __int64 GLsizeiptrARB

elifdefined (__ia64__)(__x86_64__)

typedef long int GLsizeiptrARB

typedef int GLintptrARB

typedef int GLsizeiptrARB

#define USE_SEPARATE_COMPILE_AND_EXECUTE

inline Endian getCpuByteOrder()

inline void swapBytes( char* in, unsigned int size )

inline void swapBytes2( char* in )

inline void swapBytes4( char* in )

inline void swapBytes8( char* in )

inline void swapBytes16( char* in )

typedef std::vector< ref_ptr<Node> > NodeList

typedef Matrixd Matrix

typedef RefMatrixd RefMatrix

typedef Matrixf Matrix

typedef RefMatrixf RefMatrix

inline Vec3f operator* (const Vec3f& v, const Matrixd& m )

inline Vec3d operator* (const Vec3d& v, const Matrixd& m )

inline Vec4f operator* (const Vec4f& v, const Matrixd& m )

inline Vec4d operator* (const Vec4d& v, const Matrixd& m )

inline std::ostream& operator<< (std::ostream& os, const Matrixd& m )

inline Vec3f operator* (const Vec3f& v, const Matrixf& m )

inline Vec3d operator* (const Vec3d& v, const Matrixf& m )

inline Vec4f operator* (const Vec4f& v, const Matrixf& m )

inline Vec4d operator* (const Vec4d& v, const Matrixf& m )

inline std::ostream& operator<< (std::ostream& os, const Matrixf& m )

inline std::ostream& notify(void)

inline std::ostream& operator << (std::ostream& output, const Plane& pl)

inline std::ostream& operator << (std::ostream& output, const Quat& vec)

typedef HeightField Grid

#define GL_TEXTURE0

#define GL_FOG_COORDINATE_ARRAY

#define GL_SECONDARY_COLOR_ARRAY

#define GL_COLOR_SUM

#define GL_NORMAL_MAP_ARB

#define GL_REFLECTION_MAP_ARB

typedef __int64 Timer_t

typedef unsigned long long Timer_t

typedef double Timer_t

typedef std::clock_t Timer_t

typedef Vec2f Vec2

typedef Vec3f Vec3

inline std::ostream& operator << (std::ostream& output, const Vec3d& vec)

inline std::ostream& operator << (std::ostream& output, const Vec3f& vec)

const Vec3f X_AXIS(1.0, 0.0, 0.0)

const Vec3f Y_AXIS(0.0, 1.0, 0.0)

const Vec3f Z_AXIS(0.0, 0.0, 1.0)

typedef Vec4f Vec4

Alphabetic index HTML hierarchy of classes or Java