Global Graphite namespace. More...

Namespaces
namespace	Preferences
	Utility functions to manipulate preferences.

Classes
class	AmbientOcclusion
	GOM wrapper around AmbientOcclusionImpl. More...

class	Any
	A class that stores a variable of arbitrary type. More...

class	Application
	Implementation of Skin application using ImGui. More...

class	ApplicationBase
	Base class for Application. More...

class	ArcBall
	Enables to interactively define a rotation. More...

class	ArgList
	Represents a list of name-value pairs. More...

class	basic_libinit

class	BasicFactories

class	BasicFactoriesWithArg

class	BasicFactory

class	BasicFactoryWithArg

class	BoolSerializer
	Implementation of Serializer for bool. More...

class	Box2d
	A 2d axis aligned box. More...

class	Box3d
	A 3d axis aligned box. More...

class	Callable
	A Callable object. More...

class	CallableConnection
	A Connection between a signal and an abstract Callable object. More...

class	Camera
	Application attributes and methods related with camera management. More...

class	CheckerSphere
	Draws a sphere with a colored checkerboard. More...

struct	ColormapStyle
	The style used to display colormapped colors. More...

class	Commands
	Represents a set of commands. More...

class	CompositeGrob
	A Composite Graphite Object. More...

class	CompositeGrobScope
	An Interpreter Scope that corresponds to the objects in a CompositeGrob. More...

class	Connection

class	ConnectionList
	A list of connections. More...

class	Console
	A console for Graphite. More...

class	CustomAttributes
	Stores a set of custom attributes, i.e. name-value pairs attached to the objects. More...

class	devel_libinit

class	DynamicFactoryMetaClass

class	DynamicMetaClass
	A MetaClass that can be created in Lua. More...

class	DynamicMetaSlot
	A slot in a dynamically-created class. More...

class	DynamicObject
	An object with a class that can be created in Lua. More...

struct	EdgeStyle
	Drawing style for mesh edges. More...

class	EnumSerializer
	Implementation of Serializer for enums. More...

class	ExplodedViewMeshGrobShader
	Exploded view, moves regions apart. More...

class	Factory
	Creates instances of a specific class. More...

class	FactoryMetaClass
	A Factory that uses a MetaClass. More...

class	File
	Just a placeholder template to create new Name<> types for file names. More...

class	FileManager
	FileManager retreives the files used by Graphite (icons, plugins). More...

class	Filter
	A class to select subsets in an array. More...

class	FullScreenEffect
	A Full screen effect. More...

class	GenericBasicFactory

class	GenericBasicFactoryWithArg

class	GenericLifeCycle
	Concrete implementation of LifeCycle. More...

class	GenericSerializer
	Generic implementation of Serializer. More...

class	GenericSerializer< ArgList >
	A specialization of GenericSerializer for ArgList. More...

class	GlobalScope
	The Scope that contains all global variables of an Interpreter. More...

class	gom_gom_libinit

class	gom_libinit

class	GomCodeGenerator
	Generates C++ code to create the GOM meta information. More...

class	Grob
	Base class for all 3D Graphite objects. More...

class	GrobLight
	The camera panning tool. More...

class	GrobPan
	The camera panning tool. More...

class	GrobSelect
	The object selection tool. More...

class	IconRepository
	Keeps the correspondence between names and cached icons. More...

class	InputGraphiteFile
	An extension of InputGeoFile for storing a complete Graphite scenegraph in a structured binary file. More...

class	Interface
	Represents additional functions that can be attached to an object. More...

class	InterfaceScope
	The Scope that contains all interfaces of an object. More...

class	Interpreter
	Abstract base class for the GOM interpreter. More...

class	LifeCycle
	Manages the life cycle of an object. More...

class	LuaCallable
	GOM wrapper around a LUA function. More...

class	LuaFile
	Just a place-holder to define a type for LUA file names. More...

class	LuaGrob
	A Grob class for luagrob grids. More...

class	luagrob_libinit

class	LuaGrobCommands
	Base class for Commands related with a LuaGrob object. More...

class	LuaGrobProgramCommands
	Commands to load and save the LUA program in a LuaGrob. More...

class	LuaGrobShader
	Base class for drawing and picking LuaGrob. More...

class	LuaGrobShaderCommands
	Commands to load and save the LUA shader program in a LuaGrob. More...

class	LuaInterpreter
	The main class that interfaces the Python interpreter with Graphite. More...

class	mesh_gfx_libinit

class	mesh_libinit

class	MeshGrob
	A Grob wrapper around Geogram's Mesh class. More...

class	MeshGrobAttributesCommands
	Commands that manipulate mesh attributes. More...

class	MeshGrobCommands
	Base class for Commands related with a MeshGrob object. More...

class	MeshGrobConnectDisconnectEdges
	A Tool that zips/unzips edges depending on the pushed mouse button. More...

class	MeshGrobConnectEdges
	A Tool that connects two picked mesh facet edges on the border. More...

class	MeshGrobCopyComponent
	A tool that copies and drags a connected component of a mesh. More...

class	MeshGrobCreateCenterVertex
	A tool that creates a vertex in the center of a facet. More...

class	MeshGrobCreateEdge
	A tool that creates an edge between two vertices. More...

class	MeshGrobEditCenterVertex
	A tool that creates/removes a vertex in a facet depending on the pushed mouse button. More...

class	MeshGrobEditFacetEdge
	A tool that splits/merges facets depending on the pushed mouse button. More...

class	MeshGrobEditHole
	A tool that create or removes a facet, depending on the pushed mouse button. More...

class	MeshGrobEditor
	A wrapper to script low-level editing operations on a MeshGrob. More...

class	MeshGrobFillHole
	A tool that fills a hole by creating a new facet. More...

class	MeshGrobFiltersCommands
	Commands that manipulate mesh attributes. More...

class	MeshGrobFlipComponent
	A tool that flips the normals of a connected component. More...

class	MeshGrobGlueEdges
	A Tool that glues edges on the border. More...

class	MeshGrobGlueUnglueEdges
	A Tool that glues/unglues edges depending on the pushed mouse button. More...

class	MeshGrobJoinFacets
	A tool that joins two adjacent facet to form a single one. More...

class	MeshGrobKeepOrRemoveComponent
	A tool that removes a connected component of a mesh or its complement depending on the pushed mouse button. More...

class	MeshGrobMeshCommands
	Commands that manipulate the mesh in a MeshGrob. More...

class	MeshGrobMoveSubset
	Applies a mouse-controlled translation to a subset. More...

class	MeshGrobPaint
	A tool that paints attribute values in a mesh. More...

class	MeshGrobPaintConnected
	Paint attributes in connected components. More...

class	MeshGrobPaintFreeform
	Paint attributes using free-form selection. More...

class	MeshGrobPaintRect
	A rect selection tool that paints attribute values in a mesh. More...

class	MeshGrobPaintTool

class	MeshGrobPointsCommands
	Commands that manipulate point sets. More...

class	MeshGrobProbe
	A tool that probes attribute values in a mesh. More...

class	MeshGrobRemoveCenterVertex
	A tool that removes a vertex and merges all incident facets. More...

class	MeshGrobRemoveComponent
	A tool that removes a connected component of a mesh. More...

class	MeshGrobRemoveFacet
	A tool that removes a facet. More...

class	MeshGrobRemoveIncidentFacets
	A tool that removes all facets incident to a vertex. More...

class	MeshGrobResizeSubset
	Applies a mouse-controlled scaling to a subset. More...

class	MeshGrobRotateSubset
	Applies a mouse-controlled rotation to a subset. More...

class	MeshGrobRuler
	A tool that measures distances. More...

class	MeshGrobScrollResizeSubset
	Applies a mouse-controlled scaling to a subset. More...

class	MeshGrobSelectionsCommands
	Commands that manipulate mesh selections. More...

class	MeshGrobSelectUnselectVertex
	A tool that selects/unselects a vertex depending on the pushed mouse button. More...

class	MeshGrobSelectVertex
	A tool that selects a vertex. More...

class	MeshGrobShader
	Base class for drawing and picking MeshGrob. More...

class	MeshGrobShapesCommands
	Commands that create simple shapes. More...

class	MeshGrobSpectralCommands
	Commands that create simple shapes. More...

class	MeshGrobSplitFacet
	A tool that splits a facet by creating a new edge between two picked vertices. More...

class	MeshGrobSurfaceCommands
	Commands that manipulate surface meshes. More...

class	MeshGrobTool
	Base class for tools that operate on MeshGrob. More...

class	MeshGrobTransformComponent
	A tool that translates/scales/rotates a mesh connected component depending on the pushed mouse button. More...

class	MeshGrobTransformFacet
	A tool that translates/scales/rotates a facet depending on the pushed mouse button. More...

class	MeshGrobTransformSubset
	Base class of tools that apply 3d transform to a subset of a MeshGrob and that are attached to a MultiTool (or a MeshGrobTransformTool). More...

class	MeshGrobTransformTool
	A MultiTool that applies a mouse-controlled transform to a subset. More...

class	MeshGrobUnglueEdges
	A Tool that unglues two edges, thus forming a new border. More...

class	MeshGrobUnselectVertex
	A tool that unselects a vertex. More...

class	MeshGrobVisibilityCommands
	Commands that compute elements visibility. More...

class	MeshGrobVolumeCommands
	Commands that manipulate volume meshes. More...

class	MeshGrobZipEdges
	A Tool that zips two edges on the border, starting from their common vertex. More...

class	MeshGrobZipUnzipEdges
	A Tool that zips/unzips edges depending on the pushed mouse button. More...

class	Meta
	Stores all the meta information of the system, used by the reflection API. More...

class	MetaArg
	The representation of the arguments in the Meta repository. More...

class	MetaBuiltinType
	MetaType for builting types. More...

class	MetaClass
	The representation of a class in the Meta repository. More...

class	MetaConstructor
	The representation of a constructor in the Meta repository. More...

class	MetaEnum
	MetaType for enums. More...

class	MetaInformation
	Base class for everything that resides in the Meta repository. More...

class	MetaMember
	The base class for class members in the Meta repository. More...

class	MetaMethod
	The representation of a method in the Meta repository. More...

class	MetaMethodGetProperty
	A MetaMethod that corresponds to the getter of a property. More...

class	MetaMethodSetProperty
	A MetaMethod that corresponds to the setter of a property. More...

class	MetaProperty
	The representation of a property in the Meta repository. More...

class	MetaSignal
	The representation of a signal in the Meta repository. More...

class	MetaSlot
	The representation of a slot in the Meta repository. More...

class	MetaType
	The representation of a type in the Meta repository. More...

class	MetaTypesScope
	A Scope that contains MetaTypes. More...

class	Module
	Represents information associated with a module (i.e. a plugin). More...

class	ModuleMaker
	Generates plugins using skeletons in lib/devel/. More...

class	ModuleManager
	Manages dynamically loadable modules. More...

class	MultiTool
	A Tool that can associate a different tool to each button of the mouse. More...

class	Name
	A template class for strings that need to have a specific type in the GOM system. More...

class	NameBase
	Base class for all Names in Graphite (GrobName ...). More...

class	Node
	A composite object in the GOM system. More...

class	Object
	Base class for all objects in the GOM system. More...

class	ogf_declare_abstract_class
	A class to declare an abstract class type. More...

class	ogf_declare_builtin_type
	A class to declare a new builtin type. More...

class	ogf_declare_builtin_type< bool >
	ogf_declare_builtin_type specialization for bool. More...

class	ogf_declare_builtin_type< std::string >
	ogf_declare_builtin_type specialization for std::string. More...

class	ogf_declare_builtin_type< void >
	ogf_declare_builtin_type specialization for void. More...

class	ogf_declare_class
	A class to declare a class type. More...

class	ogf_declare_enum
	A class to declare a new enum type. More...

class	ogf_declare_pointer_type
	a version of ogf_declare_builtin_type specialization for pointers. More...

class	ogf_meta
	Provides easy access to meta information from C++ types. More...

class	ogf_register_abstract_grob_type
	Helper class to register a new abstract Grob class. More...

class	ogf_register_full_screen_effect
	Helper class to register a new FullScreenEffect. More...

class	ogf_register_grob_commands
	Helper class to register a new Commands associated with a Grob. More...

class	ogf_register_grob_interface
	Helper class to register a new Commands associated with a Grob. More...

class	ogf_register_grob_read_file_extension
	Helper class to register a new file extension for reading. More...

class	ogf_register_grob_shader
	Helper class to register a new Shader associated with a Grob. More...

class	ogf_register_grob_tool
	Helper class to register a new Tool associated with a Grob. More...

class	ogf_register_grob_type
	Helper class to register a new Grob class. More...

class	ogf_register_grob_write_file_extension
	Helper class to register a new file extension for writing. More...

class	OutputGraphiteFile
	An extension of InputGeoFile for storing a complete Graphite scenegraph in a structured binary file. More...

class	Overlay
	A display list that memorizes simple graphic primitives to be displayed over the 3D rendering window. More...

class	ParamMeshGrobShader
	A MeshGrobShader to display parameter space. More...

class	PDBMeshGrobShader

class	PlainFullScreenEffect
	The default dummy implementation of FullScreenEffect, that does nothing. More...

class	PlainLuaGrobShader
	The default implementation of LuaGrobShader. More...

class	PlainMeshGrobShader
	The default implementation of MeshGrobShader. More...

class	PlainVoxelGrobShader
	The default implementation of VoxelGrobShader. More...

class	PointerSerializer
	Implementation of Serializer for pointers. More...

struct	PointStyle
	Drawing style for points. More...

struct	RayPick
	Represents the information related with a picking event. More...

class	RayPicker
	Converts a 2D picking in a rendering window into a ray picking event. More...

class	RenderArea
	Implementation of RenderArea using ImGui. More...

class	renderer_libinit

class	RenderingContext
	Helper class for OpenGL context management. More...

class	Request
	A pointer to an object and to a meta-method of that object (a very limited notion of "closure"). More...

class	scene_graph_gfx_libinit

class	scene_graph_libinit

class	SceneGraph
	Represents the list of objects loaded in Graphite. More...

class	SceneGraphCommands
	Base class for Commands that act on the whole SceneGraph. More...

class	SceneGraphDevelCommands
	Commands to create new plugins, Grob class names, Tool, Commands and Shader. More...

class	SceneGraphLibrary
	Provides functions to dynamically declare new Grob classes, commands, shaders and tools. More...

class	SceneGraphSceneCommands
	Some commands that act on the whole SceneGraph. More...

class	SceneGraphShaderManager
	Manages the shaders and full screen effects for the entire SceneGraph. More...

class	SceneGraphToolsManager
	Manages the tools for the entire SceneGraph. More...

class	Scope
	A naming scope in an Interpreter. More...

class	Serializer
	Abstract base class for reading and writing values from/to streams. More...

class	Shader
	Base class for Grob shader. More...

class	ShaderManager
	Manages the Shader objects associated with a Grob. More...

class	skin_imgui_libinit

class	SkinImGUIRenderingContext
	A class derived from RenderingContext that interfaces the Application class with Graphite. More...

class	SlotConnection
	A Connection between a signal and a slot. More...

class	StringSerializer
	Implementation of Serializer for std::string. More...

struct	SurfaceStyle
	Drawing style for polygons. More...

class	TextEditor
	A TextEditor for writing LUA functions. More...

class	Texture
	An OpenGL texture. More...

class	Tool
	Base class for the tools. More...

class	ToolsManager
	Manages the Tool objects associated with a given Grob class. More...

class	Transform3d
	Controls a 3d transform by different means. More...

class	Translation
	Enables to interactively define a 2d translation. More...

class	UnsharpMasking
	A GOM wrapper around UnsharpMaskingImpl. More...

class	voxel_gfx_libinit

class	voxel_libinit

class	VoxelGrob
	A Grob class for voxel grids. More...

class	VoxelGrobAttributesCommands
	Commands that manipulate voxel attributes. More...

class	VoxelGrobCommands
	Base class for Commands related with a VoxelGrob object. More...

class	VoxelGrobEditor
	A wrapper to script low-level editing operations on a VoxelGrob. More...

class	VoxelGrobShader
	Base class for drawing and picking VoxelGrob. More...

Typedefs
typedef SmartPointer< Module >	Module_var
	An automatic reference-counted pointer to a Module object.

typedef Name< Module * >	DynamicModuleName
	The name of a dynamic module (plugin).

typedef SmartPointer< Scope >	Scope_var

typedef SmartPointer< Interpreter >	Interpreter_var

typedef std::vector< MetaArg >	MetaArgList
	Meta representation of a list of arguments.

typedef SmartPointer< MetaBuiltinType >	MetaBuiltinType_var
	Automatic reference-counted pointer to a MetaBuiltinType.

typedef SmartPointer< MetaClass >	MetaClass_var
	An automatic reference-counted pointer to a MetaClass.

typedef SmartPointer< MetaEnum >	MetaEnum_var
	Automatic reference-counted pointer to a MetaEnum.

typedef SmartPointer< MetaMember >	MetaMember_var
	Automatic reference-counted pointer to a MetaMember.

typedef bool(*	gom_method_adapter) (Object *target, const std::string &method_name, const ArgList &args, Any &ret_val)
	Function pointer types for method adapters.

typedef SmartPointer< MetaMethod >	MetaMethod_var
	Automatic reference-counted pointer to a MetaMethod.

typedef SmartPointer< MetaProperty >	MetaProperty_var
	Automatic reference-counted pointer to a MetaProperty.

typedef SmartPointer< MetaSignal >	MetaSignal_var
	Automatic reference-counted pointer to a MetaSignal.

typedef SmartPointer< MetaSlot >	MetaSlot_var
	Automatic reference-counted pointer to a MetaSlot.

typedef SmartPointer< MetaType >	MetaType_var
	Automatic reference-counted pointer to a MetaType.

typedef SmartPointer< Factory >	Factory_var
	Automatic reference-counted pointer to a Factory.

typedef SmartPointer< LifeCycle >	LifeCycle_var
	A reference_counted pointer to a LifeCycle.

typedef SmartPointer< Serializer >	Serializer_var
	Automatic reference-counted pointer to a Serializer.

typedef SmartPointer< Callable >	Callable_var
	A reference-counted pointer to a Callable.

typedef SmartPointer< Request >	Request_var
	A reference-counted pointer to a Request.

typedef SmartPointer< Connection >	Connection_var
	An automatic reference-counted pointer to a Connection.

typedef SmartPointer< Node >	Node_var
	An automatic reference-counted pointer to a Node.

typedef SmartPointer< Object >	Object_var
	An automatic reference-counted pointer to an Object.

typedef Name< LuaFile >	LuaFileName
	The name of an existing LUA (.lua) file.

typedef Name< LuaFile, true >	NewLuaFileName
	The name of an existing or not LUA (.lua) file.

typedef Name< LuaGrob * >	LuaGrobName
	The name of an existing LuaGrob in the SceneGraph.

typedef Name< LuaGrob *, true >	NewLuaGrobName
	The name of an (existing or not) LuaGrob in the SceneGraph.

typedef Name< MeshGrob * >	MeshGrobName
	The name of an existing MeshGrob in the SceneGraph.

typedef Name< MeshGrob *, true >	NewMeshGrobName
	The name of an (existing or not) MeshGrob in the SceneGraph.

typedef SmartPointer< RenderingContext >	RenderingContext_var

typedef SmartPointer< Texture >	Texture_var

typedef SmartPointer< Interface >	Interface_var

typedef SmartPointer< Commands >	Commands_var

typedef SmartPointer< CompositeGrob >	CompositeGrob_var
	An automatic reference-counted pointer to a CompositeGrob.

typedef SmartPointer< Grob >	Grob_var
	An automatic reference-counted pointer to a Grob.

typedef Name< File< Memory::byte > >	FileName
	The name of an existing file.

typedef Name< File< Memory::byte >, true >	NewFileName
	The name of a new file.

typedef Name< File< Image * > >	ImageFileName
	The name of an existing file that contains an Image.

typedef Name< File< Image * >, true >	NewImageFileName
	The name of an (existing or not) file that contains an Image.

typedef Name< Grob * >	GrobName
	The name of an existing Grob in the SceneGraph.

typedef Name< Grob *, true >	NewGrobName
	The name of an (existing or not) Grob in the SceneGraph.

typedef Name< File< Grob * > >	GrobFileName
	The name of an existing file that contains an object.

typedef Name< File< Grob * >, true >	NewGrobFileName
	The name of an (existing or not) file that contains an object.

typedef Name< GrobClass * >	GrobClassName
	The name of a Grob class.

typedef Name< Colormap * >	ColormapName
	The name of a colormap.

typedef Name< FullScreenEffect * >	FullScreenEffectName
	The name of a full screen effect.

typedef SmartPointer< FullScreenEffect >	FullScreenEffect_var
	An automatic reference-counted pointer to a FulLScreenEffect.

typedef SmartPointer< Shader >	Shader_var
	An automatic reference-counted pointer to a Shader.

typedef SmartPointer< ShaderManager >	ShaderManager_var
	An automatic reference-counted pointer to a ShaderManager.

typedef SmartPointer< Tool >	Tool_var
	An automatic reference-counted pointer to a Tool.

typedef SmartPointer< ToolsManager >	ToolsManager_var
	An automatic reference-counted pointer to a ToolsManager.

typedef SmartPointer< ArcBall >	ArcBall_var
	An automatic reference-counted pointer to an ArcBall.

typedef Name< Clipping * >	ClippingConfig
	An autogui string type for clipping configuration.

typedef SmartPointer< Camera >	Camera_var

typedef SmartPointer< RenderArea >	RenderArea_var

typedef Name< VoxelGrob * >	VoxelGrobName
	The name of an existing VoxelGrob in the SceneGraph.

typedef Name< VoxelGrob *, true >	NewVoxelGrobName
	The name of an (existing or not) VoxelGrob in the SceneGraph.

Enumerations
enum	CullingMode { NO_CULL , CULL_FRONT , CULL_BACK }

enum	PaintingMode { SOLID_COLOR , ATTRIBUTE , COLOR , TEXTURE }

enum	PaintOp { PAINT_SET , PAINT_RESET , PAINT_INC , PAINT_DEC }
	A painting operation. More...

enum	MouseButton { MOUSE_BUTTON_NONE = 0 , MOUSE_BUTTON_LEFT = 1 , MOUSE_BUTTON_MIDDLE = 2 , MOUSE_BUTTON_RIGHT = 3 , MOUSE_BUTTON_WHEEL_UP = 4 , MOUSE_BUTTON_WHEEL_DOWN = 5 , MOUSE_BUTTON_AUX1 = 6 , MOUSE_BUTTON_AUX2 = 7 , MOUSE_BUTTONS_NB = 8 }
	Symbolic constants for mouse buttons. More...

Functions
template<class T >
Sign	ogf_sgn (const T &x)

template<class T >
void	ogf_clamp (T &x, T xmin, T xmax)

template<class T >
T	ogf_sqr (const T &x)

template<class FT >
vecng< 2, FT >	transform_point (const vecng< 2, FT > &v, const Matrix< 4, FT > &m)
	Applies a 3d transform to a 2d point.

size_t	fread (void ptr_in, size_t size, size_t nbelt, std::istream in)
	Reads elements from a stream.

int	fgetc (std::istream *in)
	reads a character from a stream.

int	fseek (std::istream *in, long offset, int whence)
	moves the current position within a stream

size_t	ftell (std::istream *in)
	gets the current position in a stream.

void	fclose (std::istream *in)
	closes a stream.

template<class T >
MetaType *	ogf_dynamic_type (const T &x)
	Gets the MetaType associated with a variable.

template<class T >
MetaType *	ogf_static_type (const T &x)
	Gets the MetaType associated with a variable.

template<class T >
bool	ogf_is_a (const T &x, const MetaType *type)
	Tests whether the type of a variable derives from another type.

template<class T >
bool	ogf_convert_to_string (const T &value, std::string &string)
	Converts a variable to a string using the reflection API.

template<class T >
bool	ogf_convert_from_string (const std::string &string, T &value)
	Converts a string to a variable using the reflection API.

std::ostream &	operator<< (std::ostream &out, const ArgList &args)
	Prints an ArgList into a stream.

std::ostream &	operator<< (std::ostream &out, const PointStyle &ps)
	Writes a PointStyle to a stream.

std::istream &	operator>> (std::istream &in, PointStyle &ps)
	Reads a PointStyle from a stream.

std::ostream &	operator<< (std::ostream &out, const EdgeStyle &es)
	Writes an EdgeStyle to a stream.

std::istream &	operator>> (std::istream &in, EdgeStyle &es)
	Reads an EdgeStyle from a stream.

std::ostream &	operator<< (std::ostream &out, const SurfaceStyle &ss)
	Writes a SurfaceStyle to a stream.

std::istream &	operator>> (std::istream &in, SurfaceStyle &ss)
	Reads a SurfaceStyle from a stream.

template<class T , bool B>
std::ostream &	operator<< (std::ostream &out, const Name< T, B > &name)
	Writes a Name to a stream.

template<class T , bool B>
std::istream &	operator>> (std::istream &in, Name< T, B > &name)
	Reads a Name from a stream.

std::ostream &	operator<< (std::ostream &out, const ColormapStyle &cms)
	Writes a ColormapStyle to a stream.

std::istream &	operator>> (std::istream &in, ColormapStyle &cms)
	Reads a ColormapStyle from a stream.

SCENE_GRAPH_GFX_API std::ostream &	operator<< (std::ostream &out, const RayPick &ev)
	Sends a RayPick to an output stream.

SCENE_GRAPH_GFX_API std::istream &	operator>> (std::istream &in, RayPick &ev)
	Reads a RayPick from an input stream.

Detailed Description

Global Graphite namespace.

OGF stands for Open Graphics Foundation classes.

Typedef Documentation

◆ ArcBall_var

typedef SmartPointer<ArcBall> OGF::ArcBall_var

An automatic reference-counted pointer to an ArcBall.

Definition at line 182 of file arc_ball.h.

◆ Callable_var

typedef SmartPointer<Callable> OGF::Callable_var

A reference-counted pointer to a Callable.

Definition at line 102 of file callable.h.

◆ Camera_var

typedef SmartPointer<Camera> OGF::Camera_var

Definition at line 215 of file camera.h.

◆ ClippingConfig

typedef Name<Clipping*> OGF::ClippingConfig

An autogui string type for clipping configuration.

Definition at line 61 of file camera.h.

◆ ColormapName

typedef Name<Colormap*> OGF::ColormapName

The name of a colormap.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with a list of colormap names, obtained as the files in the "lib/colormaps" subdirectory.

Definition at line 486 of file properties.h.

◆ Commands_var

typedef SmartPointer<Commands> OGF::Commands_var

Definition at line 220 of file commands.h.

◆ CompositeGrob_var

typedef SmartPointer<CompositeGrob> OGF::CompositeGrob_var

An automatic reference-counted pointer to a CompositeGrob.

Definition at line 167 of file composite_grob.h.

◆ Connection_var

typedef SmartPointer<Connection> OGF::Connection_var

An automatic reference-counted pointer to a Connection.

Definition at line 249 of file connection.h.

◆ DynamicModuleName

typedef Name<Module*> OGF::DynamicModuleName

The name of a dynamic module (plugin).

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with a list of loaded plugins.

Definition at line 65 of file properties.h.

◆ Factory_var

typedef SmartPointer<Factory> OGF::Factory_var

Automatic reference-counted pointer to a Factory.

Definition at line 89 of file factory.h.

◆ FileName

typedef Name<File<Memory::byte> > OGF::FileName

The name of an existing file.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a textfield and a button that opens a FileSelectionBox configured for selecting an existing file.

Definition at line 376 of file properties.h.

◆ FullScreenEffect_var

typedef SmartPointer<FullScreenEffect> OGF::FullScreenEffect_var

An automatic reference-counted pointer to a FulLScreenEffect.

Definition at line 91 of file full_screen_effect.h.

◆ FullScreenEffectName

typedef Name<FullScreenEffect*> OGF::FullScreenEffectName

The name of a full screen effect.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with a list of full screen effect names.

Definition at line 569 of file properties.h.

◆ gom_method_adapter

typedef bool(* OGF::gom_method_adapter) (Object *target, const std::string &method_name, const ArgList &args, Any &ret_val)

Function pointer types for method adapters.

A GOM Method adapter is a function extracting the arguments from an ArgList, calling a function, and transforming the result into a return value (this process is referred to as "Marshalling" in distributed objects litterature). GOM Method adapters are automatically generated by the GOM generator.

Definition at line 63 of file meta_method.h.

◆ Grob_var

typedef SmartPointer<Grob> OGF::Grob_var

An automatic reference-counted pointer to a Grob.

Definition at line 548 of file grob.h.

◆ GrobClassName

typedef Name<GrobClass*> OGF::GrobClassName

The name of a Grob class.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with a list of existing Grob class names. The list of Grob class names is obtained from the SceneGraphLibrary.

Definition at line 472 of file properties.h.

◆ GrobFileName

typedef Name<File<Grob*> > OGF::GrobFileName

The name of an existing file that contains an object.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a textfield and a button that opens a FileSelectionBox configured for selecting an existing object file. The list of valid extensions for an image file is obtained from the SceneGraphLibrary.

Definition at line 447 of file properties.h.

◆ GrobName

typedef Name<Grob*> OGF::GrobName

The name of an existing Grob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the Grob objects found in the SceneGraph.

Definition at line 423 of file properties.h.

◆ ImageFileName

typedef Name<File<Image*> > OGF::ImageFileName

The name of an existing file that contains an Image.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a textfield and a button that opens a FileSelectionBox configured for selecting an existing image file. The list of valid extensions for an image file is obtained from the ImageLibrary.

Definition at line 399 of file properties.h.

◆ Interface_var

typedef SmartPointer<Interface> OGF::Interface_var

Definition at line 122 of file commands.h.

◆ Interpreter_var

typedef SmartPointer<Interpreter> OGF::Interpreter_var

Definition at line 805 of file interpreter.h.

◆ LifeCycle_var

typedef SmartPointer<LifeCycle> OGF::LifeCycle_var

A reference_counted pointer to a LifeCycle.

Definition at line 205 of file life_cycle.h.

◆ LuaFileName

typedef Name<LuaFile> OGF::LuaFileName

The name of an existing LUA (.lua) file.

Definition at line 90 of file lua_grob_commands.h.

◆ LuaGrobName

typedef Name<LuaGrob*> OGF::LuaGrobName

The name of an existing LuaGrob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the LuaGrob objects found in the SceneGraph.

Definition at line 269 of file lua_grob.h.

◆ MeshGrobName

typedef Name<MeshGrob*> OGF::MeshGrobName

The name of an existing MeshGrob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the MeshGrob objects found in the SceneGraph.

Definition at line 213 of file mesh_grob.h.

◆ MetaArgList

typedef std::vector<MetaArg> OGF::MetaArgList

Meta representation of a list of arguments.

Definition at line 135 of file meta_arg.h.

◆ MetaBuiltinType_var

typedef SmartPointer<MetaBuiltinType> OGF::MetaBuiltinType_var

Automatic reference-counted pointer to a MetaBuiltinType.

Definition at line 80 of file meta_builtin.h.

◆ MetaClass_var

typedef SmartPointer<MetaClass> OGF::MetaClass_var

An automatic reference-counted pointer to a MetaClass.

Definition at line 531 of file meta_class.h.

◆ MetaEnum_var

typedef SmartPointer<MetaEnum> OGF::MetaEnum_var

Automatic reference-counted pointer to a MetaEnum.

Definition at line 157 of file meta_enum.h.

◆ MetaMember_var

typedef SmartPointer<MetaMember> OGF::MetaMember_var

Automatic reference-counted pointer to a MetaMember.

Definition at line 118 of file meta_member.h.

◆ MetaMethod_var

typedef SmartPointer<MetaMethod> OGF::MetaMethod_var

Automatic reference-counted pointer to a MetaMethod.

Definition at line 439 of file meta_method.h.

◆ MetaProperty_var

typedef SmartPointer<MetaProperty> OGF::MetaProperty_var

Automatic reference-counted pointer to a MetaProperty.

Definition at line 297 of file meta_property.h.

◆ MetaSignal_var

typedef SmartPointer<MetaSignal> OGF::MetaSignal_var

Automatic reference-counted pointer to a MetaSignal.

Definition at line 88 of file meta_signal.h.

◆ MetaSlot_var

typedef SmartPointer<MetaSlot> OGF::MetaSlot_var

Automatic reference-counted pointer to a MetaSlot.

Definition at line 91 of file meta_slot.h.

◆ MetaType_var

typedef SmartPointer<MetaType> OGF::MetaType_var

Automatic reference-counted pointer to a MetaType.

Definition at line 340 of file meta_type.h.

◆ Module_var

typedef SmartPointer<Module> OGF::Module_var

An automatic reference-counted pointer to a Module object.

Definition at line 239 of file module.h.

◆ NewFileName

typedef Name<File<Memory::byte>,true> OGF::NewFileName

The name of a new file.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a textfield and a button that opens a FileSelectionBox configured for selecting an (existing or not) file.

Definition at line 386 of file properties.h.

◆ NewGrobFileName

typedef Name<File<Grob*>,true> OGF::NewGrobFileName

The name of an (existing or not) file that contains an object.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a textfield and a button that opens a FileSelectionBox configured for selecting an (existing or not) object file. The list of valid extensions for an image file is obtained from the SceneGraphLibrary.

Definition at line 458 of file properties.h.

◆ NewGrobName

typedef Name<Grob*,true> OGF::NewGrobName

The name of an (existing or not) Grob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the Grob objects found in the SceneGraph. In additon, the field can be edited, and the user can enter in it a new name, not already present in the SceneGraph.

Definition at line 434 of file properties.h.

◆ NewImageFileName

typedef Name<File<Image*>,true> OGF::NewImageFileName

The name of an (existing or not) file that contains an Image.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a textfield and a button that opens a FileSelectionBox configured for selecting an (existing or not) image file. The list of valid extensions for an image file is obtained from the ImageLibrary.

Definition at line 410 of file properties.h.

◆ NewLuaFileName

typedef Name<LuaFile,true> OGF::NewLuaFileName

The name of an existing or not LUA (.lua) file.

Definition at line 95 of file lua_grob_commands.h.

◆ NewLuaGrobName

typedef Name<LuaGrob*,true> OGF::NewLuaGrobName

The name of an (existing or not) LuaGrob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the LuaGrob objects found in the SceneGraph. In additon, the field can be edited, and the user can enter in it a new name, not already present in the SceneGraph.

Definition at line 280 of file lua_grob.h.

◆ NewMeshGrobName

typedef Name<MeshGrob*,true> OGF::NewMeshGrobName

The name of an (existing or not) MeshGrob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the MeshGrob objects found in the SceneGraph. In additon, the field can be edited, and the user can enter in it a new name, not already present in the SceneGraph.

Definition at line 224 of file mesh_grob.h.

◆ NewVoxelGrobName

typedef Name<VoxelGrob*,true> OGF::NewVoxelGrobName

The name of an (existing or not) VoxelGrob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the VoxelGrob objects found in the SceneGraph. In additon, the field can be edited, and the user can enter in it a new name, not already present in the SceneGraph.

Definition at line 268 of file voxel_grob.h.

◆ Node_var

typedef SmartPointer<Node> OGF::Node_var

An automatic reference-counted pointer to a Node.

Definition at line 146 of file node.h.

◆ Object_var

typedef SmartPointer<Object> OGF::Object_var

An automatic reference-counted pointer to an Object.

Definition at line 524 of file object.h.

◆ RenderArea_var

typedef SmartPointer<RenderArea> OGF::RenderArea_var

Definition at line 485 of file render_area.h.

◆ RenderingContext_var

typedef SmartPointer<RenderingContext> OGF::RenderingContext_var

Definition at line 848 of file rendering_context.h.

◆ Request_var

typedef SmartPointer<Request> OGF::Request_var

A reference-counted pointer to a Request.

Definition at line 179 of file callable.h.

◆ Scope_var

typedef SmartPointer<Scope> OGF::Scope_var

Definition at line 108 of file interpreter.h.

◆ Serializer_var

typedef SmartPointer<Serializer> OGF::Serializer_var

Automatic reference-counted pointer to a Serializer.

Definition at line 94 of file serializer.h.

◆ Shader_var

typedef SmartPointer<Shader> OGF::Shader_var

An automatic reference-counted pointer to a Shader.

Definition at line 226 of file shader.h.

◆ ShaderManager_var

typedef SmartPointer<ShaderManager> OGF::ShaderManager_var

An automatic reference-counted pointer to a ShaderManager.

Definition at line 148 of file shader_manager.h.

◆ Texture_var

typedef SmartPointer<Texture> OGF::Texture_var

Definition at line 285 of file texture.h.

◆ Tool_var

typedef SmartPointer<Tool> OGF::Tool_var

An automatic reference-counted pointer to a Tool.

Definition at line 190 of file tool.h.

◆ ToolsManager_var

typedef SmartPointer<ToolsManager> OGF::ToolsManager_var

An automatic reference-counted pointer to a ToolsManager.

Definition at line 229 of file tools_manager.h.

◆ VoxelGrobName

typedef Name<VoxelGrob*> OGF::VoxelGrobName

The name of an existing VoxelGrob in the SceneGraph.

This class can be used as a std::string. The only difference is that when it is used as a command argument or a Shader property, AutoGUI will generate for it a ComboBox with all the VoxelGrob objects found in the SceneGraph.

Definition at line 257 of file voxel_grob.h.

Enumeration Type Documentation

◆ CullingMode

enum OGF::CullingMode

Definition at line 68 of file mesh_grob_shader.h.

◆ MouseButton

enum OGF::MouseButton

Symbolic constants for mouse buttons.

Definition at line 53 of file events.h.

◆ PaintingMode

enum OGF::PaintingMode

Definition at line 70 of file mesh_grob_shader.h.

◆ PaintOp

enum OGF::PaintOp

A painting operation.

Enumerator
PAINT_SET	sets attribute value
PAINT_RESET	resets attribute value to zero
PAINT_INC	adds to attribute value
PAINT_DEC	subtracts from attribute value

Definition at line 94 of file mesh_grob_paint_tools.h.

Function Documentation

◆ fclose()

void OGF::fclose ( std::istream * in )

inline

closes a stream.

Does nothing, exists for source-level compatibility of some legacy code.

Parameters

[in] in a pointer to the stream to be closed

Definition at line 128 of file stdio_compat.h.

◆ fgetc()

int OGF::fgetc ( std::istream * in )

inline

reads a character from a stream.

Parameters

[in] in a pointer to a stream where to read the elements

Returns: the read characted, as an int

Definition at line 86 of file stdio_compat.h.

◆ fread()

size_t OGF::fread	(	void *	ptr_in,
		size_t	size,
		size_t	nbelt,
		std::istream *	in
	)

inline

Reads elements from a stream.

Parameters

[in]	ptr_in	where to load the elements. Should point to a block of `nbelt` * `size` bytes of memory.
[in]	size	size of an element to read
[in]	nbelt	number of elements to read
[in]	in	a pointer to a stream where to read the elements

Returns: the number of elements successfully read

Definition at line 64 of file stdio_compat.h.

◆ fseek()

int OGF::fseek	(	std::istream *	in,
		long	offset,
		int	whence
	)

inline

moves the current position within a stream

Parameters

[in]	in	a pointer to the stream
[in]	offset	offset where to move, interpreted differently in function of `whence`
[in]	whence	SEEK_CUR only is supported SEEK_CUR: `offset` is relative to current position

Returns: 0 on success

Definition at line 102 of file stdio_compat.h.

◆ ftell()

size_t OGF::ftell ( std::istream * in )

inline

gets the current position in a stream.

Parameters

[in] in a pointer to the stream

Returns: the current position in the stream

Definition at line 118 of file stdio_compat.h.

◆ ogf_clamp()

template<class T >

void OGF::ogf_clamp	(	T &	x,
		T	xmin,
		T	xmax
	)

Definition at line 81 of file common.h.

◆ ogf_convert_from_string()

template<class T >

bool OGF::ogf_convert_from_string	(	const std::string &	string,
		T &	value
	)

inline

Converts a string to a variable using the reflection API.

Parameters

[in]	string	a const reference to the string
[out]	value	a reference to the variable

Return values

true	if conversion was successful
false	otherwise

Definition at line 363 of file meta.h.

◆ ogf_convert_to_string()

template<class T >

bool OGF::ogf_convert_to_string	(	const T &	value,
		std::string &	string
	)

inline

Converts a variable to a string using the reflection API.

Parameters

[in]	value	a const reference to the variable
[out]	string	a reference to the string

Return values

true	if conversion was successful
false	otherwise

Definition at line 343 of file meta.h.

◆ ogf_dynamic_type()

template<class T >

MetaType * OGF::ogf_dynamic_type ( const T & x )

inline

Gets the MetaType associated with a variable.

It uses the dynamic type of the variable, e.g. if a variable is declared as a reference to a base class and holds a derived class instance, it will get the derived class.

Parameters

[in] x a const reference to the variable

Returns: a pointer to the MetaType of the variable if it exists or nullptr otherwise

Definition at line 217 of file meta.h.

◆ ogf_is_a()

template<class T >

bool OGF::ogf_is_a	(	const T &	x,
		const MetaType *	type
	)

inline

Tests whether the type of a variable derives from another type.

Parameters

[in]	x	the variable
[in]	type	a pointer to the meta type

Return values

true	if the type of `x` derives from `type`
false	otherwise

Definition at line 247 of file meta.h.

◆ ogf_sgn()

template<class T >

Sign OGF::ogf_sgn ( const T & x )

Definition at line 78 of file common.h.

◆ ogf_sqr()

template<class T >

T OGF::ogf_sqr ( const T & x )

Definition at line 84 of file common.h.

◆ ogf_static_type()

template<class T >

MetaType * OGF::ogf_static_type ( const T & x )

inline

Gets the MetaType associated with a variable.

It uses the static type of the variable, i.e. the C++ type of the variable.

Parameters

[in] x a const reference to the variable

Returns: a pointer to the MetaType of the variable if it exists or nullptr otherwise

See also: ogf_dynamic_type

Definition at line 233 of file meta.h.

◆ operator<<() [1/7]

std::ostream & OGF::operator<<	(	std::ostream &	out,
		const ArgList &	args
	)

inline

Prints an ArgList into a stream.

Parameters

[out]	out	the stream where the ArgList should be printed
[in]	args	a const reference to the ArgList to be printed

Definition at line 527 of file arg_list.h.

◆ operator<<() [2/7]

std::ostream & OGF::operator<<	(	std::ostream &	out,
		const ColormapStyle &	cms
	)

Writes a ColormapStyle to a stream.

Parameters

[in,out]	out	the stream
[in]	cms	a const reference to the ColormapStyle

Returns: the new state of the stream after writing

◆ operator<<() [3/7]

std::ostream & OGF::operator<<	(	std::ostream &	out,
		const EdgeStyle &	es
	)

Writes an EdgeStyle to a stream.

Parameters

[in,out]	out	the stream
[in]	es	a const reference to the EdgeStyle

Returns: the new state of the stream after writing

◆ operator<<() [4/7]

template<class T , bool B>

std::ostream & OGF::operator<<	(	std::ostream &	out,
		const Name< T, B > &	name
	)

inline

Writes a Name to a stream.

Parameters

[in,out]	out	a reference to the stream
[in]	name	a const reference to the Name

Returns: the new state of the stream after writing

Definition at line 334 of file properties.h.

◆ operator<<() [5/7]

std::ostream & OGF::operator<<	(	std::ostream &	out,
		const PointStyle &	ps
	)

Writes a PointStyle to a stream.

Parameters

[in,out]	out	the stream
[in]	ps	a const reference to the PointStyle

Returns: the new state of the stream after writing

◆ operator<<() [6/7]

SCENE_GRAPH_GFX_API std::ostream & OGF::operator<<	(	std::ostream &	out,
		const RayPick &	ev
	)

Sends a RayPick to an output stream.

Parameters

[in,out]	out	the output stream
[in]	ev	a const reference to the RayPick

Returns: the new state of the output stream once the RayPick has been send to it.

◆ operator<<() [7/7]

std::ostream & OGF::operator<<	(	std::ostream &	out,
		const SurfaceStyle &	ss
	)

Writes a SurfaceStyle to a stream.

Parameters

[in,out]	out	the stream
[in]	ss	a const reference to the SurfaceStyle

Returns: the new state of the stream after writing

◆ operator>>() [1/6]

std::istream & OGF::operator>>	(	std::istream &	in,
		ColormapStyle &	cms
	)

Reads a ColormapStyle from a stream.

Parameters

[in,out]	in	the stream
[out]	cms	a reference to the ColormapStyle

Returns: the new state of the stream after reading

◆ operator>>() [2/6]

std::istream & OGF::operator>>	(	std::istream &	in,
		EdgeStyle &	es
	)

Reads an EdgeStyle from a stream.

Parameters

[in,out]	in	the stream
[out]	es	a reference to the EdgeStyle

Returns: the new state of the stream after reading

◆ operator>>() [3/6]

template<class T , bool B>

std::istream & OGF::operator>>	(	std::istream &	in,
		Name< T, B > &	name
	)

Reads a Name from a stream.

Parameters

[in,out]	in	a reference to the stream
[out]	name	a reference to the NameProperty

Returns: the new state of the stream after reading

Definition at line 346 of file properties.h.

◆ operator>>() [4/6]

std::istream & OGF::operator>>	(	std::istream &	in,
		PointStyle &	ps
	)

Reads a PointStyle from a stream.

Parameters

[in,out]	in	the stream
[out]	ps	a reference to the PointStyle

Returns: the new state of the stream after reading

◆ operator>>() [5/6]

SCENE_GRAPH_GFX_API std::istream & OGF::operator>>	(	std::istream &	in,
		RayPick &	ev
	)

Reads a RayPick from an input stream.

Parameters

[in,out]	in	the input stream
[out]	ev	a reference to the read RayPick

Returns: the new state of the output stream once the RayPick has been read from it

◆ operator>>() [6/6]

std::istream & OGF::operator>>	(	std::istream &	in,
		SurfaceStyle &	ss
	)

Reads a SurfaceStyle from a stream.

Parameters

[in,out]	in	the stream
[out]	ss	a reference to the SurfaceStyle

Returns: the new state of the stream after reading

◆ transform_point()

template<class FT >

vecng< 2, FT > OGF::transform_point	(	const vecng< 2, FT > &	v,
		const Matrix< 4, FT > &	m
	)

Applies a 3d transform to a 2d point.

Convention is the same as in OpenGL, i.e. vector is a row vector, multiplied on the left of the transform. This function is typically used to transform screen coordinates using the inverse viewing matrix.

Parameters

[in]	v	the input 2d point to be transformed, considered as a 3d point with z coordinate equal to zero
[in]	m	the transform, as a 4x4 matrix, using homogeneous coordinates

Template Parameters

FT	type of the coordinates

Returns: the transformed 2d point

Definition at line 74 of file geometry.h.

Namespaces

Classes

Typedefs

Enumerations

Functions

Detailed Description

Typedef Documentation

◆ ArcBall_var

◆ Callable_var

◆ Camera_var

◆ ClippingConfig

◆ ColormapName

◆ Commands_var

◆ CompositeGrob_var

◆ Connection_var

◆ DynamicModuleName

◆ Factory_var

◆ FileName

◆ FullScreenEffect_var

◆ FullScreenEffectName

◆ gom_method_adapter

◆ Grob_var

◆ GrobClassName

◆ GrobFileName

◆ GrobName

◆ ImageFileName

◆ Interface_var

◆ Interpreter_var

◆ LifeCycle_var

◆ LuaFileName

◆ LuaGrobName

◆ MeshGrobName

◆ MetaArgList

◆ MetaBuiltinType_var

◆ MetaClass_var

◆ MetaEnum_var

◆ MetaMember_var

◆ MetaMethod_var

◆ MetaProperty_var

◆ MetaSignal_var

◆ MetaSlot_var

◆ MetaType_var

◆ Module_var

◆ NewFileName

◆ NewGrobFileName

◆ NewGrobName

◆ NewImageFileName

◆ NewLuaFileName

◆ NewLuaGrobName

◆ NewMeshGrobName

◆ NewVoxelGrobName

◆ Node_var

◆ Object_var

◆ RenderArea_var

◆ RenderingContext_var

◆ Request_var

◆ Scope_var

◆ Serializer_var

◆ Shader_var

◆ ShaderManager_var

◆ Texture_var

◆ Tool_var

◆ ToolsManager_var

◆ VoxelGrobName

Enumeration Type Documentation

◆ CullingMode

◆ MouseButton

◆ PaintingMode

◆ PaintOp

Function Documentation

◆ fclose()

◆ fgetc()

◆ fread()

◆ fseek()

◆ ftell()

◆ ogf_clamp()

◆ ogf_convert_from_string()

◆ ogf_convert_to_string()

◆ ogf_dynamic_type()

◆ ogf_is_a()