#include <nodes.h>

Inheritance diagram for lwpp::LWNode:

Collaboration diagram for lwpp::LWNode:

Public Member Functions
	LWNode (NodeID _id=0)
virtual	~LWNode ()
LWChanGroupID	chanGrp ()
void	disconnect (LWNodeInput *nid)
NodeInputID	firstInput (void)
NodeOutputID	firstOutput (void)
NodeID	getID (void)
ConnectionType	getType (NodeValue val)
void *	getValue (NodeValue val)
NodeInputID	inputByIndex (int n)
int	inputGetIndex (NodeInputID nid)
const char *	nodeName ()
int	numInputs (void)
int	numOutputs (void)
NodeOutputID	outputByIndex (int n)
int	outputGetIndex (NodeOutputID nid)
const char *	serverUserName ()
void	setID (NodeID _id)
void	setNodeColor (int col[3])
	Set the GUI colours for this node.
void	setNodeColor (int r, int g, int b)
	Set the GUI colours for this node.
void	setNodePreviewType (NodePreviewType type)
void	UpdateNodePreview ()
	Immediately update the preview for this node.
Outputs
Adding node outputs
LWNodeOutput *	addColorOutput (const std::string name="Color")
LWNodeOutput *	addColourOutput (const std::string name="Colour")
LWNodeOutput *	addScalarOutput (const std::string name="Scalar")
LWNodeOutput *	addVectorOutput (const std::string name="Vector")
LWNodeOutput *	addIntegerOutput (const std::string name="Integer")
LWNodeOutput *	addFunctionOutput (const std::string name="Function")
LWNodeOutput *	addMaterialOutput (const std::string name="Material")
auto_Outputs
Adding node outputs that are managed by std::auto_ptr
auto_NodeOutput	autoColorOutput (const std::string name="Color")
auto_NodeOutput	autoColourOutput (const std::string name="Colour")
auto_NodeOutput	autoScalarOutput (const std::string name="Scalar")
auto_NodeOutput	autoVectorOutput (const std::string name="Vector")
auto_NodeOutput	autoIntegerOutput (const std::string name="Integer")
auto_NodeOutput	autoFunctionOutput (const std::string name="Function")
auto_NodeOutput	autoMaterialOutput (const std::string name="Material")
Returning values during the node evaluation
These functions can only be called in evaluate.
void	setValue (NodeValue val, double *v)
void	setValue (NodeValue val, LWDVector *v)
void	setValue (NodeValue val, double a, double b, double c)
void	setValue (NodeValue val, float v[3])
void	setValue (NodeValue val, float v)
void	setValue (NodeValue val, double v)
void	setValue (NodeValue val, int *v)
void	setValue (NodeValue val, unsigned int *v)
void	setValue (NodeValue val, bool v)
void	setValue (NodeValue val, LWNodalMaterial *material)
void	setValue (NodeValue val, Vector3d &v)
Node Inputs
Functions to add node inputs
LWNodeInput *	addColorInput (const std::string name="Color", NodeInputEvent *inp_event=0)
LWNodeInput *	addColourInput (const std::string name="Colour", NodeInputEvent *inp_event=0)
LWNodeInput *	addScalarInput (const std::string name="Scalar", NodeInputEvent *inp_event=0)
LWNodeInput *	addVectorInput (const std::string name="Vector", NodeInputEvent *inp_event=0)
LWNodeInput *	addIntegerInput (const std::string name="Integer", NodeInputEvent *inp_event=0)
LWNodeInput *	addFunctionInput (const std::string name="Function", NodeInputEvent *inp_event=0)
LWNodeInput *	addMaterialInput (const std::string name="Material", NodeInputEvent *inp_event=0)

Private Member Functions
bool	_acquireGlobal ()
virtual bool	available () const
	Check if the global is available.
virtual LWNodeFuncs *	getGlobal ()
	Get the pointer to the global.
LWNodeFuncs *	operator-> ()
	Get the pointer to the global.

Static Private Attributes
static LWNodeFuncs *	globPtr
	Pointer to the global functions.

Detailed Description

LightWave Node

Constructor & Destructor Documentation

lwpp::LWNode::LWNode ( NodeID _id = 0 )

lwpp::LWNode::~LWNode ( )

virtual

Member Function Documentation

LWNodeInput* lwpp::NodeInputHelper::addColorInput	(	const std::string	name = `"Color"`,
		NodeInputEvent *	inp_event = `0`
	)

inlineinherited

LWNodeOutput* lwpp::LWNode::addColorOutput ( const std::string name = "Color" )

inline

LWNodeInput* lwpp::NodeInputHelper::addColourInput	(	const std::string	name = `"Colour"`,
		NodeInputEvent *	inp_event = `0`
	)

inlineinherited

LWNodeOutput* lwpp::LWNode::addColourOutput ( const std::string name = "Colour" )

inline

LWNodeInput* lwpp::NodeInputHelper::addFunctionInput	(	const std::string	name = `"Function"`,
		NodeInputEvent *	inp_event = `0`
	)

inlineinherited

LWNodeOutput* lwpp::LWNode::addFunctionOutput ( const std::string name = "Function" )

inline

LWNodeInput* lwpp::NodeInputHelper::addIntegerInput	(	const std::string	name = `"Integer"`,
		NodeInputEvent *	inp_event = `0`
	)

inlineinherited

LWNodeOutput* lwpp::LWNode::addIntegerOutput ( const std::string name = "Integer" )

inline

LWNodeInput* lwpp::NodeInputHelper::addMaterialInput	(	const std::string	name = `"Material"`,
		NodeInputEvent *	inp_event = `0`
	)

inlineinherited

LWNodeOutput* lwpp::LWNode::addMaterialOutput ( const std::string name = "Material" )

inline

LWNodeInput* lwpp::NodeInputHelper::addScalarInput	(	const std::string	name = `"Scalar"`,
		NodeInputEvent *	inp_event = `0`
	)

inlineinherited

LWNodeOutput* lwpp::LWNode::addScalarOutput ( const std::string name = "Scalar" )

inline

LWNodeInput* lwpp::NodeInputHelper::addVectorInput	(	const std::string	name = `"Vector"`,
		NodeInputEvent *	inp_event = `0`
	)

inlineinherited

LWNodeOutput* lwpp::LWNode::addVectorOutput ( const std::string name = "Vector" )

inline

auto_NodeOutput lwpp::LWNode::autoColorOutput ( const std::string name = "Color" )

inline

auto_NodeOutput lwpp::LWNode::autoColourOutput ( const std::string name = "Colour" )

inline

auto_NodeOutput lwpp::LWNode::autoFunctionOutput ( const std::string name = "Function" )

inline

auto_NodeOutput lwpp::LWNode::autoIntegerOutput ( const std::string name = "Integer" )

inline

auto_NodeOutput lwpp::LWNode::autoMaterialOutput ( const std::string name = "Material" )

inline

auto_NodeOutput lwpp::LWNode::autoScalarOutput ( const std::string name = "Scalar" )

inline

auto_NodeOutput lwpp::LWNode::autoVectorOutput ( const std::string name = "Vector" )

inline

LWChanGroupID lwpp::LWNode::chanGrp ( )

inline

void lwpp::LWNode::disconnect ( LWNodeInput * nid )

inline

NodeInputID lwpp::LWNode::firstInput ( void )

inline

NodeOutputID lwpp::LWNode::firstOutput ( void )

inline

NodeID lwpp::LWNode::getID ( void )

inline

ConnectionType lwpp::LWNode::getType ( NodeValue val )

inline

void* lwpp::LWNode::getValue ( NodeValue val )

inline

NodeInputID lwpp::LWNode::inputByIndex ( int n )

inline

int lwpp::LWNode::inputGetIndex ( NodeInputID nid )

inline

const char* lwpp::LWNode::nodeName ( )

inline

int lwpp::LWNode::numInputs ( void )

inline

int lwpp::LWNode::numOutputs ( void )

inline

NodeOutputID lwpp::LWNode::outputByIndex ( int n )

inline

int lwpp::LWNode::outputGetIndex ( NodeOutputID nid )

inline

const char* lwpp::LWNode::serverUserName ( )

inline

void lwpp::LWNode::setID ( NodeID _id )

inline

void lwpp::LWNode::setNodeColor ( int col[3] )

inline

Set the GUI colours for this node.

void lwpp::LWNode::setNodeColor	(	int	r,
		int	g,
		int	b
	)

inline

Set the GUI colours for this node.

void lwpp::LWNode::setNodePreviewType ( NodePreviewType type )

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		double *	v
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		LWDVector *	v
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		double	a,
		double	b,
		double	c
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		float	v[3]
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		float	v
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		double	v
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		int *	v
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		unsigned int *	v
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		bool	v
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		LWNodalMaterial *	material
	)

inline

void lwpp::LWNode::setValue	(	NodeValue	val,
		Vector3d &	v
	)

inline

void lwpp::LWNode::UpdateNodePreview ( )

inline

Immediately update the preview for this node.

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

Public Member Functions

Private Member Functions

Static Private Attributes

Detailed Description

Constructor & Destructor Documentation

Member Function Documentation