#include <c4d_graphview.h>

Detailed Description

There are three kinds of port IDs:

Main: The type of the port, for example GV_FORMULA_INPUT in GVformula.
Sub: A unique ID for each instance of multiple ports with the same Main ID. Assigned when the port is created.
User: A place to store an ID for custom management. Cinema 4D ignores this value.

Cannot be instantiated. Call GvNode::AddPort() to create a port.

Private Member Functions
	GvPort ()

	~GvPort ()

Connections
void	RemoveConnection (void)

Int32	GetNrOfConnections (void)

void	RemovePortConnections (void)

Bool	IsIncomingConnected (void)

Bool	GetIncomingDestination (GvNode &node, GvPort &port)

Bool	GetIncomingSource (GvNode &node, GvPort &port)

Port IDs
GvPortIO	GetIO (void)

void	SetMainID (Int32 id)

Int32	GetMainID (void)

Int32	GetSubID (void)

void	SetUserID (Int32 id)

Int32	GetUserID (void)

ValueType/Visible/Valid
GvValueID	GetValueType (void)

void	SetVisible (Bool v)

Bool	GetVisible (void)

void	SetValid (GvRun *r, Bool v)

Bool	GetValid (GvRun *r)

Calculate
void	SetCalculated (GvRun *r)

GvPort *	Calculate (GvNode bn, GvRun r, GvCalc *c)

Bool	SetRecalculate (GvRun *r, Bool force_set=false)

Get Value
Bool	GetBool (Bool b, GvRun r)

Bool	GetInteger (Int32 i, GvRun r)

Bool	GetFloat (Float f, GvRun r)

Bool	GetVector (Vector v, GvRun r)

Bool	GetNormal (Vector n, GvRun r)

Bool	GetMatrix (Matrix m, GvRun r)

Bool	GetTime (BaseTime t, GvRun r)

Bool	GetString (String s, GvRun r)

Bool	GetObject (BaseList2D &o, GvRun r)

Bool	GetData (void d, GvValueID type, GvRun r)

Bool	GetDataInstance (const void &d, GvValueID type, GvRun r)

Set Value
Bool	SetBool (Bool b, GvRun *r)

Bool	SetInteger (Int32 i, GvRun *r)

Bool	SetFloat (Float f, GvRun *r)

Bool	SetVector (const Vector &v, GvRun *r)

Bool	SetMatrix (const Matrix &m, GvRun *r)

Bool	SetNormal (const Vector &n, GvRun *r)

Bool	SetTime (const BaseTime &t, GvRun *r)

Bool	SetString (const maxon::String &s, GvRun *r)

Bool	SetObject (const BaseList2D o, GvRun r)

Bool	SetData (const void d, GvValueID type, GvRun r)

const String	GetName (GvNode *node)

void	SetName (const maxon::String &name)

Copy Data
Bool	CopyPortData (GvPort source, GvRun r)

Bool	CopyRawData (void source, GvRun r)

Calculate Data
Bool	CalculateRawData (void data, void dest, GvRun *r, GvValueFlags calculation, Float parm1=0.0_f)

Bool	CalculateRawRawData (void data1, void data2, void dest, GvRun r, GvValueFlags calculation, Float parm1=0.0_f)

Bool	CalculatePortData (GvPort data, void dest, GvRun *r, GvValueFlags calculation, Float parm1=0.0_f)

Bool	CalculateRawDataRev (void data, void dest, GvRun *r, GvValueFlags calculation, Float parm1=0.0_f)

Get/Set Tag/Material/Instance/Object
Bool	GetTag (BaseList2D &t, GvRun r, Int32 *index=nullptr)

Bool	SetTag (const BaseList2D const t, GvRun r, Int32 index=0)

Bool	GetMaterial (BaseList2D &m, GvRun r, Int32 *index=nullptr)

Bool	SetMaterial (const BaseList2D const m, GvRun r, Int32 index=0)

Bool	GetInstance (BaseList2D &i, GvRun r, Int32 *index=nullptr)

Bool	SetInstance (const BaseList2D const i, GvRun r, Int32 index=0)

Bool	GetObjectWithIndex (BaseList2D &o, GvRun r, Int32 *index=nullptr)

Bool	SetObjectWithIndex (const BaseList2D const o, GvRun r, Int32 index=0)

Outgoing/Destination Information
GvDestination *	GetOutgoing (Int32 index)

User Data
GeData *	GetUserData ()

void	SetUserData (const GeData &data)

Constructor & Destructor Documentation

◆ GvPort()

GvPort ( )

private

◆ ~GvPort()

~GvPort ( )

private

Member Function Documentation

◆ RemoveConnection()

void RemoveConnection ( void )

Removes the incoming connection.

◆ GetNrOfConnections()

Int32 GetNrOfConnections ( void )

Gets the number of connections, including both the incoming and outgoing connections.

Returns: The number of connections.

◆ RemovePortConnections()

void RemovePortConnections ( void )

Removes all outgoing connections.

◆ IsIncomingConnected()

Bool IsIncomingConnected ( void )

Checks if there is an incoming connection.

Returns: true if there is an incoming connection to the port, otherwise false.

◆ GetIncomingDestination()

Bool GetIncomingDestination	(	GvNode *&	node,
		GvPort *&	port
	)

Gets the destination of the incoming connection.

Parameters

[out]	node	Assigned the incoming destination node.
[out]	port	Assigned the incoming destination port.

Returns: true if the incoming destination was retrieved, otherwise false.

◆ GetIncomingSource()

Bool GetIncomingSource	(	GvNode *&	node,
		GvPort *&	port
	)

Gets the source of the incoming connection.

Parameters

[out]	node	Assigned the incoming source node.
[out]	port	Assigned the incoming source port.

Returns: true if the incoming source was retrieved, otherwise false.

◆ GetIO()

GvPortIO GetIO ( void )

Gets the IO mode for the port.

Returns: The IO mode: GvPortIO

◆ SetMainID()

void SetMainID ( Int32 id )

Sets the main ID of the port.

Parameters

[in] id The main ID to set.

◆ GetMainID()

Int32 GetMainID ( void )

Gets the main ID of the port.

Returns: The main ID.

◆ GetSubID()

Int32 GetSubID ( void )

Gets the sub ID of the port.

Returns: The sub ID.

◆ SetUserID()

void SetUserID ( Int32 id )

Sets the user ID of the port.

Parameters

[in] id The user ID to set.

◆ GetUserID()

Int32 GetUserID ( void )

Gets the user ID of the port.

Returns: The user ID.

◆ GetValueType()

GvValueID GetValueType ( void )

Gets the value type of the port.

Returns: The value type.

◆ SetVisible()

void SetVisible ( Bool v )

Hides or shows the port.

Parameters

[in] v true if the port should be visible and false if it should be hidden.

◆ GetVisible()

Bool GetVisible ( void )

Checks if the port is hidden or visible.

Returns: true if the port is visible and false if it is hidden.

◆ SetValid()

void SetValid	(	GvRun *	r,
		Bool	v
	)

Reports this port as valid or invalid during a run.

Parameters

[in]	r	The run helper. The caller owns the pointed run helper.
[in]	v	true if the port is valid, otherwise false.

◆ GetValid()

Bool GetValid ( GvRun * r )

Checks if the port is valid during a run.

Parameters

[in] r The run helper. The caller owns the pointed run helper.

Returns: true if the port is valid, otherwise false.

◆ SetCalculated()

void SetCalculated ( GvRun * r )

Reports that this port has been calculated in this run.

Parameters

[in] r The run helper. The caller owns the pointed run helper.

◆ Calculate()

GvPort* Calculate	(	GvNode *	bn,
		GvRun *	r,
		GvCalc *	c
	)

Calculates the port.

Note: Calculate() should normally not be used. Use GvValue::Calculate() instead.

Parameters

[in]	bn	The node that the ports belongs to. The caller owns the pointed node.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	c	The calculation helper. The caller owns the pointed calculation helper.

Returns: The calculated port.

◆ SetRecalculate()

Bool SetRecalculate	(	GvRun *	r,
		Bool	force_set = `false`
	)

Marks all outgoing port connections for recalculation. This will also call GvOperatorData::SetRecalculate().

Parameters

[in]	r	The run helper. The caller owns the pointed run helper.
[in]	force_set	Forces all nodes to be recalculated, even if they seem to be valid.

Returns: true if successful, otherwise false.

◆ GetBool()

Bool GetBool	(	Bool *	b,
		GvRun *	r
	)

Retrieves a boolean value from the port.

Parameters

[out]	b	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetInteger()

Bool GetInteger	(	Int32 *	i,
		GvRun *	r
	)

Retrieves an integer value from the port.

Parameters

[out]	i	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetFloat()

Bool GetFloat	(	Float *	f,
		GvRun *	r
	)

Retrieves a float value from the port.

Parameters

[out]	f	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetVector()

Bool GetVector	(	Vector *	v,
		GvRun *	r
	)

Retrieves a vector value from the port.

Parameters

[out]	v	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetNormal()

Bool GetNormal	(	Vector *	n,
		GvRun *	r
	)

Retrieves a normal vector value from the port.

Parameters

[out]	n	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetMatrix()

Bool GetMatrix	(	Matrix *	m,
		GvRun *	r
	)

Retrieves a matrix value from the port.

Parameters

[out]	m	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetTime()

Bool GetTime	(	BaseTime *	t,
		GvRun *	r
	)

Retrieves a time value from the port.

Parameters

[out]	t	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetString()

Bool GetString	(	String *	s,
		GvRun *	r
	)

Retrieves a string value from the port.

Parameters

[out]	s	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetObject()

Bool GetObject	(	BaseList2D *&	o,
		GvRun *	r
	)

Retrieves an object value from the port.

Parameters

[out]	o	Assigned the port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetData()

Bool GetData	(	void *	d,
		GvValueID	type,
		GvRun *	r
	)

Retrieves the data from the port.

Parameters

[out]	d	Assigned the port value. The port owns the pointed data. Points to GV data. The layout of the pointed data is determined by type.
[in]	type	Determines the type of d.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ GetDataInstance()

Bool GetDataInstance	(	const void *&	d,
		GvValueID	type,
		GvRun *	r
	)

Retrieves the data pointer from the port.

Parameters

[out]	d	Assigned a pointer to the port data. The port owns the pointed data. Points to GV data. The layout of the pointed data is determined by type.
[in]	type	Determines the type of d.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was retrieved, otherwise false.

◆ SetBool()

Bool SetBool	(	Bool	b,
		GvRun *	r
	)

Sets a boolean value in the port.

Parameters

[in]	b	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetInteger()

Bool SetInteger	(	Int32	i,
		GvRun *	r
	)

Sets an integer value in the port.

Parameters

[in]	i	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetFloat()

Bool SetFloat	(	Float	f,
		GvRun *	r
	)

Sets a float value in the port.

Parameters

[in]	f	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetVector()

Bool SetVector	(	const Vector &	v,
		GvRun *	r
	)

Sets a vector value in the port.

Parameters

[in]	v	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetMatrix()

Bool SetMatrix	(	const Matrix &	m,
		GvRun *	r
	)

Sets a matrix value in the port.

Parameters

[in]	m	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetNormal()

Bool SetNormal	(	const Vector &	n,
		GvRun *	r
	)

Sets a normal vector value in the port.

Parameters

[in]	n	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetTime()

Bool SetTime	(	const BaseTime &	t,
		GvRun *	r
	)

Sets a time value in the port.

Parameters

[in]	t	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetString()

Bool SetString	(	const maxon::String &	s,
		GvRun *	r
	)

Sets a string value in the port.

Parameters

[in]	s	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetObject()

Bool SetObject	(	const BaseList2D *	o,
		GvRun *	r
	)

Sets an object value in the port.

Parameters

[in]	o	The new port value.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ SetData()

Bool SetData	(	const void *	d,
		GvValueID	type,
		GvRun *	r
	)

Sets the data in the port.

Parameters

[in]	d	The new port value. The port owns the pointed data. Points to GV data. The layout of the pointed data is determined by type.
[in]	type	Determines the type of d.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the value was set, otherwise false.

◆ GetName()

const String GetName ( GvNode * node )

Gets the name of the port.

Parameters

[in] node The node the ports belongs to. The caller owns the pointed node.

Returns: The port name.

◆ SetName()

void SetName ( const maxon::String & name )

Sets the name of the port.

Parameters

[in] name The new port name.

◆ CopyPortData()

Bool CopyPortData	(	GvPort *	source,
		GvRun *	r
	)

Copies the data from the source port.

Parameters

[in]	source	The source port. The caller owns the pointed port.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the data was copied, otherwise false.

◆ CopyRawData()

Bool CopyRawData	(	void *	source,
		GvRun *	r
	)

Copies the raw void* data from source.

Parameters

[in]	source	The source data. The caller owns the pointed data.
[in]	r	The run helper. The caller owns the pointed run helper.

Returns: true if the raw data was copied, otherwise false.

◆ CalculateRawData()

Bool CalculateRawData	(	void *	data,
		void *	dest,
		GvRun *	r,
		GvValueFlags	calculation,
		Float	parm1 = `0.0_f`
	)

Convenience function to do calculation with unknown data.
Uses the port's value handler to call GV_VALUE_HANDLER::Calculate(userdata, value_id, portdata, data, dest, 0, calculation, parm1), where portdata is the data of the port.
For example, the result operator does:

if (!v1->GetPort()->CalculateRawData(nullptr, &result, r, GV_CALC_STR))

return false;

GV_CALC_STR

@ GV_CALC_STR

Print: *((String*)dest) = String(source1[cpu_id])

Definition: c4d_graphview_enum.h:69

result

PyObject PyObject * result

Definition: abstract.h:43

Parameters

[in]	data	The second data. This port data is used as first data. The caller owns the pointed data.
[out]	dest	The destination. The caller owns the pointed data. Points to GV data. The layout of the pointed data is determined by value_id.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	calculation	The calculation to perform: GvValueFlags
[in]	parm1	An additional parameter.

Returns: true if the result is GV_CALC_ERR_NONE, otherwise false. If there is an error GvRun::SetError() is called.

◆ CalculateRawRawData()

Bool CalculateRawRawData	(	void *	data1,
		void *	data2,
		void *	dest,
		GvRun *	r,
		GvValueFlags	calculation,
		Float	parm1 = `0.0_f`
	)

Convenience function to do calculation with unknown data.
Uses the port's value handler to call GV_VALUE_HANDLER::Calculate(userdata, value_id, data1, data2, dest, 0, calculation, parm1).

Parameters

[in]	data1	The first data. The caller owns the pointed data. Points to GV data. The layout of the pointed data is determined by value_id.
[in]	data2	The second data. The caller owns the pointed data. Points to GV data. The layout of the pointed data is determined by value_id.
[out]	dest	The destination. The caller owns the pointed data. Points to GV data. The layout of the pointed data is determined by value_id.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	calculation	The calculation to perform: GvValueFlags
[in]	parm1	An additional parameter.

Returns: true if the result is GV_CALC_ERR_NONE, otherwise false. If there is an error GvRun::SetError() is called.

◆ CalculatePortData()

Bool CalculatePortData	(	GvPort *	data,
		void *	dest,
		GvRun *	r,
		GvValueFlags	calculation,
		Float	parm1 = `0.0_f`
	)

Convenience function to do calculation with unknown data.
Uses the port's value handler to call GV_VALUE_HANDLER::Calculate(userdata, value_id, portdata1, portdata2, dest, 0, calculation, parm1), where portdata1 is the data of the port and portdata2 is the data of the data port.

Parameters

[in]	data	The port with the second data. This port data is used as first data. The caller owns the pointed port.
[out]	dest	The destination. The caller owns the pointed data. Points to GV data. The layout of the pointed data is determined by value_id.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	calculation	The calculation to perform: GvValueFlags
[in]	parm1	An additional parameter.

Returns: true if the result is GV_CALC_ERR_NONE, otherwise false. If there is an error GvRun::SetError() is called.

◆ CalculateRawDataRev()

Bool CalculateRawDataRev	(	void *	data,
		void *	dest,
		GvRun *	r,
		GvValueFlags	calculation,
		Float	parm1 = `0.0_f`
	)

Convenience function to do calculation with unknown data.
Uses the port's value handler to call GV_VALUE_HANDLER::Calculate(userdata, value_id, data, portdata, dest, 0, calculation, parm1), where portdata is the data of the port.

Parameters

[in]	data	The first data. This port data is used as second data. The caller owns the pointed data.
[out]	dest	The destination. The caller owns the pointed data. Points to GV data. The layout of the pointed data is determined by value_id.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	calculation	The calculation to perform: GvValueFlags
[in]	parm1	An additional parameter.

Returns: true if the result is GV_CALC_ERR_NONE, otherwise false. If there is an error GvRun::SetError() is called.

◆ GetTag()

Bool GetTag	(	BaseList2D *&	t,
		GvRun *	r,
		Int32 *	index = `nullptr`
	)

Retrieves an indexed tag value from the port.

Parameters

[out]	t	Assigned the retrieved tag if successful.
[in]	r	The run helper. The caller owns the pointed run helper.
[out]	index	Assigned the index of the data, if not nullptr. Used by iterators to specify the index of the retrieved data.

Returns: true if the tag was retrieved, otherwise false.

◆ SetTag()

Bool SetTag	(	const BaseList2D *const	t,
		GvRun *	r,
		Int32	index = `0`
	)

Sets an indexed tag value in the port.

Parameters

[in]	t	The tag to set. The caller owns the pointed tag.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	index	The data index. Used by iterators.

Returns: true if the tag was set, otherwise false.

◆ GetMaterial()

Bool GetMaterial	(	BaseList2D *&	m,
		GvRun *	r,
		Int32 *	index = `nullptr`
	)

Retrieves an indexed material value from the port.

Parameters

[out]	m	Assigned the retrieved material if successful.
[in]	r	The run helper. The caller owns the pointed run helper.
[out]	index	Assigned the index of the data, if not nullptr. Used by iterators to specify the index of the retrieved data.

Returns: true if the material was retrieved, otherwise false.

◆ SetMaterial()

Bool SetMaterial	(	const BaseList2D *const	m,
		GvRun *	r,
		Int32	index = `0`
	)

Sets an indexed material value in the port.

Parameters

[in]	m	The material to set. The caller owns the pointed material.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	index	The data index. Used by iterators.

Returns: true if the material was set, otherwise false.

◆ GetInstance()

Bool GetInstance	(	BaseList2D *&	i,
		GvRun *	r,
		Int32 *	index = `nullptr`
	)

Retrieves an indexed instance value from the port.

Parameters

[out]	i	Assigned the retrieved instance if successful.
[in]	r	The run helper. The caller owns the pointed run helper.
[out]	index	Assigned the index of the data, if not nullptr. Used by iterators to specify the index of the retrieved data.

Returns: true if the instance was retrieved, otherwise false.

◆ SetInstance()

Bool SetInstance	(	const BaseList2D *const	i,
		GvRun *	r,
		Int32	index = `0`
	)

Sets an indexed instance value in the port.

Parameters

[in]	i	The instance to set. The caller owns the pointed instance.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	index	The data index. Used by iterators.

Returns: true if the instance was set, otherwise false.

◆ GetObjectWithIndex()

Bool GetObjectWithIndex	(	BaseList2D *&	o,
		GvRun *	r,
		Int32 *	index = `nullptr`
	)

Retrieves an indexed object value from the port.

Parameters

[out]	o	Assigned the retrieved object if successful.
[in]	r	The run helper. The caller owns the pointed run helper.
[out]	index	Assigned the index of the data, if not nullptr. Used by iterators to specify the index of the retrieved data.

Returns: true if the object was retrieved, otherwise false.

◆ SetObjectWithIndex()

Bool SetObjectWithIndex	(	const BaseList2D *const	o,
		GvRun *	r,
		Int32	index = `0`
	)

Sets an indexed object value in the port.

Parameters

[in]	o	The object to set. The caller owns the pointed object.
[in]	r	The run helper. The caller owns the pointed run helper.
[in]	index	The data index. Used by iterators.

Returns: true if the object was set, otherwise false.

◆ GetOutgoing()

GvDestination* GetOutgoing ( Int32 index )

Retrieves information about the outgoing destinations.

Parameters

[in] index The destination index: 0 <= index < GetNrOfConnections()-(IsIncomingConnected() ? 1 : 0)

Returns: The destination information, or nullptr. Cinema 4D owns the pointed GvDestination.

◆ GetUserData()

GeData* GetUserData ( )

Internal.

Since: R17.032

◆ SetUserData()

void SetUserData ( const GeData & data )

Internal.

Since: R17.032

Detailed Description

Private Member Functions

Connections

Port IDs

ValueType/Visible/Valid

Calculate

Get Value

Set Value

Copy Data

Calculate Data

Get/Set Tag/Material/Instance/Object

Outgoing/Destination Information

User Data

Constructor & Destructor Documentation

◆ GvPort()

◆ ~GvPort()

Member Function Documentation

◆ RemoveConnection()

◆ GetNrOfConnections()

◆ RemovePortConnections()

◆ IsIncomingConnected()

◆ GetIncomingDestination()

◆ GetIncomingSource()

◆ GetIO()

◆ SetMainID()

◆ GetMainID()

◆ GetSubID()

◆ SetUserID()

◆ GetUserID()

◆ GetValueType()

◆ SetVisible()

◆ GetVisible()

◆ SetValid()

◆ GetValid()

◆ SetCalculated()

◆ Calculate()

◆ SetRecalculate()

◆ GetBool()

◆ GetInteger()

◆ GetFloat()

◆ GetVector()

◆ GetNormal()

◆ GetMatrix()

◆ GetTime()

◆ GetString()

◆ GetObject()

◆ GetData()

◆ GetDataInstance()

◆ SetBool()

◆ SetInteger()

◆ SetFloat()

◆ SetVector()

◆ SetMatrix()

◆ SetNormal()

◆ SetTime()

◆ SetString()

◆ SetObject()

◆ SetData()

◆ GetName()

◆ SetName()

◆ CopyPortData()

◆ CopyRawData()

◆ CalculateRawData()

◆ CalculateRawRawData()

◆ CalculatePortData()

◆ CalculateRawDataRev()

◆ GetTag()

◆ SetTag()

◆ GetMaterial()

◆ SetMaterial()

◆ GetInstance()

◆ SetInstance()

◆ GetObjectWithIndex()

◆ SetObjectWithIndex()

◆ GetOutgoing()

◆ GetUserData()

◆ SetUserData()