ICoordinateSystem

Interface for coordinate systems. More...

#include <coordinate_systems_intf.h>

Inheritance diagram for ICoordinateSystem:

Public Member Functions
	ADTF_IID (ICoordinateSystem, "coordinatesystem.endor.mixinlib.disptb.adtf.iid";)
	Define an interface id for this class.
virtual tResult	GetName (base::ant::IString &&strName) const=0
	Returns the name of the coordinate system.
virtual tResult	GetChildren (ucom::ant::iobject_enum< ICoordinateSystem > &oChildren)=0
	Returns all child coordinate systems.
virtual tResult	AddNode (osg::Node *pNode, INodeHandler *pNodeHandler=nullptr)=0
	Adds a node to the coordinate system.
virtual tResult	CreateChild (const tChar *strName, ucom::ant::iobject_ptr< ICoordinateSystem > &pChild)=0
	Creates a new child coordinate system.
virtual tVoid	SetPosition (const osg::Vec3d &oPos)=0
	Set the position of the coordinate system.
virtual tVoid	SetAttitude (const osg::Quat &oQuat)=0
	Set the attitude of the coordinate system.
virtual tVoid	SetScale (const osg::Vec3d &oScale)=0
	Set the scale of the coordinate system.
virtual tVoid	SetPivotPoint (const osg::Vec3d &oPivot)=0
	Set the pivot point of the coordinate system.

Detailed Description

Interface for coordinate systems.

Definition at line 79 of file coordinate_systems_intf.h.

Member Function Documentation

AddNode()

virtual tResult AddNode ( osg::Node * pNode, INodeHandler * pNodeHandler = nullptr )

pure virtual

Adds a node to the coordinate system.

Parameters

[in]	pNode	The node.
[in,out]	pNodeHandler	A handler for the added node.

Returns

Standard result.

CreateChild()

virtual tResult CreateChild ( const tChar * strName, ucom::ant::iobject_ptr< ICoordinateSystem > & pChild )

pure virtual

Creates a new child coordinate system.

Parameters

[in]	strName	The name of the child.
[out]	pChild	This will point to the new coordinate system.

Returns

Standard Result.

GetChildren()

virtual tResult GetChildren ( ucom::ant::iobject_enum< ICoordinateSystem > & oChildren )

pure virtual

Returns all child coordinate systems.

Parameters

[out]

oChildren

The list of child coordinate systems.

Returns

Standard Resutl.

GetName()

virtual tResult GetName ( base::ant::IString && strName ) const

pure virtual

Returns the name of the coordinate system.

Parameters

[out]

strName

The name of the coordinate system.

Returns

Standard Result.

SetAttitude()

virtual tVoid SetAttitude ( const osg::Quat & oQuat )

pure virtual

Set the attitude of the coordinate system.

Parameters

[in]

oQuat

The new attitude.

SetPivotPoint()

virtual tVoid SetPivotPoint ( const osg::Vec3d & oPivot )

pure virtual

Set the pivot point of the coordinate system.

Parameters

[in]

oPivot

The new pivot point.

SetPosition()

virtual tVoid SetPosition ( const osg::Vec3d & oPos )

pure virtual

Set the position of the coordinate system.

Parameters

[in]

oPos

The new position.

SetScale()

virtual tVoid SetScale ( const osg::Vec3d & oScale )

pure virtual

Set the scale of the coordinate system.

Parameters

[in]

oScale

The new scale factors.