csMetaObject3D Class Reference

#include <vosobject3d.hh>

Inheritance diagram for csMetaObject3D:

List of all members.

Detailed Description

Definition at line 67 of file vosobject3d.hh.

Public Member Functions

csMetaObject3D (VOS::VobjectBase *superobject)
virtual ~csMetaObject3D ()
csVosA3DL * getVosA3DL ()
virtual void Setup (csVosA3DL *vosa3dl, csVosSector *sect)
VUtil::Task * GetSetupTask (csVosA3DL *vosa3dl, csVosSector *sect)
void updateMaterial ()
csRef< csVosObject3D > GetCSinterface ()
VUtil::vRef< csMetaMaterial > getMetaMaterial ()
virtual void notifyChildInserted (VOS::VobjectEvent &event)
Called when a child has been inserted into the listened-to children list.
virtual void notifyChildRemoved (VOS::VobjectEvent &event)
Called when a child has been deleted in the listened-to children list.
virtual void notifyChildReplaced (VOS::VobjectEvent &event)
Called when a child has replaced another child in the listened-to children list.
virtual void notifyPropertyChange (const VOS::PropertyEvent &event)
Notification interface that a property has been changed.
virtual void syncPosition (bool setCollider)
virtual void syncOrientation (bool setCollider)
virtual void changeMaterial (iMaterialWrapper *mat)
virtual bool supportsPhysics ()
virtual void applyForce (double x, double y, double z)
Apply an instantaneous linear force vector to this object.
virtual void applyTorque (double x, double y, double z)
Apply an instantaneous angular torque to this object.
virtual void getLinearVelocity (double &x, double &y, double &z)
Fetch the current linear velocity vector for this object.
virtual void getAngularVelocity (double &x, double &y, double &z)
Fetch the current angular velocity of this object.
virtual void moveTo (double x, double y, double z, double timestep)
void doMoveTo (const csVector3 &vec, float timestep)
void setupCollider ()
void setupCollider (bool coldet, double gravity)

Static Public Member Functions

static VOS::MetaObject * new_csMetaObject3D (VOS::VobjectBase *superobject, const std::string &type)

Protected Attributes

bool alreadyLoaded
csRef< csVosObject3D > csvobj3d
csRef< csVosA3DL > vosa3dl
csRef< csVosSector > sector
VUtil::vRef< csMetaMaterial > metamaterial
bool htvalid
csColliderActor collider_actor
bool setupCA
bool wasZero

Constructor & Destructor Documentation

csMetaObject3D::csMetaObject3D ( VOS::VobjectBase * superobject )

virtual csMetaObject3D::~csMetaObject3D ( ) [virtual]

Member Function Documentation

virtual void csMetaObject3D::applyForce	(	double	x,
		double	y,
		double	z
	)			`[virtual]`

Apply an instantaneous linear force vector to this object.

Parameters:

	x	component of vector
	y	component of vector
	z	component of vector

Reimplemented from A3DL::Object3D.

virtual void csMetaObject3D::applyTorque	(	double	x,
		double	y,
		double	z
	)			`[virtual]`

Apply an instantaneous angular torque to this object.

The direction of the vector specifies the axis, the length of the vector specifies the magnitude, and the direction of rotation is determined by the "right hand" rule.

Parameters:

	x	component of vector
	y	component of vector
	z	component of vector

Reimplemented from A3DL::Object3D.

virtual void csMetaObject3D::changeMaterial ( iMaterialWrapper * mat ) [virtual]

void csMetaObject3D::doMoveTo	(	const csVector3 &	vec,
		float	timestep
	)

virtual void csMetaObject3D::getAngularVelocity	(	double &	x,
		double &	y,
		double &	z
	)			`[virtual]`

Fetch the current angular velocity of this object.

The direction of the vector specifies the axis, the length of the vector specifies the magnitude, and the direction of rotation is determined by the "right hand" rule.

Parameters:

	x	component of vector
	y	component of vector
	z	component of vector

Reimplemented from A3DL::Object3D.

csRef<csVosObject3D> csMetaObject3D::GetCSinterface ( )

virtual void csMetaObject3D::getLinearVelocity	(	double &	x,
		double &	y,
		double &	z
	)			`[virtual]`

Fetch the current linear velocity vector for this object.

Parameters:

	x	component of vector
	y	component of vector
	z	component of vector

Reimplemented from A3DL::Object3D.

VUtil::vRef<csMetaMaterial> csMetaObject3D::getMetaMaterial ( ) [inline]

Definition at line 99 of file vosobject3d.hh.

VUtil::Task* csMetaObject3D::GetSetupTask	(	csVosA3DL *	vosa3dl,
		csVosSector *	sect
	)

csVosA3DL* csMetaObject3D::getVosA3DL ( ) [inline]

Definition at line 90 of file vosobject3d.hh.

virtual void csMetaObject3D::moveTo	(	double	x,
		double	y,
		double	z,
		double	timestep
	)			`[virtual]`

Reimplemented from A3DL::Object3D.

static VOS::MetaObject* csMetaObject3D::new_csMetaObject3D	(	VOS::VobjectBase *	superobject,
		const std::string &	type
	)			`[static]`

virtual void csMetaObject3D::notifyChildInserted ( VOS::VobjectEvent & event ) [virtual]

Called when a child has been inserted into the listened-to children list.

Implements VOS::ChildChangeListener.

Reimplemented in csMetaModel.

virtual void csMetaObject3D::notifyChildRemoved ( VOS::VobjectEvent & event ) [virtual]

Called when a child has been deleted in the listened-to children list.

Implements VOS::ChildChangeListener.

Reimplemented in csMetaModel.

virtual void csMetaObject3D::notifyChildReplaced ( VOS::VobjectEvent & event ) [virtual]

Called when a child has replaced another child in the listened-to children list.

Implements VOS::ChildChangeListener.

virtual void csMetaObject3D::notifyPropertyChange ( const VOS::PropertyEvent & event ) [virtual]

Notification interface that a property has been changed.

Override this method in your subclass.

Parameters:

event

Event describing what happened. Note the 'const' declaration.

Implements VOS::PropertyListener.

Reimplemented in csMetaModel.

virtual void csMetaObject3D::Setup	(	csVosA3DL *	vosa3dl,
		csVosSector *	sect
	)			`[virtual]`

Reimplemented in csMetaBillboard, csMetaClone, csMetaCone, csMetaCube, csMetaCylinder, csMetaModel, csMetaPolygonMesh, and csMetaSphere.

void csMetaObject3D::setupCollider	(	bool	coldet,
		double	gravity
	)

void csMetaObject3D::setupCollider ( )

virtual bool csMetaObject3D::supportsPhysics ( ) [virtual]

Returns:: If true, applyForce/applyTorque will be fed into a physics engine and the object will have dynamic response. If false applyForce/applyTorque apply the change directly as a delta to the position/orientation property.

Reimplemented from A3DL::Object3D.

virtual void csMetaObject3D::syncOrientation ( bool setCollider ) [virtual]