#include <Engine.h>

Inheritance diagram for vtEngine:

Public Member Functions
osg::Referenced *	GetTarget (uint which=0)

void	AddTarget (osg::Referenced *ptr)

void	SetTarget (osg::Referenced *ptr)

void	RemoveTarget (osg::Referenced *ptr)

uint	NumTargets ()
	Return the number of targets for this engine.

void	setName (const char *str)

const char *	getName ()

virtual void	OnMouse (vtMouseEvent &event)
	Virtual handler, to catch mouse events, can be overridden by your engine class.

virtual void	OnKey (int key, int flags)
	Virtual handler, to catch keyboard events, can be overridden by your engine class.

virtual void	OnWindowSize (int width, int height)
	Virtual handler, to catch resize events, can be overridden by your engine class.

virtual void	Eval ()

void	SetWindow (vtWindow *pWin)

vtWindow *	GetWindow ()

void	AddChild (vtEngine *pEngine)

void	RemoveChild (vtEngine *pEngine)

vtEngine *	GetChild (uint i)

uint	NumChildren ()

void	AddChildrenToList (vtArray< vtEngine * > &list, bool bEnabledOnly)

Public Member Functions inherited from vtEnabledBase
virtual void	SetEnabled (bool bOn)

bool	GetEnabled ()

Protected Attributes
vtArray< osg::Referenced * >	m_Targets

std::vector< vtEnginePtr >	m_Children

vtString	m_strName

vtWindow *	m_pWindow

Protected Attributes inherited from vtEnabledBase
bool	m_bEnabled

Detailed Description

The vtEngine class represents an Engine, which is a convenient way to encapsulate an application behavior which occurs every frame. An Engine typically has a target, which is another object which it affects. The Engine's method Eval() is called each frame, at which point it can do whatever simulation or computation it desires, and then update its target.

: For example, you may have a node in your scene graph which represents a fish. You could then create a Engine class (e.g. FishEngine, subclass of vtEngine) which simulates the behavior of a fish. For each fish you create, you would also create a FishEngine and set the Engine's target to be the fish.

Member Function Documentation

void vtEngine::AddTarget ( osg::Referenced * ptr)

inline

Adds a target to the engine.

void vtEngine::Eval ( )

virtual

Virtual handler, will be called every frame to do the work of the engine. You must override this if you want your engine to be useful.

Reimplemented in PlayToDiskEngine, vtTrackball, vtHeightConstrain, vtAnimPathEngine, QuakeFlyer, VFlyer, vtSimpleBillboardEngine, vtTinFlyer, vtPanoFlyer, vtTerrainFlyer, vtOrthoFlyer, EpochEngine, PlaneEngine, ControlEngine, vtFlyer, GlobePicker, GrabFlyer, vtTimeEngine, vtIntersectionEngine, vtSkyTrackEngine, vtSpaceNav, MapOverviewEngine, FlatFlyer, CarEngine, Orbit, TerrainPicker, and vtJoystickEngine.

osg::Referenced * vtEngine::GetTarget ( uint which = 0)

Get a target from the engine. Most engines will have only a single target.

Parameters

which The number of the target (default 0).

void vtEngine::RemoveTarget ( osg::Referenced * ptr)

Removes a target from the engine.

void vtEngine::SetTarget ( osg::Referenced * ptr)

inline

Sets a single target for this engine (for backward compatibility.)

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

D:/job/3kb/gelistirme/umasoft/vtp-src/VTP/TerrainSDK/vtlib/core/Engine.h
D:/job/3kb/gelistirme/umasoft/vtp-src/VTP/TerrainSDK/vtlib/core/Engine.cpp

Public Member Functions

Protected Attributes

Detailed Description

Member Function Documentation