Base class for the fracture engine. More...

Inheritance diagram for DinoFracture.FractureEngineBase:

Static Public Member Functions
static void	ClearCachedFractureData ()
	During both slicing and shattering, temporary data is created and cached to greatly improve future fracture performance.

static CoroutineHandle	QueueCoroutine (IEnumerator enumerator)
	Adds a coroutine that will start processing on the next update.

static bool	CancelCoroutine (CoroutineHandle handle)
	Cancels a running coroutine.

Protected Member Functions
virtual void	Update ()
	Update.

void	RunOnMainThread (Action action)
	Run delegate on main thread.

Properties
static FractureEngineBase	Instance `[get, set]`
	Internal instance.

static bool	ForceSynchronousPreFractureInEditor `[get]`
	If true, pre-fracturing in the editor will always be synchronous.

Detailed Description

Base class for the fracture engine.

Member Function Documentation

static bool DinoFracture.FractureEngineBase.CancelCoroutine ( CoroutineHandle handle )

inlinestatic

Cancels a running coroutine.

Returns: True if the coroutine was stopped; false if the coroutine has already finished.

static void DinoFracture.FractureEngineBase.ClearCachedFractureData ( )

inlinestatic

During both slicing and shattering, temporary data is created and cached to greatly improve future fracture performance.

Calling this method releases that temporary data back to be reclaimed by the GC.

Calling this method may cause a large GC spike soon after. It is recommended to call this during 'downtime' in the game, such as during level load.

void DinoFracture.FractureEngineBase.RunOnMainThread ( Action action )

inlineprotected

Run delegate on main thread.

Parameters

action

bool DinoFracture.FractureEngineBase.ForceSynchronousPreFractureInEditor

staticget

If true, pre-fracturing in the editor will always be synchronous.

This is mainly used for debugging purposes.