/**
 * Copyright 1998-2012 Epic Games, Inc. All Rights Reserved.
 */
class FlexComponent extends StaticMeshComponent
	native(Mesh);

struct transient native FlexParticleAttachment
{
	var PrimitiveComponent Primitive;
	var int ShapeIndex;
	var int ParticleIndex;
	var float OldMass;
	var Vector LocalPos;
};


/** The simulation container to spawn any flex data contained in the static mesh into. If the static mesh has Flex data then it will be spawned into this simulation container. */
var (FlexComponent) notforconsole FlexContainer FlexComponentContainerTemplate;

/** The phase-id to assign to particles spawned for this mesh */
var (FlexComponent) notforconsole int FlexComponentPhaseId;

/** If true then the particles will be auto-assigned a positive phase-id */
var (FlexComponent) notforconsole bool bFlexComponentAutoAssignPhase;

/** If true then the particles will be attached to any overlapping shapes on spawn*/
var (FlexComponent) notforconsole bool bFlexComponentAttachToRigids;

/** Instance of a FlexAsset referencing particles and constraints in a solver */
var notforconsole transient native const pointer FlexComponentAssetInstance {struct FlexExtInstance};
/* The simulation container the instance belongs to */
var notforconsole transient native const pointer FlexComponentContainerInstance {class FFlexContainerInstance};
/* Pre-simulated particle positions  */
var notforconsole const array<Vector> FlexComponentPreSimPositions;

/* Simulated particle positions  */
var notforconsole transient native const array<Vector4> SimPositions;
/* Simulated particle normals */
var notforconsole transient native const array<Vector> SimNormals;

/* Attachments to rigid bodies */
var notforconsole transient array<FlexParticleAttachment> Attachments;

cpptext
{
	virtual void InitComponentRBPhys(UBOOL bFixed);
	virtual void TermComponentRBPhys(FRBPhysScene *InScene);
	virtual void UpdateBounds();
	virtual FPrimitiveSceneProxy* CreateSceneProxy();
	virtual UBOOL ShouldRecreateProxyOnUpdateTransform() const;
	virtual void DisableSim();
	virtual void EnableSim();
	virtual void Synchronize();
}

defaultproperties
{
	FlexComponentPhaseId					= 0
	bFlexComponentAutoAssignPhase			= true
	bFlexComponentAttachToRigids			= false
}