Version = 1.9.0.28323;
CParticleEffect	$LOCAL$/Resource
{
	OnSpawn = "$LOCAL$/Spawner";
	LayerGroups = 
	{
		"$LOCAL$/LightningRay",
		"$LOCAL$/LightningHit",
	};
	CustomAttributes = "$LOCAL$/_GlobalAttributes";
	Autostart = true;
}
CActionFactoryParticleSpawnerBase	$LOCAL$/Probes
{
	EditorInfosIsBlockMinimized = 0;
	Descriptor = "$LOCAL$/CParticleDescriptor_AE135B2A";
	Infinite = true;
	DurationInSeconds = 2.0000000e+000;
	SpawnCount = 1.5000000e+003;
	FluxFactorExpression = "Flux";
}
CParticleDescriptor	$LOCAL$/CParticleDescriptor_AE135B2A
{
	CustomFields = 
	{
		"$LOCAL$/CParticleFieldDeclaration_A86DAC34",
	};
	CustomEvents = 
	{
		"$LOCAL$/CParticleEventDeclaration_33B6E507",
	};
	SpawnEvaluator = "$LOCAL$/CCompilerSyntaxNodeExpression_5566F5E7";
	States = 
	{
		"$LOCAL$/CParticleState_3AF8190E",
	};
}
CActionFactoryWithChilds	$LOCAL$/Spawner
{
	ChildList = 
	{
		"$LOCAL$/Probes",
		"$LOCAL$/Flash",
	};
}
CParticleSamplerCurve	$LOCAL$/CParticleSamplerCurve_4CFA78DF
{
	Times = 
	{
		0.0000000e+000,
		6.5009765e-002,
		4.4999999e-001,
		5.0000000e-001,
		1.0000000e+000,
	};
	FloatValues = 
	{
		0.0000000e+000,
		0.0000000e+000,
		6.2412813e-002,
		1.2338459e-001,
		6.4422809e-002,
	};
	FloatTangents = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		1.4613295e-001,
		3.6763481e-003,
		4.7746004e-004,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	MinLimits = float4(0.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CCompilerSyntaxNodeExpression	$LOCAL$/CCompilerSyntaxNodeExpression_5566F5E7
{
	Expression = "function void	Eval()
{
	// instant kill, this is a dummy particle whose sole purpose is to probe the scene
	Life = 0.0;
}

function void	PostEval()
{
	// here, all our Position, Velocity, etc.. are in worldspace.
	// we can query the scene for intersections using these:
	float3	probeDir = vrand();
	float	halfProbeVar = ProbeLength * (0.5 * ProbeRandomVariation);
	float4	it = scene.intersect(Position, probeDir, ProbeLength + rand(-halfProbeVar, +halfProbeVar));
	
	int hasHit = it.w != infinity;
	
	float3	contactNormal = it.xyz;
	float3	toContactPoint = probeDir * it.w - contactNormal * 0.01;	// offset a bit from the contact surface;
	
	// here, we\'ll use a trick that consists of using the Velocity to
	// send a float3 information to the child layer we\'re going to trigger.
	// it knows our position (it will be instantiated there)
	// but it also needs to know the contact point we want it to shoot at.
	Velocity = toContactPoint;
	OnProbeHit.trigger(hasHit);
}
";
}
CParticleState	$LOCAL$/CParticleState_3AF8190E
{
	EditorInfosIsBlockMinimized = 0;
	StateName = "State_0";
}
CParticleSamplerCurve	$LOCAL$/CParticleSamplerCurve_F67EA027
{
	Times = 
	{
		0.0000000e+000,
		4.9521124e-001,
		1.0000000e+000,
	};
	FloatValues = 
	{
		1.0000000e+000,
		1.9575076e+000,
		1.0000000e+000,
	};
	FloatTangents = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	MinLimits = float4(0.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CParticleAttributeList	$LOCAL$/_GlobalAttributes
{
	AttributeList = 
	{
		"$LOCAL$/CParticleAttributeDeclaration_832FE16F",
		"$LOCAL$/CParticleAttributeDeclaration_9BDD555E",
		"$LOCAL$/CParticleAttributeDeclaration_6085D8ED",
	};
}
CParticleState	$LOCAL$/CParticleState_FE8D438A
{
	StateName = "State_0";
	Evolvers = 
	{
		"$LOCAL$/CParticleEvolver_Localspace_87E3226F",
	};
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_A86DAC34
{
	FieldName = "Velocity";
	FieldType = float3;
	TransformFilter = rotate;
}
CParticleEventDeclaration	$LOCAL$/CParticleEventDeclaration_33B6E507
{
	EventName = "OnProbeHit";
	EventAction = "$LOCAL$/LightningRay";
}
CActionFactoryParticleSpawnerBase	$LOCAL$/LightningRay
{
	Descriptor = "$LOCAL$/CParticleDescriptor_726054D6";
}
CParticleDescriptor	$LOCAL$/CParticleDescriptor_726054D6
{
	InheritInitialVelocity = 1.0000000e+000;
	CustomFields = 
	{
		"$LOCAL$/CParticleFieldDeclaration_C5BEE352",
	};
	CustomEvents = 
	{
		"$LOCAL$/CParticleEventDeclaration_03F75AC6",
	};
	SpawnEvaluator = "$LOCAL$/CCompilerSyntaxNodeExpression_860E8951";
	States = 
	{
		"$LOCAL$/CParticleState_10173ACB",
	};
}
CCompilerSyntaxNodeExpression	$LOCAL$/CCompilerSyntaxNodeExpression_860E8951
{
	Expression = "function void	Eval()
{
	Life = 0.1;
}

function void	PostEval()
{
	// the Velocity we inherit from the parent trigger is set to the vector that goes
	// from our position to the contact point. as we use that vector as a velocity in units/s
	// we\'d need one second to reach the contact point.
	// as we only live 0.1 seconds, and still want to reach that destination,
	// increase the velocity by 1/0.1 = 10 :
	
	Velocity /= 0.1;
}
";
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_6977655B
{
	FieldName = "Color";
	FieldType = float4;
}
CParticleState	$LOCAL$/CParticleState_10173ACB
{
	StateName = "State_0";
	Evolvers = 
	{
		"$LOCAL$/CParticleEvolver_Physics_B66CBBEA",
		"$LOCAL$/LightningBeam",
	};
}
CParticleEvolver_Physics	$LOCAL$/CParticleEvolver_Physics_B66CBBEA
{
	EditorInfosIsBlockMinimized = 0;
	CustomName = "Physics";
	WorldInteractionMode = OneWay;
	DieOnContact = true;
}
CParticleEvolver_Spawner	$LOCAL$/LightningBeam
{
	CustomName = "Spawner";
	FirstSpawnDelay = 3.0000001e-001;
	Descriptor = "$LOCAL$/CParticleDescriptor_6296BB4F";
	FluxFunction = "$LOCAL$/CParticleSamplerCurve_F67EA027";
}
CParticleState	$LOCAL$/CParticleState_AE6FB75C
{
	StateName = "State_0";
	Evolvers = 
	{
		"$LOCAL$/CParticleEvolver_Physics_8D148890",
		"$LOCAL$/CParticleEvolver_Field_1D536061",
		"$LOCAL$/CParticleEvolver_Field_61875AAC",
		"$LOCAL$/CParticleEvolver_Script_3C551184",
	};
}
CParticleDescriptor	$LOCAL$/CParticleDescriptor_6296BB4F
{
	InheritInitialVelocity = 1.0000000e+000;
	Renderer = "$LOCAL$/CParticleRenderer_Ribbon_406A8A93";
	CustomFields = 
	{
		"$LOCAL$/CParticleFieldDeclaration_D2BCBB7D",
		"$LOCAL$/CParticleFieldDeclaration_6977655B",
		"$LOCAL$/CParticleFieldDeclaration_8733F1BA",
	};
	Samplers = 
	{
		"$LOCAL$/CParticleSamplerProceduralTurbulence_83944BA6",
		"$LOCAL$/CParticleSamplerCurve_02FE3605",
		"$LOCAL$/CParticleSamplerCurve_358C32D4",
	};
	SpawnEvaluator = "$LOCAL$/CCompilerSyntaxNodeExpression_B9DE44BE";
	States = 
	{
		"$LOCAL$/CParticleState_AE6FB75C",
	};
}
CCompilerSyntaxNodeExpression	$LOCAL$/CCompilerSyntaxNodeExpression_B9DE44BE
{
	Expression = "function void	Eval()
{
	Life = 0.2;
	TextureID = rand(0,16);	// random lightning texture from the atlas, for the ribbon
	ColorCoeff = ColorCoeffLookup.sample(spawner.LifeRatio);
}

function void	PostEval()
{
	// here, we use the same trick as in the Probes -> LightningRay layers.
	// we can reconstruct the vector from the start of the lightning to the hit-point
	// by grabbing the parent\'s velocity. (we have \'InheritInitialVelocity\' set to 1.0)
	// this works because the parent particle doesn\'t modify its velocity.
	// its physics evolver has neither gravity nor friction.
	// also, the parent particle has its velocity multiplied by 10.
	// to reconstruct the original move length, divide by 10.
	
	// here, we use the move length to scale the displacements.
	// very short lightning rays will be less displaced by the turbulence
	// than very long ones:
	
	float	scale = sqrt(length(Velocity)) * 1.0;	// defines the scale of the \'random walk\' shape
	float	moveLength = scale * 0.8;				// defines the intensity of the \'random walk\'

	// the displacement also depends on the particle\'s location along the lighting ray.
	// we use \'spawner.LifeRatio\' for this. it\'s 0 at the start of the ray, and 1 at the end.
	float	weight = DisplacementWeight.sample(spawner.LifeRatio) * moveLength;
	float3	turbulence = Turb.sample(Position / scale);	// sample the turbulence.
	
	Velocity = (turbulence + float3(0,0.3,0)) * weight; // add a small up velocity
	Position += turbulence * weight * 0.05;
}
";
}
CParticleEvolver_Physics	$LOCAL$/CParticleEvolver_Physics_8D148890
{
	EditorInfosIsBlockMinimized = 0;
	CustomName = "Physics";
}
CParticleRenderer_Ribbon	$LOCAL$/CParticleRenderer_Ribbon_406A8A93
{
	CustomName = "Ribbon";
	BillboardingMaterial = Additive_NoAlpha;
	Diffuse = "Textures/FX/Lightning_05.png";
	AtlasDefinition = "Textures/FX/AtlasX4.pkat";
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_C5BEE352
{
	FieldName = "RibbonU";
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_D2BCBB7D
{
	FieldName = "TextureID";
}
CParticleEvolver_Script	$LOCAL$/CParticleEvolver_Script_3C551184
{
	EditorInfosIsBlockMinimized = 0;
	CustomName = "Script";
	Expression = "$LOCAL$/CCompilerSyntaxNodeExpression_FD648C97";
}
CCompilerSyntaxNodeExpression	$LOCAL$/CCompilerSyntaxNodeExpression_FD648C97
{
	Expression = "function void	Eval()
{
	Color *= ColorCoeff;
}
";
}
CParticleSamplerProceduralTurbulence	$LOCAL$/CParticleSamplerProceduralTurbulence_83944BA6
{
	EditorInfosIsBlockMinimized = 0;
	SamplerName = "Turb";
	Wavelength = 1.0000000e-001;
	Strength = 5.3033005e-002;
	Gain = 1.0000000e+000;
	TimeScale = 1.0000000e+000;
	TimeBase = 2.0000000e+000;
}
CParticleEvolver_Field	$LOCAL$/CParticleEvolver_Field_1D536061
{
	CustomName = "Field";
	Name = "Color";
	Evaluator = "$LOCAL$/CParticleSamplerCurve_D9406638";
}
CParticleSamplerCurve	$LOCAL$/CParticleSamplerCurve_D9406638
{
	ValueType = Float4;
	Times = 
	{
		0.0000000e+000,
		1.4865017e-001,
		4.4999999e-001,
		5.0000000e-001,
		1.0000000e+000,
	};
	FloatValues = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		1.0334474e-001,
		2.6361281e-001,
		7.1384251e-001,
		8.3447212e-001,
		1.1119616e-001,
		3.0828416e-001,
		7.8421211e-001,
		9.0337712e-001,
		3.4852638e+000,
		9.4640656e+000,
		5.1027214e+001,
		9.5917916e-001,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	FloatTangents = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		3.0225569e-001,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		6.1274534e-001,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		3.8951990e-001,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		6.4629212e-002,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		-7.0983033e+000,
		-1.8537035e+001,
		-1.0219292e+002,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	MinLimits = float4(0.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_8733F1BA
{
	FieldName = "ColorCoeff";
}
CParticleSamplerCurve	$LOCAL$/CParticleSamplerCurve_02FE3605
{
	EditorInfosIsBlockMinimized = 0;
	SamplerName = "ColorCoeffLookup";
	Times = 
	{
		0.0000000e+000,
		1.0000000e+000,
	};
	FloatValues = 
	{
		1.0483411e+001,
		1.3673043e-001,
	};
	FloatTangents = 
	{
		0.0000000e+000,
		0.0000000e+000,
		-1.5378418e+001,
		0.0000000e+000,
	};
	MinLimits = float4(0.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CParticleEvolver_Field	$LOCAL$/CParticleEvolver_Field_61875AAC
{
	CustomName = "Field";
	Name = "Size";
	Evaluator = "$LOCAL$/CParticleSamplerCurve_4CFA78DF";
}
CParticleSamplerCurve	$LOCAL$/CParticleSamplerCurve_358C32D4
{
	EditorInfosIsBlockMinimized = 0;
	SamplerName = "DisplacementWeight";
	Times = 
	{
		0.0000000e+000,
		4.9999997e-002,
		2.4846181e-001,
		7.6148897e-001,
		1.0000000e+000,
	};
	FloatValues = 
	{
		0.0000000e+000,
		0.0000000e+000,
		8.6095601e-001,
		8.5956806e-001,
		0.0000000e+000,
	};
	FloatTangents = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		1.0054991e+000,
		4.3767360e-001,
		1.1313937e+000,
		-9.1121650e-001,
		-4.2363286e-001,
		-7.7890837e-001,
		0.0000000e+000,
	};
	MinLimits = float4(0.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_26012A5E
{
	FieldName = "Color";
	FieldType = float4;
}
CParticleEvolver_Localspace	$LOCAL$/CParticleEvolver_Localspace_87E3226F
{
	CustomName = "Localspace";
}
CActionFactoryParticleSpawnerBase	$LOCAL$/Flash
{
	Descriptor = "$LOCAL$/CParticleDescriptor_D0024371";
	Infinite = true;
	ContinuousSpawner = false;
}
CParticleDescriptor	$LOCAL$/CParticleDescriptor_D0024371
{
	Renderer = "$LOCAL$/CParticleRenderer_Billboard_040A3BEB";
	CustomFields = 
	{
		"$LOCAL$/CParticleFieldDeclaration_26012A5E",
	};
	SpawnEvaluator = "$LOCAL$/CCompilerSyntaxNodeExpression_A0287E88";
	States = 
	{
		"$LOCAL$/CParticleState_FE8D438A",
	};
}
CCompilerSyntaxNodeExpression	$LOCAL$/CCompilerSyntaxNodeExpression_A0287E88
{
	Expression = "function void	Eval()
{
	Life = 2;
	Size = 0.12;
	Color = float4(1,2,10,1) * 2.5;
}
";
}
CParticleRenderer_Billboard	$LOCAL$/CParticleRenderer_Billboard_040A3BEB
{
	CustomName = "Billboard";
	BillboardingMaterial = Additive_NoAlpha;
	Diffuse = "Textures/FX/BB_Glow_02_64.tga";
}
CParticleAttributeDeclaration	$LOCAL$/CParticleAttributeDeclaration_832FE16F
{
	AttributeName = "ProbeLength";
	AttributeDescription = "Average length of probe-rays cast in the scene\\nThe rays are randomly cast on a sphere.\\nThis attribute directly controls the radius of that sphere.";
	DefaultValueF4 = float4(3.5000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
	HasMin = true;
	HasMax = true;
	MaxValueF4 = float4(2.0000000e+001, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CParticleAttributeDeclaration	$LOCAL$/CParticleAttributeDeclaration_9BDD555E
{
	AttributeName = "ProbeRandomVariation";
	AttributeDescription = "Random variation on the probe-rays length.\\nAs a fraction of their original length.";
	DefaultValueF4 = float4(2.0000000e-001, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
	HasMin = true;
	HasMax = true;
	MaxValueF4 = float4(1.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CActionFactoryParticleSpawnerBase	$LOCAL$/Sparks
{
	EditorInfosIsBlockMinimized = 0;
	Delay = 1.0000000e-001;
	Descriptor = "$LOCAL$/CParticleDescriptor_E47A4733";
	SpawnCount = 1.0000000e+001;
	SpawnCountRelativeRandomDeviation = 5.1968497e-001;
}
CParticleDescriptor	$LOCAL$/CParticleDescriptor_E47A4733
{
	Renderer = "$LOCAL$/CParticleRenderer_Billboard_68EB8B1D";
	CustomFields = 
	{
		"$LOCAL$/CParticleFieldDeclaration_C72A5DFB",
	};
	Samplers = 
	{
		"$LOCAL$/CParticleSamplerShape_697E0E01",
	};
	SpawnEvaluator = "$LOCAL$/CCompilerSyntaxNodeExpression_C3150C72";
	States = 
	{
		"$LOCAL$/CParticleState_EEDE49A4",
	};
}
CCompilerSyntaxNodeExpression	$LOCAL$/CCompilerSyntaxNodeExpression_C3150C72
{
	EditorInfosIsBlockMinimized = 0;
	Expression = "function void	Eval()
{
	float	energy = pow(rand(0,1),2);
	Life = 0.15 + energy * 0.5;
	Size = 0.01;
	
	Velocity = StartVelocity.samplePosition() * (0.1 + energy * 2);
}
";
}
CParticleRenderer_Billboard	$LOCAL$/CParticleRenderer_Billboard_68EB8B1D
{
	CustomName = "Billboard";
	BillboardingMaterial = Additive_NoAlpha;
	Diffuse = "Textures/FX/BB_Glow_043_64.png";
	BillboardMode = VelocityCapsuleAlign;
	AxisScale = 5.0000001e-002;
}
CParticleState	$LOCAL$/CParticleState_EEDE49A4
{
	StateName = "State_0";
	Evolvers = 
	{
		"$LOCAL$/CParticleEvolver_Physics_CB2C1737",
		"$LOCAL$/CParticleEvolver_Field_2D1006DA",
	};
}
CParticleEvolver_Physics	$LOCAL$/CParticleEvolver_Physics_CB2C1737
{
	CustomName = "Physics";
	ConstantAcceleration = float3(0.0000000e+000, -2.0000000e+000, 0.0000000e+000);
}
CParticleEventDeclaration	$LOCAL$/CParticleEventDeclaration_03F75AC6
{
	EventName = "OnCollide";
	EventAction = "$LOCAL$/LightningHit";
}
CParticleSamplerShape	$LOCAL$/CParticleSamplerShape_697E0E01
{
	SamplerName = "StartVelocity";
	Shape = "$LOCAL$/CShapeDescriptor_7F63D458";
}
CShapeDescriptor	$LOCAL$/CShapeDescriptor_7F63D458
{
	EditorInfosIsBlockMinimized = 0;
	Position = float3(0.0000000e+000, 5.0000001e-002, 0.0000000e+000);
	ShapeType = COMPLEX_ELLIPSOID;
	Radius = 2.5000000e-001;
	CutPlane = 5.0000000e-001;
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_C72A5DFB
{
	FieldName = "Color";
	FieldType = float4;
}
CParticleEvolver_Field	$LOCAL$/CParticleEvolver_Field_2D1006DA
{
	CustomName = "Field";
	Name = "Color";
	Evaluator = "$LOCAL$/CParticleSamplerCurve_83F361A5";
}
CParticleSamplerCurve	$LOCAL$/CParticleSamplerCurve_83F361A5
{
	ValueType = Float4;
	Times = 
	{
		0.0000000e+000,
		6.6198356e-002,
		1.0000000e+000,
	};
	FloatValues = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		1.2034655e+000,
		4.8907104e+000,
		2.3392933e+001,
		1.0055624e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	FloatTangents = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		-1.2091321e-001,
		-4.4742250e-001,
		-2.2881224e+000,
		0.0000000e+000,
		-1.7056158e+000,
		-6.3113933e+000,
		-3.2276520e+001,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	MinLimits = float4(0.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CActionFactoryWithChilds	$LOCAL$/LightningHit
{
	ChildList = 
	{
		"$LOCAL$/Sparks",
		"$LOCAL$/Light",
	};
}
CActionFactoryParticleSpawnerBase	$LOCAL$/Light
{
	EditorInfosIsBlockMinimized = 0;
	Descriptor = "$LOCAL$/CParticleDescriptor_04E81ECC";
}
CParticleDescriptor	$LOCAL$/CParticleDescriptor_04E81ECC
{
	Renderer = "$LOCAL$/CParticleRenderer_Light_DCEA9FC3";
	CustomFields = 
	{
		"$LOCAL$/CParticleFieldDeclaration_D18902F4",
	};
	SpawnEvaluator = "$LOCAL$/CCompilerSyntaxNodeExpression_056A7F7F";
	States = 
	{
		"$LOCAL$/CParticleState_9150CA09",
	};
}
CCompilerSyntaxNodeExpression	$LOCAL$/CCompilerSyntaxNodeExpression_056A7F7F
{
	Expression = "function void	Eval()
{
	Life = 0.15;
	Size = 0.8;
}
";
}
CParticleRenderer_Light	$LOCAL$/CParticleRenderer_Light_DCEA9FC3
{
	CustomName = "Light";
	BillboardingMaterial = Lighting_SplatPass_Spec;
	LightIntensityMultiplier = 2.0000000e+000;
	LightRadiusMultiplier = 1.5000000e+000;
}
CParticleState	$LOCAL$/CParticleState_9150CA09
{
	StateName = "State_0";
	Evolvers = 
	{
		"$LOCAL$/CParticleEvolver_Field_70F90842",
	};
}
CParticleEvolver_Field	$LOCAL$/CParticleEvolver_Field_70F90842
{
	CustomName = "Field";
	Name = "Color";
	Evaluator = "$LOCAL$/CParticleSamplerCurve_C3EE4B2D";
}
CParticleSamplerCurve	$LOCAL$/CParticleSamplerCurve_C3EE4B2D
{
	ValueType = Float4;
	Times = 
	{
		0.0000000e+000,
		1.4999999e-001,
		1.0000000e+000,
	};
	FloatValues = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		9.9309075e-001,
		1.8677766e+000,
		4.6116023e+000,
		9.9309075e-001,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	FloatTangents = 
	{
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
		0.0000000e+000,
	};
	MinLimits = float4(0.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}
CParticleFieldDeclaration	$LOCAL$/CParticleFieldDeclaration_D18902F4
{
	FieldName = "Color";
	FieldType = float4;
}
CParticleAttributeDeclaration	$LOCAL$/CParticleAttributeDeclaration_6085D8ED
{
	AttributeName = "Flux";
	AttributeDescription = "Controls the amount of probe-rays.\\nmutiplier applied to the spawn rate of the \'Probes\' layer";
	DefaultValueF4 = float4(5.0000000e-001, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
	HasMin = true;
	HasMax = true;
	MaxValueF4 = float4(1.0000000e+000, 0.0000000e+000, 0.0000000e+000, 0.0000000e+000);
}