//=============================================================================
// xProcMesh - Procedural mesh actor
// Copyright 2001 Digital Extremes - All Rights Reserved.
// Confidential.
//=============================================================================
class xProcMesh extends Actor
	placeable
    exportstructs
	native;

struct ProcMeshVertex // struct reordering breaks this
{
	var Vector	Position;
	var Vector  Normal;
	var Color   Color;
	var float   U,V;
};

var const array<ProcMeshVertex>	Vertices;
var const array<int> SectionOffsets;

var() float	Dampening; // should be less than < 1.0f
var() Range DampeningRange;
var() Range MovementClamp;
var() Range ForceClamp;
var() float ForceAttenuation;
var() float Tension;
var() float RestTension;
var() bool  CheckCollision;
var() float Noise;
var() Range NoiseForce;
var() Range NoiseTimer;
var transient float NoiseCounter;
var() enum EProcMeshType
{
	MT_Water,
	MT_Deform,
} ProcType;
var(Force) bool bForceAffected;
var() bool  bRigidEdges;

var const transient pointer pProcData; // todo: take this out and serialize most things

var() class<Effects>    HitEffect;
var() class<Effects>    BigHitEffect;
var() float             BigMomentumThreshold;
var() float             BigTouchThreshold;
var() float             ShootStrength;
var() float             TouchStrength;
var() float             InfluenceRadius;


// support fluid funcs
// Ripple water at a particlar location.
// Ignores 'z' componenet of position.
native final function ProcPling(vector Position, float Strength, float Radius, out vector EffectLocation, out vector EffectNormal);

// Default behaviour when shot is to apply an impulse and kick the KActor.
// if _RO_
simulated function TakeDamage(int Damage, Pawn instigatedBy, Vector hitlocation,
						vector momentum, class<DamageType> damageType, optional int HitIndex)
// else UT
// simulated function TakeDamage(int Damage, Pawn instigatedBy, Vector hitlocation,
//						Vector momentum, class<DamageType> damageType)
{
    local vector EffectNormal;
    local vector EffectLocation;

	ProcPling(hitLocation, ShootStrength, 0, EffectLocation, EffectNormal);
	if(VSize(Momentum) > BigMomentumThreshold && BigHitEffect != None )
		spawn(BigHitEffect, self, , EffectLocation, rotator(EffectNormal));
	else if ( HitEffect != None )
		spawn(HitEffect, self, , EffectLocation,rotator(EffectNormal));
}

simulated function Touch(Actor Other)
{
	local vector touchLocation;
    local vector EffectNormal;
    local vector EffectLocation;
    local float touchValue;

	Super.Touch(Other);

	if ( (Other == None) || !Other.bDisturbFluidSurface )
		return;

	touchLocation = Other.Location;

    touchValue = VSize(Velocity);

	ProcPling(touchLocation, TouchStrength, Other.CollisionRadius, EffectLocation, EffectNormal);

	if(touchValue > BigTouchThreshold && BigHitEffect != None )
		spawn(BigHitEffect, self, , EffectLocation, rotator(EffectNormal));
	else if ( HitEffect != None )
		spawn(HitEffect, self, , EffectLocation,rotator(EffectNormal));
}

defaultproperties
{
    DrawType=DT_Particle
	Texture=S_Emitter
    Dampening=0.5
    DampeningRange=(Min=-4.0,Max=4.0)
    MovementClamp=(Min=-50.0,Max=50.0)
    ForceClamp=(Min=-20.0,Max=20.0)
    Tension=0.4
    RestTension=0.4
    CheckCollision=true
    Noise=0.1
    NoiseForce=(Min=-1.0,Max=1.0)
    NoiseTimer=(Min=2.0,Max=3.0)
	ProcType=MT_Water
    bNoDelete=true
    bStatic=false
    bRigidEdges=false
    ForceAttenuation=1.0
    InfluenceRadius=0.0

    bStaticLighting=False
	bCollideActors=True
	bCollideWorld=False
    bProjTarget=True
	bBlockActors=False
	bBlockNonZeroExtentTraces=True
	bBlockZeroExtentTraces=True
	bWorldGeometry=False
    bUseCylinderCollision=true
    CollisionHeight=80.0
    CollisionRadius=80.0

    bLightingVisibility=false
}