public ParticleEffect(int apiVersion, EventHandler handler, ISection section)
: base(apiVersion, handler, section)
{
mParticleParameters = new ParticleParams(apiVersion, handler, true);
mRateCurve = new DataList <FloatValue>(handler);
mSizeCurve = new DataList <FloatValue>(handler);
mAspectCurve = new DataList <FloatValue>(handler);
mRotationCurve = new DataList <FloatValue>(handler);
mAlphaCurve = new DataList <FloatValue>(handler);
mColorCurve = new DataList <ColorValue>(handler);
mColorVary = new ColorValue(apiVersion, handler);
mDrawInfo = new ResourceReference(apiVersion, handler, section);
mDirectionalForcesSum = new Vector3ValueLE(apiVersion, handler);
mRadialForceLocation = new Vector3ValueLE(apiVersion, handler);
mWiggles = new DataList <Wiggle>(handler);
mLoopBoxColorCurve = new DataList <ColorValue>(handler);
mLoopBoxAlphaCurve = new DataList <FloatValue>(handler);
mSurfaces = new DataList <Surface>(handler);
mAltitudeRange = new Vector2ValueLE(apiVersion, handler, -10000.0f, 10000.0f);
mRandomWalk = new RandomWalk(apiVersion, handler);
mAttractorOrigin = new Vector3ValueLE(apiVersion, handler);
mAttractor = new Attractor(apiVersion, handler);
mPathPoints = new DataList <PathPoint>(handler);
mVector01 = new Vector3ValueLE(apiVersion, handler);
mVector3List01 = new DataList <Vector3ValueLE>(handler);
mVector02 = new Vector3ValueLE(apiVersion, handler);
mUnknown140 = new Vector2ValueLE(apiVersion, handler);
mUnknown150 = new Vector2ValueLE(apiVersion, handler);
mUnknown180 = new Vector3ValueLE(apiVersion, handler);
mUnknown190 = new Vector2ValueLE(apiVersion, handler);
mUnknown1A0 = new Vector2ValueLE(apiVersion, handler);
}
public MetaparticleEffect(int apiVersion, EventHandler handler, ISection section)
: base(apiVersion, handler, section)
{
mParticleParameters = new ParticleParams(apiVersion, handler, true);
mRateCurve = new DataList <FloatValue>(handler);
mSizeCurve = new DataList <FloatValue>(handler);
mPitchCurve = new DataList <FloatValue>(handler);
mRollCurve = new DataList <FloatValue>(handler);
mHeadingCurve = new DataList <FloatValue>(handler);
mRollOffset = -1000000000.0f;
mHeadingOffset = 0f;
mColorCurve = new DataList <ColorValue>(handler);
mColorVary = new ColorValue(apiVersion, handler);
mAlphaCurve = new DataList <FloatValue>(handler);
mDirectionalForcesSum = new Vector3ValueLE(apiVersion, handler);
mGlobalForcesSum = new Vector3ValueLE(apiVersion, handler);
mRadialForceLocation = new Vector3ValueLE(apiVersion, handler);
mWiggles = new DataList <Wiggle>(handler);
mLoopBoxColorCurve = new DataList <ColorValue>(handler);
mLoopBoxAlphaCurve = new DataList <FloatValue>(handler);
mSurfaces = new DataList <Surface>(handler);
mAltitudeRange = new Vector2ValueLE(apiVersion, handler, -10000.0f, 10000.0f);
mRandomWalk1 = new RandomWalk(apiVersion, handler);
mRandomWalk2 = new RandomWalk(apiVersion, handler);
mRandomWalkPreferredDirection = new Vector3ValueLE(apiVersion, handler);
mAttractorOrigin = new Vector3ValueLE(apiVersion, handler);
mAttractor = new Attractor(apiVersion, handler);
mPathPoints = new DataList <PathPoint>(handler);
}
public FastParticleEffect(int apiVersion, EventHandler handler, ISection section)
: base(apiVersion, handler, section)
{
mParticleParameters = new ParticleParams(apiVersion, handler, false);
mRateCurve = new DataList <FloatValue>(handler);
mSizeCurve = new DataList <FloatValue>(handler);
mColorCurve = new DataList <ColorValue>(handler);
mAlphaCurve = new DataList <FloatValue>(handler);
mDrawInfo = new ResourceReference(apiVersion, handler, section);
mDirectionalForcesSum = new Vector3ValueLE(apiVersion, handler);
mRadialForceLocation = new Vector3ValueLE(apiVersion, handler);
}
protected void CreateSubParams()
{
SubParams.Clear();
var health = MainElement.GetChildElement("health");
if (health != null)
{
Health = new HealthParams(health, this);
SubParams.Add(Health);
}
// TODO: support for multiple ai elements?
var ai = MainElement.GetChildElement("ai");
if (ai != null)
{
AI = new AIParams(ai, this);
SubParams.Add(AI);
}
foreach (var element in MainElement.GetChildElements("bloodemitter"))
{
var emitter = new ParticleParams(element, this);
BloodEmitters.Add(emitter);
SubParams.Add(emitter);
}
foreach (var element in MainElement.GetChildElements("gibemitter"))
{
var emitter = new ParticleParams(element, this);
GibEmitters.Add(emitter);
SubParams.Add(emitter);
}
foreach (var element in MainElement.GetChildElements("damageemitter"))
{
var emitter = new ParticleParams(element, this);
GibEmitters.Add(emitter);
SubParams.Add(emitter);
}
foreach (var soundElement in MainElement.GetChildElements("sound"))
{
var sound = new SoundParams(soundElement, this);
Sounds.Add(sound);
SubParams.Add(sound);
}
foreach (var inventoryElement in MainElement.GetChildElements("inventory"))
{
var inventory = new InventoryParams(inventoryElement, this);
Inventories.Add(inventory);
SubParams.Add(inventory);
}
}
protected override void Parse(Stream stream)
{
var s = new BinaryStreamWrapper(stream, ByteOrder.BigEndian);
s.Read(out mFlags);
//mFlags &= 0x1FFF;
mParticleParameters = new ParticleParams(requestedApiVersion, handler, false, stream);
mRateCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mRateCurveTime);
s.Read(out mRateCurveCycles);
s.Read(out mRateSpeedScale);
mSizeCurve = new DataList <FloatValue>(handler, stream);
mColorCurve = new DataList <ColorValue>(handler, stream);
mAlphaCurve = new DataList <FloatValue>(handler, stream);
mDrawInfo = new ResourceReference(requestedApiVersion, handler, mSection, stream);
s.Read(out mAlignMode);
mDirectionalForcesSum = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mWindStrength);
s.Read(out mGravityStrength);
s.Read(out mRadialForce);
mRadialForceLocation = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mDrag);
}
public bool RemoveDamageEmitter(ParticleParams emitter) => RemoveSubParam(emitter, DamageEmitters);
public bool RemoveGibEmitter(ParticleParams emitter) => RemoveSubParam(emitter, GibEmitters);
public bool RemoveBloodEmitter(ParticleParams emitter) => RemoveSubParam(emitter, BloodEmitters);
protected override void Parse(Stream stream)
{
var s = new BinaryStreamWrapper(stream, ByteOrder.BigEndian);
s.Read(out mFlags);
// no flag mask
ParticleParameters = new ParticleParams(requestedApiVersion, handler, true, stream);
mRateCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mRateCurveTime);
s.Read(out mRateCurveCycles);
s.Read(out mRateSpeedScale);
mSizeCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mSizeVary);
mAspectCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mAspectVary);
s.Read(out mRotationVary);
s.Read(out mRotationOffset);
mRotationCurve = new DataList <FloatValue>(handler, stream);
mAlphaCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mAlphaVary);
mColorCurve = new DataList <ColorValue>(handler, stream);
mColorVary = new ColorValue(requestedApiVersion, handler, stream);
mDrawInfo = new ResourceReference(0, handler, mSection, stream);
s.Read(out mPhysicsType);
s.Read(out mOverrideSet);
s.Read(out mTileCountU);
s.Read(out mTileCountV);
s.Read(out mAlignMode);
s.Read(out mFrameSpeed);
s.Read(out mFrameStart);
s.Read(out mFrameCount);
s.Read(out mFrameRandom);
mDirectionalForcesSum = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mWindStrength);
s.Read(out mGravityStrength);
s.Read(out mRadialForce);
mRadialForceLocation = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mDrag);
s.Read(out mVelocityStretch);
s.Read(out mScrewRate);
mWiggles = new DataList <Wiggle>(handler, stream);
s.Read(out mScreenBloomAlphaRate);
s.Read(out mScreenBloomAlphaBase);
s.Read(out mScreenBloomSizeRate);
s.Read(out mScreenBloomSizeBase);
mLoopBoxColorCurve = new DataList <ColorValue>(handler, stream);
mLoopBoxAlphaCurve = new DataList <FloatValue>(handler, stream);
mSurfaces = new DataList <Surface>(handler, stream);
s.Read(out mMapBounce);
s.Read(out mMapRepulseHeight);
s.Read(out mMapRepulseStrength);
s.Read(out mMapRepulseScoutDistance);
s.Read(out mMapRepulseVertical);
s.Read(out mMapRepulseKillHeight); //-1000000000.0f
s.Read(out mProbabilityDeath); //0f
mAltitudeRange = new Vector2ValueLE(requestedApiVersion, handler, stream); // (-10000.0f, 10000.0f)
s.Read(out mForceMapId);
s.Read(out mEmitRateMapId);
s.Read(out mEmitColorMapId);
mRandomWalk = new RandomWalk(requestedApiVersion, handler, stream);
mAttractorOrigin = new Vector3ValueLE(requestedApiVersion, handler, stream);
mAttractor = new Attractor(requestedApiVersion, handler, stream);
mPathPoints = new DataList <PathPoint>(handler, stream);
//Version 2+
if (mSection.Version >= 0x0002 && stream.Position < stream.Length)
{
mVector01 = new Vector3ValueLE(requestedApiVersion, handler, stream);
mVector3List01 = new DataList <Vector3ValueLE>(handler, stream);
}
//Version 3+
if (mSection.Version >= 0x0003 && stream.Position < stream.Length)
{
s.Read(out mByte01);
}
//Version 4+
if (mSection.Version >= 0x0004 && stream.Position < stream.Length)
{
s.Read(out mFloat01);
}
//Version 5+
if (mSection.Version >= 0x0005 && stream.Position < stream.Length)
{
if (isTheSims4)
{
mVector02 = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mUnknown170);
}
else
{
float value;
s.Read(out value);
mVector02 = new Vector3ValueLE(requestedApiVersion, handler, value, value, value);
}
}
if (isTheSims4)
{
//Version 6+
if (mSection.Version >= 0x0006 && stream.Position < stream.Length)
{
mUnknown140 = new Vector2ValueLE(requestedApiVersion, handler, stream);
}
else
{
float value;
s.Read(out value);
mUnknown140 = new Vector2ValueLE(requestedApiVersion, handler, value, value);
}
//Version 7+
if (mSection.Version >= 0x0007 && stream.Position < stream.Length)
{
mUnknown150 = new Vector2ValueLE(requestedApiVersion, handler, stream);
}
s.Read(out mUnknown160);
s.Read(out mUnknown164);
s.Read(out mUnknown1C1);
if (mUnknown1C1 != 0 && stream.Position < stream.Length)
{
mUnknown180 = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mUnknown1C0);
if (mSection.Version >= 0x0006 && stream.Position < stream.Length)
{
mUnknown190 = new Vector2ValueLE(requestedApiVersion, handler, stream);
}
else
{
float value;
s.Read(out value);
mUnknown190 = new Vector2ValueLE(requestedApiVersion, handler, value, value);
}
if (mSection.Version >= 0x0007 && stream.Position < stream.Length)
{
mUnknown1A0 = new Vector2ValueLE(requestedApiVersion, handler, stream);
}
s.Read(out mUnknown1B0);
s.Read(out mUnknown1B4);
}
if (mSection.Version >= 0x0006 && stream.Position < stream.Length)
{
s.Read(out mUnknown208);
if (mUnknown208 != 0)
{
s.Read(out mUnknown20C);
s.Read(out mUnknown209);
s.Read(out mUnknown20A);
s.Read(out mUnknown20B);
}
}
}
}
public ParticleParams(int apiVersion, EventHandler handler, bool hasTorus, ParticleParams basis)
: base(apiVersion, handler)
{
bHasTorus = hasTorus;
mParticleLifetime = new Vector2ValueLE(apiVersion, handler, basis.mParticleLifetime);
mPrerollTime = basis.mPrerollTime;
mEmitDelay = new Vector2ValueLE(apiVersion, handler, basis.mEmitDelay);
mEmitRetrigger = new Vector2ValueLE(apiVersion, handler, basis.mEmitRetrigger);
mEmitDirection = new BoundingBoxValue(apiVersion, handler, basis.mEmitDirection);
mEmitSpeed = new Vector2ValueLE(apiVersion, handler, basis.mEmitSpeed);
mEmitVolume = new BoundingBoxValue(apiVersion, handler, basis.mEmitVolume);
mEmitTorusWidth = basis.mEmitTorusWidth;
}
protected override void Parse(Stream stream)
{
var s = new BinaryStreamWrapper(stream, ByteOrder.BigEndian);
s.Read(out mFlags);
// no flag mask
mParticleParameters = new ParticleParams(requestedApiVersion, handler, true, stream);
mRateCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mRateCurveTime);
s.Read(out mRateCurveCycles);
mSizeCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mSizeVary);
mPitchCurve = new DataList <FloatValue>(handler, stream);
mRollCurve = new DataList <FloatValue>(handler, stream);
mHeadingCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mPitchVary);
s.Read(out mRollVary);
s.Read(out mHeadingVary);
s.Read(out mPitchOffset);
s.Read(out mRollOffset);
s.Read(out mHeadingOffset);
mColorCurve = new DataList <ColorValue>(handler, stream);
mColorVary = new ColorValue(requestedApiVersion, handler, stream);
mAlphaCurve = new DataList <FloatValue>(handler, stream);
s.Read(out mAlphaVary);
s.Read(out mComponentName, StringType.ZeroDelimited);
s.Read(out mComponentType, StringType.ZeroDelimited);
s.Read(out mAlignMode);
mDirectionalForcesSum = new Vector3ValueLE(requestedApiVersion, handler, stream);
mGlobalForcesSum = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mWindStrength);
s.Read(out mGravityStrength);
s.Read(out mRadialForce);
mRadialForceLocation = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mDrag);
s.Read(out mScrewRate);
mWiggles = new DataList <Wiggle>(handler, stream);
s.Read(out mScreenBloomAlphaRate);
s.Read(out mScreenBloomAlphaBase);
s.Read(out mScreenBloomSizeRate);
s.Read(out mScreenBloomSizeBase);
mLoopBoxColorCurve = new DataList <ColorValue>(handler, stream);
mLoopBoxAlphaCurve = new DataList <FloatValue>(handler, stream);
mSurfaces = new DataList <Surface>(handler, stream);
s.Read(out mMapBounce);
s.Read(out mMapRepulseHeight);
s.Read(out mMapRepulseStrength);
s.Read(out mMapRepulseScoutDistance);
s.Read(out mMapRepulseVertical);
s.Read(out mMapRepulseKillHeight);
s.Read(out mProbabilityDeath);
mAltitudeRange = new Vector2ValueLE(requestedApiVersion, handler, stream);
s.Read(out mForceMapId);
s.Read(out mEmitRateMapId);
s.Read(out mEmitColorMapId);
mRandomWalk1 = new RandomWalk(0, handler, stream);
mRandomWalk2 = new RandomWalk(0, handler, stream);
mRandomWalkPreferredDirection = new Vector3ValueLE(requestedApiVersion, handler, stream);
s.Read(out mAlignDamping);
s.Read(out mBankAmount);
s.Read(out mBankRestore);
mAttractorOrigin = new Vector3ValueLE(requestedApiVersion, handler, stream);
mAttractor = new Attractor(requestedApiVersion, handler, stream);
mPathPoints = new DataList <PathPoint>(handler, stream);
s.Read(out mTractorResetSpeed);
}