public ModuleArtParticleEffectData(ModuleArtParticleEffectData cosmeticParticleEffectData)
{
id = cosmeticParticleEffectData.id;
parentId = cosmeticParticleEffectData.parentId;
name = cosmeticParticleEffectData.name;
position = cosmeticParticleEffectData.position;
rotation = cosmeticParticleEffectData.rotation;
scale = cosmeticParticleEffectData.scale;
tags = cosmeticParticleEffectData.tags;
shapeScale = cosmeticParticleEffectData.shapeScale;
sizeMultiplier = cosmeticParticleEffectData.sizeMultiplier;
colorOverDuration = new SerializableGradient(cosmeticParticleEffectData.colorOverDuration);
effectTextureIndex = cosmeticParticleEffectData.effectTextureIndex;
simulationSpace = cosmeticParticleEffectData.simulationSpace;
duration = cosmeticParticleEffectData.duration;
particleLifetimeMin = cosmeticParticleEffectData.particleLifetimeMin;
particleLifetimeMax = cosmeticParticleEffectData.particleLifetimeMax;
loop = cosmeticParticleEffectData.loop;
gravity = cosmeticParticleEffectData.gravity;
speed = cosmeticParticleEffectData.speed;
maxParticles = cosmeticParticleEffectData.maxParticles;
emissionRate = cosmeticParticleEffectData.emissionRate;
shape = cosmeticParticleEffectData.shape;
rotationMin = cosmeticParticleEffectData.rotationMin;
rotationMax = cosmeticParticleEffectData.rotationMax;
if (cosmeticParticleEffectData.sizeOverLifetime == null)
{
sizeOverLifetime = new SerializableCurve(Vector2.zero, Vector2.one * 0.25f, Vector2.one * 0.75f, Vector2.one);
}
else
{
sizeOverLifetime = cosmeticParticleEffectData.sizeOverLifetime;
}
}
internal override void PopulateData(ModuleData objectData)
{
_data = new ModuleArtParticleEffectData((ModuleArtParticleEffectData)objectData);
ApplyData();
}
