protected override void ReadFromImpl(object obj)
{
base.ReadFromImpl(obj);
SkinnedMeshRenderer uo = (SkinnedMeshRenderer)obj;
quality = uo.quality;
updateWhenOffscreen = uo.updateWhenOffscreen;
rootBone = ToID(uo.rootBone);
bones = ToID(uo.bones);
sharedMesh = ToID(uo.sharedMesh);
skinnedMotionVectors = uo.skinnedMotionVectors;
localBounds = uo.localBounds;
}
protected override void ReadFromImpl(object obj)
{
base.ReadFromImpl(obj);
Mesh uo = (Mesh)obj;
boneWeights = Assign(uo.boneWeights, v_ => (PersistentBoneWeight)v_);
bindposes = Assign(uo.bindposes, v_ => (PersistentMatrix4x4)v_);
bounds = uo.bounds;
normals = Assign(uo.normals, v_ => (PersistentVector3)v_);
tangents = Assign(uo.tangents, v_ => (PersistentVector4)v_);
uv = Assign(uo.uv, v_ => (PersistentVector2)v_);
uv2 = Assign(uo.uv2, v_ => (PersistentVector2)v_);
uv3 = Assign(uo.uv3, v_ => (PersistentVector2)v_);
uv4 = Assign(uo.uv4, v_ => (PersistentVector2)v_);
uv5 = Assign(uo.uv5, v_ => (PersistentVector2)v_);
uv6 = Assign(uo.uv6, v_ => (PersistentVector2)v_);
uv7 = Assign(uo.uv7, v_ => (PersistentVector2)v_);
uv8 = Assign(uo.uv8, v_ => (PersistentVector2)v_);
colors = Assign(uo.colors, v_ => (PersistentColor)v_);
}