void FrameLerp(ArmatureFrameView out, ArmatureFrameConstView lhs, ArmatureFrameConstView rhs, float t, const IArmature& armature, bool rebuild)
{
//assert((Armature == lhs.pArmature) && (lhs.pArmature == rhs.pArmature));
XMVECTOR vt = XMVectorReplicate(t);
for (size_t i = 0; i < armature.size(); i++)
{
XMStoreA(out[i].LclRotation, DirectX::XMQuaternionSlerpV(XMLoadA(lhs[i].LclRotation), XMLoadA(rhs[i].LclRotation), vt));
XMStoreA(out[i].LclScaling, DirectX::XMVectorLerpV(XMLoadA(lhs[i].LclScaling), XMLoadA(rhs[i].LclScaling), vt));
XMStoreA(out[i].LclTranslation, DirectX::XMVectorLerpV(XMLoadA(lhs[i].LclTranslation), XMLoadA(rhs[i].LclTranslation), vt));
}
if (rebuild)
FrameRebuildGlobal(armature, out);
}
ArmatureFrame::ArmatureFrame(const IArmature & armature)
{
assert(this->size() == armature.size());
auto df = armature.bind_frame();
BaseType::assign(df.begin(), df.end());
}