void LateUpdate()
{
	int curBaseAnimHash = GetCurAnim();
	if (curBaseAnimHash == impactHash)
	{
		float flinchRemaining = 0.0f;
		float flinchTotalTime = 0.0f;
		ai.GetVariable(NpcVars.FlinchRemaining, out flinchRemaining);
		ai.GetVariable(NpcVars.FlinchTotalTime, out flinchTotalTime);

		if (MathManager.IsNearZero(flinchRemaining)) { jiggleBone.localRotation = jiggleBoneRot; }
		else
		{
			// First, do a proper, actual spring equation (even if we're poking in garbage magical tweak params instead of actual mass/etc)
			float jiggleAngle = Mathf.Exp(-sproingDampening * (flinchTotalTime - flinchRemaining)) * sproingAngle * ((Mathf.Cos((flinchTotalTime - flinchRemaining) * sproingFactor * Mathf.PI + Mathf.PI) + 1.0f) * 0.5f);

			// Now just taper the fucker. That way it doesn't give a shit. Underdampen it to hell and back. We still staple on a nice taper, so it "just works" and you can make it pretty.
			float taperFactor = (flinchTotalTime - flinchRemaining) / flinchTotalTime;
			taperFactor *= taperFactor;
			taperFactor = 1.0f - taperFactor;

			jiggleAngle *= taperFactor;

			// Then, apply the tapered angle. Tadaaaaa!
			jiggleBone.localRotation = jiggleBoneRot * Quaternion.AngleAxis(jiggleAngle, jiggleAxis);
		}
	}
	else if (curBaseAnimHash == launchHash)
	{
		float flinchRemaining = 0.0f;
		float flinchTotalTime = 0.0f;
		ai.GetVariable(NpcVars.FlinchRemaining, out flinchRemaining);
		ai.GetVariable(NpcVars.FlinchTotalTime, out flinchTotalTime);

		if (MathManager.IsNearZero(flinchRemaining)) { spinBone.localRotation = spinBoneRot; }
		else
		{
			float totalSpinRads = Mathf.Round(flinchTotalTime * launchSpinsPerSec) * 360.0f;
			float spinTval = (flinchTotalTime - flinchRemaining) / flinchTotalTime;

			// Then, apply the tapered angle. Tadaaaaa!
			spinBone.localRotation = spinBoneRot * Quaternion.AngleAxis(spinTval * totalSpinRads, spinAxis);
		}
	}
}