function ENT:CalcView( ply, origin, angles, fov )

	local plyangles	= ply:GetAimVector():Angle()
	local viewpos	= self.Entity:LocalToWorld( Vector( 0, 0, 16 ))
	local viewang	= self.Entity:GetAngles()
--	local viewfov	= self.Entity:GetVelocity():Length() * 0.09

	// This is all to smooth the angle & FOV of the player
	self.LastAng = self.LastAng or viewang
	self.LastPos = self.LastPos or viewpos
--	self.LastFov = self.LastFov or viewfov

	local angdiff		= Angle()
		  angdiff.yaw	= math.AngleDifference( self.LastAng.yaw,	viewang.yaw		)
		  angdiff.pitch	= math.AngleDifference( self.LastAng.pitch,	viewang.pitch	)
		  angdiff.roll	= math.AngleDifference( self.LastAng.roll,	viewang.roll	)

	local posdiff		= Vector()
		  posdiff.x	= self.LastPos.x - viewpos.x
		  posdiff.y	= self.LastPos.y - viewpos.y
		  posdiff.z	= self.LastPos.z - viewpos.z

--	local fovdiff	= self.LastFov - viewfov


	self.LastAng.yaw	= math.ApproachAngle( self.LastAng.yaw,		viewang.yaw,	angdiff.yaw		* FrameTime() * 2 )
	self.LastAng.pitch	= math.ApproachAngle( self.LastAng.pitch,	viewang.pitch,	angdiff.pitch	* FrameTime() * 2 )
	self.LastAng.roll	= math.ApproachAngle( self.LastAng.roll,	viewang.roll,	angdiff.roll	* FrameTime() * 2 )

	self.LastPos.x	= math.Approach( self.LastPos.x, viewpos.x,	posdiff.x * FrameTime() * 2 )
	self.LastPos.y	= math.Approach( self.LastPos.y, viewpos.y,	posdiff.y * FrameTime() * 2 )
	self.LastPos.z	= math.Approach( self.LastPos.z, viewpos.z,	posdiff.z * FrameTime() * 2 )

--	self.LastFov	= math.Approach( self.LastFov,	 viewfov,	fovdiff	  * FrameTime() * 2 )

	local view = {}
	view.origin 	= viewpos self.LastPos - (posdiff * 0.8)
	view.angles		= self.LastAng - (angdiff * 1.5) + plyangles
--	view.fov 		= self.LastFov - (fovdiff * 0.7)
	return view
end