slot1 = Mathf
slot2 = Vector3
slot3 = {
	__index = function (slot0, slot1)
		return rawget(uv0, slot1)
	end,
	__call = function (slot0, slot1)
		return uv0.New(slot1)
	end,
	New = function (slot0, slot1)
		return uv0({
			normal = slot0:Normalize(),
			distance = slot1
		}, uv1)
	end,
	Get = function (slot0)
		return slot0.normal, slot0.distance
	end,
	Raycast = function (slot0, slot1)
		slot3 = -uv0.Dot(slot1.origin, slot0.normal) - slot0.distance

		if uv1.Approximately(uv0.Dot(slot1.direction, slot0.normal), 0) then
			return false, 0
		end

		return slot3 / slot2 > 0, slot4
	end,
	SetNormalAndPosition = function (slot0, slot1, slot2)
		slot0.normal = slot1:Normalize()
		slot0.distance = -uv0.Dot(slot1, slot2)
	end,
	Set3Points = function (slot0, slot1, slot2, slot3)
		slot0.normal = uv0.Normalize(uv0.Cross(slot2 - slot1, slot3 - slot1))
		slot0.distance = -uv0.Dot(slot0.normal, slot1)
	end,
	GetDistanceToPoint = function (slot0, slot1)
		return uv0.Dot(slot0.normal, slot1) + slot0.distance
	end,
	GetSide = function (slot0, slot1)
		return uv0.Dot(slot0.normal, slot1) + slot0.distance > 0
	end,
	SameSide = function (slot0, slot1, slot2)
		slot4 = slot0:GetDistanceToPoint(slot2)

		return slot0:GetDistanceToPoint(slot1) > 0 and slot4 > 0 or slot3 <= 0 and slot4 <= 0
	end
}
UnityEngine.Plane = slot3

setmetatable(slot3, slot3)

return slot3