ArithFunct/Stephan			ArithFunct/daniel.saada
f	1	def ADD(f, g):	f	1	def ADD(f, g):
n	2	def v(x):	n	2	def clos(x):
	3	return (f(x) if callable(f) else f)+(g(x) if callable(g) else g)		3	return (f(x) if callable(f) else f) + (g(x) if callable(g) else g)
	4	return v		4	return clos
	5			5
	6			6
	7	def SUB(f, g):		7	def SUB(f, g):
n	8	def n(x):	n	8	def clos(x):
	9	return (f(x) if callable(f) else f)-(g(x) if callable(g) else g)		9	return (f(x) if callable(f) else f) - (g(x) if callable(g) else g)
	10	return n		10	return clos
	11			11
	12			12
	13	def MUL(f, g):		13	def MUL(f, g):
n	14	def l(x):	n	14	def clos(x):
	15	return (f(x) if callable(f) else f)*(g(x) if callable(g) else g)		15	return (f(x) if callable(f) else f) * (g(x) if callable(g) else g)
	16	return l		16	return clos
	17			17
	18			18
	19	def DIV(f, g):		19	def DIV(f, g):
t	20	def o(x):	t	20	def clos(x):
	21	return (f(x) if callable(f) else f)/(g(x) if callable(g) else g)		21	return (f(x) if callable(f) else f) / (g(x) if callable(g) else g)
	22	return o		22	return clos
	23			23

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