m

S3/analyse/projet/projet.py

+def factoriel(n):
+	if n == 0:
+		return 1 
+	else:
+		return n*factoriel(n-1)
+
 def r(n):
-	def factoriel(n):
-		if n == 0:
-			return 1 
-		else:
-			return n*factoriel(n-1)
-	b = 0.4
+	b = 0.1
 	s = 0 
 	for i in range(n+1):
 		s+=(b**i)/factoriel(i)
 
 	return s 
-
+#print(r(100))
 
 def conv(k):
 	m =0
-	b= 0.4
+	b= 0.1
 	while (b**m > 10**(-k)):
 		m+=1
 	return m 
 
 
-print(conv(16))
-N = conv(16)
+print(conv(76))
+N = conv(76)
 for i in range(N+1) :
 	print(r(i))
 
-a = int((r(N)**8)* (10**6))/(10**(6))
+a = int((r(N)**38)* (10**6))/(10**(6))
 
 print(a)
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