def Derniertest(self):
self.assertAlmostEqual(distance_euclidienne((0,1)(1,0)),sqrt(2))
def QuatrièmeTest(self):
ab = distance_euclidienne(point_a,point_b)
ac = distance_euclidienne(point_a,point_c)
bc = distance_euclidienne(point_b,point_c)
somme = ab + bc
self.assertLessEqual(ac,somme)
def TroisèmeTest(self):
self.assertEqual(distance_euclidienne(point_a,point_b),distance_euclidienne(point_b,point_a))
def DeuxièmeTest(self):
self.assertGreaterEqual(distance_euclidienne(point_a,point_b),0)
def PermierTest(self):
self.assertEqual( 0,distance_euclidienne(point_a,point_a))
# Créé par souss, le 24/04/2021 en Python 3.7
import numpy as np
from projet import distance_euclidienne
from random import randint
Bilan = True
point_a = np.array((randint(0, 10000), randint(0, 10000)))
point_b = np.array((randint(0, 10000), randint(0, 10000)))
point_c = np.array((randint(0, 10000), randint(0, 10000)))
if distance_euclidienne(point_a, point_a) == 0:
Bilan = True
else:
Bilan = False
if Bilan == False:
print("echec du test")
if distance_euclidienne(point_b, point_b) == 0:
Bilan = True
else:
Bilan = False
if Bilan == False:
print("echec du test")
if distance_euclidienne(
point_a, point_b) == 0 or distance_euclidienne(point_a, point_b) > 0:
Bilan = True
else:
Bilan = False
if Bilan == False:
print("echec du test")