def test_3(self):
make_user, make_review, make_restaurant = recommend.make_user, recommend.make_review, recommend.make_restaurant
distance = recommend.distance
find_closest, group_by_centroid = recommend.find_closest, recommend.group_by_centroid
r1 = make_restaurant('A', [-10, 2], [], 2, [
make_review('A', 4),
])
r2 = make_restaurant('B', [-9, 1], [], 3, [
make_review('B', 5),
make_review('B', 3.5),
])
r3 = make_restaurant('C', [4, 2], [], 1, [make_review('C', 5)])
r4 = make_restaurant('D', [-2, 6], [], 4, [make_review('D', 2)])
r5 = make_restaurant('E', [4, 2], [], 3.5, [
make_review('E', 2.5),
make_review('E', 3),
])
c1 = [0, 0]
c2 = [3, 4]
groups = group_by_centroid([r1, r2, r3, r4, r5], [c1, c2])
try:
self.assertTrue(
test.deep_check_same_elements(groups, [[r1, r2], [r3, r4, r5]])
== True)
except AssertionError:
print("Failed Abstraction Test 3")
def test_4(self):
r = make_restaurant('Zero', [0, 0], [], 1, [make_review('Zero', 5)])
groups = group_by_centroid([r],
[[x, y] for x in [1, -1] for y in [1, -1]])
try:
self.assertTrue(
test.deep_check_same_elements(groups, [[r]]) == True)
except AssertionError:
print("Failed Test 4")
def test_4(self):
make_user, make_review, make_restaurant = recommend.make_user, recommend.make_review, recommend.make_restaurant
distance = recommend.distance
find_closest, group_by_centroid = recommend.find_closest, recommend.group_by_centroid
r = make_restaurant('Zero', [0, 0], [], 1, [make_review('Zero', 5)])
groups = group_by_centroid([r], [[x, y] for x in [1, -1] for y in [1, -1]])
try:
self.assertTrue(test.deep_check_same_elements(groups, [[r]]) == True)
except AssertionError:
print("Failed Abstraction Test 4")
def test_1(self):
r1 = make_restaurant('A', [-10, 2], [], 2, [
make_review('A', 4),
])
r2 = make_restaurant(
'B', [-9, 1], [], 3,
[make_review('B', 5), make_review('B', 3.5)])
c1 = [0, 0]
groups = group_by_centroid([r1, r2], [c1])
try:
self.assertTrue(
test.deep_check_same_elements(groups, [[r1, r2]]) == True)
except AssertionError:
print("Failed Test 1")
def test_1(self):
make_user, make_review, make_restaurant = recommend.make_user, recommend.make_review, recommend.make_restaurant
distance = recommend.distance
find_closest, group_by_centroid = recommend.find_closest, recommend.group_by_centroid
r1 = make_restaurant('A', [-10, 2], [], 2, [make_review('A', 4),])
r2 = make_restaurant('B', [-9, 1], [], 3, [make_review('B', 5), make_review('B', 3.5),])
c1 = [0, 0]
groups = group_by_centroid([r1, r2], [c1])
try:
self.assertTrue(test.deep_check_same_elements(groups, [[r1, r2]]) == True)
except AssertionError:
print("Failed Abstraction Test 1")
def test_3(self):
r1 = make_restaurant('A', [-10, 2], [], 2, [
make_review('A', 4),
])
r2 = make_restaurant('B', [-9, 1], [], 3, [
make_review('B', 5),
make_review('B', 3.5),
])
r3 = make_restaurant('C', [4, 2], [], 1, [make_review('C', 5)])
r4 = make_restaurant('D', [-2, 6], [], 4, [make_review('D', 2)])
r5 = make_restaurant('E', [4, 2], [], 3.5, [
make_review('E', 2.5),
make_review('E', 3),
])
c1 = [0, 0]
c2 = [3, 4]
groups = group_by_centroid([r1, r2, r3, r4, r5], [c1, c2])
try:
self.assertTrue(
test.deep_check_same_elements(groups, [[r1, r2], [r3, r4, r5]])
== True)
except AssertionError:
print("Failed Test 3")
