smythi93/Tests4Py | Build 30040549735 | src/tests4py/projects/resources/matplotlib/bug_5/unittests.py | Coveralls

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import unittest

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import matplotlib

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matplotlib.use('Agg')

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import matplotlib.pyplot as plt

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class TestsFailing(unittest.TestCase):

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    def test_diversity_1(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='2', s=100, linewidths=5.2)

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        self.assertEqual(5.2, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_2(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='1', s=100, linewidths=5.6)

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        self.assertEqual(5.6, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_3(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='1', s=100, linewidths=6.2)

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        self.assertEqual(6.2, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_4(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='x', s=100, linewidths=4.6)

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        self.assertEqual(4.6, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_5(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='2', s=100, linewidths=4.0)

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        self.assertEqual(4.0, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_6(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='1', s=100, linewidths=7.7)

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        self.assertEqual(7.7, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_7(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='+', s=100, linewidths=6.3)

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        self.assertEqual(6.3, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_8(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='2', s=100, linewidths=5.8)

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        self.assertEqual(5.8, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_9(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='4', s=100, linewidths=6.4)

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        self.assertEqual(6.4, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_10(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='+', s=100, linewidths=2.2)

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        self.assertEqual(2.2, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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class TestsPassing(unittest.TestCase):

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    def test_diversity_1(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='o', s=100, linewidths=5.2)

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        self.assertEqual(5.2, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_2(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='o', s=100, linewidths=3.5)

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        self.assertEqual(3.5, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_3(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='D', s=100, linewidths=2.5)

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        self.assertEqual(2.5, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_4(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='D', s=100, linewidths=5.3)

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        self.assertEqual(5.3, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_5(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='s', s=100, linewidths=8.7)

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        self.assertEqual(8.7, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_6(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='s', s=100, linewidths=3.6)

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        self.assertEqual(3.6, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_7(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='^', s=100, linewidths=6.5)

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        self.assertEqual(6.5, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_8(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='p', s=100, linewidths=5.2)

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        self.assertEqual(5.2, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_9(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='D', s=100, linewidths=7.0)

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        self.assertEqual(7.0, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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    def test_diversity_10(self):

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        fig, ax = plt.subplots()

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        pc = ax.scatter(range(5), [0] * 5, c='C0', marker='v', s=100, linewidths=2.2)

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        self.assertEqual(2.2, float(pc.get_linewidths()[0]))

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        plt.close(fig)

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smythi93 / Tests4Py / 30040549735

Source File
Press 'n' to go to next uncovered line, 'b' for previous

NEW 1	import unittest	×
NEW 2	import matplotlib	×
NEW 3	matplotlib.use('Agg')	×
NEW 4	import matplotlib.pyplot as plt	×
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NEW 6	class TestsFailing(unittest.TestCase):	×
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NEW 8	def test_diversity_1(self):	×
NEW 9	fig, ax = plt.subplots()	×
NEW 10	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='2', s=100, linewidths=5.2)	×
NEW 11	self.assertEqual(5.2, float(pc.get_linewidths()[0]))	×
NEW 12	plt.close(fig)	×
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NEW 14	def test_diversity_2(self):	×
NEW 15	fig, ax = plt.subplots()	×
NEW 16	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='1', s=100, linewidths=5.6)	×
NEW 17	self.assertEqual(5.6, float(pc.get_linewidths()[0]))	×
NEW 18	plt.close(fig)	×
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NEW 20	def test_diversity_3(self):	×
NEW 21	fig, ax = plt.subplots()	×
NEW 22	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='1', s=100, linewidths=6.2)	×
NEW 23	self.assertEqual(6.2, float(pc.get_linewidths()[0]))	×
NEW 24	plt.close(fig)	×
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NEW 26	def test_diversity_4(self):	×
NEW 27	fig, ax = plt.subplots()	×
NEW 28	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='x', s=100, linewidths=4.6)	×
NEW 29	self.assertEqual(4.6, float(pc.get_linewidths()[0]))	×
NEW 30	plt.close(fig)	×
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NEW 32	def test_diversity_5(self):	×
NEW 33	fig, ax = plt.subplots()	×
NEW 34	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='2', s=100, linewidths=4.0)	×
NEW 35	self.assertEqual(4.0, float(pc.get_linewidths()[0]))	×
NEW 36	plt.close(fig)	×
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NEW 38	def test_diversity_6(self):	×
NEW 39	fig, ax = plt.subplots()	×
NEW 40	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='1', s=100, linewidths=7.7)	×
NEW 41	self.assertEqual(7.7, float(pc.get_linewidths()[0]))	×
NEW 42	plt.close(fig)	×
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NEW 44	def test_diversity_7(self):	×
NEW 45	fig, ax = plt.subplots()	×
NEW 46	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='+', s=100, linewidths=6.3)	×
NEW 47	self.assertEqual(6.3, float(pc.get_linewidths()[0]))	×
NEW 48	plt.close(fig)	×
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NEW 50	def test_diversity_8(self):	×
NEW 51	fig, ax = plt.subplots()	×
NEW 52	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='2', s=100, linewidths=5.8)	×
NEW 53	self.assertEqual(5.8, float(pc.get_linewidths()[0]))	×
NEW 54	plt.close(fig)	×
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NEW 56	def test_diversity_9(self):	×
NEW 57	fig, ax = plt.subplots()	×
NEW 58	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='4', s=100, linewidths=6.4)	×
NEW 59	self.assertEqual(6.4, float(pc.get_linewidths()[0]))	×
NEW 60	plt.close(fig)	×
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NEW 62	def test_diversity_10(self):	×
NEW 63	fig, ax = plt.subplots()	×
NEW 64	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='+', s=100, linewidths=2.2)	×
NEW 65	self.assertEqual(2.2, float(pc.get_linewidths()[0]))	×
NEW 66	plt.close(fig)	×
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NEW 68	class TestsPassing(unittest.TestCase):	×
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NEW 70	def test_diversity_1(self):	×
NEW 71	fig, ax = plt.subplots()	×
NEW 72	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='o', s=100, linewidths=5.2)	×
NEW 73	self.assertEqual(5.2, float(pc.get_linewidths()[0]))	×
NEW 74	plt.close(fig)	×
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NEW 76	def test_diversity_2(self):	×
NEW 77	fig, ax = plt.subplots()	×
NEW 78	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='o', s=100, linewidths=3.5)	×
NEW 79	self.assertEqual(3.5, float(pc.get_linewidths()[0]))	×
NEW 80	plt.close(fig)	×
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NEW 82	def test_diversity_3(self):	×
NEW 83	fig, ax = plt.subplots()	×
NEW 84	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='D', s=100, linewidths=2.5)	×
NEW 85	self.assertEqual(2.5, float(pc.get_linewidths()[0]))	×
NEW 86	plt.close(fig)	×
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NEW 88	def test_diversity_4(self):	×
NEW 89	fig, ax = plt.subplots()	×
NEW 90	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='D', s=100, linewidths=5.3)	×
NEW 91	self.assertEqual(5.3, float(pc.get_linewidths()[0]))	×
NEW 92	plt.close(fig)	×
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NEW 94	def test_diversity_5(self):	×
NEW 95	fig, ax = plt.subplots()	×
NEW 96	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='s', s=100, linewidths=8.7)	×
NEW 97	self.assertEqual(8.7, float(pc.get_linewidths()[0]))	×
NEW 98	plt.close(fig)	×
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NEW 100	def test_diversity_6(self):	×
NEW 101	fig, ax = plt.subplots()	×
NEW 102	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='s', s=100, linewidths=3.6)	×
NEW 103	self.assertEqual(3.6, float(pc.get_linewidths()[0]))	×
NEW 104	plt.close(fig)	×
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NEW 106	def test_diversity_7(self):	×
NEW 107	fig, ax = plt.subplots()	×
NEW 108	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='^', s=100, linewidths=6.5)	×
NEW 109	self.assertEqual(6.5, float(pc.get_linewidths()[0]))	×
NEW 110	plt.close(fig)	×
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NEW 112	def test_diversity_8(self):	×
NEW 113	fig, ax = plt.subplots()	×
NEW 114	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='p', s=100, linewidths=5.2)	×
NEW 115	self.assertEqual(5.2, float(pc.get_linewidths()[0]))	×
NEW 116	plt.close(fig)	×
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NEW 118	def test_diversity_9(self):	×
NEW 119	fig, ax = plt.subplots()	×
NEW 120	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='D', s=100, linewidths=7.0)	×
NEW 121	self.assertEqual(7.0, float(pc.get_linewidths()[0]))	×
NEW 122	plt.close(fig)	×
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NEW 124	def test_diversity_10(self):	×
NEW 125	fig, ax = plt.subplots()	×
NEW 126	pc = ax.scatter(range(5), [0] * 5, c='C0', marker='v', s=100, linewidths=2.2)	×
NEW 127	self.assertEqual(2.2, float(pc.get_linewidths()[0]))	×
NEW 128	plt.close(fig)	×

smythi93 / Tests4Py / 30040549735

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Source File
Press 'n' to go to next uncovered line, 'b' for previous