@@ -53,20 +53,20 @@ def test_fignum_exists():
5353
5454@cleanup
5555def test_clf_keyword ():
56- # test if existing figure is cleared with figure() and subplots()
57- fig0 = plt .figure (num = 1 )
58- fig0 .suptitle ("A fancy plot" )
59- assert_equal ([t .get_text () for t in fig0 .texts ], ["A fancy plot" ])
60-
61- fig1 = plt .figure (num = 1 , clear = False )
62- fig1 .text (0.5 , 0.5 , "Really fancy!" )
63- assert_true (fig0 is fig1 )
64- assert_equal ([t .get_text () for t in fig1 .texts ],
65- ["A fancy plot" , 'Really fancy!' ])
66-
67- fig2 , ax2 = plt .subplots (2 , 1 , num = 1 , clear = True )
68- assert_true (fig0 is fig2 )
69- assert_equal ([t .get_text () for t in fig2 .texts ], [])
56+ # test if existing figure is cleared with figure() and subplots()
57+ fig0 = plt .figure (num = 1 )
58+ fig0 .suptitle ("A fancy plot" )
59+ assert_equal ([t .get_text () for t in fig0 .texts ], ["A fancy plot" ])
60+
61+ fig1 = plt .figure (num = 1 , clear = False )
62+ fig1 .text (0.5 , 0.5 , "Really fancy!" )
63+ assert_true (fig0 is fig1 )
64+ assert_equal ([t .get_text () for t in fig1 .texts ],
65+ ["A fancy plot" , 'Really fancy!' ])
66+
67+ fig2 , ax2 = plt .subplots (2 , 1 , num = 1 , clear = True )
68+ assert_true (fig0 is fig2 )
69+ assert_equal ([t .get_text () for t in fig2 .texts ], [])
7070
7171
7272@image_comparison (baseline_images = ['figure_today' ])
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