Adhere to PEP8

Author: XePeleato

astroquery/esa/neocc/test/test_neocc.py

@@ -201,9 +201,9 @@ def test_parse_risk(patch_get):
     risk_dict[0] = ['2021QM1', 50.0, '*', Time('2052-04-02 01:36:00'),
                     0.000298, -2.72, 0, 23.72, 2050, 2054, 0.000298, -2.72]
     risk_dict[1] = ['2021KQ2', 4.0, '*', Time('2097-05-21 03:05:00'), 1.26e-11,
-                     -13.71, 0, 11.42, 2097, 2097, 1.26e-11, -13.71]
+                    -13.71, 0, 11.42, 2097, 2097, 1.26e-11, -13.71]
     risk_dict[2] = ['2013BR15', 30.0, '*', Time('2100-01-02 18:03:00'), 1.21e-07,
-                      -7.15, 0, 17.98, 2100, 2100, 1.6e-07, -7.03]
+                    -7.15, 0, 17.98, 2100, 2100, 1.6e-07, -7.03]
     check_table_values(risk_list, risk_dict)
 
 
@@ -314,12 +314,12 @@ def test_parse_encounter(patch_get):
                          1.260737144e-05, 0.151134153855255, 0.1511340949471563, 1.962635286041312e-08,
                          1.322e-08, 6.103e-08, 1.0, 5.82530834, 7.445]
     encounter_dict[1] = ['2002MX', 'EARTH', Time('2002-06-12T02:00:30.816'), 52437.083685526,
-                          0.0002355862863, 0.04148563561205888, 0.04128486992493158, 6.692189692154938e-05,
-                          2.634e-07, 6.692e-05, 1.0, 25.57598245, 17.59]
+                         0.0002355862863, 0.04148563561205888, 0.04128486992493158, 6.692189692154938e-05,
+                         2.634e-07, 6.692e-05, 1.0, 25.57598245, 17.59]
     mid_time = Time.strptime("2054/01/11", '%Y/%m/%d') + TimeDelta(.31202, format="jd")
     encounter_dict[2] = ['2000AA6', 'EARTH', mid_time, 71278.312017212,
-                            4.189937108e-05, 0.03820285368375039, 0.03820063181644156, 7.40623369935997e-07,
-                            3.635e-08, 7.571e-07, 1.0, 17.16618231, 18.213]
+                         4.189937108e-05, 0.03820285368375039, 0.03820063181644156, 7.40623369935997e-07,
+                         3.635e-08, 7.571e-07, 1.0, 17.16618231, 18.213]
 
     check_table_values(encounter_list, encounter_dict)
 
@@ -367,9 +367,9 @@ def test_parse_catalogues(patch_get):
     cat_dict[0] = ['433', 59600.000000, 1.4582731004919933E+00, 2.2272733518842894E-01, 1.0828461192253641E+01,
                    3.0429635501527531E+02, 1.7889716943295548E+02, 2.4690411844800099E+02, 10.85, 0.46, 0]
     cat_dict[1] = ['6344P-L', 59400.000000, 2.8202277078203988E+00, 6.6155999676965871E-01, 4.6786111836540556E+00,
-                    1.8282300248385891E+02, 2.3494660190063559E+02, 3.2386152408344321E+02, 20.40, 0.15, 0]
+                   1.8282300248385891E+02, 2.3494660190063559E+02, 3.2386152408344321E+02, 20.40, 0.15, 0]
     cat_dict[2] = ['2015GZ', 59400.000000, 2.8059248663363574E+00, 7.1777101854979719E-01, 1.3504485380561094E+01,
-                       1.9799756552626015E+01, 1.1456930451775614E+02, 1.2828981992766344E+02, 26.06, 0.15, 0]
+                   1.9799756552626015E+01, 1.1456930451775614E+02, 1.2828981992766344E+02, 26.06, 0.15, 0]
     check_table_values(cat_current, cat_dict)
 
 
@@ -575,7 +575,7 @@ def test_tabs_observations(patch_get):
                           int_cols=[0, 25, 26], str_cols=[1, 2, 3, 6, 9, 12, 15, 19, 22, 23], time_cols=[4])
     row_time = Time.strptime("1999/04/20", '%Y/%m/%d') + TimeDelta(.458706, format="jd")
     opt_dict = {1: [1685, 'O', 'C', '2', row_time, 1e-06, '17:25:59.714', 0.01261, 0.5, 'F', 0.000, -0.296,
-                      '-32:45:54.61', 0.01, 0.5, 'F', 0.0, -0.062, 17.05, 'V', 0.5, -0.12, 'l', '689', 0.61, 1, 1]}
+                    '-32:45:54.61', 0.01, 0.5, 'F', 0.0, -0.062, 17.05, 'V', 0.5, -0.12, 'l', '689', 0.61, 1, 1]}
     check_table_values(opt_obs, opt_dict)
 
     assert list(sat_obs.meta.keys()) == ['Title']