@@ -730,15 +730,17 @@ def test_enet_l1_ratio():
730730 MultiTaskElasticNetCV (l1_ratio = 0 ).fit , X , X )
731731
732732 # Test that l1_ratio=0 is allowed if we supply a grid manually
733- # alphas = [0.1, 10]
734- # est_desired = ElasticNetCV(l1_ratio=0.00001, alphas=alphas)
735- # est = ElasticNetCV(l1_ratio=0, alphas=alphas)
736- # est_desired.fit(X, y)
737- # est.fit(X, y)
738- # assert_almost_equal(est.coef_, est_desired.coef_, decimal=5)
739- #
740- # est_desired = MultiTaskElasticNetCV(l1_ratio=0.00001, alphas=alphas)
741- # est = MultiTaskElasticNetCV(l1_ratio=0, alphas=alphas)
742- # est.fit(X, X)
743- # est_desired.fit(X, X)
744- # assert_almost_equal(est.coef_, est_desired.coef_, decimal=5)
733+ alphas = [0.1 , 10 ]
734+ est_desired = ElasticNetCV (l1_ratio = 0.00001 , alphas = alphas )
735+ est = ElasticNetCV (l1_ratio = 0 , alphas = alphas )
736+ with ignore_warnings ():
737+ est_desired .fit (X , y )
738+ est .fit (X , y )
739+ assert_almost_equal (est .coef_ , est_desired .coef_ , decimal = 5 )
740+
741+ est_desired = MultiTaskElasticNetCV (l1_ratio = 0.00001 , alphas = alphas )
742+ est = MultiTaskElasticNetCV (l1_ratio = 0 , alphas = alphas )
743+ with ignore_warnings ():
744+ est .fit (X , X )
745+ est_desired .fit (X , X )
746+ assert_almost_equal (est .coef_ , est_desired .coef_ , decimal = 5 )
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