def test_autoplot_3():
return ar.autoplot(data.head(250), columns=["x"])
def test_autoplot_4():
return ar.autoplot(data.head(1000), columns=["x"])
def test_autoplot_CC():
return ar.autoplot(no_overlap_data, columns=["x", "y"])
def test_autoplot_C():
return ar.autoplot(no_overlap_data.head(10), columns=["x"])
def test_autoplot_45():
return ar.autoplot(data.head(5000), columns=["x_cat", "y_cat", "z_cat"])
def test_autoplot_CCC():
return ar.autoplot(no_overlap_data)
def test_autoplot_33():
return ar.autoplot(data.head(250), columns=["x_cat", "y", "z"])
def test_autoplot_39():
return ar.autoplot(data.head(1000), columns=["x_cat", "y_cat", "z"])
def test_autoplot_28():
return ar.autoplot(data.head(250), columns=["x", "y", "z"])
def test_autoplot_30():
return ar.autoplot(data.head(5000), columns=["x", "y", "z"])
def test_autoplot_21():
return ar.autoplot(data.head(10), columns=["x_cat", "y_cat"])
def test_autoplot_17():
return ar.autoplot(data.head(50), columns=["x_cat", "y"])
def test_autoplot_11():
return ar.autoplot(data.head(10), columns=["x", "y"])
def test_autoplot_10():
return ar.autoplot(data.head(5000), columns=["x_cat"])
def test_autoplot_8():
return ar.autoplot(data.head(250), columns=["x_cat"])
