def test_reverse_axes_ygrid():
testgrid = trendvis.YGrid([2, 1])
lim0 = testgrid.fig.axes[0].get_xlim()
lim1 = testgrid.fig.axes[1].get_xlim()
mainlim = testgrid.fig.axes[0].get_ylim()
testgrid.reverse_xaxis()
testgrid.reverse_yaxis()
assert_equal(lim0, testgrid.fig.axes[0].get_xlim()[::-1])
assert_equal(lim1, testgrid.fig.axes[1].get_xlim()[::-1])
assert_equal(mainlim, testgrid.fig.axes[1].get_ylim()[::-1])
def test_get_axes_ygrid():
testgrid = trendvis.YGrid([2, 1])
testgrid.make_twins([0])
assert_equal(testgrid.get_axis(0, is_twin=True), testgrid.axes[2][0])
def test_ygrid_multitwin():
testgrid = trendvis.YGrid([2, 1])
testgrid.make_twins([0, 1])
testgrid.make_twins(3)
def test_ygrid_twins():
testgrid = trendvis.YGrid([2, 2, 1], alternate_sides=False, yratios=[2, 1])
testgrid.make_twins([0, 2])
testgrid.cleanup_grid()
def test_ygrid_clean():
testgrid = trendvis.YGrid([4, 6])
testgrid.cleanup_grid()
def test_ygrid_init():
trendvis.YGrid([2, 3, 1, 2])
def test_ygrid_frame():
testgrid = trendvis.YGrid([1, 2, 1], yratios=[1, 1])
testgrid.cleanup_grid()
testgrid.draw_frame()
def test_ygrid_xlabels():
testgrid = trendvis.YGrid([1, 2, 1])
testgrid.set_xlabels(['0', '1', None])
def test_ygrid_cutout():
testgrid = trendvis.YGrid([1], yratios=[1, 2])
testgrid.cleanup_grid()
testgrid.draw_cutout()