def handle_interactive(lon, lat):
while True:
choice = input('Do you want to overlay or have adjacent plots?\n'
'Warning: if overlay is selected the lateral axis '
'is in common. [O/a] (q for exiting) ')
if choice in ('O', 'o', 'overlay', 'Overlay', ''):
hv_climvis_plot = ig.ClimvisHVPlot(lon, lat, overlay=True)
break
elif choice in ('A', 'a', 'Adjacent', 'adjacent'):
hv_climvis_plot = ig.ClimvisHVPlot(lon, lat, overlay=False)
break
elif choice in ('Q', 'q'):
sys.exit()
while True:
choice = input('Do you want to proceed with the plotting?\n'
'Warning: a new webpage will be opened. Retrieving data'
' might take a while so please be patient.\n'
'Warning: a blank plot might mean you are over '
'the ocean.\n\n'
'Proceed? [Y/n] ')
if choice in ('Y', 'y', 'Yes', 'yes', ''):
print('For exiting use KeyboardInterrupt\n')
hv_climvis_plot.server_show()
sys.exit()
elif choice in ('N', 'n', 'No', 'no', 'Q', 'q', 'Quit', 'quit'):
sys.exit()
def test_temperature(self):
with pytest.raises(ValueError,
match="Latitude in ClimvisHVPlot.temperature is "
"out of bounds."):
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
climvis_hv_plot.temperature(0, 250)
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
assert (type(climvis_hv_plot.temperature(0,
0)) == hv.element.chart.Curve)
def test_precipitation(self):
with pytest.raises(ValueError,
match="Latitude in ClimvisHVPlot.precipitation is "
"out of bounds."):
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
climvis_hv_plot.precipitation(0, 250)
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
assert (type(climvis_hv_plot.precipitation(
0, 0)) == hv.element.chart.Bars)
def test_reinitialize(self):
with pytest.raises(ValueError,
match="Latitude in ClimvisHVPlot.reinitialize is "
"out of bounds."):
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
climvis_hv_plot.reinitialize(0, 250, False)
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
climvis_hv_plot.reinitialize(10, 45, True)
assert climvis_hv_plot._lon == 10
assert climvis_hv_plot._lat == 45
assert climvis_hv_plot._overlay
def test_combined(self):
with pytest.raises(ValueError,
match="Latitude in ClimvisHVPlot.combined is "
"out of bounds."):
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
climvis_hv_plot.combined(0, 250)
climvis_hv_plot = ig.ClimvisHVPlot(0, 0, overlay=False)
assert (type(climvis_hv_plot.combined(0, 0)) == hv.core.layout.Layout)
climvis_hv_plot.reinitialize(0, 0, overlay=True)
assert (type(climvis_hv_plot.combined(0,
0)) == hv.core.overlay.Overlay)
def test__init__(self):
with pytest.raises(ValueError,
match="Latitude in ClimvisHVPlot.__init__ is out "
"of bounds."):
climvis_hv_plot = ig.ClimvisHVPlot(0, 250)
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
assert climvis_hv_plot._lon == 0
assert climvis_hv_plot._lat == 0
assert not climvis_hv_plot._overlay
climvis_hv_plot = ig.ClimvisHVPlot(0, 0, overlay=True)
assert climvis_hv_plot._lon == 0
assert climvis_hv_plot._lat == 0
assert climvis_hv_plot._overlay
def test_app(self):
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
assert (type(
climvis_hv_plot.app) == bokeh.application.application.Application)
# TODO: test_server_show needed.
def test_dmap(self):
climvis_hv_plot = ig.ClimvisHVPlot(0, 0)
assert type(climvis_hv_plot.dmap) == hv.core.spaces.DynamicMap