def _wind_speed_axes_labels(ax, plot_data, theme):
ax["mps"].set_title(
"Winds at Sand Heads",
fontproperties=theme.FONTS["axes title"],
color=theme.COLOURS["text"]["axes title"],
)
ax["mps"].set_xlim(plot_data.hrdps_speed.time.values[0],
plot_data.hrdps_speed.time.values[-1])
mps_limits = numpy.array((0, 20))
ax["mps"].set_ylabel(
f'{plot_data.hrdps_speed.attrs["long_name"]} '
f'[{plot_data.hrdps_speed.attrs["units"]}]',
fontproperties=theme.FONTS["axis"],
color=theme.COLOURS["text"]["axis"],
)
ax["mps"].set_ylim(mps_limits)
ax["knots"].set_ylabel(
f'{plot_data.hrdps_speed.attrs["long_name"]} [knots]',
fontproperties=theme.FONTS["axis"],
color=theme.COLOURS["text"]["axis"],
)
ax["knots"].set_ylim(unit_conversions.mps_knots(mps_limits))
ax["mps"].legend(loc="best")
ax["mps"].grid(axis="both")
for k in ax:
theme.set_axis_colors(ax[k])
def _render_entry_content(feed, max_ssh_info, config):
max_ssh_time_local = arrow.get(max_ssh_info["max_ssh_time"]).to("local")
feed_config = config["storm surge feeds"]["feeds"][feed]
tide_gauge_stn = feed_config["tide gauge stn"]
max_ssh_info.update(_calc_wind_4h_avg(feed, max_ssh_info["max_ssh_time"], config))
values = {
"city": feed_config["city"],
"tide_gauge_stn": tide_gauge_stn,
"conditions": {
tide_gauge_stn: {
"risk_level": max_ssh_info["risk_level"],
"max_ssh_msl": max_ssh_info["max_ssh"],
"wind_speed_4h_avg_kph": converters.mps_kph(
max_ssh_info["wind_speed_4h_avg"]
),
"wind_speed_4h_avg_knots": converters.mps_knots(
max_ssh_info["wind_speed_4h_avg"]
),
"wind_dir_4h_avg_heading": converters.bearing_heading(
converters.wind_to_from(max_ssh_info["wind_dir_4h_avg"])
),
"wind_dir_4h_avg_bearing": converters.wind_to_from(
max_ssh_info["wind_dir_4h_avg"]
),
"max_ssh_time": max_ssh_time_local,
"max_ssh_time_tzname": max_ssh_time_local.tzinfo.tzname(
max_ssh_time_local.datetime
),
"humanized_max_ssh_time": converters.humanize_time_of_day(
max_ssh_time_local
),
}
},
}
template = mako.template.Template(
filename=os.path.join(
os.path.dirname(__file__),
config["storm surge feeds"]["feed entry template"],
),
input_encoding="utf-8",
)
rendered_rst = template.render(**values)
html = docutils.core.publish_parts(rendered_rst, writer_name="html")
return html["body"]
def _render_entry_content(feed, max_ssh_info, config):
max_ssh_time_local = arrow.get(max_ssh_info['max_ssh_time']).to('local')
feed_config = config['storm surge feeds']['feeds'][feed]
tide_gauge_stn = feed_config['tide gauge stn']
max_ssh_info.update(
_calc_wind_4h_avg(feed, max_ssh_info['max_ssh_time'], config))
values = {
'city': feed_config['city'],
'tide_gauge_stn': tide_gauge_stn,
'conditions': {
tide_gauge_stn: {
'risk_level':
max_ssh_info['risk_level'],
'max_ssh_msl':
max_ssh_info['max_ssh'],
'wind_speed_4h_avg_kph':
converters.mps_kph(max_ssh_info['wind_speed_4h_avg']),
'wind_speed_4h_avg_knots':
converters.mps_knots(max_ssh_info['wind_speed_4h_avg']),
'wind_dir_4h_avg_heading':
converters.bearing_heading(
converters.wind_to_from(max_ssh_info['wind_dir_4h_avg'])),
'wind_dir_4h_avg_bearing':
converters.wind_to_from(max_ssh_info['wind_dir_4h_avg']),
'max_ssh_time':
max_ssh_time_local,
'max_ssh_time_tzname':
max_ssh_time_local.tzinfo.tzname(max_ssh_time_local.datetime),
'humanized_max_ssh_time':
converters.humanize_time_of_day(max_ssh_time_local),
}
}
}
template = mako.template.Template(filename=os.path.join(
os.path.dirname(__file__),
config['storm surge feeds']['feed entry template']),
input_encoding='utf-8')
rendered_rst = template.render(**values)
html = docutils.core.publish_parts(rendered_rst, writer_name='html')
return html['body']
def test_mps_knots_ndarray():
knots = unit_conversions.mps_knots(np.array([0, 1]))
np.testing.assert_allclose(knots, np.array([0, 1.94384]), rtol=1e-05)
def test_mps_knots(m_per_s, expected):
np.testing.assert_allclose(unit_conversions.mps_knots(m_per_s),
expected,
rtol=1e-05)