def state_deaths_svd_plots(fig,
state,
centering='s',
style='lines',
chosen=None,
labels=False,
days_offset=0):
state_deaths, county_names = get_state_deaths(state, days_offset)
da.svd_plots(
fig=fig,
data=state_deaths,
title='%s Daily COVID-19 Deaths by County' % state.upper(),
#xlabel = 'Days since 1/22/20',
xlabel='Days since %s' % dates[days_offset],
ylabel='Total Deaths',
centering=centering,
style=style,
axis='rows',
labels=da.filter_labels(county_names, chosen) if labels else None)
ax_list = fig.axes
for ax in ax_list:
for date in fl_closure_dates.keys():
ax.axvline(x=date, color='red', alpha=.75, linestyle='--')
for date in fl_opening_dates.keys():
ax.axvline(x=date, color='blue', alpha=.75, linestyle='--')
def state_cases_svd_plots(fig,
state,
centering='s',
style='lines',
chosen=None,
labels=False,
days_offset=0,
new=False,
scale=None):
state_cases_, county_names = get_state_cases(state, days_offset)
if new:
ylabel = 'New Cases'
state_cases = da.consecutive_differences(state_cases_, axis='c')
else:
ylabel = 'Total Cases'
state_cases = state_cases_
print(state_cases.shape)
if scale == 'log':
state_cases = np.log(state_cases - np.min(state_cases) + 1)
ylabel = r"$\log(1 + %s)$" % ylabel
da.svd_plots(
fig=fig,
data=state_cases,
title='%s Daily COVID-19 Cases by County' % state.upper(),
#xlabel = 'Days since 1/22/20',
xlabel='Days since %s' % dates[days_offset],
ylabel=ylabel,
centering=centering,
style=style,
axis='rows',
labels=da.filter_labels(county_names, chosen) if labels else None)
def state_deaths_plot(ax, state, chosen=None, labels=False):
state_deaths, county_names = get_state_deaths(state)
da.lines_plot(
ax=ax,
data=state_deaths,
title='%s Daily COVID-19 Deaths by County' % state.upper(),
xlabel='Days since 1/22/20',
ylabel='Total Deaths',
axis='rows',
labels=da.filter_labels(county_names, chosen) if labels else None)
def state_deaths_svd_plots_five(fig,
state,
centering='s',
style='lines',
chosen=None,
labels=False):
state_deaths, county_names = get_state_deaths(state)
da.svd_plots_five(
fig=fig,
data=state_deaths,
title='%s Daily COVID-19 Deaths by County' % state.upper(),
xlabel='Days since 1/22/20',
ylabel='Total Deaths',
centering=centering,
style=style,
axis='rows',
labels=da.filter_labels(county_names, chosen) if labels else None)