def options(where=st.sidebar):
st = where
opts = {
None: _("Brazil"),
"BR-1": _("North"),
"BR-2": _("Northeast"),
"BR-3": _("Southeast"),
"BR-4": _("South"),
"BR-5": _("Midwest"),
}
st.subheader(_("Region"))
opt = st.radio(_("Select region"), [*opts], format_func=opts.get)
if opt is None:
regs = regions("BR", type="region", parent_id="BR")
else:
regs = regions(type="state", parent_id=opt)
opts = {"cases": _("Cases"), "deaths": _("Deaths")}
msg = _("Cases or deaths?")
column = st.radio(msg, [*opts], format_func=opts.get)
st.subheader(_("Plotting options"))
lines = st.checkbox(_("Show Lines"))
logy = False
if lines:
logy = st.checkbox(_("Logarithm scale"))
return {"lines": lines, "logy": logy, "regions": regs, "column": column}
def options(where=st):
st = where
regs = regions("BR", type="state")
# Regions to highlight
st.subheader(_("Highlight"))
opts = {
"BR-1": _("North"),
"BR-2": _("Northeast"),
"BR-3": _("Southeast"),
"BR-4": _("South"),
"BR-5": _("Midwest"),
"select": _("Select states"),
# 'top5': _('Top 5'), NotImplemented
}
msg = _("Which states do you want to highlight?")
opt = st.radio(msg, [*opts], format_func=opts.get)
if opt == "select":
fmt = {r.id: r.name for r in regs}.get
ids = [r.id for r in regs]
msg = _("Select states to highlight")
select = set(
st.multiselect(msg, ids, format_func=fmt, default=[regs[0].id]))
highlight = [r for r in regs if r.id in select]
elif opt == "top5":
highlight = opt
else:
highlight = [r for r in regs if r.parent_id == opt]
# Options
st.subheader(_("Options"))
logy = not st.checkbox(_("Linear scale"))
column = "deaths" if st.checkbox(_("Plot deaths")) else "cases"
diff = st.checkbox(_("Plot new daily cases"))
population_adj = st.checkbox(_("Adjust for population"))
default = (20 if diff else 100) // (1 if column == "cases" else 10)
thresh = st.number_input(_("Minimum number of cases"),
min_value=0,
value=default)
default = 7 if diff else 0
smooth = st.number_input(_("Smooth over n days"),
min_value=0,
value=default)
return {
"regions": regs,
"highlight": highlight,
"diff": diff,
"thresh": thresh,
"smoothing": smooth,
"column": column,
"logy": logy,
"population_adj": population_adj,
}
def sidebar(where=st.sidebar):
st = where
st.subheader(_("Section"))
msg = _("Which section do you want to see?")
key = st.radio(msg, list(APPS), format_func=lambda x: APPS[x].DISPLAY_NAME)
app = APPS[key]
opts = app.options(where=where)
return app.show, opts
def select_regions(where=st.sidebar):
"""
Select regions for app.
"""
st = where
opts = {
"BR": _("Brazil (everything)"),
"BR-1": _("North Region"),
"BR-2": _("Northeast Region"),
"BR-3": _("Southeast Region"),
"BR-4": _("South Region"),
"BR-5": _("Center-West Region"),
}
opt = st.radio(_("What do you want to show?"), list(opts), format_func=opts.get)
if opt == "BR":
df = mundi.regions("BR", type="state")
else:
df = mundi.regions(type="state", parent_id=opt)
return df.index
def download_data(data, cmap, where=st, **kwargs):
opts = {
"csv": _("Download tables as CSV"),
"xlsx": _("Download tables as an Excel spreadsheet"),
"maps": _("Download all maps in a ZIP file"),
"pdf": _("Download a PDF with the complete report"),
}
opt = st.radio(_("What do you want?"), list(opts), format_func=opts.get)
if opt in ("csv", "xlsx"):
st.data_anchor(
data,
f"full-data-{today()}.{opt}",
style=None,
label=_("Click here to download the complete dataset."),
)
elif opt == "maps":
fd = io.BytesIO()
with zipfile.ZipFile(
fd, "w", compression=zipfile.ZIP_DEFLATED, compresslevel=9
) as zip:
for section in SECTIONS.values():
rendered_cols = set()
for col in section.columns:
if col.skip_choropleth or col in rendered_cols:
continue
rendered_cols.add(col)
name = f"{section.name}-{col.name}.svg"
svg = col.render_choropleth(data, cmap, kind="svg")
zip.writestr(name, svg)
st.data_anchor(fd.getvalue(), filename=f"maps-{today()}.zip")
elif opt == "pdf":
ctx = {"sections": SECTIONS.values(), "data": data, "cmap": cmap}
fd = pdf_from_template("dashboard-report", ctx)
st.data_anchor(fd.read(), filename=f"report-{today()}.pdf")
def sidebar(where=st.sidebar) -> dict:
"""
Run sidebar that asks for user input.
"""
st = where
st.header(_("Brazilian Epidemiological indicators"))
st.subheader(_("Sections"))
opts = {k: v.title for k, v in SECTIONS.items()}
opts["download"] = _("Download data")
msg = _("Select a section")
section = st.radio(msg, list(opts), format_func=opts.get)
st.subheader(_("Filter results"))
regions = select_regions(where=st)
st.subheader(_("Options"))
opts = {
"static_table": st.checkbox(_("Static tables")),
"cmap": st.selectbox(_("Colormap"), COLOR_MAPS, index=COLOR_MAPS.index("BuPu")),
}
return {"regions": regions, "section": section, **opts}
data_size = cm.iter - duration
# Show results
st.header("Simulation results")
st.subheader("Cases and deaths")
plot_cases_and_projection(cm, cases)
#
# Cards
#
st.subheader(_("New deaths"))
progression_cards(cm["deaths"], color="st-red")
st.subheader(_("New cases"))
opts = [_("Estimated"), _("Reported")]
is_reported = st.radio(_("Reporting"), [0, 1], format_func=opts.__getitem__)
mul = notification if is_reported else 1.0
progression_cards(cm["cases"] * mul, color="st-gray-900")
st.subheader(_("Hospitalizations"))
hospitalization_chart(cm, shift=len(cases))
st.subheader(_("Projections"))
m = cm.infection_model
date = m.dates[data_size]
base = cm.infection_model.trim_dates(0, data_size)
assert len(base.data) == data_size, (data_size, len(base.data), len(m.times))
valid_rates = [0.1 * i for i in range(1, 10)]
rates = [valid_rates[i] for i in [6, 4, 2]]
msg = _("Isolation score")
