def get_chart(self, records, garden):
df = pd.DataFrame.from_records(records.values('weight', 'recorded'),
coerce_float=True)
qdf = df.groupby('recorded').sum()['weight']
qdf = qdf.apply(lambda x: to_preferred_weight_units(x, garden, force_large_units=True).magnitude)
units = preferred_weight_units(garden, large=True)
return vertical_bar(qdf, make_chart_name('landfilldiversion_weight', garden),
ylabel=units.upper(), shape='short')
def weight_for_garden(self):
"""Convert weight to proper units for garden."""
try:
return to_preferred_weight_units(self.weight.value,
self.garden,
force_large_units=False)
except AttributeError:
return None
def weight_for_garden(self):
"""Convert weight to proper units for garden."""
if self.garden:
return to_preferred_weight_units(self.weight.value,
self.garden,
force_large_units=False)
else:
return to_weight_units(self.weight.value, 'imperial',
force_large_units=False)
def get_chart(self, records, garden):
df = pd.DataFrame.from_records(records.values('crop__name', 'weight', 'recorded'),
coerce_float=True)
qdf = df.groupby('crop__name').sum()['weight']
qdf = qdf.apply(lambda x: to_preferred_weight_units(x, garden, force_large_units=True).magnitude)
units = preferred_weight_units(garden, large=True)
return horizontal_bar(qdf, make_chart_name('harvestcount', garden),
xlabel=('%s harvested' % units).upper())
def weight_for_garden(self):
"""Convert weight to proper units for garden."""
if self.garden:
return to_preferred_weight_units(self.weight.value,
self.garden,
force_large_units=False)
else:
return to_weight_units(self.weight.value,
'imperial',
force_large_units=False)
def get_chart(self, records, garden):
df = pd.DataFrame.from_records(records.values('weight', 'recorded'),
coerce_float=True)
qdf = df.groupby('recorded').sum()['weight']
qdf = qdf.apply(lambda x: to_preferred_weight_units(x, garden,
force_large_units=True).magnitude)
units = preferred_weight_units(garden, large=True)
return vertical_bar(qdf, make_chart_name('donations', garden),
xlabel=('%s donated by period' % units).upper(),
ylabel=units.upper())
def get_chart(self, records, garden):
df = pd.DataFrame.from_records(records.values('weight', 'recorded'),
coerce_float=True)
qdf = df.groupby('recorded').sum()['weight']
qdf = qdf.apply(lambda x: to_preferred_weight_units(
x, garden, force_large_units=True).magnitude)
units = preferred_weight_units(garden, large=True)
return vertical_bar(qdf,
make_chart_name('compost_weight', garden),
ylabel=units.upper(),
shape='short')
def get_chart(self, records, garden):
df = pd.DataFrame.from_records(records.values('crop__name', 'weight',
'recorded'),
coerce_float=True)
qdf = df.groupby('crop__name').sum()['weight']
qdf = qdf.apply(lambda x: to_preferred_weight_units(
x, garden, force_large_units=True).magnitude)
units = preferred_weight_units(garden, large=True)
return horizontal_bar(qdf,
make_chart_name('harvestcount', garden),
xlabel=('%s harvested' % units).upper())
