def get_breakdown(self, days=14):
now = datetime.now(tz=self.user.settings.time_zone).date()
subset = self.by_date(now - timedelta(days=days), now)
total = subset.count()
lowest = subset.aggregate(Min('value'))['value__min']
highest = subset.aggregate(Max('value'))['value__max']
average = core_utils.round_value(
subset.aggregate(Avg('value'))['value__avg'])
highs = subset.filter(value__gt=self.user_settings['high']).count()
lows = subset.filter(value__lt=self.user_settings['low']).count()
within_target = subset.filter(
value__gte=self.user_settings['target_min'],
value__lte=self.user_settings['target_max']
).count()
other = total - (highs + lows + within_target)
return {
'total': total,
'lowest': {
'value': '%s %s' % (self.glucose_by_unit_setting(lowest),
self.glucose_unit_name) \
if lowest else 'None',
'css_class': self.get_css_class(lowest),
},
'highest': {
'value': '%s %s' % (self.glucose_by_unit_setting(highest),
self.glucose_unit_name) \
if highest else 'None',
'css_class': self.get_css_class(highest),
},
'average': {
'value': '%s %s' % (self.glucose_by_unit_setting(average),
self.glucose_unit_name) \
if average else 'None',
'css_class': self.get_css_class(average)
},
'highs': '%s (%s%%)' % (highs, core_utils.percent(highs, total)),
'lows': '%s (%s%%)' % (lows, core_utils.percent(lows, total)),
'within_target': '%s (%s%%)' % (
within_target, core_utils.percent(within_target, total)),
'other': '%s (%s%%)' % (other, core_utils.percent(other, total)),
}
def get_breakdown(self, days=14):
now = datetime.now(tz=self.user.settings.time_zone).date()
subset = self.by_date(now - timedelta(days=days), now)
total = subset.count()
lowest = subset.aggregate(Min('value'))['value__min']
highest = subset.aggregate(Max('value'))['value__max']
average = core_utils.round_value(
subset.aggregate(Avg('value'))['value__avg'])
highs = subset.filter(value__gt=self.user_settings['high']).count()
lows = subset.filter(value__lt=self.user_settings['low']).count()
within_target = subset.filter(
value__gte=self.user_settings['target_min'],
value__lte=self.user_settings['target_max']
).count()
other = total - (highs + lows + within_target)
return {
'total': total,
'lowest': {
'value': '%s %s' % (self.glucose_by_unit_setting(lowest),
self.glucose_unit_name) \
if lowest else 'None',
'css_class': self.get_css_class(lowest),
},
'highest': {
'value': '%s %s' % (self.glucose_by_unit_setting(highest),
self.glucose_unit_name) \
if highest else 'None',
'css_class': self.get_css_class(highest),
},
'average': {
'value': '%s %s' % (self.glucose_by_unit_setting(average),
self.glucose_unit_name) \
if average else 'None',
'css_class': self.get_css_class(average)
},
'highs': '%s (%s%%)' % (highs, core_utils.percent(highs, total)),
'lows': '%s (%s%%)' % (lows, core_utils.percent(lows, total)),
'within_target': '%s (%s%%)' % (
within_target, core_utils.percent(within_target, total)),
'other': '%s (%s%%)' % (other, core_utils.percent(other, total)),
}