def cross_reference_times(klass, data):
for calendar in data['calendars']:
if calendar.name == 'sleep':
ordered_events = sorted(calendar.events)
prev_event = None
for event in ordered_events:
if prev_event:
TimePeriod.get_or_create(start=prev_event.end,
end=event.end)
else:
# first sleep
earlier = datetime.datetime(event.start.year,
event.start.month,
event.start.day - 1)
TimePeriod.get_or_create(start=earlier, end=event.end)
prev_event = event
if event == ordered_events[-1]:
# last sleep
later = datetime.datetime(event.end.year,
event.end.month,
event.end.day + 1)
TimePeriod.get_or_create(start=event.end, end=later)
for event in data['events']:
#if event.calendar.name != 'sleep':
tp = TimePeriod.get_containing_time_period(event.start)
if not tp:
print "no time period contains this event. if not a first day event, then this is a problem", event
else:
event.assign_timeperiod(tp)
"""
def cross_reference_times(klass, data):
for calendar in data['calendars']:
if calendar.name == 'sleep':
ordered_events = sorted(calendar.events)
prev_event = None
for event in ordered_events:
if prev_event:
TimePeriod.get_or_create(start=prev_event.end,
end=event.end)
else:
# first sleep
earlier = datetime.datetime(event.start.year,
event.start.month,
event.start.day-1)
TimePeriod.get_or_create(start=earlier,
end=event.end)
prev_event = event
if event == ordered_events[-1]:
# last sleep
later = datetime.datetime(event.end.year,
event.end.month,
event.end.day+1)
TimePeriod.get_or_create(start=event.end,
end=later)
for event in data['events']:
#if event.calendar.name != 'sleep':
tp = TimePeriod.get_containing_time_period(event.start)
if not tp:
print "no time period contains this event. if not a first day event, then this is a problem", event
else:
event.assign_timeperiod(tp)
"""
def google_chart(klass, data):
"""
Creates a google chart called 'chart.png'
"""
colors = []
names = []
lines = []
for calendar in sorted(data['calendars']):
colors.append(calendar.color)
names.append(calendar.name)
line = []
for tp, events in calendar.ordered_time_periods():
sum = 0
for event in events:
sum += event.duration
line.append(sum / 3600)
lines.append(line)
#names.reverse()
#colors.reverse()
max_y = 0
y_labels = []
for (start, tp) in TimePeriod.get_ordered_periods():
y_labels.append(
start.strftime("%a %d")) #"%s/%s" % (start.month, start.day))
tp_sum = 0
for event in tp.events:
tp_sum += event.duration
if tp_sum / 3600 > max_y:
max_y = tp_sum / 3600
max_y = ceil(max_y)
chart = pygooglechart.StackedVerticalBarChart(1000,
300,
y_range=[0, max_y],
legend=names,
colours=colors)
#colours=['000000']*len(data['calendars']),
#colours_within_series=colors)
for line in lines:
chart.add_data(line)
# Last value is the lowest in the Y axis.
#chart.add_data([0] * 2)
def factor(n):
"""
from: http://blog.dhananjaynene.com/2009/01/2009-is-not-a-prime-number-a-python-program-to-compute-factors/
Get the factors for a number
Not optimised for tail recursion
"""
if n == 1: return [1]
i = 2
limit = n**0.5
while i <= limit:
if n % i == 0:
ret = factor(n / i)
ret.append(i)
return ret
i += 1
return [n]
# Some axis data
t = ['']
factors = factor(max_y)
if factors:
tt = factors[0]
else:
tt = max_y
print tt
for i in range(int(tt)):
t.append(max_y / tt * (i + 1))
chart.set_axis_labels(pygooglechart.Axis.LEFT, t)
chart.set_axis_labels(pygooglechart.Axis.BOTTOM, y_labels)
chart.set_bar_width(50)
chart.download('chart.png')
def google_chart(klass, data):
"""
Creates a google chart called 'chart.png'
"""
colors = []
names = []
lines = []
for calendar in sorted(data['calendars']):
colors.append(calendar.color)
names.append(calendar.name)
line = []
for tp,events in calendar.ordered_time_periods():
sum = 0
for event in events:
sum += event.duration
line.append(sum/3600)
lines.append(line)
#names.reverse()
#colors.reverse()
max_y = 0
y_labels = []
for (start, tp) in TimePeriod.get_ordered_periods():
y_labels.append(start.strftime("%a %d"))#"%s/%s" % (start.month, start.day))
tp_sum = 0
for event in tp.events:
tp_sum += event.duration
if tp_sum/3600 > max_y:
max_y = tp_sum/3600
max_y = ceil(max_y)
chart = pygooglechart.StackedVerticalBarChart(1000,
300,
y_range=[0, max_y],
legend=names,
colours=colors)
#colours=['000000']*len(data['calendars']),
#colours_within_series=colors)
for line in lines:
chart.add_data(line)
# Last value is the lowest in the Y axis.
#chart.add_data([0] * 2)
def factor(n):
"""
from: http://blog.dhananjaynene.com/2009/01/2009-is-not-a-prime-number-a-python-program-to-compute-factors/
Get the factors for a number
Not optimised for tail recursion
"""
if n == 1: return [1]
i = 2
limit = n**0.5
while i <= limit:
if n % i == 0:
ret = factor(n/i)
ret.append(i)
return ret
i += 1
return [n]
# Some axis data
t = ['']
factors = factor(max_y)
if factors:
tt = factors[0]
else:
tt = max_y
print tt
for i in range(int(tt)):
t.append(max_y/tt*(i+1))
chart.set_axis_labels(pygooglechart.Axis.LEFT, t)
chart.set_axis_labels(pygooglechart.Axis.BOTTOM, y_labels)
chart.set_bar_width(50)
chart.download('chart.png')