def fit_decade_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(int(mean.year / 10) * 10, 1,
1).to_time()
end = BosparanianDateTime.from_ymd(int(mean.year / 10) * 10 + 10, 1,
1).to_time()
navigation_fn(lambda tp: tp.update(start, end))
def fit_month_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(mean.year, mean.month, 1).to_time()
if mean.month == 13:
end = BosparanianDateTime.from_ymd(mean.year + 1, 1, 1).to_time()
else:
end = BosparanianDateTime.from_ymd(mean.year, mean.month + 1, 1).to_time()
navigation_fn(lambda tp: tp.update(start, end))
def fit_month_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(mean.year, mean.month, 1).to_time()
if mean.month == 13:
end = BosparanianDateTime.from_ymd(mean.year + 1, 1, 1).to_time()
else:
end = BosparanianDateTime.from_ymd(mean.year, mean.month + 1,
1).to_time()
navigation_fn(lambda tp: tp.update(start, end))
def fit_century_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
if mean.year > get_century_max_year():
year = get_century_max_year()
else:
year = max(get_min_year_containing_praios_1(), int(mean.year / 100) * 100)
start = BosparanianDateTime.from_ymd(year, 1, 1).to_time()
end = BosparanianDateTime.from_ymd(year + 100, 1, 1).to_time()
navigation_fn(lambda tp: tp.update(start, end))
def fit_century_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
if mean.year > get_century_max_year():
year = get_century_max_year()
else:
year = max(get_min_year_containing_praios_1(),
int(mean.year / 100) * 100)
start = BosparanianDateTime.from_ymd(year, 1, 1).to_time()
end = BosparanianDateTime.from_ymd(year + 100, 1, 1).to_time()
navigation_fn(lambda tp: tp.update(start, end))
def on_down(self):
def decrement_year(date):
year, month, day = date
if year > BosparanianDateTime.from_time(
BosparanianTimeType().get_min_time()).year:
return self._set_valid_day(year - 1, month, day)
return date
def decrement_month(date):
year, month, day = date
if month > 1:
return self._set_valid_day(year, month - 1, day)
elif year > BosparanianDateTime.from_time(
BosparanianTimeType().get_min_time()).year:
return self._set_valid_day(year - 1, 13, day)
return date
def decrement_day(date):
year, month, day = date
if day > 1:
return self._set_valid_day(year, month, day - 1)
elif month > 1:
return self._set_valid_day(year, month - 1, 30)
elif year > BosparanianDateTime.from_time(
BosparanianTimeType().get_min_time()).year:
return self._set_valid_day(year - 1, 13, 5)
return date
if not self._current_date_is_valid():
return
selection = self.date_picker.GetSelection()
current_date = self.get_value()
if self._insertion_point_in_region(self.region_year):
new_date = decrement_year(current_date)
elif self._insertion_point_in_region(self.region_month):
new_date = decrement_month(current_date)
else:
year, month, day = current_date
BosparanianDateTime.from_ymd(year, month, day)
if BosparanianDateTime.from_ymd(
year, month,
day).to_time() == BosparanianTimeType().get_min_time():
return
new_date = decrement_day(current_date)
self._save_preferred_day(new_date)
if current_date != new_date:
self._set_new_date_and_restore_selection(new_date, selection)
self._on_change()
def start(self, time):
q = self.get_quarter(time)
if q == 0:
m = 13
else:
m = (q - 1) * 3 + 1
return BosparanianDateTime.from_ymd(BosparanianDateTime.from_time(time).year, m, 1).to_time()
def start(self, time):
q = self.get_quarter(time)
if q == 0:
m = 13
else:
m = (q - 1) * 3 + 1
return BosparanianDateTime.from_ymd(
BosparanianDateTime.from_time(time).year, m, 1).to_time()
def increment_day(date):
year, month, day = date
time = BosparanianDateTime.from_ymd(year, month, day).to_time()
if time < BosparanianTimeType().get_max_time(
) - BosparanianDelta.from_days(1):
return BosparanianDateTime.from_time(
time + BosparanianDelta.from_days(1)).to_date_tuple()
return date
def fit_week_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(mean.year, mean.month, mean.day).to_time()
weekday = BosparanianTimeType().get_day_of_week(start)
start = start - BosparanianDelta.from_days(weekday)
if not main_frame.week_starts_on_monday():
start = start - BosparanianDelta.from_days(1)
end = start + BosparanianDelta.from_days(7)
navigation_fn(lambda tp: tp.update(start, end))
def _set_valid_day(self, new_year, new_month, new_day):
done = False
while not done:
try:
date = BosparanianDateTime.from_ymd(new_year, new_month, new_day)
done = True
except Exception:
new_day -= 1
return date.to_date_tuple()
def _set_valid_day(self, new_year, new_month, new_day):
done = False
while not done:
try:
date = BosparanianDateTime.from_ymd(new_year, new_month,
new_day)
done = True
except Exception:
new_day -= 1
return date.to_date_tuple()
def fit_week_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(mean.year, mean.month,
mean.day).to_time()
weekday = BosparanianTimeType().get_day_of_week(start)
start = start - BosparanianDelta.from_days(weekday)
if not main_frame.week_starts_on_monday():
start = start - BosparanianDelta.from_days(1)
end = start + BosparanianDelta.from_days(7)
navigation_fn(lambda tp: tp.update(start, end))
def on_down(self):
def decrement_year(date):
year, month, day = date
if year > BosparanianDateTime.from_time(BosparanianTimeType().get_min_time()).year:
return self._set_valid_day(year - 1, month, day)
return date
def decrement_month(date):
year, month, day = date
if month > 1:
return self._set_valid_day(year, month - 1, day)
elif year > BosparanianDateTime.from_time(BosparanianTimeType().get_min_time()).year:
return self._set_valid_day(year - 1, 13, day)
return date
def decrement_day(date):
year, month, day = date
if day > 1:
return self._set_valid_day(year, month, day - 1)
elif month > 1:
return self._set_valid_day(year, month - 1, 30)
elif year > BosparanianDateTime.from_time(BosparanianTimeType().get_min_time()).year:
return self._set_valid_day(year - 1, 13, 5)
return date
if not self._current_date_is_valid():
return
selection = self.date_picker.GetSelection()
current_date = self.get_value()
if self._insertion_point_in_region(self.region_year):
new_date = decrement_year(current_date)
elif self._insertion_point_in_region(self.region_month):
new_date = decrement_month(current_date)
else:
year, month, day = current_date
BosparanianDateTime.from_ymd(year, month, day)
if BosparanianDateTime.from_ymd(year, month, day).to_time() == BosparanianTimeType().get_min_time():
return
new_date = decrement_day(current_date)
self._save_preferred_day(new_date)
if current_date != new_date:
self._set_new_date_and_restore_selection(new_date, selection)
self._on_change()
def start(self, time):
bosparanian_time = BosparanianDateTime.from_time(time)
new_bosparanian = BosparanianDateTime.from_ymd(bosparanian_time.year,
bosparanian_time.month,
bosparanian_time.day)
return new_bosparanian.to_time()
def start(self, time):
bosparanian_time = BosparanianDateTime.from_time(time)
new_bosparanian = BosparanianDateTime.from_ymd(bosparanian_time.year, bosparanian_time.month, bosparanian_time.day)
return new_bosparanian.to_time()
def start(self, time):
bosparanian_time = BosparanianDateTime.from_time(time)
new_bosparanian = BosparanianDateTime.from_ymd(
self._decade_start_year(bosparanian_time.year), 1, 1)
return new_bosparanian.to_time()
def start(self, time):
time = BosparanianDateTime.from_time(time)
return BosparanianDateTime.from_ymd(
self._century_start_year(time.year), 1, 1).to_time()
def fit_day_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(mean.year, mean.month,
mean.day).to_time()
end = start + BosparanianDelta.from_days(1)
navigation_fn(lambda tp: tp.update(start, end))
def start(self, time):
bosparanian_time = BosparanianDateTime.from_time(time)
new_bosparanian = BosparanianDateTime.from_ymd(self._decade_start_year(bosparanian_time.year), 1, 1)
return new_bosparanian.to_time()
def increment_day(date):
year, month, day = date
time = BosparanianDateTime.from_ymd(year, month, day).to_time()
if time < BosparanianTimeType().get_max_time() - BosparanianDelta.from_days(1):
return BosparanianDateTime.from_time(time + BosparanianDelta.from_days(1)).to_date_tuple()
return date
def fit_decade_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(int(mean.year / 10) * 10, 1, 1).to_time()
end = BosparanianDateTime.from_ymd(int(mean.year / 10) * 10 + 10, 1, 1).to_time()
navigation_fn(lambda tp: tp.update(start, end))
def fit_day_fn(main_frame, current_period, navigation_fn):
mean = BosparanianDateTime.from_time(current_period.mean_time())
start = BosparanianDateTime.from_ymd(mean.year, mean.month, mean.day).to_time()
end = start + BosparanianDelta.from_days(1)
navigation_fn(lambda tp: tp.update(start, end))
def start(self, time):
time = BosparanianDateTime.from_time(time)
return BosparanianDateTime.from_ymd(self._century_start_year(time.year), 1, 1).to_time()
