def calculate_ap_left(self):
current = datetime.now()
self.current_time_desc.set('At : ' + self.get_datetime_str(current))
self.ap_left_desc.set(
'AP Left: %3d' %
(APTimeCalculator.convert_timedelta_to_ap(self.end_time -
current)))
def calculate_for_max_ap(self):
# 計算並改動
current_ap = int(self.current_ap.get()) if self.current_ap.get() else 0
adjustment_ap = int(
self.adjustment.get()) if self.adjustment.get() else 0
difference_ap = int(self.max_ap.get()) - current_ap - adjustment_ap
difference_time = APTimeCalculator.convert_ap_to_timedelta(
difference_ap)
self.last_calculation.set('Current : ' +
self.convert_time_to_str(datetime.now()))
self.difference_for_max.set(
'%02d AP --> ' % difference_ap +
self.convert_timedelta_to_str(difference_time))
self.time_reaching_max_ap.set(
'Reached : ' +
self.convert_time_to_str(datetime.now() + difference_time))
# Saving data
data_record = get_data_record(self.title)
data_record[self.KEY_LAST_TIME] = self.last_calculation.get()
data_record[self.KEY_CURRENT_AP] = self.current_ap.get()
data_record[self.KEY_MAX_AP] = self.max_ap.get()
data_record[self.KEY_DIFFERENCE] = self.difference_for_max.get()
data_record[self.KEY_REACHED_TIME] = self.time_reaching_max_ap.get()
save_data_record()
def calculate_for_goal_ap(self):
# 計算並改動
current_ap = int(self.current_ap.get()) if self.current_ap.get() else 0
difference_ap = int(self.goal.get()) - current_ap
difference_time = APTimeCalculator.convert_ap_to_timedelta(difference_ap)
self.difference_for_goal.set('%02d+%02d AP --> ' % (current_ap, difference_ap) +
self.convert_timedelta_to_str(difference_time))
self.time_reaching_goal_ap.set('Reached : ' +
self.convert_time_to_str(datetime.now() + difference_time))
def calculate_for_goal_ap(self):
# 計算並改動
current_ap = int(self.current_ap.get()) if self.current_ap.get() else 0
difference_ap = int(self.goal.get()) - current_ap
difference_time = APTimeCalculator.convert_ap_to_timedelta(
difference_ap)
self.difference_for_goal.set(
'%02d+%02d AP --> ' % (current_ap, difference_ap) +
self.convert_timedelta_to_str(difference_time))
self.time_reaching_goal_ap.set(
'Reached : ' +
self.convert_time_to_str(datetime.now() + difference_time))
def calculate_for_max_ap(self):
# 計算並改動
current_ap = int(self.current_ap.get()) if self.current_ap.get() else 0
adjustment_ap = int(self.adjustment.get()) if self.adjustment.get() else 0
difference_ap = int(self.max_ap.get()) - current_ap - adjustment_ap
difference_time = APTimeCalculator.convert_ap_to_timedelta(difference_ap)
self.last_calculation.set('Current : ' + self.convert_time_to_str(datetime.now()))
self.difference_for_max.set('%02d AP --> ' % difference_ap + self.convert_timedelta_to_str(difference_time))
self.time_reaching_max_ap.set('Reached : ' +
self.convert_time_to_str(datetime.now() + difference_time))
# Saving data
data_record = get_data_record(self.title)
data_record[self.KEY_LAST_TIME] = self.last_calculation.get()
data_record[self.KEY_CURRENT_AP] = self.current_ap.get()
data_record[self.KEY_MAX_AP] = self.max_ap.get()
data_record[self.KEY_DIFFERENCE] = self.difference_for_max.get()
data_record[self.KEY_REACHED_TIME] = self.time_reaching_max_ap.get()
save_data_record()
def calculate_ap_left(self):
current = datetime.now()
self.current_time_desc.set('At : ' + self.get_datetime_str(current))
self.ap_left_desc.set('AP Left: %3d' % (APTimeCalculator.convert_timedelta_to_ap(self.end_time - current)))
