def update(self, next_image: str, value: int, time_left: QTime):
self._progress_bar_animation.stop()
start_value = self._progress_bar.value()
if self._progress_bar_animation.currentValue():
if self._progress_bar_animation.currentValue(
) < self._progress_bar.value():
start_value = self._progress_bar_animation.currentValue()
self._progress_bar_animation.setStartValue(start_value)
self._progress_bar_animation.setEndValue(value * 10)
self._progress_bar_animation.start()
self._current_image_label.setText("Image : " + str(value) + "/" +
str(self._max_value))
time_left_str = ""
if time_left is None:
time_left_str = "Estimation..."
else:
time_left_str = "%dh %dm %ds" % (
time_left.hour(), time_left.minute(), time_left.second())
self._time_label.setText("Temps restant : " + time_left_str)
self._next_image_label.setText("Prochaine image : " + next_image)
if self._taskbar_button is not None:
self._taskbar_button.progress().setValue(value)
def qtime_to_ms(qtime: QTime) -> int:
"""
exchange milliseconds from QTime type.
"""
ms = (qtime.hour() * 3600) + (qtime.minute() * 60) + qtime.second()
ms *= 1000 # msec 用に1000倍する
ms += qtime.msec()
return ms
def testQTime(self):
time = datetime.time(11, 14, 0, 1000)
other = QTime(time)
self.assertEqual(time.hour, other.hour())
self.assertEqual(time.minute, other.minute())
self.assertEqual(time.second, other.second())
self.assertEqual(time.microsecond/1000, other.msec())
self.assertEqual(time, other.toPython())
def testQTime(self):
time = datetime.time(11, 14, 0, 1000)
other = QTime(time)
self.assertEqual(time.hour, other.hour())
self.assertEqual(time.minute, other.minute())
self.assertEqual(time.second, other.second())
self.assertEqual(time.microsecond/1000, other.msec())
self.assertEqual(time, other.toPython())
def QTime2ms(QTime):
'''
arg QTime
return int
'''
h = QTime.hour()
m = QTime.minute()
s = QTime.second()
ms = QTime.msec()
return h * 3600000 + m * 60000 + s * 1000 + ms
