def _output_edited(self):
"""Return ``True`` if output of either point has been edited."""
in_1 = aeidon.as_time(self._input_entry_1.get_text())
in_2 = aeidon.as_time(self._input_entry_2.get_text())
out_1 = aeidon.as_time(self._output_entry_1.get_text())
out_2 = aeidon.as_time(self._output_entry_2.get_text())
return (out_1 != in_1 or out_2 != in_2)
def _output_edited(self):
"""Return ``True`` if output of either point has been edited."""
in_1 = aeidon.as_time(self._input_entry_1.get_text())
in_2 = aeidon.as_time(self._input_entry_2.get_text())
out_1 = aeidon.as_time(self._output_entry_1.get_text())
out_2 = aeidon.as_time(self._output_entry_2.get_text())
return (out_1 != in_1 or out_2 != in_2)
def test_get_middle__time(self):
for x, y, z in (( "00:00:01.000", "00:00:02.000", "00:00:01.500"),
( "00:00:01.000", "00:00:02.001", "00:00:01.500"),
("-00:00:01.000", "-00:00:02.000", "-00:00:01.500"),
( "00:00:01.000", "-00:00:02.002", "-00:00:00.501")):
x = aeidon.as_time(x)
y = aeidon.as_time(y)
assert self.calc.get_middle(x, y) == z
def _get_first_point(self):
"""Return row, output time of the first sync point."""
return (self._subtitle_spin_1.get_value_as_int() - 1,
aeidon.as_time(self._output_entry_1.get_text()))
def test_to_time(self):
self.calc = aeidon.Calculator(aeidon.framerates.FPS_25_000)
time = "00:00:01.000"
assert self.calc.to_time(aeidon.as_time(time)) == time
assert self.calc.to_time(aeidon.as_frame(25)) == time
assert self.calc.to_time(aeidon.as_seconds(1.0)) == time
def test_to_seconds(self):
self.calc = aeidon.Calculator(aeidon.framerates.FPS_25_000)
assert self.calc.to_seconds(aeidon.as_time("00:00:01.000")) == 1.0
assert self.calc.to_seconds(aeidon.as_frame(25)) == 1.0
assert self.calc.to_seconds(aeidon.as_seconds(1.0)) == 1.0
def test_is_later__time(self):
a = aeidon.as_time("00:00:01.000")
b = aeidon.as_time("00:00:02.000")
assert self.calc.is_later(b, a)
assert not self.calc.is_later(b, b)
assert not self.calc.is_later(a, b)
def duration_time(self, value):
"""Set duration from `value`."""
self.duration = aeidon.as_time(value)
def _get_first_point(self):
"""Return row, output time of the first sync point."""
return (self._subtitle_spin_1.get_value_as_int() - 1,
aeidon.as_time(self._output_entry_1.get_text()))
def start_time(self, value):
"""Set start position from `value`."""
self.start = aeidon.as_time(value)
def end_time(self, value):
"""Set end position from `value`."""
self.end = aeidon.as_time(value)
def duration_time(self, value):
"""Set duration from `value`."""
self.duration = aeidon.as_time(value)
def start_time(self, value):
"""Set start position from `value`."""
self.start = aeidon.as_time(value)
def end_time(self, value):
"""Set end position from `value`."""
self.end = aeidon.as_time(value)
def _get_second_point(self):
"""Return row, output time of the second sync point."""
return (self._subtitle_spin_2.get_value_as_int() - 1,
aeidon.as_time(self._output_entry_2.get_text()))
def _get_second_point(self):
"""Return row, output time of the second sync point."""
return (self._subtitle_spin_2.get_value_as_int() - 1,
aeidon.as_time(self._output_entry_2.get_text()))
def test_is_time(self):
assert aeidon.is_time(aeidon.as_time("12:34:56.789"))
assert not aeidon.is_time(aeidon.as_frame(13))
assert not aeidon.is_time(aeidon.as_seconds(13))
