def to_time(self, pos):
"""Convert `pos` to time."""
if aeidon.is_time(pos):
return pos
if aeidon.is_frame(pos):
return self.frame_to_time(pos)
if aeidon.is_seconds(pos):
return self.seconds_to_time(pos)
raise ValueError("Invalid type for pos: {}".format(repr(type(pos))))
def to_seconds(self, pos):
"""Convert `pos` to seconds."""
if aeidon.is_time(pos):
return self.time_to_seconds(pos)
if aeidon.is_frame(pos):
return self.frame_to_seconds(pos)
if aeidon.is_seconds(pos):
return pos
raise ValueError("Invalid type for pos: {!r}".format(type(pos)))
def is_earlier(self, x, y):
"""Return ``True`` if `x` is earlier than `y`."""
if aeidon.is_time(x):
x = self.time_to_seconds(x)
return self.is_earlier(x, y)
if aeidon.is_frame(x):
return (x < self.to_frame(y))
if aeidon.is_seconds(x):
return (x < self.to_seconds(y))
raise ValueError("Invalid type for x: {}".format(repr(type(x))))
def to_time(self, pos):
"""Convert `pos` to time."""
if aeidon.is_time(pos):
return pos
if aeidon.is_frame(pos):
return self.frame_to_time(pos)
if aeidon.is_seconds(pos):
return self.seconds_to_time(pos)
raise ValueError("Invalid type for pos: {}"
.format(repr(type(pos))))
def is_later(self, x, y):
"""Return ``True`` if `x` is later than `y`."""
if aeidon.is_time(x):
x = self.time_to_seconds(x)
return self.is_later(x, y)
if aeidon.is_frame(x):
return (x > self.to_frame(y))
if aeidon.is_seconds(x):
return (x > self.to_seconds(y))
raise ValueError("Invalid type for x: {}"
.format(repr(type(x))))
def add(self, x, y):
"""Add position `y` to `x`."""
if aeidon.is_time(x):
x = self.to_seconds(x)
y = self.to_seconds(y)
return self.seconds_to_time(x + y)
if aeidon.is_frame(x):
return x + self.to_frame(y)
if aeidon.is_seconds(x):
return x + self.to_seconds(y)
raise ValueError("Invalid type for x: {}".format(repr(type(x))))
def add(self, x, y):
"""Add position `y` to `x`."""
if aeidon.is_time(x):
x = self.to_seconds(x)
y = self.to_seconds(y)
return self.seconds_to_time(x + y)
if aeidon.is_frame(x):
return x + self.to_frame(y)
if aeidon.is_seconds(x):
return x + self.to_seconds(y)
raise ValueError("Invalid type for x: {}"
.format(repr(type(x))))
def get_middle(self, x, y):
"""Return time, frame or seconds halfway between `x` and `y`."""
if aeidon.is_time(x):
x = self.time_to_seconds(x)
y = self.to_seconds(y)
return self.seconds_to_time((x + y) / 2)
if aeidon.is_frame(x):
y = self.to_frame(y)
return aeidon.as_frame(round((x + y) / 2, 0))
if aeidon.is_seconds(x):
y = self.to_seconds(y)
return aeidon.as_seconds(((x + y) / 2))
raise ValueError("Invalid type for x: {}".format(repr(type(x))))
def get_middle(self, x, y):
"""Return time, frame or seconds halfway between `x` and `y`."""
if aeidon.is_time(x):
x = self.time_to_seconds(x)
y = self.to_seconds(y)
return self.seconds_to_time((x+y)/2)
if aeidon.is_frame(x):
y = self.to_frame(y)
return aeidon.as_frame(round((x+y)/2, 0))
if aeidon.is_seconds(x):
y = self.to_seconds(y)
return aeidon.as_seconds(((x+y)/2))
raise ValueError("Invalid type for x: {}"
.format(repr(type(x))))
def _convert_position(self, value):
"""Return `value` of position in correct mode."""
if aeidon.is_time(value):
if self._mode == aeidon.modes.TIME:
return value
if self._mode == aeidon.modes.FRAME:
return self.calc.time_to_frame(value)
if aeidon.is_frame(value):
if self._mode == aeidon.modes.TIME:
return self.calc.frame_to_time(value)
if self._mode == aeidon.modes.FRAME:
return value
if aeidon.is_seconds(value):
if self._mode == aeidon.modes.TIME:
return self.calc.seconds_to_time(value)
if self._mode == aeidon.modes.FRAME:
return self.calc.seconds_to_frame(value)
raise ValueError("Invalid type for value: {!r}".format(type(value)))
def _convert_position(self, value):
"""Return `value` of position in correct mode."""
if aeidon.is_time(value):
if self._mode == aeidon.modes.TIME:
return value
if self._mode == aeidon.modes.FRAME:
return self.calc.time_to_frame(value)
if aeidon.is_frame(value):
if self._mode == aeidon.modes.TIME:
return self.calc.frame_to_time(value)
if self._mode == aeidon.modes.FRAME:
return value
if aeidon.is_seconds(value):
if self._mode == aeidon.modes.TIME:
return self.calc.seconds_to_time(value)
if self._mode == aeidon.modes.FRAME:
return self.calc.seconds_to_frame(value)
raise ValueError("Invalid type for value: {}"
.format(repr(type(value))))
def round(self, pos, ndigits):
"""
Round `pos` to given precision in decimal digits.
`ndigits` may be negative. For frames zero will be used
if given `ndigits` is greater than zero.
"""
if aeidon.is_time(pos):
pos = self.time_to_seconds(pos)
pos = round(pos, ndigits)
return self.seconds_to_time(pos)
if aeidon.is_frame(pos):
ndigits = min(0, ndigits)
pos = round(pos, ndigits)
return aeidon.as_frame(pos)
if aeidon.is_seconds(pos):
pos = round(pos, ndigits)
return aeidon.as_seconds(pos)
raise ValueError("Invalid type for pos: {}".format(repr(type(pos))))
def round(self, pos, ndigits):
"""
Round `pos` to given precision in decimal digits.
`ndigits` may be negative. For frames zero will be used
if given `ndigits` is greater than zero.
"""
if aeidon.is_time(pos):
pos = self.time_to_seconds(pos)
pos = round(pos, ndigits)
return self.seconds_to_time(pos)
if aeidon.is_frame(pos):
ndigits = min(0, ndigits)
pos = round(pos, ndigits)
return aeidon.as_frame(pos)
if aeidon.is_seconds(pos):
pos = round(pos, ndigits)
return aeidon.as_seconds(pos)
raise ValueError("Invalid type for pos: {}"
.format(repr(type(pos))))
def get_middle(self, x, y):
"""
Return time, frame or seconds halfway between `x` and `y`.
>>> calc = aeidon.Calculator()
>>> calc.get_middle(0, 100)
50
>>> calc.get_middle("00:00:00.000", "00:00:10.000")
'00:00:05.000'
"""
if aeidon.is_time(x):
x = self.time_to_seconds(x)
y = self.to_seconds(y)
return self.seconds_to_time((x + y) / 2)
if aeidon.is_frame(x):
y = self.to_frame(y)
return aeidon.as_frame(round((x + y) / 2, 0))
if aeidon.is_seconds(x):
y = self.to_seconds(y)
return aeidon.as_seconds(((x + y) / 2))
raise ValueError("Invalid type for x: {}".format(repr(type(x))))
def get_middle(self, x, y):
"""
Return time, frame or seconds halfway between `x` and `y`.
>>> calc = aeidon.Calculator()
>>> calc.get_middle(0, 100)
50
>>> calc.get_middle("00:00:00.000", "00:00:10.000")
'00:00:05.000'
"""
if aeidon.is_time(x):
x = self.time_to_seconds(x)
y = self.to_seconds(y)
return self.seconds_to_time((x+y)/2)
if aeidon.is_frame(x):
y = self.to_frame(y)
return aeidon.as_frame(round((x+y)/2, 0))
if aeidon.is_seconds(x):
y = self.to_seconds(y)
return aeidon.as_seconds(((x+y)/2))
raise ValueError("Invalid type for x: {}"
.format(repr(type(x))))
def transform_positions(self, indices, p1, p2, register=-1):
"""
Change positions by a linear two-point correction.
`indices` can be ``None`` to process all subtitles. `p1` and `p2`
should be tuples of index, position.
"""
if aeidon.is_time(p1[1]):
method = self._get_time_transform
if aeidon.is_frame(p1[1]):
method = self._get_frame_transform
if aeidon.is_seconds(p1[1]):
method = self._get_seconds_transform
coefficient, constant = method(p1, p2)
new_subtitles = []
indices = indices or self.get_all_indices()
for index in indices:
subtitle = self.subtitles[index].copy()
subtitle.scale_positions(coefficient)
subtitle.shift_positions(constant)
new_subtitles.append(subtitle)
self.replace_positions(indices, new_subtitles, register=register)
self.set_action_description(register, _("Transforming positions"))
def transform_positions(self, indices, p1, p2, register=-1):
"""
Change positions by a linear two-point correction.
`indices` can be ``None`` to process all subtitles. `p1` and `p2`
should be tuples of index, position.
"""
if aeidon.is_time(p1[1]):
method = self._get_time_transform
if aeidon.is_frame(p1[1]):
method = self._get_frame_transform
if aeidon.is_seconds(p1[1]):
method = self._get_seconds_transform
coefficient, constant = method(p1, p2)
new_subtitles = []
indices = indices or self.get_all_indices()
for index in indices:
subtitle = self.subtitles[index].copy()
subtitle.scale_positions(coefficient)
subtitle.shift_positions(constant)
new_subtitles.append(subtitle)
self.replace_positions(indices, new_subtitles, register=register)
self.set_action_description(register, _("Transforming positions"))
def to_frame_ensure(self, value, pos):
assert aeidon.is_frame(value)
def time_to_frame_ensure(self, value, time):
assert aeidon.is_frame(value)
def seconds_to_frame_ensure(self, value, seconds):
assert aeidon.is_frame(value)
def _get_frame_transform_ensure(self, value, p1, p2):
assert aeidon.is_frame(value[1])
def _get_second_point_ensure(self, value):
assert aeidon.is_frame(value[1])
def _get_first_point_ensure(self, value):
assert aeidon.is_frame(value[1])
def _get_frame_transform_ensure(self, value, p1, p2):
assert aeidon.is_frame(value[1])
def _get_first_point_ensure(self, value):
assert aeidon.is_frame(value[1])
def to_frame_ensure(self, value, pos):
assert aeidon.is_frame(value)
def _get_amount_ensure(self, value):
assert aeidon.is_frame(value)
def _get_amount_ensure(self, value):
assert aeidon.is_frame(value)
def _get_transform(self, p1, p2):
"""Return a formula for linear correction of positions."""
if aeidon.is_time(p1[1]): return self._get_time_transform(p1, p2)
if aeidon.is_frame(p1[1]): return self._get_frame_transform(p1, p2)
if aeidon.is_seconds(p1[1]): return self._get_seconds_transform(p1, p2)
raise ValueError("Bad position argument: {}".format(repr(p1)))
def time_to_frame_ensure(self, value, time):
assert aeidon.is_frame(value)
def test_is_frame(self):
assert aeidon.is_frame(aeidon.as_frame(13))
assert not aeidon.is_frame(aeidon.as_seconds(13))
assert not aeidon.is_frame(aeidon.as_time("12:34:56.789"))
def _get_second_point_ensure(self, value):
assert aeidon.is_frame(value[1])
def _get_transform(self, p1, p2):
"""Return a formula for linear correction of positions."""
if aeidon.is_time(p1[1]): return self._get_time_transform(p1, p2)
if aeidon.is_frame(p1[1]): return self._get_frame_transform(p1, p2)
if aeidon.is_seconds(p1[1]): return self._get_seconds_transform(p1, p2)
raise ValueError("Bad position argument: {}".format(repr(p1)))
def seconds_to_frame_ensure(self, value, seconds):
assert aeidon.is_frame(value)