def _find_timecode_mobs(item):
mobs = [item.mob]
for c in item.walk():
if isinstance(c, aaf2.components.SourceClip):
mob = c.mob
if mob:
mobs.append(mob)
else:
continue
else:
# This could be 'EssenceGroup', 'Pulldown' or other segment
# subclasses
# For example:
# An EssenceGroup is a Segment that has one or more
# alternate choices, each of which represent different variations
# of one actual piece of content.
# According to the AAF Object Specification and Edit Protocol
# documents:
# "Typically the different representations vary in essence format,
# compression, or frame size. The application is responsible for
# choosing the appropriate implementation of the essence."
# It also says they should all have the same length, but
# there might be nested Sequences inside which we're not attempting
# to handle here (yet). We'll need a concrete example to ensure
# we're doing the right thing.
# TODO: Is the Timecode for an EssenceGroup correct?
# TODO: Try CountChoices() and ChoiceAt(i)
# For now, lets just skip it.
continue
return mobs
def _find_timecode_mobs(item):
mobs = [item.mob]
for c in _walk_item(item):
if isinstance(c, aaf2.components.EssenceGroup):
# An EssenceGroup is a Segment that has one or more
# alternate choices, each of which represent different variations
# of one actual piece of content.
# According to the AAF Object Specification and Edit Protocol
# documents:
# "Typically the different representations vary in essence format,
# compression, or frame size. The application is responsible for
# choosing the appropriate implementation of the essence."
# It also says they should all have the same length, but
# there might be nested Sequences inside which we're not attempting
# to handle here (yet). We'll need a concrete example to ensure
# we're doing the right thing.
# TODO: Is the Timecode for an EssenceGroup correct?
# TODO: Try CountChoices() and ChoiceAt(i)
# For now, lets just skip it.
continue
mob = c.mob
if mob:
mobs.append(mob)
return mobs
