def __init__(self, data, keyword_map, face_map, key):
self.data = data
self.key = key
self._caption = sysutils.nn_string(data.get("Caption")).strip()
self.comment = sysutils.nn_string(data.get("Comment")).strip()
if data.has_key("DateAsTimerInterval"):
self.date = applexml.getappletime(data.get("DateAsTimerInterval"))
else:
self.date = None
self.mod_date = applexml.getappletime(
data.get("ModDateAsTimerInterval"))
self.image_path = data.get("ImagePath")
if data.has_key("Rating"):
self.rating = int(data.get("Rating"))
else:
self.rating = None
if data.get("longitude"):
latitude = float(data.get("latitude"))
longitude = float(data.get("longitude"))
self.gps = imageutils.GpsLocation(latitude, longitude)
else:
self.gps = None
self.keywords = []
keyword_list = data.get("Keywords")
if keyword_list is not None:
for i in keyword_list:
self.keywords.append(keyword_map.get(i))
self.originalpath = data.get("OriginalPath")
self.roll = data.get("Roll")
self.albums = [] # list of albums that this image belongs to
self.faces = []
self.face_rectangles = []
self.event_name = '' # name of event (roll) that this image belongs to
self.event_index = '' # index within event
self.event_index0 = '' # index with event, left padded with 0
face_list = data.get("Faces")
if face_list:
for face_entry in face_list:
face_key = face_entry.get("face key")
face_name = face_map.get(face_key)
if face_name:
self.faces.append(face_name)
# Rectangle is '{{x, y}, {width, height}}' as ratios,
# referencing the lower left corner of the face rectangle.
self.face_rectangles.append(parse_face_rectangle(
face_entry.get("rectangle")))
def __init__(self, data, keyword_map, face_map):
self.data = data
self._caption = sysutils.nn_string(data.get("Caption")).strip()
self.comment = sysutils.nn_string(data.get("Comment")).strip()
if data.has_key("DateAsTimerInterval"):
self.date = applexml.getappletime(data.get("DateAsTimerInterval"))
else:
self.date = None
self.mod_date = applexml.getappletime(
data.get("ModDateAsTimerInterval"))
self.image_path = data.get("ImagePath")
if data.has_key("Rating"):
self.rating = int(data.get("Rating"))
else:
self.rating = None
if data.get("longitude"):
latitude = float(data.get("latitude"))
longitude = float(data.get("longitude"))
self.gps = imageutils.GpsLocation(latitude, longitude)
else:
self.gps = None
self.keywords = []
keyword_list = data.get("Keywords")
if keyword_list is not None:
for i in keyword_list:
self.keywords.append(keyword_map.get(i))
self.originalpath = data.get("OriginalPath")
self.roll = data.get("Roll")
self.albums = [] # list of albums that this image belongs to
self.faces = []
self.face_rectangles = []
self.event_name = '' # name of event (roll) that this image belongs to
self.event_index = '' # index within event
self.event_index0 = '' # index with event, left padded with 0
face_list = data.get("Faces")
if face_list:
for face_entry in face_list:
face_key = face_entry.get("face key")
face_name = face_map.get(face_key)
if face_name:
self.faces.append(face_name)
# Rectangle is '{{x, y}, {width, height}}' as ratios,
# referencing the lower left corner of the face rectangle.
self.face_rectangles.append(
parse_face_rectangle(face_entry.get("rectangle")))
def check_iptc_data(self, export_file, options, is_original=False, file_updated=False):
"""Tests if a file has the proper keywords and caption in the meta
data."""
if not su.getfileextension(export_file) in _EXIF_EXTENSIONS:
return False
messages = []
iptc_data = exiftool.get_iptc_data(export_file)
new_caption = imageutils.get_photo_caption(self.photo, self.container,
options.captiontemplate)
if not su.equalscontent(iptc_data.caption, new_caption):
messages.append(u' File caption: %s' % (su.nn_string(iptc_data.caption).strip()))
messages.append(u' iPhoto caption: %s' % (new_caption))
else:
new_caption = None
new_keywords = None
new_date = None
new_rating = -1
new_keywords = self.get_export_keywords(options.face_keywords)
if not imageutils.compare_keywords(new_keywords, iptc_data.keywords):
messages.append(u' File keywords: %s' % (u','.join(iptc_data.keywords)))
if new_keywords == None:
messages.append(u' iPhoto keywords: <None>')
else:
messages.append(u' iPhoto keywords: %s' % (u','.join(new_keywords)))
else:
new_keywords = None
if not options.aperture:
#if self.photo.date and date_time_original != self.photo.date:
# messages.append(u' File date: %s' % (date_time_original))
# messages.append(u' iPhoto date: %s' % (self.photo.date))
# new_date = self.photo.date
if self.photo.rating != None and iptc_data.rating != self.photo.rating:
messages.append(u' File rating: %d' % (iptc_data.rating))
messages.append(u' iPhoto rating: %d' % (self.photo.rating))
new_rating = self.photo.rating
else:
if options.face_keywords:
merged_keywords = iptc_data.keywords[:]
for keyword in self.photo.getfaces():
if not keyword in merged_keywords:
merged_keywords.append(keyword)
new_keywords = merged_keywords
if iptc_data.hierarchical_subject and not options.reverse:
messages.append(u' File subjects: %s' % (u','.join(iptc_data.hierarchical_subject)))
new_gps = None
if options.gps and self.photo.gps:
if (not iptc_data.gps or not self.photo.gps.is_same(iptc_data.gps)):
if iptc_data.gps:
old_gps = iptc_data.gps
else:
old_gps = imageutils.GpsLocation()
messages.append(u' File GPS: %s' % (old_gps.to_string()))
messages.append(u' iPhoto GPS: %s' % (self.photo.gps.to_string()))
new_gps = self.photo.gps
# Don't export the faces into the original file (could have been
# cropped).
do_faces = options.faces and not is_original
(new_rectangles, new_persons) = self._check_person_iptc_data(
export_file, iptc_data.region_rectangles, iptc_data.region_names, do_faces, messages)
if (new_caption != None or new_keywords != None or new_date or
(not options.reverse and iptc_data.hierarchical_subject) or
new_gps or new_rating != -1 or new_rectangles != None or new_persons != None):
su.pout(u'Updating IPTC for %s because of\n%s' % (export_file, u'\n'.join(messages)))
if (file_updated or imageutils.should_update(options)) and not options.dryrun:
exiftool.update_iptcdata(export_file, new_caption, new_keywords,
new_date, new_rating, new_gps,
new_rectangles, new_persons, iptc_data.image_width,
iptc_data.image_height, hierarchical_subject=[])
return True
return False
def __init__(self, key, data, keyword_map, face_map, aperture_data):
self.id = key
self.data = data
self._caption = su.nn_string(data.get("Caption")).strip()
self.comment = su.nn_string(data.get("Comment")).strip()
version = None
if aperture_data:
version = aperture_data.versions.get(key)
if data.has_key("DateAsTimerInterval"):
self.date = applexml.getappletime(data.get("DateAsTimerInterval"))
elif version:
self.date = version.image_date
else:
# Try to get the date from a the caption in "YYYYMMDD ..." format
m = re.match(_CAPTION_PATTERN, self._caption)
if m:
year = int(m.group(1))
month = int(m.group(2))
if not month:
month = 1
date = int(m.group(3))
if not date:
date = 1
self.date = datetime.datetime(year, month, date)
else:
self.date = None
self.mod_date = applexml.getappletime(
data.get("ModDateAsTimerInterval"))
self.image_path = data.get("ImagePath")
if data.has_key("Rating"):
self.rating = int(data.get("Rating"))
elif version:
self.rating = version.mainRating
else:
self.rating = None
if data.get("longitude"):
latitude = float(data.get("latitude"))
longitude = float(data.get("longitude"))
self.gps = imageutils.GpsLocation(latitude, longitude)
elif version:
self.gps = version.location
else:
self.gps = None
self.keywords = []
keyword_list = data.get("Keywords")
if keyword_list is not None:
for i in keyword_list:
self.keywords.append(keyword_map.get(i))
elif version:
self.keywords = version.keywords
if version:
self.originalpath = None # This is just a placeholder...
# Use the preview if there are adjustments.
if (version.rotation or version.hasAdjustments or
not su.getfileextension(version.master_image_path) in _JPG_EXTENSIONS):
#if version.rotation:
# su.pout(u"Rotated: %s (%d)" % (self._caption, version.rotation))
#if version.hasAdjustments:
# su.pout(u"Adjustments: %s" % (self._caption))
#if not su.getfileextension(version.master_image_path) in _JPG_EXTENSIONS:
# su.pout(u"Not JPEG: %s" % (self._caption))
self.originalpath = version.master_image_path
if not version.imageProxy.fullSizePreviewPath:
su.pout(u"No preview path for %s." % (self.caption))
else:
self.image_path = version.imageProxy.fullSizePreviewPath
else:
self.image_path = version.master_image_path
self.originalpath = None
if not version.imageProxy.fullSizePreviewUpToDate:
su.pout(u"%s: full size preview not up to date." % (self.caption))
else:
self.originalpath = data.get("OriginalPath")
self.roll = data.get("Roll")
self.albums = [] # list of albums that this image belongs to
self.faces = []
self.face_rectangles = []
self.event_name = '' # name of event (roll) that this image belongs to
self.event_index = '' # index within event
self.event_index0 = '' # index with event, left padded with 0
face_list = data.get("Faces")
if face_list:
for face_entry in face_list:
face_key = face_entry.get("face key")
face_name = face_map.get(face_key)
if face_name:
self.faces.append(face_name)
# Rectangle is '{{x, y}, {width, height}}' as ratios,
# referencing the lower left corner of the face rectangle,
# with lower left corner of image as (0,0)
rectangle = parse_face_rectangle(face_entry.get("rectangle"))
# Convert to using center of area, relative to upper left corner of image
rectangle[0] += rectangle[2] / 2.0
rectangle[1] = max(0.0, 1.0 - rectangle[1] - rectangle[3] / 2.0)
self.face_rectangles.append(rectangle)
# Other keys in face_entry: face index
# Now sort the faces left to right.
sorted_names = {}
sorted_rectangles = {}
for i in xrange(len(self.faces)):
x = self.face_rectangles[i][0]
while sorted_names.has_key(x):
x += 0.00001
sorted_names[x] = self.faces[i]
sorted_rectangles[x] = self.face_rectangles[i]
self.faces = [sorted_names[x] for x in sorted(sorted_names.keys())]
self.face_rectangles = [
sorted_rectangles[x] for x in sorted(sorted_rectangles.keys())]
def __init__(self, key, data, keyword_map, face_map, aperture_data):
self.id = key
self.data = data
self._caption = su.nn_string(data.get("Caption")).strip()
self.comment = su.nn_string(data.get("Comment")).strip()
version = None
if aperture_data:
version = aperture_data.versions.get(key)
if data.has_key("DateAsTimerInterval"):
self.date = applexml.getappletime(data.get("DateAsTimerInterval"))
elif version:
self.date = version.image_date
else:
# Try to get the date from a the caption in "YYYYMMDD ..." format
m = re.match(_CAPTION_PATTERN, self._caption)
if m:
year = int(m.group(1))
month = int(m.group(2))
if not month:
month = 1
date = int(m.group(3))
if not date:
date = 1
self.date = datetime.datetime(year, month, date)
else:
self.date = None
self.mod_date = applexml.getappletime(
data.get("ModDateAsTimerInterval"))
self.image_path = data.get("ImagePath")
if data.has_key("Rating"):
self.rating = int(data.get("Rating"))
elif version:
self.rating = version.mainRating
else:
self.rating = None
if data.get("longitude"):
latitude = float(data.get("latitude"))
longitude = float(data.get("longitude"))
self.gps = imageutils.GpsLocation(latitude, longitude)
elif version:
self.gps = version.location
else:
self.gps = None
self.keywords = []
keyword_list = data.get("Keywords")
if keyword_list is not None:
for i in keyword_list:
self.keywords.append(keyword_map.get(i))
elif version:
self.keywords = version.keywords
if version:
self.originalpath = None # This is just a placeholder...
# Use the preview if there are adjustments.
if (version.rotation or version.hasAdjustments
or not su.getfileextension(
version.master_image_path) in _JPG_EXTENSIONS):
#if version.rotation:
# su.pout(u"Rotated: %s (%d)" % (self._caption, version.rotation))
#if version.hasAdjustments:
# su.pout(u"Adjustments: %s" % (self._caption))
#if not su.getfileextension(version.master_image_path) in _JPG_EXTENSIONS:
# su.pout(u"Not JPEG: %s" % (self._caption))
self.originalpath = version.master_image_path
if not version.imageProxy.fullSizePreviewPath:
su.pout(u"No preview path for %s." % (self.caption))
else:
self.image_path = version.imageProxy.fullSizePreviewPath
else:
self.image_path = version.master_image_path
self.originalpath = None
if not version.imageProxy.fullSizePreviewUpToDate:
su.pout(u"%s: full size preview not up to date." %
(self.caption))
else:
self.originalpath = data.get("OriginalPath")
self.roll = data.get("Roll")
self.albums = [] # list of albums that this image belongs to
self.faces = []
self.face_rectangles = []
self.event_name = '' # name of event (roll) that this image belongs to
self.event_index = '' # index within event
self.event_index0 = '' # index with event, left padded with 0
face_list = data.get("Faces")
if face_list:
for face_entry in face_list:
face_key = face_entry.get("face key")
face_name = face_map.get(face_key)
if face_name:
self.faces.append(face_name)
# Rectangle is '{{x, y}, {width, height}}' as ratios,
# referencing the lower left corner of the face rectangle,
# with lower left corner of image as (0,0)
rectangle = parse_face_rectangle(
face_entry.get("rectangle"))
# Convert to using center of area, relative to upper left corner of image
rectangle[0] += rectangle[2] / 2.0
rectangle[1] = max(0.0,
1.0 - rectangle[1] - rectangle[3] / 2.0)
self.face_rectangles.append(rectangle)
# Other keys in face_entry: face index
# Now sort the faces left to right.
sorted_names = {}
sorted_rectangles = {}
for i in xrange(len(self.faces)):
x = self.face_rectangles[i][0]
while sorted_names.has_key(x):
x += 0.00001
sorted_names[x] = self.faces[i]
sorted_rectangles[x] = self.face_rectangles[i]
self.faces = [
sorted_names[x] for x in sorted(sorted_names.keys())
]
self.face_rectangles = [
sorted_rectangles[x]
for x in sorted(sorted_rectangles.keys())
]
def check_iptc_data(self, export_file, options, is_original=False, file_updated=False):
"""Tests if a file has the proper keywords and caption in the meta
data."""
if not su.getfileextension(export_file) in _EXIF_EXTENSIONS:
return False
messages = []
iptc_data = exiftool.get_iptc_data(export_file)
new_caption = imageutils.get_photo_caption(self.photo, self.container,
options.captiontemplate)
if not su.equalscontent(iptc_data.caption, new_caption):
messages.append(u' File caption: %s' % (su.nn_string(iptc_data.caption).strip()))
messages.append(u' iPhoto caption: %s' % (new_caption))
else:
new_caption = None
new_keywords = None
new_date = None
new_rating = -1
new_keywords = self.get_export_keywords(options.face_keywords)
if not imageutils.compare_keywords(new_keywords, iptc_data.keywords):
messages.append(u' File keywords: %s' % (u','.join(iptc_data.keywords)))
if new_keywords == None:
messages.append(u' iPhoto keywords: <None>')
else:
messages.append(u' iPhoto keywords: %s' % (u','.join(new_keywords)))
else:
new_keywords = None
if not options.aperture:
#if self.photo.date and date_time_original != self.photo.date:
# messages.append(u' File date: %s' % (date_time_original))
# messages.append(u' iPhoto date: %s' % (self.photo.date))
# new_date = self.photo.date
if self.photo.rating != None and iptc_data.rating != self.photo.rating:
messages.append(u' File rating: %d' % (iptc_data.rating))
messages.append(u' iPhoto rating: %d' % (self.photo.rating))
new_rating = self.photo.rating
else:
if options.face_keywords:
merged_keywords = iptc_data.keywords[:]
for keyword in self.photo.getfaces():
if not keyword in merged_keywords:
merged_keywords.append(keyword)
new_keywords = merged_keywords
if iptc_data.hierarchical_subject and not options.reverse:
messages.append(u' File subjects: %s' % (u','.join(iptc_data.hierarchical_subject)))
new_gps = None
if options.gps and self.photo.gps:
if (not iptc_data.gps or not self.photo.gps.is_same(iptc_data.gps)):
if iptc_data.gps:
old_gps = iptc_data.gps
else:
old_gps = imageutils.GpsLocation()
messages.append(u' File GPS: %s' % (old_gps.to_string()))
messages.append(u' iPhoto GPS: %s' % (self.photo.gps.to_string()))
new_gps = self.photo.gps
# Don't export the faces into the original file (could have been
# cropped).
do_faces = options.faces and not is_original
(new_rectangles, new_persons) = self._check_person_iptc_data(
export_file, iptc_data.region_rectangles, iptc_data.region_names, do_faces, messages)
if (new_caption != None or new_keywords != None or new_date or
(not options.reverse and iptc_data.hierarchical_subject) or
new_gps or new_rating != -1 or new_rectangles != None or new_persons != None):
su.pout(u'Updating IPTC for %s because of\n%s' % (export_file, u'\n'.join(messages)))
if (file_updated or imageutils.should_update(options)) and not options.dryrun:
exiftool.update_iptcdata(export_file, new_caption, new_keywords,
new_date, new_rating, new_gps,
new_rectangles, new_persons, iptc_data.image_width,
iptc_data.image_height, hierarchical_subject=[])
return True
return False