def main():
console.clear()
#p = photos.pick_image(show_albums=True, include_metadata=True, original=True, raw_data=False, multi=True)
# Build dictionary filename: index
fn_index = {}
for ip in range(photos.get_count()):
m = photos.get_metadata(ip)
#print m
fn = m.get('filename')
fn_index[fn] = (ip, '')
# - type = 1: album
# - subtype = 2: regular album
result = PHAssetCollection.fetchAssetCollectionsWithType_subtype_options_(
1, 2, None)
#print result
for i in range(result.count()):
coll = result.objectAtIndex_(i)
album = str(coll.localizedTitle())
assets = PHAsset.fetchAssetsInAssetCollection_options_(coll, None)
for j in range(assets.count()):
a = assets.objectAtIndex_(j)
fn = str(a.valueForKey_('filename'))
tuple = fn_index[fn]
ip = tuple[0]
fn_index[fn] = (ip, album)
# print filename -> album,index
print(fn_index)
def main():
console.clear()
#p = photos.pick_image(show_albums=True, include_metadata=True, original=True, raw_data=False, multi=True)
# Build dictionary filename: index
fn_index = {}
for ip in range(photos.get_count()):
m = photos.get_metadata(ip)
#print m
fn = m.get('filename')
fn_index[fn] = (ip,'')
# - type = 1: album
# - subtype = 2: regular album
result = PHAssetCollection.fetchAssetCollectionsWithType_subtype_options_(1,2, None)
#print result
for i in range(result.count()):
coll = result.objectAtIndex_(i)
album = str(coll.localizedTitle())
assets = PHAsset.fetchAssetsInAssetCollection_options_(coll, None)
for j in range(assets.count()):
a = assets.objectAtIndex_(j)
fn = str(a.valueForKey_('filename'))
tuple = fn_index[fn]
ip = tuple[0]
fn_index[fn] = (ip,album)
# print filename -> album,index
print fn_index
def get_extension():
ext = 'jpg'
photo_meta = photos.get_metadata(-1).keys()
if '{PNG}' in photo_meta:
ext = 'png'
elif '{GIF}' in photo_meta:
ext = 'gif'
elif '{TIFF}' and '{Exif}' in photo_meta:
ext = 'jpg'
return ext
def get_extension():
ext = 'jpg'
photo_meta = photos.get_metadata(-1).keys()
if '{PNG}' in photo_meta:
ext = 'png'
elif '{GIF}' in photo_meta:
ext = 'gif'
elif '{TIFF}' and '{Exif}' in photo_meta:
ext = 'jpg'
return ext
def __init__(self, width, height):
self.frame = (0, 0, width, height)
self.iwidth = 200.0
self.iheight = 200.0
framesize = 10
iw = self.iwidth - 2 * framesize
ih = self.iheight - 2 * framesize
ratio = ih / iw
self.img = []
self.imgcount = min(photos.get_count(), 100)
console.hud_alert(
"Please wait while {} photos are loading...".format(self.imgcount)
)
for i in range(self.imgcount):
s = photos.get_metadata(i)
if s["filename"][-3:] == "MOV": # skip movies
self.img.append(None)
continue
img = ui.Image.from_data(photos.get_image(i, raw_data=True))
w, h = img.size
rat = h / w
x_ratio = 1.0
y_ratio = 1.0
x = framesize
y = framesize
if ratio < 1: # landscape canvas
if rat <= ratio: # full width
y = ((ih - iw * rat) / 2) + framesize
y_ratio = iw * rat / ih
else: # full height
x = ((iw - ih / rat) / 2) + framesize
x_ratio = ih / rat / iw
elif ratio > 1: # portrait canvas
if rat > ratio: # full height
x = ((iw - ih / rat) / 2) + framesize
x_ratio = ih / rat / iw
else: # full width
y = ((ih - iw * rat) / 2) + framesize
y_ratio = iw * rat / ih
else: # cubic canvas
if rat < 1: # full width
y = ((ih - iw * rat) / 2) + framesize
y_ratio = iw * rat / ih
elif rat > 1: # full height
x = ((iw - ih / rat) / 2) + framesize
x_ratio = ih / rat / iw
else: # cubic
pass # x_ratio = y_ratio = 1.0
with ui.ImageContext(self.iwidth, self.iheight) as ctx:
img.draw(x, y, iw * x_ratio, ih * y_ratio)
self.img.append(ctx.get_image())
def select_photos():
console.clear()
back = MyView(frame=(0, 0, 500, 500))
back.present('sheet')
todels = photos.pick_image(include_metadata=True,
original=True,
raw_data=False,
multi=True)
# todels = list of tuples
# [(image,metadata),(image,metadata),...]
# Build dictionary filename: index
fn_index = {}
for ip in range(photos.get_count()):
m = photos.get_metadata(ip)
fn = m.get('filename')
fn_index[fn] = ip
# that could be a problem if two photos have the same filename, what happens if you download the same file (fi from Dropbox) more than once.
# pick_image seems to display "camera roll" which seems to be all photos in sequence like
# - type = 2: smartalbum
# - subtype = 209: smartalbumlibrary
result = PHAssetCollection.fetchAssetCollectionsWithType_subtype_options_(
2, 209, None)
coll = result.firstObject()
assets = PHAsset.fetchAssetsInAssetCollection_options_(coll, None)
# create array of assets to be deleted
a_del = []
for todel in todels:
fn = todel[1].get('filename')
ia = fn_index[fn] # file name -> index
a = assets.objectAtIndex_(ia)
resources = PHAssetResource.assetResourcesForAsset(a)
filename = resources[0].originalFilename
a_del.append(a)
lib = PHPhotoLibrary.sharedPhotoLibrary()
def change_block():
# standard delete will ask a confirmation by specifying the number of photos to be deleted but by showing only one
req = PHAssetChangeRequest.deleteAssets_(a_del)
def perform_changes():
lib.performChangesAndWait_error_(change_block, None)
t = threading.Thread(target=perform_changes)
t.start()
t.join()
def __init__(self, width, height):
self.frame = (0,0,width,height)
self.iwidth = 200.0
self.iheight = 200.0
framesize = 10
iw = self.iwidth - 2 * framesize
ih = self.iheight - 2 * framesize
ratio = ih / iw
self.img = []
self.imgcount = min(photos.get_count(), 100)
console.hud_alert('Please wait while {} photos are loading...'.format(self.imgcount))
for i in xrange(self.imgcount):
s = photos.get_metadata(i)
if s['filename'][-3:] == 'MOV': #skip movies
self.img.append(None)
continue
img = ui.Image.from_data(photos.get_image(i,raw_data=True))
w, h = img.size
rat = h / w
x_ratio = 1.0
y_ratio = 1.0
x = framesize
y = framesize
if ratio < 1: #landscape canvas
if rat <= ratio: #full width
y = ((ih - iw * rat) / 2) + framesize
y_ratio = iw * rat / ih
else: #full height
x = ((iw - ih / rat) / 2) + framesize
x_ratio = ih / rat / iw
elif ratio > 1: #portrait canvas
if rat > ratio: #full height
x = ((iw - ih / rat) / 2) + framesize
x_ratio = ih / rat / iw
else: #full width
y = ((ih - iw * rat) / 2) + framesize
y_ratio = iw * rat / ih
else: #cubic canvas
if rat < 1: #full width
y = ((ih - iw * rat) / 2) + framesize
y_ratio = iw * rat / ih
elif rat > 1: #full height
x = ((iw - ih / rat) / 2) + framesize
x_ratio = ih / rat / iw
else: #cubic
pass #x_ratio = y_ratio = 1.0
with ui.ImageContext(self.iwidth, self.iheight) as ctx:
img.draw(x,y,iw * x_ratio,ih * y_ratio)
self.img.append(ctx.get_image())
# https://gist.github.com/omz/8838751
# Shows the location of the last photo in the canera roll in the Maps app.
# (thanks to @HyShai for pointing out that the latitude/longitude refs are necessary)
import photos
import webbrowser
meta = photos.get_metadata(-1)
gps = meta.get('{GPS}')
if gps:
latitude = str(gps.get('Latitude', 0.0)) + gps.get('LatitudeRef', '')
longitude = str(gps.get('Longitude', 0.0)) + gps.get('LongitudeRef', '')
maps_url = 'safari-http://maps.apple.com/?ll=%f,%f' % (latitude, longitude)
webbrowser.open(maps_url)
else:
print 'Last photo has no location metadata.'
# https://gist.github.com/omz/8838751
# Shows the location of the last photo in the canera roll in the Maps app.
# (thanks to @HyShai for pointing out that the latitude/longitude refs are necessary)
import photos
import webbrowser
meta = photos.get_metadata(-1)
gps = meta.get('{GPS}')
if gps:
latitude = str(gps.get('Latitude', 0.0)) + gps.get('LatitudeRef', '')
longitude =str(gps.get('Longitude', 0.0)) + gps.get('LongitudeRef', '')
maps_url = 'safari-http://maps.apple.com/?ll=%f,%f' % (latitude, longitude)
webbrowser.open(maps_url)
else:
print 'Last photo has no location metadata.'
console.clear()
back = MyView(frame=(0, 0, 500, 500))
back.present('sheet')
todels = photos.pick_image(include_metadata=True,
original=True,
raw_data=False,
multi=True)
# todels = list of tuples
# [(image,metadata),(image,metadata),...]
# Build dictionary filename: index
fn_index = {}
for ip in range(photos.get_count()):
m = photos.get_metadata(ip)
fn = m.get('filename')
fn_index[fn] = ip
# that could be a problem if two photos have the same filename, what happens if you download the same file (fi from Dropbox) more than once.
# pick_image seems to display "camera roll" which seems to be all photos in sequence like
# - type = 2: smartalbum
# - subtype = 209: smartalbumlibrary
result = PHAssetCollection.fetchAssetCollectionsWithType_subtype_options_(
2, 209, None)
coll = result.firstObject()
assets = PHAsset.fetchAssetsInAssetCollection_options_(coll, None)
# create array of assets to be deleted
a_del = []
for todel in todels:
def get_index(filename):
c = photos.get_count()
for i in range(c):
m = photos.get_metadata(i)
if m.get('filename') == filename:
return i
#print result
for i in range(result.count()):
coll = result.objectAtIndex_(i)
album = str(coll.localizedTitle())
assets = PHAsset.fetchAssetsInAssetCollection_options_(coll, None)
for j in range(assets.count()):
a = assets.objectAtIndex_(j)
fn = str(a.valueForKey_('filename'))
tuple = fn_index[fn]
ip = tuple[0]
fn_index[fn] = (ip, album)
# print filename -> album,index
print fn_index
main()
# --------------------
fn_index = {
photos.get_metadata(i)['filename']: (i, '')
for i in range(photos.get_count())
}
# --------------------
NSBundle.bundleWithPath_('/System/Library/Frameworks/Photos.framework').load()
# --------------------
def get_img_index(filename):
c = photos.get_count()
for i in range(c):
m = photos.get_metadata(i)
if m.get('filename') == filename:
return i