def __init__(self, width, height):
self.frame = (0, 0, width, height)
self.iwidth = 200.0
self.iheight = 150.0
framesize = 5
iw = self.iwidth - 2 * framesize
ih = self.iheight - 2 * framesize
ratio = ih / iw
self.img = []
self.imgcount = photos.get_count()
if self.imgcount < 100:
console.hud_alert(
'Please wait while {} photos are loading...'.format(
self.imgcount))
else:
console.hud_alert('Please wait while 100 photos are loading...')
self.imgcount = 100
for i in range(self.imgcount):
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 rat > ratio: #portrait
x = ((iw - ih * rat) / 2) + framesize
x_ratio = ih * rat / iw
else: #landscape
y = ((ih - iw * rat) / 2) + framesize
y_ratio = iw * rat / ih
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 show_photo(filename):
parse_photoid = re.compile(r"photo(\d+)(_thmb)?\.jpg\Z")
r = parse_photoid.match(filename)
if r != None:
if not users.check_permission_to_view(session, int(r.group(1))):
return "Ei oikeuksia"
return photos.get_image(filename)
return "kuvaa ei ole"
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 __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())
def make_image_view(self, image_name=''): # fullscreen background image
image_view = ui.ImageView(frame=self.bounds)
image_view.image = ui.Image.from_data(photos.get_image(raw_data=True))
return image_view
main_view = ui.load_view('Views/gallery')
scroll = main_view['scrollview1']
def photo_fill(view, amount, spacing=32, source=[], y_offset=0, exceptions=[]):
view.content_size = (2000, 2000)
[view.add_subview(ui.ImageView()) for i in range(0, amount)]
for i in range(len(view.subviews)):
curr = view.subviews[i]
prev = view.subviews[i - 1]
if curr not in exceptions:
curr.y = y_offset
curr.image = ui.Image().from_data(random.choice(source))
if i != 0:
if curr.x < view.width:
curr.x = prev.x + spacing
print(curr.x, curr.y)
# GETTING THERE!!!!
image_array = [
'emj:Alien', 'emj:Angry', 'emj:Anger_Symbol', 'emj:Alien_Monster',
'emj:Ambulance', 'emj:Airplane', 'emj:Artist_Palette', 'emj:Anchor',
'emj:Bath', 'emj:Bug'
]
roll_array = [
photos.get_image(x, raw_data=True) for x in range(random.randint(0, 100))
]
excep = [scroll]
main_view.present()
photo_fill(scroll, 20, 100, exceptions=excep, source=roll_array, y_offset=100)
[view.add_subview(ui.ImageView()) for i in range(0, amount)]
for i in range(len(view.subviews)):
curr = view.subviews[i]
prev = view.subviews[i - 1]
if curr not in exceptions:
curr.y = y_offset
curr.image = ui.Image().from_data(random.choice(source))
if i != 0:
if curr.x < view.width:
curr.x = prev.x + spacing
print(curr.x, curr.y)
# GETTING THERE!!!!
image_array = [
"emj:Alien",
"emj:Angry",
"emj:Anger_Symbol",
"emj:Alien_Monster",
"emj:Ambulance",
"emj:Airplane",
"emj:Artist_Palette",
"emj:Anchor",
"emj:Bath",
"emj:Bug",
]
roll_array = [photos.get_image(x, raw_data=True) for x in range(random.randint(0, 100))]
excep = [scroll]
main_view.present()
photo_fill(scroll, 20, 100, exceptions=excep, source=roll_array, y_offset=100)
import clipboard
import bitly
import datetime
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
last_pic = photos.get_image(-1)
extension = get_extension()
base = datetime.datetime.now().strftime('%Y%m%d-%H%M%S')
filename = base + '.' + extension
pic_read = StringIO.StringIO()
last_pic.save(pic_read, extension)
USER = '******'
PASS = keychain.get_password('cloudapp', USER)
API_URL = 'http://my.cl.ly/items/new'
s = requests.Session()
s.auth = requests.auth.HTTPDigestAuth(USER, PASS)
# Takes two iPhone 5 screenshots, places them side-by-side in a single image set to the clipboard.
# Python version of this Keyboard Maestro macro: http://www.macstories.net/tutorials/a-better-way-to-combine-iphone-screenshots-with-keyboard-maestro/
# Unlike ScreenshotsClipboard, this script lets you set the placement of screenshots in the final image
# You can, for instance, decide to paste the first Photos.app screenshot (index starts at 0) as the second image on the right
# If you choose "the second image", the second file copied in Photos.app will be pasted first.
# Inspired by Gabe Weatherhead: http://www.macdrifter.com/pythonista-app-from-toy-to-tool.html
import photos
import clipboard
import Image
if clipboard.get_image(idx=0) and clipboard.get_image(idx=1):
im1 = clipboard.get_image(idx=0)
im2 = clipboard.get_image(idx=1)
else:
im1 = photos.get_image(-1)
im2 = photos.get_image(-2)
_1 = im1.resize((366,650),Image.ANTIALIAS)
_2 = im2.resize((366,650),Image.ANTIALIAS)
background = Image.new('RGBA', (746,650), (255, 255, 255, 255))
print "Which image goes on the left? (in Photos.app order)"
print "[1] The first image"
print "[2] The second image"
formatType = raw_input("Select an image: ")
if formatType == "x":
def make_image_view(self, image_name=''): # fullscreen background photo
image_view = ui.ImageView(frame=self.bounds)
image_view.image = ui.Image.from_data(photos.get_image(raw_data=True))
return image_view
# Takes two iPhone 5 screenshots, places them side-by-side in a single image set to the clipboard.
# Python version of this Keyboard Maestro macro: http://www.macstories.net/tutorials/a-better-way-to-combine-iphone-screenshots-with-keyboard-maestro/
# Unlike ScreenshotsClipboard, this script lets you set the placement of screenshots in the final image
# You can, for instance, decide to paste the first Photos.app screenshot (index starts at 0) as the second image on the right
# If you choose "the second image", the second file copied in Photos.app will be pasted first.
# Inspired by Gabe Weatherhead: http://www.macdrifter.com/pythonista-app-from-toy-to-tool.html
import photos
import clipboard
import Image
if clipboard.get_image(idx=0) and clipboard.get_image(idx=1):
im1 = clipboard.get_image(idx=0)
im2 = clipboard.get_image(idx=1)
else:
im1 = photos.get_image(-1)
im2 = photos.get_image(-2)
_1 = im1.resize((366, 650), Image.ANTIALIAS)
_2 = im2.resize((366, 650), Image.ANTIALIAS)
background = Image.new('RGBA', (746, 650), (255, 255, 255, 255))
print("Which image goes on the left? (in Photos.app order)")
print("[1] The first image")
print("[2] The second image")
formatType = raw_input("Select an image: ")
if formatType == "x":
import datetime
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
last_pic = photos.get_image(-1)
extension = get_extension()
base = datetime.datetime.now().strftime('%Y%m%d-%H%M%S')
filename = base + '.' + extension
pic_read = StringIO.StringIO()
last_pic.save(pic_read, extension)
USER = '******'
PASS = keychain.get_password('cloudapp', USER)
API_URL = 'http://my.cl.ly/items/new'
s = requests.Session()
s.auth = requests.auth.HTTPDigestAuth(USER, PASS)
# coding: utf-8
# MORE TRIAL AND ERROR
import ui,photos,random
from PIL import Image
main_view = ui.load_view('Views/gallery')
scroll = main_view['scrollview1']
# GETTING THERE!!!!
image_array=['emj:Alien','emj:Angry','emj:Anger_Symbol','emj:Alien_Monster','emj:Ambulance','emj:Airplane','emj:Artist_Palette','emj:Anchor','emj:Bath','emj:Bug']
roll_array = [photos.get_image(x,raw_data=True) for x in range(0,9)]
excep = [scroll]
main_view.present()
offset=45
def fill(view,amount,spacing=32,source=[],y_offset=0,exceptions=[]):
[view.add_subview(ui.ImageView()) for i in range(0,amount)]
for i in range(len(view.subviews)):
curr = view.subviews[i]
prev = view.subviews[i-1]
if curr not in exceptions:
curr.y=y_offset
curr.image = ui.Image().named(random.choice(source))
if i!=0:
if curr.x<view.width:
curr.x=prev.x+spacing
print (curr.x,curr.y)
fill(scroll,50,3,image_array,0)
def photo_fill(view,amount,spacing=32,source=[],y_offset=0,exceptions=[]):