def artwork(self, brep=False):
"""Get artwork for the song item
brep determines if we want a PIL image or just the binary version
"""
if self._objc.artworkCatalog():
uiimage = self._objc.artworkCatalog().bestImageFromDisk()
if brep:
return uiimage_to_png(uiimage)
else:
i = BytesIO(uiimage_to_png(uiimage))
return Image.open(i)
else:
return None
def artwork(self, brep=False):
"""Get artwork for the song item
brep determines if we want a PIL image or just the binary version
"""
if self._objc.artworkCatalog():
uiimage = self._objc.artworkCatalog().bestImageFromDisk()
if brep:
return uiimage_to_png(uiimage)
else:
i = BytesIO(uiimage_to_png(uiimage))
return Image.open(i)
else:
return None
def getIcon(self, scale=2.0, form=10):
i = UIImage._applicationIconImageForBundleIdentifier_format_scale_(self.appID, form, scale)
o = ObjCInstance(i.akCGImage())
img = UIImage.imageWithCGImage_(o)
with BytesIO(uiimage_to_png(img)) as buffer:
self.icon = Image.open(buffer)
def getIcon(self, scale=2.0, form=10):
i = UIImage._applicationIconImageForBundleIdentifier_format_scale_(
self.appID, form, scale)
o = ObjCInstance(i.akCGImage())
img = UIImage.imageWithCGImage_(o)
with BytesIO(uiimage_to_png(img)) as buffer:
self.icon = Image.open(buffer)
def get_symbols(assets_list):
symbols = []
for symbol in assets_list:
ins = UIImage.systemImageNamed_(symbol)
if ins:
png = uiimage_to_png(ins)
data = {'title': str(symbol), 'image': ui.Image.from_data(png)}
else:
data = {'title': str(symbol)}
symbols.append(data)
return symbols
def to_png(self):
global depthSource
ctx = objc_util.ObjCClass('CIContext').context()
try:
extent = self.ci_img.extent()
except:
if allow_ML:
raise('The selected portrait photo does not contain a depth map.')
else:
print('The selected portrait photo does not contain a depth map.')
quit()
m = ctx.outputImageMaximumSize()
cg_img = ctx.createCGImage_fromRect_(self.ci_img, extent)
ui_img = objc_util.UIImage.imageWithCGImage_(cg_img)
png_data = objc_util.uiimage_to_png(objc_util.ObjCInstance(ui_img))
depthSource = 'Embedded'
return png_data
def __init__(self, chosen_pic):
self.MLModel = objc_util.ObjCClass('MLModel')
self.VNCoreMLModel = objc_util.ObjCClass('VNCoreMLModel')
self.VNCoreMLRequest = objc_util.ObjCClass('VNCoreMLRequest')
self.VNImageRequestHandler = objc_util.ObjCClass('VNImageRequestHandler')
result = self.classify_asset(chosen_pic)
if result:
resultString = str(result)
resultWidth = int(resultString[resultString.find('width=') + 6:resultString.find(' ', resultString.find('width=') + 6)])
resultHeight = int(resultString[resultString.find('height=') + 7:resultString.find(' ', resultString.find('height=') + 7)])
CIImage = objc_util.ObjCClass('CIImage')
pixelBuffer = result.pixelBuffer
ci_img = CIImage.imageWithCVPixelBuffer_(pixelBuffer())
ctx = objc_util.ObjCClass('CIContext').context()
cg_img = ctx.createCGImage_fromRect_(ci_img, objc_util.CGRect(objc_util.CGPoint(0, 0), objc_util.CGSize(resultWidth, resultHeight)))
ui_img = objc_util.UIImage.imageWithCGImage_(cg_img)
self.png_data = objc_util.uiimage_to_png(objc_util.ObjCInstance(ui_img))
def icon(self, scale=2.0, form=10): i = UIImage._applicationIconImageForBundleIdentifier_format_scale_(self.appID, form, scale) o = ObjCInstance(i.akCGImage()) img = UIImage.imageWithCGImage_(o) return uiimage_to_png(img)