if len(argv) < 2:
print('You must specify a name argument.')
else:
config = Config().get()
capture = Capture(config)
trans = Transform(config)
display = Display()
detect = Detect()
label = Label()
with capture, display:
key = ''
while key != 'q':
success = False
image = capture.frame()
disk = trans.image_copy(image)
disk = trans.image_color_flip(disk)
small = trans.scale_image(image)
locs = detect.locations(small)
if len(locs) == 1:
success = True
loc = trans.scale_location(locs[0])
label.set_image(image).set_location(loc)
image = label.outline().header(argv[1]).get_image()
display.show(image)
key = display.key()
if key == 'c' and success == True:
print('Capturing {}...'.format(argv[1]))
Save().image(disk, argv[1])
from src.label import Label
from src.transform import Transform
config = Config().get()
capture = Capture(config)
encode = Encode(config)
trans = Transform(config)
detect = Detect()
display = Display()
label = Label()
refs, ref_map = encode.images()
with capture, display:
while display.key() != 'q':
image = capture.frame()
label.set_image(image)
small = trans.scale_image(image)
locs, encs = detect.all(small)
for i in range(len(encs)):
lbl = False
enc = encs[i]
loc = locs[i]
cmps = detect.compare(refs, enc)
for j in range(len(cmps)):
if cmps[j]:
lbl = ref_map[j]
if lbl:
loc = trans.scale_location(loc)
label.set_location(loc).outline().header(lbl)