def detect(path,**kwargs):
d = Dataset('./data')
image = d.read(path)
global rgb
rgb = d.read(path)
pupil = find_pupil(image, 15)[0]
e = Ellipse()
e._axes = (pupil[2], pupil[2])
e._center = pupil[0:2]
x, y = circle_perimeter(pupil[0], pupil[1], pupil[2])
#rgb[x,y] = 255
return e, image
def detect(d, i,**kwargs):
image = d.read(d.images[i])
global rgb
rgb = d.read(d.images[i], flatten=False)
pupil = find_pupil(image)[0]
img, points, ellipse = find_iris(image, pupil, **kwargs)
x, y = circle_perimeter(pupil[0], pupil[1], pupil[2])
rgb[x,y] = (220, 40, 40)
ex, ey = ellipse.center
major, minor = ellipse.axes
orientation = ellipse.orientation
x, y = ellipse_perimeter(int(ex), int(ey), int(major), int(minor), orientation)
rgb[x,y] = (220, 40, 40)
imshow(rgb)
def detect(d, i, **kwargs):
image = d.read(d.images[i])
global rgb
rgb = d.read(d.images[i], flatten=False)
pupil = find_pupil(image)[0]
img, points, ellipse = find_iris(image, pupil, **kwargs)
x, y = circle_perimeter(pupil[0], pupil[1], pupil[2])
rgb[x, y] = (220, 40, 40)
ex, ey = ellipse.center
major, minor = ellipse.axes
orientation = ellipse.orientation
x, y = ellipse_perimeter(int(ex), int(ey), int(major), int(minor),
orientation)
rgb[x, y] = (220, 40, 40)
imshow(rgb)
def detect(path,**kwargs):
d = Dataset('./data')
image = d.read(path)
global rgb
rgb = d.read(path)
pupil = find_pupil(image, 15)[0]
e = Ellipse()
e._axes = (pupil[2], pupil[2])
e._center = pupil[0:2]
#img, points, ellipse = find_iris(image, pupil, **kwargs)
x, y = circle_perimeter(pupil[0], pupil[1], pupil[2])
rgb[x,y] = 255
#ex, ey = ellipse.center
#major, minor = ellipse.axes
#orientation = ellipse.orientation
#imshow(rgb)
#x, y = ellipse_perimeter(int(ex), int(ey), int(major), int(minor), orientation)
#rgb[x,y] = (220, 40, 40)
#imshow(rgb)
return e, image
