def draw_screen_boundary(self, cam_img):
if self.screen2cam_matrix is None: return cam_img
img = cam_img.copy()
draw_oriented_polylines(img, self._screen_corners, True, (0,0,255), 3)
return img
def draw_screen_boundary(self, cam_img):
if self.screen2cam_matrix is None: return cam_img
img = cam_img.copy()
draw_oriented_polylines(img, self._screen_corners, True, (0, 0, 255),
3)
return img
break
if k == ord('r'):
sf.reset()
cam_img = cam.read()
on = True
while sf.screens is None:
on = not on
x = on * 255
screen_img = np.full(win_size, (x, x, x), np.uint8)
imshow('main', screen_img)
imshow('screen finder', cam_img)
# wait so that the camera can capture images completely loaded
k = waitKey(20)
cam_img = cam.read()
sf.put_calibrate_images(screen_img, cam_img)
# delay again to make sure that the image will not change during the camera taking picture
k = waitKey(20)
for rect in sf.screens:
draw_oriented_polylines(cam_img, rect, 0, (0, 0, 255), 3)
imshow('topview', sf.findTopView(cam_img))
imshow('main', black)
imshow('screen finder', cam_img)
