def drawMap(Map, angle, transformed_img, contours):
grayMap = cv2.cvtColor(Map, cv2.COLOR_BGR2GRAY)
rotated = rotate(grayMap, angle)
x3, y3 = temp_match(rotated, transformed_img)
Map1 = rotate(Map, angle)
for cnt in contours:
x,y,w,h = cv2.boundingRect(cnt)
Map1 = cv2.rectangle(Map1, (x3+x-10,y3+y-10), (x3+x+10+w,y3+y+10+h), (0,0,0), 3)
Map1 = rotate(Map1, -angle)
Map1 = crop(grayMap, Map1)
return Map1
def on_effect(self, event):
"""
Apply the specified effect to the image
"""
if not self.current_image:
return
tmp = os.path.join(self.std_paths.GetTempDir(), "temp.jpg")
effect = self.effects_combo.GetValue()
if "Rotate" in effect:
degrees = int(effect.split()[-1])
rotate(self.original_image, degrees, tmp)
self.current_image = tmp
elif effect == "Mirror":
mirror(self.original_image, tmp)
self.current_image = tmp
else:
self.current_image = self.original_image
self.load_image()
def apply_rotate(image_file, effect):
if effect == "Rotate 90":
rotate(image_file, 90, tmp_file)
elif effect == "Rotate 180":
rotate(image_file, 180, tmp_file)
elif effect == "Rotate 270":
rotate(image_file, 270, tmp_file)
opt = input("Do you want to save changes(y/n): ")
if opt == 'y':
save_img(image_name, original, image)
print("Thank you!\nExiting..")
break
elif choice == 1:
new = resize_image(image)
elif choice == 2:
new = blur(image, blur)
elif choice == 3:
new = image
pass
elif choice == 4:
new = to_gray(image)
elif choice == 5:
new = rotate(image)
elif choice == 6:
new = edges(image)
elif choice == 7:
new = fuse_image(image)
elif choice == 8:
new = shape(image)
elif choice == 9:
new = crop_img(image)
elif choice == 20:
save_img(image_name, original, image)
else:
print("Invalid Choice")
if choice in range(10):