video = 'voiture.mp4' cap = cv2.VideoCapture(video) image_back = meth.take_back_ground_debut(cap) cv2.imshow("hhh", image_back) cv2.waitKey(0) ################## state = False while True: i = 0 while ((i < NMBR_IMAGE_MAJ) and (not (state))): ret, frame = cap.read() new_frame = cv2.cvtColor(frame, cv2.COLOR_BGR2GRAY) state = meth.sub_image(image_back, new_frame) if state != True: i += 1 if i == NMBR_IMAGE_MAJ: meth.maj_back(image_back, new_frame) break if state == True: print("mouvemment") """ def calcule_matricule(image):
video='voiture.mp4' cap=cv2.VideoCapture(video) image_back=meth.take_back_ground_debut(cap) cv2.imshow("hhh",image_back) cv2.waitKey(0) ################## state=False while True: i=0 while i<NMBR_IMAGE_MAJ: ret, frame=cap.read() state=meth.sub_image(image_back,frame) if a ==True: i=0 break else: i+=1 if i ==NMBR_IMAGE_MAJ: i=0 meth.maj_back(image_back,frame) """ def calcule_matricule(image): cv2.imshow('frame', image)
image_back = meth.take_back_ground_debut(cap) cv2.imshow("hhh", image_back) cv2.waitKey(0) ################## state = False while True: i = 0 while ((i < NMBR_IMAGE_MAJ) and (not (state))): print("etiration ") ret, frame = cap.read() new_frame = cv2.cvtColor(frame, cv2.COLOR_BGR2GRAY) image_info = meth.sub_image(image_back, new_frame) state = meth.verrifier(image_info) if state != True: i += 1 if i == NMBR_IMAGE_MAJ: meth.maj_back(image_back, new_frame) break if state == True: print("mouvemment") state = False """