diff --git a/outputs/d_metropolis.in b/outputs/d_metropolis.in
diff --git a/outputs/e_high_bonus.in b/outputs/e_high_bonus.in
diff --git a/script.py b/script.py
@@ -46,13 +46,7 @@ def car_to_ride_score(car, ride, bonus):
 	ride_length = dist((ride[0], ride[1]), (ride[2], ride[3]))
 	start_moment = car[2] + dist(car[1], (ride[0], ride[1]))
 
-	if start_moment <= ride[4]:
-		return (ride_length + bonus, start_moment + ride_length)
-
-	if start_moment + ride_length <= ride[5]:
-		return (ride_length, start_moment + ride_length)
-
-	return (0, start_moment + ride_length)
+	return (ride[4] - start_moment, start_moment + ride_length)
 
 
 def emil(data):
@@ -69,12 +63,13 @@ def emil(data):
 	for i, r in enumerate(rides):
 		# print(i)
 		best_car = 0
-		best_car_distance = (-math.inf, 0)
+		best_car_distance = (-math.inf, 0, 0)
 		for c in cars:
 			d = car_to_ride_score(c, r, data.B)
 			if d[0] > best_car_distance[0]:
 				best_car_distance = d
 				best_car = c[0]
+
 
 		# assign car
 		try:
@@ -84,6 +79,8 @@ def emil(data):
 			assign[best_car] = [i]
 			cars[best_car] = (best_car, (r[2], r[3]), best_car_distance[1])
 
+		# print(cars)
+
 	return assign