more cleaning

2023/06/part 1 solution.py

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+with open(r'advent_of_code\2023\06\input.txt', 'r') as file:
+    input = file.readlines()
+with open(r'advent_of_code\2023\06\test_input.txt', 'r') as file:
+    test_input = file.readlines()
+
+#input = test_input
+
+times_string = input[0].replace('Time:', '').split()
+times = [int(time) for time in times_string if time]
+
+distances_string = input[1].replace('Distance:', '').split()
+distances = [int(distance) for distance in distances_string if distance]
+
+time_and_distance = zip(times, distances)
+
+def calculate_distances(race_time):
+    max_distances = []
+    for button_hold_time in range(race_time + 1):
+        travel_time = race_time - button_hold_time
+        distance_travelled = button_hold_time * travel_time
+        max_distances.append(distance_travelled)
+    return max_distances
+
+count_valid_distances = []
+for time, distance in time_and_distance:
+    max_distances = calculate_distances(time)
+    valid_distances = [max_distance for max_distance in max_distances if max_distance > distance]
+    count_valid_distances.append(len(valid_distances))
+
+#multiply the count of valid distances together 
+print(count_valid_distances)
+result = 1
+for num in count_valid_distances:
+    result *= num
+print(result)

2023/06/part 2 solution.py

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+with open(r'advent_of_code\2023\06\input.txt', 'r') as file:
+    input = file.readlines()
+with open(r'advent_of_code\2023\06\test_input.txt', 'r') as file:
+    test_input = file.readlines()
+
+#input = test_input
+
+times_string = input[0].replace('Time:', '').replace(' ', '')
+time = int(times_string)
+
+distances_string = input[1].replace('Distance:', '').replace(' ', '')
+distance = int(distances_string)
+
+print(time, distance)
+
+def calculate_distances(race_time):
+    max_distances = []
+    for button_hold_time in range(race_time + 1):
+        travel_time = race_time - button_hold_time
+        distance_travelled = button_hold_time * travel_time
+        max_distances.append(distance_travelled)
+    return max_distances
+
+count_valid_distances = []
+
+max_distances = calculate_distances(time)
+valid_distances = [max_distance for max_distance in max_distances if max_distance > distance]
+count_valid_distances.append(len(valid_distances))
+
+#multiply the count of valid distances together 
+print(count_valid_distances)
+result = 1
+for num in count_valid_distances:
+    result *= num
+print(result)

2023/06/test_input.txt

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+Time:      7  15   30
+Distance:  9  40  200