Day 11

day11/part1.py

@@ -1,5 +1,4 @@
 #!/usr/bin/env python3
-
 lines = (x.strip() for x in open("input.txt"))
 monkeys = []
 
@@ -14,22 +13,22 @@ def create_op(op_line):
 
 
 for line in lines:
-    monkeys.append({
+    monkeys.append((
-        "items": [*map(int, next(lines)[16:].split(", "))],
+        [*map(int, next(lines)[16:].split(", "))],
-        "op": create_op(next(lines)[17:]),
+        create_op(next(lines)[17:]),
-        "div": int(next(lines)[19:]),
+        int(next(lines)[19:]),
-        "if_true": int(next(lines)[25:]),
+        int(next(lines)[25:]),
-        "if_false": int(next(lines)[26:]),
+        int(next(lines)[26:]),
-        "count": 0
+        [0]
-    })
+    ))
     next(lines, None)
 
 for _ in range(20):
-    for idx, monkey in enumerate(monkeys):
+    for idx, (items, op, div, if_true, if_false, count) in enumerate(monkeys):
-        while monkey['items']:
+        while items:
-            monkey['count'] += 1
+            count[0] += 1
-            worry = monkey['op'](monkey['items'].pop(0)) // 3
+            worry = op(items.pop(0)) // 3
-            monkeys[monkey['if_true' if worry % monkey['div'] == 0 else 'if_false']]['items'].append(worry)
+            monkeys[if_true if worry % div == 0 else if_false][0].append(worry)
 
-insp = sorted(monkey['count'] for monkey in monkeys)
+insp = sorted(monkey[-1][0] for monkey in monkeys)
 print(insp[-2]*insp[-1])

day11/part2.py

@@ -15,24 +15,24 @@ def create_op(op_line):
 
 
 for line in lines:
-    monkeys.append({
+    monkeys.append((
-        "items": [*map(int, next(lines)[16:].split(", "))],
+        [*map(int, next(lines)[16:].split(", "))],
-        "op": create_op(next(lines)[17:]),
+        create_op(next(lines)[17:]),
-        "div": int(next(lines)[19:]),
+        int(next(lines)[19:]),
-        "if_true": int(next(lines)[25:]),
+        int(next(lines)[25:]),
-        "if_false": int(next(lines)[26:]),
+        int(next(lines)[26:]),
-        "count": 0
+        [0]
-    })
+    ))
     next(lines, None)
 
-divisor = reduce(lambda x, y: x*y, set(monkey['div'] for monkey in monkeys))
+mod = reduce(lambda x, y: x*y, set(monkey[2] for monkey in monkeys))
 
-for _ in range(10000):
+for _ in range(20):
-    for monkey in monkeys:
+    for idx, (items, op, div, if_true, if_false, count) in enumerate(monkeys):
-        while monkey['items']:
+        while items:
-            monkey['count'] += 1
+            count[0] += 1
-            worry = monkey['op'](monkey['items'].pop(0)) % divisor
+            worry = op(items.pop(0)) // mod
-            monkeys[monkey['if_true' if worry % monkey['div'] == 0 else 'if_false']]['items'].append(worry)
+            monkeys[if_true if worry % div == 0 else if_false][0].append(worry)
 
-insp = sorted(monkey['count'] for monkey in monkeys)
+insp = sorted(monkey[-1][0] for monkey in monkeys)
 print(insp[-2]*insp[-1])