Anders Englöf Ytterström
5a5e843129
* Solve 2015:16 "Aunt Sue" * Make 2023:08 future compatible Code used to work with another version of python. * Solve 2015:17 "No such Thing as Too much" * Solve 2015:18 "Like a GIF For Your Yard" Also solve 2015:06 just in case, was just a ref in the end. * Solve 2015:19 "Medicine for Rudolph" * Solve 2015:20 "Infinite Elves and Infinite Houses" * Solve 2023:21 "RPG Simulator 20XX" * Solve 2015:22 "Wizard Simulator 20XX" * Solve 2015:23 "Opening the Turing Lock" * Solve 2015:25 "Let it Snow" Wrote p2rc and rc2p just for academic purposes. Puzzles could be solved anyway. * Solve 2015:24 "Hangs in the Balance" --------- Co-authored-by: Anders Englöf Ytterström <anders@playmaker.ai>
65 lines
1.5 KiB
Python
65 lines
1.5 KiB
Python
from solutions import BaseSolution
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class Solution(BaseSolution):
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input_file = "23.txt"
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def __str__(self):
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return "Day 23: Opening the Turing Lock"
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def _solve(self, pi):
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p12 = []
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for a in [0, 1]:
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m = {
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"a": a,
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"b": 0,
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}
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p = [l.split() for l in pi.splitlines()]
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i = 0
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while i < len(p):
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v, rv, *a = p[i]
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rv = rv.split(",")[0]
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match v:
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case "hlf":
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m[rv] //= 2
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i += 1
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case "tpl":
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m[rv] *= 3
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i += 1
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case "inc":
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m[rv] += 1
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i += 1
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case "jmp":
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i += int(rv)
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case "jie":
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i += int(a[0]) if int(m[rv]) % 2 == 0 else 1
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case "jio":
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i += int(a[0]) if int(m[rv]) == 1 else 1
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p12.append(m["b"])
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return p12
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def solve(self, pi):
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o = self._solve(pi)
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return o[0]
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def solve_again(self, pi):
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o = self._solve(pi)
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return o[1]
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def parse_input(self, data):
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return data.strip()
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if __name__ == "__main__":
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solution = Solution()
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solution.show_results()
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dummy = """
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inc a
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jio a, +2
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tpl a
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inc a
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""".strip()
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# solution.solve(dummy)
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# solution.solve_again(dummy)
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