{
  "id": 516868,
  "title": "41st Place Solution",
  "content": "<p>Thank you to the hosts and participants for hosting this competition. I am very happy to get the silver medal and become a master.</p>\n<p>My solution is as follows.</p>\n<h4>・Prompt</h4>\n<p>I emphasized self-doubt. This may make the AI ​​think repeatedly and arrive at the correct answer. Typing \"Be skeptical of your answers.\" three times was the most effective against LB.</p>\n<pre><code>code = \n\n\ncot = \n\npromplt_options = [code,cot]\n</code></pre>\n<h4>・Temperature</h4>\n<p>Temperature is set to 0.7 to improve stability.</p>\n<h4>・Time management</h4>\n<p>Some public notes could exceed the time limit. So made sure they could be solved within the time limit. Also added a variable called \"time_for_difficult\" to allocate more time to difficult problems.</p>\n<pre><code>time_for_difficult = \n\nsolve_time_standard = (,(( - consumed_time)/( - problem_count)))\nsolve_time = solve_time_standard\n problem_count &lt;=   time_for_difficult &gt;=   consumed_time &lt; :\n    solve_time += (,time_for_difficult)    \ntime_for_difficult -= \n\n jj  tqdm((n_repetitions)):\n    best, best_count = best_stats.get(i,(-,-))\n    problem_time = time.time()-PROBLEM_START_TIME\n\n     problem_time &gt;=   best_count &gt;= :\n        time_for_difficult -= problem_time - solve_time_standard\n         best_stats[][]\n     problem_time &gt;=   best_count &gt;= :\n        time_for_difficult -= problem_time - solve_time_standard\n         best_stats[][]\n</code></pre>",
  "comments": [
    {
      "id": 2905647,
      "author_name": "C R Suthikshn Kumar",
      "author_url": "",
      "post_date": "2024-07-05T04:54:12.593000",
      "content": "<p>Congratulations on getting the 41st place in this competition. Very interesting techniques indeed. </p>",
      "votes": 1,
      "replies": []
    }
  ],
  "comment_count": 1,
  "messages": [
    {
      "id": 2903585,
      "postDate": "2024-07-03T21:42:23.527Z",
      "content": "<p>Thank you to the hosts and participants for hosting this competition. I am very happy to get the silver medal and become a master.</p>\n<p>My solution is as follows.</p>\n<h4>・Prompt</h4>\n<p>I emphasized self-doubt. This may make the AI ​​think repeatedly and arrive at the correct answer. Typing \"Be skeptical of your answers.\" three times was the most effective against LB.</p>\n<pre><code>code = \n\n\ncot = \n\npromplt_options = [code,cot]\n</code></pre>\n<h4>・Temperature</h4>\n<p>Temperature is set to 0.7 to improve stability.</p>\n<h4>・Time management</h4>\n<p>Some public notes could exceed the time limit. So made sure they could be solved within the time limit. Also added a variable called \"time_for_difficult\" to allocate more time to difficult problems.</p>\n<pre><code>time_for_difficult = \n\nsolve_time_standard = (,(( - consumed_time)/( - problem_count)))\nsolve_time = solve_time_standard\n problem_count &lt;=   time_for_difficult &gt;=   consumed_time &lt; :\n    solve_time += (,time_for_difficult)    \ntime_for_difficult -= \n\n jj  tqdm((n_repetitions)):\n    best, best_count = best_stats.get(i,(-,-))\n    problem_time = time.time()-PROBLEM_START_TIME\n\n     problem_time &gt;=   best_count &gt;= :\n        time_for_difficult -= problem_time - solve_time_standard\n         best_stats[][]\n     problem_time &gt;=   best_count &gt;= :\n        time_for_difficult -= problem_time - solve_time_standard\n         best_stats[][]\n</code></pre>",
      "rawMarkdown": "Thank you to the hosts and participants for hosting this competition. I am very happy to get the silver medal and become a master.\n\nMy solution is as follows.\n\n#### ・Prompt\n\nI emphasized self-doubt. This may make the AI ​​think repeatedly and arrive at the correct answer. Typing \"Be skeptical of your answers.\" three times was the most effective against LB.\n\n```python\ncode = \"\"\"Below is a math problem you are to solve (Non-negative integer answer):\n\\\"{}\\\"\nTo accomplish this, first determine a sympy-based approach for solving the problem by listing each step to take and what functions need to be called in each step. Be clear so even an idiot can follow your instructions, and remember, your final answer should be Non-negative integer, not an algebraic expression!\nBe skeptical of your answers.\nBe skeptical of your answers.\nBe skeptical of your answers.\nWrite the entire script covering all the steps (use comments and document it well) and print the result. After solving the problem, output the final Non-negative integer answer within \\\\boxed{}.\n\nApproach:\"\"\"\n\n\ncot = \"\"\"Below is a math problem you are to solve (Non-negative integer answer!):\n\\\"{}\\\"\nBe skeptical of your answers.\nBe skeptical of your answers.\nBe skeptical of your answers.\nAnalyze this problem and think step by step to come to a solution with programs. After solving the problem, output the final Non-negative integer answer within \\\\boxed{}.\\n\\n\"\"\"\n\npromplt_options = [code,cot]\n```\n#### ・Temperature\nTemperature is set to 0.7 to improve stability.\n\n#### ・Time management\nSome public notes could exceed the time limit. So made sure they could be solved within the time limit. Also added a variable called \"time_for_difficult\" to allocate more time to difficult problems.\n\n```python\ntime_for_difficult = 9000\n\nsolve_time_standard = max(300,int((32200 - consumed_time)/(51 - problem_count)))\nsolve_time = solve_time_standard\nif problem_count <= 45 and time_for_difficult >= 1 and consumed_time < 29200:\n    solve_time += min(600,time_for_difficult)    \ntime_for_difficult -= 200\n\nfor jj in tqdm(range(n_repetitions)):\n    best, best_count = best_stats.get(i,(-1,-1))\n    problem_time = time.time()-PROBLEM_START_TIME\n\n    if problem_time >= 720 and best_count >= 4:\n        time_for_difficult -= problem_time - solve_time_standard\n        return best_stats[0][0]\n    if problem_time >= 900 and best_count >= 2:\n        time_for_difficult -= problem_time - solve_time_standard\n        return best_stats[0][0]\n```",
      "votes": 23
    },
    {
      "id": 2905647,
      "postDate": "2024-07-05T04:54:12.593Z",
      "content": "<p>Congratulations on getting the 41st place in this competition. Very interesting techniques indeed. </p>",
      "rawMarkdown": "Congratulations on getting the 41st place in this competition. Very interesting techniques indeed. ",
      "votes": 1
    }
  ],
  "complete": true,
  "source": "live",
  "fetched_at": "2026-10-20T06:53:37Z",
  "competition_id": 73231,
  "competition_slug": "ai-mathematical-olympiad-prize",
  "team_id": 12138532,
  "solution_url": "/competitions/ai-mathematical-olympiad-prize/writeups/hayatofujihara-41st-place-solution"
}