{"type":"thread.started","thread_id":"01a1a091-e58a-7650-9045-af4c403bfcaa"}
{"type":"item.completed","item":{"id":"item_0","type":"error","message":"Failed to read global AGENTS.md instructions from `<local-home>/.codex/AGENTS.md`: Operation not permitted (os error 1)"}}
{"type":"item.completed","item":{"id":"item_1","type":"error","message":"Code Mode is unavailable because code-mode host is disabled. Code mode will fail closed; enable `features.code_mode_host` and install `codex-code-mode-host`."}}
{"type":"turn.started"}
{"type":"item.completed","item":{"id":"item_2","type":"agent_message","text":"```python\nimport json, numpy as np\nfrom collections import Counter\ngames=json.load(open(\"/work/pass_1/games.json\"))\nboards=np.load(\"/work/pass_1/boards.npy\")\n\ndef show(board):\n    board=np.asarray(board).reshape(9,9)\n    print(\"  012345678\")\n    for r,row in enumerate(board):\n        print(r,\"\".join({0:\".\",1:\"X\",-1:\"O\"}[int(v)] for v in row))\n\ndef adjacent(i):\n    r,c=divmod(i,9)\n    return [rr*9+cc for rr,cc in ((r-1,c),(r+1,c),(r,c-1),(r,c+1))\n            if 0<=rr<9 and 0<=cc<9]\n\ndef groups(board):\n    unseen=set(np.flatnonzero(board))\n    output=[]\n    while unseen:\n        seed=next(iter(unseen))\n        colour=int(board[seed])\n        stones={seed}; stack=[seed]; liberties=set()\n        unseen.remove(seed)\n        while stack:\n            for j in adjacent(stack.pop()):\n                if board[j]==0:\n                    liberties.add(j)\n                elif board[j]==colour and j in unseen:\n                    unseen.remove(j); stones.add(j); stack.append(j)\n        output.append((colour,stones,liberties))\n    return output\n\nfor gi in (64,65,66):\n    game=games[gi]\n    colour=1 if game[\"net_color\"]==\"black\" else -1\n    print(\"\\nGAME\",gi,\"net\",game[\"net_color\"])\n    losses=[]\n    for move in game[\"moves\"]:\n        ply=move[\"ply\"]\n        if ply==0:\n            continue\n        before=boards[gi,ply-1]\n        after=boards[gi,ply]\n        lost=int(np.sum((before==colour)&(after!=colour)))\n        if lost>=3:\n            losses.append((lost,ply))\n    print(\"Loss events:\", losses)\n    for lost,ply in sorted(losses,reverse=True)[:2]:\n        print(\"Lost\",lost,\"at ply\",ply)\n        show(boards[gi,ply-2] if ply>=2 else np.zeros(81,dtype=int))\n        print(\"Previous net move:\",game[\"moves\"][ply-1])\n        print(\"Opponent move:\",game[\"moves\"][ply])\n        print(\"Groups before net move:\",\n              [(len(s),sorted(l)) for co,s,l in groups(boards[gi,ply-2])\n               if co==colour and len(l)<=3])\n    if game[\"end\"]==\"repetition\":\n        ply=len(game[\"moves\"])-1\n        print(\"Before final move\"); show(boards[gi,ply-1])\n        print(\"After final move\"); show(boards[gi,ply])\n        same=[k for k in range(ply) if np.array_equal(boards[gi,k],boards[gi,ply])]\n        print(\"Matching earlier plies:\",same)\n        print(\"Final moves:\",game[\"moves\"][-6:])\n\nsummary=Counter()\nfor gi,game in enumerate(games):\n    if game[\"opponent\"]!=\"strong\":\n        continue\n    colour=1 if game[\"net_color\"]==\"black\" else -1\n    for move in game[\"moves\"]:\n        if move[\"by\"]!=\"net\" or move[\"move\"]==81:\n            continue\n        ply=move[\"ply\"]\n        for co,stones,libs in groups(boards[gi,ply]):\n            if co==colour and move[\"move\"] in stones:\n                summary[(\"own_group_liberties\",min(len(libs),4))]+=1\n                if len(libs)==1:\n                    summary[(\"self_atari_group_size\",min(len(stones),6))]+=1\nprint(\"\\nRecorded network move outcomes:\",summary)\n```\n"}}
{"type":"turn.completed","usage":{"input_tokens":85266,"cached_input_tokens":71552,"cache_write_input_tokens":0,"output_tokens":11934,"reasoning_output_tokens":7983}}