Games pass 3 of 50 done.
```
{"ok": true, "pass": 3, "kind": "games", "per_opponent": {"strong": {"games": 96, "score": 0.6145833134651184, "wins": 59, "losses": 37, "score_as_black": 0.4583333432674408, "score_as_white": 0.7708333134651184, "mean_margin": 14.770833015441895, "mean_length": 99.73958333333333, "stones_captured_per_game": 20.020833333333332, "stones_lost_per_game": 15.770833333333334, "passes_per_game": 2.4479166666666665, "games_with_a_pass_before_move_60": 0, "end_two_passes": 88, "end_repetition": 8, "end_move_limit": 0}, "weak": {"games": 32, "score": 0.9375, "wins": 30, "losses": 2, "score_as_black": 0.9375, "score_as_white": 0.9375, "mean_margin": 34.1875, "mean_length": 97.34375, "stones_captured_per_game": 26.46875, "stones_lost_per_game": 3.125, "passes_per_game": 3.4375, "games_with_a_pass_before_move_60": 0, "end_two_passes": 31, "end_repetition": 1, "end_move_limit": 0}}, "files": "/work/pass_3/", "readme": "games.json: one entry per game (opponent, net_color, result +1/-1, margin = net's area score minus the opponent's incl. komi, end, stones captured / lost, moves: ply, by, move (row*9+col, 81 = pass), and for the network's moves its top-5 [move, probability]). boards.npy: (games, 162, 81) int8, the board AFTER each ply (1 Black, -1 White, 0 empty; index row*9+col); valid.npy: (games, 162) which plies were played."}
```
Passes left: 47.