{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [15, 0, 14].\n- Round 2: Your choice: [5], the other players' choices: [15, 9, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[14]", "metadata": {"user_id": "462400", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [13, 13, 10].\n- Round 2: Your choice: [8], the other players' choices: [10, 10, 11].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "391739", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [4, 10, 10].\n- Round 2: Your choice: [5], the other players' choices: [7, 4, 9].\n- Round 3: Your choice: [0], the other players' choices: [13, 3, 10].\n- Round 4: Your choice: [1], the other players' choices: [13, 3, 8].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "318610", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [14], the other players' choices: [12, 20, 0].\n- Round 2: Your choice: [15], the other players' choices: [18, 18, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[16]", "metadata": {"user_id": "393296", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [13, 9, 12].\n- Round 2: Your choice: [10], the other players' choices: [8, 10, 9].\n- Round 3: Your choice: [3], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "317076", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [5, 10, 15].\n- Round 2: Your choice: [7], the other players' choices: [4, 15, 16].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "407071", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [8, 10, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "343675", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [4, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "461332", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [15, 5, 10].\n- Round 2: Your choice: [6], the other players' choices: [15, 6, 5].\n- Round 3: Your choice: [6], the other players' choices: [15, 5, 0].\n- Round 4: Your choice: [5], the other players' choices: [10, 5, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "337188", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 5, 5].\n- Round 2: Your choice: [10], the other players' choices: [10, 5, 7].\n- Round 3: Your choice: [20], the other players' choices: [7, 5, 15].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "271737", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [9, 7, 7].\n- Round 2: Your choice: [10], the other players' choices: [8, 8, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "391027", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [16, 6, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "397765", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 7, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "499420", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 13, 12].\n- Round 2: Your choice: [6], the other players' choices: [11, 8, 6].\n- Round 3: Your choice: [9], the other players' choices: [5, 13, 10].\n- Round 4: Your choice: [5], the other players' choices: [17, 12, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "284318", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 8, 7].\n- Round 2: Your choice: [10], the other players' choices: [5, 12, 1].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "508666", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [19, 10, 5].\n- Round 2: Your choice: [8], the other players' choices: [20, 10, 8].\n- Round 3: Your choice: [9], the other players' choices: [20, 10, 10].\n- Round 4: Your choice: [10], the other players' choices: [20, 6, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "261516", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [3, 0, 10].\n- Round 2: Your choice: [12], the other players' choices: [3, 8, 2].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "299976", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 8, 10].\n- Round 2: Your choice: [12], the other players' choices: [10, 7, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "293810", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [7, 7, 7].\n- Round 2: Your choice: [20], the other players' choices: [4, 4, 4].\n- Round 3: Your choice: [0], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "381015", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 8, 9].\n- Round 2: Your choice: [7], the other players' choices: [9, 9, 8].\n- Round 3: Your choice: [8], the other players' choices: [8, 8, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[14]", "metadata": {"user_id": "498663", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [11, 7, 10].\n- Round 2: Your choice: [10], the other players' choices: [11, 10, 8].\n- Round 3: Your choice: [15], the other players' choices: [9, 12, 8].\n- Round 4: Your choice: [10], the other players' choices: [9, 9, 11].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "358577", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [2, 8, 1].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "330510", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [0, 11, 8].\n- Round 2: Your choice: [2], the other players' choices: [15, 9, 8].\n- Round 3: Your choice: [3], the other players' choices: [15, 9, 8].\n- Round 4: Your choice: [0], the other players' choices: [15, 11, 8].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "257626", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 20, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "531538", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [0, 10, 8].\n- Round 2: Your choice: [8], the other players' choices: [0, 2, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "254336", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [4, 9, 6].\n- Round 2: Your choice: [14], the other players' choices: [3, 10, 4].\n- Round 3: Your choice: [10], the other players' choices: [5, 8, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "186562", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 6, 15].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "441322", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [11, 7, 11].\n- Round 2: Your choice: [4], the other players' choices: [7, 8, 7].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "391878", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 10, 0].\n- Round 2: Your choice: [20], the other players' choices: [15, 9, 0].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "428172", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [0, 5, 9].\n- Round 2: Your choice: [0], the other players' choices: [5, 0, 0].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "452913", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [9, 10, 5].\n- Round 2: Your choice: [15], the other players' choices: [11, 20, 5].\n- Round 3: Your choice: [15], the other players' choices: [13, 10, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "300670", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [0, 15, 8].\n- Round 2: Your choice: [10], the other players' choices: [0, 16, 8].\n- Round 3: Your choice: [10], the other players' choices: [0, 11, 9].\n- Round 4: Your choice: [9], the other players' choices: [0, 9, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "507850", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [5, 3, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "123080", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 4, 0].\n- Round 2: Your choice: [0], the other players' choices: [10, 7, 0].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "229215", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [13, 11, 10].\n- Round 2: Your choice: [5], the other players' choices: [11, 11, 12].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "343758", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [11, 9, 10].\n- Round 2: Your choice: [10], the other players' choices: [6, 3, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "300044", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [7, 8, 11].\n- Round 2: Your choice: [10], the other players' choices: [6, 6, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "488895", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 5, 5].\n- Round 2: Your choice: [9], the other players' choices: [12, 5, 9].\n- Round 3: Your choice: [6], the other players' choices: [20, 20, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "376650", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [20, 10, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "389694", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [14, 9, 3].\n- Round 2: Your choice: [7], the other players' choices: [12, 7, 2].\n- Round 3: Your choice: [9], the other players' choices: [10, 3, 1].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "295357", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 2, 7].\n- Round 2: Your choice: [8], the other players' choices: [8, 3, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "347642", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [8, 13, 11].\n- Round 2: Your choice: [0], the other players' choices: [8, 6, 7].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "476611", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [13], the other players' choices: [15, 11, 11].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "253510", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "299661", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [4, 20, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[17]", "metadata": {"user_id": "235273", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [16, 20, 12].\n- Round 2: Your choice: [20], the other players' choices: [18, 20, 15].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "397726", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [13, 8, 7].\n- Round 2: Your choice: [4], the other players' choices: [6, 8, 8].\n- Round 3: Your choice: [4], the other players' choices: [6, 6, 6].\n- Round 4: Your choice: [4], the other players' choices: [5, 5, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "305977", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [18, 18, 9].\n- Round 2: Your choice: [12], the other players' choices: [20, 20, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "184662", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 10, 6].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "299391", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 11, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "432275", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 6 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 0, 4].\n- Round 2: Your choice: [8], the other players' choices: [10, 10, 0].\n- Round 3: Your choice: [7], the other players' choices: [10, 10, 0].\n- Round 4: Your choice: [9], the other players' choices: [5, 15, 6].\n- Round 5: Your choice: [8], the other players' choices: [5, 13, 1].\n- Round 6: Your choice: [8], the other players' choices: [5, 10, 0].\n\n## Your Choice\nNow in Round 7, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "187446", "game": "PG", "role": "contributor", "history_rounds": 6, "target_round": 7, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [12, 8, 12].\n- Round 2: Your choice: [1], the other players' choices: [7, 8, 7].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "480339", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [5, 8, 4].\n- Round 2: Your choice: [20], the other players' choices: [10, 10, 5].\n- Round 3: Your choice: [10], the other players' choices: [7, 5, 8].\n- Round 4: Your choice: [15], the other players' choices: [5, 7, 4].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "436543", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "232148", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 10, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "434746", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [14, 10, 10].\n- Round 2: Your choice: [8], the other players' choices: [20, 12, 7].\n- Round 3: Your choice: [6], the other players' choices: [15, 20, 2].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "344803", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 12, 15].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "323724", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [3, 9, 7].\n- Round 2: Your choice: [10], the other players' choices: [3, 7, 7].\n- Round 3: Your choice: [12], the other players' choices: [6, 10, 7].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "168162", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 5, 10].\n- Round 2: Your choice: [12], the other players' choices: [10, 5, 10].\n- Round 3: Your choice: [15], the other players' choices: [6, 4, 5].\n- Round 4: Your choice: [12], the other players' choices: [2, 1, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "524617", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 20, 10].\n- Round 2: Your choice: [14], the other players' choices: [4, 20, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "134546", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [4, 20, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "235835", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [8, 8, 12].\n- Round 2: Your choice: [2], the other players' choices: [7, 7, 5].\n- Round 3: Your choice: [0], the other players' choices: [4, 4, 5].\n- Round 4: Your choice: [0], the other players' choices: [3, 3, 2].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "484014", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 7 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 20, 5].\n- Round 2: Your choice: [5], the other players' choices: [12, 20, 5].\n- Round 3: Your choice: [10], the other players' choices: [10, 20, 5].\n- Round 4: Your choice: [15], the other players' choices: [12, 10, 10].\n- Round 5: Your choice: [20], the other players' choices: [8, 20, 5].\n- Round 6: Your choice: [0], the other players' choices: [5, 20, 15].\n- Round 7: Your choice: [2], the other players' choices: [15, 10, 5].\n\n## Your Choice\nNow in Round 8, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "345069", "game": "PG", "role": "contributor", "history_rounds": 7, "target_round": 8, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 15, 20].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n- Round 3: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "398240", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [6, 10, 18].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "513856", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [9, 12, 13].\n- Round 2: Your choice: [5], the other players' choices: [13, 11, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "116745", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 5, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "237397", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 1, 5].\n- Round 2: Your choice: [5], the other players' choices: [8, 4, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "158815", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [13, 11, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "463924", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 0].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 0].\n- Round 3: Your choice: [20], the other players' choices: [20, 20, 0].\n- Round 4: Your choice: [0], the other players' choices: [20, 20, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "258560", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [8, 20, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "351292", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [6, 5, 7].\n- Round 2: Your choice: [2], the other players' choices: [8, 7, 6].\n- Round 3: Your choice: [2], the other players' choices: [7, 1, 7].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "140441", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [5, 10, 10].\n- Round 2: Your choice: [3], the other players' choices: [12, 7, 10].\n- Round 3: Your choice: [5], the other players' choices: [12, 8, 10].\n- Round 4: Your choice: [6], the other players' choices: [13, 7, 10].\n- Round 5: Your choice: [5], the other players' choices: [12, 12, 10].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "140449", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [6, 15, 9].\n- Round 2: Your choice: [0], the other players' choices: [7, 10, 10].\n- Round 3: Your choice: [0], the other players' choices: [10, 8, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "301191", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [0, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "299662", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [12, 12, 10].\n- Round 2: Your choice: [8], the other players' choices: [11, 11, 12].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[16]", "metadata": {"user_id": "147649", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 10, 12].\n- Round 2: Your choice: [10], the other players' choices: [8, 8, 14].\n- Round 3: Your choice: [10], the other players' choices: [20, 10, 11].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "157162", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [8, 11, 12].\n- Round 2: Your choice: [7], the other players' choices: [11, 10, 10].\n- Round 3: Your choice: [17], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "148482", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [15, 10, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "510169", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 10, 10].\n- Round 2: Your choice: [9], the other players' choices: [10, 10, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "286114", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [6, 10, 5].\n- Round 2: Your choice: [20], the other players' choices: [10, 15, 7].\n- Round 3: Your choice: [20], the other players' choices: [11, 16, 7].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "136285", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 10, 5].\n- Round 2: Your choice: [15], the other players' choices: [8, 15, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "279102", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "1004058", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [6, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "140218", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 12, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "232727", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [2, 13, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "432334", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 9 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [10, 8, 8].\n- Round 2: Your choice: [15], the other players' choices: [11, 10, 8].\n- Round 3: Your choice: [20], the other players' choices: [15, 5, 8].\n- Round 4: Your choice: [20], the other players' choices: [12, 3, 8].\n- Round 5: Your choice: [15], the other players' choices: [9, 0, 8].\n- Round 6: Your choice: [0], the other players' choices: [10, 3, 8].\n- Round 7: Your choice: [4], the other players' choices: [5, 5, 5].\n- Round 8: Your choice: [0], the other players' choices: [3, 0, 0].\n- Round 9: Your choice: [5], the other players' choices: [1, 0, 0].\n\n## Your Choice\nNow in Round 10, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "254866", "game": "PG", "role": "contributor", "history_rounds": 9, "target_round": 10, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 4, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "1010645", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [7, 5, 10].\n- Round 2: Your choice: [5], the other players' choices: [8, 7, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "235977", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [20, 10, 10].\n- Round 2: Your choice: [13], the other players' choices: [19, 8, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "299948", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [9, 5, 15].\n- Round 2: Your choice: [13], the other players' choices: [6, 4, 12].\n- Round 3: Your choice: [5], the other players' choices: [8, 3, 15].\n- Round 4: Your choice: [3], the other players' choices: [14, 5, 11].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "290023", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [5, 0, 15].\n- Round 2: Your choice: [2], the other players' choices: [3, 0, 0].\n- Round 3: Your choice: [0], the other players' choices: [0, 0, 0].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "452561", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [3, 2, 8].\n- Round 2: Your choice: [4], the other players' choices: [5, 5, 6].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "483534", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [5, 12, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "254196", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [0, 6, 1].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "483870", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [0, 10, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "248996", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 0, 4].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "187446", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 7, 9].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "519297", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [6, 0, 4].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "299655", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [8, 5, 5].\n- Round 2: Your choice: [12], the other players' choices: [10, 10, 10].\n- Round 3: Your choice: [13], the other players' choices: [20, 10, 15].\n- Round 4: Your choice: [14], the other players' choices: [10, 4, 14].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "283665", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [10, 8, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "297392", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [5, 5, 13].\n- Round 2: Your choice: [20], the other players' choices: [5, 5, 16].\n- Round 3: Your choice: [20], the other players' choices: [6, 10, 16].\n- Round 4: Your choice: [20], the other players' choices: [7, 10, 4].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "121220", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 19, 13].\n- Round 2: Your choice: [0], the other players' choices: [10, 18, 20].\n- Round 3: Your choice: [10], the other players' choices: [20, 10, 0].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "133061", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [1, 6, 7].\n- Round 2: Your choice: [7], the other players' choices: [2, 8, 6].\n- Round 3: Your choice: [1], the other players' choices: [2, 7, 7].\n- Round 4: Your choice: [3], the other players' choices: [2, 3, 8].\n- Round 5: Your choice: [3], the other players' choices: [1, 9, 10].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "140444", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [20, 0, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "177161", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [6, 14, 0].\n- Round 2: Your choice: [4], the other players' choices: [0, 6, 8].\n- Round 3: Your choice: [0], the other players' choices: [0, 5, 0].\n- Round 4: Your choice: [3], the other players' choices: [0, 0, 16].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "120721", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [5, 12, 5].\n- Round 2: Your choice: [7], the other players' choices: [5, 8, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "254196", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 10, 13].\n- Round 2: Your choice: [12], the other players' choices: [9, 10, 13].\n- Round 3: Your choice: [8], the other players' choices: [4, 12, 10].\n- Round 4: Your choice: [6], the other players' choices: [10, 10, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "295339", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [7, 10, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "167719", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [7, 11, 8].\n- Round 2: Your choice: [4], the other players' choices: [5, 6, 7].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "260987", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 0, 1].\n- Round 2: Your choice: [13], the other players' choices: [4, 0, 1].\n- Round 3: Your choice: [10], the other players' choices: [6, 0, 0].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "168952", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [1, 20, 5].\n- Round 2: Your choice: [0], the other players' choices: [2, 20, 3].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "483556", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [10, 10, 3].\n- Round 2: Your choice: [2], the other players' choices: [11, 8, 4].\n- Round 3: Your choice: [3], the other players' choices: [5, 10, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "330194", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 1, 20].\n- Round 2: Your choice: [20], the other players' choices: [10, 5, 20].\n- Round 3: Your choice: [20], the other players' choices: [15, 5, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "298816", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 10, 18].\n- Round 2: Your choice: [20], the other players' choices: [20, 10, 20].\n- Round 3: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "232591", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [7, 9, 7].\n- Round 2: Your choice: [10], the other players' choices: [11, 10, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "220010", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 11, 8].\n- Round 2: Your choice: [13], the other players' choices: [15, 9, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "304937", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 9].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "132776", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 4, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "213355", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [5, 20, 10].\n- Round 2: Your choice: [12], the other players' choices: [10, 20, 8].\n- Round 3: Your choice: [10], the other players' choices: [12, 20, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "1009178", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 11 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [4, 14, 1].\n- Round 2: Your choice: [5], the other players' choices: [8, 16, 2].\n- Round 3: Your choice: [10], the other players' choices: [12, 9, 5].\n- Round 4: Your choice: [10], the other players' choices: [20, 11, 6].\n- Round 5: Your choice: [20], the other players' choices: [10, 19, 5].\n- Round 6: Your choice: [5], the other players' choices: [10, 0, 5].\n- Round 7: Your choice: [10], the other players' choices: [14, 5, 7].\n- Round 8: Your choice: [3], the other players' choices: [0, 15, 15].\n- Round 9: Your choice: [5], the other players' choices: [8, 10, 7].\n- Round 10: Your choice: [20], the other players' choices: [7, 7, 8].\n- Round 11: Your choice: [0], the other players' choices: [10, 4, 9].\n\n## Your Choice\nNow in Round 12, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "397653", "game": "PG", "role": "contributor", "history_rounds": 11, "target_round": 12, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [13, 7, 13].\n- Round 2: Your choice: [1], the other players' choices: [7, 9, 7].\n- Round 3: Your choice: [2], the other players' choices: [5, 5, 5].\n- Round 4: Your choice: [0], the other players' choices: [4, 4, 4].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "432579", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [5, 20, 0].\n- Round 2: Your choice: [5], the other players' choices: [5, 20, 20].\n- Round 3: Your choice: [5], the other players' choices: [9, 20, 20].\n- Round 4: Your choice: [5], the other players' choices: [10, 20, 20].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "235135", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [10, 12, 3].\n- Round 2: Your choice: [0], the other players' choices: [15, 13, 6].\n- Round 3: Your choice: [0], the other players' choices: [20, 12, 1].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "366504", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 6 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 3, 1].\n- Round 2: Your choice: [4], the other players' choices: [15, 1, 1].\n- Round 3: Your choice: [4], the other players' choices: [12, 0, 1].\n- Round 4: Your choice: [0], the other players' choices: [5, 0, 1].\n- Round 5: Your choice: [0], the other players' choices: [0, 0, 1].\n- Round 6: Your choice: [0], the other players' choices: [1, 0, 0].\n\n## Your Choice\nNow in Round 7, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "492091", "game": "PG", "role": "contributor", "history_rounds": 6, "target_round": 7, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [5, 5, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "219978", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 8, 8].\n- Round 2: Your choice: [10], the other players' choices: [8, 10, 11].\n- Round 3: Your choice: [11], the other players' choices: [8, 16, 10].\n- Round 4: Your choice: [14], the other players' choices: [8, 10, 11].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "346621", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [10, 10, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "511789", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [10, 10, 10].\n- Round 2: Your choice: [7], the other players' choices: [11, 8, 6].\n- Round 3: Your choice: [10], the other players' choices: [15, 5, 11].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "168632", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 10, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "430882", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [9, 0, 5].\n- Round 2: Your choice: [5], the other players' choices: [8, 0, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "285388", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [6, 10, 12].\n- Round 2: Your choice: [15], the other players' choices: [8, 12, 7].\n- Round 3: Your choice: [10], the other players' choices: [10, 14, 11].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "428573", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [9, 19, 10].\n- Round 2: Your choice: [20], the other players' choices: [16, 1, 10].\n- Round 3: Your choice: [20], the other players' choices: [14, 1, 5].\n- Round 4: Your choice: [0], the other players' choices: [9, 19, 3].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "294799", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [8, 0, 10].\n- Round 2: Your choice: [20], the other players' choices: [10, 0, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "299931", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [7, 2, 2].\n- Round 2: Your choice: [6], the other players' choices: [4, 3, 6].\n- Round 3: Your choice: [5], the other players' choices: [7, 16, 6].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "226964", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [9, 7, 9].\n- Round 2: Your choice: [10], the other players' choices: [8, 9, 8].\n- Round 3: Your choice: [15], the other players' choices: [9, 8, 9].\n- Round 4: Your choice: [5], the other players' choices: [10, 11, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "489045", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [5, 8, 9].\n- Round 2: Your choice: [7], the other players' choices: [8, 10, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "540019", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [18, 6, 10].\n- Round 2: Your choice: [7], the other players' choices: [14, 12, 12].\n- Round 3: Your choice: [8], the other players' choices: [16, 14, 13].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "294812", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 10, 5].\n- Round 2: Your choice: [15], the other players' choices: [8, 15, 5].\n- Round 3: Your choice: [20], the other players' choices: [10, 15, 10].\n- Round 4: Your choice: [20], the other players' choices: [10, 20, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "279095", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 10, 10].\n- Round 2: Your choice: [7], the other players' choices: [8, 8, 15].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "389753", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [1, 0, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "300517", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [18, 20, 20].\n- Round 2: Your choice: [10], the other players' choices: [0, 20, 20].\n- Round 3: Your choice: [18], the other players' choices: [10, 5, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "354173", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 8 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [12, 6, 8].\n- Round 2: Your choice: [10], the other players' choices: [5, 20, 10].\n- Round 3: Your choice: [12], the other players' choices: [6, 0, 20].\n- Round 4: Your choice: [15], the other players' choices: [5, 20, 10].\n- Round 5: Your choice: [8], the other players' choices: [7, 20, 10].\n- Round 6: Your choice: [6], the other players' choices: [9, 0, 2].\n- Round 7: Your choice: [5], the other players' choices: [9, 0, 2].\n- Round 8: Your choice: [5], the other players' choices: [10, 0, 5].\n\n## Your Choice\nNow in Round 9, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "210574", "game": "PG", "role": "contributor", "history_rounds": 8, "target_round": 9, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [19, 10, 7].\n- Round 2: Your choice: [5], the other players' choices: [5, 10, 10].\n- Round 3: Your choice: [10], the other players' choices: [10, 11, 5].\n- Round 4: Your choice: [7], the other players' choices: [5, 5, 6].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "221732", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [0, 10, 5].\n- Round 2: Your choice: [5], the other players' choices: [5, 5, 5].\n- Round 3: Your choice: [5], the other players' choices: [4, 0, 5].\n- Round 4: Your choice: [1], the other players' choices: [5, 5, 3].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "508284", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [10, 6, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "493768", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [1, 1, 5].\n- Round 2: Your choice: [5], the other players' choices: [0, 4, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "483531", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [16], the other players' choices: [8, 12, 12].\n- Round 2: Your choice: [20], the other players' choices: [13, 12, 12].\n- Round 3: Your choice: [20], the other players' choices: [14, 15, 15].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "460802", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [15, 0, 11].\n- Round 2: Your choice: [3], the other players' choices: [15, 0, 19].\n- Round 3: Your choice: [10], the other players' choices: [2, 0, 8].\n- Round 4: Your choice: [5], the other players' choices: [15, 6, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "240728", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [11, 11, 10].\n- Round 2: Your choice: [14], the other players' choices: [10, 10, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "390635", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [7, 8, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "305528", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [4, 7, 5].\n- Round 2: Your choice: [11], the other players' choices: [5, 6, 6].\n- Round 3: Your choice: [9], the other players' choices: [4, 5, 4].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "346218", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [14], the other players' choices: [12, 4, 5].\n- Round 2: Your choice: [0], the other players' choices: [10, 1, 7].\n- Round 3: Your choice: [0], the other players' choices: [13, 6, 5].\n- Round 4: Your choice: [0], the other players' choices: [20, 8, 6].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "120269", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [13, 0, 20].\n- Round 2: Your choice: [20], the other players' choices: [10, 0, 20].\n- Round 3: Your choice: [20], the other players' choices: [19, 0, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "232330", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [13, 13, 9].\n- Round 2: Your choice: [11], the other players' choices: [10, 10, 12].\n- Round 3: Your choice: [12], the other players' choices: [11, 11, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[17]", "metadata": {"user_id": "488806", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [4, 3, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "388053", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [20, 9, 8].\n- Round 2: Your choice: [10], the other players' choices: [10, 8, 12].\n- Round 3: Your choice: [3], the other players' choices: [20, 7, 5].\n- Round 4: Your choice: [8], the other players' choices: [20, 13, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "109733", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 0, 5].\n- Round 2: Your choice: [8], the other players' choices: [9, 5, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "301280", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 11, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "343847", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [6, 10, 7].\n- Round 2: Your choice: [0], the other players' choices: [7, 15, 10].\n- Round 3: Your choice: [0], the other players' choices: [8, 11, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "137177", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 10, 10].\n- Round 2: Your choice: [12], the other players' choices: [6, 10, 15].\n- Round 3: Your choice: [15], the other players' choices: [12, 10, 20].\n- Round 4: Your choice: [16], the other players' choices: [18, 10, 18].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "1004058", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [14, 20, 10].\n- Round 2: Your choice: [11], the other players' choices: [20, 20, 20].\n- Round 3: Your choice: [10], the other players' choices: [12, 10, 1].\n- Round 4: Your choice: [11], the other players' choices: [16, 5, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[17]", "metadata": {"user_id": "466553", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [5, 20, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "195122", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [5, 10, 8].\n- Round 2: Your choice: [5], the other players' choices: [6, 12, 7].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "385678", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [0, 2, 10].\n- Round 2: Your choice: [8], the other players' choices: [0, 2, 6].\n- Round 3: Your choice: [0], the other players' choices: [2, 2, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "163812", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [8, 4, 4].\n- Round 2: Your choice: [1], the other players' choices: [8, 8, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "355711", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 10, 3].\n- Round 2: Your choice: [8], the other players' choices: [12, 12, 6].\n- Round 3: Your choice: [5], the other players' choices: [20, 14, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "512236", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [0, 20, 12].\n- Round 2: Your choice: [8], the other players' choices: [0, 3, 16].\n- Round 3: Your choice: [7], the other players' choices: [0, 10, 16].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "318473", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [0, 5, 20].\n- Round 2: Your choice: [20], the other players' choices: [0, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "397132", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 3, 20].\n- Round 2: Your choice: [0], the other players' choices: [8, 3, 20].\n- Round 3: Your choice: [0], the other players' choices: [3, 3, 20].\n- Round 4: Your choice: [0], the other players' choices: [7, 3, 20].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "524832", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 10, 20].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "495883", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [9, 6, 6].\n- Round 2: Your choice: [10], the other players' choices: [2, 10, 7].\n- Round 3: Your choice: [11], the other players' choices: [8, 12, 6].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "359074", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 9, 7].\n- Round 2: Your choice: [14], the other players' choices: [8, 9, 9].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "505069", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [11, 7, 7].\n- Round 2: Your choice: [10], the other players' choices: [7, 9, 9].\n- Round 3: Your choice: [12], the other players' choices: [9, 8, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "518199", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [10, 2, 20].\n- Round 2: Your choice: [15], the other players' choices: [12, 1, 20].\n- Round 3: Your choice: [16], the other players' choices: [5, 5, 20].\n- Round 4: Your choice: [13], the other players' choices: [20, 0, 15].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "427866", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [20, 20, 4].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 5].\n- Round 3: Your choice: [9], the other players' choices: [20, 20, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "186325", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [10, 8, 3].\n- Round 2: Your choice: [14], the other players' choices: [10, 9, 10].\n- Round 3: Your choice: [15], the other players' choices: [10, 6, 12].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "160889", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 9 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [8, 20, 20].\n- Round 2: Your choice: [20], the other players' choices: [10, 20, 20].\n- Round 3: Your choice: [20], the other players' choices: [8, 15, 20].\n- Round 4: Your choice: [20], the other players' choices: [10, 10, 20].\n- Round 5: Your choice: [20], the other players' choices: [8, 20, 20].\n- Round 6: Your choice: [20], the other players' choices: [9, 5, 20].\n- Round 7: Your choice: [20], the other players' choices: [8, 20, 20].\n- Round 8: Your choice: [20], the other players' choices: [8, 0, 20].\n- Round 9: Your choice: [20], the other players' choices: [0, 0, 20].\n\n## Your Choice\nNow in Round 10, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "312083", "game": "PG", "role": "contributor", "history_rounds": 9, "target_round": 10, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [18, 13, 13].\n- Round 2: Your choice: [14], the other players' choices: [20, 15, 15].\n- Round 3: Your choice: [15], the other players' choices: [15, 16, 16].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[14]", "metadata": {"user_id": "413245", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 20, 20].\n- Round 2: Your choice: [20], the other players' choices: [13, 16, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "411158", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 5, 9].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "1010776", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [9, 13, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "468126", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [11, 10, 10].\n- Round 2: Your choice: [10], the other players' choices: [9, 9, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "268463", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [1, 2, 1].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "483516", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [13, 10, 12].\n- Round 2: Your choice: [0], the other players' choices: [11, 12, 11].\n- Round 3: Your choice: [0], the other players' choices: [7, 7, 7].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "316171", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [15, 10, 15].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "300783", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [4, 10, 11].\n- Round 2: Your choice: [5], the other players' choices: [9, 10, 8].\n- Round 3: Your choice: [10], the other players' choices: [9, 12, 8].\n- Round 4: Your choice: [10], the other players' choices: [9, 10, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "232512", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [13, 10, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "392297", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [6, 14, 20].\n- Round 2: Your choice: [8], the other players' choices: [9, 15, 20].\n- Round 3: Your choice: [8], the other players' choices: [9, 20, 20].\n- Round 4: Your choice: [8], the other players' choices: [11, 20, 20].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "286917", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 5, 10].\n- Round 2: Your choice: [11], the other players' choices: [18, 3, 5].\n- Round 3: Your choice: [10], the other players' choices: [5, 4, 7].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "387118", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [8, 10, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "238390", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [7, 10, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "295960", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [0, 10, 4].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "230799", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [8, 8, 11].\n- Round 2: Your choice: [5], the other players' choices: [6, 12, 5].\n- Round 3: Your choice: [7], the other players' choices: [8, 9, 18].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "236615", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [9, 10, 10].\n- Round 2: Your choice: [20], the other players' choices: [14, 13, 10].\n- Round 3: Your choice: [20], the other players' choices: [20, 10, 9].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "227681", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 10, 10].\n- Round 2: Your choice: [10], the other players' choices: [10, 5, 15].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "264137", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [9, 4, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "297800", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [9, 12, 12].\n- Round 2: Your choice: [0], the other players' choices: [8, 7, 7].\n- Round 3: Your choice: [3], the other players' choices: [4, 5, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[17]", "metadata": {"user_id": "393468", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [4, 8, 12].\n- Round 2: Your choice: [9], the other players' choices: [9, 9, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[14]", "metadata": {"user_id": "468423", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [16], the other players' choices: [20, 5, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[14]", "metadata": {"user_id": "398264", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [4, 2, 2].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "1006227", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 8, 2].\n- Round 2: Your choice: [7], the other players' choices: [5, 7, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "269296", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [10, 6, 10].\n- Round 2: Your choice: [6], the other players' choices: [10, 12, 6].\n- Round 3: Your choice: [5], the other players' choices: [3, 10, 14].\n- Round 4: Your choice: [5], the other players' choices: [20, 10, 14].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "190839", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [8, 11, 12].\n- Round 2: Your choice: [7], the other players' choices: [11, 10, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[17]", "metadata": {"user_id": "148482", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [11, 11, 12].\n- Round 2: Your choice: [3], the other players' choices: [9, 9, 8].\n- Round 3: Your choice: [0], the other players' choices: [6, 6, 7].\n- Round 4: Your choice: [0], the other players' choices: [4, 4, 4].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "266859", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 9, 11].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "347172", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 2, 5].\n- Round 2: Your choice: [5], the other players' choices: [20, 5, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "388532", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [7, 5, 5].\n- Round 2: Your choice: [10], the other players' choices: [8, 0, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "442322", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 6, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "495616", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [9, 8, 9].\n- Round 2: Your choice: [19], the other players' choices: [12, 12, 12].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "451023", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 10, 20].\n- Round 2: Your choice: [8], the other players' choices: [5, 11, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "239458", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [1, 10, 13].\n- Round 2: Your choice: [9], the other players' choices: [5, 0, 12].\n- Round 3: Your choice: [9], the other players' choices: [0, 3, 14].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "120497", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [8, 8, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "118128", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [5, 1, 1].\n- Round 2: Your choice: [4], the other players' choices: [0, 1, 3].\n- Round 3: Your choice: [4], the other players' choices: [7, 5, 0].\n- Round 4: Your choice: [1], the other players' choices: [10, 0, 2].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "483504", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 13 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 9, 10].\n- Round 2: Your choice: [12], the other players' choices: [12, 11, 5].\n- Round 3: Your choice: [8], the other players' choices: [7, 12, 8].\n- Round 4: Your choice: [7], the other players' choices: [11, 9, 13].\n- Round 5: Your choice: [7], the other players' choices: [16, 8, 10].\n- Round 6: Your choice: [9], the other players' choices: [8, 8, 8].\n- Round 7: Your choice: [7], the other players' choices: [16, 9, 8].\n- Round 8: Your choice: [8], the other players' choices: [12, 11, 8].\n- Round 9: Your choice: [9], the other players' choices: [8, 9, 12].\n- Round 10: Your choice: [9], the other players' choices: [12, 10, 12].\n- Round 11: Your choice: [9], the other players' choices: [5, 11, 11].\n- Round 12: Your choice: [8], the other players' choices: [18, 9, 12].\n- Round 13: Your choice: [10], the other players' choices: [16, 10, 8].\n\n## Your Choice\nNow in Round 14, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "397615", "game": "PG", "role": "contributor", "history_rounds": 13, "target_round": 14, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [20, 20, 1].\n- Round 2: Your choice: [12], the other players' choices: [20, 15, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "462624", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [19], the other players' choices: [20, 19, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "471546", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [20, 2, 4].\n- Round 2: Your choice: [0], the other players' choices: [1, 20, 10].\n- Round 3: Your choice: [20], the other players' choices: [2, 20, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[19]", "metadata": {"user_id": "458081", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [0, 0, 1].\n- Round 2: Your choice: [0], the other players' choices: [0, 0, 1].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "330512", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 2, 10].\n- Round 2: Your choice: [5], the other players' choices: [10, 7, 5].\n- Round 3: Your choice: [15], the other players' choices: [2, 10, 9].\n- Round 4: Your choice: [8], the other players' choices: [14, 5, 4].\n- Round 5: Your choice: [20], the other players' choices: [4, 8, 1].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "397645", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [18], the other players' choices: [7, 10, 10].\n- Round 2: Your choice: [7], the other players' choices: [8, 10, 5].\n- Round 3: Your choice: [9], the other players' choices: [2, 10, 13].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "529764", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [13, 7, 11].\n- Round 2: Your choice: [10], the other players' choices: [9, 11, 9].\n- Round 3: Your choice: [12], the other players' choices: [10, 9, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "476481", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 5, 11].\n- Round 2: Your choice: [12], the other players' choices: [0, 5, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "464630", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [5, 4, 20].\n- Round 2: Your choice: [20], the other players' choices: [5, 10, 20].\n- Round 3: Your choice: [5], the other players' choices: [10, 0, 5].\n- Round 4: Your choice: [11], the other players' choices: [10, 1, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "213296", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 9, 6].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "471754", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [8, 8, 12].\n- Round 2: Your choice: [2], the other players' choices: [7, 7, 5].\n- Round 3: Your choice: [0], the other players' choices: [4, 4, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "484014", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 10, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "300015", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 0, 10].\n- Round 2: Your choice: [8], the other players' choices: [13, 10, 20].\n- Round 3: Your choice: [12], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "299597", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [0, 10, 5].\n- Round 2: Your choice: [0], the other players' choices: [0, 5, 6].\n- Round 3: Your choice: [0], the other players' choices: [0, 6, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "124407", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [20, 5, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "1014045", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [10, 10, 10].\n- Round 2: Your choice: [12], the other players' choices: [15, 10, 1].\n- Round 3: Your choice: [13], the other players' choices: [10, 10, 2].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "299412", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [9, 12, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "391070", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [2, 0, 1].\n- Round 2: Your choice: [10], the other players' choices: [1, 0, 1].\n- Round 3: Your choice: [10], the other players' choices: [1, 0, 0].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "507889", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [0, 0, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "434537", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 9 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [8, 1, 0].\n- Round 2: Your choice: [0], the other players' choices: [0, 0, 0].\n- Round 3: Your choice: [0], the other players' choices: [8, 2, 0].\n- Round 4: Your choice: [0], the other players' choices: [2, 1, 2].\n- Round 5: Your choice: [0], the other players' choices: [2, 1, 0].\n- Round 6: Your choice: [0], the other players' choices: [2, 0, 0].\n- Round 7: Your choice: [0], the other players' choices: [2, 1, 0].\n- Round 8: Your choice: [1], the other players' choices: [0, 2, 0].\n- Round 9: Your choice: [1], the other players' choices: [3, 0, 1].\n\n## Your Choice\nNow in Round 10, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "187352", "game": "PG", "role": "contributor", "history_rounds": 9, "target_round": 10, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 20, 9].\n- Round 2: Your choice: [15], the other players' choices: [20, 20, 16].\n- Round 3: Your choice: [20], the other players' choices: [20, 20, 18].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "397766", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [18], the other players' choices: [15, 18, 12].\n- Round 2: Your choice: [20], the other players' choices: [19, 15, 15].\n- Round 3: Your choice: [18], the other players' choices: [20, 17, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "393313", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [5, 14, 10].\n- Round 2: Your choice: [20], the other players' choices: [4, 6, 10].\n- Round 3: Your choice: [20], the other players' choices: [3, 16, 12].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "292995", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [10, 5, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "461204", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 7, 11].\n- Round 2: Your choice: [7], the other players' choices: [12, 13, 12].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "343732", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 7, 4].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "236583", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 5, 12].\n- Round 2: Your choice: [10], the other players' choices: [10, 10, 12].\n- Round 3: Your choice: [20], the other players' choices: [10, 15, 13].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[14]", "metadata": {"user_id": "281497", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [3, 10, 20].\n- Round 2: Your choice: [7], the other players' choices: [3, 10, 14].\n- Round 3: Your choice: [10], the other players' choices: [7, 10, 13].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "508154", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 13, 14].\n- Round 2: Your choice: [10], the other players' choices: [11, 14, 15].\n- Round 3: Your choice: [0], the other players' choices: [15, 15, 14].\n- Round 4: Your choice: [20], the other players' choices: [3, 16, 10].\n- Round 5: Your choice: [16], the other players' choices: [20, 17, 8].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[14]", "metadata": {"user_id": "264134", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [13, 7, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "480316", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [6, 10, 20].\n- Round 2: Your choice: [10], the other players' choices: [10, 8, 18].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "505861", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [15, 19, 14].\n- Round 2: Your choice: [10], the other players' choices: [15, 8, 11].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "313980", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 10, 20].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n- Round 3: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "497912", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [5, 4, 7].\n- Round 2: Your choice: [3], the other players' choices: [2, 3, 8].\n- Round 3: Your choice: [4], the other players' choices: [14, 10, 5].\n- Round 4: Your choice: [4], the other players' choices: [1, 0, 3].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "232552", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [4, 4, 0].\n- Round 2: Your choice: [15], the other players' choices: [1, 3, 0].\n- Round 3: Your choice: [0], the other players' choices: [15, 5, 0].\n- Round 4: Your choice: [10], the other players' choices: [4, 4, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "230679", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [7, 9, 9].\n- Round 2: Your choice: [5], the other players' choices: [7, 7, 7].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "387133", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 5, 5].\n- Round 2: Your choice: [6], the other players' choices: [5, 10, 5].\n- Round 3: Your choice: [8], the other players' choices: [5, 0, 0].\n- Round 4: Your choice: [3], the other players' choices: [2, 5, 2].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "183389", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 7, 10].\n- Round 2: Your choice: [14], the other players' choices: [10, 10, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "118278", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [7, 11, 10].\n- Round 2: Your choice: [10], the other players' choices: [13, 12, 13].\n- Round 3: Your choice: [8], the other players' choices: [10, 13, 15].\n- Round 4: Your choice: [11], the other players' choices: [20, 14, 20].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "442769", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [9, 12, 9].\n- Round 2: Your choice: [8], the other players' choices: [11, 10, 11].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "385436", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [5, 8, 4].\n- Round 2: Your choice: [20], the other players' choices: [5, 7, 3].\n- Round 3: Your choice: [20], the other players' choices: [5, 6, 5].\n- Round 4: Your choice: [20], the other players' choices: [4, 3, 4].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "453909", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [5, 10, 8].\n- Round 2: Your choice: [0], the other players' choices: [10, 10, 11].\n- Round 3: Your choice: [13], the other players' choices: [10, 15, 6].\n- Round 4: Your choice: [14], the other players' choices: [5, 15, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "531548", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [6, 15, 7].\n- Round 2: Your choice: [9], the other players' choices: [8, 17, 10].\n- Round 3: Your choice: [9], the other players' choices: [0, 18, 12].\n- Round 4: Your choice: [9], the other players' choices: [20, 0, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "529195", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [20, 7, 10].\n- Round 2: Your choice: [6], the other players' choices: [15, 3, 12].\n- Round 3: Your choice: [1], the other players' choices: [20, 5, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "229201", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [13, 10, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "253880", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 7, 7].\n- Round 2: Your choice: [14], the other players' choices: [8, 8, 8].\n- Round 3: Your choice: [20], the other players' choices: [10, 10, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "310505", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [0, 0, 1].\n- Round 2: Your choice: [0], the other players' choices: [0, 0, 0].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "140146", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 14 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [15, 5, 5].\n- Round 2: Your choice: [1], the other players' choices: [18, 20, 10].\n- Round 3: Your choice: [2], the other players' choices: [20, 10, 8].\n- Round 4: Your choice: [1], the other players' choices: [20, 10, 10].\n- Round 5: Your choice: [0], the other players' choices: [20, 10, 5].\n- Round 6: Your choice: [1], the other players' choices: [1, 20, 8].\n- Round 7: Your choice: [2], the other players' choices: [1, 0, 8].\n- Round 8: Your choice: [0], the other players' choices: [10, 10, 5].\n- Round 9: Your choice: [1], the other players' choices: [5, 10, 20].\n- Round 10: Your choice: [1], the other players' choices: [15, 10, 7].\n- Round 11: Your choice: [3], the other players' choices: [10, 12, 8].\n- Round 12: Your choice: [3], the other players' choices: [10, 10, 6].\n- Round 13: Your choice: [4], the other players' choices: [1, 10, 15].\n- Round 14: Your choice: [5], the other players' choices: [15, 5, 8].\n\n## Your Choice\nNow in Round 15, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "397642", "game": "PG", "role": "contributor", "history_rounds": 14, "target_round": 15, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [5, 4, 15].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "120119", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 8 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [15, 8, 5].\n- Round 2: Your choice: [7], the other players' choices: [9, 10, 10].\n- Round 3: Your choice: [1], the other players' choices: [2, 7, 14].\n- Round 4: Your choice: [10], the other players' choices: [7, 10, 5].\n- Round 5: Your choice: [2], the other players' choices: [12, 12, 20].\n- Round 6: Your choice: [10], the other players' choices: [7, 16, 16].\n- Round 7: Your choice: [6], the other players' choices: [3, 20, 20].\n- Round 8: Your choice: [1], the other players' choices: [0, 6, 7].\n\n## Your Choice\nNow in Round 9, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "265427", "game": "PG", "role": "contributor", "history_rounds": 8, "target_round": 9, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [8, 5, 5].\n- Round 2: Your choice: [10], the other players' choices: [8, 4, 6].\n- Round 3: Your choice: [2], the other players' choices: [10, 10, 6].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[17]", "metadata": {"user_id": "430936", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 5, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "115938", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 7 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 14, 10].\n- Round 2: Your choice: [11], the other players' choices: [8, 15, 7].\n- Round 3: Your choice: [10], the other players' choices: [8, 15, 5].\n- Round 4: Your choice: [10], the other players' choices: [8, 20, 5].\n- Round 5: Your choice: [10], the other players' choices: [8, 17, 3].\n- Round 6: Your choice: [10], the other players' choices: [10, 0, 10].\n- Round 7: Your choice: [20], the other players' choices: [5, 2, 0].\n\n## Your Choice\nNow in Round 8, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "190641", "game": "PG", "role": "contributor", "history_rounds": 7, "target_round": 8, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 20, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "188027", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 10, 10].\n- Round 2: Your choice: [10], the other players' choices: [10, 9, 9].\n- Round 3: Your choice: [9], the other players' choices: [9, 9, 9].\n- Round 4: Your choice: [10], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "146455", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [2, 4, 4].\n- Round 2: Your choice: [9], the other players' choices: [3, 5, 4].\n- Round 3: Your choice: [8], the other players' choices: [4, 0, 4].\n- Round 4: Your choice: [9], the other players' choices: [0, 7, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "137165", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [20, 5, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "256398", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [5, 7, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "169596", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [8, 7, 7].\n- Round 2: Your choice: [10], the other players' choices: [6, 6, 6].\n- Round 3: Your choice: [15], the other players' choices: [7, 7, 7].\n- Round 4: Your choice: [20], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "344276", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [14], the other players' choices: [2, 4, 10].\n- Round 2: Your choice: [9], the other players' choices: [4, 5, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "1014065", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [15, 10, 18].\n- Round 2: Your choice: [8], the other players' choices: [20, 10, 12].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "510825", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [5, 0, 3].\n- Round 2: Your choice: [20], the other players' choices: [3, 0, 6].\n- Round 3: Your choice: [20], the other players' choices: [10, 0, 2].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "249201", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [20, 10, 19].\n- Round 2: Your choice: [0], the other players' choices: [20, 12, 17].\n- Round 3: Your choice: [0], the other players' choices: [19, 12, 19].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "256380", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [8, 10, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "331964", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [1, 18, 5].\n- Round 2: Your choice: [9], the other players' choices: [2, 14, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "345915", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [5, 17, 1].\n- Round 2: Your choice: [5], the other players' choices: [8, 18, 1].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "411325", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [6, 18, 5].\n- Round 2: Your choice: [5], the other players' choices: [10, 19, 5].\n- Round 3: Your choice: [5], the other players' choices: [8, 7, 16].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "395084", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [2, 0, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "238886", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [0, 13, 12].\n- Round 2: Your choice: [20], the other players' choices: [0, 4, 4].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "169673", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [8, 20, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "354118", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [0, 10, 10].\n- Round 2: Your choice: [20], the other players' choices: [10, 8, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "299662", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [18], the other players' choices: [10, 8, 11].\n- Round 2: Your choice: [18], the other players' choices: [12, 13, 12].\n- Round 3: Your choice: [4], the other players' choices: [14, 14, 14].\n- Round 4: Your choice: [6], the other players' choices: [10, 10, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "278656", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [14, 10, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "506126", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [2, 10, 8].\n- Round 2: Your choice: [12], the other players' choices: [6, 10, 10].\n- Round 3: Your choice: [2], the other players' choices: [14, 10, 4].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[18]", "metadata": {"user_id": "482396", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 5, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "504360", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [20, 0, 7].\n- Round 2: Your choice: [5], the other players' choices: [20, 0, 8].\n- Round 3: Your choice: [7], the other players' choices: [20, 0, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "260659", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [10, 15, 6].\n- Round 2: Your choice: [16], the other players' choices: [12, 13, 13].\n- Round 3: Your choice: [10], the other players' choices: [12, 16, 15].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "188852", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 10, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "275033", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [6, 10, 7].\n- Round 2: Your choice: [0], the other players' choices: [7, 15, 10].\n- Round 3: Your choice: [0], the other players' choices: [8, 11, 8].\n- Round 4: Your choice: [0], the other players' choices: [7, 10, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "137177", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [0, 20, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "167987", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [12, 10, 10].\n- Round 2: Your choice: [5], the other players' choices: [12, 10, 9].\n- Round 3: Your choice: [10], the other players' choices: [14, 5, 8].\n- Round 4: Your choice: [5], the other players' choices: [20, 0, 7].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "238363", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [0, 3, 10].\n- Round 2: Your choice: [8], the other players' choices: [10, 0, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "120691", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 12, 10].\n- Round 2: Your choice: [10], the other players' choices: [9, 13, 12].\n- Round 3: Your choice: [15], the other players' choices: [6, 10, 14].\n- Round 4: Your choice: [16], the other players' choices: [2, 15, 7].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "432113", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [9, 3, 10].\n- Round 2: Your choice: [1], the other players' choices: [10, 1, 10].\n- Round 3: Your choice: [2], the other players' choices: [16, 9, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "434273", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 10, 8].\n- Round 2: Your choice: [5], the other players' choices: [10, 20, 8].\n- Round 3: Your choice: [5], the other players' choices: [10, 5, 8].\n- Round 4: Your choice: [5], the other players' choices: [10, 10, 8].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "242111", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 20, 10].\n- Round 2: Your choice: [8], the other players' choices: [15, 0, 8].\n- Round 3: Your choice: [20], the other players' choices: [5, 15, 6].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "230506", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [0, 11, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "255365", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [7, 11, 13].\n- Round 2: Your choice: [20], the other players' choices: [13, 11, 11].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "450820", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [2, 4, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "193879", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [10, 8, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "134117", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 15, 10].\n- Round 2: Your choice: [10], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "299492", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [5, 8, 9].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "540019", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 7, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "458582", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [19, 10, 7].\n- Round 2: Your choice: [5], the other players' choices: [5, 10, 10].\n- Round 3: Your choice: [10], the other players' choices: [10, 11, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "221732", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [10, 20, 10].\n- Round 2: Your choice: [10], the other players' choices: [12, 20, 10].\n- Round 3: Your choice: [9], the other players' choices: [14, 0, 12].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "385136", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 7, 12].\n- Round 2: Your choice: [16], the other players' choices: [9, 9, 8].\n- Round 3: Your choice: [15], the other players' choices: [11, 11, 11].\n- Round 4: Your choice: [20], the other players' choices: [12, 12, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "489139", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [16], the other players' choices: [8, 8, 9].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "450564", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "253723", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [6, 8, 2].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "366512", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 13, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "306284", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 9, 10].\n- Round 2: Your choice: [10], the other players' choices: [20, 5, 10].\n- Round 3: Your choice: [10], the other players' choices: [12, 15, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "460060", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 10, 10].\n- Round 2: Your choice: [10], the other players' choices: [10, 5, 15].\n- Round 3: Your choice: [15], the other players' choices: [12, 18, 20].\n- Round 4: Your choice: [15], the other players' choices: [14, 18, 5].\n- Round 5: Your choice: [17], the other players' choices: [10, 13, 12].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[18]", "metadata": {"user_id": "264137", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [13, 1, 15].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "1009109", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [20, 0, 7].\n- Round 2: Your choice: [10], the other players' choices: [20, 0, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "283878", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [8, 20, 20].\n- Round 2: Your choice: [20], the other players' choices: [8, 20, 20].\n- Round 3: Your choice: [20], the other players' choices: [8, 20, 15].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "304397", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [6, 5, 4].\n- Round 2: Your choice: [8], the other players' choices: [10, 12, 4].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "459493", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 20, 5].\n- Round 2: Your choice: [5], the other players' choices: [12, 20, 5].\n- Round 3: Your choice: [10], the other players' choices: [10, 20, 5].\n- Round 4: Your choice: [15], the other players' choices: [12, 10, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "345069", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 7 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [0, 10, 10].\n- Round 2: Your choice: [18], the other players' choices: [0, 10, 0].\n- Round 3: Your choice: [10], the other players' choices: [0, 0, 6].\n- Round 4: Your choice: [12], the other players' choices: [0, 5, 1].\n- Round 5: Your choice: [5], the other players' choices: [0, 10, 2].\n- Round 6: Your choice: [2], the other players' choices: [0, 5, 0].\n- Round 7: Your choice: [6], the other players' choices: [0, 5, 1].\n\n## Your Choice\nNow in Round 8, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "269143", "game": "PG", "role": "contributor", "history_rounds": 7, "target_round": 8, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [6, 0, 8].\n- Round 2: Your choice: [15], the other players' choices: [10, 0, 10].\n- Round 3: Your choice: [10], the other players' choices: [12, 0, 15].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "395360", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [13, 20, 10].\n- Round 2: Your choice: [15], the other players' choices: [13, 0, 12].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "299991", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 10, 7].\n- Round 2: Your choice: [0], the other players' choices: [20, 6, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "380741", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [9, 10, 12].\n- Round 2: Your choice: [9], the other players' choices: [9, 8, 8].\n- Round 3: Your choice: [6], the other players' choices: [8, 8, 8].\n- Round 4: Your choice: [10], the other players' choices: [7, 7, 7].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "512831", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [13, 10, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "296948", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 5, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "135124", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[18]", "metadata": {"user_id": "134483", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [0, 6, 9].\n- Round 2: Your choice: [10], the other players' choices: [0, 7, 10].\n- Round 3: Your choice: [8], the other players' choices: [0, 10, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "300485", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [6, 10, 1].\n- Round 2: Your choice: [10], the other players' choices: [7, 8, 1].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "510153", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [12, 7, 8].\n- Round 2: Your choice: [5], the other players' choices: [5, 6, 6].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "399515", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [5, 5, 5].\n- Round 2: Your choice: [8], the other players' choices: [3, 8, 10].\n- Round 3: Your choice: [9], the other players' choices: [5, 5, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "388720", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [3, 10, 20].\n- Round 2: Your choice: [12], the other players' choices: [9, 20, 20].\n- Round 3: Your choice: [15], the other players' choices: [11, 8, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "300598", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 20, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "504781", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 10, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "347153", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [10, 5, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "1009247", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [19], the other players' choices: [10, 7, 6].\n- Round 2: Your choice: [16], the other players' choices: [10, 8, 14].\n- Round 3: Your choice: [14], the other players' choices: [10, 10, 16].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[19]", "metadata": {"user_id": "232578", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [8, 12, 9].\n- Round 2: Your choice: [20], the other players' choices: [12, 10, 11].\n- Round 3: Your choice: [15], the other players' choices: [13, 14, 14].\n- Round 4: Your choice: [17], the other players' choices: [14, 14, 14].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "305529", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 8, 7].\n- Round 2: Your choice: [5], the other players' choices: [9, 7, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "236365", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [1, 5, 10].\n- Round 2: Your choice: [10], the other players' choices: [0, 8, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "433306", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [11, 8, 13].\n- Round 2: Your choice: [3], the other players' choices: [8, 9, 8].\n- Round 3: Your choice: [7], the other players' choices: [6, 6, 6].\n- Round 4: Your choice: [6], the other players' choices: [6, 6, 6].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "343717", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "431884", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 20, 8].\n- Round 2: Your choice: [10], the other players' choices: [20, 20, 16].\n- Round 3: Your choice: [8], the other players' choices: [20, 20, 16].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "258408", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 11, 13].\n- Round 2: Your choice: [10], the other players' choices: [9, 9, 8].\n- Round 3: Your choice: [5], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "390492", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [7, 3, 0].\n- Round 2: Your choice: [2], the other players' choices: [10, 2, 0].\n- Round 3: Your choice: [1], the other players' choices: [5, 7, 0].\n- Round 4: Your choice: [0], the other players' choices: [20, 11, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "389243", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 12, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "347611", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 20].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "431903", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 8, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "394830", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [16], the other players' choices: [9, 9, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[16]", "metadata": {"user_id": "493471", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [12, 10, 10].\n- Round 2: Your choice: [11], the other players' choices: [9, 12, 9].\n- Round 3: Your choice: [7], the other players' choices: [13, 12, 10].\n- Round 4: Your choice: [10], the other players' choices: [10, 11, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "261074", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 9, 12].\n- Round 2: Your choice: [10], the other players' choices: [20, 14, 13].\n- Round 3: Your choice: [10], the other players' choices: [20, 14, 14].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "283724", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [6, 5, 0].\n- Round 2: Your choice: [7], the other players' choices: [7, 0, 7].\n- Round 3: Your choice: [1], the other players' choices: [14, 5, 0].\n- Round 4: Your choice: [5], the other players' choices: [8, 0, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "120373", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [5, 6, 10].\n- Round 2: Your choice: [14], the other players' choices: [10, 4, 12].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "242108", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 10, 0].\n- Round 2: Your choice: [10], the other players' choices: [7, 10, 0].\n- Round 3: Your choice: [11], the other players' choices: [7, 10, 0].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "236401", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [13, 10, 13].\n- Round 2: Your choice: [0], the other players' choices: [11, 12, 11].\n- Round 3: Your choice: [20], the other players' choices: [7, 7, 7].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "253880", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [0, 2, 12].\n- Round 2: Your choice: [3], the other players' choices: [10, 3, 2].\n- Round 3: Your choice: [2], the other players' choices: [13, 2, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "531424", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 10, 10].\n- Round 2: Your choice: [10], the other players' choices: [20, 8, 10].\n- Round 3: Your choice: [15], the other players' choices: [5, 5, 15].\n- Round 4: Your choice: [20], the other players' choices: [5, 15, 1].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "464697", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [6, 7, 10].\n- Round 2: Your choice: [7], the other players' choices: [5, 8, 10].\n- Round 3: Your choice: [10], the other players' choices: [4, 11, 11].\n- Round 4: Your choice: [8], the other players' choices: [5, 9, 13].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "241176", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [16, 10, 8].\n- Round 2: Your choice: [8], the other players' choices: [17, 20, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "346811", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [18], the other players' choices: [5, 12, 15].\n- Round 2: Your choice: [20], the other players' choices: [10, 15, 15].\n- Round 3: Your choice: [18], the other players' choices: [12, 15, 18].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[18]", "metadata": {"user_id": "300489", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 9 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [20, 0, 10].\n- Round 2: Your choice: [3], the other players' choices: [0, 0, 10].\n- Round 3: Your choice: [3], the other players' choices: [20, 0, 10].\n- Round 4: Your choice: [0], the other players' choices: [10, 10, 0].\n- Round 5: Your choice: [1], the other players' choices: [5, 0, 10].\n- Round 6: Your choice: [3], the other players' choices: [0, 10, 3].\n- Round 7: Your choice: [2], the other players' choices: [9, 0, 10].\n- Round 8: Your choice: [7], the other players' choices: [3, 0, 10].\n- Round 9: Your choice: [0], the other players' choices: [4, 10, 0].\n\n## Your Choice\nNow in Round 10, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "191450", "game": "PG", "role": "contributor", "history_rounds": 9, "target_round": 10, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [15, 10, 15].\n- Round 2: Your choice: [3], the other players' choices: [20, 12, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "411159", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [2, 5, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "336245", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 6 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [3, 3, 8].\n- Round 2: Your choice: [0], the other players' choices: [5, 0, 5].\n- Round 3: Your choice: [1], the other players' choices: [6, 5, 6].\n- Round 4: Your choice: [6], the other players' choices: [8, 1, 8].\n- Round 5: Your choice: [5], the other players' choices: [3, 5, 7].\n- Round 6: Your choice: [3], the other players' choices: [7, 5, 10].\n\n## Your Choice\nNow in Round 7, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "137638", "game": "PG", "role": "contributor", "history_rounds": 6, "target_round": 7, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [20, 4, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "272001", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [6, 10, 20].\n- Round 2: Your choice: [7], the other players' choices: [8, 10, 16].\n- Round 3: Your choice: [4], the other players' choices: [6, 10, 16].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "218911", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [0, 5, 15].\n- Round 2: Your choice: [10], the other players' choices: [5, 4, 13].\n- Round 3: Your choice: [13], the other players' choices: [5, 2, 16].\n- Round 4: Your choice: [12], the other players' choices: [5, 0, 17].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[16]", "metadata": {"user_id": "442414", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 20, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "469063", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 12, 20].\n- Round 2: Your choice: [15], the other players' choices: [5, 15, 20].\n- Round 3: Your choice: [7], the other players' choices: [10, 10, 20].\n- Round 4: Your choice: [10], the other players' choices: [0, 10, 20].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "396230", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [20, 5, 11].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "372569", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [10, 5, 6].\n- Round 2: Your choice: [4], the other players' choices: [12, 9, 10].\n- Round 3: Your choice: [4], the other players' choices: [12, 10, 8].\n- Round 4: Your choice: [5], the other players' choices: [14, 10, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "225910", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [16, 8, 5].\n- Round 2: Your choice: [6], the other players' choices: [15, 10, 8].\n- Round 3: Your choice: [6], the other players' choices: [14, 12, 8].\n- Round 4: Your choice: [5], the other players' choices: [14, 12, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "136669", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [1, 5, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "1010640", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [8, 9, 11].\n- Round 2: Your choice: [8], the other players' choices: [11, 11, 10].\n- Round 3: Your choice: [10], the other players' choices: [9, 9, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "489246", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 20].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "134536", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 13, 12].\n- Round 2: Your choice: [6], the other players' choices: [11, 8, 6].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "284318", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [13, 2, 20].\n- Round 2: Your choice: [10], the other players' choices: [20, 2, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "239457", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "489252", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 14, 20].\n- Round 2: Your choice: [10], the other players' choices: [4, 6, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "287911", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [9, 10, 10].\n- Round 2: Your choice: [9], the other players' choices: [8, 7, 10].\n- Round 3: Your choice: [9], the other players' choices: [12, 6, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "346307", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [15, 5, 5].\n- Round 2: Your choice: [1], the other players' choices: [18, 20, 10].\n- Round 3: Your choice: [2], the other players' choices: [20, 10, 8].\n- Round 4: Your choice: [1], the other players' choices: [20, 10, 10].\n- Round 5: Your choice: [0], the other players' choices: [20, 10, 5].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "397642", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [5, 5, 2].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "134670", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [5, 0, 17].\n- Round 2: Your choice: [5], the other players' choices: [6, 0, 17].\n- Round 3: Your choice: [1], the other players' choices: [7, 0, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "133256", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [9], the other players' choices: [0, 5, 15].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "442414", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 15, 20].\n- Round 2: Your choice: [20], the other players' choices: [10, 18, 20].\n- Round 3: Your choice: [18], the other players' choices: [10, 10, 20].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "190301", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 6 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [8, 1, 0].\n- Round 2: Your choice: [0], the other players' choices: [0, 0, 0].\n- Round 3: Your choice: [0], the other players' choices: [8, 2, 0].\n- Round 4: Your choice: [0], the other players' choices: [2, 1, 2].\n- Round 5: Your choice: [0], the other players' choices: [2, 1, 0].\n- Round 6: Your choice: [0], the other players' choices: [2, 0, 0].\n\n## Your Choice\nNow in Round 7, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "187352", "game": "PG", "role": "contributor", "history_rounds": 6, "target_round": 7, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [9, 9, 10].\n- Round 2: Your choice: [4], the other players' choices: [10, 10, 5].\n- Round 3: Your choice: [3], the other players' choices: [8, 13, 0].\n- Round 4: Your choice: [10], the other players' choices: [9, 12, 2].\n- Round 5: Your choice: [5], the other players' choices: [9, 19, 0].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "366506", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [0, 10, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "460154", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [8, 10, 13].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "335204", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 2, 10].\n- Round 2: Your choice: [10], the other players' choices: [9, 8, 15].\n- Round 3: Your choice: [20], the other players' choices: [11, 7, 10].\n- Round 4: Your choice: [0], the other players' choices: [13, 9, 13].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "137073", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [12, 13, 13].\n- Round 2: Your choice: [12], the other players' choices: [7, 7, 7].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "358810", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [7, 10, 8].\n- Round 2: Your choice: [20], the other players' choices: [10, 11, 10].\n- Round 3: Your choice: [20], the other players' choices: [12, 11, 15].\n- Round 4: Your choice: [20], the other players' choices: [13, 7, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "388602", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [5, 10, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "105577", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [10, 10, 13].\n- Round 2: Your choice: [5], the other players' choices: [10, 10, 9].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "511789", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [12, 10, 20].\n- Round 2: Your choice: [10], the other players' choices: [20, 9, 20].\n- Round 3: Your choice: [8], the other players' choices: [15, 14, 20].\n- Round 4: Your choice: [10], the other players' choices: [17, 10, 20].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "241426", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [6, 20, 11].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "189914", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [13, 9, 8].\n- Round 2: Your choice: [0], the other players' choices: [5, 7, 7].\n- Round 3: Your choice: [0], the other players' choices: [4, 4, 4].\n- Round 4: Your choice: [0], the other players' choices: [2, 2, 2].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "246757", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [18], the other players' choices: [13, 10, 8].\n- Round 2: Your choice: [20], the other players' choices: [12, 13, 13].\n- Round 3: Your choice: [17], the other players' choices: [15, 15, 15].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "347948", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [7, 12, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "346271", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 11, 13].\n- Round 2: Your choice: [12], the other players' choices: [10, 10, 9].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "148284", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [5, 5, 1].\n- Round 2: Your choice: [1], the other players' choices: [8, 5, 1].\n- Round 3: Your choice: [1], the other players' choices: [4, 5, 2].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "216041", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 9, 10].\n- Round 2: Your choice: [10], the other players' choices: [20, 5, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "460060", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [16, 10, 8].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "221579", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [0, 5, 4].\n- Round 2: Your choice: [10], the other players' choices: [5, 8, 4].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "130115", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 5, 0].\n- Round 2: Your choice: [5], the other players' choices: [3, 15, 5].\n- Round 3: Your choice: [8], the other players' choices: [3, 10, 4].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "238099", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [0, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "312573", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [10, 13, 9].\n- Round 2: Your choice: [8], the other players' choices: [11, 10, 11].\n- Round 3: Your choice: [10], the other players' choices: [9, 10, 9].\n- Round 4: Your choice: [16], the other players' choices: [9, 9, 9].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "382914", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [20, 2, 4].\n- Round 2: Your choice: [1], the other players' choices: [20, 0, 10].\n- Round 3: Your choice: [2], the other players' choices: [20, 20, 20].\n- Round 4: Your choice: [1], the other players' choices: [20, 19, 20].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[4]", "metadata": {"user_id": "432560", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [0, 10, 1].\n- Round 2: Your choice: [6], the other players' choices: [0, 10, 0].\n- Round 3: Your choice: [4], the other players' choices: [0, 10, 2].\n- Round 4: Your choice: [2], the other players' choices: [0, 10, 3].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "194232", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 8, 8].\n- Round 2: Your choice: [0], the other players' choices: [8, 5, 10].\n- Round 3: Your choice: [10], the other players' choices: [20, 4, 13].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "169340", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [15, 0, 4].\n- Round 2: Your choice: [10], the other players' choices: [15, 0, 5].\n- Round 3: Your choice: [10], the other players' choices: [10, 0, 7].\n- Round 4: Your choice: [10], the other players' choices: [15, 0, 6].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "320208", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [11, 8, 7].\n- Round 2: Your choice: [9], the other players' choices: [5, 6, 6].\n- Round 3: Your choice: [9], the other players' choices: [7, 6, 6].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "146442", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 9, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "452920", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [8, 13, 11].\n- Round 2: Your choice: [0], the other players' choices: [8, 6, 7].\n- Round 3: Your choice: [0], the other players' choices: [4, 5, 4].\n- Round 4: Your choice: [0], the other players' choices: [3, 2, 3].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "476611", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 15, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "300797", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [14, 5, 4].\n- Round 2: Your choice: [15], the other players' choices: [10, 15, 3].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "122098", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [11, 11, 9].\n- Round 2: Your choice: [0], the other players' choices: [8, 8, 9].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "528163", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [10, 5, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "376650", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 15, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "397626", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [12, 10, 5].\n- Round 2: Your choice: [10], the other players' choices: [6, 10, 10].\n- Round 3: Your choice: [2], the other players' choices: [0, 12, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "435869", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [13, 7, 7].\n- Round 2: Your choice: [15], the other players' choices: [8, 10, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "502331", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [1], the other players' choices: [8, 13, 11].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "476611", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [10, 10, 8].\n- Round 2: Your choice: [12], the other players' choices: [10, 6, 12].\n- Round 3: Your choice: [10], the other players' choices: [0, 11, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "236635", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [12, 5, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "382377", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [7, 2, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "169330", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 10, 6].\n- Round 2: Your choice: [6], the other players' choices: [10, 12, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "479410", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [8, 15, 15].\n- Round 2: Your choice: [11], the other players' choices: [10, 15, 10].\n- Round 3: Your choice: [20], the other players' choices: [15, 16, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "531244", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 13, 12].\n- Round 2: Your choice: [13], the other players' choices: [11, 10, 11].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "349400", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [5, 1, 5].\n- Round 2: Your choice: [20], the other players' choices: [0, 1, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "343584", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [7, 10, 5].\n- Round 2: Your choice: [20], the other players' choices: [7, 15, 6].\n- Round 3: Your choice: [0], the other players' choices: [3, 20, 4].\n- Round 4: Your choice: [0], the other players' choices: [10, 3, 9].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "167761", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 9, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "199703", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [4, 15, 9].\n- Round 2: Your choice: [12], the other players' choices: [3, 18, 9].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "342063", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [5, 0, 5].\n- Round 2: Your choice: [5], the other players' choices: [3, 0, 0].\n- Round 3: Your choice: [0], the other players' choices: [2, 0, 6].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "221391", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [0, 20, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "135838", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 9 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [15, 1, 5].\n- Round 2: Your choice: [10], the other players' choices: [18, 1, 20].\n- Round 3: Your choice: [8], the other players' choices: [20, 2, 10].\n- Round 4: Your choice: [10], the other players' choices: [20, 1, 10].\n- Round 5: Your choice: [5], the other players' choices: [20, 0, 10].\n- Round 6: Your choice: [8], the other players' choices: [1, 1, 20].\n- Round 7: Your choice: [8], the other players' choices: [1, 2, 0].\n- Round 8: Your choice: [5], the other players' choices: [10, 0, 10].\n- Round 9: Your choice: [20], the other players' choices: [5, 1, 10].\n\n## Your Choice\nNow in Round 10, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "397648", "game": "PG", "role": "contributor", "history_rounds": 9, "target_round": 10, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [9, 14, 5].\n- Round 2: Your choice: [7], the other players' choices: [10, 12, 5].\n- Round 3: Your choice: [9], the other players' choices: [20, 4, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "434861", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [7, 8, 8].\n- Round 2: Your choice: [20], the other players' choices: [9, 12, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "529772", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [7, 9, 10].\n- Round 2: Your choice: [10], the other players' choices: [9, 8, 8].\n- Round 3: Your choice: [20], the other players' choices: [8, 9, 9].\n- Round 4: Your choice: [2], the other players' choices: [12, 12, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "462384", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [5, 7, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "226687", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [3, 15, 0].\n- Round 2: Your choice: [20], the other players' choices: [3, 15, 0].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "168939", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [13], the other players' choices: [20, 7, 15].\n- Round 2: Your choice: [5], the other players' choices: [0, 10, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "482385", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "389536", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 5, 20].\n- Round 2: Your choice: [20], the other players' choices: [9, 14, 0].\n- Round 3: Your choice: [20], the other players' choices: [8, 7, 20].\n- Round 4: Your choice: [20], the other players' choices: [5, 6, 4].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "312035", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [7, 10, 10].\n- Round 2: Your choice: [11], the other players' choices: [6, 5, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "459946", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 7 round(s). Here is the play history:\n- Round 1: Your choice: [8], the other players' choices: [5, 4, 10].\n- Round 2: Your choice: [7], the other players' choices: [6, 5, 12].\n- Round 3: Your choice: [7], the other players' choices: [5, 5, 15].\n- Round 4: Your choice: [9], the other players' choices: [7, 6, 5].\n- Round 5: Your choice: [7], the other players' choices: [6, 6, 7].\n- Round 6: Your choice: [5], the other players' choices: [5, 6, 5].\n- Round 7: Your choice: [5], the other players' choices: [7, 3, 7].\n\n## Your Choice\nNow in Round 8, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "351354", "game": "PG", "role": "contributor", "history_rounds": 7, "target_round": 8, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [7], the other players' choices: [5, 5, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "432681", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [10, 4, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "146715", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [13, 7, 7].\n- Round 2: Your choice: [10], the other players' choices: [8, 10, 10].\n- Round 3: Your choice: [10], the other players' choices: [10, 9, 9].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "345979", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 6 round(s). Here is the play history:\n- Round 1: Your choice: [17], the other players' choices: [20, 19, 20].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 0].\n- Round 3: Your choice: [20], the other players' choices: [20, 20, 20].\n- Round 4: Your choice: [20], the other players' choices: [20, 20, 12].\n- Round 5: Your choice: [20], the other players' choices: [9, 20, 20].\n- Round 6: Your choice: [20], the other players' choices: [5, 20, 0].\n\n## Your Choice\nNow in Round 7, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "372599", "game": "PG", "role": "contributor", "history_rounds": 6, "target_round": 7, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [20, 5, 10].\n- Round 2: Your choice: [5], the other players' choices: [15, 6, 7].\n- Round 3: Your choice: [8], the other players' choices: [15, 7, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[7]", "metadata": {"user_id": "1010603", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [10, 12, 5].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "312051", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 5, 0].\n- Round 2: Your choice: [5], the other players' choices: [3, 15, 5].\n- Round 3: Your choice: [8], the other players' choices: [3, 10, 4].\n- Round 4: Your choice: [6], the other players' choices: [0, 12, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[9]", "metadata": {"user_id": "238099", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [8, 4, 7].\n- Round 2: Your choice: [1], the other players' choices: [10, 1, 0].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "244054", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [15, 10, 12].\n- Round 2: Your choice: [7], the other players' choices: [20, 10, 9].\n- Round 3: Your choice: [6], the other players' choices: [20, 13, 8].\n- Round 4: Your choice: [8], the other players' choices: [20, 15, 15].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "261498", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [20, 9, 8].\n- Round 2: Your choice: [10], the other players' choices: [10, 8, 12].\n- Round 3: Your choice: [3], the other players' choices: [20, 7, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "109733", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [9, 13, 13].\n- Round 2: Your choice: [4], the other players' choices: [9, 8, 8].\n- Round 3: Your choice: [5], the other players' choices: [6, 7, 7].\n- Round 4: Your choice: [5], the other players' choices: [6, 6, 6].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "420883", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [5, 0, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "508257", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 8, 7].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "344263", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [15, 10, 0].\n- Round 2: Your choice: [5], the other players' choices: [16, 10, 0].\n- Round 3: Your choice: [0], the other players' choices: [10, 10, 0].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "315434", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [0, 20, 20].\n- Round 2: Your choice: [20], the other players' choices: [0, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "400071", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [2], the other players' choices: [11, 12, 11].\n- Round 2: Your choice: [3], the other players' choices: [8, 8, 8].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "1006576", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [5, 5, 0].\n- Round 2: Your choice: [0], the other players' choices: [3, 5, 0].\n- Round 3: Your choice: [0], the other players' choices: [10, 4, 0].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "442287", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 5 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [20, 20, 10].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n- Round 3: Your choice: [20], the other players' choices: [0, 20, 20].\n- Round 4: Your choice: [20], the other players' choices: [20, 20, 20].\n- Round 5: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 6, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "235986", "game": "PG", "role": "contributor", "history_rounds": 5, "target_round": 6, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [3], the other players' choices: [0, 13, 2].\n- Round 2: Your choice: [4], the other players' choices: [0, 13, 6].\n- Round 3: Your choice: [10], the other players' choices: [0, 20, 8].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "528232", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 7, 9].\n- Round 2: Your choice: [8], the other players' choices: [13, 10, 10].\n- Round 3: Your choice: [10], the other players' choices: [4, 10, 11].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "140638", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [7, 10, 12].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "146651", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [10, 6, 6].\n- Round 2: Your choice: [11], the other players' choices: [10, 8, 8].\n- Round 3: Your choice: [11], the other players' choices: [10, 12, 10].\n- Round 4: Your choice: [11], the other players' choices: [10, 6, 5].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "337070", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [5, 10, 20].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "268656", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 0, 0].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "134093", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 9, 3].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "529717", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [5, 5, 10].\n- Round 2: Your choice: [10], the other players' choices: [10, 5, 10].\n- Round 3: Your choice: [8], the other players' choices: [10, 5, 10].\n- Round 4: Your choice: [7], the other players' choices: [0, 0, 12].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "398556", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [8, 11, 13].\n- Round 2: Your choice: [10], the other players' choices: [11, 10, 9].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "346718", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [6, 10, 0].\n- Round 2: Your choice: [5], the other players' choices: [8, 20, 5].\n- Round 3: Your choice: [7], the other players' choices: [10, 9, 10].\n- Round 4: Your choice: [5], the other players' choices: [5, 10, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[5]", "metadata": {"user_id": "440982", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 10, 5].\n- Round 2: Your choice: [2], the other players' choices: [14, 12, 6].\n- Round 3: Your choice: [2], the other players' choices: [13, 14, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "231159", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 5, 10].\n- Round 2: Your choice: [11], the other players' choices: [18, 3, 5].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "387118", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [13, 10, 10].\n- Round 2: Your choice: [9], the other players' choices: [10, 11, 11].\n- Round 3: Your choice: [6], the other players' choices: [10, 10, 10].\n- Round 4: Your choice: [4], the other players' choices: [8, 8, 8].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[2]", "metadata": {"user_id": "519621", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 20, 0].\n- Round 2: Your choice: [12], the other players' choices: [10, 0, 0].\n- Round 3: Your choice: [10], the other players' choices: [5, 0, 0].\n- Round 4: Your choice: [4], the other players' choices: [15, 0, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[8]", "metadata": {"user_id": "190551", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [2, 5, 5].\n- Round 2: Your choice: [20], the other players' choices: [0, 9, 15].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "115563", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [12], the other players' choices: [15, 10, 20].\n- Round 2: Your choice: [20], the other players' choices: [15, 5, 18].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "195330", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [6], the other players' choices: [6, 10, 12].\n- Round 2: Your choice: [8], the other players' choices: [15, 12, 7].\n- Round 3: Your choice: [10], the other players' choices: [10, 14, 11].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[12]", "metadata": {"user_id": "428667", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [6, 6, 10].\n- Round 2: Your choice: [10], the other players' choices: [14, 4, 12].\n- Round 3: Your choice: [10], the other players' choices: [9, 6, 14].\n- Round 4: Your choice: [15], the other players' choices: [20, 2, 18].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "237861", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [12, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "518657", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [11], the other players' choices: [8, 0, 1].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "188671", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [20], the other players' choices: [0, 20, 20].\n- Round 2: Your choice: [20], the other players' choices: [20, 20, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "134961", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 10, 10].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[15]", "metadata": {"user_id": "363452", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [20, 10, 10].\n- Round 2: Your choice: [12], the other players' choices: [10, 10, 10].\n- Round 3: Your choice: [20], the other players' choices: [10, 8, 10].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "299971", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [13], the other players' choices: [10, 20, 11].\n- Round 2: Your choice: [20], the other players' choices: [10, 12, 20].\n- Round 3: Your choice: [13], the other players' choices: [10, 19, 20].\n- Round 4: Your choice: [13], the other players' choices: [10, 19, 16].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[16]", "metadata": {"user_id": "390046", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [4, 10, 5].\n- Round 2: Your choice: [0], the other players' choices: [4, 5, 0].\n- Round 3: Your choice: [0], the other players' choices: [5, 0, 0].\n- Round 4: Your choice: [0], the other players' choices: [0, 0, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "124554", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [0, 2, 5].\n- Round 2: Your choice: [0], the other players' choices: [0, 20, 3].\n- Round 3: Your choice: [0], the other players' choices: [0, 20, 5].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "186930", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [0], the other players' choices: [10, 5, 14].\n- Round 2: Your choice: [0], the other players' choices: [5, 1, 10].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "363379", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [15], the other players' choices: [10, 8, 8].\n- Round 2: Your choice: [10], the other players' choices: [10, 11, 11].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[11]", "metadata": {"user_id": "388710", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 2 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [15, 10, 8].\n- Round 2: Your choice: [7], the other players' choices: [10, 15, 20].\n\n## Your Choice\nNow in Round 3, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[3]", "metadata": {"user_id": "224603", "game": "PG", "role": "contributor", "history_rounds": 2, "target_round": 3, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 3 round(s). Here is the play history:\n- Round 1: Your choice: [4], the other players' choices: [15, 9, 11].\n- Round 2: Your choice: [3], the other players' choices: [17, 8, 12].\n- Round 3: Your choice: [10], the other players' choices: [20, 7, 9].\n\n## Your Choice\nNow in Round 4, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[1]", "metadata": {"user_id": "181746", "game": "PG", "role": "contributor", "history_rounds": 3, "target_round": 4, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [11, 8, 12].\n- Round 2: Your choice: [10], the other players' choices: [8, 9, 8].\n- Round 3: Your choice: [15], the other players' choices: [9, 8, 9].\n- Round 4: Your choice: [1], the other players' choices: [10, 11, 10].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[20]", "metadata": {"user_id": "345006", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [0, 0, 4].\n- Round 2: Your choice: [5], the other players' choices: [2, 0, 0].\n- Round 3: Your choice: [3], the other players' choices: [0, 0, 3].\n- Round 4: Your choice: [4], the other players' choices: [1, 0, 0].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[0]", "metadata": {"user_id": "271387", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [12, 20, 20].\n- Round 2: Your choice: [10], the other players' choices: [15, 20, 10].\n- Round 3: Your choice: [10], the other players' choices: [16, 20, 20].\n- Round 4: Your choice: [10], the other players' choices: [17, 20, 6].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[10]", "metadata": {"user_id": "318675", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 1 round(s). Here is the play history:\n- Round 1: Your choice: [10], the other players' choices: [5, 10, 4].\n\n## Your Choice\nNow in Round 2, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[13]", "metadata": {"user_id": "252886", "game": "PG", "role": "contributor", "history_rounds": 1, "target_round": 2, "has_others_info": true}}
{"system": "You are a player who is playing an economics game.", "user": "In this public good game, you and 3 others will choose how much to contribute towards a water cleaning project. Each of you gets $20 per round to contribute between $0 and $20. The project has a 50% return rate. Your payoff relies on both your and others' contributions. Everyone benefits from the group's total contribution. Your payoff in each round equals the amount you didn't contribute (endowment - contribution) plus everyone's benefit (total contributions * 50% return rate). Here are two examples to calculate your payoff.\nExample one: You contributed $12; total group contributions were $20\nYour Payoff = ($20-$12) + $20*50% = $18\nExample two: You contributed $12; total group contributions were $30\nYour Payoff = ($20-$12) + $30*50% = $23\nWe will play a total of 3 rounds, in the first round, how much of the $20 would you like to contribute? Please give a concrete number and highlight it with [] (e.g., [x]).\n\n## Play History\nIn this session, you have already played 4 round(s). Here is the play history:\n- Round 1: Your choice: [5], the other players' choices: [10, 10, 6].\n- Round 2: Your choice: [4], the other players' choices: [8, 10, 8].\n- Round 3: Your choice: [8], the other players' choices: [12, 1, 5].\n- Round 4: Your choice: [5], the other players' choices: [8, 0, 8].\n\n## Your Choice\nNow in Round 5, what would you choose? Please give only one concrete choice and\nhighlight the number with [] (such as [$x]).", "assistant": "[6]", "metadata": {"user_id": "138508", "game": "PG", "role": "contributor", "history_rounds": 4, "target_round": 5, "has_others_info": true}}