jeff4000/dyck_language_task · Datasets at Hugging Face

env string	prompt string	extra dict
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[()({([[][]]{[([[{}([]){}][({{{{[((([( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...	{ "game_data": { "answer": ")])))]}}}})]])]})})]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])))]}}}})]])]})})]", "fill_length": 20, "full_sequence": "{}[()({([[][]]{[([[{}([]){}][({{{{[((([()])))]}}}})]])]})})]", "n_types": 3, "nesting_dep...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[{}{}{}(([{}])(()({}()[]()[]{{{[[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...	{ "game_data": { "answer": "))]]}}})))]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]]}}})))]]", "fill_length": 12, "full_sequence": "[[{}{}{}(([{}])(()({}()[]()[]{{{[[(())]]}}})))]]", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({()[]{[[{{{({})}(({{[{[[{[[{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...	{ "game_data": { "answer": "})}]]}]]}]}}))}}]]}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}]]}]]}]}}))}}]]}})", "fill_length": 21, "full_sequence": "({()[]{[[{{{({})}(({{[{[[{[[{({})}]]}]]}]}}))}}]]}})", "n_types": 3, "nesting_depth": 0...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({}()({{}}[]{(){}([[]({([(([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...	{ "game_data": { "answer": "}]))])})])}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))])})])}))", "fill_length": 13, "full_sequence": "({}()({{}}[]{(){}([[]({([(([{}]))])})])}))", "n_types": 3, "nesting_depth": 0, "question_sequence...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{()}][[{[{[]{[[]]}{}}{[]{}}{}[][{}{}]{}{[[({[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only th...	{ "game_data": { "answer": "}}]})]]}]}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]})]]}]}]]", "fill_length": 12, "full_sequence": "[{()}][[{[{[]{[[]]}{}}{[]{}}{}[][{}{}]{}{[[({[{{}}]})]]}]}]]", "n_types": 3, "nesting_depth": 0, "q...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{{((){[][{{()[[][[[{{[{[{[[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...	{ "game_data": { "answer": ")]]}]}]}}]]]]}}]})}}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]}]}]}}]]]]}}]})}}})", "fill_length": 22, "full_sequence": "({{{((){[][{{()[[][[[{{[{[{[[()]]}]}]}}]]]]}}]})}}})", "n_types": 3, "nesting_depth":...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[]{({({[[[([[]{{[{([({[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...	{ "game_data": { "answer": "}}]})])}]}}])]]]})})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]})])}]}}])]]]})})}", "fill_length": 21, "full_sequence": "{}[]{({({[[[([[]{{[{([({[{{}}]})])}]}}])]]]})})}", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}[{{}[]((({})([{{{(([{[([[{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...	{ "game_data": { "answer": "))}]])]}]))}}}])))}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}]])]}]))}}}])))}]}", "fill_length": 21, "full_sequence": "{{}[{{}[]((({})([{{{(([{[([[{(())}]])]}]))}}}])))}]}", "n_types": 3, "nesting_depth": 0...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{[[]]}[([{[()[{{[]}}[(([{[[[([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...	{ "game_data": { "answer": "]])]]]}]))]]]}])]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])]]]}]))]]]}])]})", "fill_length": 19, "full_sequence": "({{[[]]}[([{[()[{{[]}}[(([{[[[([[]])]]]}]))]]]}])]})", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[{([({{(([{[({{{(([[{({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...	{ "game_data": { "answer": "]})}]]))}}})]}]))}})])}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}]]))}}})]}]))}})])}]", "fill_length": 24, "full_sequence": "()[{([({{(([{[({{{(([[{({[]})}]]))}}})]}]))}})])}]", "n_types": 3, "nesting_depth...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[](({[]()(()(({}{(({([{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...	{ "game_data": { "answer": ")}])}))})))}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}])}))})))}))", "fill_length": 14, "full_sequence": "()[](({[]()(()(({}{(({([{()}])}))})))}))", "n_types": 3, "nesting_depth": 0, "question_sequence...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[][[{}]][{}]{{[[]{()}[][]{{[][[{({(((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...	{ "game_data": { "answer": "}))))})}]]}}]}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))))})}]]}}]}}}", "fill_length": 16, "full_sequence": "{[][[{}]][{}]{{[[]{()}[][]{{[][[{({(((({}))))})}]]}}]}}}", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){{[({([[]])({{[{({(({(((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...	{ "game_data": { "answer": "))))}))})}]}})})]}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))))}))})}]}})})]}}", "fill_length": 19, "full_sequence": "(){{[({([[]])({{[{({(({(((())))}))})}]}})})]}}", "n_types": 3, "nesting_depth": 0, "q...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({[[{{({{()(([(({[({([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...	{ "game_data": { "answer": "}])})]}))]))}})}}]]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])})]}))]))}})}}]]})", "fill_length": 21, "full_sequence": "({[[{{({{()(([(({[({([{}])})]}))]))}})}}]]})", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [(([[](({({([[](((([([({{(((([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...	{ "game_data": { "answer": "]))))}})])]))))])})}))]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))))}})])]))))])})}))]))]", "fill_length": 26, "full_sequence": "[(([[](({({([[](((([([({{(((([]))))}})])]))))])})}))]))]", "n_types": 3, "nes...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()()([][[{}{}]](({})()))()[[({{()}({[[[[{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the com...	{ "game_data": { "answer": ")]}]]]]})})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}]]]]})})]]", "fill_length": 13, "full_sequence": "()()([][[{}{}]](({})()))()[[({{()}({[[[[{[()]}]]]]})})]]", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}}(){}{{{{}((()[({{[{([{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...	{ "game_data": { "answer": ")}])}]}})]))}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}])}]}})]))}}}", "fill_length": 15, "full_sequence": "{{}}(){}{{{{}((()[({{[{([{()}])}]}})]))}}}", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][{}{[]((){})}[()((){[(())]()[]}(){(([{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comp...	{ "game_data": { "answer": ")]}]))})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}]))})]]", "fill_length": 10, "full_sequence": "[][{}{[]((){})}[()((){[(())]()[]}(){(([{[()]}]))})]]", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((()){{[{(([()]))[]}({()}())([{{([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...	{ "game_data": { "answer": "]])}}])]}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])}}])]}})", "fill_length": 11, "full_sequence": "((()){{[{(([()]))[]}({()}())([{{([[]])}}])]}})", "n_types": 3, "nesting_depth": 0, "question_sequence...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {([[{{{({({{({{{([[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": "]]]])}}})}})})}}}]])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]])}}})}})})}}}]])}", "fill_length": 21, "full_sequence": "{([[{{{({({{({{{([[[[]]]])}}})}})})}}}]])}", "n_types": 3, "nesting_depth": 0, "q...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{}}[[{}]])[{[[]]{()([{[(([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...	{ "game_data": { "answer": "}]))]}])}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]}])}}]", "fill_length": 11, "full_sequence": "({{}}[[{}]])[{[[]]{()([{[(([{}]))]}])}}]", "n_types": 3, "nesting_depth": 0, "question_sequence": "({...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({}{{}({})}[](){[(()){[{}]}]{[([[({( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...	{ "game_data": { "answer": ")})]])]}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")})]])]}})", "fill_length": 10, "full_sequence": "({}{{}({})}[](){[(()){[{}]}]{[([[({()})]])]}})", "n_types": 3, "nesting_depth": 0, "question_sequence":...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][{}(({}{[][[[][({([][(((({{[{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...	{ "game_data": { "answer": "})}]}}))))])})]]]}))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}]}}))))])})]]]}))]", "fill_length": 21, "full_sequence": "[][{}(({}{[][[[][({([][(((({{[{({})}]}}))))])})]]]}))]", "n_types": 3, "nesting_depth":...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []()({})[(({})([{{([{(()){}()}()[{([{({((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comp...	{ "game_data": { "answer": ")))})}])}]])}}]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")))})}])}]])}}]))]", "fill_length": 18, "full_sequence": "[]()({})[(({})([{{([{(()){}()}()[{([{({((()))})}])}]])}}]))]", "n_types": 3, "nesting_depth":...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (({{{(){}}}}){}){}(([([])()({{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...	{ "game_data": { "answer": "})}})]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}})]))", "fill_length": 8, "full_sequence": "(({{{(){}}}}){}){}(([([])()({{({})}})]))", "n_types": 3, "nesting_depth": 0, "question_sequence": "(({{{(){}...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[][{}({[]{{{([{([[{[[{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...	{ "game_data": { "answer": "}}}}]]}]])}])}}}})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}]]}]])}])}}}})]]", "fill_length": 20, "full_sequence": "[[][{}({[]{{{([{([[{[[{{{{}}}}]]}]])}])}}}})]]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{{[[(({({[({{{[{[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": "))]}]}}})]})}))]]}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]}]}}})]})}))]]}}]", "fill_length": 20, "full_sequence": "[{{[[(({({[({{{[{[(())]}]}}})]})}))]]}}]", "n_types": 3, "nesting_depth": 0, "quest...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((([{[{[{{}({({[[{((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": "})))}]]})})}]}]}])))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))}]]})})}]}]}])))", "fill_length": 20, "full_sequence": "((([{[{[{{}({({[[{((({})))}]]})})}]}]}])))", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[[[{(){}()}({}({(({[[[[{([{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...	{ "game_data": { "answer": "}}])}]]]]}))}))]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}])}]]]]}))}))]]]", "fill_length": 18, "full_sequence": "()[[[{(){}()}({}({(({[[[[{([{{}}])}]]]]}))}))]]]", "n_types": 3, "nesting_depth": 0, "q...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][][][]{{}[()([()])]()()()[]({[]({({(([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...	{ "game_data": { "answer": "]))})})})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))})})})}", "fill_length": 10, "full_sequence": "[][][][]{{}[()([()])]()()()[]({[]({({(([]))})})})}", "n_types": 3, "nesting_depth": 0, "question_sequen...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){}()[{[[([([({{([{[[{([[[{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...	{ "game_data": { "answer": ")}]]])}]]}])}})])])]]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]]])}]]}])}})])])]]}]", "fill_length": 23, "full_sequence": "(){}()[{[[([([({{([{[[{([[[{()}]]])}]]}])}})])])]]}]", "n_types": 3, "nesting_depth...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[[]()[([[({[]()[]}{}[{{}()}]){}{{({[(({({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the co...	{ "game_data": { "answer": "]})}))]})}}]])]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}))]})}}]])]]", "fill_length": 16, "full_sequence": "{}[[]()[([[({[]()[]}{}[{{}()}]){}{{({[(({({[]})}))]})}}]])]]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({([[[[][(((){})){[{{({([{{[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...	{ "game_data": { "answer": "]]]}}])})}}]}]]]])})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]}}])})}}]}]]]])})", "fill_length": 20, "full_sequence": "({([[[[][(((){})){[{{({([{{[[[]]]}}])})}}]}]]]])})", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []()[]{{}[]()[{[]}[{}][]{([{([( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...	{ "game_data": { "answer": ")])}])}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])}])}]}", "fill_length": 9, "full_sequence": "[]()[]{{}[]()[{[]}[{}][]{([{([()])}])}]}", "n_types": 3, "nesting_depth": 0, "question_sequence": "[]()[]{...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[[{(([[[{{[([([[[[(([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...	{ "game_data": { "answer": "}]))]]]])])]}}]]]))}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]]]])])]}}]]]))}]]]", "fill_length": 23, "full_sequence": "[[[{(([[[{{[([([[[[(([{}]))]]]])])]}}]]]))}]]]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()]((({}[()[]]({}(({}))({{}[]}))((([({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...	{ "game_data": { "answer": "})]))))))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]))))))", "fill_length": 9, "full_sequence": "[()]((({}[()[]]({}(({}))({{}[]}))((([({})]))))))", "n_types": 3, "nesting_depth": 0, "question_sequence": ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{{{(){[([{}[[((({{{[({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...	{ "game_data": { "answer": "})]}}})))]]])]}}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]}}})))]]])]}}}}}", "fill_length": 19, "full_sequence": "{{{{(){[([{}[[((({{{[({})]}}})))]]])]}}}}}", "n_types": 3, "nesting_depth": 0, "quest...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({[({{()}[((()[{{[{[({([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequen...	{ "game_data": { "answer": "]])})]}]}}]))]})]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])})]}]}}]))]})]})", "fill_length": 19, "full_sequence": "({[({{()}[((()[{{[{[({([[]])})]}]}}]))]})]})", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[]](((){}{([[]])[(([{({{{{{(({{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...	{ "game_data": { "answer": "))}}))}}}}})}]))]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}}))}}}}})}]))]}))", "fill_length": 20, "full_sequence": "[[]](((){}{([[]])[(([{({{{{{(({{(())}}))}}}}})}]))]}))", "n_types": 3, "nesting_depth": 0...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([[{[(({(){{[[](())]}{[{(({([((({{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...	{ "game_data": { "answer": ")}})))])}))}]}}}))]}]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}})))])}))}]}}}))]}]])", "fill_length": 23, "full_sequence": "([[{[(({(){{[[](())]}{[{(({([((({{()}})))])}))}]}}}))]}]])", "n_types": 3, "nesting...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()(){}{()()({[]{()[]}})[[]{}[{[][[([[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...	{ "game_data": { "answer": "}}]])]]}]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]])]]}]]}", "fill_length": 11, "full_sequence": "()(){}{()()({[]{()[]}})[[]{}[{[][[([[{{}}]])]]}]]}", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[][]{}{}[[[[[[]]]{{[[([([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...	{ "game_data": { "answer": "]])])]]}}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])])]]}}]]]", "fill_length": 12, "full_sequence": "{}[][]{}{}[[[[[[]]]{{[[([([[]])])]]}}]]]", "n_types": 3, "nesting_depth": 0, "question_sequence": "...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}[(){{[][{{}{([[([[{({[(({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...	{ "game_data": { "answer": "}}))]})}]])]])}}]}}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}))]})}]])]])}}]}}]}", "fill_length": 21, "full_sequence": "{{}[(){{[][{{}{([[([[{({[(({{}}))]})}]])]])}}]}}]}", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (({}))({}[[[{[]}{}([{{{{({([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...	{ "game_data": { "answer": "])})}}}}])]]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])})}}}}])]]])", "fill_length": 14, "full_sequence": "(({}))({}[[[{[]}{}([{{{{({([])})}}}}])]]])", "n_types": 3, "nesting_depth": 0, "question_sequen...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {([{}{}])}[{({{()}([])[](()()){{[[{{[{{[{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the com...	{ "game_data": { "answer": "})}]}}]}}]]}}})}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}]}}]}}]]}}})}]", "fill_length": 17, "full_sequence": "{([{}{}])}[{({{()}([])[](()()){{[[{{[{{[{({})}]}}]}}]]}}})}]", "n_types": 3, "nesting_depth": 0...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{[][[{()(){((([]){{{{{[[[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...	{ "game_data": { "answer": "}}]]]}}}}}))}}]]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]]]}}}}}))}}]]}]", "fill_length": 18, "full_sequence": "[{[][[{()(){((([]){{{{{[[[{{}}]]]}}}}}))}}]]}]", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [([({{[[[{(([({{[[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": "}}]]}})]))}]]]}})])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]]}})]))}]]]}})])]", "fill_length": 20, "full_sequence": "[([({{[[[{(([({{[[{{}}]]}})]))}]]]}})])]", "n_types": 3, "nesting_depth": 0, "quest...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((((()[{()[()([]){}]({(([{{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...	{ "game_data": { "answer": "}}}}}]))})}]))))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}}]))})}]))))", "fill_length": 16, "full_sequence": "((((()[{()[()([]){}]({(([{{{{{}}}}}]))})}]))))", "n_types": 3, "nesting_depth": 0, "questio...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][({})]([{}[[()]]()[[{[()]()}]()[{[[({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...	{ "game_data": { "answer": "})]]}]]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]]}]]])", "fill_length": 9, "full_sequence": "[][({})]([{}[[()]]()[[{[()]()}]()[{[[({})]]}]]])", "n_types": 3, "nesting_depth": 0, "question_sequence": ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({}{})()(){({[[([[]{}])][][]({{[[{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...	{ "game_data": { "answer": ")}]]}})]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]]}})]})}", "fill_length": 11, "full_sequence": "({}{})()(){({[[([[]{}])][][]({{[[{()}]]}})]})}", "n_types": 3, "nesting_depth": 0, "question_sequence...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((){({{({([([({[{(([[([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...	{ "game_data": { "answer": "])]]))}]})])])})}})})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])]]))}]})])])})}})})", "fill_length": 21, "full_sequence": "((){({{({([([({[{(([[([])]]))}]})])])})}})})", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[]{}{[{}]({}{[{()}{[]{}[{{[[({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...	{ "game_data": { "answer": "}})]]}}]}]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})]]}}]}]})}", "fill_length": 13, "full_sequence": "{}[]{}{[{}]({}{[{()}{[]{}[{{[[({{}})]]}}]}]})}", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{(((()){}[{}{}{}({([([])]{})[[(((((({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...	{ "game_data": { "answer": "]}))))))]]})]))}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}))))))]]})]))}}", "fill_length": 17, "full_sequence": "{{(((()){}[{}{}{}({([([])]{})[[(((((({[]}))))))]]})]))}}", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{{({[([()(){}{([{[[{{{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...	{ "game_data": { "answer": "))}}}]]}])}])]})}}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}}}]]}])}])]})}}})", "fill_length": 20, "full_sequence": "({{{({[([()(){}{([{[[{{{(())}}}]]}])}])]})}}})", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{([[[([[[[[()[[(({((({{(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...	{ "game_data": { "answer": "}))}})))}))]]]]]]])]]])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))}})))}))]]]]]]])]]])}}", "fill_length": 25, "full_sequence": "{{([[[([[[[[()[[(({((({{(({}))}})))}))]]]]]]])]]])}}", "n_types": 3, "nesting_d...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[][][{[{{}(([([(([({([([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...	{ "game_data": { "answer": "]])])})]))])]))}]}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])])})]))])]))}]}]]", "fill_length": 20, "full_sequence": "[[][][{[{{}(([([(([({([([[]])])})]))])]))}]}]]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}{[{([[[{{[{({[({{((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": ")))}})]})}]}}]]])}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")))}})]})}]}}]]])}]}", "fill_length": 20, "full_sequence": "{}{[{([[[{{[{({[({{((()))}})]})}]}}]]])}]}", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()()[]{{}[]{}}{()[]{{[[]]{}{([[]]()[]{}[([([[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the ...	{ "game_data": { "answer": "]]])])])}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]])])])}}}}", "fill_length": 12, "full_sequence": "()()[]{{}[]{}}{()[]{{[[]]{}{([[]]()[]{}[([([[[]]])])])}}}}", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){({{[([[()]{((()[{[{{[(({([{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...	{ "game_data": { "answer": ")]}])}))]}}]}]))}])]}})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}])}))]}}]}]))}])]}})}", "fill_length": 24, "full_sequence": "(){({{[([[()]{((()[{[{{[(({([{[()]}])}))]}}]}]))}])]}})}", "n_types": 3, "nesting...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[[]]{{}}{}](){{{[]{[{{[[(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...	{ "game_data": { "answer": "}))]]}}]}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]]}}]}}}}", "fill_length": 12, "full_sequence": "[[[]]{{}}{}](){{{[]{[{{[[(({}))]]}}]}}}}", "n_types": 3, "nesting_depth": 0, "question_sequence": "...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}{}[[()[]]][{}([({}(())){{[({{[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...	{ "game_data": { "answer": "]}})]}}])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}})]}}])]", "fill_length": 10, "full_sequence": "{}{}[[()[]]][{}([({}(())){{[({{[]}})]}}])]", "n_types": 3, "nesting_depth": 0, "question_sequence": "{}...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{(([{({{()[({}{(([[{([{{{[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...	{ "game_data": { "answer": "]]]}}}])}]]))})]}})}]))}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]}}}])}]]))})]}})}]))}}", "fill_length": 25, "full_sequence": "{{(([{({{()[({}{(([[{([{{{[[[]]]}}}])}]]))})]}})}]))}}", "n_types": 3, "nesting...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {(({}[{()}([][({})][{[{}[(([({([(((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...	{ "game_data": { "answer": "))))])})]))]]}])]))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))))])})]))]]}])]))}", "fill_length": 20, "full_sequence": "{(({}[{()}([][({})][{[{}[(([({([(((())))])})]))]]}])]))}", "n_types": 3, "nesting_depth":...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()([[(())]([]){}({(([[][][[(((([({(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...	{ "game_data": { "answer": "))})]))))]]]))})])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))})]))))]]]))})])", "fill_length": 18, "full_sequence": "()([[(())]([]){}({(([[][][[(((([({(())})]))))]]]))})])", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][[()[[]{{([{{[]{}{[(([{[{[{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...	{ "game_data": { "answer": ")}]}]}]))]}}}])}}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]}]}]))]}}}])}}]]]", "fill_length": 20, "full_sequence": "[][[()[[]{{([{{[]{}{[(([{[{[{()}]}]}]))]}}}])}}]]]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()][]{({[()]})}[{()}][][][{()((((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...	{ "game_data": { "answer": "})))))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))))}]", "fill_length": 8, "full_sequence": "[()][]{({[()]})}[{()}][][][{()((((({})))))}]", "n_types": 3, "nesting_depth": 0, "question_sequence": "[()][...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[(((((()([[{(({[({(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": "))})]}))}]]))))))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))})]}))}]]))))))]", "fill_length": 18, "full_sequence": "()[(((((()([[{(({[({(())})]}))}]]))))))]", "n_types": 3, "nesting_depth": 0, "question_...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()(){[]}[[]{[(()[])]({[[({}({{}[]}){[([[{{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the co...	{ "game_data": { "answer": "})}}]])]})]]})}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}}]])]})]]})}]", "fill_length": 16, "full_sequence": "()(){[]}[[]{[(()[])]({[[({}({{}[]}){[([[{{({})}}]])]})]]})}]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{}]{{[]}[[]]}{}{{{[[]]({}((({{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...	{ "game_data": { "answer": ")}}))))}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}}))))}}}", "fill_length": 10, "full_sequence": "[{}]{{[]}[[]]}{}{{{[[]]({}((({{()}}))))}}}", "n_types": 3, "nesting_depth": 0, "question_sequence": "[{...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][[]{({()}((){}[[][]([]{()({}{[{[{[{[([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...	{ "game_data": { "answer": "])]}]}]}]})})]))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])]}]}]}]})})]))}]", "fill_length": 18, "full_sequence": "[][[]{({()}((){}[[][]([]{()({}{[{[{[{[([])]}]}]}]})})]))}]", "n_types": 3, "nesting_depth": 0...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []{}[({{}[[][[()]]({(){{}{[{{[[(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...	{ "game_data": { "answer": "}))]]}}]}}})]})]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]]}}]}}})]})]", "fill_length": 16, "full_sequence": "[]{}[({{}[[][[()]]({(){{}{[{{[[(({}))]]}}]}}})]})]", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{{{{()}{((){{}})((((({{{{([(([{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...	{ "game_data": { "answer": "}}}}]))])}}}})))))}}}}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}]))])}}}})))))}}}}})", "fill_length": 24, "full_sequence": "({{{{{()}{((){{}})((((({{{{([(([{{{{}}}}]))])}}}})))))}}}}})", "n_types": 3, "nes...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{[(()[{}((([]{([{[({[{({[[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...	{ "game_data": { "answer": ")]]})}]})]}])})))])]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]})}]})]}])})))])]}]", "fill_length": 22, "full_sequence": "[{[(()[{}((([]{([{[({[{({[[()]]})}]})]}])})))])]}]", "n_types": 3, "nesting_depth": 0...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {()()}([([{{}[]{{[{}{({([([[(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...	{ "game_data": { "answer": "}))]])])})}]}}}])])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]])])})}]}}}])])", "fill_length": 19, "full_sequence": "{()()}([([{{}[]{{[{}{({([([[(({}))]])])})}]}}}])])", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[]([{}{{}({[]{}[[([{(())}]){[[((([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete ...	{ "game_data": { "answer": "]])))]]}]]})}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])))]]}]]})}])", "fill_length": 15, "full_sequence": "()[]([{}{{}({[]{}[[([{(())}]){[[((([[]])))]]}]]})}])", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}{([]){[]}}}((){{()}({([[]]{[([{({[{{[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the compl...	{ "game_data": { "answer": "]]}}]})}])]})})})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}}]})}])]})})})", "fill_length": 17, "full_sequence": "{{}{([]){[]}}}((){{()}({([[]]{[([{({[{{[[]]}}]})}])]})})})", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({(()((()([]{(({(([[[(({{[{{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...	{ "game_data": { "answer": "}}}}}]}}))]]]))}))}))))})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}}]}}))]]]))}))}))))})", "fill_length": 25, "full_sequence": "({(()((()([]{(({(([[[(({{[{{{{{}}}}}]}}))]]]))}))}))))})", "n_types": 3, "nesti...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{([[(){[{((([[([[((({{{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequen...	{ "game_data": { "answer": ")}}})))]])]])))}]}]])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}}})))]])]])))}]}]])}}", "fill_length": 23, "full_sequence": "{{([[(){[{((([[([[((({{{()}}})))]])]])))}]}]])}}", "n_types": 3, "nesting_depth": 0...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{{[]{[[]]{}[[]()]{[]}}}()}[[]([[([{[([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...	{ "game_data": { "answer": "]])]}])]])]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])]}])]])]]", "fill_length": 12, "full_sequence": "[{{[]{[[]]{}[[]()]{[]}}}()}[[]([[([{[([[]])]}])]])]]", "n_types": 3, "nesting_depth": 0, "question_...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([{{[]}[([([][{}]{(([([{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...	{ "game_data": { "answer": "}}}])]))})])]}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}])]))})])]}])", "fill_length": 16, "full_sequence": "([{{[]}[([([][{}]{(([([{{{}}}])]))})])]}])", "n_types": 3, "nesting_depth": 0, "question_se...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {([{({{()}}(({(){{[{{([[(({{[[(({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...	{ "game_data": { "answer": "}}))]]}}))]])}}]}}})))}])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}))]]}}))]])}}]}}})))}])}", "fill_length": 26, "full_sequence": "{([{({{()}}(({(){{[{{([[(({{[[(({{}}))]]}}))]])}}]}}})))}])}", "n_types": 3, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()][[()]][](([{}({})]{}([{([[([[{{[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete ...	{ "game_data": { "answer": "]]}}]])]])}])))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}}]])]])}])))", "fill_length": 15, "full_sequence": "[()][[()]][](([{}({})]{}([{([[([[{{[[]]}}]])]])}])))", "n_types": 3, "nesting_depth": 0, "que...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [((({[({([({[[[({[((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": "})))]})]]]})])})]})))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))]})]]]})])})]})))]", "fill_length": 22, "full_sequence": "[((({[({([({[[[({[((({})))]})]]]})])})]})))]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {(([([{()}[{[]{}{{}{}([][{[({([[{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...	{ "game_data": { "answer": "))}]])})]}])}}]])]))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}]])})]}])}}]])]))}", "fill_length": 21, "full_sequence": "{(([([{()}[{[]{}{{}{}([][{[({([[{(())}]])})]}])}}]])]))}", "n_types": 3, "nesting_depth...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){[][{[[[]{(({{}}[((({([{({[{([[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...	{ "game_data": { "answer": ")]])}]})}])})))]))}]]}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]])}]})}])})))]))}]]}]}", "fill_length": 24, "full_sequence": "(){[][{[[[]{(({{}}[((({([{({[{([[()]])}]})}])})))]))}]]}]}", "n_types": 3, "nesti...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}(()[()]({[((()[[(({{{[[([[[({([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...	{ "game_data": { "answer": "]])})]]])]]}}}))]]))]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])})]]])]]}}}))]]))]}))", "fill_length": 24, "full_sequence": "{}(()[()]({[((()[[(({{{[[([[[({([[]])})]]])]]}}}))]]))]}))", "n_types": 3, "nesti...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()([])([][()][{()}{}]({{[]{{[[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...	{ "game_data": { "answer": "}]]}}}}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]]}}}}))", "fill_length": 9, "full_sequence": "()([])([][()][{()}{}]({{[]{{[[{}]]}}}}))", "n_types": 3, "nesting_depth": 0, "question_sequence": "()([])(...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()][]([]){}{}(([(({[{{{({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...	{ "game_data": { "answer": "}})}}}]}))]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})}}}]}))]))", "fill_length": 13, "full_sequence": "[()][]([]){}{}(([(({[{{{({{}})}}}]}))]))", "n_types": 3, "nesting_depth": 0, "question_sequence":...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[()]()()](){({()[({({}[(({{{{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...	{ "game_data": { "answer": "})}}}}))])})]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}}}}))])})]})}", "fill_length": 16, "full_sequence": "[[()]()()](){({()[({({}[(({{{{({})}}}}))])})]})}", "n_types": 3, "nesting_depth": 0, "quest...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([][[[[]]]])[[(){}]]{((({}[]))([()]{(([{([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the com...	{ "game_data": { "answer": "}])}]))}))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])}]))}))}", "fill_length": 11, "full_sequence": "([][[[[]]]])[[(){}]]{((({}[]))([()]{(([{([{}])}]))}))}", "n_types": 3, "nesting_depth": 0, "question_...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []{([[()]](()[])(){}()()(({[((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...	{ "game_data": { "answer": "})))]})))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))]})))}", "fill_length": 10, "full_sequence": "[]{([[()]](()[])(){}()()(({[((({})))]})))}", "n_types": 3, "nesting_depth": 0, "question_sequence": "[]...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []([][[]{{}}]({({[]}[{[(([[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...	{ "game_data": { "answer": ")]]))]}])}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]))]}])}))", "fill_length": 12, "full_sequence": "[]([][[]{{}}]({({[]}[{[(([[()]]))]}])}))", "n_types": 3, "nesting_depth": 0, "question_sequence": "...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[]}{()}{}{[]{[(([[[{(((([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...	{ "game_data": { "answer": "]))))}]]]))]}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))))}]]]))]}}", "fill_length": 14, "full_sequence": "{[]}{()}{}{[]{[(([[[{(((([]))))}]]]))]}}", "n_types": 3, "nesting_depth": 0, "question_sequence...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[{}]{[(()[([([{}{{[(([[[(({{[({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...	{ "game_data": { "answer": "}})]}}))]]]))]}}])])])]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})]}}))]]]))]}}])])])]}]", "fill_length": 25, "full_sequence": "[[{}]{[(()[([([{}{{[(([[[(({{[({{}})]}}))]]]))]}}])])])]}]", "n_types": 3, "nes...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}[](){}[]{}{[()()]}[{}{}][]}()([(({[{([[{[[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the ...	{ "game_data": { "answer": "}]]}]])}]}))])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]]}]])}]}))])", "fill_length": 14, "full_sequence": "{{}[](){}[]{}{[()()]}[{}{}][]}()([(({[{([[{[[{}]]}]])}]}))])", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){{}}(){}[[[[]]]()[[]()[][{{}{{{(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...	{ "game_data": { "answer": "}))}}}}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))}}}}]]]", "fill_length": 10, "full_sequence": "(){{}}(){}[[[[]]]()[[]()[][{{}{{{(({}))}}}}]]]", "n_types": 3, "nesting_depth": 0, "question_sequence":...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {({[{[([((([[[[([{{([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.	{ "game_data": { "answer": "])}}])]]]])))])]}]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])}}])]]]])))])]}]})}", "fill_length": 21, "full_sequence": "{({[{[([((([[[[([{{([])}}])]]]])))])]}]})}", "n_types": 3, "nesting_depth": 0, "q...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()]{}{}[{{[{([([[][({{(({({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...	{ "game_data": { "answer": "]})}))}})]])])}]}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}))}})]])])}]}}]", "fill_length": 19, "full_sequence": "[()]{}{}[{{[{([([[][({{(({({[]})}))}})]])])}]}}]", "n_types": 3, "nesting_depth": 0, ...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{}][[{(){{{}([[]{()({[[(({({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...	{ "game_data": { "answer": "]})}))]]})}])}}}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}))]]})}])}}}]]", "fill_length": 18, "full_sequence": "[{}][[{(){{{}([[]{()({[[(({({[]})}))]]})}])}}}]]", "n_types": 3, "nesting_depth": 0, "q...
logic-v2	Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{([](){[({}(){[][{[][]}]{([(({([[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...	{ "game_data": { "answer": "]]])}))])}})]})}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]])}))])}})]})}}", "fill_length": 17, "full_sequence": "{{([](){[({}(){[][{[][]}]{([(({([[[]]])}))])}})]})}}", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[()({([[][]]{[([[{}([]){}][({{{{[((([( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...

{ "game_data": { "answer": ")])))]}}}})]])]})})]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])))]}}}})]])]})})]", "fill_length": 20, "full_sequence": "{}[()({([[][]]{[([[{}([]){}][({{{{[((([()])))]}}}})]])]})})]", "n_types": 3, "nesting_dep...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[{}{}{}(([{}])(()({}()[]()[]{{{[[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...

{ "game_data": { "answer": "))]]}}})))]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]]}}})))]]", "fill_length": 12, "full_sequence": "[[{}{}{}(([{}])(()({}()[]()[]{{{[[(())]]}}})))]]", "n_types": 3, "nesting_depth": 0, "question_sequ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({()[]{[[{{{({})}(({{[{[[{[[{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...

{ "game_data": { "answer": "})}]]}]]}]}}))}}]]}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}]]}]]}]}}))}}]]}})", "fill_length": 21, "full_sequence": "({()[]{[[{{{({})}(({{[{[[{[[{({})}]]}]]}]}}))}}]]}})", "n_types": 3, "nesting_depth": 0...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({}()({{}}[]{(){}([[]({([(([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...

{ "game_data": { "answer": "}]))])})])}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))])})])}))", "fill_length": 13, "full_sequence": "({}()({{}}[]{(){}([[]({([(([{}]))])})])}))", "n_types": 3, "nesting_depth": 0, "question_sequence...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{()}][[{[{[]{[[]]}{}}{[]{}}{}[][{}{}]{}{[[({[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only th...

{ "game_data": { "answer": "}}]})]]}]}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]})]]}]}]]", "fill_length": 12, "full_sequence": "[{()}][[{[{[]{[[]]}{}}{[]{}}{}[][{}{}]{}{[[({[{{}}]})]]}]}]]", "n_types": 3, "nesting_depth": 0, "q...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{{((){[][{{()[[][[[{{[{[{[[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...

{ "game_data": { "answer": ")]]}]}]}}]]]]}}]})}}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]}]}]}}]]]]}}]})}}})", "fill_length": 22, "full_sequence": "({{{((){[][{{()[[][[[{{[{[{[[()]]}]}]}}]]]]}}]})}}})", "n_types": 3, "nesting_depth":...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[]{({({[[[([[]{{[{([({[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...

{ "game_data": { "answer": "}}]})])}]}}])]]]})})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]})])}]}}])]]]})})}", "fill_length": 21, "full_sequence": "{}[]{({({[[[([[]{{[{([({[{{}}]})])}]}}])]]]})})}", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}[{{}[]((({})([{{{(([{[([[{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...

{ "game_data": { "answer": "))}]])]}]))}}}])))}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}]])]}]))}}}])))}]}", "fill_length": 21, "full_sequence": "{{}[{{}[]((({})([{{{(([{[([[{(())}]])]}]))}}}])))}]}", "n_types": 3, "nesting_depth": 0...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{[[]]}[([{[()[{{[]}}[(([{[[[([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...

{ "game_data": { "answer": "]])]]]}]))]]]}])]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])]]]}]))]]]}])]})", "fill_length": 19, "full_sequence": "({{[[]]}[([{[()[{{[]}}[(([{[[[([[]])]]]}]))]]]}])]})", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[{([({{(([{[({{{(([[{({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...

{ "game_data": { "answer": "]})}]]))}}})]}]))}})])}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}]]))}}})]}]))}})])}]", "fill_length": 24, "full_sequence": "()[{([({{(([{[({{{(([[{({[]})}]]))}}})]}]))}})])}]", "n_types": 3, "nesting_depth...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[](({[]()(()(({}{(({([{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...

{ "game_data": { "answer": ")}])}))})))}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}])}))})))}))", "fill_length": 14, "full_sequence": "()[](({[]()(()(({}{(({([{()}])}))})))}))", "n_types": 3, "nesting_depth": 0, "question_sequence...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[][[{}]][{}]{{[[]{()}[][]{{[][[{({(((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...

{ "game_data": { "answer": "}))))})}]]}}]}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))))})}]]}}]}}}", "fill_length": 16, "full_sequence": "{[][[{}]][{}]{{[[]{()}[][]{{[][[{({(((({}))))})}]]}}]}}}", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){{[({([[]])({{[{({(({(((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...

{ "game_data": { "answer": "))))}))})}]}})})]}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))))}))})}]}})})]}}", "fill_length": 19, "full_sequence": "(){{[({([[]])({{[{({(({(((())))}))})}]}})})]}}", "n_types": 3, "nesting_depth": 0, "q...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({[[{{({{()(([(({[({([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...

{ "game_data": { "answer": "}])})]}))]))}})}}]]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])})]}))]))}})}}]]})", "fill_length": 21, "full_sequence": "({[[{{({{()(([(({[({([{}])})]}))]))}})}}]]})", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [(([[](({({([[](((([([({{(((([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...

{ "game_data": { "answer": "]))))}})])]))))])})}))]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))))}})])]))))])})}))]))]", "fill_length": 26, "full_sequence": "[(([[](({({([[](((([([({{(((([]))))}})])]))))])})}))]))]", "n_types": 3, "nes...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()()([][[{}{}]](({})()))()[[({{()}({[[[[{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the com...

{ "game_data": { "answer": ")]}]]]]})})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}]]]]})})]]", "fill_length": 13, "full_sequence": "()()([][[{}{}]](({})()))()[[({{()}({[[[[{[()]}]]]]})})]]", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}}(){}{{{{}((()[({{[{([{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...

{ "game_data": { "answer": ")}])}]}})]))}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}])}]}})]))}}}", "fill_length": 15, "full_sequence": "{{}}(){}{{{{}((()[({{[{([{()}])}]}})]))}}}", "n_types": 3, "nesting_depth": 0, "question_sequ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][{}{[]((){})}[()((){[(())]()[]}(){(([{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comp...

{ "game_data": { "answer": ")]}]))})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}]))})]]", "fill_length": 10, "full_sequence": "[][{}{[]((){})}[()((){[(())]()[]}(){(([{[()]}]))})]]", "n_types": 3, "nesting_depth": 0, "question_sequ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((()){{[{(([()]))[]}({()}())([{{([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...

{ "game_data": { "answer": "]])}}])]}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])}}])]}})", "fill_length": 11, "full_sequence": "((()){{[{(([()]))[]}({()}())([{{([[]])}}])]}})", "n_types": 3, "nesting_depth": 0, "question_sequence...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {([[{{{({({{({{{([[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": "]]]])}}})}})})}}}]])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]])}}})}})})}}}]])}", "fill_length": 21, "full_sequence": "{([[{{{({({{({{{([[[[]]]])}}})}})})}}}]])}", "n_types": 3, "nesting_depth": 0, "q...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{}}[[{}]])[{[[]]{()([{[(([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...

{ "game_data": { "answer": "}]))]}])}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]}])}}]", "fill_length": 11, "full_sequence": "({{}}[[{}]])[{[[]]{()([{[(([{}]))]}])}}]", "n_types": 3, "nesting_depth": 0, "question_sequence": "({...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({}{{}({})}[](){[(()){[{}]}]{[([[({( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...

{ "game_data": { "answer": ")})]])]}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")})]])]}})", "fill_length": 10, "full_sequence": "({}{{}({})}[](){[(()){[{}]}]{[([[({()})]])]}})", "n_types": 3, "nesting_depth": 0, "question_sequence":...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][{}(({}{[][[[][({([][(((({{[{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...

{ "game_data": { "answer": "})}]}}))))])})]]]}))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}]}}))))])})]]]}))]", "fill_length": 21, "full_sequence": "[][{}(({}{[][[[][({([][(((({{[{({})}]}}))))])})]]]}))]", "n_types": 3, "nesting_depth":...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []()({})[(({})([{{([{(()){}()}()[{([{({((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comp...

{ "game_data": { "answer": ")))})}])}]])}}]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")))})}])}]])}}]))]", "fill_length": 18, "full_sequence": "[]()({})[(({})([{{([{(()){}()}()[{([{({((()))})}])}]])}}]))]", "n_types": 3, "nesting_depth":...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (({{{(){}}}}){}){}(([([])()({{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...

{ "game_data": { "answer": "})}})]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}})]))", "fill_length": 8, "full_sequence": "(({{{(){}}}}){}){}(([([])()({{({})}})]))", "n_types": 3, "nesting_depth": 0, "question_sequence": "(({{{(){}...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[][{}({[]{{{([{([[{[[{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...

{ "game_data": { "answer": "}}}}]]}]])}])}}}})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}]]}]])}])}}}})]]", "fill_length": 20, "full_sequence": "[[][{}({[]{{{([{([[{[[{{{{}}}}]]}]])}])}}}})]]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{{[[(({({[({{{[{[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": "))]}]}}})]})}))]]}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]}]}}})]})}))]]}}]", "fill_length": 20, "full_sequence": "[{{[[(({({[({{{[{[(())]}]}}})]})}))]]}}]", "n_types": 3, "nesting_depth": 0, "quest...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((([{[{[{{}({({[[{((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": "})))}]]})})}]}]}])))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))}]]})})}]}]}])))", "fill_length": 20, "full_sequence": "((([{[{[{{}({({[[{((({})))}]]})})}]}]}])))", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[[[{(){}()}({}({(({[[[[{([{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...

{ "game_data": { "answer": "}}])}]]]]}))}))]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}])}]]]]}))}))]]]", "fill_length": 18, "full_sequence": "()[[[{(){}()}({}({(({[[[[{([{{}}])}]]]]}))}))]]]", "n_types": 3, "nesting_depth": 0, "q...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][][][]{{}[()([()])]()()()[]({[]({({(([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...

{ "game_data": { "answer": "]))})})})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))})})})}", "fill_length": 10, "full_sequence": "[][][][]{{}[()([()])]()()()[]({[]({({(([]))})})})}", "n_types": 3, "nesting_depth": 0, "question_sequen...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){}()[{[[([([({{([{[[{([[[{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...

{ "game_data": { "answer": ")}]]])}]]}])}})])])]]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]]])}]]}])}})])])]]}]", "fill_length": 23, "full_sequence": "(){}()[{[[([([({{([{[[{([[[{()}]]])}]]}])}})])])]]}]", "n_types": 3, "nesting_depth...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[[]()[([[({[]()[]}{}[{{}()}]){}{{({[(({({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the co...

{ "game_data": { "answer": "]})}))]})}}]])]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}))]})}}]])]]", "fill_length": 16, "full_sequence": "{}[[]()[([[({[]()[]}{}[{{}()}]){}{{({[(({({[]})}))]})}}]])]]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({([[[[][(((){})){[{{({([{{[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...

{ "game_data": { "answer": "]]]}}])})}}]}]]]])})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]}}])})}}]}]]]])})", "fill_length": 20, "full_sequence": "({([[[[][(((){})){[{{({([{{[[[]]]}}])})}}]}]]]])})", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []()[]{{}[]()[{[]}[{}][]{([{([( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...

{ "game_data": { "answer": ")])}])}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])}])}]}", "fill_length": 9, "full_sequence": "[]()[]{{}[]()[{[]}[{}][]{([{([()])}])}]}", "n_types": 3, "nesting_depth": 0, "question_sequence": "[]()[]{...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[[{(([[[{{[([([[[[(([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...

{ "game_data": { "answer": "}]))]]]])])]}}]]]))}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]]]])])]}}]]]))}]]]", "fill_length": 23, "full_sequence": "[[[{(([[[{{[([([[[[(([{}]))]]]])])]}}]]]))}]]]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()]((({}[()[]]({}(({}))({{}[]}))((([({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...

{ "game_data": { "answer": "})]))))))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]))))))", "fill_length": 9, "full_sequence": "[()]((({}[()[]]({}(({}))({{}[]}))((([({})]))))))", "n_types": 3, "nesting_depth": 0, "question_sequence": ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{{{(){[([{}[[((({{{[({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...

{ "game_data": { "answer": "})]}}})))]]])]}}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]}}})))]]])]}}}}}", "fill_length": 19, "full_sequence": "{{{{(){[([{}[[((({{{[({})]}}})))]]])]}}}}}", "n_types": 3, "nesting_depth": 0, "quest...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({[({{()}[((()[{{[{[({([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequen...

{ "game_data": { "answer": "]])})]}]}}]))]})]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])})]}]}}]))]})]})", "fill_length": 19, "full_sequence": "({[({{()}[((()[{{[{[({([[]])})]}]}}]))]})]})", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[]](((){}{([[]])[(([{({{{{{(({{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...

{ "game_data": { "answer": "))}}))}}}}})}]))]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}}))}}}}})}]))]}))", "fill_length": 20, "full_sequence": "[[]](((){}{([[]])[(([{({{{{{(({{(())}}))}}}}})}]))]}))", "n_types": 3, "nesting_depth": 0...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([[{[(({(){{[[](())]}{[{(({([((({{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...

{ "game_data": { "answer": ")}})))])}))}]}}}))]}]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}})))])}))}]}}}))]}]])", "fill_length": 23, "full_sequence": "([[{[(({(){{[[](())]}{[{(({([((({{()}})))])}))}]}}}))]}]])", "n_types": 3, "nesting...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()(){}{()()({[]{()[]}})[[]{}[{[][[([[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...

{ "game_data": { "answer": "}}]])]]}]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]])]]}]]}", "fill_length": 11, "full_sequence": "()(){}{()()({[]{()[]}})[[]{}[{[][[([[{{}}]])]]}]]}", "n_types": 3, "nesting_depth": 0, "question_sequ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[][]{}{}[[[[[[]]]{{[[([([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...

{ "game_data": { "answer": "]])])]]}}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])])]]}}]]]", "fill_length": 12, "full_sequence": "{}[][]{}{}[[[[[[]]]{{[[([([[]])])]]}}]]]", "n_types": 3, "nesting_depth": 0, "question_sequence": "...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}[(){{[][{{}{([[([[{({[(({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...

{ "game_data": { "answer": "}}))]})}]])]])}}]}}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}))]})}]])]])}}]}}]}", "fill_length": 21, "full_sequence": "{{}[(){{[][{{}{([[([[{({[(({{}}))]})}]])]])}}]}}]}", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (({}))({}[[[{[]}{}([{{{{({([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...

{ "game_data": { "answer": "])})}}}}])]]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])})}}}}])]]])", "fill_length": 14, "full_sequence": "(({}))({}[[[{[]}{}([{{{{({([])})}}}}])]]])", "n_types": 3, "nesting_depth": 0, "question_sequen...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {([{}{}])}[{({{()}([])[](()()){{[[{{[{{[{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the com...

{ "game_data": { "answer": "})}]}}]}}]]}}})}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}]}}]}}]]}}})}]", "fill_length": 17, "full_sequence": "{([{}{}])}[{({{()}([])[](()()){{[[{{[{{[{({})}]}}]}}]]}}})}]", "n_types": 3, "nesting_depth": 0...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{[][[{()(){((([]){{{{{[[[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...

{ "game_data": { "answer": "}}]]]}}}}}))}}]]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]]]}}}}}))}}]]}]", "fill_length": 18, "full_sequence": "[{[][[{()(){((([]){{{{{[[[{{}}]]]}}}}}))}}]]}]", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [([({{[[[{(([({{[[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": "}}]]}})]))}]]]}})])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]]}})]))}]]]}})])]", "fill_length": 20, "full_sequence": "[([({{[[[{(([({{[[{{}}]]}})]))}]]]}})])]", "n_types": 3, "nesting_depth": 0, "quest...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((((()[{()[()([]){}]({(([{{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...

{ "game_data": { "answer": "}}}}}]))})}]))))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}}]))})}]))))", "fill_length": 16, "full_sequence": "((((()[{()[()([]){}]({(([{{{{{}}}}}]))})}]))))", "n_types": 3, "nesting_depth": 0, "questio...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][({})]([{}[[()]]()[[{[()]()}]()[{[[({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...

{ "game_data": { "answer": "})]]}]]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]]}]]])", "fill_length": 9, "full_sequence": "[][({})]([{}[[()]]()[[{[()]()}]()[{[[({})]]}]]])", "n_types": 3, "nesting_depth": 0, "question_sequence": ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({}{})()(){({[[([[]{}])][][]({{[[{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...

{ "game_data": { "answer": ")}]]}})]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]]}})]})}", "fill_length": 11, "full_sequence": "({}{})()(){({[[([[]{}])][][]({{[[{()}]]}})]})}", "n_types": 3, "nesting_depth": 0, "question_sequence...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((){({{({([([({[{(([[([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence...

{ "game_data": { "answer": "])]]))}]})])])})}})})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])]]))}]})])])})}})})", "fill_length": 21, "full_sequence": "((){({{({([([({[{(([[([])]]))}]})])])})}})})", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[]{}{[{}]({}{[{()}{[]{}[{{[[({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...

{ "game_data": { "answer": "}})]]}}]}]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})]]}}]}]})}", "fill_length": 13, "full_sequence": "{}[]{}{[{}]({}{[{()}{[]{}[{{[[({{}})]]}}]}]})}", "n_types": 3, "nesting_depth": 0, "question_sequ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{(((()){}[{}{}{}({([([])]{})[[(((((({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...

{ "game_data": { "answer": "]}))))))]]})]))}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}))))))]]})]))}}", "fill_length": 17, "full_sequence": "{{(((()){}[{}{}{}({([([])]{})[[(((((({[]}))))))]]})]))}}", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{{({[([()(){}{([{[[{{{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...

{ "game_data": { "answer": "))}}}]]}])}])]})}}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}}}]]}])}])]})}}})", "fill_length": 20, "full_sequence": "({{{({[([()(){}{([{[[{{{(())}}}]]}])}])]})}}})", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{([[[([[[[[()[[(({((({{(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...

{ "game_data": { "answer": "}))}})))}))]]]]]]])]]])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))}})))}))]]]]]]])]]])}}", "fill_length": 25, "full_sequence": "{{([[[([[[[[()[[(({((({{(({}))}})))}))]]]]]]])]]])}}", "n_types": 3, "nesting_d...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[][][{[{{}(([([(([({([([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...

{ "game_data": { "answer": "]])])})]))])]))}]}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])])})]))])]))}]}]]", "fill_length": 20, "full_sequence": "[[][][{[{{}(([([(([({([([[]])])})]))])]))}]}]]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}{[{([[[{{[{({[({{((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": ")))}})]})}]}}]]])}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")))}})]})}]}}]]])}]}", "fill_length": 20, "full_sequence": "{}{[{([[[{{[{({[({{((()))}})]})}]}}]]])}]}", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()()[]{{}[]{}}{()[]{{[[]]{}{([[]]()[]{}[([([[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the ...

{ "game_data": { "answer": "]]])])])}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]])])])}}}}", "fill_length": 12, "full_sequence": "()()[]{{}[]{}}{()[]{{[[]]{}{([[]]()[]{}[([([[[]]])])])}}}}", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){({{[([[()]{((()[{[{{[(({([{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...

{ "game_data": { "answer": ")]}])}))]}}]}]))}])]}})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}])}))]}}]}]))}])]}})}", "fill_length": 24, "full_sequence": "(){({{[([[()]{((()[{[{{[(({([{[()]}])}))]}}]}]))}])]}})}", "n_types": 3, "nesting...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[[]]{{}}{}](){{{[]{[{{[[(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...

{ "game_data": { "answer": "}))]]}}]}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]]}}]}}}}", "fill_length": 12, "full_sequence": "[[[]]{{}}{}](){{{[]{[{{[[(({}))]]}}]}}}}", "n_types": 3, "nesting_depth": 0, "question_sequence": "...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}{}[[()[]]][{}([({}(())){{[({{[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...

{ "game_data": { "answer": "]}})]}}])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}})]}}])]", "fill_length": 10, "full_sequence": "{}{}[[()[]]][{}([({}(())){{[({{[]}})]}}])]", "n_types": 3, "nesting_depth": 0, "question_sequence": "{}...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{(([{({{()[({}{(([[{([{{{[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...

{ "game_data": { "answer": "]]]}}}])}]]))})]}})}]))}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]}}}])}]]))})]}})}]))}}", "fill_length": 25, "full_sequence": "{{(([{({{()[({}{(([[{([{{{[[[]]]}}}])}]]))})]}})}]))}}", "n_types": 3, "nesting...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {(({}[{()}([][({})][{[{}[(([({([(((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...

{ "game_data": { "answer": "))))])})]))]]}])]))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))))])})]))]]}])]))}", "fill_length": 20, "full_sequence": "{(({}[{()}([][({})][{[{}[(([({([(((())))])})]))]]}])]))}", "n_types": 3, "nesting_depth":...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()([[(())]([]){}({(([[][][[(((([({(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...

{ "game_data": { "answer": "))})]))))]]]))})])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))})]))))]]]))})])", "fill_length": 18, "full_sequence": "()([[(())]([]){}({(([[][][[(((([({(())})]))))]]]))})])", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][[()[[]{{([{{[]{}{[(([{[{[{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...

{ "game_data": { "answer": ")}]}]}]))]}}}])}}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]}]}]))]}}}])}}]]]", "fill_length": 20, "full_sequence": "[][[()[[]{{([{{[]{}{[(([{[{[{()}]}]}]))]}}}])}}]]]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()][]{({[()]})}[{()}][][][{()((((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...

{ "game_data": { "answer": "})))))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))))}]", "fill_length": 8, "full_sequence": "[()][]{({[()]})}[{()}][][][{()((((({})))))}]", "n_types": 3, "nesting_depth": 0, "question_sequence": "[()][...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[(((((()([[{(({[({(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": "))})]}))}]]))))))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))})]}))}]]))))))]", "fill_length": 18, "full_sequence": "()[(((((()([[{(({[({(())})]}))}]]))))))]", "n_types": 3, "nesting_depth": 0, "question_...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()(){[]}[[]{[(()[])]({[[({}({{}[]}){[([[{{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the co...

{ "game_data": { "answer": "})}}]])]})]]})}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}}]])]})]]})}]", "fill_length": 16, "full_sequence": "()(){[]}[[]{[(()[])]({[[({}({{}[]}){[([[{{({})}}]])]})]]})}]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{}]{{[]}[[]]}{}{{{[[]]({}((({{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...

{ "game_data": { "answer": ")}}))))}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}}))))}}}", "fill_length": 10, "full_sequence": "[{}]{{[]}[[]]}{}{{{[[]]({}((({{()}}))))}}}", "n_types": 3, "nesting_depth": 0, "question_sequence": "[{...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][[]{({()}((){}[[][]([]{()({}{[{[{[{[([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...

{ "game_data": { "answer": "])]}]}]}]})})]))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])]}]}]}]})})]))}]", "fill_length": 18, "full_sequence": "[][[]{({()}((){}[[][]([]{()({}{[{[{[{[([])]}]}]}]})})]))}]", "n_types": 3, "nesting_depth": 0...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []{}[({{}[[][[()]]({(){{}{[{{[[(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...

{ "game_data": { "answer": "}))]]}}]}}})]})]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]]}}]}}})]})]", "fill_length": 16, "full_sequence": "[]{}[({{}[[][[()]]({(){{}{[{{[[(({}))]]}}]}}})]})]", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{{{{()}{((){{}})((((({{{{([(([{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...

{ "game_data": { "answer": "}}}}]))])}}}})))))}}}}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}]))])}}}})))))}}}}})", "fill_length": 24, "full_sequence": "({{{{{()}{((){{}})((((({{{{([(([{{{{}}}}]))])}}}})))))}}}}})", "n_types": 3, "nes...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{[(()[{}((([]{([{[({[{({[[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...

{ "game_data": { "answer": ")]]})}]})]}])})))])]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]})}]})]}])})))])]}]", "fill_length": 22, "full_sequence": "[{[(()[{}((([]{([{[({[{({[[()]]})}]})]}])})))])]}]", "n_types": 3, "nesting_depth": 0...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {()()}([([{{}[]{{[{}{({([([[(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...

{ "game_data": { "answer": "}))]])])})}]}}}])])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]])])})}]}}}])])", "fill_length": 19, "full_sequence": "{()()}([([{{}[]{{[{}{({([([[(({}))]])])})}]}}}])])", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[]([{}{{}({[]{}[[([{(())}]){[[((([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete ...

{ "game_data": { "answer": "]])))]]}]]})}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])))]]}]]})}])", "fill_length": 15, "full_sequence": "()[]([{}{{}({[]{}[[([{(())}]){[[((([[]])))]]}]]})}])", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}{([]){[]}}}((){{()}({([[]]{[([{({[{{[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the compl...

{ "game_data": { "answer": "]]}}]})}])]})})})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}}]})}])]})})})", "fill_length": 17, "full_sequence": "{{}{([]){[]}}}((){{()}({([[]]{[([{({[{{[[]]}}]})}])]})})})", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({(()((()([]{(({(([[[(({{[{{{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...

{ "game_data": { "answer": "}}}}}]}}))]]]))}))}))))})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}}]}}))]]]))}))}))))})", "fill_length": 25, "full_sequence": "({(()((()([]{(({(([[[(({{[{{{{{}}}}}]}}))]]]))}))}))))})", "n_types": 3, "nesti...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{([[(){[{((([[([[((({{{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequen...

{ "game_data": { "answer": ")}}})))]])]])))}]}]])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}}})))]])]])))}]}]])}}", "fill_length": 23, "full_sequence": "{{([[(){[{((([[([[((({{{()}}})))]])]])))}]}]])}}", "n_types": 3, "nesting_depth": 0...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{{[]{[[]]{}[[]()]{[]}}}()}[[]([[([{[([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...

{ "game_data": { "answer": "]])]}])]])]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])]}])]])]]", "fill_length": 12, "full_sequence": "[{{[]{[[]]{}[[]()]{[]}}}()}[[]([[([{[([[]])]}])]])]]", "n_types": 3, "nesting_depth": 0, "question_...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([{{[]}[([([][{}]{(([([{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...

{ "game_data": { "answer": "}}}])]))})])]}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}])]))})])]}])", "fill_length": 16, "full_sequence": "([{{[]}[([([][{}]{(([([{{{}}}])]))})])]}])", "n_types": 3, "nesting_depth": 0, "question_se...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {([{({{()}}(({(){{[{{([[(({{[[(({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...

{ "game_data": { "answer": "}}))]]}}))]])}}]}}})))}])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}))]]}}))]])}}]}}})))}])}", "fill_length": 26, "full_sequence": "{([{({{()}}(({(){{[{{([[(({{[[(({{}}))]]}}))]])}}]}}})))}])}", "n_types": 3, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()][[()]][](([{}({})]{}([{([[([[{{[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete ...

{ "game_data": { "answer": "]]}}]])]])}])))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}}]])]])}])))", "fill_length": 15, "full_sequence": "[()][[()]][](([{}({})]{}([{([[([[{{[[]]}}]])]])}])))", "n_types": 3, "nesting_depth": 0, "que...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [((({[({([({[[[({[((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": "})))]})]]]})])})]})))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))]})]]]})])})]})))]", "fill_length": 22, "full_sequence": "[((({[({([({[[[({[((({})))]})]]]})])})]})))]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {(([([{()}[{[]{}{{}{}([][{[({([[{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...

{ "game_data": { "answer": "))}]])})]}])}}]])]))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}]])})]}])}}]])]))}", "fill_length": 21, "full_sequence": "{(([([{()}[{[]{}{{}{}([][{[({([[{(())}]])})]}])}}]])]))}", "n_types": 3, "nesting_depth...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){[][{[[[]{(({{}}[((({([{({[{([[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...

{ "game_data": { "answer": ")]])}]})}])})))]))}]]}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]])}]})}])})))]))}]]}]}", "fill_length": 24, "full_sequence": "(){[][{[[[]{(({{}}[((({([{({[{([[()]])}]})}])})))]))}]]}]}", "n_types": 3, "nesti...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}(()[()]({[((()[[(({{{[[([[[({([[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...

{ "game_data": { "answer": "]])})]]])]]}}}))]]))]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])})]]])]]}}}))]]))]}))", "fill_length": 24, "full_sequence": "{}(()[()]({[((()[[(({{{[[([[[({([[]])})]]])]]}}}))]]))]}))", "n_types": 3, "nesti...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()([])([][()][{()}{}]({{[]{{[[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...

{ "game_data": { "answer": "}]]}}}}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]]}}}}))", "fill_length": 9, "full_sequence": "()([])([][()][{()}{}]({{[]{{[[{}]]}}}}))", "n_types": 3, "nesting_depth": 0, "question_sequence": "()([])(...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()][]([]){}{}(([(({[{{{({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...

{ "game_data": { "answer": "}})}}}]}))]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})}}}]}))]))", "fill_length": 13, "full_sequence": "[()][]([]){}{}(([(({[{{{({{}})}}}]}))]))", "n_types": 3, "nesting_depth": 0, "question_sequence":...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[()]()()](){({()[({({}[(({{{{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...

{ "game_data": { "answer": "})}}}}))])})]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}}}}))])})]})}", "fill_length": 16, "full_sequence": "[[()]()()](){({()[({({}[(({{{{({})}}}}))])})]})}", "n_types": 3, "nesting_depth": 0, "quest...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([][[[[]]]])[[(){}]]{((({}[]))([()]{(([{([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the com...

{ "game_data": { "answer": "}])}]))}))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])}]))}))}", "fill_length": 11, "full_sequence": "([][[[[]]]])[[(){}]]{((({}[]))([()]{(([{([{}])}]))}))}", "n_types": 3, "nesting_depth": 0, "question_...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []{([[()]](()[])(){}()()(({[((({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...

{ "game_data": { "answer": "})))]})))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))]})))}", "fill_length": 10, "full_sequence": "[]{([[()]](()[])(){}()()(({[((({})))]})))}", "n_types": 3, "nesting_depth": 0, "question_sequence": "[]...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []([][[]{{}}]({({[]}[{[(([[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...

{ "game_data": { "answer": ")]]))]}])}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]))]}])}))", "fill_length": 12, "full_sequence": "[]([][[]{{}}]({({[]}[{[(([[()]]))]}])}))", "n_types": 3, "nesting_depth": 0, "question_sequence": "...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[]}{()}{}{[]{[(([[[{(((([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seque...

{ "game_data": { "answer": "]))))}]]]))]}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))))}]]]))]}}", "fill_length": 14, "full_sequence": "{[]}{()}{}{[]{[(([[[{(((([]))))}]]]))]}}", "n_types": 3, "nesting_depth": 0, "question_sequence...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[{}]{[(()[([([{}{{[(([[[(({{[({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete vali...

{ "game_data": { "answer": "}})]}}))]]]))]}}])])])]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})]}}))]]]))]}}])])])]}]", "fill_length": 25, "full_sequence": "[[{}]{[(()[([([{}{{[(([[[(({{[({{}})]}}))]]]))]}}])])])]}]", "n_types": 3, "nes...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}[](){}[]{}{[()()]}[{}{}][]}()([(({[{([[{[[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the ...

{ "game_data": { "answer": "}]]}]])}]}))])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]]}]])}]}))])", "fill_length": 14, "full_sequence": "{{}[](){}[]{}{[()()]}[{}{}][]}()([(({[{([[{[[{}]]}]])}]}))])", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){{}}(){}[[[[]]]()[[]()[][{{}{{{(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...

{ "game_data": { "answer": "}))}}}}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))}}}}]]]", "fill_length": 10, "full_sequence": "(){{}}(){}[[[[]]]()[[]()[][{{}{{{(({}))}}}}]]]", "n_types": 3, "nesting_depth": 0, "question_sequence":...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {({[{[([((([[[[([{{([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.

{ "game_data": { "answer": "])}}])]]]])))])]}]})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])}}])]]]])))])]}]})}", "fill_length": 21, "full_sequence": "{({[{[([((([[[[([{{([])}}])]]]])))])]}]})}", "n_types": 3, "nesting_depth": 0, "q...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()]{}{}[{{[{([([[][({{(({({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...

{ "game_data": { "answer": "]})}))}})]])])}]}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}))}})]])])}]}}]", "fill_length": 19, "full_sequence": "[()]{}{}[{{[{([([[][({{(({({[]})}))}})]])])}]}}]", "n_types": 3, "nesting_depth": 0, ...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{}][[{(){{{}([[]{()({[[(({({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...

{ "game_data": { "answer": "]})}))]]})}])}}}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}))]]})}])}}}]]", "fill_length": 18, "full_sequence": "[{}][[{(){{{}([[]{()({[[(({({[]})}))]]})}])}}}]]", "n_types": 3, "nesting_depth": 0, "q...

logic-v2

Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{([](){[({}(){[][{[][]}]{([(({([[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...

{ "game_data": { "answer": "]]])}))])}})]})}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]])}))])}})]})}}", "fill_length": 17, "full_sequence": "{{([](){[({}(){[][{[][]}]{([(({([[[]]])}))])}})]})}}", "n_types": 3, "nesting_depth": 0, ...