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 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 vali...	{ "game_data": { "answer": "))}}}}}]]}})}))]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}}}}}]]}})}))]}", "fill_length": 17, "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": 24, "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 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 sequ...	{ "game_data": { "answer": ")])]])))])]]}]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])]])))])]]}]}))", "fill_length": 17, "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 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 s...	{ "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 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 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 ...	{ "game_data": { "answer": "}]}])]}])}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]}])]}])}]", "fill_length": 11, "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 vali...	{ "game_data": { "answer": "}]])])))})])]}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]])])))})])]}]]]", "fill_length": 17, "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": 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": 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 valid s...	{ "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 va...	{ "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": 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 vali...	{ "game_data": { "answer": "]]}}}}}])}}]}]])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}}}}}])}}]}]])}", "fill_length": 17, "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 seq...	{ "game_data": { "answer": "))])]]}))}}}]})])})})})]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))])]]}))}}}]})])})})})]))", "fill_length": 26, "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": 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": 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 ...	{ "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 se...	{ "game_data": { "answer": "]}]]]]))]]]}))]])})]]]}}]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]]]]))]]]}))]])})]]]}}]}]", "fill_length": 27, "full_sequence": "[{[{{[[[[]({([[(({[[[(([[[[{[]}]]]]))]]]}))]])})]]]}}]}]", "n_types": 3, "n...
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": 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 vali...	{ "game_data": { "answer": "}])}}))}]))}}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])}}))}]))}}]]", "fill_length": 15, "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 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 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 seq...	{ "game_data": { "answer": "]}]}])}]}])])}]])}}]]))}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]}])}]}])])}]])}}]]))}}]", "fill_length": 26, "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 co...	{ "game_data": { "answer": "}]))}}}])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))}}}])}", "fill_length": 10, "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 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 complete valid seque...	{ "game_data": { "answer": "]}]}))))]))})}]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]}))))]))})}]))]", "fill_length": 18, "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 comple...	{ "game_data": { "answer": "}]))]}}})}})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]}}})}})]]", "fill_length": 14, "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 complet...	{ "game_data": { "answer": "]]]}}}))}}}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]}}}))}}}]}", "fill_length": 13, "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 complete valid se...	{ "game_data": { "answer": "]])}))}}]}})}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])}))}}]}})}])", "fill_length": 15, "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 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 valid seque...	{ "game_data": { "answer": "})]})])))}}}})]}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]})])))}}}})]}]}", "fill_length": 18, "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 ...	{ "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...	{ "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": 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 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 se...	{ "game_data": { "answer": "}}])})))]))]]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}])})))]))]]))", "fill_length": 15, "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 valid sequ...	{ "game_data": { "answer": "]}}))]))}))}}})})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}}))]))}))}}})})", "fill_length": 17, "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 c...	{ "game_data": { "answer": ")}]])]}])]])]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]])]}])]])]))", "fill_length": 15, "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": 15, "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 comple...	{ "game_data": { "answer": ")]}))}]})]}]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}))}]})]}]}]", "fill_length": 14, "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": 27, "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...	{ "game_data": { "answer": "})})})]}]]]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})})})]}]]]))]", "fill_length": 14, "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 se...	{ "game_data": { "answer": "})]]]}}]]}})}}})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]]]}}]]}})}}})}", "fill_length": 17, "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...	{ "game_data": { "answer": ")]]}))]]))}}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]}))]]))}}}]", "fill_length": 14, "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 sequ...	{ "game_data": { "answer": "}}]}]}]}))}}])]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]}]}]}))}}])]})", "fill_length": 17, "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 complete valid seq...	{ "game_data": { "answer": "}})]))})})]))}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})]))})})]))}))", "fill_length": 16, "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 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 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 valid ...	{ "game_data": { "answer": ")]}})})))}}]]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}})})))}}]]])", "fill_length": 15, "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 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 valid sequen...	{ "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 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 complete val...	{ "game_data": { "answer": "))])}}))]]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))])}}))]]]}", "fill_length": 12, "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 c...	{ "game_data": { "answer": "]]]]]}))])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]]]}))])]", "fill_length": 11, "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 complete valid se...	{ "game_data": { "answer": "}}]}})})]])})}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]}})})]])})}}", "fill_length": 15, "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 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 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 complet...	{ "game_data": { "answer": "}]))]}}}]}}})]]}}])})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]}}}]}}})]]}}])})", "fill_length": 21, "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 ...	{ "game_data": { "answer": "})})])]]))}]])]])))}]}))]}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})})])]]))}]])]])))}]}))]}}", "fill_length": 27, "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 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...	{ "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 ...	{ "game_data": { "answer": ")]}))}}]}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}))}}]}}}", "fill_length": 11, "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 comple...	{ "game_data": { "answer": "]])}}))}]}]])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])}}))}]}]])]", "fill_length": 14, "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 ...	{ "game_data": { "answer": "])]]}))]}))])})]})])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])]]}))]}))])})]})])]", "fill_length": 21, "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 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 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 v...	{ "game_data": { "answer": ")}))))]]}])]]]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}))))]]}])]]]]]", "fill_length": 16, "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 val...	{ "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...	{ "game_data": { "answer": "]]}]])}})]}]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}]])}})]}]]}", "fill_length": 14, "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 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 vali...	{ "game_data": { "answer": "}))]])]})]]))]}))])])})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]])]})]]))]}))])])})", "fill_length": 23, "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 ...	{ "game_data": { "answer": ")]}}]))]])])}]])))}}}))}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}}]))]])])}]])))}}}))}}}}", "fill_length": 27, "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 val...	{ "game_data": { "answer": "}}}}}]]}}})))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}}]]}}})))]", "fill_length": 14, "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 se...	{ "game_data": { "answer": "})}])]]}}}}]))}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}])]]}}}}]))}]}", "fill_length": 17, "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 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 valid sequen...	{ "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 sequence.	{ "game_data": { "answer": ")}]])}}])]]}}]]]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]])}}])]]}}]]]}))", "fill_length": 19, "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 complete va...	{ "game_data": { "answer": "]])]]}]})}])]]}}}})]}))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])]]}]})}])]]}}}})]}))}]", "fill_length": 25, "full_sequence": "[{([]({}[]{[({{{}{{}{[[([{({[{[[([[]])]]}]})}])]]}}}})]}))}]", "n_types": 3, "n...
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 sequenc...	{ "game_data": { "answer": ")]]])})]))})}]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]])})]))})}]})", "fill_length": 16, "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 ...	{ "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 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 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 sequ...	{ "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 complete ...	{ "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 compl...	{ "game_data": { "answer": "}])})}))})}}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])})}))})}}}}}", "fill_length": 15, "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": 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 sequen...	{ "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": 16, "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 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 vali...

{ "game_data": { "answer": "))}}}}}]]}})}))]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}}}}}]]}})}))]}", "fill_length": 17, "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": 24, "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 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 sequ...

{ "game_data": { "answer": ")])]])))])]]}]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])]])))])]]}]}))", "fill_length": 17, "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 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 s...

{ "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 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 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 ...

{ "game_data": { "answer": "}]}])]}])}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]}])]}])}]", "fill_length": 11, "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 vali...

{ "game_data": { "answer": "}]])])))})])]}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]])])))})])]}]]]", "fill_length": 17, "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": 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": 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 valid s...

{ "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 va...

{ "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": 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 vali...

{ "game_data": { "answer": "]]}}}}}])}}]}]])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}}}}}])}}]}]])}", "fill_length": 17, "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 seq...

{ "game_data": { "answer": "))])]]}))}}}]})])})})})]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))])]]}))}}}]})])})})})]))", "fill_length": 26, "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": 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": 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 ...

{ "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 se...

{ "game_data": { "answer": "]}]]]]))]]]}))]])})]]]}}]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]]]]))]]]}))]])})]]]}}]}]", "fill_length": 27, "full_sequence": "[{[{{[[[[]({([[(({[[[(([[[[{[]}]]]]))]]]}))]])})]]]}}]}]", "n_types": 3, "n...

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": 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 vali...

{ "game_data": { "answer": "}])}}))}]))}}]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])}}))}]))}}]]", "fill_length": 15, "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 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 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 seq...

{ "game_data": { "answer": "]}]}])}]}])])}]])}}]]))}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]}])}]}])])}]])}}]]))}}]", "fill_length": 26, "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 co...

{ "game_data": { "answer": "}]))}}}])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))}}}])}", "fill_length": 10, "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 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 complete valid seque...

{ "game_data": { "answer": "]}]}))))]))})}]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]}))))]))})}]))]", "fill_length": 18, "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 comple...

{ "game_data": { "answer": "}]))]}}})}})]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]}}})}})]]", "fill_length": 14, "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 complet...

{ "game_data": { "answer": "]]]}}}))}}}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]}}}))}}}]}", "fill_length": 13, "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 complete valid se...

{ "game_data": { "answer": "]])}))}}]}})}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])}))}}]}})}])", "fill_length": 15, "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 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 valid seque...

{ "game_data": { "answer": "})]})])))}}}})]}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]})])))}}}})]}]}", "fill_length": 18, "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 ...

{ "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...

{ "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": 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 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 se...

{ "game_data": { "answer": "}}])})))]))]]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}])})))]))]]))", "fill_length": 15, "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 valid sequ...

{ "game_data": { "answer": "]}}))]))}))}}})})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}}))]))}))}}})})", "fill_length": 17, "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 c...

{ "game_data": { "answer": ")}]])]}])]])]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]])]}])]])]))", "fill_length": 15, "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": 15, "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 comple...

{ "game_data": { "answer": ")]}))}]})]}]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}))}]})]}]}]", "fill_length": 14, "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": 27, "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...

{ "game_data": { "answer": "})})})]}]]]))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})})})]}]]]))]", "fill_length": 14, "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 se...

{ "game_data": { "answer": "})]]]}}]]}})}}})}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})]]]}}]]}})}}})}", "fill_length": 17, "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...

{ "game_data": { "answer": ")]]}))]]))}}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]}))]]))}}}]", "fill_length": 14, "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 sequ...

{ "game_data": { "answer": "}}]}]}]}))}}])]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]}]}]}))}}])]})", "fill_length": 17, "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 complete valid seq...

{ "game_data": { "answer": "}})]))})})]))}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})]))})})]))}))", "fill_length": 16, "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 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 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 valid ...

{ "game_data": { "answer": ")]}})})))}}]]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}})})))}}]]])", "fill_length": 15, "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 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 valid sequen...

{ "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 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 complete val...

{ "game_data": { "answer": "))])}}))]]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))])}}))]]]}", "fill_length": 12, "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 c...

{ "game_data": { "answer": "]]]]]}))])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]]]}))])]", "fill_length": 11, "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 complete valid se...

{ "game_data": { "answer": "}}]}})})]])})}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]}})})]])})}}", "fill_length": 15, "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 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 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 complet...

{ "game_data": { "answer": "}]))]}}}]}}})]]}}])})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]))]}}}]}}})]]}}])})", "fill_length": 21, "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 ...

{ "game_data": { "answer": "})})])]]))}]])]])))}]}))]}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})})])]]))}]])]])))}]}))]}}", "fill_length": 27, "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 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...

{ "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 ...

{ "game_data": { "answer": ")]}))}}]}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}))}}]}}}", "fill_length": 11, "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 comple...

{ "game_data": { "answer": "]])}}))}]}]])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])}}))}]}]])]", "fill_length": 14, "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 ...

{ "game_data": { "answer": "])]]}))]}))])})]})])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])]]}))]}))])})]})])]", "fill_length": 21, "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 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 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 v...

{ "game_data": { "answer": ")}))))]]}])]]]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}))))]]}])]]]]]", "fill_length": 16, "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 val...

{ "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...

{ "game_data": { "answer": "]]}]])}})]}]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}]])}})]}]]}", "fill_length": 14, "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 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 vali...

{ "game_data": { "answer": "}))]])]})]]))]}))])])})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]])]})]]))]}))])])})", "fill_length": 23, "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 ...

{ "game_data": { "answer": ")]}}]))]])])}]])))}}}))}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}}]))]])])}]])))}}}))}}}}", "fill_length": 27, "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 val...

{ "game_data": { "answer": "}}}}}]]}}})))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}}]]}}})))]", "fill_length": 14, "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 se...

{ "game_data": { "answer": "})}])]]}}}}]))}]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})}])]]}}}}]))}]}", "fill_length": 17, "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 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 valid sequen...

{ "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 sequence.

{ "game_data": { "answer": ")}]])}}])]]}}]]]}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]])}}])]]}}]]]}))", "fill_length": 19, "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 complete va...

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

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 sequenc...

{ "game_data": { "answer": ")]]])})]))})}]})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]])})]))})}]})", "fill_length": 16, "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 ...

{ "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 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 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 sequ...

{ "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 complete ...

{ "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 compl...

{ "game_data": { "answer": "}])})}))})}}}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])})}))})}}}}}", "fill_length": 15, "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": 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 sequen...

{ "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": 16, "full_sequence": "{(){[][{{}[[][](([]{{[(({{([])}}))]}}))]}]}}", "n_types": 3, "nesting_depth": 0, "question_...