Datasets:
jeff4000
/
dyck_language_task

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xet
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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...
{ "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 seque...
{ "game_data": { "answer": "}}])}]]]}})})})}])]}]]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}])}]]]}})})})}])]}]]]}", "fill_length": 24, "full_sequence": "{[[[[]{[([{({({({{[[[{([{{}}])}]]]}})})})}])]}]]]}", "n_types": 3, "nesting_depth...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{}({}){(([[][()[]{{([[([])]])([[[[([[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...
{ "game_data": { "answer": "}}]])]]]])}}]]))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]])]]]])}}]]))}]", "fill_length": 18, "full_sequence": "[{}({}){(([[][()[]{{([[([])]])([[[[([[{{}}]])]]]])}}]]))}]", "n_types": 3, "nesting_depth": 0...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [(((({[({}{[({[[{{([{{(([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete 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 com...
{ "game_data": { "answer": "})])]))])])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})])]))])])", "fill_length": 11, "full_sequence": "()[][]{([{}])}([([][()][()][({}[]([])([([({})])]))])])", "n_types": 3, "nesting_depth": 0, "question_...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()(){}[{}(({{}()}{{(()[{}[[]]])()[({({[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complet...
{ "game_data": { "answer": "]})})]}}))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})})]}}))]", "fill_length": 11, "full_sequence": "()(){}[{}(({{}()}{{(()[{}[[]]])()[({({[]})})]}}))]", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{({}({}{(){[[[[{({[[[{[[[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...
{ "game_data": { "answer": "))]]]}]]]})}]]]]}}))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]]]}]]]})}]]]]}}))}]", "fill_length": 22, "full_sequence": "[{({}({}{(){[[[[{({[[[{[[[(())]]]}]]]})}]]]]}}))}]", "n_types": 3, "nesting_depth": 0...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[]}(({{()}()}))[]{}([({}(([])(){[{({({( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the 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...
{ "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 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 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 sequ...
{ "game_data": { "answer": "})])})}])))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})])})}])))}]", "fill_length": 13, "full_sequence": "[][{(()[]({[{[]}]}([{({([({})])})}])))}]", "n_types": 3, "nesting_depth": 0, "question_sequence":...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []{}{}[{[]({[{{{{}}}}](({[[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...
{ "game_data": { "answer": "}}]]}))})}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]]}))})}]", "fill_length": 11, "full_sequence": "[]{}{}[{[]({[{{{{}}}}](({[[{{}}]]}))})}]", "n_types": 3, "nesting_depth": 0, "question_sequence": "[]...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []{}([[[]{}]{{[{}]{}[{(([[[{[({({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete 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 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 seq...
{ "game_data": { "answer": ")]}}})])})}}])})}}}}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}}})])})}}])})}}}}}]", "fill_length": 22, "full_sequence": "[{(){{{{()()({([{{({([({{{[()]}}})])})}}])})}}}}}]", "n_types": 3, "nesting_depth": 0...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((()[{}[]()]))[[[{({}())}()]][{{[{[((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete...
{ "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": 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 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 valid se...
{ "game_data": { "answer": ")])]})]]}}])}))}}}))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])]})]]}}])}))}}}))}", "fill_length": 21, "full_sequence": "[](){(({{{({}({}{([{{[[({[([()])]})]]}}])}))}}}))}", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {()}{}(){{}[([{}{}]){}{}{[]}][[([{[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete 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 s...
{ "game_data": { "answer": "))]))}]}]))]}])}}))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]))}]}]))]}])}}))]", "fill_length": 20, "full_sequence": "[{}][(({{{}}{([][{[(([{[{(([(())]))}]}]))]}])}}))]", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [([[]{}]({}[]{([{}()][[][[{(((([[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete 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 vali...
{ "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 s...
{ "game_data": { "answer": "))}])}]})]}}}]}]))}})}}}}}]})]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}])}]})]}}}]}]))}})}}}}}]})]", "fill_length": 30, "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 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 sequen...
{ "game_data": { "answer": ")}})])})]}])}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}})])})]}])}})", "fill_length": 15, "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 complet...
{ "game_data": { "answer": ")]}))])]}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}))])]}}]", "fill_length": 11, "full_sequence": "(){}[][({})][[]][{}{[([])(())]{[([(({[()]}))])]}}]", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([[{({[[{[[({[({{[[{[[{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequen...
{ "game_data": { "answer": ")]}]]}]]}})]})]]}]]})}]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}]]}]]}})]})]]}]]})}]])", "fill_length": 25, "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 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 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 valid seque...
{ "game_data": { "answer": "}}}}]]]))]}]})]}}])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}}}]]]))]}]})]}}])}", "fill_length": 20, "full_sequence": "{([{{{}[({[]}{[{[(([[[{{{{}}}}]]]))]}]})]}}])}", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([{({}(){{{(([{}({[((((({[{(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid se...
{ "game_data": { "answer": "))}]})))))]})]))}}})}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}]})))))]})]))}}})}])", "fill_length": 23, "full_sequence": "([{({}(){{{(([{}({[((((({[{(())}]})))))]})]))}}})}])", "n_types": 3, "nesting_depth...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {({[([{}]())]})}{}{[]}[[[({{[]([{{[[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete ...
{ "game_data": { "answer": "}]]}}])}})]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]]}}])}})]]]", "fill_length": 13, "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 ...
{ "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...
{ "game_data": { "answer": "]])}}]]]}}]))]]])]]}]}]])]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]])}}]]]}}]))]]])]]}]}]])]", "fill_length": 26, "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 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 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 val...
{ "game_data": { "answer": ")})]))})})]})]}}}]}]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")})]))})})]})]}}}]}]]}", "fill_length": 22, "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...
{ "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 sequence.
{ "game_data": { "answer": ")]}}])})})}})}])]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}}])})})}})}])]}", "fill_length": 18, "full_sequence": "([]){[([{({{({({([{{[()]}}])})})}})}])]}", "n_types": 3, "nesting_depth": 0, "question_...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[({}{})({()}{[[{()[]}][]{}[[]{([[({[[([( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the compl...
{ "game_data": { "answer": ")])]]})]])}]]})]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")])]]})]])}]]})]}", "fill_length": 17, "full_sequence": "{[({}{})({()}{[[{()[]}][]{}[[]{([[({[[([()])]]})]])}]]})]}", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}{}()()(){}{}(()){{}}()[[(({}({}{[({{{{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the compl...
{ "game_data": { "answer": ")}}}})]})))]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}}}})]})))]]", "fill_length": 13, "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 ...
{ "game_data": { "answer": "))}}})]]}})]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}}})]]}})]", "fill_length": 12, "full_sequence": "[([]){}(())(){{}}()()[][]]([]()){}[({{[[({{{(())}}})]]}})]", "n_types": 3, "nesting_depth": 0, "que...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [(({[[([[{({[[([{{{[{[[(([{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...
{ "game_data": { "answer": ")}]))]]}]}}}])]]})}]])]]}))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}]))]]}]}}}])]]})}]])]]}))]", "fill_length": 28, "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 v...
{ "game_data": { "answer": "]}]]]}])])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]]]}])])}}", "fill_length": 12, "full_sequence": "{[{}]}{}{{(())[]([([]{{{{}}}}[{[[[{[]}]]]}])])}}", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){[[{}](({{{(){{[][([([(({[[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...
{ "game_data": { "answer": ")]]}))])])]}}}}}))]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]}))])])]}}}}}))]}", "fill_length": 20, "full_sequence": "(){[[{}](({{{(){{[][([([(({[[()]]}))])])]}}}}}))]}", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{{[[]{()}[]([{}[[]](()[{{[([(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...
{ "game_data": { "answer": "))])]}}])])]}}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))])]}}])])]}}}", "fill_length": 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...
{ "game_data": { "answer": ")}])]]}}]}}}}}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}])]]}}]}}}}}])", "fill_length": 16, "full_sequence": "{}([{{({}{}{(){[{}]}}){{{[]{}[{{[[([{()}])]]}}]}}}}}])", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][]([{[][]({()([]{({}(({((([({{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...
{ "game_data": { "answer": "}})])))})))})})}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})])))})))})})}])", "fill_length": 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 comple...
{ "game_data": { "answer": "})))])}]]}]}])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))])}]]}]}])}}", "fill_length": 16, "full_sequence": "()[](){{[][([[]{}][])({})]([{[{[[{([((({})))])}]]}]}])}}", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()[]{[[[{[{([[({((({([{[{({{[[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...
{ "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 comple...
{ "game_data": { "answer": "})))))}]})]}})}))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "})))))}]})]}})}))]", "fill_length": 18, "full_sequence": "[[]{}{}[](({([{}]{{{(){[]()}}[({[{((((({})))))}]})]}})}))]", "n_types": 3, "nesting_depth": 0...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [(({({{{({[(({({{[{{([{( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequenc...
{ "game_data": { "answer": ")}])}}]}})}))]})}}})}))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}])}}]}})}))]})}}})}))]", "fill_length": 24, "full_sequence": "[(({({{{({[(({({{[{{([{()}])}}]}})}))]})}}})}))]", "n_types": 3, "nesting_depth":...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {()}{}{[]}(()[({}{()({})(()[{}[][][][]][[[((( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the 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 ...
{ "game_data": { "answer": "]))}))))]}]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))}))))]}]]]", "fill_length": 13, "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 sequence.
{ "game_data": { "answer": "]]])]}])}}}})]}}]}})])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]])]}])}}}})]}}]}})])", "fill_length": 22, "full_sequence": "([({{[{{[({{{{([{[([[[]]])]}])}}}})]}}]}})])", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[]}([[{}]])([(([][({})[]]()({([{[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...
{ "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 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 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 ...
{ "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": 26, "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 v...
{ "game_data": { "answer": ")]])]])}])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]])]])}])", "fill_length": 10, "full_sequence": "{}{}([]{()}[[{}]][{({}[{}{}{}][[([[()]])]])}])", "n_types": 3, "nesting_depth": 0, "question_sequence":...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: []{[[{{}}[{{{}}[{({}{[]{{{[[[([[{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete val...
{ "game_data": { "answer": "}}]])]]]}}}})}]}]]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}}]])]]]}}}})}]}]]]}", "fill_length": 20, "full_sequence": "[]{[[{{}}[{{{}}[{({}{[]{{{[[[([[{{}}]])]]]}}}})}]}]]]}", "n_types": 3, "nesting_depth": 0...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ()({{({[]({[[({}){{()[][][{[{{[[({[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete ...
{ "game_data": { "answer": "))]})]]}}]}]}}]]})})}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]})]]}}]}]}}]]})})}})", "fill_length": 23, "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 v...
{ "game_data": { "answer": "]}]}]}}}])]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}]}]}}}])]]", "fill_length": 12, "full_sequence": "{({}[])()}{}[()][[([(()()){[]{{[{[{[]}]}]}}}])]]", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}([()[{}(({}){[[{}[{([{[{{{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid 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": 24, "full_sequence": "([[][{[[[]{[{[[]{()[{[{{{[[((({[]})))]]}}}]}]}]}]}]]}]])", "n_types": 3, "nesting...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}[]{}{}{(){()}}{{}{[]({{(([[([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...
{ "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 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 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 compl...
{ "game_data": { "answer": "]})}})}])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]})}})}])}}", "fill_length": 11, "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": 17, "full_sequence": "[[[(){}(){{[]()({}){}{}()[{[([([{([{{}}])}])])]}]}}]]]", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ([[{(([{[()([[][(((({{{[{[({[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...
{ "game_data": { "answer": ")]})]}]}}}))))]])]}]))}]])", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]})]}]}}}))))]])]}]))}]])", "fill_length": 26, "full_sequence": "([[{(([{[()([[][(((({{{[{[({[()]})]}]}}}))))]])]}]))}]])", "n_types": 3, "nes...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [()(())(((([{()}](({})){[()][[((([{[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete v...
{ "game_data": { "answer": "]}])))]]}))))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]}])))]]}))))]", "fill_length": 14, "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 ...
{ "game_data": { "answer": ")]]}})}})]))}}])}))}]}]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]}})}})]))}}])}))}]}]]}", "fill_length": 25, "full_sequence": "{[[{[()[]{(({([{{}{(([({{({{[[()]]}})}})]))}}])}))}]}]]}", "n_types": 3, "nesti...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {([{[{{[[{(({([{[(({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.
{ "game_data": { "answer": "}))]}])}))}]]}}]}])}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}))]}])}))}]]}}]}])}", "fill_length": 20, "full_sequence": "{([{[{{[[{(({([{[(({}))]}])}))}]]}}]}])}", "n_types": 3, "nesting_depth": 0, "quest...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{{[[(()[(){{}}]){}[]([{{(([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...
{ "game_data": { "answer": "]))}}])]]}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))}}])]]}}]", "fill_length": 12, "full_sequence": "[{{[[(()[(){{}}]){}[]([{{(([]))}}])]]}}]", "n_types": 3, "nesting_depth": 0, "question_sequence": "...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {()}{(([]()((())()())[[[]][()[{{([{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete va...
{ "game_data": { "answer": "}])}}]]]))}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}])}}]]]))}", "fill_length": 11, "full_sequence": "{()}{(([]()((())()())[[[]][()[{{([{}])}}]]]))}", "n_types": 3, "nesting_depth": 0, "question_sequence...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {{}[{({}{}[])[()]}{((){})[{{{{([[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete 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 complete valid seq...
{ "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 vali...
{ "game_data": { "answer": ")]])]))}]))}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]])]))}]))}}", "fill_length": 13, "full_sequence": "(({{}[[[]]]{}})){{({}([{[](([([[()]])]))}]))}}", "n_types": 3, "nesting_depth": 0, "question_sequ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[]]{}{}{({}{}([]))[[](({}([]{{}({{([(([[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comp...
{ "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 ...
{ "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 val...
{ "game_data": { "answer": ")}})}]}]}]))))]})])}])}}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")}})}]}]}]))))]})])}])}}", "fill_length": 24, "full_sequence": "{{}{{}(()[{({}[((){[(((([{[{[{({{()}})}]}]}]))))]})])}])}}", "n_types": 3, "nesti...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}{()}[[]]()(){[({}{([{{}{{[]{[({[[([[[{ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the comple...
{ "game_data": { "answer": "}]]])]]})]}}}}])})]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}]]])]]})]}}}}])})]}", "fill_length": 20, "full_sequence": "{}{()}[[]]()(){[({}{([{{}{{[]{[({[[([[[{}]]])]]})]}}}}])})]}", "n_types": 3, "nesting_dep...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[{{}()[]{{}({})}}][]][]{[](([({}[[[{{({ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the 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 se...
{ "game_data": { "answer": ")]]})))}]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]]})))}]]}", "fill_length": 11, "full_sequence": "()(){()[[[[]]{{(())}({}(({[[()]]})))}]]}", "n_types": 3, "nesting_depth": 0, "question_sequence": "()...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [[[((({[[]]()}(((({((({{[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...
{ "game_data": { "answer": "]]]}})))})))))))]]]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]}})))})))))))]]]", "fill_length": 19, "full_sequence": "[[[((({[[]]()}(((({((({{[[[]]]}})))})))))))]]]", "n_types": 3, "nesting_depth": 0, "q...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {[]{}}{[()[()((({{([{[([{{{{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...
{ "game_data": { "answer": ")]}}}}])]}])}})))]]}", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}}}}])]}])}})))]]}", "fill_length": 20, "full_sequence": "{[]{}}{[()[()((({{([{[([{{{{[()]}}}}])]}])}})))]]}", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{((([[((({[((({[{{([[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequenc...
{ "game_data": { "answer": "))]])}}]})))]})))]])))}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]])}}]})))]})))]])))}]", "fill_length": 24, "full_sequence": "[{((([[((({[((({[{{([[(())]])}}]})))]})))]])))}]", "n_types": 3, "nesting_depth":...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [{{[]}[{[{[{}{}()(({([{[( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequen...
{ "game_data": { "answer": ")]}])}))]}]}]}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": ")]}])}))]}]}]}]", "fill_length": 15, "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...
{ "game_data": { "answer": "])}}]})))]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "])}}]})))]", "fill_length": 10, "full_sequence": "[((({(){{}}}{(()[({}{}[])][]{})}{[{{([])}}]})))]", "n_types": 3, "nesting_depth": 0, "question_sequence...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ({{[[({({[[{[({(({[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequence.
{ "game_data": { "answer": "]]}))})]}]]})})]]}})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]}))})]}]]})})]]}})", "fill_length": 20, "full_sequence": "({{[[({({[[{[({(({[[]]}))})]}]]})})]]}})", "n_types": 3, "nesting_depth": 0, "quest...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: {}{[[]{([]{})({({([{}{([([{[[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid ...
{ "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 sequence...
{ "game_data": { "answer": "}})]}))]}))]}]}]}}}))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "}})]}))]}))]}]}]}}}))", "fill_length": 21, "full_sequence": "(((){{{[{[{[(({[(({[({{}})]}))]}))]}]}]}}}))", "n_types": 3, "nesting_depth": 0, ...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: [][][][{{({}(({}([([[{[{[[[[ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid seq...
{ "game_data": { "answer": "]]]]}]}]])]))))}}]", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]]]]}]}]])]))))}}]", "fill_length": 18, "full_sequence": "[][][][{{({}(({}([([[{[{[[[[]]]]}]}]])]))))}}]", "n_types": 3, "nesting_depth": 0, "que...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: ((()[{}({{()}[{()}]{()[({{{(({(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid...
{ "game_data": { "answer": "))}))}}})]}})]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))}))}}})]}})]))", "fill_length": 16, "full_sequence": "((()[{}({{()}[{()}]{()[({{{(({(())}))}}})]}})]))", "n_types": 3, "nesting_depth": 0, "quest...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (){[{}]{}}({({}[{}(({{[{(([ Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid sequ...
{ "game_data": { "answer": "]))}]}}))])})", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "]))}]}}))])})", "fill_length": 13, "full_sequence": "(){[{}]{}}({({}[{}(({{[{(([]))}]}}))])})", "n_types": 3, "nesting_depth": 0, "question_sequence":...
logic-v2
Complete the following Dyck language sequence by adding the minimal necessary closing brackets. Sequence: (([{}[{}{[[({[([]([[{{{{([[[(( Rules: - Add only the closing brackets needed to match all unmatched opening brackets - Do not add any extra bracket pairs beyond what is required Provide only the complete valid s...
{ "game_data": { "answer": "))]]])}}}}]]))]})]]}]]))", "difficulty": 1, "gpt_response": "", "metadata": { "closing_sequence": "))]]])}}}}]]))]})]]}]]))", "fill_length": 24, "full_sequence": "(([{}[{}{[[({[([]([[{{{{([[[(())]]])}}}}]]))]})]]}]]))", "n_types": 3, "nesting_d...