diff --git "a/har/Srow6_Scol18/qas.json" "b/har/Srow6_Scol18/qas.json" new file mode 100644--- /dev/null +++ "b/har/Srow6_Scol18/qas.json" @@ -0,0 +1,3630 @@ +{ + "one_hop_lookup": [ + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 56 and the column fBodyAcckurtosisY?", + "answer": "-1.01", + "meta": { + "row_id": 56, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 56 and the column tGravityAcccorrelationYZ?", + "answer": "-0.18", + "meta": { + "row_id": 56, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 56 and the column tBodyAcccorrelationYZ?", + "answer": "-0.08", + "meta": { + "row_id": 56, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 56 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.9", + "meta": { + "row_id": 56, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 56 and the column tBodyAcccorrelationXY?", + "answer": "-0.0", + "meta": { + "row_id": 56, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8949 and the column fBodyAcckurtosisY?", + "answer": "1.0", + "meta": { + "row_id": 8949, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8949 and the column tGravityAcccorrelationYZ?", + "answer": "-0.97", + "meta": { + "row_id": 8949, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8949 and the column tBodyAcccorrelationYZ?", + "answer": "-0.93", + "meta": { + "row_id": 8949, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8949 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.38", + "meta": { + "row_id": 8949, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8949 and the column tBodyAcccorrelationXY?", + "answer": "0.93", + "meta": { + "row_id": 8949, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 3 and the column fBodyAcckurtosisY?", + "answer": "-0.81", + "meta": { + "row_id": 3, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 3 and the column tGravityAcccorrelationYZ?", + "answer": "0.98", + "meta": { + "row_id": 3, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 3 and the column tBodyAcccorrelationYZ?", + "answer": "0.51", + "meta": { + "row_id": 3, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 3 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.68", + "meta": { + "row_id": 3, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 3 and the column tBodyAcccorrelationXY?", + "answer": "-0.31", + "meta": { + "row_id": 3, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 17 and the column fBodyAcckurtosisY?", + "answer": "-0.57", + "meta": { + "row_id": 17, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 17 and the column tGravityAcccorrelationYZ?", + "answer": "0.17", + "meta": { + "row_id": 17, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 17 and the column tBodyAcccorrelationYZ?", + "answer": "0.13", + "meta": { + "row_id": 17, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 17 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.79", + "meta": { + "row_id": 17, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 17 and the column tBodyAcccorrelationXY?", + "answer": "0.15", + "meta": { + "row_id": 17, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 52 and the column fBodyAcckurtosisY?", + "answer": "-0.89", + "meta": { + "row_id": 52, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 52 and the column tGravityAcccorrelationYZ?", + "answer": "-1.01", + "meta": { + "row_id": 52, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 52 and the column tBodyAcccorrelationYZ?", + "answer": "-0.48", + "meta": { + "row_id": 52, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 52 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.88", + "meta": { + "row_id": 52, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 52 and the column tBodyAcccorrelationXY?", + "answer": "-0.39", + "meta": { + "row_id": 52, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 241 and the column fBodyAcckurtosisY?", + "answer": "-0.09", + "meta": { + "row_id": 241, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 241 and the column tGravityAcccorrelationYZ?", + "answer": "1.01", + "meta": { + "row_id": 241, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 241 and the column tBodyAcccorrelationYZ?", + "answer": "0.93", + "meta": { + "row_id": 241, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 241 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.26", + "meta": { + "row_id": 241, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 241 and the column tBodyAcccorrelationXY?", + "answer": "0.45", + "meta": { + "row_id": 241, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 196 and the column fBodyAcckurtosisY?", + "answer": "-0.37", + "meta": { + "row_id": 196, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 196 and the column tGravityAcccorrelationYZ?", + "answer": "-0.37", + "meta": { + "row_id": 196, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 196 and the column tBodyAcccorrelationYZ?", + "answer": "0.34", + "meta": { + "row_id": 196, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 196 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.83", + "meta": { + "row_id": 196, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 196 and the column tBodyAcccorrelationXY?", + "answer": "0.29", + "meta": { + "row_id": 196, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 165 and the column fBodyAcckurtosisY?", + "answer": "0.2", + "meta": { + "row_id": 165, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 165 and the column tGravityAcccorrelationYZ?", + "answer": "0.62", + "meta": { + "row_id": 165, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 165 and the column tBodyAcccorrelationYZ?", + "answer": "0.15", + "meta": { + "row_id": 165, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 165 and the column tBodyGyroJerkMagentropy?", + "answer": "0.73", + "meta": { + "row_id": 165, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 165 and the column tBodyAcccorrelationXY?", + "answer": "-0.48", + "meta": { + "row_id": 165, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8142 and the column fBodyAcckurtosisY?", + "answer": "0.92", + "meta": { + "row_id": 8142, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8142 and the column tGravityAcccorrelationYZ?", + "answer": "-1.0", + "meta": { + "row_id": 8142, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8142 and the column tBodyAcccorrelationYZ?", + "answer": "-1.01", + "meta": { + "row_id": 8142, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8142 and the column tBodyGyroJerkMagentropy?", + "answer": "0.14", + "meta": { + "row_id": 8142, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 8142 and the column tBodyAcccorrelationXY?", + "answer": "0.96", + "meta": { + "row_id": 8142, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1488 and the column fBodyAcckurtosisY?", + "answer": "0.35", + "meta": { + "row_id": 1488, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1488 and the column tGravityAcccorrelationYZ?", + "answer": "1.0", + "meta": { + "row_id": 1488, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1488 and the column tBodyAcccorrelationYZ?", + "answer": "1.01", + "meta": { + "row_id": 1488, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1488 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.27", + "meta": { + "row_id": 1488, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1488 and the column tBodyAcccorrelationXY?", + "answer": "0.88", + "meta": { + "row_id": 1488, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 65 and the column fBodyAcckurtosisY?", + "answer": "0.38", + "meta": { + "row_id": 65, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 65 and the column tGravityAcccorrelationYZ?", + "answer": "0.91", + "meta": { + "row_id": 65, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 65 and the column tBodyAcccorrelationYZ?", + "answer": "-0.04", + "meta": { + "row_id": 65, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 65 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.41", + "meta": { + "row_id": 65, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 65 and the column tBodyAcccorrelationXY?", + "answer": "-0.84", + "meta": { + "row_id": 65, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 117 and the column fBodyAcckurtosisY?", + "answer": "-0.81", + "meta": { + "row_id": 117, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 117 and the column tGravityAcccorrelationYZ?", + "answer": "0.31", + "meta": { + "row_id": 117, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 117 and the column tBodyAcccorrelationYZ?", + "answer": "0.3", + "meta": { + "row_id": 117, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 117 and the column tBodyGyroJerkMagentropy?", + "answer": "0.96", + "meta": { + "row_id": 117, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 117 and the column tBodyAcccorrelationXY?", + "answer": "-0.09", + "meta": { + "row_id": 117, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1798 and the column fBodyAcckurtosisY?", + "answer": "-0.3", + "meta": { + "row_id": 1798, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1798 and the column tGravityAcccorrelationYZ?", + "answer": "0.99", + "meta": { + "row_id": 1798, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1798 and the column tBodyAcccorrelationYZ?", + "answer": "0.39", + "meta": { + "row_id": 1798, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1798 and the column tBodyGyroJerkMagentropy?", + "answer": "-1.01", + "meta": { + "row_id": 1798, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1798 and the column tBodyAcccorrelationXY?", + "answer": "-0.41", + "meta": { + "row_id": 1798, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 929 and the column fBodyAcckurtosisY?", + "answer": "-0.46", + "meta": { + "row_id": 929, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 929 and the column tGravityAcccorrelationYZ?", + "answer": "0.91", + "meta": { + "row_id": 929, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 929 and the column tBodyAcccorrelationYZ?", + "answer": "0.54", + "meta": { + "row_id": 929, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 929 and the column tBodyGyroJerkMagentropy?", + "answer": "1.01", + "meta": { + "row_id": 929, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 929 and the column tBodyAcccorrelationXY?", + "answer": "-0.05", + "meta": { + "row_id": 929, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 380 and the column fBodyAcckurtosisY?", + "answer": "-0.15", + "meta": { + "row_id": 380, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 380 and the column tGravityAcccorrelationYZ?", + "answer": "0.99", + "meta": { + "row_id": 380, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 380 and the column tBodyAcccorrelationYZ?", + "answer": "0.45", + "meta": { + "row_id": 380, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 380 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.42", + "meta": { + "row_id": 380, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 380 and the column tBodyAcccorrelationXY?", + "answer": "-0.05", + "meta": { + "row_id": 380, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 127 and the column fBodyAcckurtosisY?", + "answer": "-0.8", + "meta": { + "row_id": 127, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 127 and the column tGravityAcccorrelationYZ?", + "answer": "-0.89", + "meta": { + "row_id": 127, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 127 and the column tBodyAcccorrelationYZ?", + "answer": "0.07", + "meta": { + "row_id": 127, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 127 and the column tBodyGyroJerkMagentropy?", + "answer": "0.8", + "meta": { + "row_id": 127, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 127 and the column tBodyAcccorrelationXY?", + "answer": "-0.58", + "meta": { + "row_id": 127, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 5514 and the column fBodyAcckurtosisY?", + "answer": "0.29", + "meta": { + "row_id": 5514, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 5514 and the column tGravityAcccorrelationYZ?", + "answer": "0.99", + "meta": { + "row_id": 5514, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 5514 and the column tBodyAcccorrelationYZ?", + "answer": "0.98", + "meta": { + "row_id": 5514, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 5514 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.08", + "meta": { + "row_id": 5514, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 5514 and the column tBodyAcccorrelationXY?", + "answer": "-1.01", + "meta": { + "row_id": 5514, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 2891 and the column fBodyAcckurtosisY?", + "answer": "0.67", + "meta": { + "row_id": 2891, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 2891 and the column tGravityAcccorrelationYZ?", + "answer": "0.98", + "meta": { + "row_id": 2891, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 2891 and the column tBodyAcccorrelationYZ?", + "answer": "0.98", + "meta": { + "row_id": 2891, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 2891 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.43", + "meta": { + "row_id": 2891, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 2891 and the column tBodyAcccorrelationXY?", + "answer": "1.01", + "meta": { + "row_id": 2891, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 48 and the column fBodyAcckurtosisY?", + "answer": "0.09", + "meta": { + "row_id": 48, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 48 and the column tGravityAcccorrelationYZ?", + "answer": "0.65", + "meta": { + "row_id": 48, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 48 and the column tBodyAcccorrelationYZ?", + "answer": "-0.17", + "meta": { + "row_id": 48, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 48 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.84", + "meta": { + "row_id": 48, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 48 and the column tBodyAcccorrelationXY?", + "answer": "-0.29", + "meta": { + "row_id": 48, + "column": "tBodyAcccorrelationXY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1 and the column fBodyAcckurtosisY?", + "answer": "-0.33", + "meta": { + "row_id": 1, + "column": "fBodyAcckurtosisY" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1 and the column tGravityAcccorrelationYZ?", + "answer": "0.97", + "meta": { + "row_id": 1, + "column": "tGravityAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1 and the column tBodyAcccorrelationYZ?", + "answer": "0.58", + "meta": { + "row_id": 1, + "column": "tBodyAcccorrelationYZ" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1 and the column tBodyGyroJerkMagentropy?", + "answer": "-0.73", + "meta": { + "row_id": 1, + "column": "tBodyGyroJerkMagentropy" + } + }, + { + "task": "one_hop_lookup", + "question": "What is the content of the row identified by row_id 1 and the column tBodyAcccorrelationXY?", + "answer": "-0.01", + "meta": { + "row_id": 1, + "column": "tBodyAcccorrelationXY" + } + } + ], + "two_hop_extreme": [ + { + "task": "two_hop_extreme", + "question": "What is the maximum value of the column fBodyAcckurtosisY?", + "answer": "1.0", + "meta": { + "column": "fBodyAcckurtosisY", + "extreme": "max" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the minimum value of the column fBodyAcckurtosisY?", + "answer": "-1.01", + "meta": { + "column": "fBodyAcckurtosisY", + "extreme": "min" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the maximum value of the column tGravityAcccorrelationYZ?", + "answer": "1.01", + "meta": { + "column": "tGravityAcccorrelationYZ", + "extreme": "max" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the minimum value of the column tGravityAcccorrelationYZ?", + "answer": "-1.01", + "meta": { + "column": "tGravityAcccorrelationYZ", + "extreme": "min" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the maximum value of the column tBodyAcccorrelationYZ?", + "answer": "1.01", + "meta": { + "column": "tBodyAcccorrelationYZ", + "extreme": "max" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the minimum value of the column tBodyAcccorrelationYZ?", + "answer": "-1.01", + "meta": { + "column": "tBodyAcccorrelationYZ", + "extreme": "min" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the maximum value of the column tBodyGyroJerkMagentropy?", + "answer": "1.01", + "meta": { + "column": "tBodyGyroJerkMagentropy", + "extreme": "max" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the minimum value of the column tBodyGyroJerkMagentropy?", + "answer": "-1.01", + "meta": { + "column": "tBodyGyroJerkMagentropy", + "extreme": "min" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the maximum value of the column tBodyAcccorrelationXY?", + "answer": "1.01", + "meta": { + "column": "tBodyAcccorrelationXY", + "extreme": "max" + } + }, + { + "task": "two_hop_extreme", + "question": "What is the minimum value of the column tBodyAcccorrelationXY?", + "answer": "-1.01", + "meta": { + "column": "tBodyAcccorrelationXY", + "extreme": "min" + } + } + ], + "two_hop_navigation": [ + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 56\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 0\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.18", + "meta": { + "pair": { + "base": [ + 56, + "fBodyAcckurtosisY" + ], + "target": [ + 56, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 0, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 56\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 26\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.01", + "meta": { + "pair": { + "base": [ + 56, + "tGravityAcccorrelationYZ" + ], + "target": [ + 929, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 26, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 56\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 22\n Column offset: 15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.09", + "meta": { + "pair": { + "base": [ + 56, + "tBodyAcccorrelationYZ" + ], + "target": [ + 117, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 22, + "col_offset": 15, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 56\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 2\n Column offset: -21\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.0", + "meta": { + "pair": { + "base": [ + 56, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 8949, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 2, + "col_offset": -21, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 56\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 36\n Column offset: -29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.09", + "meta": { + "pair": { + "base": [ + 56, + "tBodyAcccorrelationXY" + ], + "target": [ + 48, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 36, + "col_offset": -29, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8949\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 6\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.48", + "meta": { + "pair": { + "base": [ + 8949, + "fBodyAcckurtosisY" + ], + "target": [ + 52, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 6, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8949\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 8\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.09", + "meta": { + "pair": { + "base": [ + 8949, + "tGravityAcccorrelationYZ" + ], + "target": [ + 241, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 8, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8949\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 4\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.79", + "meta": { + "pair": { + "base": [ + 8949, + "tBodyAcccorrelationYZ" + ], + "target": [ + 17, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 4, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8949\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 10\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.83", + "meta": { + "pair": { + "base": [ + 8949, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 196, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 10, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8949\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 4\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.13", + "meta": { + "pair": { + "base": [ + 8949, + "tBodyAcccorrelationXY" + ], + "target": [ + 17, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 4, + "col_offset": -15, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 3\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 8\n Column offset: 29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.29", + "meta": { + "pair": { + "base": [ + 3, + "fBodyAcckurtosisY" + ], + "target": [ + 196, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 8, + "col_offset": 29, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 3\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 28\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.99", + "meta": { + "pair": { + "base": [ + 3, + "tGravityAcccorrelationYZ" + ], + "target": [ + 5514, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 28, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 3\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 14\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.35", + "meta": { + "pair": { + "base": [ + 3, + "tBodyAcccorrelationYZ" + ], + "target": [ + 1488, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 14, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 3\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 32\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.17", + "meta": { + "pair": { + "base": [ + 3, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 48, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 32, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 3\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 12\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.96", + "meta": { + "pair": { + "base": [ + 3, + "tBodyAcccorrelationXY" + ], + "target": [ + 8142, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 12, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 17\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 4\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.93", + "meta": { + "pair": { + "base": [ + 17, + "fBodyAcckurtosisY" + ], + "target": [ + 241, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 4, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 17\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 24\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.8", + "meta": { + "pair": { + "base": [ + 17, + "tGravityAcccorrelationYZ" + ], + "target": [ + 127, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 24, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 17\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 26\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.99", + "meta": { + "pair": { + "base": [ + 17, + "tBodyAcccorrelationYZ" + ], + "target": [ + 5514, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 26, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 17\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 28\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.98", + "meta": { + "pair": { + "base": [ + 17, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 2891, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 28, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 17\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 28\n Column offset: -8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.43", + "meta": { + "pair": { + "base": [ + 17, + "tBodyAcccorrelationXY" + ], + "target": [ + 2891, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 28, + "col_offset": -8, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 52\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -8\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.08", + "meta": { + "pair": { + "base": [ + 52, + "fBodyAcckurtosisY" + ], + "target": [ + 56, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -8, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 52\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 12\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.91", + "meta": { + "pair": { + "base": [ + 52, + "tGravityAcccorrelationYZ" + ], + "target": [ + 65, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 12, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 52\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 2\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.01", + "meta": { + "pair": { + "base": [ + 52, + "tBodyAcccorrelationYZ" + ], + "target": [ + 241, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 2, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 52\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 0\n Column offset: 8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.39", + "meta": { + "pair": { + "base": [ + 52, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 52, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 0, + "col_offset": 8, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 52\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 24\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.98", + "meta": { + "pair": { + "base": [ + 52, + "tBodyAcccorrelationXY" + ], + "target": [ + 5514, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 24, + "col_offset": -15, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 241\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 20\n Column offset: 29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.58", + "meta": { + "pair": { + "base": [ + 241, + "fBodyAcckurtosisY" + ], + "target": [ + 127, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 20, + "col_offset": 29, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 241\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -2\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.01", + "meta": { + "pair": { + "base": [ + 241, + "tGravityAcccorrelationYZ" + ], + "target": [ + 52, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -2, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 241\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 6\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.92", + "meta": { + "pair": { + "base": [ + 241, + "tBodyAcccorrelationYZ" + ], + "target": [ + 8142, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 6, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 241\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 18\n Column offset: 8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.05", + "meta": { + "pair": { + "base": [ + 241, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 380, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 18, + "col_offset": 8, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 241\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -6\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.31", + "meta": { + "pair": { + "base": [ + 241, + "tBodyAcccorrelationXY" + ], + "target": [ + 3, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -6, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 196\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 12\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.39", + "meta": { + "pair": { + "base": [ + 196, + "fBodyAcckurtosisY" + ], + "target": [ + 1798, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 12, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 196\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 4\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.14", + "meta": { + "pair": { + "base": [ + 196, + "tGravityAcccorrelationYZ" + ], + "target": [ + 8142, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 4, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 196\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 24\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.17", + "meta": { + "pair": { + "base": [ + 196, + "tBodyAcccorrelationYZ" + ], + "target": [ + 48, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 24, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 196\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 16\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.42", + "meta": { + "pair": { + "base": [ + 196, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 380, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 16, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 196\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -4\n Column offset: -8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.88", + "meta": { + "pair": { + "base": [ + 196, + "tBodyAcccorrelationXY" + ], + "target": [ + 52, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -4, + "col_offset": -8, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 165\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 18\n Column offset: 21\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.08", + "meta": { + "pair": { + "base": [ + 165, + "fBodyAcckurtosisY" + ], + "target": [ + 5514, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 18, + "col_offset": 21, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 165\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 16\n Column offset: 22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.58", + "meta": { + "pair": { + "base": [ + 165, + "tGravityAcccorrelationYZ" + ], + "target": [ + 127, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 16, + "col_offset": 22, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 165\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -6\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.01", + "meta": { + "pair": { + "base": [ + 165, + "tBodyAcccorrelationYZ" + ], + "target": [ + 52, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -6, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 165\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 6\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.91", + "meta": { + "pair": { + "base": [ + 165, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 65, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 6, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 165\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 16\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.58", + "meta": { + "pair": { + "base": [ + 165, + "tBodyAcccorrelationXY" + ], + "target": [ + 127, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 16, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8142\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -8\n Column offset: 21\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.88", + "meta": { + "pair": { + "base": [ + 8142, + "fBodyAcckurtosisY" + ], + "target": [ + 52, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -8, + "col_offset": 21, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8142\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -8\n Column offset: 22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.39", + "meta": { + "pair": { + "base": [ + 8142, + "tGravityAcccorrelationYZ" + ], + "target": [ + 52, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -8, + "col_offset": 22, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8142\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -10\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.17", + "meta": { + "pair": { + "base": [ + 8142, + "tBodyAcccorrelationYZ" + ], + "target": [ + 17, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -10, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8142\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -16\n Column offset: -21\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.01", + "meta": { + "pair": { + "base": [ + 8142, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 56, + "fBodyAcckurtosisY" + ] + }, + "row_offset": -16, + "col_offset": -21, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 8142\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 2\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.88", + "meta": { + "pair": { + "base": [ + 8142, + "tBodyAcccorrelationXY" + ], + "target": [ + 1488, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 2, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1488\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -18\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.18", + "meta": { + "pair": { + "base": [ + 1488, + "fBodyAcckurtosisY" + ], + "target": [ + 56, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -18, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1488\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 4\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.96", + "meta": { + "pair": { + "base": [ + 1488, + "tGravityAcccorrelationYZ" + ], + "target": [ + 117, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 4, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1488\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -2\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.0", + "meta": { + "pair": { + "base": [ + 1488, + "tBodyAcccorrelationYZ" + ], + "target": [ + 8142, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -2, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1488\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -12\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.79", + "meta": { + "pair": { + "base": [ + 1488, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 17, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -12, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1488\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -4\n Column offset: -22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.62", + "meta": { + "pair": { + "base": [ + 1488, + "tBodyAcccorrelationXY" + ], + "target": [ + 165, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -4, + "col_offset": -22, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 65\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -20\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.18", + "meta": { + "pair": { + "base": [ + 65, + "fBodyAcckurtosisY" + ], + "target": [ + 56, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -20, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 65\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -16\n Column offset: 22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.31", + "meta": { + "pair": { + "base": [ + 65, + "tGravityAcccorrelationYZ" + ], + "target": [ + 3, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -16, + "col_offset": 22, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 65\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -2\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.01", + "meta": { + "pair": { + "base": [ + 65, + "tBodyAcccorrelationYZ" + ], + "target": [ + 1488, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -2, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 65\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -18\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.93", + "meta": { + "pair": { + "base": [ + 65, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 8949, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -18, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 65\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 8\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.45", + "meta": { + "pair": { + "base": [ + 65, + "tBodyAcccorrelationXY" + ], + "target": [ + 380, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 8, + "col_offset": -15, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 117\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -12\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.09", + "meta": { + "pair": { + "base": [ + 117, + "fBodyAcckurtosisY" + ], + "target": [ + 241, + "fBodyAcckurtosisY" + ] + }, + "row_offset": -12, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 117\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 14\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.65", + "meta": { + "pair": { + "base": [ + 117, + "tGravityAcccorrelationYZ" + ], + "target": [ + 48, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 14, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 117\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -16\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.17", + "meta": { + "pair": { + "base": [ + 117, + "tBodyAcccorrelationYZ" + ], + "target": [ + 17, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -16, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 117\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 2\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.39", + "meta": { + "pair": { + "base": [ + 117, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 1798, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 2, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 117\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -2\n Column offset: -22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.91", + "meta": { + "pair": { + "base": [ + 117, + "tBodyAcccorrelationXY" + ], + "target": [ + 65, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -2, + "col_offset": -22, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1798\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 12\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.65", + "meta": { + "pair": { + "base": [ + 1798, + "fBodyAcckurtosisY" + ], + "target": [ + 48, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 12, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1798\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 10\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.98", + "meta": { + "pair": { + "base": [ + 1798, + "tGravityAcccorrelationYZ" + ], + "target": [ + 2891, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 10, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1798\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -6\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.0", + "meta": { + "pair": { + "base": [ + 1798, + "tBodyAcccorrelationYZ" + ], + "target": [ + 1488, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -6, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1798\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -16\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.01", + "meta": { + "pair": { + "base": [ + 1798, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 52, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -16, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1798\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -18\n Column offset: -8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.79", + "meta": { + "pair": { + "base": [ + 1798, + "tBodyAcccorrelationXY" + ], + "target": [ + 17, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -18, + "col_offset": -8, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 929\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: 8\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.98", + "meta": { + "pair": { + "base": [ + 929, + "fBodyAcckurtosisY" + ], + "target": [ + 2891, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 8, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 929\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -18\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.89", + "meta": { + "pair": { + "base": [ + 929, + "tGravityAcccorrelationYZ" + ], + "target": [ + 52, + "fBodyAcckurtosisY" + ] + }, + "row_offset": -18, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 929\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 2\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.42", + "meta": { + "pair": { + "base": [ + 929, + "tBodyAcccorrelationYZ" + ], + "target": [ + 380, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 2, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 929\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -6\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.04", + "meta": { + "pair": { + "base": [ + 929, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 65, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -6, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 929\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -16\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.93", + "meta": { + "pair": { + "base": [ + 929, + "tBodyAcccorrelationXY" + ], + "target": [ + 241, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -16, + "col_offset": -15, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 380\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -12\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.0", + "meta": { + "pair": { + "base": [ + 380, + "fBodyAcckurtosisY" + ], + "target": [ + 8142, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -12, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 380\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 2\n Column offset: 22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.58", + "meta": { + "pair": { + "base": [ + 380, + "tGravityAcccorrelationYZ" + ], + "target": [ + 127, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 2, + "col_offset": 22, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 380\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -10\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.35", + "meta": { + "pair": { + "base": [ + 380, + "tBodyAcccorrelationYZ" + ], + "target": [ + 1488, + "fBodyAcckurtosisY" + ] + }, + "row_offset": -10, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 380\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: 6\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.98", + "meta": { + "pair": { + "base": [ + 380, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 2891, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 6, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 380\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: 8\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.29", + "meta": { + "pair": { + "base": [ + 380, + "tBodyAcccorrelationXY" + ], + "target": [ + 48, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 8, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 127\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -20\n Column offset: 29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.45", + "meta": { + "pair": { + "base": [ + 127, + "fBodyAcckurtosisY" + ], + "target": [ + 241, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -20, + "col_offset": 29, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 127\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -10\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.04", + "meta": { + "pair": { + "base": [ + 127, + "tGravityAcccorrelationYZ" + ], + "target": [ + 65, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -10, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 127\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -10\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.04", + "meta": { + "pair": { + "base": [ + 127, + "tBodyAcccorrelationYZ" + ], + "target": [ + 65, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -10, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 127\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -10\n Column offset: 8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.84", + "meta": { + "pair": { + "base": [ + 127, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 65, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -10, + "col_offset": 8, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 127\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -28\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.93", + "meta": { + "pair": { + "base": [ + 127, + "tBodyAcccorrelationXY" + ], + "target": [ + 8949, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -28, + "col_offset": -15, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 5514\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -18\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.62", + "meta": { + "pair": { + "base": [ + 5514, + "fBodyAcckurtosisY" + ], + "target": [ + 165, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -18, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 5514\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -10\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.96", + "meta": { + "pair": { + "base": [ + 5514, + "tGravityAcccorrelationYZ" + ], + "target": [ + 117, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -10, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 5514\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: 4\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.65", + "meta": { + "pair": { + "base": [ + 5514, + "tBodyAcccorrelationYZ" + ], + "target": [ + 48, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 4, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 5514\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -24\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.88", + "meta": { + "pair": { + "base": [ + 5514, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 52, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -24, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 5514\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -8\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.41", + "meta": { + "pair": { + "base": [ + 5514, + "tBodyAcccorrelationXY" + ], + "target": [ + 1798, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -8, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 2891\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -4\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.89", + "meta": { + "pair": { + "base": [ + 2891, + "fBodyAcckurtosisY" + ], + "target": [ + 127, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -4, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 2891\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: 2\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.17", + "meta": { + "pair": { + "base": [ + 2891, + "tGravityAcccorrelationYZ" + ], + "target": [ + 48, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 2, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 2891\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -28\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.13", + "meta": { + "pair": { + "base": [ + 2891, + "tBodyAcccorrelationYZ" + ], + "target": [ + 17, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -28, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 2891\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -8\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.54", + "meta": { + "pair": { + "base": [ + 2891, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 929, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -8, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 2891\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -22\n Column offset: -22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.37", + "meta": { + "pair": { + "base": [ + 2891, + "tBodyAcccorrelationXY" + ], + "target": [ + 196, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -22, + "col_offset": -22, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 48\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -20\n Column offset: 29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.96", + "meta": { + "pair": { + "base": [ + 48, + "fBodyAcckurtosisY" + ], + "target": [ + 8142, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -20, + "col_offset": 29, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 48\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -36\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.18", + "meta": { + "pair": { + "base": [ + 48, + "tGravityAcccorrelationYZ" + ], + "target": [ + 56, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -36, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 48\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -8\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.45", + "meta": { + "pair": { + "base": [ + 48, + "tBodyAcccorrelationYZ" + ], + "target": [ + 380, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -8, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 48\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -36\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.9", + "meta": { + "pair": { + "base": [ + 48, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 56, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -36, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 48\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -22\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.15", + "meta": { + "pair": { + "base": [ + 48, + "tBodyAcccorrelationXY" + ], + "target": [ + 165, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -22, + "col_offset": -15, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1\n column: fBodyAcckurtosisY\nRelative Position:\n Row offset: -21\n Column offset: 29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.88", + "meta": { + "pair": { + "base": [ + 1, + "fBodyAcckurtosisY" + ], + "target": [ + 1488, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -21, + "col_offset": 29, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1\n column: tGravityAcccorrelationYZ\nRelative Position:\n Row offset: -13\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.91", + "meta": { + "pair": { + "base": [ + 1, + "tGravityAcccorrelationYZ" + ], + "target": [ + 929, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -13, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1\n column: tBodyAcccorrelationYZ\nRelative Position:\n Row offset: -21\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.0", + "meta": { + "pair": { + "base": [ + 1, + "tBodyAcccorrelationYZ" + ], + "target": [ + 1488, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -21, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1\n column: tBodyGyroJerkMagentropy\nRelative Position:\n Row offset: -7\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.08", + "meta": { + "pair": { + "base": [ + 1, + "tBodyGyroJerkMagentropy" + ], + "target": [ + 5514, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -7, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "two_hop_navigation", + "question": "You are provided with a two-dimensional table and need to locate the content of a specific cell. The following information is given:\nBase Cell:\n row_id: 1\n column: tBodyAcccorrelationXY\nRelative Position:\n Row offset: -35\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.51", + "meta": { + "pair": { + "base": [ + 1, + "tBodyAcccorrelationXY" + ], + "target": [ + 3, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -35, + "col_offset": -15, + "offset_space": "T_m" + } + } + ], + "four_hop_extreme_navigation": [ + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column fBodyAcckurtosisY.\n\nRelative Position:\n Row offset: 28\n Column offset: 21\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.8", + "meta": { + "pair": { + "base": [ + "max", + "fBodyAcckurtosisY", + 8949 + ], + "target": [ + 127, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 28, + "col_offset": 21, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column fBodyAcckurtosisY.\n\nRelative Position:\n Row offset: 32\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.98", + "meta": { + "pair": { + "base": [ + "max", + "fBodyAcckurtosisY", + 8949 + ], + "target": [ + 2891, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 32, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column fBodyAcckurtosisY.\n\nRelative Position:\n Row offset: -2\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.08", + "meta": { + "pair": { + "base": [ + "max", + "fBodyAcckurtosisY", + 8949 + ], + "target": [ + 56, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -2, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column fBodyAcckurtosisY.\n\nRelative Position:\n Row offset: 22\n Column offset: 21\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.96", + "meta": { + "pair": { + "base": [ + "min", + "fBodyAcckurtosisY", + 56 + ], + "target": [ + 117, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 22, + "col_offset": 21, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column fBodyAcckurtosisY.\n\nRelative Position:\n Row offset: 24\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.3", + "meta": { + "pair": { + "base": [ + "min", + "fBodyAcckurtosisY", + 56 + ], + "target": [ + 1798, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 24, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column fBodyAcckurtosisY.\n\nRelative Position:\n Row offset: 6\n Column offset: 29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.15", + "meta": { + "pair": { + "base": [ + "min", + "fBodyAcckurtosisY", + 56 + ], + "target": [ + 17, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 6, + "col_offset": 29, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tGravityAcccorrelationYZ.\n\nRelative Position:\n Row offset: -8\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.97", + "meta": { + "pair": { + "base": [ + "max", + "tGravityAcccorrelationYZ", + 241 + ], + "target": [ + 8949, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -8, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tGravityAcccorrelationYZ.\n\nRelative Position:\n Row offset: 29\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.33", + "meta": { + "pair": { + "base": [ + "max", + "tGravityAcccorrelationYZ", + 241 + ], + "target": [ + 1, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 29, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tGravityAcccorrelationYZ.\n\nRelative Position:\n Row offset: 6\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.0", + "meta": { + "pair": { + "base": [ + "max", + "tGravityAcccorrelationYZ", + 241 + ], + "target": [ + 8142, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 6, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tGravityAcccorrelationYZ.\n\nRelative Position:\n Row offset: 8\n Column offset: 22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.96", + "meta": { + "pair": { + "base": [ + "min", + "tGravityAcccorrelationYZ", + 52 + ], + "target": [ + 8142, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 8, + "col_offset": 22, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tGravityAcccorrelationYZ.\n\nRelative Position:\n Row offset: 31\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.33", + "meta": { + "pair": { + "base": [ + "min", + "tGravityAcccorrelationYZ", + 52 + ], + "target": [ + 1, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 31, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tGravityAcccorrelationYZ.\n\nRelative Position:\n Row offset: 18\n Column offset: 14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.01", + "meta": { + "pair": { + "base": [ + "min", + "tGravityAcccorrelationYZ", + 52 + ], + "target": [ + 929, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 18, + "col_offset": 14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyAcccorrelationYZ.\n\nRelative Position:\n Row offset: 6\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.3", + "meta": { + "pair": { + "base": [ + "max", + "tBodyAcccorrelationYZ", + 1488 + ], + "target": [ + 1798, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 6, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyAcccorrelationYZ.\n\nRelative Position:\n Row offset: 4\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.81", + "meta": { + "pair": { + "base": [ + "max", + "tBodyAcccorrelationYZ", + 1488 + ], + "target": [ + 117, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 4, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyAcccorrelationYZ.\n\nRelative Position:\n Row offset: 2\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.38", + "meta": { + "pair": { + "base": [ + "max", + "tBodyAcccorrelationYZ", + 1488 + ], + "target": [ + 65, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 2, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyAcccorrelationYZ.\n\nRelative Position:\n Row offset: 10\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.46", + "meta": { + "pair": { + "base": [ + "min", + "tBodyAcccorrelationYZ", + 8142 + ], + "target": [ + 929, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 10, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyAcccorrelationYZ.\n\nRelative Position:\n Row offset: 18\n Column offset: 15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "1.01", + "meta": { + "pair": { + "base": [ + "min", + "tBodyAcccorrelationYZ", + 8142 + ], + "target": [ + 2891, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": 18, + "col_offset": 15, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyAcccorrelationYZ.\n\nRelative Position:\n Row offset: 8\n Column offset: 7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.01", + "meta": { + "pair": { + "base": [ + "min", + "tBodyAcccorrelationYZ", + 8142 + ], + "target": [ + 1798, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": 8, + "col_offset": 7, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyGyroJerkMagentropy.\n\nRelative Position:\n Row offset: 6\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.98", + "meta": { + "pair": { + "base": [ + "max", + "tBodyGyroJerkMagentropy", + 929 + ], + "target": [ + 5514, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 6, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyGyroJerkMagentropy.\n\nRelative Position:\n Row offset: -24\n Column offset: 8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.93", + "meta": { + "pair": { + "base": [ + "max", + "tBodyGyroJerkMagentropy", + 929 + ], + "target": [ + 8949, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -24, + "col_offset": 8, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyGyroJerkMagentropy.\n\nRelative Position:\n Row offset: 10\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.17", + "meta": { + "pair": { + "base": [ + "max", + "tBodyGyroJerkMagentropy", + 929 + ], + "target": [ + 48, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": 10, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyGyroJerkMagentropy.\n\nRelative Position:\n Row offset: 12\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.65", + "meta": { + "pair": { + "base": [ + "min", + "tBodyGyroJerkMagentropy", + 1798 + ], + "target": [ + 48, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": 12, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyGyroJerkMagentropy.\n\nRelative Position:\n Row offset: -16\n Column offset: -14\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-1.01", + "meta": { + "pair": { + "base": [ + "min", + "tBodyGyroJerkMagentropy", + 1798 + ], + "target": [ + 52, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -16, + "col_offset": -14, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyGyroJerkMagentropy.\n\nRelative Position:\n Row offset: -20\n Column offset: -7\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.51", + "meta": { + "pair": { + "base": [ + "min", + "tBodyGyroJerkMagentropy", + 1798 + ], + "target": [ + 3, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -20, + "col_offset": -7, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyAcccorrelationXY.\n\nRelative Position:\n Row offset: -22\n Column offset: 0\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.29", + "meta": { + "pair": { + "base": [ + "max", + "tBodyAcccorrelationXY", + 2891 + ], + "target": [ + 196, + "tBodyAcccorrelationXY" + ] + }, + "row_offset": -22, + "col_offset": 0, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyAcccorrelationXY.\n\nRelative Position:\n Row offset: -28\n Column offset: -15\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.13", + "meta": { + "pair": { + "base": [ + "max", + "tBodyAcccorrelationXY", + 2891 + ], + "target": [ + 17, + "tBodyAcccorrelationYZ" + ] + }, + "row_offset": -28, + "col_offset": -15, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the maximum value of the column tBodyAcccorrelationXY.\n\nRelative Position:\n Row offset: -22\n Column offset: -22\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.37", + "meta": { + "pair": { + "base": [ + "max", + "tBodyAcccorrelationXY", + 2891 + ], + "target": [ + 196, + "tGravityAcccorrelationYZ" + ] + }, + "row_offset": -22, + "col_offset": -22, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyAcccorrelationXY.\n\nRelative Position:\n Row offset: -20\n Column offset: -8\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.83", + "meta": { + "pair": { + "base": [ + "min", + "tBodyAcccorrelationXY", + 5514 + ], + "target": [ + 196, + "tBodyGyroJerkMagentropy" + ] + }, + "row_offset": -20, + "col_offset": -8, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyAcccorrelationXY.\n\nRelative Position:\n Row offset: -18\n Column offset: -29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "0.2", + "meta": { + "pair": { + "base": [ + "min", + "tBodyAcccorrelationXY", + 5514 + ], + "target": [ + 165, + "fBodyAcckurtosisY" + ] + }, + "row_offset": -18, + "col_offset": -29, + "offset_space": "T_m" + } + }, + { + "task": "four_hop_extreme_navigation", + "question": "You are provided with a two-dimensional table.\nBase position is the position of the minimum value of the column tBodyAcccorrelationXY.\n\nRelative Position:\n Row offset: 7\n Column offset: -29\nSearch Instructions:\n If Row offset > 0, move downwards from the base cell.\n If Row offset < 0, move upwards from the base cell.\n If Column offset > 0, move rightwards from the base cell.\n If Column offset < 0, move leftwards from the base cell.\nReturn the content of the cell located at the new position.", + "answer": "-0.33", + "meta": { + "pair": { + "base": [ + "min", + "tBodyAcccorrelationXY", + 5514 + ], + "target": [ + 1, + "fBodyAcckurtosisY" + ] + }, + "row_offset": 7, + "col_offset": -29, + "offset_space": "T_m" + } + } + ] +} \ No newline at end of file