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imagewidth (px) 219
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| ground_truth
stringlengths 267
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|---|---|
{"gt_parse": {"bbox": "[The range decreases from around .6 meters at the start (0 seconds) to approximately .2 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .7 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of .3 meters. The object appears to move farther away starting around second .5, reaching a maximum distance of approximately .8 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .7 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around 1 meter away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately .4 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .5, reaching a maximum distance of approximately .2 meters at second .9.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around 1.4 meters away from the radar. The object appears to move towards the radar starting at around second 0, reaching a minimum distance of approximately .9 meters at second 2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.2, reaching a maximum distance of approximately .3 meters at second 1.6.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .6 meters at second 1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .4 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .3 meters at second 1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .6 meters at second 1.2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .7 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[The range increases from around .2 meters at the start (0 seconds) to approximately .7 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .5 meters away from the radar. The object appears to move towards the radar starting at around second 1, reaching a minimum distance of approximately 0 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around 1.5 meters at the start (0 seconds) to approximately .3 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .4, reaching a minimum distance of approximately 0 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1, reaching a maximum distance of approximately .3 meters at second 1.2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .8, reaching a maximum distance of approximately .6 meters around second 1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.1, reaching a maximum distance of approximately .4 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .4, reaching a maximum distance of approximately .8 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1, reaching a maximum distance of approximately .6 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .5 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately 0 meters at second 1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1, reaching a maximum distance of approximately .4 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .6 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .5 meters away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately 0 meters at second 2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .6 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .8, reaching a maximum distance of approximately .7 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of .3 meters. The object appears to move farther away starting around second .5, reaching a maximum distance of approximately .7 meters at second .7.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .5 meters at second 1.2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around 1.1 meters away from the radar. The object appears to move towards the radar starting at around second .7, reaching a minimum distance of approximately .5 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .8, The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction reaching a maximum distance of approximately 1 meter at second 2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around 1.3 meters away from the radar. The object appears to move towards the radar starting at around second .3, reaching a minimum distance of approximately .8 meters at second 1.6.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second 1, reaching a minimum distance of approximately .4 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.3, reaching a maximum distance of approximately .6 meters at second 1.8.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around 1.2 meters at the start (0 seconds) to approximately .2 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .6 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .5, reaching a maximum distance of approximately .3 meters at second .6.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately .3 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.2, reaching a maximum distance of approximately .3 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.2, reaching a maximum distance of approximately .2 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .4, reaching a minimum distance of approximately 0 meters at second 1.8.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second .7, reaching a minimum distance of approximately 0 meters at second 1.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around 1.5 meters at the start (0 seconds) to approximately .5 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.2, reaching a maximum distance of approximately .5 meters at second 1.8.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .8 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately .3 meters at second .9.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around 1.1 meters away from the radar. The object appears to move towards the radar starting at around second .8, reaching a minimum distance of approximately .9 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .9, reaching a maximum distance of approximately .7 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .8, reaching a maximum distance of approximately .3 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .8, reaching a minimum distance of approximately .2 meters at second 1.7.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of .3 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .7 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .9 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately .3 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .7, reaching a minimum distance of approximately 0 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second 1.3, reaching a minimum distance of approximately .2 meters at second 1.8.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .5 meters away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately 0 meters at second 1.6.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .9 meters away from the radar. The object appears to move towards the radar starting at around second .7, reaching a minimum distance of approximately .3 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately 0 meters at second .9.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately 0 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately 0 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately 0 meters at second .9.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .9 meters away from the radar. The object appears to move towards the radar starting at around second .8, reaching a minimum distance of approximately .3 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.1, reaching a maximum distance of approximately .3 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of .3 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .6 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .9, reaching a maximum distance of approximately .5 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .9, reaching a minimum distance of approximately 1.5 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .9, reaching a maximum distance of approximately .4 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .8 meters away from the radar. The object appears to move towards the radar starting at around second .8, reaching a minimum distance of approximately .2 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .6 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around 1.9 meters at the start (0 seconds) to approximately .2 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .7 meters away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately .4 meters at second .8.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .5 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately 0 meters at second .9.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .5, reaching a maximum distance of approximately .5 meters at second 1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around 1 meter away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately .6 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately .4 meters at second 1.2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .7 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second 1, reaching a minimum distance of approximately 0 meters at second 2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, reaching a maximum distance of approximately .2 meters at second .8.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around .7 meters at the start (0 seconds) to approximately .4 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .6, The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction reaching a maximum distance of approximately 1 meter at second 2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .9 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately .4 meters at second 1.3.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1, reaching a maximum distance of approximately .4 meters at second 1.2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.4, reaching a maximum distance of approximately .2 meters at second 1.5.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .6 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second .4, reaching a minimum distance of approximately 0 meters at second .9.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .7, reaching a maximum distance of approximately .2 meters at second 1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .8, reaching a maximum distance of approximately .2 meters at second 1.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second .6, reaching a minimum distance of approximately 0 meters at second .6.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.2, reaching a maximum distance of approximately .6 meters at second 1.6.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second .8, reaching a maximum distance of approximately .4 meters at second 1.2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .5 meters away from the radar. The object appears to move towards the radar starting at around second .3, reaching a minimum distance of approximately 0 meters at second .8.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around 1 meter away from the radar. The object appears to move towards the radar starting at around second .8, reaching a minimum distance of approximately .5 meters at second 1.2.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .4 meters away from the radar. The object appears to move towards the radar starting at around second .5, reaching a minimum distance of approximately 0 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around 1.3 meters at the start (0 seconds) to approximately .4 meters at (1.5 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .6 meters away from the radar. The object appears to move towards the radar starting at around second .7, reaching a minimum distance of approximately .3 meters at second 1.4.]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1, reaching a maximum distance of approximately .2 meters at second 1.1.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around 2 meters at the start (0 seconds) to approximately 1.1 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[The range increases from around .6 meters at the start (0 seconds) to approximately 1.3 meters at the end (2 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is around .8 meters away from the radar. The object appears to move towards the radar starting at around second 1.1, reaching a minimum distance of approximately 0 meters at second 1.6.]"}} |
|
{"gt_parse": {"bbox": "[The range decreases from around 1.3 meters at the start (0 seconds) to approximately 0 meters at (1.6 seconds). The linear looking line suggests a consistent, smooth movement away from the radar without sudden changes in speed or direction]"}} |
|
{"gt_parse": {"bbox": "[At the beginning of the timeline (near 0 seconds), the object is relatively close to the radar, with an approximate range of 0 meters. The object appears to move farther away starting around second 1.3, reaching a maximum distance of approximately .3 meters at second 1.4.]"}} |
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