images_1
dict
state
list
prompt
string
is_robot
bool
answer
string
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 478 }
[ -8.030193328857422, 0.01446029543876648, 0.5298037528991699, 0, 0.04717451333999634, 0, -0.9988867044448853 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 479 }
[ -8.046205520629883, 0.01446029543876648, 0.3304457664489746, 0, -0.040063705295324326, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 480 }
[ -8.062217712402344, 0.01446029543876648, 0.1310877799987793, 0, -0.040063705295324326, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 481 }
[ -8.078229904174805, 0.01446029543876648, -0.06827019155025482, 0, -0.040063705295324326, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 482 }
[ -8.094242095947266, 0.01446029543876648, -0.26762816309928894, 0, -0.040063705295324326, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 483 }
[ -8.075393676757812, 0.01446029543876648, -0.4667380154132843, 0, 0.047174517065286636, 0, -0.9988867044448853 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 484 }
[ -8.075393676757812, 0.01446029543876648, -0.4667380154132843, 0, -0.12699700891971588, 0, -0.9919030666351318 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 485 }
[ -8.097996711730957, 0.01446029543876648, -0.5661035180091858, 0, -0.3793930113315582, 0, -0.9252355694770813 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 486 }
[ -8.16820240020752, 0.01446029543876648, -0.6373156905174255, 0, -0.6059341430664062, 0, -0.7955147624015808 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 487 }
[ -8.260299682617188, 0.01446029543876648, -0.6983544826507568, 0, -0.4585890769958496, 0, -0.888648509979248 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 488 }
[ -8.423309326171875, 0.01446029543876648, -0.8142329454421997, 0, -0.4585890769958496, 0, -0.888648509979248 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 489 }
[ -8.645225524902344, 0.01446029543876648, -1.0145964622497559, 0, -0.37939316034317017, 0, -0.9252355098724365 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 490 }
[ -8.937347412109375, 0.01446029543876648, -1.2861721515655518, 0, -0.37939321994781494, 0, -0.9252355694770813 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 491 }
[ -9.0777587890625, 0.01446029543876648, -1.4285964965820312, 0, -0.37939321994781494, 0, -0.9252355694770813 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 492 }
[ -9.218170166015625, 0.01446029543876648, -1.5710208415985107, 0, -0.37939321994781494, 0, -0.9252355694770813 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 493 }
[ -9.218170166015625, 0.01446029543876648, -1.5710208415985107, 0, -0.12699714303016663, 0, -0.9919030666351318 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 494 }
[ -9.234182357788086, 0.01446029543876648, -1.770378828048706, 0, -0.04006384313106537, 0, -0.9991971254348755 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 495 }
[ -9.250194549560547, 0.01446029543876648, -1.9697368144989014, 0, -0.04006384313106537, 0, -0.9991971254348755 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 496 }
[ -9.266206741333008, 0.01446029543876648, -2.1690948009490967, 0, -0.04006384313106537, 0, -0.9991971254348755 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 497 }
[ -9.282218933105469, 0.01446029543876648, -2.368452787399292, 0, -0.04006384313106537, 0, -0.9991971254348755 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 498 }
[ -9.263370513916016, 0.01446029543876648, -2.5675628185272217, 0, 0.047174371778964996, 0, -0.9988867044448853 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 499 }
[ -9.279382705688477, 0.01446029543876648, -2.766920804977417, 0, -0.04006384685635567, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 500 }
[ -9.295394897460938, 0.01446029543876648, -2.9662787914276123, 0, -0.04006384685635567, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 501 }
[ -9.311407089233398, 0.01446029543876648, -3.1656367778778076, 0, -0.04006384685635567, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 502 }
[ -9.32741928100586, 0.01446029543876648, -3.364994764328003, 0, -0.04006384685635567, 0, -0.9991971850395203 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 503 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.12699715793132782, 0, -0.9919031262397766 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 504 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.37939319014549255, 0, -0.9252355694770813 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 505 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.6059343218803406, 0, -0.7955147624015808 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 506 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.7911818623542786, 0, -0.6115809082984924 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 507 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.9225118160247803, 0, -0.3859688639640808 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 508 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.9909741282463074, 0, -0.13405370712280273 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 509 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.9919030666351318, 0, 0.12699700891971588 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 510 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.9252355694770813, 0, 0.3793930113315582 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left left right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 511 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.7955147624015808, 0, 0.6059341430664062 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left left right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 512 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.611581027507782, 0, 0.791181743144989 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left right right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 513 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.54029780626297, 0, 0.8414739370346069 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 514 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.7396770119667053, 0, 0.6729620695114136 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 515 }
[ -9.38581371307373, 0.01446029543876648, -3.6582224369049072, 0, -0.8452982902526855, 0, 0.5342947840690613 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 516 }
[ -9.132476806640625, 0.01446029543876648, -3.4994380474090576, 0, -0.888648509979248, 0, 0.4585890769958496 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 517 }
[ -8.969467163085938, 0.01446029543876648, -3.383559465408325, 0, -0.888648509979248, 0, 0.4585890769958496 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 518 }
[ -8.80645751953125, 0.01446029543876648, -3.2676808834075928, 0, -0.888648509979248, 0, 0.4585890769958496 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 519 }
[ -8.643447875976562, 0.01446029543876648, -3.1518023014068604, 0, -0.888648509979248, 0, 0.4585890769958496 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward right right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 520 }
[ -8.553120613098145, 0.01446029543876648, -3.108896493911743, 0, -0.9547810554504395, 0, 0.2973099946975708 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 521 }
[ -8.553120613098145, 0.01446029543876648, -3.108896493911743, 0, -0.9991971254348755, 0, 0.040063902735710144 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 522 }
[ -8.553120613098145, 0.01446029543876648, -3.108896493911743, 0, -0.9755196571350098, 0, -0.21991248428821564 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 523 }
[ -8.668999671936035, 0.01446029543876648, -2.9458868503570557, 0, -0.9526408910751343, 0, -0.3040977716445923 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 524 }
[ -8.914030075073242, 0.01446029543876648, -2.631166696548462, 0, -0.9526408910751343, 0, -0.3040977716445923 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 525 }
[ -9.029909133911133, 0.01446029543876648, -2.4681570529937744, 0, -0.9526408910751343, 0, -0.3040977716445923 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 526 }
[ -9.173660278320312, 0.01446029543876648, -2.2059967517852783, 0, -0.975519597530365, 0, -0.21991246938705444 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 527 }
[ -9.259471893310547, 0.01446029543876648, -2.025341272354126, 0, -0.975519597530365, 0, -0.21991246938705444 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 528 }
[ -9.345283508300781, 0.01446029543876648, -1.8446857929229736, 0, -0.975519597530365, 0, -0.21991246938705444 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 529 }
[ -9.431095123291016, 0.01446029543876648, -1.6640303134918213, 0, -0.975519597530365, 0, -0.21991246938705444 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 530 }
[ -9.546974182128906, 0.01446029543876648, -1.5010204315185547, 0, -0.9526408314704895, 0, -0.3040977716445923 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward right right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 531 }
[ -9.604913711547852, 0.01446029543876648, -1.4195154905319214, 0, -0.8414741158485413, 0, -0.5402974486351013 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 532 }
[ -9.604913711547852, 0.01446029543876648, -1.4195154905319214, 0, -0.734868586063385, 0, -0.6782095432281494 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 533 }
[ -9.898712158203125, 0.01446029543876648, -1.346841812133789, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 534 }
[ -10.092260360717773, 0.01446029543876648, -1.2964541912078857, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 535 }
[ -10.285808563232422, 0.01446029543876648, -1.2460665702819824, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 536 }
[ -10.47935676574707, 0.01446029543876648, -1.195678949356079, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 537 }
[ -10.672904968261719, 0.01446029543876648, -1.1452913284301758, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 538 }
[ -10.866453170776367, 0.01446029543876648, -1.0949037075042725, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 539 }
[ -11.060001373291016, 0.01446029543876648, -1.0445160865783691, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 540 }
[ -11.253549575805664, 0.01446029543876648, -0.9941284656524658, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 541 }
[ -11.447097778320312, 0.01446029543876648, -0.9437408447265625, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 542 }
[ -11.640645980834961, 0.01446029543876648, -0.8933532238006592, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 543 }
[ -11.83419418334961, 0.01446029543876648, -0.8429656028747559, 0, -0.7911819815635681, 0, -0.6115807294845581 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward left right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 544 }
[ -12.01605224609375, 0.01446029543876648, -0.759734034538269, 0, -0.841474175453186, 0, -0.5402974486351013 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward left right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 545 }
[ -12.270198822021484, 0.01446029543876648, -0.6008235216140747, 0, -0.9909741282463074, 0, -0.13405346870422363 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 546 }
[ -12.32595443725586, 0.01446029543876648, -0.5044175982475281, 0, -0.9526408910751343, 0, -0.3040977418422699 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 547 }
[ -12.44183349609375, 0.01446029543876648, -0.3414077162742615, 0, -0.9526408910751343, 0, -0.3040977418422699 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 548 }
[ -12.55771255493164, 0.01446029543876648, -0.17839783430099487, 0, -0.9526408910751343, 0, -0.3040977418422699 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 549 }
[ -12.673591613769531, 0.01446029543876648, -0.015387967228889465, 0, -0.9526408910751343, 0, -0.3040977418422699 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 550 }
[ -12.789470672607422, 0.01446029543876648, 0.14762189984321594, 0, -0.9526408910751343, 0, -0.3040977418422699 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 551 }
[ -12.98983383178711, 0.01446029543876648, 0.3695380985736847, 0, -0.922511875629425, 0, -0.3859686255455017 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 552 }
[ -13.131111145019531, 0.01446029543876648, 0.5110952854156494, 0, -0.922511875629425, 0, -0.3859686255455017 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward right right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 553 }
[ -13.131111145019531, 0.01446029543876648, 0.5110952854156494, 0, -0.841474175453186, 0, -0.5402973890304565 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 554 }
[ -13.222040176391602, 0.01446029543876648, 0.555938720703125, 0, -0.7348687052726746, 0, -0.6782094836235046 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 555 }
[ -13.421398162841797, 0.01446029543876648, 0.5719515085220337, 0, -0.7348687052726746, 0, -0.6782094836235046 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 556 }
[ -13.620756149291992, 0.01446029543876648, 0.5879642963409424, 0, -0.7348687052726746, 0, -0.6782094836235046 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 557 }
[ -13.820114135742188, 0.01446029543876648, 0.6039770841598511, 0, -0.7348687052726746, 0, -0.6782094836235046 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 558 }
[ -14.019224166870117, 0.01446029543876648, 0.5851284265518188, 0, -0.672962486743927, 0, -0.7396767139434814 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 559 }
[ -14.218334197998047, 0.01446029543876648, 0.5662797689437866, 0, -0.672962486743927, 0, -0.7396767139434814 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 560 }
[ -14.417444229125977, 0.01446029543876648, 0.5474311113357544, 0, -0.672962486743927, 0, -0.7396767139434814 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward left forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 561 }
[ -14.716233253479004, 0.01446029543876648, 0.5365889072418213, 0, -0.672962486743927, 0, -0.7396767139434814 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward left forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 562 }
[ -14.716233253479004, 0.01446029543876648, 0.5365889072418213, 0, -0.841474175453186, 0, -0.5402973294258118 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 563 }
[ -14.880875587463379, 0.01446029543876648, 0.6501353979110718, 0, -0.8853621482849121, 0, -0.46490204334259033 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 564 }
[ -15.045517921447754, 0.01446029543876648, 0.7636818885803223, 0, -0.8853621482849121, 0, -0.46490204334259033 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 565 }
[ -15.187941551208496, 0.01446029543876648, 0.9040932655334473, 0, -0.9225119948387146, 0, -0.38596856594085693 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 566 }
[ -15.330365180969238, 0.01446029543876648, 1.0445046424865723, 0, -0.9225119948387146, 0, -0.38596856594085693 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 567 }
[ -15.495007514953613, 0.01446029543876648, 1.1580510139465332, 0, -0.8853622078895569, 0, -0.46490204334259033 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 568 }
[ -15.659649848937988, 0.01446029543876648, 1.2715973854064941, 0, -0.8853622078895569, 0, -0.46490204334259033 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 569 }
[ -15.824292182922363, 0.01446029543876648, 1.385143756866455, 0, -0.8853622078895569, 0, -0.46490204334259033 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward left forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 570 }
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Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward left forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 571 }
[ -16.04903793334961, 0.01446029543876648, 1.5823283195495605, 0, -0.9909741282463074, 0, -0.1340533345937729 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
left forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 572 }
[ -16.067886352539062, 0.01446029543876648, 1.7814381122589111, 0, -0.9988867044448853, 0, -0.04717414081096649 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 573 }
[ -16.05187225341797, 0.01446029543876648, 1.9807960987091064, 0, -0.9991971254348755, 0, 0.04006407782435417 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 574 }
[ -16.035858154296875, 0.01446029543876648, 2.1801540851593018, 0, -0.9991971254348755, 0, 0.04006407782435417 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward right right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 575 }
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Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 576 }
[ -16.027851104736328, 0.01446029543876648, 2.2798330783843994, 0, -0.8853622078895569, 0, -0.46490198373794556 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right right right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 577 }
[ -16.027851104736328, 0.01446029543876648, 2.2798330783843994, 0, -0.7348687052726746, 0, -0.6782093644142151 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
right right right forward