images_1
dict
state
list
prompt
string
is_robot
bool
answer
string
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 578 }
[ -16.027851104736328, 0.01446029543876648, 2.2798330783843994, 0, -0.5342952609062195, 0, -0.8452979922294617 ]
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": 579 }
[ -16.027851104736328, 0.01446029543876648, 2.2798330783843994, 0, -0.37939363718032837, 0, -0.9252353310585022 ]
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": 580 }
[ -16.168262481689453, 0.01446029543876648, 2.137408971786499, 0, -0.37939363718032837, 0, -0.9252353310585022 ]
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": 581 }
[ -16.308673858642578, 0.01446029543876648, 1.9949848651885986, 0, -0.37939363718032837, 0, -0.9252353310585022 ]
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": 582 }
[ -16.449085235595703, 0.01446029543876648, 1.8525607585906982, 0, -0.37939363718032837, 0, -0.9252353310585022 ]
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": 583 }
[ -16.731229782104492, 0.01446029543876648, 1.4434555768966675, 0, -0.29731038212776184, 0, -0.9547809362411499 ]
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": 584 }
[ -16.844778060913086, 0.01446029543876648, 1.2788130044937134, 0, -0.29731038212776184, 0, -0.9547809362411499 ]
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": 585 }
[ -16.95832633972168, 0.01446029543876648, 1.1141704320907593, 0, -0.29731038212776184, 0, -0.9547809362411499 ]
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": 586 }
[ -17.098737716674805, 0.01446029543876648, 0.9717462658882141, 0, -0.379393607378006, 0, -0.9252353310585022 ]
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": 587 }
[ -17.098737716674805, 0.01446029543876648, 0.9717462658882141, 0, -0.21296435594558716, 0, -0.9770599603652954 ]
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": 588 }
[ -17.181970596313477, 0.01446029543876648, 0.7898878455162048, 0, -0.21296435594558716, 0, -0.9770599603652954 ]
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": 589 }
[ -17.26520347595215, 0.01446029543876648, 0.6080294251441956, 0, -0.21296435594558716, 0, -0.9770599603652954 ]
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": 590 }
[ -17.34843635559082, 0.01446029543876648, 0.4261709749698639, 0, -0.21296435594558716, 0, -0.9770599603652954 ]
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": 591 }
[ -17.431669235229492, 0.01446029543876648, 0.24431249499320984, 0, -0.21296435594558716, 0, -0.9770599603652954 ]
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": 592 }
[ -17.514902114868164, 0.01446029543876648, 0.06245402246713638, 0, -0.21296435594558716, 0, -0.9770599603652954 ]
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": 593 }
[ -17.565290451049805, 0.01446029543876648, -0.13109463453292847, 0, -0.12699759006500244, 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
forward left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 594 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.4585895240306854, 0, -0.888648271560669 ]
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": 595 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.6729625463485718, 0, -0.7396765351295471 ]
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": 596 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.8414742946624756, 0, -0.5402972102165222 ]
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": 597 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.952640950679779, 0, -0.30409741401672363 ]
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": 598 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.99888676404953, 0, -0.047173961997032166 ]
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": 599 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.9770599603652954, 0, 0.21296434104442596 ]
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": 600 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.8886482119560242, 0, 0.45858946442604065 ]
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": 601 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.7396765947341919, 0, 0.6729625463485718 ]
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": 602 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.5402972102165222, 0, 0.8414742946624756 ]
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": 603 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.4649018347263336, 0, 0.8853622674942017 ]
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": 604 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.6782093048095703, 0, 0.7348688244819641 ]
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": 605 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.8452978730201721, 0, 0.5342953205108643 ]
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": 606 }
[ -17.63210105895996, 0.01446029543876648, -0.3187981843948364, 0, -0.9547808766365051, 0, 0.2973105013370514 ]
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": 607 }
[ -17.54886817932129, 0.01446029543876648, -0.1369396448135376, 0, -0.9770600199699402, 0, 0.2129645049571991 ]
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": 608 }
[ -17.465635299682617, 0.01446029543876648, 0.04491887986660004, 0, -0.9770600199699402, 0, 0.2129645049571991 ]
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": 609 }
[ -17.382402420043945, 0.01446029543876648, 0.22677740454673767, 0, -0.9770600199699402, 0, 0.2129645049571991 ]
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": 610 }
[ -17.29039764404297, 0.01446029543876648, 0.5112553238868713, 0, -0.9919030070304871, 0, 0.12699772417545319 ]
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 left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 611 }
[ -17.29039764404297, 0.01446029543876648, 0.5112553238868713, 0, -0.925235390663147, 0, 0.3793937861919403 ]
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 left forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 612 }
[ -17.16460418701172, 0.01446029543876648, 0.668296754360199, 0, -0.925235390663147, 0, 0.3793937861919403 ]
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": 613 }
[ -17.094398498535156, 0.01446029543876648, 0.739508867263794, 0, -0.8452978730201721, 0, 0.5342953205108643 ]
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": 614 }
[ -16.913742065429688, 0.01446029543876648, 0.8253202438354492, 0, -0.8452978730201721, 0, 0.5342953205108643 ]
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": 615 }
[ -16.720932006835938, 0.01446029543876648, 0.8784574270248413, 0, -0.7955143451690674, 0, 0.605934739112854 ]
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": 616 }
[ -16.528121948242188, 0.01446029543876648, 0.9315946102142334, 0, -0.7955143451690674, 0, 0.605934739112854 ]
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": 617 }
[ -16.335311889648438, 0.01446029543876648, 0.9847317934036255, 0, -0.7955143451690674, 0, 0.605934739112854 ]
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": 618 }
[ -16.1374568939209, 0.01446029543876648, 1.0186086893081665, 0, -0.7396765351295471, 0, 0.6729626655578613 ]
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": 619 }
[ -15.938347816467285, 0.01446029543876648, 1.0374573469161987, 0, -0.7396765351295471, 0, 0.6729626655578613 ]
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": 620 }
[ -15.739237785339355, 0.01446029543876648, 1.056306004524231, 0, -0.7396765351295471, 0, 0.6729626655578613 ]
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": 621 }
[ -15.739237785339355, 0.01446029543876648, 1.056306004524231, 0, -0.5402970314025879, 0, 0.8414742946624756 ]
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": 622 }
[ -15.637218475341797, 0.01446029543876648, 1.0220446586608887, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 623 }
[ -15.443670272827148, 0.01446029543876648, 0.9716569185256958, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 624 }
[ -15.2501220703125, 0.01446029543876648, 0.9212691783905029, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 625 }
[ -15.056573867797852, 0.01446029543876648, 0.8708814382553101, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 626 }
[ -14.863025665283203, 0.01446029543876648, 0.8204936981201172, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 627 }
[ -14.669477462768555, 0.01446029543876648, 0.7701059579849243, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 628 }
[ -14.475929260253906, 0.01446029543876648, 0.7197182178497314, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 629 }
[ -14.282381057739258, 0.01446029543876648, 0.6693304777145386, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 630 }
[ -14.083023071289062, 0.01446029543876648, 0.6533175706863403, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 631 }
[ -13.883665084838867, 0.01446029543876648, 0.6373046636581421, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 632 }
[ -13.684307098388672, 0.01446029543876648, 0.6212917566299438, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 633 }
[ -13.484949111938477, 0.01446029543876648, 0.6052788496017456, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 634 }
[ -13.285591125488281, 0.01446029543876648, 0.5892659425735474, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 635 }
[ -13.188817024230957, 0.01446029543876648, 0.5640720725059509, 0, -0.3859681785106659, 0, 0.9225121140480042 ]
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": 636 }
[ -13.04453182220459, 0.01446029543876648, 0.42552220821380615, 0, -0.3859681785106659, 0, 0.9225121140480042 ]
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": 637 }
[ -12.9286527633667, 0.01446029543876648, 0.2625122666358948, 0, -0.3040972352027893, 0, 0.9526410102844238 ]
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": 638 }
[ -12.812773704528809, 0.01446029543876648, 0.0995023176074028, 0, -0.3040972352027893, 0, 0.9526410102844238 ]
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": 639 }
[ -12.696894645690918, 0.01446029543876648, -0.06350763887166977, 0, -0.3040972352027893, 0, 0.9526410102844238 ]
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": 640 }
[ -12.581015586853027, 0.01446029543876648, -0.22651758790016174, 0, -0.3040972352027893, 0, 0.9526410102844238 ]
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": 641 }
[ -12.465136528015137, 0.01446029543876648, -0.3895275294780731, 0, -0.3040972352027893, 0, 0.9526410102844238 ]
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": 642 }
[ -12.26477336883545, 0.01446029543876648, -0.6114438772201538, 0, -0.3859682083129883, 0, 0.9225121140480042 ]
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": 643 }
[ -12.193561553955078, 0.01446029543876648, -0.6816495656967163, 0, -0.6115803718566895, 0, 0.7911823987960815 ]
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": 644 }
[ -11.994158744812012, 0.01446029543876648, -0.6987830400466919, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 645 }
[ -11.794800758361816, 0.01446029543876648, -0.7147959470748901, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 646 }
[ -11.595442771911621, 0.01446029543876648, -0.7308088541030884, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 647 }
[ -11.396084785461426, 0.01446029543876648, -0.7468217611312866, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 648 }
[ -11.19672679901123, 0.01446029543876648, -0.7628346681594849, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 649 }
[ -10.997368812561035, 0.01446029543876648, -0.7788475751876831, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 650 }
[ -10.79801082611084, 0.01446029543876648, -0.7948604822158813, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 651 }
[ -10.598652839660645, 0.01446029543876648, -0.8108733892440796, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 652 }
[ -10.302520751953125, 0.01446029543876648, -0.8520801663398743, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 653 }
[ -10.10316276550293, 0.01446029543876648, -0.8680930733680725, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 654 }
[ -9.903804779052734, 0.01446029543876648, -0.8841059803962708, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 655 }
[ -9.704446792602539, 0.01446029543876648, -0.900118887424469, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 656 }
[ -9.505088806152344, 0.01446029543876648, -0.9161317944526672, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 657 }
[ -9.305730819702148, 0.01446029543876648, -0.9321447014808655, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 658 }
[ -9.106372833251953, 0.01446029543876648, -0.9481576085090637, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 659 }
[ -8.907014846801758, 0.01446029543876648, -0.964170515537262, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 660 }
[ -8.707656860351562, 0.01446029543876648, -0.9801834225654602, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 661 }
[ -8.508298873901367, 0.01446029543876648, -0.9961963295936584, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 662 }
[ -8.308940887451172, 0.01446029543876648, -1.0122092962265015, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 663 }
[ -8.109582901000977, 0.01446029543876648, -1.0282222032546997, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 664 }
[ -7.910224914550781, 0.01446029543876648, -1.044235110282898, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 665 }
[ -7.710866928100586, 0.01446029543876648, -1.0602480173110962, 0, -0.6782091856002808, 0, 0.7348688840866089 ]
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": 666 }
[ -7.412077903747559, 0.01446029543876648, -1.0494060516357422, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 667 }
[ -7.212967872619629, 0.01446029543876648, -1.030557632446289, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 668 }
[ -7.013857841491699, 0.01446029543876648, -1.011709213256836, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 669 }
[ -6.8147478103637695, 0.01446029543876648, -0.992860734462738, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 670 }
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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 forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 671 }
[ -6.41652774810791, 0.01446029543876648, -0.9551636576652527, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 672 }
[ -6.2174177169799805, 0.01446029543876648, -0.93631511926651, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 673 }
[ -6.018307685852051, 0.01446029543876648, -0.9174665808677673, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 674 }
[ -5.819197654724121, 0.01446029543876648, -0.8986180424690247, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 675 }
[ -5.619839668273926, 0.01446029543876648, -0.9146309494972229, 0, -0.6782091856002808, 0, 0.7348689436912537 ]
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": 676 }
[ -5.420729637145996, 0.01446029543876648, -0.8957824110984802, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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": 677 }
[ -5.121940612792969, 0.01446029543876648, -0.8849403262138367, 0, -0.7396764755249023, 0, 0.6729627251625061 ]
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