images_1
dict
state
list
prompt
string
is_robot
bool
answer
string
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 65 }
[ -2.147521734237671, 0.0291154682636261, -1.2222745418548584, 0, 0.7249773144721985, 0, -0.6887727975845337 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 66 }
[ -1.9477838277816772, 0.0291154682636261, -1.2120378017425537, 0, 0.7249773144721985, 0, -0.6887727975845337 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 67 }
[ -1.7480460405349731, 0.0291154682636261, -1.201801061630249, 0, 0.7249773144721985, 0, -0.6887727975845337 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 68 }
[ -1.548308253288269, 0.0291154682636261, -1.1915643215179443, 0, 0.7249773144721985, 0, -0.6887727975845337 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 69 }
[ -1.3498271703720093, 0.0291154682636261, -1.2161672115325928, 0, 0.6621880531311035, 0, -0.7493377327919006 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 70 }
[ -1.1513460874557495, 0.0291154682636261, -1.2407701015472412, 0, 0.6621880531311035, 0, -0.7493377327919006 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 71 }
[ -0.9528650641441345, 0.0291154682636261, -1.2653729915618896, 0, 0.6621880531311035, 0, -0.7493377327919006 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 72 }
[ -0.7543841004371643, 0.0291154682636261, -1.289975881576538, 0, 0.6621880531311035, 0, -0.7493377327919006 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward left
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 73 }
[ -0.5559031367301941, 0.0291154682636261, -1.3145787715911865, 0, 0.6621880531311035, 0, -0.7493377327919006 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward left forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 74 }
[ -0.3574221134185791, 0.0291154682636261, -1.339181661605835, 0, 0.6621880531311035, 0, -0.7493377327919006 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward left forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 75 }
[ -0.3574221134185791, 0.0291154682636261, -1.339181661605835, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
left forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 76 }
[ -0.19783389568328857, 0.0291154682636261, -1.459728717803955, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 77 }
[ -0.03824569284915924, 0.0291154682636261, -1.5802757740020752, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 78 }
[ 0.12134250998497009, 0.0291154682636261, -1.7008228302001953, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 79 }
[ 0.2809307277202606, 0.0291154682636261, -1.8213698863983154, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 80 }
[ 0.44051894545555115, 0.0291154682636261, -1.9419169425964355, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 81 }
[ 0.6001071333885193, 0.0291154682636261, -2.0624642372131348, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 82 }
[ 0.7596953511238098, 0.0291154682636261, -2.183011531829834, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward forward
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 83 }
[ 0.9192835688591003, 0.0291154682636261, -2.303558826446533, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward forward stop
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 84 }
[ 1.078871726989746, 0.0291154682636261, -2.4241061210632324, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward forward stop stop
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 85 }
[ 1.238459825515747, 0.0291154682636261, -2.5446534156799316, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
forward stop stop stop
{ "type": "video", "url": "00250-U3oQjwTuMX8_27443_toilet.mp4", "frame_idx": 86 }
[ 1.398047924041748, 0.0291154682636261, -2.665200710296631, 0, 0.44568169116973877, 0, -0.8951916098594666 ]
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 toilet.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the fol...
true
stop stop stop stop
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 0 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, 0.739676833152771, 0, -0.6729622483253479 ]
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": 1 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, 0.5402975678443909, 0, -0.8414739966392517 ]
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": 2 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, 0.30409789085388184, 0, -0.9526408314704895 ]
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": 3 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, 0.047174450010061264, 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
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 4 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, -0.21296384930610657, 0, -0.977060079574585 ]
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": 5 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, -0.45858898758888245, 0, -0.8886484503746033 ]
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": 6 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, -0.6729621887207031, 0, -0.7396769523620605 ]
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": 7 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, -0.8414739966392517, 0, -0.5402976870536804 ]
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": 8 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, -0.9526407718658447, 0, -0.3040979504585266 ]
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 forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 9 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, -0.9988867044448853, 0, -0.04717451333999634 ]
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 forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 10 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 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 forward left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 11 }
[ -12.266581535339355, 0.01446029543876648, 0.9375786781311035, 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
forward left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 12 }
[ -12.266581535339355, 0.01446029543876648, 0.9375786781311035, 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 left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 13 }
[ -12.266581535339355, 0.01446029543876648, 0.9375786781311035, 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 left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 14 }
[ -12.266581535339355, 0.01446029543876648, 0.9375786781311035, 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 left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 15 }
[ -12.266581535339355, 0.01446029543876648, 0.9375786781311035, 0, -0.38596904277801514, 0, 0.9225118160247803 ]
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 forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 16 }
[ -12.266581535339355, 0.01446029543876648, 0.9375786781311035, 0, -0.13405385613441467, 0, 0.9909741282463074 ]
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 forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 17 }
[ -12.266581535339355, 0.01446029543876648, 0.9375786781311035, 0, 0.12699687480926514, 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
left forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 18 }
[ -12.316969871520996, 0.01446029543876648, 0.7440299987792969, 0, 0.12699687480926514, 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 forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 19 }
[ -12.367358207702637, 0.01446029543876648, 0.5504813194274902, 0, 0.12699687480926514, 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 forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 20 }
[ -12.417746543884277, 0.01446029543876648, 0.3569325804710388, 0, 0.12699687480926514, 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 forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 21 }
[ -12.433758735656738, 0.01446029543876648, 0.1575745940208435, 0, 0.04006356745958328, 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": 22 }
[ -12.4497709274292, 0.01446029543876648, -0.04178337752819061, 0, 0.04006356745958328, 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 forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 23 }
[ -12.46578311920166, 0.01446029543876648, -0.24114134907722473, 0, 0.04006356745958328, 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 left forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 24 }
[ -12.498983383178711, 0.01446029543876648, -0.4375947117805481, 0, 0.29730966687202454, 0, 0.9547811150550842 ]
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 right
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 25 }
[ -12.612529754638672, 0.01446029543876648, -0.6022375226020813, 0, 0.29730966687202454, 0, 0.9547811150550842 ]
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": 26 }
[ -12.726076126098633, 0.01446029543876648, -0.7668803334236145, 0, 0.29730966687202454, 0, 0.9547811150550842 ]
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": 27 }
[ -12.824464797973633, 0.01446029543876648, -0.9401310086250305, 0, -0.047174643725156784, 0, 0.9988866448402405 ]
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": 28 }
[ -12.824464797973633, 0.01446029543876648, -0.9401310086250305, 0, -0.30409806966781616, 0, 0.9526407718658447 ]
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": 29 }
[ -12.824464797973633, 0.01446029543876648, -0.9401310086250305, 0, -0.5402977466583252, 0, 0.8414739966392517 ]
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": 30 }
[ -12.824464797973633, 0.01446029543876648, -0.9401310086250305, 0, -0.6782097816467285, 0, 0.7348684072494507 ]
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": 31 }
[ -12.625106811523438, 0.01446029543876648, -0.9561435580253601, 0, -0.6782097816467285, 0, 0.7348684072494507 ]
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": 32 }
[ -12.425748825073242, 0.01446029543876648, -0.9721561074256897, 0, -0.6782097816467285, 0, 0.7348684072494507 ]
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": 33 }
[ -12.126959800720215, 0.01446029543876648, -0.9613136053085327, 0, -0.7396769523620605, 0, 0.6729621291160583 ]
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": 34 }
[ -12.126959800720215, 0.01446029543876648, -0.9613136053085327, 0, -0.5402977466583252, 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
left forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 35 }
[ -11.945101737976074, 0.01446029543876648, -1.04454505443573, 0, -0.5402977466583252, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 36 }
[ -11.763243675231934, 0.01446029543876648, -1.1277765035629272, 0, -0.5402977466583252, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 37 }
[ -11.507672309875488, 0.01446029543876648, -1.2829385995864868, 0, -0.46490246057510376, 0, 0.8853619694709778 ]
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": 38 }
[ -11.343029975891113, 0.01446029543876648, -1.3964849710464478, 0, -0.46490246057510376, 0, 0.8853619694709778 ]
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": 39 }
[ -11.178387641906738, 0.01446029543876648, -1.5100313425064087, 0, -0.46490246057510376, 0, 0.8853619694709778 ]
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 forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 40 }
[ -11.178387641906738, 0.01446029543876648, -1.5100313425064087, 0, -0.21991273760795593, 0, 0.975519597530365 ]
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 forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 41 }
[ -11.178387641906738, 0.01446029543876648, -1.5100313425064087, 0, -0.047174565494060516, 0, 0.9988866448402405 ]
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 left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 42 }
[ -11.159539222717285, 0.01446029543876648, -1.7091411352157593, 0, -0.047174565494060516, 0, 0.9988866448402405 ]
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": 43 }
[ -11.140690803527832, 0.01446029543876648, -1.9082509279251099, 0, -0.047174565494060516, 0, 0.9988866448402405 ]
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 forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 44 }
[ -11.140690803527832, 0.01446029543876648, -1.9082509279251099, 0, 0.21296373009681702, 0, 0.9770601391792297 ]
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 forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 45 }
[ -11.140690803527832, 0.01446029543876648, -1.9082509279251099, 0, 0.3793930113315582, 0, 0.9252356290817261 ]
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": 46 }
[ -11.281102180480957, 0.01446029543876648, -2.050675392150879, 0, 0.3793930113315582, 0, 0.9252356290817261 ]
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": 47 }
[ -11.548492431640625, 0.01446029543876648, -2.3466336727142334, 0, 0.3793930113315582, 0, 0.9252356886863708 ]
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": 48 }
[ -11.781707763671875, 0.01446029543876648, -2.533724546432495, 0, 0.4585888683795929, 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 right right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 49 }
[ -11.781707763671875, 0.01446029543876648, -2.533724546432495, 0, 0.21296373009681702, 0, 0.9770601391792297 ]
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": 50 }
[ -11.781707763671875, 0.01446029543876648, -2.533724546432495, 0, 0.040063630789518356, 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
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 51 }
[ -11.797719955444336, 0.01446029543876648, -2.7330825328826904, 0, 0.040063630789518356, 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": 52 }
[ -11.813732147216797, 0.01446029543876648, -2.9324405193328857, 0, 0.040063630789518356, 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": 53 }
[ -11.829744338989258, 0.01446029543876648, -3.131798505783081, 0, 0.040063630789518356, 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": 54 }
[ -11.845756530761719, 0.01446029543876648, -3.3311564922332764, 0, 0.040063630789518356, 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": 55 }
[ -11.86176872253418, 0.01446029543876648, -3.5305144786834717, 0, 0.040063630789518356, 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": 56 }
[ -11.87778091430664, 0.01446029543876648, -3.729872465133667, 0, 0.040063630789518356, 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": 57 }
[ -11.893793106079102, 0.01446029543876648, -3.9292304515838623, 0, 0.040063630789518356, 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": 58 }
[ -11.909805297851562, 0.01446029543876648, -4.1285881996154785, 0, 0.040063630789518356, 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": 59 }
[ -11.925817489624023, 0.01446029543876648, -4.327946186065674, 0, 0.040063630789518356, 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": 60 }
[ -11.941829681396484, 0.01446029543876648, -4.527304172515869, 0, 0.040063630789518356, 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": 61 }
[ -11.922981262207031, 0.01446029543876648, -4.726414203643799, 0, -0.04717458412051201, 0, 0.9988866448402405 ]
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": 62 }
[ -11.929569244384766, 0.01446029543876648, -5.025327205657959, 0, 0.040063630789518356, 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 left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 63 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.1269969344139099, 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": 64 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.3793930113315582, 0, 0.9252356290817261 ]
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": 65 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 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 left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 66 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.791181743144989, 0, 0.611581027507782 ]
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": 67 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.9225118160247803, 0, 0.38596904277801514 ]
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": 68 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.9909741282463074, 0, 0.13405385613441467 ]
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": 69 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.9919031262397766, 0, -0.12699687480926514 ]
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": 70 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.9252356290817261, 0, -0.37939292192459106 ]
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": 71 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.7955148816108704, 0, -0.6059340834617615 ]
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": 72 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.6115811467170715, 0, -0.7911816835403442 ]
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": 73 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.3859691023826599, 0, -0.9225117564201355 ]
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": 74 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, 0.13405393064022064, 0, -0.9909740686416626 ]
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": 75 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, -0.12699678540229797, 0, -0.9919031858444214 ]
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
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{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 76 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, -0.3793928623199463, 0, -0.9252356886863708 ]
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 forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 77 }
[ -11.979957580566406, 0.01446029543876648, -5.218876361846924, 0, -0.6059340238571167, 0, -0.7955149412155151 ]
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 left