images_1
dict
state
list
prompt
string
is_robot
bool
answer
string
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 378 }
[ 0.18506383895874023, 0.023651905357837677, 0.5565176606178284, 0, 0.21991264820098877, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 379 }
[ 0.297444224357605, 0.016732756048440933, 0.27945637702941895, 0, 0.21991264820098877, 0, -0.9755196571350098 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 380 }
[ 0.38325583934783936, 0.01446029543876648, 0.09880100935697556, 0, 0.21991264820098877, 0, -0.9755196571350098 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 381 }
[ 0.5420400500297546, 0.01446029543876648, -0.15453647077083588, 0, 0.3040979206562042, 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
forward left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 382 }
[ 0.5999792814254761, 0.01446029543876648, -0.2360413670539856, 0, 0.04717448353767395, 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": 383 }
[ 0.5999792814254761, 0.01446029543876648, -0.2360413670539856, 0, -0.21296381950378418, 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 forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 384 }
[ 0.5999792814254761, 0.01446029543876648, -0.2360413670539856, 0, -0.45858901739120483, 0, -0.8886485695838928 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 385 }
[ 0.5999792814254761, 0.01446029543876648, -0.2360413670539856, 0, -0.605934202671051, 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 forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 386 }
[ 0.4071674346923828, 0.01446029543876648, -0.28917884826660156, 0, -0.605934202671051, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 387 }
[ 0.21435558795928955, 0.01446029543876648, -0.34231632947921753, 0, -0.605934202671051, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 388 }
[ 0.02154374122619629, 0.01446029543876648, -0.3954538106918335, 0, -0.605934202671051, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 389 }
[ -0.2739720344543457, 0.016105420887470245, -0.44087132811546326, 0, -0.6729621291160583, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 390 }
[ -0.47308188676834106, 0.022362694144248962, -0.45972010493278503, 0, -0.6729621291160583, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 391 }
[ -0.6721916794776917, 0.02125394716858864, -0.4785688817501068, 0, -0.6729621291160583, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 392 }
[ -0.8713014721870422, 0.020145196467638016, -0.4974176585674286, 0, -0.6729621291160583, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 393 }
[ -1.0704113245010376, 0.019036438316106796, -0.5162664651870728, 0, -0.6729621291160583, 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
forward forward forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 394 }
[ -1.2695211172103882, 0.017927687615156174, -0.5351152420043945, 0, -0.6729621291160583, 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
forward forward left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 395 }
[ -1.7578487396240234, 0.01446029543876648, -0.6336702108383179, 0, -0.6059342622756958, 0, -0.795514702796936 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 396 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.7348684668540955, 0, -0.6782097220420837 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 397 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.8853620290756226, 0, -0.464902400970459 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 398 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.975519597530365, 0, -0.21991267800331116 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 399 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.9991971850395203, 0, 0.040063705295324326 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 400 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.9547811150550842, 0, 0.2973097860813141 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 401 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.8452983498573303, 0, 0.5342947244644165 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 402 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.6782098412513733, 0, 0.7348683476448059 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 403 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.46490252017974854, 0, 0.885361909866333 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 404 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, -0.2199128270149231, 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 left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 405 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, 0.040063560009002686, 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
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 406 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, 0.2973096966743469, 0, 0.954781174659729 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 407 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, 0.534294605255127, 0, 0.8452983498573303 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 408 }
[ -1.944582462310791, 0.01446029543876648, -0.7031447291374207, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 409 }
[ -2.1436924934387207, 0.02562451735138893, -0.721993625164032, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 410 }
[ -2.3428025245666504, 0.040577229112386703, -0.7408425211906433, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 411 }
[ -2.54191255569458, 0.053211141377687454, -0.7596914172172546, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 412 }
[ -2.7410225868225098, 0.06203371658921242, -0.778540313243866, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 413 }
[ -2.9401326179504395, 0.06446030735969543, -0.7973892092704773, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 414 }
[ -3.139242649078369, 0.06446030735969543, -0.8162381052970886, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 415 }
[ -3.338352680206299, 0.05342724546790123, -0.8350870013237, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 416 }
[ -3.5374627113342285, 0.04773341119289398, -0.8539358973503113, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 417 }
[ -3.736572742462158, 0.04423545300960541, -0.8727847933769226, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 418 }
[ -3.935682773590088, 0.040737491101026535, -0.8916336894035339, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 419 }
[ -4.134792804718018, 0.03578764572739601, -0.9104825854301453, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 420 }
[ -4.433705806732178, 0.02354004979133606, -0.9038944840431213, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 421 }
[ -4.633063793182373, 0.01600152812898159, -0.8878819346427917, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 422 }
[ -4.832421779632568, 0.01446029543876648, -0.8718693852424622, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 423 }
[ -5.031779766082764, 0.01446029543876648, -0.8558568358421326, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 424 }
[ -5.231137752532959, 0.01446029543876648, -0.839844286441803, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 425 }
[ -5.430495738983154, 0.01446029543876648, -0.8238317370414734, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 426 }
[ -5.62985372543335, 0.01446029543876648, -0.8078191876411438, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 427 }
[ -5.829211711883545, 0.01446029543876648, -0.7918066382408142, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 428 }
[ -6.02856969833374, 0.01446029543876648, -0.7757940888404846, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 429 }
[ -6.2279276847839355, 0.01446029543876648, -0.759781539440155, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 430 }
[ -6.427285671234131, 0.01446029543876648, -0.7437689900398254, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 431 }
[ -6.626643657684326, 0.01446029543876648, -0.7277564406394958, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 432 }
[ -6.8260016441345215, 0.01446029543876648, -0.7117438912391663, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 433 }
[ -7.025359630584717, 0.01446029543876648, -0.6957313418388367, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 434 }
[ -7.2244696617126465, 0.01446029543876648, -0.714580237865448, 0, 0.6729620099067688, 0, 0.7396771311759949 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 435 }
[ -7.423827648162842, 0.01446029543876648, -0.6985676884651184, 0, 0.7348682880401611, 0, 0.6782099604606628 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 436 }
[ -7.623061656951904, 0.01446029543876648, -0.6999858617782593, 0, 0.8853618502616882, 0, 0.4649025797843933 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 437 }
[ -7.84780740737915, 0.01446029543876648, -0.5028015971183777, 0, 0.9225117564201355, 0, 0.3859691023826599 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 438 }
[ -8.001340866088867, 0.01446029543876648, -0.37582290172576904, 0, 0.9909740090370178, 0, 0.13405387103557587 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 439 }
[ -8.035378456115723, 0.01446029543876648, -0.17671309411525726, 0, 0.9988866448402405, 0, 0.047174692153930664 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 440 }
[ -8.054226875305176, 0.01446029543876648, 0.02239672839641571, 0, 0.9988866448402405, 0, 0.047174692153930664 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 441 }
[ -8.038214683532715, 0.01446029543876648, 0.22175469994544983, 0, 0.9991971254348755, 0, -0.0400635227560997 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 442 }
[ -8.039632797241211, 0.01446029543876648, 0.42098861932754517, 0, 0.9770601391792297, 0, -0.21296361088752747 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 443 }
[ -7.995426654815674, 0.01446029543876648, 0.5242555737495422, 0, 0.9991971850395203, 0, -0.0400635227560997 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 444 }
[ -7.979414463043213, 0.01446029543876648, 0.7236135601997375, 0, 0.9991971850395203, 0, -0.0400635227560997 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 445 }
[ -7.963402271270752, 0.01446029543876648, 0.9229715466499329, 0, 0.9991971850395203, 0, -0.0400635227560997 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 446 }
[ -7.947390079498291, 0.01446029543876648, 1.122329592704773, 0, 0.9991971850395203, 0, -0.0400635227560997 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 447 }
[ -7.93137788772583, 0.01446029543876648, 1.3216875791549683, 0, 0.9991971850395203, 0, -0.0400635227560997 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 448 }
[ -7.942220211029053, 0.01446029543876648, 1.6204763650894165, 0, 0.9988867044448853, 0, 0.04717469960451126 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 449 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, 0.9770601987838745, 0, -0.21296364068984985 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 450 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, 0.8886486291885376, 0, -0.4585888385772705 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 451 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, 0.7396771311759949, 0, -0.672961950302124 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 452 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, 0.5402978658676147, 0, -0.8414738178253174 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 453 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, 0.3040981888771057, 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
left left left left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 454 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, 0.04717474430799484, 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": 455 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, -0.21296358108520508, 0, -0.9770601987838745 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 456 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, -0.45858877897262573, 0, -0.8886486291885376 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 457 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, -0.672961950302124, 0, -0.7396771907806396 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 458 }
[ -7.951644420623779, 0.01446029543876648, 1.7200312614440918, 0, -0.8414738774299622, 0, -0.5402979254722595 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 459 }
[ -8.207216262817383, 0.01446029543876648, 1.8751932382583618, 0, -0.885361909866333, 0, -0.4649026393890381 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 460 }
[ -8.371858596801758, 0.01446029543876648, 1.9887396097183228, 0, -0.885361909866333, 0, -0.4649026393890381 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 461 }
[ -8.536500930786133, 0.01446029543876648, 2.102285861968994, 0, -0.885361909866333, 0, -0.4649026393890381 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 462 }
[ -8.701143264770508, 0.01446029543876648, 2.215832233428955, 0, -0.885361909866333, 0, -0.4649026393890381 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 463 }
[ -8.783464431762695, 0.01446029543876648, 2.2726054191589355, 0, -0.7348682284355164, 0, -0.6782099008560181 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 464 }
[ -8.783464431762695, 0.01446029543876648, 2.2726054191589355, 0, -0.5342946648597717, 0, -0.8452983498573303 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search 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": 465 }
[ -8.783464431762695, 0.01446029543876648, 2.2726054191589355, 0, -0.2973097860813141, 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
right right right forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 466 }
[ -8.783464431762695, 0.01446029543876648, 2.2726054191589355, 0, -0.04006369039416313, 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 right forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 467 }
[ -8.783464431762695, 0.01446029543876648, 2.2726054191589355, 0, 0.21991267800331116, 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
right forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 468 }
[ -8.667585372924805, 0.01446029543876648, 2.109595775604248, 0, 0.304097980260849, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 469 }
[ -8.551706314086914, 0.01446029543876648, 1.9465861320495605, 0, 0.304097980260849, 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
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 470 }
[ -8.409282684326172, 0.01446029543876648, 1.8061749935150146, 0, 0.3859688639640808, 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
forward forward forward left
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 471 }
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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 left forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 472 }
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Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward left forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 473 }
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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
left forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 474 }
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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": 475 }
[ -8.086738586425781, 0.01446029543876648, 1.1271331310272217, 0, 0.04717451333999634, 0, -0.9988867044448853 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 476 }
[ -8.067890167236328, 0.01446029543876648, 0.9280233383178711, 0, 0.04717451333999634, 0, -0.9988867044448853 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward
{ "type": "video", "url": "00251-wsAYBFtQaL7_12372_pool.mp4", "frame_idx": 477 }
[ -8.049041748046875, 0.01446029543876648, 0.7289135456085205, 0, 0.04717451333999634, 0, -0.9988867044448853 ]
Imagine you are a robot programmed for navigation tasks. You have been given a video of historical observations and an image of the current observation <image>. Your assigned task is: 'Search for a pool.'. Analyze this series of images to determine your next four actions. The predicted action should be one of the follo...
true
forward forward forward forward