Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[389.455, 1221.754, 1.957], [389.017, 1221.738, 1.957], [388.246, 1221.696, 2.082], [387.407, 1221.65, 2.007]]
B: [[430.695, 1244.614, 1.598], [332.727, 1219.984, 2.062], [451.568, 1172.545, 2.304], [431.932, 1447.12, 2.075]]
C: [[434.759, 1360.34, 1.798], [320.818, 1065.151, 2.275], [403.374, 995.774, 1.782], [399.338, 1318.27, 2.25]]
D: [[338.306, 1065.478, 2.175], [359.176, 1170.276, 2.145], [422.221, 1295.741, 2.146], [318.234, 1189.1, 1.616]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[236.0, 747.95, 0.854], [256.234, 709.537, 0.697], [304.474, 800.037, 0.56], [331.877, 561.326, 0.514]]
B: [[314.28, 598.25, 0.849], [236.191, 740.031, 0.728], [250.825, 688.597, 0.635], [341.366, 613.896, 0.475]]
C: [[246.64, 693.8, 0.858], [290.257, 567.854, 0.783], [293.745, 750.544, 0.62], [309.807, 562.559, 0.531]]
D: [[289.28, 669.01, 0.775], [291.627, 672.377, 0.668], [293.977, 675.748, 0.562], [296.214, 678.956, 0.455]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[533.8, 1735.728, -0.009], [518.05, 1383.369, 0.045], [743.409, 1439.406, 0.374], [553.203, 1712.789, 0.68]]
B: [[653.646, 1831.884, -0.01], [745.339, 1445.929, 0.044], [684.645, 1812.914, 0.333], [569.065, 1458.696, 0.754]]
C: [[572.656, 1841.565, -0.01], [747.719, 1494.494, 0.038], [688.766, 1558.475, 0.402], [740.666, 1414.102, 0.689]]
D: [[637.791, 1636.674, -0.011], [637.381, 1637.067, 0.039], [636.158, 1638.241, 0.389], [635.756, 1638.659, 0.689]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[357.199, 1105.26, 0.925], [357.199, 1105.26, 0.874], [357.199, 1105.26, 0.901], [357.199, 1105.26, 1.083]]
B: [[405.104, 1231.8, 0.941], [321.418, 916.12, 1.011], [382.371, 913.36, 0.794], [428.391, 1299.88, 1.177]]
C: [[352.491, 1140.82, 0.829], [377.607, 964.69, 0.939], [341.493, 1094.81, 0.997], [329.979, 894.62, 0.879]]
D: [[368.993, 920.78, 0.953], [328.671, 1054.8, 1.001], [426.057, 1241.84, 0.874], [319.642, 1019.55, 1.122]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[390.292, 1280.196, 0.538], [390.276, 1322.072, 0.606], [337.427, 1327.052, 0.501], [388.832, 1049.397, 0.585]]
B: [[441.456, 1017.908, 0.543], [440.359, 1177.164, 0.491], [371.894, 1012.041, 0.514], [347.529, 1236.907, 0.616]]
C: [[398.584, 1179.211, 0.555], [316.744, 1033.547, 0.547], [377.513, 1090.27, 0.445], [332.149, 1080.471, 0.473]]
D: [[393.298, 1155.018, 0.485], [393.298, 1155.017, 0.514], [393.298, 1155.016, 0.542], [393.297, 1155.015, 0.571]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[436.159, 952.778, 0.85], [380.614, 1063.82, 0.774], [459.351, 1286.857, 0.672], [356.13, 1196.862, 0.73]]
B: [[393.174, 1367.574, 0.683], [466.835, 1298.26, 0.635], [356.883, 1226.503, 0.681], [446.634, 1121.248, 0.813]]
C: [[399.863, 1143.574, 0.738], [398.996, 1141.132, 0.738], [398.116, 1138.632, 0.738], [397.624, 1136.322, 0.738]]
D: [[344.514, 1172.922, 0.671], [413.852, 1079.671, 0.613], [361.577, 1132.234, 0.863], [334.055, 1043.733, 0.866]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[379.59, 1225.256, 1.8], [411.498, 1212.145, 1.432], [439.173, 1051.415, 1.512], [378.757, 1170.606, 1.817]]
B: [[385.93, 1201.138, 1.613], [385.521, 1201.641, 1.663], [384.966, 1202.306, 1.763], [384.443, 1202.903, 1.763]]
C: [[447.45, 996.224, 1.641], [321.511, 1225.058, 1.654], [320.686, 1029.24, 1.737], [312.326, 1161.223, 1.53]]
D: [[395.57, 1047.807, 1.499], [340.373, 1260.222, 1.497], [439.995, 1104.894, 1.86], [369.975, 1070.189, 1.508]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[2078.323, 958.565, 0.161], [1559.705, 959.242, 0.151], [2197.62, 763.907, 0.152], [1804.38, 767.638, 0.197]]
B: [[2138.05, 913.396, 0.132], [2178.71, 1013.596, 0.176], [1703.36, 733.089, 0.191], [1798.969, 734.79, 0.2]]
C: [[1835.477, 1025.448, 0.137], [1705.515, 1015.928, 0.153], [1802.73, 873.747, 0.182], [1809.594, 823.179, 0.19]]
D: [[1926.648, 875.886, 0.141], [1926.639, 875.864, 0.154], [1926.63, 875.841, 0.166], [1926.627, 875.833, 0.179]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1640.64, 2308.693, 0.719], [2017.236, 2113.119, 0.967], [1994.76, 2513.033, 1.14], [1810.618, 2225.686, 1.546]]
B: [[1973.19, 2747.385, 0.918], [1843.455, 2503.49, 1.052], [1630.78, 2460.524, 1.38], [1987.593, 2630.677, 1.375]]
C: [[1576.98, 2536.869, 0.66], [2075.147, 2055.992, 1.144], [1827.84, 2639.901, 1.45], [2070.073, 2767.351, 1.167]]
D: [[1866.27, 2481.021, 0.817], [1865.675, 2481.739, 1.031], [1865.18, 2482.337, 1.21], [1864.684, 2482.936, 1.389]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1323.534, 1070.968, 0.039], [1242.872, 853.737, 0.042], [1492.766, 1030.756, 0.057], [1309.345, 1096.471, 0.046]]
B: [[1556.573, 856.346, 0.057], [1108.062, 1183.213, 0.047], [1303.053, 903.29, 0.05], [1529.898, 1191.182, 0.045]]
C: [[1351.279, 1022.468, 0.048], [1351.279, 1022.468, 0.048], [1351.279, 1022.468, 0.048], [1351.279, 1022.468, 0.048]]
D: [[1160.276, 1004.554, 0.048], [1454.931, 1040.919, 0.039], [1167.504, 987.892, 0.046], [1457.735, 818.113, 0.042]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[398.992, 1279.087, 0.118], [456.215, 1152.193, 0.133], [407.776, 1279.429, 0.095], [527.113, 1246.616, 0.136]]
B: [[448.696, 1090.248, 0.117], [448.695, 1090.246, 0.117], [448.686, 1090.224, 0.115], [448.685, 1090.222, 0.114]]
C: [[435.77, 875.144, 0.115], [440.962, 1303.479, 0.129], [413.225, 1290.42, 0.105], [511.071, 1036.309, 0.122]]
D: [[438.596, 955.475, 0.137], [464.97, 1295.34, 0.118], [386.42, 1095.841, 0.125], [437.592, 1200.522, 0.127]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1835.491, 834.002, 0.48], [2125.794, 969.393, 0.677], [1614.306, 1027.608, 0.583], [1983.247, 970.603, 0.541]]
B: [[1651.575, 740.269, 0.56], [1919.293, 887.545, 0.629], [1867.876, 908.887, 0.565], [1937.748, 943.609, 0.511]]
C: [[1784.634, 874.597, 0.596], [1784.597, 874.576, 0.596], [1784.564, 874.558, 0.596], [1784.764, 874.582, 0.596]]
D: [[1674.888, 950.802, 0.589], [2065.024, 902.619, 0.528], [2130.173, 1019.966, 0.552], [2067.829, 931.775, 0.63]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[276.129, 765.803, 0.706], [239.259, 629.205, 0.8], [265.678, 619.0, 0.624], [272.857, 563.448, 0.52]]
B: [[267.858, 571.717, 0.774], [277.532, 772.037, 0.819], [265.677, 626.589, 0.69], [303.026, 678.599, 0.635]]
C: [[307.434, 646.641, 0.793], [279.193, 720.372, 0.75], [342.062, 733.991, 0.756], [275.316, 788.349, 0.594]]
D: [[287.863, 668.522, 0.723], [289.106, 670.134, 0.687], [290.511, 671.955, 0.702], [292.583, 674.718, 0.593]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[622.35, 1624.018, -0.016], [621.599, 1624.59, 0.068], [620.967, 1625.056, 0.201], [620.312, 1625.598, 0.284]]
B: [[715.37, 1646.519, -0.015], [571.805, 1818.41, 0.061], [556.199, 1828.057, 0.206], [719.663, 1568.216, 0.242]]
C: [[619.74, 1639.913, -0.014], [696.763, 1306.55, 0.056], [512.97, 1560.484, 0.186], [567.584, 1424.02, 0.237]]
D: [[676.88, 1409.501, -0.016], [537.018, 1735.64, 0.057], [546.621, 1339.978, 0.22], [568.0, 1888.129, 0.245]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[627.008, 1617.877, -0.387], [626.7, 1618.657, -0.137], [626.332, 1619.431, 0.163], [626.034, 1619.837, 0.363]]
B: [[514.156, 1782.736, -0.333], [575.6, 1636.318, -0.131], [743.355, 1576.589, 0.179], [505.541, 1559.477, 0.32]]
C: [[712.578, 1866.613, -0.344], [558.1, 1427.09, -0.154], [677.337, 1665.044, 0.133], [550.249, 1826.976, 0.376]]
D: [[618.87, 1499.776, -0.427], [647.6, 1861.481, -0.148], [699.281, 1872.065, 0.164], [640.722, 1817.452, 0.342]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[353.535, 1093.572, 0.8], [325.884, 1175.321, 0.708], [298.264, 1160.539, 1.06], [403.515, 1196.443, 0.896]]
B: [[298.277, 1279.808, 0.8], [334.872, 990.495, 0.719], [317.907, 1145.582, 0.785], [428.226, 1134.096, 1.096]]
C: [[361.234, 1127.159, 0.743], [361.244, 1127.193, 0.761], [361.254, 1127.227, 0.979], [361.252, 1127.231, 1.019]]
D: [[351.808, 979.748, 0.733], [299.091, 972.477, 0.91], [422.591, 1328.277, 1.109], [373.924, 1003.202, 0.826]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[467.084, 1013.697, 1.484], [410.637, 1087.555, 1.47], [503.896, 994.189, 1.833], [375.598, 1172.16, 1.996]]
B: [[403.645, 1031.052, 1.679], [463.451, 943.028, 1.451], [499.44, 1242.514, 2.094], [468.957, 1220.61, 2.107]]
C: [[479.961, 1178.515, 1.846], [421.912, 1195.377, 1.945], [395.807, 904.258, 1.58], [479.041, 963.66, 1.573]]
D: [[443.949, 1116.592, 1.729], [443.607, 1116.621, 1.729], [442.518, 1116.448, 1.879], [442.143, 1116.34, 1.929]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1044.891, 1237.212, 0.684], [1071.2, 1248.461, 0.639], [1210.008, 933.973, 0.707], [1328.735, 877.082, 0.748]]
B: [[1117.371, 1205.206, 0.822], [1089.2, 940.984, 0.629], [1072.282, 905.107, 0.824], [1173.176, 946.517, 0.885]]
C: [[1227.559, 936.208, 0.663], [1471.6, 1143.386, 0.863], [1177.563, 842.525, 0.712], [1310.648, 1103.801, 0.83]]
D: [[1267.451, 1047.078, 0.822], [1266.5, 1047.564, 0.754], [1265.609, 1047.998, 0.762], [1257.032, 1054.386, 0.759]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1275.825, 1026.459, 0.275], [1278.063, 1029.09, 0.375], [1280.981, 1032.367, 0.325], [1283.902, 1035.648, 0.374]]
B: [[1030.171, 1170.182, 0.27], [1123.271, 830.3, 0.339], [1164.96, 938.971, 0.375], [1317.327, 864.217, 0.318]]
C: [[1058.02, 1197.606, 0.255], [1412.723, 1041.94, 0.385], [1413.334, 1081.562, 0.344], [1284.333, 1092.197, 0.438]]
D: [[1469.903, 1189.502, 0.313], [1314.332, 1032.81, 0.399], [1118.592, 1102.621, 0.281], [1269.138, 1091.852, 0.359]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[421.972, 1212.966, 0.431], [433.3, 1273.552, 0.507], [464.634, 1128.046, 0.702], [349.601, 1228.731, 0.578]]
B: [[400.984, 1376.129, 0.581], [391.113, 1165.646, 0.7], [457.469, 1280.832, 0.616], [442.522, 1062.927, 0.701]]
C: [[449.392, 986.304, 0.601], [473.649, 1081.286, 0.52], [358.026, 1320.626, 0.568], [395.395, 1377.932, 0.573]]
D: [[399.773, 1169.799, 0.536], [399.773, 1169.799, 0.586], [399.773, 1169.799, 0.636], [399.773, 1169.799, 0.681]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[417.658, 1171.585, 1.02], [344.402, 1146.41, 1.185], [367.351, 1178.349, 1.028], [487.83, 1043.697, 0.98]]
B: [[445.605, 1419.113, 0.98], [352.2, 1288.12, 1.051], [459.196, 983.633, 1.107], [368.22, 1292.263, 1.32]]
C: [[450.048, 1344.51, 1.16], [403.323, 1079.3, 1.248], [335.599, 1292.674, 1.335], [385.64, 1056.834, 1.11]]
D: [[419.296, 1191.476, 1.11], [418.846, 1191.58, 1.143], [418.293, 1191.727, 1.176], [417.52, 1191.939, 1.21]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[364.455, 946.84, 0.64], [334.117, 1088.62, 0.558], [343.529, 1215.1, 0.571], [332.561, 991.64, 0.55]]
B: [[398.222, 1166.03, 0.56], [398.222, 1166.03, 0.577], [398.222, 1166.03, 0.594], [398.222, 1166.03, 0.61]]
C: [[452.892, 1109.11, 0.63], [362.882, 1081.56, 0.574], [328.005, 1052.37, 0.65], [326.765, 997.91, 0.68]]
D: [[389.913, 1383.18, 0.51], [334.65, 1310.36, 0.682], [445.091, 1036.45, 0.591], [404.94, 1152.47, 0.57]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[627.271, 1619.557, -0.161], [627.006, 1619.87, -0.051], [626.747, 1620.187, 0.11], [626.52, 1620.528, 0.17]]
B: [[569.336, 1657.23, -0.136], [526.963, 1384.47, -0.061], [669.247, 1891.64, 0.11], [671.16, 1857.428, 0.15]]
C: [[684.005, 1527.275, -0.146], [739.824, 1494.52, -0.06], [521.003, 1884.978, 0.09], [553.11, 1840.593, 0.19]]
D: [[532.728, 1841.748, -0.144], [536.854, 1368.26, -0.059], [622.506, 1400.948, 0.12], [562.38, 1942.023, 0.18]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1276.426, 1070.932, 0.876], [1276.425, 1070.932, 0.877], [1276.424, 1070.932, 0.878], [1276.423, 1070.932, 0.879]]
B: [[1298.613, 1048.861, 0.963], [1211.744, 1284.0, 0.977], [1133.349, 1252.098, 0.958], [1442.465, 1081.694, 0.942]]
C: [[1136.57, 1184.933, 0.959], [1263.407, 1137.283, 0.74], [1237.716, 1079.234, 0.996], [1254.286, 1092.816, 1.0]]
D: [[1156.908, 984.436, 0.862], [1293.574, 1008.462, 0.755], [1072.394, 1109.853, 0.763], [1158.181, 1086.592, 0.975]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1863.527, 866.104, 1.229], [1863.553, 866.65, 1.085], [1863.585, 867.332, 1.016], [1863.611, 868.023, 1.0]]
B: [[1741.116, 973.52, 1.473], [1586.126, 927.91, 1.219], [1837.83, 816.557, 1.029], [1765.354, 1012.863, 0.8]]
C: [[2109.608, 749.973, 1.352], [2151.463, 723.35, 1.155], [2081.946, 774.988, 1.039], [1584.067, 819.061, 1.0]]
D: [[1619.868, 705.702, 1.426], [2015.736, 882.4, 1.072], [1611.742, 1030.157, 1.001], [1809.71, 882.281, 0.9]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[370.828, 1093.568, 0.573], [438.229, 1239.617, 0.497], [355.298, 1015.971, 0.498], [469.743, 1216.196, 0.622]]
B: [[334.534, 1298.472, 0.487], [330.759, 1369.516, 0.441], [394.543, 1079.174, 0.619], [471.577, 1146.247, 0.639]]
C: [[394.842, 1158.711, 0.487], [394.842, 1158.711, 0.521], [394.842, 1158.711, 0.554], [394.842, 1158.711, 0.587]]
D: [[370.596, 976.597, 0.509], [364.598, 996.341, 0.435], [427.969, 1274.101, 0.549], [391.146, 1206.744, 0.606]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[350.427, 1144.305, 0.623], [349.868, 1144.535, 0.69], [349.308, 1144.766, 0.756], [348.749, 1144.996, 0.823]]
B: [[364.104, 961.597, 0.533], [321.289, 1034.564, 0.81], [289.738, 1178.466, 0.654], [369.278, 927.402, 0.746]]
C: [[301.407, 1085.027, 0.561], [353.922, 1230.167, 0.74], [385.078, 1056.365, 0.831], [353.967, 1321.653, 0.933]]
D: [[332.499, 1323.247, 0.603], [328.44, 1217.95, 0.71], [304.408, 1248.393, 0.704], [312.725, 1041.977, 0.788]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1098.816, 1040.956, 2.25], [1517.027, 1201.267, 2.159], [1287.68, 1114.311, 1.84], [1553.384, 936.614, 1.891]]
B: [[1537.939, 1003.593, 1.619], [1107.39, 826.486, 1.866], [1160.283, 877.892, 2.283], [1427.746, 1058.395, 2.165]]
C: [[1325.647, 1026.158, 1.972], [1325.647, 1026.158, 1.972], [1325.647, 1026.158, 1.972], [1325.647, 1026.158, 1.972]]
D: [[1454.649, 935.993, 2.155], [1581.869, 969.794, 1.581], [1203.456, 996.196, 2.063], [1385.658, 925.079, 2.322]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[436.144, 1095.893, 0.64], [378.481, 1266.824, 0.483], [426.128, 1098.819, 0.65], [324.34, 949.634, 0.625]]
B: [[397.389, 1164.192, 0.54], [397.389, 1164.192, 0.565], [397.389, 1164.192, 0.59], [397.389, 1164.192, 0.615]]
C: [[380.365, 1356.637, 0.44], [339.063, 1111.83, 0.512], [337.584, 979.936, 0.64], [437.254, 1203.389, 0.683]]
D: [[323.527, 1041.167, 0.63], [470.94, 1158.877, 0.637], [366.836, 1001.327, 0.61], [420.137, 1320.47, 0.577]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[345.303, 927.986, 0.6], [322.702, 926.62, 0.836], [322.388, 1098.752, 0.715], [411.956, 1203.533, 1.062]]
B: [[360.095, 1122.376, 0.7], [360.061, 1122.39, 0.773], [360.027, 1122.404, 0.846], [359.993, 1122.417, 0.918]]
C: [[325.719, 970.767, 0.8], [352.264, 988.9, 0.891], [370.173, 1212.852, 0.847], [306.427, 1052.878, 0.831]]
D: [[408.76, 1154.201, 0.8], [384.285, 1027.05, 0.647], [381.462, 1131.647, 0.827], [348.63, 1106.215, 0.947]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[342.004, 1040.88, 0.744], [329.607, 1045.03, 0.684], [379.212, 1250.647, 0.868], [326.815, 1264.503, 0.847]]
B: [[356.724, 1113.785, 0.625], [356.749, 1113.855, 0.775], [356.778, 1113.889, 0.975], [356.785, 1113.897, 1.025]]
C: [[412.74, 910.82, 0.676], [365.411, 1210.523, 0.664], [303.937, 1114.862, 0.873], [419.175, 1333.448, 0.84]]
D: [[295.038, 1240.739, 0.504], [341.219, 1044.42, 0.812], [352.463, 1064.815, 1.125], [371.869, 1069.702, 0.977]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1394.419, 833.646, 0.583], [1328.905, 1140.762, 0.779], [1153.453, 1205.926, 0.657], [1146.98, 1211.025, 0.624]]
B: [[1313.096, 1036.989, 0.652], [1313.096, 1036.989, 0.652], [1313.096, 1036.989, 0.652], [1313.096, 1036.989, 0.652]]
C: [[1268.974, 982.967, 0.746], [1564.315, 845.479, 0.727], [1340.978, 1034.082, 0.715], [1495.256, 1214.335, 0.578]]
D: [[1459.081, 1060.013, 0.734], [1278.902, 880.579, 0.542], [1345.294, 988.27, 0.706], [1466.974, 993.897, 0.65]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[483.59, 928.44, 0.641], [429.525, 1137.919, 0.585], [431.636, 1075.281, 0.417], [368.098, 942.18, 0.409]]
B: [[506.828, 1075.62, 0.78], [523.808, 941.549, 0.581], [482.43, 968.916, 0.331], [419.206, 1128.103, 0.389]]
C: [[440.798, 1086.59, 0.718], [440.809, 1086.616, 0.568], [440.809, 1086.616, 0.368], [440.809, 1086.616, 0.368]]
D: [[495.844, 942.38, 0.674], [400.153, 884.092, 0.599], [357.631, 872.728, 0.373], [508.512, 889.858, 0.32]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[431.795, 1089.293, 0.732], [431.79, 1089.298, 0.611], [431.763, 1089.236, 0.548], [431.76, 1089.235, 0.741]]
B: [[430.055, 1135.006, 0.834], [362.83, 1266.13, 0.535], [510.725, 963.311, 0.449], [354.76, 1199.812, 0.852]]
C: [[374.034, 1232.506, 0.835], [446.62, 1198.857, 0.654], [454.385, 1036.14, 0.539], [461.62, 1215.977, 0.65]]
D: [[426.107, 1134.166, 0.869], [469.51, 941.329, 0.702], [490.047, 990.374, 0.543], [356.18, 1025.654, 0.728]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1042.405, 896.49, 0.459], [1248.26, 1026.303, 0.519], [1554.895, 994.696, 0.5], [1480.656, 1055.338, 0.476]]
B: [[1168.242, 1176.462, 0.406], [1219.42, 1198.448, 0.487], [1280.042, 1223.429, 0.5], [1301.768, 1040.639, 0.468]]
C: [[1293.229, 1033.246, 0.388], [1296.13, 1035.001, 0.465], [1296.744, 1035.285, 0.5], [1297.358, 1035.569, 0.535]]
D: [[1205.688, 1036.352, 0.443], [1283.41, 852.956, 0.509], [1152.749, 895.819, 0.4], [1317.874, 1012.868, 0.584]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[2143.23, 880.092, 1.463], [2237.79, 816.687, 1.792], [2021.67, 1004.854, 1.441], [2013.58, 762.901, 1.623]]
B: [[2030.68, 939.082, 1.556], [1707.64, 827.801, 1.543], [2187.71, 957.754, 1.703], [1734.52, 730.487, 1.539]]
C: [[2157.8, 869.883, 1.527], [1960.08, 1008.147, 1.759], [1779.88, 929.643, 1.772], [1538.45, 884.771, 1.889]]
D: [[1907.37, 864.452, 1.647], [1907.37, 864.452, 1.647], [1907.37, 864.452, 1.647], [1907.37, 864.452, 1.647]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[333.441, 1111.848, 0.881], [358.68, 1279.096, 0.848], [365.642, 1024.723, 1.135], [416.842, 1221.204, 1.061]]
B: [[359.553, 1105.178, 0.934], [359.553, 1105.178, 1.045], [359.553, 1105.178, 1.082], [359.553, 1105.178, 1.005]]
C: [[401.411, 1302.101, 0.9], [401.716, 1050.934, 1.205], [369.114, 1004.72, 0.951], [298.807, 954.194, 1.162]]
D: [[326.721, 1063.94, 1.102], [316.366, 1058.028, 0.884], [321.691, 954.121, 1.273], [352.284, 1064.278, 1.172]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1914.957, 873.014, 0.241], [1914.951, 872.993, 0.241], [1914.944, 872.972, 0.241], [1914.937, 872.951, 0.241]]
B: [[2029.589, 880.527, 0.258], [1539.423, 812.215, 0.227], [2219.176, 984.894, 0.264], [2240.588, 737.815, 0.2]]
C: [[2084.127, 771.252, 0.23], [1889.253, 1036.727, 0.264], [1713.036, 984.106, 0.254], [1867.742, 808.403, 0.199]]
D: [[1951.845, 910.003, 0.272], [2067.414, 726.492, 0.226], [1574.866, 827.537, 0.223], [2080.281, 1029.475, 0.221]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[775.145, 1609.526, 0.275], [728.049, 1548.593, 0.225], [726.281, 1889.554, 0.225], [701.777, 1569.883, 0.285]]
B: [[635.753, 1733.477, 0.272], [720.552, 1845.796, 0.237], [810.826, 1848.81, 0.272], [673.334, 1345.738, 0.236]]
C: [[563.331, 1620.514, 0.207], [692.265, 1578.918, 0.262], [633.015, 1756.886, 0.242], [605.445, 1415.589, 0.246]]
D: [[696.721, 1578.786, 0.244], [696.693, 1578.758, 0.244], [696.674, 1578.723, 0.244], [696.664, 1578.684, 0.244]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[650.646, 1603.342, 0.03], [650.62, 1603.362, 0.13], [650.688, 1603.329, 0.308], [650.756, 1603.295, 0.485]]
B: [[567.786, 1547.911, 0.04], [679.87, 1773.392, 0.15], [682.07, 1467.32, 0.353], [776.72, 1507.964, 0.528]]
C: [[765.242, 1777.09, 0.03], [719.37, 1669.37, 0.15], [581.778, 1910.816, 0.336], [602.521, 1760.712, 0.392]]
D: [[522.813, 1797.126, 0.03], [721.02, 1459.791, 0.11], [758.676, 1452.614, 0.344], [628.48, 1519.176, 0.474]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1344.72, 1281.191, 3.09], [1075.39, 972.846, 3.969], [1227.93, 967.953, 2.882], [1313.85, 1191.672, 2.766]]
B: [[1340.58, 1102.095, 3.358], [1340.58, 1102.095, 3.358], [1340.56, 1102.069, 3.358], [1340.56, 1102.069, 3.358]]
C: [[1595.5, 1117.589, 3.115], [1363.06, 1051.692, 3.599], [1333.05, 1281.644, 3.54], [1459.61, 1297.063, 3.45]]
D: [[1406.68, 1037.893, 3.818], [1555.01, 1107.104, 3.069], [1222.57, 1178.434, 3.387], [1139.88, 1136.126, 3.194]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[366.659, 1011.101, 1.22], [364.315, 1040.812, 1.078], [399.107, 1299.752, 1.185], [296.881, 916.886, 1.47]]
B: [[363.259, 1094.238, 1.247], [363.277, 1094.229, 1.276], [363.296, 1094.221, 1.306], [363.315, 1094.212, 1.335]]
C: [[349.227, 1179.598, 1.249], [388.454, 911.85, 1.32], [338.754, 1093.699, 1.127], [427.119, 948.416, 1.102]]
D: [[420.809, 960.294, 1.148], [382.372, 1303.064, 1.394], [429.821, 1184.841, 1.121], [362.615, 1271.967, 1.2]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1954.841, 997.5, 0.236], [1604.826, 1018.173, 0.282], [2056.441, 825.549, 0.202], [2053.148, 806.675, 0.206]]
B: [[1911.473, 872.92, 0.247], [1911.473, 872.927, 0.247], [1911.473, 872.935, 0.247], [1911.473, 872.912, 0.247]]
C: [[1627.59, 704.51, 0.221], [1743.247, 820.718, 0.239], [1954.356, 974.622, 0.27], [1682.124, 823.985, 0.25]]
D: [[1859.848, 855.57, 0.227], [1677.344, 943.885, 0.289], [1603.535, 883.7, 0.263], [2177.549, 800.573, 0.251]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[405.086, 1259.825, 0.988], [341.109, 1024.661, 1.196], [400.072, 1270.26, 0.973], [361.016, 1307.675, 1.222]]
B: [[493.579, 972.185, 0.834], [476.692, 1075.558, 0.912], [401.433, 969.577, 0.981], [403.596, 1269.671, 1.032]]
C: [[431.9, 1414.092, 1.036], [482.304, 1353.899, 0.879], [441.439, 1311.735, 0.916], [400.616, 1079.275, 1.136]]
D: [[417.374, 1192.132, 0.961], [416.718, 1192.286, 1.011], [416.058, 1192.412, 1.061], [415.392, 1192.512, 1.111]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[326.56, 1024.467, 0.519], [375.34, 1251.894, 0.454], [324.82, 1119.168, 0.508], [372.44, 1074.004, 0.7]]
B: [[446.37, 1235.831, 0.437], [419.37, 934.045, 0.644], [380.01, 1072.298, 0.649], [417.35, 1264.432, 0.693]]
C: [[438.81, 1043.645, 0.444], [435.77, 1350.631, 0.617], [421.85, 1208.417, 0.602], [334.9, 991.841, 0.557]]
D: [[387.52, 1143.568, 0.508], [387.52, 1143.568, 0.541], [387.52, 1143.568, 0.575], [387.52, 1143.568, 0.608]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[482.206, 1161.483, 0.923], [362.768, 1002.877, 1.176], [464.329, 933.744, 1.058], [365.042, 1087.466, 0.59]]
B: [[395.933, 960.032, 0.91], [390.823, 1104.508, 1.171], [437.592, 1073.569, 0.945], [481.154, 1034.808, 0.54]]
C: [[418.967, 1094.306, 1.038], [418.951, 1094.348, 1.008], [418.987, 1094.368, 1.068], [418.873, 1094.555, 0.56]]
D: [[425.42, 1279.316, 1.07], [448.65, 1259.388, 1.115], [445.464, 1156.231, 1.185], [492.603, 965.675, 0.64]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[2133.097, 774.816, 1.225], [1748.933, 832.577, 1.031], [1567.379, 834.66, 1.265], [1502.433, 691.935, 1.105]]
B: [[1806.535, 861.266, 1.066], [1807.133, 859.654, 1.066], [1807.563, 858.13, 1.066], [1807.849, 856.657, 1.021]]
C: [[2099.2, 882.41, 1.014], [2094.1, 791.51, 0.857], [1724.174, 770.83, 0.904], [1636.953, 895.976, 1.042]]
D: [[1853.024, 785.737, 0.887], [1793.267, 868.356, 1.224], [1854.012, 828.75, 1.266], [2127.184, 793.379, 1.141]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1039.96, 1235.697, 1.849], [1056.893, 1292.385, 1.963], [1073.252, 1262.199, 2.07], [1057.534, 1122.452, 1.706]]
B: [[1248.78, 1187.636, 2.366], [1189.102, 1066.566, 2.081], [1235.361, 1032.631, 1.92], [1111.357, 1241.726, 2.171]]
C: [[1147.17, 1172.553, 1.994], [1344.188, 1301.314, 1.937], [974.406, 1174.168, 1.55], [1159.003, 1238.282, 2.257]]
D: [[1181.87, 1122.359, 2.116], [1185.363, 1119.943, 2.248], [1188.856, 1117.528, 1.93], [1192.349, 1115.113, 1.954]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[407.79, 1169.713, 1.047], [438.535, 914.451, 0.817], [474.944, 1174.579, 0.711], [407.788, 1311.155, 0.697]]
B: [[411.096, 1097.949, 1.026], [411.096, 1097.949, 0.806], [411.096, 1097.949, 0.756], [411.181, 1097.914, 0.706]]
C: [[380.059, 1294.905, 1.061], [462.302, 957.203, 0.843], [360.056, 1036.95, 0.635], [377.308, 1174.326, 0.803]]
D: [[453.527, 1100.533, 1.002], [399.919, 928.877, 0.842], [458.797, 1077.795, 0.803], [333.443, 1294.271, 0.8]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[377.184, 977.334, 0.742], [375.911, 1030.014, 0.731], [428.729, 1127.517, 0.56], [402.816, 1027.37, 0.555]]
B: [[447.851, 943.564, 0.851], [507.44, 1079.2, 0.691], [496.497, 1228.261, 0.42], [422.118, 1234.56, 0.566]]
C: [[427.284, 1091.127, 0.774], [427.286, 1091.126, 0.707], [427.292, 1091.122, 0.507], [427.294, 1091.12, 0.628]]
D: [[480.047, 995.531, 0.924], [418.676, 923.092, 0.59], [412.858, 1042.957, 0.421], [343.915, 1040.26, 0.623]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1470.303, 1200.503, -0.117], [1211.565, 906.028, -0.109], [1265.671, 860.24, -0.139], [1225.185, 861.066, -0.166]]
B: [[1121.534, 848.02, -0.101], [1300.088, 882.168, -0.116], [1372.338, 987.41, -0.161], [1121.468, 1062.994, -0.117]]
C: [[1239.215, 1012.078, -0.106], [1239.169, 1012.039, -0.126], [1239.146, 1012.02, -0.136], [1239.123, 1012.001, -0.146]]
D: [[1353.598, 917.259, -0.096], [1218.603, 1014.25, -0.105], [1110.323, 1116.23, -0.13], [1224.972, 1200.395, -0.138]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[390.311, 1121.642, 0.818], [389.934, 1120.974, 0.748], [389.624, 1120.4, 0.778], [389.38, 1119.804, 0.858]]
B: [[315.313, 963.621, 0.732], [377.113, 912.889, 0.734], [351.418, 1317.0, 0.875], [422.52, 1203.28, 0.858]]
C: [[416.232, 1151.901, 0.879], [421.322, 1109.197, 0.81], [452.884, 1049.1, 0.63], [415.15, 1098.518, 0.99]]
D: [[432.466, 1326.016, 0.887], [398.73, 1272.899, 0.773], [453.388, 964.3, 0.838], [398.14, 1308.497, 0.972]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[288.389, 823.36, 1.04], [243.336, 770.263, 1.17], [329.163, 556.194, 0.924], [278.167, 724.049, 1.175]]
B: [[303.148, 635.853, 0.872], [255.423, 572.035, 1.073], [262.191, 559.079, 0.89], [295.029, 679.27, 0.862]]
C: [[250.538, 640.039, 0.892], [355.139, 799.298, 1.133], [280.545, 705.593, 1.08], [285.606, 739.161, 1.054]]
D: [[301.073, 691.921, 1.008], [300.166, 690.701, 1.008], [299.259, 689.481, 1.008], [298.351, 688.262, 1.008]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[374.966, 918.231, 1.798], [317.815, 1228.212, 1.721], [398.89, 875.569, 1.814], [428.79, 1016.473, 1.875]]
B: [[360.439, 1086.932, 1.56], [381.745, 1179.649, 1.447], [395.985, 1168.142, 1.848], [396.108, 960.271, 1.709]]
C: [[358.757, 1084.221, 1.582], [358.757, 1084.221, 1.575], [358.757, 1084.221, 1.585], [358.757, 1084.221, 1.664]]
D: [[320.557, 873.472, 1.863], [409.377, 874.584, 1.304], [376.574, 953.049, 1.86], [336.743, 903.665, 1.608]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[2192.318, 842.128, 0.202], [2028.569, 1002.104, 0.362], [1823.353, 915.088, 0.434], [1848.897, 1015.376, 0.66]]
B: [[2200.193, 887.932, 0.279], [2035.641, 762.88, 0.308], [1865.863, 809.786, 0.584], [1497.967, 1016.346, 0.579]]
C: [[1842.467, 871.854, 0.249], [1837.266, 871.727, 0.362], [1831.484, 871.587, 0.487], [1825.702, 871.447, 0.612]]
D: [[1510.791, 938.627, 0.271], [1853.106, 942.739, 0.426], [1927.734, 739.554, 0.479], [1666.087, 996.74, 0.708]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[342.032, 761.086, -0.593], [347.646, 679.25, -0.401], [364.231, 569.092, -0.328], [289.053, 634.842, -0.205]]
B: [[301.298, 665.695, -0.633], [284.255, 584.96, -0.505], [255.024, 783.231, -0.315], [245.543, 830.729, -0.175]]
C: [[311.284, 836.779, -0.649], [370.864, 573.4, -0.497], [360.873, 715.839, -0.301], [249.474, 613.179, -0.21]]
D: [[312.445, 705.589, -0.612], [310.539, 703.33, -0.479], [308.633, 701.071, -0.346], [306.729, 698.815, -0.214]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[363.209, 1123.747, 1.102], [363.143, 1123.593, 1.085], [363.102, 1123.498, 1.068], [363.137, 1123.58, 1.052]]
B: [[378.885, 1276.718, 1.19], [435.59, 1222.123, 1.009], [430.113, 989.283, 1.158], [375.367, 990.91, 0.956]]
C: [[413.521, 1104.065, 1.115], [428.494, 917.554, 1.251], [320.18, 1021.737, 0.933], [318.09, 1005.13, 1.022]]
D: [[427.259, 1339.216, 1.291], [315.569, 1079.127, 0.936], [304.042, 1194.504, 1.038], [323.022, 982.56, 0.905]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1333.186, 1040.597, 0.635], [1333.186, 1040.597, 0.635], [1333.186, 1040.597, 0.635], [1333.186, 1040.597, 0.635]]
B: [[1514.635, 950.684, 0.564], [1066.743, 1156.105, 0.658], [1204.49, 1019.642, 0.74], [1089.793, 1017.943, 0.569]]
C: [[1321.867, 926.129, 0.741], [1261.374, 1241.754, 0.725], [1359.131, 1028.017, 0.564], [1440.895, 941.11, 0.737]]
D: [[1471.054, 874.495, 0.591], [1148.049, 1089.103, 0.508], [1489.63, 929.92, 0.603], [1503.98, 1037.54, 0.682]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[587.007, 1451.429, 1.011], [592.203, 1759.483, 1.117], [647.108, 1795.963, 1.03], [638.355, 1540.243, 0.93]]
B: [[640.141, 1888.738, 0.846], [726.767, 1525.298, 0.951], [759.989, 1292.629, 0.84], [736.789, 1660.505, 0.979]]
C: [[666.472, 1849.208, 0.854], [731.041, 1481.554, 0.835], [803.226, 1800.553, 1.04], [593.45, 1762.889, 1.042]]
D: [[671.323, 1578.674, 0.957], [671.316, 1578.671, 0.964], [671.308, 1578.668, 0.97], [671.301, 1578.665, 0.976]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[291.787, 679.069, -0.469], [277.905, 732.394, -0.336], [252.638, 766.267, -0.161], [332.611, 636.857, -0.009]]
B: [[309.014, 658.598, -0.45], [335.072, 790.615, -0.333], [250.147, 699.934, -0.154], [283.681, 656.435, -0.007]]
C: [[307.569, 699.998, -0.459], [305.228, 697.097, -0.309], [302.888, 694.195, -0.159], [300.547, 691.293, -0.008]]
D: [[306.127, 672.26, -0.442], [332.611, 777.126, -0.361], [293.54, 777.55, -0.16], [277.878, 827.191, -0.008]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[410.021, 1418.263, 1.006], [335.263, 1143.6, 0.762], [373.402, 1388.34, 1.144], [360.742, 1297.733, 1.1]]
B: [[401.282, 1193.478, 0.862], [402.619, 1193.23, 0.782], [404.132, 1193.11, 1.001], [405.307, 1192.971, 1.1]]
C: [[476.438, 1152.023, 0.752], [338.739, 1127.79, 0.816], [436.589, 1274.03, 1.097], [419.84, 1106.209, 1.0]]
D: [[421.529, 1380.4, 0.797], [464.928, 1028.31, 0.794], [411.148, 983.52, 1.058], [384.373, 1245.097, 1.2]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[720.915, 1310.639, 0.073], [578.541, 1908.08, -0.015], [537.43, 1833.644, 0.24], [531.48, 1353.149, 0.504]]
B: [[621.807, 1622.951, 0.061], [622.306, 1622.44, -0.014], [623.24, 1621.439, 0.236], [623.71, 1620.935, 0.436]]
C: [[724.675, 1443.65, 0.065], [727.047, 1304.33, -0.013], [681.05, 1445.626, 0.193], [593.86, 1727.459, 0.372]]
D: [[667.376, 1736.543, 0.069], [736.258, 1753.41, -0.016], [704.18, 1743.04, 0.25], [644.2, 1366.127, 0.492]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[2009.229, 1014.34, 0.361], [1586.06, 754.207, 0.245], [2016.84, 904.343, 0.311], [2259.58, 852.389, 0.226]]
B: [[1902.189, 877.268, 0.309], [1902.179, 877.284, 0.296], [1902.17, 877.299, 0.284], [1902.16, 877.315, 0.271]]
C: [[1742.017, 880.394, 0.345], [2183.098, 837.873, 0.305], [2257.96, 877.436, 0.227], [1592.71, 1021.048, 0.257]]
D: [[1584.307, 954.942, 0.354], [1730.467, 891.446, 0.254], [1805.84, 870.388, 0.252], [2140.35, 875.505, 0.278]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[318.894, 1055.632, 0.551], [364.825, 1096.642, 0.53], [434.434, 1265.049, 0.623], [381.624, 937.181, 0.532]]
B: [[473.765, 1023.067, 0.591], [358.411, 1214.0, 0.58], [399.844, 969.318, 0.568], [346.878, 1295.895, 0.701]]
C: [[396.557, 1112.412, 0.545], [396.557, 1112.412, 0.57], [396.557, 1112.412, 0.595], [396.559, 1112.411, 0.612]]
D: [[448.687, 1322.501, 0.469], [405.927, 1315.306, 0.58], [394.036, 899.204, 0.523], [445.892, 1047.925, 0.674]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[616.635, 1647.01, 0.068], [712.669, 1327.311, 0.03], [653.979, 1570.408, -0.012], [669.754, 1866.231, 0.168]]
B: [[575.735, 1633.265, 0.067], [652.707, 1894.197, 0.04], [585.605, 1401.243, -0.011], [517.999, 1818.195, 0.152]]
C: [[619.603, 1624.655, 0.071], [620.215, 1624.227, 0.03], [620.828, 1623.798, -0.012], [621.449, 1623.383, 0.146]]
D: [[697.585, 1370.261, 0.08], [634.839, 1685.003, 0.02], [620.085, 1806.807, -0.014], [537.801, 1756.717, 0.169]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[321.608, 1134.254, 0.47], [376.579, 1092.364, 0.561], [328.646, 1331.008, 0.5], [429.422, 1013.513, 0.542]]
B: [[366.01, 1353.528, 0.41], [346.536, 1032.294, 0.437], [456.295, 1314.242, 0.49], [462.86, 1106.077, 0.501]]
C: [[394.87, 1020.543, 0.46], [447.385, 1022.557, 0.479], [328.398, 1293.308, 0.63], [370.045, 1320.086, 0.474]]
D: [[395.651, 1160.538, 0.51], [395.651, 1160.538, 0.535], [395.651, 1160.538, 0.56], [395.651, 1160.538, 0.585]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[705.601, 1670.358, 1.653], [759.064, 1611.115, 1.64], [821.344, 1702.722, 1.626], [808.425, 1696.718, 1.401]]
B: [[729.457, 1296.83, 1.225], [673.831, 1849.549, 1.6], [822.222, 1475.002, 1.59], [568.262, 1723.288, 1.529]]
C: [[780.777, 1370.477, 1.602], [703.571, 1274.284, 1.37], [714.428, 1801.829, 1.419], [746.711, 1436.885, 1.447]]
D: [[710.384, 1565.299, 1.507], [708.536, 1567.037, 1.44], [706.623, 1568.784, 1.524], [704.701, 1570.522, 1.457]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[320.577, 1284.53, 0.932], [414.562, 975.368, 0.94], [402.331, 1119.979, 0.929], [395.463, 906.274, 0.959]]
B: [[360.972, 1107.73, 0.916], [361.016, 1107.522, 0.816], [361.016, 1107.522, 0.816], [360.975, 1107.716, 1.016]]
C: [[398.669, 1187.71, 1.007], [399.141, 1252.975, 0.956], [420.325, 1170.467, 0.694], [429.664, 938.089, 1.209]]
D: [[297.101, 1040.56, 0.77], [316.568, 1235.213, 0.681], [321.404, 1279.995, 0.669], [348.852, 1148.111, 0.837]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[438.16, 1086.715, 0.696], [438.167, 1086.722, 0.834], [438.221, 1086.776, 0.858], [438.222, 1086.778, 0.851]]
B: [[507.3, 1112.979, 0.562], [428.69, 1220.639, 0.948], [389.443, 1140.615, 0.714], [399.989, 1095.621, 0.887]]
C: [[354.14, 1079.897, 0.71], [359.261, 923.891, 0.834], [367.923, 883.883, 0.807], [495.344, 1285.646, 0.707]]
D: [[403.04, 1151.47, 0.76], [405.751, 1286.822, 0.742], [364.368, 898.997, 0.983], [413.957, 1207.042, 0.986]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1355.191, 1159.351, -0.246], [1395.66, 1152.84, -0.228], [1240.863, 981.042, -0.233], [1262.588, 994.473, -0.268]]
B: [[1217.511, 1111.827, -0.25], [1078.13, 1020.65, -0.204], [1571.618, 1018.832, -0.231], [1379.544, 1182.701, -0.209]]
C: [[1345.406, 1027.941, -0.246], [1345.406, 1027.941, -0.246], [1345.406, 1027.941, -0.246], [1345.406, 1027.941, -0.246]]
D: [[1421.753, 850.708, -0.231], [1362.386, 1149.899, -0.264], [1385.927, 906.596, -0.27], [1544.629, 853.12, -0.225]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1187.979, 1094.431, 0.392], [1347.424, 1034.148, 0.436], [1538.003, 902.017, 0.373], [1212.196, 1182.796, 0.356]]
B: [[1108.77, 1168.85, 0.455], [1257.172, 1008.091, 0.364], [1442.783, 1234.413, 0.459], [1312.575, 918.52, 0.361]]
C: [[1079.007, 1042.862, 0.339], [1523.203, 1091.192, 0.449], [1147.362, 1204.835, 0.348], [1308.995, 1207.074, 0.355]]
D: [[1335.042, 1037.999, 0.407], [1335.042, 1037.999, 0.407], [1335.042, 1037.999, 0.407], [1335.042, 1037.999, 0.407]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[390.593, 1112.966, 0.519], [390.606, 1112.958, 0.557], [390.618, 1112.95, 0.594], [390.631, 1112.942, 0.632]]
B: [[391.396, 942.794, 0.438], [401.44, 920.349, 0.468], [426.581, 916.13, 0.599], [338.619, 1261.56, 0.586]]
C: [[374.135, 1327.311, 0.499], [345.631, 969.283, 0.639], [364.128, 913.86, 0.609], [339.45, 1013.046, 0.638]]
D: [[447.459, 924.256, 0.485], [384.158, 1293.211, 0.601], [467.686, 901.08, 0.57], [450.581, 1198.823, 0.72]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1529.469, 775.588, 0.372], [1793.42, 970.233, 0.339], [2009.523, 974.973, 0.358], [1610.13, 949.492, 0.279]]
B: [[1591.041, 893.016, 0.43], [1803.48, 918.619, 0.324], [1586.65, 1006.415, 0.274], [2124.951, 926.48, 0.338]]
C: [[1905.651, 875.006, 0.371], [1905.64, 875.027, 0.347], [1905.629, 875.048, 0.323], [1905.617, 875.069, 0.299]]
D: [[1763.75, 935.01, 0.421], [2101.6, 837.057, 0.378], [1529.348, 1031.722, 0.334], [1741.729, 804.694, 0.321]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1102.52, 1189.44, 1.15], [1247.531, 856.838, 0.847], [1591.837, 1070.296, 0.973], [1281.673, 1018.706, 0.914]]
B: [[1378.756, 954.378, 1.005], [1282.349, 1065.012, 1.03], [1288.645, 985.253, 1.088], [1368.77, 1206.494, 1.161]]
C: [[1330.066, 1046.334, 0.969], [1330.066, 1046.334, 0.969], [1330.066, 1046.334, 0.969], [1330.066, 1046.334, 0.969]]
D: [[1490.554, 938.979, 1.093], [1292.466, 1009.582, 0.816], [1257.859, 968.601, 0.966], [1535.083, 927.732, 1.127]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[417.399, 1193.55, 0.994], [416.858, 1193.723, 1.044], [416.129, 1193.95, 1.119], [415.49, 1194.12, 1.144]]
B: [[409.271, 1043.71, 0.802], [478.793, 1282.181, 1.098], [347.872, 1358.99, 1.243], [485.83, 1248.86, 0.927]]
C: [[335.7, 1322.48, 1.133], [434.978, 1371.089, 0.975], [462.262, 1332.7, 0.913], [375.81, 1227.16, 1.032]]
D: [[403.098, 1282.9, 0.834], [475.947, 968.443, 0.984], [492.927, 1029.78, 1.321], [332.54, 962.76, 1.165]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1542.554, 1185.251, 1.339], [1408.096, 1145.054, 1.499], [1475.525, 890.578, 1.509], [1249.888, 965.619, 1.875]]
B: [[1536.937, 1095.924, 1.505], [1199.25, 1245.415, 1.478], [1539.555, 1123.021, 1.621], [1138.513, 1047.666, 1.622]]
C: [[1308.987, 1052.606, 1.402], [1310.095, 1053.915, 1.502], [1311.245, 1055.225, 1.598], [1312.378, 1056.412, 1.693]]
D: [[1455.025, 1135.652, 1.649], [1113.162, 854.503, 1.292], [1160.009, 1154.438, 1.809], [1412.034, 1067.9, 1.717]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1136.4, 1251.375, 0.964], [1098.34, 926.608, 0.962], [1167.04, 1063.589, 0.748], [1241.17, 957.965, 0.728]]
B: [[1133.35, 933.225, 0.869], [1467.73, 1116.69, 0.711], [1336.16, 1216.158, 0.757], [1461.61, 1223.596, 0.736]]
C: [[1339.79, 1239.08, 0.933], [1509.78, 946.412, 0.694], [1165.99, 1097.514, 0.848], [1235.1, 968.837, 0.75]]
D: [[1264.56, 1079.653, 0.835], [1264.56, 1079.653, 0.836], [1264.56, 1079.653, 0.837], [1264.56, 1079.653, 0.837]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[352.109, 1115.839, 0.635], [352.109, 1115.839, 0.814], [352.109, 1115.839, 0.993], [352.109, 1115.839, 0.801]]
B: [[403.261, 1293.127, 0.727], [350.132, 1278.347, 0.888], [358.28, 1088.995, 1.055], [317.737, 1172.102, 0.72]]
C: [[293.311, 1012.839, 0.541], [366.92, 1035.95, 0.854], [356.294, 946.374, 0.819], [390.703, 900.089, 0.781]]
D: [[318.426, 1207.534, 0.602], [341.429, 1071.396, 0.779], [376.574, 1288.812, 1.059], [313.83, 1243.677, 0.781]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[405.833, 996.81, 0.95], [355.845, 1117.198, 1.04], [354.65, 947.797, 0.81], [358.045, 1006.86, 0.9]]
B: [[464.397, 1283.6, 0.75], [328.65, 936.28, 0.941], [365.855, 941.15, 0.91], [332.144, 978.284, 0.89]]
C: [[390.721, 1120.16, 0.88], [390.397, 1119.603, 0.905], [390.144, 1119.015, 0.93], [389.874, 1118.388, 1.08]]
D: [[338.901, 1032.25, 0.92], [452.113, 1110.634, 1.086], [401.774, 1235.48, 1.09], [348.321, 1273.502, 1.06]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[310.056, 702.514, -0.534], [308.348, 700.438, -0.379], [306.644, 698.366, -0.226], [299.451, 689.618, 0.29]]
B: [[311.979, 810.175, -0.565], [260.058, 694.023, -0.342], [272.393, 835.115, -0.249], [357.323, 587.99, 0.25]]
C: [[344.874, 770.786, -0.524], [341.8, 753.476, -0.452], [326.128, 633.003, -0.265], [319.66, 701.069, 0.24]]
D: [[365.685, 814.947, -0.568], [301.272, 761.237, -0.383], [347.211, 755.567, -0.186], [320.282, 634.704, 0.25]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[410.458, 1100.432, 0.572], [415.671, 1229.197, 0.401], [335.629, 978.571, 0.674], [395.098, 1300.552, 0.478]]
B: [[401.269, 1173.484, 0.482], [401.265, 1173.449, 0.482], [401.261, 1173.415, 0.582], [401.213, 1173.399, 0.569]]
C: [[344.262, 1103.389, 0.405], [334.337, 967.834, 0.523], [322.213, 1142.996, 0.661], [438.778, 1322.064, 0.463]]
D: [[444.209, 1082.14, 0.539], [424.03, 1030.374, 0.393], [373.133, 1212.622, 0.685], [326.49, 1003.549, 0.642]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1266.882, 1077.846, 0.755], [1266.882, 1077.846, 0.755], [1266.882, 1077.846, 0.755], [1266.882, 1077.846, 0.755]]
B: [[1271.739, 1048.404, 0.906], [1320.835, 1026.02, 0.819], [1396.815, 1235.0, 0.773], [1277.754, 1106.806, 0.618]]
C: [[1317.337, 1260.195, 0.841], [1225.296, 1191.372, 0.797], [1170.961, 1158.338, 0.874], [1386.483, 1261.547, 0.715]]
D: [[1218.794, 899.374, 0.833], [1062.39, 1230.912, 0.743], [1031.716, 1194.236, 0.798], [1438.585, 1159.315, 0.751]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1416.446, 917.476, 0.369], [1133.347, 1173.31, 0.385], [1116.37, 899.476, 0.388], [1512.12, 1114.073, 0.426]]
B: [[1278.607, 1028.824, 0.314], [1281.473, 1031.847, 0.364], [1285.19, 1035.681, 0.414], [1288.26, 1038.767, 0.464]]
C: [[1110.832, 1041.63, 0.259], [1144.062, 983.891, 0.355], [1120.76, 991.772, 0.443], [1528.04, 941.905, 0.384]]
D: [[1057.696, 870.984, 0.36], [1077.37, 1211.58, 0.316], [1049.97, 1110.459, 0.384], [1427.8, 977.845, 0.531]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[617.725, 1759.21, -0.3], [551.267, 1929.565, -0.167], [709.584, 1522.655, -0.14], [704.467, 1583.292, -0.112]]
B: [[650.737, 1625.23, -0.3], [651.288, 1624.989, -0.175], [651.844, 1624.758, -0.15], [652.374, 1624.474, -0.125]]
C: [[757.657, 1791.25, -0.3], [596.205, 1710.113, -0.196], [594.666, 1578.119, -0.17], [645.182, 1918.374, -0.147]]
D: [[672.039, 1335.14, -0.3], [676.19, 1821.439, -0.205], [711.246, 1830.07, -0.17], [653.306, 1617.612, -0.115]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[437.74, 1143.27, 0.674], [451.18, 1139.1, 0.835], [366.614, 1128.63, 0.978], [348.424, 1174.882, 0.985]]
B: [[462.69, 887.14, 0.851], [342.59, 1042.19, 0.759], [433.546, 1124.124, 0.983], [359.663, 1221.9, 0.894]]
C: [[398.14, 1103.34, 0.828], [398.08, 1103.37, 0.834], [398.005, 1103.406, 0.891], [398.065, 1103.387, 0.875]]
D: [[378.04, 1027.98, 0.775], [428.89, 1003.86, 0.777], [374.706, 954.311, 1.028], [402.006, 1268.493, 0.732]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[312.42, 996.53, 0.734], [392.368, 1071.586, 1.006], [362.03, 997.691, 1.059], [395.055, 894.894, 0.96]]
B: [[292.47, 1178.83, 0.536], [385.591, 1223.459, 0.952], [347.65, 1157.122, 1.11], [325.064, 1035.946, 1.008]]
C: [[424.62, 956.05, 0.586], [414.477, 1277.953, 1.04], [360.719, 916.865, 1.121], [431.128, 1236.879, 1.07]]
D: [[364.33, 1100.33, 0.667], [364.332, 1100.333, 0.879], [364.336, 1100.342, 1.067], [364.336, 1100.342, 0.917]]


Question: Given a sequence of RGB and LiDAR depth images capturing object motion over time, please track the movement of the object outlined in the RGB images. In the LiDAR depth images, LiDAR points were projected back to the corresponding RGB images. The output should be in the format of a sequence of 3D positions, i.e., [x, y, z], which represents the gravity center of the 3D bounding boxes in meters of the obejct, with respect to the global coordinate system.

Context:
Your task is to track the movement of objects in 3D space across multiple frames.
Select from the following choices.
A: [[1802.663, 947.701, 0.425], [1936.882, 764.775, 0.32], [1669.337, 970.661, 0.35], [2083.327, 843.762, 0.422]]
B: [[1895.725, 877.102, 0.355], [1895.725, 877.102, 0.34], [1895.725, 877.102, 0.39], [1895.773, 877.087, 0.415]]
C: [[2260.495, 1033.212, 0.352], [1682.669, 730.505, 0.36], [1808.702, 968.32, 0.35], [2274.387, 847.273, 0.38]]
D: [[2228.008, 726.803, 0.308], [1759.634, 872.261, 0.3], [2044.819, 846.131, 0.41], [2237.11, 733.52, 0.386]]


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bed
B: cabinet
C: bin
D: sink


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: box
B: sink
C: cabinet
D: shelf


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: cabinet
C: bag
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: box
B: sink
C: chair
D: shelf


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: chair
B: sofa
C: bed
D: cabinet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bag
B: cabinet
C: desk
D: sink


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: desk
B: cabinet
C: shelf
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: sink
C: bag
D: bin


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: bed
C: bin
D: display


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: sofa
C: sink
D: bag


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bed
B: shelf
C: door
D: cabinet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: desk
B: chair
C: sofa
D: toilet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: bed
C: shelf
D: cabinet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: shelf
B: cabinet
C: desk
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: bed
C: shelf
D: box


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bed
B: chair
C: cabinet
D: sofa


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: bag
C: cabinet
D: door


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: cabinet
C: table
D: pillow


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: table
B: sink
C: bed
D: cabinet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: bag
C: sink
D: box


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: sink
C: shelf
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sofa
B: cabinet
C: chair
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: cabinet
C: bed
D: display


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: display
B: shelf
C: bin
D: cabinet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: bed
C: display
D: shelf


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bed
B: pillow
C: chair
D: desk


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: pillow
B: shelf
C: sink
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: bed
C: shelf
D: table


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: bed
C: bag
D: sink


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: shelf
B: cabinet
C: sofa
D: desk


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: chair
C: door
D: pillow


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: chair
B: display
C: bed
D: sofa


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: pillow
B: sofa
C: cabinet
D: toilet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: cabinet
C: table
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: cabinet
B: bag
C: sink
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bed
B: cabinet
C: bin
D: sink


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: cabinet
C: door
D: bag


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: display
B: cabinet
C: sink
D: bed


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bed
B: sink
C: cabinet
D: bag


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sofa
B: cabinet
C: bed
D: shelf


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: desk
C: shelf
D: cabinet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: cabinet
C: bed
D: table


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: display
B: table
C: bed
D: cabinet


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: sink
B: bed
C: cabinet
D: shelf


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: shelf
B: bed
C: cabinet
D: door


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: bag
B: sink
C: cabinet
D: table


Question: What is the category of the point cloud based on the multi-view of the point cloud?

Context:
Select from the following choices.
A: display
B: toilet
C: chair
D: table