[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 6 objects detected in the scene: Object 0 bbox: [272, 137, 298, 153]
Object 1 bbox: [273, 138, 299, 147]
Object 2 bbox: [154, 159, 144, 97]
Object 3 bbox: [564, 164, 75, 73]
Object 4 bbox: [90, 174, 73, 68]
Object 5 bbox: [45, 178, 53, 55]

[Assistant]
create("mesh/0.glb", loc=(-0.172, -2.266, 0.017), rot=(0.001, 0.016, -2.791), scale=1.153, des="train_(railroad_vehicle)")
create("mesh/1.glb", loc=(-0.179, -2.261, 0.012), rot=(-0.005, 0.012, -2.794), scale=1.162, des="freight_car")
create("mesh/2.glb", loc=(0.294, -3.373, 0.032), rot=(-0.014, -0.014, 0.459), scale=1.048, des="freight_car")
create("mesh/3.glb", loc=(-0.901, -2.903, 0.041), rot=(-0.001, 0.069, -2.798), scale=0.792, des="train_(railroad_vehicle)")
create("mesh/4.glb", loc=(0.823, -4.323, 0.011), rot=(-0.012, 0.019, 0.439), scale=0.725, des="freight_car")
create("mesh/5.glb", loc=(1.258, -5.114, 0.0), rot=(0.006, -0.025, 2.139), scale=0.659, des="freight_car")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [12, 57, 560, 303]

[Assistant] create("mesh/0.glb", loc=(-0.024, -1.196, -0.022), rot=(0.201, -0.237, 1.78), scale=0.832, des="motorcycle")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [152, 137, 273, 448]
Object 1 bbox: [16, 65, 194, 426]
Object 2 bbox: [298, 74, 109, 30]

[Assistant]
create("mesh/0.glb", loc=(-0.186, -1.722, -0.036), rot=(-0.081, 0.365, 2.49), scale=0.952, des="elephant")
create("mesh/1.glb", loc=(0.193, -2.318, 0.12), rot=(-0.047, 0.497, 2.855), scale=1.144, des="elephant")
create("mesh/2.glb", loc=(-0.728, -5.492, 1.093), rot=(-0.648, -0.569, -1.535), scale=0.552, des="log")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [344, 300, 291, 264]
Object 1 bbox: [157, 301, 231, 238]

[Assistant]
create("mesh/0.glb", loc=(-0.131, -1.06, -0.119), rot=(0.034, -0.121, 1.213), scale=0.227, des="goat")
create("mesh/1.glb", loc=(0.025, -1.155, -0.122), rot=(0.008, -0.004, -0.329), scale=0.194, des="goat")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [192, 0, 30, 640]
Object 1 bbox: [343, 0, 17, 297]
Object 2 bbox: [272, 0, 11, 257]
Object 3 bbox: [99, 298, 116, 111]

[Assistant]
create("mesh/0.glb", loc=(-0.02, -1.251, -0.09), rot=(-0.109, 3.104, -0.196), scale=1.169, des="pole")
create("mesh/1.glb", loc=(-0.31, -1.836, 0.308), rot=(0.014, 3.123, -0.217), scale=0.797, des="pole")
create("mesh/2.glb", loc=(-0.137, -1.675, 0.332), rot=(-0.262, -0.389, -2.113), scale=0.579, des="pole")
create("mesh/3.glb", loc=(0.056, -1.359, -0.051), rot=(0.675, -2.037, 1.911), scale=0.203, des="strap")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [227, 24, 303, 359]
Object 1 bbox: [189, 159, 83, 298]

[Assistant]
create("mesh/0.glb", loc=(-0.28, -1.923, 0.109), rot=(-1.64, -1.735, 0.631), scale=0.971, des="ski")
create("mesh/1.glb", loc=(0.055, -1.947, -0.032), rot=(0.683, 2.098, -2.195), scale=0.538, des="ski_pole")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 11 objects detected in the scene: Object 0 bbox: [0, 0, 322, 206]
Object 1 bbox: [288, 266, 256, 213]
Object 2 bbox: [183, 166, 166, 79]
Object 3 bbox: [149, 298, 129, 92]
Object 4 bbox: [270, 134, 75, 58]
Object 5 bbox: [270, 134, 75, 57]
Object 6 bbox: [0, 165, 102, 67]
Object 7 bbox: [549, 230, 61, 73]
Object 8 bbox: [86, 239, 96, 55]
Object 9 bbox: [86, 239, 96, 55]
Object 10 bbox: [228, 267, 61, 43]

[Assistant]
create("mesh/0.glb", loc=(0.523, -1.96, 0.518), rot=(0.008, -1.276, -2.73), scale=1.008, des="television_set")
create("mesh/1.glb", loc=(-0.196, -1.288, -0.255), rot=(-0.369, 0.663, 2.027), scale=0.579, des="computer_keyboard")
create("mesh/2.glb", loc=(0.152, -1.673, 0.11), rot=(-0.865, -0.07, -0.508), scale=0.44, des="computer_keyboard")
create("mesh/3.glb", loc=(0.241, -1.4, -0.229), rot=(-0.143, 0.947, 2.296), scale=0.331, des="computer_keyboard")
create("mesh/4.glb", loc=(0.03, -1.769, 0.222), rot=(-0.025, 1.498, 2.174), scale=0.251, des="control")
create("mesh/5.glb", loc=(0.03, -1.767, 0.221), rot=(-0.05, 1.509, 2.162), scale=0.248, des="remote_control")
create("mesh/6.glb", loc=(0.841, -1.845, 0.139), rot=(-0.319, -0.652, -2.377), scale=0.316, des="toy")
create("mesh/7.glb", loc=(-0.633, -1.419, -0.074), rot=(-0.893, -2.714, 1.024), scale=0.183, des="speaker_(stero_equipment)")
create("mesh/8.glb", loc=(0.508, -1.642, -0.065), rot=(-0.282, 0.72, 2.189), scale=0.255, des="control")
create("mesh/9.glb", loc=(0.513, -1.643, -0.071), rot=(-0.294, 0.757, 2.185), scale=0.252, des="remote_control")
create("mesh/10.glb", loc=(0.154, -1.52, -0.12), rot=(1.22, -2.474, 0.71), scale=0.167, des="cellular_telephone")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [320, 0, 36, 266]
Object 1 bbox: [223, 84, 57, 58]

[Assistant]
create("mesh/0.glb", loc=(-0.216, -0.669, -0.01), rot=(-0.473, -3.034, -0.027), scale=0.487, des="telephone_pole")
create("mesh/1.glb", loc=(-0.073, -0.679, 0.024), rot=(0.243, -3.105, 0.071), scale=0.1, des="stop_sign")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [72, 61, 68, 132]
Object 1 bbox: [58, 199, 79, 138]
Object 2 bbox: [477, 0, 22, 58]

[Assistant]
create("mesh/0.glb", loc=(0.455, -1.68, 0.181), rot=(0.166, -1.054, -2.92), scale=0.41, des="bottle")
create("mesh/1.glb", loc=(0.429, -1.579, -0.195), rot=(0.052, -0.97, -2.948), scale=0.584, des="scissors")
create("mesh/2.glb", loc=(-1.136, -2.424, 0.687), rot=(0.165, -2.431, -1.931), scale=0.235, des="iPod")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [0, 82, 149, 145]
Object 1 bbox: [577, 160, 62, 105]

[Assistant]
create("mesh/0.glb", loc=(0.615, -1.452, 0.067), rot=(-0.058, -0.047, -1.842), scale=0.59, des="school_bus")
create("mesh/1.glb", loc=(-0.233, -0.458, -0.024), rot=(-0.022, -0.197, 2.943), scale=0.089, des="backpack")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [66, 33, 412, 366]
Object 1 bbox: [434, 179, 205, 150]
Object 2 bbox: [223, 359, 125, 66]
Object 3 bbox: [382, 334, 112, 43]

[Assistant]
create("mesh/0.glb", loc=(0.011, -1.076, -0.052), rot=(0.023, -0.061, 2.254), scale=0.432, des="flower_arrangement")
create("mesh/1.glb", loc=(-0.559, -3.818, -0.167), rot=(-0.867, -0.543, -1.085), scale=0.546, des="pillow")
create("mesh/2.glb", loc=(-0.006, -1.112, -0.328), rot=(-0.465, -0.411, -1.334), scale=0.153, des="vase")
create("mesh/3.glb", loc=(-0.33, -3.301, -0.422), rot=(0.014, -0.117, 2.209), scale=0.405, des="pillow")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [315, 311, 140, 94]

[Assistant] create("mesh/0.glb", loc=(-0.088, -0.836, -0.067), rot=(-1.166, 1.1, 1.195), scale=0.129, des="cellular_telephone")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [84, 210, 179, 189]
Object 1 bbox: [86, 319, 171, 65]
Object 2 bbox: [154, 111, 65, 27]
Object 3 bbox: [150, 191, 57, 26]

[Assistant]
create("mesh/0.glb", loc=(0.052, -1.921, -0.184), rot=(0.013, -0.154, -3.128), scale=0.699, des="television_set")
create("mesh/1.glb", loc=(0.055, -1.918, -0.357), rot=(-0.028, 0.201, 3.111), scale=0.59, des="speaker_(stero_equipment)")
create("mesh/2.glb", loc=(-0.007, -1.864, 0.447), rot=(0.01, -0.174, -3.105), scale=0.213, des="stereo_(sound_system)")
create("mesh/3.glb", loc=(0.026, -1.85, 0.167), rot=(-0.027, 0.157, 3.13), scale=0.194, des="speaker_(stero_equipment)")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [316, 291, 93, 119]
Object 1 bbox: [298, 285, 101, 128]

[Assistant]
create("mesh/0.glb", loc=(-0.054, -1.014, -0.186), rot=(0.208, 0.794, 0.393), scale=0.282, des="tennis_racket")
create("mesh/1.glb", loc=(-0.07, -1.02, -0.183), rot=(0.128, -0.852, 0.332), scale=0.273, des="tennis_racket")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [61, 33, 125, 226]

[Assistant] create("mesh/0.glb", loc=(0.3, -1.186, 0.092), rot=(-0.089, -0.047, -1.744), scale=0.389, des="earphone")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [160, 192, 231, 445]

[Assistant] create("mesh/0.glb", loc=(-0.072, -0.903, -0.111), rot=(-0.801, 0.08, 0.254), scale=0.779, des="water_ski")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 6 objects detected in the scene: Object 0 bbox: [124, 31, 238, 240]
Object 1 bbox: [207, 254, 206, 176]
Object 2 bbox: [82, 500, 64, 139]
Object 3 bbox: [115, 440, 46, 87]
Object 4 bbox: [277, 384, 43, 69]
Object 5 bbox: [410, 414, 52, 62]

[Assistant]
create("mesh/0.glb", loc=(-0.014, -2.34, 0.55), rot=(-0.009, -0.262, -3.1), scale=0.793, des="clock")
create("mesh/1.glb", loc=(-0.113, -1.164, -0.055), rot=(0.024, -0.214, -2.443), scale=0.325, des="flower_arrangement")
create("mesh/2.glb", loc=(0.119, -0.853, -0.382), rot=(-0.113, -0.214, -1.565), scale=0.287, des="chair")
create("mesh/3.glb", loc=(0.145, -1.139, -0.271), rot=(-0.214, -0.29, -1.423), scale=0.141, des="chair")
create("mesh/4.glb", loc=(-0.103, -1.209, -0.158), rot=(0.01, -0.18, -3.079), scale=0.125, des="vase")
create("mesh/5.glb", loc=(-0.394, -1.409, -0.291), rot=(-0.209, 0.086, 1.927), scale=0.243, des="chair")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [467, 209, 95, 93]

[Assistant] create("mesh/0.glb", loc=(-0.684, -2.472, 0.156), rot=(-1.389, -0.827, -1.43), scale=0.389, des="kite")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [116, 24, 134, 129]
Object 1 bbox: [184, 152, 38, 391]
Object 2 bbox: [99, 331, 15, 221]
Object 3 bbox: [307, 330, 14, 209]

[Assistant]
create("mesh/0.glb", loc=(0.044, -0.67, 0.2), rot=(2.99, 0.546, 0.038), scale=0.137, des="stop_sign")
create("mesh/1.glb", loc=(0.031, -0.662, -0.017), rot=(0.074, -0.178, 3.095), scale=0.402, des="pole")
create("mesh/2.glb", loc=(0.11, -0.634, -0.099), rot=(-0.031, -0.035, -1.743), scale=0.188, des="pole")
create("mesh/3.glb", loc=(-0.071, -0.671, -0.102), rot=(-0.011, 0.032, -2.366), scale=0.184, des="pole")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 10 objects detected in the scene: Object 0 bbox: [0, 0, 348, 82]
Object 1 bbox: [29, 34, 334, 117]
Object 2 bbox: [347, 0, 152, 107]
Object 3 bbox: [1, 155, 282, 57]
Object 4 bbox: [206, 94, 55, 237]
Object 5 bbox: [0, 295, 211, 36]
Object 6 bbox: [296, 125, 111, 75]
Object 7 bbox: [22, 122, 265, 50]
Object 8 bbox: [258, 107, 42, 215]
Object 9 bbox: [171, 209, 232, 76]

[Assistant]
create("mesh/0.glb", loc=(0.163, -2.83, 0.452), rot=(-1.592, -0.901, -1.4), scale=1.831, des="surfboard")
create("mesh/1.glb", loc=(0.01, -3.196, 0.204), rot=(1.121, 1.56, -1.219), scale=1.776, des="surfboard")
create("mesh/2.glb", loc=(-0.397, -1.678, 0.222), rot=(1.61, 0.901, 1.765), scale=0.362, des="trash_can")
create("mesh/3.glb", loc=(0.3, -3.516, -0.191), rot=(1.295, 1.422, -1.186), scale=1.764, des="surfboard")
create("mesh/4.glb", loc=(0.016, -1.46, -0.136), rot=(0.831, 0.632, -1.248), scale=0.674, des="surfboard")
create("mesh/5.glb", loc=(0.668, -4.042, -0.886), rot=(1.301, 1.307, -1.13), scale=1.493, des="surfboard")
create("mesh/6.glb", loc=(-0.188, -1.581, -0.024), rot=(-1.212, -1.216, -0.891), scale=0.181, des="towel")
create("mesh/7.glb", loc=(0.348, -3.341, 0.049), rot=(-1.191, 1.444, 1.158), scale=1.252, des="surfboard")
create("mesh/8.glb", loc=(-0.059, -1.585, -0.116), rot=(0.023, -0.271, 1.915), scale=0.464, des="surfboard")
create("mesh/9.glb", loc=(-0.199, -4.176, -0.494), rot=(0.598, -1.233, 1.282), scale=1.293, des="mop")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [1, 112, 421, 527]
Object 1 bbox: [74, 144, 281, 412]

[Assistant]
create("mesh/0.glb", loc=(-0.149, -1.319, -0.21), rot=(0.003, 0.122, -3.058), scale=4.292, des="bench")
create("mesh/1.glb", loc=(-0.014, -1.713, -0.03), rot=(0.031, 0.109, -2.556), scale=0.638, des="cat")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [177, 458, 147, 67]

[Assistant] create("mesh/0.glb", loc=(-0.026, -0.968, -0.341), rot=(0.491, -3.045, 0.365), scale=0.291, des="bow-tie")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 9 objects detected in the scene: Object 0 bbox: [405, 179, 91, 93]
Object 1 bbox: [312, 196, 95, 93]
Object 2 bbox: [482, 197, 106, 88]
Object 3 bbox: [138, 203, 94, 74]
Object 4 bbox: [483, 290, 68, 71]
Object 5 bbox: [199, 194, 96, 242]
Object 6 bbox: [225, 245, 71, 69]
Object 7 bbox: [390, 227, 17, 216]
Object 8 bbox: [283, 192, 56, 82]

[Assistant]
create("mesh/0.glb", loc=(-0.184, -0.618, 0.019), rot=(0.041, -0.142, 2.994), scale=0.166, des="ski_parka")
create("mesh/1.glb", loc=(-0.063, -0.62, -0.014), rot=(0.029, -0.259, 3.125), scale=0.144, des="ski_parka")
create("mesh/2.glb", loc=(-0.301, -0.604, -0.042), rot=(-0.461, -0.387, 3.076), scale=0.231, des="ski_parka")
create("mesh/3.glb", loc=(0.172, -0.619, -0.012), rot=(-0.138, 0.093, -0.347), scale=0.166, des="ski_parka")
create("mesh/4.glb", loc=(-0.249, -0.55, -0.11), rot=(-0.017, -0.356, 3.024), scale=0.093, des="ski_parka")
create("mesh/5.glb", loc=(0.08, -0.57, -0.114), rot=(0.351, -1.55, -1.852), scale=0.371, des="ski")
create("mesh/6.glb", loc=(0.074, -0.615, -0.063), rot=(0.396, 0.442, -2.887), scale=0.157, des="ski_parka")
create("mesh/7.glb", loc=(-0.098, -0.517, -0.136), rot=(-0.136, -2.234, 2.202), scale=0.294, des="ski")
create("mesh/8.glb", loc=(0.009, -0.654, 0.004), rot=(0.157, -0.458, -2.799), scale=0.149, des="ski_parka")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [270, 163, 299, 89]
Object 1 bbox: [554, 42, 84, 124]
Object 2 bbox: [297, 136, 342, 82]
Object 3 bbox: [0, 44, 58, 120]

[Assistant]
create("mesh/0.glb", loc=(-0.258, -1.217, -0.174), rot=(-0.239, 0.084, 0.677), scale=0.769, des="blanket")
create("mesh/1.glb", loc=(-1.156, -2.003, 0.03), rot=(0.046, 0.104, 3.01), scale=0.664, des="headboard")
create("mesh/2.glb", loc=(-0.396, -1.536, -0.169), rot=(-0.173, -0.041, -1.552), scale=1.045, des="blanket")
create("mesh/3.glb", loc=(0.95, -1.532, 0.005), rot=(-0.082, -0.129, -2.591), scale=0.567, des="headboard")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [45, 0, 19, 336]
Object 1 bbox: [533, 52, 32, 215]

[Assistant]
create("mesh/0.glb", loc=(0.505, -0.964, 0.097), rot=(-0.099, -0.05, -0.334), scale=0.621, des="streetlight")
create("mesh/1.glb", loc=(-0.86, -1.803, 0.163), rot=(-0.032, 0.002, 1.275), scale=0.828, des="streetlight")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 8 objects detected in the scene: Object 0 bbox: [88, 30, 270, 214]
Object 1 bbox: [0, 267, 612, 157]
Object 2 bbox: [53, 218, 284, 206]
Object 3 bbox: [285, 185, 215, 174]
Object 4 bbox: [59, 222, 162, 153]
Object 5 bbox: [286, 187, 132, 119]
Object 6 bbox: [301, 275, 197, 85]
Object 7 bbox: [142, 330, 122, 64]

[Assistant]
create("mesh/0.glb", loc=(0.172, -2.087, 0.178), rot=(-0.123, -0.269, -2.455), scale=0.801, des="monitor_(computer_equipment) computer_monitor")
create("mesh/1.glb", loc=(0.225, -1.838, -0.469), rot=(-1.006, 2.898, -0.67), scale=1.741, des="desk")
create("mesh/2.glb", loc=(0.21, -1.802, -0.196), rot=(-0.24, -0.296, -2.025), scale=0.433, des="laptop_computer")
create("mesh/3.glb", loc=(-0.182, -1.948, -0.121), rot=(-0.119, -0.29, -2.525), scale=0.425, des="laptop_computer")
create("mesh/4.glb", loc=(0.328, -1.77, -0.155), rot=(-0.407, -0.048, -2.04), scale=0.329, des="monitor_(computer_equipment) computer_monitor")
create("mesh/5.glb", loc=(-0.106, -1.962, -0.078), rot=(-0.179, -0.266, -2.698), scale=0.326, des="monitor_(computer_equipment) computer_monitor")
create("mesh/6.glb", loc=(-0.194, -1.974, -0.23), rot=(-0.132, -0.409, -2.578), scale=0.38, des="computer_keyboard")
create("mesh/7.glb", loc=(0.215, -1.772, -0.294), rot=(-0.221, -0.405, -2.086), scale=0.238, des="computer_keyboard")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 5 objects detected in the scene: Object 0 bbox: [148, 213, 164, 201]
Object 1 bbox: [106, 230, 215, 182]
Object 2 bbox: [425, 223, 120, 102]
Object 3 bbox: [320, 171, 114, 123]
Object 4 bbox: [426, 299, 41, 54]

[Assistant]
create("mesh/0.glb", loc=(0.108, -1.19, -0.154), rot=(0.392, -0.039, -2.709), scale=0.349, des="dress")
create("mesh/1.glb", loc=(0.141, -1.124, -0.215), rot=(-0.07, 0.025, -1.351), scale=0.452, des="chair")
create("mesh/2.glb", loc=(-0.294, -1.328, -0.095), rot=(0.034, -0.019, 2.999), scale=0.228, des="birthday_cake")
create("mesh/3.glb", loc=(-0.221, -2.176, -0.19), rot=(-0.083, 0.061, 0.85), scale=0.688, des="chair")
create("mesh/4.glb", loc=(-0.202, -1.151, -0.186), rot=(0.0, 0.017, -3.109), scale=0.075, des="cup")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [42, 371, 223, 55]

[Assistant] create("mesh/0.glb", loc=(0.189, -1.491, -0.24), rot=(0.09, -0.014, 0.164), scale=0.245, des="projector")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 7 objects detected in the scene: Object 0 bbox: [85, 351, 239, 132]
Object 1 bbox: [166, 219, 78, 111]
Object 2 bbox: [202, 454, 88, 69]
Object 3 bbox: [77, 299, 67, 68]
Object 4 bbox: [0, 368, 110, 53]
Object 5 bbox: [368, 242, 45, 43]
Object 6 bbox: [347, 284, 36, 58]

[Assistant]
create("mesh/0.glb", loc=(-0.072, -1.667, -0.462), rot=(-0.125, -0.413, -2.814), scale=1.286, des="sofa")
create("mesh/1.glb", loc=(-0.045, -1.878, 0.25), rot=(-0.08, -0.213, -2.694), scale=0.713, des="painting")
create("mesh/2.glb", loc=(-0.143, -1.003, -0.573), rot=(-0.164, -0.346, -2.761), scale=0.278, des="tablecloth")
create("mesh/3.glb", loc=(0.536, -1.703, -0.082), rot=(-0.216, -0.097, -2.628), scale=0.42, des="painting")
create("mesh/4.glb", loc=(0.731, -1.494, -0.413), rot=(-0.233, -0.073, -0.715), scale=0.49, des="tablecloth")
create("mesh/5.glb", loc=(-1.186, -1.864, 0.333), rot=(-0.262, 0.158, 1.956), scale=0.283, des="painting")
create("mesh/6.glb", loc=(-1.1, -2.034, 0.04), rot=(-0.223, 0.007, 1.865), scale=0.366, des="painting")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [0, 233, 330, 246]
Object 1 bbox: [0, 92, 64, 103]
Object 2 bbox: [364, 205, 56, 93]

[Assistant]
create("mesh/0.glb", loc=(0.306, -1.423, -0.184), rot=(-0.053, -0.16, -1.999), scale=0.957, des="sofa")
create("mesh/1.glb", loc=(0.529, -1.104, 0.137), rot=(-0.028, -0.081, -1.862), scale=0.225, des="table_lamp")
create("mesh/2.glb", loc=(-0.277, -2.997, -0.057), rot=(-0.021, 0.173, 2.993), scale=0.821, des="bed")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [203, 97, 71, 151]
Object 1 bbox: [202, 234, 83, 84]
Object 2 bbox: [322, 148, 58, 71]

[Assistant]
create("mesh/0.glb", loc=(0.089, -1.502, 0.059), rot=(-0.006, 0.111, -1.253), scale=0.186, des="jersey")
create("mesh/1.glb", loc=(0.082, -1.48, -0.072), rot=(0.046, 0.042, -1.184), scale=0.128, des="short_pants")
create("mesh/2.glb", loc=(-0.062, -1.521, 0.039), rot=(0.542, 1.773, -0.062), scale=0.14, des="tennis_racket")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [83, 113, 224, 80]
Object 1 bbox: [410, 137, 61, 57]

[Assistant]
create("mesh/0.glb", loc=(0.235, -2.421, 0.118), rot=(-0.295, -0.141, -0.558), scale=0.829, des="surfboard")
create("mesh/1.glb", loc=(-0.255, -2.086, 0.094), rot=(-0.465, 0.453, 1.182), scale=0.249, des="swimsuit")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [576, 258, 59, 115]
Object 1 bbox: [283, 310, 56, 77]
Object 2 bbox: [277, 238, 48, 45]

[Assistant]
create("mesh/0.glb", loc=(-0.392, -0.435, -0.134), rot=(0.409, -0.243, 1.031), scale=0.154, des="wall_socket")
create("mesh/1.glb", loc=(0.016, -2.384, -1.129), rot=(-3.01, 0.066, -0.033), scale=0.506, des="stove")
create("mesh/2.glb", loc=(0.105, -2.775, -0.425), rot=(0.118, -0.422, 2.463), scale=0.485, des="microwave_oven")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [18, 136, 283, 181]
Object 1 bbox: [295, 141, 162, 166]
Object 2 bbox: [439, 0, 13, 240]

[Assistant]
create("mesh/0.glb", loc=(0.856, -3.889, -0.079), rot=(0.015, -0.027, 0.3), scale=3.704, des="train_(railroad_vehicle)")
create("mesh/1.glb", loc=(-0.226, -3.504, 0.048), rot=(-0.012, 0.037, -2.977), scale=1.782, des="train_(railroad_vehicle)")
create("mesh/2.glb", loc=(-0.608, -3.615, 0.364), rot=(0.059, 0.045, -1.875), scale=1.361, des="telephone_pole")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 35 objects detected in the scene: Object 0 bbox: [147, 34, 112, 272]
Object 1 bbox: [68, 342, 145, 137]
Object 2 bbox: [305, 280, 115, 199]
Object 3 bbox: [198, 347, 103, 131]
Object 4 bbox: [517, 370, 86, 108]
Object 5 bbox: [0, 312, 97, 149]
Object 6 bbox: [330, 296, 110, 116]
Object 7 bbox: [20, 160, 82, 152]
Object 8 bbox: [62, 328, 73, 94]
Object 9 bbox: [195, 266, 81, 134]
Object 10 bbox: [0, 391, 71, 88]
Object 11 bbox: [405, 397, 75, 81]
Object 12 bbox: [334, 73, 47, 158]
Object 13 bbox: [465, 327, 73, 116]
Object 14 bbox: [314, 369, 98, 110]
Object 15 bbox: [189, 0, 72, 92]
Object 16 bbox: [393, 338, 81, 105]
Object 17 bbox: [266, 264, 73, 135]
Object 18 bbox: [523, 330, 100, 103]
Object 19 bbox: [250, 358, 75, 120]
Object 20 bbox: [463, 398, 55, 79]
Object 21 bbox: [120, 293, 62, 101]
Object 22 bbox: [474, 247, 76, 152]
Object 23 bbox: [137, 341, 77, 111]
Object 24 bbox: [530, 185, 54, 78]
Object 25 bbox: [0, 280, 49, 107]
Object 26 bbox: [420, 90, 51, 83]
Object 27 bbox: [583, 421, 56, 58]
Object 28 bbox: [578, 168, 61, 110]
Object 29 bbox: [247, 195, 49, 109]
Object 30 bbox: [604, 192, 34, 98]
Object 31 bbox: [88, 182, 53, 122]
Object 32 bbox: [578, 315, 45, 93]
Object 33 bbox: [493, 172, 39, 79]
Object 34 bbox: [477, 147, 54, 83]

[Assistant]
create("mesh/0.glb", loc=(0.134, -1.302, 0.081), rot=(0.028, 0.051, -2.861), scale=0.365, des="person")
create("mesh/1.glb", loc=(0.096, -0.636, -0.126), rot=(0.406, -0.02, -2.565), scale=0.136, des="person")
create("mesh/2.glb", loc=(-0.038, -0.829, -0.134), rot=(0.424, 1.055, -2.428), scale=0.182, des="person")
create("mesh/3.glb", loc=(0.032, -0.648, -0.124), rot=(0.424, -0.217, -1.961), scale=0.122, des="person")
create("mesh/4.glb", loc=(-0.212, -0.866, -0.158), rot=(0.217, 0.509, -2.693), scale=0.103, des="person")
create("mesh/5.glb", loc=(0.171, -0.695, -0.106), rot=(-0.105, 0.559, -2.28), scale=0.107, des="person")
create("mesh/6.glb", loc=(-0.07, -0.922, -0.104), rot=(0.351, 0.034, -2.144), scale=0.155, des="person")
create("mesh/7.glb", loc=(0.291, -1.199, -0.004), rot=(-0.047, 0.805, -2.67), scale=0.212, des="person")
create("mesh/8.glb", loc=(0.152, -0.748, -0.102), rot=(-0.068, -0.057, -1.656), scale=0.076, des="person")
create("mesh/9.glb", loc=(0.066, -0.833, -0.1), rot=(0.782, -0.738, -2.478), scale=0.153, des="person")
create("mesh/10.glb", loc=(0.153, -0.596, -0.118), rot=(-0.008, 0.331, -2.106), scale=0.064, des="person")
create("mesh/11.glb", loc=(-0.092, -0.751, -0.158), rot=(0.454, 0.41, -2.935), scale=0.088, des="person")
create("mesh/12.glb", loc=(-0.066, -1.467, 0.121), rot=(-0.433, -0.045, 0.144), scale=0.341, des="flag")
create("mesh/13.glb", loc=(-0.171, -0.94, -0.131), rot=(-0.266, -0.32, 1.89), scale=0.105, des="person")
create("mesh/14.glb", loc=(-0.041, -0.619, -0.12), rot=(0.747, 0.084, -2.896), scale=0.104, des="person")
create("mesh/15.glb", loc=(0.597, -8.459, 1.331), rot=(-0.464, 2.932, -0.342), scale=1.0, des="banner")
create("mesh/16.glb", loc=(-0.115, -0.92, -0.14), rot=(0.377, 0.301, -2.823), scale=0.117, des="person")
create("mesh/17.glb", loc=(0.012, -0.94, -0.082), rot=(0.068, 0.924, -2.998), scale=0.121, des="person")
create("mesh/18.glb", loc=(-0.266, -1.034, -0.136), rot=(0.051, 0.015, -2.793), scale=0.117, des="person")
create("mesh/19.glb", loc=(0.014, -0.779, -0.129), rot=(0.169, 0.576, -2.9), scale=0.099, des="person")
create("mesh/20.glb", loc=(-0.134, -0.792, -0.156), rot=(0.022, 0.459, -2.519), scale=0.075, des="person")
create("mesh/21.glb", loc=(0.125, -0.802, -0.082), rot=(0.38, 0.355, -3.082), scale=0.081, des="person")
create("mesh/22.glb", loc=(-0.22, -1.106, -0.092), rot=(-0.573, 1.122, 1.856), scale=0.221, des="person")
create("mesh/23.glb", loc=(0.081, -0.644, -0.099), rot=(0.12, -2.239, -2.097), scale=0.056, des="turban")
create("mesh/24.glb", loc=(-0.482, -2.07, 0.008), rot=(-0.315, -0.345, 2.259), scale=0.222, des="person")
create("mesh/25.glb", loc=(0.219, -0.801, -0.077), rot=(0.149, -0.693, -2.88), scale=0.086, des="person")
create("mesh/26.glb", loc=(-0.334, -2.485, 0.229), rot=(-0.084, -0.918, 2.632), scale=0.269, des="person")
create("mesh/27.glb", loc=(-0.226, -0.716, -0.151), rot=(0.003, 0.083, -2.425), scale=0.101, des="person")
create("mesh/28.glb", loc=(-0.567, -1.942, 0.03), rot=(-0.589, 0.064, 2.767), scale=0.243, des="person")
create("mesh/29.glb", loc=(0.055, -1.37, -0.023), rot=(0.29, -0.373, -2.769), scale=0.169, des="person")
create("mesh/30.glb", loc=(-0.575, -1.905, -0.006), rot=(-0.053, 0.008, 2.967), scale=0.195, des="person")
create("mesh/31.glb", loc=(0.239, -1.32, -0.002), rot=(0.578, -1.183, 2.379), scale=0.176, des="person")
create("mesh/32.glb", loc=(-0.343, -1.226, -0.142), rot=(-0.045, -0.611, 3.063), scale=0.113, des="person")
create("mesh/33.glb", loc=(-0.432, -2.215, 0.034), rot=(-0.147, -0.687, 2.893), scale=0.204, des="person")
create("mesh/34.glb", loc=(-0.417, -2.254, 0.079), rot=(-0.088, -0.529, 2.786), scale=0.239, des="person")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [260, 193, 124, 85]

[Assistant] create("mesh/0.glb", loc=(-0.029, -4.447, -0.109), rot=(-0.29, -0.076, -1.71), scale=0.537, des="bird")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [255, 118, 196, 184]
Object 1 bbox: [255, 120, 195, 182]
Object 2 bbox: [82, 24, 160, 384]
Object 3 bbox: [442, 101, 62, 159]

[Assistant]
create("mesh/0.glb", loc=(-0.055, -1.104, 0.042), rot=(-0.085, -0.082, -1.732), scale=0.295, des="elephant")
create("mesh/1.glb", loc=(-0.054, -1.106, 0.041), rot=(-0.086, -0.081, -1.737), scale=0.295, des="statue_(sculpture)")
create("mesh/2.glb", loc=(0.143, -0.711, 0.015), rot=(-0.016, -0.028, -1.72), scale=0.35, des="statue_(sculpture)")
create("mesh/3.glb", loc=(-0.444, -2.165, 0.166), rot=(-0.186, -0.017, -0.242), scale=0.464, des="telephone_booth")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [42, 43, 320, 326]

[Assistant] create("mesh/0.glb", loc=(0.208, -1.955, 0.048), rot=(0.02, -0.435, 0.452), scale=0.82, des="boat")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 12 objects detected in the scene: Object 0 bbox: [115, 139, 187, 423]
Object 1 bbox: [327, 141, 179, 408]
Object 2 bbox: [396, 92, 212, 133]
Object 3 bbox: [438, 521, 173, 90]
Object 4 bbox: [0, 515, 175, 95]
Object 5 bbox: [415, 263, 196, 126]
Object 6 bbox: [6, 260, 176, 109]
Object 7 bbox: [0, 154, 164, 79]
Object 8 bbox: [4, 204, 148, 74]
Object 9 bbox: [488, 178, 120, 95]
Object 10 bbox: [123, 432, 68, 47]
Object 11 bbox: [269, 59, 47, 50]

[Assistant]
create("mesh/0.glb", loc=(0.287, -2.09, -0.152), rot=(0.051, 0.047, -3.104), scale=1.59, des="curtain")
create("mesh/1.glb", loc=(-0.381, -2.06, -0.124), rot=(0.433, -0.027, 2.938), scale=1.58, des="curtain")
create("mesh/2.glb", loc=(-0.466, -1.327, 0.311), rot=(0.653, 0.831, 2.945), scale=0.47, des="pillow")
create("mesh/3.glb", loc=(-0.729, -1.966, -0.755), rot=(0.006, 0.331, -3.041), scale=0.612, des="pillow")
create("mesh/4.glb", loc=(0.609, -1.883, -0.74), rot=(0.048, -0.285, -3.122), scale=0.457, des="pillow")
create("mesh/5.glb", loc=(-0.482, -1.513, -0.079), rot=(1.288, 1.682, 1.041), scale=1.32, des="mattress")
create("mesh/6.glb", loc=(0.463, -1.495, 0.001), rot=(2.281, 1.958, -0.059), scale=1.007, des="mattress")
create("mesh/7.glb", loc=(0.582, -1.579, 0.255), rot=(0.052, -0.167, -3.034), scale=0.51, des="pillow")
create("mesh/8.glb", loc=(0.567, -1.489, 0.12), rot=(2.972, -0.007, -0.086), scale=0.374, des="blanket")
create("mesh/9.glb", loc=(-0.555, -1.272, 0.132), rot=(0.461, 0.618, 0.412), scale=0.363, des="blanket")
create("mesh/10.glb", loc=(0.547, -2.439, -0.537), rot=(-3.119, -0.095, -0.018), scale=0.27, des="mattress")
create("mesh/11.glb", loc=(0.036, -2.208, 0.727), rot=(-1.208, -1.375, -1.233), scale=0.16, des="speaker_(stero_equipment)")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [0, 212, 293, 251]
Object 1 bbox: [292, 208, 114, 184]
Object 2 bbox: [221, 184, 47, 104]
Object 3 bbox: [429, 184, 44, 89]

[Assistant]
create("mesh/0.glb", loc=(0.237, -1.232, -0.124), rot=(0.039, 0.021, -1.682), scale=0.451, des="motor_scooter")
create("mesh/1.glb", loc=(-0.066, -1.622, -0.102), rot=(-0.076, -0.075, -1.614), scale=0.343, des="dress")
create("mesh/2.glb", loc=(0.173, -2.119, 0.009), rot=(0.006, 0.3, -2.85), scale=0.259, des="dress")
create("mesh/3.glb", loc=(-0.358, -2.401, 0.033), rot=(0.182, -0.016, -0.149), scale=0.265, des="dress")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [43, 154, 72, 66]

[Assistant] create("mesh/0.glb", loc=(0.423, -1.982, 0.045), rot=(-0.261, 0.398, 2.492), scale=0.153, des="wet_suit")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [135, 98, 471, 328]
Object 1 bbox: [513, 183, 126, 176]
Object 2 bbox: [286, 17, 75, 47]
Object 3 bbox: [524, 190, 115, 182]

[Assistant]
create("mesh/0.glb", loc=(-0.053, -1.73, -0.068), rot=(-0.418, 0.022, 0.977), scale=1.642, des="motorcycle")
create("mesh/1.glb", loc=(-0.473, -1.154, -0.091), rot=(-1.008, 0.266, -0.711), scale=0.368, des="plastic_bag")
create("mesh/2.glb", loc=(-0.019, -1.486, 0.34), rot=(-0.396, 0.164, 1.273), scale=0.17, des="helmet")
create("mesh/3.glb", loc=(-0.408, -1.191, -0.108), rot=(0.875, -2.402, 0.435), scale=0.272, des="strap")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 23 objects detected in the scene: Object 0 bbox: [105, 347, 49, 114]
Object 1 bbox: [389, 212, 61, 76]
Object 2 bbox: [450, 212, 51, 77]
Object 3 bbox: [501, 212, 52, 77]
Object 4 bbox: [342, 211, 48, 77]
Object 5 bbox: [204, 211, 48, 76]
Object 6 bbox: [251, 210, 46, 78]
Object 7 bbox: [32, 173, 32, 113]
Object 8 bbox: [297, 211, 45, 77]
Object 9 bbox: [42, 383, 35, 109]
Object 10 bbox: [241, 355, 48, 66]
Object 11 bbox: [194, 355, 48, 65]
Object 12 bbox: [64, 181, 28, 105]
Object 13 bbox: [75, 377, 31, 99]
Object 14 bbox: [171, 210, 33, 76]
Object 15 bbox: [553, 211, 32, 79]
Object 16 bbox: [19, 392, 22, 112]
Object 17 bbox: [289, 355, 48, 66]
Object 18 bbox: [91, 190, 23, 97]
Object 19 bbox: [385, 340, 64, 34]
Object 20 bbox: [67, 303, 73, 37]
Object 21 bbox: [67, 303, 73, 38]
Object 22 bbox: [115, 195, 21, 92]

[Assistant]
create("mesh/0.glb", loc=(0.638, -2.488, -0.351), rot=(-2.385, -1.916, -0.095), scale=0.366, des="cupboard")
create("mesh/1.glb", loc=(-0.488, -3.13, 0.21), rot=(0.003, 0.016, 3.073), scale=0.317, des="cupboard")
create("mesh/2.glb", loc=(-0.735, -3.123, 0.205), rot=(0.004, 0.014, 3.065), scale=0.301, des="cupboard")
create("mesh/3.glb", loc=(-0.938, -3.096, 0.207), rot=(-0.003, 0.004, 3.043), scale=0.298, des="cupboard")
create("mesh/4.glb", loc=(-0.267, -3.188, 0.226), rot=(-0.001, -0.013, 3.08), scale=0.309, des="cupboard")
create("mesh/5.glb", loc=(0.327, -3.256, 0.232), rot=(-0.235, -3.126, 0.07), scale=0.326, des="cupboard")
create("mesh/6.glb", loc=(0.12, -3.236, 0.231), rot=(-0.015, 0.003, 1.539), scale=0.328, des="cupboard")
create("mesh/7.glb", loc=(0.749, -2.133, 0.207), rot=(-0.011, -0.015, -1.635), scale=0.319, des="cupboard")
create("mesh/8.glb", loc=(-0.074, -3.194, 0.226), rot=(-0.071, -0.006, 0.05), scale=0.303, des="cupboard")
create("mesh/9.glb", loc=(0.727, -2.012, -0.392), rot=(-2.34, -2.078, 0.021), scale=0.272, des="cupboard")
create("mesh/10.glb", loc=(0.157, -3.124, -0.346), rot=(-0.004, -0.042, 3.116), scale=0.26, des="cupboard")
create("mesh/11.glb", loc=(0.354, -3.13, -0.356), rot=(-0.0, 0.038, -3.098), scale=0.259, des="cupboard")
create("mesh/12.glb", loc=(0.716, -2.324, 0.214), rot=(-0.017, -0.001, 1.482), scale=0.334, des="cupboard")
create("mesh/13.glb", loc=(0.699, -2.2, -0.386), rot=(0.009, 0.003, -1.837), scale=0.275, des="cupboard")
create("mesh/14.glb", loc=(0.505, -3.27, 0.244), rot=(-0.02, 0.003, -3.058), scale=0.308, des="cupboard")
create("mesh/15.glb", loc=(-1.095, -3.065, 0.203), rot=(-0.049, -0.028, -1.702), scale=0.311, des="cupboard")
create("mesh/16.glb", loc=(0.743, -1.911, -0.36), rot=(0.547, -3.073, 0.141), scale=0.289, des="cupboard")
create("mesh/17.glb", loc=(-0.066, -3.073, -0.4), rot=(-0.007, -0.05, 3.106), scale=0.297, des="cupboard")
create("mesh/18.glb", loc=(0.683, -2.518, 0.212), rot=(-0.004, -0.011, -1.669), scale=0.353, des="cupboard")
create("mesh/19.glb", loc=(-0.474, -3.057, -0.237), rot=(0.009, -0.029, 3.046), scale=0.241, des="dishwasher")
create("mesh/20.glb", loc=(0.709, -2.643, -0.064), rot=(-0.001, -0.0, -1.773), scale=0.264, des="microwave_oven")
create("mesh/21.glb", loc=(0.707, -2.648, -0.066), rot=(0.002, 0.005, -1.779), scale=0.265, des="toaster")
create("mesh/22.glb", loc=(0.659, -2.728, 0.22), rot=(-0.001, -0.005, -1.643), scale=0.354, des="cupboard")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [113, 136, 243, 185]
Object 1 bbox: [408, 193, 97, 84]
Object 2 bbox: [237, 97, 53, 168]

[Assistant]
create("mesh/0.glb", loc=(0.074, -1.679, -0.036), rot=(-0.009, -0.014, -1.323), scale=0.288, des="horse")
create("mesh/1.glb", loc=(-0.307, -3.133, -0.05), rot=(-0.097, -0.049, -1.119), scale=0.226, des="horse")
create("mesh/2.glb", loc=(0.041, -1.711, 0.022), rot=(-0.017, -0.04, -1.285), scale=0.186, des="person")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 28 objects detected in the scene: Object 0 bbox: [206, 314, 274, 165]
Object 1 bbox: [387, 52, 128, 153]
Object 2 bbox: [421, 297, 218, 71]
Object 3 bbox: [238, 409, 205, 69]
Object 4 bbox: [37, 216, 166, 72]
Object 5 bbox: [202, 172, 96, 56]
Object 6 bbox: [36, 352, 90, 49]
Object 7 bbox: [33, 353, 91, 48]
Object 8 bbox: [355, 4, 109, 66]
Object 9 bbox: [198, 281, 75, 70]
Object 10 bbox: [304, 277, 80, 80]
Object 11 bbox: [121, 281, 51, 103]
Object 12 bbox: [22, 104, 76, 104]
Object 13 bbox: [323, 287, 113, 75]
Object 14 bbox: [271, 284, 63, 71]
Object 15 bbox: [76, 284, 56, 69]
Object 16 bbox: [266, 122, 67, 75]
Object 17 bbox: [324, 99, 37, 104]
Object 18 bbox: [187, 301, 80, 81]
Object 19 bbox: [146, 165, 45, 74]
Object 20 bbox: [328, 253, 75, 46]
Object 21 bbox: [157, 258, 39, 159]
Object 22 bbox: [119, 112, 82, 33]
Object 23 bbox: [471, 130, 148, 76]
Object 24 bbox: [11, 94, 58, 140]
Object 25 bbox: [395, 213, 102, 30]
Object 26 bbox: [227, 1, 91, 66]
Object 27 bbox: [112, 78, 70, 29]

[Assistant]
create("mesh/0.glb", loc=(-0.032, -1.356, -0.455), rot=(-0.635, 0.766, 2.39), scale=0.832, des="tomato")
create("mesh/1.glb", loc=(-0.408, -1.631, 0.314), rot=(0.148, 1.695, 1.828), scale=0.633, des="onion")
create("mesh/2.glb", loc=(-0.628, -1.535, -0.239), rot=(-0.328, 0.327, 1.659), scale=0.673, des="tomato")
create("mesh/3.glb", loc=(-0.045, -1.211, -0.46), rot=(-0.115, -0.276, 1.539), scale=0.514, des="onion")
create("mesh/4.glb", loc=(0.538, -1.45, -0.052), rot=(-0.078, 1.369, 1.739), scale=0.554, des="onion")
create("mesh/5.glb", loc=(0.192, -1.577, 0.108), rot=(-0.717, 0.286, 0.897), scale=0.256, des="onion")
create("mesh/6.glb", loc=(0.61, -1.472, -0.37), rot=(-0.15, 0.825, 2.444), scale=0.232, des="ham")
create("mesh/7.glb", loc=(0.62, -1.447, -0.38), rot=(-0.412, 1.851, 1.32), scale=0.23, des="onion")
create("mesh/8.glb", loc=(-0.359, -2.134, 0.769), rot=(-0.623, 0.487, 2.107), scale=0.475, des="onion")
create("mesh/9.glb", loc=(0.188, -1.298, -0.178), rot=(0.161, -2.559, 1.698), scale=0.189, des="ham")
create("mesh/10.glb", loc=(-0.059, -1.318, -0.203), rot=(0.537, -1.627, 1.844), scale=0.199, des="ham")
create("mesh/11.glb", loc=(0.376, -1.23, -0.219), rot=(-1.249, -0.134, -0.001), scale=0.248, des="onion")
create("mesh/12.glb", loc=(0.764, -1.577, 0.209), rot=(-1.022, -0.66, -0.125), scale=0.375, des="onion")
create("mesh/13.glb", loc=(-0.145, -1.353, -0.212), rot=(0.724, 1.774, -1.417), scale=0.281, des="ham")
create("mesh/14.glb", loc=(0.038, -1.317, -0.201), rot=(1.153, 1.464, -2.372), scale=0.173, des="ham")
create("mesh/15.glb", loc=(0.585, -1.53, -0.229), rot=(-0.804, -0.569, -1.924), scale=0.247, des="tomato")
create("mesh/16.glb", loc=(0.05, -1.669, 0.238), rot=(-0.852, 1.086, 1.922), scale=0.303, des="onion")
create("mesh/17.glb", loc=(-0.077, -1.739, 0.276), rot=(-0.365, 1.034, 1.055), scale=0.42, des="ham")
create("mesh/18.glb", loc=(0.178, -1.22, -0.241), rot=(-0.409, 0.962, 2.524), scale=0.239, des="onion")
create("mesh/19.glb", loc=(0.442, -1.638, 0.102), rot=(-1.011, -1.279, -1.07), scale=0.216, des="ham")
create("mesh/20.glb", loc=(-0.121, -1.353, -0.106), rot=(0.869, 1.642, -1.573), scale=0.163, des="ham")
create("mesh/21.glb", loc=(0.316, -1.283, -0.221), rot=(-1.107, -0.618, 0.24), scale=0.376, des="onion")
create("mesh/22.glb", loc=(0.532, -1.897, 0.374), rot=(-0.306, 0.849, 1.8), scale=0.282, des="ham")
create("mesh/23.glb", loc=(-0.69, -1.566, 0.181), rot=(-1.166, -0.198, -0.686), scale=0.432, des="ham")
create("mesh/24.glb", loc=(0.806, -1.576, 0.212), rot=(0.435, -1.523, -2.409), scale=0.576, des="onion")
create("mesh/25.glb", loc=(-0.327, -1.377, 0.031), rot=(-0.127, -0.164, -1.401), scale=0.288, des="onion")
create("mesh/26.glb", loc=(0.164, -2.187, 0.793), rot=(-1.094, -0.01, -0.374), scale=0.45, des="tomato")
create("mesh/27.glb", loc=(0.601, -2.004, 0.524), rot=(-0.62, 0.987, 1.314), scale=0.282, des="ham")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [133, 456, 184, 183]
Object 1 bbox: [76, 470, 108, 169]
Object 2 bbox: [2, 390, 398, 43]

[Assistant]
create("mesh/0.glb", loc=(0.01, -0.433, -0.233), rot=(-0.207, 0.066, 0.217), scale=0.228, des="sweater")
create("mesh/1.glb", loc=(0.082, -0.411, -0.23), rot=(-0.151, -0.052, -1.067), scale=0.247, des="sweater")
create("mesh/2.glb", loc=(0.051, -0.932, -0.253), rot=(-0.042, 0.473, -2.947), scale=1.166, des="crossbar")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [284, 49, 215, 267]

[Assistant] create("mesh/0.glb", loc=(-0.375, -1.622, -0.063), rot=(0.011, -0.132, 2.769), scale=1.309, des="bus_(vehicle)")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [468, 106, 171, 225]

[Assistant] create("mesh/0.glb", loc=(-0.723, -1.634, -0.047), rot=(1.091, 0.983, -1.278), scale=0.668, des="airplane")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [102, 370, 81, 182]

[Assistant] create("mesh/0.glb", loc=(0.148, -1.036, -0.208), rot=(0.438, 0.315, -2.998), scale=0.269, des="wineglass")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 8 objects detected in the scene: Object 0 bbox: [0, 190, 341, 177]
Object 1 bbox: [321, 144, 297, 221]
Object 2 bbox: [372, 142, 243, 221]
Object 3 bbox: [92, 170, 63, 69]
Object 4 bbox: [258, 186, 80, 81]
Object 5 bbox: [195, 161, 66, 69]
Object 6 bbox: [0, 194, 53, 48]
Object 7 bbox: [194, 197, 51, 45]

[Assistant]
create("mesh/0.glb", loc=(0.226, -1.624, -0.089), rot=(-0.079, -0.031, 0.034), scale=0.481, des="horse_carriage")
create("mesh/1.glb", loc=(-0.235, -1.664, -0.072), rot=(-0.017, 0.003, -1.55), scale=0.458, des="horse")
create("mesh/2.glb", loc=(-0.306, -1.698, -0.086), rot=(-0.155, -0.051, -1.477), scale=0.39, des="horse")
create("mesh/3.glb", loc=(0.281, -1.607, -0.002), rot=(-0.172, -0.013, -1.521), scale=0.107, des="jacket")
create("mesh/4.glb", loc=(0.032, -1.688, -0.019), rot=(-0.276, 0.54, -1.759), scale=0.167, des="dog")
create("mesh/5.glb", loc=(0.122, -1.606, 0.019), rot=(-0.073, -0.141, -1.333), scale=0.101, des="jacket")
create("mesh/6.glb", loc=(0.412, -1.613, -0.013), rot=(-0.015, -0.002, -1.648), scale=0.107, des="bench")
create("mesh/7.glb", loc=(0.141, -1.597, -0.034), rot=(-0.028, -0.063, -1.544), scale=0.068, des="bench")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [180, 135, 284, 263]

[Assistant] create("mesh/0.glb", loc=(-0.008, -3.034, 0.007), rot=(-0.688, -0.214, 1.497), scale=0.547, des="bear")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [402, 34, 95, 501]

[Assistant] create("mesh/0.glb", loc=(-0.314, -1.892, 0.251), rot=(0.428, 1.311, 2.711), scale=1.811, des="baseball_bat")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [151, 238, 304, 123]

[Assistant] create("mesh/0.glb", loc=(0.004, -1.374, -0.11), rot=(0.166, 0.346, -3.053), scale=0.654, des="banana")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 8 objects detected in the scene: Object 0 bbox: [0, 249, 115, 179]
Object 1 bbox: [16, 152, 146, 88]
Object 2 bbox: [531, 174, 108, 61]
Object 3 bbox: [399, 168, 129, 44]
Object 4 bbox: [231, 155, 151, 46]
Object 5 bbox: [179, 167, 81, 43]
Object 6 bbox: [119, 165, 118, 110]
Object 7 bbox: [0, 92, 69, 52]

[Assistant]
create("mesh/0.glb", loc=(0.043, -0.292, -0.042), rot=(0.016, 0.088, -2.301), scale=0.047, des="trash_can")
create("mesh/1.glb", loc=(0.846, -3.867, 0.071), rot=(0.003, -0.033, 2.284), scale=0.59, des="umbrella")
create("mesh/2.glb", loc=(-0.985, -3.622, 0.002), rot=(-0.069, -0.044, -1.431), scale=0.497, des="umbrella")
create("mesh/3.glb", loc=(-0.543, -4.062, 0.088), rot=(-0.041, -0.055, 3.035), scale=0.568, des="umbrella")
create("mesh/4.glb", loc=(0.017, -3.919, 0.094), rot=(0.008, -0.091, 3.087), scale=0.6, des="umbrella")
create("mesh/5.glb", loc=(0.357, -4.147, 0.073), rot=(0.067, -0.006, 3.126), scale=0.471, des="umbrella")
create("mesh/6.glb", loc=(0.589, -4.59, -0.021), rot=(0.017, 0.0, -3.033), scale=0.48, des="umbrella")
create("mesh/7.glb", loc=(0.522, -1.838, 0.174), rot=(-0.07, -0.046, -2.198), scale=0.166, des="umbrella")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [68, 158, 228, 321]

[Assistant] create("mesh/0.glb", loc=(0.208, -2.525, -0.158), rot=(-0.146, -0.026, -2.98), scale=0.948, des="zebra")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [487, 154, 101, 105]
Object 1 bbox: [234, 66, 98, 56]
Object 2 bbox: [263, 421, 125, 28]

[Assistant]
create("mesh/0.glb", loc=(-0.174, -1.617, 0.018), rot=(0.266, -2.062, -2.292), scale=0.097, des="baseball_glove")
create("mesh/1.glb", loc=(0.031, -1.92, 0.142), rot=(0.048, -0.007, -2.481), scale=0.121, des="baseball_cap")
create("mesh/2.glb", loc=(-0.032, -1.875, -0.242), rot=(-0.066, 0.053, -3.118), scale=0.13, des="belt")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 8 objects detected in the scene: Object 0 bbox: [187, 252, 80, 73]
Object 1 bbox: [515, 224, 77, 57]
Object 2 bbox: [364, 181, 76, 96]
Object 3 bbox: [36, 180, 66, 84]
Object 4 bbox: [212, 214, 53, 51]
Object 5 bbox: [93, 178, 60, 53]
Object 6 bbox: [80, 122, 43, 74]
Object 7 bbox: [321, 165, 47, 69]

[Assistant]
create("mesh/0.glb", loc=(0.122, -1.293, -0.086), rot=(-0.202, 0.001, 0.094), scale=0.196, des="boat")
create("mesh/1.glb", loc=(-0.408, -1.659, -0.068), rot=(0.0, -0.022, 2.967), scale=0.294, des="boat")
create("mesh/2.glb", loc=(-0.153, -1.757, -0.021), rot=(0.013, 0.031, 3.135), scale=0.367, des="boat")
create("mesh/3.glb", loc=(0.476, -1.889, -0.009), rot=(-0.024, -0.037, -2.722), scale=0.361, des="boat")
create("mesh/4.glb", loc=(0.158, -1.883, -0.041), rot=(-0.012, 0.012, -3.044), scale=0.257, des="boat")
create("mesh/5.glb", loc=(0.521, -2.637, 0.022), rot=(-0.035, -0.057, -2.682), scale=0.339, des="boat")
create("mesh/6.glb", loc=(0.906, -4.112, 0.257), rot=(-0.256, -0.047, 0.117), scale=0.498, des="boat")
create("mesh/7.glb", loc=(-0.082, -2.443, 0.015), rot=(0.022, -0.123, -3.106), scale=0.323, des="boat")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 7 objects detected in the scene: Object 0 bbox: [44, 47, 299, 405]
Object 1 bbox: [302, 52, 337, 341]
Object 2 bbox: [43, 46, 263, 200]
Object 3 bbox: [55, 245, 271, 112]
Object 4 bbox: [7, 417, 537, 62]
Object 5 bbox: [496, 391, 143, 89]
Object 6 bbox: [557, 404, 82, 68]

[Assistant]
create("mesh/0.glb", loc=(0.263, -1.226, 0.046), rot=(0.065, -1.318, -2.592), scale=0.793, des="laptop_computer")
create("mesh/1.glb", loc=(-0.382, -1.773, 0.047), rot=(-0.378, -3.088, 0.407), scale=0.901, des="monitor_(computer_equipment) computer_monitor")
create("mesh/2.glb", loc=(0.278, -1.455, 0.135), rot=(3.11, 0.269, -0.082), scale=0.574, des="monitor_(computer_equipment) computer_monitor")
create("mesh/3.glb", loc=(0.243, -1.384, -0.114), rot=(0.117, -1.526, -2.47), scale=0.523, des="computer_keyboard")
create("mesh/4.glb", loc=(0.076, -1.28, -0.404), rot=(-0.017, 0.924, -2.727), scale=1.075, des="computer_keyboard")
create("mesh/5.glb", loc=(-0.555, -1.396, -0.432), rot=(2.709, 0.884, -0.145), scale=0.295, des="mousepad")
create("mesh/6.glb", loc=(-0.576, -1.111, -0.36), rot=(-0.268, 0.068, 0.264), scale=0.232, des="mouse_(computer_equipment)")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 5 objects detected in the scene: Object 0 bbox: [98, 48, 226, 591]
Object 1 bbox: [0, 371, 179, 268]
Object 2 bbox: [337, 465, 142, 174]
Object 3 bbox: [399, 303, 48, 138]
Object 4 bbox: [209, 75, 49, 43]

[Assistant]
create("mesh/0.glb", loc=(0.073, -1.928, -0.066), rot=(0.017, 0.04, -2.507), scale=1.605, des="refrigerator")
create("mesh/1.glb", loc=(0.427, -1.445, -0.422), rot=(0.037, 0.215, -2.51), scale=0.745, des="sofa")
create("mesh/2.glb", loc=(-0.459, -1.375, -0.579), rot=(0.024, -0.295, 2.904), scale=0.905, des="sofa")
create("mesh/3.glb", loc=(-0.548, -2.062, -0.233), rot=(0.015, 0.092, -2.797), scale=0.606, des="lamp")
create("mesh/4.glb", loc=(0.004, -1.687, 0.523), rot=(-0.105, 0.062, 0.715), scale=0.137, des="magnet")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 10 objects detected in the scene: Object 0 bbox: [237, 126, 143, 165]
Object 1 bbox: [127, 511, 87, 127]
Object 2 bbox: [1, 75, 90, 98]
Object 3 bbox: [142, 95, 132, 69]
Object 4 bbox: [121, 1, 116, 39]
Object 5 bbox: [140, 26, 164, 54]
Object 6 bbox: [177, 106, 96, 53]
Object 7 bbox: [121, 20, 163, 68]
Object 8 bbox: [293, 71, 61, 49]
Object 9 bbox: [105, 95, 68, 46]

[Assistant]
create("mesh/0.glb", loc=(-0.388, -2.424, 0.229), rot=(-1.276, -0.547, -0.266), scale=1.027, des="envelope")
create("mesh/1.glb", loc=(0.036, -1.416, -0.449), rot=(-0.141, 0.524, -2.811), scale=0.375, des="necktie")
create("mesh/2.glb", loc=(0.648, -3.374, 0.829), rot=(0.801, 2.429, -1.074), scale=0.411, des="book")
create("mesh/3.glb", loc=(-0.062, -2.877, 0.607), rot=(1.835, -2.086, 0.918), scale=0.54, des="book")
create("mesh/4.glb", loc=(-0.016, -2.44, 0.898), rot=(0.298, 2.974, -0.35), scale=0.374, des="book")
create("mesh/5.glb", loc=(-0.161, -2.525, 0.875), rot=(-0.043, -0.71, -1.91), scale=0.516, des="book")
create("mesh/6.glb", loc=(-0.127, -2.773, 0.63), rot=(1.291, 2.195, -0.209), scale=0.334, des="envelope")
create("mesh/7.glb", loc=(-0.032, -2.359, 0.793), rot=(0.15, 2.716, 0.507), scale=0.523, des="book")
create("mesh/8.glb", loc=(-0.419, -2.364, 0.648), rot=(-2.841, 0.194, -0.647), scale=0.16, des="box")
create("mesh/9.glb", loc=(0.192, -3.171, 0.775), rot=(1.247, 2.216, -0.976), scale=0.256, des="book")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 62 objects detected in the scene: Object 0 bbox: [358, 0, 220, 250]
Object 1 bbox: [93, 65, 154, 244]
Object 2 bbox: [90, 64, 158, 249]
Object 3 bbox: [91, 64, 155, 245]
Object 4 bbox: [359, 0, 217, 170]
Object 5 bbox: [173, 78, 156, 251]
Object 6 bbox: [337, 226, 249, 135]
Object 7 bbox: [337, 229, 248, 132]
Object 8 bbox: [270, 181, 168, 154]
Object 9 bbox: [109, 224, 144, 202]
Object 10 bbox: [541, 0, 97, 239]
Object 11 bbox: [269, 180, 170, 146]
Object 12 bbox: [541, 0, 96, 184]
Object 13 bbox: [184, 1, 224, 167]
Object 14 bbox: [204, 2, 203, 167]
Object 15 bbox: [265, 356, 226, 70]
Object 16 bbox: [512, 175, 127, 156]
Object 17 bbox: [406, 324, 188, 102]
Object 18 bbox: [426, 92, 185, 102]
Object 19 bbox: [426, 92, 184, 102]
Object 20 bbox: [24, 112, 118, 251]
Object 21 bbox: [28, 116, 115, 247]
Object 22 bbox: [0, 217, 105, 119]
Object 23 bbox: [0, 216, 104, 120]
Object 24 bbox: [27, 266, 102, 160]
Object 25 bbox: [408, 161, 113, 115]
Object 26 bbox: [516, 179, 117, 154]
Object 27 bbox: [323, 369, 167, 56]
Object 28 bbox: [276, 218, 133, 101]
Object 29 bbox: [173, 78, 114, 112]
Object 30 bbox: [110, 165, 102, 105]
Object 31 bbox: [120, 223, 94, 203]
Object 32 bbox: [0, 91, 90, 175]
Object 33 bbox: [109, 322, 92, 104]
Object 34 bbox: [461, 0, 90, 91]
Object 35 bbox: [229, 0, 128, 63]
Object 36 bbox: [0, 136, 89, 131]
Object 37 bbox: [541, 332, 98, 82]
Object 38 bbox: [538, 332, 100, 83]
Object 39 bbox: [406, 325, 147, 68]
Object 40 bbox: [0, 140, 62, 117]
Object 41 bbox: [548, 179, 90, 103]
Object 42 bbox: [92, 0, 118, 46]
Object 43 bbox: [0, 85, 133, 98]
Object 44 bbox: [0, 56, 100, 63]
Object 45 bbox: [194, 329, 96, 63]
Object 46 bbox: [194, 329, 77, 62]
Object 47 bbox: [279, 0, 78, 53]
Object 48 bbox: [106, 33, 78, 62]
Object 49 bbox: [107, 33, 78, 65]
Object 50 bbox: [477, 384, 117, 41]
Object 51 bbox: [0, 363, 51, 63]
Object 52 bbox: [190, 302, 89, 68]
Object 53 bbox: [0, 56, 88, 41]
Object 54 bbox: [120, 0, 91, 47]
Object 55 bbox: [77, 0, 56, 55]
Object 56 bbox: [422, 383, 68, 43]
Object 57 bbox: [199, 390, 67, 36]
Object 58 bbox: [207, 391, 58, 35]
Object 59 bbox: [482, 115, 55, 71]
Object 60 bbox: [0, 40, 108, 33]
Object 61 bbox: [40, 6, 55, 50]

[Assistant]
create("mesh/0.glb", loc=(-0.453, -2.225, 0.275), rot=(-0.188, 0.317, 3.024), scale=1.003, des="toy")
create("mesh/1.glb", loc=(0.441, -2.088, 0.066), rot=(-0.329, -0.278, -1.419), scale=0.76, des="teddy_bear")
create("mesh/2.glb", loc=(0.44, -2.095, 0.058), rot=(-0.307, -0.245, -1.472), scale=0.789, des="flag")
create("mesh/3.glb", loc=(0.453, -2.116, 0.063), rot=(-0.307, -0.233, -1.424), scale=0.798, des="toy")
create("mesh/4.glb", loc=(-0.436, -2.215, 0.342), rot=(-1.009, -1.472, -1.534), scale=0.744, des="teddy_bear")
create("mesh/5.glb", loc=(0.187, -2.322, 0.044), rot=(0.499, -1.646, -2.11), scale=0.906, des="toy")
create("mesh/6.glb", loc=(-0.421, -2.103, -0.269), rot=(-0.183, 0.263, -1.659), scale=0.722, des="toy")
create("mesh/7.glb", loc=(-0.438, -2.228, -0.264), rot=(-0.253, 0.244, -1.654), scale=0.71, des="teddy_bear")
create("mesh/8.glb", loc=(-0.069, -2.237, -0.154), rot=(-1.104, -0.271, -2.676), scale=0.528, des="toy")
create("mesh/9.glb", loc=(0.401, -1.886, -0.317), rot=(-0.134, -0.093, -1.471), scale=0.571, des="toy")
create("mesh/10.glb", loc=(-0.94, -2.065, 0.345), rot=(-0.344, -0.287, -2.951), scale=0.857, des="teddy_bear")
create("mesh/11.glb", loc=(-0.059, -2.25, -0.141), rot=(-1.089, -0.157, -2.796), scale=0.544, des="teddy_bear")
create("mesh/12.glb", loc=(-0.923, -2.118, 0.398), rot=(-0.705, -0.499, -2.781), scale=0.642, des="toy")
create("mesh/13.glb", loc=(0.07, -2.33, 0.406), rot=(-1.498, -0.956, -0.477), scale=0.805, des="toy")
create("mesh/14.glb", loc=(0.041, -2.386, 0.468), rot=(-0.798, -0.34, -1.594), scale=0.809, des="teddy_bear")
create("mesh/15.glb", loc=(-0.158, -1.799, -0.526), rot=(0.308, 0.239, -1.347), scale=0.601, des="toy")
create("mesh/16.glb", loc=(-0.831, -2.092, -0.105), rot=(-0.878, 0.311, -2.933), scale=0.552, des="teddy_bear")
create("mesh/17.glb", loc=(-0.491, -1.873, -0.452), rot=(0.044, -0.678, -2.638), scale=0.456, des="teddy_bear")
create("mesh/18.glb", loc=(-0.64, -2.187, 0.208), rot=(-0.32, -0.416, -2.048), scale=0.61, des="toy")
create("mesh/19.glb", loc=(-0.64, -2.201, 0.204), rot=(-0.059, -0.201, -2.049), scale=0.617, des="teddy_bear")
create("mesh/20.glb", loc=(0.603, -1.699, -0.119), rot=(-0.35, -0.084, -1.777), scale=0.709, des="toy")
create("mesh/21.glb", loc=(0.583, -1.763, -0.111), rot=(-0.481, -0.111, -1.818), scale=0.72, des="teddy_bear")
create("mesh/22.glb", loc=(0.532, -1.364, -0.138), rot=(-0.026, -0.076, -1.744), scale=0.261, des="teddy_bear")
create("mesh/23.glb", loc=(0.526, -1.364, -0.131), rot=(-0.05, 0.069, -1.843), scale=0.276, des="toy")
create("mesh/24.glb", loc=(0.504, -1.449, -0.282), rot=(-0.362, -0.315, -1.63), scale=0.314, des="toy")
create("mesh/25.glb", loc=(-0.468, -2.237, -0.017), rot=(-1.166, -0.034, -1.751), scale=0.409, des="toy")
create("mesh/26.glb", loc=(-0.807, -2.127, -0.113), rot=(-0.995, 0.116, -2.841), scale=0.501, des="toy")
create("mesh/27.glb", loc=(-0.226, -1.803, -0.512), rot=(0.108, 0.197, -2.699), scale=0.466, des="teddy_bear")
create("mesh/28.glb", loc=(-0.05, -2.298, -0.188), rot=(0.562, -1.868, 1.921), scale=0.398, des="sweater")
create("mesh/29.glb", loc=(0.313, -2.383, 0.253), rot=(-0.656, -0.552, 3.019), scale=0.45, des="teddy_bear")
create("mesh/30.glb", loc=(0.464, -1.995, -0.005), rot=(1.487, 1.421, -0.031), scale=0.454, des="sweater")
create("mesh/31.glb", loc=(0.459, -1.91, -0.306), rot=(-0.165, -0.051, -1.435), scale=0.534, des="teddy_bear")
create("mesh/32.glb", loc=(0.588, -1.383, 0.047), rot=(-0.076, 0.017, -1.678), scale=0.411, des="teddy_bear")
create("mesh/33.glb", loc=(0.43, -1.868, -0.423), rot=(-0.721, -0.84, -1.286), scale=0.381, des="sweater")
create("mesh/34.glb", loc=(-0.626, -2.228, 0.588), rot=(-1.549, 0.744, 0.103), scale=0.379, des="teddy_bear")
create("mesh/35.glb", loc=(0.1, -2.355, 0.667), rot=(-1.147, 1.371, 1.17), scale=0.453, des="teddy_bear")
create("mesh/36.glb", loc=(0.617, -1.416, 0.018), rot=(-0.288, 0.252, -1.748), scale=0.314, des="toy")
create("mesh/37.glb", loc=(-0.73, -1.843, -0.415), rot=(-0.675, -0.464, -1.781), scale=0.287, des="teddy_bear")
create("mesh/38.glb", loc=(-0.737, -1.855, -0.418), rot=(-0.129, 0.896, 0.778), scale=0.314, des="toy")
create("mesh/39.glb", loc=(-0.459, -1.992, -0.42), rot=(0.025, 0.039, -1.481), scale=0.447, des="toy")
create("mesh/40.glb", loc=(0.612, -1.383, 0.033), rot=(-0.265, 0.323, -1.797), scale=0.239, des="sweater")
create("mesh/41.glb", loc=(-0.861, -2.133, -0.045), rot=(0.532, -0.35, 2.64), scale=0.333, des="sweater")
create("mesh/42.glb", loc=(0.561, -2.348, 0.654), rot=(1.791, 2.331, -0.85), scale=0.412, des="teddy_bear")
create("mesh/43.glb", loc=(0.684, -1.766, 0.175), rot=(0.049, -0.774, -1.083), scale=0.439, des="toy")
create("mesh/44.glb", loc=(0.71, -1.818, 0.335), rot=(-0.21, -0.851, -1.257), scale=0.278, des="toy")
create("mesh/45.glb", loc=(0.269, -2.119, -0.447), rot=(-0.736, -0.491, 0.318), scale=0.288, des="toy")
create("mesh/46.glb", loc=(0.28, -2.119, -0.441), rot=(0.03, -1.042, -2.162), scale=0.274, des="teddy_bear")
create("mesh/47.glb", loc=(0.015, -2.369, 0.684), rot=(-1.176, -1.713, -0.921), scale=0.349, des="toy")
create("mesh/48.glb", loc=(0.531, -2.18, 0.484), rot=(-0.119, -1.21, -1.228), scale=0.296, des="teddy_bear")
create("mesh/49.glb", loc=(0.528, -2.198, 0.476), rot=(0.292, -1.096, -1.531), scale=0.295, des="toy")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 13 objects detected in the scene: Object 0 bbox: [153, 18, 131, 288]
Object 1 bbox: [270, 468, 121, 167]
Object 2 bbox: [218, 442, 49, 196]
Object 3 bbox: [218, 442, 50, 196]
Object 4 bbox: [269, 466, 118, 115]
Object 5 bbox: [65, 191, 54, 115]
Object 6 bbox: [269, 517, 93, 86]
Object 7 bbox: [174, 464, 44, 162]
Object 8 bbox: [111, 392, 32, 162]
Object 9 bbox: [111, 392, 32, 163]
Object 10 bbox: [141, 443, 35, 143]
Object 11 bbox: [164, 236, 44, 55]
Object 12 bbox: [93, 383, 20, 142]

[Assistant]
create("mesh/0.glb", loc=(0.063, -1.974, 0.425), rot=(2.679, -1.47, 0.083), scale=0.836, des="cabinet")
create("mesh/1.glb", loc=(-0.164, -1.142, -0.469), rot=(0.009, -0.034, 1.964), scale=0.337, des="cabinet")
create("mesh/2.glb", loc=(-0.043, -1.393, -0.478), rot=(-0.062, -0.002, 0.549), scale=0.406, des="drawer")
create("mesh/3.glb", loc=(-0.04, -1.392, -0.482), rot=(-0.055, -0.002, 0.542), scale=0.402, des="cabinet")
create("mesh/4.glb", loc=(-0.187, -1.131, -0.383), rot=(-2.744, 1.286, -0.271), scale=0.281, des="drawer")
create("mesh/5.glb", loc=(0.481, -2.162, 0.227), rot=(-0.019, 0.077, -2.716), scale=0.382, des="calendar")
create("mesh/6.glb", loc=(-0.125, -1.183, -0.449), rot=(0.016, -0.042, 1.963), scale=0.208, des="drawer")
create("mesh/7.glb", loc=(0.102, -1.541, -0.526), rot=(0.002, 0.008, 2.102), scale=0.32, des="cabinet")
create("mesh/8.glb", loc=(0.188, -1.954, -0.505), rot=(-0.047, -0.028, -1.024), scale=0.52, des="cabinet")
create("mesh/9.glb", loc=(0.203, -1.939, -0.504), rot=(-0.046, -0.028, -1.019), scale=0.506, des="drawer")
create("mesh/10.glb", loc=(0.217, -1.753, -0.518), rot=(0.003, 0.023, 2.137), scale=0.325, des="cabinet")
create("mesh/11.glb", loc=(0.122, -1.964, 0.151), rot=(2.622, -1.611, 0.036), scale=0.25, des="microwave_oven")
create("mesh/12.glb", loc=(0.324, -2.12, -0.49), rot=(-0.036, -0.032, -0.885), scale=0.482, des="cabinet")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [249, 208, 81, 88]
Object 1 bbox: [192, 208, 81, 93]

[Assistant]
create("mesh/0.glb", loc=(0.022, -1.19, -0.055), rot=(-0.037, -0.001, -2.571), scale=0.171, des="bench")
create("mesh/1.glb", loc=(0.099, -1.29, -0.072), rot=(-0.062, 0.08, -2.499), scale=0.199, des="bench")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 8 objects detected in the scene: Object 0 bbox: [6, 216, 540, 263]
Object 1 bbox: [226, 155, 387, 324]
Object 2 bbox: [171, 148, 198, 179]
Object 3 bbox: [470, 38, 113, 113]
Object 4 bbox: [271, 107, 143, 69]
Object 5 bbox: [208, 244, 122, 55]
Object 6 bbox: [17, 237, 65, 53]
Object 7 bbox: [371, 328, 51, 38]

[Assistant]
create("mesh/0.glb", loc=(0.176, -1.612, -0.376), rot=(-0.181, 0.779, 2.456), scale=1.292, des="desk")
create("mesh/1.glb", loc=(-0.267, -1.988, -0.156), rot=(-0.227, 0.818, 2.437), scale=1.1, des="desk")
create("mesh/2.glb", loc=(0.108, -1.423, 0.012), rot=(-0.178, 0.843, 2.439), scale=0.353, des="laptop_computer")
create("mesh/3.glb", loc=(-1.163, -3.397, 0.746), rot=(-0.476, -0.535, -2.024), scale=1.262, des="desk")
create("mesh/4.glb", loc=(-0.064, -1.996, 0.298), rot=(-0.215, 0.802, 2.405), scale=0.529, des="box")
create("mesh/5.glb", loc=(0.111, -1.437, -0.062), rot=(-0.074, 0.826, 2.381), scale=0.239, des="computer_keyboard")
create("mesh/6.glb", loc=(0.645, -1.512, -0.054), rot=(-0.307, 0.775, 2.492), scale=0.174, des="basket")
create("mesh/7.glb", loc=(-0.151, -1.192, -0.205), rot=(0.159, -2.948, 0.782), scale=0.095, des="tape_(sticky_cloth_or_paper)")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [128, 55, 316, 319]

[Assistant] create("mesh/0.glb", loc=(0.061, -1.461, -0.012), rot=(-0.311, -3.036, 0.012), scale=0.578, des="kite")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [185, 46, 276, 357]
Object 1 bbox: [55, 158, 183, 243]

[Assistant]
create("mesh/0.glb", loc=(-0.029, -1.752, -0.056), rot=(0.116, 0.119, -1.645), scale=0.519, des="giraffe")
create("mesh/1.glb", loc=(0.229, -1.771, -0.089), rot=(0.027, 0.012, -0.456), scale=0.432, des="giraffe")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [117, 32, 366, 446]
Object 1 bbox: [1, 0, 419, 477]

[Assistant]
create("mesh/0.glb", loc=(0.025, -2.239, -0.042), rot=(-0.011, 0.14, -2.759), scale=0.594, des="elephant")
create("mesh/1.glb", loc=(0.159, -2.996, -0.028), rot=(-0.049, 0.085, -2.742), scale=1.193, des="elephant")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 5 objects detected in the scene: Object 0 bbox: [352, 114, 287, 310]
Object 1 bbox: [0, 248, 83, 176]
Object 2 bbox: [0, 251, 81, 173]
Object 3 bbox: [163, 222, 107, 41]
Object 4 bbox: [162, 224, 88, 38]

[Assistant]
create("mesh/0.glb", loc=(-0.411, -1.364, -0.107), rot=(-0.102, -0.268, 2.028), scale=0.816, des="dress")
create("mesh/1.glb", loc=(0.351, -0.833, -0.162), rot=(0.059, -0.204, -0.87), scale=0.287, des="laptop_computer")
create("mesh/2.glb", loc=(0.339, -0.86, -0.153), rot=(0.022, -0.225, -0.886), scale=0.272, des="monitor_(computer_equipment) computer_monitor")
create("mesh/3.glb", loc=(0.27, -1.869, -0.082), rot=(-0.416, 0.087, -0.614), scale=0.229, des="laptop_computer")
create("mesh/4.glb", loc=(0.297, -1.863, -0.081), rot=(-0.415, 0.092, -0.571), scale=0.208, des="monitor_(computer_equipment) computer_monitor")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [132, 199, 202, 306]

[Assistant] create("mesh/0.glb", loc=(-0.022, -1.838, -0.067), rot=(0.001, -0.241, -3.044), scale=0.945, des="elephant")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 10 objects detected in the scene: Object 0 bbox: [187, 121, 305, 358]
Object 1 bbox: [328, 383, 274, 94]
Object 2 bbox: [483, 92, 156, 155]
Object 3 bbox: [99, 118, 107, 361]
Object 4 bbox: [0, 358, 108, 88]
Object 5 bbox: [0, 428, 179, 51]
Object 6 bbox: [363, 345, 119, 73]
Object 7 bbox: [525, 349, 97, 37]
Object 8 bbox: [487, 338, 92, 38]
Object 9 bbox: [389, 369, 140, 25]

[Assistant]
create("mesh/0.glb", loc=(-0.073, -3.31, -0.323), rot=(0.119, 0.221, -1.833), scale=1.23, des="giraffe")
create("mesh/1.glb", loc=(-0.433, -2.714, -0.594), rot=(0.158, 0.034, -0.253), scale=1.365, des="car_(automobile)")
create("mesh/2.glb", loc=(-0.176, -0.714, 0.051), rot=(1.412, 1.112, -1.17), scale=0.144, des="rearview_mirror")
create("mesh/3.glb", loc=(0.392, -2.767, -0.202), rot=(0.194, -0.841, 3.015), scale=0.871, des="giraffe")
create("mesh/4.glb", loc=(0.639, -2.739, -0.421), rot=(0.135, 0.039, -0.132), scale=0.568, des="car_(automobile)")
create("mesh/5.glb", loc=(0.137, -0.745, -0.157), rot=(0.235, -0.34, 1.866), scale=0.168, des="car_(automobile)")
create("mesh/6.glb", loc=(-0.32, -3.293, -0.443), rot=(0.051, 0.03, -0.375), scale=0.6, des="car_(automobile)")
create("mesh/7.glb", loc=(-0.741, -3.121, -0.408), rot=(0.09, 0.007, -0.457), scale=0.257, des="car_(automobile)")
create("mesh/8.glb", loc=(-0.573, -2.857, -0.343), rot=(0.029, 0.036, -0.609), scale=0.385, des="car_(automobile)")
create("mesh/9.glb", loc=(-0.492, -3.721, -0.558), rot=(0.025, 0.069, -1.233), scale=0.718, des="car_(automobile)")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [23, 253, 165, 266]
Object 1 bbox: [317, 357, 105, 60]

[Assistant]
create("mesh/0.glb", loc=(0.09, -0.981, -0.09), rot=(0.224, 0.248, -1.683), scale=0.26, des="tank_top_(clothing)")
create("mesh/1.glb", loc=(-0.179, -1.031, -0.075), rot=(0.386, 0.564, 2.685), scale=0.127, des="frisbee")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [468, 0, 171, 146]

[Assistant] create("mesh/0.glb", loc=(-1.702, -3.324, 0.671), rot=(-1.101, -0.705, 0.748), scale=1.447, des="mirror")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [105, 24, 394, 271]
Object 1 bbox: [179, 361, 460, 116]

[Assistant]
create("mesh/0.glb", loc=(0.024, -1.927, 0.354), rot=(-0.214, 1.261, 2.634), scale=1.413, des="pizza")
create("mesh/1.glb", loc=(-0.25, -1.256, -0.455), rot=(-0.065, -0.977, -2.929), scale=1.087, des="pizza")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [130, 136, 75, 50]
Object 1 bbox: [445, 137, 74, 48]
Object 2 bbox: [60, 126, 126, 43]
Object 3 bbox: [376, 126, 126, 42]

[Assistant]
create("mesh/0.glb", loc=(0.182, -1.205, -0.01), rot=(0.028, 0.043, 2.938), scale=0.125, des="skirt")
create("mesh/1.glb", loc=(-0.21, -1.201, -0.008), rot=(0.036, -0.179, 2.973), scale=0.126, des="skirt")
create("mesh/2.glb", loc=(0.203, -1.176, 0.007), rot=(-0.405, -1.388, 0.239), scale=0.192, des="tennis_racket")
create("mesh/3.glb", loc=(-0.181, -1.17, -0.004), rot=(-0.36, -1.385, 0.227), scale=0.207, des="tennis_racket")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [430, 223, 72, 39]
Object 1 bbox: [152, 149, 37, 41]

[Assistant]
create("mesh/0.glb", loc=(-0.328, -1.982, -0.073), rot=(-0.048, -0.017, -0.022), scale=0.167, des="street_sign")
create("mesh/1.glb", loc=(0.345, -2.232, 0.096), rot=(-0.194, 0.01, 0.554), scale=0.125, des="street_sign")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [0, 123, 377, 355]
Object 1 bbox: [461, 33, 162, 166]

[Assistant]
create("mesh/0.glb", loc=(0.31, -1.155, -0.1), rot=(-0.399, 0.421, -2.253), scale=1.315, des="alarm_clock")
create("mesh/1.glb", loc=(-1.183, -3.244, 0.313), rot=(1.118, 2.235, 1.69), scale=0.959, des="book")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [152, 193, 181, 228]
Object 1 bbox: [59, 197, 156, 189]

[Assistant]
create("mesh/0.glb", loc=(-0.465, -1.037, -0.154), rot=(0.094, -0.223, 2.439), scale=1.231, des="horse")
create("mesh/1.glb", loc=(-0.022, -1.137, -0.158), rot=(0.059, 0.263, 2.647), scale=0.958, des="horse")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 9 objects detected in the scene: Object 0 bbox: [0, 45, 640, 380]
Object 1 bbox: [0, 0, 640, 426]
Object 2 bbox: [138, 244, 105, 61]
Object 3 bbox: [200, 319, 110, 78]
Object 4 bbox: [180, 107, 91, 46]
Object 5 bbox: [349, 248, 100, 63]
Object 6 bbox: [94, 171, 97, 43]
Object 7 bbox: [458, 197, 68, 43]
Object 8 bbox: [453, 154, 76, 37]

[Assistant]
create("mesh/0.glb", loc=(-0.027, -2.184, 0.062), rot=(-0.607, -0.173, -0.752), scale=2.348, des="pizza")
create("mesh/1.glb", loc=(-0.0, -1.93, 0.166), rot=(-0.588, -0.173, -0.635), scale=2.227, des="box")
create("mesh/2.glb", loc=(0.324, -1.884, -0.162), rot=(-0.33, -0.555, -1.562), scale=0.272, des="tomato")
create("mesh/3.glb", loc=(0.133, -1.599, -0.302), rot=(-0.461, -0.233, -0.916), scale=0.259, des="tomato")
create("mesh/4.glb", loc=(0.306, -2.509, 0.266), rot=(-0.522, 0.084, 0.669), scale=0.292, des="tomato")
create("mesh/5.glb", loc=(-0.197, -1.852, -0.165), rot=(-0.615, 0.086, 0.046), scale=0.26, des="tomato")
create("mesh/6.glb", loc=(0.523, -2.22, 0.049), rot=(0.028, -0.892, -3.001), scale=0.283, des="tomato")
create("mesh/7.glb", loc=(-0.483, -2.112, -0.026), rot=(-0.664, 0.164, 0.31), scale=0.194, des="tomato")
create("mesh/8.glb", loc=(-0.53, -2.311, 0.117), rot=(-0.329, 0.191, -1.678), scale=0.376, des="tomato")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 16 objects detected in the scene: Object 0 bbox: [217, 311, 121, 127]
Object 1 bbox: [151, 0, 85, 161]
Object 2 bbox: [69, 315, 135, 119]
Object 3 bbox: [151, 280, 95, 122]
Object 4 bbox: [152, 280, 88, 122]
Object 5 bbox: [0, 240, 167, 195]
Object 6 bbox: [289, 527, 82, 78]
Object 7 bbox: [375, 479, 79, 94]
Object 8 bbox: [286, 476, 86, 50]
Object 9 bbox: [387, 357, 60, 67]
Object 10 bbox: [352, 517, 54, 56]
Object 11 bbox: [346, 435, 68, 51]
Object 12 bbox: [442, 484, 37, 76]
Object 13 bbox: [352, 461, 59, 39]
Object 14 bbox: [332, 337, 57, 49]
Object 15 bbox: [425, 459, 46, 60]

[Assistant]
create("mesh/0.glb", loc=(-0.075, -1.651, -0.127), rot=(-1.031, -0.289, 0.502), scale=0.298, des="waffle")
create("mesh/1.glb", loc=(0.209, -3.051, 1.166), rot=(-0.033, -0.966, -2.528), scale=1.503, des="condiment")
create("mesh/2.glb", loc=(0.17, -1.736, -0.12), rot=(-0.927, 0.277, 1.311), scale=0.262, des="waffle")
create("mesh/3.glb", loc=(0.079, -1.611, -0.049), rot=(0.122, -1.291, -2.314), scale=0.301, des="condiment")
create("mesh/4.glb", loc=(0.083, -1.61, -0.047), rot=(0.183, -1.303, -2.319), scale=0.305, des="whipped_cream")
create("mesh/5.glb", loc=(0.357, -1.743, -0.018), rot=(-0.656, 0.934, 2.755), scale=0.822, des="fork")
create("mesh/6.glb", loc=(-0.171, -1.051, -0.461), rot=(-0.011, -2.637, 1.669), scale=0.154, des="potato")
create("mesh/7.glb", loc=(-0.339, -1.165, -0.388), rot=(-0.608, -1.033, -2.718), scale=0.171, des="potato")
create("mesh/8.glb", loc=(-0.185, -1.155, -0.361), rot=(-0.174, -0.515, -3.084), scale=0.149, des="potato")
create("mesh/9.glb", loc=(-0.469, -1.5, -0.193), rot=(0.236, -1.962, -2.014), scale=0.191, des="strawberry")
create("mesh/10.glb", loc=(-0.26, -1.065, -0.421), rot=(-0.288, -0.804, -1.147), scale=0.099, des="potato")
create("mesh/11.glb", loc=(-0.303, -1.236, -0.297), rot=(0.281, -2.992, 0.497), scale=0.151, des="potato")
create("mesh/12.glb", loc=(-0.448, -1.061, -0.383), rot=(-0.434, -1.211, -2.127), scale=0.118, des="potato")
create("mesh/13.glb", loc=(-0.296, -1.17, -0.324), rot=(-0.278, -0.386, -2.017), scale=0.108, des="potato")
create("mesh/14.glb", loc=(-0.336, -1.568, -0.14), rot=(1.5, 0.329, -0.814), scale=0.142, des="strawberry")
create("mesh/15.glb", loc=(-0.448, -1.211, -0.358), rot=(-0.357, 1.327, 1.892), scale=0.101, des="potato")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 3 objects detected in the scene: Object 0 bbox: [0, 153, 639, 271]
Object 1 bbox: [0, 244, 640, 182]
Object 2 bbox: [322, 180, 260, 146]

[Assistant]
create("mesh/0.glb", loc=(-0.492, -1.837, -0.301), rot=(0.08, 0.148, 0.163), scale=2.713, des="bed")
create("mesh/1.glb", loc=(-0.287, -1.575, -0.268), rot=(2.74, 1.375, -0.061), scale=1.988, des="quilt")
create("mesh/2.glb", loc=(-0.333, -1.358, -0.092), rot=(-0.049, 0.029, -0.655), scale=0.542, des="laptop_computer")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 5 objects detected in the scene: Object 0 bbox: [97, 285, 224, 249]
Object 1 bbox: [97, 286, 223, 247]
Object 2 bbox: [97, 207, 213, 76]
Object 3 bbox: [168, 532, 89, 55]
Object 4 bbox: [147, 134, 126, 82]

[Assistant]
create("mesh/0.glb", loc=(-0.008, -1.037, -0.074), rot=(-1.029, 2.904, 0.456), scale=0.214, des="stop_sign")
create("mesh/1.glb", loc=(-0.007, -1.036, -0.073), rot=(-1.015, 2.913, 0.431), scale=0.211, des="street_sign")
create("mesh/2.glb", loc=(-0.0, -1.085, 0.061), rot=(-2.773, -0.883, -0.112), scale=0.192, des="street_sign")
create("mesh/3.glb", loc=(-0.006, -1.007, -0.185), rot=(0.405, -0.034, 0.303), scale=0.079, des="street_sign")
create("mesh/4.glb", loc=(-0.003, -1.149, 0.111), rot=(0.279, -0.602, 2.299), scale=0.177, des="street_sign")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [0, 0, 640, 213]
Object 1 bbox: [0, 124, 342, 243]
Object 2 bbox: [11, 161, 284, 166]
Object 3 bbox: [443, 224, 69, 76]

[Assistant]
create("mesh/0.glb", loc=(-0.193, -3.344, 0.321), rot=(0.088, 0.572, -2.772), scale=2.366, des="cabinet")
create("mesh/1.glb", loc=(0.222, -1.325, -0.016), rot=(-0.143, 1.817, 2.125), scale=0.563, des="box")
create("mesh/2.glb", loc=(0.214, -1.34, -0.017), rot=(0.902, -1.477, 1.387), scale=0.445, des="necktie")
create("mesh/3.glb", loc=(-0.224, -1.311, -0.026), rot=(-0.564, -0.394, 0.524), scale=0.164, des="choker")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [493, 95, 116, 118]

[Assistant] create("mesh/0.glb", loc=(-0.192, -1.197, -0.018), rot=(3.042, 0.023, 0.146), scale=0.069, des="stop_sign")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [25, 285, 485, 354]
Object 1 bbox: [16, 95, 583, 437]
Object 2 bbox: [0, 136, 622, 238]
Object 3 bbox: [325, 0, 314, 235]

[Assistant]
create("mesh/0.glb", loc=(0.071, -1.767, -0.359), rot=(-0.078, 2.021, 2.362), scale=1.23, des="magazine")
create("mesh/1.glb", loc=(0.019, -1.897, -0.102), rot=(-0.03, 2.248, -1.958), scale=1.46, des="newspaper")
create("mesh/2.glb", loc=(0.181, -1.75, 0.31), rot=(-1.179, 0.986, 1.098), scale=1.818, des="hair_dryer")
create("mesh/3.glb", loc=(-0.492, -1.923, 0.623), rot=(-1.372, 0.578, 0.617), scale=0.831, des="notebook")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [277, 127, 94, 79]
Object 1 bbox: [231, 75, 187, 38]

[Assistant]
create("mesh/0.glb", loc=(-0.016, -1.334, 0.047), rot=(0.011, 0.117, -3.133), scale=0.282, des="signboard")
create("mesh/1.glb", loc=(-0.026, -1.308, 0.251), rot=(-0.01, -0.083, 3.112), scale=0.511, des="signboard")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 7 objects detected in the scene: Object 0 bbox: [353, 456, 73, 183]
Object 1 bbox: [0, 373, 73, 266]
Object 2 bbox: [277, 349, 149, 60]
Object 3 bbox: [349, 96, 50, 189]
Object 4 bbox: [234, 322, 47, 142]
Object 5 bbox: [165, 273, 49, 75]
Object 6 bbox: [265, 482, 28, 98]

[Assistant]
create("mesh/0.glb", loc=(-0.358, -0.75, -0.423), rot=(-0.109, -0.046, 1.663), scale=0.327, des="stove")
create("mesh/1.glb", loc=(0.519, -1.203, -0.441), rot=(-0.266, 0.201, 1.768), scale=0.728, des="table")
create("mesh/2.glb", loc=(-0.391, -1.21, -0.216), rot=(-0.186, 0.239, 1.69), scale=0.448, des="kitchen_sink")
create("mesh/3.glb", loc=(-0.445, -1.445, 0.347), rot=(-0.215, -0.087, -0.804), scale=0.488, des="curtain")
create("mesh/4.glb", loc=(-0.181, -1.627, -0.247), rot=(-0.093, -0.128, -1.422), scale=0.426, des="dishtowel")
create("mesh/5.glb", loc=(-0.051, -3.638, 0.035), rot=(-0.009, -0.461, -2.834), scale=0.887, des="table")
create("mesh/6.glb", loc=(-0.295, -1.385, -0.597), rot=(-0.06, 0.072, 1.763), scale=0.3, des="box")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [317, 230, 149, 46]
Object 1 bbox: [319, 230, 148, 45]
Object 2 bbox: [391, 264, 105, 39]
Object 3 bbox: [283, 231, 44, 42]

[Assistant]
create("mesh/0.glb", loc=(-0.27, -0.904, -0.136), rot=(-0.005, -0.049, -2.99), scale=0.22, des="pan_(for_cooking)")
create("mesh/1.glb", loc=(-0.277, -0.912, -0.113), rot=(0.004, -0.025, -3.007), scale=0.213, des="tray")
create("mesh/2.glb", loc=(-0.323, -0.715, -0.157), rot=(0.004, 0.091, 3.137), scale=0.148, des="paper_plate")
create("mesh/3.glb", loc=(-0.127, -0.828, -0.14), rot=(0.33, 0.814, -1.095), scale=0.081, des="plastic_bag")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 2 objects detected in the scene: Object 0 bbox: [234, 188, 114, 195]
Object 1 bbox: [113, 332, 88, 96]

[Assistant]
create("mesh/0.glb", loc=(0.015, -1.46, 0.051), rot=(0.274, -0.223, 1.462), scale=0.251, des="short_pants")
create("mesh/1.glb", loc=(0.184, -1.491, -0.086), rot=(1.574, -0.346, -0.101), scale=0.13, des="frisbee")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User] Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 1 objects detected in the scene: Object 0 bbox: [258, 267, 53, 50]

[Assistant] create("mesh/0.glb", loc=(0.029, -0.833, -0.071), rot=(-0.662, 0.259, -2.902), scale=0.054, des="soccer_ball")


[System] You are an expert in 3D scene reconstruction using the Blender Python API. Provide only the executable Python code block without any markdown formatting or explanation.

[User]
Analyze the input image <image> and generate the corresponding Blender Python layout code. Use the data below to position the 4 objects detected in the scene: Object 0 bbox: [237, 123, 108, 178]
Object 1 bbox: [102, 124, 108, 176]
Object 2 bbox: [239, 337, 105, 96]
Object 3 bbox: [78, 474, 131, 72]

[Assistant]
create("mesh/0.glb", loc=(0.054, -2.071, 0.234), rot=(-0.057, -3.138, 0.026), scale=0.382, des="curtain")
create("mesh/1.glb", loc=(0.347, -2.081, 0.232), rot=(-0.08, -3.14, 0.019), scale=0.376, des="curtain")
create("mesh/2.glb", loc=(0.061, -2.062, -0.156), rot=(0.003, 0.121, -3.129), scale=0.257, des="curtain")
create("mesh/3.glb", loc=(0.384, -2.077, -0.397), rot=(0.001, -0.008, 1.866), scale=0.31, des="dog")