Visualization

Terms

• camera：
• camera distance
• elevation angle 抬高角度
• azimuth angle 旋转角度
• camera 类型
  • orthogonal 正交，没有近大远小的透视效果
  • perspective 立体透视

Webpage

{
        "title": "source",
        "visuals": {
            "pts": "source_pointcloud.pts",
            "kpts": "source_keypoints.txt"
        }
    },
    {
        "title": "target",
        "visuals": {
            "pts": "target_pointcloud.pts",
            "kpts": "target_keypoints.txt"
        },
    {
        "title": "deformed_cage",
        "visuals": {
            "ply": "deformed_cage.ply"
        }
    }
}

python browse3d/browse3d.py --log_dir $DATA_PATH --port 5050

Packages

meshplot

• mehsplot

import meshplot as mp

d = mp.subplot(v, c=v[:, 1], s=[1, 2, 0], shading={"point_size": 0.03})
mp.subplot(v, c=np.random.rand(*v.shape), s=[1, 2, 1], data=d, shading={"point_size": 0.03})

import meshplot as mp
# visualize pointcloud
mp.plot(point_set)

PyGEL3D

from PyGEL3D import gel, js
m = gel.obj.load(model_path)
js.display(m, smooth=False)

Rendering

• visualization using Pytorch3d’s renderer
• Point Cloud Renderer
• 

评论

作者: Rowl1ng