PyVisVue3D3: Python Module Visualization(Https://pyvisvue3d3.yingshinet.com)

0-【Cite the paper】

Chunfang Li, Yuchen Pei, Yushi Shen, Junli Lu, Yalv Fan, Xiaoyu Linghu, Yuanzhi Tian, Kun Wang, PyVisVue3D3: Python visualization from hierarchy tree to call graph, SoftwareX, Volume 26, 2024, 101689, ISSN 2352-7110, https://doi.org/10.1016/j.softx.2024.101689. (https://www.sciencedirect.com/science/article/pii/S2352711024000608)

1- How can users get started with the project?

To get started with PyVisVue3D3, simply download the source code from https://github.com/CBD-Lab/pyvis. Then install the python module needed here: flask, flask_cores, pipdeptree, requests. Other the third-party packages(such as PyTorch, torchvision, torchtext, transformers) are experiment data. When deploying the PyVisVue3D3, users need to choose a venv, then run the main.py on port 5006. After opening Http://127.0.0.1:5006, the venv path will be displayed.

2- How can you extract structures of python packages in your local environment?

When clicking on ”ExtractAll,” it will extract inter-package dependencies and three types of structures within each package. This operation may take a considerable long time.

3- Entire Package Environment Visualization

(1) Net json file

The default whole environment module visualization file would be called to show the relations between all packages with a force-directed graph when you open the link http://127.0.0.1:5006/. You can input or select a package name, then the package will be displayed. And click the LOGO[PyVIS], return to the front page.

(2) Tree json file

Click the [tree] button to show the hierarchical tree graph of the extracted tree json file.

4- Single Package Visualization

(1) Retrieval

When clicking on ”ExtractSingle”, a single package will be extracted. If there is existing data files, they will be overwritten. Afterwards, we can click on any of the 9 buttons in the top-left(shown in Fig.2) to switch among different views.

(2) Net Layout: force-directed graph visualization

(3) Matrix Layout: matrix diagram visualization

(4) Class Layout: class force-directed graph visualization(only parent-children relations)

(5) Basic Tree Layout

### (6) PineTree Layout: tree diagram visualization

### (7) RadialTree Layout: radialtree visualization ### (8) Bubble Tree: bubble diagram visualization ### (9) Cloud Tree: wordcloud visualization ### (10) TreeMap Tree: treemap visualization

## 5- Download figures:SVG, PNG ## 6- Who maintains and contributes to the project? PyVisVue3D3 is sponsored by Chunfang Li(Communication University of China), and the development of this software has been contributed to by Junli Lu, Yuchen Pei, Yalv Fan, Yuanzhi Tian, Xiaoyu Linghu, and Kun Wang.

Thanks for your attention and suggestion.