netgraph
Publication-quality network visualisations in python
파일 탐색기
최종 버전 다운로드 (.zip)- draft-pdf.yml
- plot_01_dynamic_network.py
- plot_02_animate_edges.py
- plot_03_animate_nodes.py
- README.rst
- sphx_glr_flycheck_plot_01_dynamic_network_thumb.png
- sphx_glr_plot_01_dynamic_network_thumb.gif
- sphx_glr_plot_02_animate_edges_thumb.gif
- sphx_glr_plot_03_animate_nodes_thumb.gif
- sphx_glr_plot_01_dynamic_network_001.gif
- sphx_glr_plot_02_animate_edges_001.gif
- sphx_glr_plot_03_animate_nodes_001.gif
- index.rst
- plot_01_dynamic_network.ipynb
- plot_01_dynamic_network.py
- plot_01_dynamic_network.py.md5
- plot_01_dynamic_network.rst
- plot_02_animate_edges.ipynb
- plot_02_animate_edges.py
- plot_02_animate_edges.py.md5
- plot_02_animate_edges.rst
- plot_03_animate_nodes.ipynb
- plot_03_animate_nodes.py
- plot_03_animate_nodes.py.md5
- plot_03_animate_nodes.rst
- sg_execution_times.rst
- sphx_glr_plot_01_default_thumb.png
- sphx_glr_plot_02_directed_network_thumb.png
- sphx_glr_plot_03_weighted_thumb.png
- sphx_glr_plot_04_weighted_thumb.png
- sphx_glr_plot_05_node_and_edge_artist_customisation_thumb.png
- sphx_glr_plot_06_labels_thumb.png
- sphx_glr_plot_07_custom_layout_thumb.png
- sphx_glr_plot_08_dot_layout_thumb.png
- sphx_glr_plot_09_circular_layout_thumb.png
- sphx_glr_plot_10_community_layout_thumb.png
- sphx_glr_plot_11_curved_edge_layout_thumb.png
- sphx_glr_plot_12_multicomponent_graphs_thumb.png
- sphx_glr_plot_13_arcdiagram_thumb.png
- sphx_glr_plot_14_bipartite_layout_thumb.png
- sphx_glr_plot_15_highlight_paths_thumb.png
- sphx_glr_plot_16_pyqt_thumb.png
- sphx_glr_plot_17_multipartite_layout_thumb.png
- sphx_glr_plot_18_legends_thumb.png
- sphx_glr_plot_19_hyperlinks_thumb.png
- sphx_glr_plot_20_geometric_layout_thumb.png
- sphx_glr_plot_01_default_001.png
- sphx_glr_plot_02_directed_network_001.png
- sphx_glr_plot_03_weighted_001.png
- sphx_glr_plot_04_weighted_001.png
- sphx_glr_plot_05_node_and_edge_artist_customisation_001.png
- sphx_glr_plot_05_node_and_edge_artist_customisation_002.png
- sphx_glr_plot_05_node_and_edge_artist_customisation_003.png
- sphx_glr_plot_06_labels_001.png
- sphx_glr_plot_07_custom_layout_001.png
- sphx_glr_plot_08_dot_layout_001.png
- sphx_glr_plot_09_circular_layout_001.png
- sphx_glr_plot_10_community_layout_001.png
- sphx_glr_plot_11_curved_edge_layout_001.png
- sphx_glr_plot_12_multicomponent_graphs_001.png
- sphx_glr_plot_13_arcdiagram_001.png
- sphx_glr_plot_13_arcdiagram_002.png
- sphx_glr_plot_14_bipartite_layout_001.png
- sphx_glr_plot_14_bipartite_layout_002.png
- sphx_glr_plot_14_bipartite_layout_003.png
- sphx_glr_plot_15_highlight_paths_001.png
- sphx_glr_plot_17_multipartite_layout_001.png
- sphx_glr_plot_17_multipartite_layout_002.png
- sphx_glr_plot_17_multipartite_layout_003.png
- sphx_glr_plot_18_legends_001.png
- sphx_glr_plot_19_hyperlinks_001.png
- sphx_glr_plot_19_hyperlinks_002.png
- sphx_glr_plot_20_geometric_layout_001.png
- index.rst
- plot_01_default.ipynb
- plot_01_default.py
- plot_01_default.py.md5
- plot_01_default.rst
- plot_02_directed_network.ipynb
- plot_02_directed_network.py
- plot_02_directed_network.py.md5
- plot_02_directed_network.rst
- plot_03_weighted.ipynb
- plot_03_weighted.py
- plot_03_weighted.py.md5
- plot_03_weighted.rst
- plot_04_weighted.ipynb
- plot_04_weighted.py
- plot_04_weighted.py.md5
- plot_04_weighted.rst
- plot_05_node_and_edge_artist_customisation.ipynb
- plot_05_node_and_edge_artist_customisation.py
- plot_05_node_and_edge_artist_customisation.py.md5
- plot_05_node_and_edge_artist_customisation.rst
- plot_06_labels.ipynb
- plot_06_labels.py
- plot_06_labels.py.md5
- plot_06_labels.rst
- plot_07_custom_layout.ipynb
- plot_07_custom_layout.py
- plot_07_custom_layout.py.md5
- plot_07_custom_layout.rst
- plot_08_dot_layout.ipynb
- plot_08_dot_layout.py
- plot_08_dot_layout.py.md5
- plot_08_dot_layout.rst
- plot_09_circular_layout.ipynb
- plot_09_circular_layout.py
- plot_09_circular_layout.py.md5
- plot_09_circular_layout.rst
- plot_10_community_layout.ipynb
- plot_10_community_layout.py
- plot_10_community_layout.py.md5
- plot_10_community_layout.rst
- plot_11_curved_edge_layout.ipynb
- plot_11_curved_edge_layout.py
- plot_11_curved_edge_layout.py.md5
- plot_11_curved_edge_layout.rst
- plot_12_multicomponent_graphs.ipynb
- plot_12_multicomponent_graphs.py
- plot_12_multicomponent_graphs.py.md5
- plot_12_multicomponent_graphs.rst
- plot_13_arcdiagram.ipynb
- plot_13_arcdiagram.py
- plot_13_arcdiagram.py.md5
- plot_13_arcdiagram.rst
- plot_14_bipartite_layout.ipynb
- plot_14_bipartite_layout.py
- plot_14_bipartite_layout.py.md5
- plot_14_bipartite_layout.rst
- plot_15_highlight_paths.ipynb
- plot_15_highlight_paths.py
- plot_15_highlight_paths.py.md5
- plot_15_highlight_paths.rst
- plot_16_pyqt.ipynb
- plot_16_pyqt.py
- plot_16_pyqt.py.md5
- plot_16_pyqt.rst
- plot_17_multipartite_layout.ipynb
- plot_17_multipartite_layout.py
- plot_17_multipartite_layout.py.md5
- plot_17_multipartite_layout.rst
- plot_18_legends.ipynb
- plot_18_legends.py
- plot_18_legends.py.md5
- plot_18_legends.rst
- plot_19_hyperlinks.ipynb
- plot_19_hyperlinks.py
- plot_19_hyperlinks.py.md5
- plot_19_hyperlinks.rst
- plot_20_geometric_layout.ipynb
- plot_20_geometric_layout.py
- plot_20_geometric_layout.py.md5
- plot_20_geometric_layout.rst
- sg_execution_times.rst
- arcdiagram_classes.rst
- conf.py
- edge_layout.rst
- graph_classes.rst
- index.rst
- installation.rst
- interactivity.rst
- node_layout.rst
- quickstart.rst
- make.bat
- Makefile
- requirements.txt
- plot_01_default.py
- plot_02_directed_network.py
- plot_03_weighted.py
- plot_04_weighted.py
- plot_05_node_and_edge_artist_customisation.py
- plot_06_labels.py
- plot_07_custom_layout.py
- plot_08_dot_layout.py
- plot_09_circular_layout.py
- plot_10_community_layout.py
- plot_11_curved_edge_layout.py
- plot_12_multicomponent_graphs.py
- plot_13_arcdiagram.py
- plot_14_bipartite_layout.py
- plot_15_highlight_paths.py
- plot_16_pyqt.py
- plot_17_multipartite_layout.py
- plot_18_legends.py
- plot_19_hyperlinks.py
- plot_20_geometric_layout.py
- README.rst
- gallery_landscape.png
- gallery_landscape_v1.svg
- gallery_landscape_v2.svg
- gallery_portrait.png
- gallery_portrait_v1.svg
- gallery_portrait_v2.svg
- __init__.py
- _arcdiagram.py
- _artists.py
- _deprecated.py
- _edge_layout.py
- _interactive_variants.py
- _line_supercover.py
- _main.py
- _node_layout.py
- _parser.py
- _utils.py
- advanced_example.png
- advanced_example.py
- basic_example.png
- basic_example.py
- gallery_portrait.png
- gallery_portrait_v5.svg
- gallery_portrait_v5a.png
- gallery_portrait_v5b.png
- paper.bib
- paper.md
- test_arcdiagram.py
- test_artists.py
- test_edge_layout.py
- test_main.py
- test_node_layout.py
- test_parser.py
- toy_graphs.py
- .gitignore
- .readthedocs.yaml
- LICENSE.txt
- optional-requirements.txt
- pyproject.toml
- README.md
- requirements.txt
- setup.cfg
- setup.py
🚀 설치 가이드
1. 코드 내려받기
git clone https://github.com/paulbrodersen/netgraph
깃허브에서 프로젝트 코드 전체를 내 컴퓨터로 내려받습니다.
cd netgraph
방금 내려받은 프로젝트 폴더 안으로 이동합니다.
2. Python
쉬움 추천사전 준비물
pip install -r docs/requirements.txt
requirements.txt 등에 명시된 파이썬 라이브러리를 설치합니다.
jupyter notebook
브라우저에서 노트북(.ipynb) 파일들을 열람하고 실행할 수 있는 Jupyter 화면을 켭니다.
에러 메시지 없이 실행되고 터미널에 안내 문구가 출력되면 정상입니다.
3. Make
보통사전 준비물
- Git GitHub에서 프로젝트 코드를 내려받으려면 필요합니다.
- Make Linux/macOS는 보통 기본 설치되어 있습니다. Windows는 별도 설치(예: MSYS2, WSL)가 필요합니다.
cd docs
이 프로젝트의 관련 파일이 하위 폴더 안에 있어서, 먼저 그 폴더로 이동합니다.
make
생성된 빌드 설정을 바탕으로 실제 컴파일을 진행해 실행 파일을 만듭니다.
에러 없이 끝나면 성공입니다. 생성된 실행 파일을 직접 실행해보세요.
// repository documentation
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