Main Path Analysis

>>> from techminer2.science_mapping.citation.network import main_path_analysis
>>> results = main_path_analysis(
...     #
...     # COLUMN PARAMS:
...     top_n=None,
...     citations_threshold=0,
...     #
...     # LAYOUT:
...     nx_k=None,
...     nx_iterations=30,
...     nx_random_state=0,
...     #
...     # NODES:
...     node_size_range=(30, 70),
...     textfont_size_range=(10, 20),
...     textfont_opacity_range=(0.35, 1.00),
...     #
...     # EDGES:
...     edge_color="#7793a5",
...     edge_width_range=(0.8, 3.0),
...     #
...     # DATABASE PARAMS:
...     root_dir="example/",
...     database="main",
...     year_filter=(None, None),
...     cited_by_filter=(None, None),
... )
--INFO-- Paths computed
--INFO-- Points per link computed
--INFO-- Points per path computed
--INFO-- The file 'example/reports/main_path_analysis.txt' was created.
>>> results.fig_.write_html("sphinx/_static/analyze/citation/network/main_path_analysis.html")

>>> results.df_.head()
                                      citing_article  ... points
0  Gomber P., 2018, J MANAGE INF SYST, V35, P220 ...  ...      3
1  Gomber P., 2018, J MANAGE INF SYST, V35, P220 ...  ...      3
2                   Hu Z., 2019, SYMMETRY, V11 1:176  ...      4
3       Alt R., 2018, ELECTRON MARK, V28, P235 1:150  ...      1
4       Alt R., 2018, ELECTRON MARK, V28, P235 1:150  ...      2

[5 rows x 3 columns]