Dataset fo "Partial-Wetting Phenomena in Active Matter"

The Fortran source codes used to simulate the ternary active wetting system, including main.f90, global_parameters.f90, and utility_mod.f90, are available upon request. PCA input matrices were generated using custom Fortran routines (pcadata.f90) that extract particle-level dynamic features (such as spatial coordinates and temporal evolution) under varying electric fields. Principal component analysis was performed via a Python script (pca.py), which outputs eigenvalues and eigenvectors in serialized format. Further data projection, visualization, and comparative analysis were carried out using analyze_pca.py, including PCA eigenvalue spectra and projection maps between leading components. The raw trajectory data (e.g., for volume fraction φ = 0.5 E=20) are available. Representative .txt files for each figure in the main text and supplemental materials (e.g., fig1(b)_simu.txt, fig2(d).txt, figSM4_total_bottom.txt) are provided to ensure full reproducibility of all plots. All analysis scripts and raw data can be shared upon reasonable request.