Patched-wall quasistatic cavity resonator analysis

Patched-Wall Quasistatic Cavity Resonators for 3-D Wireless Power Transfer

Corresponding author: Takuya Sasatani (@t-sasatani)

Setup

pip install -e .
cd assets && bash reassemble.sh

The H-field CSV files are stored as compressed, split chunks to fit within GitHub's file size limits. The reassembly script creates the uncompressed hfield.csv files (gitignored).

Reproduce figures

Run notebooks/geometry_sweep.ipynb top to bottom. Figures are saved to notebooks/figures/.

Repository structure

src/pw_qscr_analysis/       # Python package (loaders, classification, CMT)
notebooks/                   # Jupyter notebook producing all paper figures
assets/
├── geometry_sweep/
│   ├── eigenvalues.csv          # Eigenvalue data (p_ctr × p_cor sweep)
│   └── hfield.csv.gz.*         # H-field normH data (compressed, split)
├── capacitor_sweep/
│   ├── eigenvalues.csv          # Eigenvalue data (capacitance sweep)
│   └── hfield.csv.gz.*         # H-field normH data (compressed, split)
└── touchstone/
    ├── {SH,PI}_{diag,hor}_z0_r*.s2p  # 2-port S-parameters
    └── input/{SH,PI}_input.s2p       # Input impedance (Z11)