Desktop application for visualizing geophysical dispersion curves, shear-wave velocity profiles, and layered soil models, with native support for Geopsy Dinver outputs including .target and .report files. Features an interactive PyQtGraph canvas and a Matplotlib Studio for producing publication-quality figures exportable to PNG, PDF, SVG, EPS, ...

Python toolkit for inverting HVSR curves to recover layered shear-wave velocity profiles using a multi-phase Particle Swarm Optimization workflow with physics-informed constraints. Supports both a desktop PyQt5 GUI and HPC/SLURM batch deployment.

All-in-one HVSR analysis suite: single-station interactive analysis, azimuthal processing, multi-station batch processing, progressive HV Strip, HVSR inversion, and bedrock depth mapping with spatial interpolation and Google Earth export.

Bayesian-optimized gradient boosting for seismic liquefaction prediction with geographic stratified CV on the LIQ/7/2833 global database.

A simple demo repository for surface-wave dispersion inversion using several optimization strategies.