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The Four Arm Caliper Tool (FAC) Version 2.0 is a Python-based application that enables loading, visualizing, and analyzing oriented four-arm caliper logs. The first version of FAC was developed by Niederhuber (2025) in Matlab. This version is an extension of the previous Version, with new import and export format as well as an improved tab/window handling. Also some miner bugs have been fixed. The software provides an interactive graphical environment built with PySide6 and Matplotlib, allowing users to explore borehole geometry, identify breakout intervals, and determine stress orientations following established geomechanical analysis principles. Supported input formats include .las, .dat, .csv, and .txt files.

FAIRO data processing tools

SDNcockpit2.0

NETDB WebAPI python scripts

Pull mirror https://github.com/epics-modules/sscan

Pull mirror https://github.com/KIT-IBPT/epics-mrf

Image Log Analyzer Tool (ILAT) is a Python-based application for loading, visualizing, and analyzing borehole breakouts, drilling-induced tensile fractures, petal-centerline-fractures and other linear features in Image log data. It provides an interactive GUI built with PySide6 and Matplotlib

The Six Arm Caliper Tool (SAC) is a Python-based application for loading, visualizing, and analyzing borehole breakout and six-arm caliper data. It provides an interactive GUI built with PySide6 and Matplotlib and includes support for LAS file handling via the lasio library.

The Stress Feature Result Viewer (SFRV) is an interactive application for analyzing and visualizing borehole stress‑related structural features. It loads raw orientation data, standardizes heterogeneous input formats, applies stress‑orientation transformations, and produces rose diagrams and histograms.