What is the primary use of the Bruges skill?

The Bruges skill is used to perform geophysical and rock physics calculations, specifically for AVO (Amplitude Versus Offset) modeling, fluid substitution, and synthetic seismogram generation.

Can I use this for reservoir characterization?

Yes, through Gassmann fluid substitution and elastic moduli calculations, you can model how different fluids (oil, gas, brine) affect the seismic response of a reservoir rock.

Does it support seismic wavelet generation?

Absolutely. The skill can generate Ricker wavelets and Ormsby bandpass filters, which are essential for convolving with reflectivity series to create synthetic seismic traces.

What Python libraries are required for the Bruges skill?

The skill relies on the bruges, numpy, and scipy libraries to perform its underlying mathematical and geophysical computations.

Which AVO equations can this skill handle?

It supports several industry-standard equations, including the exact Zoeppritz equations and approximations like Shuey and Aki-Richards for faster calculations at various offset angles.

Bruges Geophysics & Rock Physics

Name: Bruges Geophysics & Rock Physics
Author: SteadfastAsArt

bySteadfastAsArt

•

Ciencia de Datos y ML

Performs complex geophysical calculations, AVO modeling, and rock physics simulations for seismic data analysis.

The Bruges skill empowers Claude Code with specialized geophysical capabilities, enabling the automated calculation of AVO responses using Zoeppritz, Shuey, and Aki-Richards equations. It streamlines seismic workflows by providing tools for Gassmann fluid substitution, synthetic seismogram generation, and the creation of standard wavelets like Ricker and Ormsby. Whether you are estimating elastic moduli or applying empirical relations like Gardner and Castagna, this skill bridges the gap between raw well data and seismic interpretation through validated, industry-standard Python implementations.

Características Principales

01Comprehensive AVO modeling using Zoeppritz, Shuey, and Aki-Richards equations

02Automated calculation of elastic moduli including Bulk, Shear, and Poisson's ratio

03Generation of standard seismic wavelets including Ricker and Ormsby filters

04Gassmann fluid substitution for reservoir saturation and sensitivity modeling

05Synthetic seismogram generation via reflectivity and wavelet convolution

0612 GitHub stars

Casos de Uso

01Cross-plotting elastic properties to classify AVO anomalies and lithology

02Generating synthetic seismograms to calibrate well logs with observed seismic data

03Predicting seismic amplitude responses for different reservoir fluid scenarios

What are Skills?·How to Install

Install with 🐟 Skill.Fish

npx skillfish add steadfastasart/geoscience-skills bruges

For use in Claude.ai and ChatGPT

Download Skill