SDyPy — Structural Dynamics Scientific Python

SDyPy is a scientific Python ecosystem for structural dynamics. It provides a unified namespace (sdypy.*) that aggregates six independently developed packages covering the full structural-dynamics workflow — from excitation-signal generation and measurement I/O, through frequency-response-function estimation and experimental modal analysis, to 3-D visualisation and finite-element modelling.

pip install sdypy

Integrated packages

Package	Description	Docs
sdypy.EMA	Experimental Modal Analysis — modal parameter identification from FRF data	sdypy-EMA RTD
sdypy.io	Measurement I/O — read/write structural-dynamics data formats (UFF, MTS, …)	sdypy-io RTD
sdypy.FRF	Frequency Response Functions — H1/H2/Hv estimation and signal processing	pyFRF docs
sdypy.excitation	Excitation signals — random, burst-random, chirp, and impact signals	pyExSi docs
sdypy.view	3-D visualisation — interactive plotting of mode shapes and animations	sdypy-view RTD
sdypy.model	Finite element models — beam, shell, and tetrahedral elements	sdypy-model RTD

Getting Started

• Getting started
  • SDyPy - Structural Dynamics Python
  • Installation and basic usage
  • Package integration in SDyPy
  • SDyPy pull request guidelines
  • Acknowledgements
• API Reference
  • Sub-package public APIs

Packages

• Packages

SDyPy Enhancement Proposals

• Roadmap & SDyPy Enhancement Proposals
  • Roadmap
  • Meta-SEPs (SEPs about SEPs or Processes)
  • Accepted SEPs (implementation in progress)
  • Open SEPs (under consideration)
  • Finished SEPs
  • Deferred and Superseded SEPs
  • Rejected and Withdrawn SEPs

Development

• Contributing Guide
• SDyPy Project Governance
• SDyPy Code of Conduct
• Acknowledgements
• License
• PEP8 and SDyPy
• Current steering council and institutional partners
• SDyPy — development notes
• File structure
• Publishing the project

Indices and tables

• Index

• Module Index

• Search Page