jankoslavic

Janko Slavič's starred repositories

solara

A Pure Python, React-style Framework for Scaling Your Jupyter and Web Apps

Language:PythonMIT1890 22 342

forallpeople

Python SI units library: your 'daily driver' for calculations.

Language:PythonApache-2.0298 12 80

dask-image

Distributed image processing

Language:PythonBSD-3-Clause210 14 155

MoSQITo

MoSQITo is a unified and modular development framework of key sound quality metrics favoring reproducible science and efficient shared scripting among engineers, teachers and researchers community.

Language:PythonApache-2.0132 14 48

ross

ROSS is a library written in Python for rotordynamic analysis.

Language:PythonApache-2.0131 18 431

scipy-crash-course

Material for a 24 hours course on Scientific Python

CC-BY-4.0102 40

pyuff

This module defines an UFF class to manipulate with the UFF (Universal File Format) files.

Language:PythonNOASSERTION58 13 50

xeus-python-demo

JupyterLite template repository with xeus-python as default kernel

Language:Jupyter Notebook48 5 16

sdypy

Structural Dynamics Python

Language:PythonMIT40 7 3

pyFRF

Frequency response function as used in structural dynamics

Language:Jupyter NotebookMIT38 10 8

OpenPulse

OpenPulse: Open Source Software for Pulsation Analysis of Pipeline Systems

Language:PythonMIT36 4 162

FLife

Vibration Fatigue by Spectral Methods

Language:Jupyter NotebookMIT34 6 3

pyyeti

Tools mostly related to structural dynamics

Language:PythonNOASSERTION31 4 18

koma

Knut's Operational Modal Analysis toolbox for Python

Language:PythonMIT29 40

pyidi

Python Image Displacement Identification

Language:Jupyter NotebookMIT27 11 19

strid

Simulation and identification of structural engineering systems

Language:PythonISC23 5 2

sdynpy

A Structural Dynamics Python Library

Language:PythonNOASSERTION22 6 6

pyOMA2

Python module for conducting operational modal analysis

Language:PythonMIT16 5 11

rattlesnake-vibration-controller

Vibration Controller targetting Multiple-Input-Multiple-Output (MIMO) and Combined Environments Control

Language:PythonGPL-3.016 4 7

pyExSi

Excitation signals as used in structural dynamics and vibration fatigue

Language:Jupyter NotebookMIT14 5 3

pyMRAW

Photron MRAW File Reader

Language:Jupyter Notebook13 6 4

py_fatigue

py-fatigue bundles the main functionality for performing cyclic stress (fatigue) analysis and cycle-counting.

Language:Jupyter NotebookGPL-3.011 3 4

Vibration-Mechanics

An open-source textbook intended to cover the basics of mechanical vibrations. This text is intended to function as the only text required for a college (undergraduate) class on vibrations.

Language:TeXCC-BY-SA-4.08 20

pymodal

This is a python library intended for management and storage of Frequency Response Functions and Complex Frequency Domain Assurance Criterion matrices.

Language:PythonMIT8 40

sdypy-EMA

Experimental and operational modal analysis

Language:Jupyter NotebookMIT5 2 2

A vision-based line-tracking (VIBLITE) technique has been proposed for uplift measurements of railway catenary systems in front of noisy backgrounds. The file contains MATLAB code with example images for processing. The Line-tracking technique is designed for detecting and tracking a linear object, e.g., a railway catenary wire. The technique is based on a coarse subset and line search and subpixel centerline detection. Vertical displacement response of the linear object can also be obtained. The principles are described in detail in reference: Tengjiao Jiang, Gunnstein T. Frøseth, Anders Rønnquist, Egil Fagerholt. A Robust Line-Tracking Photogrammetry Method for Uplift Measurements of Railway Catenary Systems in Noisy Backgrounds, Mechanical Systems and Signal Processing. 144 (2020) 106888.https://doi.org/10.1016/j.ymssp.2020.106888. If you want to cite our work, please cite the code and the above article. The code reference sample is as follows: Tengjiao Jiang, Gunnstein Thomas Frøseth, Anders Rønnquist, & Egil Fagerholt. (2020, February 23). A vision-based line-tracking technique (Version 1.1). Zenodo. http://doi.org/10.5281/zenodo.3685219.

Language:MATLABMIT5 30