jrmckenna

jrmckenna's Stars

• pinga-lab/magnetic-ellipsoid

  Set of routines to compute the magnetic field produced by ellipsoids

  Language:Jupyter Notebook184

• LANL-Seismoacoustics/infrapy

  An infrasound array processing toolkit

  Language:Python397

• ApeParrot/Magnetic-Field-Modeling

  Collections of MATLAB scripts and functions for the design of systems comprising cylindrically magnetized objects.

  Language:MATLAB222

• cmt-dtu-energy/MagTense

  MagTense - a micromagnetism and magnetostatic framework

  Language:Fortran2812

• shredEngineer/MagnetiCalc

  MagnetiCalc calculates the magnetic field of arbitrary coils.

  Language:Python464

• hplgit/fenics-tutorial

  Source files and published documents for the FEniCS tutorial.

  Language:TeX359303

• groupeLIAMG/pycpd

  Interactive data processing and analysis tool to compute the Curie point depth from aeromagnetic data

  Language:Python72

• groupeLIAMG/hypopy

  HYPOcenter location from arrival time data in PYthon

  Language:Jupyter Notebook2311

• groupeLIAMG/ttcr

  Codes to do raytracing for geophysical applications

  Language:C++8734

• ArjaanAuinger/pyaudiodsptools

  Numpy Audio DSP Tools

  Language:Python19012

• volkziem/PermanentMagnetDesign

  Matlab software for designing magnets with permanent magnet cubes

  Language:MATLAB6

• PacktPublishing/Modern-Time-Series-Forecasting-with-Python

  Modern Time Series Forecasting with Python, published by Packt

  Language:Jupyter Notebook471233

• PacktPublishing/Building-Data-Science-Solutions-with-Anaconda

  Building Data Science Solutions with Anaconda, published by Packt

  Language:Jupyter Notebook1730

• Patrick-Cole/pygmi

  PyGMI - Python Geophysical Modelling and Interpretation

  Language:Python7016

• dickyaz/shotwavemod

  Program for Seismic Wave Simulation

  1

• dickyaz/Gravity-Method-Tutorial

  This tutorial is about forward modeling of simple model gravity anomaly using python. We are using Jupyter Notebook so some useful brief explanation and illustration could be added along with the code. It is suitable for students or lecturer in geophysics. The code is simple and the exercise will give better understanding about forward modeling. We intent to add more tutorial such as analysis spectral, separating the anomaly, etc.

  Language:Jupyter Notebook99

• juliocardenas25/Magnetic_methods

  Language:Jupyter Notebook21

• BenUCL/surfperch

  Repo for ReefPerch paper

  Language:Jupyter Notebook7

• jaiarobotics/jaiabot

  Jaiabot source code

  Language:TypeScript224

• adafruit/Adafruit_CircuitPython_BNO08x

  Helper library for the Hillcrest Laboratories BNO080 IMU

  Language:Python2731

• A-New-BellHope/bellhop

  A mirror of the original FORTRAN BELLHOP underwater acoustics simulator, with some bugs fixed

  Language:Fortran131

• sofarocean/spotter-sd-parser

  Open source tool for concatenating and parsing SD card data from Spotters

  Language:Python96

• patel999jay/Bellhop-ARLPY-ECED6575

  This repository has been used in ECED 6575 at Dalhousie University to teach students Acoustic Toolbox & Bellhop.

  Language:Jupyter Notebook136

• hunterakins/pyat

  Provide Python functions for reading and writing the files required for the Acoustics Toolbox programs (KRAKEN, BELLHOP, SCOOTER). Also defines objects that represent the basic elements of an acoustic simulation.

  Language:Python329

• BrandyArmstrong/MOSEA

  Modeling Ocean Science, Engineering and Atmosphere

  Language:Python1

• maju116/sauron

  Explainable Artificial Intelligence (XAI) for Neutral Networks in tensorflow/keras.

  Language:R135

• Kaggle/kaggle-api

  Official Kaggle API

  Language:Python6.4k1.1k

• adrianodennanni/multiresolution-cnn

  Language:Jupyter Notebook109

• ageron/handson-ml

  ⛔️ DEPRECATED – See https://github.com/ageron/handson-ml3 instead.

  Language:Jupyter Notebook25.3k12.9k

• lessw2020/snake-id

  FastAI deep learning classifier for snakes

  1