inlizard

inlizard's Stars

• garrettj403/SciencePlots

  Matplotlib styles for scientific plotting

  Language:Python7k6093699

• solstice23/argon-theme

  📖 Argon - 一个轻盈、简洁的 WordPress 主题

  Language:PHP4.6k29511541

• mohuangrui/ucasthesis

  LaTeX Thesis Template for the University of Chinese Academy of Sciences

  Language:TeX3.4k68428925

• linuxeye/lnmp

  LEMP stack/LAMP stack/LNMP stack installation scripts for CentOS/Redhat Debian and Ubuntu

  Language:Shell2.7k2000764

• yakumioto/YaHei-Consolas-Hybrid-1.12

  YaHei Consolas Hybrid 字体

  Language:Shell1.4k270266

• mlsys-mbs0221/Multitask-Learning

  Awesome Multitask Learning Resources

  635272142

• csc-training/hpc-python

  Python in High Performance Computing

  Language:Python325190799

• scikit-fmm/scikit-fmm

  scikit-fmm is a Python extension module which implements the fast marching method.

  Language:Python267136363

• keurfonluu/disba

  Numba-accelerated computation of surface wave dispersion

  Language:Python133101330

• ratschlab/GP-VAE

  TensorFlow implementation for the GP-VAE model described in https://arxiv.org/abs/1907.04155

  Language:Python1247427

• Zhengyu-Huang/InverseProblems.jl

  Language:Jupyter Notebook804212

• DASDAE/dascore

  A python library for distributed fiber optic sensing

  Language:Python71910316

• jpvantassel/hvsrpy

  A Python package for Horizontal-to-Vertical (H/V, HVSR) Spectral Ratio Processing.

  Language:Python7161629

• EricDarve/cme213-spring-2021

  CME 213 Spring 2021

  Language:C++616022

• iris-edu/HVSR

  A set of Python scripts to compute and plot HVSR curves using MUSTANG PDF-PSD web service from IRIS

  Language:Python3710114

• PyGLImER/PyGLImER

  An automatic seismology toolset for global P-to-S and S-to-P receiver function imaging

  Language:Python3735211

• nqdu/JDSurfG

  Joint Inversion of Direct Surface Wave Tomography and Bouguer Gravity

  Language:Fortran322710

• ShaoboYang-USTC/DisperPicker

  Automatically extracting dispersion curves via deep learning

  Language:Python30209

• nqdu/RfSurfHmc

  Joint inversion of Receiver Function and Surface Wave Disperion by Hamiltonian Monte Carlo Method

  Language:Fortran18107

• klapo/pyfocs

  Processing functions for Fiber Optic Distributed Sensing (FODS) data.

  Language:HTML1763011

• nqdu/spmst

  Surface Wave Tomography with Topography.

  Language:C++12101

• njlindsey/Photonic-seismology-in-Monterey-Bay-Dark-fiber1DAS-illuminates-offshore-faults-and-coastal-ocean

  Data used to generate the figures and support the findings of manuscript entitled, "Photonic seismology in Monterey Bay: Dark fiber1DAS illuminates offshore faults and coastal ocean" by Nathaniel J. Lindsey, T. Craig Dawe, and Jonathan B. Ajo-Franklin

  9301

• biondiettore/DAS-taptest-widgets

  Interactive plots for geolocalization of the DAS system's channels

  Language:Python8302

• bouziot/get-cpt

  get_cpt: a python utility to fetch matplotlib colormaps from cpt files

  Language:Python7106

• chengsong2333/pybinv

  A python version of trans-dimensional bayesian inversion of SWD, and/or RFs, and/or HVSR(Rayleigh wave ellipticity)

  Language:Python610

• gongchang96/Receiver-Function-Quality-Control

  the code for the paper of Deep Learning for Quality Control of Receiver Functions

  Language:Python6201

• akinremisa/rfsed

  Package for standard and sediment correction receiver functions analysis

  Language:Jupyter Notebook5

• kemichai/rfmpy

  Calculate RFs and time to depth migration to examine the Moho depth variations for the broader European Alpine region. Codes used in publication: https://doi.org/10.5194/essd-15-2117-2023

  Language:Python5132

• FionaMoon/Small_Program

  pieces of codes

  Language:R10

• Zhengyu-Huang/CoupledDynamicalSystem

  Language:Julia110