cuitianyu20

cuitianyu20's Stars

• NanoComp/meep

  free finite-difference time-domain (FDTD) software for electromagnetic simulations

  Language:C++1.3k681.1k634

• gempy-project/gempy

  GemPy is an open-source, Python-based 3-D structural geological modeling software, which allows the implicit (i.e. automatic) creation of complex geological models from interface and orientation data. It also offers support for stochastic modeling to address parameter and model uncertainties.

  Language:Python1k53615240

• GenericMappingTools/pygmt

  A Python interface for the Generic Mapping Tools.

  Language:Python77527973224

• pyFFTW/pyFFTW

  A pythonic python wrapper around FFTW

  Language:Python38117242109

• fastlib/fCWT

  The fast Continuous Wavelet Transform (fCWT) is a library for fast calculation of CWT.

  Language:Jupyter Notebook289106455

• AI4EPS/PhaseNet

  PhaseNet: A Deep-Neural-Network-Based Seismic Arrival Time Picking Method

  Language:Python2821663118

• zhaokg/Rbeast

  Bayesian Change-Point Detection and Time Series Decomposition

  Language:C280113841

• SeisSol/SeisSol

  A scientific software for the numerical simulation of seismic wave phenomena and earthquake dynamics

  Language:C++27632275116

• pyrocko/pyrocko

  An official read-only mirror of https://git.pyrocko.org/pyrocko/pyrocko. A seismology toolkit for Python.

  Language:Python21925080

• noisepy/NoisePy

  Ambient-Noise Seismology Package

  Language:Python1781610676

• eqcorrscan/EQcorrscan

  Earthquake detection and analysis in Python.

  Language:Python1681824687

• jenndrei/BayHunter

  McMC transdimensional Bayesian inversion of surface wave dispersion and receiver functions

  Language:Python11081244

• GPlates/GPlates

  GPlates is a plate tectonics program. Manipulate reconstructions of geological and paleogeographic features through geological time. Interactively visualize vector, raster and volume data. PyGPlates is the GPlates Python library. Get fine-grained access to GPlates functionality in your Python scripts.

  Language:C++106614

• michaelgrund/GMT-plotting

  Collection of GMT (Generic Mapping Tools) scripts, jupyter notebooks (using PyGMT) and files (including digitized map content, colormaps, grid files etc.)

  Language:Jupyter Notebook10621326

• MarcCoru/locationencoder

  Language:Python81388

• seisman/HinetPy

  A Python package for accessing and processing NIED Hi-net seismic data.

  Language:Python8183638

• jpvantassel/swprocess

  Python package for surface wave processing.

  Language:Python7942631

• paudetseis/Telewavesim

  Teleseismic body wave modeling through stacks of (submarine/anisotropic) layers

  Language:Jupyter Notebook6972519

• xin2zhang/MCTomo

  2D and 3D Monte Carlo seismic tomography

  Language:Fortran555120

• LucaDeSiena/MuRAT

  A multi-resolution seismic attenuation tomography code - currently in its 3.0 release

  Language:MATLAB5161629

• ludwigwinkler/pytorch_MCMC

  Lightweight MCMC sampling for PyTorch Models aka My Corona Project

  Language:Python44242

• sergiventosa/ts-PWS

  Time-scale phase-weighted stack software for seismic signal denoising

  Language:C402320

• shuleyu/seismic-tomography-models

  whole mantle tomography, seismology, S and P seismic wave speed models

  Language:C++349018

• YijianZhou/CDRP_TF

  CNN Event Detection & RNN Phase Picking (in Tensorflow)

  Language:Python273116

• zw-sustech/CGFD3D

  CGFD3D (Curvilinear-Grid Finite-Difference 3D Code for Seismic Wave Simulation with Surface Topography)

  Language:C21103

• wenbowu-geo/SEM_DSM_hybrid

  Language:C204212

• foivoskar/pyGCMT

  A python script, using ObsPy tools, to generate Global CMT solution catalogues.

  Language:Jupyter Notebook17103

• tsonpham/PCodaAutocorrelation

  A Python code for 'P wave coda autocorrelation'

  Language:Jupyter Notebook13313

• YoushanLiu/FDFK2D

  Efficient two-dimensional teleseismic wavefield hybrid simulation method for receiver function analysis

  Language:Fortran10115

• UT-GlobalSeismology/DSMsynTI-mpi

  Software for computing synthetic seismograms in spherically symmetric, transversely isotropic (TI) media using the Direct Solution Method (DSM)

  Language:Fortran6530