traveltime

There are 14 repositories under traveltime topic.

  • saeedsltm/PyVelest

    A python code for running VELEST (1D velocity calculation using travel time inversion)

    Language:Python6381322
  • keurfonluu/fteikpy

    Accurate Eikonal solver for Python

    Language:Python5991018
  • keurfonluu/AIPycker

    Pycker provides user-friendly routines to visualize seismic traces and pick first break arrival times.

    Language:Python43666
  • sgrubas/NES

    Neural Eikonal Solver: framework for modeling traveltimes via solving eikonal equation using neural networks

    Language:Jupyter Notebook37415
  • groupeLIAMG/bh_tomo

    A Matlab borehole radar/seismic tomography package

    Language:MATLAB3010619
  • groupeLIAMG/hypopy

    HYPOcenter location from arrival time data in PYthon

    Language:Jupyter Notebook215011
  • Mark-Noble/FTeik-Eikonal-Solver

    FTeik package: 2D and 3D Eikonal solver to compute first arrival traveltimes in a heterogeneous isotropic velocity model, with the possibility to use different grid spacing in all directions.

    Language:Fortran20222
  • MIGG-NTU/SeisTomo_Tutorials

    Seismic Body-wave Traveltime Tomography Tutorials

    Language:Python9917
  • ElsevierSoftwareX/SOFTX-D-21-00123

    Codes to do raytracing for geophysical applications. To cite this Original Software Publication: https://www.sciencedirect.com/science/article/pii/S2352711021001217

    Language:C++5103
  • sameerbairwa/travelX

    the project about travel time prediction

    Language:Python2100
  • ansoncfit/otp2-scripts

    Example scripts for batch queries to an OpenTripPlanner v2 server

    Language:Jupyter Notebook20
  • healthinnovation/mellon-grant

    MellonGrant is a long-term project where the objective is to explore the different levels of access to health services according to socio-economic levels, among other aspects.

    Language:R20
  • INGV/ttime

    Travel Time Web Service

    Language:Python51
  • saeedsltm/PyODSVM

    One Dimensional Seismic Velocity Model (ODSVM)