FWAT

Contents:

  • Introduction
  • Installation
  • Cube2sph Tutorial
  • Full Waveform Inversion Tutorial
  • Visualization for Model
FWAT
  • Welcome to FWAT
  • View page source

Welcome to FWAT

Contents:

  • Introduction
  • Installation
  • Cube2sph Tutorial
    • Cube2sph Mesh Generation
      • setup/constants.h
        • ADE-PML Flags
        • Cube2sph Flags
      • Mesh_Par_file
        • Mesh Size
        • Model Geometry Files
        • Surface Mesh Resolution
        • Doubling Layers
        • Domain Materials
        • Domain Regions
      • DATA/Par_file.init
        • PML parameters
        • Injection Parameters
      • Cube2sph_model_par
      • Mesh Generation
    • SpecFEM Simulations
  • Full Waveform Inversion Tutorial
    • FWAT Parameter files
      • Simulation Block
      • Measurement block
        • Teleseismic Waveform Inversion (tele)
        • Multi-channel Ambient Noise (noise)
        • SKS SI-Splitting FWI (sks)
        • Receiver Functions (rf)
      • Optimization block
        • General Optimization Settings
        • Model and Kernel Settings
      • LBFGS file
        • General Settings
        • Iteration Flag (flag)
        • Line Search Parameters
    • Source and Stations
      • Create the src_rec Directory and Source Files
      • Create the Station File
      • Create the Force Solution File
      • Create the CMT Solution File
      • Place the observation Data
    • Cluster Parameters
      • module_env
      • parameters.sh
      • run_fwi.sh and run_forward.sh
      • run_fwi_big_job.sh
    • Data Preparation
      • Teleseismic Waveform Data
    • Checklist
    • User-Defined Parameter Set
  • Visualization for Model
    • Parameter File
      • Specified Directories
      • Process Configuration
      • Horizontal Slice Parameters
      • Vertical Slice Parameters
      • Start and End Points for Vertical Slices
      • File Directories
      • Interpolation Parameters
      • Additional Visualization Options
      • Interpolation Options
      • Run Index
    • Configuration File
    • Step 0: Run MPI Interpolation
    • Step 1: Interpolate Model
    • Step 2: Generate GRD File
    • Step 3: Plotting
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