gprMax
v.3.0.0b20

Introduction

  • Getting Started
  • Software Features
  • Guidance on GPR modelling

Using gprMax

  • Input file commands
  • Geometry and Snapshot files
  • Output file

Additional tools

  • Plotting
  • File utilities

Advanced topics

  • Python scripting
  • Parallelism - OpenMP/MPI

Examples

  • Introductory/basic 2D models
  • Antenna models
  • Advanced modelling

Help and support

  • FAQs
  • Screencasts

Appendices

  • Analytical comparisons
  • Numerical comparisons
  • References
gprMax
  • Docs »
  • gprMax User Guide
  • Edit on GitHub

gprMax User Guide¶

Introduction¶

  • Getting Started
    • What is gprMax?
    • Package overview
    • Installation
    • Running gprMax
    • Installation for developers
  • Software Features
    • What’s new/changed?
    • Key features
  • Guidance on GPR modelling
    • Basic concepts
    • Coordinate system and conventions
    • Spatial discretisation
    • Absorbing boundary conditions

Using gprMax¶

  • Input file commands
    • Essential commands
    • General commands
    • Material commands
    • Object construction commands
    • Source and output commands
    • PML commands
  • Geometry and Snapshot files
    • Geometry files
    • Snapshot files
  • Output file
    • File structure
    • Viewing output

Additional tools¶

  • Plotting
    • A-scans
    • B-scans
    • Antenna parameters
    • Built-in waveforms
  • File utilities
    • inputfile_old2new.py
    • outputfiles_merge.py

Advanced topics¶

  • Python scripting
    • Constants/variables
    • Antenna models
    • Functions for input commands
  • Parallelism - OpenMP/MPI
    • OpenMP
    • MPI
    • HPC job scripts

Examples¶

  • Introductory/basic 2D models
    • A-scan from a metal cylinder
    • B-scan from a metal cylinder
  • Antenna models
    • Wire dipole antenna model
    • Bowtie antenna model
    • B-scan with a bowtie antenna model
  • Advanced modelling
    • Building a heterogeneous soil

Help and support¶

  • FAQs
  • Screencasts
    • Installation

Appendices¶

  • Analytical comparisons
    • Hertzian dipole in free space
  • Numerical comparisons
    • FDTD/MoM
  • References
Next

© Copyright 2015-2016, The University of Edinburgh. Authors: Craig Warren and Antonis Giannopoulos. Revision 25d39100.

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