Search

Searching for multiple words only shows matches that contain all words.

Deepwave

Navigation

Getting started

Quick Start
Glossary
PyTorch
Examples
Upgrading

User guide

Stability policy
Usage
Wavefield-space tools
Backends
Capability matrix
Internal callback names
Accuracy and grid design
Boundary conditions
Appendix: image-rule derivations and implementation policy
Units and source conventions
Material models and physical scope
Time-dispersion correction
Troubleshooting
Scaling 3-D FWI past a single GPU’s memory

API reference

Scalar propagator reference
Acoustic propagator reference
Elastic propagator reference
Utilities reference
Errors and warnings reference

Propagator reference

Scalar Wave Equation
Born Modelling with the Scalar Wave Equation
Acoustic Wave Equation
Born Modelling with the Variable-Density Acoustic Wave Equation
Viscoacoustic (attenuating) wave equation
Elastic wave equation
Born Modelling with the Elastic Wave Equation
Elastic VTI (anisotropic) wave equation
Pseudo-acoustic VTI wave equation

Theory and guarantees

What Deepwave Calculates
What Deepwave guarantees about gradients
Discretisation: the exact scheme
Forward operators and their derivatives

Derivations (developer reference)

Derivation: variable-density acoustic Born (linearised) propagator
Derivation: pseudo-acoustic VTI (acoustic_vti) propagator
Derivation: isotropic elastic Born (linearised) propagator

Design notes (developer reference)

Design notes

Applications and alternatives

Ultrasound and NDT (coming from k-Wave)
DAS (distributed acoustic sensing)
Choosing a wave-propagation package

Release reference (maintainer)

Deepwave 0.1.0 validation scope
Releasing Deepwave

Related Topics

Documentation overview

©2026, Alan Richardson. | Powered by Sphinx 9.0.4 & Alabaster 1.0.0