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AxiSEM3D
Introduction
Overview
What kinds of models and structures can be modelled?
Code Capabilities
Method, code and computational aspects
The Code
Physical and mathematical background
Meshes
Physical Constraints
More on undulation
Cost and resolution
Installation
The Mesher
The Solver
Local Workstation Installation
HPC Cluster Installation
Docker
Example Installations on HPC Systems
Using AxiSEM3D
Meshing
Background Files (.bm)
Generating meshes
Running AxiSEM3D
Example
inparam.model.yaml
inparam.source.yaml
inparam.nr.yaml
inparam.output.yaml
inparam.advanced.yaml
3D Models
Geometric Models
Volumetric Models
Using Volumetric Models
Ocean Load
Absorbing Boundaries
Debugging 3D Models
Sources
Time Axis
Nr Field
Running
Optimising Nr Manually
Wavefield Learning
Debugging complexity maps
Advanced settings
Hybrid models
Examples
00 Global 1D (PREM)
01 Global 3D Simulation (S362ANI)
02 3D Crust S362ANI (Regional)
03 Salt Body (SEG local)
04 Simple 3D shapes
05 Global anisotropy workflows
06 Finite Source Local
07 Atmosphere-coupled acoustic wave propagation (Mars)
08 Regional Icesheet model
09 Wavefield Visualization on the Moon
Pre- and Post-processing
Plotting Seismograms
ASCII file contents
Plotting Seismograms
Wavefield Visualization
Station Output
Element Output
Common Errors
Contributing to AxiSEM3D
Getting Help
FAQ
Glossary
Parameter Documentation
inparam.model.yaml
inparam.nr.yaml
inparam.source.yaml
Stations
inparam.output.yaml
inparam.advanced.yaml
References
Authors
Repository
Suggest edit
Open issue
.md
.pdf
Contributing to AxiSEM3D
Contributing to AxiSEM3D
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Add information about how to contribute to the project.
