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Salvus documentation version
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GETTING STARTED
Installation
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Python Packages
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Release Notes for Salvus 0.11.X
Knowledge Base
Wave Equation
Boundary Conditions
Natural Boundary Conditions
Homogeneous Dirichlet
Absorbing Boundaries
Mesh Generation
Spectral-Element Modelling
Dispersion Error
Wavefield Separation
Parameterizations
Units
Inverse Problems
Velocity Misfits
Gradient Misfits
Examples & Tutorials
Tutorials
Getting started
Part 1 - First simulation
Part 2 - Verification
Part 3 - Visualization
Part 4 - Heterogeneous models
Models and topography
1D models
Model order
Parameterizations
Simple topography
Layered models
Heterogeneous models and slice extraction
Marmousi
3D surface topography
Meshing
Importing external meshes
Mesh-to-mesh interpolation
Cylindrical meshes
Data-adaptive mesh masking
Goal-oriented meshing with SmoothieSEM
Sources and receivers
Introduction
Locating sources and receivers
Custom source time functions
Equivalence of filtering STFs and filtering synthetics
Waveform physics
Attenuation
Acoustic VTI
2D teleseismic simulation
Ocean loading
Data analysis
Receiver Gathers
Wavefield Output
Inversion
Full-waveform inversion
Part 1 - Setup
Part 2 - Synthetics
Part 3 - Sensitivities
Part 4 - Iterations
Part 5 - Extensions
Gradient preconditioning
Smoothing
Homogeneous media
Gradients for Seismology
Advanced Interface
Lamb's problem
Model interpolation
SalvusFlow API
Manual gradient computation
Marmousi
Applications
Seismology
Continental-scale simulations
Sensitivity kernels
Global-scale simulation
Geotech
Ground motion modeling of buildings
Real data continental-scale FWI
Part 0 - Prologue
Part 1 - Project setup & data acquisition
Part 2 - Forward simulations
Part 3 - Data selection and misfit definition
Part 4 - Iterative inversion
Near Surface
Part 0 - Prologue
Part 1 - Project setup & importing external data
Part 2 - Starting Model
Part 3 - 3D-to-2D Conversion
Integration Tests
Analytic Tests
Semi-analytic test - Acoustic
Semi-analytic test - Elastic
Semi-analytic test - Coupled
On-the-fly Fourier transform
Analytic test - Diffusion equation
Analytic test - Poisson's equation
Gradient Tests
Gradient test simple physics
Gradient test TTI medium
Reference Documentation
SalvusCompute API
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Cartesian2D
Cartesian3D
Cartesian2DHomogeneous
Cartesian3DHomogeneous
Circular2D
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SphericalChunk3D
Python API
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tensor_gll
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hdf5_data_backend
segy_data_backend
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event_data
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event_misfit
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receiver_channel
event_window_and_weight_set
types
wavefield_compression
api
paths
simple_config
boundary
receiver
cartesian
collections
seismology
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simulation
source
transformations
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seismology
stf
sites
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types
mesh
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attenuation
layered_meshing
detail
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mesh_from_domain
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layered_model
bm
detail
filters
layer
layered_model
reductions
interface
curve
detail
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surface
material
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isotropic
transversely_isotropic
dim2
dim3
elastic
anisotropic
dim2
dim3
cubic
hexagonal
isotropic
monoclinic
orthotropic
triclinic
visco
acoustic
elastic
parameter
meshing_protocol
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detail
interlayer_constant
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utils
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modules
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processing
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namespace
opt
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methods
lbfgs
trustregion
misfits
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python_api
/
salvus
/
opt
/
models
/
structured_model
This documentation is not for the latest stable Salvus version.
salvus.opt.models.structured_model
A structured model class based on xarray.
Classes
StructuredModel
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generic_model
Next
unstructured_model
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