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GETTING STARTED
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Wave Equation
Boundary Conditions
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Dispersion Error
Wavefield Separation
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Part 1 - First simulation
Part 2 - Verification
Part 3 - Visualization
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Models and topography
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Model order
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Marmousi
3D surface topography
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Mesh-to-mesh interpolation
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Data-adaptive mesh masking
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Introduction
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Equivalence of filtering STFs and filtering synthetics
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2D teleseismic simulation
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Receiver Gathers
Wavefield Output
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Full-waveform inversion
Part 1 - Setup
Part 2 - Synthetics
Part 3 - Sensitivities
Part 4 - Iterations
Part 5 - Extensions
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Advanced Interface
Lamb's problem
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SalvusFlow API
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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
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PUBLICATIONS
python_api
/
salvus
/
mesh
/
layered_meshing
/
utils
/
split_layered_model
This documentation is not for the latest stable Salvus version.
salvus.mesh.layered_meshing.utils.split_layered_model
Functions for splitting layered models.
Functions
split_layered_model()
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mesh
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