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python_api
/
salvus
/
mesh
/
layered_meshing

salvus.mesh.layered_meshing

salvus.mesh.layered_meshing salvus mesh layered_meshing
Layered meshing interface.

Submodules

detail
detail
direct
coordinate_systems
special_cases
smoothiesem
mesh_from_domain
realize
interface
curve
detail
hyperplane
surface
layered_model
bm
detail
filters
layer
layered_model
plot
reductions
meshing_protocol
coarsening_policy
compute_coarsening_policies
detail
interlayer_constant
interlayer_doubling
interlayer_tripling
intralayer_constant
intralayer_detail
intralayer_variable
intralayer_vertical_refine
meshing_protocol
refinement_policy
simple_post_refinement
serialization
read_from_h5
write_to_h5
utils
blend
compute_ellipticity
flood
split_layered_model

Used in tutorials

Functionality from this module is used in the following tutorials.
Data Analysis / Selective Volume Output / Volume output in a selected region
Data Analysis / Wavefield Output / Working with Salvus' wavefield output files
Meshing / Layered Meshing / Layered Meshing 01: Basics
Meshing / Layered Meshing / Layered Meshing 02: Basics of partitioning and policies
Meshing / Layered Meshing / Layered Meshing 03: Meshing complex geophysical domains
Meshing / Mesh Data Structure / Salvus' UnstructuredMesh - Part 3 - Jacobians and Time Step Estimation
Waveform Physics / Materials And Anisotropy / Materials 1: Introduction to materials
Waveform Physics / Materials And Anisotropy / Materials 4: Simulating with Materials and Exotic Waveforms from Anisotropy
Waveform Physics / Units / Units in Coupled Simulations
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