Outdated and archived; examples moved to the gallery. See https://empymod.github.com/emg3d-gallery.
Examples for emg3d
- Examples and Tutorials
- Comparisons
- Reproducing published results
- Interaction with other tools
- Tools
- Various
- Time-domain
-
0a_Minimum_working_example
Minimum working example to get started withemg3d
and plotting the result. -
0b_Parameter_tests
How to compare different settings. -
0c_Total-vs-PS-Field
Comparison of total field versus primary-secondary field calculations.
-
1a_1D_VTI_empymod
1D VTI comparison betweenemg3d
andempymod
. -
1b_2D_triaxial_MARE2DEM
2D with tri-axial anisotropy comparison betweenemg3d
andMARE2DEM
. -
1c_3D_triaxial_SimPEG
3D with tri-axial anisotropy comparison betweenemg3d
andSimPEG
. -
1d_1D_VTI_empymod-Laplace
1D VTI comparison betweenemg3d
andempymod
in the Laplace domain.
- 2a_SEG-EAGE_3D-Salt-Model
SEG-EAGE 3D Salt Model as presented by Mulder, 2007.
- 3a_GemPy-discretize-emg3d
Calculating the CSEM response for a geological model created in GemPy.
-
4a_RAM-requirements
Calculating the required memory as a function of model size. -
4b_Runtime
Calculating the required runtime as a function of model size. -
4c_Check_boundary4airwave
Example how to verify if the model limits are far enough in x, y, and z.
-
5a_Obtaining_the_magnetic_field
Calculating the magnetic field from the electric field obtained fromemg3d
. -
5b_Magnetic_permeability
Calculating a model with magnetic permeability. -
5c_Magnetic_source_using_el_loop
E and H fields from a magnetic source generated by an electric loop. -
5d_Magnetic_source_using_duality
E and H fields from a magnetic source using the duality principle.
-
6a_Fullspace
Transient CSEM for a homogeneous fullspace, using FFTLog or DLF.. -
6b_Marine-1D
Transient CSEM for a layered, marine model.