SECpy

Code for the modeling of diveregence free horizontal currents using Spherical Elementary Current analysis.

Core Dependencies:

Data Dependencies:

Visualisation Dependencies:

Name		Name	Last commit message	Last commit date
Latest commit History 55 Commits
Iridium_Code		Iridium_Code
Notebooks		Notebooks
SECS_Visualisation		SECS_Visualisation
Amplitudes_Evaluation.py		Amplitudes_Evaluation.py
Basic_Example.py		Basic_Example.py
Electrojet_Detection_Algorithm.py		Electrojet_Detection_Algorithm.py
Interpolation2d.py		Interpolation2d.py
Iridium_test_script.py		Iridium_test_script.py
LICENSE		LICENSE
Meridian_Evaluation.py		Meridian_Evaluation.py
One_Minute_Boundary.py		One_Minute_Boundary.py
Plotting_in_Cubed_Sphere_Projection.py		Plotting_in_Cubed_Sphere_Projection.py
Plotting_in_Cubed_Sphere_Projection_Curr_Mag.py		Plotting_in_Cubed_Sphere_Projection_Curr_Mag.py
README.md		README.md
Regional_Plotting.py		Regional_Plotting.py
Regional_Plotting2.py		Regional_Plotting2.py
SECpy.py		SECpy.py
Simple_Test_Script.py		Simple_Test_Script.py
Singularity_Effect.py		Singularity_Effect.py
Singularity_Fix_Ground_Mags.py		Singularity_Fix_Ground_Mags.py
Standard_Plotting.py		Standard_Plotting.py
SuperMag_Rotation_Merge.py		SuperMag_Rotation_Merge.py
Super_Mag_stations.csv		Super_Mag_stations.csv
Update_test.py		Update_test.py
cubedsphere.py		cubedsphere.py
spherical.py		spherical.py

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