title | keywords | sidebar | permalink | summary | toc |
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Python examples |
spherical harmonics software package, spherical harmonic transform, legendre functions, multitaper spectral analysis, fortran, Python, gravity, magnetic field |
mydoc_sidebar |
python-examples.html |
true |
Notebook name | Description |
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Introduction 1 | Grids and spherical harmonic coefficients. |
Introduction 2 | Localization windows and spectral analysis. |
Introduction 3 | Gravity and Magnetic fields. |
Tutorial 1 | Simple spherical harmonic analyses. |
Tutorial 2 | Localized spectral analysis on the sphere. |
Tutorial 3 | The SHTOOLS class interface. |
Tutorial 4 | Spherical harmonic normalizations and Parseval's theorem. |
Tutorial 5 | Multitaper spectral analysis class interface. |
Tutorial 6 | 3D plots of gridded data. |
A variety of test programs can be found in the folders in examples/python
.
Folder directory | Description |
---|---|
ClassInterface/ |
Test the python class interfaces. |
TestLegendre/ |
Test and plot the Legendre functions. |
IOStorageConversions/ |
Read coefficients from a file and test conversions between real and complex coefficients. |
GlobalSpectralAnalysis/ |
Test functions to compute different power spectra from real and complex coefficients. |
LocalizedSpectralAnalysis/ |
Test the coupling matrix, localized spectral analysis, and bias routines. |
GravMag/ |
Test the gravity and magnetics routines, and compute the crustal thickness of Mars. |
TimingAccuracy/ |
Perform timing and accuracy tests using real and complex coefficients, with Driscoll and Healy (1994) and Gauss-Legendre quadrature grids. |
Other/ |
Test a variety of other routines. |