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const unsigned int | nlm |
| | total number of (l,m) spherical harmonics components.
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const unsigned short | lmax |
| | maximum degree (lmax) of spherical harmonics.
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const unsigned short | mmax |
| | maximum order (mmax*mres) of spherical harmonics.
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const unsigned short | mres |
| | the periodicity along the phi axis.
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const unsigned short | nlat_2 |
| | half of spatial points in Theta direction (using (shtns.nlat+1)/2 allows odd shtns.nlat.)
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const unsigned int | nlat |
| | number of spatial points in Theta direction (latitude) ...
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const unsigned int | nphi |
| | number of spatial points in Phi direction (longitude)
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const unsigned int | nspat |
| | number of real numbers that must be allocated in a spatial field.
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const unsigned short *const | li |
| | degree l for given mode index (size nlm) : li[lm]
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const unsigned short *const | mi |
| | order m for given mode index (size nlm) : mi[lm]
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const double *const | ct |
| | cos(theta) array (size nlat)
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const double *const | st |
| | sin(theta) array (size nlat)
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const unsigned int | nlat_padded |
| | number of spatial points in Theta direction, including padding.
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const unsigned int | nlm_cplx |
| | number of complex coefficients to represent a complex-valued spatial field.
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The documentation for this struct was generated from the following file:
