- SHCrossPowerDensityLC -
-
Compute the spectral cross-power density of two complex functions for a single degree L.
- COMPLEX*16 FUNCTION SHCrossPowerDensityLC (
-
C1, C2, L )
- COMPLEX*16
-
C1(2, L+1, L+1), C2(2, L+1, L+1)
- INTEGER
-
L
SHCrossPowerDensityLC will calculate the spectral cross-power density of two functions expressed in complex spherical harmonics for a single degree L. This is explicitly calculated as:
Sum_{i=1}^2 Sum_{m=0}^L C1(i, L+1, m+1) * conjg[C2(i, L+1, m+1)] / (2L + 1).
- C1
-
(input) COMPLEX*16, DIMENSION (2, L+1, L+1)
The first function expressed in complex spherical harmonics.
- C2
-
(input) COMPLEX*16, DIMENSION (2, L+1, L+1)
The second function expressed in complex spherical harmonics.
- L
-
(input) INTEGER
The spherical harmonic degree for which the cross power density will be calculated.
shpowerlc(1), shpowerdensitylc(1), shcrosspowerlc(1), shpowerspectrumc(1), shpowerspectrumdensityc(1), shcrosspowerspectrumc(1), shcrosspowerspectrumdensityc(1), shadmitcorr(1)
Copyright 2012 by Mark Wieczorek <wieczor@ipgp.fr>.
This is free software; you can distribute and modify it under the terms of the revised BSD license.