Module inprod

Inner products between the truncated set of basis functions for the ocean and atmosphere streamfunction fields.

Tables

ocean Inner products in the equations for the ocean
atmos Inner products in the equations for the atmosphere

Fields

ocean.C C{i,j,k} = (\phii, J(\phij,\nabla^2 \phik))_o.
ocean.K K{i,j} = (\phii, \nabla^2 Fj)o.
ocean.M M{i,j} = (phii, \nabla^2 \phij)o.
ocean.N N{i,j} = (phii, \partialx \phij)_o.
atmos.a a{i,j} = (Fi, \nabla^2 Fj)a.
atmos.b b{i,j} = (Fi, J(Fj, \nabla^2 Fk))_a.
atmos.c c{i,j} = (Fi, \partialx Fj)_a.
atmos.g g{i,j,k} = (Fi, J(Fj, Fk))_a.
atmos.d d{i,j} = (Fi, \nabla^2 \phij)a.


Tables

ocean
Inner products in the equations for the ocean
atmos
Inner products in the equations for the atmosphere

Fields

ocean.C
C{i,j,k} = (\phii, J(\phij,\nabla^2 \phik))_o.
ocean.K
K{i,j} = (\phii, \nabla^2 Fj)o. Forcing of the atmosphere on the ocean.
ocean.M
M{i,j} = (phii, \nabla^2 \phij)o. Forcing of the ocean fields on the ocean.
ocean.N
N{i,j} = (phii, \partialx \phij)_o. Beta term
atmos.a
a{i,j} = (Fi, \nabla^2 Fj)a.
atmos.b
b{i,j} = (Fi, J(Fj, \nabla^2 Fk))_a.
atmos.c
c{i,j} = (Fi, \partialx Fj)_a.
atmos.g
g{i,j,k} = (Fi, J(Fj, Fk))_a.
atmos.d
d{i,j} = (Fi, \nabla^2 \phij)a. Forcing of the ocean on the atmosphere.
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