Difference between revisions of "Variables"

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Line 7: Line 7:
:'''tangent =''' <span style="color:red">tl_Hz</span>
:'''tangent =''' <span style="color:red">tl_Hz</span>
:'''adjoint =''' <span style="color:purple">ad_Hz</span>
:'''adjoint =''' <span style="color:purple">ad_Hz</span>
:'''units =''' m
:'''units =''' meter
:'''grid =''' &rho;-points


=='''U'''==
=='''U'''==
Line 17: Line 18:
:'''tangent =''' <span style="color:red">tl_u</span>
:'''tangent =''' <span style="color:red">tl_u</span>
:'''adjoint =''' <span style="color:purple">ad_u</span>
:'''adjoint =''' <span style="color:purple">ad_u</span>
:'''units =''' m/s
:'''units =''' meter second-1
:'''grid =''' u-points


;<span id="ubar"></span>'''ubar'''  
;<span id="ubar"></span>'''ubar'''  
Line 25: Line 27:
:'''tangent =''' <span style="color:red">tl_ubar</span>
:'''tangent =''' <span style="color:red">tl_ubar</span>
:'''adjoint =''' <span style="color:purple">ad_ubar</span>
:'''adjoint =''' <span style="color:purple">ad_ubar</span>
:'''units =''' m/s
:'''units =''' meter second-1
:'''grid =''' u-points


=='''V'''==
=='''V'''==
Line 35: Line 38:
:'''tangent =''' <span style="color:red">tl_u</span>
:'''tangent =''' <span style="color:red">tl_u</span>
:'''adjoint =''' <span style="color:purple">ad_u</span>
:'''adjoint =''' <span style="color:purple">ad_u</span>
:'''units =''' m/s
:'''units =''' meter second-1
:'''grid =''' v-points


;<span id="vbar"></span>'''vbar'''  
;<span id="vbar"></span>'''vbar'''  
Line 43: Line 47:
:'''tangent =''' <span style="color:red">tl_vbar</span>
:'''tangent =''' <span style="color:red">tl_vbar</span>
:'''adjoint =''' <span style="color:purple">ad_vbar</span>
:'''adjoint =''' <span style="color:purple">ad_vbar</span>
:'''units =''' m/s
:'''units =''' meter second-1
:'''grid =''' v-points

Revision as of 14:27, 14 November 2006

H

Hz
Vertical level thicknesses.
dimension = Hz(i,j,k)
pointer = GRID(ng)%Hz
tangent = tl_Hz
adjoint = ad_Hz
units = meter
grid = ρ-points

U

u
3D momentun component in the ξ-direction.
dimension = u(i,j,k,2)
pointer = OCEAN(ng)%u
tangent = tl_u
adjoint = ad_u
units = meter second-1
grid = u-points
ubar
2D momentun component in the ξ-direction.
dimension = ubar(i,j,3)
pointer = OCEAN(ng)%ubar
tangent = tl_ubar
adjoint = ad_ubar
units = meter second-1
grid = u-points

V

v
3D momentun component in the η-direction.
dimension = v(i,j,k,2)
pointer = OCEAN(ng)%v
tangent = tl_u
adjoint = ad_u
units = meter second-1
grid = v-points
vbar
2D momentun component in the η-direction.
dimension = vbar(i,j,3)
pointer = OCEAN(ng)%vbar
tangent = tl_vbar
adjoint = ad_vbar
units = meter second-1
grid = v-points