Initial tests 20 for the GCR (divergent variable)
This page is repeated in both frames to allow comparison between figures.
Characteristics of this test:
- RHS divergence is raw data.
- Data location /export/custard/disk-01/ross/PV_Results/GCR_Test/VelocityPotential
Notes about the plots on this page:
- For each variable, horizontal (long/lat) and vertical (lat/eta) plots are shown.
- For the horizonal plots, the levels are "lower level" = L11 (eta=0.056) and "upper level" = L30 (eta=0.445). There are 38 levels in total.
- For the vertical plots, the longitude slice is Greenwich meridian.
- The plots show the max, min, and mean (calculated by the plotter).
- Divergence is also plotted as the difference between the 'solution' and the initial guess.
Jump to:
1(Div_RHS)
2(Chi)
3(Div_Soln)
4(Div_Diff)
1. The divergence RHS of Poisson Eq. (ref: Div_RHS)
Top: Vert plot at Greenwich meridian, Left: Horiz plot at L11, Right: Horiz plot at L30.
Jump to:
1(Div_RHS)
2(Chi)
3(Div_Soln)
4(Div_Diff)
2. Velocity potential, the solution of the Poisson Eq. (ref: Chi)
Top: Vert plot at Greenwich meridian, Left: Horiz plot at L11, Right: Horiz plot at L30.
Jump to:
1(Div_RHS)
2(Chi)
3(Div_Soln)
4(Div_Diff)
3. The divergence of the solution of Poisson Eq. (ref: Div_Soln)
Top: Vert plot at Greenwich meridian, Left: Horiz plot at L11, Right: Horiz plot at L30.
Jump to:
1(Div_RHS)
2(Chi)
3(Div_Soln)
4(Div_Diff)
4. The difference between the RHS's and solution's divergence fields (ref: Div_Diff)
Top: Vert plot at Greenwich meridian, Left: Horiz plot at L11, Right: Horiz plot at L30.
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