GfsBcFlather
From Gerris
(Difference between revisions)
| Revision as of 04:12, 14 September 2007 Popinet (Talk | contribs) ← Previous diff |
Current revision Popinet (Talk | contribs) |
||
| Line 3: | Line 3: | ||
| The syntax in parameter files is: | The syntax in parameter files is: | ||
| - | GfsBcFlather U [ [[GfsFunction]] ] H P [ [[GfsFunction]] ] | + | [ [[GfsBc]] ] [ [[GfsFunction]] ] H P [ [[GfsFunction]] ] |
| - | where <code>U</code> is the name of the normal component of the velocity, <code>H</code> is the name of the depth variable, <code>P</code> the pressure/elevation variable. The first GfsFunction defines the target normal velocity value and the second GfsFunction the target value of the pressure/elevation. | + | where <code>H</code> is the name of the depth variable, <code>P</code> the pressure/elevation variable. The first GfsFunction defines the target normal velocity value and the second GfsFunction the target value of the pressure/elevation. |
| + | Note that the variable this condition applies to (specified with [[GfsBc]]) must be the normal component of the velocity field. | ||
| + | |||
| + | <examples/> | ||
Current revision
GfsBcFlather is used to impose "Flather" conditions on the boundaries of a GfsOcean simulation.
The syntax in parameter files is:
[ GfsBc ] [ GfsFunction ] H P [ GfsFunction ]
where H is the name of the depth variable, P the pressure/elevation variable. The first GfsFunction defines the target normal velocity value and the second GfsFunction the target value of the pressure/elevation.
Note that the variable this condition applies to (specified with GfsBc) must be the normal component of the velocity field.
Examples
- Lunar tides in Cook Strait, New Zealand
BcFlather U 0 H P M2(t)
BcFlather U 0 H P M2(t)
BcFlather V 0 H P M2(t)
BcFlather V 0 H P M2(t)
