[CIG-MC] Impose density structure to Citcoms

[Eh Tan]

Dear Tannistha,

I don't have the equation for the plate velocity in Cookbook5 either. 
That cookbook was created by Vlad Manea (cc'd). Maybe Vlad can recall 
the parameter he used.


Eh


On 12/14/2011 11:15 AM, tannistha maiti wrote:
> Dear Eh ,
>
> Could you please let me know how the plate velocities were given to 
> the plates in Cookbook5 problem . I am asking for the equations.
>
> Thanks,
> Tannistha
>
> On Sat, Nov 26, 2011 at 12:26 AM, Eh Tan <tan2 at mail.utexas.edu 
> <mailto:tan2 at mail.utexas.edu>> wrote:
>
>
>     Unfortunately, CitcomS doesn't have periodic boundary condition,
>     but CitcomCU does. You can switch to CitcomCU if you really need
>     periodic BC.
>
>     Eh
>
>
>
>     On 11/25/11 8:30 PM, tannistha maiti wrote:
>>     Dear Eh ,
>>
>>     Thanks for your reply . I was wondering if I want to impose a
>>     periodic boundary condition where do I need to look for in which
>>     part of the code.
>>
>>     Thanks,
>>     Tannistha
>>
>>     On Tue, Nov 22, 2011 at 9:21 PM, Eh Tan <tan2 at mail.utexas.edu
>>     <mailto:tan2 at mail.utexas.edu>> wrote:
>>
>>         Dear Tannistha,
>>
>>         You don't need to do anything. The default is to use
>>         reflective sidewall BCs for the regional model.
>>
>>         Eh
>>
>>
>>         On 11/22/11 6:26 PM, tannistha maiti wrote:
>>>         Dear Eh ,
>>>
>>>         I would like to impose reflective sidewall boundary
>>>         condition to my model . Could you please let  me know what
>>>         is the citcoms command or if need to modify the code for
>>>         that purpose.
>>>
>>>         Thanks,
>>>         Tannistha
>>>
>>>         On Wed, Oct 19, 2011 at 3:42 PM, Eh Tan
>>>         <tan2 at mail.utexas.edu <mailto:tan2 at mail.utexas.edu>> wrote:
>>>
>>>
>>>             The density field is computed from temperature (E->T)
>>>             and composition (E->composition.comp_node) fields. The
>>>             composition field is, in turn, computed from the tracer
>>>             distribution. You can change the input temperature from
>>>             your input files (see Cookbook5 for example), and the
>>>             composition field from other input files
>>>             (tracer_ic_method=1 or 2).
>>>
>>>             If you need something more complicated, you can take a
>>>             look at the function get_buoyancy() in
>>>             lib/Pan_problem_misc_functions.c. This function is
>>>             called at the beginning of every time step, not just of
>>>             the 0th step.
>>>
>>>             Cheers,
>>>             Eh
>>>
>>>
>>>
>>>             On 10/19/2011 12:10 AM, tannistha maiti wrote:
>>>
>>>                 Dear Eh ,
>>>
>>>                 Could you please direct me to the code where I can
>>>                 modify the density structure to be used as a
>>>                 condition for my initial model .
>>>
>>>
>>>                 Thanks,
>>>                 Tannistha
>>>
>>>
>>
>>         -- 
>>         Eh Tan
>>         -------
>>         Postdoctoral Fellow
>>         Institute for Geophysics
>>         University of Texas, Austin
>>         J.J. Pickle Research Campus, Bldg 196 (ROC)
>>         10100 Burnet Rd. (R2200),
>>         Austin, TX 78758-4445
>>         (512) 475-9568  <tel:%28512%29%20475-9568>
>>         	
>>
>>
>
>     -- 
>     Eh Tan
>     -------
>     Postdoctoral Fellow
>     Institute for Geophysics
>     University of Texas, Austin
>     J.J. Pickle Research Campus, Bldg 196 (ROC)
>     10100 Burnet Rd. (R2200),
>     Austin, TX 78758-4445
>     (512) 475-9568  <tel:%28512%29%20475-9568>
>     	
>
>
>
>
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