348 |
and~(\ref{UPDATE P}) are set automatically. |
and~(\ref{UPDATE P}) are set automatically. |
349 |
\end{classdesc} |
\end{classdesc} |
350 |
|
|
351 |
\begin{methoddesc}[DarcyFlow]{setValue}{\optional{f=None, \optional{g=None, \optional{location_of_fixed_pressure=None, \optional{location_of_fixed_flux=None, \optional{permeability=None}}}}}} |
\begin{methoddesc}[DarcyFlow]{setValue}{\optional{f=None, \optional{g=None, \optional{location_of_fixed_pressure=None, \optional{location_of_fixed_flux=None, |
352 |
|
\\\optional{permeability=None}}}}}} |
353 |
assigns values to the model parameters. Values can be assigned using various calls - in particular |
assigns values to the model parameters. Values can be assigned using various calls - in particular |
354 |
in a time dependend problem only values that change over time needs to be reset. The permability can be defined as scalar (isotropic), a vector (orthotropic) or a matrix (anisotropic). |
in a time dependend problem only values that change over time needs to be reset. The permability can be defined as scalar (isotropic), a vector (orthotropic) or a matrix (anisotropic). |
355 |
\var{f} and \var{g} are the corresponding parameters in~\ref{DARCY PROBLEM}. |
\var{f} and \var{g} are the corresponding parameters in~\ref{DARCY PROBLEM}. |