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| Package esys :: Package escript :: Module linearPDEs |
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escript. linearPDEs does not provide any solver
capabilities in itself but hands the PDE over to the PDE solver library
defined through the Domain of the PDE. The general interface
is provided through the LinearPDE class. The AdvectivePDE which is derived from the LinearPDE class provides an interface to
PDE dominated by its advective terms. The Poisson, Helmholtz, LameEquation,
AdvectionDiffusion classs which are also derived form the LinearPDE class should be used to define of
solve these sepecial PDEs.
| Classes | |
|---|---|
AdvectivePDE |
In cases of PDEs dominated by the advection terms B and C against the adevctive terms A up-winding has been used. |
Helmholtz |
Class to define a Helmhotz equation problem, which is genear LinearPDE of the form |
LameEquation |
Class to define a Lame equation problem: |
LinearPDE |
This class is used to define a general linear, steady, second order
PDE for an unknown function u on a given domain
defined through a Domain object. |
PDECoefficient |
A class for describing a PDE coefficient |
Poisson |
Class to define a Poisson equation problem, which is genear LinearPDE of the form |
| Exceptions | |
|---|---|
IllegalCoefficient |
raised if an illegal coefficient of the general ar particular PDE is requested. |
IllegalCoefficientValue |
raised if an incorrect value for a coefficient is used. |
UndefinedPDEError |
raised if a PDE is not fully defined yet. |
| Variable Summary | |
|---|---|
str |
__author__: name of author |
str |
__copyright__: copyrights |
str |
__date__: date of the version |
str |
__license__: licence agreement |
str |
__url__: url entry point on documentation |
str |
__version__: version |
| Variable Details |
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__author__name of author
|
__copyright__copyrights
|
__date__date of the version
|
__license__licence agreement
|
__url__url entry point on documentation
|
__version__version
|
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| Generated by Epydoc 2.1 on Thu Apr 27 11:16:18 2006 | http://epydoc.sf.net |