LinearPDE methods

$\begin{methoddesc}[LinearPDE]{setValue}{ \optional{A}\optional{, B}, \optional{,... ...xspace object in the appropriate \class{FunctionSpace}\xspace . \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getCoefficient}{name} return the value assigned to... ...ame}. If \var{name} is not a valid name an exception is raised. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getShapeOfCoefficient}{name} returns the shape of coefficient \var{name} even if no value has been assigned to it. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getFunctionSpaceForCoefficient}{name} returns the ... ...oefficient \var{name} even if no value has been assigned to it. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setDebugOn}{} switches on debug mode. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setDebugOff}{} switches off debug mode. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{isUsingLumping}{} returns \constant{True}\xspace i... ...inear equations. Otherwise \constant{False}\xspace is returned. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setSolverMethod}{\optional{solver=LinearPDE.DEFAUL... ...lver method but may choose a similar method and preconditioner. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getSolverMethodName}{} returns the name of the solver method and preconditioner which is in use. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getSolverMethod}{} returns the solver method and preconditioner which is in use. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setSolverPackage}{\optional{package=LinearPDE.DEFA... ...ecified, the default package of the PDE solver library is used. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getSolverPackage}{} returns the linear solver package currently by the PDE solver library \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setTolerance}{\optional{tol=1.e-8}} resets the tol... ...iscrete problem but will not consider any discretization error. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setToleranceReductionFactor}{TOL} lowers the tolerance by a factor of TOL. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getTolerance}{} returns the current tolerance of the solution \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getDomain}{} returns the \class{Domain}\xspace of the PDE. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getDim}{} returns the spatial dimension of the PDE. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getNumEquations}{} returns the number of equations. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getNumSolutions}{} returns the number of components of the solution. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{checkSymmetry}{verbose=\constant{False}\xspace } r... ...space information about where symmetry is violated are printed. \end{methoddesc}$

$\begin{methoddesc} % latex2html id marker 5814 [LinearPDE]{getFlux}{u} returns t... ...STEM.5}) and Equation~(\ref{LINEARPDE.SINGLE.5}), respectively. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{isSymmetric}{} returns \constant{True}\xspace if t... ...to be symmetric. Otherwise \constant{False}\xspace is returned. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setSymmetryOn}{} indicates that the PDE is symmetric. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setSymmetryOff}{} indicates that the PDE is not symmetric. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setReducedOrderOn}{} switches on the reduction of ... ...space . This feature may not be supported by all PDE libraries. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{setReducedOrderOff}{} switches off the reduction of polynomial order for the solution and equation evaluation. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getOperator}{} returns the \class{Operator}\xspace of the PDE. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getRightHandSide}{} returns the right hand side of... ...raints are not considered when building up the right hand side. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getSystem}{} returns the \class{Operator}\xspace and right hand side of the PDE. \end{methoddesc}$

$\begin{methoddesc}[LinearPDE]{getSolution}{ \optional{verbose=False} \optional{,... ... the stiffness matrix. \var{truncation} defines the truncation. \end{methoddesc}$

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