public ExplicitEulerScheme(FdmLinearOpComposite map,
List <BoundaryCondition <FdmLinearOp> > bcSet = null)
{
dt_ = null;
map_ = map;
bcSet_ = new BoundaryConditionSchemeHelper(bcSet);
}
public DouglasScheme(double theta,
FdmLinearOpComposite map,
List <BoundaryCondition <FdmLinearOp> > bcSet = null)
{
dt_ = null;
theta_ = theta;
map_ = map;
bcSet_ = new BoundaryConditionSchemeHelper(bcSet);
}
public ModifiedCraigSneydScheme(double theta, double mu,
FdmLinearOpComposite map,
List <BoundaryCondition <FdmLinearOp> > bcSet = null)
{
dt_ = null;
theta_ = theta;
mu_ = mu;
map_ = map;
bcSet_ = new BoundaryConditionSchemeHelper(bcSet);
}
public MethodOfLinesScheme(double eps,
double relInitStepSize,
FdmLinearOpComposite map,
List <BoundaryCondition <FdmLinearOp> > bcSet = null)
{
dt_ = null;
eps_ = eps;
relInitStepSize_ = relInitStepSize;
map_ = map;
bcSet_ = new BoundaryConditionSchemeHelper(bcSet);
}
public ImplicitEulerScheme(FdmLinearOpComposite map,
List <BoundaryCondition <FdmLinearOp> > bcSet,
double relTol = 1e-8,
SolverType solverType = SolverType.BiCGstab)
{
dt_ = null;
iterations_ = 0;
relTol_ = relTol;
map_ = map;
bcSet_ = new BoundaryConditionSchemeHelper(bcSet);
solverType_ = solverType;
}
public TrBDF2Scheme(double alpha,
FdmLinearOpComposite map,
TrapezoidalScheme trapezoidalScheme,
List <BoundaryCondition <FdmLinearOp> > bcSet = null,
double relTol = 1E-8,
TrBDF2Scheme <TrapezoidalScheme> .SolverType solverType = TrBDF2Scheme <TrapezoidalScheme> .SolverType.BiCGstab)
{
dt_ = null;
beta_ = null;
iterations_ = 0;
alpha_ = alpha;
map_ = map;
trapezoidalScheme_ = trapezoidalScheme;
bcSet_ = new BoundaryConditionSchemeHelper(bcSet);
relTol_ = relTol;
solverType_ = solverType;
}