Inheritence diagram for xlifepp::IterativeSolver:
Collaboration diagram for xlifepp::IterativeSolver:
Base class of other Solver classes.
Subclassed by xlifepp::BicgSolver, xlifepp::BicgStabSolver, xlifepp::CgSolver, xlifepp::CgsSolver, xlifepp::GmresSolver, xlifepp::QmrSolver, xlifepp::SorSolver, xlifepp::SsorSolver
Public Functions
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IterativeSolver(const string_t &name, IterativeSolverType ist, number_t maxOfIt, real_t eps, number_t vb = theVerboseLevel, bool prec = true)
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Full constructor.
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IterativeSolver(const string_t &name, number_t maxOfIt, real_t eps, number_t vb = theVerboseLevel, bool prec = true)
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Full constructor without type.
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IterativeSolver(const string_t &name, number_t vb = theVerboseLevel)
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Constructor by name.
Default constructor by name.
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IterativeSolver(IterativeSolverType ist, number_t maxOfIt, real_t eps, number_t vb = theVerboseLevel, bool prec = true)
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Full constructor without name.
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IterativeSolver(IterativeSolverType ist, number_t vb = theVerboseLevel)
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Constructor by type.
Default constructor by type.
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virtual ~IterativeSolver()
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Destructor.
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inline string_t name()
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Iterative solver name for documentation purposes.
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inline number_t nbIterations()
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returns the number of iterations
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void printOutput(const size_t nbRows) const
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print utility
Print out the final result of the solver.
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void resetSolver()
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Reset Solver.
Reset Solver to its initial status.
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inline real_t residue() const
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returns the residue
Public Static Attributes
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static number_t theNumberOfIterations = 0
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number of iterations (global scope)
to store the number of iterations of iterative solvers
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static real_t theResidue = 0.
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residue (global scope)
to store the residue of iterative solvers
