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Interface Summary | |
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DirectSolver | |
IterativeSolver |
Class Summary | |
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CGSolver | Solves linear systems using the conjugate gradient algorithm |
CGSolverTest | Unit test for the class CGSolver |
CRSolver | |
CRSolverTest | Unit test for the class CGSolver |
DantzigLCPSolver | Solves linear complementarity problems (LCPs) for symmetric positive semi-definite (SPSD) matrices using Dantzig's method. |
DantzigLCPSolverTest | |
IncompleteCholeskyDecomposition | Constructs the Cholesky decomposition of a symmetric positive definite matrix. |
IncompleteCholeskyDecompositionTest | |
IncompleteLUDecomposition | Constructs the Cholesky decomposition of a symmetric positive definite matrix. |
IncompleteLUDecompositionTest | |
KellerLCPSolver | Solves linear complementarity problems (LCPs) for symmetric positive semi-definite (SPSD) matrices using Kellers's method. |
KellerLCPSolverTest | |
KKTSolver | |
KKTSolverTest | |
LemkeContactSolver | |
LemkeContactSolverTest | |
LemkeSolverBase | |
PardisoSolver | JNI interface to the Pardiso sparse solver. |
PardisoSolverTest | |
PardisoThreadTest | |
PardisoThreadTest.SparseElement | |
ProjectedCGSolver | Solves linear systems using the conjugate gradient algorithm |
UmfpackSolver | |
UmfpackSolverTest |
Enum Summary | |
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DantzigLCPSolver.Status | Described whether or not a solution was found. |
IterativeSolver.ToleranceType | |
KellerLCPSolver.Status | Described whether or not a solution was found. |
KKTSolver.Status | Described whether or not a solution was found. |
PardisoSolver.ReorderMethod | Describes the reorder methods that can be used during the analyze phase to reduce factorization fill-in. |
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