| checkConvergence(const scalar tolerance, const scalar relTolerance) | lduMatrix::solverPerformance | |
| checkSingularity(const scalar residual) | lduMatrix::solverPerformance | |
| converged() const | lduMatrix::solverPerformance | [inline] |
| finalResidual() const | lduMatrix::solverPerformance | [inline] |
| finalResidual() | lduMatrix::solverPerformance | [inline] |
| initialResidual() const | lduMatrix::solverPerformance | [inline] |
| initialResidual() | lduMatrix::solverPerformance | [inline] |
| nIterations() const | lduMatrix::solverPerformance | [inline] |
| nIterations() | lduMatrix::solverPerformance | [inline] |
| print() const | lduMatrix::solverPerformance | |
| singular() const | lduMatrix::solverPerformance | [inline] |
| solverName() const | lduMatrix::solverPerformance | [inline] |
| solverPerformance() | lduMatrix::solverPerformance | [inline] |
| solverPerformance(const word &solverName, const word &fieldName, const scalar iRes=0, const scalar fRes=0, const label nIter=0, const bool converged=false, const bool singular=false) | lduMatrix::solverPerformance | [inline] |