beta (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
betat (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
c (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
converge (defined in F_IterativeLS) | F_IterativeLS | [protected] |
eps (defined in F_IterativeLS) | F_IterativeLS | [protected] |
F_IterativeLS(int maxIterations, double epsilon=1.0e-4) (defined in F_IterativeLS) | F_IterativeLS | [inline] |
F_SymmlqLS(int maxIterations, double epsilon=1.0e-4) (defined in F_SymmlqLS) | F_SymmlqLS | [inline] |
g (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
gt (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
gtt (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
init() (defined in AbsFLinearSolver) | AbsFLinearSolver | [inline, virtual] |
kappa (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
maxIter (defined in F_IterativeLS) | F_IterativeLS | [protected] |
r (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
rho (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
s (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
singleSolve(AFloatMatrix *A, FloatVector *b, FloatVector *x=0) (defined in F_SymmlqLS) | F_SymmlqLS | [protected, virtual] |
solve(AFloatMatrix *m, FloatVector *b, FloatVector *dest) (defined in F_SymmlqLS) | F_SymmlqLS | [virtual] |
solve(AFloatMatrix *A, FloatVector *b, bool factorisation, FloatVector *dest) (defined in F_IterativeLS) | F_IterativeLS | [inline, virtual] |
v (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
vold (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
vt (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
w (defined in F_SymmlqLS) | F_SymmlqLS | [private] |
~AbsFLinearSolver() (defined in AbsFLinearSolver) | AbsFLinearSolver | [inline, virtual] |
~F_IterativeLS() (defined in F_IterativeLS) | F_IterativeLS | [inline, virtual] |
~F_SymmlqLS() (defined in F_SymmlqLS) | F_SymmlqLS | [inline, virtual] |