A (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [protected] |
AbsFTriDiagonalLS(int asize) (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline] |
b (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [protected] |
backwardSubstitution() | FThomasLS | [inline, protected] |
computeLRdecomposition() | FThomasLS | [inline, protected] |
dOut (defined in FThomasLS) | FThomasLS | [private] |
evaluate(FloatVector *aX, FloatVector *aB) (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
evaluate(FTriDiagonalMatrix *aA, FloatVector *aX, FloatVector *aB) (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
forwardSubstitution() | FThomasLS | [inline, protected] |
FThomasLS(int asize) (defined in FThomasLS) | FThomasLS | [inline] |
getA() (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
getB() (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
getHeight() (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
getWidth() (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
getX() (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
loadA(FTriDiagonalMatrix *m) (defined in FThomasLS) | FThomasLS | [virtual] |
loadB(FloatVector *data) (defined in FThomasLS) | FThomasLS | [virtual] |
loadMatrix(FloatVector *u1, FloatVector *d1, FloatVector *l1) (defined in FThomasLS) | FThomasLS | [virtual] |
loadX(FloatVector *data) (defined in FThomasLS) | FThomasLS | [virtual] |
lOut (defined in FThomasLS) | FThomasLS | [private] |
N (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [protected] |
output() (defined in FThomasLS) | FThomasLS | [inline, virtual] |
output(FILE *file) (defined in FThomasLS) | FThomasLS | [inline, virtual] |
size() (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
solve() (defined in FThomasLS) | FThomasLS | [virtual] |
solve(FloatVector *aX, FloatVector *aB) (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
solve(FTriDiagonalMatrix *aA, FloatVector *aX, FloatVector *aB) (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
uOut (defined in FThomasLS) | FThomasLS | [private] |
x (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [protected] |
y (defined in FThomasLS) | FThomasLS | [private] |
~AbsFTriDiagonalLS() (defined in AbsFTriDiagonalLS) | AbsFTriDiagonalLS | [inline, virtual] |
~FThomasLS() (defined in FThomasLS) | FThomasLS | [inline, virtual] |