| dimension() const | Solver | [inline] |
| doCalcFn(double *t, double y[], double f[]=0) | GenericEulerSolver | [virtual] |
| doEvolve(double *t, double t1, double y[], double yerr[]) | GenericEulerSolver | [virtual] |
| function() const | Solver | [inline] |
| Function typedef | Solver | |
| GenericEulerSolver(double stepSize, bool adaptive) | GenericEulerSolver | |
| GenericEulerSolver(int dimension, Function function, void *params, double stepSize, bool adaptive) | GenericEulerSolver | |
| GenericEulerSolver(const GenericEulerSolver &eulerSolver) | GenericEulerSolver | |
| localError() const | Solver | [inline] |
| localErrorRatio() const | Solver | [inline] |
| name() const | Object | [inline] |
| params() const | Solver | [inline] |
| setDimension(int dimension) | GenericEulerSolver | [virtual] |
| setFunction(Function function) | Solver | [inline, virtual] |
| setName(const QString &name) | Object | [inline] |
| setParams(void *params) | Solver | [inline, virtual] |
| setStepSize(double stepSize) | EulerSolver | [inline] |
| setToleranceAbs(double toleranceAbs) | Solver | [inline, virtual] |
| setToleranceRel(double toleranceRel) | Solver | [inline, virtual] |
| Solver(int dimension=0, Function function=NULL, void *params=NULL) | Solver | [inline] |
| solverType() const | Solver | [inline] |
| stepSize() const | EulerSolver | [inline] |
| toleranceAbs() const | Solver | [inline] |
| toleranceRel() const | Solver | [inline] |
