Core |
The DOP853CoreDOP853 type exposes the following members.
Properties| Name | Description | |
|---|---|---|
 | AbsoluteTolerance |
Gets or sets the absolute tolerance.
(Inherited from RungeKuttaExplicitBaseCore) |
| AbsoluteTolerances |
Gets or sets the absolute tolerances.
It must be ensured that this array is not altered.
(Inherited from RungeKuttaExplicitBaseCore) |
| BHML |
Sets the coefficients for the error evaluation.
These coefficients are the difference of the high-order and low-order bottom side
coefficients of the Runge-Kutta scheme.
If set to , local error calculation (and thus automatic step size control) is not possible.
(Inherited from RungeKuttaExplicitBaseCore) |
| ErrorNorm |
Gets the vector norm used to reduce the vector of relative errors (dimension N) to a scalar relative error.
(Inherited from RungeKuttaExplicitBaseCore) |
| InterpolationCoefficients |
Gets or sets the interpolation coefficients for dense output.
(Inherited from RungeKuttaExplicitBaseCore) |
| RelativeTolerance |
Gets or sets the relative tolerance.
(Inherited from RungeKuttaExplicitBaseCore) |
| RelativeTolerances |
Gets or sets the relative tolerances.
It must be ensured that this array is not altered.
(Inherited from RungeKuttaExplicitBaseCore) |
| StepSizeFilter |
Gets or sets the step size filter.
For the values see StepSizeFilter.
(Inherited from RungeKuttaExplicitBaseCore) |
| StiffnessDetectionEveryNumberOfSteps |
Gets or sets the number of successful steps between tests for stiffness.
Setting this value to 0 disables stiffness detection. The default value is 0.
(Inherited from RungeKuttaExplicitBaseCore) |
| StiffnessDetectionThresholdValue |
Sets the stiffness detection threshold value.
(Inherited from RungeKuttaExplicitBaseCore) |
| X |
Gets the current value of x.
(Inherited from RungeKuttaExplicitBaseCore) |
| X_previous |
Gets the value of x before the last step.
(Inherited from RungeKuttaExplicitBaseCore) |
| Y_volatile |
Gets the current values of the variables.
Attention: the returned array will change the next time you call EvaluateNextSolutionPoint(Double).
Therefore, if you do not intend to use the values immediately, make a copy of this array! (Inherited from RungeKuttaExplicitBaseCore) |
See Also