| Package | Description |
|---|---|
| ptolemy.domains.continuous.kernel |
The Continuous domain kernel.
|
| ptolemy.domains.continuous.kernel.solver |
The Continuous domain solvers.
|
| ptolemy.domains.continuous.lib |
The ptolemy.domains.continuous.lib package.
|
| Modifier and Type | Method and Description |
|---|---|
abstract void |
ContinuousODESolver.integratorIntegrate(ContinuousIntegrator integrator)
Perform one integration step.
|
abstract boolean |
ContinuousODESolver.integratorIsAccurate(ContinuousIntegrator integrator)
Return true if the current integration step is accurate from the
argument integrator's point of view.
|
abstract double |
ContinuousODESolver.integratorSuggestedStepSize(ContinuousIntegrator integrator)
The suggestedStepSize() method of the integrator delegates to this
method.
|
| Modifier and Type | Method and Description |
|---|---|
void |
ExplicitRK45Solver.integratorIntegrate(ContinuousIntegrator integrator)
Fire the given integrator.
|
void |
ExplicitRK23Solver.integratorIntegrate(ContinuousIntegrator integrator)
Fire the given integrator.
|
boolean |
ExplicitRK45Solver.integratorIsAccurate(ContinuousIntegrator integrator)
Return true if the integration is accurate for the given
integrator.
|
boolean |
ExplicitRK23Solver.integratorIsAccurate(ContinuousIntegrator integrator)
Return true if the integration is accurate for the given
integrator.
|
double |
ExplicitRK45Solver.integratorSuggestedStepSize(ContinuousIntegrator integrator)
Predict the next step size for the integrators executed under this
solver.
|
double |
ExplicitRK23Solver.integratorSuggestedStepSize(ContinuousIntegrator integrator)
Provide the predictedStepSize() method for the integrators
under this solver.
|
| Modifier and Type | Class and Description |
|---|---|
class |
Integrator
The integrator in the continuous domain.
|