StoppablePropagator Methods

Gets a pair of StoppingConditions based on the availability of this propagator. If the availability of this propagator is Infinite then no conditions will be returned. It is intended that this will be called when the concrete propagator is constructed if needed these conditions will be added to the propagator at that time. It is up types to decide if this needs to be called or not.

Clones this object using the specified context.

Creates the results of the overall propagation after the stopping event has been found. This should be overridden when your propagator stores additional data during propagation that should be returned. When overriding this method, do not call the base implementation.

Releases any resources associated with this instance.

Releases any resources associated with this instance.

Determines whether the specified object is equal to the current object.

Allows an object to try to free resources and perform other cleanup operations before it is reclaimed by garbage collection.

Gets the intervals over which data is available.

Gets a version of this evaluator that caches the previously computed value so that if it is evaluated twice at the same date the computation is done only once.

Serves as the default hash function.

Creates the initial state from the wrapped propagator. Normal use cases will have the initial state passed into the PropagateUntilStop(ITimeBasedState, IEnumerableStoppingConditionEvaluator, IntegrationSense, Boolean, Int32, ITrackCalculationProgress) method. However should the propagator be configured to have an initial state it should be returned here.

Gets the step size that the underlying propagator recommends to step. Note that StoppingConditions can know how to sample themselves and if their step size will be used if it is smaller than the propagators recommended value. Also when this StoppablePropagator is restepping to find the exact event, this value will be ignored.

Gets the Type of the current instance.

Initializes the wrapped propagator with the initial state. If the initialState is null, then it is the responsibility of the calling code for the initial state passed into the PropagateUntilStop(ITimeBasedState, IEnumerableStoppingConditionEvaluator, IntegrationSense, Boolean, Int32, ITrackCalculationProgress) method to already be in the correct ReferenceFrame or Axes.

Determines if valid data is available for the given JulianDate.

Creates a shallow copy of the current Object.

Propagates forward until one of the saved StoppingConditionEvaluators are tripped. This will propagate forward in time.

Propagates until one of the saved StoppingConditionEvaluators are tripped.

Propagates until one of the conditions are tripped.

Propagates until one of the conditions are tripped.

Resteps the underlying propagator from the PreviousDate. This only needs to be overridden if the wrapped propagator keeps state and cares about taking a step vs. restepping. Do not call the base method if you override this method. A new instance of a state should always be returned by this method. Like the TakeStep(Duration, Boolean) method, no properties on this base type needs to be updated in this method. Note that the sign of the step matters, if is it negative then the step should be taken backwards.

Makes the propagator take a step. You do not need to update any other properties on the base type in the overridden method. Note that the sign of the step matters, if is it negative then the step should be taken backwards.

Returns a string that represents the current object.

Updates the evaluator references held by this object using the reference-to-reference mapping in the specified CopyContext.