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NumericalPropagatorDefinitionCreatePropagatorWithoutComputingAuxiliaryState Method

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Public methodCreatePropagatorWithoutComputingAuxiliaryState

Creates an object which can propagate the state over spans of time or manually step the state from one time to the next.

This method differs from the similar CreatePropagator in that the resulting NumericalPropagator'sCurrentState will have a zeroed auxiliary elements. This can be necessary when working with advanced use cases where part of the propagation state is parameterized separately from the main propagator, and thus unavailable for calculating initial auxiliary elements.

Public methodCreatePropagatorWithoutComputingAuxiliaryState(Boolean)

Creates an object which can propagate the state over spans of time or manually step the state from one time to the next.

This method differs from the similar CreatePropagator(Boolean) in that the resulting NumericalPropagator'sCurrentState will have a zeroed auxiliary elements. This can be necessary when working with advanced use cases where part of the propagation state is parameterized separately from the main propagator, and thus unavailable for calculating initial auxiliary elements.

Public methodCreatePropagatorWithoutComputingAuxiliaryState(EvaluatorGroup)

Creates an object which can propagate the state over spans of time or manually step the state from one time to the next.

This method differs from the similar CreatePropagator(EvaluatorGroup) in that the resulting NumericalPropagator'sCurrentState will have a zeroed auxiliary elements. This can be necessary when working with advanced use cases where part of the propagation state is parameterized separately from the main propagator, and thus unavailable for calculating initial auxiliary elements.

Public methodCreatePropagatorWithoutComputingAuxiliaryState(Boolean, EvaluatorGroup)

Creates an object which can propagate the state over spans of time or manually step the state from one time to the next.

This method differs from the similar CreatePropagator(Boolean, EvaluatorGroup) in that the resulting NumericalPropagator'sCurrentState will have a zeroed auxiliary elements. This can be necessary when working with advanced use cases where part of the propagation state is parameterized separately from the main propagator, and thus unavailable for calculating initial auxiliary elements.

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