TwoBodyStoppablePropagator Properties

Gets or sets a value indicating whether the propagator should automatically have a pair of StoppingConditions that will stop propagation at the start or end times of this propagators availability. By default this is and should only be set to if calling code is sure that propagation will never go beyond the availability.

Gets a value that will, at run time, report the current direction of propagation of the StoppablePropagator.

Gets or sets the gravitational parameter of the central body that the propagated element is around.

Gets or sets the optional initial date for this propagator. This will only be used if the initial state passed into the propagator's propagate method is null.

Gets or sets the optional initial position and velocity for this propagator. This will only be used if the initial state passed into the propagator's propagate method is null.

Gets a value indicating whether this object is frozen. A frozen object cannot be modified and an ObjectFrozenException will be thrown if an attempt is made to do so.

Gets or sets the desired order of the propagated MotionT. This is 1 by default to propagate position and velocity.

Gets or sets the ReferenceFrame to propagate in. This should be an inertial reference frame.

Gets the Point to use in other geometry types that depend on the propagation of this propagator, such as in StoppingConditions that depend on geometry types.

Gets or sets a name to identify the Points ephemeris with.

Gets or sets the step size for this propagator.

Gets the list of StoppingConditions that will find events and dictate when propagation should end.

Gets or sets the tolerance in seconds that the StoppablePropagator will use to say that a StoppingCondition converged on time. When the propagator is trying to find the exact event, if the time between dates is equal to or less than this span, it will say that the StoppingCondition has converged even if the FunctionTolerance has not been satisfied. This value is optional, with a default of Zero. The value must be positive. If the value is specified, then stopping conditions can converge to events if either the function tolerance or this time tolerance is satisfied.