Provides access to the Advanced properties for Access Computations.

AberrationType	The model of aberration to be used in access computations.
AbsoluteTolerance	The criterion used for convergence in value for values near 0. An event is said to be detected when a constraint value's difference compared to the previous sample is within this tolerance: (value - previousValue) < absolutetolerance.="">
ClockHost	Clock host object with which the clock with which time values are reported is colocated.
EnableLightTimeDelay	Specify whether to take light time delay into account in the computation.
FixedStepSize	Specifies the fixed step size for the fixed step control.
FixedTimeBound	Controls alignment of samples with a UTC time grid. Using proper time bound can improve computational performance if the ephemeris lies on a fixed UTC time grid. The time bound determines the reference time for taking fixed step samples.
MaxTimeStep	The maximum step size to be used in new access computations. The maximum step size limits the amount of time that is allowed to elapse between sampling of the constraint functions during access computations. Uses Time Dimension.
MinTimeStep	The minimum step size that is allowed to be taken.
RelativeTolerance	An event is said to be detected when a constraint value's relative difference compared to the previous sample is within this tolerance: (value - previousValue) / value < relativetolerance.="">
SignalSenseOfClockHost	The direction of the signal with reference to the object selected as the ClockHost.
TimeConvergence	The time convergence value for Access. Uses Time Dimension.
TimeLightDelayConvergence	The tolerance used when iterating to determine the light time delay. Uses Time Dimension.
UseDefaultClockHostAndSignalSense	Opt whether to use default settings for ClockHost and SignalSenseOfClockHost.
UseFixedTimeStep	Uses a fixed step size to choose samples.
UsePreciseEventTimes	Indicates that access will make additional samples, as part of its event detection algorithm, to precisely determine the time of access start and stop events.