SpatialTool Spatial Condition

Any or all of the following keyword-value pairs can be specified:

• GridObject <TruncObjPath>
• UseLightTimeDelay {Yes | No}
• LightTimeDelayConverge <Value>
• AberrationType {Total | Annual | None}
• ClockHost {Base | Target}
• SignalSense {Transmit | Receive}

Note: The GridObject parameter is required when Creating the "Access To Location" Spatial Condition.

Note: The "Access To Location" Spatial Condition is not valid for Central Bodies.

Any or all of the following keyword-value pairs can be specified:

• SpatialConditionA "<SpatialCondition>"
• Operation {And | Or | Xor | Minus}
• SpatialConditionB "<SpatialCondition>"

Note: The SpatialConditionA and SpatialConditionB parameters are required when Creating the "Combined" Spatial Condition.

Any or all of the following keyword-value pairs can be specified:

• Condition "<CalcCondition>"

Advanced options:

• SetTimeLimits {UseApplicationPrefs | Local}
• TimeLimits "<IntervalOrIntervalList>"

If SetTimeLimits is set to Local then the time interval or interval list specified by the TimeLimits parameter will be used. The "<IntervalOrIntervalList>" should include the time component type, e.g. "Satellite/Sat1 EphemerisTimeSpan Interval"

• SamplingType {FixedStep | RelativeTolerance | CurvatureTolerance}

Parameters for SamplingType FixedStep:

• TimeStep <TimeStep>

Parameters for SamplingType RelativeTolerance:

• MinimumTimeStep <MinStep>
• MaximumTimeStep <MaxStep>
• StepAtBoundaries <StepBound>
• SamplingRelativeTolerance <RelTol>
• SamplingAbsoluteTolerance <AbsTol>

Parameters for SamplingType CurvatureTolerance:

• MinimumTimeStep <MinStep>
• MaximumTimeStep <MaxStep>
• StepAtBoundaries <StepBound>
• SamplingRelativeTolerance <RelTol>
• SamplingAbsoluteTolerance <AbsTol>
• CurvatureTolerance <CurveTol>

<TimeStep>, <StepBound>, <MinStep> and <MaxStep> are entered in Connect time units and must be between 1e-13 and 99999999999.0.

<RelTol>, and <CurveTol> must be between 1e-13 and 1.0

<AbsTol> must be greater or equal to 1e-13

Parameters for Convergence:

Parameters for Convergence:

• ConvergeSense {Simple | FromAbove | FromBelow}
• ConvergeAbsoluteTolerance <ConvergeAbsTol>
• ConvergeRelativeTolerance <ConvergeRelTol>
• TimeTolerance <TimeTol>

<TimeTol> is entered in Connect time units, and must be between 1e-13 and 99999999999.0.

<ConvergeAbsTol> must be greater or equal to 1e-13

<ConvergeRelTol> must be between 1e-13 and 1.0

Note: The Condition parameter is required when Creating the "Condition At Location" Spatial Condition.

Note: The "Condition At Location" Spatial Condition is not valid for Central Bodies.

Any or all of the following keyword-value pairs can be specified:

• OriginalSpatialCondition "<SpatialCondition>"
• ReferenceIntervals "<IntervalOrIntervalList>"
• DurationType {Static | CumulativeToCurrent | CumulativeFromCurrent | SlidingWindow}
• StartOffset <Value>
• StopOffset <Value>

The StartOffset and StopOffset are used when DurationType is set to SlidingWindow. The <Value> is entered in Connect Time units and the StartOffset must be less than the StopOffset.

The ReferenceIntervals "<IntervalOrIntervalList>" can be an Interval component or an Interval List component and should include the time component type, e.g. "Satellite/Sat1 EphemerisTimeSpan Interval"

Note: The OriginalSpatialCondition and ReferenceIntervals parameters are required when Creating the "Over Time" Spatial Condition.

Any or all of the following keyword-value pairs can be specified:

• SpatialCalculation "<SpatialCalculation>"
• Operation {AboveMinimum | BelowMaximum | BetweenMinMax | OutsideMinMax}
• Minimum <Value>
• Maximum <Value>

The <Value> for Minimum and Maximum should be entered in the units of the specified Spatial Calculation.

• Intervals "<IntervalOrIntervalList>"

The Intervals "<IntervalOrIntervalList>" can be an Interval component or an Interval List component and should include the time component type, e.g. "Satellite/Sat1 EphemerisTimeSpan Interval"

Note: The "Valid Time At Location" Spatial Condition is not valid for Central Bodies.