Description

Sets the offline Axiom labeling options.

Functional area

Data editing

Command syntax

Syntax

axiomLabelOptions [-useLabelingClusters boolean] [-labelCompletenessEntranceTheshold float] [-useRobustBooting boolean] [-bootingQuality float] [-bootingVersusTracking float] [-trackingQuality float] [-smoothingFactor float] [-enforceJointRanges boolean] [-jointRangesSlack float] [-singlePass boolean] [-clearExistingLabels boolean] [-numThreads] [-reset] [-fromRTK] [-toRTK]

Arguments

None

Flags

Name	Flag arguments	Argument type	Comments
`useLabelingClusters`	1	boolean	Specifies whether labeling clusters are required to label subjects.
`labelCompletenessEntranceTheshold`	1	float	Defines the minimum ratio of labels to declare the subject entering the scene.
`useRobustBooting`	1	boolean	When set to True, clusters will have less impact on booting, which may fix booting problems related to incorrect cluster labeling, but at the expense of processing speed.
`bootingQuality`	1	float	Values lower than 0 allow lower quality booting solutions. Values greater than 0 tighten the threshold.
`bootingVersusTracking`	1	float	Values lower than 0 favor rebooting. Values greater than 0 favor tracking.
`trackingQuality`	1	float	Values lower than 0 favor worse tracking solutions. Values greater than 0 tighten the exit thresholds.
`smoothingFactor`	1	float	Prior importance used by the kinematic fitter in tracking mode. Defines the stiffness of the subject.
`enforceJointRanges`	1	boolean	If set to True, will try to find a labeling solution while enforcing the subject joint ranges.
`jointRangesSlack`	1	float	Values greater than 1.0 extend the calibrated joint ranges. Values lower than one tighten the joint ranges.
`singlePass`	1	boolean	When set to true, labeling is performed in a single pass only.
`clearExistingLabels`		boolean
`numThreads`	1	float
`reset`
`fromRTK`
`toRTK`

Return value

void

Additional information

Related commands

axiomLabel

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