ExistentTrackingConfidenceComponent

ExistentDocumentation > ExistentTrackingConfidenceComponent

ExistentTrackingConfidenceComponent

Class Details

Defined in: Public/Components/ExistentTrackingConfidenceComponent.h

Hierarchy: Object > ActorComponent > ExistentTrackingConfidenceComponent

Properties

FName	CameraComponentName	The name of the VR camera
EExistentConfidenceValueMethod	ConfidenceValueMethod	The method used to calculate the confidence final value
bool	DistanceConfidenceEnabled	Should the distance confidence be calculated at all?
bool	Donotallow0confidencevalues	Should the overall confidence become 0 if even one of the confidence value is equal to 0?
bool	Enabled
float	FingerOcclusionThreshold	Below which threshold is a finger considered as occluded. We calculate each finger confidence value by dividing the number of bones occluded by the total number of bones per finger. This value generates a range from 0-1 in which 0 mean not occluded at all and 1 means fully occluded. Using this value we can control at which point we consider the whole finger as occluded
EExistentHand	Hand	What hand should this tracking confidence component work on?
bool	OcclusionConfidenceEnabled	Should the occlusion be enabled at all? At runtime we try to find out how much of the hand is occluded by the hand itself, should this confidence value be generated at all.
EExistentOcclusionType	OcclusionType	What kind of occlusion check type should we run?
float	PalmDepth	When calculating the occlusion of the hand we construct a rough representation of the hand palm as a box. Its width and height can be deduced by the bones locations, but its depth is controlled by this value.
bool	StillHandConfidenceEnabled	Should the still hand confidence be calculated at all?
FVector2D	StillHandFramesRange	The still hand confidence value is generated by looking at the previous frames bone transforms and compare it to the current frame transforms. If they are all exactly the same then we assume the hand is still. While the hand is still we internally keep increasing a counter which indicates how many frames the hand has been frozen for. This value lets us map the number of frames the hand has been frozen for to get a 0-1 value. 1 means we are confidence the hand is not frozen at all and 0 means the hand has been frozen for the number of frames indicated by this property higher value.
int32	StillHandSamples	Before starting to look back at the hand previous bone transforms we want to collect a number of minimum samples. This number indicates how big that number must be.
float	StillHandTransformTolerance	When calculating whether or not the hand is still we compare bone transforms. This value is used as the tolerance for Transform==Transform operation.
FVector2D	TrackingDataConfidenceDistanceRange	The distance range used to generate a 0-1 value for the distance confidence. When trying to calculate how confident we are that the hand tracking data wrist is where the tracker is we find out the distance between the two. Using this value we can control the mapped range which gives us the final 0-1 confidence value.
bool	VelocityConfidenceEnabled	Should the velocity confidence be calculated at all?
FVector2D	WristHandVelocityRange	The velocity range used to generate a 0-1 value for the velocity confidence. When trying to calculate how confident we are that the hand tracking data is moving at the same speed as the tracker we compare the two speeds to find out their difference. This value is used to control the mapped velocity range which gives us the final 0-1 confidence value.
FName	WristTrackerComponentName	The name of the tracker used to drive the wrist

Nodes