class MAGES::Interaction::HandPoser¶

Overview¶

A class to be attached on a hand to pose it. More…

class HandPoser: public MonoBehaviour
{
public:
    // properties

    int HandIndex;
    List<FingerPoser> FingerPosers;

    // methods

    void LerpPose(HandPose p1, HandPose p2, float t);

    void SetHandPose(
        HandPose pose,
        Action<HandPose> onInterpolationFinished = null,
        float interpolationTime = 0.2f
    );

    bool GetAutomaticHandPose(
        int layerMask,
        QueryTriggerInteraction triggerInteraction,
        HandPose extendedPose,
        HandPose retractedPose,
        HandPose hitPose,
        int iterations = 5,
        int subSteps = 10,
        PhysicsScene? physicsScene = null
    );

    void GetCurrentPose(HandPose currentPose);
};

Detailed Documentation¶

A class to be attached on a hand to pose it.

Properties¶

int HandIndex

Gets or sets the finger index for this finger poser.

List<FingerPoser> FingerPosers

Gets or sets the finger posers this hand poser is composed of.

Methods¶

void LerpPose(HandPose p1, HandPose p2, float t)

Lerps between the two poses.

Parameters:

p1	Pose 1.
p2	Pose 2.
t	Interpolation factor. A value between 0 and 1.

void SetHandPose(
    HandPose pose,
    Action<HandPose> onInterpolationFinished = null,
    float interpolationTime = 0.2f
)

Sets the finger with the given pose.

This will stop any ongoing interpolation.

Parameters:

pose	The pose to use for the finger.
onInterpolationFinished	Action to be called when the interpolation finished. i.e. after interpolationTime seconds.
interpolationTime	The time to interpolate between current pose and the given new one.

bool GetAutomaticHandPose(
    int layerMask,
    QueryTriggerInteraction triggerInteraction,
    HandPose extendedPose,
    HandPose retractedPose,
    HandPose hitPose,
    int iterations = 5,
    int subSteps = 10,
    PhysicsScene? physicsScene = null
)

Creates an automatic finger pose at the position the finger hits something by interpolating between the extended and retracted poses.

Parameters:

layerMask	The collision layer mask. Use -1 for everything.
triggerInteraction	Whether or not to check for tirgger collisions.
extendedPose	The pose to start the interpolation from.
retractedPose	The pose to end the interpolation to.
hitPose	The hand pose output at the hit position. Function expects to get a valid HandPose instance to populate.
iterations	The iteractions to perform.
subSteps	The backwards substeps to perform in each iteration.
physicsScene	The physics scene to use for the simulation. If `null` wil use the default physics scene.

Returns:

true if the finger hits something in the layerMask layer.

void GetCurrentPose(HandPose currentPose)

Gets the current pose of the finger.

Parameters:

currentPose	The instance in which to store the pose.