TestPlane

Artifact: androidx.xr.arcore:arcore-testing

Kotlin |Java

public final class TestPlane extends TestTrackable

java.lang.Object
↳	androidx.xr.arcore.testing.TestTrackable
	↳	androidx.xr.arcore.testing.TestPlane

Represents a flat surface in the test environment, which can be described by a PlaneType.

Summary

Public constructors
`TestPlane(@NonNull Plane.Type planeType, @NonNull Plane.Label planeLabel)`

Public methods
`final @NonNull Pose`	`getCenterPose()` the `Pose` at the center of the plane
`final @NonNull FloatSize2d`	`getExtents()` a pair of extents describing the size of the plane
`final @NonNull Plane.Label`	`getLabel()` the `PlaneLabel` that describes the surface
`final TestPlane`	`getSubsumedBy()` a possible other plane that this plane has been merged into
`final @NonNull Plane.Type`	`getType()` the `PlaneType` of the surface
`final @NonNull List<@NonNull Vector2>`	`getVertices()` the `Vector2` vertices of a convex polygon approximating the detected plane
`boolean`	`isVisible()` indicates whether the trackable object is currently in view of the runtime
`final void`	`setCenterPose(@NonNull Pose value)` the `Pose` at the center of the plane
`final void`	`setExtents(@NonNull FloatSize2d value)` a pair of extents describing the size of the plane
`final void`	`setLabel(@NonNull Plane.Label value)` the `PlaneLabel` that describes the surface
`final void`	`setSubsumedBy(TestPlane value)` a possible other plane that this plane has been merged into
`final void`	`setType(@NonNull Plane.Type value)` the `PlaneType` of the surface
`final void`	`setVertices(@NonNull List<@NonNull Vector2> value)` the `Vector2` vertices of a convex polygon approximating the detected plane
`void`	`setVisible(boolean value)` indicates whether the trackable object is currently in view of the runtime

Public constructors

TestPlane

Added in 1.0.0-alpha14

public TestPlane(@NonNull Plane.Type planeType, @NonNull Plane.Label planeLabel)

Public methods

getCenterPose

Added in 1.0.0-alpha14

public final @NonNull Pose getCenterPose()

the Pose at the center of the plane

getExtents

Added in 1.0.0-alpha14

public final @NonNull FloatSize2d getExtents()

a pair of extents describing the size of the plane

getLabel

Added in 1.0.0-alpha14

public final @NonNull Plane.Label getLabel()

the PlaneLabel that describes the surface

getSubsumedBy

Added in 1.0.0-alpha14

public final TestPlane getSubsumedBy()

a possible other plane that this plane has been merged into

getType

Added in 1.0.0-alpha14

public final @NonNull Plane.Type getType()

the PlaneType of the surface

getVertices

Added in 1.0.0-alpha14

public final @NonNull List<@NonNull Vector2> getVertices()

the Vector2 vertices of a convex polygon approximating the detected plane

isVisible

public boolean isVisible()

indicates whether the trackable object is currently in view of the runtime

setCenterPose

Added in 1.0.0-alpha14

public final void setCenterPose(@NonNull Pose value)

the Pose at the center of the plane

setExtents

Added in 1.0.0-alpha14

public final void setExtents(@NonNull FloatSize2d value)

a pair of extents describing the size of the plane

setLabel

Added in 1.0.0-alpha14

public final void setLabel(@NonNull Plane.Label value)

the PlaneLabel that describes the surface

setSubsumedBy

Added in 1.0.0-alpha14

public final void setSubsumedBy(TestPlane value)

a possible other plane that this plane has been merged into

setType

Added in 1.0.0-alpha14

public final void setType(@NonNull Plane.Type value)

the PlaneType of the surface

setVertices

Added in 1.0.0-alpha14

public final void setVertices(@NonNull List<@NonNull Vector2> value)

the Vector2 vertices of a convex polygon approximating the detected plane

setVisible

public void setVisible(boolean value)

indicates whether the trackable object is currently in view of the runtime