FakeSurfaceEntity
public final class FakeSurfaceEntity extends FakeEntity
| java.lang.Object | |||
| ↳ | androidx.xr.runtime.testing.FakeActivityPose | ||
| ↳ | androidx.xr.runtime.testing.FakeEntity | ||
| ↳ | androidx.xr.runtime.testing.FakeSurfaceEntity | ||
Test-only implementation of SurfaceEntity
Summary
Public constructors |
|---|
Public methods |
|
|---|---|
@NonNull SurfaceEntity.CanvasShape |
Specifies the shape of the spatial canvas which the surface is texture mapped to. |
@NonNull Dimensions |
Retrieves the dimensions of the "spatial canvas" which the surface is mapped to. |
float |
The width of the left/right feathered edges of the canvas. |
float |
The width of the top/bottom feathered edges of the canvas. |
int |
Specifies how the surface content will be routed for stereo viewing. |
@NonNull Surface |
Retrieves the surface that the Entity will display. |
void |
setAuxiliaryAlphaMaskTexture(TextureResource alphaMask)The texture to be composited into the alpha channel of the auxiliary view of the surface. |
void |
setCanvasShape(@NonNull SurfaceEntity.CanvasShape canvasShape)Specifies the shape of the spatial canvas which the surface is texture mapped to. |
void |
setFeatherRadiusX(float featherRadiusX)The width of the left/right feathered edges of the canvas. |
void |
setFeatherRadiusY(float featherRadiusY)The width of the top/bottom feathered edges of the canvas. |
void |
setPrimaryAlphaMaskTexture(TextureResource alphaMask)The texture to be composited into the alpha channel of the surface. |
void |
setStereoMode(int stereoMode)Specifies how the surface content will be routed for stereo viewing. |
Public constructors
Public methods
getCanvasShape
public @NonNull SurfaceEntity.CanvasShape getCanvasShape()
Specifies the shape of the spatial canvas which the surface is texture mapped to.
getDimensions
public @NonNull Dimensions getDimensions()
Retrieves the dimensions of the "spatial canvas" which the surface is mapped to. These values are not impacted by scale.
| Returns | |
|---|---|
@NonNull Dimensions |
The canvas |
getFeatherRadiusX
public float getFeatherRadiusX()
The width of the left/right feathered edges of the canvas.
getFeatherRadiusY
public float getFeatherRadiusY()
The width of the top/bottom feathered edges of the canvas.
getStereoMode
public int getStereoMode()
Specifies how the surface content will be routed for stereo viewing. Applications must render into the surface in accordance with what is specified here in order for the compositor to correctly produce a stereoscopic view to the user.
getSurface
public @NonNull Surface getSurface()
Retrieves the surface that the Entity will display. The app can write into this surface however it wants, i.e. MediaPlayer, ExoPlayer, or custom rendering.
setAuxiliaryAlphaMaskTexture
public void setAuxiliaryAlphaMaskTexture(TextureResource alphaMask)
The texture to be composited into the alpha channel of the auxiliary view of the surface. This is only used for interleaved stereo content. If null, the alpha mask will be disabled.
| Parameters | |
|---|---|
TextureResource alphaMask |
The auxiliary alpha mask texture. |
setCanvasShape
public void setCanvasShape(@NonNull SurfaceEntity.CanvasShape canvasShape)
Specifies the shape of the spatial canvas which the surface is texture mapped to.
setFeatherRadiusX
public void setFeatherRadiusX(float featherRadiusX)
The width of the left/right feathered edges of the canvas.
setFeatherRadiusY
public void setFeatherRadiusY(float featherRadiusY)
The width of the top/bottom feathered edges of the canvas.
setPrimaryAlphaMaskTexture
public void setPrimaryAlphaMaskTexture(TextureResource alphaMask)
The texture to be composited into the alpha channel of the surface. If null, the alpha mask will be disabled.
| Parameters | |
|---|---|
TextureResource alphaMask |
The primary alpha mask texture. |
setStereoMode
public void setStereoMode(int stereoMode)
Specifies how the surface content will be routed for stereo viewing. Applications must render into the surface in accordance with what is specified here in order for the compositor to correctly produce a stereoscopic view to the user.