QueenEngine (Queen)

java.lang.Object
- com.aliyun.android.libqueen.QueenEngine

public class QueenEngine
extends java.lang.Object

Constructor Summary

Constructors
Constructor and Description
`QueenEngine(Context context)`
`QueenEngine(Context context, boolean toScreen)`
`QueenEngine(Context context, boolean withContext, boolean toScreen)`
`QueenEngine(Context context, long instancePtr, QueenConfig queenConfig)`
`QueenEngine(Context context, QueenConfig config)`

Method Summary

All Methods Instance Methods Concrete Methods Deprecated Methods
Modifier and Type	Method and Description
`boolean`	`addMaterial(java.lang.String path)` Add sticker resources
`long`	`allocateNativeBuffer(byte[] javaBuffer)` Pass the java memory to the native side and allocate the corresponding native memory
`Texture2D`	`autoGenOutTexture()`
`Texture2D`	`autoGenOutTexture(boolean keepInputDirection)`
`void`	`cleanScreen4ArWriting()` Clean Screen for ArWriting
`long`	`copyNativeBuffer(long nativeBufferPtr, long bufferSize)` Pass the java memory to the native side and allocate the corresponding native memory
`Texture2D`	`createTexture2D()` Create texture handle
`void`	`enableBeautyType(int type, boolean enable)` Turn on or off the beauty module
`void`	`enableBeautyType(int type, boolean enable, boolean debug)` Turn on or off the beauty module
`void`	`enableBeautyType(int type, boolean enable, boolean debug, int mode)` Turn on or off the beauty module
`void`	`enableBeautyType(int type, boolean enable, int mode)` Turn on or off the beauty module
`void`	`enableDebugLog()`
`void`	`enableDetectPointDebug(int algId, boolean enablePoint)` Turn on the detection point debugging mode to display vertices such as faces/gestures/bones
`void`	`enableFacePointDebug(boolean facepoint)` Deprecated.
`float`	`getBeautyParam(int type)` Get the current beauty parameters
`Context`	`getContext()` Get the Android Context instance
`long`	`getEngineHandler()` Get Engine Handler In Native
`long`	`getLicenseExpirationTime()`
`boolean`	`isRenderAsync()` Whether to render asynchronously
`void`	`release()` Release All Resource
`void`	`releaseNativeBuffer(long nativeBuffer)` free native memory
`boolean`	`removeMaterial(java.lang.String path)` Remove sticker resources
`int`	`render()` render The return value is defined as follows: QUEEN_OK = 0, QUEEN_FAIL = -1, QUEEN_INVALID_HANDLE = -2, QUEEN_INVALID_PARAMS = -3, QUEEN_TIMEOUT = -4, QUEEN_FILE_ERROR = -5, QUEEN_FILE_NOT_EXIST = -6, QUEEN_UNZIP_ERROR = -7, QUEEN_NET_ERROR = -8, QUEEN_INVALID_LICENSE = -9, QUEEN_NO_EFFECT = -10
`int`	`renderTexture(float[] transformMatrix)` Update the matrix of the input texture and render The return value is defined as follows: QUEEN_OK = 0, QUEEN_FAIL = -1, QUEEN_INVALID_HANDLE = -2, QUEEN_INVALID_PARAMS = -3, QUEEN_TIMEOUT = -4, QUEEN_FILE_ERROR = -5, QUEEN_FILE_NOT_EXIST = -6, QUEEN_UNZIP_ERROR = -7, QUEEN_NET_ERROR = -8, QUEEN_INVALID_LICENSE = -9, QUEEN_NO_EFFECT = -10
`void`	`resetBodySportPoseDetectCount(boolean resetCount)` Reset The Count of Body Sport Pose Detect
`void`	`setAISegmentForegroundPadding(int padding)`
`void`	`setAlgAsych(int algType, boolean enable)`
`void`	`setAlgResourcePath(int algType, java.lang.String path)` Set Algorithm Type
`void`	`setArWriting(boolean enable, int mode)` Switch of ArWriting
`void`	`setBeautyParam(int type, float value)` Set beauty parameters
`void`	`setBodyPoseDetectType(int type)` Set What Type For Body Pose Detect
`void`	`setFilter(java.lang.String path)` Set the filter image path
`void`	`setFilter(java.lang.String path, boolean flipY)` Set the filter image path
`void`	`setGreenScreen(java.lang.String backgroundPath, boolean blueScreenEnabled, float threshold, boolean autoThresholdEnabled)` Set the green screen matting parameters.
`void`	`setHairColor(float red, float green, float blue)` Set hair color
`void`	`setInputBitMap(Bitmap bitmap)` Setting input by bitmap, the first setting will render in the downward direction by default
`void`	`setInputFlip(int flip)`
`void`	`setInputTexture(int texture, int width, int height, boolean isOES)` Setting Input Texture
`void`	`setMakeupAlpha(int type, float alpha, float maleAlpha)` Set Makeup transparency
`void`	`setMakeupImage(int type, java.lang.String[] path, int blend, int fps)` Set beauty material
`void`	`setOutputRect(int originX, int originY, int width, int height)`
`void`	`setPowerSaving(boolean enable)` Set energy saving mode: reduce the amount of computation Note: Please call before initializing and setting beauty parameters
`void`	`setPureColorToBackground(java.lang.String backgroundPath, int colorType, float threshold)`
`void`	`setRenderAndFaceFlip(int renderFlip, int faceFlip)` Default rendering up, info down in Android
`void`	`setScreenViewport(int left, int bottom, int width, int height)` Set the rendered viewport, if not set the default, use the initial width and height
`void`	`setSegmentBackgroundProcessType(int type)`
`void`	`setSegmentInfoFlipY(boolean segmentInfoFlipY)` Set whether to flip the green screen cutout background
`void`	`setSegmentPerformanceMode(int mode)` Choose performance mode for background segment.
`void`	`updateBodyShape(int type, float level)`
`void`	`updateFaceShape(int type, float level)` Set shaping parameters
`void`	`updateInputDataAndRunAlg(Bitmap bitmap)`
`void`	`updateInputDataAndRunAlg(byte[] imageData, int format, int width, int height, int stride, int intputAngle, int outAngle, int flipAxis)` Update the input data and run the algorithm
`void`	`updateInputDataAndRunAlg(byte[] imageData, int format, int width, int height, int stride, int inputAngle, int outAngle, int flipAxis, boolean reuseData)` Video frame data update processing, used for data processing of engine algorithm layer
`void`	`updateInputDataAndRunAlg(byte[] imageData, int format, int width, int height, int stride, int inputAngle, int outAngle, int flipAxis, boolean reuseData, boolean usePreviousFrame)` Video frame data update processing, used for data processing of engine algorithm layer
`void`	`updateInputMatrix(float[] transformMatrix)`
`void`	`updateInputNativeBufferAndRunAlg(long imageNativeBuffer, int format, int width, int height, int stride, int inputAngle, int outAngle, int flipAxis)` Video frame data update processing, used for data processing of engine algorithm layer
`void`	`updateInputTexture(int texture)` Update the texture id if the id is changed
`void`	`updateInputTextureBufferAndRunAlg(int inputAngle, int outAngle, int flipAxis, boolean usePreviousFrame)` Video frame data update processing, used for data processing of engine algorithm layer
`void`	`updateOutTexture(int textureId, int width, int height)` When the texture created by the access party needs to be used, update through this interface
`void`	`updateOutTexture(int textureId, int width, int height, boolean keepInputDirection)` Update the output texture

Methods inherited from class java.lang.Object
clone, equals, finalize, getClass, hashCode, notify, notifyAll, toString, wait, wait, wait

Constructor Detail

QueenEngine

public QueenEngine(Context context)
            throws InitializationException

Throws:: InitializationException

QueenEngine

public QueenEngine(Context context,
                   boolean toScreen)
            throws InitializationException

Parameters:: context -; toScreen - Is Need To Render To Screen(FBO)
Throws:: InitializationException

QueenEngine

public QueenEngine(Context context,
                   boolean withContext,
                   boolean toScreen)
            throws InitializationException

Parameters:: context -; withContext - Is Need To Created GL By Engine; toScreen - Is Need To Render To Screen(FBO)
Throws:: InitializationException

QueenEngine

public QueenEngine(Context context,
                   QueenConfig config)
            throws InitializationException

Throws:: InitializationException

QueenEngine

public QueenEngine(Context context,
                   long instancePtr,
                   QueenConfig queenConfig)
            throws InitializationException

Throws:: InitializationException

Method Detail
- getEngineHandler
```
public long getEngineHandler()
```
  Get Engine Handler In Native
  
  Returns:
- setAlgResourcePath
```
public void setAlgResourcePath(@AlgType
                               int algType,
                               java.lang.String path)
```
  Set Algorithm Type
  
  Parameters:
  
  algType -
  
  path -
- setInputTexture
```
public void setInputTexture(int texture,
                            int width,
                            int height,
                            boolean isOES)
```
  Setting Input Texture
  
  Parameters:
  
  texture - Input Texture Id
  
  width - Width of Texture
  
  height - Height of Texture
  
  isOES - Is Oes Texture
- updateInputTexture
```
public void updateInputTexture(int texture)
```
  Update the texture id if the id is changed
  
  Parameters:
  
  texture - The new texture id
- setInputBitMap
```
public void setInputBitMap(Bitmap bitmap)
```
  Setting input by bitmap, the first setting will render in the downward direction by default
  
  Parameters:
  
  bitmap -
- setScreenViewport
```
public void setScreenViewport(int left,
                              int bottom,
                              int width,
                              int height)
```
  Set the rendered viewport, if not set the default, use the initial width and height
  
  Parameters:
  
  left -
  
  bottom -
  
  width -
  
  height -
- setOutputRect
```
public void setOutputRect(int originX,
                          int originY,
                          int width,
                          int height)
```
- updateOutTexture
```
public void updateOutTexture(int textureId,
                             int width,
                             int height)
```
  When the texture created by the access party needs to be used, update through this interface
  
  Parameters:
  
  textureId - new textureId
  
  width - The output texture width, which needs to be consistent with the output texture size specified when setting the input texture
  
  height - The output texture width, which needs to be consistent with the output texture size specified when setting the input texture
- updateOutTexture
```
public void updateOutTexture(int textureId,
                             int width,
                             int height,
                             boolean keepInputDirection)
```
  Update the output texture
  
  Parameters:
  
  textureId - out put textureID
  
  width - The output texture width, which needs to be consistent with the output texture size specified when setting the input texture
  
  height - The output texture height, which needs to be consistent with the output texture size specified when setting the input texture
  
  keepInputDirection - 保持与输入纹理方向一致
- setRenderAndFaceFlip
```
public void setRenderAndFaceFlip(@Flip
                                 int renderFlip,
                                 @Flip
                                 int faceFlip)
```
  Default rendering up, info down in Android
  
  Parameters:
  
  renderFlip - rendering direction
  
  faceFlip - direction of faceinfo
- enableBeautyType
```
public void enableBeautyType(@BeautyFilterType
                             int type,
                             boolean enable)
```
  Turn on or off the beauty module
  
  Parameters:
  
  type - Feature Type
  
  enable - Turn on or off
- enableBeautyType
```
public void enableBeautyType(@BeautyFilterType
                             int type,
                             boolean enable,
                             boolean debug)
```
  Turn on or off the beauty module
  
  Parameters:
  
  type - Feature Type
  
  enable - Turn on or off
  
  debug - Is debug mode
- enableBeautyType
```
public void enableBeautyType(@BeautyFilterType
                             int type,
                             boolean enable,
                             @BeautyFilterMode
                             int mode)
```
  Turn on or off the beauty module
  
  Parameters:
  
  type - Feature Type
  
  enable - Turn on or off
  
  mode - BeautyFilterMode
- enableBeautyType
```
public void enableBeautyType(@BeautyFilterType
                             int type,
                             boolean enable,
                             boolean debug,
                             @BeautyFilterMode
                             int mode)
```
  Turn on or off the beauty module
  
  Parameters:
  
  type - Feature Type
  
  enable - Turn on or off
  
  debug - Is debug mode
  
  mode - BeautyFilterMode
- setBeautyParam
```
public void setBeautyParam(@BeautyParams
                           int type,
                           float value)
```
  Set beauty parameters
  
  Parameters:
  
  type - beauty feature
  
  value - values
- getBeautyParam
```
public float getBeautyParam(@BeautyParams
                            int type)
```
  Get the current beauty parameters
  
  Parameters:
  
  type -
  
  Returns:
- setMakeupImage
```
public void setMakeupImage(@MakeupType
                           int type,
                           java.lang.String[] path,
                           @BlendType
                           int blend,
                           int fps)
```
  Set beauty material
  
  Parameters:
  
  type - type of makeup
  
  path - the path of material
  
  blend - the mode of blend
  
  fps - Reserved parameters (dynamic material), fill in 15 by default
- setMakeupAlpha
```
public void setMakeupAlpha(@MakeupType
                           int type,
                           float alpha,
                           float maleAlpha)
```
  Set Makeup transparency
  
  Parameters:
  
  type - type of makeup
  
  alpha - alpha
  
  maleAlpha - NOT SUPPORT
- updateFaceShape
```
public void updateFaceShape(@FaceShapeType
                            int type,
                            float level)
```
  Set shaping parameters
  
  Parameters:
  
  type -
  
  level -
- updateBodyShape
```
public void updateBodyShape(@BodyShapeType
                            int type,
                            float level)
```
- setInputFlip
```
public void setInputFlip(@Flip
                         int flip)
```
- updateInputMatrix
```
public void updateInputMatrix(float[] transformMatrix)
```
- render
```
@QueenResult
public int render()
```
  render The return value is defined as follows: QUEEN_OK = 0, QUEEN_FAIL = -1, QUEEN_INVALID_HANDLE = -2, QUEEN_INVALID_PARAMS = -3, QUEEN_TIMEOUT = -4, QUEEN_FILE_ERROR = -5, QUEEN_FILE_NOT_EXIST = -6, QUEEN_UNZIP_ERROR = -7, QUEEN_NET_ERROR = -8, QUEEN_INVALID_LICENSE = -9, QUEEN_NO_EFFECT = -10
- autoGenOutTexture
```
public Texture2D autoGenOutTexture()
```
- autoGenOutTexture
```
public Texture2D autoGenOutTexture(boolean keepInputDirection)
```
- renderTexture
```
@QueenResult
public int renderTexture(float[] transformMatrix)
```
  Update the matrix of the input texture and render The return value is defined as follows: QUEEN_OK = 0, QUEEN_FAIL = -1, QUEEN_INVALID_HANDLE = -2, QUEEN_INVALID_PARAMS = -3, QUEEN_TIMEOUT = -4, QUEEN_FILE_ERROR = -5, QUEEN_FILE_NOT_EXIST = -6, QUEEN_UNZIP_ERROR = -7, QUEEN_NET_ERROR = -8, QUEEN_INVALID_LICENSE = -9, QUEEN_NO_EFFECT = -10
  
  Parameters:
  
  transformMatrix - 纹理矩阵
- isRenderAsync
```
public boolean isRenderAsync()
```
  Whether to render asynchronously
  
  Returns:
- updateInputDataAndRunAlg
```
public void updateInputDataAndRunAlg(byte[] imageData,
                                     @ImageFormat
                                     int format,
                                     int width,
                                     int height,
                                     int stride,
                                     int intputAngle,
                                     int outAngle,
                                     int flipAxis)
```
  Update the input data and run the algorithm
- updateInputTextureBufferAndRunAlg
```
public void updateInputTextureBufferAndRunAlg(int inputAngle,
                                              int outAngle,
                                              int flipAxis,
                                              boolean usePreviousFrame)
```
  Video frame data update processing, used for data processing of engine algorithm layer
  
  Parameters:
  
  inputAngle - : The angle entered at the current frame
  
  outAngle - : The angle that the output data needs to be transformed
  
  flipAxis - : The xy-axis flip processing of the output data, 0 is no rotation, 1 is the x-axis flip, 2 is the y-axis flip
  
  usePreviousFrame - : Whether to multiplex the data of the previous frame
- updateInputDataAndRunAlg
```
public void updateInputDataAndRunAlg(byte[] imageData,
                                     @ImageFormat
                                     int format,
                                     int width,
                                     int height,
                                     int stride,
                                     int inputAngle,
                                     int outAngle,
                                     int flipAxis,
                                     boolean reuseData)
```
  Video frame data update processing, used for data processing of engine algorithm layer
  
  Parameters:
  
  imageData - : 当前帧数据
  
  format - : input format
  
  width - : frame data width
  
  height - : frame data high
  
  stride - : The stride (in pixels) of the image used for detection, i.e. the number of bytes per line, set to 0 by default
  
  inputAngle - : The angle entered at the current frame
  
  outAngle - : The angle that the output data needs to be transformed
  
  flipAxis - : The xy-axis flip processing of the output data, 0 is no rotation, 1 is the x-axis flip, 2 is the y-axis flip
  
  reuseData - : Whether the current frame data needs to be reused later, if it needs to be reused (true), the engine will not directly modify the frame data, and will copy a copy internally; if it is not needed to be reused (false), the engine will use the copy directly Buffer data, do not copy data, to improve performance
- updateInputDataAndRunAlg
```
public void updateInputDataAndRunAlg(byte[] imageData,
                                     @ImageFormat
                                     int format,
                                     int width,
                                     int height,
                                     int stride,
                                     int inputAngle,
                                     int outAngle,
                                     int flipAxis,
                                     boolean reuseData,
                                     boolean usePreviousFrame)
```
  Video frame data update processing, used for data processing of engine algorithm layer
  
  Parameters:
  
  imageData - : current frame data
  
  format - : input format
  
  width - : frame data width
  
  height - : frame data high
  
  stride - : The stride (in pixels) of the image used for detection, i.e. the number of bytes per line, set to 0 by default
  
  inputAngle - : The angle entered at the current frame
  
  outAngle - : The angle that the output data needs to be transformed
  
  flipAxis - : The xy-axis flip processing of the output data, 0 is no rotation, 1 is the x-axis flip, 2 is the y-axis flip
  
  reuseData - : Whether the current frame data needs to be reused later, if it needs to be reused (true), the engine will not directly modify the frame data, and will copy a copy internally; if it is not needed to be reused (false), the engine will use the copy directly Buffer data, do not copy data, to improve performance
  
  usePreviousFrame - : Whether to multiplex the data of the previous frame
- updateInputDataAndRunAlg
```
public void updateInputDataAndRunAlg(Bitmap bitmap)
```
- updateInputNativeBufferAndRunAlg
```
public void updateInputNativeBufferAndRunAlg(long imageNativeBuffer,
                                             @ImageFormat
                                             int format,
                                             int width,
                                             int height,
                                             int stride,
                                             int inputAngle,
                                             int outAngle,
                                             int flipAxis)
```
  Video frame data update processing, used for data processing of engine algorithm layer
  
  Parameters:
  
  imageNativeBuffer - : the native buffer for current frame data
  
  format - : input format
  
  width - : frame data width
  
  height - : frame data high
  
  stride - : The stride (in pixels) of the image used for detection, i.e. the number of bytes per line, set to 0 by default
  
  inputAngle - : The angle entered at the current frame
  
  outAngle - : The angle that the output data needs to be transformed
  
  flipAxis - : The xy-axis flip processing of the output data, 0 is no rotation, 1 is the x-axis flip, 2 is the y-axis flip
- allocateNativeBuffer
```
public long allocateNativeBuffer(byte[] javaBuffer)
```
  Pass the java memory to the native side and allocate the corresponding native memory
  
  Parameters:
  
  javaBuffer -
  
  Returns:
- copyNativeBuffer
```
public long copyNativeBuffer(long nativeBufferPtr,
                             long bufferSize)
```
  Pass the java memory to the native side and allocate the corresponding native memory
  
  Parameters:
  
  nativeBufferPtr -
  
  bufferSize -
  
  Returns:
  
  native内存地址
- releaseNativeBuffer
```
public void releaseNativeBuffer(long nativeBuffer)
```
  free native memory
  
  Parameters:
  
  nativeBuffer -
- setFilter
```
public void setFilter(java.lang.String path)
```
  Set the filter image path
  
  Parameters:
  
  path - Filter source path
- setFilter
```
public void setFilter(java.lang.String path,
                      boolean flipY)
```
  Set the filter image path
  
  Parameters:
  
  path - Filter source path
  
  flipY -
- setAISegmentForegroundPadding
```
public void setAISegmentForegroundPadding(int padding)
```
- setSegmentBackgroundProcessType
```
public void setSegmentBackgroundProcessType(@BackgroundProcessType
                                            int type)
```
- setSegmentPerformanceMode
```
public void setSegmentPerformanceMode(@SegmentPerformanceMode
                                      int mode)
```
  Choose performance mode for background segment. Note: Please call this method before using background segment function.
- enableDebugLog
```
public void enableDebugLog()
```
- setAlgAsych
```
public void setAlgAsych(@AlgType
                        int algType,
                        boolean enable)
```
- addMaterial
```
public boolean addMaterial(java.lang.String path)
```
  Add sticker resources
  
  Parameters:
  
  path -
  
  Returns:
- removeMaterial
```
public boolean removeMaterial(java.lang.String path)
```
  Remove sticker resources
  
  Parameters:
  
  path -
  
  Returns:
- createTexture2D
```
public Texture2D createTexture2D()
```
  Create texture handle
  
  Returns:
- release
```
public void release()
```
  Release All Resource
- enableFacePointDebug
```
@Deprecated
public void enableFacePointDebug(boolean facepoint)
```
  Deprecated.
  
  Enable face detection debug mode to display face vertices, Deprecated
  
  Parameters:
  
  facepoint -
- enableDetectPointDebug
```
public void enableDetectPointDebug(@AlgType
                                   int algId,
                                   boolean enablePoint)
```
  Turn on the detection point debugging mode to display vertices such as faces/gestures/bones
  
  Parameters:
  
  enablePoint -
- getContext
```
public Context getContext()
```
  Get the Android Context instance
  
  Returns:
- setHairColor
```
public void setHairColor(float red,
                         float green,
                         float blue)
```
  Set hair color
  
  Parameters:
  
  red - [0,1]
  
  green - [0,1]
  
  blue - [0,1]
- setGreenScreen
```
public void setGreenScreen(java.lang.String backgroundPath,
                           boolean blueScreenEnabled,
                           float threshold,
                           boolean autoThresholdEnabled)
```
  Set the green screen matting parameters. Note: When this matting function is turned on, the solid color background matting (setPureColorToBackground) will be turned off.
  
  Parameters:
  
  backgroundPath -
  
  blueScreenEnabled -
  
  threshold - Curtain sensitivity [1,10], default 1
  
  autoThresholdEnabled - Whether to dynamically calculate the sensitivity of the screen according to the environment, if it is true, the adjustment parameter threshold will be invalid, and if it is false, the adjustment parameter threshold will take effect.
- setPureColorToBackground
```
public void setPureColorToBackground(java.lang.String backgroundPath,
                                     int colorType,
                                     float threshold)
```
- setSegmentInfoFlipY
```
public void setSegmentInfoFlipY(boolean segmentInfoFlipY)
```
  Set whether to flip the green screen cutout background
  
  Parameters:
  
  segmentInfoFlipY -
- setArWriting
```
public void setArWriting(boolean enable,
                         int mode)
```
  Switch of ArWriting
  
  Parameters:
  
  enable -
  
  mode - 1 - writing, 2 - painting
- cleanScreen4ArWriting
```
public void cleanScreen4ArWriting()
```
  Clean Screen for ArWriting
- setBodyPoseDetectType
```
public void setBodyPoseDetectType(int type)
```
  Set What Type For Body Pose Detect
- resetBodySportPoseDetectCount
```
public void resetBodySportPoseDetectCount(boolean resetCount)
```
  Reset The Count of Body Sport Pose Detect
- setPowerSaving
```
public void setPowerSaving(boolean enable)
```
  Set energy saving mode: reduce the amount of computation Note: Please call before initializing and setting beauty parameters
  
  Parameters:
  
  enable -
- getLicenseExpirationTime
```
public long getLicenseExpirationTime()
```

Class QueenEngine

Constructor Summary

Method Summary

Methods inherited from class java.lang.Object

Constructor Detail

QueenEngine

QueenEngine

QueenEngine

QueenEngine

QueenEngine

Method Detail

getEngineHandler

setAlgResourcePath

setInputTexture

updateInputTexture

setInputBitMap

setScreenViewport

setOutputRect

updateOutTexture

updateOutTexture

setRenderAndFaceFlip

enableBeautyType

enableBeautyType

enableBeautyType

enableBeautyType

setBeautyParam

getBeautyParam

setMakeupImage

setMakeupAlpha

updateFaceShape

updateBodyShape

setInputFlip

updateInputMatrix

render

autoGenOutTexture

autoGenOutTexture

renderTexture

isRenderAsync

updateInputDataAndRunAlg

updateInputTextureBufferAndRunAlg

updateInputDataAndRunAlg

updateInputDataAndRunAlg

updateInputDataAndRunAlg

updateInputNativeBufferAndRunAlg

allocateNativeBuffer

copyNativeBuffer

releaseNativeBuffer

setFilter

setFilter

setAISegmentForegroundPadding

setSegmentBackgroundProcessType

setSegmentPerformanceMode

enableDebugLog

setAlgAsych

addMaterial

removeMaterial

createTexture2D

release

enableFacePointDebug

enableDetectPointDebug

getContext

setHairColor

setGreenScreen

setPureColorToBackground

setSegmentInfoFlipY

setArWriting

cleanScreen4ArWriting

setBodyPoseDetectType

resetBodySportPoseDetectCount

setPowerSaving

getLicenseExpirationTime