@class BWInferenceVideoRequirement, FigLearnedMattingMetalStage;
@interface BWLearnedMattingInferenceProvider : BWTiledEspressoInferenceProvider {
BWInferenceVideoRequirement *_inputImageVideoRequirement;
BWInferenceVideoRequirement *_inputAlphaVideoRequirement;
BWInferenceVideoRequirement *_outputAlphaVideoRequirement;
BWInferenceVideoRequirement *_outputLowResSegmentationCloneVideoRequirement;
struct opaqueCMFormatDescription { } *_outputFormatDescription;
struct opaqueCMFormatDescription { } *_outputLowResSegmentationCloneFormatDescription;
BOOL _appliesFinalCropRect;
FigLearnedMattingMetalStage *_metalProcessor;
struct OpaqueVTPixelTransferSession { } *_lowResSegmentationCloneCopySession;
void /* unknown type, empty encoding */ _outputTileSize;
void /* unknown type, empty encoding */ _inputTileSize;
void /* unknown type, empty encoding */ _inputAlphaScale;
void /* unknown type, empty encoding */ _outputTileOverlap;
void /* unknown type, empty encoding */ _inputTileOverlap;
void /* unknown type, empty encoding */ _numTiles;
}
+ (void)initialize;
- (void)dealloc;
- (int)prepareForSubmissionWithWorkQueue:(id)a0;
- (int)type;
- (int)createInputTiles:(SEL)a0 withInputs:(id)a1 atPosition:(id)a2 cmdBuffer:(id *)a3;
- (id)initWithConfiguration:(id)a0 resourceProvider:(id)a1;
- (int)preProcessOutputBuffer:(struct __CVBuffer { } *)a0 forMediaKey:(id)a1;
- (int)propagateInferenceResultForOutputRequirement:(id)a0 storage:(id)a1 propagationSampleBuffer:(struct opaqueCMSampleBuffer { } *)a2;
- (int)purgeIntermediateResources;
- (int)writeOutputFor:(SEL)a0 to:(id)a1 fromNetworkOutputTiles:(struct __CVBuffer { } *)a2 withAdditionalPixelBuffers:(id)a3 withInputTilePixelBuffers:(id)a4 withInputFullPixelBuffers:(id)a5 atPosition:(id)a6 cmdBuffer:(id *)a7;
@end