post_processor_segmentation.h

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#ifndef __POST_PROCESSOR_SEGMENTATION_HPP__
#define __POST_PROCESSOR_SEGMENTATION_HPP__
 
#include "post_processor.h"
 
class SegmentationModelPostProcessor : public ModelPostProcessor{
 
public:
  SegmentationModelPostProcessor(int id, int gpuId = 0)
    : ModelPostProcessor (NvDsPostProcessNetworkType_Segmentation, id, gpuId) {}
 
  ~SegmentationModelPostProcessor() override = default;
 
  NvDsPostProcessStatus
  initResource(NvDsPostProcessContextInitParams& initParams) override;
 
  NvDsPostProcessStatus parseEachFrame(const std::vector <NvDsInferLayerInfo>&
       outputLayers,
       NvDsPostProcessFrameOutput &result) override;
 
  void
   attachMetadata (NvBufSurface *surf, gint batch_idx,
    NvDsBatchMeta  *batch_meta,
    NvDsFrameMeta  *frame_meta,
    NvDsObjectMeta  *object_meta,
    NvDsObjectMeta *parent_obj_meta,
    NvDsPostProcessFrameOutput & detection_output,
    NvDsPostProcessDetectionParams *all_params,
    std::set <gint> & filterOutClassIds,
    int32_t unique_id,
    gboolean output_instance_mask,
    gboolean process_full_frame,
    float segmentationThreshold,
    gboolean maintain_aspect_ratio) override;
 
 
  void releaseFrameOutput(NvDsPostProcessFrameOutput& frameOutput) override;
private:
  NvDsPostProcessStatus fillSegmentationOutput(
    const std::vector<NvDsInferLayerInfo>& outputLayers,
    NvDsPostProcessSegmentationOutput& output);
 
  float m_SegmentationThreshold = 0.50;
  NvDsPostProcessTensorOrder m_SegmentationOutputOrder = NvDsPostProcessTensorOrder_kNCHW;
  uint32_t m_NumClasses = 0;
};
 
#endif