enum { Version=1 };
      enum Depth     { Eight_bit, Ten_bit, Twelve_bit };
      enum Binning   { x1, x2, x4, x8 };
      enum Mirroring { None, HFlip, VFlip, HVFlip };
      enum { LUT_Size=4096 };
      enum { Row_Pixels=1024 };
      enum { Column_Pixels=1024 };

      ConfigV1();
      ConfigV1(unsigned short  black,
               unsigned short  gain,
               Depth           depth,
               Binning         binning,
               Mirroring       mirroring,
               bool            vertical_remap,
               bool            enable_pixel_correction );
      ConfigV1(unsigned short   black,
               unsigned short   gain,
               Depth            depth,
               Binning          binning,
               Mirroring        mirroring,
               bool             vertical_remap,
               bool             enable_pixel_correction,
               const uint16_t*  lut);

      //  offset/pedestal setting for camera (before gain)
      unsigned short   black_level() const;

      //  camera gain setting in percentile [100-3200] = [1x-32x]
      unsigned short   gain_percent() const;

      //  offset/pedestal value in pixel counts
      unsigned short   output_offset() const;

      //  bit-depth of pixel counts
      Depth            output_resolution() const;
      unsigned         output_resolution_bits() const;

      //  vertical re-binning of output (consecutive rows summed)
      Binning          vertical_binning() const;

      //  geometric transformation of the image
      Mirroring        output_mirroring() const;

      //  true: remap the pixels to appear in natural geometric order
      //        (left->right, top->bottom)
      // false: pixels appear on dual taps from different rows
      //        (left->right, top->bottom) alternated with
      //        (left->right, bottom->top) pixel by pixel
      bool             vertical_remapping() const;

      //  correct defective pixels internally
      bool             defect_pixel_correction_enabled() const;

      //  apply output lookup table corrections
      bool             output_lookup_table_enabled() const;
      //  location of output lookup table: output_value[input_value]
      //  (appended to the end of this structure)
      const
      uint16_t*        output_lookup_table() const;

      //  defective pixel count
      unsigned         number_of_defect_pixels() const;
      void             set_number_of_defect_pixels(unsigned);
      //  location of defective pixel coordinates appended to
      //  the end of this structure
      const
      Camera::FrameCoord* defect_pixel_coordinates() const;
      Camera::FrameCoord* defect_pixel_coordinates();

      //  total size of this structure
      //  (including defective pixel coords and output lookup table)
      unsigned         size() const;