private void applyParameters(DecompressionParameters parameters)
{
Debug.Assert(parameters != null);
if (parameters.OutColorspace != Colorspace.Unknown)
{
m_decompressor.Out_color_space = (J_COLOR_SPACE)parameters.OutColorspace;
}
m_decompressor.Scale_num = parameters.ScaleNumerator;
m_decompressor.Scale_denom = parameters.ScaleDenominator;
m_decompressor.Buffered_image = parameters.BufferedImage;
m_decompressor.Raw_data_out = parameters.RawDataOut;
m_decompressor.Dct_method = (J_DCT_METHOD)parameters.DCTMethod;
m_decompressor.Dither_mode = (J_DITHER_MODE)parameters.DitherMode;
m_decompressor.Do_fancy_upsampling = parameters.DoFancyUpsampling;
m_decompressor.Do_block_smoothing = parameters.DoBlockSmoothing;
m_decompressor.Quantize_colors = parameters.QuantizeColors;
m_decompressor.Two_pass_quantize = parameters.TwoPassQuantize;
m_decompressor.Desired_number_of_colors = parameters.DesiredNumberOfColors;
m_decompressor.Enable_1pass_quant = parameters.EnableOnePassQuantizer;
m_decompressor.Enable_external_quant = parameters.EnableExternalQuant;
m_decompressor.Enable_2pass_quant = parameters.EnableTwoPassQuantizer;
m_decompressor.Err.Trace_level = parameters.TraceLevel;
}
#pragma warning disable IDE1006 // Naming Styles
private void applyParameters(DecompressionParameters parameters)
#pragma warning restore IDE1006 // Naming Styles
{
Debug.Assert(parameters is object);
if (parameters.OutColorspace != Colorspace.Unknown)
{
ClassicDecompressor.Out_color_space = (JColorSpace)parameters.OutColorspace;
}
ClassicDecompressor.Scale_num = parameters.ScaleNumerator;
ClassicDecompressor.Scale_denom = parameters.ScaleDenominator;
ClassicDecompressor.Buffered_image = parameters.BufferedImage;
ClassicDecompressor.Raw_data_out = parameters.RawDataOut;
ClassicDecompressor.Dct_method = (JDctMethod)parameters.DCTMethod;
ClassicDecompressor.Dither_mode = (JDitherMode)parameters.DitherMode;
ClassicDecompressor.Do_fancy_upsampling = parameters.DoFancyUpsampling;
ClassicDecompressor.Do_block_smoothing = parameters.DoBlockSmoothing;
ClassicDecompressor.Quantize_colors = parameters.QuantizeColors;
ClassicDecompressor.Two_pass_quantize = parameters.TwoPassQuantize;
ClassicDecompressor.Desired_number_of_colors = parameters.DesiredNumberOfColors;
ClassicDecompressor.Enable_1pass_quant = parameters.EnableOnePassQuantizer;
ClassicDecompressor.Enable_external_quant = parameters.EnableExternalQuant;
ClassicDecompressor.Enable_2pass_quant = parameters.EnableTwoPassQuantizer;
ClassicDecompressor.Err.TraceLevel = parameters.TraceLevel;
}
private void applyParameters(DecompressionParameters parameters)
{
Debug.Assert(parameters != null);
if (parameters.OutColorspace != Colorspace.Unknown)
m_decompressor.Out_color_space = (J_COLOR_SPACE)parameters.OutColorspace;
m_decompressor.Scale_num = parameters.ScaleNumerator;
m_decompressor.Scale_denom = parameters.ScaleDenominator;
m_decompressor.Buffered_image = parameters.BufferedImage;
m_decompressor.Raw_data_out = parameters.RawDataOut;
m_decompressor.Dct_method = (J_DCT_METHOD)parameters.DCTMethod;
m_decompressor.Dither_mode = (J_DITHER_MODE)parameters.DitherMode;
m_decompressor.Do_fancy_upsampling = parameters.DoFancyUpsampling;
m_decompressor.Do_block_smoothing = parameters.DoBlockSmoothing;
m_decompressor.Quantize_colors = parameters.QuantizeColors;
m_decompressor.Two_pass_quantize = parameters.TwoPassQuantize;
m_decompressor.Desired_number_of_colors = parameters.DesiredNumberOfColors;
m_decompressor.Enable_1pass_quant = parameters.EnableOnePassQuantizer;
m_decompressor.Enable_external_quant = parameters.EnableExternalQuant;
m_decompressor.Enable_2pass_quant = parameters.EnableTwoPassQuantizer;
m_decompressor.Err.Trace_level = parameters.TraceLevel;
}
