public override Tile[] DoAction(Tile[] inputs)
{
Triplet <byte[, ]> output;
this.Input = inputs;
RFXPDecoderWrapper.YUVToRGB(inputs[0].GetMatrices <short>(), out output);
Tile tile = Tile.FromMatrices <byte>(output);
this.Result = new[] { tile };
return(new[] { tile });
}
public override Tile[] DoAction(Tile[] inputs)
{
Triplet <short[, ]> output;
this.Input = inputs;
RFXPDecoderWrapper.InverseDWT(inputs[0].GetMatrices <short>(), UseReduceExtrapolate.Enabled, out output);
Tile tile = Tile.FromMatrices <short>(output);
this.Result = new[] { tile };
return(new[] { tile });
}
public override Tile[] DoAction(Tile[] inputs)
{
Triplet <short[, ]> output;
this.Input = inputs;
QuantizationFactorsArray quants = (QuantizationFactorsArray)Parameters[Constants.PARAM_NAME_QUANT_FACTORS_ARRAY];
RFXPDecoderWrapper.DeQuantization(inputs[0].GetMatrices <short>(), quants, UseReduceExtrapolate.Enabled, out output);
Tile tile = Tile.FromMatrices <short>(output);
this.Result = new[] { tile };
return(new[] { tile });
}
public override Tile[] DoAction(Tile[] inputs)
{
Triplet <short[]> output;
this.Input = inputs;
QuantizationFactorsArray quants = (QuantizationFactorsArray)Parameters[Constants.PARAM_NAME_PROGRESSIVE_QUANTS];
RFXPDecoderWrapper.ProgressiveDequantization(inputs[0].GetArrays <short>(), quants, UseReduceExtrapolate.Enabled, out output);
Tile tile = Tile.FromArrays <short>(output);
this.Result = new[] { tile };
return(new[] { tile });
}
public override Tile[] DoAction(Tile[] inputs)
{
Triplet <short[]> output;
this.Input = inputs;
Frame lastFrame = (Frame)Parameters[Constants.PARAM_NAME_PREVIOUS_FRAME];
EncodedTileType encodeType = (EncodedTileType)Parameters[Constants.PARAM_NAME_ENCODED_TILE_TYPE];
Triplet <short[]> preTriplet = lastFrame == null ? null : lastFrame.Tile.GetArrays <short>();
RFXPDecoderWrapper.SubBandDiffing(inputs[0].GetArrays <short>(), preTriplet, ParamUseDifferenceTile.Enabled, encodeType.Type, out output);
Tile tile = Tile.FromArrays <short>(output);
this.Result = new[] { tile };
return(new[] { tile });
}
public override Tile[] DoAction(Tile[] inputs)
{
Triplet <short[]> output;
this.Input = inputs;
EncodedTileType encodeType = (EncodedTileType)Parameters[Constants.PARAM_NAME_ENCODED_TILE_TYPE];
if (encodeType == null || encodeType.Type == EncodedTileType.EncodedType.Simpe || encodeType.Type == EncodedTileType.EncodedType.FirstPass)
{
RFXPDecoderWrapper.RLGRDecode(inputs[0].GetArrays <byte>(), Mode, UseReduceExtrapolate.Enabled, out output);
}
else
{
Frame DAS = (Frame)Parameters[Constants.PARAM_NAME_DAS];
QuantizationFactorsArray quants = (QuantizationFactorsArray)Parameters[Constants.PARAM_NAME_PROGRESSIVE_QUANTS];
QuantizationFactorsArray preQuants = (QuantizationFactorsArray)Parameters[Constants.PARAM_NAME_PREVIOUS_PROGRESSIVE_QUANTS];
RFXPDecoderWrapper.SRLDecode(inputs[0].GetArrays <byte>(), inputs[1].GetArrays <byte>(), quants, DAS.Tile.GetArrays <short>(), preQuants, UseReduceExtrapolate.Enabled, out output);
}
Tile tile = Tile.FromArrays <short>(output);
this.Result = new[] { tile };
return(new[] { tile });
}
