public static Tensor Stylize(Encoder Encoder1,
Decoder Decoder1,
Encoder Encoder2,
Decoder Decoder2,
Encoder Encoder3,
Decoder Decoder3,
Encoder Encoder4,
Decoder Decoder4,
Encoder Encoder5,
Decoder Decoder5,
Tensor Content,
Tensor Style,
TransferMethod Method = TransferMethod.WCT,
float alpha = 0.6f)
{
Encoder1.Step += FixStep;
Decoder1.Step += FixStep;
Encoder2.Step += FixStep;
Decoder2.Step += FixStep;
Encoder3.Step += FixStep;
Decoder3.Step += FixStep;
Encoder4.Step += FixStep;
Decoder4.Step += FixStep;
Encoder5.Step += FixStep;
Decoder5.Step += FixStep;
TotalSteps = 0f;
LastPercent = 0;
if (Method == TransferMethod.WCT)
{
// WCT 5
var Conv5 = Decoder5.Decode(Layers.WCT(Encoder5.Encode(Content), Encoder5.Encode(Style), alpha));
// WCT 4
var Conv4 = Decoder4.Decode(Layers.WCT(Encoder4.Encode(Conv5), Encoder4.Encode(Style), alpha));
// WCT 3
var Conv3 = Decoder3.Decode(Layers.WCT(Encoder3.Encode(Conv4), Encoder3.Encode(Style), alpha));
// WCT 2
var Conv2 = Decoder2.Decode(Layers.WCT(Encoder2.Encode(Conv3), Encoder2.Encode(Style), alpha));
// WCT 1
var Conv1 = Decoder1.Decode(Layers.WCT(Encoder1.Encode(Conv2), Encoder1.Encode(Style), alpha));
// Uninstall
Encoder1.Step -= FixStep;
Decoder1.Step -= FixStep;
Encoder2.Step -= FixStep;
Decoder2.Step -= FixStep;
Encoder3.Step -= FixStep;
Decoder3.Step -= FixStep;
Encoder4.Step -= FixStep;
Decoder4.Step -= FixStep;
Encoder5.Step -= FixStep;
Decoder5.Step -= FixStep;
return(Conv1);
}
else
{
// AdaIN 5
var Conv5 = Decoder5.Decode(Layers.AdaIN(Encoder5.Encode(Content), Encoder5.Encode(Style), alpha));
// AdaIN 4
var Conv4 = Decoder4.Decode(Layers.AdaIN(Encoder4.Encode(Conv5), Encoder4.Encode(Style), alpha));
// AdaIN 3
var Conv3 = Decoder3.Decode(Layers.AdaIN(Encoder3.Encode(Conv4), Encoder3.Encode(Style), alpha));
// AdaIN 2
var Conv2 = Decoder2.Decode(Layers.AdaIN(Encoder2.Encode(Conv3), Encoder2.Encode(Style), alpha));
// AdaIN 1
var Conv1 = Decoder1.Decode(Layers.AdaIN(Encoder1.Encode(Conv2), Encoder1.Encode(Style), alpha));
// Uninstall
Encoder1.Step -= FixStep;
Decoder1.Step -= FixStep;
Encoder2.Step -= FixStep;
Decoder2.Step -= FixStep;
Encoder3.Step -= FixStep;
Decoder3.Step -= FixStep;
Encoder4.Step -= FixStep;
Decoder4.Step -= FixStep;
Encoder5.Step -= FixStep;
Decoder5.Step -= FixStep;
return(Conv1);
}
}