public Linear(CPU.Linear <T> linear) : base(linear.Name, linear.InputNames, linear.OutputNames)
{
this.Weight = linear.Weight;
this.Bias = linear.Bias;
this.Parameters = linear.Parameters;
this.Activation = (ICompressibleActivation <T>)CLConverter.Convert(linear.Activation);
this.SetParallel(true);
}
public Deconvolution2D(CPU.Deconvolution2D <T> deconv2D) : base(deconv2D.Name, deconv2D.InputNames, deconv2D.OutputNames)
{
this.PadX = deconv2D.PadX;
this.PadY = deconv2D.PadY;
this.StrideX = deconv2D.StrideX;
this.StrideY = deconv2D.StrideY;
this.Weight = deconv2D.Weight;
this.Bias = deconv2D.Bias;
this.Parameters = deconv2D.Parameters;
this.Activation = (ICompressibleActivation <T>)CLConverter.Convert(deconv2D.Activation);
this.SetParallel(true);
this.InitFunc(new StreamingContext());
}
//Convert
public Convolution2D(CPU.Convolution2D <T> conv2d) : base(conv2d.Name, conv2d.InputNames, conv2d.OutputNames)
{
this.StrideX = conv2d.StrideX;
this.StrideY = conv2d.StrideY;
this.PadX = conv2d.PadX;
this.PadY = conv2d.PadY;
this.Weight = conv2d.Weight;
this.Bias = conv2d.Bias;
this.Parameters = conv2d.Parameters;
this.Activation = (ICompressibleActivation <T>)CLConverter.Convert(conv2d.Activation);
this.SetParallel(true);
this.InitFunc(new StreamingContext());
}
public Deconvolution2D(CPU.Deconvolution2D deconv2D) : base(deconv2D.Name, deconv2D.InputNames, deconv2D.OutputNames)
{
this.KernelWidth = deconv2D.KernelWidth;
this.KernelHeight = deconv2D.KernelHeight;
this.PadX = deconv2D.PadX;
this.PadY = deconv2D.PadY;
this.StrideX = deconv2D.StrideX;
this.StrideY = deconv2D.StrideY;
this.NoBias = deconv2D.NoBias;
this.OutputCount = deconv2D.OutputCount;
this.InputCount = deconv2D.InputCount;
this.Weight = deconv2D.Weight;
this.Bias = deconv2D.Bias;
this.Parameters = deconv2D.Parameters;
this.Activation = (ICompressibleActivation)CLConverter.Convert(deconv2D.Activation);
this.SetParallel(true);
}
//Convert
public Convolution2D(CPU.Convolution2D conv2d) : base(conv2d.Name, conv2d.InputNames, conv2d.OutputNames)
{
this.KernelWidth = conv2d.KernelWidth;
this.KernelHeight = conv2d.KernelHeight;
this.StrideX = conv2d.StrideX;
this.StrideY = conv2d.StrideY;
this.PadX = conv2d.PadX;
this.PadY = conv2d.PadY;
this.NoBias = conv2d.NoBias;
this.OutputCount = conv2d.OutputCount;
this.InputCount = conv2d.InputCount;
this.Weight = conv2d.Weight;
this.Bias = conv2d.Bias;
this.Parameters = conv2d.Parameters;
this.Activation = (ICompressibleActivation)CLConverter.Convert(conv2d.Activation);
this.SetParallel(true);
}