unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->Axis = Axis;
@ref->Epsilon = Epsilon;
@ref->P = P;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->IndicesTensor = IndicesTensor.__MarshalAlloc();
@ref->UpdatesTensor = UpdatesTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->Axis = Axis;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->AxisCount = Axes.Length;
@ref->Axes = new(UnsafeUtilities.AllocWithData(Axes));
@ref->AxisDirection = AxisDirection;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->ScaleBias = (ScaleBias != null) ? new(UnsafeUtilities.AllocWithData(ScaleBias.Value)) : IntPtr.Zero;
@ref->Minimum = Minimum;
@ref->Maximum = Maximum;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->InterpolationMode = InterpolationMode;
@ref->ScaleCount = Scales.Length;
@ref->Scales = new(UnsafeUtilities.AllocWithData(Scales));
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->RoiTensor = RoiTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->SpatialScale = SpatialScale;
@ref->PooledSize = PooledSize;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->Axis = Axis;
@ref->AxisDirection = AxisDirection;
@ref->HasExclusiveProduct = HasExclusiveProduct;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->Scale = Scale;
@ref->ChannelCount = Bias.Length;
@ref->Bias = new(UnsafeUtilities.AllocWithData(Bias));
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->IndicesTensor = IndicesTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->InputDimensionCount = InputDimensionCount;
@ref->IndicesDimensionCount = IndicesDimensionCount;
@ref->BatchDimensionCount = BatchDimensionCount;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->CrossChannel = CrossChannel;
@ref->LocalSize = LocalSize;
@ref->Alpha = Alpha;
@ref->Beta = Beta;
@ref->Bias = Bias;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->ScaleTensor = (ScaleTensor != null) ? ScaleTensor.Value.__MarshalAlloc() : IntPtr.Zero;
@ref->BiasTensor = (BiasTensor != null) ? BiasTensor.Value.__MarshalAlloc() : IntPtr.Zero;
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->CrossChannel = CrossChannel;
@ref->NormalizeVariance = NormalizeVariance;
@ref->Epsilon = Epsilon;
@ref->FusedActivation = (FusedActivation != null) ? FusedActivation.Value.__MarshalAlloc() : IntPtr.Zero;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->ATensor = ATensor.__MarshalAlloc();
@ref->BTensor = BTensor.__MarshalAlloc();
@ref->CTensor = (CTensor != null) ? CTensor.Value.__MarshalAlloc() : IntPtr.Zero;
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->TransformA = TransformA;
@ref->TransformB = TransformB;
@ref->Alpha = Alpha;
@ref->Beta = Beta;
@ref->FusedActivation = (FusedActivation != null) ? FusedActivation.Value.__MarshalAlloc() : IntPtr.Zero;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->MeanTensor = MeanTensor.__MarshalAlloc();
@ref->VarianceTensor = VarianceTensor.__MarshalAlloc();
@ref->ScaleTensor = ScaleTensor.__MarshalAlloc();
@ref->BiasTensor = BiasTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->Spatial = Spatial;
@ref->Epsilon = Epsilon;
@ref->FusedActivation = (FusedActivation != null) ? FusedActivation.Value.__MarshalAlloc() : IntPtr.Zero;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->RoiTensor = RoiTensor.__MarshalAlloc();
@ref->BatchIndicesTensor = BatchIndicesTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->ReductionFunction = ReductionFunction;
@ref->InterpolationMode = InterpolationMode;
@ref->SpatialScaleX = SpatialScaleX;
@ref->SpatialScaleY = SpatialScaleY;
@ref->OutOfBoundsInputValue = OutOfBoundsInputValue;
@ref->MinimumSamplesPerOutput = MinimumSamplesPerOutput;
@ref->MaximumSamplesPerOutput = MaximumSamplesPerOutput;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->FilterTensor = FilterTensor.__MarshalAlloc();
@ref->BiasTensor = (BiasTensor != null) ? BiasTensor.Value.__MarshalAlloc() : IntPtr.Zero;
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->Mode = Mode;
@ref->Direction = Direction;
var dimensionCount = Strides.Length;
if (Dilations.Length != dimensionCount)
{
throw new IndexOutOfRangeException("Dilations must have the same length as Strides.");
}
if (StartPadding.Length != dimensionCount)
{
throw new IndexOutOfRangeException("StartPadding must have the same length as Strides.");
}
if (EndPadding.Length != dimensionCount)
{
throw new IndexOutOfRangeException("EndPadding must have the same length as Strides.");
}
if (OutputPadding.Length != dimensionCount)
{
throw new IndexOutOfRangeException("OutputPadding must have the same length as Strides.");
}
@ref->DimensionCount = dimensionCount;
@ref->Strides = new(UnsafeUtilities.AllocWithData(Strides));
@ref->Dilations = new(UnsafeUtilities.AllocWithData(Dilations));
@ref->StartPadding = new(UnsafeUtilities.AllocWithData(StartPadding));
@ref->EndPadding = new(UnsafeUtilities.AllocWithData(EndPadding));
@ref->OutputPadding = new(UnsafeUtilities.AllocWithData(OutputPadding));
@ref->GroupCount = GroupCount;
@ref->FusedActivation = (FusedActivation != null) ? FusedActivation.Value.__MarshalAlloc() : IntPtr.Zero;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->PaddingMode = PaddingMode;
@ref->PaddingValue = PaddingValue;
var dimensionCount = StartPadding.Length;
if (EndPadding.Length != dimensionCount)
{
throw new IndexOutOfRangeException("EndPadding must have the same length as StartPadding.");
}
@ref->DimensionCount = dimensionCount;
@ref->StartPadding = new(UnsafeUtilities.AllocWithData(StartPadding));
@ref->EndPadding = new(UnsafeUtilities.AllocWithData(EndPadding));
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputCount = InputTensors.Length;
@ref->InputTensors = IntPtr.Zero;
if (InputTensors.Length != 0)
{
var inputTensorsPtr = UnsafeUtilities.Alloc <TensorDescription.__Native>(InputTensors.Length);
for (int i = 0; i < InputTensors.Length; i++)
{
InputTensors[i].__MarshalTo(ref inputTensorsPtr[i]);
}
@ref->InputTensors = new(inputTensorsPtr);
}
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->Axis = Axis;
return(new(@ref));
}
unsafe IntPtr IOperatorDescriptionMarshal.__MarshalAlloc()
{
__Native * @ref = UnsafeUtilities.Alloc <__Native>();
@ref->InputTensor = InputTensor.__MarshalAlloc();
@ref->OutputTensor = OutputTensor.__MarshalAlloc();
@ref->OutputIndicesTensor = (OutputIndicesTensor != null) ? OutputIndicesTensor.Value.__MarshalAlloc() : IntPtr.Zero;
var dimensionCount = Strides.Length;
if (WindowSize.Length != dimensionCount)
{
throw new IndexOutOfRangeException("WindowSize must have the same length as Strides.");
}
if (StartPadding.Length != dimensionCount)
{
throw new IndexOutOfRangeException("StartPadding must have the same length as Strides.");
}
if (EndPadding.Length != dimensionCount)
{
throw new IndexOutOfRangeException("EndPadding must have the same length as Strides.");
}
if (Dilations.Length != dimensionCount)
{
throw new IndexOutOfRangeException("Dilations must have the same length as Strides.");
}
@ref->DimensionCount = dimensionCount;
@ref->Strides = new(UnsafeUtilities.AllocWithData(Strides));
@ref->WindowSize = new(UnsafeUtilities.AllocWithData(WindowSize));
@ref->StartPadding = new(UnsafeUtilities.AllocWithData(StartPadding));
@ref->EndPadding = new(UnsafeUtilities.AllocWithData(EndPadding));
@ref->Dilations = new(UnsafeUtilities.AllocWithData(Dilations));
return(new(@ref));
}