/// <summary>To be documented.</summary>
public readonly unsafe int CreateVideoProcessor(uint NodeMask, VideoProcessOutputStreamDesc *pOutputStreamDesc, uint NumInputStreamDescs, VideoProcessInputStreamDesc *pInputStreamDescs, Guid *riid, void **ppVideoProcessor)
{
var @this = (ID3D12VideoDevice *)Unsafe.AsPointer(ref Unsafe.AsRef(in this));
int ret = default;
ret = ((delegate * unmanaged[Cdecl] < ID3D12VideoDevice *, uint, VideoProcessOutputStreamDesc *, uint, VideoProcessInputStreamDesc *, Guid *, void **, int >)LpVtbl[6])(@this, NodeMask, pOutputStreamDesc, NumInputStreamDescs, pInputStreamDescs, riid, ppVideoProcessor);
return(ret);
}
public FeatureDataVideoProcessorSize1
(
uint?nodeMask = null,
VideoProcessOutputStreamDesc *pOutputStreamDesc = null,
uint?numInputStreamDescs = null,
VideoProcessInputStreamDesc *pInputStreamDescs = null,
int? @protected = null,
ulong?memoryPoolL0Size = null,
ulong?memoryPoolL1Size = null
) : this()
{
if (nodeMask is not null)
{
NodeMask = nodeMask.Value;
}
if (pOutputStreamDesc is not null)
{
POutputStreamDesc = pOutputStreamDesc;
}
if (numInputStreamDescs is not null)
{
NumInputStreamDescs = numInputStreamDescs.Value;
}
if (pInputStreamDescs is not null)
{
PInputStreamDescs = pInputStreamDescs;
}
if (@protected is not null)
{
Protected = @protected.Value;
}
if (memoryPoolL0Size is not null)
{
MemoryPoolL0Size = memoryPoolL0Size.Value;
}
if (memoryPoolL1Size is not null)
{
MemoryPoolL1Size = memoryPoolL1Size.Value;
}
}
