public void CmdDispatch(AmtCommandRecording recording, uint index)
{
var stage = recording.Compute;
var item = stage.Grid.Dispatch[index];
stage.Encoder.DispatchThreadgroups(item.GroupSize, item.ThreadsPerGroupSize);
}
private static void DispatchIndirect(AmtCommandRecording recording, uint index)
{
var stage = recording.Compute;
var item = stage.Grid.DispatchIndirect[index];
stage.Encoder.DispatchThreadgroups(item.IndirectBuffer, item.Offset, item.ThreadsPerGroupSize);
}
private static void CmdBindPipeline(AmtCommandRecording recording, uint index)
{
var stage = recording.Compute;
var item = stage.Grid.Pipelines[index];
stage.Encoder.SetComputePipelineState(item.Compute);
}
private static void CmdCopyBufferToImage(AmtCommandRecording recording, uint index)
{
Debug.Assert(recording != null, nameof(recording) + " is null");
var stage = recording.Blit;
Debug.Assert(stage != null, nameof(stage) + " is null");
Debug.Assert(stage.Encoder != null, nameof(stage.Encoder) + " is null");
Debug.Assert(stage.Grid != null, nameof(stage.Grid) + " is null");
AmtBlitCopyBufferToImageRecord item = stage.Grid.CopyBufferToImages[index];
Debug.Assert(item.Regions != null, nameof(item.Regions) + " is null");
foreach (var region in item.Regions)
{
nuint slice = region.BaseArrayLayer;
for (var i = 0; i < region.ImageLayerCount; ++i)
{
stage.Encoder.CopyFromBuffer(
item.Buffer,
region.BufferOffset,
region.BufferBytesPerRow,
region.BufferImageAllocationSize,
region.ImageSize,
item.Image,
slice,
region.ImageMipLevel,
region.ImageOffset);
++slice;
}
}
}
private static void CmdCopyImage(AmtCommandRecording recording, uint index)
{
Debug.Assert(recording != null, nameof(recording) + " is null");
var stage = recording.Blit;
Debug.Assert(stage != null, nameof(stage) + " is null");
Debug.Assert(stage.Encoder != null, nameof(stage.Encoder) + " is null");
Debug.Assert(stage.Grid != null, nameof(stage.Grid) + " is null");
AmtBlitCopyImageRecord item = stage.Grid.CopyImages[index];
Debug.Assert(item.Regions != null, nameof(item.Regions) + " is null");
foreach (var region in item.Regions)
{
nuint srcSlice = region.SourceSlice;
nuint dstSlice = region.DestinationSlice;
for (var i = 0; i < region.SourceLayerCount; ++i)
{
stage.Encoder.CopyFromTexture(
item.Source,
srcSlice,
region.SourceMipLevel,
region.SourceOrigin,
region.SourceSize,
item.Destination,
dstSlice,
region.DestinationMipLevel,
region.DestinationOrigin
);
++srcSlice;
}
srcSlice = region.SourceSlice;
for (var i = 0; i < region.DestinationLayerCount; ++i)
{
stage.Encoder.CopyFromTexture(
item.Source,
srcSlice,
region.SourceMipLevel,
region.SourceOrigin,
region.SourceSize,
item.Destination,
dstSlice,
region.DestinationMipLevel,
region.DestinationOrigin
);
++dstSlice;
}
}
}
private static void CmdCopyBuffer(AmtCommandRecording recording, uint index)
{
Debug.Assert(recording != null, nameof(recording) + " is null");
var stage = recording.Blit;
Debug.Assert(stage != null, nameof(stage) + " is null");
Debug.Assert(stage.Encoder != null, nameof(stage.Encoder) + " is null");
Debug.Assert(stage.Grid != null, nameof(stage.Grid) + " is null");
AmtBlitCopyBufferRecord item = stage.Grid.CopyBuffers[index];
Debug.Assert(item.Regions != null, nameof(item.Regions) + " is null");
foreach (var region in item.Regions)
{
stage.Encoder.CopyFromBuffer(item.Src, region.SourceOffset, item.Dst, region.DestinationOffset, region.Size);
}
}
public void Render(AmtQueueSubmission request)
{
foreach (var buffer in request.CommandBuffers)
{
if (buffer.IsQueueReady)
{
// GENERATE METAL BUFFER
var cb = mCommandQueue.CommandBuffer();
cb.Label = "MyCommand";
AmtCommandRecording recording = GenerateRecording(cb, buffer);
foreach (var context in buffer.Record.Contexts)
{
if (context.Category == AmtEncoderCategory.Compute)
{
recording.Compute.Encoder = cb.ComputeCommandEncoder;
}
else if (context.Category == AmtEncoderCategory.Blit)
{
recording.Blit.Encoder = cb.BlitCommandEncoder;
}
for (var i = context.First; i <= context.Last; ++i)
{
buffer.Record.Instructions[i].Perform(recording);
}
if (context.Category == AmtEncoderCategory.Compute)
{
recording.Compute.Encoder.EndEncoding();
recording.Compute.Encoder = null;
}
else if (context.Category == AmtEncoderCategory.Blit)
{
recording.Blit.Encoder.EndEncoding();
recording.Blit.Encoder = null;
}
}
TriggerSemaphores(request.Signals, cb);
SignalFenceWhenCompleted(request.OrderFence, cb);
cb.Commit();
}
}
}
public void Perform(AmtCommandRecording recording)
{
Operation(recording, Index);
}
