public void RenderAllPases(DeviceContext context, Action <RenderingPass> render)
{
context.Rasterizer.SetViewport(viewport);
//One-sided Opaque pass
standardTarget.SetAsTarget(context);
oneSidedOpaquePassStates.Apply(context);
render(new RenderingPass(RenderingLayer.OneSidedOpaque, OutputMode.Standard));
//One-sided Back-to-Front-Transparency Pass
backToFrontTransparencyAllFacesPassStates.Apply(context);
render(new RenderingPass(RenderingLayer.OneSidedBackToFrontTransparent, OutputMode.Standard));
//One-sided False-Depth Pass
standardTarget.ClearDepth(context);
standardTarget.SetAsDepthOnlyTarget(context);
oneSidedOpaquePassStates.Apply(context);
render(new RenderingPass(RenderingLayer.OneSidedOpaque, OutputMode.FalseDepth));
//Two-sided Opaque Pass
standardTarget.SetAsTarget(context);
twoSidedOpaquePassStates.Apply(context);
render(new RenderingPass(RenderingLayer.TwoSidedOpaque, OutputMode.Standard));
//Two-sided Back-to-Front-Transparency Pass
backToFrontTransparencyBackFacesPassStates.Apply(context);
render(new RenderingPass(RenderingLayer.TwoSidedBackToFrontTransparent, OutputMode.Standard));
backToFrontTransparencyFrontFacesPassStates.Apply(context);
render(new RenderingPass(RenderingLayer.TwoSidedBackToFrontTransparent, OutputMode.Standard));
//Switch to oit-blend target
oitBlendTarget.CopyStandardDepthToBlendDepth(context, standardTarget.DepthResourceView);
oitBlendTarget.SetAsTarget(context);
//Unordered Transparency Blend Pass
unorderedTransparencyPassStates.Apply(context);
render(new RenderingPass(RenderingLayer.UnorderedTransparent, OutputMode.WeightedBlendedOrderIndependent));
//Resolve and composite
standardTarget.SetResolveAsTarget(context);
oitBlendTarget.Composite(context, standardTarget.RenderSourceView, standardTarget.DepthResourceView);
postProcessor.PostProcess(context, standardTarget.ResolveSourceView);
//Render UI
backToFrontTransparencyAllFacesPassStates.Apply(context);
render(new RenderingPass(RenderingLayer.UiElements, OutputMode.Standard));
}
public void Document(_GithubMarkdown_Memo _memo, int _index, _GithubMarkdown_Args _args)
{
_GithubMarkdown_Item block = null;
// AND 1
int _start_i1 = _index;
// STAR 3
int _start_i3 = _index;
var _res3 = Enumerable.Empty <MarkdownElementBase>();
label3:
// CALLORVAR Block
_GithubMarkdown_Item _r4;
_r4 = _MemoCall(_memo, "Block", _index, Block, null);
if (_r4 != null)
{
_index = _r4.NextIndex;
}
// STAR 3
var _r3 = _memo.Results.Pop();
if (_r3 != null)
{
_res3 = _res3.Concat(_r3.Results);
goto label3;
}
else
{
_memo.Results.Push(new _GithubMarkdown_Item(_start_i3, _index, _memo.InputEnumerable, _res3.Where(_NON_NULL), true));
}
// BIND block
block = _memo.Results.Peek();
// AND shortcut
if (_memo.Results.Peek() == null)
{
_memo.Results.Push(null); goto label1;
}
// CALLORVAR EOF
_GithubMarkdown_Item _r5;
_r5 = _MemoCall(_memo, "EOF", _index, EOF, null);
if (_r5 != null)
{
_index = _r5.NextIndex;
}
label1: // AND
var _r1_2 = _memo.Results.Pop();
var _r1_1 = _memo.Results.Pop();
if (_r1_1 != null && _r1_2 != null)
{
_memo.Results.Push(new _GithubMarkdown_Item(_start_i1, _index, _memo.InputEnumerable, _r1_1.Results.Concat(_r1_2.Results).Where(_NON_NULL), true));
}
else
{
_memo.Results.Push(null);
_index = _start_i1;
}
// ACT
var _r0 = _memo.Results.Peek();
if (_r0 != null)
{
_memo.Results.Pop();
_memo.Results.Push(new _GithubMarkdown_Item(_r0.StartIndex, _r0.NextIndex, _memo.InputEnumerable, _Thunk(_IM_Result => { MarkdownDocument root = new MarkdownDocument();
//merge blockquote sequence
MarkdownElementBase[] innerBlocks = block.Results.ToArray <MarkdownElementBase>();
PostProcessor.PostProcess(innerBlocks, root);
return(root); }, _r0), true));
}
}
