void createAndExecuteSyncPass(NodeIds nodeIds,
const RenderParams& renderParams,
PipeFilter& sendHistogramFilter,
Renderer& renderer,
const uint32_t renderStages) const
{
PipeFilterT<HistogramFilter> histogramFilter("HistogramFilter",
_histogramCache,
_dataCache, _dataSource);
histogramFilter.getPromise("Frustum").set(
renderParams.frameInfo.frustum);
histogramFilter.connect("Histogram", sendHistogramFilter, "Histogram");
histogramFilter.getPromise("RelativeViewport")
.set(renderParams.viewport);
histogramFilter.getPromise("DataSourceRange")
.set(renderParams.dataSourceRange);
Pipeline renderPipeline;
Pipeline uploadPipeline;
PipeFilterT<RenderFilter> renderFilter("RenderFilter", _dataSource,
renderer);
setupRenderFilter(renderFilter, renderParams, renderStages);
PipeFilter uploader =
uploadPipeline.add<DataUploadFilter>("DataUploader", _dataCache,
_textureCache, _dataSource,
_texturePool);
uploader.getPromise("VisibleNodes").set(nodeIds);
uploader.getPromise("Params").set(renderParams.vrParams);
uploader.connect("CacheObjects", renderFilter, "CacheObjects");
uploader.connect("CacheObjects", histogramFilter, "CacheObjects");
renderPipeline.schedule(_renderExecutor);
uploadPipeline.schedule(_uploadExecutor);
sendHistogramFilter.schedule(_computeExecutor);
histogramFilter.schedule(_computeExecutor);
renderFilter.execute();
}
void renderAsync( RenderStatistics& statistics,
Renderer& renderer,
const RenderInputs& renderInputs )
{
tuyau::PipeFilter sendHistogramFilter = renderInputs.filters.find( "SendHistogramFilter" )->second;
tuyau::PipeFilter preRenderFilter = renderInputs.filters.find( "PreRenderFilter" )->second;
tuyau::PipeFilter redrawFilter = renderInputs.filters.find( "RedrawFilter" )->second;
tuyau::PipeFilterT< HistogramFilter > histogramFilter( "HistogramFilter",
*histogramCache,
*dataCache,
renderInputs.dataSource );
histogramFilter.getPromise( "Frustum" ).set( renderInputs.frameInfo.frustum );
histogramFilter.connect( "Histogram", sendHistogramFilter, "Histogram" );
histogramFilter.getPromise( "RelativeViewport" ).set( renderInputs.viewport );
histogramFilter.getPromise( "DataSourceRange" ).set( renderInputs.dataSourceRange );
sendHistogramFilter.getPromise( "RelativeViewport" ).set( renderInputs.viewport );
sendHistogramFilter.getPromise( "Id" ).set( renderInputs.frameInfo.frameId );
preRenderFilter.getPromise( "Frustum" ).set( renderInputs.frameInfo.frustum );
tuyau::Pipeline renderPipeline;
tuyau::Pipeline uploadPipeline;
tuyau::PipeFilterT< RenderFilter > renderFilter( "RenderFilter",
renderInputs.dataSource,
renderer );
tuyau::PipeFilter visibleSetGenerator =
renderPipeline.add< VisibleSetGeneratorFilter >(
"VisibleSetGenerator", renderInputs.dataSource );
setupVisibleGeneratorFilter( visibleSetGenerator, renderInputs );
tuyau::PipeFilter renderingSetGenerator =
renderPipeline.add< RenderingSetGeneratorFilter< CudaTextureObject >>(
"RenderingSetGenerator", *cudaCache );
visibleSetGenerator.connect( "VisibleNodes", renderingSetGenerator, "VisibleNodes" );
renderingSetGenerator.connect( "CacheObjects", renderFilter, "CacheObjects" );
renderingSetGenerator.connect( "NodeIds", histogramFilter, "NodeIds" );
renderingSetGenerator.connect( "RenderingDone", redrawFilter, "RenderingDone" );
visibleSetGenerator.connect( "VisibleNodes", preRenderFilter, "VisibleNodes" );
tuyau::PipeFilter renderUploader =
uploadPipeline.add< CudaRenderUploadFilter >( "RenderUploader",
*dataCache,
*cudaCache,
*texturePool,
nUploadThreads,
_uploadExecutor );
renderUploader.getPromise( "RenderInputs" ).set( renderInputs );
visibleSetGenerator.connect( "VisibleNodes", renderUploader, "NodeIds" );
renderFilter.getPromise( "RenderInputs" ).set( renderInputs );
renderFilter.getPromise( "RenderStages" ).set( RENDER_ALL );
redrawFilter.schedule( _renderExecutor );
renderPipeline.schedule( _renderExecutor );
uploadPipeline.schedule( _asyncUploadExecutor );
sendHistogramFilter.schedule( _computeExecutor );
histogramFilter.schedule( _computeExecutor );
preRenderFilter.execute();
renderFilter.execute();
const tuyau::UniqueFutureMap futures( renderingSetGenerator.getPostconditions( ));
statistics = futures.get< RenderStatistics >( "RenderStatistics" );
}
void renderAsync(const RenderParams& renderParams,
PipeFilter& sendHistogramFilter, Renderer& renderer,
NodeAvailability& availability,
PipeFilter& redrawFilter) const
{
PipeFilterT<HistogramFilter> histogramFilter("HistogramFilter",
_histogramCache,
_dataCache, _dataSource);
histogramFilter.getPromise("Frustum").set(
renderParams.frameInfo.frustum);
histogramFilter.connect("Histogram", sendHistogramFilter, "Histogram");
histogramFilter.getPromise("RelativeViewport")
.set(renderParams.viewport);
histogramFilter.getPromise("DataSourceRange")
.set(renderParams.dataSourceRange);
sendHistogramFilter.getPromise("RelativeViewport")
.set(renderParams.viewport);
sendHistogramFilter.getPromise("Id").set(
renderParams.frameInfo.frameId);
Pipeline renderPipeline;
Pipeline uploadPipeline;
PipeFilterT<RenderFilter> renderFilter("RenderFilter", _dataSource,
renderer);
PipeFilter visibleSetGenerator =
renderPipeline.add<VisibleSetGeneratorFilter>("VisibleSetGenerator",
_dataSource);
setupVisibleGeneratorFilter(visibleSetGenerator, renderParams);
PipeFilter renderingSetGenerator =
renderPipeline.add<RenderingSetGeneratorFilter>(
"RenderingSetGenerator", _textureCache);
visibleSetGenerator.connect("VisibleNodes", renderingSetGenerator,
"VisibleNodes");
renderingSetGenerator.connect("CacheObjects", renderFilter,
"CacheObjects");
renderingSetGenerator.connect("CacheObjects", histogramFilter,
"CacheObjects");
renderingSetGenerator.connect("RenderingDone", redrawFilter,
"RenderingDone");
PipeFilter uploader =
uploadPipeline.add<DataUploadFilter>("DataUploader", _dataCache,
_textureCache, _dataSource,
_texturePool);
visibleSetGenerator.connect("VisibleNodes", uploader, "VisibleNodes");
visibleSetGenerator.connect("Params", uploader, "Params");
uploader.connect("CacheObjects", redrawFilter, "CacheObjects");
setupRenderFilter(renderFilter, renderParams, RENDER_ALL);
redrawFilter.schedule(_renderExecutor);
renderPipeline.schedule(_renderExecutor);
uploadPipeline.schedule(_uploadExecutor);
sendHistogramFilter.schedule(_computeExecutor);
histogramFilter.schedule(_computeExecutor);
renderFilter.execute();
const UniqueFutureMap futures(
renderingSetGenerator.getPostconditions());
availability = futures.get<NodeAvailability>("NodeAvailability");
}
void renderSync( RenderStatistics& statistics,
Renderer& renderer,
const RenderInputs& renderInputs )
{
tuyau::PipeFilter sendHistogramFilter = renderInputs.filters.find( "SendHistogramFilter" )->second;
tuyau::PipeFilter preRenderFilter = renderInputs.filters.find( "PreRenderFilter" )->second;
tuyau::PipeFilterT< VisibleSetGeneratorFilter > visibleSetGenerator( "VisibleSetGenerator",
renderInputs.dataSource );
setupVisibleGeneratorFilter( visibleSetGenerator, renderInputs );
visibleSetGenerator.connect( "VisibleNodes", preRenderFilter, "VisibleNodes" );
preRenderFilter.getPromise( "Frustum" ).set( renderInputs.frameInfo.frustum );
visibleSetGenerator.execute();
preRenderFilter.execute();
const tuyau::UniqueFutureMap portFutures( visibleSetGenerator.getPostconditions( ));
NodeIds nodeIdsCopy = portFutures.get< NodeIds >( "VisibleNodes" );
DistanceOperator distanceOp( renderInputs.dataSource, renderInputs.frameInfo.frustum );
std::sort( nodeIdsCopy.begin(), nodeIdsCopy.end(), distanceOp );
const uint32_t maxNodesPerPass =
texturePool->getTextureMem() / texturePool->getSlotMemSize();
const uint32_t numberOfPasses =
std::ceil( (float)nodeIdsCopy.size() / (float)maxNodesPerPass );
std::unique_ptr< boost::progress_display > showProgress;
if( numberOfPasses > 1 )
{
LBINFO << "Multipass rendering. Number of passes: " << numberOfPasses << std::endl;
showProgress.reset( new boost::progress_display( numberOfPasses ));
}
for( uint32_t i = 0; i < numberOfPasses; ++i )
{
uint32_t renderStages = RENDER_FRAME;
if( i == 0 )
renderStages |= RENDER_BEGIN;
if( i == numberOfPasses - 1u )
renderStages |= RENDER_END;
const uint32_t startIndex = i * maxNodesPerPass;
const uint32_t endIndex = ( i + 1 ) * maxNodesPerPass;
const NodeIds nodesPerPass( nodeIdsCopy.begin() + startIndex,
endIndex > nodeIdsCopy.size() ? nodeIdsCopy.end() :
nodeIdsCopy.begin() + endIndex );
createAndExecuteSyncPass( nodesPerPass,
renderInputs,
renderer,
renderStages );
if( numberOfPasses > 1 )
++(*showProgress);
}
tuyau::PipeFilterT< HistogramFilter > histogramFilter( "HistogramFilter",
*histogramCache,
*dataCache,
renderInputs.dataSource );
histogramFilter.getPromise( "NodeIds" ).set( nodeIdsCopy );
sendHistogramFilter.getPromise( "RelativeViewport" ).set( renderInputs.viewport );
sendHistogramFilter.getPromise( "Id" ).set( renderInputs.frameInfo.frameId );
histogramFilter.getPromise( "Frustum" ).set( renderInputs.frameInfo.frustum );
histogramFilter.connect( "Histogram", sendHistogramFilter, "Histogram" );
histogramFilter.getPromise( "RelativeViewport" ).set( renderInputs.viewport );
histogramFilter.getPromise( "DataSourceRange" ).set( renderInputs.dataSourceRange );
histogramFilter.schedule( _computeExecutor );
sendHistogramFilter.schedule( _computeExecutor );
const tuyau::UniqueFutureMap futures( visibleSetGenerator.getPostconditions( ));
statistics.nAvailable = futures.get< NodeIds >( "VisibleNodes" ).size();
statistics.nNotAvailable = 0;
statistics.nRenderAvailable = statistics.nAvailable;
}
