inline void doRenderNonInstanced( RenderPass const & pass
, UniformBuffer & ubo
, Scene const & scene
, PickingPass::NodeType type
, MapType & nodes )
{
uint32_t count{ 1u };
for ( auto itPipelines : nodes )
{
pass.updatePipeline( *itPipelines.first );
itPipelines.first->apply();
auto drawIndex = ubo.getUniform< UniformType::eUInt >( DrawIndex );
auto nodeIndex = ubo.getUniform< UniformType::eUInt >( NodeIndex );
drawIndex->setValue( uint8_t( type ) + ( ( count & 0x00FFFFFF ) << 8 ) );
uint32_t index{ 0u };
for ( auto & renderNode : itPipelines.second )
{
nodeIndex->setValue( index++ );
ubo.update();
if ( renderNode.m_data.isInitialised() )
{
doRenderNodeNoPass( renderNode );
}
}
count++;
}
}
inline void doTraverseNodes( RenderPass const & pass
, UniformBuffer & ubo
, MapType & nodes
, PickingPass::NodeType type
, FuncType function )
{
uint32_t count{ 1u };
for ( auto itPipelines : nodes )
{
pass.updatePipeline( *itPipelines.first );
itPipelines.first->apply();
auto drawIndex = ubo.getUniform< UniformType::eUInt >( DrawIndex );
auto nodeIndex = ubo.getUniform< UniformType::eUInt >( NodeIndex );
drawIndex->setValue( uint8_t( type ) + ( ( count & 0x00FFFFFF ) << 8 ) );
uint32_t index{ 0u };
for ( auto itPass : itPipelines.second )
{
for ( auto itSubmeshes : itPass.second )
{
nodeIndex->setValue( index++ );
ubo.update();
function( *itPipelines.first
, *itPass.first
, *itSubmeshes.first
, itSubmeshes.first->getInstantiation()
, itSubmeshes.second );
}
}
count++;
}
}
