void PRenderer::render(PRenderState *renderState)
{
PASSERT(m_scene->mainCamera() != P_NULL);
// Create a default render pass if none exists
if (m_renderPassArray.isEmpty())
{
PRenderPass *renderPass = PNEW(PRenderPass("default", m_scene));
renderPass->setCamera(m_scene->mainCamera());
renderPass->queue()->addNodes(m_scene->root());
renderPass->target()->setColorClearValue(m_backgroundColor);
PShadowPass *shadowPass = PNEW(PShadowPass("shadow", m_scene));
addRenderPass(shadowPass);
addRenderPass(renderPass);
}
if (m_renderPassArray.isEmpty())
{
PLOG_WARNING("There is no valid render pass existing.");
return ;
}
for (puint32 i = 0; i < m_renderPassArray.size(); ++i)
{
m_renderPassArray[i]->render(renderState);
}
}
void MainCamera00::resetRenderPasses()
{
ComponentCamera::resetRenderPasses();
lfw::s32 passIndex;
passIndex = findRenderPass(lfw::graph::RenderPassID_GBuffer);
RenderPassTerrain* renderPassTerrain = LNEW debug::RenderPassTerrain;
renderPassTerrain->set(debug::RenderPassTerrain::Type_Land);
reinterpret_cast<lfw::graph::RenderPassGBuffer*>(getRenderPass(passIndex))->addSubPass(renderPassTerrain);
passIndex = findRenderPass(lfw::graph::RenderPassID_Transparent);
renderPass_ = LNEW debug::RenderPassProcedural;
renderPass_->set(debug::RenderPassProcedural::Type_Space);
addRenderPass(passIndex, renderPass_);
}
