eve::graphics::RenderSystem3D类 参考

#include <RenderSystem3D.h>

Public 类型
using	GBufferExtraDrawer = std::function< void(Graphics &gfx, const Camera3D::Data &cam, const glm::mat4 &viewProj, float aspect)>
	Register a callback that fills the G-buffer (depth/normal/albedo) for geometry outside the Renderable3D ECS (e.g. sprite-stack slices). Called inside the GBuffer pass after opaque meshes, before endGBufferPass. The camera data and view-projection match the pass camera.
using	ShadowExtraDrawer = std::function< void(Graphics &gfx, const glm::mat4 &lightVP, const Camera3D::Data &cam)>
	Register a callback that casts shadows for geometry outside the Renderable3D ECS (e.g. sprite-stack slices). Invoked inside each CSM cascade pass with that cascade's light-view-projection; call gfx.drawMeshShadowAlpha(...) / drawMeshShadow(...) there. When no Light3D casts shadows but drawers are registered, the legacy directional light is used as the shadow source.

静态 Public 成员函数
static void	render (Graphics &gfx)
static void	renderToCanvas (Graphics &gfx, Canvas *target, Camera3D *camera)
static void	addGBufferExtraDrawer (GBufferExtraDrawer drawer)
static void	addShadowExtraDrawer (ShadowExtraDrawer drawer)
static void	setDirectionalLight (float dx, float dy, float dz, float r, float g, float b)
	Legacy single directional light used when no enabled Light3D exists.

详细描述

在文件 RenderSystem3D.h 第 245 行定义.

成员类型定义说明

GBufferExtraDrawer

using eve::graphics::RenderSystem3D::GBufferExtraDrawer = std::function<void(Graphics &gfx, const Camera3D::Data &cam, const glm::mat4 &viewProj, float aspect)>

Register a callback that fills the G-buffer (depth/normal/albedo) for geometry outside the Renderable3D ECS (e.g. sprite-stack slices). Called inside the GBuffer pass after opaque meshes, before endGBufferPass. The camera data and view-projection match the pass camera.

在文件 RenderSystem3D.h 第 262 行定义.

ShadowExtraDrawer

using eve::graphics::RenderSystem3D::ShadowExtraDrawer = std::function<void(Graphics &gfx, const glm::mat4 &lightVP, const Camera3D::Data &cam)>

Register a callback that casts shadows for geometry outside the Renderable3D ECS (e.g. sprite-stack slices). Invoked inside each CSM cascade pass with that cascade's light-view-projection; call gfx.drawMeshShadowAlpha(...) / drawMeshShadow(...) there. When no Light3D casts shadows but drawers are registered, the legacy directional light is used as the shadow source.

在文件 RenderSystem3D.h 第 275 行定义.

成员函数说明

addGBufferExtraDrawer()

void eve::graphics::RenderSystem3D::addGBufferExtraDrawer ( GBufferExtraDrawer  drawer )

static

在文件 RenderSystem3D.cpp 第 405 行定义.

addShadowExtraDrawer()

void eve::graphics::RenderSystem3D::addShadowExtraDrawer ( ShadowExtraDrawer  drawer )

static

在文件 RenderSystem3D.cpp 第 410 行定义.

render()

void eve::graphics::RenderSystem3D::render ( Graphics &  gfx )

static

在文件 RenderSystem3D.cpp 第 544 行定义.

引用了 a, eve::graphics::ShadowUpload::active, albedo, eve::graphics::Outline::apply(), eve::graphics::AmbientOcclusion::applyFromGBuffer(), b, eve::graphics::Graphics::begin3DFrame(), eve::graphics::Graphics::beginGBufferPass(), eve::graphics::Graphics::beginShadowPass(), eve::graphics::Material::bind(), eve::graphics::Mesh::boundsCx, eve::graphics::Mesh::boundsCy, eve::graphics::Mesh::boundsCz, eve::graphics::Mesh::boundsRadius, eve::graphics::buildDirectionalCSM(), c, camIdx, eve::graphics::GBuffer::clear(), clustered, eve::graphics::Lighting3DPack::count, d, data, depth, dir, distSq, eve::graphics::Graphics::drawMeshGBuffer(), eve::graphics::Graphics::drawMeshShader(), eve::graphics::Graphics::drawMeshShadow(), eve::graphics::Light3D::Data::dx, eve::graphics::Light3D::Data::dy, eve::graphics::Light3D::Data::dz, eve::graphics::Material::effectiveShader(), eve::graphics::Graphics::endGBufferPass(), eve::graphics::Graphics::endShadowPass(), eve::graphics::RenderControl::ensureCompiled(), fovRad, eve::graphics::Material::getAlbedoTexture(), eve::graphics::Material::getCastShadow(), eve::graphics::RenderControl::getGBuffer(), eve::graphics::Graphics::getHeight(), eve::graphics::GBuffer::getHwDepthTexture(), eve::graphics::GBuffer::getNormalTexture(), eve::graphics::Graphics::getPixelHeight(), eve::graphics::Graphics::getPixelWidth(), eve::graphics::Material::getReceiveLight(), eve::graphics::Graphics::getRenderControl(), eve::graphics::Material::getTintA(), eve::graphics::Material::getTintB(), eve::graphics::Material::getTintG(), eve::graphics::Material::getTintR(), eve::graphics::Graphics::getWidth(), eve::graphics::Graphics::had3DThisFrame(), eve::graphics::Mesh::hasBounds(), eve::graphics::RenderControl::hasPass(), eve::graphics::RenderControl::isEnabled(), eve::graphics::Material::isTransparentHair(), eve::graphics::GBuffer::isValid(), eve::graphics::ShadowConfig::kCascades, eve::graphics::ClusteredLightConfig::kMaxLights, eve::graphics::Lighting3DPack::kMaxLights, model, mr, p, eve::graphics::Graphics::pipelineAmbientOcclusion(), eve::graphics::Graphics::pipelineOutline(), eve::graphics::Light3DGpu::posRadius, eve::debug::rtBind(), eve::debug::rtDraw(), eve::debug::rtPassBegin(), eve::debug::rtPassEnd(), eve::graphics::Outline::setClip(), eve::graphics::AmbientOcclusion::setIntensity(), eve::graphics::Graphics::setMesh3DCameraPos(), eve::graphics::Graphics::setMesh3DClip(), eve::graphics::Graphics::setMesh3DClusteredActive(), eve::graphics::Graphics::setMesh3DClusteredLighting(), eve::graphics::Graphics::setMesh3DEnv(), eve::graphics::Graphics::setMesh3DHeightTexture(), eve::graphics::Graphics::setMesh3DLighting(), eve::graphics::Graphics::setMesh3DMaterial(), eve::graphics::Graphics::setMesh3DNormalTexture(), eve::graphics::Graphics::setMesh3DParallax(), eve::graphics::Graphics::setMesh3DSceneDepth(), eve::graphics::Graphics::setMesh3DShadowReceive(), eve::graphics::Graphics::setMesh3DShadows(), eve::graphics::Graphics::setMesh3DTexCellBomb(), eve::graphics::Graphics::setMesh3DView(), eve::graphics::Graphics::setMesh3DViewProj(), eve::graphics::AmbientOcclusion::setPower(), eve::graphics::AmbientOcclusion::setQuality(), eve::graphics::AmbientOcclusion::setRadius(), shader, eve::graphics::Light3D::Data::shadowBias, eve::graphics::Light3D::Data::shadowStrength, eve::graphics::Graphics::supportsGBufferPost(), tb, tg, tr , 以及 view.

被这些函数引用 eve::graphics::Graphics::render3D().

renderToCanvas()

void eve::graphics::RenderSystem3D::renderToCanvas ( Graphics &  gfx, Canvas *  target, Camera3D *  camera  )

static

Preview-quality 3D pass into an offscreen canvas (editor viewport): forward-only (no shadow / G-buffer / AO), legacy per-entity material path, using camera. The canvas texture then holds the rendered scene.

在文件 RenderSystem3D.cpp 第 920 行定义.

引用了 eve::graphics::ClusteredLightingUpload::active, eve::graphics::ShadowUpload::active, albedo, eve::graphics::Graphics::begin3DFrameToCanvas(), eve::graphics::Graphics::drawMeshShader(), eve::graphics::Graphics::end3DFrameToCanvas(), eye, fovRad, eve::graphics::Canvas::getHeight(), eve::graphics::Canvas::getWidth(), eve::graphics::ClusteredLightConfig::kMaxLights, model, mr, eve::graphics::perspectiveVulkanRH_ZO(), eve::debug::rtDraw(), eve::graphics::Graphics::setMesh3DCameraPos(), eve::graphics::Graphics::setMesh3DClip(), eve::graphics::Graphics::setMesh3DClusteredLighting(), eve::graphics::Graphics::setMesh3DEnv(), eve::graphics::Graphics::setMesh3DHeightTexture(), eve::graphics::Graphics::setMesh3DLighting(), eve::graphics::Graphics::setMesh3DMaterial(), eve::graphics::Graphics::setMesh3DNormalTexture(), eve::graphics::Graphics::setMesh3DParallax(), eve::graphics::Graphics::setMesh3DShadowReceive(), eve::graphics::Graphics::setMesh3DShadows(), eve::graphics::Graphics::setMesh3DTexCellBomb(), eve::graphics::Graphics::setMesh3DView(), eve::graphics::Graphics::setMesh3DViewProj(), shader , 以及 view.

被这些函数引用 eve::graphics::Graphics::renderScene3DToCanvas().

setDirectionalLight()

void eve::graphics::RenderSystem3D::setDirectionalLight ( float  dx, float  dy, float  dz, float  r, float  g, float  b  )

static

Legacy single directional light used when no enabled Light3D exists.

在文件 RenderSystem3D.cpp 第 398 行定义.

引用了 b , 以及 d.

被这些函数引用 eve::graphics::Graphics::setDirectionalLight().

---

该类的文档由以下文件生成:

• src/modules/graphics/RenderSystem3D.h
• src/modules/graphics/RenderSystem3D.cpp