Graphics-team's work-in-progress SDL3 GPU renderer. More...

#include <NewRenderer.hpp>

Collaboration diagram for NewRenderer:

Public Member Functions
bool	init (SDL_Window *window)
	Initialise the GPU device, pipelines, and default scene assets.
void	drawFrame (glm::vec3 eye, float yaw, float pitch, float roll)
	Render one frame from the given camera pose.
void	quit ()
	Release all GPU resources and shut down the renderer.
SDL_GPUDevice *	getDevice () const
	Returns the SDL GPU device.
SDL_GPUShaderFormat	getShaderFormat () const
	Shader format selected during init() (SPIR-V on Vulkan, MSL on Metal, DXIL on D3D12).
SDL_GPUTextureFormat	getSwapchainColorFormat () const
	Color format of the active swapchain render pass.
const NewCamera &	getCamera () const
	Current camera (updated every drawFrame call).
int	modelCount () const
	Number of models currently registered in the asset map.
float	getLastAcquireMs () const
	Most-recent SDL_AcquireGPUCommandBuffer cost in milliseconds.
float	getLastRecordMs () const
	Most-recent command-recording cost (between acquire and submit) in ms.
float	getLastSubmitMs () const
	Most-recent SDL_SubmitGPUCommandBuffer cost in milliseconds.
void	setEntityRenderList (std::vector< EntityRenderCmd > &&entityList)
	Set the list of entity render commands for this frame.
void	setPointLights (std::vector< PointLight > pointLights)
	Set dynamic point lights for this frame.
void	setStaticPointLights (std::vector< PointLight > &&pointLights)
void	setWeaponViewmodel (const WeaponViewmodel &vm)
	Set the first-person weapon viewmodel for this frame.
void	setModelEmissive (int32_t modelIdUnsanitized, glm::vec4 emissiveColor)
	Override the emissive colour of every mesh in a registered model.
void	setModelScenePass (int32_t modelIndex, bool drawInScene)
	Toggle whether a model is drawn during the scene pass.
SkinnedRenderer &	skinned ()
	Accessor for the skinned-character subsystem.
const SkinnedRenderer &	skinned () const
int	loadSceneModel (const char *filename, glm::vec3 pos, float scale, bool flipUVs, const std::string &excludeNodesContaining="")
	Load a model from disk and register it in Asset::models_ + create a default scene instance.
void	setHudTexture (SDL_GPUTexture *hudTexture)
	Set the HUD overlay texture to blit after the geometry pass.
void	setParticleSystem (ParticleSystem *ps)
	Register the particle system so the renderer can call its render hooks.
bool	setVSync (bool enabled)
	Enable or disable vertical sync.
void	requestScreenshot (const std::string &path)
	Request a screenshot to be saved to disk after the next frame.
void	updateModelMeshVertices (int modelIndex, int meshIndex, const Vertex *vertices, Uint32 vertexCount)
	Queue a vertex-buffer re-upload for one mesh of a loaded model.
bool	loadHDRSkybox (const std::string &path)
	Load an equirectangular HDR image as the environment skybox + IBL source.
void	scanHDRFiles ()
	Scan the assets HDR directory and populate availableHDRFiles_.
bool	setRig (const std::vector< RigMeshSource > &meshes, int numJoints)
void	setSkinnedFrame (const std::vector< glm::mat4 > &palette, const std::vector< SkinnedInstance > &instances)

Static Public Member Functions
static constexpr SDL_GPUTextureFormat	getHdrFormat ()
	Legacy HDR colour render target format.

Public Attributes
float	renderScale = 1.0f
	Internal-resolution multiplier (0.5 = half-res, 2.0 = SSAA).
float	mainHorizontalFovDegrees = 110.0f
	Main camera horizontal field of view in degrees.
float	scopeZoom = 1.0f
	Per-frame scope zoom multiplier (FOV divisor).
bool	imguiEnabled = true
	Master toggle for the ImGui debug overlay.
RenderToggles	toggles {}
	Per-pass on/off toggles (see RenderToggles in RendererTypes.hpp).
float	roughnessTextureStrength = 1.0f
	Scales sampled roughness texture values before lighting.
float	metallicTextureStrength = 0.5f
	Scales sampled metallic texture values before lighting.
float	ambientColorMultiplier = 1.0f
	Scales the geometry shader ambient colour contribution.
float	lightIntensityMultiplier = 8.0f
	Scales direct geometry light intensity.
float	hdrExposure = 1.0f
	Debug exposure multiplier used by the tonemap pass.
float	hdrWhitePoint = 4.0f
	Debug white point for Extended Reinhard tonemapping.
float	ssaoRadius = 24.0f
	World-space AO sampling radius.
float	ssaoBias = 1.5f
	World-space self-occlusion bias.
float	ssaoPixelRadiusScale = 0.35f
	Converts AO radius to screen-space sample spacing.
float	ssaoDepthThreshold = 0.01f
	Max depth-buffer delta accepted for contact AO samples.
float	ssaoNormalDiffMin = 0.12f
	Normal-difference start for crease/contact weighting.
float	ssaoNormalDiffMax = 0.55f
	Normal-difference full weight for crease/contact weighting.
float	ssaoHemisphereMin = 0.05f
	Minimum normal-facing direction for AO samples.
float	ssaoContactWeight = 1.0f
	Tight contact AO band weight.
float	ssaoMediumRadius = 48.0f
	Medium-radius crease/corner AO band.
float	ssaoMediumWeight = 0.25f
	Medium AO band weight.
float	ssaoIntensity = 1.0f
	Raw AO occlusion multiplier.
float	ssaoMinAo = 0.45f
	Darkest raw AO value.
float	ssaoMaxAo = 1.0f
	Brightest raw AO value.
bool	ssaoBlurEnabled = true
	Use the depth/normal-aware AO blur.
float	ssaoBlurRadius = 1.0f
	Multiplier for the fixed 5x5 AO blur offsets.
float	ssaoBlurDepthThreshold = 0.3f
	Blur world-distance rejection as a fraction of AO radius.
float	ssaoBlurNormalThreshold = 0.6f
	Minimum normal dot for AO blur samples.
float	ssaoBlurStrength = 1.0f
	Blend amount from raw AO to blurred AO.
float	ssaoCompositeStrength = 1.0f
	AO application strength before tonemapping.
float	ssaoCompositePower = 2.0f
	AO exponent before composition.
int	ssaoDebugView = 0
	0 final scene, 1 raw AO.
std::vector< std::string >	availableHDRFiles
	Filled by scanHDRFiles(); consumed by debug UI.
std::string	currentHDRName = "(procedural)"
	Display name of the currently-loaded HDR.
bool	useHDRSkybox = false
	True after a successful loadHDRSkybox().

Private Member Functions
bool	createGeometryPipeline ()
bool	createGeometryLightMapPipeline ()
bool	createEntityChamsPipeline ()
	Create the flat static-entity chams pipeline used for occluded powerup silhouettes.
SDL_GPUGraphicsPipeline *	createDepthPipeline (const SDL_GPURasterizerState &rasterizer_state) const
bool	createDepthRes0Pipeline (bool reverseZ)
bool	createDepthRes1Pipeline (bool reverseZ)
bool	createDepthRes2Pipeline (bool reverseZ)
bool	createHudPipeline ()
bool	createFxaaPipeline ()
bool	createTonemapPipeline ()
bool	createSsaoPipeline ()
bool	createSsaoBlurPipeline ()
bool	createSsaoCompositePipeline ()
bool	ensureDepthTextureSize (Uint32 width, Uint32 height)
bool	ensureSceneTextureSize (Uint32 width, Uint32 height)
void	createMeshBuffers (MeshIdInt meshId) const
void	setMainCamera (glm::vec3 eye, float yaw, float pitch, float roll, Uint32 width, Uint32 height, float fov)
void	drawGeometryDepthPass (SDL_GPUTexture depthTexture, Uint8 res, Uint8 layer, SDL_GPUCommandBuffer cmd, const glm::mat4 &shadowViewProjection, bool staticGeometry, bool entityGeometry, bool skinnedGeometry)
void	drawToShadowMap (SDL_GPUCommandBuffer cmd, SDL_GPUTexture shadowMapTexture, Uint8 res, bool staticGeometry, bool entityGeometry, bool skinnedGeometry, PointLightType lightType, bool cullByCamera=true)
void	onFirstFrame (SDL_GPUCommandBuffer *cmd)
void	bindLightShadowInfo (SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd, bool lightmap)
void	drawStaticLightmapGeometryPass (SDL_GPUTexture sceneColor, SDL_GPUCommandBuffer cmd)
void	drawGeometryPass (SDL_GPUTexture sceneColor, SDL_GPUCommandBuffer cmd)
void	drawGeometryOverlayPass (SDL_GPUTexture sceneColor, SDL_GPUCommandBuffer cmd)
void	drawSsaoPass (SDL_GPUTexture depth, SDL_GPUTexture normal, SDL_GPUTexture ao, SDL_GPUCommandBuffer cmd)
void	drawSsaoBlurPass (SDL_GPUTexture ao, SDL_GPUTexture depth, SDL_GPUTexture normal, SDL_GPUTexture output, SDL_GPUCommandBuffer *cmd)
void	drawSsaoCompositePass (SDL_GPUTexture sceneColor, SDL_GPUTexture rawAo, SDL_GPUTexture blurredAo, SDL_GPUTexture output, SDL_GPUCommandBuffer *cmd)
void	drawUIPass (SDL_GPUTexture swapchain, SDL_GPUCommandBuffer cmd)
void	drawHudPass (SDL_GPUTexture target, SDL_GPUCommandBuffer cmd)
void	drawFxaaPass (SDL_GPUTexture sceneColor, SDL_GPUTexture swapchain, SDL_GPUCommandBuffer *cmd)
void	drawTonemapPass (SDL_GPUTexture hdrSceneColor, SDL_GPUTexture ldrColor, SDL_GPUCommandBuffer *cmd)
void	drawParticles (SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd) const
void	drawWeaponPass (SDL_GPUTexture sceneColor, SDL_GPUCommandBuffer cmd)
void	drawWorldModelInstances (SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd, bool depth, const FrustumPlanes &frustumPlanes)
void	drawWeapon (SDL_GPURenderPass geometryPass, SDL_GPUCommandBuffer cmd, const FrustumPlanes &frustumPlanes)
void	drawSkinnedModels (SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd)
void	drawEntityChams (SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd, const FrustumPlanes &frustumPlanes)
void	drawModel (ModelIdInt modelId, const glm::mat4 &modelTransform, SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd, const FrustumPlanes &frustumPlanes, glm::vec4 tint=glm::vec4{1.0f})
void	drawModelDepth (ModelIdInt modelId, const glm::mat4 &modelTransform, SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd, const FrustumPlanes &frustumPlanes)
void	drawEntityModels (SDL_GPURenderPass renderPass, SDL_GPUCommandBuffer cmd, bool depth, const FrustumPlanes &frustumPlanes)
void	drawMesh (SDL_GPURenderPass *renderPass, const Asset::Mesh &mesh) const
void	drawHud (SDL_GPURenderPass *pass)
bool	loadLightMap ()

Static Private Member Functions
static bool	inFrustum (const Asset::AABB &modelElementAABB, const FrustumPlanes &frustumPlanes, const glm::mat4 &modelMat)

Private Attributes
SDL_Window *	window_ = nullptr
SDL_GPUDevice *	device_ = nullptr
SDL_GPUShaderFormat	shaderFormat_ = SDL_GPU_SHADERFORMAT_INVALID
SDL_GPUGraphicsPipeline *	geometryPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	geometryLightMapPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	entityChamsPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	hudPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	fxaaPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	tonemapPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	ssaoPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	ssaoBlurPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	ssaoCompositePipeline_ = nullptr
SDL_GPUGraphicsPipeline *	skinnedPipeline_ = nullptr
SDL_GPUGraphicsPipeline *	depthRes0Pipeline_ = nullptr
SDL_GPUGraphicsPipeline *	depthRes1Pipeline_ = nullptr
SDL_GPUGraphicsPipeline *	depthRes2Pipeline_ = nullptr
SDL_GPUTextureFormat	colorTarget_ = SDL_GPU_TEXTUREFORMAT_INVALID
SDL_GPUTexture *	sceneColor_ = nullptr
SDL_GPUTexture *	sceneNormal_ = nullptr
SDL_GPUTexture *	ssaoColor_ = nullptr
SDL_GPUTexture *	ssaoBlurred_ = nullptr
SDL_GPUTexture *	sceneWithAo_ = nullptr
SDL_GPUTexture *	tonemappedColor_ = nullptr
SDL_GPUTexture *	lightMap_ = nullptr
SDL_GPUDepthStencilTargetInfo	depthTarget_ {}
Uint32	sceneWidth_ = 0
Uint32	sceneHeight_ = 0
Uint32	ssaoWidth_ = 0
Uint32	ssaoHeight_ = 0
Uint32	depthWidth_ = 0
Uint32	depthHeight_ = 0
SDL_GPUTexture *	texture_ = nullptr
SDL_GPUSampler *	sampler_ = nullptr
SDL_GPUSampler *	nearestSampler_ = nullptr
SDL_GPUTexture *	hudTexture_ = nullptr
SDL_GPUSampler *	hudSampler_ = nullptr
SDL_GPUSampler *	fxaaSampler_ = nullptr
SDL_GPUTexture *	dynamicShadowMaps_ = nullptr
SDL_GPUTexture *	staticShadowMaps_ = nullptr
SDL_GPUSampler *	staticDepthSampler_ = nullptr
SDL_GPUSampler *	dynamicDepthSampler_ = nullptr
SDL_GPUTexture *	movingLightShadowMaps_ = nullptr
glm::vec3	cubeFaceTargets_ [NUM_CUBE_FACES]
glm::vec3	cubeFaceUps_ [NUM_CUBE_FACES]
bool	firstFrame_ = true
LightUBO	sceneLightInfo_
NewCamera	camera_
std::vector< EntityRenderCmd >	entities_
WeaponViewmodel	weapon_ {}
ParticleSystem *	particleSystem_ = nullptr
bool	vsyncEnabled_ = true
std::string	pendingScreenshotPath_
SkinnedRenderer	skinnedRenderer_
float	lastAcquireMs_ = 0.0f
float	lastRecordMs_ = 0.0f
float	lastSubmitMs_ = 0.0f

Static Private Attributes
static const uint32_t	shadowSize = 1024
static const uint32_t	macShadowSize = 512
static const uint32_t	staticShadowSize = 2048

Detailed Description

Graphics-team's work-in-progress SDL3 GPU renderer.

Pass architecture (target — current implementation only covers a subset): Pass 0 — Shadow map (depth-only directional, cascaded) [TODO] Pass 1 — Skybox (procedural / cubemap) [TODO] Pass 2 — Geometry (static models + entity models + weapon) [partial] Pass 3 — Skinned chars (instanced GPU LBS for players) [TODO] Pass 4 — Particles (delegated to ParticleSystem::render) [TODO] Pass 5 — Post (SSAO/bloom/SSR/volumetrics/tonemap) [TODO] Pass 6 — HUD + ImGui [partial]

Shaders: shaders-new/geometry.{vert,frag} + shaders-new/hud.{vert,frag}. Graphics team adds new shaders alongside these as features come online.

Member Function Documentation

◆ bindLightShadowInfo()

void NewRenderer::bindLightShadowInfo	(	SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd,
		bool	lightmap )

private

Here is the caller graph for this function:

◆ createDepthPipeline()

SDL_GPUGraphicsPipeline * NewRenderer::createDepthPipeline ( const SDL_GPURasterizerState & rasterizer_state ) const

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createDepthRes0Pipeline()

bool NewRenderer::createDepthRes0Pipeline ( bool reverseZ )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createDepthRes1Pipeline()

bool NewRenderer::createDepthRes1Pipeline ( bool reverseZ )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createDepthRes2Pipeline()

bool NewRenderer::createDepthRes2Pipeline ( bool reverseZ )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createEntityChamsPipeline()

bool NewRenderer::createEntityChamsPipeline ( )

private

Create the flat static-entity chams pipeline used for occluded powerup silhouettes.

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createFxaaPipeline()

bool NewRenderer::createFxaaPipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createGeometryLightMapPipeline()

bool NewRenderer::createGeometryLightMapPipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createGeometryPipeline()

bool NewRenderer::createGeometryPipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createHudPipeline()

bool NewRenderer::createHudPipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createMeshBuffers()

void NewRenderer::createMeshBuffers ( MeshIdInt meshId ) const

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createSsaoBlurPipeline()

bool NewRenderer::createSsaoBlurPipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createSsaoCompositePipeline()

bool NewRenderer::createSsaoCompositePipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createSsaoPipeline()

bool NewRenderer::createSsaoPipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ createTonemapPipeline()

bool NewRenderer::createTonemapPipeline ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawEntityChams()

void NewRenderer::drawEntityChams	(	SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd,
		const FrustumPlanes &	frustumPlanes )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawEntityModels()

void NewRenderer::drawEntityModels	(	SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd,
		bool	depth,
		const FrustumPlanes &	frustumPlanes )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawFrame()

void NewRenderer::drawFrame	(	glm::vec3	eye,
		float	yaw,
		float	pitch,
		float	roll )

Render one frame from the given camera pose.

Parameters

eye	Camera world position.
yaw	Horizontal rotation in radians.
pitch	Vertical rotation in radians.
roll	Camera roll in radians (default 0).

Reads all per-frame state previously captured by set*() calls. Game code is expected to call every relevant setter BEFORE calling drawFrame.

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawFxaaPass()

void NewRenderer::drawFxaaPass	(	SDL_GPUTexture *	sceneColor,
		SDL_GPUTexture *	swapchain,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawGeometryDepthPass()

void NewRenderer::drawGeometryDepthPass	(	SDL_GPUTexture *	depthTexture,
		Uint8	res,
		Uint8	layer,
		SDL_GPUCommandBuffer *	cmd,
		const glm::mat4 &	shadowViewProjection,
		bool	staticGeometry,
		bool	entityGeometry,
		bool	skinnedGeometry )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawGeometryOverlayPass()

void NewRenderer::drawGeometryOverlayPass	(	SDL_GPUTexture *	sceneColor,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawGeometryPass()

void NewRenderer::drawGeometryPass	(	SDL_GPUTexture *	sceneColor,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawHud()

void NewRenderer::drawHud ( SDL_GPURenderPass * pass )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawHudPass()

void NewRenderer::drawHudPass	(	SDL_GPUTexture *	target,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawMesh()

void NewRenderer::drawMesh	(	SDL_GPURenderPass *	renderPass,
		const Asset::Mesh &	mesh ) const

private

Here is the caller graph for this function:

◆ drawModel()

void NewRenderer::drawModel	(	ModelIdInt	modelId,
		const glm::mat4 &	modelTransform,
		SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd,
		const FrustumPlanes &	frustumPlanes,
		glm::vec4	tint = glm::vec4{1.0f} )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawModelDepth()

void NewRenderer::drawModelDepth	(	ModelIdInt	modelId,
		const glm::mat4 &	modelTransform,
		SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd,
		const FrustumPlanes &	frustumPlanes )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawParticles()

void NewRenderer::drawParticles	(	SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd ) const

private

Here is the caller graph for this function:

◆ drawSkinnedModels()

void NewRenderer::drawSkinnedModels	(	SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the caller graph for this function:

◆ drawSsaoBlurPass()

void NewRenderer::drawSsaoBlurPass	(	SDL_GPUTexture *	ao,
		SDL_GPUTexture *	depth,
		SDL_GPUTexture *	normal,
		SDL_GPUTexture *	output,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawSsaoCompositePass()

void NewRenderer::drawSsaoCompositePass	(	SDL_GPUTexture *	sceneColor,
		SDL_GPUTexture *	rawAo,
		SDL_GPUTexture *	blurredAo,
		SDL_GPUTexture *	output,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawSsaoPass()

void NewRenderer::drawSsaoPass	(	SDL_GPUTexture *	depth,
		SDL_GPUTexture *	normal,
		SDL_GPUTexture *	ao,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawStaticLightmapGeometryPass()

void NewRenderer::drawStaticLightmapGeometryPass	(	SDL_GPUTexture *	sceneColor,
		SDL_GPUCommandBuffer *	cmd )

private

◆ drawTonemapPass()

void NewRenderer::drawTonemapPass	(	SDL_GPUTexture *	hdrSceneColor,
		SDL_GPUTexture *	ldrColor,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawToShadowMap()

void NewRenderer::drawToShadowMap	(	SDL_GPUCommandBuffer *	cmd,
		SDL_GPUTexture *	shadowMapTexture,
		Uint8	res,
		bool	staticGeometry,
		bool	entityGeometry,
		bool	skinnedGeometry,
		PointLightType	lightType,
		bool	cullByCamera = true )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawUIPass()

void NewRenderer::drawUIPass	(	SDL_GPUTexture *	swapchain,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawWeapon()

void NewRenderer::drawWeapon	(	SDL_GPURenderPass *	geometryPass,
		SDL_GPUCommandBuffer *	cmd,
		const FrustumPlanes &	frustumPlanes )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawWeaponPass()

void NewRenderer::drawWeaponPass	(	SDL_GPUTexture *	sceneColor,
		SDL_GPUCommandBuffer *	cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ drawWorldModelInstances()

void NewRenderer::drawWorldModelInstances	(	SDL_GPURenderPass *	renderPass,
		SDL_GPUCommandBuffer *	cmd,
		bool	depth,
		const FrustumPlanes &	frustumPlanes )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ensureDepthTextureSize()

bool NewRenderer::ensureDepthTextureSize	(	Uint32	width,
		Uint32	height )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ ensureSceneTextureSize()

bool NewRenderer::ensureSceneTextureSize	(	Uint32	width,
		Uint32	height )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ getCamera()

const NewCamera & NewRenderer::getCamera ( ) const

inlinenodiscard

Current camera (updated every drawFrame call).

Game code reads this for projection-dependent operations: picking, reticle world-ray, frustum culling, etc. Caller must not mutate.

◆ getDevice()

SDL_GPUDevice * NewRenderer::getDevice ( ) const

inlinenodiscard

Returns the SDL GPU device.

Valid between init() and quit().

Used by sub-renderers (ParticleSystem, HudRenderer) and tests that need to allocate GPU resources on the same device.

Here is the caller graph for this function:

◆ getHdrFormat()

constexpr SDL_GPUTextureFormat NewRenderer::getHdrFormat ( )

inlinestaticnodiscardconstexpr

Legacy HDR colour render target format.

NewRenderer currently draws directly into the swapchain, so sub-renderers registered with it should use getSwapchainColorFormat(). Keep this for code paths that actually render into an HDR intermediate.

Here is the caller graph for this function:

◆ getLastAcquireMs()

float NewRenderer::getLastAcquireMs ( ) const

inlinenodiscard

Most-recent SDL_AcquireGPUCommandBuffer cost in milliseconds.

Captured by drawFrame(). Read by the debug HUD's frame-timing panel.

◆ getLastRecordMs()

float NewRenderer::getLastRecordMs ( ) const

inlinenodiscard

Most-recent command-recording cost (between acquire and submit) in ms.

◆ getLastSubmitMs()

float NewRenderer::getLastSubmitMs ( ) const

inlinenodiscard

Most-recent SDL_SubmitGPUCommandBuffer cost in milliseconds.

◆ getShaderFormat()

SDL_GPUShaderFormat NewRenderer::getShaderFormat ( ) const

inlinenodiscard

Shader format selected during init() (SPIR-V on Vulkan, MSL on Metal, DXIL on D3D12).

Sub-renderers consult this to pick the right precompiled shader binary.

◆ getSwapchainColorFormat()

SDL_GPUTextureFormat NewRenderer::getSwapchainColorFormat ( ) const

inlinenodiscard

Color format of the active swapchain render pass.

Sub-renderers that draw inside NewRenderer's main pass must create pipelines with this format so backends such as Metal can validate the pipeline against the render-pass texture.

◆ inFrustum()

bool NewRenderer::inFrustum	(	const Asset::AABB &	modelElementAABB,
		const FrustumPlanes &	frustumPlanes,
		const glm::mat4 &	modelMat )

staticprivate

Here is the call graph for this function:

Here is the caller graph for this function:

◆ init()

bool NewRenderer::init ( SDL_Window * window )

Initialise the GPU device, pipelines, and default scene assets.

Parameters

window SDL window to render into.

Returns: True on success.

Here is the call graph for this function:

◆ loadHDRSkybox()

bool NewRenderer::loadHDRSkybox ( const std::string & path )

Load an equirectangular HDR image as the environment skybox + IBL source.

Parameters

path	Absolute or assets-relative path to a .hdr file.

Returns: True on success.

IMPLEMENTATION: load via stb_image (float), upload as a 2D HDR texture, run an equirect→cubemap compute pass, derive the irradiance + prefilter cubemaps for IBL. Currently a no-op stub.

DATA SOURCE: debug UI's HDR picker — user selects from availableHDRFiles_.

◆ loadLightMap()

bool NewRenderer::loadLightMap ( )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ loadSceneModel()

int NewRenderer::loadSceneModel	(	const char *	filename,
		glm::vec3	pos,
		float	scale,
		bool	flipUVs,
		const std::string &	excludeNodesContaining = "" )

Load a model from disk and register it in Asset::models_ + create a default scene instance.

Parameters

filename	Path under the assets dir.
pos	World position of the default scene instance.
scale	Uniform scale of the default scene instance.
flipUVs	True to flip V coordinate on import (glTF vs DCC convention).
excludeNodesContaining	(Unused on main today.) Substring filter to drop collision-only nodes.

Returns: Index into Asset::modelInstances_ (-1 on failure). Game.cpp stashes this and uses it as a handle.

IMPLEMENTATION (real): delegates to AssetLoader::loadModel, then creates an Asset::ModelInstance at pos, then uploads mesh VB/IB. See cpp.

DATA SOURCE: Game.cpp's init phase, once per map asset.

Here is the call graph for this function:

◆ modelCount()

int NewRenderer::modelCount ( ) const

nodiscard

Number of models currently registered in the asset map.

Used by the debug UI to display loaded-model counts. Backed by Asset::models_, which is populated by loadSceneModel().

◆ onFirstFrame()

void NewRenderer::onFirstFrame ( SDL_GPUCommandBuffer * cmd )

private

Here is the call graph for this function:

Here is the caller graph for this function:

◆ quit()

void NewRenderer::quit ( )

Release all GPU resources and shut down the renderer.

◆ requestScreenshot()

void NewRenderer::requestScreenshot ( const std::string & path )

Request a screenshot to be saved to disk after the next frame.

Parameters

path	Output file path (PNG).

IMPLEMENTATION: after drawFrame's submit + present, read back the swapchain texture into a transfer buffer, map it CPU-side, write a PNG via stbi_write_png. Currently a no-op — pendingScreenshotPath_ is captured but not consumed.

DATA SOURCE: debug UI hotkey / console command.

◆ scanHDRFiles()

void NewRenderer::scanHDRFiles ( )

Scan the assets HDR directory and populate availableHDRFiles_.

IMPLEMENTATION: iterate assets/hdr/*.hdr via std::filesystem, fill the vector with the paths. Currently a no-op.

DATA SOURCE: called once at init; debug UI reads availableHDRFiles_ to populate its dropdown.

◆ setEntityRenderList()

void NewRenderer::setEntityRenderList ( std::vector< EntityRenderCmd > && entityList )

Set the list of entity render commands for this frame.

Parameters

entityList One entry per visible static/dynamic entity. Moved-in.

IMPLEMENTATION: Currently captures into entities_ and the existing drawEntityModels() loop draws them with the geometry pipeline. When adding lighting/tinting/material variation this is the call site whose data needs to surface in the shader.

DATA SOURCE: built in Game.cpp's draw-list builder from ECS view <Position, Velocity, Renderable, ...> per frame.

◆ setHudTexture()

void NewRenderer::setHudTexture ( SDL_GPUTexture * hudTexture )

Set the HUD overlay texture to blit after the geometry pass.

Parameters

hudTexture HUD's final colour texture (RGBA8 swap-chain-format). May be null = no HUD.

IMPLEMENTATION (real): captured into hudTexture_; drawHud() samples it in the UI pass. Sampling is linear repeat via hudSampler_.

DATA SOURCE: Hud::getOutputTexture() after Hud::draw() populates it.

◆ setMainCamera()

void NewRenderer::setMainCamera	(	glm::vec3	eye,
		float	yaw,
		float	pitch,
		float	roll,
		Uint32	width,
		Uint32	height,
		float	fov )

private

Here is the caller graph for this function:

◆ setModelEmissive()

void NewRenderer::setModelEmissive	(	int32_t	modelIdUnsanitized,
		glm::vec4	emissiveColor )

Override the emissive colour of every mesh in a registered model.

Parameters

modelIdUnsanitized	Index returned by loadSceneModel/uploadSceneModel.
emissiveColor	RGB = emissive linear colour, A = ignored.

IMPLEMENTATION: store overrides keyed by modelIndex in a map; consult the map when building per-mesh material UBOs inside drawModel(). Currently a no-op.

DATA SOURCE: Game.cpp uses this to pulse beam/cylinder/sphere glow (Game.cpp legacy: renderer.setModelEmissive(glowCylinderModelIdx_, ...)).

◆ setModelScenePass()

void NewRenderer::setModelScenePass	(	int32_t	modelIndex,
		bool	drawInScene )

Toggle whether a model is drawn during the scene pass.

Parameters

modelIndex	Renderer-side handle.
drawInScene	true = draw as static world geometry; false = only via EntityRenderCmd.

IMPLEMENTATION: sets Asset::ModelInstance::drawInScenePass on every instance backed by modelIndex. The scene-pass loop in drawWorldModelInstances already honours this flag.

DATA SOURCE: Game.cpp calls this once per static map asset right after loadSceneModel.

◆ setParticleSystem()

void NewRenderer::setParticleSystem ( ParticleSystem * ps )

Register the particle system so the renderer can call its render hooks.

Parameters

ps	Pointer to ParticleSystem owned by Game. May be null = disable particles.

IMPLEMENTATION: store in particleSystem_. During drawFrame, the renderer should call (in this order, inside the main HDR pass): ps->uploadToGpu(cmd); // BEFORE the render pass begins ps->render(pass, cmd); // INSIDE the HDR render pass Currently a no-op pointer-only stub.

DATA SOURCE: Game.cpp owns the ParticleSystem instance and registers it once after particleSystem.init(...) succeeds.

◆ setPointLights()

void NewRenderer::setPointLights ( std::vector< PointLight > pointLights )

Set dynamic point lights for this frame.

Parameters

pointLights Up to ~6 lights; renderer may cap silently.

IMPLEMENTATION: store in pointLights_, then push as a UBO array to the PBR fragment shader during the geometry pass. Currently a no-op stub — pointLights_ is captured but never read.

DATA SOURCE: built in Game.cpp from ECS each frame (glow-emitting projectiles, muzzle flashes, etc).

◆ setRig()

bool NewRenderer::setRig	(	const std::vector< RigMeshSource > &	meshes,
		int	numJoints )

◆ setSkinnedFrame()

void NewRenderer::setSkinnedFrame	(	const std::vector< glm::mat4 > &	palette,
		const std::vector< SkinnedInstance > &	instances )

◆ setStaticPointLights()

void NewRenderer::setStaticPointLights ( std::vector< PointLight > && pointLights )

Here is the caller graph for this function:

◆ setVSync()

bool NewRenderer::setVSync ( bool enabled )

Enable or disable vertical sync.

Parameters

enabled True = VSync on (capped at refresh rate); false = uncapped.

Returns: True on success.

IMPLEMENTATION: call SDL_SetGPUSwapchainParameters with SDL_GPU_PRESENTMODE_VSYNC vs SDL_GPU_PRESENTMODE_IMMEDIATE (or MAILBOX for adaptive). Currently a no-op — stores vsyncEnabled_ but doesn't apply.

DATA SOURCE: Game.cpp toggles this when entering/leaving menus or via debug UI.

◆ setWeaponViewmodel()

void NewRenderer::setWeaponViewmodel ( const WeaponViewmodel & vm )

Set the first-person weapon viewmodel for this frame.

Parameters

vm	Model handle + viewmodel-space transform + visibility.

IMPLEMENTATION: Captured into weapon_. drawWeapon() reads it and issues a draw call with the existing geometry pipeline. Note: the viewmodel is drawn LAST so it sits on top of the world (no depth fighting with map geometry near the camera).

DATA SOURCE: Game.cpp's runWeaponViewmodel() step, which composes the transform from camera state + recoil/sway curves.

◆ skinned() [1/2]

SkinnedRenderer & NewRenderer::skinned ( )

inlinenodiscard

Accessor for the skinned-character subsystem.

Use to register the shared rig once at startup, and to push the per- frame palette + instance arrays each frame. See SkinnedRenderer.hpp for the full API + data-flow notes.

◆ skinned() [2/2]

const SkinnedRenderer & NewRenderer::skinned ( ) const

inlinenodiscard

◆ updateModelMeshVertices()

void NewRenderer::updateModelMeshVertices	(	int	modelIndex,
		int	meshIndex,
		const Vertex *	vertices,
		Uint32	vertexCount )

Queue a vertex-buffer re-upload for one mesh of a loaded model.

Parameters

modelIndex	Renderer-side model handle.
meshIndex	Mesh index within that model.
vertices	New vertex data (caller retains ownership — copy if needed).
vertexCount	Number of vertices in vertices.

IMPLEMENTATION: legacy used this for CPU-skinning entity meshes (now superseded by setSkinnedFrame). May not need to come back; leave as a no-op stub for API parity. If a use-case re-emerges, do the copy inside the next drawFrame's copy pass.

DATA SOURCE: legacy CPU LBS path (now defunct). No current call site.

Member Data Documentation

◆ ambientColorMultiplier

float NewRenderer::ambientColorMultiplier = 1.0f

Scales the geometry shader ambient colour contribution.

◆ availableHDRFiles

std::vector<std::string> NewRenderer::availableHDRFiles

Filled by scanHDRFiles(); consumed by debug UI.

◆ camera_

NewCamera NewRenderer::camera_

private

◆ colorTarget_

SDL_GPUTextureFormat NewRenderer::colorTarget_ = SDL_GPU_TEXTUREFORMAT_INVALID

private

◆ cubeFaceTargets_

glm::vec3 NewRenderer::cubeFaceTargets_[NUM_CUBE_FACES]

private

◆ cubeFaceUps_

glm::vec3 NewRenderer::cubeFaceUps_[NUM_CUBE_FACES]

private

◆ currentHDRName

std::string NewRenderer::currentHDRName = "(procedural)"

Display name of the currently-loaded HDR.

◆ depthHeight_

Uint32 NewRenderer::depthHeight_ = 0

private

◆ depthRes0Pipeline_

SDL_GPUGraphicsPipeline* NewRenderer::depthRes0Pipeline_ = nullptr

private

◆ depthRes1Pipeline_

SDL_GPUGraphicsPipeline* NewRenderer::depthRes1Pipeline_ = nullptr

private

◆ depthRes2Pipeline_

SDL_GPUGraphicsPipeline* NewRenderer::depthRes2Pipeline_ = nullptr

private

◆ depthTarget_

SDL_GPUDepthStencilTargetInfo NewRenderer::depthTarget_ {}

private

◆ depthWidth_

Uint32 NewRenderer::depthWidth_ = 0

private

◆ device_

SDL_GPUDevice* NewRenderer::device_ = nullptr

private

◆ dynamicDepthSampler_

SDL_GPUSampler* NewRenderer::dynamicDepthSampler_ = nullptr

private

◆ dynamicShadowMaps_

SDL_GPUTexture* NewRenderer::dynamicShadowMaps_ = nullptr

private

◆ entities_

std::vector<EntityRenderCmd> NewRenderer::entities_

private

◆ entityChamsPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::entityChamsPipeline_ = nullptr

private

◆ firstFrame_

bool NewRenderer::firstFrame_ = true

private

◆ fxaaPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::fxaaPipeline_ = nullptr

private

◆ fxaaSampler_

SDL_GPUSampler* NewRenderer::fxaaSampler_ = nullptr

private

◆ geometryLightMapPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::geometryLightMapPipeline_ = nullptr

private

◆ geometryPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::geometryPipeline_ = nullptr

private

◆ hdrExposure

float NewRenderer::hdrExposure = 1.0f

Debug exposure multiplier used by the tonemap pass.

◆ hdrWhitePoint

float NewRenderer::hdrWhitePoint = 4.0f

Debug white point for Extended Reinhard tonemapping.

◆ hudPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::hudPipeline_ = nullptr

private

◆ hudSampler_

SDL_GPUSampler* NewRenderer::hudSampler_ = nullptr

private

◆ hudTexture_

SDL_GPUTexture* NewRenderer::hudTexture_ = nullptr

private

◆ imguiEnabled

bool NewRenderer::imguiEnabled = true

Master toggle for the ImGui debug overlay.

◆ lastAcquireMs_

float NewRenderer::lastAcquireMs_ = 0.0f

private

◆ lastRecordMs_

float NewRenderer::lastRecordMs_ = 0.0f

private

◆ lastSubmitMs_

float NewRenderer::lastSubmitMs_ = 0.0f

private

◆ lightIntensityMultiplier

float NewRenderer::lightIntensityMultiplier = 8.0f

Scales direct geometry light intensity.

◆ lightMap_

SDL_GPUTexture* NewRenderer::lightMap_ = nullptr

private

◆ macShadowSize

const uint32_t NewRenderer::macShadowSize = 512

staticprivate

◆ mainHorizontalFovDegrees

float NewRenderer::mainHorizontalFovDegrees = 110.0f

Main camera horizontal field of view in degrees.

◆ metallicTextureStrength

float NewRenderer::metallicTextureStrength = 0.5f

Scales sampled metallic texture values before lighting.

◆ movingLightShadowMaps_

SDL_GPUTexture* NewRenderer::movingLightShadowMaps_ = nullptr

private

◆ nearestSampler_

SDL_GPUSampler* NewRenderer::nearestSampler_ = nullptr

private

◆ particleSystem_

ParticleSystem* NewRenderer::particleSystem_ = nullptr

private

◆ pendingScreenshotPath_

std::string NewRenderer::pendingScreenshotPath_

private

◆ renderScale

float NewRenderer::renderScale = 1.0f

Internal-resolution multiplier (0.5 = half-res, 2.0 = SSAA).

◆ roughnessTextureStrength

float NewRenderer::roughnessTextureStrength = 1.0f

Scales sampled roughness texture values before lighting.

◆ sampler_

SDL_GPUSampler* NewRenderer::sampler_ = nullptr

private

◆ sceneColor_

SDL_GPUTexture* NewRenderer::sceneColor_ = nullptr

private

◆ sceneHeight_

Uint32 NewRenderer::sceneHeight_ = 0

private

◆ sceneLightInfo_

LightUBO NewRenderer::sceneLightInfo_

private

◆ sceneNormal_

SDL_GPUTexture* NewRenderer::sceneNormal_ = nullptr

private

◆ sceneWidth_

Uint32 NewRenderer::sceneWidth_ = 0

private

◆ sceneWithAo_

SDL_GPUTexture* NewRenderer::sceneWithAo_ = nullptr

private

◆ scopeZoom

float NewRenderer::scopeZoom = 1.0f

Per-frame scope zoom multiplier (FOV divisor).

1.0 = no zoom; 1.5 = ADS through the charge rifle scope (FOV/1.5). Game.cpp drives this each frame from the local player's ADS state.

◆ shaderFormat_

SDL_GPUShaderFormat NewRenderer::shaderFormat_ = SDL_GPU_SHADERFORMAT_INVALID

private

◆ shadowSize

const uint32_t NewRenderer::shadowSize = 1024

staticprivate

◆ skinnedPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::skinnedPipeline_ = nullptr

private

◆ skinnedRenderer_

SkinnedRenderer NewRenderer::skinnedRenderer_

private

◆ ssaoBias

float NewRenderer::ssaoBias = 1.5f

World-space self-occlusion bias.

◆ ssaoBlurDepthThreshold

float NewRenderer::ssaoBlurDepthThreshold = 0.3f

Blur world-distance rejection as a fraction of AO radius.

◆ ssaoBlurEnabled

bool NewRenderer::ssaoBlurEnabled = true

Use the depth/normal-aware AO blur.

◆ ssaoBlurNormalThreshold

float NewRenderer::ssaoBlurNormalThreshold = 0.6f

Minimum normal dot for AO blur samples.

◆ ssaoBlurPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::ssaoBlurPipeline_ = nullptr

private

◆ ssaoBlurRadius

float NewRenderer::ssaoBlurRadius = 1.0f

Multiplier for the fixed 5x5 AO blur offsets.

◆ ssaoBlurred_

SDL_GPUTexture* NewRenderer::ssaoBlurred_ = nullptr

private

◆ ssaoBlurStrength

float NewRenderer::ssaoBlurStrength = 1.0f

Blend amount from raw AO to blurred AO.

◆ ssaoColor_

SDL_GPUTexture* NewRenderer::ssaoColor_ = nullptr

private

◆ ssaoCompositePipeline_

SDL_GPUGraphicsPipeline* NewRenderer::ssaoCompositePipeline_ = nullptr

private

◆ ssaoCompositePower

float NewRenderer::ssaoCompositePower = 2.0f

AO exponent before composition.

◆ ssaoCompositeStrength

float NewRenderer::ssaoCompositeStrength = 1.0f

AO application strength before tonemapping.

◆ ssaoContactWeight

float NewRenderer::ssaoContactWeight = 1.0f

Tight contact AO band weight.

◆ ssaoDebugView

int NewRenderer::ssaoDebugView = 0

0 final scene, 1 raw AO.

◆ ssaoDepthThreshold

float NewRenderer::ssaoDepthThreshold = 0.01f

Max depth-buffer delta accepted for contact AO samples.

◆ ssaoHeight_

Uint32 NewRenderer::ssaoHeight_ = 0

private

◆ ssaoHemisphereMin

float NewRenderer::ssaoHemisphereMin = 0.05f

Minimum normal-facing direction for AO samples.

◆ ssaoIntensity

float NewRenderer::ssaoIntensity = 1.0f

Raw AO occlusion multiplier.

◆ ssaoMaxAo

float NewRenderer::ssaoMaxAo = 1.0f

Brightest raw AO value.

◆ ssaoMediumRadius

float NewRenderer::ssaoMediumRadius = 48.0f

Medium-radius crease/corner AO band.

◆ ssaoMediumWeight

float NewRenderer::ssaoMediumWeight = 0.25f

Medium AO band weight.

◆ ssaoMinAo

float NewRenderer::ssaoMinAo = 0.45f

Darkest raw AO value.

◆ ssaoNormalDiffMax

float NewRenderer::ssaoNormalDiffMax = 0.55f

Normal-difference full weight for crease/contact weighting.

◆ ssaoNormalDiffMin

float NewRenderer::ssaoNormalDiffMin = 0.12f

Normal-difference start for crease/contact weighting.

◆ ssaoPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::ssaoPipeline_ = nullptr

private

◆ ssaoPixelRadiusScale

float NewRenderer::ssaoPixelRadiusScale = 0.35f

Converts AO radius to screen-space sample spacing.

◆ ssaoRadius

float NewRenderer::ssaoRadius = 24.0f

World-space AO sampling radius.

◆ ssaoWidth_

Uint32 NewRenderer::ssaoWidth_ = 0

private

◆ staticDepthSampler_

SDL_GPUSampler* NewRenderer::staticDepthSampler_ = nullptr

private

◆ staticShadowMaps_

SDL_GPUTexture* NewRenderer::staticShadowMaps_ = nullptr

private

◆ staticShadowSize

const uint32_t NewRenderer::staticShadowSize = 2048

staticprivate

◆ texture_

SDL_GPUTexture* NewRenderer::texture_ = nullptr

private

◆ toggles

RenderToggles NewRenderer::toggles {}

Per-pass on/off toggles (see RenderToggles in RendererTypes.hpp).

◆ tonemappedColor_

SDL_GPUTexture* NewRenderer::tonemappedColor_ = nullptr

private

◆ tonemapPipeline_

SDL_GPUGraphicsPipeline* NewRenderer::tonemapPipeline_ = nullptr

private

◆ useHDRSkybox

bool NewRenderer::useHDRSkybox = false

True after a successful loadHDRSkybox().

◆ vsyncEnabled_

bool NewRenderer::vsyncEnabled_ = true

private

◆ weapon_

WeaponViewmodel NewRenderer::weapon_ {}

private

◆ window_

SDL_Window* NewRenderer::window_ = nullptr

private

The documentation for this class was generated from the following files:

src/client/renderer-new/NewRenderer.hpp
src/client/renderer-new/NewRenderer.cpp

Public Member Functions

Static Public Member Functions

Public Attributes

Private Member Functions

Static Private Member Functions

Private Attributes

Static Private Attributes

Detailed Description

Member Function Documentation

◆ bindLightShadowInfo()

◆ createDepthPipeline()

◆ createDepthRes0Pipeline()

◆ createDepthRes1Pipeline()

◆ createDepthRes2Pipeline()

◆ createEntityChamsPipeline()

◆ createFxaaPipeline()

◆ createGeometryLightMapPipeline()

◆ createGeometryPipeline()

◆ createHudPipeline()

◆ createMeshBuffers()

◆ createSsaoBlurPipeline()

◆ createSsaoCompositePipeline()

◆ createSsaoPipeline()

◆ createTonemapPipeline()

◆ drawEntityChams()

◆ drawEntityModels()

◆ drawFrame()

◆ drawFxaaPass()

◆ drawGeometryDepthPass()

◆ drawGeometryOverlayPass()

◆ drawGeometryPass()

◆ drawHud()

◆ drawHudPass()

◆ drawMesh()

◆ drawModel()

◆ drawModelDepth()

◆ drawParticles()

◆ drawSkinnedModels()

◆ drawSsaoBlurPass()

◆ drawSsaoCompositePass()

◆ drawSsaoPass()

◆ drawStaticLightmapGeometryPass()

◆ drawTonemapPass()

◆ drawToShadowMap()

◆ drawUIPass()

◆ drawWeapon()

◆ drawWeaponPass()

◆ drawWorldModelInstances()

◆ ensureDepthTextureSize()

◆ ensureSceneTextureSize()

◆ getCamera()

◆ getDevice()

◆ getHdrFormat()

◆ getLastAcquireMs()

◆ getLastRecordMs()

◆ getLastSubmitMs()

◆ getShaderFormat()

◆ getSwapchainColorFormat()

◆ inFrustum()

◆ init()

◆ loadHDRSkybox()

◆ loadLightMap()

◆ loadSceneModel()

◆ modelCount()

◆ onFirstFrame()

◆ quit()

◆ requestScreenshot()

◆ scanHDRFiles()

◆ setEntityRenderList()

◆ setHudTexture()

◆ setMainCamera()

◆ setModelEmissive()

◆ setModelScenePass()

◆ setParticleSystem()

◆ setPointLights()

◆ setRig()

◆ setSkinnedFrame()

◆ setStaticPointLights()

◆ setVSync()

◆ setWeaponViewmodel()