rendering_engine Namespace Reference

Namespaces
namespace	axes
	Commonly used 3D axis and direction vectors.

Classes
class	Actor
class	AppClock
	Provides high-resolution timing for frame updates. More...
struct	AppConfig
	Basic application settings loaded from a configuration file. More...
class	AppTime
	Manages current, total, and elapsed time for the application. More...
class	Camera
	Represents a 3D perspective camera with world transform and projection settings. More...
class	Camera2D
	Represents a 2D camera with position, rotation, and zoom control. More...
struct	Color
	Represents a color with red, green, blue, and alpha channels. More...
class	CoreApplication
	Default implementation of the IApplication interface. More...
class	Drawable2D
	2D drawable component for rendering objects in 2D space. More...
class	Drawable3D
	3D drawable component for rendering objects in 3D space. More...
class	DrawableComponent
	Abstract base for all drawable (renderable) objects in the engine. More...
class	Enum
class	IApplication
	Defines a generic application interface for rendering-based programs. More...
class	ImageData
	Represents raw 2D image data stored in memory. More...
class	ImageDataGpu
	Combines CPU-side and GPU-side texture representations, managing both lifetimes and transitions. More...
class	IMaterialRenderResources
	Interface for backend-specific material GPU resources. More...
class	IMeshRenderResources
	Interface for GPU mesh resource management. More...
class	IRenderer
	Defines an abstract interface for rendering backends. More...
class	IRendererObserver
	Interface for observing renderer resource lifecycle events. More...
class	IRenderResources
	Interface for rendering backend resource aggregation and submission. More...
class	ITextureRenderResources
	Interface for backend-specific GPU texture resource management. More...
class	IWindowSystem
	Abstract interface for platform-specific window management. More...
class	Material
	Represents a material instance with parameter values, texture bindings, and rendering configuration. More...
class	MaterialCache
	Manages creation, storage, and lifecycle of Material objects within the rendering engine. More...
struct	MaterialParameterLayoutEntry
	Describes the layout of a single packed parameter inside a uniform buffer. More...
struct	MaterialSettings
	Settings required to define a material instance. More...
class	Mesh
	Represents a single geometric mesh imported from a model file. More...
class	MeshDataGpu
	Manages mesh data in RAM and GPU, including upload and release operations. More...
class	Model
	Represents a 3D model composed of multiple meshes and materials. More...
class	ModelCache
	Manages loading, caching, and GPU residency of all model/mesh resources. More...
class	ModelMaterial
	Represents a single material imported from a 3D model file. More...
struct	PackedMaterialData
	Contains the raw buffer data and layout metadata of packed material parameters. More...
struct	PackEntry
	Metadata describing one file stored inside a packed asset archive. More...
class	Quad2D
	2D drawable component for rendering rectangular primitives. More...
struct	QueueFamilyIndices
	Holds indices of Vulkan queue families supporting required operations. More...
struct	RenderResourceContext
	Aggregates pointers to global rendering resource managers. More...
class	Scene
	Base class representing a renderable scene. More...
struct	SceneAutoRegistrar
	Template-based auto-registrar for scenes. More...
class	SceneComponent
	Represents a 3D transformable scene component with position, rotation, and scale. More...
class	SceneComponent2D
	Represents a 2D transformable scene component with position, rotation, and scale. More...
class	SceneManager
	Manages scenes, resource caches, and scene transitions within the rendering engine. More...
struct	ScreenSettings
	Describes window and display configuration for the application. More...
class	StandaloneDesktopWindow
	Desktop implementation of the IWindowSystem interface using GLFW. More...
struct	StartSceneAutoSetter
	Helper struct for automatically setting the start scene name. More...
class	StaticMesh
	3D drawable component for rendering static (non-animated) meshes. More...
struct	SwapChainSupportDetails
	Describes capabilities and available configurations for a physical device's swap chain. More...
class	TextRenderer
class	TextureAtlasMaker
class	TextureCache
	Manages texture loading, GPU uploading, and caching for reuse. More...
struct	Transformations2D
	Contains transformation matrices for 2D rendering. More...
struct	Transformations3D
	Contains model, view, and projection matrices for 3D rendering. More...
class	Utility
	Provides static helper methods for file I/O and path management. More...
struct	Vertex2D
	Vertex format for 2D UI/Overlay elements. More...
struct	VertexPositionColorTexture
	Vertex format for unlit 3D geometry. More...
struct	VertexPositionColorTextureNormalTangent
	Vertex format for lit 3D geometry (normal and tangent support). More...
struct	VertexSkinnedPositionTextureNormalTangent
	Vertex format for skinned meshes (skeletal animation). More...
class	VulkanMaterialResources
	Vulkan-specific implementation of material render resources. More...
class	VulkanMeshResources
	Vulkan implementation of the mesh GPU resource interface. More...
class	VulkanRenderer
	Vulkan-based implementation of the IRenderer interface. More...
class	VulkanRenderResources
	Vulkan implementation of IRenderResources for the Rendering Engine. More...
class	VulkanTextureResources
	Vulkan-specific implementation of ITextureRenderResources. More...
struct	WindowResolution
	Represents the pixel resolution of a window or display. More...

Typedefs
using	PackEntries = std::unordered_map<std::string, PackEntry>

Enumerations
enum class	MaterialDomain { Surface3D , Sprite2D }
	Specifies the rendering domain where the material is used. More...
enum class	BlendMode { Opaque , Translucent }
	Specifies how the material handles transparency. More...
enum class	ShadingModel { Lit , Unlit }
	Specifies the shading model used by the material. More...
enum class	MeshType { None , Sprite2D , Billboard , Surface }
	Types of supported mesh layouts for GPU upload and rendering. More...
enum	TextureType {   Difffuse = 0 , SpecularMap , Ambient , Emissive ,   Heightmap , NormalMap , SpecularPowerMap , DisplacementMap ,   LightMap , Begin = Difffuse , End = LightMap }
	Enumerates supported texture map types for imported materials. More...

Variables
class RE_API	Camera2D
const int	MAX_FRAMES_IN_FLIGHT = 2
	Number of frames that can be processed simultaneously (double buffering).
static PackEntries	sPackEntries
static bool	sPackEntriesLoaded = false
const bool	enableValidationLayers = true

Typedef Documentation

PackEntries

using rendering_engine::PackEntries = std::unordered_map<std::string, PackEntry>

Definition at line 48 of file utility.hpp.

Enumeration Type Documentation

BlendMode

enum class rendering_engine::BlendMode

strong

Specifies how the material handles transparency.

Enumerator
Opaque
Translucent

Definition at line 26 of file material_types.hpp.

{
    Opaque,
    Translucent
};

MaterialDomain

enum class rendering_engine::MaterialDomain

strong

Specifies the rendering domain where the material is used.

Enumerator
Surface3D
Sprite2D

Definition at line 17 of file material_types.hpp.

{
    Surface3D,
    Sprite2D
};

MeshType

enum class rendering_engine::MeshType

strong

Types of supported mesh layouts for GPU upload and rendering.

Enumerator
None	Undefined or not yet set.
Sprite2D	2D sprite mesh (typically for UI or simple quads).
Billboard	3D billboard mesh (sprites that face the camera).
Surface	Full 3D surface mesh (models with normals/tangents, etc.).

Definition at line 22 of file mesh_data_gpu.hpp.

{
    None,      ///< Undefined or not yet set.
    Sprite2D,  ///< 2D sprite mesh (typically for UI or simple quads).
    Billboard, ///< 3D billboard mesh (sprites that face the camera).
    Surface    ///< Full 3D surface mesh (models with normals/tangents, etc.).
};

ShadingModel

enum class rendering_engine::ShadingModel

strong

Specifies the shading model used by the material.

Enumerator
Lit
Unlit

Definition at line 35 of file material_types.hpp.

{
    Lit,
    Unlit
};

TextureType

enum rendering_engine::TextureType

Enumerates supported texture map types for imported materials.

These correspond to common texture slots used in 3D rendering pipelines and align with Assimp's material texture types. The range [Begin, End] allows easy iteration through all supported types.

Enumerator
Difffuse
SpecularMap
Ambient
Emissive
Heightmap
NormalMap
SpecularPowerMap
DisplacementMap
LightMap
Begin
End

Definition at line 24 of file model_material.hpp.

{
    Difffuse = 0,
    SpecularMap,
    Ambient,
    Emissive,
    Heightmap,
    NormalMap,
    SpecularPowerMap,
    DisplacementMap,
    LightMap,
 
    Begin = Difffuse,
    End = LightMap
};

Variable Documentation

Camera2D

class RE_API rendering_engine::Camera2D

Definition at line 14 of file drawable_2d.hpp.

enableValidationLayers

const bool rendering_engine::enableValidationLayers = true

Definition at line 23 of file vulkan_renderer.cpp.

MAX_FRAMES_IN_FLIGHT

const int rendering_engine::MAX_FRAMES_IN_FLIGHT = 2

Number of frames that can be processed simultaneously (double buffering).

Definition at line 20 of file vulkan_renderer.hpp.

sPackEntries

PackEntries rendering_engine::sPackEntries

static

Definition at line 19 of file utility.cpp.

sPackEntriesLoaded

bool rendering_engine::sPackEntriesLoaded = false

static

Definition at line 20 of file utility.cpp.