Class Hierarchy

This inheritance list is sorted roughly, but not completely, alphabetically:

[detail level 123]

Crendering_engine::Actor
Crendering_engine::AppClock	Provides high-resolution timing for frame updates
Crendering_engine::AppConfig	Basic application settings loaded from a configuration file
Crendering_engine::AppTime	Manages current, total, and elapsed time for the application
Crendering_engine::Camera	Represents a 3D perspective camera with world transform and projection settings
Crendering_engine::Camera2D	Represents a 2D camera with position, rotation, and zoom control
Ccodec_error_mgr
Crendering_engine::Color	Represents a color with red, green, blue, and alpha channels
Crendering_engine::DrawableComponent	Abstract base for all drawable (renderable) objects in the engine
Crendering_engine::Drawable2D	2D drawable component for rendering objects in 2D space
Crendering_engine::Quad2D	2D drawable component for rendering rectangular primitives
Crendering_engine::Drawable3D	3D drawable component for rendering objects in 3D space
Crendering_engine::StaticMesh	3D drawable component for rendering static (non-animated) meshes
Crendering_engine::Enum< T >
Crendering_engine::IApplication	Defines a generic application interface for rendering-based programs
Crendering_engine::CoreApplication	Default implementation of the IApplication interface
Crendering_engine::ImageData	Represents raw 2D image data stored in memory
Crendering_engine::ImageDataGpu	Combines CPU-side and GPU-side texture representations, managing both lifetimes and transitions
Crendering_engine::IMaterialRenderResources	Interface for backend-specific material GPU resources
Crendering_engine::VulkanMaterialResources	Vulkan-specific implementation of material render resources
Crendering_engine::IMeshRenderResources	Interface for GPU mesh resource management
Crendering_engine::VulkanMeshResources	Vulkan implementation of the mesh GPU resource interface
Crendering_engine::IRenderer	Defines an abstract interface for rendering backends
Crendering_engine::VulkanRenderer	Vulkan-based implementation of the IRenderer interface
Crendering_engine::IRendererObserver	Interface for observing renderer resource lifecycle events
Crendering_engine::MaterialCache	Manages creation, storage, and lifecycle of Material objects within the rendering engine
Crendering_engine::ModelCache	Manages loading, caching, and GPU residency of all model/mesh resources
Crendering_engine::TextureCache	Manages texture loading, GPU uploading, and caching for reuse
Crendering_engine::VulkanRenderResources	Vulkan implementation of IRenderResources for the Rendering Engine
Crendering_engine::IRenderResources	Interface for rendering backend resource aggregation and submission
Crendering_engine::VulkanRenderResources	Vulkan implementation of IRenderResources for the Rendering Engine
Crendering_engine::Enum< T >::Iterator
Crendering_engine::ITextureRenderResources	Interface for backend-specific GPU texture resource management
Crendering_engine::VulkanTextureResources	Vulkan-specific implementation of ITextureRenderResources
Crendering_engine::IWindowSystem	Abstract interface for platform-specific window management
Crendering_engine::StandaloneDesktopWindow	Desktop implementation of the IWindowSystem interface using GLFW
Crendering_engine::Material	Represents a material instance with parameter values, texture bindings, and rendering configuration
Crendering_engine::MaterialParameterLayoutEntry	Describes the layout of a single packed parameter inside a uniform buffer
Crendering_engine::MaterialSettings	Settings required to define a material instance
Crendering_engine::Mesh	Represents a single geometric mesh imported from a model file
Crendering_engine::MeshDataGpu	Manages mesh data in RAM and GPU, including upload and release operations
Crendering_engine::Model	Represents a 3D model composed of multiple meshes and materials
Crendering_engine::ModelMaterial	Represents a single material imported from a 3D model file
Crendering_engine::PackedMaterialData	Contains the raw buffer data and layout metadata of packed material parameters
Crendering_engine::PackEntry	Metadata describing one file stored inside a packed asset archive
Crendering_engine::QueueFamilyIndices	Holds indices of Vulkan queue families supporting required operations
Crendering_engine::RenderResourceContext	Aggregates pointers to global rendering resource managers
Crendering_engine::Scene	Base class representing a renderable scene
Crendering_engine::SceneAutoRegistrar< TScene >	Template-based auto-registrar for scenes
Crendering_engine::SceneComponent	Represents a 3D transformable scene component with position, rotation, and scale
Crendering_engine::SceneComponent2D	Represents a 2D transformable scene component with position, rotation, and scale
Crendering_engine::SceneManager	Manages scenes, resource caches, and scene transitions within the rendering engine
Crendering_engine::ScreenSettings	Describes window and display configuration for the application
Crendering_engine::StartSceneAutoSetter	Helper struct for automatically setting the start scene name
Crendering_engine::SwapChainSupportDetails	Describes capabilities and available configurations for a physical device's swap chain
Crendering_engine::TextRenderer
Crendering_engine::TextureAtlasMaker
Crendering_engine::Transformations2D	Contains transformation matrices for 2D rendering
Crendering_engine::Transformations3D	Contains model, view, and projection matrices for 3D rendering
Crendering_engine::Utility	Provides static helper methods for file I/O and path management
Crendering_engine::Vertex2D	Vertex format for 2D UI/Overlay elements
Crendering_engine::VertexPositionColorTexture	Vertex format for unlit 3D geometry
Crendering_engine::VertexPositionColorTextureNormalTangent	Vertex format for lit 3D geometry (normal and tangent support)
Crendering_engine::VertexSkinnedPositionTextureNormalTangent	Vertex format for skinned meshes (skeletal animation)
Crendering_engine::WindowResolution	Represents the pixel resolution of a window or display