Classes
class	Assets
	Manages the asset paths for the application. More...

class	Camera
	Represents a camera in a 3D space, managing its properties and transformations. More...

struct	Camera_Transform
	Represents the transformation of a camera in 3D space. More...

class	Component
	Base class for components in the Ragot engine. More...

struct	coordinates_t
	Represents 2D coordinates. More...

class	Driver_ST7789
	Driver for the ST7789 LCD panel. More...

class	DriverEK79007
	Driver for the EK79007 LCD panel. More...

class	DriverLCD
	Base class for LCD drivers. More...

class	ExtrudeMesh
	Represents a 3D mesh created by extruding a 2D shape along a specified height. This class inherits from the Mesh class and provides methods to generate vertices and faces for the extruded mesh. It also includes methods for culling faces based on the camera's view direction and logging mesh information. More...

struct	face_t
	Represents a face in a 3D mesh. More...

class	Fragment_Shader
	Class for managing an OpenGL fragment shader. More...

class	FrameBuffer
	Class to manage a frame buffer for rendering graphics. More...

class	Logger
	Singleton logger class for the Ragot engine. More...

class	Mesh
	Represents a 3D mesh in the Ragot engine. More...

struct	mesh_info_t
	Represents information about a mesh. More...

class	MeshSerializer
	Singleton class to serialize Mesh objects to OBJ file format. More...

class	Node
	Represents a node in a scene graph for 3D rendering. More...

class	PSRAMAllocator
	Custom memory allocator for PSRAM. More...

class	Rasterizer
	Class for rasterizing polygons in a frame buffer. More...

class	Renderer
	Class for rendering scenes in the Ragot engine. More...

class	RevolutionMesh
	Class for generating revolution meshes. More...

class	Scene
	Class for managing a 3D scene. More...

class	Shader
	Class for managing an OpenGL shader. More...

class	Shader_Program
	Class for managing an OpenGL shader program. More...

class	Sync_Queue
	A thread-safe queue implementation. More...

class	Thread_Pool
	A thread pool for managing concurrent tasks. More...

class	Transform
	A class representing a 3D transformation with position, rotation, and scale. More...

struct	transform_t
	Represents a transformation in 3D space. More...

class	Vertex_Shader
	Class for managing an OpenGL vertex shader. More...

struct	vertex_t
	Represents a vertex in 3D space. More...

class	Window
	Class for managing an SDL window with OpenGL context. More...

Typedefs
using	RGB565 = uint16_t

using	RGB888 = uint32_t

using	RGBA8888 = uint32_t

using	RGB8 = uint8_t
	Color Index.

using	Matrix4x4 = glm::mat4

Enumerations
enum	render_flag_t : uint8_t { RENDER_NONE , RENDER_REVOLUTION , RENDER_EXTRUDE , RENDER_MAX }
	Flags for rendering types. More...

enum	Buffer : uint8_t { CURRENT_BUFFER = ( 1 << 0) , NEXT_BUFFER = ( 1 << 1) , MAX_BUFFER = ( 1 << 2) }
	Enum to represent the different buffers in a frame buffer. More...

Functions
static bool	panel_refresh_callback (esp_lcd_panel_handle_t panel, esp_lcd_dpi_panel_event_data_t edata, void user_ctx)

static bool	panel_refresh_callback (esp_lcd_panel_io_handle_t panel, esp_lcd_panel_io_event_data_t edata, void user_ctx)

template<typename T, uint16_t F1, typename U, uint16_t F2>
bool	operator== (const PSRAMAllocator< T, F1 > &, const PSRAMAllocator< U, F2 > &)
	Equality operator for PSRAMAllocator.

template<typename T, uint16_t F1, typename U, uint16_t F2>
bool	operator!= (const PSRAMAllocator< T, F1 > &a, const PSRAMAllocator< U, F2 > &b)
	Inequality operator for PSRAMAllocator.

template<typename Inside, typename Intersect>
static std::vector< glm::fvec4 >	clipAgainstPlane (const std::vector< glm::fvec4 > &in, Inside inside, Intersect intersect)

Variables
Assets &	assets = Assets::instance()

constexpr float	PI = 3.141592653f
	Mathematical constant PI.

static const char *	TAG = "DriverEK79007"

Logger &	logger = Logger::instance()

MeshSerializer &	serializer = MeshSerializer::instance()

template<class COLOR_BUFFER_TYPE>
int	Rasterizer< COLOR_BUFFER_TYPE >::offset_cache0 [1024]

template<class COLOR_BUFFER_TYPE>
int	Rasterizer< COLOR_BUFFER_TYPE >::offset_cache1 [1024]

template<class COLOR_BUFFER_TYPE>
int	Rasterizer< COLOR_BUFFER_TYPE >::z_cache0 [1024]

template<class COLOR_BUFFER_TYPE>
int	Rasterizer< COLOR_BUFFER_TYPE >::z_cache1 [1024]

static const char *	RENDERER_TAG = "Renderer"

static const char *	MAIN_TAG = "Main"

Thread_Pool &	thread_pool = Thread_Pool::instance ()

Typedef Documentation

◆ Matrix4x4

using Ragot::Matrix4x4 = glm::mat4

◆ RGB565

using Ragot::RGB565 = uint16_t

◆ RGB8

using Ragot::RGB8 = uint8_t

Color Index.

◆ RGB888

using Ragot::RGB888 = uint32_t

◆ RGBA8888

using Ragot::RGBA8888 = uint32_t

Enumeration Type Documentation

◆ Buffer

enum Ragot::Buffer : uint8_t

Enum to represent the different buffers in a frame buffer.

This enum defines the constants for the current buffer, next buffer, and maximum buffer.

Enumerator
CURRENT_BUFFER
NEXT_BUFFER
MAX_BUFFER

◆ render_flag_t

enum Ragot::render_flag_t : uint8_t

Flags for rendering types.

This enumeration defines different rendering flags that can be used to specify how a mesh should be rendered.

Enumerator
RENDER_NONE
RENDER_REVOLUTION
RENDER_EXTRUDE
RENDER_MAX

Function Documentation

◆ clipAgainstPlane()

template<typename Inside, typename Intersect>

static std::vector< glm::fvec4 > Ragot::clipAgainstPlane	(	const std::vector< glm::fvec4 > &	in,
		Inside	inside,
		Intersect	intersect )

static

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◆ operator!=()

template<typename T, uint16_t F1, typename U, uint16_t F2>

bool Ragot::operator!=	(	const PSRAMAllocator< T, F1 > &	a,
		const PSRAMAllocator< U, F2 > &	b )

Inequality operator for PSRAMAllocator.

This operator checks if two PSRAMAllocators are not equal based on their flags.

Template Parameters

T	The type of the first allocator.
F1	The flag of the first allocator.
U	The type of the second allocator.
F2	The flag of the second allocator.

Parameters

a	The first PSRAMAllocator.
b	The second PSRAMAllocator.

Returns: true if the flags are not equal, false otherwise.

◆ operator==()

template<typename T, uint16_t F1, typename U, uint16_t F2>

bool Ragot::operator==	(	const PSRAMAllocator< T, F1 > &	,
		const PSRAMAllocator< U, F2 > &	)

Equality operator for PSRAMAllocator.

This operator checks if two PSRAMAllocators are equal based on their flags.

Template Parameters

T	The type of the first allocator.
F1	The flag of the first allocator.
U	The type of the second allocator.
F2	The flag of the second allocator.

Parameters

a	The first PSRAMAllocator.
b	The second PSRAMAllocator.

Returns: true if the flags are equal, false otherwise.

◆ panel_refresh_callback() [1/2]

static bool Ragot::panel_refresh_callback	(	esp_lcd_panel_handle_t	panel,
		esp_lcd_dpi_panel_event_data_t *	edata,
		void *	user_ctx )

static

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◆ panel_refresh_callback() [2/2]

static bool Ragot::panel_refresh_callback	(	esp_lcd_panel_io_handle_t	panel,
		esp_lcd_panel_io_event_data_t *	edata,
		void *	user_ctx )

static

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Variable Documentation

◆ assets

Assets & Ragot::assets = Assets::instance()

◆ logger

Logger & Ragot::logger = Logger::instance()

◆ MAIN_TAG

const char* Ragot::MAIN_TAG = "Main"

static

◆ PI

float Ragot::PI = 3.141592653f

constexpr

Mathematical constant PI.

This constant represents the value of π (pi), which is approximately 3.141592653.

◆ Rasterizer< COLOR_BUFFER_TYPE >::offset_cache0

template<class COLOR_BUFFER_TYPE>

int Ragot::Rasterizer< COLOR_BUFFER_TYPE >::offset_cache0[1024]

◆ Rasterizer< COLOR_BUFFER_TYPE >::offset_cache1

template<class COLOR_BUFFER_TYPE>

int Ragot::Rasterizer< COLOR_BUFFER_TYPE >::offset_cache1[1024]

◆ Rasterizer< COLOR_BUFFER_TYPE >::z_cache0

template<class COLOR_BUFFER_TYPE>

int Ragot::Rasterizer< COLOR_BUFFER_TYPE >::z_cache0[1024]

◆ Rasterizer< COLOR_BUFFER_TYPE >::z_cache1

template<class COLOR_BUFFER_TYPE>

int Ragot::Rasterizer< COLOR_BUFFER_TYPE >::z_cache1[1024]

◆ RENDERER_TAG

const char* Ragot::RENDERER_TAG = "Renderer"

static

◆ serializer

MeshSerializer & Ragot::serializer = MeshSerializer::instance()

◆ TAG

const char* Ragot::TAG = "DriverEK79007"

static

◆ thread_pool

Thread_Pool & Ragot::thread_pool = Thread_Pool::instance ()

Classes

Typedefs

Enumerations

Functions

Variables

Typedef Documentation

◆ Matrix4x4

◆ RGB565

◆ RGB8

◆ RGB888

◆ RGBA8888

Enumeration Type Documentation

◆ Buffer

◆ render_flag_t

Function Documentation

◆ clipAgainstPlane()

◆ operator!=()

◆ operator==()

◆ panel_refresh_callback() [1/2]

◆ panel_refresh_callback() [2/2]

Variable Documentation

◆ assets

◆ logger

◆ MAIN_TAG

◆ PI

◆ Rasterizer< COLOR_BUFFER_TYPE >::offset_cache0

◆ Rasterizer< COLOR_BUFFER_TYPE >::offset_cache1

◆ Rasterizer< COLOR_BUFFER_TYPE >::z_cache0

◆ Rasterizer< COLOR_BUFFER_TYPE >::z_cache1

◆ RENDERER_TAG

◆ serializer

◆ TAG

◆ thread_pool