Engine Namespace Reference

Namespaces
	BufferUtil
	Utilities for buffers!

Classes
struct	Animation
	Container for texture based animations. More...
struct	BufferElement
class	BufferLayout
	Constructs the layout of a vertex buffer. More...
struct	ButtonHook
class	Camera
	Singleton, the current view! More...
struct	Clip
	Struct to hold music data. More...
struct	Collider
	Generic type storage for a GJK enabled collider. More...
struct	Collider2D
	Wrapper for 2D collisions. Tells the physics system that you want to process a 2D collision and not a 2D one. More...
struct	CollisionHook
	Wrapper for processing collisions between physics entities. More...
struct	CollisionPoint
struct	ColorMap
	Vertex map for colors. More...
class	ComponentBase
	Dummy class so we can make component type ids. More...
class	ComponentDataArray
	An array of components of type T. More...
struct	Controller
	Scene component that contains a reference to a controller parser. More...
struct	ControllerParser
	Wrapper for parsing entities with controllers attached. More...
class	ControllerSystem
	System for processing control inputs. More...
struct	Debug
class	ECS
	Entity Component System. More...
class	Engine
	This class sets up the main game engine. More...
class	Entity
class	Event
class	EventDispatcher
struct	FacePoint
	Storage for the expanding polytope algorithm. More...
struct	Font
	Data structure for storing font texture data. Doubles as a library for loading fonts into memory. More...
struct	ForceApplier
	Applies a force! to a colliding body or connected object. More...
struct	ForceGenerator
	Generates a force. More...
class	GLIndexBuffer
class	GLRenderer
class	GLTexture2D
class	GLVertexBuffer
struct	Glyph
struct	IComponentDataArray
	Interface for an array of components. More...
class	IndexBuffer
	Interface for a buffer of indices. More...
class	Input
class	JobSystem
	A glorified thread pool. More...
struct	Joint
	Physics Component that represents a joint between rigidbodies. Intended to be connected to a Entity and registered in a scene. More...
struct	Mesh
	A set of vertices used for drawing. More...
struct	MeshRenderer
	Scene Component for passing drawing data to the renderer. Stores vertex data and references to the texture maps which they belong to. More...
struct	Mouse
struct	Physics
struct	PhysicsEntity
	Links all the data necessary to compute physics calculations. More...
struct	PlayerController
	Unused data structure for character controls. More...
class	Renderer
struct	RenderTag
struct	RigidBody
	Physics rigidbody component. Stores the physical parameters of an object. Such as moment of inertia, mass, velocity, angular momentum, air drag, force, torque, etc... More...
class	Scene
	A container for entities currently in the Scene. More...
struct	SceneRenderer
class	Shader
	Container for a shader. More...
struct	Shape
struct	Simplex
	Storage wrapper for support points. More...
struct	Support
	GJK support point structure. stores the resulting support point and the components that made it up. storing the components allows us to use barycentric coordinates to calculate collision normals later without redoing furthest direction calculations. More...
class	System
	System with multiple types of components. More...
class	SystemBase
class	Texture
	Container for texture data. More...
class	Texture2D
	Representation of a 2D texture. More...
struct	TextureCoord
	Texture Coordinate data. More...
struct	TextureLookup
	Wrapper for a texture reference and a texture mapping. More...
struct	TextureMap
	List of texture coordinates for indexing vector data. More...
struct	TextureSheet
struct	Time
	static struct for time trackins More...
struct	Transform
	Location, orientation, and scale of an entity. More...
class	TypeIdGenerator
	This class will generate ids for the different types we will use. More...
struct	UIButton
struct	UIElement
struct	UIText
struct	Vertex
class	VertexBuffer
	Interface for a buffer of vertices. More...
struct	VertexCollider
	A Collider represented by a set of (convex) vertices. More...
struct	VertexCollider2D
	VertexCollider but in 2D. by default, all 2D colliders are non-kinematic triggers. More...
class	Window
	Wrapper for the display window. More...

Typedefs
template<typename T >
using	Uni = std::unique_ptr< T >
	Has stuff for making references a lot more easily shared smart pointer representing a unique object.
template<typename T >
using	Ref = std::shared_ptr< T >
	Has stuff for making references a lot more easily shared smart pointer.
typedef SDL_Keycode	KeyCode
typedef uint8_t	MouseCode
typedef std::function< void(void)>	func
	Alias for any kind of function pointer.
typedef std::uint32_t	IDType
typedef IDType	EntityID
typedef IDType	ComponentTypeID
typedef IDType	SystemID
typedef std::bitset< 32 >	Archetype

Enumerations
enum	Allignment {   TOP_LEFT, TOP, TOP_RIGHT, LEFT,   CENTER, RIGHT, BOTTOM_LEFT, BOTTOM,   BOTTOM_RIGHT }
	enumeration representing alignment of text in a string of text.
enum	EventType {   None = 0, WindowClose, WindowResize, WindowFocus,   WindowLostFocus, WindowMoved, KeyPressed, KeyReleased,   MouseButtonPressed, MouseButtonReleased, MouseMoved, MouseScrolled }
enum	EventCategorty {   None = 0, None = 0, EventCatApplication = BIT(0), EventCatInput = BIT(1),   EventCatKeyboard = BIT(2), EventCatMouse = BIT(3), EventCatMouseButton = BIT(4) }
enum	Primative { QUAD, CUBE }
enum	DrawType {   POINTS, LINES, LINE_STRIP, LINE_LOOP,   QUADS, QUAD_STRIP, TRIANGLES, TRIANGLE_STRIP,   TRIANGLE_FAN }
enum	ViewProjection { PROJECTION, ORTHO, UI }
enum	ShaderDataType : uint8_t {   None = 0, Float, Float2, Float3,   Float4, Mat3, Mat4, Int,   Int2, Int3, Int4, Bool }
	data type enum for shader parameter
enum	ButtonState { DEFAULT, HOVER, PRESS }

Functions
template<typename T , typename ... Args>
constexpr Uni< T >	CreateUni (Args &&... args)
	Creates a unique pointer to a resource.
template<typename T , typename ... Args>
constexpr Ref< T >	CreateRef (Args &&... args)
	Creates a shared reference to a resource.

Variables
const uint8_t	MAX_JOB_THREADS = 3
	Maximum number of threads used for jobs.
const IDType	NULL_ENTITY = 0
	THe NULL_ENTITY can be used if we haven't created the entity at compile time.
Transform	t
Transform	t2
Transform	t3
JobSystem	jobsys (3)
Entity	dt_display

Detailed Description

Processing Center Handles Text Input and Loading System Objects

This just defines these functions for the static class Theoretically we will use other platforms in which case there will be some macros to do

Enumeration Type Documentation

ButtonState

enum Engine::ButtonState

Mouse hover state of a button.

EventCategorty

enum Engine::EventCategorty

Unused

EventType

enum Engine::EventType

strong

Unused

Variable Documentation

t

Transform Engine::t

Initial value:

{
    {0.f, 0.f, - 100.f},
    {0.f, 0.f, 0.f},
    {100.f, 100.f, 0.f},
  }

t2

Transform Engine::t2

Initial value:

{
    {100.f, 100.f, - 100.f},
    {0.f, 0.f, 45.f},
    {100.f, 100.f, 0.f},
  }

t3

Transform Engine::t3

Initial value:

{
    {100.f, -100.f, - 100.f},
    {0.f, 0.f, 0.f},
    {200.f, 100.f, 0.f},
  }