Global namespace - Contains all namespaces, classes and functions. More...

Namespaces
namespace	audio
	Container for all audio related classes and functions.

namespace	input
	Container for all input related classes and functions.

namespace	ui
	Container for all user interface classes anf functions.

namespace	utility
	Container for all utility classes and functions.

Classes
class	AABB
	An Axis Aligned Bounding Box (AABB) More...

class	AccessViolationException
	Exception thrown when a data access condition is not satisfied. More...

class	AdjacencyList
	Construct a list of neighbours for each accessible node/cell in a grid. More...

class	Animation
	A SpriteSheet/frame based animation. More...

class	AnimationFrame
	An Animation frame. More...

class	Animator
	An animator for ime::Sprite. More...

class	BFS
	Finds a path in a Grid2D using the Breadth First Search algorithm. More...

struct	Borders
	Widget borders. More...

class	BoxCollider
	A box collider. More...

class	Camera
	A 2D camera that defines what region is shown on screen in a Scene. More...

class	CameraContainer
	Container for additional scene cameras. More...

class	CircleCollider
	A circle circle. More...

class	CircleShape
	A closed 2D curved shape. More...

class	Clock
	Class that measures time. More...

class	Collider
	Abstract Base class for colliders. More...

struct	CollisionFilterData
	Holds collision filtering data for a collider. More...

class	Colour
	RGBA colour. More...

class	ConvexShape
	A convex shape. More...

class	CyclicGridMover
	Moves a game object in the grid along a cyclic path. More...

struct	DebugDrawerFilter
	Controls the filter flags of the debug drawer. More...

class	DFS
	Finds a path in a Grid2D using the Depth First Search algorithm. More...

class	DistanceJoint
	Constrains two points on two rigid bodies to remain at a fixed distance from each other. More...

struct	DistanceJointDefinition

class	Drawable
	Interface for drawable objects. More...

class	DrawableContainer
	A container for Drawable objects. More...

class	EdgeCollider
	An edge collider is a line segment. More...

class	Engine
	Runs the main game loop. More...

class	Event
	Defines a system event and its parameters. More...

class	EventDispatcher
	A singleton class that creates a communication interface between separate parts of a program through event dispatching. More...

class	EventEmitter
	Create and publish events. More...

class	ExcludeList
	A GameObject collision exclusion list. More...

class	FileNotFoundException
	Exception thrown when a file cannot be found. More...

class	GameObject
	Class for modelling game objects (players, enemies etc...) More...

class	GameObjectContainer
	A container for GameObject instances. More...

class	Grid2D
	A 2D visual grid. More...

class	Grid2DRenderer
	Defines the render properties of a Grid2D. More...

class	GridMover
	Class for performing grid based movement on an entity in a grid. More...

class	GridMoverContainer
	A container for GridMover objects. More...

class	GridObject
	An object that can be placed in a Grid2D. More...

struct	Index
	Represents a position Grid2D Tile. More...

class	InvalidArgumentException
	Exception thrown when an argument is invalid. More...

class	InvalidParseException
	Exception thrown when parsed data read from the disk is invalid. More...

class	IPathFinderStrategy
	Interface for grid path finder algorithms. More...

class	ITransformable
	Interface for transformable entities. More...

class	Joint
	Interface for Joint classes. More...

struct	JointDefinition
	Define the properties of a Joint. More...

class	KeyboardGridMover
	Moves a GridObject in the grid using the keyboard as a movement trigger. More...

class	Object
	An abstract top-level base class for IME objects. More...

class	ObjectContainer
	A container for ime::Object instances. More...

struct	Padding
	Represents the spacing between the text and the border of a widget. More...

class	PhysicsEngine
	The physics world is responsible for creating, managing, colliding and updating all of the bodies within it. More...

struct	PhysIterations
	Controls the reaction of ime::RigidBody objects when they collide. More...

class	PolygonCollider
	Solid convex polygon collider. More...

class	PrefContainer
	Container for Preference instances. More...

class	Preference
	A key-value pair that can be saved to a file on the disk. More...

class	Property
	Class that can store a value of any type. More...

class	PropertyContainer
	A container for ime::Property instances. More...

class	RandomGridMover
	Moves a GridObject randomly in a Grid2D. More...

class	Rect
	Class for manipulating 2D axis aligned rectangles. More...

class	RectangleShape
	A 2D shape having four sides and four corners (90 degree angles) More...

class	RenderLayer
	A layer for drawable entities. More...

class	RenderLayerContainer
	Stores and manages a scene's render layers. More...

class	ResourceLoader
	Load resources from the disk into the program. More...

class	RigidBody
	A rigid body. More...

class	Scene
	A base class for game scenes. More...

class	Shape
	Abstract base class for geometric figures. More...

class	Sprite
	Drawable representation of a texture. More...

class	SpriteImage
	Abstract base class for image containers. More...

class	SpriteSheet
	An ImageSprite which contains images of the same size arranged in a grid. More...

class	TargetGridMover
	Moves a GridObject to a specific position in the Grid2D. More...

class	Texture
	Image living on the graphics card that can be used for drawing. More...

class	Tile
	A Grid2D tile. More...

class	Time
	Represents a time value. More...

class	Timer
	Execute a callback after an interval/delay. More...

class	TimerManager
	Manages multiple Timer instances. More...

class	Transform
	Transform defined by a position, a rotation and a scale. More...

struct	TriggerKeys
	Keys that triggers the targets direction change. More...

class	Vector2
	2D vector More...

class	Window
	Game window. More...

Typedefs
using	PrefType = Preference::Type
	ime::Preference::Type alias More...

using	UIntRect = Rect< unsigned int >
	Unsigned int rect. More...

using	IntRect = Rect< int >
	Int rect. More...

using	FloatRect = Rect< float >
	Float rect. More...

using	Vector2i = Vector2< int >
	2D int vector More...

using	Vector2u = Vector2< unsigned int >
	2D unsigned int vector More...

using	Vector2f = Vector2< float >
	2D float vector More...

typedef signed char	Int8

typedef unsigned char	Uint8

typedef signed short	Int16

typedef unsigned short	Uint16

typedef signed int	Int32

typedef unsigned int	Uint32

typedef signed long long	Int64

typedef unsigned long long	Uint64

template<typename... Args>
using	Callback = std::function< void(Args...)>
	Event listener. More...

using	Map = std::vector< std::vector< char > >
	Alias for 2D vector of chars. More...

using	Keyboard = input::Keyboard
	ime::input::Keyboard alias More...

using	Key = input::Keyboard::Key
	ime::input::Keyboard::Key alias More...

using	Mouse = input::Mouse
	ime::input::Mouse alias More...

using	Direction = Vector2i
	Direction of a game object. More...

using	AABBCallback = std::function< bool(Collider *const)>
	Callback function passed to queryAABB function. More...

using	RayCastCallback = std::function< float(Collider *const, Vector2f, Vector2f, float)>
	Callback function passed to rayCast Function. More...

using	SpriteContainer = DrawableContainer< Sprite >
	Shape object container. More...

using	ShapeContainer = DrawableContainer< Shape >
	Sprite object container. More...

Enumerations
enum class	FrameArrangement { Horizontal , Vertical }
	Defines how the Animation frames are arranged on a spritesheet. More...

enum class	KeyboardEvent { KeyUp , KeyDown , KeyHeld }
	Keyboard events. More...

enum class	MouseEvent { MouseDown , MouseUp , MouseMove , MouseWheelScroll }
	Mouse events. More...

enum class	MovementTrigger { None , OnKeyDown , OnKeyUp , OnKeyHeld , OnKeyDownHeld }
	Defines how the movement is triggered based on the state of a key. More...

enum class	JointType { Distance }
	The types of joints. More...

enum class	ResourceType { Texture , Font , Image , SoundEffect , Music }
	Resource identifiers (Types of resources that can be handled by resource manager) More...

enum	WindowStyle { None = 0 , None , Titlebar = 1 << 0 , Resize = 1 << 1 , Close = 1 << 2 , Fullscreen = 1 << 3 , Default = Titlebar \| Resize \| Close }
	Window styles. More...

enum class	TextStyle { Regular = 0 , Bold = 1 << 0 , Italic = 1 << 1 , Underlined = 1 << 2 , StrikeThrough = 1 << 3 }
	Text styles. More...

enum class	CursorType { Arrow , Text , Hand , SizeLeft , SizeRight , SizeTop , SizeBottom , SizeTopLeft , SizeBottomRight , SizeBottomLeft , SizeTopRight , Crosshair , Help , NotAllowed }
	Mouse cursor types. More...

Functions
IME_API void	savePref (const Preference &pref, const std::string &filename)
	Save a Preference to the disk. More...

template<typename T >
Vector2< T >	operator* (T left, const Vector2< T > &right)
	relates Vector2 More...

template<typename T >
Vector2< T > &	operator*= (Vector2< T > &left, T right)
	Overload of binary operator *=. More...

IME_API bool	operator== (const Index &lhs, const Index &rhs)
	Overload of binary operator ==. More...

IME_API bool	operator!= (const Index &lhs, const Index &rhs)
	Overload of binary operator !=. More...

IME_API bool	operator== (const TriggerKeys &lhs, const TriggerKeys &rhs)
	Overload of binary operator ==. More...

IME_API bool	operator!= (const TriggerKeys &lhs, const TriggerKeys &rhs)
	Overload of binary operator !=. More...

IME_API std::string	bindLeft (ui::Widget *widget)
	Bind to the x position of a widget. More...

IME_API std::string	bindTop (ui::Widget *widget)
	Bind to the y position of the widget. More...

IME_API std::string	bindWidth (ui::Widget *widget)
	Bind to the width of a widget. More...

IME_API std::string	bindHeight (ui::Widget *widget)
	Bind to the height of a widget. More...

IME_API std::string	bindRight (ui::Widget *widget)
	Bind to the right position of a widget. More...

IME_API std::string	bindBottom (ui::Widget *widget)
	Bind to the bottom position of a widget. More...

IME_API std::string	bindPosition (ui::Widget *widget)
	Bind to the position of the widget. More...

IME_API std::string	bindSize (ui::Widget *widget)
	Bind to the size of the widget. More...

IME_API std::string	bindMin (const std::string &value1, const std::string &value2)
	Bind to the minimum value of two values. More...

IME_API std::string	bindMax (const std::string &value1, const std::string &value2)
	Bind to the maximum of two values. More...

Variables
static const Direction	Left = {-1, 0}
	West direction. More...

static const Direction	UpLeft = {-1, -1}
	North-West direction. More...

static const Direction	Up = {0, -1}
	North direction. More...

static const Direction	UpRight = {1, -1}
	North-East direction. More...

static const Direction	Right = {1, 0}
	East direction. More...

static const Direction	DownRight = {1, 1}
	South-East direction. More...

static const Direction	Down = {0, 1}
	South direction. More...

static const Direction	DownLeft = {-1, 1}
	South-West direction. More...

static const Direction	Unknown = {0, 0}
	Unknown direction. More...

Detailed Description

Global namespace - Contains all namespaces, classes and functions.

Typedef Documentation

◆ AABBCallback

using ime::AABBCallback = typedef std::function<bool(Collider* const)>

Callback function passed to queryAABB function.

The callback is called for every collider that overlaps the query AABB. The callback must return false to terminate the query early or true to continue with the query until all colliders have been processed

Definition at line 58 of file PhysicsEngine.h.

◆ Callback

template<typename... Args>

using ime::Callback = typedef std::function<void(Args...)>

Event listener.

Definition at line 38 of file EventEmitter.h.

◆ Direction

using ime::Direction = typedef Vector2i

Direction of a game object.

Definition at line 37 of file GridMover.h.

◆ FloatRect

using ime::FloatRect = typedef Rect<float>

Float rect.

Definition at line 177 of file Rect.h.

◆ Int16

typedef signed short ime::Int16

Definition at line 99 of file Config.h.

◆ Int32

typedef signed int ime::Int32

Definition at line 103 of file Config.h.

◆ Int64

typedef signed long long ime::Int64

Definition at line 111 of file Config.h.

◆ Int8

typedef signed char ime::Int8

Definition at line 95 of file Config.h.

◆ IntRect

using ime::IntRect = typedef Rect<int>

Int rect.

Definition at line 176 of file Rect.h.

◆ Key

using ime::Key = typedef input::Keyboard::Key

ime::input::Keyboard::Key alias

Definition at line 302 of file Keyboard.h.

◆ Keyboard

using ime::Keyboard = typedef input::Keyboard

ime::input::Keyboard alias

Definition at line 301 of file Keyboard.h.

◆ Map

using ime::Map = typedef std::vector<std::vector<char> >

Alias for 2D vector of chars.

Definition at line 42 of file Grid2D.h.

◆ Mouse

using ime::Mouse = typedef input::Mouse

ime::input::Mouse alias

Definition at line 255 of file Mouse.h.

◆ PrefType

using ime::PrefType = typedef Preference::Type

ime::Preference::Type alias

Definition at line 159 of file Preference.h.

◆ RayCastCallback

using ime::RayCastCallback = typedef std::function<float(Collider* const, Vector2f, Vector2f, float)>

Callback function passed to rayCast Function.

The callback is called for every collider that the ray collides with. The callback controls how the ray proceeds by the value it returns:

i) -1: Ignore the current collider and continue with the ray casting. The collider will be filtered. That is, the ray cast will proceed as if the collider does not exist

ii) 0: Terminate the ray cast immediately

iii) 1: Don't clip the ray and continue. By default the ray is clipped if it collides with a collider. When 1 is returned the ray will continue as if it did not hit anything

iv) fraction : The fraction is provided to the callback when it is called. If it is returned, then the ray will be clipped to the current point of intersection.

The value returned by the callback function allow you to ray cast any collider, ray cast all colliders, or ray cast the closest collider.

The argument list of the callback is as follows:

first arg: The collider that is currently colliding with the ray second arg: The point of initial intersection (There may be more than one intersection depending on the value returned by the callback) third arg: The normal vector (rotation) at the point of intersection forth arg: The distance from the rays starting point to the current point of intersection (fraction)

Definition at line 94 of file PhysicsEngine.h.

◆ ShapeContainer

using ime::ShapeContainer = typedef DrawableContainer<Shape>

Sprite object container.

Definition at line 74 of file DrawableContainer.h.

◆ SpriteContainer

using ime::SpriteContainer = typedef DrawableContainer<Sprite>

Shape object container.

Definition at line 73 of file DrawableContainer.h.

◆ Uint16

typedef unsigned short ime::Uint16

Definition at line 100 of file Config.h.

◆ Uint32

typedef unsigned int ime::Uint32

Definition at line 104 of file Config.h.

◆ Uint64

typedef unsigned long long ime::Uint64

Definition at line 112 of file Config.h.

◆ Uint8

typedef unsigned char ime::Uint8

Definition at line 96 of file Config.h.

◆ UIntRect

using ime::UIntRect = typedef Rect<unsigned int>

Unsigned int rect.

Definition at line 175 of file Rect.h.

◆ Vector2f

using ime::Vector2f = typedef Vector2<float>

2D float vector

Definition at line 310 of file Vector2.h.

◆ Vector2i

using ime::Vector2i = typedef Vector2<int>

2D int vector

Definition at line 308 of file Vector2.h.

◆ Vector2u

using ime::Vector2u = typedef Vector2<unsigned int>

2D unsigned int vector

Definition at line 309 of file Vector2.h.

Enumeration Type Documentation

◆ CursorType

enum class ime::CursorType

strong

Mouse cursor types.

Enumerator
Arrow	Arrow cursor (default)
Text	I-beam, cursor when hovering over a text field.
Hand	Pointing hand cursor.
SizeLeft	Left arrow on Linux, horizontal double arrow cursor on Windows and macOS.
SizeRight	Right arrow on Linux, horizontal double arrow cursor on Windows and macOS.
SizeTop	Up arrow on Linux, vertical double arrow cursor on Windows and macOS.
SizeBottom	Down arrow on Linux, vertical double arrow cursor on Windows and macOS.
SizeTopLeft	Top-left arrow on Linux, double arrow cursor going from top-left to bottom-right on Windows and macOS.
SizeBottomRight	Bottom-right arrow on Linux, double arrow cursor going from top-left to bottom-right on Windows and.
SizeBottomLeft	Bottom-left arrow on Linux, double arrow cursor going from bottom-left to top-right on Windows and macOS.
SizeTopRight	Top-right arrow on Linux, double arrow cursor going from bottom-left to top-right on Windows and macOS.
Crosshair	Crosshair cursor.
Help	Help cursor.
NotAllowed	Action not allowed cursor.

Definition at line 49 of file Widget.h.

◆ FrameArrangement

enum class ime::FrameArrangement

strong

Defines how the Animation frames are arranged on a spritesheet.

Enumerator
Horizontal	Horizontal frame alignment.
Vertical	Vertical frame alignment.

Definition at line 43 of file Animation.h.

◆ JointType

enum class ime::JointType

strong

The types of joints.

Enumerator
Distance	Distance joint.

Definition at line 38 of file JointDefinition.h.

◆ KeyboardEvent

enum class ime::KeyboardEvent

strong

Keyboard events.

Enumerator
KeyUp	Fired when depressed/held key is released.
KeyDown	Fired when key is depressed for the first time.
KeyHeld	Fired when a depressed key remains held.

Definition at line 38 of file Keyboard.h.

◆ MouseEvent

enum class ime::MouseEvent

strong

Mouse events.

Enumerator
MouseDown	Fired when mouse is depressed.
MouseUp	Fired when depressed mouse is released.
MouseMove	Fired when the mouse is moved.
MouseWheelScroll	Fired when the mouse wheel is scrolled.

Definition at line 38 of file Mouse.h.

◆ MovementTrigger

enum class ime::MovementTrigger

strong

Defines how the movement is triggered based on the state of a key.

Enumerator
None	Does not trigger any movement.
OnKeyDown	Only triggers movement when a key goes down.
OnKeyUp	Only triggers movement when a key is released.
OnKeyHeld	Continues to trigger movement while key is held down.
OnKeyDownHeld	Triggers movement when a key goes down and continues to trigger movement while key is held down.

Definition at line 35 of file KeyboardGridMover.h.

◆ ResourceType

enum class ime::ResourceType

strong

Resource identifiers (Types of resources that can be handled by resource manager)

Enumerator
Texture	ime::Texture
Font	ime::Font
Image	ime::Image
SoundEffect	ime::SoundEffect
Music	ime::Music

Definition at line 33 of file ResourceType.h.

◆ TextStyle

enum class ime::TextStyle

strong

Text styles.

Enumerator
Regular	Regular characters, no style.
Bold	Bold characters.
Italic	Italic characters.
Underlined	Underlined characters.
StrikeThrough	Strike through characters.

Definition at line 61 of file IWidgetRenderer.h.

◆ WindowStyle

enum ime::WindowStyle

Window styles.

Enumerator
None	No border / title bar (this flag and all others are mutually exclusive)
None	Does not trigger any movement.
Titlebar	Title bar + fixed border.
Resize	Title bar + resizable border + maximize button.
Close	Title bar + close button.
Fullscreen	Fullscreen mode.
Default	Default window style.

Definition at line 32 of file WindowStyles.h.

Function Documentation

◆ bindBottom()

IME_API std::string ime::bindBottom ( ui::Widget * widget )

Bind to the bottom position of a widget.

Parameters

widget Widget to bind to

Returns: The bound position

◆ bindHeight()

IME_API std::string ime::bindHeight ( ui::Widget * widget )

Bind to the height of a widget.

Parameters

widget The widget to bind to

Returns: The bound size

◆ bindLeft()

IME_API std::string ime::bindLeft ( ui::Widget * widget )

Bind to the x position of a widget.

Parameters

widget Widget to bind to

Returns: The bound position

◆ bindMax()

IME_API std::string ime::bindMax	(	const std::string &	value1,
		const std::string &	value2
	)

Bind to the maximum of two values.

Parameters

value1	The first value
value2	The second value

Returns: The bound value

The values can be relative or absolute. For relative values insert the percentage (%) at the end

widget->setHeight(ime::bindMin("50, "100"); //Height will be set to 100 pixels
 
widget->setHeight(ime::bindMin("10%", "15%"); //Height will be set to 15% of the widgets parent height

◆ bindMin()

IME_API std::string ime::bindMin	(	const std::string &	value1,
		const std::string &	value2
	)

Bind to the minimum value of two values.

Parameters

value1	The first value
value2	The second value

Returns: The bound minimum

The values can be relative or absolute. For relative values insert the percentage (%) at the end

widget->setHeight(ime::bindMin("50, "100"); //Height will be set to 50 pixels
 
widget->setHeight(ime::bindMin("10%", "15%"); //Height will be set to 10% of the widgets parent height

◆ bindPosition()

IME_API std::string ime::bindPosition ( ui::Widget * widget )

Bind to the position of the widget.

Parameters

widget Widget to bind to

Returns: The bound position

◆ bindRight()

IME_API std::string ime::bindRight ( ui::Widget * widget )

Bind to the right position of a widget.

Parameters

widget Widget to bind to

Returns: The bound position

◆ bindSize()

IME_API std::string ime::bindSize ( ui::Widget * widget )

Bind to the size of the widget.

Parameters

widget The widget to bind to

Returns: The bound size

◆ bindTop()

IME_API std::string ime::bindTop ( ui::Widget * widget )

Bind to the y position of the widget.

Parameters

widget Widget to bind to

Returns: The bound position

◆ bindWidth()

IME_API std::string ime::bindWidth ( ui::Widget * widget )

Bind to the width of a widget.

Parameters

widget The widget to bind to

Returns: The bound size

◆ operator!=() [1/2]

IME_API bool ime::operator!=	(	const Index &	lhs,
		const Index &	rhs
	)

Overload of binary operator !=.

Parameters

lhs	Left operand
rhs	Right operand

Returns: True if lhs is not equal to rhs

◆ operator!=() [2/2]

IME_API bool ime::operator!=	(	const TriggerKeys &	lhs,
		const TriggerKeys &	rhs
	)

Overload of binary operator !=.

Parameters

lhs	Left operand (a vector)
rhs	Right operand (a vector)

Returns: True if lhs is not equal to rhs

◆ operator*()

template<typename T >

Vector2< T > ime::operator*	(	T	left,
		const Vector2< T > &	right
	)

relates Vector2

Overload of binary operator *

Parameters

left	Left operand (a scalar value)
right	Right operand (a vector)

Returns: Memberwise multiplication by left

◆ operator*=()

template<typename T >

Vector2< T > & ime::operator*=	(	Vector2< T > &	left,
		T	right
	)

Overload of binary operator *=.

Parameters

left	Left operand (a vector)
right	Right operand (a scalar value)

Returns: Reference to left

This operator performs a memberwise multiplication by right, and assigns the result to left.

◆ operator==() [1/2]

IME_API bool ime::operator==	(	const Index &	lhs,
		const Index &	rhs
	)

Overload of binary operator ==.

Parameters

lhs	Left operand
rhs	Right operand

Returns: True if lhs is equal to rhs

◆ operator==() [2/2]

IME_API bool ime::operator==	(	const TriggerKeys &	lhs,
		const TriggerKeys &	rhs
	)

Overload of binary operator ==.

Parameters

lhs	Left operand
rhs	Right operand

Returns: True if lhs is equal to rhs

◆ savePref()

IME_API void ime::savePref	(	const Preference &	pref,
		const std::string &	filename
	)

Save a Preference to the disk.

Parameters

pref	The preference to be saved
filename	The name of the file to save the preference to

Exceptions

FileNotFoundException if the specified file cannot be opened for writing

The preference will be saved using the following format:

# Description (optional)

Key:Type=Value

ime::Key

input::Keyboard::Key Key

ime::input::Keyboard::Key alias

Definition: Keyboard.h:302

Note that the preference will be appended at the end of the file. In addition, the file to append data to is searched relative to the game executable

Variable Documentation

◆ Down

const Direction ime::Down = {0, 1}

static

South direction.

Definition at line 44 of file GridMover.h.

◆ DownLeft

const Direction ime::DownLeft = {-1, 1}

static

South-West direction.

Definition at line 45 of file GridMover.h.

◆ DownRight

const Direction ime::DownRight = {1, 1}

static

South-East direction.

Definition at line 43 of file GridMover.h.

◆ Left

const Direction ime::Left = {-1, 0}

static

West direction.

Definition at line 38 of file GridMover.h.

◆ Right

const Direction ime::Right = {1, 0}

static

East direction.

Definition at line 42 of file GridMover.h.

◆ Unknown

const Direction ime::Unknown = {0, 0}

static

Unknown direction.

Definition at line 46 of file GridMover.h.

◆ Up

const Direction ime::Up = {0, -1}

static

North direction.

Definition at line 40 of file GridMover.h.

◆ UpLeft

const Direction ime::UpLeft = {-1, -1}

static

North-West direction.

Definition at line 39 of file GridMover.h.

◆ UpRight

const Direction ime::UpRight = {1, -1}

static

North-East direction.

Definition at line 41 of file GridMover.h.

Namespaces

Classes

Typedefs

Enumerations

Functions

Variables

Detailed Description

Typedef Documentation

◆ AABBCallback

◆ Callback

◆ Direction

◆ FloatRect

◆ Int16

◆ Int32

◆ Int64

◆ Int8

◆ IntRect

◆ Key

◆ Keyboard

◆ Map

◆ Mouse

◆ PrefType

◆ RayCastCallback

◆ ShapeContainer

◆ SpriteContainer

◆ Uint16

◆ Uint32

◆ Uint64

◆ Uint8

◆ UIntRect

◆ Vector2f

◆ Vector2i

◆ Vector2u

Enumeration Type Documentation

◆ CursorType

◆ FrameArrangement

◆ JointType

◆ KeyboardEvent

◆ MouseEvent

◆ MovementTrigger

◆ ResourceType

◆ TextStyle

◆ WindowStyle

Function Documentation

◆ bindBottom()

◆ bindHeight()

◆ bindLeft()

◆ bindMax()

◆ bindMin()

◆ bindPosition()

◆ bindRight()

◆ bindSize()

◆ bindTop()

◆ bindWidth()

◆ operator!=() [1/2]

◆ operator!=() [2/2]

◆ operator*()

◆ operator*=()

◆ operator==() [1/2]

◆ operator==() [2/2]

◆ savePref()

Variable Documentation

◆ Down

◆ DownLeft

◆ DownRight

◆ Left

◆ Right

◆ Unknown

◆ Up

◆ UpLeft

◆ UpRight