C# Class Nez.Camera

Inheritance: Component

Afficher le fichier Open project: prime31/Nez Class Usage Examples

Méthodes publiques

Свойство	Type	Description
farClipPlane3D	float
nearClipPlane3D	float
positionZ3D	float

Méthodes publiques

Méthode	Description
Camera ( ) : System
forceMatrixUpdate ( ) : void	this forces the matrix and bounds dirty
onEntityTransformChanged ( Transform comp ) : void
screenToWorldPoint ( Point screenPosition ) : Vector2	converts a point from screen coordinates to world
screenToWorldPoint ( Vector2 screenPosition ) : Vector2	converts a point from screen coordinates to world
setMaximumZoom ( float maxZoom ) : Camera	maximum non-scaled value (0 - float.Max) that the camera zoom can be. Defaults to 3
setMinimumZoom ( float minZoom ) : Camera	minimum non-scaled value (0 - float.Max) that the camera zoom can be. Defaults to 0.3
setPosition ( Vector2 position ) : Camera	shortcut to entity.transform.setPosition
setRotation ( float radians ) : Camera	shortcut to entity.transform.setRotation
setRotationDegrees ( float degrees ) : Camera	shortcut to entity.transform.setRotationDegrees
setZoom ( float zoom ) : Camera	sets the the zoom value which should be between -1 and 1. This value is then translated to be from minimumZoom to maximumZoom. This lets you set appropriate minimum/maximum values then use a more intuitive -1 to 1 mapping to change the zoom.
worldToScreenPoint ( Vector2 worldPosition ) : Vector2	converts a point from world coordinates to screen
zoomIn ( float deltaZoom ) : void
zoomOut ( float deltaZoom ) : void

Méthodes protégées

Méthode	Description
updateMatrixes ( ) : void

Private Methods

Méthode	Description
onSceneRenderTargetSizeChanged ( int newWidth, int newHeight ) : void	when the scene render target size changes we update the cameras origin and adjust the position to keep it where it was

Method Details

Camera() public méthode

public Camera ( ) : System
Résultat	System

forceMatrixUpdate() public méthode

this forces the matrix and bounds dirty

public forceMatrixUpdate ( ) : void
Résultat	void

onEntityTransformChanged() public méthode

public onEntityTransformChanged ( Transform comp ) : void
comp	Transform
Résultat	void

screenToWorldPoint() public méthode

converts a point from screen coordinates to world

public screenToWorldPoint ( Point screenPosition ) : Vector2
screenPosition	Point	Screen position.
Résultat	Vector2

screenToWorldPoint() public méthode

converts a point from screen coordinates to world

public screenToWorldPoint ( Vector2 screenPosition ) : Vector2
screenPosition	Vector2	Screen position.
Résultat	Vector2

setMaximumZoom() public méthode

maximum non-scaled value (0 - float.Max) that the camera zoom can be. Defaults to 3

public setMaximumZoom ( float maxZoom ) : Camera
maxZoom	float	Max zoom.
Résultat	Camera

setMinimumZoom() public méthode

minimum non-scaled value (0 - float.Max) that the camera zoom can be. Defaults to 0.3

public setMinimumZoom ( float minZoom ) : Camera
minZoom	float
Résultat	Camera

setPosition() public méthode

shortcut to entity.transform.setPosition

public setPosition ( Vector2 position ) : Camera
position	Vector2
Résultat	Camera

setRotation() public méthode

shortcut to entity.transform.setRotation

public setRotation ( float radians ) : Camera
radians	float	Radians.
Résultat	Camera

setRotationDegrees() public méthode

shortcut to entity.transform.setRotationDegrees

public setRotationDegrees ( float degrees ) : Camera
degrees	float	Degrees.
Résultat	Camera

setZoom() public méthode

sets the the zoom value which should be between -1 and 1. This value is then translated to be from minimumZoom to maximumZoom. This lets you set appropriate minimum/maximum values then use a more intuitive -1 to 1 mapping to change the zoom.

public setZoom ( float zoom ) : Camera
zoom	float	Zoom.
Résultat	Camera

updateMatrixes() protected méthode

protected updateMatrixes ( ) : void
Résultat	void

worldToScreenPoint() public méthode

converts a point from world coordinates to screen

public worldToScreenPoint ( Vector2 worldPosition ) : Vector2
worldPosition	Vector2	World position.
Résultat	Vector2

zoomIn() public méthode

public zoomIn ( float deltaZoom ) : void
deltaZoom	float
Résultat	void

zoomOut() public méthode

public zoomOut ( float deltaZoom ) : void
deltaZoom	float
Résultat	void

Property Details

farClipPlane3D public_oe property

far clip plane of the 3D camera projection

public float farClipPlane3D
Résultat	float

nearClipPlane3D public_oe property

near clip plane of the 3D camera projection

public float nearClipPlane3D
Résultat	float

positionZ3D public_oe property

z-position of the 3D camera projections. Affects the fov greatly. Lower values make the objects appear very long in the z-direction.

public float positionZ3D
Résultat	float