C# Class FlatRedBall.Camera

Inheritance: FlatRedBall.PositionedObject

Afficher le fichier Open project: vchelaru/FlatRedBall Class Usage Examples

Méthodes publiques

Свойство	Type	Description
BackgroundColor	Color
DrawToScreen	bool
RenderOrder	List
UpVector	Vector3

Méthodes publiques

Méthode	Description
AbsoluteBottomYEdgeAt ( float absoluteZ ) : float
AbsoluteLeftXEdgeAt ( float absoluteZ ) : float
AbsoluteRightXEdgeAt ( float absoluteZ ) : float
AbsoluteTopYEdgeAt ( float absoluteZ ) : float
FixAspectRatioXConstant ( ) : void
FixAspectRatioYConstant ( ) : void	Sets the aspectRatio to match the width/height of the area that the camera is drawing to. This is usually used in applications with split screen or when on a widescreen display.
GetZDistanceForPixelPerfect ( ) : float
IsPointInView ( double x, double y, double absoluteZ ) : bool
IsSpriteInView ( Sprite sprite ) : bool
IsSpriteInView ( Sprite sprite, bool relativeToCamera ) : bool
IsTextInView ( Text text ) : bool
IsXInView ( double x, double absoluteZ ) : bool	Determines if the X value is in view, assuming the camera is viewing down the Z axis. Currently, this method assumes viewing down the Z axis.
IsYInView ( double y, double absoluteZ ) : bool	Determines if the Y value is in view, assuming the camera is viewing down the Z axis. Currently, this method assumes viewing down the Z axis.
PixelsPerUnitAt ( Vector3 &absolutePosition ) : float
PixelsPerUnitAt ( Vector3 &absolutePosition, float fieldOfView, bool orthogonal, float orthogonalHeight ) : float
PixelsPerUnitAt ( float absoluteZ ) : float	Returns the number of pixels per unit at the given absolute Z value. Assumes that the Camera is unrotated. If using the PixelsPerUnitAt for a rotated camera, use the overload which takes a Vector3 argument.
RelativeXEdgeAt ( float absoluteZ ) : float
RelativeXEdgeAt ( float absoluteZ, float fieldOfView, float aspectRatio, bool orthogonal, float orthogonalWidth ) : float
RelativeYEdgeAt ( float absoluteZ ) : float
RelativeYEdgeAt ( float absoluteZ, float fieldOfView, float aspectRatio, bool orthogonal, float orthogonalHeight ) : float
UsePixelCoordinates ( bool moveCornerToOrigin, int desiredWidth, int desiredHeight ) : void	Sets the camera to Orthogonal, sets the OrthogonalWidth and OrthogonalHeight to match the argument values, and can move the so the bottom-left corner of the screen is at the origin.
UsePixelCoordinates3D ( float zToMakePixelPerfect ) : void
WorldXAt ( float zPosition, bool overridingOrthogonal, float overridingOrthogonalWidth, float screenX ) : float
WorldXAt ( float screenX, float zPosition ) : float
WorldXAt ( float screenX, float zPosition, Layer layer ) : float
WorldXAt ( float screenX, float zPosition, bool overridingOrthogonal, float overridingOrthogonalWidth ) : float
WorldYAt ( float zPosition, bool orthogonal, float orthogonalHeight, float screenY ) : float
WorldYAt ( float screenY, float zPosition ) : float
WorldYAt ( float screenY, float zPosition, Layer layer ) : float
WorldYAt ( float screenY, float zPosition, bool overridingOrthogonal, float overridingOrthogonalHeight ) : float

Private Methods

Méthode	Description
Color ( ) : System
GetWorldXGivenHorizontalPercentage ( float zPosition, bool overridingOrthogonal, float overridingOrthogonalWidth, float horizontalPercentage ) : float

Method Details

AbsoluteBottomYEdgeAt() public méthode

public AbsoluteBottomYEdgeAt ( float absoluteZ ) : float
absoluteZ	float
Résultat	float

AbsoluteLeftXEdgeAt() public méthode

public AbsoluteLeftXEdgeAt ( float absoluteZ ) : float
absoluteZ	float
Résultat	float

AbsoluteRightXEdgeAt() public méthode

public AbsoluteRightXEdgeAt ( float absoluteZ ) : float
absoluteZ	float
Résultat	float

AbsoluteTopYEdgeAt() public méthode

public AbsoluteTopYEdgeAt ( float absoluteZ ) : float
absoluteZ	float
Résultat	float

FixAspectRatioXConstant() public méthode

public FixAspectRatioXConstant ( ) : void
Résultat	void

FixAspectRatioYConstant() public méthode

Sets the aspectRatio to match the width/height of the area that the camera is drawing to.

This is usually used in applications with split screen or when on a widescreen display.

public FixAspectRatioYConstant ( ) : void
Résultat	void

GetZDistanceForPixelPerfect() public méthode

public GetZDistanceForPixelPerfect ( ) : float
Résultat	float

IsPointInView() public méthode

public IsPointInView ( double x, double y, double absoluteZ ) : bool
x	double
y	double
absoluteZ	double
Résultat	bool

IsSpriteInView() public méthode

public IsSpriteInView ( Sprite sprite ) : bool
sprite	Sprite
Résultat	bool

IsSpriteInView() public méthode

public IsSpriteInView ( Sprite sprite, bool relativeToCamera ) : bool
sprite	Sprite
relativeToCamera	bool
Résultat	bool

IsTextInView() public méthode

public IsTextInView ( Text text ) : bool
text	Text
Résultat	bool

IsXInView() public méthode

Determines if the X value is in view, assuming the camera is viewing down the Z axis.

Currently, this method assumes viewing down the Z axis.

public IsXInView ( double x, double absoluteZ ) : bool
x	double	The absolute X position of the point.
absoluteZ	double	The absolute Z position of the point.
Résultat	bool

IsYInView() public méthode

Determines if the Y value is in view, assuming the camera is viewing down the Z axis.

Currently, this method assumes viewing down the Z axis.

public IsYInView ( double y, double absoluteZ ) : bool
y	double	The absolute Y position of the point.
absoluteZ	double	The absolute Z position of the point.
Résultat	bool

PixelsPerUnitAt() public méthode

public PixelsPerUnitAt ( Vector3 &absolutePosition ) : float
absolutePosition	Vector3
Résultat	float

PixelsPerUnitAt() public méthode

public PixelsPerUnitAt ( Vector3 &absolutePosition, float fieldOfView, bool orthogonal, float orthogonalHeight ) : float
absolutePosition	Vector3
fieldOfView	float
orthogonal	bool
orthogonalHeight	float
Résultat	float

PixelsPerUnitAt() public méthode

Returns the number of pixels per unit at the given absolute Z value. Assumes that the Camera is unrotated.

If using the PixelsPerUnitAt for a rotated camera, use the overload which takes a Vector3 argument.

public PixelsPerUnitAt ( float absoluteZ ) : float
absoluteZ	float	The absolute Z position.
Résultat	float

RelativeXEdgeAt() public méthode

public RelativeXEdgeAt ( float absoluteZ ) : float
absoluteZ	float
Résultat	float

RelativeXEdgeAt() public méthode

public RelativeXEdgeAt ( float absoluteZ, float fieldOfView, float aspectRatio, bool orthogonal, float orthogonalWidth ) : float
absoluteZ	float
fieldOfView	float
aspectRatio	float
orthogonal	bool
orthogonalWidth	float
Résultat	float

RelativeYEdgeAt() public méthode

public RelativeYEdgeAt ( float absoluteZ ) : float
absoluteZ	float
Résultat	float

RelativeYEdgeAt() public méthode

public RelativeYEdgeAt ( float absoluteZ, float fieldOfView, float aspectRatio, bool orthogonal, float orthogonalHeight ) : float
absoluteZ	float
fieldOfView	float
aspectRatio	float
orthogonal	bool
orthogonalHeight	float
Résultat	float

UsePixelCoordinates() public méthode

Sets the camera to Orthogonal, sets the OrthogonalWidth and OrthogonalHeight to match the argument values, and can move the so the bottom-left corner of the screen is at the origin.

public UsePixelCoordinates ( bool moveCornerToOrigin, int desiredWidth, int desiredHeight ) : void
moveCornerToOrigin	bool	Whether the camera should be repositioned /// so the bottom left is at the origin.
desiredWidth	int	The desired unit width of the view.
desiredHeight	int	The desired unit height of the view.
Résultat	void

UsePixelCoordinates3D() public méthode

public UsePixelCoordinates3D ( float zToMakePixelPerfect ) : void
zToMakePixelPerfect	float
Résultat	void

WorldXAt() public méthode

public WorldXAt ( float zPosition, bool overridingOrthogonal, float overridingOrthogonalWidth, float screenX ) : float
zPosition	float
overridingOrthogonal	bool
overridingOrthogonalWidth	float
screenX	float
Résultat	float

WorldXAt() public méthode

public WorldXAt ( float screenX, float zPosition ) : float
screenX	float
zPosition	float
Résultat	float

WorldXAt() public méthode

public WorldXAt ( float screenX, float zPosition, Layer layer ) : float
screenX	float
zPosition	float
layer	Layer
Résultat	float

WorldXAt() public méthode

public WorldXAt ( float screenX, float zPosition, bool overridingOrthogonal, float overridingOrthogonalWidth ) : float
screenX	float
zPosition	float
overridingOrthogonal	bool
overridingOrthogonalWidth	float
Résultat	float

WorldYAt() public méthode

public WorldYAt ( float zPosition, bool orthogonal, float orthogonalHeight, float screenY ) : float
zPosition	float
orthogonal	bool
orthogonalHeight	float
screenY	float
Résultat	float

WorldYAt() public méthode

public WorldYAt ( float screenY, float zPosition ) : float
screenY	float
zPosition	float
Résultat	float

WorldYAt() public méthode

public WorldYAt ( float screenY, float zPosition, Layer layer ) : float
screenY	float
zPosition	float
layer	Layer
Résultat	float

WorldYAt() public méthode

public WorldYAt ( float screenY, float zPosition, bool overridingOrthogonal, float overridingOrthogonalHeight ) : float
screenY	float
zPosition	float
overridingOrthogonal	bool
overridingOrthogonalHeight	float
Résultat	float

Property Details

BackgroundColor public_oe property

public Color BackgroundColor
Résultat	Color

DrawToScreen public_oe property

Whether or not this camera should be drawn to the screen

public bool DrawToScreen
Résultat	bool

RenderOrder public_oe property

Defines the rendering order for this camera

public List RenderOrder
Résultat	List

UpVector public_oe property

public Vector3 UpVector
Résultat	Vector3