C# Class Monobjc.ApplicationServices.CGRect

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Méthodes publiques

Свойство	Type	Description
CGRectZero	CGRect

Méthodes publiques

Méthode	Description
CGRectContainsPoint ( CGRect rect, CGPoint point ) : int	Indicates whether a rectangle contains a specified point. Original declaration is : int CGRectContainsPoint ( CGRect rect, CGPoint point );
CGRectContainsRect ( CGRect rect1, CGRect rect2 ) : int	Indicates whether the first rectangle contains the second rectangle. Original declaration is : int CGRectContainsRect ( CGRect rect1, CGRect rect2 );
CGRectDivide ( CGRect rect, CGRect &slice, CGRect &remainder, CGFloat amount, CGRectEdge edge ) : void	Divides a source rectangle into two component rectangles. Original declaration is : void CGRectDivide ( CGRect rect, CGRect slice, CGRect remainder, float amount, CGRectEdge edge );
CGRectEqualToRect ( CGRect rect1, CGRect rect2 ) : int	Indicates whether two rectangles are equal in size and position. Original declaration is : int CGRectEqualToRect ( CGRect rect1, CGRect rect2 );
CGRectGetHeight ( CGRect rect ) : float	Returns the height of a rectangle. Original declaration is : float CGRectGetHeight ( CGRect rect );
CGRectGetMaxX ( CGRect rect ) : float	Returns the x-axis coordinate that establishes the right edge of a rectangle. Original declaration is : float CGRectGetMaxX ( CGRect rect );
CGRectGetMaxY ( CGRect rect ) : float	Returns the y-axis coordinate that establishes the top edge of a rectangle. Original declaration is : float CGRectGetMaxY ( CGRect rect );
CGRectGetMidX ( CGRect rect ) : float	Returns the x-axis coordinate that establishes the center of a rectangle. Original declaration is : float CGRectGetMidX ( CGRect rect );
CGRectGetMidY ( CGRect rect ) : float	Returns the y-axis coordinate that establishes the center of a rectangle. Original declaration is : float CGRectGetMidY ( CGRect rect );
CGRectGetMinX ( CGRect rect ) : float	Returns the x-axis coordinate that establishes the left edge of a rectangle. Original declaration is : float CGRectGetMinX ( CGRect rect );
CGRectGetMinY ( CGRect rect ) : float	Returns the y-axis coordinate that establishes the bottom edge of a rectangle. Original declaration is : float CGRectGetMinY ( CGRect rect );
CGRectGetWidth ( CGRect rect ) : float	Returns the width of a rectangle. Original declaration is : float CGRectGetWidth ( CGRect rect );
CGRectInset ( CGRect rect, CGFloat dx, CGFloat dy ) : CGRect	Returns a rectangle that is smaller or larger than the source rectangle, with the same center point. Original declaration is : CGRect CGRectInset ( CGRect rect, float dx, float dy );
CGRectIntegral ( CGRect rect ) : CGRect	Returns a rectangle with integer values for its origin and size. Original declaration is : CGRect CGRectIntegral ( CGRect rect );
CGRectIntersection ( CGRect rect1, CGRect rect2 ) : CGRect	Returns the intersection of two rectangles. Original declaration is : CGRect CGRectIntersection ( CGRect rect1, CGRect rect2 );
CGRectIntersectsRect ( CGRect rect1, CGRect rect2 ) : int	Indicates whether two rectangles intersect. Original declaration is : int CGRectIntersectsRect ( CGRect rect1, CGRect rect2 );
CGRectIsEmpty ( CGRect rect ) : int	Indicates whether a rectangle has zero width or height or is a null rectangle. Original declaration is : int CGRectIsEmpty ( CGRect rect );
CGRectIsInfinite ( CGRect rect ) : bool	Checks whether a rectangle is infinite. Original declaration is : bool CGRectIsInfinite ( CGRect rect );
CGRectIsNull ( CGRect rect ) : int	Indicates whether a rectangle is invalid. Original declaration is : int CGRectIsNull ( CGRect rect );
CGRectMake ( CGFloat x, CGFloat y, CGFloat width, CGFloat height ) : CGRect	Returns a rectangle structure constructed from coordinate and dimension values you provide. Original declaration is : CGRect CGRectMake ( float x, float y, float width, float height );
CGRectOffset ( CGRect rect, CGFloat dx, CGFloat dy ) : CGRect	Returns a rectangle with an origin offset from that of the source rectangle. Original declaration is : CGRect CGRectOffset ( CGRect rect, float dx, float dy );
CGRectStandardize ( CGRect rect ) : CGRect	Returns a rectangle with a positive width and height. Original declaration is : CGRect CGRectStandardize ( CGRect rect );
CGRectUnion ( CGRect r1, CGRect r2 ) : CGRect	Returns the smallest rectangle that contains two other specified rectangles. Original declaration is : CGRect CGRectUnion ( CGRect r1, CGRect r2 );
ContainsRect ( CGRect aRect ) : int	Returns an int value that indicates whether this rectangle completely encloses another.
DivideRect ( CGRect &slice, CGRect &remainder, CGFloat amount, CGRectEdge edge ) : void	Divides this rectangle into two new rectangles.
InsetRect ( CGFloat dX, CGFloat dY ) : CGRect	Creates a rectangle that insets this rectangle by a specified amount.
IntegralRect ( ) : CGRect	Creates a rectangle with the sides of this rectangle to integer values.
IntersectionRect ( CGRect aRect ) : CGRect	Calculates the intersection of this rectangle with the specified rectangle.
IntersectsRect ( CGRect aRect ) : int	Returns an int value that indicates whether this rectangle and the specified rectangle intersect.
OffsetRect ( CGFloat dX, CGFloat dY ) : CGRect	Creates a rectangle that offsets this rectangle by the specified amount.
PointInRect ( CGPoint aPoint ) : int	Returns an int value that indicates whether a given point is in a specified rectangle.
UnionRect ( CGRect aRect ) : CGRect	Creates a rectangle as the union of this rectangle and the specified rectangle.

Method Details

CGRectContainsPoint() public static méthode

Indicates whether a rectangle contains a specified point.

Original declaration is : int CGRectContainsPoint ( CGRect rect, CGPoint point );

public static CGRectContainsPoint ( CGRect rect, CGPoint point ) : int
rect	CGRect	The rectangle to examine.
point	CGPoint	The point to examine.
Résultat	int

CGRectContainsRect() public static méthode

Indicates whether the first rectangle contains the second rectangle.

Original declaration is : int CGRectContainsRect ( CGRect rect1, CGRect rect2 );

public static CGRectContainsRect ( CGRect rect1, CGRect rect2 ) : int
rect1	CGRect	The rectangle to examine for containment of the rectangle passed in rect2.
rect2	CGRect	The rectangle to examine for being contained in the rectangle passed in rect1.
Résultat	int

CGRectDivide() public static méthode

Divides a source rectangle into two component rectangles.

Original declaration is : void CGRectDivide ( CGRect rect, CGRect *slice, CGRect *remainder, float amount, CGRectEdge edge );

public static CGRectDivide ( CGRect rect, CGRect &slice, CGRect &remainder, CGFloat amount, CGRectEdge edge ) : void
rect	CGRect	The source rectangle.
slice	CGRect	On input, a pointer to an uninitialized rectangle. On return, a rectangle that contains the specified edge and extends the distance beyond it specified by the amount parameter.
remainder	CGRect	On input, a pointer to an uninitialized rectangle. On return, the rectangle contains the portion of the source rectangle that remains after CGRectEdge produces the 'slice' rectangle.
amount	CGFloat	A distance from the rectangle's side that is specified in the edge parameter. This distance defines the line, parallel to the specified side, that Quartz uses to divide the source rectangle.
edge	CGRectEdge	A CGRectEdge value (CGRectMinXEdge, CGRectMinYEdge, CGRectMaxXEdge, or CGRectMaxYEdge) that specifies the side of the rectangle from which the distance passed in the amount parameter is measured. CGRectDivide produces a 'slice' rectangle that contains the specified edge and extends amount distance beyond it.
Résultat	void

CGRectEqualToRect() public static méthode

Indicates whether two rectangles are equal in size and position.

Original declaration is : int CGRectEqualToRect ( CGRect rect1, CGRect rect2 );

public static CGRectEqualToRect ( CGRect rect1, CGRect rect2 ) : int
rect1	CGRect	The first rectangle to examine.
rect2	CGRect	The second rectangle to examine.
Résultat	int

CGRectGetHeight() public static méthode

Returns the height of a rectangle.

Original declaration is : float CGRectGetHeight ( CGRect rect );

public static CGRectGetHeight ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectGetMaxX() public static méthode

Returns the x-axis coordinate that establishes the right edge of a rectangle.

Original declaration is : float CGRectGetMaxX ( CGRect rect );

public static CGRectGetMaxX ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectGetMaxY() public static méthode

Returns the y-axis coordinate that establishes the top edge of a rectangle.

Original declaration is : float CGRectGetMaxY ( CGRect rect );

public static CGRectGetMaxY ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectGetMidX() public static méthode

Returns the x-axis coordinate that establishes the center of a rectangle.

Original declaration is : float CGRectGetMidX ( CGRect rect );

public static CGRectGetMidX ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectGetMidY() public static méthode

Returns the y-axis coordinate that establishes the center of a rectangle.

Original declaration is : float CGRectGetMidY ( CGRect rect );

public static CGRectGetMidY ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectGetMinX() public static méthode

Returns the x-axis coordinate that establishes the left edge of a rectangle.

Original declaration is : float CGRectGetMinX ( CGRect rect );

public static CGRectGetMinX ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectGetMinY() public static méthode

Returns the y-axis coordinate that establishes the bottom edge of a rectangle.

Original declaration is : float CGRectGetMinY ( CGRect rect );

public static CGRectGetMinY ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectGetWidth() public static méthode

Returns the width of a rectangle.

Original declaration is : float CGRectGetWidth ( CGRect rect );

public static CGRectGetWidth ( CGRect rect ) : float
rect	CGRect	The rectangle to examine.
Résultat	float

CGRectInset() public static méthode

Returns a rectangle that is smaller or larger than the source rectangle, with the same center point.

Original declaration is : CGRect CGRectInset ( CGRect rect, float dx, float dy );

public static CGRectInset ( CGRect rect, CGFloat dx, CGFloat dy ) : CGRect
rect	CGRect	The source rectangle.
dx	CGFloat	The value by which to adjust the x-coordinates of the source rectangle. To create an inset rectangle, specify a positive value. To create a larger, encompassing rectangle, specify a negative value.
dy	CGFloat	The value by which to adjust the y-coordinates of the source rectangle. To create an inset rectangle, specify a positive value. To create a larger, encompassing rectangle, specify a negative value.
Résultat	CGRect

CGRectIntegral() public static méthode

Returns a rectangle with integer values for its origin and size.

Original declaration is : CGRect CGRectIntegral ( CGRect rect );

public static CGRectIntegral ( CGRect rect ) : CGRect
rect	CGRect	The source rectangle.
Résultat	CGRect

CGRectIntersection() public static méthode

Returns the intersection of two rectangles.

Original declaration is : CGRect CGRectIntersection ( CGRect rect1, CGRect rect2 );

public static CGRectIntersection ( CGRect rect1, CGRect rect2 ) : CGRect
rect1	CGRect	The first source rectangle.
rect2	CGRect	The second source rectangle.
Résultat	CGRect

CGRectIntersectsRect() public static méthode

Indicates whether two rectangles intersect.

Original declaration is : int CGRectIntersectsRect ( CGRect rect1, CGRect rect2 );

public static CGRectIntersectsRect ( CGRect rect1, CGRect rect2 ) : int
rect1	CGRect	The first rectangle to examine.
rect2	CGRect	The second rectangle to examine.
Résultat	int

CGRectIsEmpty() public static méthode

Indicates whether a rectangle has zero width or height or is a null rectangle.

Original declaration is : int CGRectIsEmpty ( CGRect rect );

public static CGRectIsEmpty ( CGRect rect ) : int
rect	CGRect	The rectangle to examine.
Résultat	int

CGRectIsInfinite() public static méthode

Checks whether a rectangle is infinite.

Original declaration is : bool CGRectIsInfinite ( CGRect rect );

public static CGRectIsInfinite ( CGRect rect ) : bool
rect	CGRect	The rectangle to examine.
Résultat	bool

CGRectIsNull() public static méthode

Indicates whether a rectangle is invalid.

Original declaration is : int CGRectIsNull ( CGRect rect );

public static CGRectIsNull ( CGRect rect ) : int
rect	CGRect	The rectangle to examine.
Résultat	int

CGRectMake() public static méthode

Returns a rectangle structure constructed from coordinate and dimension values you provide.

Original declaration is : CGRect CGRectMake ( float x, float y, float width, float height );

public static CGRectMake ( CGFloat x, CGFloat y, CGFloat width, CGFloat height ) : CGRect
x	CGFloat	The x-coordinate of the rectangle's origin point.
y	CGFloat	The y-coordinate of the rectangle's origin point.
width	CGFloat	The width of the rectangle.
height	CGFloat	The height of the rectangle.
Résultat	CGRect

CGRectOffset() public static méthode

Returns a rectangle with an origin offset from that of the source rectangle.

Original declaration is : CGRect CGRectOffset ( CGRect rect, float dx, float dy );

public static CGRectOffset ( CGRect rect, CGFloat dx, CGFloat dy ) : CGRect
rect	CGRect	The source rectangle.
dx	CGFloat	The value by which to move the x-coordinate of the source rectangle's origin.
dy	CGFloat	The value by which to move the y-coordinate of the source rectangle's origin.
Résultat	CGRect

CGRectStandardize() public static méthode

Returns a rectangle with a positive width and height.

Original declaration is : CGRect CGRectStandardize ( CGRect rect );

public static CGRectStandardize ( CGRect rect ) : CGRect
rect	CGRect	The source rectangle.
Résultat	CGRect

CGRectUnion() public static méthode

Returns the smallest rectangle that contains two other specified rectangles.

Original declaration is : CGRect CGRectUnion ( CGRect r1, CGRect r2 );

public static CGRectUnion ( CGRect r1, CGRect r2 ) : CGRect
r1	CGRect	The first source rectangle.
r2	CGRect	The second source rectangle.
Résultat	CGRect

ContainsRect() public méthode

Returns an int value that indicates whether this rectangle completely encloses another.

public ContainsRect ( CGRect aRect ) : int
aRect	CGRect
Résultat	int

DivideRect() public méthode

Divides this rectangle into two new rectangles.

public DivideRect ( CGRect &slice, CGRect &remainder, CGFloat amount, CGRectEdge edge ) : void
slice	CGRect
remainder	CGRect
amount	CGFloat
edge	CGRectEdge
Résultat	void

InsetRect() public méthode

Creates a rectangle that insets this rectangle by a specified amount.

public InsetRect ( CGFloat dX, CGFloat dY ) : CGRect
dX	CGFloat
dY	CGFloat
Résultat	CGRect

IntegralRect() public méthode

Creates a rectangle with the sides of this rectangle to integer values.

public IntegralRect ( ) : CGRect
Résultat	CGRect

IntersectionRect() public méthode

Calculates the intersection of this rectangle with the specified rectangle.

public IntersectionRect ( CGRect aRect ) : CGRect
aRect	CGRect
Résultat	CGRect

IntersectsRect() public méthode

Returns an int value that indicates whether this rectangle and the specified rectangle intersect.

public IntersectsRect ( CGRect aRect ) : int
aRect	CGRect
Résultat	int

OffsetRect() public méthode

Creates a rectangle that offsets this rectangle by the specified amount.

public OffsetRect ( CGFloat dX, CGFloat dY ) : CGRect
dX	CGFloat
dY	CGFloat
Résultat	CGRect

PointInRect() public méthode

Returns an int value that indicates whether a given point is in a specified rectangle.

public PointInRect ( CGPoint aPoint ) : int
aPoint	CGPoint
Résultat	int

UnionRect() public méthode

Creates a rectangle as the union of this rectangle and the specified rectangle.

public UnionRect ( CGRect aRect ) : CGRect
aRect	CGRect
Résultat	CGRect

Property Details

CGRectZero public_oe static_oe property

A CGRect with its origin and size set to zero.

public static CGRect,Monobjc.ApplicationServices CGRectZero
Résultat	CGRect