-
dotnet-api
- C1.Android.Calendar Assembly
- C1.Android.Chart Assembly
-
C1.Android.Core Assembly
-
C1.Android.Core
-
Classes
- AsyncEventArgs
- AsyncEventArgsDeferral
- AsyncEventArgsDeferralsAwaiter
- BorderAlignment
- C1Animation
- C1Behavior<T>
- C1BitmapIcon
- C1Border
- C1CheckBox
- C1ClearableEditText
- C1CompositeIcon
- C1CornerRadius
- C1CornerValue
- C1DragCompletedEventArgs
- C1DragDeltaEventArgs
- C1DragEventArgs
- C1DragHelperMode
- C1DragInertiaStartedEventArgs
- C1DragPreviewEventArgs
- C1DragStartedEventArgs
- C1Easing
- C1Font
- C1FontIcon
- C1Icon
- C1IconTemplate
- C1InputEventArgs
- C1PathIcon
- C1Point
- C1PointerDeviceType
- C1PolygonIcon
- C1Rect
- C1ScrollViewer
- C1ScrollViewerSizeChangedEventArgs
- C1ScrollViewerView
- C1ScrollViewerViewChangedEventArgs
- C1ScrollViewerViewChangingEventArgs
- C1Size
- C1SwipeDirection
- C1TappedEventArgs
- C1ThemeInfo
- C1Thickness
- C1ToggleButton
- C1VectorIcon
- DependencyProperty
- FlowDirection
- LicenseManager
- Resource
- Resource.Attribute
- Resource.Color
- Resource.Dimension
- Resource.Drawable
- Resource.Id
- Resource.Integer
- Resource.Layout
- Resource.String
- Resource.Style
- Resource.Styleable
- ScrollBarVisibility
- ViewEx
- ZoomMode
- Interfaces
-
Classes
-
C1.Android.Core
- C1.Android.Gauge Assembly
- C1.Android.Grid Assembly
- C1.Android.Input Assembly
- C1.Android.Viewer Assembly
C1.Android.Core.C1Rect
C1Rect Class
Describes the width, height, and point origin of a rectangle.
Namespace: C1.Android.Core
Assembly: C1.Android.Core.dll
Syntax
public sealed class C1Rect : ValueTypeConstructors
| Name | Description |
|---|---|
| C1Rect(C1Point, C1Point) | Initializes a C1Rect structure that is exactly large enough to contain the two specified points. |
| C1Rect(C1Point, C1Size) | Initializes a C1Rect structure based on an origin and size. |
| C1Rect(double, double, double, double) | Initializes a C1Rect structure that has the specified x-coordinate, y-coordinate, width, and height. |
Properties
| Name | Description |
|---|---|
| Bottom | Gets the y-axis value of the bottom of the rectangle. |
| Empty | Gets a special value that represents a rectangle with no position or area. |
| Height | Gets or sets the height of the rectangle. |
| IsEmpty | Gets a value that indicates whether the rectangle is the C1Rect.Empty rectangle. |
| Left | Gets the x-axis value of the left side of the rectangle. |
| Right | Gets the x-axis value of the right side of the rectangle. |
| Top | Gets the y-axis position of the top of the rectangle. |
| Width | Gets or sets the width of the rectangle. |
| X | Gets or sets the x-axis value of the left side of the rectangle. |
| Y | Gets or sets the y-axis value of the top side of the rectangle. |
Methods
| Name | Description |
|---|---|
| Contains(C1Point) | Indicates whether the rectangle described by the C1Rect contains the specified point. |
| Equals(object) | Determines whether the specified object, is equal to this instance. |
| GetHashCode() | Returns a hash code for this instance. |
| Inflate(C1Size) | Returns the rectangle that results from expanding the specified rectangle by the specified Size, in all directions. |
| Inflate(double, double) | Inflates the rectangle that results from expanding the specified rectangle by the specified width and height, in all directions. |
| Intersect(C1Rect) | Finds the intersection of the rectangle represented by the C1Rect and the rectangle represented by the specified C1Rect, and stores the result as the current C1Rect. |
| ToString() | Gets a string representation of C1Rect |
| Union(C1Point) | Expands the rectangle represented by the current C1Rect exactly enough to contain the specified point. |
| Union(C1Rect) | Expands the rectangle represented by the current C1Rect exactly enough to contain the specified rectangle. |
| Union(C1Rect, C1Rect) | Returns a new rectangle exactly enough to contain the specified rectangles. |
Operators
| Name | Description |
|---|---|
| operator ==(C1Rect, C1Rect) | Compares two C1Rect structures for equality. |
| operator !=(C1Rect, C1Rect) | Compares two C1Rect structures for inequality. |