public uint ScreenWidthInRawPixels { get; } 屬性值 UInt32 傳回包含應用程式檢視之邏輯監視器的目前解析度。 當應用程式的檢視移至另一個邏輯監視器時,這個屬性會反映新的邏輯監視器解析度。 Windows 需求 展開表格 裝置系列 Windows 10 Anniversary Edition (已於 10.0.14393.0 引進) API contract Windows...
public virtual int ScreenPixelsWidth { get; } Valeur de propriété Int32 Largeur approximative de l’affichage, en pixels. La valeur par défaut est 96. Remarques La valeur retournée peut être dérivée de la taille et de la largeur de caractères supposées. L’algorithme permettant de ...
public virtual int ScreenPixelsWidth { get } Remarks This value can be derived from the assumed character size and actual screen pixel size. The algorithm for determining the height uses a combination of the default sizes (from the .config file), device-specific sizes (again, in the .config...
public virtual int ScreenPixelsWidth { get } 備註 這個值可以從假設的字元大小和實際的螢幕像素大小衍生。決定高度的演算法使用下列組合:預設大小 (來自 .config 檔)、裝置的特定大小 (也是來自 .config 檔),以及裝置傳送的明確標頭。這些值不必精確 (寬度,尤其是可變寬度字型,取大約值即可)。
Gets the width, in pixels, of the client area for a full-screen window on the primary display monitor. C# publicstaticdoubleFullPrimaryScreenWidth {get; } Property Value Double The width of the client area. Remarks Maps to SM_CXFULLSCREEN. SeeGetSystemMetrics. ...
An integer representing the number of pixels, or an integer along with an optional unit of measure appended (as a string). version added:1.4.1.width( function ) function Type:Function(Integerindex,Integervalue ) =>StringorNumber A function returning the width to set. Receives the index positi...
ScreenWidthInRawPixels Property Reference Feedback Definition Namespace: Windows.Graphics.Display Edit Returns the current width resolution of the logical monitor. C# Copy public uint ScreenWidthInRawPixels { get; } Property Value UInt32 Returns the current resolution of the logical monitor ...
Error - This project references NuGet package(s) that are missing on this computer Error - This SqlTransaction has completed; it is no longer usable. Error : Unable to start program http://localhost/default.aspx Error 'Excep...
Icons are all multiples of eight pixels in width. It’s not just because computer people like powers of two. Back in the early days of Windows, video cards were monochrome or, if you were lucky, 16-color. These were all planar video modes,the mechanics of which were discussed earlier. ...
Icons are all multiples of eight pixels in width. It’s not just because computer people like powers of two. Back in the early days of Windows, video cards were monochrome or, if you were lucky, 16-color. These were all planar video modes,the mechanics of which were discussed earlier. ...