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Leadtools.Codecs Namespace > CodecsRasterizeDocumentLoadOptions Class : XResolution Property |
public int XResolution {get; set;}
'Declaration
Public Property XResolution As Integer
'Usage
Dim instance As CodecsRasterizeDocumentLoadOptions Dim value As Integer instance.XResolution = value value = instance.XResolution
public int XResolution {get; set;}
@property (nonatomic, assign) NSUInteger xResolution
public int getXResolution() public void setXResolution(int value)
<br/>get_XResolution();<br/>set_XResolution(value);<br/>Object.defineProperty('XResolution');
The resolution controls the pixel density of the resulting raster image. For example, if you specify 8.5 by 11 inches page width and height and a resolution of 96, the resulting image will have a pixel width and height of (8.5 * 96 = 816) and (11 * 96 = 1056) pixels. This is suitable for viewing at a 100 percent zoom but when you start zooming in, the image will get pixelated. Pixelation can also occur when sending the raster image to a printer, since printers usually have much higher resolution than a screen.
If zooming in or high quality printing is a requirement in your code, then a higher resolution value must be specified, for example 300 by 300. For an 8.5 by 11 inches document, this results in a raster image size if (8.5 * 300 = 2550) and (11 * 300 = 3300) pixels. More than suitable for printing or zooming in. Keep in mind that increasing the resolution will increase the memory used to hold the image data. Finding the right balance between pixel density and memory consumption depends on your application needs.
After the RasterImage is loaded, the image resolution set in RasterImage.XResolution and RasterImage.YResolution will be the same as XResolution and YResolution.
The vertical resolution is specified in YResolution. For most normal usage, the values of XResolution and YResolution should be equal.