This article will address the issue of Twip, which has gained great relevance in recent times. From its origins to its current impact on society, its evolution and influence in different areas will be examined. Twip has captured the attention of experts and the general public, generating debates and reflections on its importance and impact. Through a comprehensive analysis, different perspectives will be explored and a comprehensive view of Twip will be offered, with the aim of providing a deeper understanding of this topic.
This article includes a list of general references, but it lacks sufficient corresponding inline citations. (January 2012) |
A twip (abbreviating "twentieth of a point", "twentieth of an inch point", or "twentieth of an Imperial point" [citation needed]) is a typographical measurement, defined as 1⁄20 of a typographical point. One twip is 1⁄1440 inch, or 17.64 μm.
Twips are screen-independent units to ensure that the proportion of screen elements are the same on all display systems. A twip is defined as being 1⁄1440 of an inch (approximately 17.64 μm).
A pixel is a screen-dependent unit, standing for 'picture element'. A pixel is a dot that represents the smallest graphical measurement on a screen. Twips are the default unit of measurement in Visual Basic (version 6 and earlier, prior to VB.NET). Converting between twips and screen pixels is achieved using the TwipsPerPixelX and TwipsPerPixelY properties or the ScaleX and ScaleY methods.
Twips can be used with Symbian OS bitmap images for automatic scaling from bitmap pixels to device pixels. They are also used in Rich Text Format from Microsoft for platform-independent exchange and they are the base length unit in OpenOffice.org and its fork LibreOffice.
Flash internally specifies most sizes in units it calls twips, but which are really 1⁄20 of a logical pixel, which is 3⁄4 of an actual twip.